[ { "path": ".devcontainer/devcontainer.json", "content": "{\n \"name\": \"xterm.js\",\n \"image\": \"mcr.microsoft.com/devcontainers/typescript-node:22-bookworm\",\n \"features\": {\n \"ghcr.io/devcontainers/features/node:1\": {\n \"version\": 22\n } // yarn\n },\n \"forwardPorts\": [\n 3000\n ],\n \"postCreateCommand\": \"npm install && npm run setup\",\n \"customizations\": {\n \"vscode\": {\n \"extensions\": [\n \"dbaeumer.vscode-eslint\",\n \"editorconfig.editorconfig\",\n \"hbenl.vscode-mocha-test-adapter\"\n ]\n }\n }\n}\n" }, { "path": ".editorconfig", "content": "root = true\n\n[*]\nindent_style = space\nindent_size = 2\ninsert_final_newline = true\ntrim_trailing_whitespace = true\n\n[*.{j,t}s]\nmax_line_length = 100\n\n[*.css]\nindent_size = 4\n\n[*.md]\ntrim_trailing_whitespace = false\n" }, { "path": ".gitattributes", "content": "* text=auto\n" }, { "path": ".github/ISSUE_TEMPLATE/bug_report.md", "content": "---\nname: Bug report\nabout: Create a bug report\n---\n\n\n\n\n## Details\n- Browser and browser version: \n- OS version: \n- xterm.js version: \n\n### Steps to reproduce\n\n1. \n2. \n" }, { "path": ".github/ISSUE_TEMPLATE/config.yml", "content": "blank_issues_enabled: false\ncontact_links:\n - name: FAQ\n url: https://github.com/xtermjs/xterm.js/wiki/FAQ\n about: See our frequently asked questions before filing a bug report\n - name: Support / Q&A\n url: https://github.com/xtermjs/xterm.js/discussions/categories/q-a\n about: Use GitHub Discussions for community support and general Q&A\n" }, { "path": ".github/ISSUE_TEMPLATE/feature_request.md", "content": "---\nname: Feature request\nabout: Suggest a feature or enhancement\n---\n\n\n\n" }, { "path": ".github/copilot-instructions.md", "content": "# xterm.js Copilot Instructions\n\n## Architecture Overview\n\n**Core Structure**: xterm.js is a multi-target terminal emulator with three main distributions:\n- `src/browser/`: Full-featured browser terminal with DOM rendering\n- `src/headless/`: Server-side terminal for Node.js (no DOM)\n- `src/common/`: Shared core logic (parsing, buffer management, terminal state)\n\n**Key Classes**:\n- `Terminal` (browser/headless): Public API wrapper\n- `CoreTerminal` (common): Core terminal logic and state\n- `CoreBrowserTerminal` (browser): Browser-specific terminal implementation\n\n## Development Workflow\n\n**Build System**:\n```bash\nnpm run build && npm run esbuild # Build all TypeScript and bundle\n```\n\n**Testing**:\n- Unit tests: `npm run test-unit` (Mocha)\n- Unit tests filtering to file: `npm run test-unit -- **/fileName.ts\n- Per-addon unit tests: `npm run test-unit -- addons/addon-image/out-esbuild/*.test.js`\n- Integration tests: `npm run test-integration` (Playwright across Chrome/Firefox/WebKit)\n- Integration tests by file: `npm run test-integration -- test/playwright/InputHandler.test.ts`. Never use grep to filter tests, it doesn't work\n- Integration tests by addon: `npm run test-integration -- --suite=addon-search`. Suites always follow the format `addon-`\n- Lint changes: `npm run lint-changes` to lint only changed files, `npm run lint-changes-fix` to fix them\n\n## Addon Development Pattern\n\nAll addons follow this structure:\n```typescript\nexport class MyAddon implements ITerminalAddon {\n activate(terminal: Terminal): void {\n // Called when loaded via terminal.loadAddon()\n // Register handlers, access terminal APIs\n }\n dispose(): void {\n // Cleanup when addon is disposed\n }\n}\n```\n\n**Key Examples**:\n- `addons/addon-fit/`: Terminal sizing\n- `addons/addon-webgl/`: GPU-accelerated rendering\n- `addons/addon-search/`: Text search functionality\n\n## Project-Specific Conventions\n\n**TypeScript Project Structure**: Uses TypeScript project references (`tsconfig.all.json`) for incremental builds across browser/headless/addons.\n\n**API Design**: \n- Browser and headless terminals share the same public API\n- Proposed APIs require `allowProposedApi: true` option\n- Constructor-only options (cols, rows) cannot be changed after instantiation\n\n**Testing Utilities**: Use `TestUtils.ts` helpers:\n- `openTerminal(ctx, options)` for setup\n- `pollFor(page, fn, expectedValue)` for async assertions\n- `writeSync(page, data)` for terminal input\n\n## Common Patterns\n\n**Parser Integration**: Register custom escape sequence handlers:\n```typescript\nterminal.parser.registerCsiHandler('m', params => {\n // Handle SGR sequences\n return true; // Handled\n});\n```\n\n**Buffer Access**: Read terminal content via buffer API:\n```typescript\nconst line = terminal.buffer.active.getLine(0);\nconst cell = line?.getCell(0);\n```\n\n**Events**: All terminals emit standard events (onData, onResize, onRender) plus platform-specific ones.\n\n## Critical Implementation Details\n\n- Terminal rendering uses either DOM or WebGL renderers\n- Buffer lines are immutable; create new instances for modifications\n- Character width handling supports Unicode 11+ and grapheme clustering\n- Mouse events translate web events to terminal protocols (X10, VT200, etc.)\n- Color theming supports both palette and true color modes\n\n## Writing unit tests\n\n- Unit tests live alongside the source code file of the thing it's testing with a .test.ts suffix.\n" }, { "path": ".github/hooks/setupRepo.json", "content": "{\n\t\"hooks\": {\n\t\t\"SessionStart\": [\n\t\t\t{\n\t\t\t\t\"type\": \"command\",\n\t\t\t\t\"command\": \"npm run agent:setup-repo\"\n\t\t\t}\n\t\t]\n\t}\n}" }, { "path": ".github/instructions/benchmark.instructions.md", "content": "---\napplyTo: '**/*.benchmark.ts'\n---\n# Benchmark run instructions\n\n- Full suite: `npm run benchmark`\n- Single benchmark file:\n - Tree: `npm run benchmark -- -t out-test/benchmark/Event.benchmark.js`\n - Run file: `npm run benchmark -- -s \"out-test/benchmark/Event.benchmark.js\" out-test/benchmark/Event.benchmark.js`\n- Single context/case:\n - Use `-t` to get the path, then:\n - `npm run benchmark -- -s \"\" out-test/benchmark/Event.benchmark.js`\n\nWhen writing instructions, use `RuntimeCase` to measure pure runtime in ms, use `ThroughputRuntimeCase` when measuring throughput in MB/s.\n\nNotes:\n- Benchmarks run from built JS in `out-test/benchmark/*.benchmark.js`.\n- Keep `NODE_PATH=./out` (handled by the npm script).\n" }, { "path": ".github/instructions/unit-test.instructions.md", "content": "---\napplyTo: '**/*.test.ts'\n---\nWhen writing unit tests follow these rules:\n\n- When writing unit tests for addons, always create a real xterm.js instance instead of mocking it.\n- Prefer `assert.ok` over `assert.notStrictEqual` when checking something is undefined or not.\n- Avoid comments as most tests should be self-documenting.\n" }, { "path": ".github/workflows/ci.yml", "content": "name: CI\n\non:\n push:\n branches: [ \"master\" ]\n pull_request:\n branches: [ \"master\" ]\n\njobs:\n build:\n runs-on: ubuntu-latest\n timeout-minutes: 10\n steps:\n - uses: actions/checkout@v3\n - name: Use Node.js 22.x\n uses: actions/setup-node@v3\n with:\n node-version: 22.x\n cache: 'npm'\n - name: Install dependencies\n run: npm ci\n - name: Setup and run tsc\n run: npm run setup\n - name: Esbuild\n run: npm run esbuild\n - name: Zip artifacts\n run: |\n zip -r compressed-build \\\n ./lib/* \\\n ./out/* \\\n ./out-*/* \\\n ./addons/addon-attach/lib/* \\\n ./addons/addon-attach/out/* \\\n ./addons/addon-attach/out-*/* \\\n ./addons/addon-clipboard/lib/* \\\n ./addons/addon-clipboard/out/* \\\n ./addons/addon-clipboard/out-*/* \\\n ./addons/addon-fit/lib/* \\\n ./addons/addon-fit/out/* \\\n ./addons/addon-fit/out-*/* \\\n ./addons/addon-image/lib/* \\\n ./addons/addon-image/out/* \\\n ./addons/addon-image/out-*/* \\\n ./addons/addon-ligatures/lib/* \\\n ./addons/addon-ligatures/out/* \\\n ./addons/addon-ligatures/out-*/* \\\n ./addons/addon-progress/lib/* \\\n ./addons/addon-progress/out/* \\\n ./addons/addon-progress/out-*/* \\\n ./addons/addon-search/lib/* \\\n ./addons/addon-search/out/* \\\n ./addons/addon-search/out-*/* \\\n ./addons/addon-serialize/lib/* \\\n ./addons/addon-serialize/out/* \\\n ./addons/addon-serialize/out-*/* \\\n ./addons/addon-unicode11/lib/* \\\n ./addons/addon-unicode11/out/* \\\n ./addons/addon-unicode11/out-*/* \\\n ./addons/addon-unicode-graphemes/lib/* \\\n ./addons/addon-unicode-graphemes/out/* \\\n ./addons/addon-unicode-graphemes/out-*/* \\\n ./addons/addon-web-links/lib/* \\\n ./addons/addon-web-links/out/* \\\n ./addons/addon-web-links/out-*/* \\\n ./addons/addon-web-fonts/lib/* \\\n ./addons/addon-web-fonts/out/* \\\n ./addons/addon-web-fonts/out-*/* \\\n ./addons/addon-webgl/lib/* \\\n ./addons/addon-webgl/out/* \\\n ./addons/addon-webgl/out-*st/*\n - name: Upload artifacts\n uses: actions/upload-artifact@v4\n with:\n name: build-artifacts\n path: compressed-build.zip\n if-no-files-found: error\n\n lint:\n runs-on: ubuntu-latest\n timeout-minutes: 10\n steps:\n - uses: actions/checkout@v3\n - name: Use Node.js 22.x\n uses: actions/setup-node@v3\n with:\n node-version: 22.x\n cache: 'npm'\n - name: Install dependencies\n run: |\n npm ci\n - name: Lint code\n env:\n NODE_OPTIONS: --max_old_space_size=4096\n run: npm run lint\n - name: Lint API\n run: npm run lint-api\n\n test-unit-coverage:\n needs: build\n runs-on: ubuntu-latest\n timeout-minutes: 10\n steps:\n - uses: actions/checkout@v3\n - name: Use Node.js 22.x\n uses: actions/setup-node@v3\n with:\n node-version: 22.x\n cache: 'npm'\n - name: Install dependencies\n run: |\n npm ci\n - uses: actions/download-artifact@v4\n with:\n name: build-artifacts\n - name: Unzip artifacts\n shell: bash\n run: |\n if [ \"$RUNNER_OS\" == \"Windows\" ]; then\n pwsh -Command \"7z x compressed-build.zip -aoa -o${{ github.workspace }}\"\n else\n unzip -o compressed-build.zip\n fi\n ls -R\n - name: Unit test coverage\n run: |\n npm run test-unit-coverage --forbid-only\n EXIT_CODE=$?\n ./node_modules/.bin/nyc report --reporter=cobertura\n exit $EXIT_CODE\n\n test-unit:\n timeout-minutes: 20\n strategy:\n matrix:\n node-version: [22]\n runs-on: [ubuntu, macos, windows]\n runs-on: ${{ matrix.runs-on }}-latest\n steps:\n - uses: actions/checkout@v3\n - name: Use Node.js ${{ matrix.node-version }}.x\n uses: actions/setup-node@v3\n with:\n node-version: ${{ matrix.node-version }}.x\n cache: 'npm'\n - name: Install dependencies\n run: |\n npm ci\n - name: Wait for build job\n uses: NathanFirmo/wait-for-other-job@v1.1.1\n with:\n token: ${{ secrets.GITHUB_TOKEN }}\n job: build\n - uses: actions/download-artifact@v4\n with:\n name: build-artifacts\n - name: Unzip artifacts\n shell: bash\n run: |\n if [ \"$RUNNER_OS\" == \"Windows\" ]; then\n pwsh -Command \"7z x compressed-build.zip -aoa -o${{ github.workspace }}\"\n else\n unzip -o compressed-build.zip\n fi\n ls -R\n - name: Unit tests\n run: npm run test-unit --forbid-only\n\n test-integration:\n timeout-minutes: 20\n strategy:\n matrix:\n node-version: [22] # just one as integration tests are about testing in browser\n runs-on: [ubuntu-22.04] # macos is flaky\n browser: [chromium, firefox, webkit]\n runs-on: ${{ matrix.runs-on }}\n steps:\n - uses: actions/checkout@v3\n - name: Use Node.js ${{ matrix.node-version }}.x\n uses: actions/setup-node@v3\n with:\n node-version: ${{ matrix.node-version }}.x\n cache: 'npm'\n - name: Install dependencies\n run: |\n npm ci\n - name: Install playwright\n run: npx playwright install --with-deps ${{ matrix.browser }}\n - name: Wait for build job\n uses: NathanFirmo/wait-for-other-job@v1.1.1\n with:\n token: ${{ secrets.GITHUB_TOKEN }}\n job: build\n - uses: actions/download-artifact@v4\n with:\n name: build-artifacts\n - name: Unzip artifacts\n shell: bash\n run: |\n if [ \"$RUNNER_OS\" == \"Windows\" ]; then\n pwsh -Command \"7z x compressed-build.zip -aoa -o${{ github.workspace }}\"\n else\n unzip -o compressed-build.zip\n fi\n ls -R\n - name: Build demo client\n run: npm run esbuild-demo-client\n - name: Build demo server\n run: npm run esbuild-demo-server\n - name: Integration tests (core) # Tests use 50% workers to reduce flakiness\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=core\n - name: Integration tests (addon-attach)\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=addon-attach\n - name: Integration tests (addon-clipboard)\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=addon-clipboard\n - name: Integration tests (addon-fit)\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=addon-fit\n - name: Integration tests (addon-image)\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=addon-image\n - name: Integration tests (addon-progress)\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=addon-progress\n - name: Integration tests (addon-search)\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=addon-search\n - name: Integration tests (addon-serialize)\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=addon-serialize\n - name: Integration tests (addon-unicode-graphemes)\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=addon-unicode-graphemes\n - name: Integration tests (addon-unicode11)\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=addon-unicode11\n - name: Integration tests (addon-web-fonts)\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=addon-web-fonts\n - name: Integration tests (addon-web-links)\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=addon-web-links\n - name: Integration tests (addon-webgl)\n run: npm run test-integration-${{ matrix.browser }} --workers=50% --forbid-only --suite=addon-webgl\n\n release-dry-run:\n needs: build\n runs-on: ubuntu-latest\n strategy:\n matrix:\n node-version: [22]\n steps:\n - uses: actions/checkout@v3\n - name: Use Node.js ${{ matrix.node-version }}.x\n uses: actions/setup-node@v3\n with:\n node-version: ${{ matrix.node-version }}.x\n cache: 'npm'\n - name: Install dependencies\n run: |\n npm ci\n - name: Install playwright\n run: npx playwright install\n - uses: actions/download-artifact@v4\n with:\n name: build-artifacts\n - name: Unzip artifacts\n shell: bash\n run: |\n if [ \"$RUNNER_OS\" == \"Windows\" ]; then\n pwsh -Command \"7z x compressed-build.zip -aoa -o${{ github.workspace }}\"\n else\n unzip -o compressed-build.zip\n fi\n ls -R\n - name: Package headless\n run: |\n npm run package-headless\n node ./bin/package_headless.js\n - name: Publish to npm (dry run)\n run: node ./bin/publish.js --dry\n" }, { "path": ".github/workflows/codeql-analysis.yml", "content": "name: \"CodeQL\"\n\non:\n push:\n branches: [ \"master\" ]\n pull_request:\n branches: [ \"master\" ]\n schedule:\n - cron: '41 17 * * 0'\n\njobs:\n analyze:\n name: Analyze\n runs-on: ubuntu-latest\n permissions:\n actions: read\n contents: read\n security-events: write\n\n strategy:\n fail-fast: false\n matrix:\n language: [ 'javascript' ]\n\n steps:\n - name: Checkout repository\n uses: actions/checkout@v3\n - name: Initialize CodeQL\n uses: github/codeql-action/init@v2\n with:\n languages: ${{ matrix.language }}\n - name: Autobuild\n uses: github/codeql-action/autobuild@v2\n - name: Perform CodeQL Analysis\n uses: github/codeql-action/analyze@v2\n" }, { "path": ".github/workflows/copilot-setup-steps.yml", "content": "name: \"Copilot Setup Steps\"\n\non:\n workflow_dispatch:\n push:\n paths:\n - .github/workflows/copilot-setup-steps.yml\n pull_request:\n paths:\n - .github/workflows/copilot-setup-steps.yml\n\njobs:\n copilot-setup-steps:\n runs-on: ubuntu-latest\n\n permissions:\n contents: read\n\n steps:\n - name: Checkout code\n uses: actions/checkout@v4\n - name: Use Node.js 22.x\n uses: actions/setup-node@v3\n with:\n node-version: 22.x\n cache: 'npm'\n - name: Install dependencies\n run: npm ci\n - name: Setup and run tsc\n run: npm run setup\n - name: Esbuild\n run: npm run esbuild\n" }, { "path": ".github/workflows/release.yml", "content": "name: Release\n\non:\n push:\n # If a commit reaches master, assume it has passed CI via PR and publish\n # without running tests to save time to publish\n branches: [ \"master\" ]\n\njobs:\n release:\n runs-on: ubuntu-latest\n steps:\n - uses: actions/checkout@v3\n - name: Use Node.js 22.x\n uses: actions/setup-node@v3\n with:\n node-version: 22.x\n cache: 'npm'\n - name: Install dependencies\n run: npm ci\n - name: Build\n run: npm run setup\n - name: Package headless\n run: |\n npm run package-headless\n node ./bin/package_headless.js\n - name: Publish to npm\n env:\n NPM_AUTH_TOKEN: ${{ secrets.NPM_TOKEN }}\n run: node ./bin/publish.js\n" }, { "path": ".gitignore", "content": "node_modules/\n*.swp\n.lock-wscript\nlib/\nout/\nout-demo/\nout-test/\nout-esbuild/\nout-esbuild-test/\n.nyc_output/\nMakefile.gyp\n*.Makefile\n*.target.gyp.mk\n*.node\nexample/*.log\ndocs/\nnpm-debug.log\n/.idea/\n.env\nbuild/\n.DS_Store\nyarn.lock\ntest-results/\n\n# Keep bundled code out of Git\ndist/\ndemo/dist/\n\n# dont commit benchmark folders\n.benchmark/\ntimeline/\n" }, { "path": ".gitmodules", "content": "" }, { "path": ".npmignore", "content": "# Blacklist - exclude everything except npm defaults such as LICENSE, etc\n*\n!*/\n\n# Whitelist - css/\n!css/**/*.css\n\n# Whitelist - dist/\n!dist/**/*.js\n!dist/**/*.js.map\n\n!dist/**/*.css\n\n# Whitelist - lib/\n!lib/**/*.d.ts\n\n!lib/**/*.js\n!lib/**/*.js.map\n\n!lib/**/*.mjs\n!lib/**/*.mjs.map\n\n!lib/**/*.css\n\n# Whitelist - src/\n!src/**/*.ts\n!src/**/*.d.ts\n\n!src/**/*.js\n!src/**/*.js.map\n\n!src/**/*.css\n\n# Blacklist - src/ test files\nsrc/**/*.test.ts\nsrc/**/*.test.d.ts\nsrc/**/*.test.js\nsrc/**/*.test.js.map\n\n# Whitelist - typings/\n!typings/*.d.ts\n\n# Blacklist - (normal behavior) these will override any whitelist\nheadless/\ntypings/xterm-headless.d.ts\n" }, { "path": ".nvmrc", "content": "22\n" }, { "path": ".vscode/extensions.json", "content": "{\n \"recommendations\": [\n \"dbaeumer.vscode-eslint\"\n ]\n}" }, { "path": ".vscode/launch.json", "content": "{\n \"version\": \"0.2.0\",\n \"configurations\": [\n {\n \"type\": \"node\",\n \"request\": \"launch\",\n \"name\": \"Unit Tests\",\n \"cwd\": \"${workspaceRoot}\",\n \"runtimeExecutable\": \"${workspaceRoot}/node_modules/.bin/mocha\",\n \"windows\": {\n \"runtimeExecutable\": \"${workspaceRoot}/node_modules/.bin/mocha.cmd\"\n },\n \"runtimeArgs\": [\n \"--colors\",\n \"--recursive\",\n \"${workspaceRoot}/out/**/*.test.js\"\n ],\n \"env\": {\n \"NODE_PATH\": \"${workspaceRoot}/out\"\n },\n \"sourceMaps\": true,\n \"outFiles\": [ \"${workspaceRoot}/out/**/*.js\" ],\n \"internalConsoleOptions\": \"openOnSessionStart\"\n },\n {\n \"type\": \"node\",\n \"request\": \"launch\",\n \"name\": \"Integration Tests\",\n \"cwd\": \"${workspaceRoot}\",\n \"runtimeExecutable\": \"${workspaceRoot}/node_modules/.bin/mocha\",\n \"windows\": {\n \"runtimeExecutable\": \"${workspaceRoot}/node_modules/.bin/mocha.cmd\"\n },\n \"runtimeArgs\": [\n \"--colors\",\n \"--recursive\",\n \"${workspaceRoot}/out/**/*.api.js\"\n ],\n \"sourceMaps\": true,\n \"outFiles\": [ \"${workspaceRoot}/lib/**/*.js\" ],\n \"internalConsoleOptions\": \"openOnSessionStart\"\n },\n {\n \"type\": \"chrome\",\n \"request\": \"launch\",\n \"name\": \"Demo Client (Chrome)\",\n \"url\": \"http://127.0.0.1:3000\",\n \"webRoot\": \"${workspaceFolder}/\"\n },\n {\n \"type\": \"msedge\",\n \"request\": \"launch\",\n \"name\": \"Demo Client (Edge)\",\n \"url\": \"http://127.0.0.1:3000\",\n \"webRoot\": \"${workspaceFolder}/\"\n },\n {\n \"type\": \"node\",\n \"request\": \"launch\",\n \"name\": \"Demo Server\",\n \"runtimeExecutable\": \"npm\",\n \"runtimeArgs\": [\"start\"],\n \"stopOnEntry\": true,\n \"runtimeVersion\": \"22\",\n \"serverReadyAction\": {\n \"action\": \"openExternally\",\n \"pattern\": \"App listening to (http://.*?:[0-9]+)\"\n }\n }\n ]\n}\n" }, { "path": ".vscode/settings.json", "content": "{\n \"typescript.preferences.importModuleSpecifier\": \"non-relative\",\n \"typescript.preferences.quoteStyle\": \"single\"\n}\n" }, { "path": ".vscode/tasks.json", "content": "{\n \"version\": \"2.0.0\",\n \"presentation\": {\n \"echo\": false,\n \"reveal\": \"always\",\n \"focus\": false,\n \"panel\": \"dedicated\",\n \"showReuseMessage\": true\n },\n \"tasks\": [\n // Compound tasks\n {\n \"label\": \"dev\",\n \"detail\": \"Runs all tasks required to run the demo in a single terminal using concurrently. This does not support problem matching.\",\n \"type\": \"npm\",\n \"script\": \"dev\",\n \"isBackground\": true,\n \"group\": {\n \"kind\": \"build\",\n \"isDefault\": true\n }\n },\n {\n \"label\": \"dev (separate terminals)\",\n \"detail\": \"Runs all tasks required to run the demo in separate terminals. This does support problem matching.\",\n \"dependsOn\": [\"demo-server\", \"tsc\", \"esbuild\", \"esbuild-demo-client\", \"esbuild-demo-server\"],\n \"group\": \"build\"\n },\n\n // Demo\n {\n \"label\": \"demo-server\",\n \"type\": \"npm\",\n \"script\": \"start\",\n \"group\": \"build\",\n \"isBackground\": true,\n \"problemMatcher\": [],\n \"presentation\": {\n \"group\": \"xterm-demo\"\n }\n },\n\n // Build\n {\n \"label\": \"tsc\",\n \"type\": \"npm\",\n \"script\": \"tsc-watch\",\n \"group\": \"build\",\n \"isBackground\": true,\n \"problemMatcher\": \"$tsc-watch\",\n \"presentation\": {\n \"group\": \"xterm-build\"\n }\n },\n {\n \"label\": \"esbuild\",\n \"type\": \"npm\",\n \"script\": \"esbuild-watch\",\n \"group\": \"build\",\n \"isBackground\": true,\n \"problemMatcher\": \"$esbuild-watch\",\n \"presentation\": {\n \"group\": \"xterm-build\"\n }\n },\n {\n \"label\": \"esbuild-demo-client\",\n \"type\": \"npm\",\n \"script\": \"esbuild-demo-client-watch\",\n \"dependsOn\": [\"esbuild\", \"tsc\"],\n \"group\": \"build\",\n \"isBackground\": true,\n \"problemMatcher\": \"$esbuild-watch\",\n \"presentation\": {\n \"group\": \"xterm-demo\"\n }\n },\n {\n \"label\": \"esbuild-demo-server\",\n \"type\": \"npm\",\n \"script\": \"esbuild-demo-server-watch\",\n \"dependsOn\": [\"esbuild\", \"tsc\"],\n \"group\": \"build\",\n \"isBackground\": true,\n \"problemMatcher\": \"$esbuild-watch\",\n \"presentation\": {\n \"group\": \"xterm-demo\"\n }\n },\n\n // Test\n {\n \"type\": \"npm\",\n \"script\": \"test\",\n \"group\":{\n \"kind\": \"test\",\n \"isDefault\": true\n },\n \"problemMatcher\": []\n }\n ]\n}\n" }, { "path": "CODE_OF_CONDUCT.md", "content": "# Contributor Covenant Code of Conduct\n\n## Our Pledge\n\nIn the interest of fostering an open and welcoming environment, we as\ncontributors and maintainers pledge to making participation in our project and\nour community a harassment-free experience for everyone, regardless of age, body\nsize, disability, ethnicity, gender identity and expression, level of experience,\neducation, socio-economic status, nationality, personal appearance, race,\nreligion, or sexual identity and orientation.\n\n## Our Standards\n\nExamples of behavior that contributes to creating a positive environment\ninclude:\n\n* Using welcoming and inclusive language\n* Being respectful of differing viewpoints and experiences\n* Gracefully accepting constructive criticism\n* Focusing on what is best for the community\n* Showing empathy towards other community members\n\nExamples of unacceptable behavior by participants include:\n\n* The use of sexualized language or imagery and unwelcome sexual attention or\n advances\n* Trolling, insulting/derogatory comments, and personal or political attacks\n* Public or private harassment\n* Publishing others' private information, such as a physical or electronic\n address, without explicit permission\n* Other conduct which could reasonably be considered inappropriate in a\n professional setting\n\n## Our Responsibilities\n\nProject maintainers are responsible for clarifying the standards of acceptable\nbehavior and are expected to take appropriate and fair corrective action in\nresponse to any instances of unacceptable behavior.\n\nProject maintainers have the right and responsibility to remove, edit, or\nreject comments, commits, code, wiki edits, issues, and other contributions\nthat are not aligned to this Code of Conduct, or to ban temporarily or\npermanently any contributor for other behaviors that they deem inappropriate,\nthreatening, offensive, or harmful.\n\n## Scope\n\nThis Code of Conduct applies both within project spaces and in public spaces\nwhen an individual is representing the project or its community. Examples of\nrepresenting a project or community include using an official project e-mail\naddress, posting via an official social media account, or acting as an appointed\nrepresentative at an online or offline event. Representation of a project may be\nfurther defined and clarified by project maintainers.\n\n## Enforcement\n\nInstances of abusive, harassing, or otherwise unacceptable behavior may be\nreported by contacting [@Tyriar](https://twitter.com/Tyriar) or [@pariskasid](https://twitter.com/pariskasid) on Twitter. All\ncomplaints will be reviewed and investigated and will result in a response that\nis deemed necessary and appropriate to the circumstances. The project team is\nobligated to maintain confidentiality with regard to the reporter of an incident.\nFurther details of specific enforcement policies may be posted separately.\n\nProject maintainers who do not follow or enforce the Code of Conduct in good\nfaith may face temporary or permanent repercussions as determined by other\nmembers of the project's leadership.\n\n## Attribution\n\nThis Code of Conduct is adapted from the [Contributor Covenant][homepage], version 1.4,\navailable at https://www.contributor-covenant.org/version/1/4/code-of-conduct.html\n\n[homepage]: https://www.contributor-covenant.org\n" }, { "path": "CONTRIBUTING.md", "content": "# How to contribute to xterm.js\n\n- [Contributing code](#contributing-code)\n- [Opening issues](#opening-issues)\n- [Answering discussion questions](#answering-discussion-questions)\n\n## Contributing code\n\nYou can find issues to work on by looking at issues labeled with [help wanted](https://github.com/xtermjs/xterm.js/issues?q=is%3Aissue+is%3Aopen+label%3A%22help+wanted%22) or [good first issue](https://github.com/xtermjs/xterm.js/issues?q=is%3Aissue+is%3Aopen+label%3A%22good+first+issue%22). It's a good idea to comment on the issue saying that you're looking into it, just in case someone else comes along and you duplicate work. Once you have your issue, here are the steps to contribute:\n\n- Fork [xterm.js](https://github.com/xtermjs/xterm.js/) ([how to fork a repo](https://help.github.com/articles/fork-a-repo)).\n- Get the [xterm.js demo](https://github.com/xtermjs/xterm.js/wiki/Contributing#running-the-demo) running.\n- Make the fix and verify it works in the demo. Be sure to follow thew general code style of the rest of the project.\n- If your changes are easy to test or likely to regress in the future, add tests. These could be unit or integration (playwright) tests.\n- Submit a pull request ([how to create a pull request](https://help.github.com/articles/fork-a-repo)).\n\n> ![TIP]\n> Don't put more than one feature or fix in a single pull request. The smaller pull requests are the easier they are to review and merge.\n\nBy contributing code to xterm.js you:\n\n - Agree to license the contributed code under xterm.js' [MIT license](LICENSE).\n - Confirm that you have the right to contribute and license the code in question. This means that either you hold all rights on the code, or the rights holder has explicitly granted the right to use it like this, through a compatible open source license or through a direct agreement with you.\n\n## Opening issues\n\nThe preferred way to report bugs or request features is to use\n[GitHub issues](http://github.com/xtermjs/xterm.js/issues).\n\n### Creating great issues\n\n- Include information about **the browser in which the problem occurred** or the terminal being used. If you tested several browsers and the problem occurred in all of them, mention this fact in the bug report. Also include browser version numbers and the operating system that you're on.\n- Include the version of xterm.js being used, preferably either with the latest `beta` tagged release on npm or reproducing in the demo on the `master` branch.\n- Mention precisely what went wrong. What did you expect to happen? What happened instead? Describe the exact steps a maintainer has to take to make the problem occur.\n- If the problem can not be reproduced in the [demo of xterm.js](https://github.com/xtermjs/xterm.js/wiki/Contributing#running-the-demo), provide an HTML document that demonstrates the problem.\n- Be polite and follow [the code of conduct](https://github.com/xtermjs/xterm.js?tab=coc-ov-file#readme).\n\n### Issue triaging philosophy\n\nIt's pretty common for maintainers of large open source projects to suffer from burnout, especially when needing to triage a large number of incoming issues instead of actually building things. Here are some of the steps we take to try mitigate this:\n\n- Support questions live in [GH discussions](https://github.com/xtermjs/xterm.js/discussions), issues may be transfered there without further comment and core maintainers may or may not participate in discussions.\n- Issues are strictly for well defined features or bugs that are _actionable_.\n- Sometimes features are out of scope. A common example of this is a niche feature that the pricipal implementation ([VS Code](https://code.visualstudio.com/)) won't leverage and therefore would be difficult to maintain and likely suffer from bitrot. The reporter may not agree with this, but you could always create an addon if that works or maintain your own fork if it comes to that.\n- If a feature does not have a clear way forward or needs more discussion it may be closed ro moved to a discussion.\n- If a bug is not easily reproducible it may be closed or moved to a discussion. Generally issues that are labeled are something we want to do or has actionable steps to look into further.\n\n## Answering discussion questions\n\nIssues are only meant to track (likely) feature requests and bugs. We use [GitHub Discussions](https://github.com/xtermjs/xterm.js/discussions) for general Q&A as well as discussing possible features. If you want to help out, many questions get asked over at the [discussions page](https://github.com/xtermjs/xterm.js/discussions) which could use an expert as the core team is often stretched thin." }, { "path": "LICENSE", "content": "Copyright (c) 2017-2019, The xterm.js authors (https://github.com/xtermjs/xterm.js)\nCopyright (c) 2014-2016, SourceLair Private Company (https://www.sourcelair.com)\nCopyright (c) 2012-2013, Christopher Jeffrey (https://github.com/chjj/)\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n" }, { "path": "README.md", "content": "# [![xterm.js](images/logo-full.png)](https://xtermjs.org)\n\nXterm.js is a frontend component that enables applications to bring fully-featured terminals to their users in the browser. It's used by popular projects such as [VS Code](https://code.visualstudio.com/) (and its forks), [Tabby](https://tabby.sh/) and [Hyper](https://hyper.is/).\n\n## Features\n\n- **Terminal apps just work**: Xterm.js works with most terminal apps such as `bash`, `vim`, and `tmux`, including support for curses-based apps and mouse events.\n- **Performant**: Xterm.js is *really* fast and includes an optional GPU-accelerated renderer.\n- **Rich Unicode support**: Supports CJK, emojis, and IMEs.\n- **Self-contained**: The core library has zero dependencies.\n- **Accessible**: Screen reader mode and minimum contrast ratio support can be turned on.\n- **And much more**: Links, theming, custom glyphs, addons, well documented API, etc.\n\n## What xterm.js is not\n\n- Xterm.js is not a terminal application that you can download and use on your computer.\n- Xterm.js is not `bash`. Xterm.js can be connected to processes like `bash` and let you interact with them (provide input, receive output) through a library like [node-pty](https://github.com/microsoft/node-pty).\n\n## Getting Started\n\nFirst, you need to install the module. We ship exclusively through [npm](https://www.npmjs.com), so you need that installed and then add [@xterm/xterm](https://www.npmjs.com/package/@xterm/xterm) as a dependency by running:\n\n```bash\nnpm install --save @xterm/xterm\n```\n\nThe recommended way to load xterm.js with the ES module syntax, either using TypeScript or a modern JS tooling. Note that both CommonJS and ES module files are shipped with the npm package.\n\n```javascript\nimport { Terminal } from '@xterm/xterm';\n```\n\nThen instantiate a `Terminal` object, open it on an element and write to it:\n\n```javascript\nconst term = new Terminal();\nterm.open(document.getElementById('terminal'));\nterm.write('Hello from \\x1B[1;3;31mxterm.js\\x1B[0m $ ')\n```\n\nMost use cases will hook up input and output to a pseudoterminal API such as [node-pty](https://www.npmjs.com/package/node-pty) which will drive the terminal.\n\n```javascript\npty.onData(data => term.write(data));\nterm.onData(data => pty.write(data));\n```\n\nThen make sure to also include the `css/xterm.css` file, for example in HTML:\n\n```html\n\n```\n\n### Standalone example\n\nHere is a complete standalone example in a HTML file:\n\n```html\n\n \n \n \n \n \n \n
\n \n \n \n```\n\n### Addons\n\nAddons are separate modules that extend the `Terminal` by building on the [xterm.js API](https://github.com/xtermjs/xterm.js/blob/master/typings/xterm.d.ts). To use an addon, you first need to install it in your project:\n\n```bash\nnpm install --save @xterm/addon-web-links\n```\n\nThen import the addon, instantiate it and call `Terminal.loadAddon`:\n\n```ts\nimport { Terminal } from '@xterm/xterm';\nimport { WebLinksAddon } from '@xterm/addon-web-links';\n\nconst terminal = new Terminal();\n// Load WebLinksAddon on terminal, this is all that's needed to get web links\n// working in the terminal.\nterminal.loadAddon(new WebLinksAddon());\n```\n\nThe xterm.js team maintains the following addons, but anyone can build them:\n\n- [`@xterm/addon-attach`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-attach): Attaches to a server running a process via a websocket\n- [`@xterm/addon-clipboard`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-clipboard): Access the browser's clipboard\n- [`@xterm/addon-fit`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-fit): Fits the terminal to the containing element\n- [`@xterm/addon-image`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-image): Adds image support\n- [`@xterm/addon-ligatures`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-ligatures): Enables rendering of ligatures\n- [`@xterm/addon-progress`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-progress): Adds support for the progress API (`OSC 9;4`)\n- [`@xterm/addon-search`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-search): Adds search functionality\n- [`@xterm/addon-serialize`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-serialize): Serializes the terminal's buffer to VT sequences or HTML\n- [`@xterm/addon-unicode-graphemes`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-unicode-graphemes): Enhanced unicode support including grapheme clustering (experimental)\n- [`@xterm/addon-unicode11`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-unicode11): Updates character widths to their unicode11 values\n- [`@xterm/addon-web-fonts`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-web-fonts): Easily integrate web fonts\n- [`@xterm/addon-web-links`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-web-links): Adds web link detection and interaction\n- [`@xterm/addon-webgl`](https://github.com/xtermjs/xterm.js/tree/master/addons/addon-webgl): Renders xterm.js using a `canvas` element's webgl2 context\n\n## Browser Support\n\nSince xterm.js is typically implemented as a developer tool, generally only modern evergreen browsers are supported officially. Specifically the latest versions of *Chrome*, *Edge*, *Firefox*, and *Safari*. Xterm.js also works seamlessly in [Electron](https://electronjs.org/) apps and may even work on earlier versions of the browsers. These are the versions we strive to keep working.\n\n### Node.js Support\n\nWe also publish [`@xterm/headless`](https://www.npmjs.com/package/@xterm/headless) which is a stripped down version of xterm.js that runs headless in Node.js. An example use case for this is to keep track of a terminal's state where the process is running and using the [serialize addon](https://www.npmjs.com/package/@xterm/addon-serialize) so it can get all state restored upon reconnection.\n\n## API\n\nThe full API for xterm.js is contained within the [TypeScript declaration file](https://github.com/xtermjs/xterm.js/blob/master/typings/xterm.d.ts), use the branch/tag picker in GitHub (`w`) to navigate to the correct version of the API.\n\nSome APIs may be marked with *experimental*, these are added to enable experimentation with new ideas without committing to support it like a normal [semver](https://semver.org/) API. Note that these APIs can change radically between versions, so be sure to read release notes if you plan on using experimental APIs.\n\n## Releases\n\nStable releases are done on an as needed basis. All current and past releases are available on this repo's [releases page](https://github.com/sourcelair/xterm.js/releases), you can see what's planned for upcoming releases looking through the repository [milestones](https://github.com/sourcelair/xterm.js/milestones).\n\n### Beta builds\n\nBeta releases are continuously published off the `master` branch. Install the latest beta build with:\n\n```bash\nnpm install --save @xterm/xterm@beta\n```\n\nThe principal implementation (VS Code) typically uses the latest or near the latest beta build. Generally they are quite stable but can potentially contain bugs or breaking changes. If stability is very important we recommend using the beta build primarily to test out new features and to verify bug fixes, unless you're tracking what's landing and are comfortable taking that risk.\n\n## Contributing\n\nRead [CONTRIBUTING.md](https://github.com/xtermjs/xterm.js/blob/master/CONTRIBUTING.md) to learn how to contribute to the project.\n\n## Real-world uses\n\nXterm.js is used in many world-class applications to provide great terminal experiences.\n\n- [**SourceLair**](https://www.sourcelair.com/): In-browser IDE that provides its users with fully-featured Linux terminals based on xterm.js.\n- [**Microsoft Visual Studio Code**](http://code.visualstudio.com/): Modern, versatile, and powerful open source code editor that provides an integrated terminal based on xterm.js.\n- [**ttyd**](https://github.com/tsl0922/ttyd): A command-line tool for sharing terminal over the web, with fully-featured terminal emulation based on xterm.js.\n- [**Eclipse Che**](http://www.eclipse.org/che): Developer workspace server, cloud IDE, and Eclipse next-generation IDE.\n- [**Codenvy**](http://www.codenvy.com): Cloud workspaces for development teams.\n- [**CoderPad**](https://coderpad.io): Online interviewing platform for programmers. Run code in many programming languages, with results displayed by xterm.js.\n- [**WebSSH2**](https://github.com/billchurch/WebSSH2): A web based SSH2 client using xterm.js, socket.io, and ssh2.\n- [**Spyder Terminal**](https://github.com/spyder-ide/spyder-terminal): A full fledged system terminal embedded on Spyder IDE.\n- [**Cloud Commander**](https://cloudcmd.io \"Cloud Commander\"): Orthodox web file manager with console and editor.\n- [**Next Tech**](https://next.tech \"Next Tech\"): Online platform for interactive coding and web development courses. Live container-backed terminal uses xterm.js.\n- [**RStudio**](https://www.rstudio.com/products/RStudio \"RStudio\"): RStudio is an integrated development environment (IDE) for R.\n- [**Terminal for Atom**](https://github.com/jsmecham/atom-terminal-tab): A simple terminal for the Atom text editor.\n- [**Eclipse Orion**](https://orionhub.org): A modern, open source software development environment that runs in the cloud. Code, deploy, and run in the cloud.\n- [**Gravitational Teleport**](https://github.com/gravitational/teleport): Gravitational Teleport is a modern SSH server for remotely accessing clusters of Linux servers via SSH or HTTPS.\n- [**Hexlet**](https://en.hexlet.io): Practical programming courses (JavaScript, PHP, Unix, databases, functional programming). A steady path from the first line of code to the first job.\n- [**Selenoid UI**](https://github.com/aerokube/selenoid-ui): Simple UI for the scalable golang implementation of Selenium Hub named Selenoid. We use XTerm for streaming logs over websockets from docker containers.\n- [**Portainer**](https://portainer.io): Simple management UI for Docker.\n- [**SSHy**](https://github.com/stuicey/SSHy): HTML5 Based SSHv2 Web Client with E2E encryption utilising xterm.js, SJCL & websockets.\n- [**JupyterLab**](https://github.com/jupyterlab/jupyterlab): An extensible computational environment for Jupyter, supporting interactive data science and scientific computing across all programming languages.\n- [**Theia**](https://github.com/theia-ide/theia): Theia is a cloud & desktop IDE framework implemented in TypeScript.\n- [**Opshell**](https://github.com/ricktbaker/opshell) Ops Helper tool to make life easier working with AWS instances across multiple organizations.\n- [**Proxmox VE**](https://www.proxmox.com/en/proxmox-ve): Proxmox VE is a complete open-source platform for enterprise virtualization. It uses xterm.js for container terminals and the host shell.\n- [**Script Runner**](https://github.com/ioquatix/script-runner): Run scripts (or a shell) in Atom.\n- [**Whack Whack Terminal**](https://github.com/Microsoft/WhackWhackTerminal): Terminal emulator for Visual Studio 2017.\n- [**VTerm**](https://github.com/vterm/vterm): Extensible terminal emulator based on Electron and React.\n- [**electerm**](http://electerm.html5beta.com): electerm is a terminal/ssh/sftp client(mac, win, linux) based on electron/node-pty/xterm.\n- [**Kubebox**](https://github.com/astefanutti/kubebox): Terminal console for Kubernetes clusters.\n- [**Azure Cloud Shell**](https://shell.azure.com): Azure Cloud Shell is a Microsoft-managed admin machine built on Azure, for Azure.\n- [**atom-xterm**](https://atom.io/packages/atom-xterm): Atom plugin for providing terminals inside your Atom workspace.\n- [**rtty**](https://github.com/zhaojh329/rtty): Access your terminals from anywhere via the web.\n- [**Pisth**](https://github.com/ColdGrub1384/Pisth): An SFTP and SSH client for iOS.\n- [**abstruse**](https://github.com/bleenco/abstruse): Abstruse CI is a continuous integration platform based on Node.JS and Docker.\n- [**Azure Data Studio**](https://github.com/Microsoft/azuredatastudio): A data management tool that enables working with SQL Server, Azure SQL DB and SQL DW from Windows, macOS and Linux.\n- [**FreeMAN**](https://github.com/matthew-matvei/freeman): A free, cross-platform file manager for power users.\n- [**Fluent Terminal**](https://github.com/felixse/FluentTerminal): A terminal emulator based on UWP and web technologies.\n- [**Hyper**](https://hyper.is): A terminal built on web technologies.\n- [**Diag**](https://diag.ai): A better way to troubleshoot problems faster. Capture, share and reapply troubleshooting knowledge so you can focus on solving problems that matter.\n- [**GoTTY**](https://github.com/sorenisanerd/gotty): A simple command line tool that shares your terminal as a web application based on xterm.js.\n- [**genact**](https://github.com/svenstaro/genact): A nonsense activity generator.\n- [**cPanel & WHM**](https://cpanel.com): The hosting platform of choice.\n- [**Nutanix**](https://github.com/nutanix): Nutanix Enterprise Cloud uses xterm in the webssh functionality within Nutanix Calm, and is also looking to move our old noserial (termjs) functionality to xterm.js.\n- [**SSH Web Client**](https://github.com/roke22/PHP-SSH2-Web-Client): SSH Web Client with PHP.\n- [**Juno**](http://junolab.org/): A flexible Julia IDE, based on Atom.\n- [**webssh**](https://github.com/huashengdun/webssh): Web based ssh client.\n- [**info-beamer hosted**](https://info-beamer.com): Uses xterm.js to manage digital signage devices from the web dashboard.\n- [**Jumpserver**](https://github.com/jumpserver/luna): Jumpserver Luna project, Jumpserver is a bastion server project, Luna use xterm.js for web terminal emulation.\n- [**LxdMosaic**](https://github.com/turtle0x1/LxdMosaic): Uses xterm.js to give terminal access to containers through LXD\n- [**CodeInterview.io**](https://codeinterview.io): A coding interview platform in 25+ languages and many web frameworks. Uses xterm.js to provide shell access.\n- [**Bastillion**](https://www.bastillion.io): Bastillion is an open-source web-based SSH console that centrally manages administrative access to systems.\n- [**PHP App Server**](https://github.com/cubiclesoft/php-app-server/): Create lightweight, installable almost-native applications for desktop OSes. ExecTerminal (nicely wraps the xterm.js Terminal), TerminalManager, and RunProcessSDK are self-contained, reusable ES5+ compliant Javascript components.\n- [**NgTerminal**](https://github.com/qwefgh90/ng-terminal): NgTerminal is a web terminal that leverages xterm.js on Angular 7+. You can easily add it into your application by adding `` into your component.\n- [**tty-share**](https://tty-share.com): Extremely simple terminal sharing over the Internet.\n- [**Ten Hands**](https://github.com/saisandeepvaddi/ten-hands): One place to run your command-line tasks.\n- [**WebAssembly.sh**](https://webassembly.sh): A WebAssembly WASI browser terminal\n- [**Gus**](https://gus.jp): A shared coding pad where you can run Python with xterm.js\n- [**Linode**](https://linode.com): Linode uses xterm.js to provide users a web console for their Linode instances.\n- [**FluffOS**](https://www.fluffos.info): Active maintained LPMUD driver with websocket support.\n- [**x-terminal**](https://atom.io/packages/x-terminal): Atom plugin for providing terminals inside your Atom workspace.\n- [**CoCalc**](https://cocalc.com/): Lots of free software pre-installed, to chat, collaborate, develop, program, publish, research, share, teach, in C++, HTML, Julia, Jupyter, LaTeX, Markdown, Python, R, SageMath, Scala, ...\n- [**Dank Domain**](https://www.DDgame.us/): Open source multiuser medieval game supporting old & new terminal emulation.\n- [**DockerStacks**](https://docker-stacks.com/): Local LAMP/LEMP development studio\n- [**Codecademy**](https://codecademy.com/): Uses xterm.js in its courses on Bash.\n- [**Laravel Ssh Web Client**](https://github.com/roke22/Laravel-ssh-client): Laravel server inventory with ssh web client to connect at server using xterm.js\n- [**Replit**](https://replit.com): Collaborative browser based IDE with support for 50+ different languages.\n- [**TeleType**](https://github.com/akshaykmr/TeleType): cli tool that allows you to share your terminal online conveniently. Show off mad cli-fu, help a colleague, teach, or troubleshoot.\n- [**Intervue**](https://www.intervue.io): Pair programming for interviews. Multiple programming languages are supported, with results displayed by xterm.js.\n- [**TRASA**](https://trasa.io): Zero trust access to Web, SSH, RDP, and Database services.\n- [**Commas**](https://github.com/CyanSalt/commas): Commas is a hackable terminal and command runner.\n- [**Devtron**](https://github.com/devtron-labs/devtron): Software Delivery Workflow For Kubernetes.\n- [**NxShell**](https://github.com/nxshell/nxshell): An easy to use new terminal for SSH.\n- [**gifcast**](https://dstein64.github.io/gifcast/): Converts an asciinema cast to an animated GIF.\n- [**WizardWebssh**](https://gitlab.com/mikeramsey/wizardwebssh): A terminal with Pyqt5 Widget for embedding, which can be used as an ssh client to connect to your ssh servers. It is written in Python, based on tornado, paramiko, and xterm.js.\n- [**Wizard Assistant**](https://wizardassistant.com/): Wizard Assistant comes with advanced automation tools, preloaded common and special time-saving commands, and a built-in SSH terminal. Now you can remotely administer, troubleshoot, and analyze any system with ease.\n- [**ucli**](https://github.com/tsadarsh/ucli): Command Line for everyone :family_man_woman_girl_boy: at [www.ucli.tech](https://www.ucli.tech).\n- [**Tess**](https://github.com/SquitchYT/Tess/): Simple Terminal Fully Customizable for Everyone. Discover more at [tessapp.dev](https://tessapp.dev)\n- [**HashiCorp Nomad**](https://www.nomadproject.io/): A container orchestrator with the ability to connect to remote tasks via a web interface using websockets and xterm.js.\n- [**TermPair**](https://github.com/cs01/termpair): View and control terminals from your browser with end-to-end encryption\n- [**gdbgui**](https://github.com/cs01/gdbgui): Browser-based frontend to gdb (gnu debugger)\n- [**goormIDE**](https://ide.goorm.io/): Run almost every programming languages with real-time collaboration, live pair programming, and built-in messenger.\n- [**FleetDeck**](https://fleetdeck.io): Remote desktop & virtual terminal\n- [**OpenSumi**](https://github.com/opensumi/core): A framework helps you quickly build Cloud or Desktop IDE products.\n- [**KubeSail**](https://kubesail.com): The Self-Hosting Company - uses xterm to allow users to exec into kubernetes pods and build github apps\n- [**WiTTY**](https://github.com/syssecfsu/witty): Web-based interactive terminal emulator that allows users to easily record, share, and replay console sessions.\n- [**libv86 Terminal Forwarding**](https://github.com/hello-smile6/libv86-terminal-forwarding): Peer-to-peer SSH for the web, using WebRTC via [Bugout](https://github.com/chr15m/bugout) for data transfer and [v86](https://github.com/copy/v86) for web-based virtualization.\n- [**hack.courses**](https://hack.courses): Interactive Linux and command-line classes using xterm.js to expose a real terminal available for everyone.\n- [**Render**](https://render.com): Platform-as-a-service for your apps, websites, and databases using xterm.js to provide a command prompt for user containers and for streaming build and runtime logs.\n- [**CloudTTY**](https://github.com/cloudtty/cloudtty): A Friendly Kubernetes CloudShell (Web Terminal).\n- [**Go SSH Web Client**](https://github.com/wuchihsu/go-ssh-web-client): A simple SSH web client using Go, WebSocket and Xterm.js.\n- [**web3os**](https://web3os.sh): A decentralized operating system for the next web\n- [**Cratecode**](https://cratecode.com): Learn to program for free through interactive online lessons. Cratecode uses xterm.js to give users access to their own Linux environment.\n- [**Super Terminal**](https://github.com/bugwheels94/super-terminal): It is a http based terminal for developers who dont like repetition and save time.\n- [**graSSHopper**](https://grasshopper.coding.kiwi): A simple SSH client with file explorer, history and many more features.\n- [**DomTerm**](https://domterm.org/xtermjs.html): Tiles and tabs. Detachable sessions (like tmux). [Remote connections](https://domterm.org/Remoting-over-ssh.html) using a nice ssh wrapper with predictive echo. Qt, Electron, Tauri/Wry, or desktop browser front-ends. Choose between xterm.js engine (faster) or native DomTerm (more functionality and graphics) - or both.\n- [**Cloudtutor.io**](https://cloudtutor.io): innovative online learning platform that offers users access to an interactive lab.\n- [**Helix Editor Playground**](https://github.com/tomgroenwoldt/helix-editor-playground): Online playground for the terminal based helix editor.\n- [**Coder**](https://github.com/coder/coder): Self-Hosted Remote Development Environments\n- [**Wave Terminal**](https://waveterm.dev): An open-source, ai-native, terminal built for seamless workflows.\n- [**eva**](https://github.com/info24/eva): Eva is a web application for SSH remote login, developed in Go.\n- [**OpenSFTP**](https://opensftp.com): Super beautiful SSH and SFTP integrated workspace client.\n- [**balena**](https://www.balena.io/): Balena is a full-stack solution for developing, deploying, updating, and troubleshooting IoT Edge devices. We use xterm.js to manage & debug devices on [balenaCloud](https://www.balena.io/cloud).\n- [**Filet Cloud**](https://github.com/fuglaro/filet-cloud): The lean and powerful personal cloud ⛅.\n- [**pyTermTk**](https://github.com/ceccopierangiolieugenio/pyTermTk): Python Terminal Toolkit - a Spiced Up Cross Compatible TUI Library 🌶️, use xterm.js for the [HTML5 exporter](https://ceccopierangiolieugenio.github.io/pyTermTk/sandbox/sandbox.html).\n- [**ecmaOS**](https://ecmaos.sh): A kernel and suite of applications tying modern web technologies into a browser-based operating system.\n- [**LabEx**](https://labex.io): Interactive learning platform with hands-on labs and xterm.js-based online terminals, focused on learn-by-doing approach.\n- [**EmuDevz**](https://afska.github.io/emudevz): A free coding game where players learn how to build an emulator from scratch.\n- [**SSH Connection Manager**](https://github.com/Amtrend/ssh-manager): Modern web-based SSH terminal and SFTP manager with AES-256 encryption, PWA support, and session management.\n- [**WooTTY**](https://github.com/icoretech/wootty): Flawless browser terminal for real operators.\n- [And much more...](https://github.com/xtermjs/xterm.js/network/dependents?package_id=UGFja2FnZS0xNjYzMjc4OQ%3D%3D)\n\nDo you use xterm.js in your application as well? Please [open a Pull Request](https://github.com/sourcelair/xterm.js/pulls) to include it here. We would love to have it on our list. Please add any new contributions to the end of the list.\n\n## License Agreement\n\nIf you contribute code to this project, you implicitly allow your code to be distributed under the MIT license. You are also implicitly verifying that all code is your original work.\n\nCopyright (c) 2017-2026, [The xterm.js authors](https://github.com/xtermjs/xterm.js/graphs/contributors) (MIT License)
\nCopyright (c) 2014-2017, SourceLair, Private Company ([www.sourcelair.com](https://www.sourcelair.com/home)) (MIT License)
\nCopyright (c) 2012-2013, Christopher Jeffrey (MIT License)\n" }, { "path": "addons/addon-attach/.gitignore", "content": "lib\nnode_modules\n" }, { "path": "addons/addon-attach/.npmignore", "content": "# Blacklist - exclude everything except npm defaults such as LICENSE, etc\n*\n!*/\n\n# Whitelist - lib/\n!lib/**/*.d.ts\n\n!lib/**/*.js\n!lib/**/*.js.map\n\n!lib/**/*.mjs\n!lib/**/*.mjs.map\n\n!lib/**/*.css\n\n# Whitelist - src/\n!src/**/*.ts\n!src/**/*.d.ts\n\n!src/**/*.js\n!src/**/*.js.map\n\n!src/**/*.css\n\n# Blacklist - src/ test files\nsrc/**/*.test.ts\nsrc/**/*.test.d.ts\nsrc/**/*.test.js\nsrc/**/*.test.js.map\n\n# Whitelist - typings/\n!typings/*.d.ts\n" }, { "path": "addons/addon-attach/LICENSE", "content": "Copyright (c) 2017, The xterm.js authors (https://github.com/xtermjs/xterm.js)\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n" }, { "path": "addons/addon-attach/README.md", "content": "## @xterm/addon-attach\n\nAn addon for [xterm.js](https://github.com/xtermjs/xterm.js) that enables attaching to a web socket. This addon requires xterm.js v4+.\n\n### Install\n\n```bash\nnpm install --save @xterm/addon-attach\n```\n\n### Usage\n\n```ts\nimport { Terminal } from '@xterm/xterm';\nimport { AttachAddon } from '@xterm/addon-attach';\n\nconst terminal = new Terminal();\nconst attachAddon = new AttachAddon(webSocket);\nterminal.loadAddon(attachAddon);\n```\n\nSee the full [API](https://github.com/xtermjs/xterm.js/blob/master/addons/addon-attach/typings/addon-attach.d.ts) for more advanced usage.\n" }, { "path": "addons/addon-attach/package.json", "content": "{\n \"name\": \"@xterm/addon-attach\",\n \"version\": \"0.12.0\",\n \"author\": {\n \"name\": \"The xterm.js authors\",\n \"url\": \"https://xtermjs.org/\"\n },\n \"main\": \"lib/addon-attach.js\",\n \"module\": \"lib/addon-attach.mjs\",\n \"types\": \"typings/addon-attach.d.ts\",\n \"repository\": \"https://github.com/xtermjs/xterm.js/tree/master/addons/addon-attach\",\n \"license\": \"MIT\",\n \"keywords\": [\n \"terminal\",\n \"xterm\",\n \"xterm.js\"\n ],\n \"scripts\": {\n \"build\": \"../../node_modules/.bin/tsgo -p .\",\n \"prepackage\": \"npm run build\",\n \"package\": \"../../node_modules/.bin/webpack\",\n \"prepublishOnly\": \"npm run package\",\n \"start\": \"node ../../demo/start\"\n }\n}\n" }, { "path": "addons/addon-attach/src/AttachAddon.ts", "content": "/**\n * Copyright (c) 2014, 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n *\n * Implements the attach method, that attaches the terminal to a WebSocket stream.\n */\n\nimport type { Terminal, IDisposable, ITerminalAddon } from '@xterm/xterm';\nimport type { AttachAddon as IAttachApi } from '@xterm/addon-attach';\n\ninterface IAttachOptions {\n bidirectional?: boolean;\n}\n\nexport class AttachAddon implements ITerminalAddon, IAttachApi {\n private _socket: WebSocket;\n private _bidirectional: boolean;\n private _disposables: IDisposable[] = [];\n\n constructor(socket: WebSocket, options?: IAttachOptions) {\n this._socket = socket;\n // always set binary type to arraybuffer, we do not handle blobs\n this._socket.binaryType = 'arraybuffer';\n this._bidirectional = !(options && options.bidirectional === false);\n }\n\n public activate(terminal: Terminal): void {\n this._disposables.push(\n addSocketListener(this._socket, 'message', ev => {\n const data: ArrayBuffer | string = ev.data;\n terminal.write(typeof data === 'string' ? data : new Uint8Array(data));\n })\n );\n\n if (this._bidirectional) {\n this._disposables.push(terminal.onData(data => this._sendData(data)));\n this._disposables.push(terminal.onBinary(data => this._sendBinary(data)));\n }\n\n this._disposables.push(addSocketListener(this._socket, 'close', () => this.dispose()));\n this._disposables.push(addSocketListener(this._socket, 'error', () => this.dispose()));\n }\n\n public dispose(): void {\n for (const d of this._disposables) {\n d.dispose();\n }\n }\n\n private _sendData(data: string): void {\n if (!this._checkOpenSocket()) {\n return;\n }\n this._socket.send(data);\n }\n\n private _sendBinary(data: string): void {\n if (!this._checkOpenSocket()) {\n return;\n }\n const buffer = new Uint8Array(data.length);\n for (let i = 0; i < data.length; ++i) {\n buffer[i] = data.charCodeAt(i) & 255;\n }\n this._socket.send(buffer);\n }\n\n private _checkOpenSocket(): boolean {\n switch (this._socket.readyState) {\n case WebSocket.OPEN:\n return true;\n case WebSocket.CONNECTING:\n throw new Error('Attach addon was loaded before socket was open');\n case WebSocket.CLOSING:\n console.warn('Attach addon socket is closing');\n return false;\n case WebSocket.CLOSED:\n throw new Error('Attach addon socket is closed');\n default:\n throw new Error('Unexpected socket state');\n }\n }\n}\n\nfunction addSocketListener(socket: WebSocket, type: K, handler: (this: WebSocket, ev: WebSocketEventMap[K]) => any): IDisposable {\n socket.addEventListener(type, handler);\n return {\n dispose: () => {\n if (!handler) {\n // Already disposed\n return;\n }\n socket.removeEventListener(type, handler);\n }\n };\n}\n" }, { "path": "addons/addon-attach/src/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"es2021\",\n \"lib\": [\n \"dom\",\n \"es2015\"\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/mocha\"\n ],\n \"paths\": {\n \"@xterm/addon-attach\": [\n \"../typings/addon-attach.d.ts\"\n ]\n }\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ]\n}\n" }, { "path": "addons/addon-attach/test/AttachAddon.test.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport WebSocket = require('ws');\n\nimport test from '@playwright/test';\nimport { ITestContext, createTestContext, openTerminal, pollFor, timeout } from '../../../test/playwright/TestUtils';\n\nlet ctx: ITestContext;\ntest.beforeAll(async ({ browser }) => {\n ctx = await createTestContext(browser);\n await openTerminal(ctx);\n});\ntest.afterAll(async () => await ctx.page.close());\n\ntest.describe('Search Tests', () => {\n\n test.beforeEach(async () => {\n await ctx.proxy.reset();\n });\n\n test('string', async function(): Promise {\n const port = 8080;\n const server = new WebSocket.Server({ port });\n server.on('connection', socket => socket.send('foo'));\n await ctx.page.evaluate(`window.term.loadAddon(new window.AttachAddon(new WebSocket('ws://localhost:${port}')))`);\n await pollFor(ctx.page, `window.term.buffer.active.getLine(0).translateToString(true)`, 'foo');\n server.close();\n });\n\n test('utf8', async function(): Promise {\n const port = 8080;\n const server = new WebSocket.Server({ port });\n const data = new Uint8Array([102, 111, 111]);\n server.on('connection', socket => socket.send(data));\n await ctx.page.evaluate(`window.term.loadAddon(new window.AttachAddon(new WebSocket('ws://localhost:${port}')))`);\n await pollFor(ctx.page, `window.term.buffer.active.getLine(0).translateToString(true)`, 'foo');\n server.close();\n });\n});\n" }, { "path": "addons/addon-attach/test/playwright.config.ts", "content": "import { PlaywrightTestConfig } from '@playwright/test';\n\nconst config: PlaywrightTestConfig = {\n testDir: '.',\n timeout: 10000,\n projects: [\n {\n name: 'Chromium',\n use: {\n browserName: 'chromium'\n }\n },\n {\n name: 'FirefoxStable',\n use: {\n browserName: 'firefox'\n }\n },\n {\n name: 'WebKit',\n use: {\n browserName: 'webkit'\n }\n }\n ],\n reporter: 'list',\n webServer: {\n command: 'npm run start',\n port: 3000,\n timeout: 120000,\n reuseExistingServer: !process.env.CI\n }\n};\nexport default config;\n" }, { "path": "addons/addon-attach/test/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"ESNext\",\n \"lib\": [\n \"es2021\",\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out-test\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"browser/*\": [\n \"../../../src/browser/*\"\n ],\n \"*\": [\n \"./*\"\n ]\n },\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/node\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n },\n {\n \"path\": \"../../../src/browser\"\n },\n {\n \"path\": \"../../../test/playwright\"\n }\n ]\n}\n" }, { "path": "addons/addon-attach/tsconfig.json", "content": "{\n \"files\": [],\n \"include\": [],\n \"references\": [\n { \"path\": \"./src\" },\n { \"path\": \"./test\" }\n ]\n}\n" }, { "path": "addons/addon-attach/typings/addon-attach.d.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { Terminal, ITerminalAddon } from '@xterm/xterm';\n\ndeclare module '@xterm/addon-attach' {\n export interface IAttachOptions {\n /**\n * Whether input should be written to the backend. Defaults to `true`.\n */\n bidirectional?: boolean;\n }\n\n export class AttachAddon implements ITerminalAddon {\n constructor(socket: WebSocket, options?: IAttachOptions);\n public activate(terminal: Terminal): void;\n public dispose(): void;\n }\n}\n" }, { "path": "addons/addon-attach/webpack.config.js", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nconst path = require('path');\n\nconst addonName = 'AttachAddon';\nconst mainFile = 'addon-attach.js';\n\nmodule.exports = {\n entry: `./out/${addonName}.js`,\n devtool: 'source-map',\n module: {\n rules: [\n {\n test: /\\.js$/,\n use: [\"source-map-loader\"],\n enforce: \"pre\",\n exclude: /node_modules/\n }\n ]\n },\n output: {\n filename: mainFile,\n path: path.resolve('./lib'),\n library: addonName,\n libraryTarget: 'umd',\n // Force usage of globalThis instead of global / self. (This is cross-env compatible)\n globalObject: 'globalThis',\n },\n mode: 'production'\n};\n" }, { "path": "addons/addon-clipboard/.gitignore", "content": "lib\nnode_modules\n" }, { "path": "addons/addon-clipboard/.npmignore", "content": "# Blacklist - exclude everything except npm defaults such as LICENSE, etc\n*\n!*/\n\n# Whitelist - lib/\n!lib/**/*.d.ts\n\n!lib/**/*.js\n!lib/**/*.js.map\n\n!lib/**/*.mjs\n!lib/**/*.mjs.map\n\n!lib/**/*.css\n\n# Whitelist - src/\n!src/**/*.ts\n!src/**/*.d.ts\n\n!src/**/*.js\n!src/**/*.js.map\n\n!src/**/*.css\n\n# Blacklist - src/ test files\nsrc/**/*.test.ts\nsrc/**/*.test.d.ts\nsrc/**/*.test.js\nsrc/**/*.test.js.map\n\n# Whitelist - typings/\n!typings/*.d.ts\n" }, { "path": "addons/addon-clipboard/LICENSE", "content": "Copyright (c) 2023, The xterm.js authors (https://github.com/xtermjs/xterm.js)\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n" }, { "path": "addons/addon-clipboard/README.md", "content": "## @xterm/addon-clipboard\n\nAn addon for [xterm.js](https://github.com/xtermjs/xterm.js) that enables\naccessing the system clipboard. This addon requires xterm.js v4+.\n\n### Install\n\n```bash\nnpm install --save @xterm/addon-clipboard\n```\n\n### Usage\n\n```ts\nimport { Terminal } from 'xterm';\nimport { ClipboardAddon } from '@xterm/addon-clipboard';\n\nconst terminal = new Terminal();\nconst clipboardAddon = new ClipboardAddon();\nterminal.loadAddon(clipboardAddon);\n```\n\nTo use a custom clipboard provider\n\n```ts\nimport { Terminal } from '@xterm/xterm';\nimport { ClipboardAddon, IClipboardProvider, ClipboardSelectionType } from '@xterm/addon-clipboard';\n\nfunction b64Encode(data: string): string {\n // Base64 encode impl\n}\n\nfunction b64Decode(data: string): string {\n // Base64 decode impl\n}\n\nclass MyCustomClipboardProvider implements IClipboardProvider {\n private _data: string\n public readText(selection: ClipboardSelectionType): Promise {\n return Promise.resolve(b64Encode(this._data));\n }\n public writeText(selection: ClipboardSelectionType, data: string): Promise {\n this._data = b64Decode(data);\n return Promise.resolve();\n }\n}\n\nconst terminal = new Terminal();\nconst clipboardAddon = new ClipboardAddon(new MyCustomClipboardProvider());\nterminal.loadAddon(clipboardAddon);\n```\n\nSee the full [API](https://github.com/xtermjs/xterm.js/blob/master/addons/addon-clipboard/typings/addon-clipboard.d.ts) for more advanced usage.\n" }, { "path": "addons/addon-clipboard/package.json", "content": "{\n \"name\": \"@xterm/addon-clipboard\",\n \"version\": \"0.2.0\",\n \"author\": {\n \"name\": \"The xterm.js authors\",\n \"url\": \"https://xtermjs.org/\"\n },\n \"main\": \"lib/addon-clipboard.js\",\n \"module\": \"lib/addon-clipboard.mjs\",\n \"types\": \"typings/addon-clipboard.d.ts\",\n \"repository\": \"https://github.com/xtermjs/xterm.js/tree/master/addons/addon-clipboard\",\n \"license\": \"MIT\",\n \"keywords\": [\n \"terminal\",\n \"xterm\",\n \"xterm.js\"\n ],\n \"scripts\": {\n \"build\": \"../../node_modules/.bin/tsgo -p .\",\n \"prepackage\": \"npm run build\",\n \"package\": \"../../node_modules/.bin/webpack\",\n \"prepublishOnly\": \"npm run package\",\n \"start\": \"node ../../demo/start\"\n },\n \"dependencies\": {\n \"js-base64\": \"^3.7.5\"\n }\n}\n" }, { "path": "addons/addon-clipboard/src/ClipboardAddon.ts", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport type { IDisposable, ITerminalAddon, Terminal } from '@xterm/xterm';\nimport { type IClipboardProvider, ClipboardSelectionType, type IBase64 } from '@xterm/addon-clipboard';\nimport { Base64 as JSBase64 } from 'js-base64';\n\nexport class ClipboardAddon implements ITerminalAddon {\n private _terminal?: Terminal;\n private _disposable?: IDisposable;\n\n constructor(\n private _base64: IBase64 = new Base64(),\n private _provider: IClipboardProvider = new BrowserClipboardProvider()\n ) {}\n\n public activate(terminal: Terminal): void {\n this._terminal = terminal;\n this._disposable = terminal.parser.registerOscHandler(52, data => this._setOrReportClipboard(data));\n }\n\n public dispose(): void {\n return this._disposable?.dispose();\n }\n\n private _readText(sel: ClipboardSelectionType, data: string): void {\n const b64 = this._base64.encodeText(data);\n this._terminal?.input(`\\x1b]52;${sel};${b64}\\x07`, false);\n }\n\n private _setOrReportClipboard(data: string): boolean | Promise {\n const args = data.split(';');\n if (args.length < 2) {\n return true;\n }\n\n const pc = args[0] as ClipboardSelectionType;\n const pd = args[1];\n if (pd === '?') {\n const text = this._provider.readText(pc);\n\n // Report clipboard\n if (text instanceof Promise) {\n return text.then((data) => {\n this._readText(pc, data);\n return true;\n });\n }\n\n this._readText(pc, text);\n return true;\n }\n\n // Clear clipboard if text is not a base64 encoded string.\n let text = '';\n try {\n text = this._base64.decodeText(pd);\n } catch {}\n\n\n const result = this._provider.writeText(pc, text);\n if (result instanceof Promise) {\n return result.then(() => true);\n }\n\n return true;\n }\n}\n\nexport class BrowserClipboardProvider implements IClipboardProvider {\n public async readText(selection: ClipboardSelectionType): Promise {\n if (selection !== 'c') {\n return Promise.resolve('');\n }\n return navigator.clipboard.readText();\n }\n\n public async writeText(selection: ClipboardSelectionType, text: string): Promise {\n if (selection !== 'c') {\n return Promise.resolve();\n }\n return navigator.clipboard.writeText(text);\n }\n}\n\nexport class Base64 implements IBase64 {\n public encodeText(data: string): string {\n return JSBase64.encode(data);\n }\n public decodeText(data: string): string {\n const text = JSBase64.decode(data);\n if (!JSBase64.isValid(data) || JSBase64.encode(text) !== data) {\n return '';\n }\n return text;\n }\n}\n" }, { "path": "addons/addon-clipboard/src/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"es2021\",\n \"lib\": [\n \"dom\",\n \"es2015\"\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/mocha\"\n ],\n \"paths\": {\n \"browser/*\": [\n \"../../../src/browser/*\"\n ],\n \"@xterm/addon-clipboard\": [\n \"../typings/addon-clipboard.d.ts\"\n ]\n }\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/browser\"\n }\n ]\n}\n" }, { "path": "addons/addon-clipboard/test/ClipboardAddon.test.ts", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport test from '@playwright/test';\nimport { deepEqual, ok, strictEqual } from 'assert';\nimport { ITestContext, createTestContext, launchBrowser, openTerminal, timeout } from '../../../test/playwright/TestUtils';\n\nlet ctx: ITestContext;\ntest.beforeAll(async ({ browser }, testInfo) => {\n ctx = await createTestContext(browser);\n await openTerminal(ctx);\n});\ntest.afterAll(async () => {\n await ctx.page.close();\n});\n\ntest.describe('ClipboardAddon', () => {\n\n test.beforeEach(async ({}, testInfo) => {\n // DEBT: This test doesn't work since the migration to @playwright/test\n if (ctx.browser.browserType().name() !== 'chromium') {\n testInfo.skip();\n return;\n }\n if (ctx.browser.browserType().name() === 'chromium') {\n // Enable clipboard access in chromium without user gesture\n await ctx.page.context().grantPermissions(['clipboard-read', 'clipboard-write']);\n }\n await ctx.page.evaluate(`\n window.term.reset()\n window.clipboard?.dispose();\n window.clipboard = new ClipboardAddon();\n window.term.loadAddon(window.clipboard);\n `);\n });\n\n test.beforeEach(async () => {\n await ctx.proxy.reset();\n });\n\n const testDataEncoded = 'aGVsbG8gd29ybGQ=';\n const testDataDecoded = 'hello world';\n\n test.describe('write data', async function (): Promise {\n test('simple string', async () => {\n await ctx.proxy.write(`\\x1b]52;c;${testDataEncoded}\\x07`);\n deepEqual(await ctx.page.evaluate(() => window.navigator.clipboard.readText()), testDataDecoded);\n });\n test('invalid base64 string', async () => {\n await ctx.proxy.write(`\\x1b]52;c;${testDataEncoded}invalid\\x07`);\n deepEqual(await ctx.page.evaluate(() => window.navigator.clipboard.readText()), '');\n });\n test('empty string', async () => {\n await ctx.proxy.write(`\\x1b]52;c;${testDataEncoded}\\x07`);\n await ctx.proxy.write(`\\x1b]52;c;\\x07`);\n deepEqual(await ctx.page.evaluate(() => window.navigator.clipboard.readText()), '');\n });\n });\n\n test.describe('read data', async function (): Promise {\n test('simple string', async () => {\n await ctx.page.evaluate(`\n window.data = [];\n window.term.onData(e => data.push(e));\n `);\n await ctx.page.evaluate(() => window.navigator.clipboard.writeText('hello world'));\n await ctx.proxy.write(`\\x1b]52;c;?\\x07`);\n deepEqual(await ctx.page.evaluate('window.data'), [`\\x1b]52;c;${testDataEncoded}\\x07`]);\n });\n test('clear clipboard', async () => {\n await ctx.proxy.write(`\\x1b]52;c;!\\x07`);\n await ctx.proxy.write(`\\x1b]52;c;?\\x07`);\n deepEqual(await ctx.page.evaluate(() => window.navigator.clipboard.readText()), '');\n });\n });\n});\n" }, { "path": "addons/addon-clipboard/test/playwright.config.ts", "content": "import { PlaywrightTestConfig } from '@playwright/test';\n\nconst config: PlaywrightTestConfig = {\n testDir: '.',\n timeout: 10000,\n projects: [\n {\n name: 'Chromium',\n use: {\n browserName: 'chromium'\n }\n },\n {\n name: 'FirefoxStable',\n use: {\n browserName: 'firefox'\n }\n },\n {\n name: 'WebKit',\n use: {\n browserName: 'webkit'\n }\n }\n ],\n reporter: 'list',\n webServer: {\n command: 'npm run start',\n port: 3000,\n timeout: 120000,\n reuseExistingServer: !process.env.CI\n }\n};\nexport default config;\n" }, { "path": "addons/addon-clipboard/test/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"ESNext\",\n \"lib\": [\n \"es2021\",\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out-test\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"browser/*\": [\n \"../../../src/browser/*\"\n ],\n \"*\": [\n \"./*\"\n ]\n },\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/node\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n },\n {\n \"path\": \"../../../src/browser\"\n },\n {\n \"path\": \"../../../test/playwright\"\n }\n ]\n}\n" }, { "path": "addons/addon-clipboard/tsconfig.json", "content": "{\n \"files\": [],\n \"include\": [],\n \"references\": [\n { \"path\": \"./src\" },\n { \"path\": \"./test\" }\n ]\n}\n" }, { "path": "addons/addon-clipboard/typings/addon-clipboard.d.ts", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { Terminal, ITerminalAddon } from '@xterm/xterm';\n\ndeclare module '@xterm/addon-clipboard' {\n /**\n * An xterm.js addon that enables accessing the system clipboard from\n * xterm.js.\n */\n export class ClipboardAddon implements ITerminalAddon {\n /**\n * Creates a new clipboard addon.\n * @param base64 An optional base64 encoder/decoder.\n * @param provider An optional clipboard provider.\n */\n constructor(base64?: IBase64, provider?: IClipboardProvider);\n\n /**\n * Activates the addon\n * @param terminal The terminal the addon is being loaded in.\n */\n public activate(terminal: Terminal): void;\n\n /**\n * Disposes the addon.\n */\n public dispose(): void\n }\n\n /**\n * Clipboard selection type. This is used to specify which selection buffer to\n * read or write to.\n * - SYSTEM `c`: The system clipboard.\n * - PRIMARY `p`: The primary clipboard. This is provided for compatibility\n * with Linux X11.\n */\n export const enum ClipboardSelectionType {\n SYSTEM = 'c',\n PRIMARY = 'p',\n }\n\n export interface IBase64 {\n /**\n * Converts a utf-8 string to a base64 string.\n * @param data The utf-8 string to convert to base64 string.\n */\n encodeText(data: string): string;\n\n /**\n * Converts a base64 string to a utf-8 string.\n * @param data The base64 string to convert to utf-8 string.\n * @throws An error if the input is not valid base64.\n */\n decodeText(data: string): string;\n }\n\n /**\n * A default Base64 encoding and decoding type.\n **/\n export class Base64 implements IBase64 {\n /**\n * Converts a utf-8 string to a base64 string.\n * @param data The utf-8 string to convert to base64 string.\n */\n public encodeText(data: string): string;\n\n /**\n * Converts a base64 string to a utf-8 string.\n * @param data The base64 string to convert to utf-8 string.\n * @throws An error if the input is not valid base64.\n */\n public decodeText(data: string): string;\n }\n\n export interface IClipboardProvider {\n /**\n * Gets the clipboard content.\n * @param selection The clipboard selection to read.\n * @returns A promise that resolves with clipboard selection data.\n */\n readText(selection: ClipboardSelectionType): string | Promise;\n\n /**\n * Sets the clipboard content.\n * @param selection The clipboard selection to set.\n * @param data The clipboard text to write.\n */\n writeText(selection: ClipboardSelectionType, text: string): void | Promise;\n }\n\n /**\n * The clipboard provider interface that enables xterm.js to access the system clipboard.\n */\n export class BrowserClipboardProvider implements IClipboardProvider{\n /**\n * Reads text from the clipboard.\n * @param selection The selection type to read from.\n * @returns A promise that resolves with the text from the clipboard.\n */\n public readText(selection: ClipboardSelectionType): Promise;\n\n /**\n * Writes text to the clipboard.\n * @param selection The selection type to write to.\n * @param data The text to write to the clipboard.\n * @returns A promise that resolves when the text has been written to the clipboard.\n */\n public writeText(selection: ClipboardSelectionType, data: string): Promise;\n }\n}\n" }, { "path": "addons/addon-clipboard/webpack.config.js", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nconst path = require('path');\n\nconst addonName = 'ClipboardAddon';\nconst mainFile = 'addon-clipboard.js';\n\nmodule.exports = {\n entry: `./out/${addonName}.js`,\n devtool: 'source-map',\n module: {\n rules: [\n {\n test: /\\.js$/,\n use: [\"source-map-loader\"],\n enforce: \"pre\",\n exclude: /node_modules/\n }\n ]\n },\n output: {\n filename: mainFile,\n path: path.resolve('./lib'),\n library: addonName,\n libraryTarget: 'umd'\n },\n mode: 'production'\n};\n" }, { "path": "addons/addon-fit/.gitignore", "content": "lib\nnode_modules\n" }, { "path": "addons/addon-fit/.npmignore", "content": "# Blacklist - exclude everything except npm defaults such as LICENSE, etc\n*\n!*/\n\n# Whitelist - lib/\n!lib/**/*.d.ts\n\n!lib/**/*.js\n!lib/**/*.js.map\n\n!lib/**/*.mjs\n!lib/**/*.mjs.map\n\n!lib/**/*.css\n\n# Whitelist - src/\n!src/**/*.ts\n!src/**/*.d.ts\n\n!src/**/*.js\n!src/**/*.js.map\n\n!src/**/*.css\n\n# Blacklist - src/ test files\nsrc/**/*.test.ts\nsrc/**/*.test.d.ts\nsrc/**/*.test.js\nsrc/**/*.test.js.map\n\n# Whitelist - typings/\n!typings/*.d.ts\n" }, { "path": "addons/addon-fit/LICENSE", "content": "Copyright (c) 2019, The xterm.js authors (https://github.com/xtermjs/xterm.js)\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n" }, { "path": "addons/addon-fit/README.md", "content": "## @xterm/addon-fit\n\nAn addon for [xterm.js](https://github.com/xtermjs/xterm.js) that enables fitting the terminal's dimensions to a containing element. This addon requires xterm.js v4+.\n\n### Install\n\n```bash\nnpm install --save @xterm/addon-fit\n```\n\n### Usage\n\n```ts\nimport { Terminal } from '@xterm/xterm';\nimport { FitAddon } from '@xterm/addon-fit';\n\nconst terminal = new Terminal();\nconst fitAddon = new FitAddon();\nterminal.loadAddon(fitAddon);\nterminal.open(containerElement);\nfitAddon.fit();\n```\n\nSee the full [API](https://github.com/xtermjs/xterm.js/blob/master/addons/addon-fit/typings/addon-fit.d.ts) for more advanced usage.\n" }, { "path": "addons/addon-fit/package.json", "content": "{\n \"name\": \"@xterm/addon-fit\",\n \"version\": \"0.11.0\",\n \"author\": {\n \"name\": \"The xterm.js authors\",\n \"url\": \"https://xtermjs.org/\"\n },\n \"main\": \"lib/addon-fit.js\",\n \"module\": \"lib/addon-fit.mjs\",\n \"types\": \"typings/addon-fit.d.ts\",\n \"repository\": \"https://github.com/xtermjs/xterm.js/tree/master/addons/addon-fit\",\n \"license\": \"MIT\",\n \"keywords\": [\n \"terminal\",\n \"xterm\",\n \"xterm.js\"\n ],\n \"scripts\": {\n \"build\": \"../../node_modules/.bin/tsgo -p .\",\n \"prepackage\": \"npm run build\",\n \"package\": \"../../node_modules/.bin/webpack\",\n \"prepublishOnly\": \"npm run package\",\n \"start\": \"node ../../demo/start\"\n }\n}\n" }, { "path": "addons/addon-fit/src/FitAddon.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport type { Terminal, ITerminalAddon, IRenderDimensions } from '@xterm/xterm';\nimport type { FitAddon as IFitApi } from '@xterm/addon-fit';\nimport { ViewportConstants } from 'browser/shared/Constants';\n\ninterface ITerminalDimensions {\n /**\n * The number of rows in the terminal.\n */\n rows: number;\n\n /**\n * The number of columns in the terminal.\n */\n cols: number;\n}\n\nconst MINIMUM_COLS = 2;\nconst MINIMUM_ROWS = 1;\n\nfunction getWindow(e: Node): Window {\n if (e?.ownerDocument?.defaultView) {\n return e.ownerDocument.defaultView;\n }\n\n return window;\n}\nfunction _getComputedStyle(el: HTMLElement): CSSStyleDeclaration {\n return getWindow(el).getComputedStyle(el, null);\n}\n\nexport class FitAddon implements ITerminalAddon, IFitApi {\n private _terminal: Terminal | undefined;\n\n public activate(terminal: Terminal): void {\n this._terminal = terminal;\n }\n\n public dispose(): void {}\n\n public fit(): void {\n const dims = this.proposeDimensions();\n if (!dims || !this._terminal || isNaN(dims.cols) || isNaN(dims.rows)) {\n return;\n }\n\n // Force a full render\n if (this._terminal.rows !== dims.rows || this._terminal.cols !== dims.cols) {\n this._terminal.resize(dims.cols, dims.rows);\n }\n }\n\n public proposeDimensions(): ITerminalDimensions | undefined {\n if (!this._terminal) {\n return undefined;\n }\n\n if (!this._terminal.element || !this._terminal.element.parentElement) {\n return undefined;\n }\n\n const dims: IRenderDimensions | undefined = this._terminal.dimensions;\n\n if (!dims || dims.css.cell.width === 0 || dims.css.cell.height === 0) {\n return undefined;\n }\n\n const showScrollbar = this._terminal.options.scrollbar?.showScrollbar ?? true;\n const scrollbarWidth = (this._terminal.options.scrollback === 0 || !showScrollbar\n ? 0\n : (this._terminal.options.scrollbar?.width ?? ViewportConstants.DEFAULT_SCROLL_BAR_WIDTH));\n\n const parentElementStyle = _getComputedStyle(this._terminal.element.parentElement);\n const parentElementHeight = parseInt(parentElementStyle.getPropertyValue('height'));\n const parentElementWidth = Math.max(0, parseInt(parentElementStyle.getPropertyValue('width')));\n const elementStyle = _getComputedStyle(this._terminal.element);\n const elementPadding = {\n top: parseInt(elementStyle.getPropertyValue('padding-top')),\n bottom: parseInt(elementStyle.getPropertyValue('padding-bottom')),\n right: parseInt(elementStyle.getPropertyValue('padding-right')),\n left: parseInt(elementStyle.getPropertyValue('padding-left'))\n };\n const elementPaddingVer = elementPadding.top + elementPadding.bottom;\n const elementPaddingHor = elementPadding.right + elementPadding.left;\n const availableHeight = parentElementHeight - elementPaddingVer;\n const availableWidth = parentElementWidth - elementPaddingHor - scrollbarWidth;\n const geometry = {\n cols: Math.max(MINIMUM_COLS, Math.floor(availableWidth / dims.css.cell.width)),\n rows: Math.max(MINIMUM_ROWS, Math.floor(availableHeight / dims.css.cell.height))\n };\n return geometry;\n }\n}\n" }, { "path": "addons/addon-fit/src/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"es2021\",\n \"lib\": [\n \"dom\",\n \"es2015\"\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/mocha\"\n ],\n \"paths\": {\n \"browser/*\": [\n \"../../../src/browser/*\"\n ],\n \"@xterm/addon-fit\": [\n \"../typings/addon-fit.d.ts\"\n ]\n }\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/browser\"\n }\n ]\n}\n" }, { "path": "addons/addon-fit/test/FitAddon.test.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport test from '@playwright/test';\nimport { deepEqual, ok, strictEqual } from 'assert';\nimport { ITestContext, createTestContext, openTerminal, timeout } from '../../../test/playwright/TestUtils';\n\nlet ctx: ITestContext;\ntest.beforeAll(async ({ browser }) => {\n ctx = await createTestContext(browser);\n ctx.page.setViewportSize({ width: 1024, height: 768 });\n await openTerminal(ctx);\n});\ntest.afterAll(async () => await ctx.page.close());\n\ntest.describe('FitAddon', () => {\n test.beforeEach(async function(): Promise {\n await ctx.page.evaluate(`document.querySelector('#terminal-container').style.display=''`);\n await ctx.page.evaluate(`\n window.term.reset()\n window.fit?.dispose();\n window.fit = new FitAddon();\n window.term.loadAddon(window.fit);\n `);\n });\n\n // test.beforeEach(async function(): Promise {\n // await ctx.page.evaluate(`document.querySelector('#terminal-container').style.display=''`);\n // await openTerminal(page);\n // });\n\n // after(async () => {\n // await browser.close();\n // });\n\n // afterEach(async function(): Promise {\n // await ctx.proxy.dispose();\n // });\n\n test('no terminal', async function(): Promise {\n await ctx.page.evaluate(`window.fit2 = new FitAddon();`);\n strictEqual(await ctx.page.evaluate(`window.fit2.proposeDimensions()`), undefined);\n await ctx.page.evaluate(`window.fit2.dispose();`);\n });\n\n test.describe('proposeDimensions', () => {\n test('default', async function(): Promise {\n await setDimensions();\n const dimensions: {cols: number, rows: number} = await ctx.page.evaluate(`window.fit.proposeDimensions()`);\n ok(dimensions.cols > 85);\n ok(dimensions.cols < 88);\n ok(dimensions.rows > 24);\n ok(dimensions.rows < 29);\n });\n\n test('width', async function(): Promise {\n await setDimensions(1008);\n const dimensions: {cols: number, rows: number} = await ctx.page.evaluate(`window.fit.proposeDimensions()`);\n ok(dimensions.cols > 108);\n ok(dimensions.cols < 111);\n ok(dimensions.rows > 24);\n ok(dimensions.rows < 29);\n });\n\n test('small', async function(): Promise {\n await setDimensions(1, 1);\n deepEqual(await ctx.page.evaluate(`window.fit.proposeDimensions()`), {\n cols: 2,\n rows: 1\n });\n });\n\n test('hidden', async function(): Promise {\n await ctx.proxy.dispose();\n await ctx.page.evaluate(`document.querySelector('#terminal-container').style.display='none'`);\n await ctx.page.evaluate(`window.term = new Terminal()`);\n await ctx.page.evaluate(`window.term.open(document.querySelector('#terminal-container'))`);\n await setDimensions();\n const dimensions: { cols: number, rows: number } | undefined = await ctx.page.evaluate(`window.fit.proposeDimensions()`);\n // The value of dims will be undefined if the char measure strategy falls back to the DOM\n // method, so only assert if it's not undefined.\n if (dimensions) {\n ok(dimensions.cols > 85);\n ok(dimensions.cols < 88);\n ok(dimensions.rows > 24);\n ok(dimensions.rows < 29);\n }\n });\n });\n\n test.describe('fit', () => {\n test('default', async function(): Promise {\n await setDimensions();\n await ctx.page.evaluate(`window.fit.fit()`);\n const cols: number = await ctx.proxy.cols;\n const rows: number = await ctx.proxy.rows;\n ok(cols > 85);\n ok(cols < 88);\n ok(rows > 24);\n ok(rows < 29);\n });\n\n test('width', async function(): Promise {\n await setDimensions(1008);\n await ctx.page.evaluate(`window.fit.fit()`);\n const cols: number = await ctx.proxy.cols;\n const rows: number = await ctx.proxy.rows;\n ok(cols > 108);\n ok(cols < 111);\n ok(rows > 24);\n ok(rows < 29);\n });\n\n test('small', async function(): Promise {\n await setDimensions(1, 1);\n await ctx.page.evaluate(`window.fit.fit()`);\n strictEqual(await ctx.proxy.cols, 2);\n strictEqual(await ctx.proxy.rows, 1);\n });\n });\n});\n\nasync function setDimensions(width: number = 800, height: number = 450): Promise {\n await ctx.page.evaluate(`\n document.querySelector('#terminal-container').style.width='${width}px';\n document.querySelector('#terminal-container').style.height='${height}px';\n document.querySelector('#terminal-container').style.display='';\n `);\n // HACK: Await a short period as hiding #terminal-container can mess with other tests\n await timeout(500);\n}\n" }, { "path": "addons/addon-fit/test/playwright.config.ts", "content": "import { PlaywrightTestConfig } from '@playwright/test';\n\nconst config: PlaywrightTestConfig = {\n testDir: '.',\n timeout: 10000,\n projects: [\n {\n name: 'Chromium',\n use: {\n browserName: 'chromium'\n }\n },\n {\n name: 'FirefoxStable',\n use: {\n browserName: 'firefox'\n }\n },\n {\n name: 'WebKit',\n use: {\n browserName: 'webkit'\n }\n }\n ],\n reporter: 'list',\n webServer: {\n command: 'npm run start',\n port: 3000,\n timeout: 120000,\n reuseExistingServer: !process.env.CI\n }\n};\nexport default config;\n" }, { "path": "addons/addon-fit/test/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"ESNext\",\n \"lib\": [\n \"es2021\",\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out-test\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"browser/*\": [\n \"../../../src/browser/*\"\n ],\n \"*\": [\n \"./*\"\n ]\n },\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/node\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n },\n {\n \"path\": \"../../../src/browser\"\n },\n {\n \"path\": \"../../../test/playwright\"\n }\n ]\n}\n" }, { "path": "addons/addon-fit/tsconfig.json", "content": "{\n \"files\": [],\n \"include\": [],\n \"references\": [\n { \"path\": \"./src\" },\n { \"path\": \"./test\" }\n ]\n}\n" }, { "path": "addons/addon-fit/typings/addon-fit.d.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { Terminal, ITerminalAddon } from '@xterm/xterm';\n\ndeclare module '@xterm/addon-fit' {\n /**\n * An xterm.js addon that enables resizing the terminal to the dimensions of\n * its containing element.\n */\n export class FitAddon implements ITerminalAddon {\n /**\n * Creates a new fit addon.\n */\n constructor();\n\n /**\n * Activates the addon\n * @param terminal The terminal the addon is being loaded in.\n */\n public activate(terminal: Terminal): void;\n\n /**\n * Disposes the addon.\n */\n public dispose(): void;\n\n /**\n * Resizes the terminal to the dimensions of its containing element.\n */\n public fit(): void;\n\n /**\n * Gets the proposed dimensions that will be used for a fit.\n */\n public proposeDimensions(): ITerminalDimensions | undefined;\n }\n\n /**\n * Represents the dimensions of a terminal.\n */\n export interface ITerminalDimensions {\n /**\n * The number of rows in the terminal.\n */\n rows: number;\n\n /**\n * The number of columns in the terminal.\n */\n cols: number;\n }\n}\n" }, { "path": "addons/addon-fit/webpack.config.js", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nconst path = require('path');\n\nconst addonName = 'FitAddon';\nconst mainFile = 'addon-fit.js';\n\nmodule.exports = {\n entry: `./out/${addonName}.js`,\n devtool: 'source-map',\n module: {\n rules: [\n {\n test: /\\.js$/,\n use: [\"source-map-loader\"],\n enforce: \"pre\",\n exclude: /node_modules/\n }\n ]\n },\n output: {\n filename: mainFile,\n path: path.resolve('./lib'),\n library: addonName,\n libraryTarget: 'umd',\n // Force usage of globalThis instead of global / self. (This is cross-env compatible)\n globalObject: 'globalThis',\n },\n mode: 'production'\n};\n" }, { "path": "addons/addon-image/.gitignore", "content": "node_modules/\n*.swp\n.lock-wscript\nlib/\nout/\nout-test/\nout-worker/\n.nyc_output/\nMakefile.gyp\n*.Makefile\n*.target.gyp.mk\n*.node\nexample/*.log\ndocs/\nnpm-debug.log\n/.idea/\n.env\nbuild/\n.DS_Store\nyarn.lock\n\n# Keep bundled code out of Git\ndist/\ndemo/dist/\n\n# skip benchmark & inwasm folders, except builds\n.benchmark/\ntimeline/\ninwasm-sdks/\ninwasm-builds/\n!inwasm-builds/**/final.wat\n!inwasm-builds/**/final.wasm\n!inwasm-builds/**/definition.json\n" }, { "path": "addons/addon-image/.npmignore", "content": ".github\nfixture\noverwrite\nbootstrap.sh\ntsconfig.json\nwebpack.config.js\ntest\nout-test\nout-esbuild\nout-esbuild-test\ninwasm-sdks\ninwasm-builds\n" }, { "path": "addons/addon-image/LICENSE", "content": "Copyright (c) 2019, 2020, 2021, 2022, 2023 The xterm.js authors (https://github.com/xtermjs/xterm.js)\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n" }, { "path": "addons/addon-image/README.md", "content": "## @xterm/addon-image\n\nInline image output in xterm.js. Supports SIXEL and iTerm's inline image protocol (IIP).\n\n\n![](fixture/example.png)\n\n\n### Install from npm\n\n```bash\nnpm install --save @xterm/addon-image\n```\n\n\n### Usage\n\n```ts\nimport { Terminal } from '@xterm/xterm';\nimport { ImageAddon, IImageAddonOptions } from '@xterm/addon-image';\n\n// customize as needed (showing addon defaults)\nconst customSettings: IImageAddonOptions = {\n enableSizeReports: true, // whether to enable CSI t reports (see below)\n pixelLimit: 16777216, // max. pixel size of a single image\n sixelSupport: true, // enable sixel support\n sixelScrolling: true, // whether to scroll on image output\n sixelPaletteLimit: 256, // initial sixel palette size\n sixelSizeLimit: 25000000, // size limit of a single sixel sequence\n storageLimit: 128, // FIFO storage limit in MB\n showPlaceholder: true, // whether to show a placeholder for evicted images\n iipSupport: true, // enable iTerm IIP support\n iipSizeLimit: 20000000, // size limit of a single IIP sequence\n kittySupport: true, // enable Kitty graphics support\n kittySizeLimit: 20000000 // size limit of a single Kitty sequence\n}\n\n// initialization\nconst terminal = new Terminal();\nconst imageAddon = new ImageAddon(customSettings);\nterminal.loadAddon(imageAddon);\n```\n\n### General Notes\n\n- *IMPORTANT:* The worker approach as done in previous releases got removed.\n The addon contructor no longer expects a worker path as first argument.\n\n- By default the addon will activate these `windowOptions` reports on the terminal:\n - getWinSizePixels (CSI 14 t)\n - getCellSizePixels (CSI 16 t)\n - getWinSizeChars (CSI 18 t)\n \n to help applications getting useful terminal metrics for their image preparations. Set `enableSizeReports` in the constructor options to `false`, if you dont want the addon to alter these terminal settings. This is especially useful, if you have very strict security needs not allowing any terminal reports, or deal with `windowOptions` by other means.\n\n\n### Operation Modes\n\n- **SIXEL Support** \n Set by default, change it with `{sixelSupport: true}`.\n\n- **Scrolling On | Off** \n By default scrolling is on, thus an image will advance the cursor at the bottom if needed.\n (see cursor positioning).\n\n If scrolling is off, the image gets painted from the top left of the current viewport\n and might be truncated if the image exceeds the viewport size.\n The cursor position does not change.\n\n You can customize this behavior with the constructor option `{sixelScrolling: false}`\n or with `DECSET 80` (off, binary: `\\x1b [ ? 80 h`) and\n `DECRST 80` (on, binary: `\\x1b [ ? 80 l`) during runtime.\n\n- **Cursor Positioning** \n If scrolling is set, the cursor will be placed at the first image column of the last image row (VT340 mode).\n Other cursor positioning modes as used by xterm or mintty are not supported.\n\n- **SIXEL Palette Handling** \n By default the addon limits the palette size to 256 registers (as demanded by the DEC specification).\n The limit can be increased to a maximum of 4096 registers (via `sixelPaletteLimit`).\n\n The default palette is a mixture of VT340 colors (lower 16 registers), xterm colors (up to 256) and zeros (up to 4096).\n There is no private/shared palette distinction, palette colors are always carried over from a previous sixel image.\n Restoring the default palette size and colors is possible with `XTSMGRAPHICS 1 ; 2` (binary: `\\x1b[?1;2S`).\n It gets also restored automatically on RIS and DECSTR.\n\n Other than on older terminals, the underlying SIXEL library applies colors immediately to individual pixels\n (*printer mode*), thus it is technically possible to use more colors in one image than the palette has color slots.\n This feature is called *high-color* in libsixel.\n\n A terminal wide shared palette mode with late indexed coloring of the output is not supported,\n therefore palette animations cannot be used.\n\n- **SIXEL Raster Attributes Handling** \n If raster attributes were found in the SIXEL data (level 2), the image will always be truncated to the given height/width extend. We deviate here from the specification on purpose, as it allows several processing optimizations. For level 1 SIXEL data without any raster attributes the image can freely grow in width and height up to the last data byte, which has a much higher processing penalty. In general encoding libraries should not create level 1 data anymore and should not produce pixel information beyond the announced height/width extend. Both is discouraged by the >30 years old specification.\n\n Currently the SIXEL implementation of the addon does not take custom pixel sizes into account, a SIXEL pixel will map 1:1 to a screen pixel.\n\n- **IIP Support (iTerm's Inline Image Protocol)** \n Set by default, change it with `{iipSupport: true}`.\n\n The IIP implementation has the following features / restrictions (sequence will silently fail for unmet conditions):\n - Supported formats: PNG, JPEG and GIF\n - No animation support.\n - Image type hinting is not supported (always deducted from data header).\n - File download is not supported.\n - Filename gets parsed but not used.\n - Strict base64 handling as of RFC4648 §4 (standard alphabet, optional padding, no separator bytes allowed).\n - Payload size may not exceed CEIL(sizeParameter * 4 / 3).\n - Image scaling beyond terminal viewport size is allowed (e.g. `width=200%`).\n - Image pixel size is restricted by `pixelLimit` (pre- and post resizing).\n - Size parameter is restricted by `iipSizeLimit`.\n - Cursor positioning behaves the same as for sixel (see above).\n\n\n### Storage and Drawing Settings\n\nThe internal storage holds images up to `storageLimit` (in MB, calculated as 4-channel RBGA unpacked, default 100 MB). Once hit images get evicted by FIFO rules. Furthermore images on the alternate buffer will always be erased on buffer changes.\n\nThe addon exposes two properties to interact with the storage limits at runtime:\n- `storageLimit` \n Change the value to your needs at runtime. This is especially useful, if you have multiple terminal\n instances running, that all add to one upper memory limit.\n- `storageUsage` \n Inspect the current memory usage of the image storage.\n\nBy default the addon will show a placeholder pattern for evicted images that are still part\nof the terminal (e.g. in the scrollback). The pattern can be deactivated by toggling `showPlaceholder`.\n\n### Image Data Retrieval\n\nThe addon provides the following API endpoints to retrieve raw image data as canvas:\n\n- `getImageAtBufferCell(x: number, y: number): HTMLCanvasElement | undefined` \n Returns the canvas containing the original image data (not resized) at the given buffer position.\n The buffer position is the 0-based absolute index (including scrollback at top).\n\n- `extractTileAtBufferCell(x: number, y: number): HTMLCanvasElement | undefined` \n Returns a canvas containing the actual single tile image data (maybe resized) at the given buffer position.\n The buffer position is the 0-based absolute index (including scrollback at top).\n Note that the canvas gets created and data copied over for every call, thus it is not suitable for performance critical actions.\n\n### Memory Usage\n\nThe addon does most image processing in Javascript and therefore can occupy a rather big amount of memory. To get an idea where the memory gets eaten, lets look at the data flow and processing steps:\n- Incomming image data chunk at `term.write` (terminal) \n `term.write` might stock up incoming chunks. To circumvent this, you will need proper flow control (see xterm.js docs). Note that with image output it is more likely to run into this issue, as it can create lots of MBs in very short time.\n- Sequence Parser (terminal) \n The parser operates on a buffer containing up to 2^17 codepoints (~0.5 MB).\n- Sequence Handler - Chunk Decoding (addon) \n Image data chunks are processed immediately by the SIXEL decoder (streamlined). The decoder allocates memory for image\n pixels as needed. The allowed image size is restricted by `pixelLimit` (default 16M pixels), the decoder holds 2 pixel buffers at maximum during decoding (RGBA, ~128 MB for 16M pixels).\n- Sequence Handler - Image Finalization (addon) \n After decoding the final pixel buffer is grabbed by the sequence handler and written to a canvas of the same size (~64 MB for 16M pixels) and added to the storage.\n- Image Storage (addon) \n The image storage implements a FIFO cache, that will remove old images, if a new one arrives and `storageLimit` is hit (default 128 MB). The storage holds a canvas with the original image, and may additionally hold resized versions of images after a font rescaling. Both are accounted in `storageUsage` as a rough estimation of _pixels x 4 channels_.\n\nFollowing the steps above, a rough estimation of maximum memory usage by the addon can be calculated with these formulas (in bytes):\n```typescript\n// storage alone\nconst storageBytes = storageUsage * storageLimit * 1024 * 1024;\n// decoding alone\nconst decodingBytes = sixelSizeLimit + 2 * (pixelLimit * 4);\n\n// totals\n// inactive decoding\nconst totalInactive = storageBytes;\n// active decoding\nconst totalActive = storageBytes + decodingBytes;\n```\n\nNote that browsers have offloading tricks for rarely touched memory segments, esp. `storageBytes` might not directly translate into real memory usage. Usage peaks will happen during active decoding of multiple big images due to the need of 2 full pixel buffers at the same time, which cannot be offloaded. Thus you may want to keep an eye on `pixelLimit` under limited memory conditions. \nFurther note that the formulas above do not respect the Javascript object's overhead. Compared to the raw buffer needs the book keeping by these objects is rather small (<<5%).\n\n_Why should I care about memory usage at all?_ \nWell you don't have to, and it probably will just work fine with the addon defaults. But for bigger integrations, where much more data is held in the Javascript context (like multiple terminals on one page), it is likely to hit the engine's memory limit sooner or later under decoding and/or storage pressure.\n\n_How can I adjust the memory usage?_ \n- `pixelLimit` \n A constructor setting, thus you would have to anticipate, whether (multiple) terminals in your page gonna do lots of concurrent decoding. Since this is normally not the case and the memory usage is only temporarily peaking, a rather high value should work even with multiple terminals in one page.\n- `storageLimit` \n A constructor and a runtime setting. In conjunction with `storageUsage` you can do runtime checks and adjust the limit to your needs. If you have to lower the limit below the current usage, images will be removed in FIFO order and may turn into a placeholder in the terminal's scrollback (if `showPlaceholder` is set). When adjusting keep in mind to leave enough room for memory peaking for decoding.\n- `sixelSizeLimit` \n A constructor setting. This has only a small impact on peaking memory during decoding. It is meant to avoid processing of overly big or broken SIXEL sequences at an earlier phase, thus may stop the decoder from entering its memory intensive task for potentially invalid data.\n\n\n### Terminal Interaction\n\n- Images already on the terminal screen will reshape on font-rescaling to keep the terminal cell coverage intact.\n This behavior might diverge from other terminals, but is in general the more desired one.\n- On terminal resize images may expand to the right automatically, if they were right-truncated before.\n They never expand to the bottom, if they were bottom-truncated before (e.g. from scrolling-off).\n- Text autowrapping from terminal resize may break and wrap images into multiple parts. This is unfortunate,\n but cannot be avoided, while sticking to the stronger terminal text-grid mechanics.\n (Yes images are a second class citizen on a mainly text-driven interface.)\n- Characters written over an image will erase the image information for affected cells.\n- Images are painted above BG/FG data not erasing it. More advanced \"composition tricks\" like painting images\n below FG/BG data are not possible. (We currently dont hook into BG/FG rendering itself.)\n- Previous image data at a cell will be erased on new image data. (We currently have no transparency composition.)\n\n\n### Performance & Latency\n\n- Performance should be good enough for occasional SIXEL output from REPLs, up to downscaled movies\n from `mpv` with its SIXEL renderer (tested in the demo). For 3rd party xterm.js integrations this\n furthermore depends highly on the overall incoming data throughput.\n- Image processing has a high latency. Most of the latency though is inherited from xterm.js' incoming data route\n (PTY -> server process -> websocket -> xterm.js async parsing), where every step creates more waiting time.\n Since we cannot do much about that \"long line\", keep that in mind when you try to run more demanding applications with realtime drawing and interactive response needs.\n\n\n### Status\n\n- Sixel support and image handling in xterm.js is considered beta quality.\n- IIP support is in alpha stage. Please file a bug for any awkwardities.\n\n\n### Changelog\n\n- 0.5.0 integrate with xtermjs base repo (at v0.4.3)\n- 0.4.3 defer canvas creation\n- 0.4.2 fix image canvas resize\n- 0.4.1 compat release for xterm.js 5.2.0\n- 0.4.0 IIP support\n- 0.3.1 compat release for xterm.js 5.1.0\n- 0.3.0 important change: worker removed from addon\n- 0.2.0 compat release for xterm.js 5.0.0\n- 0.1.3 bugfix: avoid striping\n- 0.1.2 bugfix: reset clear flag\n- 0.1.1 bugfixes:\n - clear sticky image tiles on render\n - create folder from bootstrap.sh\n - fix peer dependency in package.json\n" }, { "path": "addons/addon-image/fixture/endless.sh", "content": "#!/bin/bash\n\n# sixel endless mode\n# Should print an endless sine curve, abort with Ctrl-C.\n\nperiod=200\namplitude=50\n\nsixels=(@\\$ A\\$ C\\$ G\\$ O\\$ _\\$-)\npi=$(echo \"scale=10; 4*a(1)\" | bc -l)\nrun=true\ntrap run=false INT\n\necho -ne \"\\x1bP0;0;0q\\\"1;1#1;2;100;0;0#1\"\ny=0\nwhile $run\ndo\n x=$(echo \"s(2*${pi}*${y}/${period})*${amplitude}+2*${amplitude}+0.5\" | bc -l)\n echo -ne \"!${x%%.*}?${sixels[$((y%6))]}\"\n (( y++ ))\ndone\necho -e \"\\x1b\\\\\"\n" }, { "path": "addons/addon-image/fixture/gcrglf.sh", "content": "#!/bin/bash\n\n# GLF should move the text cursor downwards,\n# even if no pixels were modified,\n# when sixel scrolling is on.\n\necho -n $'\\e[?80l'\t\t# Ensure sixel scrolling is on (disable DECSDM)\n\nclear\necho \"A test of Sixel GLF (Graphics Line Feed) when sixel scrolling is on\"\necho\n\n# Move cursor down three using GLF (\"-\")\necho -e '\\x1bPq$-$-$-$-\\x1b\\\\'\n\n# Show a single sixel line that says, \"Your terminal ->\"\ncat <<'EOF'\n\u001bP0;0;0q\"1;1;244;21#0;2;0;0;0#1;2;80;80;80#0~~~NFFFN~~~n!4FN!68~NFN!64~bbb!42~rbbbBB!41~$#1???owwwo???O!4wo!68?owo!64?[[[!42?K[[[{{-#0!5~{woBFB`o{}!4~NFBpp!4xpbBF~~~x@@@~~~xxp@@!5~xxp@@b`pxwxpz!17~zpp???!5px!5~NFBpxxwxxpBBN!4~xxp@@b`pxwxpz~x@@@xxp@@pxx@@F!4~xppp@@!8~x@@@pxxwxp@B!5~zxXXXWXX@BF!10~??!24~!10^FNN^~~~$#1!5?BFN{w{]NB@!4?ow{MM!4EM[{w???E}}}???EEM}}!5?EEM}}[]MEFEMC!17?CMM~~~!5ME!5?ow{MEEFEEM{{o!4?EEM}}[]MEFEMC?E}}}EEM}}MEE}}w!4?EMMM}}!8?E}}}MEEFEM}{!5?CEeeefee}{w!10?~~!24?!10_woo_-#0!5~nFFF??FFN!5~wo_FF!4NFb_o!4~{o_!4Ffb??Fn~~~NFF??!4FN!23~_??!5NFFn~~~w__C!7KCC!4~NFF??!4FN!4~N???N~~??Fn~???N~~N!4F??!4Fn~~~F???Fn~~nF??Fn~~p??KMMMEE???Fn~~~N!4F??!4Fn!29~{{}!4~$#1!5?Owww~~wwo!5?FN^ww!4ow[^N!4?BN^!4wW[~~wO???oww~~!4wo!23?^~~!5owwO???F^^z!7rzz!4?oww~~!4wo!4?o~~~o??~~wO?~~~o??o!4w~~!4wO???w~~~wO??Ow~~wO??M~~rpppxx~~~wO???o!4w~~!4wO!29?BB@-#0!25FE!63FE!15FE!77FE!60F$#1!25?@!63?@!15?@!77?@-\u001b\\\nEOF\n\nsleep 1\ntput cup 2 30\n\n# Show four lines saying, \"<- A genuine VT340 would end here\"\ncat <<'EOF'\n\u001bP0;0;0q\"1;1;144;80#0;2;0;0;0#1;2;80;80;80#0~~rpp@@`@BN!25~!11^!5~^^^N^^^!6~!7^N^^^!5~!4^~~~!5^!6~^^^WWW!8~!7^N^^^!8~^^^N^^^!5~$#1??KMM}}]}{o!25?!11_!5?___o___!6?!7_o___!5?!4_???!5_!6?___fff!8?!7_o___!8?___o___-#0~~NB??EFE??@F^!19~B??{!4}{W??}}~~B@?K!5MK??B~~~}???{!4}{??!4~}???~~~}}{??!6~}{{{??!8~}???{!4}{??!4~B@?K!5MK??B~~$#1??o{~~xwx~~}w_!19?{~~B!4@Bf~~@@??{}~r!5pr~~{???@~~~B!4@B~~!4?@~~~???@@B~~!6?@BBB~~!8?@~~~B!4@B~~!4?{}~r!5pr~~{-#0rpoopr~~~zpooopr!17~}{ww!4pwW??!4~}wwprrb!4rpp~~~pooopz~~zpoopz!4~{w!4pxwoopz~~~r!4poo!4pz~~~pooopz~~zpoopz~~}wwprrb!4rpp~~$#1KMNNMK???CMNNNMK!17?@BFF!4MFf~~!4?@FFMKK[!4KMM???MNNNMC??CMNNMC!4?BF!4MEFNNMC???K!4MNN!4MC???MNNNMC??CMNNMC??@FFMKK[!4KMM-#0!32~^NNNKWwww[[MNNN^~!13N!5~NN!5FNN^!10~N!4F!8~NN!4FN^!36~$#1!32?_ooorfFFFbbpooo_?!13o!5?oo!5woo_!10?o!4w!8?oo!4wo_-#0!32~}{o?AM!4~E?_w}}~o_o}}???}}}__!5~}}~fFFFAOw!6~^FB_w{???!6~B??}!4~{??!35~$#1!32?@BN~|p!4?x~^F@@?N^N@@~~~@@@^^!5?@@?Wwww|nF!6?_w{^FB~~~!6?{~~@!4?B~~-#0!36~{_?FB?o}!7~^NN???NN^!6~!8NE?_x!4~poooP@@???X!5~{o?F!4NB_o!35~$#1!36?B^~w{~N@!7?_oo~~~oo_!6?!8ox~^E!4?MNNNm}}~~~e!5?BN~w!4o{^N-#0!38~}}}!11~!8}!8~!6}!13~!6}!9~!4}!38~$#1!38?@@@!11?!8@!8?!6@!13?!6@!9?!4@-#0!5^!5~!5^!5~!7^!6~!4^~~~!5^!6~{www??!11~^^^N^\\W???!22~^^^N^^^!6~!7^N^^^!8~^^^N^\\W???~~$#1!5_!5?!5_!5?!7_!6?!4_???!5_!6?BFFF~~!11?___o_af~~~!22?___o___!6?!7_o___!8?___o_af~~~-#0}{??CMB@@FM??o{~~B@?{{!4}{w?@~~~}???~~~}}{??!10~??!8~B??{!5}{???!19~B@?K!5MK??B~~~}???{!4}{??!4~B??{!5}{???~~$#1@B~~zp{}}wp~~NB??{}~BB!4@BF~}???@~~~???@@B~~!10?~~!8?{~~B!5@B~~~!19?{}~r!5pr~~{???@~~~B!4@B~~!4?{~~B!5@B~~~-#0~~~woow~}woo{!4~}{wpprbrrpww{!5~{w!4pxwoopz~~~r!4poo!4pz~~~}{ww!5pwooopz!17~}wwprrb!4rpp~~~pooopz~~zpoopz~~}{ww!5pwooopz$#1???FNNF?@FNNB!4?@BFMMK[KKMFFB!5?BF!4MEFNNMC???K!4MNN!4MC???@BFF!5MFNNNMC!17?@FFMKK[!4KMM???MNNNMC??CMNNMC??@BFF!5MFNNNMC-#0!40~n!4F!99~$#1!40?O!4w-#0!10~^^n!29~???b!4rbBF!4~^NFbrrprrbFF^!4~rrbBBFBbrrrbv~~^NFbrrprrbFF^!42~$#1!10?__O!29?~~~[!4K[{w!4?_ow[KKMKK[ww_!4?KK[{{w{[KKK[G??_ow[KKMKK[ww_-#0!9~}{wq!10}!18~N???N^~~^N??N^~~o??H!6XWGG!4~^NN??!4N^!5~o??H!6XWGG!42~$#1!9?@BFL!10@!18?o~~~o_??_o~~o_??N~~u!6efvv!4?_oo~~!4o_!5?N~~u!6efvv-#0!41B!6ABB!6A!5BAAA?!6A!4B!10A!8BAAA?!6A!42B$#1!41?!6@??!6@!5?@@@B!6@!4?!10@!8?@@@B!6@$-\u001b\\This text should be indented.\nEOF\n\n# For more details, please see:\n# https://github.com/jerch/xterm-addon-image/issues/37\n\n# By default, sixel is in a 2:1 aspect ratio, which means\n# every sixel graphics linefeed (GLF) adds another 12 pixels.\n# With four GLFs, we have five sixel lines = 5 * 12 = 60 pixels.\n\n# Which text line that ends up on depends upon the height of your\n# font. On the VT340, the font is 20 pixels high. \n\n# On a VT340 sixel scrolling is on by default. DEC refers to this by\n# two different names \"sixel scrolling\" and its negation, \"DECSDM\"\n# (Sixel Display Mode). They control the same thing, so when DECSDM is\n# on, sixel scrolling is off, and vice versa. \n\n# When DECSDM is on, the graphic line feeds do not affect the text cursor.\n\n\n# How hackerb9 created the two sixel test images:\n#\n# convert -family \"Courier\" -style normal -density 72 -pointsize 26 -interline-spacing -12 -gravity center -fill gray80 -background none label:$'A genuine\\nVT340\\nwould end\\n← here ' +trim +dither -colors 2 sixel:- > reference.six\n#\n# convert -family \"Courier\" -style normal -density 72 -pointsize 26 -interline-spacing -12 -gravity center -fill gray80 -background none label:$'Your terminal →' +trim -bordercolor none -border 2 +dither -colors 2 sixel:- > yourterminal.six\n\n" }, { "path": "addons/addon-image/fixture/growing_rect.js", "content": "const sixelEncode = require('../node_modules/sixel/lib/SixelEncoder').image2sixel;\nconst toRGBA8888 = require('../node_modules/sixel/lib/Colors').toRGBA8888;\n\nfunction createRect(size, color) {\n const pixels = new Uint32Array(size * size);\n pixels.fill(toRGBA8888(...color));\n return sixelEncode(new Uint8ClampedArray(pixels.buffer), size, size);\n}\n\nfunction createRectMinusOne(size, color) {\n const pixels = new Uint32Array(size * size);\n if (size - 1) {\n const sub = new Uint32Array(size - 1);\n sub.fill(toRGBA8888(...color));\n const last = size * (size - 1);\n for (let y = 0; y < last; y += size) {\n pixels.set(sub, y);\n }\n }\n return sixelEncode(new Uint8ClampedArray(pixels.buffer), size, size);\n}\n\nasync function main() {\n // clear + cursor and sixelScrolling off\n process.stdout.write('\\x1b[2J\\x1b[?25;80h');\n\n for (let i = 1; i < 300; ++i) {\n await new Promise(res => setTimeout(() => {\n process.stdout.write(createRect(i, [0, 255, 0]));\n res();\n }, 5));\n }\n for (let i = 299; i >= 1; --i) {\n await new Promise(res => setTimeout(() => {\n process.stdout.write(createRectMinusOne(i, [0, 255, 0]));\n res();\n }, 5));\n }\n\n // re-enable cursor and sixel scrolling\n process.stdout.write('\\x1b[2J\\x1b[?25;80l');\n}\n\nmain();\n" }, { "path": "addons/addon-image/fixture/iip/palette.iip", "content": "\u001b]1337;File=inline=1;size=525;name=Li4vcGFsZXR0ZS5wbmc=: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\u0007\n" }, { "path": "addons/addon-image/fixture/iip/spinfox.iip", "content": 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\u0007\n" 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}, { "path": "addons/addon-image/fixture/iip/w3c_jpg.iip", "content": "\u001b]1337;File=inline=1;size=2159;name=Li4vdGVzdGltYWdlcy93M2NfaG9tZV8yNTYuanBn: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\u0007\n" }, { "path": "addons/addon-image/fixture/iip/w3c_png.iip", "content": "\u001b]1337;File=inline=1;size=1658;name=Li4vdGVzdGltYWdlcy93M2NfaG9tZV8yNTYucG5n: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\u0007\n" }, { "path": "addons/addon-image/fixture/inspect_palette.sh", "content": "#!/bin/bash\n\nfunction print_palette() {\n L=$(( LOWER / 256))\n U=$(( (UPPER-1) / 256))\n for ((p = $L; p <= $U; p++))\n do\n echo \"slot $((p*256))..$((p*256+255)):\"\n echo -ne \"\\x1bP;1q\"\n for i in {0..15}\n do\n a=$((i * 16 + p * 256))\n for j in {0..15}\n do\n echo -ne \"#$((a+j))!6~\"\n done\n echo -ne \"\\$-\"\n done\n echo -e \"\\x1b\\\\\"\n done\n}\n\ncolors=undefined\nmax_colors=undefined\n\necho \"Terminal Reports (XTSMGRAPHICS):\"\nIFS=\";\" read -a REPLY -s -t 1 -d \"S\" -p $'\\e[?1;1;0S'\n[[ ${REPLY[1]} == \"0\" ]] && colors=${REPLY[2]}\necho \"active colors: ${colors}\"\n\nIFS=\";\" read -a REPLY -s -t 1 -d \"S\" -p $'\\e[?1;4;0S'\n[[ ${REPLY[1]} == \"0\" ]] && max_colors=${REPLY[2]}\necho \"max colors : ${max_colors}\"\necho\n\n\n# query up to colors by default\n# if colors is undefined (no XTSMGRAPHICS), assume 256\nARG1=${1:-${colors}}\nif [[ $colors == \"undefined\" ]]\nthen\n ARG1=${1:-256}\nfi\nLOWER=0\nUPPER=$ARG1\nARG2=${2:-undefined}\nif [[ $ARG2 != \"undefined\" ]]\nthen\n LOWER=ARG1\n UPPER=ARG2\nfi\n\nif [[ $colors != \"undefined\" ]]\nthen\n if [[ $colors -lt $UPPER ]] || [[ $colors -lt 256 ]]\n then\n echo -e \"\\x1b[33mNote: Active colors is smaller than test range.\"\n echo -e \"A spec-conform terminal may repeat colors in 'slot mod ${colors}'.\\x1b[m\"\n echo\n fi\nelse\n echo -e \"\\x1b[33mNote: Cannot query active colors.\"\n echo -e \"The terminal may repeat colors beyond it max slot (e.g. slot mod 16).\\x1b[m\"\n echo\nfi\n\nprint_palette\n" }, { "path": "addons/addon-image/fixture/overdraw.sh", "content": "#!/bin/bash\n\nfunction smiling_smiley() {\n echo -ne '\\x1bP;2q\"1;1;60;60\n#6!60~$-\n!60~$-\n!60~$\n!15?#1!4]!22?!4]$-\n#6!60~$-\n!60~$-\n!60~$-\n!60~$\n!15?#1!4~!22?!4~$-\n#6!60~$\n!15?#1!30N$-\n#6!60~$-\n!60~$-\n'\n echo -ne '\\x1b\\\\'\n}\n\nfunction indifferent_smiley() {\n echo -ne '\\x1bP;2q\"1;1;60;60\n#6!60~$-\n!60~$-\n!60~$\n!15?#1!4]!22?!4]$-\n#6!60~$-\n!60~$-\n!60~$-\n!60~$-\n!60~$\n!15?#1!30N$-\n#6!60~$-\n!60~$-\n'\n echo -ne '\\x1b\\\\'\n}\n\nfunction sad_smiley() {\n echo -ne '\\x1bP;2q\"1;1;60;60\n#6!60~$-\n!60~$-\n!60~$\n!15?#1!4]!22?!4]$-\n#6!60~$-\n!60~$-\n!60~$-\n!60~$-\n!60~$\n!15?#1!30N$\n!15?#1!4o!22?!4o$-\n#6!60~$\n!15?#1!4B!22?!4B$-\n#6!60~$-\n'\n echo -ne '\\x1b\\\\'\n}\n\nfunction smiling_smiley_slim() {\n echo -ne '\\x1bP;1q\"1;1;60;60\n$-\n$-\n$-\n$-\n$-\n$-\n!15?#1!4~!22?!4~$-\n!15?#1!30N\n'\n echo -ne '\\x1b\\\\'\n}\n\nfunction indifferent_smiley_slim() {\n echo -ne '\\x1bP;1q\"1;1;60;60\n$-\n$-\n$-\n$-\n$-\n$-\n!15?#6!4~!22?!4~$-\n!15?!4o!22?!4o$ !15?#1!30N$-\n!15?#6!4B!22?!4B\n'\n echo -ne '\\x1b\\\\'\n}\n\nfunction sad_smiley_slim() {\n echo -ne '\\x1bP;1q\"1;1;60;60\n$-\n$-\n$-\n$-\n$-\n$-\n$-\n!15?#1!30N$\n!15?#1!4o!22?!4o$-\n!15?#1!4B!22?!4B$-\n'\n echo -ne '\\x1b\\\\'\n}\n\nfunction full() {\n smiling_smiley\n sleep .5\n indifferent_smiley\n sleep .5\n sad_smiley\n sleep .5\n indifferent_smiley\n sleep .5\n smiling_smiley\n}\n\nfunction slim() {\n smiling_smiley\n sleep .5\n indifferent_smiley_slim\n sleep .5\n sad_smiley_slim\n sleep .5\n indifferent_smiley_slim\n sleep .5\n smiling_smiley_slim\n}\n\n# clear screen and place cursor to 1;10\necho -ne '\\x1b[2J\\x1b[10;1H'\n\n# switch sixel scrolling off\necho -ne '\\x1b[?80h'\n\ncase \"$1\" in\n full ) full ;;\n slim ) slim ;;\nesac\n\n# re-enable sixel scrolling\necho -ne '\\x1b[?80l'\n" }, { "path": "addons/addon-image/fixture/palette.sixel", "content": 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}, { "path": "addons/addon-image/fixture/textcursor.sh", "content": "#!/bin/bash\n\n# Test cursor row, column placement after sixel image is sent.\n\n# After a sixel image is displayed, the text cursor is moved to the\n# row of the last sixel cursor position, but the column stays the same\n# as it was before the sixel image was sent.\n#\n# This can be thought of as sixel images always ending with an\n# implicit Graphics Carriage Return (`$`). \n\n# ADDENDUM: It is not as simple as I thought. When a row of sixels\n# straddles two rows of text, the text cursor can be left on the upper row.\n# It seems up to three lines of pixels may be beneath any words printed.\n#\n# The rule for when this happens is not obvious to me, but can be seen\n# with images of height: 21, 22, 23, 24, 41, 42, 81, 82, 83, 84...\n#\n# My guess:\n# for a sixel image of height h, let a=(h-1)%6 and b=(h-1)%20,\n# then, the text will overlap the image when a>b.\n#\n# If that is the case, then the entire list of heights for which this\n# will happen on the VT340's 480 pixel high screen is:\n#\n# 21 22 23 24 41 42 81 82 83 84\n# 101 102 141 142 143 144 161 162 \n# 201 202 203 204 221 222 261 262 263 264 281 282 \n# 321 322 323 324 341 342 381 382 383 384\n# 401 402 441 442 443 444 461 462\n#\n# Note that there are 48 entries, so that means there's a 10% chance\n# if heights are chosen randomly from 1 to 480. However, if one were\n# to always pick heights which are a multiple of the character cell\n# height (20px), then the chances are 0% as there are no problematic\n# heights divisible by 20. \n\n\n# Sixel images often do *not* end with a `-` (Graphics New Line = GNL)\n# which sends the sixel cursor down 6 pixels. Any text printed next\n# will potentially overlap the last row of sixels!\n\n# I am not yet positive, but I believe that, in general, applications\n# should send sixel images without a GNL but then send `^J`, a text\n# newline (NL), before displaying more text or graphics.\n\n# IMPORTANT: sometimes neither a graphics nor a text newline is wanted. \n# For example, if an image is full screen, either newline would cause\n# the top line to scroll off the screen.\n\n# | Text cursor column | Text cursor row\n# --------|--------------------|-------------------------------------\n# !GNL !NL| Unchanged\t | Overlapping last line of graphics\n# !GNL NL| Column=1\t | First line immediately after graphic (usually)\n# GNL !NL| Unchanged\t | _Sometimes_ overlapping graphics\n# GNL NL| Column=1\t | First *or* second line after graphic\n\n\nCSI=$'\\e['\t\t\t# Control Sequence Introducer \nDCS=$'\\eP'\t\t\t# Device Control String\nST=$'\\e\\\\'\t\t\t# String Terminator\n\nset_cursor_pos() {\n # Home, top left is row 1, col 1.\n local row=$1 col=$2\n echo -n ${CSI}${row}';'${col}'H'\n}\n\nreset_palette() {\n # Send DECRSTS to load colors from a Color Table Report\n echo -n ${DCS}'2$p'\n\n echo -n \"0;2;0;0;0/\" # VT color #0 is black and BG text color\n\n echo -n \"1;2;20;20;79/\"\t# VT color #1 is blue\n echo -n \"2;2;79;13;13/\"\t# VT color #2 is red\n echo -n \"3;2;20;79;20/\"\t# VT color #3 is green\n\n echo -n \"4;2;79;20;79/\"\t# VT color #4 is magenta\n echo -n \"5;2;20;79;79/\"\t# VT color #5 is cyan\n echo -n \"6;2;79;79;20/\"\t# VT color #6 is yellow\n\n echo -n \"7;2;46;46;46/\"\t# VT color #7 is gray 50% and FG text color\n echo -n \"8;2;26;26;26/\"\t# VT color #8 is gray 25%\n\n echo -n \"9;2;33;33;59/\"\t# VT color #9 is pastel blue\n echo -n \"10;2;59;26;26/\"\t# VT color #10 is pastel red\n echo -n \"11;2;33;59;33/\"\t# VT color #11 is pastel green\n\n echo -n \"12;2;59;33;59/\"\t# VT color #12 is pastel magenta\n echo -n \"13;2;33;59;59/\"\t# VT color #13 is pastel cyan\n echo -n \"14;2;59;59;33/\"\t# VT color #14 is pastel yellow\n\n echo -n \"15;2;79;79;79\"\t# VT color #15 is gray 75% and BOLD text color\n\n echo -n ${ST}\t\t# String Terminator\n}\n\n# Generate square of size w with final graphics new line removed\nsquare() {\n # Given a color index number and (optionally) a size, row, and column, \n # draw a square with top left corner at (row, column) and of size×size px.\n # Default size 100×100px (10cols, 5 rows)\n\n local -i color=${1:-1}\t# Default is color index 1 (blue)\n local -i size=${2:-100}\t# Size in pixels (defaults to 100)\n local -i row=$3 column=$4\t# If set to 0, cursor is not moved\n\n if [[ row -ne 0 && column -ne 0 ]]; then\n\tset_cursor_pos $row $column\n fi\n\n # Draw a square of the right color & size \n squaresize $color $size\n}\n\nsquaresize() {\n # Helper for square() that uses convert to return a sixel square of\n # the right color ($1) and size ($2).\n\n # Similar to this but with variable size squares:\n # echo -n ${DCS}'0;0;0q\"1;1;100;100#'${color}'!100~-!100~-!100~-!100~-!100~-!100~-!100~-!100~-!100~-!100~-!100~-!100~-!100~-!100~-!100~-!100~-!100N'${ST}\n\n\n local color=${1:-1}\t\t\t# Default color index is 1 (blue)\n local size=${2:-100}\t\t# Default size is 100x100\n\n # Get a sixel string \n local sq=$(convert -geometry ${size}x${size} xc:black sixel:-)\n\n # Remove ImageMagick's extraneous Graphic New Line at end of image.\n sq=${sq%-??}$'\\e\\\\'\n\n # VT340s always used the same color register for the first sixel\n # color defined no matter what number it was assigned. That means,\n # each time we send a new sixel image, the previous one's color\n # palette gets changed. We don't want squares of all the same\n # color, so remove the color definition and just use the defaults.\n sq=${sq/\\#0;2;0;0;0/}\n\n # And finally, switch to the proper index for the color we want.\n echo -n ${sq//\\#0/#${color}}\n}\n\nsquaregnl() {\n # Same as square(), but sends a graphics newline at the end of the sixels.\n # (Sticks a `-` before the String Terminator, \"Esc \\\")\n sq=$(square \"${@}\")\n echo -n ${sq%??}$'-\\e\\\\'\n}\n\n\nmain() {\n clear\n reset_palette\n show_labels\n neither_graphic_nor_text 96 4 4 31 \t\t# size, color, row, column\n text_newline_only 96 9 4 1\n text_newline_only 84 9 4 14\n graphics_new_line_only 100 1 4 51\n graphics_new_line_only 96 1 4 64\n set_cursor_pos 1000 1\n}\n\n\nneither_graphic_nor_text() {\n # Typically sixel images should not end with a Graphics New Line (GNL)\n # However, if a text newline isn't sent, there will be overlap.\n\n local -i size color row column\n read size color row column <<<\"$@\"\n\n set_cursor_pos $((row++)) $column\n echo -n \"Height $size\"\n set_cursor_pos $((row++)) $column\n\n # Three squares sent as separate sixel images, indented +1 \n for i in {1..3}; do\n\tsquare $((color++)) $size\n\ttput cuf 1\n done\n\n echo -n \"overlap?\"\n}\n\n\ntext_newline_only() {\n # USING A TEXT NEWLINE (NL) after an sixel image that does NOT\n # have GNL is probably the best way to be on the text line\n # immediately below the image. However, the text will still\n # occasionally overlap the last four rows of pixels.\n\n # Also, if multiple images are intended to be shown, there will\n # usually be a gap between them when using a text newline.\n\n # Overlap happens because the height of a text cell is 20 pixels\n # and the height of a sixel is 6. \n # for (h=0; h<480; h++) if ((h-1)%6 > (h-1)%20 ) { h }\n\n # Let the pixel position of the top of the graphics cursor be 'Yg'\n # and let the pixel position of the top of the corresponding cell\n # of text which the text cursor will be placed on be 'Yt'. Note\n # that Yg is evenly divisible by 6 and Yt, by 20. Taking the\n # remainder, r, after dividing Yg by 20 tells us how many pixels\n # down into a row of text the last line of sixels started. When\n # r==0, the sixels started at the top of the text row.\n\n # When r = 14, the sixels covered the bottom six pixels on the row\n # of text. When 14 < r < 20, the sixel line impinged by r - 14\n # pixels into the text row below and there is a chance the next\n # text printed will overlap. \n\n\n local -i size color row column\n read size color row column <<<\"$@\"\n\n local -i offset\n offset=$((column-1))\n\n set_cursor_pos $row 1\n\n if ((offset)); then tput cuf $((offset)); fi\n echo \"Height $size\"\n\n # Three squares, separated by text new lines and indented +1 \n for i in {1..3}; do\n\tif ((offset)); then tput cuf $offset; fi\n\tsquare $((color++)) $size\n\toffset=offset+1\n\techo\n done\n\n tput cuf $((offset))\n echo -n \"overlap?\"\n}\n\ngraphics_new_line_only() {\n # However, some sixel images end with a `-`, a Graphics New Line.\n # This can be useful for writing another image starting at the same\n # column without having to reposition the cursor.\n #\n # However, this runs the risk of having occasional overlap.\n\n local -i size color row column\n read size color row column <<<\"$@\"\n\n set_cursor_pos $((row++)) $column\n echo -n \"Height $size\"\n set_cursor_pos $((row++)) $column\n\n # Three squares, separated by graphics new lines and indented +1 \n for i in {1..3}; do\n\tsquaregnl $((color++)) $size\n\ttput cuf 1\n done\n\n echo -n \"overlap?\"\n}\n\n\nshow_labels() {\n set_cursor_pos 1 10\n echo -n \"Should sixel images include a GNL ('-') at the end?\"\n\n set_cursor_pos 3 29\n echo -n \"Neither NL nor GNL\"\n set_cursor_pos 3 1\n echo -n \"Text New Line only\"\n set_cursor_pos 3 51\n echo -n \"Graphics New Line only\"\n\n set_cursor_pos 22 29\n echo -n \"Always overlaps\"\t\t# Neither NL nor GNL\n\n set_cursor_pos 22 3\n echo -n \"Overlaps a little\"\t\t# NL only\n set_cursor_pos 23 3\n echo -n \" Gaps a little\"\t\t# NL only\n\n set_cursor_pos 22 54\n echo -n \"Overlaps badly\"\t\t# GNL only\n set_cursor_pos 23 54\n echo -n \"Never gaps\"\t\t# GNL only\n}\n\n\nmain\n\n" }, { "path": "addons/addon-image/package.json", "content": "{\n \"name\": \"@xterm/addon-image\",\n \"version\": \"0.9.0\",\n \"author\": {\n \"name\": \"The xterm.js authors\",\n \"url\": \"https://xtermjs.org/\"\n },\n \"main\": \"lib/addon-image.js\",\n \"module\": \"lib/addon-image.mjs\",\n \"types\": \"typings/addon-image.d.ts\",\n \"repository\": \"https://github.com/xtermjs/xterm.js/tree/master/addons/addon-image\",\n \"license\": \"MIT\",\n \"keywords\": [\n \"terminal\",\n \"image\",\n \"sixel\",\n \"xterm\",\n \"xterm.js\"\n ],\n \"scripts\": {\n \"prepackage\": \"../../node_modules/.bin/tsgo -p .\",\n \"package\": \"../../node_modules/.bin/webpack\",\n \"prepublishOnly\": \"npm run package\",\n \"start\": \"node ../../demo/start\"\n },\n \"devDependencies\": {\n \"sixel\": \"^0.16.0\",\n \"xterm-wasm-parts\": \"^0.3.0\"\n }\n}\n" }, { "path": "addons/addon-image/src/IIPHandler.ts", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\nimport { IImageAddonOptions, IOscHandler, IResetHandler, ITerminalExt } from './Types';\nimport { ImageRenderer } from './ImageRenderer';\nimport { IIPImageStorage } from './IIPImageStorage';\nimport { CELL_SIZE_DEFAULT } from './ImageStorage';\nimport Base64Decoder from 'xterm-wasm-parts/lib/base64/Base64Decoder.wasm';\nimport { HeaderParser, IHeaderFields, HeaderState } from './IIPHeaderParser';\nimport { imageType, UNSUPPORTED_TYPE } from './IIPMetrics';\n\n// Local const enum mirror - esbuild can't inline const enums from external packages\nconst enum DecoderConst {\n // Limit held memory in base64 decoder (encoded bytes).\n KEEP_DATA = 4194304,\n // Initial buffer allocation for the decoder.\n INITIAL_DATA = 1048576,\n // Local mirror of const enum (esbuild can't inline const enums from external packages)\n OK = 0\n}\n\n// default IIP header values\nconst DEFAULT_HEADER: IHeaderFields = {\n name: 'Unnamed file',\n size: 0,\n width: 'auto',\n height: 'auto',\n preserveAspectRatio: 1,\n inline: 0\n};\n\n\nexport class IIPHandler implements IOscHandler, IResetHandler {\n private _aborted = false;\n private _hp = new HeaderParser();\n private _header: IHeaderFields = DEFAULT_HEADER;\n private _dec: Base64Decoder;\n private _metrics = UNSUPPORTED_TYPE;\n\n constructor(\n private readonly _opts: IImageAddonOptions,\n private readonly _renderer: ImageRenderer,\n private readonly _storage: IIPImageStorage,\n private readonly _coreTerminal: ITerminalExt\n ) {\n const maxEncodedBytes = Math.ceil(this._opts.iipSizeLimit * 4 / 3);\n const initialBytes = Math.min(DecoderConst.INITIAL_DATA, maxEncodedBytes);\n this._dec = new Base64Decoder(DecoderConst.KEEP_DATA, maxEncodedBytes, initialBytes);\n }\n\n public reset(): void {}\n\n public start(): void {\n this._aborted = false;\n this._header = DEFAULT_HEADER;\n this._metrics = UNSUPPORTED_TYPE;\n this._hp.reset();\n }\n\n public put(data: Uint32Array, start: number, end: number): void {\n if (this._aborted) return;\n\n if (this._hp.state === HeaderState.END) {\n if ((this._dec.put(data.subarray(start, end)) as number) !== DecoderConst.OK) {\n this._dec.release();\n this._aborted = true;\n }\n } else {\n const dataPos = this._hp.parse(data, start, end);\n if (dataPos === -1) {\n this._aborted = true;\n return;\n }\n if (dataPos > 0) {\n this._header = Object.assign({}, DEFAULT_HEADER, this._hp.fields);\n if (!this._header.inline || !this._header.size || this._header.size > this._opts.iipSizeLimit) {\n this._aborted = true;\n return;\n }\n this._dec.init();\n if ((this._dec.put(data.subarray(dataPos, end)) as number) !== DecoderConst.OK) {\n this._dec.release();\n this._aborted = true;\n }\n }\n }\n }\n\n public end(success: boolean): boolean | Promise {\n if (this._aborted) return true;\n\n let w = 0;\n let h = 0;\n\n // early exit condition chain\n let cond: number | boolean = true;\n if (cond = success) {\n if (cond = !this._dec.end()) {\n if (cond = this._dec.data8.length === this._header.size) {\n this._metrics = imageType(this._dec.data8);\n if (cond = this._metrics.mime !== 'unsupported') {\n w = this._metrics.width;\n h = this._metrics.height;\n if (cond = w && h && w * h < this._opts.pixelLimit) {\n [w, h] = this._resize(w, h).map(Math.floor);\n cond = w && h && w * h < this._opts.pixelLimit;\n }\n }\n }\n }\n }\n if (!cond) {\n this._dec.release();\n return true;\n }\n\n // HACK: The types on Blob are too restrictive, this is a Uint8Array so the browser accepts it\n const blob = new Blob([this._dec.data8 as Uint8Array], { type: this._metrics.mime });\n this._dec.release();\n\n if (!window.createImageBitmap) {\n const url = URL.createObjectURL(blob);\n const img = new Image();\n return new Promise(r => {\n img.addEventListener('load', () => {\n URL.revokeObjectURL(url);\n const canvas = ImageRenderer.createCanvas(window.document, w, h);\n canvas.getContext('2d')?.drawImage(img, 0, 0, w, h);\n this._storage.addImage(canvas);\n r(true);\n });\n img.src = url;\n // sanity measure to avoid terminal blocking from dangling promise\n // happens from corrupt data (onload never gets fired)\n setTimeout(() => r(true), 1000);\n });\n }\n return createImageBitmap(blob, { resizeWidth: w, resizeHeight: h })\n .then(bm => {\n this._storage.addImage(bm);\n return true;\n });\n }\n\n private _resize(w: number, h: number): [number, number] {\n const cw = this._renderer.dimensions?.css.cell.width || CELL_SIZE_DEFAULT.width;\n const ch = this._renderer.dimensions?.css.cell.height || CELL_SIZE_DEFAULT.height;\n const width = this._renderer.dimensions?.css.canvas.width || cw * this._coreTerminal.cols;\n const height = this._renderer.dimensions?.css.canvas.height || ch * this._coreTerminal.rows;\n\n const rw = this._dim(this._header.width!, width, cw);\n const rh = this._dim(this._header.height!, height, ch);\n if (!rw && !rh) {\n const wf = width / w; // TODO: should this respect initial cursor offset?\n const hf = (height - ch) / h; // TODO: fix offset issues from float cell height\n const f = Math.min(wf, hf);\n return f < 1 ? [w * f, h * f] : [w, h];\n }\n return !rw\n ? [w * rh / h, rh]\n : this._header.preserveAspectRatio || !rw || !rh\n ? [rw, h * rw / w] : [rw, rh];\n }\n\n private _dim(s: string, total: number, cdim: number): number {\n if (s === 'auto') return 0;\n if (s.endsWith('%')) return parseInt(s.slice(0, -1)) * total / 100;\n if (s.endsWith('px')) return parseInt(s.slice(0, -2));\n return parseInt(s) * cdim;\n }\n}\n" }, { "path": "addons/addon-image/src/IIPHeaderParser.test.ts", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { assert } from 'chai';\nimport { HeaderParser, HeaderState, IHeaderFields } from './IIPHeaderParser';\n\n\nconst CASES: [string, IHeaderFields][] = [\n ['File=size=123456;name=dGVzdA==:', {name: 'test', size: 123456}],\n ['File=size=123456;name=dGVzdA:', {name: 'test', size: 123456}],\n // utf-8 encoding in name\n ['File=size=123456;name=w7xtbMOkdXTDnw==:', {name: 'ümläutß', size: 123456}],\n ['File=size=123456;name=w7xtbMOkdXTDnw:', {name: 'ümläutß', size: 123456}],\n // full header spec\n [\n 'File=inline=1;width=10px;height=20%;preserveAspectRatio=1;size=123456;name=w7xtbMOkdXTDnw:',\n {\n inline: 1,\n width: '10px',\n height: '20%',\n preserveAspectRatio: 1,\n size: 123456,\n name: 'ümläutß'\n }\n ],\n [\n 'File=inline=1;width=auto;height=20;preserveAspectRatio=1;size=123456;name=w7xtbMOkdXTDnw:',\n {\n inline: 1,\n width: 'auto',\n height: '20',\n preserveAspectRatio: 1,\n size: 123456,\n name: 'ümläutß'\n }\n ]\n];\n\nfunction fromBs(bs: string): Uint32Array {\n const r = new Uint32Array(bs.length);\n for (let i = 0; i < r.length; ++i) r[i] = bs.charCodeAt(i);\n return r;\n}\n\ndescribe('IIPHeaderParser', () => {\n it('at once', () => {\n const hp = new HeaderParser();\n for (const example of CASES) {\n hp.reset();\n const inp = fromBs(example[0]);\n const res = hp.parse(inp, 0, inp.length);\n assert.strictEqual(res, inp.length);\n assert.strictEqual(hp.state, HeaderState.END);\n assert.deepEqual(hp.fields, example[1]);\n }\n });\n it('bytewise', () => {\n const hp = new HeaderParser();\n for (const example of CASES) {\n hp.reset();\n const inp = fromBs(example[0]);\n let pos = 0;\n let res = -2;\n while (res === -2 && pos < inp.length) {\n res = hp.parse(new Uint32Array([inp[pos++]]), 0, 1);\n }\n assert.strictEqual(res, 1);\n assert.strictEqual(hp.state, HeaderState.END);\n assert.deepEqual(hp.fields, example[1]);\n }\n });\n it('no File= starter', () => {\n const hp = new HeaderParser();\n let inp = fromBs('size=123456;name=dGVzdA==:');\n let res = hp.parse(inp, 0, inp.length);\n assert.strictEqual(res, -1);\n hp.reset();\n inp = fromBs(CASES[0][0]);\n res = hp.parse(inp, 0, inp.length);\n assert.strictEqual(res, inp.length);\n assert.strictEqual(hp.state, HeaderState.END);\n assert.deepEqual(hp.fields, CASES[0][1]);\n });\n it('empty key - error', () => {\n const hp = new HeaderParser();\n let inp = fromBs('File=size=123456;=dGVzdA==:');\n let res = hp.parse(inp, 0, inp.length);\n assert.strictEqual(res, -1);\n hp.reset();\n inp = fromBs(CASES[0][0]);\n res = hp.parse(inp, 0, inp.length);\n assert.strictEqual(res, inp.length);\n assert.strictEqual(hp.state, HeaderState.END);\n assert.deepEqual(hp.fields, CASES[0][1]);\n });\n it('empty size value - set to 0', () => {\n const hp = new HeaderParser();\n let inp = fromBs('File=size=;name=dGVzdA==:');\n let res = hp.parse(inp, 0, inp.length);\n assert.strictEqual(res, inp.length);\n assert.strictEqual(hp.state, HeaderState.END);\n assert.deepEqual(hp.fields, {name: 'test', size: 0});\n hp.reset();\n inp = fromBs(CASES[0][0]);\n res = hp.parse(inp, 0, inp.length);\n assert.strictEqual(res, inp.length);\n assert.strictEqual(hp.state, HeaderState.END);\n assert.deepEqual(hp.fields, CASES[0][1]);\n });\n it('empty name value - set to empty string', () => {\n const hp = new HeaderParser();\n let inp = fromBs('File=size=123456;name=:');\n let res = hp.parse(inp, 0, inp.length);\n assert.strictEqual(res, inp.length);\n assert.strictEqual(hp.state, HeaderState.END);\n assert.deepEqual(hp.fields, {name: '', size: 123456});\n hp.reset();\n inp = fromBs(CASES[0][0]);\n res = hp.parse(inp, 0, inp.length);\n assert.strictEqual(res, inp.length);\n assert.strictEqual(hp.state, HeaderState.END);\n assert.deepEqual(hp.fields, CASES[0][1]);\n });\n it('empty size value - error', () => {\n const hp = new HeaderParser();\n let inp = fromBs('File=inline=1;width=;height=20%;preserveAspectRatio=1;size=123456;name=w7xtbMOkdXTDnw:');\n let res = hp.parse(inp, 0, inp.length);\n assert.strictEqual(res, -1);\n hp.reset();\n inp = fromBs(CASES[0][0]);\n res = hp.parse(inp, 0, inp.length);\n assert.strictEqual(res, inp.length);\n assert.strictEqual(hp.state, HeaderState.END);\n assert.deepEqual(hp.fields, CASES[0][1]);\n });\n});\n" }, { "path": "addons/addon-image/src/IIPHeaderParser.ts", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\n// eslint-disable-next-line\ndeclare const Buffer: any;\n\n\nexport interface IHeaderFields {\n [key: string]: number | string | Uint32Array | null | undefined;\n // base-64 encoded filename. Defaults to \"Unnamed file\".\n name: string;\n // File size in bytes. The file transfer will be canceled if this size is exceeded.\n size: number;\n /**\n * Optional width and height to render:\n * - N: N character cells.\n * - Npx: N pixels.\n * - N%: N percent of the session's width or height.\n * - auto: The image's inherent size will be used to determine an appropriate dimension.\n */\n width?: string;\n height?: string;\n // Optional, defaults to 1 respecting aspect ratio (width takes precedence).\n preserveAspectRatio?: number;\n // Optional, defaults to 0. If set to 1, the file will be displayed inline, else downloaded\n // (download not supported).\n inline?: number;\n}\n\nexport const enum HeaderState {\n START = 0,\n ABORT = 1,\n KEY = 2,\n VALUE = 3,\n END = 4\n}\n\n// field value decoders\n\n// ASCII bytes to string\nfunction toStr(data: Uint32Array): string {\n let s = '';\n for (let i = 0; i < data.length; ++i) {\n s += String.fromCharCode(data[i]);\n }\n return s;\n}\n\n// digits to integer\nfunction toInt(data: Uint32Array): number {\n let v = 0;\n for (let i = 0; i < data.length; ++i) {\n if (data[i] < 48 || data[i] > 57) {\n throw new Error('illegal char');\n }\n v = v * 10 + data[i] - 48;\n }\n return v;\n}\n\n// check for correct size entry\nfunction toSize(data: Uint32Array): string {\n const v = toStr(data);\n if (!v.match(/^((auto)|(\\d+?((px)|(%)){0,1}))$/)) {\n throw new Error('illegal size');\n }\n return v;\n}\n\n// name is base64 encoded utf-8\nfunction toName(data: Uint32Array): string {\n if (typeof Buffer !== 'undefined') {\n return Buffer.from(toStr(data), 'base64').toString();\n }\n const bs = atob(toStr(data));\n const b = new Uint8Array(bs.length);\n for (let i = 0; i < b.length; ++i) {\n b[i] = bs.charCodeAt(i);\n }\n return new TextDecoder().decode(b);\n}\n\nconst DECODERS: {[key: string]: (v: Uint32Array) => number | string} = {\n inline: toInt,\n size: toInt,\n name: toName,\n width: toSize,\n height: toSize,\n preserveAspectRatio: toInt\n};\n\n\nconst FILE_MARKER = [70, 105, 108, 101];\nconst MAX_FIELDCHARS = 1024;\n\n\nexport class HeaderParser {\n public state: HeaderState = HeaderState.START;\n private _buffer = new Uint32Array(MAX_FIELDCHARS);\n private _position = 0;\n private _key = '';\n public fields: {[key: string]: number | string | Uint32Array | null | undefined} = {};\n\n public reset(): void {\n this._buffer.fill(0);\n this.state = HeaderState.START;\n this._position = 0;\n this.fields = {};\n this._key = '';\n }\n\n public parse(data: Uint32Array, start: number, end: number): number {\n let state = this.state;\n let pos = this._position;\n const buffer = this._buffer;\n if (state === HeaderState.ABORT || state === HeaderState.END) return -1;\n if (state === HeaderState.START && pos > 6) return -1;\n for (let i = start; i < end; ++i) {\n const c = data[i];\n switch (c) {\n case 59: // ;\n if (!this._storeValue(pos)) return this._a();\n state = HeaderState.KEY;\n pos = 0;\n break;\n case 61: // =\n if (state === HeaderState.START) {\n for (let k = 0; k < FILE_MARKER.length; ++k) {\n if (buffer[k] !== FILE_MARKER[k]) return this._a();\n }\n state = HeaderState.KEY;\n pos = 0;\n } else if (state === HeaderState.KEY) {\n if (!this._storeKey(pos)) return this._a();\n state = HeaderState.VALUE;\n pos = 0;\n } else if (state === HeaderState.VALUE) {\n if (pos >= MAX_FIELDCHARS) return this._a();\n buffer[pos++] = c;\n }\n break;\n case 58: // :\n if (state === HeaderState.VALUE) {\n if (!this._storeValue(pos)) return this._a();\n }\n this.state = HeaderState.END;\n return i + 1;\n default:\n if (pos >= MAX_FIELDCHARS) return this._a();\n buffer[pos++] = c;\n }\n }\n this.state = state;\n this._position = pos;\n return -2;\n }\n\n private _a(): number {\n this.state = HeaderState.ABORT;\n return -1;\n }\n\n private _storeKey(pos: number): boolean {\n const k = toStr(this._buffer.subarray(0, pos));\n if (k) {\n this._key = k;\n this.fields[k] = null;\n return true;\n }\n return false;\n }\n\n private _storeValue(pos: number): boolean {\n if (this._key) {\n try {\n const v = this._buffer.slice(0, pos);\n this.fields[this._key] = DECODERS[this._key] ? DECODERS[this._key](v) : v;\n } catch {\n return false;\n }\n return true;\n }\n return false;\n }\n}\n" }, { "path": "addons/addon-image/src/IIPImageStorage.ts", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { ImageStorage } from './ImageStorage';\n\n/**\n * IIP (iTerm Image Protocol) specific image storage controller.\n *\n * Wraps the shared ImageStorage with IIP protocol semantics:\n * - Always uses scrolling mode (cursor advances with image)\n */\nexport class IIPImageStorage {\n constructor(\n private readonly _storage: ImageStorage\n ) {}\n\n /**\n * Add an IIP image to storage.\n * Always uses scrolling mode — cursor advances past the image.\n */\n public addImage(img: HTMLCanvasElement | ImageBitmap): void {\n this._storage.addImage(img, true);\n }\n}\n" }, { "path": "addons/addon-image/src/IIPMetrics.test.ts", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { assert } from 'chai';\nimport { imageType, IMetrics } from './IIPMetrics';\n\n// fix missing nodejs decl\ndeclare const require: (s: string) => any;\nconst fs = require('fs');\n\n\nconst TEST_IMAGES: [string, IMetrics][] = [\n ['w3c_home_256.gif', { mime: 'image/gif', width: 72, height: 48 }],\n ['w3c_home_256.jpg', { mime: 'image/jpeg', width: 72, height: 48 }],\n ['w3c_home_256.png', { mime: 'image/png', width: 72, height: 48 }],\n ['w3c_home_2.gif', { mime: 'image/gif', width: 72, height: 48 }],\n ['w3c_home_2.jpg', { mime: 'image/jpeg', width: 72, height: 48 }],\n ['w3c_home_2.png', { mime: 'image/png', width: 72, height: 48 }],\n ['w3c_home_animation.gif', { mime: 'image/gif', width: 72, height: 48 }],\n ['w3c_home.gif', { mime: 'image/gif', width: 72, height: 48 }],\n ['w3c_home_gray.gif', { mime: 'image/gif', width: 72, height: 48 }],\n ['w3c_home_gray.jpg', { mime: 'image/jpeg', width: 72, height: 48 }],\n ['w3c_home_gray.png', { mime: 'image/png', width: 72, height: 48 }],\n ['w3c_home.jpg', { mime: 'image/jpeg', width: 72, height: 48 }],\n ['w3c_home.png', { mime: 'image/png', width: 72, height: 48 }],\n ['w3c_home_noexif.jpg', { mime: 'image/jpeg', width: 72, height: 48 }],\n ['spinfox.png', { mime: 'image/png', width: 148, height: 148 }],\n ['iphone_hdr_YES.jpg', { mime: 'image/jpeg', width: 3264, height: 2448 }],\n ['nikon-e950.jpg', { mime: 'image/jpeg', width: 800, height: 600 }],\n ['agfa-makernotes.jpg', { mime: 'image/jpeg', width: 8, height: 8 }],\n ['sony-alpha-6000.jpg', { mime: 'image/jpeg', width: 6000, height: 4000 }]\n];\n\n\ndescribe('IIPMetrics', () => {\n it('bunch of testimages', () => {\n for (let i = 0; i < TEST_IMAGES.length; ++i) {\n const imageData = fs.readFileSync('./addons/addon-image/fixture/testimages/' + TEST_IMAGES[i][0]);\n assert.deepStrictEqual(imageType(imageData), TEST_IMAGES[i][1]);\n }\n });\n});\n" }, { "path": "addons/addon-image/src/IIPMetrics.ts", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\n\nexport type ImageType = 'image/png' | 'image/jpeg' | 'image/gif' | 'unsupported' | '';\n\nexport interface IMetrics {\n mime: ImageType;\n width: number;\n height: number;\n}\n\nexport const UNSUPPORTED_TYPE: IMetrics = {\n mime: 'unsupported',\n width: 0,\n height: 0\n};\n\nexport function imageType(d: Uint8Array): IMetrics {\n if (d.length < 24) {\n return UNSUPPORTED_TYPE;\n }\n const d32 = new Uint32Array(d.buffer, d.byteOffset, 6);\n // PNG: 89 50 4E 47 0D 0A 1A 0A (8 first bytes == magic number for PNG)\n // + first chunk must be IHDR\n if (d32[0] === 0x474E5089 && d32[1] === 0x0A1A0A0D && d32[3] === 0x52444849) {\n return {\n mime: 'image/png',\n width: d[16] << 24 | d[17] << 16 | d[18] << 8 | d[19],\n height: d[20] << 24 | d[21] << 16 | d[22] << 8 | d[23]\n };\n }\n // JPEG: FF D8 FF\n if (d[0] === 0xFF && d[1] === 0xD8 && d[2] === 0xFF) {\n const [width, height] = jpgSize(d);\n return { mime: 'image/jpeg', width, height };\n }\n // GIF: GIF87a or GIF89a\n if (d32[0] === 0x38464947 && (d[4] === 0x37 || d[4] === 0x39) && d[5] === 0x61) {\n return {\n mime: 'image/gif',\n width: d[7] << 8 | d[6],\n height: d[9] << 8 | d[8]\n };\n }\n return UNSUPPORTED_TYPE;\n}\n\nfunction jpgSize(d: Uint8Array): [number, number] {\n const len = d.length;\n let i = 4;\n let blockLength = d[i] << 8 | d[i + 1];\n while (true) {\n i += blockLength;\n if (i >= len) {\n // exhausted without size info\n return [0, 0];\n }\n if (d[i] !== 0xFF) {\n return [0, 0];\n }\n if (d[i + 1] === 0xC0 || d[i + 1] === 0xC2) {\n if (i + 8 < len) {\n return [\n d[i + 7] << 8 | d[i + 8],\n d[i + 5] << 8 | d[i + 6]\n ];\n }\n return [0, 0];\n }\n i += 2;\n blockLength = d[i] << 8 | d[i + 1];\n }\n}\n" }, { "path": "addons/addon-image/src/ImageAddon.ts", "content": "/**\n * Copyright (c) 2020 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport type { ITerminalAddon, IDisposable } from '@xterm/xterm';\nimport type { ImageAddon as IImageApi } from '@xterm/addon-image';\nimport { Emitter, type IEvent } from 'common/Event';\nimport { IIPHandler } from './IIPHandler';\nimport { ImageRenderer } from './ImageRenderer';\nimport { ImageStorage, CELL_SIZE_DEFAULT } from './ImageStorage';\nimport { KittyGraphicsHandler } from './kitty/KittyGraphicsHandler';\nimport { KittyImageStorage } from './kitty/KittyImageStorage';\nimport { SixelHandler } from './SixelHandler';\nimport { SixelImageStorage } from './SixelImageStorage';\nimport { IIPImageStorage } from './IIPImageStorage';\nimport { ITerminalExt, IImageAddonOptions, IResetHandler } from './Types';\n\n// default values of addon ctor options\nconst DEFAULT_OPTIONS: IImageAddonOptions = {\n enableSizeReports: true,\n pixelLimit: 16777216, // limit to 4096 * 4096 pixels\n sixelSupport: true,\n sixelScrolling: true,\n sixelPaletteLimit: 256,\n sixelSizeLimit: 25000000,\n storageLimit: 128,\n showPlaceholder: true,\n iipSupport: true,\n iipSizeLimit: 20000000,\n kittySupport: true,\n kittySizeLimit: 20000000\n};\n\n// max palette size supported by the sixel lib (compile time setting)\nconst MAX_SIXEL_PALETTE_SIZE = 4096;\n\n// definitions for _xtermGraphicsAttributes sequence\nconst enum GaItem {\n COLORS = 1,\n SIXEL_GEO = 2,\n REGIS_GEO = 3\n}\nconst enum GaAction {\n READ = 1,\n SET_DEFAULT = 2,\n SET = 3,\n READ_MAX = 4\n}\nconst enum GaStatus {\n SUCCESS = 0,\n ITEM_ERROR = 1,\n ACTION_ERROR = 2,\n FAILURE = 3\n}\n\n\nexport class ImageAddon implements ITerminalAddon, IImageApi {\n private _opts: IImageAddonOptions;\n private _defaultOpts: IImageAddonOptions;\n private _storage: ImageStorage | undefined;\n private _renderer: ImageRenderer | undefined;\n private _disposables: IDisposable[] = [];\n private _terminal: ITerminalExt | undefined;\n private _handlers: Map = new Map();\n private readonly _onImageAdded = new Emitter();\n public readonly onImageAdded: IEvent = this._onImageAdded.event;\n\n constructor(opts?: Partial) {\n this._opts = Object.assign({}, DEFAULT_OPTIONS, opts);\n this._defaultOpts = Object.assign({}, DEFAULT_OPTIONS, opts);\n }\n\n public dispose(): void {\n for (const obj of this._disposables) {\n obj.dispose();\n }\n this._disposables.length = 0;\n this._handlers.clear();\n this._onImageAdded.dispose();\n }\n\n private _disposeLater(...args: IDisposable[]): void {\n for (const obj of args) {\n this._disposables.push(obj);\n }\n }\n\n public activate(terminal: ITerminalExt): void {\n this._terminal = terminal;\n\n // internal data structures\n this._renderer = new ImageRenderer(terminal);\n this._storage = new ImageStorage(terminal, this._renderer, this._opts);\n this._storage.onImageAdded = () => this._onImageAdded.fire();\n\n // enable size reports\n if (this._opts.enableSizeReports) {\n // const windowOptions = terminal.getOption('windowOptions');\n // windowOptions.getWinSizePixels = true;\n // windowOptions.getCellSizePixels = true;\n // windowOptions.getWinSizeChars = true;\n // terminal.setOption('windowOptions', windowOptions);\n const windowOps = terminal.options.windowOptions ?? {};\n windowOps.getWinSizePixels = true;\n windowOps.getCellSizePixels = true;\n windowOps.getWinSizeChars = true;\n terminal.options.windowOptions = windowOps;\n }\n\n this._disposeLater(\n this._renderer,\n this._storage,\n\n // DECSET/DECRST/DA1/XTSMGRAPHICS handlers\n terminal.parser.registerCsiHandler({ prefix: '?', final: 'h' }, params => this._decset(params)),\n terminal.parser.registerCsiHandler({ prefix: '?', final: 'l' }, params => this._decrst(params)),\n terminal.parser.registerCsiHandler({ final: 'c' }, params => this._da1(params)),\n terminal.parser.registerCsiHandler({ prefix: '?', final: 'S' }, params => this._xtermGraphicsAttributes(params)),\n\n // render hook\n terminal.onRender(range => this._storage?.render(range)),\n\n /**\n * reset handlers covered:\n * - DECSTR\n * - RIS\n * - Terminal.reset()\n */\n terminal.parser.registerCsiHandler({ intermediates: '!', final: 'p' }, () => this.reset()),\n terminal.parser.registerEscHandler({ final: 'c' }, () => this.reset()),\n terminal._core._inputHandler.onRequestReset(() => this.reset()),\n\n // wipe canvas and delete alternate images on buffer switch\n terminal.buffer.onBufferChange(() => this._storage?.wipeAlternate()),\n\n // extend images to the right on resize\n terminal.onResize(metrics => this._storage?.viewportResize(metrics))\n );\n\n // SIXEL handler\n if (this._opts.sixelSupport) {\n const sixelStorage = new SixelImageStorage(this._storage!, this._opts, this._renderer!, terminal);\n const sixelHandler = new SixelHandler(this._opts, sixelStorage, terminal);\n this._handlers.set('sixel', sixelHandler);\n this._disposeLater(\n terminal._core._inputHandler._parser.registerDcsHandler({ final: 'q' }, sixelHandler)\n );\n }\n\n // iTerm IIP handler\n if (this._opts.iipSupport) {\n const iipStorage = new IIPImageStorage(this._storage!);\n const iipHandler = new IIPHandler(this._opts, this._renderer!, iipStorage, terminal);\n this._handlers.set('iip', iipHandler);\n this._disposeLater(\n terminal._core._inputHandler._parser.registerOscHandler(1337, iipHandler)\n );\n }\n\n // Kitty graphics handler\n if (this._opts.kittySupport) {\n const kittyStorage = new KittyImageStorage(this._storage!);\n const kittyHandler = new KittyGraphicsHandler(this._opts, this._renderer!, kittyStorage, terminal);\n this._handlers.set('kitty', kittyHandler);\n this._disposeLater(\n kittyStorage,\n kittyHandler,\n terminal._core._inputHandler._parser.registerApcHandler(0x47, kittyHandler)\n );\n }\n }\n\n // Note: storageLimit is skipped here to not intoduce a surprising side effect.\n public reset(): boolean {\n // reset options customizable by sequences to defaults\n this._opts.sixelScrolling = this._defaultOpts.sixelScrolling;\n this._opts.sixelPaletteLimit = this._defaultOpts.sixelPaletteLimit;\n // also clear image storage\n this._storage?.reset();\n // reset protocol handlers\n for (const handler of this._handlers.values()) {\n handler.reset();\n }\n return false;\n }\n\n public get storageLimit(): number {\n return this._storage?.getLimit() || -1;\n }\n\n public set storageLimit(limit: number) {\n this._storage?.setLimit(limit);\n this._opts.storageLimit = limit;\n }\n\n public get storageUsage(): number {\n if (this._storage) {\n return this._storage.getUsage();\n }\n return -1;\n }\n\n public get showPlaceholder(): boolean {\n return this._opts.showPlaceholder;\n }\n\n public set showPlaceholder(value: boolean) {\n this._opts.showPlaceholder = value;\n this._renderer?.showPlaceholder(value);\n }\n\n public getImageAtBufferCell(x: number, y: number): HTMLCanvasElement | undefined {\n return this._storage?.getImageAtBufferCell(x, y);\n }\n\n public extractTileAtBufferCell(x: number, y: number): HTMLCanvasElement | undefined {\n return this._storage?.extractTileAtBufferCell(x, y);\n }\n\n private _report(s: string): void {\n this._terminal?._core.coreService.triggerDataEvent(s);\n }\n\n private _decset(params: (number | number[])[]): boolean {\n for (let i = 0; i < params.length; ++i) {\n switch (params[i]) {\n case 80:\n this._opts.sixelScrolling = false;\n break;\n }\n }\n return false;\n }\n\n private _decrst(params: (number | number[])[]): boolean {\n for (let i = 0; i < params.length; ++i) {\n switch (params[i]) {\n case 80:\n this._opts.sixelScrolling = true;\n break;\n }\n }\n return false;\n }\n\n // overload DA to return something more appropriate\n private _da1(params: (number | number[])[]): boolean {\n if (params[0]) {\n return true;\n }\n // reported features:\n // 62 - VT220\n // 4 - SIXEL support\n // 9 - charsets\n // 22 - ANSI colors\n if (this._opts.sixelSupport) {\n this._report(`\\x1b[?62;4;9;22c`);\n return true;\n }\n return false;\n }\n\n /**\n * Implementation of xterm's graphics attribute sequence.\n *\n * Supported features:\n * - read/change palette limits (max 4096 by sixel lib)\n * - read SIXEL canvas geometry (reports current window canvas or\n * squared pixelLimit if canvas > pixel limit)\n *\n * Everything else is deactivated.\n */\n private _xtermGraphicsAttributes(params: (number | number[])[]): boolean {\n if (params.length < 2) {\n return true;\n }\n if (params[0] === GaItem.COLORS) {\n switch (params[1]) {\n case GaAction.READ:\n this._report(`\\x1b[?${params[0]};${GaStatus.SUCCESS};${this._opts.sixelPaletteLimit}S`);\n return true;\n case GaAction.SET_DEFAULT:\n this._opts.sixelPaletteLimit = this._defaultOpts.sixelPaletteLimit;\n this._report(`\\x1b[?${params[0]};${GaStatus.SUCCESS};${this._opts.sixelPaletteLimit}S`);\n // also reset protocol handlers for now\n for (const handler of this._handlers.values()) {\n handler.reset();\n }\n return true;\n case GaAction.SET:\n if (params.length > 2 && !(params[2] instanceof Array) && params[2] <= MAX_SIXEL_PALETTE_SIZE) {\n this._opts.sixelPaletteLimit = params[2];\n this._report(`\\x1b[?${params[0]};${GaStatus.SUCCESS};${this._opts.sixelPaletteLimit}S`);\n } else {\n this._report(`\\x1b[?${params[0]};${GaStatus.ACTION_ERROR}S`);\n }\n return true;\n case GaAction.READ_MAX:\n this._report(`\\x1b[?${params[0]};${GaStatus.SUCCESS};${MAX_SIXEL_PALETTE_SIZE}S`);\n return true;\n default:\n this._report(`\\x1b[?${params[0]};${GaStatus.ACTION_ERROR}S`);\n return true;\n }\n }\n if (params[0] === GaItem.SIXEL_GEO) {\n switch (params[1]) {\n // we only implement read and read_max here\n case GaAction.READ:\n let width = this._renderer?.dimensions?.css.canvas.width;\n let height = this._renderer?.dimensions?.css.canvas.height;\n if (!width || !height) {\n // for some reason we have no working image renderer\n // --> fallback to default cell size\n const cellSize = CELL_SIZE_DEFAULT;\n width = (this._terminal?.cols || 80) * cellSize.width;\n height = (this._terminal?.rows || 24) * cellSize.height;\n }\n if (width * height < this._opts.pixelLimit) {\n this._report(`\\x1b[?${params[0]};${GaStatus.SUCCESS};${width.toFixed(0)};${height.toFixed(0)}S`);\n } else {\n // if we overflow pixelLimit report that squared instead\n const x = Math.floor(Math.sqrt(this._opts.pixelLimit));\n this._report(`\\x1b[?${params[0]};${GaStatus.SUCCESS};${x};${x}S`);\n }\n return true;\n case GaAction.READ_MAX:\n // read_max returns pixelLimit as square area\n const x = Math.floor(Math.sqrt(this._opts.pixelLimit));\n this._report(`\\x1b[?${params[0]};${GaStatus.SUCCESS};${x};${x}S`);\n return true;\n default:\n this._report(`\\x1b[?${params[0]};${GaStatus.ACTION_ERROR}S`);\n return true;\n }\n }\n // exit with error on ReGIS or any other requests\n this._report(`\\x1b[?${params[0]};${GaStatus.ITEM_ERROR}S`);\n return true;\n }\n}\n" }, { "path": "addons/addon-image/src/ImageRenderer.ts", "content": "/**\n * Copyright (c) 2020 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { toRGBA8888 } from 'sixel/lib/Colors';\nimport { IDisposable } from '@xterm/xterm';\nimport { ICellSize, ImageLayer, ITerminalExt, IImageSpec, IRenderDimensions, IRenderService } from './Types';\nimport { Disposable, MutableDisposable, toDisposable } from 'common/Lifecycle';\n\nconst PLACEHOLDER_LENGTH = 4096;\nconst PLACEHOLDER_HEIGHT = 24;\n\n/**\n * ImageRenderer - terminal frontend extension:\n * - provide primitives for canvas, ImageData, Bitmap (static)\n * - add canvas layer to DOM (browser only for now)\n * - draw image tiles onRender\n */\nexport class ImageRenderer extends Disposable implements IDisposable {\n /** @deprecated Kept for backward compat — points to top layer canvas. */\n public get canvas(): HTMLCanvasElement | undefined { return this._layers.get('top')?.canvas; }\n private _layers = new Map();\n private _placeholder: HTMLCanvasElement | undefined;\n private _placeholderBitmap: ImageBitmap | undefined;\n private _optionsRefresh = this._register(new MutableDisposable());\n private _oldOpen: ((parent: HTMLElement) => void) | undefined;\n private _renderService: IRenderService | undefined;\n private _oldSetRenderer: ((renderer: any) => void) | undefined;\n\n // drawing primitive - canvas\n public static createCanvas(localDocument: Document | undefined, width: number, height: number): HTMLCanvasElement {\n /**\n * NOTE: We normally dont care, from which document the canvas\n * gets created, so we can fall back to global document,\n * if the terminal has no document associated yet.\n * This way early image loads before calling .open keep working\n * (still discouraged though, as the metrics will be screwed up).\n * Only the DOM output canvas should be on the terminal's document,\n * which gets explicitly checked in `insertLayerToDom`.\n */\n const canvas = (localDocument ?? document).createElement('canvas');\n canvas.width = width | 0;\n canvas.height = height | 0;\n return canvas;\n }\n\n // drawing primitive - ImageData with optional buffer\n public static createImageData(ctx: CanvasRenderingContext2D, width: number, height: number, buffer?: ArrayBuffer): ImageData {\n if (typeof ImageData !== 'function') {\n const imgData = ctx.createImageData(width, height);\n if (buffer) {\n imgData.data.set(new Uint8ClampedArray(buffer, 0, width * height * 4));\n }\n return imgData;\n }\n return buffer\n ? new ImageData(new Uint8ClampedArray(buffer, 0, width * height * 4), width, height)\n : new ImageData(width, height);\n }\n\n // drawing primitive - ImageBitmap\n public static createImageBitmap(img: ImageBitmapSource): Promise {\n if (typeof createImageBitmap !== 'function') {\n return Promise.resolve(undefined);\n }\n return createImageBitmap(img);\n }\n\n\n constructor(private _terminal: ITerminalExt) {\n super();\n this._oldOpen = this._terminal._core.open;\n this._terminal._core.open = (parent: HTMLElement): void => {\n this._oldOpen?.call(this._terminal._core, parent);\n this._open();\n };\n if (this._terminal._core.screenElement) {\n this._open();\n }\n // hack to spot fontSize changes\n this._optionsRefresh.value = this._terminal._core.optionsService.onOptionChange(option => {\n if (option === 'fontSize') {\n this.rescaleCanvas();\n this._renderService?.refreshRows(0, this._terminal.rows);\n }\n });\n this._register(toDisposable(() => {\n this.removeLayerFromDom();\n this.removeLayerFromDom('bottom');\n if (this._terminal._core && this._oldOpen) {\n this._terminal._core.open = this._oldOpen;\n this._oldOpen = undefined;\n }\n if (this._renderService && this._oldSetRenderer) {\n this._renderService.setRenderer = this._oldSetRenderer;\n this._oldSetRenderer = undefined;\n }\n this._renderService = undefined;\n this._layers.clear();\n this._placeholderBitmap?.close();\n this._placeholderBitmap = undefined;\n this._placeholder = undefined;\n }));\n }\n\n /**\n * Enable the placeholder.\n */\n public showPlaceholder(value: boolean): void {\n if (value) {\n if (!this._placeholder && this.cellSize.height !== -1) {\n this._createPlaceHolder(Math.max(this.cellSize.height + 1, PLACEHOLDER_HEIGHT));\n }\n } else {\n this._placeholderBitmap?.close();\n this._placeholderBitmap = undefined;\n this._placeholder = undefined;\n }\n this._renderService?.refreshRows(0, this._terminal.rows);\n }\n\n /**\n * Dimensions of the terminal.\n * Forwarded from internal render service.\n */\n public get dimensions(): IRenderDimensions | undefined {\n return this._terminal.dimensions;\n }\n\n /**\n * Current cell size (float).\n */\n public get cellSize(): ICellSize {\n return {\n width: this.dimensions?.css.cell.width || -1,\n height: this.dimensions?.css.cell.height || -1\n };\n }\n\n /**\n * Clear a region of the image layer canvas.\n */\n public clearLines(start: number, end: number, layer?: ImageLayer): void {\n const y = start * (this.dimensions?.css.cell.height || 0);\n const w = this.dimensions?.css.canvas.width || 0;\n const h = (++end - start) * (this.dimensions?.css.cell.height || 0);\n if (!layer || layer === 'top') {\n this._layers.get('top')?.clearRect(0, y, w, h);\n }\n if (!layer || layer === 'bottom') {\n this._layers.get('bottom')?.clearRect(0, y, w, h);\n }\n }\n\n /**\n * Clear whole image canvas.\n */\n public clearAll(layer?: ImageLayer): void {\n if (!layer || layer === 'top') {\n const ctx = this._layers.get('top');\n ctx?.clearRect(0, 0, ctx.canvas.width, ctx.canvas.height);\n }\n if (!layer || layer === 'bottom') {\n const ctx = this._layers.get('bottom');\n ctx?.clearRect(0, 0, ctx.canvas.width, ctx.canvas.height);\n }\n }\n\n /**\n * Draw neighboring tiles on the image layer canvas.\n */\n public draw(imgSpec: IImageSpec, tileId: number, col: number, row: number, count: number = 1): void {\n const ctx = this._layers.get(imgSpec.layer);\n if (!ctx) {\n return;\n }\n const { width, height } = this.cellSize;\n\n // Don't try to draw anything, if we cannot get valid renderer metrics.\n if (width === -1 || height === -1) {\n return;\n }\n\n this._rescaleImage(imgSpec, width, height);\n const img = imgSpec.actual!;\n const cols = Math.ceil(img.width / width);\n\n const sx = (tileId % cols) * width;\n const sy = Math.floor(tileId / cols) * height;\n const dx = col * width;\n const dy = row * height;\n\n // safari bug: never access image source out of bounds\n const finalWidth = count * width + sx > img.width ? img.width - sx : count * width;\n const finalHeight = sy + height > img.height ? img.height - sy : height;\n\n // Floor all pixel offsets to get stable tile mapping without any overflows.\n // Note: For not pixel perfect aligned cells like in the DOM renderer\n // this will move a tile slightly to the top/left (subpixel range, thus ignore it).\n // FIX #34: avoid striping on displays with pixelDeviceRatio != 1 by ceiling height and width\n ctx.drawImage(\n img,\n Math.floor(sx), Math.floor(sy), Math.ceil(finalWidth), Math.ceil(finalHeight),\n Math.floor(dx), Math.floor(dy), Math.ceil(finalWidth), Math.ceil(finalHeight)\n );\n }\n\n /**\n * Extract a single tile from an image.\n */\n public extractTile(imgSpec: IImageSpec, tileId: number): HTMLCanvasElement | undefined {\n const { width, height } = this.cellSize;\n // Don't try to draw anything, if we cannot get valid renderer metrics.\n if (width === -1 || height === -1) {\n return;\n }\n this._rescaleImage(imgSpec, width, height);\n const img = imgSpec.actual!;\n const cols = Math.ceil(img.width / width);\n const sx = (tileId % cols) * width;\n const sy = Math.floor(tileId / cols) * height;\n const finalWidth = width + sx > img.width ? img.width - sx : width;\n const finalHeight = sy + height > img.height ? img.height - sy : height;\n\n const canvas = ImageRenderer.createCanvas(this.document, finalWidth, finalHeight);\n const ctx = canvas.getContext('2d');\n if (ctx) {\n ctx.drawImage(\n img,\n Math.floor(sx), Math.floor(sy), Math.floor(finalWidth), Math.floor(finalHeight),\n 0, 0, Math.floor(finalWidth), Math.floor(finalHeight)\n );\n return canvas;\n }\n }\n\n /**\n * Draw a line with placeholder on the image layer canvas.\n */\n public drawPlaceholder(col: number, row: number, count: number = 1): void {\n const ctx = this._layers.get('top');\n if (ctx) {\n const { width, height } = this.cellSize;\n\n // Don't try to draw anything, if we cannot get valid renderer metrics.\n if (width === -1 || height === -1) {\n return;\n }\n\n if (!this._placeholder) {\n this._createPlaceHolder(Math.max(height + 1, PLACEHOLDER_HEIGHT));\n } else if (height >= this._placeholder!.height) {\n this._createPlaceHolder(height + 1);\n }\n if (!this._placeholder) return;\n ctx.drawImage(\n this._placeholderBitmap ?? this._placeholder!,\n col * width,\n (row * height) % 2 ? 0 : 1, // needs %2 offset correction\n width * count,\n height,\n col * width,\n row * height,\n width * count,\n height\n );\n }\n }\n\n /**\n * Rescale image layer canvas if needed.\n * Checked once from `ImageStorage.render`.\n */\n public rescaleCanvas(): void {\n const w = this.dimensions?.css.canvas.width || 0;\n const h = this.dimensions?.css.canvas.height || 0;\n for (const ctx of this._layers.values()) {\n if (ctx.canvas.width !== w || ctx.canvas.height !== h) {\n ctx.canvas.width = w;\n ctx.canvas.height = h;\n }\n }\n }\n\n /**\n * Rescale image in storage if needed.\n */\n private _rescaleImage(spec: IImageSpec, currentWidth: number, currentHeight: number): void {\n if (currentWidth === spec.actualCellSize.width && currentHeight === spec.actualCellSize.height) {\n return;\n }\n const { width: originalWidth, height: originalHeight } = spec.origCellSize;\n if (currentWidth === originalWidth && currentHeight === originalHeight) {\n spec.actual = spec.orig;\n spec.actualCellSize.width = originalWidth;\n spec.actualCellSize.height = originalHeight;\n return;\n }\n const canvas = ImageRenderer.createCanvas(\n this.document,\n Math.ceil(spec.orig!.width * currentWidth / originalWidth),\n Math.ceil(spec.orig!.height * currentHeight / originalHeight)\n );\n const ctx = canvas.getContext('2d');\n if (ctx) {\n ctx.drawImage(spec.orig!, 0, 0, canvas.width, canvas.height);\n spec.actual = canvas;\n spec.actualCellSize.width = currentWidth;\n spec.actualCellSize.height = currentHeight;\n }\n }\n\n /**\n * Lazy init for the renderer.\n */\n private _open(): void {\n this._renderService = this._terminal._core._renderService;\n this._oldSetRenderer = this._renderService.setRenderer.bind(this._renderService);\n this._renderService.setRenderer = (renderer: any) => {\n for (const key of [...this._layers.keys()]) {\n this.removeLayerFromDom(key);\n }\n this._oldSetRenderer?.call(this._renderService, renderer);\n };\n }\n\n public insertLayerToDom(layer: ImageLayer = 'top'): void {\n // make sure that the terminal is attached to a document and to DOM\n if (!this.document || !this._terminal._core.screenElement) {\n console.warn('image addon: cannot insert output canvas to DOM, missing document or screenElement');\n return;\n }\n if (this._layers.has(layer)) {\n return;\n }\n const canvas = ImageRenderer.createCanvas(\n this.document, this.dimensions?.css.canvas.width || 0,\n this.dimensions?.css.canvas.height || 0\n );\n canvas.classList.add(`xterm-image-layer-${layer}`);\n const screenElement = this._terminal._core.screenElement;\n // Use isolation to create a stacking context without overriding z-index,\n // which would conflict with integrators (e.g. VS Code) that set their\n // own z-index on the screen element.\n screenElement.style.isolation = 'isolate';\n if (layer === 'bottom') {\n // Use z-index:-1 so it paints behind non-positioned text elements.\n // The screen element needs to be a stacking context (via isolation)\n // to contain the negative z-index, otherwise it would go behind the\n // entire terminal.\n canvas.style.zIndex = '-1';\n screenElement.insertBefore(canvas, screenElement.firstChild);\n } else {\n // Explicit z-index ensures the image canvas reliably stacks above\n // the text layer (DOM renderer rows). z-index: 0 is below the\n // selection overlay (z-index: 1).\n canvas.style.zIndex = '0';\n screenElement.appendChild(canvas);\n }\n const ctx = canvas.getContext('2d', { alpha: true, desynchronized: true });\n if (!ctx) {\n canvas.remove();\n return;\n }\n this._layers.set(layer, ctx);\n this.clearAll(layer);\n }\n\n public removeLayerFromDom(layer: ImageLayer = 'top'): void {\n const ctx = this._layers.get(layer);\n if (ctx) {\n ctx.canvas.remove();\n this._layers.delete(layer);\n }\n }\n\n public hasLayer(layer: ImageLayer): boolean {\n return this._layers.has(layer);\n }\n\n private _createPlaceHolder(height: number = PLACEHOLDER_HEIGHT): void {\n this._placeholderBitmap?.close();\n this._placeholderBitmap = undefined;\n\n // create blueprint to fill placeholder with\n const bWidth = 32; // must be 2^n\n const blueprint = ImageRenderer.createCanvas(this.document, bWidth, height);\n const ctx = blueprint.getContext('2d', { alpha: false });\n if (!ctx) return;\n const imgData = ImageRenderer.createImageData(ctx, bWidth, height);\n const d32 = new Uint32Array(imgData.data.buffer);\n const black = toRGBA8888(0, 0, 0);\n const white = toRGBA8888(255, 255, 255);\n d32.fill(black);\n for (let y = 0; y < height; ++y) {\n const shift = y % 2;\n const offset = y * bWidth;\n for (let x = 0; x < bWidth; x += 2) {\n d32[offset + x + shift] = white;\n }\n }\n ctx.putImageData(imgData, 0, 0);\n\n // create placeholder line, width aligned to blueprint width\n const width = (screen.width + bWidth - 1) & ~(bWidth - 1) || PLACEHOLDER_LENGTH;\n this._placeholder = ImageRenderer.createCanvas(this.document, width, height);\n const ctx2 = this._placeholder.getContext('2d', { alpha: false });\n if (!ctx2) {\n this._placeholder = undefined;\n return;\n }\n for (let i = 0; i < width; i += bWidth) {\n ctx2.drawImage(blueprint, i, 0);\n }\n ImageRenderer.createImageBitmap(this._placeholder).then(bitmap => this._placeholderBitmap = bitmap);\n }\n\n public get document(): Document | undefined {\n return this._terminal._core._coreBrowserService?.window.document;\n }\n}\n" }, { "path": "addons/addon-image/src/ImageStorage.ts", "content": "/**\n * Copyright (c) 2020 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { IDisposable } from '@xterm/xterm';\nimport { ImageRenderer } from './ImageRenderer';\nimport { ITerminalExt, IExtendedAttrsImage, IImageAddonOptions, IImageSpec, IBufferLineExt, BgFlags, Cell, Content, ICellSize, ExtFlags, Attributes, UnderlineStyle, ImageLayer } from './Types';\n\n\n// fallback default cell size\nexport const CELL_SIZE_DEFAULT: ICellSize = {\n width: 7,\n height: 14\n};\n\n/**\n * Extend extended attribute to also hold image tile information.\n *\n * Object definition is copied from base repo to fully mimick its behavior.\n * Image data is added as additional public properties `imageId` and `tileId`.\n */\nclass ExtendedAttrsImage implements IExtendedAttrsImage {\n private _ext: number = 0;\n public get ext(): number {\n if (this._urlId) {\n return (\n (this._ext & ~ExtFlags.UNDERLINE_STYLE) |\n (this.underlineStyle << 26)\n );\n }\n return this._ext;\n }\n public set ext(value: number) { this._ext = value; }\n\n public get underlineStyle(): UnderlineStyle {\n // Always return the URL style if it has one\n if (this._urlId) {\n return UnderlineStyle.DASHED;\n }\n return (this._ext & ExtFlags.UNDERLINE_STYLE) >> 26;\n }\n public set underlineStyle(value: UnderlineStyle) {\n this._ext &= ~ExtFlags.UNDERLINE_STYLE;\n this._ext |= (value << 26) & ExtFlags.UNDERLINE_STYLE;\n }\n\n public get underlineColor(): number {\n return this._ext & (Attributes.CM_MASK | Attributes.RGB_MASK);\n }\n public set underlineColor(value: number) {\n this._ext &= ~(Attributes.CM_MASK | Attributes.RGB_MASK);\n this._ext |= value & (Attributes.CM_MASK | Attributes.RGB_MASK);\n }\n\n public get underlineVariantOffset(): number {\n const val = (this._ext & ExtFlags.VARIANT_OFFSET) >> 29;\n if (val < 0) {\n return val ^ 0xFFFFFFF8;\n }\n return val;\n }\n public set underlineVariantOffset(value: number) {\n this._ext &= ~ExtFlags.VARIANT_OFFSET;\n this._ext |= (value << 29) & ExtFlags.VARIANT_OFFSET;\n }\n\n private _urlId: number = 0;\n public get urlId(): number {\n return this._urlId;\n }\n public set urlId(value: number) {\n this._urlId = value;\n }\n\n constructor(\n ext: number = 0,\n urlId: number = 0,\n public imageId = -1,\n public tileId = -1\n ) {\n this._ext = ext;\n this._urlId = urlId;\n }\n\n public clone(): IExtendedAttrsImage {\n /**\n * Technically we dont need a clone variant of ExtendedAttrsImage,\n * as we never clone a cell holding image data.\n * Note: Clone is only meant to be used by the InputHandler for\n * sticky attributes, which is never the case for image data.\n * We still provide a proper clone method to reflect the full ext attr\n * state in case there are future use cases for clone.\n */\n return new ExtendedAttrsImage(this._ext, this._urlId, this.imageId, this.tileId);\n }\n\n public isEmpty(): boolean {\n return this.underlineStyle === UnderlineStyle.NONE && this._urlId === 0 && this.imageId === -1;\n }\n}\nconst EMPTY_ATTRS = new ExtendedAttrsImage();\n\n\n/**\n * ImageStorage - extension of CoreTerminal:\n * - hold image data\n * - write/read image data to/from buffer\n *\n * TODO: image composition for overwrites\n */\nexport class ImageStorage implements IDisposable {\n // storage\n private _images: Map = new Map();\n // last used id\n private _lastId = 0;\n // last evicted id\n private _lowestId = 0;\n // whether a full clear happened before\n private _fullyCleared = false;\n // whether render should do a full clear\n private _needsFullClear = false;\n // hard limit of stored pixels (fallback limit of 10 MB)\n private _pixelLimit: number = 2500000;\n\n private _viewportMetrics: { cols: number, rows: number };\n public onImageAdded: (() => void) | undefined;\n public onImageDeleted: ((storageId: number) => void) | undefined;\n\n constructor(\n private _terminal: ITerminalExt,\n private _renderer: ImageRenderer,\n private _opts: IImageAddonOptions\n ) {\n try {\n this.setLimit(this._opts.storageLimit);\n } catch (e: unknown) {\n if (e instanceof Error) {\n console.error(e.message);\n }\n console.warn(`storageLimit is set to ${this.getLimit()} MB`);\n }\n this._viewportMetrics = {\n cols: this._terminal.cols,\n rows: this._terminal.rows\n };\n }\n\n public dispose(): void {\n this.reset();\n }\n\n public reset(): void {\n for (const spec of this._images.values()) {\n spec.marker?.dispose();\n }\n // NOTE: marker.dispose above already calls ImageBitmap.close\n // therefore we can just wipe the map here\n this._images.clear();\n this._renderer.clearAll();\n }\n\n public getLimit(): number {\n return this._pixelLimit * 4 / 1000000;\n }\n\n public setLimit(value: number): void {\n if (value < 0.5 || value > 1000) {\n throw RangeError('invalid storageLimit, should be at least 0.5 MB and not exceed 1G');\n }\n this._pixelLimit = (value / 4 * 1000000) >>> 0;\n this._evictOldest(0);\n }\n\n public getUsage(): number {\n return this._getStoredPixels() * 4 / 1000000;\n }\n\n private _getStoredPixels(): number {\n let storedPixels = 0;\n for (const spec of this._images.values()) {\n if (spec.orig) {\n storedPixels += spec.orig.width * spec.orig.height;\n if (spec.actual && spec.actual !== spec.orig) {\n storedPixels += spec.actual.width * spec.actual.height;\n }\n }\n }\n return storedPixels;\n }\n\n private _delImg(id: number): void {\n const spec = this._images.get(id);\n if (!spec) return;\n this._images.delete(id);\n // FIXME: really ugly workaround to get bitmaps deallocated :(\n if (window.ImageBitmap && spec.orig instanceof ImageBitmap) {\n spec.orig.close();\n }\n this.onImageDeleted?.(id);\n }\n\n /**\n * Wipe canvas and images on alternate buffer.\n */\n public wipeAlternate(): void {\n // remove all alternate tagged images\n const zero = [];\n for (const [id, spec] of this._images.entries()) {\n if (spec.bufferType === 'alternate') {\n spec.marker?.dispose();\n zero.push(id);\n }\n }\n for (const id of zero) {\n this._delImg(id);\n }\n // mark canvas to be wiped on next render\n this._needsFullClear = true;\n this._fullyCleared = false;\n }\n\n /**\n * Delete an image by its internal storage ID.\n * Used by protocols that support explicit deletion (e.g. Kitty a=d).\n */\n public deleteImage(id: number): void {\n const spec = this._images.get(id);\n if (spec) {\n spec.marker?.dispose();\n this._delImg(id);\n }\n }\n\n /**\n * Method to add an image to the storage.\n * @param img - The image to add (canvas or bitmap).\n * @param scrolling - When true, cursor advances with the image (lineFeed per row).\n * When false, image is placed at (0,0) and cursor is restored (DECSET 80 / sixel origin mode).\n * @param layer - Which canvas layer to render on ('top' or 'bottom').\n * @param zIndex - Z-index for image layering within the same layer.\n * @returns The internal image ID assigned to the stored image.\n */\n public addImage(img: HTMLCanvasElement | ImageBitmap, scrolling: boolean, layer: ImageLayer = 'top', zIndex: number = 0): number {\n // never allow storage to exceed memory limit\n this._evictOldest(img.width * img.height);\n\n // calc rows x cols needed to display the image\n let cellSize = this._renderer.cellSize;\n if (cellSize.width === -1 || cellSize.height === -1) {\n cellSize = CELL_SIZE_DEFAULT;\n }\n const cols = Math.ceil(img.width / cellSize.width);\n const rows = Math.ceil(img.height / cellSize.height);\n\n const imageId = ++this._lastId;\n\n const buffer = this._terminal._core.buffer;\n const termCols = this._terminal.cols;\n const termRows = this._terminal.rows;\n const originX = buffer.x;\n const originY = buffer.y;\n let offset = originX;\n let tileCount = 0;\n\n if (!scrolling) {\n buffer.x = 0;\n buffer.y = 0;\n offset = 0;\n }\n\n this._terminal._core._inputHandler._dirtyRowTracker.markDirty(buffer.y);\n for (let row = 0; row < rows; ++row) {\n const line = buffer.lines.get(buffer.y + buffer.ybase);\n for (let col = 0; col < cols; ++col) {\n if (offset + col >= termCols) break;\n this._writeToCell(line as IBufferLineExt, offset + col, imageId, row * cols + col);\n tileCount++;\n }\n if (scrolling) {\n if (row < rows - 1) this._terminal._core._inputHandler.lineFeed();\n } else {\n if (++buffer.y >= termRows) break;\n }\n buffer.x = offset;\n }\n this._terminal._core._inputHandler._dirtyRowTracker.markDirty(buffer.y);\n\n // cursor positioning modes\n if (scrolling) {\n buffer.x = offset;\n } else {\n buffer.x = originX;\n buffer.y = originY;\n }\n\n // deleted images with zero tile count\n const zero = [];\n for (const [id, spec] of this._images.entries()) {\n if (spec.tileCount < 1) {\n spec.marker?.dispose();\n zero.push(id);\n }\n }\n for (const id of zero) {\n this._delImg(id);\n }\n\n // eviction marker:\n // delete the image when the marker gets disposed\n const endMarker = this._terminal.registerMarker(0);\n endMarker?.onDispose(() => {\n const spec = this._images.get(imageId);\n if (spec) {\n this._delImg(imageId);\n }\n });\n\n // since markers do not work on alternate for some reason,\n // we evict images here manually\n if (this._terminal.buffer.active.type === 'alternate') {\n this._evictOnAlternate();\n }\n\n // create storage entry\n const imgSpec: IImageSpec = {\n orig: img,\n origCellSize: cellSize,\n actual: img,\n actualCellSize: { ...cellSize }, // clone needed, since later modified\n marker: endMarker || undefined,\n tileCount,\n bufferType: this._terminal.buffer.active.type,\n layer,\n zIndex\n };\n\n // finally add the image\n this._images.set(imageId, imgSpec);\n this.onImageAdded?.();\n return imageId;\n }\n\n\n /**\n * Render method. Collects buffer information and triggers\n * canvas updates.\n */\n // TODO: Should we move this to the ImageRenderer?\n public render(range: { start: number, end: number }): void {\n // Determine which layers have images\n let hasTopImages = false;\n let hasBottomImages = false;\n for (const spec of this._images.values()) {\n if (spec.layer === 'bottom') {\n hasBottomImages = true;\n } else {\n hasTopImages = true;\n }\n if (hasTopImages && hasBottomImages) break;\n }\n\n // Lazily insert layers that are needed\n if (hasTopImages && !this._renderer.hasLayer('top')) {\n this._renderer.insertLayerToDom('top');\n if (!this._renderer.hasLayer('top')) return;\n }\n if (hasBottomImages && !this._renderer.hasLayer('bottom')) {\n this._renderer.insertLayerToDom('bottom');\n }\n\n // rescale if needed\n this._renderer.rescaleCanvas();\n\n // exit early if we dont have any images to test for\n if (!this._images.size) {\n if (!this._fullyCleared) {\n this._renderer.clearAll();\n this._fullyCleared = true;\n this._needsFullClear = false;\n }\n if (this._renderer.hasLayer('top')) {\n this._renderer.removeLayerFromDom('top');\n }\n if (this._renderer.hasLayer('bottom')) {\n this._renderer.removeLayerFromDom('bottom');\n }\n return;\n }\n\n // Remove layers no longer needed\n if (!hasTopImages && this._renderer.hasLayer('top')) {\n this._renderer.clearAll('top');\n this._renderer.removeLayerFromDom('top');\n }\n if (!hasBottomImages && this._renderer.hasLayer('bottom')) {\n this._renderer.clearAll('bottom');\n this._renderer.removeLayerFromDom('bottom');\n }\n\n // buffer switches force a full clear\n if (this._needsFullClear) {\n this._renderer.clearAll();\n this._fullyCleared = true;\n this._needsFullClear = false;\n }\n\n const { start, end } = range;\n const buffer = this._terminal._core.buffer;\n const cols = this._terminal._core.cols;\n\n // clear drawing area\n this._renderer.clearLines(start, end);\n\n // Collect draw calls so we can sort by z-index (lower z drawn first).\n const drawCalls: { imgSpec: IImageSpec, tileId: number, col: number, row: number, count: number }[] = [];\n const placeholderCalls: { col: number, row: number, count: number }[] = [];\n\n // walk all cells in viewport and collect tiles found\n // Note: We check _extendedAttrs directly (not just HAS_EXTENDED flag)\n // because text writes clear the BG flag but leave image tile data intact.\n // This lets top-layer images survive text overwrites (kitty C=1 behavior).\n for (let row = start; row <= end; ++row) {\n const line = buffer.lines.get(row + buffer.ydisp) as IBufferLineExt;\n if (!line) return;\n for (let col = 0; col < cols; ++col) {\n let e: IExtendedAttrsImage;\n if (line.getBg(col) & BgFlags.HAS_EXTENDED) {\n e = line._extendedAttrs[col] ?? EMPTY_ATTRS;\n } else {\n const maybeImg = line._extendedAttrs[col] as IExtendedAttrsImage | undefined;\n if (!maybeImg || maybeImg.imageId === undefined || maybeImg.imageId === -1) {\n continue;\n }\n e = maybeImg;\n }\n const imageId = e.imageId;\n if (imageId === undefined || imageId === -1) {\n continue;\n }\n const imgSpec = this._images.get(imageId);\n if (e.tileId !== -1) {\n const startTile = e.tileId;\n const startCol = col;\n let count = 1;\n /**\n * merge tiles to the right into a single draw call, if:\n * - not at end of line\n * - cell has same image id\n * - cell has consecutive tile id\n * Also check _extendedAttrs directly for cells where text cleared HAS_EXTENDED.\n */\n while (++col < cols) {\n const nextE = line._extendedAttrs[col] as IExtendedAttrsImage | undefined;\n if (!nextE || nextE.imageId !== imageId || nextE.tileId !== startTile + count) {\n break;\n }\n e = nextE;\n count++;\n }\n col--;\n if (imgSpec) {\n if (imgSpec.actual) {\n drawCalls.push({ imgSpec, tileId: startTile, col: startCol, row, count });\n }\n } else if (this._opts.showPlaceholder) {\n placeholderCalls.push({ col: startCol, row, count });\n }\n this._fullyCleared = false;\n }\n }\n }\n\n // Sort by z-index so lower z draws first (higher z renders on top)\n drawCalls.sort((a, b) => a.imgSpec.zIndex - b.imgSpec.zIndex);\n\n // Draw placeholders first (lowest priority)\n for (const call of placeholderCalls) {\n this._renderer.drawPlaceholder(call.col, call.row, call.count);\n }\n\n // Draw images in z-index order\n for (const call of drawCalls) {\n this._renderer.draw(call.imgSpec, call.tileId, call.col, call.row, call.count);\n }\n }\n\n public viewportResize(metrics: { cols: number, rows: number }): void {\n // exit early if we have nothing in storage\n if (!this._images.size) {\n this._viewportMetrics = metrics;\n return;\n }\n\n // handle only viewport width enlargements, exit all other cases\n // TODO: needs patch for tile counter\n if (this._viewportMetrics.cols >= metrics.cols) {\n this._viewportMetrics = metrics;\n return;\n }\n\n // walk scrollbuffer at old col width to find all possible expansion matches\n const buffer = this._terminal._core.buffer;\n const rows = buffer.lines.length;\n const oldCol = this._viewportMetrics.cols - 1;\n for (let row = 0; row < rows; ++row) {\n const line = buffer.lines.get(row) as IBufferLineExt;\n if (line.getBg(oldCol) & BgFlags.HAS_EXTENDED) {\n const e: IExtendedAttrsImage = line._extendedAttrs[oldCol] ?? EMPTY_ATTRS;\n const imageId = e.imageId;\n if (imageId === undefined || imageId === -1) {\n continue;\n }\n const imgSpec = this._images.get(imageId);\n if (!imgSpec) {\n continue;\n }\n // found an image tile at oldCol, check if it qualifies for right exapansion\n const tilesPerRow = Math.ceil((imgSpec.actual?.width || 0) / imgSpec.actualCellSize.width);\n if ((e.tileId % tilesPerRow) + 1 >= tilesPerRow) {\n continue;\n }\n // expand only if right side is empty (nothing got wrapped from below)\n let hasData = false;\n for (let rightCol = oldCol + 1; rightCol > metrics.cols; ++rightCol) {\n if (line._data[rightCol * Cell.SIZE + Cell.CONTENT] & Content.HAS_CONTENT_MASK) {\n hasData = true;\n break;\n }\n }\n if (hasData) {\n continue;\n }\n // do right expansion on terminal buffer\n const end = Math.min(metrics.cols, tilesPerRow - (e.tileId % tilesPerRow) + oldCol);\n let lastTile = e.tileId;\n for (let expandCol = oldCol + 1; expandCol < end; ++expandCol) {\n this._writeToCell(line as IBufferLineExt, expandCol, imageId, ++lastTile);\n imgSpec.tileCount++;\n }\n }\n }\n // store new viewport metrics\n this._viewportMetrics = metrics;\n }\n\n /**\n * Retrieve original canvas at buffer position.\n */\n public getImageAtBufferCell(x: number, y: number): HTMLCanvasElement | undefined {\n const buffer = this._terminal._core.buffer;\n const line = buffer.lines.get(y) as IBufferLineExt;\n if (line && line.getBg(x) & BgFlags.HAS_EXTENDED) {\n const e: IExtendedAttrsImage = line._extendedAttrs[x] ?? EMPTY_ATTRS;\n if (e.imageId && e.imageId !== -1) {\n const orig = this._images.get(e.imageId)?.orig;\n if (window.ImageBitmap && orig instanceof ImageBitmap) {\n const canvas = ImageRenderer.createCanvas(window.document, orig.width, orig.height);\n canvas.getContext('2d')?.drawImage(orig, 0, 0, orig.width, orig.height);\n return canvas;\n }\n return orig as HTMLCanvasElement;\n }\n }\n }\n\n /**\n * Extract active single tile at buffer position.\n */\n public extractTileAtBufferCell(x: number, y: number): HTMLCanvasElement | undefined {\n const buffer = this._terminal._core.buffer;\n const line = buffer.lines.get(y) as IBufferLineExt;\n if (line && line.getBg(x) & BgFlags.HAS_EXTENDED) {\n const e: IExtendedAttrsImage = line._extendedAttrs[x] ?? EMPTY_ATTRS;\n if (e.imageId && e.imageId !== -1 && e.tileId !== -1) {\n const spec = this._images.get(e.imageId);\n if (spec) {\n return this._renderer.extractTile(spec, e.tileId);\n }\n }\n }\n }\n\n // TODO: Do we need some blob offloading tricks here to avoid early eviction?\n // also see https://stackoverflow.com/questions/28307789/is-there-any-limitation-on-javascript-max-blob-size\n private _evictOldest(room: number): number {\n const used = this._getStoredPixels();\n let current = used;\n while (this._pixelLimit < current + room && this._images.size) {\n const spec = this._images.get(++this._lowestId);\n if (spec && spec.orig) {\n current -= spec.orig.width * spec.orig.height;\n if (spec.actual && spec.orig !== spec.actual) {\n current -= spec.actual.width * spec.actual.height;\n }\n spec.marker?.dispose();\n this._delImg(this._lowestId);\n }\n }\n return used - current;\n }\n\n private _writeToCell(line: IBufferLineExt, x: number, imageId: number, tileId: number): void {\n if (line._data[x * Cell.SIZE + Cell.BG] & BgFlags.HAS_EXTENDED) {\n const old = line._extendedAttrs[x];\n if (old) {\n if (old.imageId !== undefined) {\n // found an old ExtendedAttrsImage, since we know that\n // they are always isolated instances (single cell usage),\n // we can re-use it and just update their id entries\n const oldSpec = this._images.get(old.imageId);\n if (oldSpec) {\n // early eviction for in-viewport overwrites\n oldSpec.tileCount--;\n }\n old.imageId = imageId;\n old.tileId = tileId;\n return;\n }\n // found a plain ExtendedAttrs instance, clone it to new entry\n line._extendedAttrs[x] = new ExtendedAttrsImage(old.ext, old.urlId, imageId, tileId);\n return;\n }\n }\n // fall-through: always create new ExtendedAttrsImage entry\n line._data[x * Cell.SIZE + Cell.BG] |= BgFlags.HAS_EXTENDED;\n line._extendedAttrs[x] = new ExtendedAttrsImage(0, 0, imageId, tileId);\n }\n\n private _evictOnAlternate(): void {\n // nullify tile count of all images on alternate buffer\n for (const spec of this._images.values()) {\n if (spec.bufferType === 'alternate') {\n spec.tileCount = 0;\n }\n }\n // re-count tiles on whole buffer\n const buffer = this._terminal._core.buffer;\n for (let y = 0; y < this._terminal.rows; ++y) {\n const line = buffer.lines.get(y) as IBufferLineExt;\n if (!line) {\n continue;\n }\n for (let x = 0; x < this._terminal.cols; ++x) {\n if (line._data[x * Cell.SIZE + Cell.BG] & BgFlags.HAS_EXTENDED) {\n const imgId = line._extendedAttrs[x]?.imageId;\n if (imgId) {\n const spec = this._images.get(imgId);\n if (spec) {\n spec.tileCount++;\n }\n }\n }\n }\n }\n // deleted images with zero tile count\n const zero = [];\n for (const [id, spec] of this._images.entries()) {\n if (spec.bufferType === 'alternate' && !spec.tileCount) {\n spec.marker?.dispose();\n zero.push(id);\n }\n }\n for (const id of zero) {\n this._delImg(id);\n }\n }\n}\n" }, { "path": "addons/addon-image/src/SixelHandler.ts", "content": "/**\n * Copyright (c) 2020, 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { SixelImageStorage } from './SixelImageStorage';\nimport { IDcsHandler, IParams, IImageAddonOptions, ITerminalExt, AttributeData, IResetHandler, ReadonlyColorSet } from './Types';\nimport { toRGBA8888, BIG_ENDIAN, PALETTE_ANSI_256, PALETTE_VT340_COLOR } from 'sixel/lib/Colors';\nimport { RGBA8888 } from 'sixel/lib/Types';\nimport { ImageRenderer } from './ImageRenderer';\n\nimport { DecoderAsync, Decoder } from 'sixel/lib/Decoder';\n\n// always free decoder ressources after decoding if it exceeds this limit\nconst MEM_PERMA_LIMIT = 4194304; // 1024 pixels * 1024 pixels * 4 channels = 4MB\n\n// custom default palette: VT340 (lower 16 colors) + ANSI256 (up to 256) + zeroed (up to 4096)\nconst DEFAULT_PALETTE = PALETTE_ANSI_256;\nDEFAULT_PALETTE.set(PALETTE_VT340_COLOR);\n\n\nexport class SixelHandler implements IDcsHandler, IResetHandler {\n private _size = 0;\n private _aborted = false;\n private _dec: Decoder | undefined;\n\n constructor(\n private readonly _opts: IImageAddonOptions,\n private readonly _storage: SixelImageStorage,\n private readonly _coreTerminal: ITerminalExt\n ) {\n DecoderAsync({\n memoryLimit: this._opts.pixelLimit * 4,\n palette: DEFAULT_PALETTE,\n paletteLimit: this._opts.sixelPaletteLimit\n }).then(d => this._dec = d);\n }\n\n public reset(): void {\n /**\n * reset sixel decoder to defaults:\n * - release all memory\n * - nullify palette (4096)\n * - apply default palette (256)\n */\n if (this._dec) {\n this._dec.release();\n // FIXME: missing interface on decoder to nullify full palette\n (this._dec as any)._palette.fill(0);\n this._dec.init(0, DEFAULT_PALETTE, this._opts.sixelPaletteLimit);\n }\n }\n\n public hook(params: IParams): void {\n this._size = 0;\n this._aborted = false;\n if (this._dec) {\n const fillColor = params.params[1] === 1 ? 0 : extractActiveBg(\n this._coreTerminal._core._inputHandler._curAttrData,\n this._coreTerminal._core._themeService?.colors);\n this._dec.init(fillColor, null, this._opts.sixelPaletteLimit);\n }\n }\n\n public put(data: Uint32Array, start: number, end: number): void {\n if (this._aborted || !this._dec) {\n return;\n }\n this._size += end - start;\n if (this._size > this._opts.sixelSizeLimit) {\n console.warn(`SIXEL: too much data, aborting`);\n this._aborted = true;\n this._dec.release();\n return;\n }\n try {\n this._dec.decode(data, start, end);\n } catch (e) {\n console.warn(`SIXEL: error while decoding image - ${e}`);\n this._aborted = true;\n this._dec.release();\n }\n }\n\n public unhook(success: boolean): boolean | Promise {\n if (this._aborted || !success || !this._dec) {\n return true;\n }\n\n const width = this._dec.width;\n const height = this._dec.height;\n\n // partial fix for https://github.com/jerch/xterm-addon-image/issues/37\n if (!width || ! height) {\n if (height) {\n this._storage.advanceCursor(height);\n }\n return true;\n }\n\n const canvas = ImageRenderer.createCanvas(undefined, width, height);\n canvas.getContext('2d')?.putImageData(new ImageData(this._dec.data8 as Uint8ClampedArray, width, height), 0, 0);\n if (this._dec.memoryUsage > MEM_PERMA_LIMIT) {\n this._dec.release();\n }\n this._storage.addImage(canvas);\n return true;\n }\n}\n\n\n/**\n * Some helpers to extract current terminal colors.\n */\n\n// get currently active background color from terminal\n// also respect INVERSE setting\nfunction extractActiveBg(attr: AttributeData, colors: ReadonlyColorSet | undefined): RGBA8888 {\n let bg = 0;\n if (!colors) {\n // FIXME: theme service is prolly not available yet,\n // happens if .open() was not called yet (bug in core?)\n return bg;\n }\n if (attr.isInverse()) {\n if (attr.isFgDefault()) {\n bg = convertLe(colors.foreground.rgba);\n } else if (attr.isFgRGB()) {\n const t = (attr.constructor as typeof AttributeData).toColorRGB(attr.getFgColor());\n bg = toRGBA8888(...t);\n } else {\n bg = convertLe(colors.ansi[attr.getFgColor()].rgba);\n }\n } else {\n if (attr.isBgDefault()) {\n bg = convertLe(colors.background.rgba);\n } else if (attr.isBgRGB()) {\n const t = (attr.constructor as typeof AttributeData).toColorRGB(attr.getBgColor());\n bg = toRGBA8888(...t);\n } else {\n bg = convertLe(colors.ansi[attr.getBgColor()].rgba);\n }\n }\n return bg;\n}\n\n// rgba values on the color managers are always in BE, thus convert to LE\nfunction convertLe(color: number): RGBA8888 {\n if (BIG_ENDIAN) return color;\n return (color & 0xFF) << 24 | (color >>> 8 & 0xFF) << 16 | (color >>> 16 & 0xFF) << 8 | color >>> 24 & 0xFF;\n}\n" }, { "path": "addons/addon-image/src/SixelImageStorage.ts", "content": "/**\n * Copyright (c) 2020 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { ImageStorage, CELL_SIZE_DEFAULT } from './ImageStorage';\nimport { IImageAddonOptions, ITerminalExt } from './Types';\nimport { ImageRenderer } from './ImageRenderer';\n\n/**\n * Sixel-specific image storage controller.\n *\n * Wraps the shared ImageStorage with sixel protocol semantics:\n * - Cursor behavior governed by DECSET 80 (sixelScrolling option)\n * - advanceCursor for empty sixels carrying only height\n */\nexport class SixelImageStorage {\n constructor(\n private readonly _storage: ImageStorage,\n private readonly _opts: IImageAddonOptions,\n private readonly _renderer: ImageRenderer,\n private readonly _terminal: ITerminalExt\n ) {}\n\n /**\n * Add a sixel image to storage.\n * Cursor behavior depends on the sixelScrolling option (DECSET 80).\n */\n public addImage(img: HTMLCanvasElement | ImageBitmap): void {\n this._storage.addImage(img, this._opts.sixelScrolling);\n }\n\n /**\n * Only advance text cursor.\n * This is an edge case from empty sixels carrying only a height but no pixels.\n * Partially fixes https://github.com/jerch/xterm-addon-image/issues/37.\n */\n public advanceCursor(height: number): void {\n if (this._opts.sixelScrolling) {\n let cellSize = this._renderer.cellSize;\n if (cellSize.width === -1 || cellSize.height === -1) {\n cellSize = CELL_SIZE_DEFAULT;\n }\n const rows = Math.ceil(height / cellSize.height);\n for (let i = 1; i < rows; ++i) {\n this._terminal._core._inputHandler.lineFeed();\n }\n }\n }\n}\n" }, { "path": "addons/addon-image/src/Types.ts", "content": "/**\n * Copyright (c) 2020 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { IDisposable, IMarker, Terminal } from '@xterm/xterm';\n\n// private imports from base repo we build against\nimport { Attributes, BgFlags, Content, ExtFlags, UnderlineStyle } from 'common/buffer/Constants';\nimport type { AttributeData } from 'common/buffer/AttributeData';\nimport type { IParams, IDcsHandler, IOscHandler, IApcHandler, IEscapeSequenceParser } from 'common/parser/Types';\nimport type { IBufferLine, IExtendedAttrs, IInputHandler } from 'common/Types';\nimport type { ITerminal, ReadonlyColorSet } from 'browser/Types';\nimport type { IRenderDimensions } from 'browser/renderer/shared/Types';\nimport type { ICoreBrowserService, IRenderService, IThemeService } from 'browser/services/Services';\n\nexport const enum Cell {\n CONTENT = 0, // codepoint and wcwidth information (enum Content)\n FG = 1, // foreground color in lower 3 bytes (rgb), attrs in 4th byte (enum FgFlags)\n BG = 2, // background color in lower 3 bytes (rgb), attrs in 4th byte (enum BgFlags)\n SIZE = 3 // size of single cell on buffer array\n}\n\n// export some privates for local usage\nexport { AttributeData, IParams, IDcsHandler, IOscHandler, IApcHandler, BgFlags, IRenderDimensions, IRenderService, Content, ExtFlags, Attributes, UnderlineStyle, ReadonlyColorSet };\n\n/**\n * Plugin ctor options.\n */\nexport interface IImageAddonOptions {\n enableSizeReports: boolean;\n pixelLimit: number;\n storageLimit: number;\n showPlaceholder: boolean;\n sixelSupport: boolean;\n sixelScrolling: boolean;\n sixelPaletteLimit: number;\n sixelSizeLimit: number;\n iipSupport: boolean;\n iipSizeLimit: number;\n kittySupport: boolean;\n kittySizeLimit: number;\n}\n\nexport interface IResetHandler {\n // attached to RIS and DECSTR\n reset(): void;\n}\n\n/**\n * Stub into private interfaces.\n * This should be kept in line with common libs.\n * Any change made here should be replayed in the accessors test case to\n * have a somewhat reliable testing against code changes in the core repo.\n */\n\n// overloaded IExtendedAttrs to hold image refs\nexport interface IExtendedAttrsImage extends IExtendedAttrs {\n imageId: number;\n tileId: number;\n clone(): IExtendedAttrsImage;\n}\n\n/* eslint-disable */\nexport interface IBufferLineExt extends IBufferLine {\n _extendedAttrs: {[index: number]: IExtendedAttrsImage | undefined};\n _data: Uint32Array;\n}\n\ninterface IInputHandlerExt extends IInputHandler {\n _parser: IEscapeSequenceParser;\n _curAttrData: AttributeData;\n _dirtyRowTracker: {\n markRangeDirty(y1: number, y2: number): void;\n markAllDirty(): void;\n markDirty(y: number): void;\n };\n onRequestReset(handler: () => void): IDisposable;\n}\n\nexport interface ICoreTerminalExt extends ITerminal {\n _themeService: IThemeService | undefined;\n _inputHandler: IInputHandlerExt;\n _renderService: IRenderService;\n _coreBrowserService: ICoreBrowserService | undefined;\n}\n\nexport interface ITerminalExt extends Terminal {\n _core: ICoreTerminalExt;\n}\n/* eslint-enable */\n\n\n/**\n * Some storage definitions.\n */\nexport interface ICellSize {\n width: number;\n height: number;\n}\n\nexport type ImageLayer = 'top' | 'bottom';\n\nexport interface IImageSpec {\n orig: HTMLCanvasElement | ImageBitmap | undefined;\n origCellSize: ICellSize;\n actual: HTMLCanvasElement | ImageBitmap | undefined;\n actualCellSize: ICellSize;\n marker: IMarker | undefined;\n tileCount: number;\n bufferType: 'alternate' | 'normal';\n layer: ImageLayer;\n zIndex: number;\n}\n" }, { "path": "addons/addon-image/src/kitty/KittyGraphicsHandler.ts", "content": "/**\n * Copyright (c) 2026 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { IDisposable } from '@xterm/xterm';\nimport { IApcHandler, IImageAddonOptions, IResetHandler, ITerminalExt, ImageLayer } from '../Types';\nimport { ImageRenderer } from '../ImageRenderer';\nimport { CELL_SIZE_DEFAULT } from '../ImageStorage';\nimport { KittyImageStorage } from './KittyImageStorage';\nimport Base64Decoder, { type DecodeStatus } from 'xterm-wasm-parts/lib/base64/Base64Decoder.wasm';\nimport {\n KittyAction,\n KittyFormat,\n KittyCompression,\n IKittyCommand,\n IPendingTransmission,\n IKittyImageData,\n BYTES_PER_PIXEL_RGB,\n BYTES_PER_PIXEL_RGBA,\n ALPHA_OPAQUE,\n parseKittyCommand\n} from './KittyGraphicsTypes';\n\n// Memory limit for base64 decoder (4MB, same as IIPHandler)\nconst DECODER_KEEP_DATA = 4194304;\nconst DECODER_INITIAL_DATA = 4194304; // 4MB\n\n// Local mirror of const enum (esbuild can't inline const enums from external packages)\nconst DECODER_OK: DecodeStatus.OK = 0;\n\n// Maximum control data size\nconst MAX_CONTROL_DATA_SIZE = 512;\n\n// Semicolon codepoint\nconst SEMICOLON = 0x3B;\n\n// Kitty graphics protocol handler with streaming base64 decoding.\nexport class KittyGraphicsHandler implements IApcHandler, IResetHandler, IDisposable {\n private _aborted = false;\n private _decodeError = false;\n\n private _activeDecoder: Base64Decoder | null = null;\n private readonly _maxEncodedBytes: number;\n private readonly _initialEncodedBytes: number;\n\n // Streaming related states\n\n // True while receiving control data (before semicolon).\n private _inControlData = true;\n\n // Buffer for control data.\n private _controlData = new Uint32Array(MAX_CONTROL_DATA_SIZE);\n private _controlLength = 0;\n\n // Pre-calculated encoded size limit\n private _encodedSizeLimit = 0;\n private _totalEncodedSize = 0;\n\n // Parsed command. These are the control data before semicolon.\n private _parsedCommand: IKittyCommand | null = null;\n\n // Storage related states\n\n private _pendingTransmissions: Map = new Map();\n // Tracks the pending key of the most recently started chunked upload.\n // Per spec, subsequent chunks only need m= (and optionally q=), without i=.\n // When a chunk arrives with no i=, this key is used to find the pending upload.\n private _lastPendingKey: number | undefined;\n\n constructor(\n private readonly _opts: IImageAddonOptions,\n private readonly _renderer: ImageRenderer,\n private readonly _kittyStorage: KittyImageStorage,\n private readonly _coreTerminal: ITerminalExt\n ) {\n // Convert decoded size limit -> max encoded bytes.\n this._maxEncodedBytes = Math.ceil(this._opts.kittySizeLimit * 4 / 3);\n // ensure we preallocate more than configured limit while using 4mb initial size.\n this._initialEncodedBytes = Math.min(DECODER_INITIAL_DATA, this._maxEncodedBytes);\n }\n\n public reset(): void {\n this._cleanupAllPending();\n if (this._activeDecoder) {\n this._activeDecoder.release();\n this._activeDecoder = null;\n }\n this._kittyStorage.reset();\n }\n\n public dispose(): void {\n this.reset();\n }\n\n private _removePendingEntry(key: number): void {\n this._pendingTransmissions.delete(key);\n if (this._lastPendingKey === key) {\n this._lastPendingKey = undefined;\n }\n }\n\n private _cleanupAllPending(): void {\n for (const pending of this._pendingTransmissions.values()) {\n pending.decoder.release();\n }\n this._pendingTransmissions.clear();\n this._lastPendingKey = undefined;\n }\n\n public start(): void {\n this._aborted = false;\n this._decodeError = false;\n this._inControlData = true;\n this._controlLength = 0;\n this._parsedCommand = null;\n // Pre-calculate encoded limit once: base64 is 4 bytes encoded → 3 bytes decoded\n this._encodedSizeLimit = this._maxEncodedBytes;\n this._totalEncodedSize = 0;\n this._activeDecoder = null;\n }\n\n public put(data: Uint32Array, start: number, end: number): void {\n if (this._aborted) return;\n\n if (!this._inControlData) {\n this._streamPayload(data, start, end);\n } else {\n // Scan for semicolon\n let controlEnd = end;\n for (let i = start; i < end; i++) {\n if (data[i] === SEMICOLON) {\n this._inControlData = false;\n controlEnd = i;\n break;\n }\n }\n\n // Copy control data\n const copyLength = controlEnd - start;\n if (this._controlLength + copyLength > MAX_CONTROL_DATA_SIZE) {\n this._aborted = true;\n return;\n }\n this._controlData.set(data.subarray(start, controlEnd), this._controlLength);\n this._controlLength += copyLength;\n\n if (!this._inControlData) {\n // Found semicolon - parse control data early for validation\n this._parsedCommand = parseKittyCommand(this._parseControlDataString());\n\n // Early validation: i+I conflict\n if (this._parsedCommand.id !== undefined && this._parsedCommand.imageNumber !== undefined) {\n this._sendResponse(this._parsedCommand.id, 'EINVAL:cannot specify both i and I keys', this._parsedCommand.quiet ?? 0);\n this._aborted = true;\n return;\n }\n\n // Delete action doesn't need payload - skip streaming\n if (this._parsedCommand.action === KittyAction.DELETE) {\n return;\n }\n\n // Stream remaining as payload\n const payloadStart = controlEnd + 1;\n if (payloadStart < end) {\n this._streamPayload(data, payloadStart, end);\n }\n }\n }\n }\n\n // Stream payload bytes into the base64 decoder.\n private _streamPayload(data: Uint32Array, start: number, end: number): void {\n if (this._aborted) return;\n\n // Check size limit (compare encoded bytes against pre-calculated limit)\n // Include cumulative size from pending transmission for multi-chunk images.\n // Per spec, subsequent chunks may omit i=, so fall back to _lastPendingKey.\n const pendingKey = this._parsedCommand?.id ?? this._lastPendingKey ?? 0;\n const pending = this._pendingTransmissions.get(pendingKey);\n const previousEncodedSize = pending?.totalEncodedSize ?? 0;\n this._totalEncodedSize += end - start;\n const cumulativeEncodedSize = previousEncodedSize + this._totalEncodedSize;\n if (cumulativeEncodedSize > this._encodedSizeLimit) {\n const decoderToRelease = this._activeDecoder ?? pending?.decoder;\n if (decoderToRelease) {\n decoderToRelease.release();\n }\n this._activeDecoder = null;\n if (pending) {\n this._removePendingEntry(pendingKey);\n }\n this._aborted = true;\n return;\n }\n\n if (this._decodeError) return;\n\n if (pending?.decoder && !this._activeDecoder) {\n this._activeDecoder = pending.decoder;\n }\n if (!this._activeDecoder) {\n this._activeDecoder = new Base64Decoder(DECODER_KEEP_DATA, this._maxEncodedBytes, this._initialEncodedBytes);\n this._activeDecoder.init();\n }\n\n if (this._activeDecoder.put(data.subarray(start, end)) !== DECODER_OK) {\n this._activeDecoder.release();\n this._activeDecoder = null;\n this._decodeError = true;\n if (pending) {\n this._removePendingEntry(pendingKey);\n }\n }\n }\n\n public end(success: boolean): boolean | Promise {\n if (this._aborted || !success) {\n if (this._activeDecoder) {\n this._activeDecoder.release();\n this._activeDecoder = null;\n }\n return true;\n }\n\n // No semicolon = no payload (delete, capability query)\n if (this._inControlData) {\n return this._handleNoPayloadCommand();\n }\n\n // Use command parsed early in put() - i+I already validated there\n const cmd = this._parsedCommand!;\n\n // Delete action was handled by skipping payload - just execute\n if (cmd.action === KittyAction.DELETE) {\n return this._handleDelete(cmd);\n }\n\n // Per spec, subsequent chunks may omit i=, so fall back to _lastPendingKey.\n const pendingKey = cmd.id ?? this._lastPendingKey ?? 0;\n const isMoreComing = cmd.more === 1;\n const pending = this._pendingTransmissions.get(pendingKey);\n\n if (isMoreComing) {\n if (this._activeDecoder) {\n if (pending) {\n pending.totalEncodedSize += this._totalEncodedSize;\n pending.decodeError = pending.decodeError || this._decodeError;\n } else {\n this._pendingTransmissions.set(pendingKey, {\n cmd: { ...cmd },\n decoder: this._activeDecoder,\n totalEncodedSize: this._totalEncodedSize,\n decodeError: this._decodeError\n });\n }\n this._lastPendingKey = pendingKey;\n this._activeDecoder = null;\n }\n return true;\n }\n\n // Final chunk received — clear the last pending key\n if (pending) {\n this._lastPendingKey = undefined;\n }\n\n let decodeError = this._decodeError;\n let finalCmd = cmd;\n let decoder = this._activeDecoder;\n\n if (pending) {\n finalCmd = pending.cmd;\n decoder = pending.decoder;\n decodeError = decodeError || pending.decodeError;\n this._pendingTransmissions.delete(pendingKey);\n }\n\n let imageBytes = new Uint8Array(0);\n if (decoder) {\n if (decoder.end() !== DECODER_OK) {\n decodeError = true;\n }\n imageBytes = decoder.data8;\n }\n this._activeDecoder = null;\n\n // Handle command first — handlers create Blob/ImageData from imageBytes,\n // which copies the data. Only then is it safe to release the decoder's\n // wasm memory that imageBytes points into.\n const result = this._handleCommandWithBytesAndCmd(finalCmd, imageBytes, decodeError);\n if (decoder) {\n decoder.release();\n }\n return result;\n }\n\n // Command handling\n\n private _parseControlDataString(): string {\n let str = '';\n for (let i = 0; i < this._controlLength; i++) {\n str += String.fromCodePoint(this._controlData[i]);\n }\n return str;\n }\n\n private _handleNoPayloadCommand(): boolean | Promise {\n const cmd = parseKittyCommand(this._parseControlDataString());\n\n // Per spec: specifying both i and I is an error\n if (cmd.id !== undefined && cmd.imageNumber !== undefined) {\n this._sendResponse(cmd.id, 'EINVAL:cannot specify both i and I keys', cmd.quiet ?? 0);\n return true;\n }\n\n const action = cmd.action ?? 't';\n\n switch (action) {\n case KittyAction.DELETE:\n return this._handleDelete(cmd);\n case KittyAction.QUERY:\n this._sendResponse(cmd.id ?? 0, 'OK', cmd.quiet ?? 0);\n return true;\n case KittyAction.PLACEMENT:\n return this._handlePlacement(cmd);\n default:\n // TODO: Implement remaining actions when needed:\n // - a=f (frame): animation frame operations\n // - a=a (animation): animation control\n // - a=c (compose): compose images\n if (cmd.id !== undefined) {\n this._sendResponse(cmd.id, 'EINVAL:unsupported action', cmd.quiet ?? 0);\n }\n return true;\n }\n }\n\n private _handleCommandWithBytesAndCmd(cmd: IKittyCommand, bytes: Uint8Array, decodeError: boolean): boolean | Promise {\n const action = cmd.action ?? 't';\n\n switch (action) {\n case KittyAction.TRANSMIT: {\n const result = this._handleTransmit(cmd, bytes, decodeError);\n // Only send response when _handleTransmit didn't already respond\n // (it handles unsupported transmission medium responses internally)\n if ((cmd.transmission ?? 'd') === 'd' && cmd.id !== undefined) {\n if (decodeError) {\n this._sendResponse(cmd.id, 'EINVAL:invalid base64 data', cmd.quiet ?? 0);\n } else if (bytes.length > 0) {\n this._sendResponse(cmd.id, 'OK', cmd.quiet ?? 0);\n }\n }\n return result;\n }\n case KittyAction.TRANSMIT_DISPLAY:\n return this._handleTransmitDisplay(cmd, bytes, decodeError);\n case KittyAction.QUERY:\n return this._handleQuery(cmd, bytes, decodeError);\n case KittyAction.PLACEMENT:\n // a=p ignores any payload — image data was already transmitted\n return this._handlePlacement(cmd);\n default:\n // TODO: Implement remaining actions when needed:\n // - a=f (frame): animation frame operations\n // - a=a (animation): animation control\n // - a=c (compose): compose images\n if (cmd.id !== undefined) {\n this._sendResponse(cmd.id, 'EINVAL:unsupported action', cmd.quiet ?? 0);\n }\n return true;\n }\n }\n\n private _handlePlacement(cmd: IKittyCommand): boolean | Promise {\n if (cmd.id === undefined) {\n return true;\n }\n const id = cmd.id;\n const image = this._kittyStorage.getImage(id);\n if (!image) {\n this._sendResponse(id, 'ENOENT:image not found', cmd.quiet ?? 0, cmd.placementId);\n return true;\n }\n const result = this._displayImage(image, cmd);\n return result.then(success => {\n this._sendResponse(id, success ? 'OK' : 'EINVAL:image rendering failed', cmd.quiet ?? 0, cmd.placementId);\n return true;\n });\n }\n\n private _handleTransmit(cmd: IKittyCommand, bytes: Uint8Array, decodeError: boolean): boolean {\n // TODO: Support file-based transmission modes (t=f, t=t, t=s)\n // Currently only supports direct transmission (t=d, the default).\n // - t=f (file): Payload is base64-encoded file path. Terminal reads image from that path.\n // - t=t (temp file): Payload is base64-encoded path in temp directory. Terminal reads, deletes.\n // - t=s: Payload is base64-encoded POSIX shm name. Terminal reads from shared memory.\n // These modes require filesystem/IPC access not available in browsers. For Node.js/Electron:\n // 1. Check cmd.transmission (t key) before treating bytes as image data\n // 2. For t=f/t/s: decode bytes as UTF-8 string (the path/name), then read file contents\n // 3. For t=d: treat bytes as image data (current behavior)\n // When implementing, also update _handleQuery to accept these transmission mediums.\n const transmission = cmd.transmission ?? 'd';\n if (transmission !== 'd') {\n if (cmd.id !== undefined) {\n this._sendResponse(cmd.id, 'EINVAL:unsupported transmission medium', cmd.quiet ?? 0);\n }\n return true;\n }\n\n if (decodeError || bytes.length === 0) return true;\n\n this._kittyStorage.storeImage(cmd.id, {\n data: new Blob([bytes as BlobPart]),\n width: cmd.width ?? 0,\n height: cmd.height ?? 0,\n format: (cmd.format ?? KittyFormat.RGBA) as 24 | 32 | 100,\n compression: cmd.compression ?? ''\n });\n return true;\n }\n\n private _handleTransmitDisplay(cmd: IKittyCommand, bytes: Uint8Array, decodeError: boolean): boolean | Promise {\n if (decodeError) {\n if (cmd.id !== undefined) {\n this._sendResponse(cmd.id, 'EINVAL:invalid base64 data', cmd.quiet ?? 0);\n }\n return true;\n }\n\n this._handleTransmit(cmd, bytes, decodeError);\n\n const id = cmd.id ?? this._kittyStorage.lastImageId;\n const image = this._kittyStorage.getImage(id);\n if (image) {\n const result = this._displayImage(image, cmd);\n if (cmd.id !== undefined) {\n return result.then(success => {\n this._sendResponse(id, success ? 'OK' : 'EINVAL:image rendering failed', cmd.quiet ?? 0);\n return true;\n });\n }\n return result.then(() => true);\n }\n return true;\n }\n\n private _handleQuery(cmd: IKittyCommand, bytes: Uint8Array, decodeError: boolean): boolean {\n const id = cmd.id ?? 0;\n const quiet = cmd.quiet ?? 0;\n\n // Per spec: reject unsupported transmission mediums (only t=d is supported atm)\n // TODO: When filesystem support is added (Node.js/Electron), update this to accept\n // t=f (file), t=t (temp file), and t=s (shared memory) and respond OK for queries.\n const transmission = cmd.transmission ?? 'd';\n if (transmission !== 'd') {\n this._sendResponse(id, 'EINVAL:unsupported transmission medium', quiet);\n return true;\n }\n\n // Check decode error first (invalid base64)\n if (decodeError) {\n this._sendResponse(id, 'EINVAL:invalid base64 data', quiet);\n return true;\n }\n\n // Capability query (no payload) - just respond OK\n if (bytes.length === 0) {\n this._sendResponse(id, 'OK', quiet);\n return true;\n }\n\n const format = cmd.format ?? KittyFormat.RGBA;\n\n if (format === KittyFormat.PNG) {\n this._sendResponse(id, 'OK', quiet);\n } else {\n const width = cmd.width ?? 0;\n const height = cmd.height ?? 0;\n\n if (!width || !height) {\n this._sendResponse(id, 'EINVAL:width and height required for raw pixel data', quiet);\n return true;\n }\n\n const bytesPerPixel = format === KittyFormat.RGBA ? BYTES_PER_PIXEL_RGBA : BYTES_PER_PIXEL_RGB;\n const expectedBytes = width * height * bytesPerPixel;\n\n if (bytes.length < expectedBytes) {\n this._sendResponse(id, `EINVAL:insufficient pixel data`, quiet);\n return true;\n }\n\n this._sendResponse(id, 'OK', quiet);\n }\n return true;\n }\n\n private _handleDelete(cmd: IKittyCommand): boolean {\n // Per spec: default delete selector is 'a' (delete all visible placements)\n const selector = cmd.deleteSelector ?? 'a';\n\n // TODO: Distinguish lowercase (delete placements only) from uppercase\n // (delete placements + free stored image data). Currently both variants\n // free everything since we don't separate stored data from placements.\n switch (selector) {\n case 'a':\n case 'A':\n this._cleanupAllPending();\n this._kittyStorage.deleteAll();\n break;\n case 'i':\n case 'I':\n // TODO: When placement id tracking is implemented (see TODO in\n // KittyImageStorage), d=i with p= should delete only that\n // specific placement, while d=i without p should delete all\n // placements for the image.\n if (cmd.id !== undefined) {\n const pending = this._pendingTransmissions.get(cmd.id);\n if (pending) {\n pending.decoder.release();\n }\n this._removePendingEntry(cmd.id);\n this._kittyStorage.deleteById(cmd.id);\n }\n break;\n default:\n // Unsupported selectors (c, n, p, q, r, x, y, z, f) — ignore for now\n break;\n }\n return true;\n }\n\n private _sendResponse(id: number, message: string, quiet: number, placementId?: number): void {\n const isOk = message === 'OK';\n if (isOk && quiet === 1) return;\n if (!isOk && quiet === 2) return;\n\n const pPart = placementId ? `,p=${placementId}` : '';\n const response = `\\x1b_Gi=${id}${pPart};${message}\\x1b\\\\`;\n this._coreTerminal._core.coreService.triggerDataEvent(response);\n }\n\n // Image display\n\n private _displayImage(image: IKittyImageData, cmd: IKittyCommand): Promise {\n return this._decodeAndDisplay(image, cmd)\n .then(() => true)\n .catch(() => false);\n }\n\n private async _decodeAndDisplay(image: IKittyImageData, cmd: IKittyCommand): Promise {\n let bitmap: ImageBitmap | undefined = await this._createBitmap(image);\n\n try {\n const cropX = Math.max(0, cmd.x ?? 0);\n const cropY = Math.max(0, cmd.y ?? 0);\n const cropW = cmd.sourceWidth || (bitmap.width - cropX);\n const cropH = cmd.sourceHeight || (bitmap.height - cropY);\n\n const maxCropW = Math.max(0, bitmap.width - cropX);\n const maxCropH = Math.max(0, bitmap.height - cropY);\n const finalCropW = Math.max(0, Math.min(cropW, maxCropW));\n const finalCropH = Math.max(0, Math.min(cropH, maxCropH));\n\n if (finalCropW === 0 || finalCropH === 0) {\n throw new Error('invalid source rectangle');\n }\n\n if (cropX !== 0 || cropY !== 0 || finalCropW !== bitmap.width || finalCropH !== bitmap.height) {\n const cropped = await createImageBitmap(bitmap, cropX, cropY, finalCropW, finalCropH);\n bitmap.close();\n bitmap = cropped;\n }\n\n const cw = this._renderer.dimensions?.css.cell.width || CELL_SIZE_DEFAULT.width;\n const ch = this._renderer.dimensions?.css.cell.height || CELL_SIZE_DEFAULT.height;\n\n // Per spec: c/r default to image's natural cell dimensions.\n // If only one of c/r is specified, compute the other from image aspect ratio.\n let imgCols: number;\n let imgRows: number;\n if (cmd.columns !== undefined && cmd.rows !== undefined) {\n imgCols = cmd.columns;\n imgRows = cmd.rows;\n } else if (cmd.columns !== undefined) {\n imgCols = cmd.columns;\n imgRows = Math.max(1, Math.ceil((bitmap.height / bitmap.width) * (imgCols * cw) / ch));\n } else if (cmd.rows !== undefined) {\n imgRows = cmd.rows;\n imgCols = Math.max(1, Math.ceil((bitmap.width / bitmap.height) * (imgRows * ch) / cw));\n } else {\n imgCols = Math.ceil(bitmap.width / cw);\n imgRows = Math.ceil(bitmap.height / ch);\n }\n\n let w = bitmap.width;\n let h = bitmap.height;\n\n // Scale bitmap to fit placement rectangle when c/r are specified\n if (cmd.columns !== undefined || cmd.rows !== undefined) {\n w = Math.round(imgCols * cw);\n h = Math.round(imgRows * ch);\n }\n\n if (w * h > this._opts.pixelLimit) {\n throw new Error('image exceeds pixel limit');\n }\n\n // Save cursor position before addImage modifies it\n const buffer = this._coreTerminal._core.buffer;\n const savedX = buffer.x;\n const savedY = buffer.y;\n const savedYbase = buffer.ybase;\n\n // Determine layer based on z-index: negative = behind text, 0+ = on top.\n // When z<0 we always use the bottom layer even without allowTransparency —\n // the image will simply be hidden behind the opaque text background, which\n // is the correct behavior (client asked for \"behind text\").\n const wantsBottom = cmd.zIndex !== undefined && cmd.zIndex < 0;\n const layer: ImageLayer = wantsBottom ? 'bottom' : 'top';\n\n if (w !== bitmap.width || h !== bitmap.height) {\n const scaled = await createImageBitmap(bitmap, { resizeWidth: w, resizeHeight: h });\n bitmap.close();\n bitmap = scaled;\n }\n\n // Per spec: X/Y are pixel offsets within the first cell, so clamp to cell dimensions\n const xOffset = Math.min(Math.max(0, cmd.xOffset ?? 0), cw - 1);\n const yOffset = Math.min(Math.max(0, cmd.yOffset ?? 0), ch - 1);\n if (xOffset !== 0 || yOffset !== 0) {\n // Per spec: X/Y is not added to c/r area. When c/r are explicit, the\n // total placement area remains c*cw × r*ch pixels and the offset image\n // is clipped to fit. When c/r are unset, the padded canvas determines\n // the natural cell dimensions.\n const canvasW = (cmd.columns !== undefined) ? Math.round(imgCols * cw) : bitmap.width + xOffset;\n const canvasH = (cmd.rows !== undefined) ? Math.round(imgRows * ch) : bitmap.height + yOffset;\n const offsetCanvas = ImageRenderer.createCanvas(window.document, canvasW, canvasH);\n const offsetCtx = offsetCanvas.getContext('2d');\n if (!offsetCtx) {\n throw new Error('Failed to create offset canvas context');\n }\n offsetCtx.drawImage(bitmap, xOffset, yOffset);\n\n const offsetBitmap = await createImageBitmap(offsetCanvas);\n offsetCanvas.width = offsetCanvas.height = 0;\n bitmap.close();\n bitmap = offsetBitmap;\n w = bitmap.width;\n h = bitmap.height;\n if (w * h > this._opts.pixelLimit) {\n throw new Error('image exceeds pixel limit');\n }\n if (cmd.columns === undefined) {\n imgCols = Math.ceil(bitmap.width / cw);\n }\n if (cmd.rows === undefined) {\n imgRows = Math.ceil(bitmap.height / ch);\n }\n }\n\n const zIndex = cmd.zIndex ?? 0;\n this._kittyStorage.addImage(image.id, bitmap, true, layer, zIndex);\n bitmap = undefined; // ownership transferred to storage\n\n // Kitty cursor movement\n // Per spec: cursor placed at first column after last image column,\n // on the last row of the image. C=1 means don't move cursor.\n if (cmd.cursorMovement === 1) {\n // C=1: restore cursor to position before image was placed\n const scrolled = buffer.ybase - savedYbase;\n buffer.x = savedX;\n // Can't restore cursor to scrollback?\n buffer.y = Math.max(savedY - scrolled, 0);\n } else {\n // Default (C=0): advance cursor horizontally past the image\n // addImage already positioned cursor on the last row via lineFeeds\n buffer.x = Math.min(savedX + imgCols, this._coreTerminal.cols);\n }\n } catch (e) {\n bitmap?.close();\n throw e;\n }\n }\n\n // Create ImageBitmap from already-decoded image data.\n private async _createBitmap(image: IKittyImageData): Promise {\n let bytes: Uint8Array = new Uint8Array(await image.data.arrayBuffer());\n\n if (image.compression === KittyCompression.ZLIB) {\n bytes = await this._decompressZlib(bytes);\n }\n\n if (image.format === KittyFormat.PNG) {\n const blob = new Blob([bytes as BlobPart], { type: 'image/png' });\n if (!window.createImageBitmap) {\n const url = URL.createObjectURL(blob);\n const img = new Image();\n return new Promise((resolve, reject) => {\n img.addEventListener('load', () => {\n URL.revokeObjectURL(url);\n const canvas = ImageRenderer.createCanvas(window.document, img.width, img.height);\n canvas.getContext('2d')?.drawImage(img, 0, 0);\n createImageBitmap(canvas).then(resolve).catch(reject);\n });\n img.addEventListener('error', () => {\n URL.revokeObjectURL(url);\n reject(new Error('Failed to load image'));\n });\n img.src = url;\n });\n }\n return createImageBitmap(blob);\n }\n\n // Raw pixel data\n const width = image.width;\n const height = image.height;\n\n if (!width || !height) {\n throw new Error('Width and height required for raw pixel data');\n }\n\n const bytesPerPixel = image.format === KittyFormat.RGBA ? BYTES_PER_PIXEL_RGBA : BYTES_PER_PIXEL_RGB;\n const expectedBytes = width * height * bytesPerPixel;\n\n if (bytes.length < expectedBytes) {\n throw new Error('Insufficient pixel data');\n }\n\n const pixelCount = width * height;\n\n if (image.format === KittyFormat.RGBA) {\n // RGBA: use bytes directly — no copy needed\n return createImageBitmap(new ImageData(new Uint8ClampedArray(bytes.buffer as ArrayBuffer, bytes.byteOffset, pixelCount * BYTES_PER_PIXEL_RGBA), width, height));\n }\n\n // RGB→RGBA: interleave alpha using uint32 block processing (4 pixels per iteration).\n // 3 uint32 reads + 4 uint32 writes per 4 pixels vs 28 byte reads/writes — ~6x faster.\n // Assumes little-endian (all modern browsers/Node.js).\n const data = new Uint8ClampedArray(pixelCount * BYTES_PER_PIXEL_RGBA);\n const src32 = new Uint32Array(bytes.buffer, bytes.byteOffset, Math.floor(bytes.byteLength / 4));\n const dst32 = new Uint32Array(data.buffer);\n const alignedPixels = pixelCount & ~3; // round down to multiple of 4\n\n let srcOffset = 0;\n let dstOffset = 0;\n for (let i = 0; i < alignedPixels; i += 4) {\n const b0 = src32[srcOffset++];\n const b1 = src32[srcOffset++];\n const b2 = src32[srcOffset++];\n // Little-endian: pixel bytes are [R,G,B] → uint32 ABGR layout\n dst32[dstOffset++] = 0xFF000000 | b0;\n dst32[dstOffset++] = 0xFF000000 | (b0 >>> 24) | (b1 << 8);\n dst32[dstOffset++] = 0xFF000000 | (b1 >>> 16) | (b2 << 16);\n dst32[dstOffset++] = 0xFF000000 | (b2 >>> 8);\n }\n\n // Handle remaining 1–3 pixels\n let srcByte = alignedPixels * BYTES_PER_PIXEL_RGB;\n let dstByte = alignedPixels * BYTES_PER_PIXEL_RGBA;\n for (let i = alignedPixels; i < pixelCount; i++) {\n data[dstByte] = bytes[srcByte];\n data[dstByte + 1] = bytes[srcByte + 1];\n data[dstByte + 2] = bytes[srcByte + 2];\n data[dstByte + 3] = ALPHA_OPAQUE;\n srcByte += BYTES_PER_PIXEL_RGB;\n dstByte += BYTES_PER_PIXEL_RGBA;\n }\n\n return createImageBitmap(new ImageData(data, width, height));\n }\n\n private async _decompressZlib(compressed: Uint8Array): Promise {\n try {\n return await this._decompress(compressed, 'deflate');\n } catch {\n return await this._decompress(compressed, 'deflate-raw');\n }\n }\n\n private async _decompress(compressed: Uint8Array, format: 'deflate' | 'deflate-raw'): Promise {\n const ds = new DecompressionStream(format);\n const writer = ds.writable.getWriter();\n writer.write(compressed as BufferSource);\n writer.close();\n\n const chunks: Uint8Array[] = [];\n const reader = ds.readable.getReader();\n\n while (true) {\n const { done, value } = await reader.read();\n if (done) break;\n chunks.push(value);\n }\n\n const totalLength = chunks.reduce((sum, chunk) => sum + chunk.length, 0);\n const result = new Uint8Array(totalLength);\n let offset = 0;\n for (const chunk of chunks) {\n result.set(chunk, offset);\n offset += chunk.length;\n }\n return result;\n }\n\n public get images(): ReadonlyMap {\n return this._kittyStorage.images;\n }\n\n public get _kittyIdToStorageId(): ReadonlyMap {\n return this._kittyStorage.kittyIdToStorageId;\n }\n\n public get pendingTransmissions(): ReadonlyMap {\n return this._pendingTransmissions;\n }\n}\n" }, { "path": "addons/addon-image/src/kitty/KittyGraphicsTypes.test.ts", "content": "/**\n * Copyright (c) 2026 The xterm.js authors. All rights reserved.\n * @license MIT\n */\nimport { assert } from 'chai';\nimport { parseKittyCommand, KittyAction, KittyFormat } from './KittyGraphicsTypes';\n\ndescribe('KittyGraphicsTypes', () => {\n describe('parseKittyCommand', () => {\n it('should parse control data with action and format', () => {\n const cmd = parseKittyCommand('a=T,f=100');\n assert.strictEqual(cmd.action, 'T');\n assert.strictEqual(cmd.format, 100);\n });\n\n it('should parse control data with all options', () => {\n const cmd = parseKittyCommand('a=t,f=32,i=5,s=10,v=20,c=3,r=2,m=1,q=2');\n assert.strictEqual(cmd.action, 't');\n assert.strictEqual(cmd.format, 32);\n assert.strictEqual(cmd.id, 5);\n assert.strictEqual(cmd.width, 10);\n assert.strictEqual(cmd.height, 20);\n assert.strictEqual(cmd.columns, 3);\n assert.strictEqual(cmd.rows, 2);\n assert.strictEqual(cmd.more, 1);\n assert.strictEqual(cmd.quiet, 2);\n });\n\n it('should handle empty control data', () => {\n const cmd = parseKittyCommand('');\n assert.strictEqual(cmd.action, undefined);\n assert.strictEqual(cmd.format, undefined);\n });\n\n it('should parse transmit action', () => {\n const cmd = parseKittyCommand('a=t,f=100');\n assert.strictEqual(cmd.action, KittyAction.TRANSMIT);\n assert.strictEqual(cmd.format, KittyFormat.PNG);\n });\n\n it('should parse delete action', () => {\n const cmd = parseKittyCommand('a=d,i=5');\n assert.strictEqual(cmd.action, KittyAction.DELETE);\n assert.strictEqual(cmd.id, 5);\n });\n\n it('should parse empty action as empty string', () => {\n const cmd = parseKittyCommand('a=,f=100');\n assert.strictEqual(cmd.action, '');\n assert.strictEqual(cmd.format, 100);\n });\n\n it('should leave action undefined when key is not present', () => {\n const cmd = parseKittyCommand('f=100,i=5');\n assert.strictEqual(cmd.action, undefined);\n assert.strictEqual(cmd.format, 100);\n assert.strictEqual(cmd.id, 5);\n });\n\n it('should parse compression key', () => {\n const cmd = parseKittyCommand('a=t,f=32,o=z');\n assert.strictEqual(cmd.action, 't');\n assert.strictEqual(cmd.format, 32);\n assert.strictEqual(cmd.compression, 'z');\n });\n\n it('should parse cursor movement key', () => {\n const cmd = parseKittyCommand('a=T,f=100,C=1');\n assert.strictEqual(cmd.cursorMovement, 1);\n });\n\n it('should parse cursor movement key C=0', () => {\n const cmd = parseKittyCommand('a=T,f=100,C=0');\n assert.strictEqual(cmd.cursorMovement, 0);\n });\n\n it('should parse x and y offset', () => {\n const cmd = parseKittyCommand('a=T,x=10,y=20');\n assert.strictEqual(cmd.x, 10);\n assert.strictEqual(cmd.y, 20);\n });\n\n it('should handle keys without values', () => {\n const cmd = parseKittyCommand('a=t,f=,i=5');\n assert.strictEqual(cmd.action, 't');\n assert.ok(isNaN(cmd.format!));\n assert.strictEqual(cmd.id, 5);\n });\n\n it('should parse z-index key with positive value', () => {\n const cmd = parseKittyCommand('a=T,f=100,z=10');\n assert.strictEqual(cmd.zIndex, 10);\n });\n\n it('should parse z-index key with zero', () => {\n const cmd = parseKittyCommand('a=T,f=100,z=0');\n assert.strictEqual(cmd.zIndex, 0);\n });\n\n it('should parse z-index key with negative value', () => {\n const cmd = parseKittyCommand('a=T,f=100,z=-1');\n assert.strictEqual(cmd.zIndex, -1);\n });\n\n it('should leave zIndex undefined when not specified', () => {\n const cmd = parseKittyCommand('a=T,f=100');\n assert.strictEqual(cmd.zIndex, undefined);\n });\n\n it('should parse delete selector key', () => {\n const cmd = parseKittyCommand('a=d,d=i,i=5');\n assert.strictEqual(cmd.action, 'd');\n assert.strictEqual(cmd.deleteSelector, 'i');\n assert.strictEqual(cmd.id, 5);\n });\n\n it('should parse uppercase delete selector', () => {\n const cmd = parseKittyCommand('a=d,d=A');\n assert.strictEqual(cmd.deleteSelector, 'A');\n });\n\n it('should parse delete selector d=a (all)', () => {\n const cmd = parseKittyCommand('a=d,d=a');\n assert.strictEqual(cmd.deleteSelector, 'a');\n });\n\n it('should leave deleteSelector undefined when not specified', () => {\n const cmd = parseKittyCommand('a=d,i=5');\n assert.strictEqual(cmd.deleteSelector, undefined);\n });\n\n it('should parse placement id key', () => {\n const cmd = parseKittyCommand('a=d,d=i,i=5,p=3');\n assert.strictEqual(cmd.placementId, 3);\n assert.strictEqual(cmd.deleteSelector, 'i');\n assert.strictEqual(cmd.id, 5);\n });\n\n it('should leave placementId undefined when not specified', () => {\n const cmd = parseKittyCommand('a=d,d=i,i=5');\n assert.strictEqual(cmd.placementId, undefined);\n });\n\n it('should parse image number key', () => {\n const cmd = parseKittyCommand('a=t,f=100,I=42');\n assert.strictEqual(cmd.imageNumber, 42);\n });\n });\n});\n" }, { "path": "addons/addon-image/src/kitty/KittyGraphicsTypes.ts", "content": "/**\n * Copyright (c) 2026 The xterm.js authors. All rights reserved.\n * @license MIT\n *\n * Kitty graphics protocol types, constants, and parsing utilities.\n */\n\nimport type Base64Decoder from 'xterm-wasm-parts/lib/base64/Base64Decoder.wasm';\n\n// Kitty graphics protocol action types.\n// See: https://sw.kovidgoyal.net/kitty/graphics-protocol/#control-data-reference under key 'a'.\nexport const enum KittyAction {\n TRANSMIT = 't',\n TRANSMIT_DISPLAY = 'T',\n QUERY = 'q',\n PLACEMENT = 'p',\n DELETE = 'd'\n}\n\n// Kitty graphics protocol format types.\n// See: https://sw.kovidgoyal.net/kitty/graphics-protocol/#control-data-reference\nexport const enum KittyFormat {\n RGB = 24,\n RGBA = 32,\n PNG = 100\n}\n\n// Kitty graphics protocol compression types.\n// See: https://sw.kovidgoyal.net/kitty/graphics-protocol/#control-data-reference under key 'o'.\nexport const enum KittyCompression {\n NONE = '',\n ZLIB = 'z'\n}\n\n// Kitty graphics protocol control data keys.\n// See: https://sw.kovidgoyal.net/kitty/graphics-protocol/#control-data-reference\nexport const enum KittyKey {\n // Action to perform (t=transmit, T=transmit+display, q=query, p=placement, d=delete)\n ACTION = 'a',\n // Image format (24=RGB, 32=RGBA, 100=PNG)\n FORMAT = 'f',\n // Image ID for referencing stored images\n ID = 'i',\n // Image number (alternative to ID, terminal assigns ID)\n IMAGE_NUMBER = 'I',\n // Source image width in pixels\n WIDTH = 's',\n // Source image height in pixels\n HEIGHT = 'v',\n // The left edge (in pixels) of the image area to display\n X_OFFSET = 'x',\n // The top edge (in pixels) of the image area to display\n Y_OFFSET = 'y',\n // Width (in pixels) of the source rectangle to display\n SOURCE_WIDTH = 'w',\n // Height (in pixels) of the source rectangle to display\n SOURCE_HEIGHT = 'h',\n // Horizontal offset (in pixels) within the first cell\n X_PLACEMENT_OFFSET = 'X',\n // Vertical offset (in pixels) within the first cell\n Y_PLACEMENT_OFFSET = 'Y',\n // Number of terminal columns to display the image over\n COLUMNS = 'c',\n // Number of terminal rows to display the image over\n ROWS = 'r',\n // More data flag (1=more chunks coming, 0=final chunk)\n MORE = 'm',\n // Compression type (z=zlib). This is essential for chunking larger images.\n COMPRESSION = 'o',\n // Quiet mode (1=suppress OK responses, 2=suppress error responses)\n QUIET = 'q',\n // Cursor movement policy (0=move cursor after image, 1=don't move cursor)\n CURSOR_MOVEMENT = 'C',\n // Z-index for image layering (negative = behind text, 0+ = on top)\n Z_INDEX = 'z',\n // Transmission medium (d=direct, f=file, t=temp file, s=shared memory)\n TRANSMISSION = 't',\n // Delete selector (a/A=all, i/I=by id, c/C=at cursor, etc.) — only used when a=d\n DELETE_SELECTOR = 'd',\n // Placement ID for targeting specific placements\n PLACEMENT_ID = 'p'\n}\n\n// Pixel format constants\nexport const BYTES_PER_PIXEL_RGB = 3;\nexport const BYTES_PER_PIXEL_RGBA = 4;\nexport const ALPHA_OPAQUE = 255;\n\n// Parsed Kitty graphics command.\nexport interface IKittyCommand {\n action?: string;\n format?: number;\n id?: number;\n imageNumber?: number;\n width?: number;\n height?: number;\n x?: number;\n y?: number;\n sourceWidth?: number;\n sourceHeight?: number;\n xOffset?: number;\n yOffset?: number;\n columns?: number;\n rows?: number;\n more?: number;\n quiet?: number;\n cursorMovement?: number;\n zIndex?: number;\n transmission?: string;\n deleteSelector?: string;\n placementId?: number;\n compression?: string;\n payload?: string;\n}\n\n// Pending chunked transmission state.\n// Stores metadata from the first chunk while accumulating decoded payload data.\nexport interface IPendingTransmission {\n // The parsed command from the first chunk (contains action, format, dimensions, etc.)\n cmd: IKittyCommand;\n // Decoder used across chunked payloads\n decoder: Base64Decoder;\n // Total encoded (base64) bytes received across all chunks - for size limit enforcement\n totalEncodedSize: number;\n // Whether any chunk has failed to decode\n decodeError: boolean;\n}\n\n// Stored Kitty image data.\nexport interface IKittyImageData {\n id: number;\n // Decoded image data stored as Blob (off JS heap) to avoid 2GB heap limit\n data: Blob;\n width: number;\n height: number;\n format: 24 | 32 | 100;\n compression?: string;\n}\n\n// Parses Kitty graphics control data into a command object.\nexport function parseKittyCommand(data: string): IKittyCommand {\n const cmd: IKittyCommand = {};\n const parts = data.split(',');\n\n for (const part of parts) {\n const eqIdx = part.indexOf('=');\n if (eqIdx === -1) continue;\n\n const key = part.substring(0, eqIdx);\n const value = part.substring(eqIdx + 1);\n\n // Handle string keys first\n if (key === KittyKey.ACTION) {\n cmd.action = value;\n continue;\n }\n if (key === KittyKey.COMPRESSION) {\n cmd.compression = value;\n continue;\n }\n if (key === KittyKey.TRANSMISSION) {\n cmd.transmission = value;\n continue;\n }\n if (key === KittyKey.DELETE_SELECTOR) {\n cmd.deleteSelector = value;\n continue;\n }\n const numValue = parseInt(value);\n switch (key) {\n case KittyKey.FORMAT: cmd.format = numValue; break;\n case KittyKey.ID: cmd.id = numValue; break;\n case KittyKey.IMAGE_NUMBER: cmd.imageNumber = numValue; break;\n case KittyKey.WIDTH: cmd.width = numValue; break;\n case KittyKey.HEIGHT: cmd.height = numValue; break;\n case KittyKey.X_OFFSET: cmd.x = numValue; break;\n case KittyKey.Y_OFFSET: cmd.y = numValue; break;\n case KittyKey.SOURCE_WIDTH: cmd.sourceWidth = numValue; break;\n case KittyKey.SOURCE_HEIGHT: cmd.sourceHeight = numValue; break;\n case KittyKey.X_PLACEMENT_OFFSET: cmd.xOffset = numValue; break;\n case KittyKey.Y_PLACEMENT_OFFSET: cmd.yOffset = numValue; break;\n case KittyKey.COLUMNS: cmd.columns = numValue; break;\n case KittyKey.ROWS: cmd.rows = numValue; break;\n case KittyKey.MORE: cmd.more = numValue; break;\n case KittyKey.QUIET: cmd.quiet = numValue; break;\n case KittyKey.CURSOR_MOVEMENT: cmd.cursorMovement = numValue; break;\n case KittyKey.Z_INDEX: cmd.zIndex = numValue; break;\n case KittyKey.PLACEMENT_ID: cmd.placementId = numValue; break;\n }\n }\n\n return cmd;\n}\n" }, { "path": "addons/addon-image/src/kitty/KittyImageStorage.ts", "content": "/**\n * Copyright (c) 2026 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { IDisposable } from '@xterm/xterm';\nimport { ImageStorage } from '../ImageStorage';\nimport { ImageLayer } from '../Types';\nimport { IKittyImageData } from './KittyGraphicsTypes';\n\n// Kitty-specific image storage controller.\n//\n// Wraps shared ImageStorage with kitty protocol semantics:\n// - tracks transmitted image payloads by kitty image id\n// - tracks kitty image id -> shared ImageStorage id mapping for displayed images\n// - mirrors shared-storage evictions into kitty maps\n// - applies protocol-level undisplayed-image eviction policy\nexport class KittyImageStorage implements IDisposable {\n private static readonly _maxStoredImages = 256;\n\n private _nextImageId = 1;\n private readonly _images: Map = new Map();\n // TODO: Support multiple placements per image. The kitty spec identifies\n // placements by an (image id, placement id) pair — same i + different p\n // values should coexist, and same i + same p should replace the prior\n // placement. Currently we track only one storage entry per kitty image id,\n // so multiple placements of the same image overwrite each other. Fixing\n // this requires changing these maps to Map>\n // (kittyId → placementId → storageId) and updating addImage/deleteById\n // accordingly. The underlying shared ImageStorage would also need to\n // support multiple entries per logical image.\n private readonly _kittyIdToStorageId: Map = new Map();\n private readonly _storageIdToKittyId: Map = new Map();\n\n private readonly _previousOnImageDeleted: ((storageId: number) => void) | undefined;\n private readonly _wrappedOnImageDeleted: (storageId: number) => void;\n private readonly _handleStorageImageDeleted = (storageId: number): void => {\n const kittyId = this._storageIdToKittyId.get(storageId);\n if (kittyId !== undefined) {\n this._kittyIdToStorageId.delete(kittyId);\n this._storageIdToKittyId.delete(storageId);\n this._images.delete(kittyId);\n }\n };\n\n constructor(\n private readonly _storage: ImageStorage\n ) {\n this._previousOnImageDeleted = this._storage.onImageDeleted;\n this._wrappedOnImageDeleted = (storageId: number) => {\n this._previousOnImageDeleted?.(storageId);\n this._handleStorageImageDeleted(storageId);\n };\n this._storage.onImageDeleted = this._wrappedOnImageDeleted;\n }\n\n public reset(): void {\n this._nextImageId = 1;\n this._images.clear();\n this._kittyIdToStorageId.clear();\n this._storageIdToKittyId.clear();\n }\n\n public dispose(): void {\n this.reset();\n if (this._storage.onImageDeleted === this._wrappedOnImageDeleted) {\n this._storage.onImageDeleted = this._previousOnImageDeleted;\n }\n }\n\n public storeImage(id: number | undefined, imageData: Omit): number {\n const imageId = id ?? this._nextImageId++;\n\n const oldStorageId = this._kittyIdToStorageId.get(imageId);\n if (oldStorageId !== undefined) {\n this._storage.deleteImage(oldStorageId);\n this._kittyIdToStorageId.delete(imageId);\n this._storageIdToKittyId.delete(oldStorageId);\n }\n\n if (!this._images.has(imageId) && this._images.size >= KittyImageStorage._maxStoredImages) {\n this._evictUndisplayedImages();\n }\n\n this._images.set(imageId, {\n ...imageData,\n id: imageId\n });\n return imageId;\n }\n\n public addImage(kittyId: number, image: HTMLCanvasElement | ImageBitmap, scrolling: boolean, layer: ImageLayer, zIndex: number): void {\n // Clean up stale reverse-mapping from a previous placement of the same\n // kitty image. The old shared-storage entry is kept (it may still be\n // visible on screen) but its reverse mapping is removed so that eviction\n // of the old entry won't incorrectly delete the kitty image data.\n const oldStorageId = this._kittyIdToStorageId.get(kittyId);\n if (oldStorageId !== undefined) {\n this._storageIdToKittyId.delete(oldStorageId);\n }\n const storageId = this._storage.addImage(image, scrolling, layer, zIndex);\n this._kittyIdToStorageId.set(kittyId, storageId);\n this._storageIdToKittyId.set(storageId, kittyId);\n }\n\n public getImage(kittyId: number): IKittyImageData | undefined {\n return this._images.get(kittyId);\n }\n\n public deleteById(kittyId: number): void {\n this._images.delete(kittyId);\n const storageId = this._kittyIdToStorageId.get(kittyId);\n if (storageId !== undefined) {\n this._storage.deleteImage(storageId);\n this._kittyIdToStorageId.delete(kittyId);\n this._storageIdToKittyId.delete(storageId);\n }\n }\n\n public deleteAll(): void {\n this._images.clear();\n for (const storageId of this._kittyIdToStorageId.values()) {\n this._storage.deleteImage(storageId);\n }\n this._kittyIdToStorageId.clear();\n this._storageIdToKittyId.clear();\n }\n\n public get images(): ReadonlyMap {\n return this._images;\n }\n\n public get kittyIdToStorageId(): ReadonlyMap {\n return this._kittyIdToStorageId;\n }\n\n public get lastImageId(): number {\n return this._nextImageId - 1;\n }\n\n private _evictUndisplayedImages(): void {\n for (const [kittyId] of this._images) {\n if (this._images.size <= KittyImageStorage._maxStoredImages / 2) {\n break;\n }\n if (!this._kittyIdToStorageId.has(kittyId)) {\n this._images.delete(kittyId);\n }\n }\n }\n}\n" }, { "path": "addons/addon-image/src/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"target\": \"es2017\",\n \"module\": \"commonjs\",\n \"sourceMap\": true,\n \"outDir\": \"../out\",\n \"rootDir\": \".\",\n \"strict\": true,\n \"noUnusedLocals\": true,\n \"preserveWatchOutput\": true,\n \"types\": [\n \"../../../node_modules/@types/mocha\"\n ],\n \"paths\": {\n \"browser/*\": [ \"../../../src/browser/*\" ],\n \"common/*\": [ \"../../../src/common/*\" ],\n \"@xterm/addon-image\": [ \"../typings/addon-image.d.ts\" ],\n \"*\": [ \"./*\" ]\n }\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n { \"path\": \"../../../src/browser\" },\n { \"path\": \"../../../src/common\" }\n ]\n}\n" }, { "path": "addons/addon-image/test/ImageAddon.test.ts", "content": "/**\n * Copyright (c) 2020 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport test from '@playwright/test';\nimport { readFileSync } from 'fs';\nimport { FINALIZER, introducer, sixelEncode } from 'sixel';\nimport { ITestContext, createTestContext, openTerminal, pollFor, timeout } from '../../../test/playwright/TestUtils';\nimport { deepStrictEqual, ok, strictEqual } from 'assert';\n\n/**\n * Plugin ctor options.\n */\nexport interface IImageAddonOptions {\n enableSizeReports: boolean;\n pixelLimit: number;\n storageLimit: number;\n showPlaceholder: boolean;\n sixelSupport: boolean;\n sixelScrolling: boolean;\n sixelPaletteLimit: number;\n sixelSizeLimit: number;\n iipSupport: boolean;\n iipSizeLimit: number;\n kittySupport: boolean;\n kittySizeLimit: number;\n}\n\n// eslint-disable-next-line\ndeclare const ImageAddon: {\n new(options?: Partial): any;\n};\n\ninterface ITestData {\n width: number;\n height: number;\n bytes: Uint8Array;\n palette: number[];\n sixel: string;\n}\n\ninterface IDimensions {\n cellWidth: number;\n cellHeight: number;\n width: number;\n height: number;\n}\n\n// image: 640 x 80, 512 color\nconst TESTDATA: ITestData = (() => {\n const data8 = readFileSync('./addons/addon-image/fixture/palette.blob');\n const data32 = new Uint32Array(data8.buffer);\n const palette = new Set();\n for (let i = 0; i < data32.length; ++i) palette.add(data32[i]);\n const sixel = sixelEncode(data8, 640, 80, [...palette]);\n return {\n width: 640,\n height: 80,\n bytes: data8,\n palette: [...palette],\n sixel\n };\n})();\nconst SIXEL_SEQ_0 = introducer(0) + TESTDATA.sixel + FINALIZER;\n// const SIXEL_SEQ_1 = introducer(1) + TESTDATA.sixel + FINALIZER;\n// const SIXEL_SEQ_2 = introducer(2) + TESTDATA.sixel + FINALIZER;\n\n// NOTE: the data is loaded as string for easier transport through playwright\nconst TESTDATA_IIP: [string, [number, number]][] = [\n [readFileSync('./addons/addon-image/fixture/iip/palette.iip', { encoding: 'utf-8' }), [640, 80]],\n [readFileSync('./addons/addon-image/fixture/iip/spinfox.iip', { encoding: 'utf-8' }), [148, 148]],\n [readFileSync('./addons/addon-image/fixture/iip/w3c_gif.iip', { encoding: 'utf-8' }), [72, 48]],\n [readFileSync('./addons/addon-image/fixture/iip/w3c_jpg.iip', { encoding: 'utf-8' }), [72, 48]],\n [readFileSync('./addons/addon-image/fixture/iip/w3c_png.iip', { encoding: 'utf-8' }), [72, 48]]\n];\n\nlet ctx: ITestContext;\ntest.beforeAll(async ({ browser }) => {\n ctx = await createTestContext(browser);\n await openTerminal(ctx, { cols: 80, rows: 24 });\n});\ntest.afterAll(async () => await ctx.page.close());\n\ntest.describe('ImageAddon', () => {\n\n test.beforeEach(async ({}, testInfo) => {\n // DEBT: This test never worked on webkit\n if (ctx.browser.browserType().name() === 'webkit') {\n testInfo.skip();\n return;\n }\n await ctx.page.evaluate(`\n window.term.reset()\n window.imageAddon?.dispose();\n window.imageAddon = new ImageAddon({ sixelPaletteLimit: 512 });\n window.term.loadAddon(window.imageAddon);\n `);\n });\n\n test('test for private accessors', async () => {\n // terminal privates\n const accessors = [\n '_core',\n '_core._renderService',\n '_core._inputHandler',\n '_core._inputHandler._parser',\n '_core._inputHandler._curAttrData',\n '_core._inputHandler._dirtyRowTracker',\n '_core._themeService.colors',\n '_core._coreBrowserService'\n ];\n for (const prop of accessors) {\n strictEqual(\n await ctx.page.evaluate('(() => { const v = window.term.' + prop + '; return v !== undefined && v !== null; })()'),\n true, `problem at ${prop}`\n );\n }\n // bufferline privates\n strictEqual(await ctx.page.evaluate('window.term._core.buffer.lines.get(0)._data instanceof Uint32Array'), true);\n strictEqual(await ctx.page.evaluate('window.term._core.buffer.lines.get(0)._extendedAttrs instanceof Object'), true);\n // inputhandler privates\n strictEqual(await ctx.page.evaluate('window.term._core._inputHandler._curAttrData.constructor.name'), '_AttributeData');\n strictEqual(await ctx.page.evaluate('window.term._core._inputHandler._parser.constructor.name'), 'EscapeSequenceParser');\n });\n\n test.describe('ctor options', () => {\n test('empty settings should load defaults', async () => {\n const DEFAULT_OPTIONS: IImageAddonOptions = {\n enableSizeReports: true,\n pixelLimit: 16777216,\n sixelSupport: true,\n sixelScrolling: true,\n sixelPaletteLimit: 512, // set to 512 to get example image working\n sixelSizeLimit: 25000000,\n storageLimit: 128,\n showPlaceholder: true,\n iipSupport: true,\n iipSizeLimit: 20000000,\n kittySupport: true,\n kittySizeLimit: 20000000\n };\n deepStrictEqual(await ctx.page.evaluate(`window.imageAddon._opts`), DEFAULT_OPTIONS);\n });\n test('custom settings should overload defaults', async () => {\n const customSettings: IImageAddonOptions = {\n enableSizeReports: false,\n pixelLimit: 5,\n sixelSupport: false,\n sixelScrolling: false,\n sixelPaletteLimit: 1024,\n sixelSizeLimit: 1000,\n storageLimit: 10,\n showPlaceholder: false,\n iipSupport: false,\n iipSizeLimit: 1000,\n kittySupport: false,\n kittySizeLimit: 1000\n };\n await ctx.page.evaluate(opts => {\n (window as any).imageAddonCustom = new ImageAddon(opts.opts);\n (window as any).term.loadAddon((window as any).imageAddonCustom);\n }, { opts: customSettings });\n deepStrictEqual(await ctx.page.evaluate(`window.imageAddonCustom._opts`), customSettings);\n });\n });\n\n test.describe('scrolling & cursor modes', () => {\n test('testdata default (scrolling with VT240 cursor pos)', async () => {\n const dim = await getDimensions();\n await ctx.proxy.write(SIXEL_SEQ_0);\n deepStrictEqual(await getCursor(), [0, Math.floor(TESTDATA.height/dim.cellHeight)]);\n // moved to right by 10 cells\n await ctx.proxy.write('#'.repeat(10) + SIXEL_SEQ_0);\n deepStrictEqual(await getCursor(), [10, Math.floor(TESTDATA.height/dim.cellHeight) * 2]);\n });\n test('write testdata noScrolling', async () => {\n await ctx.proxy.write('\\x1b[?80h' + SIXEL_SEQ_0);\n deepStrictEqual(await getCursor(), [0, 0]);\n // second draw does not change anything\n await ctx.proxy.write(SIXEL_SEQ_0);\n deepStrictEqual(await getCursor(), [0, 0]);\n });\n test('testdata cursor always at VT240 pos', async () => {\n const dim = await getDimensions();\n // offset 0\n await ctx.proxy.write(SIXEL_SEQ_0);\n deepStrictEqual(await getCursor(), [0, Math.floor(TESTDATA.height/dim.cellHeight)]);\n // moved to right by 10 cells\n await ctx.proxy.write('#'.repeat(10) + SIXEL_SEQ_0);\n deepStrictEqual(await getCursor(), [10, Math.floor(TESTDATA.height/dim.cellHeight) * 2]);\n // moved by 30 cells (+10 prev)\n await ctx.proxy.write('#'.repeat(30) + SIXEL_SEQ_0);\n deepStrictEqual(await getCursor(), [10 + 30, Math.floor(TESTDATA.height/dim.cellHeight) * 3]);\n });\n });\n\n test.describe('image lifecycle & eviction', () => {\n test('onImageAdded fires for each image', async () => {\n await ctx.page.evaluate(`\n window._imageAddedCount = 0;\n window.imageAddon.onImageAdded(() => { window._imageAddedCount++; });\n `);\n await ctx.proxy.write(SIXEL_SEQ_0);\n await pollFor(ctx.page, 'window._imageAddedCount', 1);\n await ctx.proxy.write(SIXEL_SEQ_0);\n await pollFor(ctx.page, 'window._imageAddedCount', 2);\n await ctx.proxy.write(SIXEL_SEQ_0);\n await pollFor(ctx.page, 'window._imageAddedCount', 3);\n });\n test('delete image once scrolled off', async () => {\n await ctx.proxy.write(SIXEL_SEQ_0);\n pollFor(ctx.page, 'window.imageAddon._storage._images.size', 1);\n // scroll to scrollback + rows - 1\n await ctx.page.evaluate(\n scrollback => new Promise(res => (window as any).term.write('\\n'.repeat(scrollback), res)),\n (await getScrollbackPlusRows() - 1)\n );\n // wait here, as we have to make sure, that eviction did not yet occur\n await timeout(100);\n pollFor(ctx.page, 'window.imageAddon._storage._images.size', 1);\n // scroll one further should delete the image\n await ctx.page.evaluate(() => new Promise(res => (window as any).term.write('\\n', res)));\n pollFor(ctx.page, 'window.imageAddon._storage._images.size', 0);\n });\n test('get storageUsage', async () => {\n strictEqual(await ctx.page.evaluate('window.imageAddon.storageUsage'), 0);\n await ctx.proxy.write(SIXEL_SEQ_0);\n ok(Math.abs((await ctx.page.evaluate('window.imageAddon.storageUsage')) - 640 * 80 * 4 / 1000000) < 0.05);\n });\n test('get/set storageLimit', async () => {\n strictEqual(await ctx.page.evaluate('window.imageAddon.storageLimit'), 128);\n strictEqual(await ctx.page.evaluate('window.imageAddon.storageLimit = 1'), 1);\n strictEqual(await ctx.page.evaluate('window.imageAddon.storageLimit'), 1);\n });\n test('remove images by storage limit pressure', async () => {\n strictEqual(await ctx.page.evaluate('window.imageAddon.storageLimit = 1'), 1);\n // never go beyond storage limit\n await ctx.proxy.write(SIXEL_SEQ_0);\n await ctx.proxy.write(SIXEL_SEQ_0);\n await ctx.proxy.write(SIXEL_SEQ_0);\n await ctx.proxy.write(SIXEL_SEQ_0);\n await timeout(100);\n const usage = await ctx.page.evaluate('window.imageAddon.storageUsage');\n await ctx.proxy.write(SIXEL_SEQ_0);\n await ctx.proxy.write(SIXEL_SEQ_0);\n await ctx.proxy.write(SIXEL_SEQ_0);\n await ctx.proxy.write(SIXEL_SEQ_0);\n await timeout(100);\n strictEqual(await ctx.page.evaluate('window.imageAddon.storageUsage'), usage);\n strictEqual(usage as number < 1, true);\n });\n test('set storageLimit removes images synchronously', async () => {\n await ctx.proxy.write(SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0);\n const usage: number = await ctx.page.evaluate('window.imageAddon.storageUsage');\n const newUsage: number = await ctx.page.evaluate('window.imageAddon.storageLimit = 0.5; window.imageAddon.storageUsage');\n strictEqual(newUsage < usage, true);\n strictEqual(newUsage < 0.5, true);\n });\n test('clear alternate images on buffer change', async () => {\n strictEqual(await ctx.page.evaluate('window.imageAddon.storageUsage'), 0);\n await ctx.proxy.write('\\x1b[?1049h' + SIXEL_SEQ_0);\n ok(Math.abs((await ctx.page.evaluate('window.imageAddon.storageUsage')) - 640 * 80 * 4 / 1000000) < 0.05);\n await ctx.proxy.write('\\x1b[?1049l');\n strictEqual(await ctx.page.evaluate('window.imageAddon.storageUsage'), 0);\n });\n test('evict tiles by in-place overwrites (only full overwrite tested)', async () => {\n await timeout(50);\n await ctx.proxy.write('\\x1b[H' + SIXEL_SEQ_0 + '\\x1b[100;100H');\n await timeout(50);\n let usage = await ctx.page.evaluate('window.imageAddon.storageUsage');\n while (usage === 0) {\n await timeout(50);\n usage = await ctx.page.evaluate('window.imageAddon.storageUsage');\n }\n await ctx.proxy.write('\\x1b[H' + SIXEL_SEQ_0 + '\\x1b[100;100H');\n await timeout(200); // wait some time and re-check\n strictEqual(await ctx.page.evaluate('window.imageAddon.storageUsage'), usage);\n });\n test('manual eviction on alternate buffer must not miss images', async () => {\n await ctx.proxy.write('\\x1b[?1049h');\n await ctx.proxy.write(SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0);\n await timeout(100);\n const usage: number = await ctx.page.evaluate('window.imageAddon.storageUsage');\n await ctx.proxy.write(SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0);\n await ctx.proxy.write(SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0 + SIXEL_SEQ_0);\n await timeout(100);\n const newUsage: number = await ctx.page.evaluate('window.imageAddon.storageUsage');\n strictEqual(newUsage, usage);\n });\n });\n\n test.describe('IIP support - testimages', () => {\n test('palette.png', async () => {\n await ctx.proxy.write(TESTDATA_IIP[0][0]);\n deepStrictEqual(await getOrigSize(1), TESTDATA_IIP[0][1]);\n });\n test('spinfox.png', async () => {\n await ctx.proxy.write(TESTDATA_IIP[1][0]);\n deepStrictEqual(await getOrigSize(1), TESTDATA_IIP[1][1]);\n });\n test('w3c gif', async () => {\n await ctx.proxy.write(TESTDATA_IIP[2][0]);\n deepStrictEqual(await getOrigSize(1), TESTDATA_IIP[2][1]);\n });\n test('w3c jpeg', async () => {\n await ctx.proxy.write(TESTDATA_IIP[3][0]);\n deepStrictEqual(await getOrigSize(1), TESTDATA_IIP[3][1]);\n });\n test('w3c png', async () => {\n await ctx.proxy.write(TESTDATA_IIP[4][0]);\n deepStrictEqual(await getOrigSize(1), TESTDATA_IIP[4][1]);\n });\n });\n});\n\n/**\n * terminal access helpers.\n */\nasync function getDimensions(): Promise {\n const dimensions: any = await ctx.page.evaluate(`term.dimensions`);\n return {\n cellWidth: Math.round(dimensions.css.cell.width),\n cellHeight: Math.round(dimensions.css.cell.height),\n width: Math.round(dimensions.css.canvas.width),\n height: Math.round(dimensions.css.canvas.height)\n };\n}\n\nasync function getCursor(): Promise<[number, number]> {\n return ctx.page.evaluate('[window.term.buffer.active.cursorX, window.term.buffer.active.cursorY]');\n}\n\nasync function getImageStorageLength(): Promise {\n return ctx.page.evaluate('window.imageAddon._storage._images.size');\n}\n\nasync function getScrollbackPlusRows(): Promise {\n return ctx.page.evaluate('window.term.options.scrollback + window.term.rows');\n}\n\nasync function getOrigSize(id: number): Promise<[number, number]> {\n return ctx.page.evaluate(`[\n window.imageAddon._storage._images.get(${id}).orig.width,\n window.imageAddon._storage._images.get(${id}).orig.height\n ]`);\n}\n" }, { "path": "addons/addon-image/test/KittyGraphics.test.ts", "content": "/**\n * Copyright (c) 2026 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport test from '@playwright/test';\nimport { readFileSync } from 'fs';\nimport { ITestContext, createTestContext, openTerminal, pollFor, timeout } from '../../../test/playwright/TestUtils';\nimport { deepStrictEqual, ok, strictEqual } from 'assert';\n\n/**\n * Plugin ctor options.\n */\nexport interface IImageAddonOptions {\n enableSizeReports: boolean;\n pixelLimit: number;\n storageLimit: number;\n showPlaceholder: boolean;\n sixelSupport: boolean;\n sixelScrolling: boolean;\n sixelPaletteLimit: number;\n sixelSizeLimit: number;\n iipSupport: boolean;\n iipSizeLimit: number;\n kittySupport: boolean;\n kittySizeLimit: number;\n}\n\n// eslint-disable-next-line\ndeclare const ImageAddon: {\n new(options?: Partial): any;\n};\n\ninterface IDimensions {\n cellWidth: number;\n cellHeight: number;\n width: number;\n height: number;\n}\n\n// Kitty graphics test images\nconst KITTY_BLACK_1X1_BASE64 = readFileSync('./addons/addon-image/fixture/kitty/black-1x1.png').toString('base64');\nconst KITTY_BLACK_1X1_BYTES = Array.from(readFileSync('./addons/addon-image/fixture/kitty/black-1x1.png'));\nconst KITTY_RGB_3X1_BASE64 = readFileSync('./addons/addon-image/fixture/kitty/rgb-3x1.png').toString('base64');\nconst KITTY_MULTICOLOR_200X100_BASE64 = readFileSync('./addons/addon-image/fixture/kitty/multicolor-200x100.png').toString('base64');\nconst KITTY_MULTICOLOR_200X100_BYTES = Array.from(readFileSync('./addons/addon-image/fixture/kitty/multicolor-200x100.png'));\n\n// Raw RGB pixel data (f=24): 3 bytes per pixel, no header — requires s= and v=\nconst RAW_RGB_1X1_BLACK = Buffer.from([0, 0, 0]).toString('base64');\nconst RAW_RGB_1X1_RED = Buffer.from([255, 0, 0]).toString('base64');\nconst RAW_RGB_3X1 = Buffer.from([\n 255, 0, 0,\n 0, 255, 0,\n 0, 0, 255\n]).toString('base64');\nconst RAW_RGB_2X2 = Buffer.from([\n 255, 0, 0, 0, 255, 0,\n 0, 0, 255, 255, 255, 0\n]).toString('base64');\n// 5 pixels (1 uint32 block + 1 remainder) — tests block+tail boundary\nconst RAW_RGB_5X1 = Buffer.from([\n 255, 0, 0,\n 0, 255, 0,\n 0, 0, 255,\n 255, 255, 0,\n 255, 0, 255\n]).toString('base64');\n// 8 pixels (2 full uint32 blocks, 0 remainder) — tests multi-block path\nconst RAW_RGB_4X2 = Buffer.from([\n 255, 0, 0, 0, 255, 0, 0, 0, 255, 255, 255, 0,\n 255, 0, 255, 0, 255, 255, 128, 128, 128, 255, 255, 255\n]).toString('base64');\n\n// Raw RGBA pixel data (f=32): 4 bytes per pixel, no header — requires s= and v=\nconst RAW_RGBA_1X1_WHITE = Buffer.from([255, 255, 255, 255]).toString('base64');\nconst RAW_RGBA_1X1_RED = Buffer.from([255, 0, 0, 255]).toString('base64');\nconst RAW_RGBA_1X1_TRANSPARENT = Buffer.from([0, 0, 0, 0]).toString('base64');\nconst RAW_RGBA_3X1 = Buffer.from([\n 255, 0, 0, 255,\n 0, 255, 0, 255,\n 0, 0, 255, 255\n]).toString('base64');\nconst RAW_RGBA_2X2 = Buffer.from([\n 255, 0, 0, 255, 0, 255, 0, 255,\n 0, 0, 255, 255, 255, 255, 0, 255\n]).toString('base64');\n// 5 pixels — tests RGBA zero-copy with non-power-of-2 count\nconst RAW_RGBA_5X1 = Buffer.from([\n 255, 0, 0, 255,\n 0, 255, 0, 255,\n 0, 0, 255, 255,\n 255, 255, 0, 255,\n 255, 0, 255, 255\n]).toString('base64');\n\nlet ctx: ITestContext;\ntest.beforeAll(async ({ browser }) => {\n ctx = await createTestContext(browser);\n await openTerminal(ctx, { cols: 80, rows: 24 });\n});\ntest.afterAll(async () => await ctx.page.close());\n\ntest.describe('Kitty Graphics Protocol', () => {\n // TODO: Add tests for larger images with various dimensions\n // TODO: Add tests for virtual placement (U=1)\n // TODO: Add tests for animation frames\n // TODO: Add performance tests for streaming large images\n // TODO: Implement cursor movement per Kitty spec - cursor should move by cols/rows after placement (unless C=1)\n // TODO: Distinguish lowercase delete selectors (placement only) from uppercase (placement + free data)\n\n test.beforeEach(async ({}, testInfo) => {\n // DEBT: This test never worked on webkit\n if (ctx.browser.browserType().name() === 'webkit') {\n testInfo.skip();\n return;\n }\n await ctx.page.evaluate(`\n window.term.reset()\n window.imageAddon?.dispose();\n window.imageAddon = new ImageAddon({ sixelPaletteLimit: 512 });\n window.term.loadAddon(window.imageAddon);\n `);\n });\n\n test.describe('Basic transmission and storage', () => {\n test('stores 1x1 black PNG with a=T (transmit and display)', async () => {\n const seq = `\\x1b_Ga=T,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`;\n await ctx.proxy.write(seq);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [1, 1]);\n });\n\n test('stores 3x1 RGB PNG with a=T', async () => {\n const seq = `\\x1b_Ga=T,f=100;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`;\n await ctx.proxy.write(seq);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [3, 1]);\n });\n\n test('transmit only (a=t) does not display but stores in handler', async () => {\n const seq = `\\x1b_Ga=t,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`;\n await ctx.proxy.write(seq);\n await timeout(100);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 1);\n });\n\n test('uses specified image ID', async () => {\n const seq = `\\x1b_Ga=t,f=100,i=42;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`;\n await ctx.proxy.write(seq);\n await timeout(100);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(42)`), true);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(1)`), false);\n });\n\n test('assigns auto-incrementing IDs when not specified', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Ga=t,f=100;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 2);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(1)`), true);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(2)`), true);\n });\n\n test('defaults to transmit action when action is omitted', async () => {\n const seq = `\\x1b_Gf=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`;\n await ctx.proxy.write(seq);\n await timeout(100);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 1);\n });\n\n test('ignores command when action is empty string', async () => {\n const seq = `\\x1b_Ga=,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`;\n await ctx.proxy.write(seq);\n await timeout(100);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 0);\n });\n });\n\n test.describe('Chunked transmission', () => {\n test('handles chunked transmission (m=1)', async () => {\n const half = Math.floor(KITTY_BLACK_1X1_BASE64.length / 2);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, half);\n const part2 = KITTY_BLACK_1X1_BASE64.substring(half);\n\n const seq1 = `\\x1b_Ga=T,f=100,i=99,m=1;${part1}\\x1b\\\\`;\n const seq2 = `\\x1b_Ga=T,f=100,i=99;${part2}\\x1b\\\\`;\n\n await ctx.proxy.write(seq1);\n await timeout(50);\n strictEqual(await getImageStorageLength(), 0);\n\n await ctx.proxy.write(seq2);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n });\n\n test('verifies chunked data is assembled correctly', async () => {\n const half = Math.floor(KITTY_BLACK_1X1_BASE64.length / 2);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, half);\n const part2 = KITTY_BLACK_1X1_BASE64.substring(half);\n\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=99,m=1;${part1}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=99;${part2}\\x1b\\\\`);\n await timeout(100);\n\n const storedData = await ctx.page.evaluate(async () => {\n const blob = (window as any).imageAddon._handlers.get('kitty').images.get(99).data;\n const buffer = await blob.arrayBuffer();\n return Array.from(new Uint8Array(buffer));\n });\n deepStrictEqual(storedData, KITTY_BLACK_1X1_BYTES);\n });\n\n test('enforces size limit across chunked transmissions', async () => {\n // Create a custom addon with very small size limit (100 bytes)\n // The 1x1 PNG is ~164 bytes base64, so 2 chunks should exceed 100\n await ctx.page.evaluate(() => {\n (window as any).smallLimitAddon = new ImageAddon({\n kittySupport: true,\n kittySizeLimit: 100 // Very small limit\n });\n (window as any).term.loadAddon((window as any).smallLimitAddon);\n });\n\n // Split the base64 data into two chunks\n const half = Math.floor(KITTY_BLACK_1X1_BASE64.length / 2);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, half);\n const part2 = KITTY_BLACK_1X1_BASE64.substring(half);\n\n // Send chunked data - first chunk (~82 bytes) is under limit\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=777,m=1;${part1}\\x1b\\\\`);\n await timeout(50);\n\n // Second chunk brings total to ~164 bytes, exceeding 100 byte limit\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=777;${part2}\\x1b\\\\`);\n await timeout(100);\n\n // Image should NOT be stored due to size limit\n strictEqual(await ctx.page.evaluate(`window.smallLimitAddon._handlers.get('kitty').images.has(777)`), false);\n\n // Cleanup\n await ctx.page.evaluate(() => {\n (window as any).smallLimitAddon.dispose();\n });\n });\n\n test('chunked a=T works when subsequent chunks omit i= (spec pattern)', async () => {\n const half = Math.floor(KITTY_BLACK_1X1_BASE64.length / 2);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, half);\n const part2 = KITTY_BLACK_1X1_BASE64.substring(half);\n\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=400,m=1;${part1}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await getImageStorageLength(), 0);\n\n await ctx.proxy.write(`\\x1b_Gm=0;${part2}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n });\n\n test('chunked a=t works when subsequent chunks omit i= (spec pattern)', async () => {\n const half = Math.floor(KITTY_BLACK_1X1_BASE64.length / 2);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, half);\n const part2 = KITTY_BLACK_1X1_BASE64.substring(half);\n\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=401,m=1;${part1}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Gm=0;${part2}\\x1b\\\\`);\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(401)`), true);\n });\n\n test('chunked data without i= on subsequent chunks is assembled correctly', async () => {\n const half = Math.floor(KITTY_BLACK_1X1_BASE64.length / 2);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, half);\n const part2 = KITTY_BLACK_1X1_BASE64.substring(half);\n\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=402,m=1;${part1}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Gm=0;${part2}\\x1b\\\\`);\n await timeout(100);\n\n const storedData = await ctx.page.evaluate(async () => {\n const blob = (window as any).imageAddon._handlers.get('kitty').images.get(402).data;\n const buffer = await blob.arrayBuffer();\n return Array.from(new Uint8Array(buffer));\n });\n deepStrictEqual(storedData, KITTY_BLACK_1X1_BYTES);\n });\n\n test('three-chunk transfer with only m= on middle and last chunks', async () => {\n const third = Math.floor(KITTY_BLACK_1X1_BASE64.length / 3);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, third);\n const part2End = third + Math.floor((KITTY_BLACK_1X1_BASE64.length - third) / 2);\n const alignedPart2End = part2End - (part2End - third) % 4 + third;\n const part2 = KITTY_BLACK_1X1_BASE64.substring(third, alignedPart2End);\n const part3 = KITTY_BLACK_1X1_BASE64.substring(alignedPart2End);\n\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=403,m=1;${part1}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Gm=1;${part2}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Gm=0;${part3}\\x1b\\\\`);\n await timeout(100);\n\n const storedData = await ctx.page.evaluate(async () => {\n const blob = (window as any).imageAddon._handlers.get('kitty').images.get(403).data;\n const buffer = await blob.arrayBuffer();\n return Array.from(new Uint8Array(buffer));\n });\n deepStrictEqual(storedData, KITTY_BLACK_1X1_BYTES);\n });\n\n test('chunked a=T without i= on any chunk works (no response)', async () => {\n const half = Math.floor(KITTY_BLACK_1X1_BASE64.length / 2);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, half);\n const part2 = KITTY_BLACK_1X1_BASE64.substring(half);\n\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,m=1;${part1}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await getImageStorageLength(), 0);\n\n await ctx.proxy.write(`\\x1b_Gm=0;${part2}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n });\n\n test('chunked transfer responds OK on final chunk when i= on first only', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n const half = Math.floor(KITTY_BLACK_1X1_BASE64.length / 2);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, half);\n const part2 = KITTY_BLACK_1X1_BASE64.substring(half);\n\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=405,m=1;${part1}\\x1b\\\\`);\n await timeout(50);\n\n let response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '');\n\n await ctx.proxy.write(`\\x1b_Gm=0;${part2}\\x1b\\\\`);\n await timeout(100);\n\n response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=405;OK\\x1b\\\\');\n });\n });\n\n test.describe('Delete commands', () => {\n test('delete command (a=d,d=i) removes specific image by id', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=10;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 1);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=i,i=10\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 0);\n });\n\n test('delete command (a=d) removes all images when no id specified', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=1;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=2;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 2);\n\n await ctx.proxy.write(`\\x1b_Ga=d\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 0);\n });\n\n test('delete by id aborts in-flight chunked upload', async () => {\n const half = Math.floor(KITTY_BLACK_1X1_BASE64.length / 2);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, half);\n\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=50,m=1;${part1}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').pendingTransmissions.size`), 1);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=i,i=50\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').pendingTransmissions.size`), 0);\n });\n\n test('delete by id only aborts targeted upload, not others', async () => {\n const half = Math.floor(KITTY_BLACK_1X1_BASE64.length / 2);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, half);\n\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=55,m=1;${part1}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=56,m=1;${part1}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').pendingTransmissions.size`), 2);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=i,i=55\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').pendingTransmissions.size`), 1);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').pendingTransmissions.has(56)`), true);\n });\n\n test('delete all aborts in-flight chunked upload', async () => {\n const half = Math.floor(KITTY_BLACK_1X1_BASE64.length / 2);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, half);\n\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=60,m=1;${part1}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=61,m=1;${part1}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').pendingTransmissions.size`), 2);\n\n await ctx.proxy.write(`\\x1b_Ga=d\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').pendingTransmissions.size`), 0);\n });\n\n test('d=i selector deletes specific image by id', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=80;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=81;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 2);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=i,i=80\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 1);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(81)`), true);\n });\n\n test('d=I selector deletes specific image by id (uppercase)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=82;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=83;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 2);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=I,i=82\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 1);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(83)`), true);\n });\n\n test('d=a selector deletes all images', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=84;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=85;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 2);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=a\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 0);\n });\n\n test('d=A selector deletes all images (uppercase)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=86;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=87;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 2);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=A\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 0);\n });\n\n test('d=a selector also removes displayed images from storage', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=88;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=a\\x1b\\\\`);\n await timeout(50);\n strictEqual(await getImageStorageLength(), 0);\n });\n\n test('d=i selector also removes displayed image from storage', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=89;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=i,i=89\\x1b\\\\`);\n await timeout(50);\n strictEqual(await getImageStorageLength(), 0);\n });\n\n test('d=i without id does nothing', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=90;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 1);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=i\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 1);\n });\n\n test('d=i selector clears pixels from canvas', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=92,q=1;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [0, 0, 0, 255]);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=i,i=92\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getPixel(0, 0, 0, 0), null);\n });\n\n test('d=a selector clears all pixels from canvas', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=93,q=1;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [0, 0, 0, 255]);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=a\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getPixel(0, 0, 0, 0), null);\n });\n\n test('unsupported delete selector is ignored', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=91;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 1);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=c\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 1);\n });\n\n test('chunks sent after delete are not assembled with previous data', async () => {\n const half = Math.floor(KITTY_BLACK_1X1_BASE64.length / 2);\n const part1 = KITTY_BLACK_1X1_BASE64.substring(0, half);\n const part2 = KITTY_BLACK_1X1_BASE64.substring(half);\n\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=70,m=1;${part1}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').pendingTransmissions.size`), 1);\n\n await ctx.proxy.write(`\\x1b_Ga=d\\x1b\\\\`);\n await timeout(50);\n\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=70;${part2}\\x1b\\\\`);\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(70)`), true);\n const storedSize: number = await ctx.page.evaluate(async () => {\n const blob = (window as any).imageAddon._handlers.get('kitty').images.get(70).data;\n return blob.size;\n });\n ok(storedSize < KITTY_BLACK_1X1_BYTES.length, 'stored data should be smaller than full image (only second half)');\n });\n });\n\n test.describe('Query support (a=q)', () => {\n test('responds with OK for capability query without payload', async () => {\n let response = '';\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write('\\x1b_Gi=31,a=q;\\x1b\\\\');\n await timeout(100);\n\n response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=31;OK\\x1b\\\\');\n });\n\n test('responds with OK for valid PNG query', async () => {\n let response = '';\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=42,a=q,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=42;OK\\x1b\\\\');\n });\n\n test('query does NOT store the image (unlike transmit)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).term.onData(() => { /* consume response */ });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=50,a=q,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(50)`), false);\n });\n\n test('responds with error for invalid base64', async () => {\n let response = '';\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write('\\x1b_Gi=60,a=q,f=100;!!!invalid!!!\\x1b\\\\');\n await timeout(100);\n\n response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response.startsWith('\\x1b_Gi=60;EINVAL:'), true);\n });\n\n test('responds with error for RGB data without dimensions', async () => {\n let response = '';\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write('\\x1b_Gi=70,a=q,f=24;AAAA\\x1b\\\\');\n await timeout(100);\n\n response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=70;EINVAL:width and height required for raw pixel data\\x1b\\\\');\n });\n\n test('suppresses OK response when q=1', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyGotResponse = false;\n (window as any).term.onData(() => { (window as any).kittyGotResponse = true; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=80,a=q,q=1,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate('window.kittyGotResponse'), false);\n });\n\n test('suppresses error response when q=2', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyGotResponse = false;\n (window as any).term.onData(() => { (window as any).kittyGotResponse = true; });\n });\n\n await ctx.proxy.write('\\x1b_Gi=90,a=q,q=2,f=100;!!!invalid!!!\\x1b\\\\');\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate('window.kittyGotResponse'), false);\n });\n\n test('responds with EINVAL when both i and I keys are specified', async () => {\n let response = '';\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n // Per spec: \"Specifying both i and I keys in any command is an error\"\n await ctx.proxy.write(`\\x1b_Gi=100,I=200,a=q,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=100;EINVAL:cannot specify both i and I keys\\x1b\\\\');\n });\n\n test('responds with EINVAL for i+I conflict even without payload', async () => {\n let response = '';\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n // Delete command with both i and I (no payload case)\n await ctx.proxy.write('\\x1b_Gi=101,I=201,a=d\\x1b\\\\');\n await timeout(100);\n\n response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=101;EINVAL:cannot specify both i and I keys\\x1b\\\\');\n });\n });\n\n test.describe('Error responses for transmit and display', () => {\n test('a=t sends EINVAL on decode error when id is specified', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write('\\x1b_Gi=110,a=t,f=100;!!!invalid!!!\\x1b\\\\');\n await timeout(100);\n\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=110;EINVAL:invalid base64 data\\x1b\\\\');\n });\n\n test('a=t sends no response on decode error without id', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyGotResponse = false;\n (window as any).term.onData(() => { (window as any).kittyGotResponse = true; });\n });\n\n await ctx.proxy.write('\\x1b_Ga=t,f=100;!!!invalid!!!\\x1b\\\\');\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate('window.kittyGotResponse'), false);\n });\n\n test('a=T sends EINVAL on decode error when id is specified', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write('\\x1b_Gi=120,a=T,f=100;!!!invalid!!!\\x1b\\\\');\n await timeout(100);\n\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=120;EINVAL:invalid base64 data\\x1b\\\\');\n });\n\n test('a=T sends no response on decode error without id', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyGotResponse = false;\n (window as any).term.onData(() => { (window as any).kittyGotResponse = true; });\n });\n\n await ctx.proxy.write('\\x1b_Ga=T,f=100;!!!invalid!!!\\x1b\\\\');\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate('window.kittyGotResponse'), false);\n });\n\n test('a=T sends EINVAL when raw pixel render fails (missing dimensions)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=130,a=T,f=24;${RAW_RGB_1X1_BLACK}\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response.startsWith('\\x1b_Gi=130;EINVAL:'), true);\n });\n\n test('a=T sends OK on successful render with id', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=140,a=T,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=140;OK\\x1b\\\\');\n });\n\n test('a=t sends OK on successful transmit with id', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=150,a=t,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=150;OK\\x1b\\\\');\n });\n\n test('a=t EINVAL suppressed by q=2', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyGotResponse = false;\n (window as any).term.onData(() => { (window as any).kittyGotResponse = true; });\n });\n\n await ctx.proxy.write('\\x1b_Gi=160,a=t,q=2,f=100;!!!invalid!!!\\x1b\\\\');\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate('window.kittyGotResponse'), false);\n });\n\n test('a=T EINVAL suppressed by q=2', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyGotResponse = false;\n (window as any).term.onData(() => { (window as any).kittyGotResponse = true; });\n });\n\n await ctx.proxy.write('\\x1b_Gi=170,a=T,q=2,f=100;!!!invalid!!!\\x1b\\\\');\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate('window.kittyGotResponse'), false);\n });\n\n test('a=t OK suppressed by q=1', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyGotResponse = false;\n (window as any).term.onData(() => { (window as any).kittyGotResponse = true; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=180,a=t,q=1,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate('window.kittyGotResponse'), false);\n });\n\n test('a=T OK suppressed by q=1', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyGotResponse = false;\n (window as any).term.onData(() => { (window as any).kittyGotResponse = true; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=190,a=T,q=1,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate('window.kittyGotResponse'), false);\n });\n });\n\n test.describe('Transmission medium rejection', () => {\n test('query rejects t=f (file transmission)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=200,a=q,t=f,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response.startsWith('\\x1b_Gi=200;EINVAL:'), true);\n });\n\n test('query rejects t=s (shared memory)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=201,a=q,t=s,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response.startsWith('\\x1b_Gi=201;EINVAL:'), true);\n });\n\n test('query rejects t=t (temp file)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=202,a=q,t=t,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response.startsWith('\\x1b_Gi=202;EINVAL:'), true);\n });\n\n test('query accepts t=d (direct transmission)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=203,a=q,t=d,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=203;OK\\x1b\\\\');\n });\n\n test('query without t key defaults to direct (OK)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=204,a=q,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=204;OK\\x1b\\\\');\n });\n\n test('transmit rejects t=f with id (EINVAL response)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=300,a=t,t=f,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response.startsWith('\\x1b_Gi=300;EINVAL:'), true);\n });\n\n test('transmit rejects t=s with id (EINVAL response)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=301,a=t,t=s,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response.startsWith('\\x1b_Gi=301;EINVAL:'), true);\n });\n\n test('transmit rejects t=t with id (EINVAL response)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=302,a=t,t=t,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response.startsWith('\\x1b_Gi=302;EINVAL:'), true);\n });\n\n test('transmit rejects t=f without id (no response)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Ga=t,t=f,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '');\n });\n\n test('transmit+display rejects t=f with id (EINVAL response)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=310,a=T,t=f,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response.startsWith('\\x1b_Gi=310;EINVAL:'), true);\n });\n\n test('transmit+display rejects t=s with id (EINVAL response)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=311,a=T,t=s,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response.startsWith('\\x1b_Gi=311;EINVAL:'), true);\n });\n\n test('transmit+display rejects t=t with id (EINVAL response)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=312,a=T,t=t,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response.startsWith('\\x1b_Gi=312;EINVAL:'), true);\n });\n\n test('transmit+display rejects t=f without id (no response)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Ga=T,t=f,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '');\n });\n });\n\n test.describe('Placement action (a=p)', () => {\n test('displays a previously transmitted image at cursor', async () => {\n // Transmit image without display\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=210;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 0);\n\n // Place the previously transmitted image\n await ctx.proxy.write(`\\x1b_Ga=p,i=210\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [0, 0, 0, 255]);\n });\n\n test('responds OK on successful placement', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=211;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=211\\x1b\\\\`);\n await timeout(100);\n\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=211;OK\\x1b\\\\');\n });\n\n test('responds ENOENT for non-existent image id', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=9999\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=9999;ENOENT:image not found\\x1b\\\\');\n });\n\n test('without id sends no response', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyGotResponse = false;\n (window as any).term.onData(() => { (window as any).kittyGotResponse = true; });\n });\n\n await ctx.proxy.write(`\\x1b_Ga=p\\x1b\\\\`);\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate('window.kittyGotResponse'), false);\n });\n\n test('places at specified column/row size (c/r)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=212;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=212,c=5,r=3\\x1b\\\\`);\n await timeout(200);\n\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getCursor(), [5, 2]);\n });\n\n test('cursor advances past placed image (default C=0)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=213;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getCursor(), [0, 0]);\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=213\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getCursor(), [1, 0]);\n });\n\n test('cursor does not move when C=1', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=214;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getCursor(), [0, 0]);\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=214,c=5,r=3,C=1\\x1b\\\\`);\n await timeout(200);\n deepStrictEqual(await getCursor(), [0, 0]);\n });\n\n test('supports z-index (negative = bottom layer)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=215;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=215,z=-1\\x1b\\\\`);\n await timeout(100);\n\n strictEqual(await getImageStorageLength(), 1);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).layer`), 'bottom');\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).zIndex`), -1);\n });\n\n test('supports source crop via x/y', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=216;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n // Crop to the Orange rectangle (x=20, y=0, 20x50)\n await ctx.proxy.write(`\\x1b_Ga=p,i=216,x=20,y=0,w=20,h=50\\x1b\\\\`);\n await timeout(200);\n\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [20, 50]);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 128, 0, 255]);\n });\n\n test('supports sub-cell offset via X/Y', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=217;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=217,X=5,Y=3\\x1b\\\\`);\n await timeout(100);\n\n deepStrictEqual(await getPixel(0, 0, 0, 0), [0, 0, 0, 0]);\n deepStrictEqual(await getPixel(0, 0, 4, 2), [0, 0, 0, 0]);\n deepStrictEqual(await getPixel(0, 0, 5, 3), [0, 0, 0, 255]);\n });\n\n test('multiple placements of same image create separate displays', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=218;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 0);\n\n // First placement\n await ctx.proxy.write(`\\x1b_Ga=p,i=218,p=1\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n\n // Move cursor down and place again with different placement ID\n await ctx.proxy.write('\\x1b[3;1H');\n await ctx.proxy.write(`\\x1b_Ga=p,i=218,p=2\\x1b\\\\`);\n await timeout(100);\n\n // Both placements should be in shared storage\n strictEqual(await getImageStorageLength(), 2);\n });\n\n test('image data remains available after placement for future placements', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=219;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n // Place three times\n await ctx.proxy.write(`\\x1b_Ga=p,i=219\\x1b\\\\`);\n await timeout(100);\n await ctx.proxy.write('\\x1b[2;1H');\n await ctx.proxy.write(`\\x1b_Ga=p,i=219\\x1b\\\\`);\n await timeout(100);\n await ctx.proxy.write('\\x1b[3;1H');\n await ctx.proxy.write(`\\x1b_Ga=p,i=219\\x1b\\\\`);\n await timeout(100);\n\n // Image data should still be available\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(219)`), true);\n });\n\n test('OK response suppressed by q=1', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=220;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n await ctx.page.evaluate(() => {\n (window as any).kittyGotResponse = false;\n (window as any).term.onData(() => { (window as any).kittyGotResponse = true; });\n });\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=220,q=1\\x1b\\\\`);\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate('window.kittyGotResponse'), false);\n strictEqual(await getImageStorageLength(), 1);\n });\n\n test('ENOENT error suppressed by q=2', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyGotResponse = false;\n (window as any).term.onData(() => { (window as any).kittyGotResponse = true; });\n });\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=9998,q=2\\x1b\\\\`);\n await timeout(100);\n\n strictEqual(await ctx.page.evaluate('window.kittyGotResponse'), false);\n });\n\n test('ENOENT still reported when q=1 (only suppresses OK)', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=9997,q=1\\x1b\\\\`);\n await timeout(100);\n\n const response: string = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=9997;ENOENT:image not found\\x1b\\\\');\n });\n\n test('renders pixels correctly when placing a PNG image', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=221;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=221\\x1b\\\\`);\n await timeout(100);\n\n const pixels = await getPixels(0, 0, 0, 0, 3, 1);\n deepStrictEqual(pixels?.slice(0, 4), [255, 0, 0, 255]);\n deepStrictEqual(pixels?.slice(4, 8), [0, 255, 0, 255]);\n deepStrictEqual(pixels?.slice(8, 12), [0, 0, 255, 255]);\n });\n\n test('renders pixels correctly when placing raw RGB image', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=24,s=3,v=1,i=222;${RAW_RGB_3X1}\\x1b\\\\`);\n await timeout(100);\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=222\\x1b\\\\`);\n await timeout(100);\n\n const pixels = await getPixels(0, 0, 0, 0, 3, 1);\n deepStrictEqual(pixels?.slice(0, 4), [255, 0, 0, 255]);\n deepStrictEqual(pixels?.slice(4, 8), [0, 255, 0, 255]);\n deepStrictEqual(pixels?.slice(8, 12), [0, 0, 255, 255]);\n });\n\n test('renders pixels correctly when placing raw RGBA image', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=32,s=3,v=1,i=223;${RAW_RGBA_3X1}\\x1b\\\\`);\n await timeout(100);\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=223\\x1b\\\\`);\n await timeout(100);\n\n const pixels = await getPixels(0, 0, 0, 0, 3, 1);\n deepStrictEqual(pixels?.slice(0, 4), [255, 0, 0, 255]);\n deepStrictEqual(pixels?.slice(4, 8), [0, 255, 0, 255]);\n deepStrictEqual(pixels?.slice(8, 12), [0, 0, 255, 255]);\n });\n\n test('response includes placement id when p is specified', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=224;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=224,p=42\\x1b\\\\`);\n await timeout(100);\n\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=224,p=42;OK\\x1b\\\\');\n });\n\n test('only c specified computes r from aspect ratio', async () => {\n // 200x100 image (2:1 aspect) with c=10.\n // Per spec: r = ceil((h/w) * c * cw / ch) = ceil(0.5 * 10 * cw / ch)\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=225;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=225,c=10\\x1b\\\\`);\n await timeout(200);\n\n const cursor = await getCursor();\n const cellDims: number[] = await ctx.page.evaluate(() => {\n const d = (window as any).term._core._renderService.dimensions.css.cell;\n return [d.width, d.height];\n });\n const expectedR = Math.ceil((100 / 200) * 10 * cellDims[0] / cellDims[1]);\n deepStrictEqual(cursor, [10, expectedR - 1]);\n });\n\n test('only r specified computes c from aspect ratio', async () => {\n // 200x100 image (2:1 aspect) with r=5.\n // Per spec: c = ceil((w/h) * r * ch / cw) = ceil(2 * 5 * ch / cw)\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=226;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n await ctx.proxy.write(`\\x1b_Ga=p,i=226,r=5\\x1b\\\\`);\n await timeout(200);\n\n const cursor = await getCursor();\n const cellDims: number[] = await ctx.page.evaluate(() => {\n const d = (window as any).term._core._renderService.dimensions.css.cell;\n return [d.width, d.height];\n });\n const expectedC = Math.ceil((200 / 100) * 5 * cellDims[1] / cellDims[0]);\n deepStrictEqual(cursor, [expectedC, 4]);\n });\n });\n\n test.describe('Cursor positioning', () => {\n // NOTE: Current tests document ACTUAL behavior (MVP - cursor doesn't move)\n // Per Kitty spec: cursor placed at first column after last image column,\n // on the last row of the image. C=1 means don't move cursor.\n\n test('cursor advances past 1x1 image', async () => {\n const cursorBefore = await getCursor();\n const seq = `\\x1b_Ga=T,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`;\n await ctx.proxy.write(seq);\n await timeout(100);\n const cursorAfter = await getCursor();\n deepStrictEqual(cursorBefore, [0, 0]);\n // 1x1 pixel image occupies 1 column, cursor advances past it\n deepStrictEqual(cursorAfter, [1, 0]);\n });\n\n test('cursor advances with text before image', async () => {\n await ctx.proxy.write('Hello');\n deepStrictEqual(await getCursor(), [5, 0]);\n\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n // Cursor advances 1 column past the image\n deepStrictEqual(await getCursor(), [6, 0]);\n });\n\n test('cursor advances with text after image', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n // Cursor at column 1 (past 1-col image)\n deepStrictEqual(await getCursor(), [1, 0]);\n\n await ctx.proxy.write('World');\n deepStrictEqual(await getCursor(), [6, 0]);\n });\n\n test('cursor position with multiple images on same line', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(50);\n deepStrictEqual(await getCursor(), [1, 0]);\n\n await ctx.proxy.write('###');\n deepStrictEqual(await getCursor(), [4, 0]);\n\n // 3x1 pixel image: ceil(3/cellWidth)=1 column\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await timeout(50);\n deepStrictEqual(await getCursor(), [5, 0]);\n });\n\n test('cursor advances on newline after image', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getCursor(), [1, 0]);\n\n await ctx.proxy.write('\\n');\n deepStrictEqual(await getCursor(), [1, 1]);\n });\n\n test('cursor should move right by cols when c specified', async () => {\n // c=5, r computed from 1x1 aspect ratio: r = ceil((1/1) * (5*cw) / ch)\n // With 1:1 aspect, image height in pixels = 5*cw, so r = ceil(5*cw/ch)\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,c=5;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const cursor = await getCursor();\n strictEqual(cursor[0], 5);\n // r is computed from aspect ratio, so y > 0 for a square image at c=5\n });\n\n test('cursor should move down by rows when r specified', async () => {\n // r=3, c computed from 1x1 aspect ratio: c = ceil((1/1) * (3*ch) / cw)\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,r=3;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const cursor = await getCursor();\n strictEqual(cursor[1], 2);\n // c is computed from aspect ratio, so x > 1 for a square image at r=3\n });\n\n test('cursor should move by cols AND rows when both specified', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,c=4,r=2;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n // cursor at (4, 1): past 4 columns, on last row (row 1)\n deepStrictEqual(await getCursor(), [4, 1]);\n });\n\n test('cursor should NOT move when C=1 is specified', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,c=5,r=3,C=1;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n // C=1: cursor stays at origin\n deepStrictEqual(await getCursor(), [0, 0]);\n });\n\n test('cursor should calculate cols/rows from image size when not specified', async () => {\n const dim = await getDimensions();\n\n // 3x1 pixel image: cols = ceil(3/cellWidth), rows = ceil(1/cellHeight)\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n const expectedCols = Math.ceil(3 / dim.cellWidth);\n const cursor = await getCursor();\n\n // Cursor advances past image columns, stays on row 0 (single row image)\n strictEqual(cursor[0], expectedCols, 'cursor should advance by image columns');\n strictEqual(cursor[1], 0, 'cursor should stay on row 0 for single-row image');\n });\n });\n\n test.describe('Z-index layer placement', () => {\n test('default placement (no z key) stores image on top layer', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).layer`), 'top');\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).zIndex`), 0);\n });\n\n test('z=0 stores image on top layer', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,z=0;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).layer`), 'top');\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).zIndex`), 0);\n });\n\n test('z=1 (positive) stores image on top layer', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,z=1;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).layer`), 'top');\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).zIndex`), 1);\n });\n\n test('z=-1 uses bottom layer even when allowTransparency is disabled', async () => {\n await ctx.page.evaluate(`window.term.options.allowTransparency = false`);\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,z=-1;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).layer`), 'bottom');\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).zIndex`), -1);\n });\n\n test('z=-1 (negative) stores image on bottom layer when allowTransparency is enabled', async () => {\n await ctx.page.evaluate(`window.term.options.allowTransparency = true`);\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,z=-1;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).layer`), 'bottom');\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).zIndex`), -1);\n });\n\n test('z=-100 (large negative) stores image on bottom layer when allowTransparency is enabled', async () => {\n await ctx.page.evaluate(`window.term.options.allowTransparency = true`);\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,z=-100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).layer`), 'bottom');\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.get(1).zIndex`), -100);\n });\n\n test('top layer canvas has correct CSS class', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n const hasClass = await ctx.page.evaluate(() => {\n const el = document.querySelector('.xterm-image-layer-top');\n return el !== null;\n });\n strictEqual(hasClass, true);\n });\n\n test('bottom layer canvas has correct CSS class', async () => {\n await ctx.page.evaluate(`window.term.options.allowTransparency = true`);\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,z=-1;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n const hasClass = await ctx.page.evaluate(() => {\n const el = document.querySelector('.xterm-image-layer-bottom');\n return el !== null;\n });\n strictEqual(hasClass, true);\n });\n\n test('bottom layer canvas is before text canvas in DOM order', async () => {\n await ctx.page.evaluate(`window.term.options.allowTransparency = true`);\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,z=-1;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n const isFirst = await ctx.page.evaluate(() => {\n const screen = document.querySelector('.xterm-screen');\n return screen?.firstElementChild?.classList.contains('xterm-image-layer-bottom') ?? false;\n });\n strictEqual(isFirst, true);\n });\n });\n\n test.describe('Pixel verification', () => {\n test('renders 1x1 black PNG at cursor position', async () => {\n const seq = `\\x1b_Ga=T,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`;\n await ctx.proxy.write(seq);\n await timeout(100);\n\n deepStrictEqual(await getPixel(0, 0, 0, 0), [0, 0, 0, 255]);\n });\n\n test('renders 3x1 RGB PNG (red, green, blue pixels)', async () => {\n const seq = `\\x1b_Ga=T,f=100;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`;\n await ctx.proxy.write(seq);\n await timeout(100);\n\n const pixels = await getPixels(0, 0, 0, 0, 3, 1);\n\n deepStrictEqual(pixels?.slice(0, 4), [255, 0, 0, 255]);\n deepStrictEqual(pixels?.slice(4, 8), [0, 255, 0, 255]);\n deepStrictEqual(pixels?.slice(8, 12), [0, 0, 255, 255]);\n });\n });\n\n test.describe('Larger image (200x100 multicolor PNG)', () => {\n test.describe('Basic transmission and storage', () => {\n test('stores 200x100 PNG with a=T', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [200, 100]);\n });\n\n test('transmit only (a=t) stores 200x100 image without display', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.size`), 1);\n });\n\n test('stores with specified image ID', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=400;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(400)`), true);\n });\n });\n\n test.describe('Chunked transmission', () => {\n test('handles 2-chunk transmission', async () => {\n const half = Math.floor(KITTY_MULTICOLOR_200X100_BASE64.length / 2);\n const part1 = KITTY_MULTICOLOR_200X100_BASE64.substring(0, half);\n const part2 = KITTY_MULTICOLOR_200X100_BASE64.substring(half);\n\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=500,m=1;${part1}\\x1b\\\\`);\n await timeout(50);\n strictEqual(await getImageStorageLength(), 0);\n\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=500;${part2}\\x1b\\\\`);\n await timeout(200);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [200, 100]);\n });\n\n test('handles 3-chunk transmission', async () => {\n const third = Math.floor(KITTY_MULTICOLOR_200X100_BASE64.length / 3);\n const p1 = KITTY_MULTICOLOR_200X100_BASE64.substring(0, third);\n const p2 = KITTY_MULTICOLOR_200X100_BASE64.substring(third, third * 2);\n const p3 = KITTY_MULTICOLOR_200X100_BASE64.substring(third * 2);\n\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=501,m=1;${p1}\\x1b\\\\`);\n await timeout(50);\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=501,m=1;${p2}\\x1b\\\\`);\n await timeout(50);\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=501;${p3}\\x1b\\\\`);\n await timeout(200);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [200, 100]);\n });\n\n test('verifies chunked data assembles correctly', async () => {\n const half = Math.floor(KITTY_MULTICOLOR_200X100_BASE64.length / 2);\n const part1 = KITTY_MULTICOLOR_200X100_BASE64.substring(0, half);\n const part2 = KITTY_MULTICOLOR_200X100_BASE64.substring(half);\n\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=502,m=1;${part1}\\x1b\\\\`);\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=502;${part2}\\x1b\\\\`);\n await timeout(200);\n\n const storedData = await ctx.page.evaluate(async () => {\n const blob = (window as any).imageAddon._handlers.get('kitty').images.get(502).data;\n const buffer = await blob.arrayBuffer();\n return Array.from(new Uint8Array(buffer));\n });\n deepStrictEqual(storedData, KITTY_MULTICOLOR_200X100_BYTES);\n });\n });\n\n test.describe('Cursor positioning', () => {\n test('cursor advances past multi-cell image', async () => {\n const dim = await getDimensions();\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n const expectedCols = Math.ceil(200 / dim.cellWidth);\n const expectedRows = Math.ceil(100 / dim.cellHeight) - 1;\n const cursor = await getCursor();\n strictEqual(cursor[0], expectedCols, 'cursor should advance by image columns');\n strictEqual(cursor[1], expectedRows, 'cursor should be on last row of image');\n });\n\n test('cursor does not move with C=1', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,C=1;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n deepStrictEqual(await getCursor(), [0, 0]);\n });\n\n test('cursor uses explicit c and r over image dimensions', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,c=10,r=5;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n deepStrictEqual(await getCursor(), [10, 4]);\n });\n });\n\n test.describe('Pixel verification', () => {\n // The 200x100 image has 20 colored rectangles in a 10x2 grid.\n // Each rectangle is 20px wide x 50px tall.\n // Top row (y=0..49): Red, Orange, Yellow, Lime, Green, Cyan, SkyBlue, Blue, Purple, Magenta\n // Bottom row (y=50..99): Pink, Brown, Maroon, Olive, Teal, Navy, Gray, DarkGray, LightGray, White\n\n test('renders red rectangle at top-left origin (0,0)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n // Pixel (0,0) is in the first rectangle: Red\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 0, 0, 255]);\n });\n\n test('renders top row colors at rectangle centers', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n // Sample center of each top-row rectangle (y=25, x=10,30,50,...,190)\n // All within the first cell row, so we read from the canvas at cell (0,0)\n // Red at x=10\n deepStrictEqual(await getPixel(0, 0, 10, 25), [255, 0, 0, 255]);\n // Orange at x=30\n deepStrictEqual(await getPixel(0, 0, 30, 25), [255, 128, 0, 255]);\n // Yellow at x=50\n deepStrictEqual(await getPixel(0, 0, 50, 25), [255, 255, 0, 255]);\n // Lime at x=70\n deepStrictEqual(await getPixel(0, 0, 70, 25), [0, 255, 0, 255]);\n // Green at x=90\n deepStrictEqual(await getPixel(0, 0, 90, 25), [0, 128, 0, 255]);\n });\n\n test('renders bottom row colors at rectangle centers', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n // Bottom row starts at y=50. Center at y=75.\n // Pink at x=10\n deepStrictEqual(await getPixel(0, 0, 10, 75), [255, 192, 203, 255]);\n // Brown at x=30\n deepStrictEqual(await getPixel(0, 0, 30, 75), [165, 42, 42, 255]);\n // Maroon at x=50\n deepStrictEqual(await getPixel(0, 0, 50, 75), [128, 0, 0, 255]);\n // Olive at x=70\n deepStrictEqual(await getPixel(0, 0, 70, 75), [128, 128, 0, 255]);\n // Teal at x=90\n deepStrictEqual(await getPixel(0, 0, 90, 75), [0, 128, 128, 255]);\n });\n\n test('renders correct colors at rectangle boundaries', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n // Last pixel of first rectangle (x=19, y=0): still Red\n deepStrictEqual(await getPixel(0, 0, 19, 0), [255, 0, 0, 255]);\n // First pixel of second rectangle (x=20, y=0): Orange\n deepStrictEqual(await getPixel(0, 0, 20, 0), [255, 128, 0, 255]);\n // Last pixel of top row (x=199, y=49): Magenta\n deepStrictEqual(await getPixel(0, 0, 199, 49), [255, 0, 255, 255]);\n // First pixel of bottom row (x=0, y=50): Pink\n deepStrictEqual(await getPixel(0, 0, 0, 50), [255, 192, 203, 255]);\n });\n\n test('renders correct color at bottom-right corner', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n // Bottom-right corner (x=199, y=99): White\n deepStrictEqual(await getPixel(0, 0, 199, 99), [255, 255, 255, 255]);\n });\n\n test('renders a strip of top-row pixels via getPixels', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n // Read 3 pixels starting at x=18 y=0, spanning the Red/Orange boundary\n const pixels = await getPixels(0, 0, 18, 0, 3, 1);\n // x=18,19 -> Red; x=20 -> Orange\n deepStrictEqual(pixels?.slice(0, 4), [255, 0, 0, 255]); // x=18: Red\n deepStrictEqual(pixels?.slice(4, 8), [255, 0, 0, 255]); // x=19: Red\n deepStrictEqual(pixels?.slice(8, 12), [255, 128, 0, 255]); // x=20: Orange\n });\n\n test('applies source crop via x/y/w/h before display', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,x=20,y=0,w=20,h=50;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n deepStrictEqual(await getOrigSize(1), [20, 50]);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 128, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 19, 49), [255, 128, 0, 255]);\n });\n\n test('scales cropped source region to c/r placement rectangle', async () => {\n // Firefox's createImageBitmap uses different resize sampling, producing\n // slightly off pixel values compared to Chromium, so skip on Firefox.\n if (ctx.browser.browserType().name() === 'firefox') {\n test.skip();\n }\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,x=1,y=0,w=1,h=1,c=4,r=2;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n deepStrictEqual(await getCursor(), [4, 1]);\n const left = await getPixel(0, 0, 2, 10);\n const right = await getPixel(0, 0, 25, 10);\n deepStrictEqual(left, [0, 255, 0, 255]);\n deepStrictEqual(right, [0, 255, 0, 255]);\n });\n\n test('applies sub-cell offset via X/Y within first cell', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,X=5,Y=3;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n deepStrictEqual(await getPixel(0, 0, 0, 0), [0, 0, 0, 0]);\n deepStrictEqual(await getPixel(0, 0, 4, 2), [0, 0, 0, 0]);\n deepStrictEqual(await getPixel(0, 0, 5, 3), [0, 0, 0, 255]);\n });\n\n test('w=0 is treated as unset (displays full width)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,w=0;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n deepStrictEqual(await getOrigSize(1), [200, 100]);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 0, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 199, 99), [255, 255, 255, 255]);\n });\n\n test('h=0 is treated as unset (displays full height)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,h=0;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n deepStrictEqual(await getOrigSize(1), [200, 100]);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 0, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 0, 50), [255, 192, 203, 255]);\n });\n\n test('x exceeding image width produces no display', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,x=999;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n strictEqual(await getImageStorageLength(), 0);\n });\n\n test('negative x/y values are clamped to 0', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,x=-10,y=-10;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n deepStrictEqual(await getOrigSize(1), [200, 100]);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 0, 0, 255]);\n });\n\n test('combined crop and sub-cell offset', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,x=20,y=0,w=20,h=50,X=5,Y=3;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n deepStrictEqual(await getPixel(0, 0, 0, 0), [0, 0, 0, 0]);\n deepStrictEqual(await getPixel(0, 0, 4, 2), [0, 0, 0, 0]);\n deepStrictEqual(await getPixel(0, 0, 5, 3), [255, 128, 0, 255]);\n });\n\n test('sub-cell offset with explicit c/r advances cursor correctly', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,X=5,Y=3,c=4,r=2;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n\n deepStrictEqual(await getCursor(), [4, 1]);\n });\n });\n\n test.describe('Query support', () => {\n test('responds with OK for valid 200x100 PNG query', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=600,a=q,f=100;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=600;OK\\x1b\\\\');\n });\n\n test('query does not store the 200x100 image', async () => {\n await ctx.page.evaluate(() => {\n (window as any).term.onData(() => { /* consume response */ });\n });\n\n await ctx.proxy.write(`\\x1b_Gi=601,a=q,f=100;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(601)`), false);\n });\n });\n\n test.describe('Delete commands', () => {\n test('delete removes 200x100 image by id', async () => {\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=700;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await timeout(200);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(700)`), true);\n\n await ctx.proxy.write(`\\x1b_Ga=d,d=i,i=700\\x1b\\\\`);\n await timeout(50);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(700)`), false);\n });\n });\n });\n\n test.describe('Raw RGB pixel format (f=24)', () => {\n test.describe('Pixel verification', () => {\n test('renders 1x1 black pixel with alpha set to 255', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,s=1,v=1;${RAW_RGB_1X1_BLACK}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [0, 0, 0, 255]);\n });\n\n test('renders 1x1 red pixel with alpha set to 255', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,s=1,v=1;${RAW_RGB_1X1_RED}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 0, 0, 255]);\n });\n\n test('renders 3x1 strip (red, green, blue)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,s=3,v=1;${RAW_RGB_3X1}\\x1b\\\\`);\n await timeout(100);\n\n const pixels = await getPixels(0, 0, 0, 0, 3, 1);\n deepStrictEqual(pixels?.slice(0, 4), [255, 0, 0, 255]);\n deepStrictEqual(pixels?.slice(4, 8), [0, 255, 0, 255]);\n deepStrictEqual(pixels?.slice(8, 12), [0, 0, 255, 255]);\n });\n\n test('renders 2x2 grid with correct pixel layout', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,s=2,v=2;${RAW_RGB_2X2}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 0, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 1, 0), [0, 255, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 0, 1), [0, 0, 255, 255]);\n deepStrictEqual(await getPixel(0, 0, 1, 1), [255, 255, 0, 255]);\n });\n\n test('renders 5x1 row with block+remainder pixel layout', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,s=5,v=1;${RAW_RGB_5X1}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 0, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 1, 0), [0, 255, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 2, 0), [0, 0, 255, 255]);\n deepStrictEqual(await getPixel(0, 0, 3, 0), [255, 255, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 4, 0), [255, 0, 255, 255]);\n });\n\n test('renders 4x2 grid with multi-block pixel layout', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,s=4,v=2;${RAW_RGB_4X2}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 0, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 1, 0), [0, 255, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 2, 0), [0, 0, 255, 255]);\n deepStrictEqual(await getPixel(0, 0, 3, 0), [255, 255, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 0, 1), [255, 0, 255, 255]);\n deepStrictEqual(await getPixel(0, 0, 1, 1), [0, 255, 255, 255]);\n deepStrictEqual(await getPixel(0, 0, 2, 1), [128, 128, 128, 255]);\n deepStrictEqual(await getPixel(0, 0, 3, 1), [255, 255, 255, 255]);\n });\n });\n\n test.describe('Storage and dimensions', () => {\n test('stores image with correct original dimensions (3x1)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,s=3,v=1;${RAW_RGB_3X1}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [3, 1]);\n });\n\n test('stores image with correct original dimensions (2x2)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,s=2,v=2;${RAW_RGB_2X2}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [2, 2]);\n });\n\n test('stores image with correct original dimensions (5x1)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,s=5,v=1;${RAW_RGB_5X1}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [5, 1]);\n });\n\n test('stores image with correct original dimensions (4x2)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,s=4,v=2;${RAW_RGB_4X2}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [4, 2]);\n });\n });\n\n test.describe('Validation', () => {\n test('does not render without width (s=)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,v=1;${RAW_RGB_1X1_BLACK}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 0);\n });\n\n test('does not render without height (v=)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,s=1;${RAW_RGB_1X1_BLACK}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 0);\n });\n\n test('does not render without either dimension', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24;${RAW_RGB_1X1_BLACK}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 0);\n });\n\n test('does not render with insufficient byte count', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=24,s=2,v=2;${RAW_RGB_1X1_BLACK}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 0);\n });\n\n test('query returns EINVAL without dimensions', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n await ctx.proxy.write(`\\x1b_Gi=200,a=q,f=24;${RAW_RGB_1X1_BLACK}\\x1b\\\\`);\n await timeout(100);\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=200;EINVAL:width and height required for raw pixel data\\x1b\\\\');\n });\n\n test('query returns EINVAL for insufficient pixel data', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n await ctx.proxy.write(`\\x1b_Gi=201,a=q,f=24,s=2,v=2;${RAW_RGB_1X1_BLACK}\\x1b\\\\`);\n await timeout(100);\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=201;EINVAL:insufficient pixel data\\x1b\\\\');\n });\n\n test('query returns OK for valid RGB data with correct dimensions', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n await ctx.proxy.write(`\\x1b_Gi=202,a=q,f=24,s=1,v=1;${RAW_RGB_1X1_RED}\\x1b\\\\`);\n await timeout(100);\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=202;OK\\x1b\\\\');\n });\n });\n });\n\n test.describe('Raw RGBA pixel format (f=32)', () => {\n test.describe('Pixel verification', () => {\n test('renders 1x1 opaque white pixel', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32,s=1,v=1;${RAW_RGBA_1X1_WHITE}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 255, 255, 255]);\n });\n\n test('renders 1x1 opaque red pixel', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32,s=1,v=1;${RAW_RGBA_1X1_RED}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 0, 0, 255]);\n });\n\n test('preserves full transparency (alpha=0)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32,s=1,v=1;${RAW_RGBA_1X1_TRANSPARENT}\\x1b\\\\`);\n await timeout(100);\n const pixel = await getPixel(0, 0, 0, 0);\n strictEqual(pixel?.[3], 0);\n });\n\n test('renders 3x1 strip (red, green, blue opaque)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32,s=3,v=1;${RAW_RGBA_3X1}\\x1b\\\\`);\n await timeout(100);\n\n const pixels = await getPixels(0, 0, 0, 0, 3, 1);\n deepStrictEqual(pixels?.slice(0, 4), [255, 0, 0, 255]);\n deepStrictEqual(pixels?.slice(4, 8), [0, 255, 0, 255]);\n deepStrictEqual(pixels?.slice(8, 12), [0, 0, 255, 255]);\n });\n\n test('renders 2x2 grid with correct pixel layout', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32,s=2,v=2;${RAW_RGBA_2X2}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 0, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 1, 0), [0, 255, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 0, 1), [0, 0, 255, 255]);\n deepStrictEqual(await getPixel(0, 0, 1, 1), [255, 255, 0, 255]);\n });\n\n test('renders 5x1 row with zero-copy pixel layout', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32,s=5,v=1;${RAW_RGBA_5X1}\\x1b\\\\`);\n await timeout(100);\n deepStrictEqual(await getPixel(0, 0, 0, 0), [255, 0, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 1, 0), [0, 255, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 2, 0), [0, 0, 255, 255]);\n deepStrictEqual(await getPixel(0, 0, 3, 0), [255, 255, 0, 255]);\n deepStrictEqual(await getPixel(0, 0, 4, 0), [255, 0, 255, 255]);\n });\n });\n\n test.describe('Storage and dimensions', () => {\n test('stores image with correct original dimensions (3x1)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32,s=3,v=1;${RAW_RGBA_3X1}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [3, 1]);\n });\n\n test('stores image with correct original dimensions (2x2)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32,s=2,v=2;${RAW_RGBA_2X2}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [2, 2]);\n });\n\n test('stores image with correct original dimensions (5x1)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32,s=5,v=1;${RAW_RGBA_5X1}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n deepStrictEqual(await getOrigSize(1), [5, 1]);\n });\n });\n\n test.describe('Validation', () => {\n test('does not render without width (s=)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32,v=1;${RAW_RGBA_1X1_RED}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 0);\n });\n\n test('does not render without height (v=)', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32,s=1;${RAW_RGBA_1X1_RED}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 0);\n });\n\n test('does not render without either dimension', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32;${RAW_RGBA_1X1_RED}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 0);\n });\n\n test('does not render with insufficient byte count', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=32,s=2,v=2;${RAW_RGBA_1X1_RED}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 0);\n });\n\n test('query returns EINVAL without dimensions', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n await ctx.proxy.write(`\\x1b_Gi=300,a=q,f=32;${RAW_RGBA_1X1_RED}\\x1b\\\\`);\n await timeout(100);\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=300;EINVAL:width and height required for raw pixel data\\x1b\\\\');\n });\n\n test('query returns EINVAL for insufficient pixel data', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n await ctx.proxy.write(`\\x1b_Gi=301,a=q,f=32,s=2,v=2;${RAW_RGBA_1X1_RED}\\x1b\\\\`);\n await timeout(100);\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=301;EINVAL:insufficient pixel data\\x1b\\\\');\n });\n\n test('query returns OK for valid RGBA data with correct dimensions', async () => {\n await ctx.page.evaluate(() => {\n (window as any).kittyResponse = '';\n (window as any).term.onData((data: string) => { (window as any).kittyResponse = data; });\n });\n await ctx.proxy.write(`\\x1b_Gi=302,a=q,f=32,s=1,v=1;${RAW_RGBA_1X1_RED}\\x1b\\\\`);\n await timeout(100);\n const response = await ctx.page.evaluate('window.kittyResponse');\n strictEqual(response, '\\x1b_Gi=302;OK\\x1b\\\\');\n });\n });\n });\n\n test.describe('Eviction and memory leak prevention', () => {\n test('re-transmit with same i= cleans up old storage entry', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=50;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(50)`), true);\n const oldStorageId = await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty')._kittyIdToStorageId.get(50)`);\n ok(oldStorageId !== undefined);\n\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=50;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(50)`), true);\n const newStorageId = await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty')._kittyIdToStorageId.get(50)`);\n ok(newStorageId !== undefined);\n ok(newStorageId !== oldStorageId);\n });\n\n test('memory limit eviction cleans Kitty handler maps', async () => {\n // Resize terminal to fit 7 non-overlapping 200x100 images without scrolling.\n // Each image ≈ 29 cols × 8 rows at default cell size.\n await ctx.page.evaluate(`\n window.term.reset();\n window.imageAddon?.dispose();\n window.term.resize(80, 48);\n window.imageAddon = new ImageAddon({ storageLimit: 0.5 });\n window.term.loadAddon(window.imageAddon);\n `);\n\n // storageLimit 0.5 MB = 125,000 pixels. Each 200x100 image = 20,000 pixels.\n // 6 images = 120K pixels (under limit). 7th triggers eviction (140K > 125K).\n // Place non-overlapping so tile-count eviction doesn't interfere.\n const positions = [[1, 1], [30, 1], [1, 9], [30, 9], [1, 17], [30, 17]];\n for (let n = 0; n < 6; n++) {\n const [c, r] = positions[n];\n const id = 60 + n;\n await ctx.proxy.write(`\\x1b[${r};${c}H\\x1b_Ga=T,f=100,i=${id},C=1;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n }\n await pollFor(ctx.page, 'window.imageAddon._storage._images.size', 6);\n\n // 7th image pushes total past 125K pixels — oldest evicted\n await ctx.proxy.write(`\\x1b[25;1H\\x1b_Ga=T,f=100,i=66,C=1;${KITTY_MULTICOLOR_200X100_BASE64}\\x1b\\\\`);\n await pollFor(ctx.page, `window.imageAddon._handlers.get('kitty').images.has(60)`, false);\n\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty')._kittyIdToStorageId.has(60)`), false);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(66)`), true);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty')._kittyIdToStorageId.has(66)`), true);\n\n // Restore terminal size\n await ctx.page.evaluate('window.term.resize(80, 24)');\n });\n\n test('scrollback eviction cleans Kitty handler maps', async () => {\n await ctx.page.evaluate(`\n window.term.reset();\n window.imageAddon?.dispose();\n window.imageAddon = new ImageAddon();\n window.term.loadAddon(window.imageAddon);\n `);\n\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=70;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty').images.has(70)`), true);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty')._kittyIdToStorageId.has(70)`), true);\n\n // Scroll past scrollback + viewport to push image's marker off the buffer\n await ctx.page.evaluate(() => new Promise(res => {\n const term = (window as any).term;\n const amount: number = (term.options.scrollback as number) + (term.rows as number) + 10;\n term.write('\\n'.repeat(amount), res);\n }));\n\n await pollFor(ctx.page, `window.imageAddon._handlers.get('kitty').images.has(70)`, false);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty')._kittyIdToStorageId.has(70)`), false);\n });\n\n test('re-transmit with a=t then a=T cleans old storage before display', async () => {\n await ctx.proxy.write(`\\x1b_Ga=T,f=100,i=80;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await getImageStorageLength(), 1);\n const oldStorageId = await ctx.page.evaluate(`window.imageAddon._handlers.get('kitty')._kittyIdToStorageId.get(80)`);\n ok(oldStorageId !== undefined);\n\n await ctx.proxy.write(`\\x1b_Ga=t,f=100,i=80;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await timeout(100);\n strictEqual(await ctx.page.evaluate(`window.imageAddon._storage._images.has(${oldStorageId})`), false);\n });\n });\n\n test.describe('onImageAdded callback', () => {\n test('onImageAdded fires for each kitty image', async () => {\n await ctx.page.evaluate(`\n window._imageAddedCount = 0;\n window.imageAddon.onImageAdded(() => { window._imageAddedCount++; });\n `);\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_BLACK_1X1_BASE64}\\x1b\\\\`);\n await pollFor(ctx.page, 'window._imageAddedCount', 1);\n await ctx.proxy.write(`\\x1b_Ga=T,f=100;${KITTY_RGB_3X1_BASE64}\\x1b\\\\`);\n await pollFor(ctx.page, 'window._imageAddedCount', 2);\n });\n });\n});\n\n/**\n * Helper functions\n */\nasync function getDimensions(): Promise {\n const dimensions: any = await ctx.page.evaluate(`term.dimensions`);\n return {\n cellWidth: Math.round(dimensions.css.cell.width),\n cellHeight: Math.round(dimensions.css.cell.height),\n width: Math.round(dimensions.css.canvas.width),\n height: Math.round(dimensions.css.canvas.height)\n };\n}\n\nasync function getCursor(): Promise<[number, number]> {\n return ctx.page.evaluate('[window.term.buffer.active.cursorX, window.term.buffer.active.cursorY]');\n}\n\nasync function getImageStorageLength(): Promise {\n return ctx.page.evaluate('window.imageAddon._storage._images.size');\n}\n\nasync function getOrigSize(id: number): Promise<[number, number]> {\n return ctx.page.evaluate(`[\n window.imageAddon._storage._images.get(${id}).orig.width,\n window.imageAddon._storage._images.get(${id}).orig.height\n ]`);\n}\n\nasync function getPixel(col: number, row: number, x: number, y: number): Promise {\n return ctx.page.evaluate(([col, row, x, y]: number[]) => {\n const canvas = (window as any).imageAddon.getImageAtBufferCell(col, row);\n if (!canvas) return null;\n const ctx2d = canvas.getContext('2d');\n if (!ctx2d) return null;\n return Array.from(ctx2d.getImageData(x, y, 1, 1).data);\n }, [col, row, x, y]);\n}\n\nasync function getPixels(col: number, row: number, x: number, y: number, w: number, h: number): Promise {\n return ctx.page.evaluate(([col, row, x, y, w, h]: number[]) => {\n const canvas = (window as any).imageAddon.getImageAtBufferCell(col, row);\n if (!canvas) return null;\n const ctx2d = canvas.getContext('2d');\n if (!ctx2d) return null;\n return Array.from(ctx2d.getImageData(x, y, w, h).data);\n }, [col, row, x, y, w, h]);\n}\n" }, { "path": "addons/addon-image/test/playwright.config.ts", "content": "import { PlaywrightTestConfig } from '@playwright/test';\n\nconst config: PlaywrightTestConfig = {\n testDir: '.',\n timeout: 10000,\n projects: [\n {\n name: 'Chromium',\n use: {\n browserName: 'chromium'\n }\n },\n {\n name: 'FirefoxStable',\n use: {\n browserName: 'firefox'\n }\n },\n {\n name: 'WebKit',\n use: {\n browserName: 'webkit'\n }\n }\n ],\n reporter: 'list',\n webServer: {\n command: 'npm run start',\n port: 3000,\n timeout: 120000,\n reuseExistingServer: !process.env.CI\n }\n};\nexport default config;\n" }, { "path": "addons/addon-image/test/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"ESNext\",\n \"lib\": [\n \"es2021\",\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out-test\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"browser/*\": [\n \"../../../src/browser/*\"\n ],\n \"*\": [\n \"./*\"\n ]\n },\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/node\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n },\n {\n \"path\": \"../../../src/browser\"\n },\n {\n \"path\": \"../../../test/playwright\"\n }\n ]\n}\n" }, { "path": "addons/addon-image/tsconfig.json", "content": "{\n \"files\": [],\n \"include\": [],\n \"references\": [\n { \"path\": \"./src\" },\n { \"path\": \"./test\" }\n ]\n}\n" }, { "path": "addons/addon-image/typings/addon-image.d.ts", "content": "/**\n * Copyright (c) 2022 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { Terminal, ITerminalAddon, IEvent } from '@xterm/xterm';\n\ndeclare module '@xterm/addon-image' {\n export interface IImageAddonOptions {\n /**\n * Enable size reports in windowOptions:\n * - getWinSizePixels (CSI 14 t)\n * - getCellSizePixels (CSI 16 t)\n * - getWinSizeChars (CSI 18 t)\n *\n * If `true` (default), the reports will be activated during addon loading.\n * If `false`, no settings will be touched. Use `false`, if you have high\n * security constraints and/or deal with windowOptions by other means.\n * On addon disposal, the settings will not change.\n */\n enableSizeReports?: boolean;\n\n /**\n * Maximum pixels a single image may hold. Images exceeding this number will\n * be discarded during processing with no changes to the terminal buffer\n * (no cursor advance, no placeholder).\n * This setting is mainly used to restrict images sizes during initial decoding\n * including the final canvas creation.\n *\n * Note: The image worker decoder may hold additional memory up to\n * `pixelLimit` * 4 bytes permanently, plus the same amount on top temporarily\n * for pixel transfers, which should be taken into account under memory pressure conditions.\n *\n * Note: Browsers restrict allowed canvas dimensions further. We dont reflect those\n * limits here, thus the construction of an oddly shaped image having most pixels\n * in one dimension still can fail.\n *\n * Note: `storageLimit` bytes are calculated from images by multiplying the pixels with 4\n * (4 channels with one byte, images are stored as RGBA8888).\n *\n * Default is 2^16 (4096 x 4096 pixels).\n */\n pixelLimit?: number;\n\n /**\n * Storage limit in MB.\n * The storage implements a FIFO cache removing old images, when the limit gets hit.\n * Also exposed as addon property for runtime adjustments.\n * Default is 128 MB.\n */\n storageLimit?: number;\n\n /**\n * Whether to show a placeholder for images removed from cache, default is true.\n */\n showPlaceholder?: boolean;\n\n /**\n * SIXEL settings\n */\n\n /** Whether SIXEL is enabled (default is true). */\n sixelSupport?: boolean;\n /** Whether SIXEL scrolling is enabled (default is true). Same as DECSET 80. */\n sixelScrolling?: boolean;\n /** Palette color limit (default 256). */\n sixelPaletteLimit?: number;\n /** SIXEL image size limit in bytes (default 25000000 bytes). */\n sixelSizeLimit?: number;\n\n /**\n * IIP settings (iTerm image protocol)\n */\n\n /** Whether iTerm image protocol style is enabled (default is true). */\n iipSupport?: boolean;\n /** IIP sequence size limit (default 20000000 bytes). */\n iipSizeLimit?: number;\n\n /**\n * Kitty graphics protocol settings\n */\n\n /** Whether Kitty graphics protocol is enabled (default is true). */\n kittySupport?: boolean;\n /** Kitty image size limit in bytes (default 20000000 bytes). */\n kittySizeLimit?: number;\n }\n\n export class ImageAddon implements ITerminalAddon {\n constructor(options?: IImageAddonOptions);\n public activate(terminal: Terminal): void;\n public dispose(): void;\n\n /**\n * Reset the image addon.\n *\n * This resets all runtime options to default values (as given to the ctor)\n * and resets the image storage.\n */\n public reset(): void;\n\n /**\n * Getter/Setter for the storageLimit in MB.\n * Synchronously deletes images if the stored data exceeds the new value.\n */\n public storageLimit: number;\n\n /**\n * Current memory usage of the stored images in MB.\n */\n public readonly storageUsage: number;\n\n /**\n * Getter/Setter whether the placeholder should be shown.\n */\n public showPlaceholder: boolean;\n\n /**\n * Event fired whenever a new image is added to storage.\n */\n public readonly onImageAdded: IEvent;\n\n /**\n * Get original image canvas at buffer position.\n */\n public getImageAtBufferCell(x: number, y: number): HTMLCanvasElement | undefined;\n\n /**\n * Extract single tile canvas at buffer position.\n */\n public extractTileAtBufferCell(x: number, y: number): HTMLCanvasElement | undefined;\n }\n}\n" }, { "path": "addons/addon-image/webpack.config.js", "content": "/**\n * Copyright (c) 2020 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nconst path = require('path');\n\nconst addonName = 'ImageAddon';\nconst mainFile = 'addon-image.js';\n\nconst addon = {\n entry: `./out/${addonName}.js`,\n devtool: 'source-map',\n module: {\n rules: [\n {\n test: /\\.js$/,\n use: [\"source-map-loader\"],\n enforce: \"pre\",\n exclude: /node_modules/\n }\n ]\n },\n resolve: {\n modules: ['./node_modules'],\n extensions: [ '.js' ],\n alias: {\n common: path.resolve('../../out/common'),\n browser: path.resolve('../../out/browser'),\n vs: path.resolve('../../out/vs')\n }\n },\n output: {\n filename: mainFile,\n path: path.resolve('./lib'),\n library: addonName,\n libraryTarget: 'umd',\n // Force usage of globalThis instead of global / self. (This is cross-env compatible)\n globalObject: 'globalThis',\n },\n mode: 'production'\n};\n\nmodule.exports = [addon];\n" }, { "path": "addons/addon-ligatures/.gitignore", "content": "node_modules/\n.nyc_output/\ncoverage/\n\nlib/\n\n.env\n.vscode/\n*.swp\n*.tgz\nnpm-debug.log*\n" }, { "path": "addons/addon-ligatures/.npmignore", "content": "# Blacklist - exclude everything except npm defaults such as LICENSE, etc\n*\n!*/\n\n# Whitelist - lib/\n!lib/**/*.d.ts\n\n!lib/**/*.js\n!lib/**/*.js.map\n\n!lib/**/*.mjs\n!lib/**/*.mjs.map\n\n!lib/**/*.css\n\n# Whitelist - src/\n!src/**/*.ts\n!src/**/*.d.ts\n\n!src/**/*.js\n!src/**/*.js.map\n\n!src/**/*.css\n\n# Blacklist - src/ test files\nsrc/**/*.test.ts\nsrc/**/*.test.d.ts\nsrc/**/*.test.js\nsrc/**/*.test.js.map\n\n# Whitelist - typings/\n!typings/*.d.ts\n" }, { "path": "addons/addon-ligatures/LICENSE", "content": "Copyright (c) 2019, The xterm.js authors (https://github.com/xtermjs/xterm.js)\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in all\ncopies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\nSOFTWARE.\n\n---\n\nThe code that analyzes font ligatures is forked from https://github.com/princjef/font-ligatures with this license:\n\nMIT License\n\nCopyright (c) 2018 Jeffrey Principe\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in all\ncopies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE\nSOFTWARE.\n" }, { "path": "addons/addon-ligatures/README.md", "content": "## @xterm/addon-ligatures\n\nAdd support for programming ligatures to [xterm.js] when running in environments with access to [Node.js] APIs (such as [Electron]).\n\n### Requirements\n\n * [Node.js] 8.x or higher (present in [Electron] 1.8.3 or higher)\n * [xterm.js] 4.0.0 or higher using the default canvas renderer\n\n### Install\n\n```bash\nnpm install --save @xterm/addon-ligatures\n```\n\n### Usage\n\n```ts\nimport { Terminal } from '@xterm/xterm';\nimport { LigaturesAddon } from '@xterm/addon-ligatures';\n\nconst terminal = new Terminal();\nconst ligaturesAddon = new LigaturesAddon();\nterminal.open(containerElement);\nterminal.loadAddon(ligaturesAddon);\n```\n\n### How It Works\n\nIn a browser environment, font ligature information is read directly by the web browser and used to render text correctly without any intervention from the developer. As of version 3, xterm.js uses the canvas to render characters individually, resulting in a significant performance boost. However, this means that it can no longer lean on the browser to determine when to draw font ligatures.\n\nThis package locates the font file on disk for the font currently in use by the terminal and parses the ligature information out of it (via the [font-ligatures] package). As text is rendered in xterm.js, this package annotates it with the locations of ligatures, allowing xterm.js to render it correctly.\n\nSince this package depends on being able to find and resolve a system font from disk, it has to have system access that isn't available in the web browser. As a result, this package is mainly useful in environments that combine browser and Node.js runtimes (such as [Electron]).\n\n### Fallback Ligatures\n\nWhen ligatures cannot be fetched from the environment, a set of \"fallback\" ligatures is used to get the most common ligatures working. These fallback ligatures can be customized with options passed to `LigatureAddon.constructor`.\n\n### Fonts\n\nThis package makes use of the following fonts for testing:\n\n* [Fira Code][Fira Code] - [Licensed under the OFL][Fira Code License] by Nikita Prokopov, Mozilla Foundation with reserved names Fira Code, Fira Mono, and Fira Sans\n* [Iosevka] - [Licensed under the OFL][Iosevka License] by Belleve Invis with reserved name Iosevka\n\n[xterm.js]: https://github.com/xtermjs/xterm.js\n[Electron]: https://electronjs.org/\n[Node.js]: https://nodejs.org/\n[font-ligatures]: https://github.com/princjef/font-ligatures\n[Fira Code]: https://github.com/tonsky/FiraCode\n[Fira Code License]: https://github.com/tonsky/FiraCode/blob/master/LICENSE\n[Iosevka]: https://github.com/be5invis/Iosevka\n[Iosevka License]: https://github.com/be5invis/Iosevka/blob/master/LICENSE.md\n\n" }, { "path": "addons/addon-ligatures/package.json", "content": "{\n \"name\": \"@xterm/addon-ligatures\",\n \"version\": \"0.10.0\",\n \"description\": \"Add support for programming ligatures to xterm.js\",\n \"author\": {\n \"name\": \"The xterm.js authors\",\n \"url\": \"https://xtermjs.org/\"\n },\n \"main\": \"lib/addon-ligatures.js\",\n \"module\": \"lib/addon-ligatures.mjs\",\n \"types\": \"typings/addon-ligatures.d.ts\",\n \"repository\": \"https://github.com/xtermjs/xterm.js/tree/master/addons/addon-ligatures\",\n \"engines\": {\n \"node\": \">8.0.0\"\n },\n \"scripts\": {\n \"build\": \"tsgo -p src\",\n \"watch\": \"tsgo -w -p src\",\n \"prepackage\": \"npm run build\",\n \"package\": \"webpack\",\n \"pretest\": \"npm run build\",\n \"test\": \"nyc mocha out/**/*.test.js\",\n \"prepublish\": \"npm run package\"\n },\n \"keywords\": [\n \"font\",\n \"ligature\",\n \"terminal\",\n \"xterm\",\n \"xterm.js\"\n ],\n \"license\": \"MIT\",\n \"dependencies\": {\n \"lru-cache\": \"^6.0.0\",\n \"opentype.js\": \"^0.8.0\"\n },\n \"devDependencies\": {\n \"@types/lru-cache\": \"^5.1.0\",\n \"@types/opentype.js\": \"^0.7.0\",\n \"axios\": \"^1.6.0\",\n \"font-finder\": \"^1.1.0\",\n \"mkdirp\": \"0.5.5\",\n \"yauzl\": \"^3.2.1\"\n }\n}\n" }, { "path": "addons/addon-ligatures/src/LigaturesAddon.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport type { Terminal } from '@xterm/xterm';\nimport type { LigaturesAddon as ILigaturesApi } from '@xterm/addon-ligatures';\nimport { enableLigatures } from '.';\nimport { ILigatureOptions } from './Types';\n\nexport interface ITerminalAddon {\n activate(terminal: Terminal): void;\n dispose(): void;\n}\n\nexport class LigaturesAddon implements ITerminalAddon, ILigaturesApi {\n private readonly _fallbackLigatures: string[];\n private readonly _fontFeatureSettings?: string;\n\n private _terminal: Terminal | undefined;\n private _characterJoinerId: number | undefined;\n\n constructor(options?: Partial) {\n // Source: calt set from https://github.com/be5invis/Iosevka?tab=readme-ov-file#ligations\n this._fallbackLigatures = (options?.fallbackLigatures ?? [\n '<--', '<---', '<<-', '<-', '->', '->>', '-->', '--->',\n '<==', '<===', '<<=', '<=', '=>', '=>>', '==>', '===>', '>=', '>>=',\n '<->', '<-->', '<--->', '<---->', '<=>', '<==>', '<===>', '<====>', '::', ':::',\n '<~~', '', '/>', '~~>', '==', '!=', '/=', '~=', '<>', '===', '!==', '!===',\n '<:', ':=', '*=', '*+', '<*', '<*>', '*>', '<|', '<|>', '|>', '+*', '=*', '=:', ':>',\n '/*', '*/', '+++', '', [1614, 1614, 1063], [[0, 3]]),\n fira('->>', [1614, 1614, 1065], [[0, 3]]),\n fira('>->', [1614, 1614, 1493], [[0, 3]]),\n fira('<=<', [1614, 1614, 1519], [[0, 3]]),\n fira('<<=', [1614, 1614, 1523], [[0, 3]]),\n fira('<==', [1614, 1614, 1517], [[0, 3]]),\n fira('<=>', [1614, 1614, 1518], [[0, 3]]),\n fira('=>', [1614, 1488], [[0, 2]]),\n fira('==>', [1614, 1614, 1487], [[0, 3]]),\n fira('=>>', [1614, 1614, 1489], [[0, 3]]),\n fira('>=>', [1614, 1614, 1495], [[0, 3]]),\n fira('>>=', [1614, 1614, 1498], [[0, 3]]),\n fira('>>-', [1614, 1614, 1497], [[0, 3]]),\n fira('>-', [1614, 1492], [[0, 2]]),\n fira('<~>', [1614, 1614, 1526], [[0, 3]]),\n fira('-<', [1614, 1066], [[0, 2]]),\n fira('-<<', [1614, 1614, 1067], [[0, 3]]),\n fira('=<<', [1614, 1614, 1490], [[0, 3]]),\n fira('<~~', [1614, 1614, 1527], [[0, 3]]),\n fira('<~', [1614, 1525], [[0, 2]]),\n fira('~~', [1614, 1534], [[0, 2]]),\n fira('~>', [1614, 1533], [[0, 2]]),\n fira('~~>', [1614, 1614, 1535], [[0, 3]]),\n fira('<<<', [1614, 1614, 1524], [[0, 3]]),\n fira('<<', [1614, 1521], [[0, 2]]),\n fira('<=', [1614, 1516], [[0, 2]]),\n fira('<>', [1614, 1520], [[0, 2]]),\n fira('>=', [1614, 1494], [[0, 2]]),\n fira('>>', [1614, 1496], [[0, 2]]),\n fira('>>>', [1614, 1614, 1499], [[0, 3]]),\n fira('{.', [1001, 977], [[0, 2]]),\n fira('{|', [1614, 1049], [[0, 2]]),\n fira('[|', [1614, 1050], [[0, 2]]),\n fira('<:', [1614, 1506], [[0, 2]]),\n fira(':>', [1614, 1056], [[0, 2]]),\n fira('|]', [1614, 1474], [[0, 2]]),\n fira('|}', [1614, 1473], [[0, 2]]),\n fira('.}', [977, 1002], [[0, 2]]),\n fira('<|||', [1614, 1614, 1614, 1504], [[0, 4]]),\n fira('<||', [1614, 1614, 1503], [[0, 3]]),\n fira('<|', [1614, 1502], [[0, 2]]),\n fira('<|>', [1614, 1614, 1505], [[0, 3]]),\n fira('|>', [1614, 1477], [[0, 2]]),\n fira('||>', [1614, 1614, 1472], [[0, 3]]),\n fira('|||>', [1614, 1614, 1614, 1470], [[0, 4]]),\n fira('<$', [1614, 1507], [[0, 2]]),\n fira('<$>', [1614, 1614, 1508], [[0, 3]]),\n fira('$>', [1614, 1479], [[0, 2]]),\n fira('<+', [1614, 1514], [[0, 2]]),\n fira('<+>', [1614, 1614, 1515], [[0, 3]]),\n fira('+>', [1614, 1482], [[0, 2]]),\n fira('<*', [1614, 1500], [[0, 2]]),\n fira('<*>', [1614, 1614, 1501], [[0, 3]]),\n fira('*>', [1614, 1047], [[0, 2]]),\n fira('/*', [1614, 1092], [[0, 2]]),\n fira('*/', [1614, 1048], [[0, 2]]),\n fira('///', [1614, 1614, 1097], [[0, 3]]),\n fira('//', [1614, 1096], [[0, 2]]),\n fira('', [1614, 1614, 1529], [[0, 3]]),\n fira('/>', [1614, 1095], [[0, 2]]),\n fira('0xff', [895, 270, 166, 166], [[0, 3]]),\n fira('10x10', [896, 895, 270, 896, 895], [[1, 4]]),\n fira('9:45', [904, 998, 899, 900], [[0, 2]]),\n fira('[:]', [1003, 998, 1004], [[0, 2]]),\n fira(';;', [1614, 1091], [[0, 2]]),\n fira('::', [1614, 1052], [[0, 2]]),\n fira(':::', [1614, 1614, 1053], [[0, 3]]),\n fira('..', [1614, 1082], [[0, 2]]),\n fira('...', [1614, 1614, 1085], [[0, 3]]),\n fira('..<', [1614, 1614, 1084], [[0, 3]]),\n fira('!!', [1614, 1057], [[0, 2]]),\n fira('??', [1614, 1090], [[0, 2]]),\n fira('%%', [1614, 1536], [[0, 2]]),\n fira('&&', [1614, 1468], [[0, 2]]),\n fira('||', [1614, 1469], [[0, 2]]),\n fira('?.', [1614, 1089], [[0, 2]]),\n fira('?:', [1614, 1087], [[0, 2]]),\n fira('++', [1614, 1480], [[0, 2]]),\n fira('+++', [1614, 1614, 1481], [[0, 3]]),\n fira('--', [1614, 1061], [[0, 2]]),\n fira('---', [1614, 1614, 1062], [[0, 3]]),\n fira('**', [1614, 1045], [[0, 2]]),\n fira('***', [1614, 1614, 1046], [[0, 3]]),\n fira('~=', [1614, 1532], [[0, 2]]),\n fira('~-', [1614, 1531], [[0, 2]]),\n fira('www', [1614, 1614, 271], [[0, 3]]),\n fira('-~', [1614, 1068], [[0, 2]]),\n fira('~@', [1614, 1530], [[0, 2]]),\n fira('^=', [1614, 1478], [[0, 2]]),\n fira('?=', [1614, 1088], [[0, 2]]),\n fira('/=', [1614, 1093], [[0, 2]]),\n fira('/==', [1614, 1614, 1094], [[0, 3]]),\n fira('-|', [1614, 1060], [[0, 2]]),\n fira('_|_', [1614, 1614, 1098], [[0, 3]]),\n fira('|-', [1614, 1475], [[0, 2]]),\n fira('|=', [1614, 1476], [[0, 2]]),\n fira('||=', [1614, 1614, 1471], [[0, 3]]),\n fira('#!', [1614, 1071], [[0, 2]]),\n fira('#=', [1614, 1075], [[0, 2]]),\n fira('##', [1614, 1072], [[0, 2]]),\n fira('###', [1614, 1614, 1073], [[0, 3]]),\n fira('####', [1614, 1614, 1614, 1074], [[0, 4]]),\n fira('#{', [1614, 1069], [[0, 2]]),\n fira('#[', [1614, 1070], [[0, 2]]),\n fira(']#', [1614, 1051], [[0, 2]]),\n fira('#(', [1614, 1076], [[0, 2]]),\n fira('#?', [1614, 1077], [[0, 2]]),\n fira('#_', [1614, 1078], [[0, 2]]),\n fira('#_(', [1614, 1614, 1079], [[0, 3]]),\n fira('::=', [1614, 1614, 1054], [[0, 3]]),\n fira('.?', [1614, 1086], [[0, 2]]),\n fira('===>', [1614, 1614, 1486, 1148], [[0, 4]])\n];\n\nconst iosevkaCases: ITestCase[] = [\n iosevka('<-', [31, 3127], [[0, 2]]),\n iosevka('<--', [31, 3129, 3139], [[0, 3]]),\n iosevka('<---', [31, 3129, 3150, 3139], [[0, 4]]),\n iosevka('<-----', [31, 3129, 3150, 3139, 3151, 3151], [[0, 6]]),\n iosevka('->', [3126, 33], [[0, 2]]),\n iosevka('-->', [3140, 3128, 33], [[0, 3]]),\n iosevka('--->', [3140, 3150, 3128, 33], [[0, 4]]),\n iosevka('----->', [3153, 3153, 3140, 3150, 3128, 33], [[0, 6]]),\n iosevka('<->', [31, 3149, 33], [[0, 3]]),\n iosevka('<-->', [31, 3129, 3128, 33], [[0, 4]]),\n iosevka('<--->', [31, 3129, 3150, 3128, 33], [[0, 5]]),\n iosevka('<----->', [31, 3129, 3150, 3150, 3150, 3128, 33], [[0, 7]]),\n iosevka('<=', [3094, 3095], [[0, 2]]),\n iosevka('<==', [31, 3158, 3168], [[0, 3]]),\n iosevka('<===', [31, 3158, 3179, 3168], [[0, 4]]),\n iosevka('<=====', [31, 3158, 3179, 3168, 3180, 3180], [[0, 6]]),\n iosevka('=>', [3155, 33], [[0, 2]]),\n iosevka('==>', [3169, 3157, 33], [[0, 3]]),\n iosevka('===>', [3169, 3179, 3157, 33], [[0, 4]]),\n iosevka('=====>', [3182, 3182, 3169, 3179, 3157, 33], [[0, 6]]),\n iosevka('<=>', [31, 3178, 33], [[0, 3]]),\n iosevka('<==>', [31, 3158, 3157, 33], [[0, 4]]),\n iosevka('<===>', [31, 3158, 3179, 3157, 33], [[0, 5]]),\n iosevka('<=====>', [31, 3158, 3179, 3179, 3179, 3157, 33], [[0, 7]]),\n iosevka('', [779, 779, 628], [[0, 3]]),\n monoid('<--', [776, 776, 627], [[0, 3]]),\n monoid('->>', [780, 780, 626], [[0, 3]]),\n monoid('<<-', [777, 777, 625], [[0, 3]]),\n monoid('->', [781, 623], [[0, 2]]),\n monoid('<-', [778, 624], [[0, 2]]),\n monoid('=>', [793, 666], [[0, 2]]),\n monoid('<=>', [785, 785, 760], [[0, 3]]),\n monoid('<==>', [786, 786, 786, 771], [[0, 4]]),\n monoid('==>', [787, 787, 672], [[0, 3]]),\n monoid('<==', [788, 788, 671], [[0, 3]]),\n monoid('>>=', [791, 791, 758], [[0, 3]]),\n monoid('=<<', [792, 792, 759], [[0, 3]]),\n monoid('--', [667, 667], [[0, 2]]),\n monoid(':=', [29, 761], [[0, 2]]),\n monoid('=:=', [789, 789, 665], [[0, 3]]),\n monoid('==', [794, 641], [[0, 2]]),\n monoid('!==', [782, 782, 646], [[0, 3]]),\n monoid('!=', [783, 629], [[0, 2]]),\n monoid('<=', [790, 630], [[0, 2]]),\n monoid('>=', [792, 631], [[0, 2]]),\n monoid('//', [621, 664], [[0, 2]]),\n monoid('/**', [18, 753, 753], [[0, 3]]),\n monoid('/*', [18, 753], [[0, 2]]),\n monoid('*/', [754, 18], [[0, 2]]),\n monoid('&&', [633, 775], [[0, 2]]),\n monoid('.&', [17, 755], [[0, 2]]),\n monoid('||', [634, 635], [[0, 2]]),\n monoid('!!', [769, 770], [[0, 2]]),\n monoid('::', [772, 773], [[0, 2]]),\n monoid('>>', [637, 638], [[0, 2]]),\n monoid('<<', [639, 640], [[0, 2]]),\n monoid('¯\\\\_(ツ)_/¯', [113, 765, 66, 767, 613, 768, 66, 766, 113], [[0, 3], [3, 6], [6, 9]]),\n monoid('__', [763, 764], [[0, 2]])\n];\n\nconst ubuntuCases: ITestCase[] = [\n ubuntu('==>', [32, 32, 33], [])\n];\n\nconst fontPaths: Record = {\n 'Fira Code': path.join(__dirname, '../../fonts/FiraCode-Regular.otf'),\n 'Iosevka': path.join(__dirname, '../../fonts/iosevka-regular.ttf'),\n 'Monoid': path.join(__dirname, '../../fonts/Monoid-Regular.ttf'),\n 'Ubuntu Mono': path.join(__dirname, '../../fonts/UbuntuMono-Regular.ttf')\n};\n\nconst fontCache: Map = new Map();\n\nfunction loadFont(fontName: string): IFont {\n let font = fontCache.get(fontName);\n if (!font) {\n const fontPath = fontPaths[fontName];\n const buffer = fs.readFileSync(fontPath);\n font = loadBuffer(buffer.buffer.slice(buffer.byteOffset, buffer.byteOffset + buffer.byteLength));\n fontCache.set(fontName, font);\n }\n return font;\n}\n\ndescribe('addon-ligatures - index', () => {\n describe('findLigatures', () => {\n for (const { font: fontName, input, glyphs, ranges } of [...firaCases, ...iosevkaCases, ...monoidCases, ...ubuntuCases]) {\n it(`${fontName}: '${input}'`, () => {\n const font = loadFont(fontName);\n const result = font.findLigatures(input);\n assert.deepEqual(result.outputGlyphs, glyphs);\n assert.deepEqual(result.contextRanges, ranges);\n });\n }\n });\n\n describe('findLigatureRanges', () => {\n for (const { font: fontName, input, ranges } of [...firaCases, ...iosevkaCases, ...monoidCases, ...ubuntuCases]) {\n it(`${fontName}: '${input}'`, () => {\n const font = loadFont(fontName);\n const result = font.findLigatureRanges(input);\n assert.deepEqual(result, ranges);\n });\n }\n });\n\n describe('caching', () => {\n it('findLigatures caches successive calls correctly', () => {\n const fontPath = fontPaths['Fira Code'];\n const buffer = fs.readFileSync(fontPath);\n const font = loadBuffer(buffer.buffer.slice(buffer.byteOffset, buffer.byteOffset + buffer.byteLength), { cacheSize: 100 });\n const result1 = font.findLigatures('in --> out');\n const result2 = font.findLigatures('in --> out');\n assert.deepEqual(result1, result2);\n });\n\n it('findLigatureRanges caches successive calls correctly', () => {\n const fontPath = fontPaths['Fira Code'];\n const buffer = fs.readFileSync(fontPath);\n const font = loadBuffer(buffer.buffer.slice(buffer.byteOffset, buffer.byteOffset + buffer.byteLength), { cacheSize: 100 });\n const result1 = font.findLigatureRanges('in --> out');\n const result2 = font.findLigatureRanges('in --> out');\n assert.deepEqual(result1, result2);\n });\n\n it('caches calls to findLigatures after findLigatureRanges correctly', () => {\n const fontPath = fontPaths['Fira Code'];\n const buffer = fs.readFileSync(fontPath);\n\n const uncached = loadBuffer(buffer.buffer.slice(buffer.byteOffset, buffer.byteOffset + buffer.byteLength));\n const uncachedResult1 = uncached.findLigatureRanges('in --> out');\n const uncachedResult2 = uncached.findLigatures('in --> out');\n\n const font = loadBuffer(buffer.buffer.slice(buffer.byteOffset, buffer.byteOffset + buffer.byteLength), { cacheSize: 100 });\n const result1 = font.findLigatureRanges('in --> out');\n const result2 = font.findLigatures('in --> out');\n\n assert.deepEqual(result1, uncachedResult1);\n assert.deepEqual(result2, uncachedResult2);\n assert.deepEqual(result1, result2.contextRanges);\n });\n\n it('caches calls to findLigatureRanges after findLigatures correctly', () => {\n const fontPath = fontPaths['Fira Code'];\n const buffer = fs.readFileSync(fontPath);\n\n const uncached = loadBuffer(buffer.buffer.slice(buffer.byteOffset, buffer.byteOffset + buffer.byteLength));\n const uncachedResult1 = uncached.findLigatures('in --> out');\n const uncachedResult2 = uncached.findLigatureRanges('in --> out');\n\n const font = loadBuffer(buffer.buffer.slice(buffer.byteOffset, buffer.byteOffset + buffer.byteLength), { cacheSize: 100 });\n const result1 = font.findLigatures('in --> out');\n const result2 = font.findLigatureRanges('in --> out');\n\n assert.deepEqual(result1, uncachedResult1);\n assert.deepEqual(result2, uncachedResult2);\n assert.deepEqual(result1.contextRanges, result2);\n });\n });\n});" }, { "path": "addons/addon-ligatures/src/fontLigatures/index.ts", "content": "import * as opentype from 'opentype.js';\nimport LRUCache = require('lru-cache');\n\nimport { IFont, ILigatureData, IFlattenedLookupTree, ILookupTree, IOptions } from './types';\nimport mergeTrees from './merge';\nimport walkTree from './walk';\nimport mergeRange from './mergeRange';\n\nimport buildTreeGsubType6Format1 from './processors/6-1';\nimport buildTreeGsubType6Format2 from './processors/6-2';\nimport buildTreeGsubType6Format3 from './processors/6-3';\nimport buildTreeGsubType8Format1 from './processors/8-1';\nimport flatten from './flatten';\n\nclass FontImpl implements IFont {\n private _font: opentype.Font;\n private _lookupTrees: { tree: IFlattenedLookupTree, processForward: boolean }[] = [];\n private _glyphLookups: { [glyphId: string]: number[] } = {};\n private _cache?: LRUCache;\n\n constructor(font: opentype.Font, options: Required) {\n this._font = font;\n\n if (options.cacheSize > 0) {\n this._cache = new LRUCache({\n max: options.cacheSize,\n length: ((val: ILigatureData | [number, number][], key: string) => key.length) as any\n });\n }\n\n const caltFeatures = this._font.tables.gsub && this._font.tables.gsub.features.filter((f: { tag: string }) => f.tag === 'calt') || [];\n const lookupIndices: number[] = caltFeatures\n .reduce((acc: number[], val: { feature: { lookupListIndexes: number[] } }) => [...acc, ...val.feature.lookupListIndexes], []);\n\n const allLookups = this._font.tables.gsub && this._font.tables.gsub.lookups || [];\n const lookupGroups = allLookups.filter((l: unknown, i: number) => lookupIndices.some(idx => idx === i));\n\n for (const [index, lookup] of lookupGroups.entries()) {\n const trees: ILookupTree[] = [];\n switch (lookup.lookupType) {\n case 6:\n for (const [index, table] of lookup.subtables.entries()) {\n switch (table.substFormat) {\n case 1:\n trees.push(buildTreeGsubType6Format1(table, allLookups, index));\n break;\n case 2:\n trees.push(buildTreeGsubType6Format2(table, allLookups, index));\n break;\n case 3:\n trees.push(buildTreeGsubType6Format3(table, allLookups, index));\n break;\n }\n }\n break;\n case 8:\n for (const [index, table] of lookup.subtables.entries()) {\n trees.push(buildTreeGsubType8Format1(table, index));\n }\n break;\n }\n\n const tree = flatten(mergeTrees(trees));\n\n this._lookupTrees.push({\n tree,\n processForward: lookup.lookupType !== 8\n });\n\n for (const glyphId of Object.keys(tree)) {\n if (!this._glyphLookups[glyphId]) {\n this._glyphLookups[glyphId] = [];\n }\n\n this._glyphLookups[glyphId].push(index);\n }\n }\n }\n\n public findLigatures(text: string): ILigatureData {\n const cached = this._cache && this._cache.get(text);\n if (cached && !Array.isArray(cached)) {\n return cached;\n }\n\n const glyphIds: number[] = [];\n for (const char of text) {\n glyphIds.push(this._font.charToGlyphIndex(char));\n }\n\n // If there are no lookup groups, there's no point looking for\n // replacements. This gives us a minor performance boost for fonts with\n // no ligatures\n if (this._lookupTrees.length === 0) {\n return {\n inputGlyphs: glyphIds,\n outputGlyphs: glyphIds,\n contextRanges: []\n };\n }\n\n const result = this._findInternal(glyphIds.slice());\n const finalResult: ILigatureData = {\n inputGlyphs: glyphIds,\n outputGlyphs: result.sequence,\n contextRanges: result.ranges\n };\n if (this._cache) {\n this._cache.set(text, finalResult);\n }\n\n return finalResult;\n }\n\n public findLigatureRanges(text: string): [number, number][] {\n // Short circuit the process if there are no possible ligatures in the\n // font\n if (this._lookupTrees.length === 0) {\n return [];\n }\n\n const cached = this._cache && this._cache.get(text);\n if (cached) {\n return Array.isArray(cached) ? cached : cached.contextRanges;\n }\n\n const glyphIds: number[] = [];\n for (const char of text) {\n glyphIds.push(this._font.charToGlyphIndex(char));\n }\n\n const result = this._findInternal(glyphIds);\n if (this._cache) {\n this._cache.set(text, result.ranges);\n }\n\n return result.ranges;\n }\n\n private _findInternal(sequence: number[]): { sequence: number[], ranges: [number, number][] } {\n const ranges: [number, number][] = [];\n\n let nextLookup = this._getNextLookup(sequence, 0);\n while (nextLookup.index !== null) {\n const lookup = this._lookupTrees[nextLookup.index];\n if (lookup.processForward) {\n let lastGlyphIndex = nextLookup.last;\n for (let i = nextLookup.first; i < lastGlyphIndex; i++) {\n const result = walkTree(lookup.tree, sequence, i, i);\n if (result) {\n for (let j = 0; j < result.substitutions.length; j++) {\n const sub = result.substitutions[j];\n if (sub !== null) {\n sequence[i + j] = sub;\n }\n }\n\n mergeRange(\n ranges,\n result.contextRange[0] + i,\n result.contextRange[1] + i\n );\n\n // Substitutions can end up extending the search range\n if (i + result.length >= lastGlyphIndex) {\n lastGlyphIndex = i + result.length + 1;\n }\n\n i += result.length - 1;\n }\n }\n } else {\n // We don't need to do the lastGlyphIndex tracking here because\n // reverse processing isn't allowed to replace more than one\n // character at a time.\n for (let i = nextLookup.last - 1; i >= nextLookup.first; i--) {\n const result = walkTree(lookup.tree, sequence, i, i);\n if (result) {\n for (let j = 0; j < result.substitutions.length; j++) {\n const sub = result.substitutions[j];\n if (sub !== null) {\n sequence[i + j] = sub;\n }\n }\n\n mergeRange(\n ranges,\n result.contextRange[0] + i,\n result.contextRange[1] + i\n );\n\n i -= result.length - 1;\n }\n }\n }\n\n nextLookup = this._getNextLookup(sequence, nextLookup.index + 1);\n }\n\n return { sequence, ranges };\n }\n\n /**\n * Returns the lookup and glyph range for the first lookup that might\n * contain a match.\n *\n * @param sequence Input glyph sequence\n * @param start The first input to try\n */\n private _getNextLookup(sequence: number[], start: number): { index: number | null, first: number, last: number } {\n const result: { index: number | null, first: number, last: number } = {\n index: null,\n first: Infinity,\n last: -1\n };\n\n // Loop through each glyph and find the first valid lookup for it\n for (let i = 0; i < sequence.length; i++) {\n const lookups = this._glyphLookups[sequence[i]];\n if (!lookups) {\n continue;\n }\n\n for (let j = 0; j < lookups.length; j++) {\n const lookupIndex = lookups[j];\n if (lookupIndex >= start) {\n // Update the lookup information if it's the one we're\n // storing or earlier than it.\n if (result.index === null || lookupIndex <= result.index) {\n result.index = lookupIndex;\n\n if (result.first > i) {\n result.first = i;\n }\n\n result.last = i + 1;\n }\n\n break;\n }\n }\n }\n\n return result;\n }\n}\n\n/**\n * Load the font from it's binary data. The returned value can be used to find\n * ligatures for the font.\n *\n * @param buffer ArrayBuffer of the font to load\n */\nexport function loadBuffer(buffer: ArrayBuffer, options?: IOptions): IFont {\n const font = opentype.parse(buffer);\n return new FontImpl(font, {\n cacheSize: 0,\n ...options\n });\n}\n\nexport { IFont as Font, ILigatureData as LigatureData, IOptions as Options };\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/merge.test.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { assert } from 'chai';\nimport mergeTrees from './merge';\n\ninterface ILookupResult {\n contextRange: [number, number];\n index: number;\n subIndex: number;\n length: number;\n substitutions: number[];\n}\n\nfunction lookup(substitutionGlyph: number, index?: number, subIndex?: number): ILookupResult {\n return {\n contextRange: [0, 1],\n index: index || 0,\n subIndex: subIndex || 0,\n length: 1,\n substitutions: [substitutionGlyph]\n };\n}\n\ndescribe('addon-ligatures - merge', () => {\n describe('mergeTrees', () => {\n it('combines disjoint trees', () => {\n const result = mergeTrees([\n {\n individual: {\n '1': { lookup: lookup(1) }\n },\n range: []\n },\n {\n individual: {},\n range: [{\n entry: { lookup: lookup(2) },\n range: [2, 4]\n }]\n },\n {\n individual: {\n '5': { lookup: lookup(3) }\n },\n range: []\n },\n {\n individual: {},\n range: [{\n entry: { lookup: lookup(4) },\n range: [8, 10]\n }]\n }\n ]);\n\n assert.deepEqual(result, {\n individual: {\n '1': { lookup: lookup(1) },\n '5': { lookup: lookup(3) }\n },\n range: [{\n entry: { lookup: lookup(2) },\n range: [2, 4]\n }, {\n entry: { lookup: lookup(4) },\n range: [8, 10]\n }]\n });\n });\n\n it('merges matching individual glyphs', () => {\n const result = mergeTrees([\n {\n individual: {\n '1': { lookup: lookup(1, 1) }\n },\n range: []\n },\n {\n individual: {\n '1': { lookup: lookup(2, 0) }\n },\n range: []\n },\n {\n individual: {\n '1': { lookup: lookup(3, 2) }\n },\n range: []\n }\n ]);\n\n assert.deepEqual(result, {\n individual: {\n '1': { lookup: lookup(2, 0) }\n },\n range: []\n });\n });\n\n it('merges range glyphs overlapping individual glyphs', () => {\n const result = mergeTrees([\n {\n individual: {\n '1': { lookup: lookup(1, 0) }\n },\n range: []\n },\n {\n individual: {},\n range: [{\n entry: { lookup: lookup(2, 1) },\n range: [0, 4]\n }]\n }\n ]);\n\n assert.deepEqual(result, {\n individual: {\n '0': { lookup: lookup(2, 1) },\n '1': { lookup: lookup(1, 0) }\n },\n range: [{\n entry: { lookup: lookup(2, 1) },\n range: [2, 4]\n }]\n });\n });\n\n it('merges individual glyphs overlapping range glyphs', () => {\n const result = mergeTrees([\n {\n individual: {},\n range: [{\n entry: { lookup: lookup(2, 1) },\n range: [0, 4]\n }]\n },\n {\n individual: {\n '1': { lookup: lookup(1, 0) }\n },\n range: []\n }\n ]);\n\n assert.deepEqual(result, {\n individual: {\n '0': { lookup: lookup(2, 1) },\n '1': { lookup: lookup(1, 0) }\n },\n range: [{\n entry: { lookup: lookup(2, 1) },\n range: [2, 4]\n }]\n });\n });\n\n it('merges multiple overlapping ranges', () => {\n const result = mergeTrees([\n {\n individual: {},\n range: [{\n entry: { lookup: lookup(1, 2) },\n range: [0, 3]\n }, {\n entry: { lookup: lookup(2, 1) },\n range: [6, 12]\n }, {\n entry: { lookup: lookup(5, 3) },\n range: [15, 20]\n }, {\n entry: { lookup: lookup(7, 4) },\n range: [20, 22]\n }]\n },\n {\n individual: {},\n range: [{\n entry: { lookup: lookup(3, 0) },\n range: [2, 8]\n }, {\n entry: { lookup: lookup(4, 0) },\n range: [10, 13]\n }, {\n entry: { lookup: lookup(6, 0) },\n range: [16, 21]\n }]\n }\n ]);\n\n assert.deepEqual(result, {\n individual: {\n '2': { lookup: lookup(3, 0) },\n '12': { lookup: lookup(4, 0) },\n '15': { lookup: lookup(5, 3) },\n '20': { lookup: lookup(6, 0) },\n '21': { lookup: lookup(7, 4) }\n },\n range: [{\n entry: { lookup: lookup(1, 2) },\n range: [0, 2]\n }, {\n entry: { lookup: lookup(3, 0) },\n range: [6, 8]\n }, {\n entry: { lookup: lookup(3, 0) },\n range: [3, 6]\n }, {\n entry: { lookup: lookup(2, 1) },\n range: [8, 10]\n }, {\n entry: { lookup: lookup(4, 0) },\n range: [10, 12]\n }, {\n entry: { lookup: lookup(6, 0) },\n range: [16, 20]\n }]\n });\n });\n });\n});" }, { "path": "addons/addon-ligatures/src/fontLigatures/merge.ts", "content": "import { ILookupTree, ILookupTreeEntry } from './types';\n\n/**\n * Merges the provided trees into a single lookup tree. When conflicting lookups\n * are encountered between two trees, the one with the lower index, then the\n * lower subindex is chosen.\n *\n * @param trees Array of trees to merge. Entries in earlier trees are favored\n * over those in later trees when there is a choice.\n */\nexport default function mergeTrees(trees: ILookupTree[]): ILookupTree {\n const result: ILookupTree = {\n individual: {},\n range: []\n };\n\n const mergedEntries = new WeakMap>();\n for (const tree of trees) {\n mergeSubtree(result, tree, mergedEntries);\n }\n\n return result;\n}\n\n/**\n * Recursively merges the data for the mergeTree into the mainTree.\n *\n * @param mainTree The tree where the values should be merged\n * @param mergeTree The tree to be merged into the mainTree\n * @param mergedEntries WeakMap to track already merged entry pairs\n */\nfunction mergeSubtree(mainTree: ILookupTree, mergeTree: ILookupTree, mergedEntries: WeakMap>): void {\n // Need to fix this recursively (and handle lookups)\n for (const [glyphId, value] of Object.entries(mergeTree.individual)) {\n // The main tree is guaranteed to have no overlaps between the\n // individual and range values, so if we match an invididual, there\n // must not be a range\n if (mainTree.individual[glyphId]) {\n mergeTreeEntry(mainTree.individual[glyphId], value, mergedEntries);\n } else {\n let matched = false;\n for (const [index, { range, entry }] of mainTree.range.entries()) {\n const overlap = getIndividualOverlap(Number(glyphId), range);\n\n // Don't overlap\n if (overlap.both === null) {\n continue;\n }\n\n matched = true;\n\n // If they overlap, we have to split the range and then\n // merge the overlap\n mainTree.individual[glyphId] = value;\n mergeTreeEntry(mainTree.individual[glyphId], cloneEntry(entry), mergedEntries);\n\n // When there's an overlap, we also have to fix up the range\n // that we had already processed\n mainTree.range.splice(index, 1);\n for (const glyph of overlap.second) {\n if (Array.isArray(glyph)) {\n mainTree.range.push({\n range: glyph,\n entry: cloneEntry(entry)\n });\n } else {\n mainTree.individual[glyph] = cloneEntry(entry);\n }\n }\n }\n\n if (!matched) {\n mainTree.individual[glyphId] = value;\n }\n }\n }\n\n for (const { range, entry } of mergeTree.range) {\n // Ranges are more complicated, because they can overlap with\n // multiple things, individual and range alike. We start by\n // eliminating ranges that are already present in another range\n let remainingRanges: (number | [number, number])[] = [range];\n\n for (let index = 0; index < mainTree.range.length; index++) {\n const { range, entry: resultEntry } = mainTree.range[index];\n for (const [remainingIndex, remainingRange] of remainingRanges.entries()) {\n if (Array.isArray(remainingRange)) {\n const overlap = getRangeOverlap(remainingRange, range);\n if (overlap.both === null) {\n continue;\n }\n\n mainTree.range.splice(index, 1);\n index--;\n\n const entryToMerge: ILookupTreeEntry = cloneEntry(resultEntry);\n if (Array.isArray(overlap.both)) {\n mainTree.range.push({\n range: overlap.both,\n entry: entryToMerge\n });\n } else {\n mainTree.individual[overlap.both] = entryToMerge;\n }\n\n mergeTreeEntry(entryToMerge, cloneEntry(entry), mergedEntries);\n\n for (const second of overlap.second) {\n if (Array.isArray(second)) {\n mainTree.range.push({\n range: second,\n entry: cloneEntry(resultEntry)\n });\n } else {\n mainTree.individual[second] = cloneEntry(resultEntry);\n }\n }\n\n remainingRanges = overlap.first;\n } else {\n const overlap = getIndividualOverlap(remainingRange, range);\n if (overlap.both === null) {\n continue;\n }\n\n // If they overlap, we have to split the range and then\n // merge the overlap\n mainTree.individual[remainingRange] = cloneEntry(entry);\n mergeTreeEntry(mainTree.individual[remainingRange], cloneEntry(resultEntry), mergedEntries);\n\n // When there's an overlap, we also have to fix up the range\n // that we had already processed\n mainTree.range.splice(index, 1);\n index--;\n\n for (const glyph of overlap.second) {\n if (Array.isArray(glyph)) {\n mainTree.range.push({\n range: glyph,\n entry: cloneEntry(resultEntry)\n });\n } else {\n mainTree.individual[glyph] = cloneEntry(resultEntry);\n }\n }\n\n remainingRanges.splice(remainingIndex, 1, ...overlap.first);\n break;\n }\n }\n }\n\n // Next, we run the same against any individual glyphs\n for (const glyphId of Object.keys(mainTree.individual)) {\n for (const [remainingIndex, remainingRange] of remainingRanges.entries()) {\n if (Array.isArray(remainingRange)) {\n const overlap = getIndividualOverlap(Number(glyphId), remainingRange);\n if (overlap.both === null) {\n continue;\n }\n\n // If they overlap, we have to merge the overlap\n mergeTreeEntry(mainTree.individual[glyphId], cloneEntry(entry), mergedEntries);\n\n // Update the remaining ranges\n remainingRanges.splice(remainingIndex, 1, ...overlap.second);\n break;\n } else {\n if (Number(glyphId) === remainingRange) {\n mergeTreeEntry(mainTree.individual[glyphId], cloneEntry(entry), mergedEntries);\n break;\n }\n }\n }\n }\n\n // Any remaining ranges should just be added directly\n for (const remainingRange of remainingRanges) {\n if (Array.isArray(remainingRange)) {\n mainTree.range.push({\n range: remainingRange,\n entry: cloneEntry(entry)\n });\n } else {\n mainTree.individual[remainingRange] = cloneEntry(entry);\n }\n }\n }\n}\n\n/**\n * Recursively merges the entry forr the mergeTree into the mainTree\n *\n * @param mainTree The entry where the values should be merged\n * @param mergeTree The entry to merge into the mainTree\n * @param mergedEntries WeakMap to track already merged entry pairs\n */\nfunction mergeTreeEntry(mainTree: ILookupTreeEntry, mergeTree: ILookupTreeEntry, mergedEntries: WeakMap>): void {\n // Check if we've already merged this pair\n let mergedSet = mergedEntries.get(mainTree);\n if (mergedSet?.has(mergeTree)) {\n return;\n }\n if (!mergedSet) {\n mergedSet = new Set();\n mergedEntries.set(mainTree, mergedSet);\n }\n mergedSet.add(mergeTree);\n\n if (\n mergeTree.lookup && (\n !mainTree.lookup ||\n mainTree.lookup.index > mergeTree.lookup.index ||\n (mainTree.lookup.index === mergeTree.lookup.index && mainTree.lookup.subIndex > mergeTree.lookup.subIndex)\n )\n ) {\n mainTree.lookup = mergeTree.lookup;\n }\n\n if (mergeTree.forward) {\n if (!mainTree.forward) {\n mainTree.forward = mergeTree.forward;\n } else {\n mergeSubtree(mainTree.forward, mergeTree.forward, mergedEntries);\n }\n }\n\n if (mergeTree.reverse) {\n if (!mainTree.reverse) {\n mainTree.reverse = mergeTree.reverse;\n } else {\n mergeSubtree(mainTree.reverse, mergeTree.reverse, mergedEntries);\n }\n }\n}\n\ninterface IOverlap {\n first: (number | [number, number])[];\n second: (number | [number, number])[];\n both: number | [number, number] | null;\n}\n\n/**\n * Determines the overlap (if any) between two ranges. Returns the distinct\n * ranges for each range and the overlap (if any).\n *\n * @param first First range\n * @param second Second range\n */\nfunction getRangeOverlap(first: [number, number], second: [number, number]): IOverlap {\n const result: IOverlap = {\n first: [],\n second: [],\n both: null\n };\n\n // Both\n if (first[0] < second[1] && second[0] < first[1]) {\n const start = Math.max(first[0], second[0]);\n const end = Math.min(first[1], second[1]);\n result.both = rangeOrIndividual(start, end);\n }\n\n // Before\n if (first[0] < second[0]) {\n const start = first[0];\n const end = Math.min(second[0], first[1]);\n result.first.push(rangeOrIndividual(start, end));\n } else if (second[0] < first[0]) {\n const start = second[0];\n const end = Math.min(second[1], first[0]);\n result.second.push(rangeOrIndividual(start, end));\n }\n\n // After\n if (first[1] > second[1]) {\n const start = Math.max(first[0], second[1]);\n const end = first[1];\n result.first.push(rangeOrIndividual(start, end));\n } else if (second[1] > first[1]) {\n const start = Math.max(first[1], second[0]);\n const end = second[1];\n result.second.push(rangeOrIndividual(start, end));\n }\n\n return result;\n}\n\n/**\n * Determines the overlap (if any) between the individual glyph and the range\n * provided. Returns the glyphs and/or ranges that are unique to each provided\n * and the overlap (if any).\n *\n * @param first Individual glyph\n * @param second Range\n */\nfunction getIndividualOverlap(first: number, second: [number, number]): IOverlap {\n // Disjoint\n if (first < second[0] || first > second[1]) {\n return {\n first: [first],\n second: [second],\n both: null\n };\n }\n\n const result: IOverlap = {\n first: [],\n second: [],\n both: first\n };\n\n if (second[0] < first) {\n result.second.push(rangeOrIndividual(second[0], first));\n }\n\n if (second[1] > first) {\n result.second.push(rangeOrIndividual(first + 1, second[1]));\n }\n\n return result;\n}\n\n/**\n * Returns an individual glyph if the range is of size one or a range if it is\n * larger.\n *\n * @param start Beginning of the range (inclusive)\n * @param end End of the range (exclusive)\n */\nfunction rangeOrIndividual(start: number, end: number): number | [number, number] {\n if (end - start === 1) {\n return start;\n }\n return [start, end];\n\n}\n\n/**\n * Clones an individual lookup tree entry.\n *\n * @param entry Lookup tree entry to clone\n * @param visited Map to track already cloned entries (prevents infinite loops)\n */\nfunction cloneEntry(entry: ILookupTreeEntry, visited: Map = new Map()): ILookupTreeEntry {\n if (visited.has(entry)) {\n return visited.get(entry)!;\n }\n\n const result: ILookupTreeEntry = {};\n visited.set(entry, result);\n\n if (entry.forward) {\n result.forward = cloneTree(entry.forward, visited);\n }\n\n if (entry.reverse) {\n result.reverse = cloneTree(entry.reverse, visited);\n }\n\n if (entry.lookup) {\n result.lookup = {\n contextRange: entry.lookup.contextRange.slice() as [number, number],\n index: entry.lookup.index,\n length: entry.lookup.length,\n subIndex: entry.lookup.subIndex,\n substitutions: entry.lookup.substitutions.slice()\n };\n }\n\n return result;\n}\n\n/**\n * Clones a lookup tree.\n *\n * @param tree Lookup tree to clone\n * @param visited Map to track already cloned entries (prevents infinite loops)\n */\nfunction cloneTree(tree: ILookupTree, visited: Map = new Map()): ILookupTree {\n const individual: { [glyphId: string]: ILookupTreeEntry } = {};\n for (const [glyphId, entry] of Object.entries(tree.individual)) {\n individual[glyphId] = cloneEntry(entry, visited);\n }\n\n return {\n individual,\n range: tree.range.map(({ range, entry }) => ({\n range: range.slice() as [number, number],\n entry: cloneEntry(entry, visited)\n }))\n };\n}\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/mergeRange.test.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { assert } from 'chai';\nimport mergeRange from './mergeRange';\n\ndescribe('addon-ligatures - mergeRange', () => {\n it('inserts a new range before the existing ones', () => {\n const result = mergeRange([[1, 2], [2, 3]], 0, 1);\n assert.deepEqual(result, [[0, 1], [1, 2], [2, 3]]);\n });\n\n it('inserts in between two ranges', () => {\n const result = mergeRange([[0, 2], [4, 6]], 2, 4);\n assert.deepEqual(result, [[0, 2], [2, 4], [4, 6]]);\n });\n\n it('inserts after the last range', () => {\n const result = mergeRange([[0, 2], [4, 6]], 6, 8);\n assert.deepEqual(result, [[0, 2], [4, 6], [6, 8]]);\n });\n\n it('extends the beginning of a range', () => {\n const result = mergeRange([[0, 2], [4, 6]], 3, 5);\n assert.deepEqual(result, [[0, 2], [3, 6]]);\n });\n\n it('extends the end of a range', () => {\n const result = mergeRange([[0, 2], [4, 6]], 1, 4);\n assert.deepEqual(result, [[0, 4], [4, 6]]);\n });\n\n it('extends the last range', () => {\n const result = mergeRange([[0, 2], [4, 6]], 5, 7);\n assert.deepEqual(result, [[0, 2], [4, 7]]);\n });\n\n it('connects two ranges', () => {\n const result = mergeRange([[0, 2], [4, 6]], 1, 5);\n assert.deepEqual(result, [[0, 6]]);\n });\n\n it('connects more than two ranges', () => {\n const result = mergeRange([[0, 2], [4, 6], [8, 10], [12, 14]], 1, 10);\n assert.deepEqual(result, [[0, 10], [12, 14]]);\n });\n});\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/mergeRange.ts", "content": "/**\n * Merges the range defined by the provided start and end into the list of\n * existing ranges. The merge is done in place on the existing range for\n * performance and is also returned.\n *\n * @param ranges Existing range list\n * @param newRangeStart Start position of the range to merge, inclusive\n * @param newRangeEnd End position of range to merge, exclusive\n */\nexport default function mergeRange(ranges: [number, number][], newRangeStart: number, newRangeEnd: number): [number, number][] {\n let inRange = false;\n for (let i = 0; i < ranges.length; i++) {\n const range = ranges[i];\n if (!inRange) {\n if (newRangeEnd <= range[0]) {\n // Case 1: New range is before the search range\n ranges.splice(i, 0, [newRangeStart, newRangeEnd]);\n return ranges;\n }\n if (newRangeEnd <= range[1]) {\n // Case 2: New range is either wholly contained within the\n // search range or overlaps with the front of it\n range[0] = Math.min(newRangeStart, range[0]);\n return ranges;\n }\n if (newRangeStart < range[1]) {\n // Case 3: New range either wholly contains the search range\n // or overlaps with the end of it\n range[0] = Math.min(newRangeStart, range[0]);\n inRange = true;\n } else {\n // Case 4: New range starts after the search range\n continue;\n }\n } else {\n if (newRangeEnd <= range[0]) {\n // Case 5: New range extends from previous range but doesn't\n // reach the current one\n ranges[i - 1][1] = newRangeEnd;\n return ranges;\n }\n if (newRangeEnd <= range[1]) {\n // Case 6: New range extends from prvious range into the\n // current range\n ranges[i - 1][1] = Math.max(newRangeEnd, range[1]);\n ranges.splice(i, 1);\n inRange = false;\n return ranges;\n }\n // Case 7: New range extends from previous range past the\n // end of the current range\n ranges.splice(i, 1);\n i--;\n }\n }\n\n if (inRange) {\n // Case 8: New range extends past the last existing range\n ranges[ranges.length - 1][1] = newRangeEnd;\n } else {\n // Case 9: New range starts after the last existing range\n ranges.push([newRangeStart, newRangeEnd]);\n }\n\n return ranges;\n}\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/processors/6-1.ts", "content": "import { ChainingContextualSubstitutionTable, Lookup } from '../tables';\nimport { ILookupTree } from '../types';\n\nimport { listGlyphsByIndex } from './coverage';\nimport { processInputPosition, processLookaheadPosition, processBacktrackPosition, getInputTree, IEntryMeta } from './helper';\n\n/**\n * Build lookup tree for GSUB lookup table 6, format 1.\n * https://docs.microsoft.com/en-us/typography/opentype/spec/gsub#61-chaining-context-substitution-format-1-simple-glyph-contexts\n *\n * @param table JSON representation of the table\n * @param lookups List of lookup tables\n * @param tableIndex Index of this table in the overall lookup\n */\nexport default function buildTree(table: ChainingContextualSubstitutionTable.IFormat1, lookups: Lookup[], tableIndex: number): ILookupTree {\n const result: ILookupTree = {\n individual: {},\n range: []\n };\n\n const firstGlyphs = listGlyphsByIndex(table.coverage);\n\n for (const { glyphId, index } of firstGlyphs) {\n const chainRuleSet = table.chainRuleSets[index];\n\n // If the chain rule set is null there's nothing to do with this table.\n if (!chainRuleSet) {\n continue;\n }\n\n for (const [subIndex, subTable] of chainRuleSet.entries()) {\n let currentEntries: IEntryMeta[] = getInputTree(\n result,\n subTable.lookupRecords,\n lookups,\n 0,\n glyphId\n ).map(({ entry, substitution }) => ({ entry, substitutions: [substitution] }));\n\n // We walk forward, then backward\n for (const [index, glyph] of subTable.input.entries()) {\n currentEntries = processInputPosition(\n [glyph],\n index + 1,\n currentEntries,\n subTable.lookupRecords,\n lookups\n );\n }\n\n for (const glyph of subTable.lookahead) {\n currentEntries = processLookaheadPosition(\n [glyph],\n currentEntries\n );\n }\n\n for (const glyph of subTable.backtrack) {\n currentEntries = processBacktrackPosition(\n [glyph],\n currentEntries\n );\n }\n\n // When we get to the end, insert the lookup information\n for (const { entry, substitutions } of currentEntries) {\n entry.lookup = {\n substitutions,\n length: subTable.input.length + 1,\n index: tableIndex,\n subIndex,\n contextRange: [\n -1 * subTable.backtrack.length,\n 1 + subTable.input.length + subTable.lookahead.length\n ]\n };\n }\n }\n }\n\n return result;\n}\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/processors/6-2.ts", "content": "import { ChainingContextualSubstitutionTable, Lookup } from '../tables';\nimport { ILookupTree } from '../types';\nimport mergeTrees from '../merge';\n\nimport { listGlyphsByIndex } from './coverage';\nimport getGlyphClass, { listClassGlyphs } from './classDef';\nimport { processInputPosition, processLookaheadPosition, processBacktrackPosition, getInputTree, IEntryMeta } from './helper';\n\n/**\n * Build lookup tree for GSUB lookup table 6, format 2.\n * https://docs.microsoft.com/en-us/typography/opentype/spec/gsub#62-chaining-context-substitution-format-2-class-based-glyph-contexts\n *\n * @param table JSON representation of the table\n * @param lookups List of lookup tables\n * @param tableIndex Index of this table in the overall lookup\n */\nexport default function buildTree(table: ChainingContextualSubstitutionTable.IFormat2, lookups: Lookup[], tableIndex: number): ILookupTree {\n const results: ILookupTree[] = [];\n\n const firstGlyphs = listGlyphsByIndex(table.coverage);\n\n for (const { glyphId } of firstGlyphs) {\n const firstInputClass = getGlyphClass(table.inputClassDef, glyphId);\n for (const [glyphId, inputClass] of firstInputClass.entries()) {\n // istanbul ignore next - invalid font\n if (inputClass === null) {\n continue;\n }\n\n const classSet = table.chainClassSet[inputClass];\n\n // If the class set is null there's nothing to do with this table.\n if (!classSet) {\n continue;\n }\n\n for (const [subIndex, subTable] of classSet.entries()) {\n const result: ILookupTree = {\n individual: {},\n range: []\n };\n\n let currentEntries: IEntryMeta[] = getInputTree(\n result,\n subTable.lookupRecords,\n lookups,\n 0,\n glyphId\n ).map(({ entry, substitution }) => ({ entry, substitutions: [substitution] }));\n\n for (const [index, classNum] of subTable.input.entries()) {\n currentEntries = processInputPosition(\n listClassGlyphs(table.inputClassDef, classNum),\n index + 1,\n currentEntries,\n subTable.lookupRecords,\n lookups\n );\n }\n\n for (const classNum of subTable.lookahead) {\n currentEntries = processLookaheadPosition(\n listClassGlyphs(table.lookaheadClassDef, classNum),\n currentEntries\n );\n }\n\n for (const classNum of subTable.backtrack) {\n currentEntries = processBacktrackPosition(\n listClassGlyphs(table.backtrackClassDef, classNum),\n currentEntries\n );\n }\n\n // When we get to the end, all of the entries we've accumulated\n // should have a lookup defined\n for (const { entry, substitutions } of currentEntries) {\n entry.lookup = {\n substitutions,\n index: tableIndex,\n subIndex,\n length: subTable.input.length + 1,\n contextRange: [\n -1 * subTable.backtrack.length,\n 1 + subTable.input.length + subTable.lookahead.length\n ]\n };\n }\n\n results.push(result);\n }\n }\n }\n\n return mergeTrees(results);\n}\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/processors/6-3.ts", "content": "import { ChainingContextualSubstitutionTable, Lookup } from '../tables';\nimport { ILookupTree } from '../types';\n\nimport { listGlyphsByIndex } from './coverage';\nimport { processInputPosition, processLookaheadPosition, processBacktrackPosition, getInputTree, IEntryMeta } from './helper';\n\n/**\n * Build lookup tree for GSUB lookup table 6, format 3.\n * https://docs.microsoft.com/en-us/typography/opentype/spec/gsub#63-chaining-context-substitution-format-3-coverage-based-glyph-contexts\n *\n * @param table JSON representation of the table\n * @param lookups List of lookup tables\n * @param tableIndex Index of this table in the overall lookup\n */\nexport default function buildTree(table: ChainingContextualSubstitutionTable.IFormat3, lookups: Lookup[], tableIndex: number): ILookupTree {\n const result: ILookupTree = {\n individual: {},\n range: []\n };\n\n const firstGlyphs = listGlyphsByIndex(table.inputCoverage[0]);\n\n for (const { glyphId } of firstGlyphs) {\n let currentEntries: IEntryMeta[] = getInputTree(\n result,\n table.lookupRecords,\n lookups,\n 0,\n glyphId\n ).map(({ entry, substitution }) => ({ entry, substitutions: [substitution] }));\n\n for (const [index, coverage] of table.inputCoverage.slice(1).entries()) {\n currentEntries = processInputPosition(\n listGlyphsByIndex(coverage).map(glyph => glyph.glyphId),\n index + 1,\n currentEntries,\n table.lookupRecords,\n lookups\n );\n }\n\n for (const coverage of table.lookaheadCoverage) {\n currentEntries = processLookaheadPosition(\n listGlyphsByIndex(coverage).map(glyph => glyph.glyphId),\n currentEntries\n );\n }\n\n for (const coverage of table.backtrackCoverage) {\n currentEntries = processBacktrackPosition(\n listGlyphsByIndex(coverage).map(glyph => glyph.glyphId),\n currentEntries\n );\n }\n\n // When we get to the end, all of the entries we've accumulated\n // should have a lookup defined\n for (const { entry, substitutions } of currentEntries) {\n entry.lookup = {\n substitutions,\n index: tableIndex,\n subIndex: 0,\n length: table.inputCoverage.length,\n contextRange: [\n -1 * table.backtrackCoverage.length,\n table.inputCoverage.length + table.lookaheadCoverage.length\n ]\n };\n }\n }\n\n return result;\n}\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/processors/8-1.ts", "content": "import { IReverseChainingContextualSingleSubstitutionTable } from '../tables';\nimport { ILookupTree, ILookupTreeEntry } from '../types';\n\nimport { listGlyphsByIndex } from './coverage';\nimport { processLookaheadPosition, processBacktrackPosition, IEntryMeta } from './helper';\n\n/**\n * Build lookup tree for GSUB lookup table 8, format 1.\n * https://docs.microsoft.com/en-us/typography/opentype/spec/gsub#81-reverse-chaining-contextual-single-substitution-format-1-coverage-based-glyph-contexts\n *\n * @param table JSON representation of the table\n * @param tableIndex Index of this table in the overall lookup\n */\nexport default function buildTree(table: IReverseChainingContextualSingleSubstitutionTable, tableIndex: number): ILookupTree {\n const result: ILookupTree = {\n individual: {},\n range: []\n };\n\n const glyphs = listGlyphsByIndex(table.coverage);\n\n for (const { glyphId, index } of glyphs) {\n const initialEntry: ILookupTreeEntry = {};\n if (Array.isArray(glyphId)) {\n result.range.push({\n entry: initialEntry,\n range: glyphId\n });\n } else {\n result.individual[glyphId] = initialEntry;\n }\n\n let currentEntries: IEntryMeta[] = [{\n entry: initialEntry,\n substitutions: [table.substitutes[index]]\n }];\n\n // We walk forward, then backward\n for (const coverage of table.lookaheadCoverage) {\n currentEntries = processLookaheadPosition(\n listGlyphsByIndex(coverage).map(glyph => glyph.glyphId),\n currentEntries\n );\n }\n\n for (const coverage of table.backtrackCoverage) {\n currentEntries = processBacktrackPosition(\n listGlyphsByIndex(coverage).map(glyph => glyph.glyphId),\n currentEntries\n );\n }\n\n // When we get to the end, insert the lookup information\n for (const { entry, substitutions } of currentEntries) {\n entry.lookup = {\n substitutions,\n index: tableIndex,\n subIndex: 0,\n length: 1,\n contextRange: [\n -1 * table.backtrackCoverage.length,\n 1 + table.lookaheadCoverage.length\n ]\n };\n }\n }\n\n return result;\n}\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/processors/classDef.ts", "content": "import { ClassDefTable } from '../tables';\n\n/**\n * Get the number of the class to which the glyph belongs, or null if it doesn't\n * belong to any of them.\n *\n * @param table JSON representation of the class def table\n * @param glyphId Index of the glyph to look for\n */\nexport default function getGlyphClass(table: ClassDefTable, glyphId: number | [number, number]): Map {\n switch (table.format) {\n // https://docs.microsoft.com/en-us/typography/opentype/spec/chapter2#class-definition-table-format-2\n case 2:\n if (Array.isArray(glyphId)) {\n return getRangeGlyphClass(table, glyphId);\n }\n return new Map([[\n glyphId,\n getIndividualGlyphClass(table, glyphId)\n ]]);\n // https://docs.microsoft.com/en-us/typography/opentype/spec/chapter2#class-definition-table-format-1\n default:\n return new Map([[glyphId, null]]);\n }\n}\n\nfunction getRangeGlyphClass(table: ClassDefTable.IFormat2, glyphId: [number, number]): Map {\n const classStart: number = glyphId[0];\n const currentClass: number | null = getIndividualGlyphClass(table, classStart);\n let search: number = glyphId[0] + 1;\n\n const result = new Map<[number, number] | number, number | null>();\n\n while (search < glyphId[1]) {\n const clazz = getIndividualGlyphClass(table, search);\n if (clazz !== currentClass) {\n if (search - classStart <= 1) {\n result.set(classStart, currentClass);\n } else {\n result.set([classStart, search], currentClass);\n }\n }\n search++;\n }\n\n if (search - classStart <= 1) {\n result.set(classStart, currentClass);\n } else {\n result.set([classStart, search], currentClass);\n }\n\n return result;\n}\n\nfunction getIndividualGlyphClass(table: ClassDefTable.IFormat2, glyphId: number): number | null {\n for (const range of table.ranges) {\n if (range.start <= glyphId && range.end >= glyphId) {\n return range.classId;\n }\n }\n\n return null;\n}\n\nexport function listClassGlyphs(table: ClassDefTable, index: number): (number | [number, number])[] {\n switch (table.format) {\n case 2:\n const results: (number | [number, number])[] = [];\n for (const range of table.ranges) {\n if (range.classId !== index) {\n continue;\n }\n\n if (range.end === range.start) {\n results.push(range.start);\n } else {\n results.push([range.start, range.end + 1]);\n }\n }\n return results;\n default:\n return [];\n }\n}\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/processors/coverage.ts", "content": "import { CoverageTable } from '../tables';\n\n/**\n * Get the index of the given glyph in the coverage table, or null if it is not\n * present in the table.\n *\n * @param table JSON representation of the coverage table\n * @param glyphId Index of the glyph to look for\n */\nexport default function getCoverageGlyphIndex(table: CoverageTable, glyphId: number): number | null {\n switch (table.format) {\n // https://docs.microsoft.com/en-us/typography/opentype/spec/chapter2#coverage-format-1\n case 1:\n const index = table.glyphs.indexOf(glyphId);\n return index !== -1\n ? index\n : null;\n // https://docs.microsoft.com/en-us/typography/opentype/spec/chapter2#coverage-format-2\n case 2:\n const range = table.ranges\n .find(range => range.start <= glyphId && range.end >= glyphId);\n return range\n ? range.index\n : null;\n }\n}\n\nexport function listGlyphsByIndex(table: CoverageTable): { glyphId: number | [number, number], index: number }[] {\n switch (table.format) {\n case 1:\n return table.glyphs.map((glyphId, index) => ({ glyphId, index }));\n case 2:\n const results: { glyphId: number | [number, number], index: number }[] = [];\n for (const [index, range] of table.ranges.entries()) {\n if (range.end === range.start) {\n results.push({ glyphId: range.start, index });\n } else {\n results.push({ glyphId: [range.start, range.end + 1], index });\n }\n }\n return results;\n }\n}\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/processors/helper.ts", "content": "import { ILookupTreeEntry, ILookupTree } from '../types';\nimport { ISubstitutionLookupRecord, Lookup } from '../tables';\n\nimport { getIndividualSubstitutionGlyph, getRangeSubstitutionGlyphs } from './substitution';\n\nexport interface IEntryMeta {\n entry: ILookupTreeEntry;\n substitutions: (number | null)[];\n}\n\nexport function processInputPosition(\n glyphs: (number | [number, number])[],\n position: number,\n currentEntries: IEntryMeta[],\n lookupRecords: ISubstitutionLookupRecord[],\n lookups: Lookup[]\n): IEntryMeta[] {\n const nextEntries: IEntryMeta[] = [];\n for (const currentEntry of currentEntries) {\n currentEntry.entry.forward = {\n individual: {},\n range: []\n };\n for (const glyph of glyphs) {\n nextEntries.push(...getInputTree(\n currentEntry.entry.forward,\n lookupRecords,\n lookups,\n position,\n glyph\n ).map(({ entry, substitution }) => ({\n entry,\n substitutions: [...currentEntry.substitutions, substitution]\n })));\n }\n }\n\n return nextEntries;\n}\n\nexport function processLookaheadPosition(\n glyphs: (number | [number, number])[],\n currentEntries: IEntryMeta[]\n): IEntryMeta[] {\n const nextEntries: IEntryMeta[] = [];\n const processedEntries = new Set();\n\n for (const currentEntry of currentEntries) {\n // Skip if we've already processed this entry object\n if (processedEntries.has(currentEntry.entry)) {\n continue;\n }\n processedEntries.add(currentEntry.entry);\n\n currentEntry.entry.forward ??= {\n individual: {},\n range: []\n };\n\n // All glyphs at this position share ONE entry - lookahead just needs to match,\n // all paths lead to the same result\n const sharedEntry: ILookupTreeEntry = {};\n\n for (const glyph of glyphs) {\n if (Array.isArray(glyph)) {\n currentEntry.entry.forward.range.push({\n entry: sharedEntry,\n range: glyph\n });\n } else {\n currentEntry.entry.forward.individual[glyph] = sharedEntry;\n }\n }\n\n nextEntries.push({\n entry: sharedEntry,\n substitutions: currentEntry.substitutions\n });\n }\n\n return nextEntries;\n}\n\nexport function processBacktrackPosition(\n glyphs: (number | [number, number])[],\n currentEntries: IEntryMeta[]\n): IEntryMeta[] {\n const nextEntries: IEntryMeta[] = [];\n const processedEntries = new Set();\n\n for (const currentEntry of currentEntries) {\n // Skip if we've already processed this entry object\n if (processedEntries.has(currentEntry.entry)) {\n continue;\n }\n processedEntries.add(currentEntry.entry);\n\n currentEntry.entry.reverse ??= {\n individual: {},\n range: []\n };\n\n // All glyphs at this position share ONE entry - backtrack just needs to match,\n // all paths lead to the same result\n const sharedEntry: ILookupTreeEntry = {};\n\n for (const glyph of glyphs) {\n if (Array.isArray(glyph)) {\n currentEntry.entry.reverse.range.push({\n entry: sharedEntry,\n range: glyph\n });\n } else {\n currentEntry.entry.reverse.individual[glyph] = sharedEntry;\n }\n }\n\n nextEntries.push({\n entry: sharedEntry,\n substitutions: currentEntry.substitutions\n });\n }\n\n return nextEntries;\n}\n\nexport function getInputTree(tree: ILookupTree, substitutions: ISubstitutionLookupRecord[], lookups: Lookup[], inputIndex: number, glyphId: number | [number, number]): { entry: ILookupTreeEntry, substitution: number | null }[] {\n const result: { entry: ILookupTreeEntry, substitution: number | null }[] = [];\n if (!Array.isArray(glyphId)) {\n tree.individual[glyphId] = {};\n result.push({\n entry: tree.individual[glyphId],\n substitution: getSubstitutionAtPosition(substitutions, lookups, inputIndex, glyphId)\n });\n } else {\n const subs = getSubstitutionAtPositionRange(substitutions, lookups, inputIndex, glyphId);\n for (const [range, substitution] of subs) {\n const entry: ILookupTreeEntry = {};\n if (Array.isArray(range)) {\n tree.range.push({ range, entry });\n } else {\n tree.individual[range] = {};\n }\n result.push({ entry, substitution });\n }\n }\n\n return result;\n}\n\nfunction getSubstitutionAtPositionRange(substitutions: ISubstitutionLookupRecord[], lookups: Lookup[], index: number, range: [number, number]): Map {\n for (const substitution of substitutions.filter(s => s.sequenceIndex === index)) {\n for (const substitutionTable of (lookups[substitution.lookupListIndex] as Lookup.IType1).subtables) {\n const sub = getRangeSubstitutionGlyphs(\n substitutionTable,\n range\n );\n\n if (!Array.from(sub.values()).every(val => val !== null)) {\n return sub;\n }\n }\n }\n\n return new Map([[range, null]]);\n}\n\nfunction getSubstitutionAtPosition(substitutions: ISubstitutionLookupRecord[], lookups: Lookup[], index: number, glyphId: number): number | null {\n for (const substitution of substitutions.filter(s => s.sequenceIndex === index)) {\n for (const substitutionTable of (lookups[substitution.lookupListIndex] as Lookup.IType1).subtables) {\n const sub = getIndividualSubstitutionGlyph(\n substitutionTable,\n glyphId\n );\n\n if (sub !== null) {\n return sub;\n }\n }\n }\n\n return null;\n}\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/processors/substitution.ts", "content": "import { SubstitutionTable } from '../tables';\n\nimport getCoverageGlyphIndex from './coverage';\n\n/**\n * Get the substitution glyph for the givne glyph, or null if the glyph was not\n * found in the table.\n *\n * @param table JSON representation of the substitution table\n * @param glyphId The index of the glpyh to find substitutions for\n */\nexport function getRangeSubstitutionGlyphs(table: SubstitutionTable, glyphId: [number, number]): Map<[number, number] | number, number | null> {\n const replacementStart: number = glyphId[0];\n const currentReplacement: number | null = getIndividualSubstitutionGlyph(table, replacementStart);\n let search: number = glyphId[0] + 1;\n\n const result = new Map<[number, number] | number, number | null>();\n\n while (search < glyphId[1]) {\n const sub = getIndividualSubstitutionGlyph(table, search);\n if (sub !== currentReplacement) {\n if (search - replacementStart <= 1) {\n result.set(replacementStart, currentReplacement);\n } else {\n result.set([replacementStart, search], currentReplacement);\n }\n }\n\n search++;\n }\n\n if (search - replacementStart <= 1) {\n result.set(replacementStart, currentReplacement);\n } else {\n result.set([replacementStart, search], currentReplacement);\n }\n\n return result;\n}\n\nexport function getIndividualSubstitutionGlyph(table: SubstitutionTable, glyphId: number): number | null {\n const coverageIndex = getCoverageGlyphIndex(table.coverage, glyphId);\n\n // istanbul ignore next - invalid font\n if (coverageIndex === null) {\n return null;\n }\n\n switch (table.substFormat) {\n // https://docs.microsoft.com/en-us/typography/opentype/spec/gsub#11-single-substitution-format-1\n case 1:\n // TODO: determine if there's a rhyme or reason to the 16-bit\n // wraparound and if it can ever be a different number\n return (glyphId + table.deltaGlyphId) % (2 ** 16);\n // https://docs.microsoft.com/en-us/typography/opentype/spec/gsub#12-single-substitution-format-2\n case 2:\n return table.substitute[coverageIndex] ?? null;\n }\n}\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/tables.ts", "content": "export type SubstitutionTable = SubstitutionTable.IFormat1 | SubstitutionTable.IFormat2;\nexport namespace SubstitutionTable {\n export interface IFormat1 {\n substFormat: 1;\n coverage: CoverageTable;\n deltaGlyphId: number;\n }\n\n export interface IFormat2 {\n substFormat: 2;\n coverage: CoverageTable;\n substitute: number[];\n }\n}\n\nexport type CoverageTable = CoverageTable.IFormat1 | CoverageTable.IFormat2;\nexport namespace CoverageTable {\n export interface IFormat1 {\n format: 1;\n glyphs: number[];\n }\n\n export interface IFormat2 {\n format: 2;\n ranges: {\n start: number;\n end: number;\n index: number;\n }[];\n }\n}\n\nexport type ChainingContextualSubstitutionTable = ChainingContextualSubstitutionTable.IFormat1 |\n ChainingContextualSubstitutionTable.IFormat2 | ChainingContextualSubstitutionTable.IFormat3;\nexport namespace ChainingContextualSubstitutionTable {\n export interface IFormat1 {\n substFormat: 1;\n coverage: CoverageTable;\n chainRuleSets: ChainSubRuleTable[][];\n }\n\n export interface IFormat2 {\n substFormat: 2;\n coverage: CoverageTable;\n backtrackClassDef: ClassDefTable;\n inputClassDef: ClassDefTable;\n lookaheadClassDef: ClassDefTable;\n chainClassSet: (null | IChainSubClassRuleTable[])[];\n }\n\n export interface IFormat3 {\n substFormat: 3;\n backtrackCoverage: CoverageTable[];\n inputCoverage: CoverageTable[];\n lookaheadCoverage: CoverageTable[];\n lookupRecords: ISubstitutionLookupRecord[];\n }\n}\n\nexport interface IReverseChainingContextualSingleSubstitutionTable {\n substFormat: 1;\n coverage: CoverageTable;\n backtrackCoverage: CoverageTable[];\n lookaheadCoverage: CoverageTable[];\n substitutes: number[];\n}\n\nexport type ClassDefTable = ClassDefTable.IFormat2;\nexport namespace ClassDefTable {\n export interface IFormat2 {\n format: 2;\n ranges: {\n start: number;\n end: number;\n classId: number;\n }[];\n }\n}\n\nexport interface ISubstitutionLookupRecord {\n sequenceIndex: number;\n lookupListIndex: number;\n}\n\nexport type ChainSubRuleTable = IChainSubClassRuleTable;\nexport interface IChainSubClassRuleTable {\n backtrack: number[];\n input: number[];\n lookahead: number[];\n lookupRecords: ISubstitutionLookupRecord[];\n}\n\nexport type Lookup = Lookup.IType1 | Lookup.IType6 | Lookup.IType8;\nexport namespace Lookup {\n export interface IType1 {\n lookupType: 1;\n lookupFlag: number;\n subtables: SubstitutionTable[];\n }\n\n export interface IType6 {\n lookupType: 6;\n lookupFlag: number;\n subtables: ChainingContextualSubstitutionTable[];\n }\n\n export interface IType8 {\n lookupType: 8;\n lookupFlag: number;\n subtables: IReverseChainingContextualSingleSubstitutionTable[];\n }\n}\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/types.ts", "content": "export interface ISubstitutionResult {\n index: number;\n contextRange: [number, number];\n}\n\n/**\n * Information about ligatures found in a sequence of text\n */\nexport interface ILigatureData {\n /**\n * The list of font glyphs in the input text.\n */\n inputGlyphs: number[];\n\n /**\n * The list of font glyphs after performing replacements for font ligatures.\n */\n outputGlyphs: number[];\n\n /**\n * Sorted array of ranges that must be rendered together to produce the\n * ligatures in the output sequence. The ranges are inclusive on the left and\n * exclusive on the right.\n */\n contextRanges: [number, number][];\n}\n\nexport interface IFont {\n /**\n * Scans the provided text for font ligatures, returning an object with\n * metadata about the text and any ligatures found.\n *\n * @param text String to search for ligatures\n */\n findLigatures(text: string): ILigatureData;\n\n /**\n * Scans the provided text for font ligatures, returning an array of ranges\n * where ligatures are located.\n *\n * @param text String to search for ligatures\n */\n findLigatureRanges(text: string): [number, number][];\n}\n\nexport interface IOptions {\n /**\n * Optional size of previous results to store, measured in total number of\n * characters from input strings. Defaults to no cache (0)\n */\n cacheSize?: number;\n}\n\nexport interface ILookupTree {\n individual: {\n [glyphId: string]: ILookupTreeEntry;\n };\n range: {\n range: [number, number];\n entry: ILookupTreeEntry;\n }[];\n}\n\nexport interface ILookupTreeEntry {\n lookup?: ILookupResult;\n forward?: ILookupTree;\n reverse?: ILookupTree;\n}\n\nexport interface ILookupResult {\n substitutions: (number | null)[];\n length: number;\n index: number;\n subIndex: number;\n contextRange: [number, number];\n}\n\nexport interface IFlattenedLookupTree {\n [glyphId: string]: IFlattenedLookupTreeEntry;\n}\n\nexport interface IFlattenedLookupTreeEntry {\n lookup?: ILookupResult;\n forward?: IFlattenedLookupTree;\n reverse?: IFlattenedLookupTree;\n}\n" }, { "path": "addons/addon-ligatures/src/fontLigatures/walk.ts", "content": "import { IFlattenedLookupTree, ILookupResult } from './types';\n\nexport default function walkTree(tree: IFlattenedLookupTree, sequence: number[], startIndex: number, index: number): ILookupResult | undefined {\n const glyphId = sequence[index];\n const subtree = tree[glyphId];\n if (!subtree) {\n return undefined;\n }\n\n let lookup = subtree.lookup;\n if (subtree.reverse) {\n const reverseLookup = walkReverse(subtree.reverse, sequence, startIndex);\n\n if (\n (!lookup && reverseLookup) ||\n (\n reverseLookup && lookup && (\n lookup.index > reverseLookup.index ||\n (lookup.index === reverseLookup.index && lookup.subIndex > reverseLookup.subIndex)\n )\n )\n ) {\n lookup = reverseLookup;\n }\n }\n\n if (++index >= sequence.length || !subtree.forward) {\n return lookup;\n }\n\n const forwardLookup = walkTree(subtree.forward, sequence, startIndex, index);\n\n if (\n (!lookup && forwardLookup) ||\n (\n forwardLookup && lookup && (\n lookup.index > forwardLookup.index ||\n (lookup.index === forwardLookup.index && lookup.subIndex > forwardLookup.subIndex)\n )\n )\n ) {\n lookup = forwardLookup;\n }\n\n return lookup;\n}\n\nfunction walkReverse(tree: IFlattenedLookupTree, sequence: number[], index: number): ILookupResult | undefined {\n let subtree = tree[sequence[--index]];\n let lookup: ILookupResult | undefined = subtree && subtree.lookup;\n while (subtree) {\n if (\n (!lookup && subtree.lookup) ||\n (subtree.lookup && lookup && lookup.index > subtree.lookup.index)\n ) {\n lookup = subtree.lookup;\n }\n\n if (--index < 0 || !subtree.reverse) {\n break;\n }\n\n subtree = subtree.reverse[sequence[index]];\n }\n\n return lookup;\n}\n" }, { "path": "addons/addon-ligatures/src/index.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport type { Terminal } from '@xterm/xterm';\nimport { Font } from './fontLigatures/index';\n\nimport load from './font';\n\nconst enum LoadingState {\n UNLOADED,\n LOADING,\n LOADED,\n FAILED\n}\n\n// Caches 100K characters worth of ligatures. In practice this works out to\n// about 650 KB worth of cache, when a moderate number of ligatures are present.\nconst CACHE_SIZE = 100000;\n\n/**\n * Enable ligature support for the provided Terminal instance. To function\n * properly, this must be called after `open()` is called on the therminal. If\n * the font currently in use supports ligatures, the terminal will automatically\n * start to render them.\n * @param term Terminal instance from xterm.js\n */\nexport function enableLigatures(term: Terminal, fallbackLigatures: string[] = []): number {\n let currentFontName: string | undefined = undefined;\n let font: Font | undefined = undefined;\n let loadingState: LoadingState = LoadingState.UNLOADED;\n let loadError: unknown = undefined;\n\n return term.registerCharacterJoiner((text: string): [number, number][] => {\n // If the font hasn't been loaded yet, load it and return an empty result\n const termFont = term.options.fontFamily;\n if (\n termFont &&\n (loadingState === LoadingState.UNLOADED || currentFontName !== termFont)\n ) {\n font = undefined;\n loadingState = LoadingState.LOADING;\n currentFontName = termFont;\n const currentCallFontName = currentFontName;\n\n load(currentCallFontName, CACHE_SIZE)\n .then(f => {\n // Another request may have come in while we were waiting, so make\n // sure our font is still vaild.\n if (currentCallFontName === term.options.fontFamily) {\n loadingState = LoadingState.LOADED;\n font = f;\n\n // Only refresh things if we actually found a font\n if (f) {\n term.refresh(0, term.rows - 1);\n }\n }\n })\n .catch(e => {\n // Another request may have come in while we were waiting, so make\n // sure our font is still vaild.\n if (currentCallFontName === term.options.fontFamily) {\n loadingState = LoadingState.FAILED;\n if (term.options.logLevel === 'debug') {\n console.debug(loadError, new Error('Failure while loading font'));\n }\n font = undefined;\n loadError = e;\n }\n });\n }\n\n if (font && loadingState === LoadingState.LOADED) {\n // We clone the entries to avoid the internal cache of the ligature finder\n // getting messed up.\n return font.findLigatureRanges(text).map<[number, number]>(\n range => [range[0], range[1]]\n );\n }\n\n return getFallbackRanges(text, fallbackLigatures);\n });\n}\n\nfunction getFallbackRanges(text: string, fallbackLigatures: string[]): [number, number][] {\n const ranges: [number, number][] = [];\n for (let i = 0; i < text.length; i++) {\n for (let j = 0; j < fallbackLigatures.length; j++) {\n if (text.startsWith(fallbackLigatures[j], i)) {\n ranges.push([i, i + fallbackLigatures[j].length]);\n i += fallbackLigatures[j].length - 1;\n break;\n }\n }\n }\n return ranges;\n}\n" }, { "path": "addons/addon-ligatures/src/parse.test.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { assert } from 'chai';\nimport parse from './parse';\n\n// TODO: integrate tests from http://test.csswg.org/suites/css-fonts-4_dev/nightly-unstable/\ndescribe('addon-ligatures - parse', () => {\n it('parses individual families', () => {\n assert.deepEqual(parse('monospace'), ['monospace']);\n });\n\n it('parses multiple families', () => {\n assert.deepEqual(parse('Arial, Verdana, serif'), ['Arial', 'Verdana', 'serif']);\n });\n\n it('parses quoted families', () => {\n assert.deepEqual(parse('\"Times New Roman\", serif'), ['Times New Roman', 'serif']);\n });\n\n it('parses single quoted families', () => {\n assert.deepEqual(parse('\\'Times New Roman\\', serif'), ['Times New Roman', 'serif']);\n });\n\n it('parses families with spaces in their names', () => {\n assert.deepEqual(parse('Times New Roman, serif'), ['Times New Roman', 'serif']);\n });\n\n it('collapses multiple spaces together in identifiers', () => {\n assert.deepEqual(parse('Times New Roman, serif'), ['Times New Roman', 'serif']);\n });\n\n it('does not collapse multiple spaces together in quoted strings', () => {\n assert.deepEqual(parse('\"Times New Roman\", serif'), ['Times New Roman', 'serif']);\n });\n\n it('handles escaped characters in strings', () => {\n assert.deepEqual(parse('\"quote \\\\\" slash \\\\\\\\ slashquote \\\\\\\\\\\\\"\", serif'), ['quote \" slash \\\\ slashquote \\\\\"', 'serif']);\n });\n\n it('fails if a family has an unterminated string', () => {\n assert.throws(() => parse('\"Unterminated, serif'));\n });\n\n it('handles unicode escape sequences', () => {\n assert.deepEqual(parse('\"space\\\\20 between\", serif'), ['space between', 'serif']);\n });\n\n it('swallows only the first space after a unicode escape', () => {\n assert.deepEqual(parse('\"two-space\\\\20 between\", serif'), ['two-space between', 'serif']);\n });\n\n it('automatically ends the unicode escape after six digits', () => {\n assert.deepEqual(parse('space\\\\000020between, serif'), ['space between', 'serif']);\n });\n\n it('handles unicode escapes at the end of the family', () => {\n assert.deepEqual(parse('endswithbrace \\\\7b, serif'), ['endswithbrace {', 'serif']);\n });\n\n it('handles unicode escapes at the end of the input', () => {\n assert.deepEqual(parse('endswithbrace \\\\7b'), ['endswithbrace {']);\n });\n\n it('handles other escaped characters in identifiers', () => {\n assert.deepEqual(parse('has\\\\,comma'), ['has,comma']);\n });\n\n it('swallows escaped newlines in strings', () => {\n assert.deepEqual(parse('\"multi \\\\\\nline\", serif'), ['multi line', 'serif']);\n });\n});\n" }, { "path": "addons/addon-ligatures/src/parse.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\ninterface IParseContext {\n input: string;\n offset: number;\n}\n\n/**\n * Parses a CSS font family value, returning the component font families\n * contained within.\n *\n * @param family The CSS font family input string to parse\n */\nexport default function parse(family: string): string[] {\n if (typeof family !== 'string') {\n throw new Error('Font family must be a string');\n }\n\n const context: IParseContext = {\n input: family,\n offset: 0\n };\n\n const families = [];\n let currentFamily = '';\n\n // Work through the input character by character until there are none left.\n // This lexing and parsing in one pass.\n while (context.offset < context.input.length) {\n const char = context.input[context.offset++];\n switch (char) {\n // String\n case '\\'':\n case '\"':\n currentFamily += parseString(context, char);\n break;\n // End of family\n case ',':\n families.push(currentFamily);\n currentFamily = '';\n break;\n default:\n // Identifiers (whitespace between families is swallowed)\n if (!/\\s/.test(char)) {\n context.offset--;\n currentFamily += parseIdentifier(context);\n families.push(currentFamily);\n currentFamily = '';\n }\n }\n }\n\n return families;\n}\n\n/**\n * Parse a CSS string.\n *\n * @param context Parsing input and offset\n * @param quoteChar The quote character for the string (' or \")\n */\nfunction parseString(context: IParseContext, quoteChar: '\\'' | '\"'): string {\n let str = '';\n let escaped = false;\n while (context.offset < context.input.length) {\n const char = context.input[context.offset++];\n if (escaped) {\n if (/[\\dA-Fa-f]/.test(char)) {\n // Unicode escape\n context.offset--;\n str += parseUnicode(context);\n } else if (char !== '\\n') {\n // Newlines are ignored if escaped. Other characters are used as is.\n str += char;\n }\n escaped = false;\n } else {\n switch (char) {\n // Terminated quote\n case quoteChar:\n return str;\n // Begin escape\n case '\\\\':\n escaped = true;\n break;\n // Add character to string\n default:\n str += char;\n }\n }\n }\n\n throw new Error('Unterminated string');\n}\n\n/**\n * Parse a CSS custom identifier.\n *\n * @param context Parsing input and offset\n */\nfunction parseIdentifier(context: IParseContext): string {\n let str = '';\n let escaped = false;\n while (context.offset < context.input.length) {\n const char = context.input[context.offset++];\n if (escaped) {\n if (/[\\dA-Fa-f]/.test(char)) {\n // Unicode escape\n context.offset--;\n str += parseUnicode(context);\n } else {\n // Everything else is used as is\n str += char;\n }\n escaped = false;\n } else {\n switch (char) {\n // Begin escape\n case '\\\\':\n escaped = true;\n break;\n // Terminate identifier\n case ',':\n return str;\n default:\n if (/\\s/.test(char)) {\n // Whitespace is collapsed into a single space within an identifier\n if (!str.endsWith(' ')) {\n str += ' ';\n }\n } else {\n // Add other characters directly\n str += char;\n }\n }\n }\n }\n\n return str;\n}\n\n/**\n * Parse a CSS unicode escape.\n *\n * @param context Parsing input and offset\n */\nfunction parseUnicode(context: IParseContext): string {\n let str = '';\n while (context.offset < context.input.length) {\n const char = context.input[context.offset++];\n if (/\\s/.test(char)) {\n // The first whitespace character after a unicode escape indicates the end\n // of the escape and is swallowed.\n return unicodeToString(str);\n }\n if (str.length >= 6 || !/[\\dA-Fa-f]/.test(char)) {\n // If the next character is not a valid hex digit or we have reached the\n // maximum of 6 digits in the escape, terminate the escape.\n context.offset--;\n return unicodeToString(str);\n }\n\n // Otherwise, just add it to the escape\n str += char;\n }\n\n return unicodeToString(str);\n}\n\n/**\n * Convert a unicode code point from a hex string to a utf8 string.\n *\n * @param codePoint Unicode code point represented as a hex string\n */\nfunction unicodeToString(codePoint: string): string {\n return String.fromCodePoint(parseInt(codePoint, 16));\n}\n" }, { "path": "addons/addon-ligatures/src/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"target\": \"es2017\",\n \"module\": \"commonjs\",\n \"sourceMap\": true,\n \"outDir\": \"../out\",\n \"rootDir\": \".\",\n \"strict\": true,\n \"noUnusedLocals\": true,\n \"preserveWatchOutput\": true,\n \"types\": [\n \"../../../node_modules/@types/mocha\",\n // HACK: src shouldn't use node types but it's needed for index.test.ts\n \"../../../node_modules/@types/node\"\n ],\n \"paths\": {\n \"@xterm/addon-ligatures\" : [\n \"../typings/addon-ligatures.d.ts\"\n ]\n }\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ]\n}\n" }, { "path": "addons/addon-ligatures/test/LigaturesAddon.test.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport * as path from 'path';\nimport { assert } from 'chai';\n\n// Use require to get a mutable module object (ESM imports create read-only bindings)\nconst fontFinder = require('font-finder');\nconst ligatureSupport = require('../out-esbuild/index');\n\nconst originalList = fontFinder.list;\n\ndescribe('LigaturesAddon', () => {\n let onRefresh: { called: boolean, callCount: number, (...args: any[]): void };\n let term: MockTerminal;\n\n const input = 'a -> b www c';\n\n before(() => {\n fontFinder.list = () => Promise.resolve({\n 'Fira Code': [{\n path: path.join(__dirname, '../fonts/firaCode.otf'),\n style: fontFinder.Style.Regular,\n type: fontFinder.Type.Monospace,\n weight: 400\n }],\n 'Iosevka': [{\n path: path.join(__dirname, '../fonts/iosevka.ttf'),\n style: fontFinder.Style.Regular,\n type: fontFinder.Type.Monospace,\n weight: 400\n }],\n 'Nonexistant Font': [{\n path: path.join(__dirname, '../fonts/nonexistant.ttf'),\n style: fontFinder.Style.Regular,\n type: fontFinder.Type.Monospace,\n weight: 400\n }]\n });\n });\n\n after(() => {\n fontFinder.list = originalList;\n });\n\n beforeEach(() => {\n onRefresh = Object.assign((..._args: any[]) => { onRefresh.called = true; onRefresh.callCount++; }, { called: false, callCount: 0 });\n term = new MockTerminal(onRefresh);\n ligatureSupport.enableLigatures(term as any);\n });\n\n it('registers itself correctly', () => {\n const term = new MockTerminal(() => {});\n assert.isUndefined(term.joiner);\n ligatureSupport.enableLigatures(term as any);\n assert.isFunction(term.joiner);\n });\n\n it('registers itself correctly when called directly', () => {\n const term = new MockTerminal(() => {});\n assert.isUndefined(term.joiner);\n ligatureSupport.enableLigatures(term as any);\n assert.isFunction(term.joiner);\n });\n\n it('returns an empty set of ranges on the first call while the font is loading', () => {\n assert.deepEqual(term.joiner!(input), []);\n });\n\n it('fails if it finds but cannot load the font', async () => {\n term.options.fontFamily = 'Nonexistant Font, monospace';\n assert.deepEqual(term.joiner!(input), []);\n await delay(500);\n assert.strictEqual(onRefresh.callCount, 0);\n });\n\n it('returns nothing if the font is not present on the system', async () => {\n term.options.fontFamily = 'notinstalled';\n assert.deepEqual(term.joiner!(input), []);\n await delay(500);\n assert.strictEqual(onRefresh.callCount, 0);\n assert.deepEqual(term.joiner!(input), []);\n });\n\n it('returns nothing if no specific font is specified', async () => {\n term.options.fontFamily = 'monospace';\n assert.deepEqual(term.joiner!(input), []);\n await delay(500);\n assert.strictEqual(onRefresh.callCount, 0);\n assert.deepEqual(term.joiner!(input), []);\n });\n\n it('returns nothing if no fonts are provided', async () => {\n term.options.fontFamily = '';\n assert.deepEqual(term.joiner!(input), []);\n await delay(500);\n assert.strictEqual(onRefresh.callCount, 0);\n assert.deepEqual(term.joiner!(input), []);\n });\n\n it('fails when given malformed inputs', async () => {\n term.options.fontFamily = {} as any;\n assert.deepEqual(term.joiner!(input), []);\n await delay(500);\n assert.strictEqual(onRefresh.callCount, 0);\n });\n});\n\nclass MockTerminal {\n private _options: { [name: string]: string | number } = {\n fontFamily: 'Fira Code, monospace',\n rows: 50\n };\n public joiner?: (text: string) => [number, number][];\n public refresh: (start: number, end: number) => void;\n\n constructor(onRefresh: (start: number, end: number) => void) {\n this.refresh = onRefresh;\n }\n\n public registerCharacterJoiner(handler: (text: string) => [number, number][]): number {\n this.joiner = handler;\n return 1;\n }\n public deregisterCharacterJoiner(id: number): void {\n this.joiner = undefined;\n }\n public get options(): { [name: string]: string | number } { return this._options; }\n public set options(options: { [name: string]: string | number }) {\n for (const key in this._options) {\n this._options[key] = options[key];\n }\n }\n}\n\nfunction delay(delayMs: number): Promise {\n return new Promise(resolve => setTimeout(resolve, delayMs));\n}\n" }, { "path": "addons/addon-ligatures/test/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"ESNext\",\n \"lib\": [\n \"es2021\"\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out-esbuild-test\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"strict\": true,\n \"paths\": {\n \"*\": [\n \"./*\"\n ]\n },\n \"types\": [\n \"../../../node_modules/@types/mocha\",\n \"../../../node_modules/@types/node\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ]\n}\n" }, { "path": "addons/addon-ligatures/tsconfig.json", "content": "{\n \"files\": [],\n \"include\": [],\n \"references\": [\n { \"path\": \"./src\" },\n { \"path\": \"./test\" }\n ]\n}\n" }, { "path": "addons/addon-ligatures/typings/addon-ligatures.d.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n *\n * This contains the type declarations for the @xterm/addon-ligatures library.\n * Note that some interfaces may differ between this file and the actual\n * implementation in src/, that's because this file declares the *public* API\n * which is intended to be stable and consumed by external programs.\n */\n\nimport { Terminal, ITerminalAddon } from '@xterm/xterm';\n\ndeclare module '@xterm/addon-ligatures' {\n /**\n * An xterm.js addon that enables web links.\n */\n export class LigaturesAddon implements ITerminalAddon {\n /**\n * Creates a new ligatures addon.\n *\n * @param options Options for the ligatures addon.\n */\n constructor(options?: Partial);\n\n /**\n * Activates the addon. Note that if webgl is also being used, that addon\n * should be reactivated after ligatures is activated in order to apply\n * {@link ILigatureOptions.fontFeatureSettings} to the texture atlas.\n *\n *\n * @param terminal The terminal the addon is being loaded in.\n */\n public activate(terminal: Terminal): void;\n\n /**\n * Disposes the addon.\n */\n public dispose(): void;\n }\n\n /**\n * Options for the ligatures addon.\n */\n export interface ILigatureOptions {\n /**\n * Fallback ligatures to use when the font access API is either not\n * supported by the browser or access is denied. The default set of\n * ligatures is taken from Iosevka's default \"calt\" ligation set:\n * https://typeof.net/Iosevka/\n *\n * ```\n * <-- <--- <<- <- -> ->> --> --->\n * <== <=== <<= <= => =>> ==> ===> >= >>=\n * <-> <--> <---> <----> <=> <==> <===> <====> :: :::\n * <~~ /> ~~> == != /= ~= <> === !== !===\n * <: := *= *+ <* <*> *> <| <|> |> +* =* =: :>\n * /* +++ 
';\n\n    let foreground = '#000000';\n    let background = '#ffffff';\n    if (this._options.includeGlobalBackground ?? false) {\n      foreground = this._terminal.options.theme?.foreground ?? '#ffffff';\n      background = this._terminal.options.theme?.background ?? '#000000';\n    }\n\n    const globalStyleDefinitions = [];\n    globalStyleDefinitions.push('color: ' + foreground + ';');\n    globalStyleDefinitions.push('background-color: ' + background + ';');\n    globalStyleDefinitions.push('font-family: ' + this._terminal.options.fontFamily + ';');\n    globalStyleDefinitions.push('font-size: ' + this._terminal.options.fontSize + 'px;');\n    this._htmlContent += '
';\n  }\n\n  protected _afterSerialize(): void {\n    this._htmlContent += '
';\n    this._htmlContent += '
';\n }\n\n protected _rowEnd(row: number, isLastRow: boolean): void {\n this._htmlContent += '
' + this._currentRow + '
';\n this._currentRow = '';\n }\n\n private _getHexColor(cell: IBufferCell, isFg: boolean): string | undefined {\n const color = isFg ? cell.getFgColor() : cell.getBgColor();\n if (isFg ? cell.isFgRGB() : cell.isBgRGB()) {\n const rgb = [\n (color >> 16) & 255,\n (color >> 8) & 255,\n (color ) & 255\n ];\n return '#' + rgb.map(x => x.toString(16).padStart(2, '0')).join('');\n }\n if (isFg ? cell.isFgPalette() : cell.isBgPalette()) {\n return this._ansiColors[color].css;\n }\n return undefined;\n }\n\n private _getUnderlineColor(cell: IBufferCell): string | undefined {\n if (cell.isUnderlineColorDefault()) {\n return undefined;\n }\n const color = cell.getUnderlineColor();\n if (cell.isUnderlineColorRGB()) {\n const rgb = [\n (color >> 16) & 255,\n (color >> 8) & 255,\n (color ) & 255\n ];\n return '#' + rgb.map(x => x.toString(16).padStart(2, '0')).join('');\n }\n // Palette color\n return this._ansiColors[color].css;\n }\n\n private _getUnderlineStyle(cell: IBufferCell): string {\n switch (cell.getUnderlineStyle()) {\n case UnderlineStyle.SINGLE:\n return 'underline';\n case UnderlineStyle.DOUBLE:\n return 'underline double';\n case UnderlineStyle.CURLY:\n return 'underline wavy';\n case UnderlineStyle.DOTTED:\n return 'underline dotted';\n case UnderlineStyle.DASHED:\n return 'underline dashed';\n default:\n return 'underline';\n }\n }\n\n private _diffStyle(cell: IBufferCell, oldCell: IBufferCell): string[] | undefined {\n const content: string[] = [];\n\n if (attributesEquals(cell, oldCell)) {\n return undefined;\n }\n\n const fgChanged = !equalFg(cell, oldCell);\n const bgChanged = !equalBg(cell, oldCell);\n const flagsChanged = !equalFlags(cell, oldCell);\n\n if (fgChanged || bgChanged || flagsChanged) {\n const fgHexColor = this._getHexColor(cell, true);\n if (fgHexColor) {\n content.push('color: ' + fgHexColor + ';');\n }\n\n const bgHexColor = this._getHexColor(cell, false);\n if (bgHexColor) {\n content.push('background-color: ' + bgHexColor + ';');\n }\n\n if (cell.isInverse()) { content.push('color: #000000; background-color: #BFBFBF;'); }\n if (cell.isBold()) { content.push('font-weight: bold;'); }\n\n // Handle text-decoration (underline, overline, strikethrough, blink)\n const decorations: string[] = [];\n if (cell.isUnderline()) {\n decorations.push(this._getUnderlineStyle(cell));\n }\n if (cell.isOverline()) {\n decorations.push('overline');\n }\n if (cell.isStrikethrough()) {\n decorations.push('line-through');\n }\n if (cell.isBlink()) {\n decorations.push('blink');\n }\n if (decorations.length > 0) {\n content.push('text-decoration: ' + decorations.join(' ') + ';');\n }\n\n // Handle underline color\n if (cell.isUnderline()) {\n const underlineColor = this._getUnderlineColor(cell);\n if (underlineColor) {\n content.push('text-decoration-color: ' + underlineColor + ';');\n }\n }\n\n if (cell.isInvisible()) { content.push('visibility: hidden;'); }\n if (cell.isItalic()) { content.push('font-style: italic;'); }\n if (cell.isDim()) { content.push('opacity: 0.5;'); }\n\n return content;\n }\n\n return undefined;\n }\n\n protected _nextCell(cell: IBufferCell, oldCell: IBufferCell, row: number, col: number): void {\n // a width 0 cell don't need to be count because it is just a placeholder after a CJK character;\n const isPlaceHolderCell = cell.getWidth() === 0;\n if (isPlaceHolderCell) {\n return;\n }\n\n // this cell don't have content\n const isEmptyCell = cell.getChars() === '';\n\n const styleDefinitions = this._diffStyle(cell, oldCell);\n\n // handles style change\n if (styleDefinitions) {\n this._currentRow += styleDefinitions.length === 0 ?\n '' :\n '';\n }\n\n // handles actual content\n if (isEmptyCell) {\n this._currentRow += ' ';\n } else {\n this._currentRow += escapeHTMLChar(cell.getChars());\n }\n }\n\n protected _serializeString(): string {\n return this._htmlContent;\n }\n}\n" }, { "path": "addons/addon-serialize/src/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"es2021\",\n \"lib\": [\n \"dom\",\n \"es2015\"\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"browser/*\": [\n \"../../../src/browser/*\"\n ],\n \"@xterm/addon-serialize\": [\n \"../typings/addon-serialize.d.ts\"\n ]\n },\n \"strict\": true,\n \"skipLibCheck\": true,\n \"types\": [\n \"../../../node_modules/@types/mocha\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n },\n {\n \"path\": \"../../../src/browser\"\n }\n ]\n}\n" }, { "path": "addons/addon-serialize/test/SerializeAddon.test.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport test from '@playwright/test';\nimport { deepStrictEqual, notDeepStrictEqual, strictEqual } from 'assert';\nimport { readFile } from 'fs';\nimport { resolve } from 'path';\nimport { ITestContext, createTestContext, openTerminal, timeout, writeSync } from '../../../test/playwright/TestUtils';\n\nconst writeRawSync = (page: any, str: string): Promise => writeSync(ctx.page, `' +` + JSON.stringify(str) + `+ '`);\n\nconst testNormalScreenEqual = async (page: any, str: string): Promise => {\n await writeRawSync(ctx.page, str);\n const originalBuffer = await ctx.page.evaluate(`inspectBuffer(term.buffer.normal);`);\n\n const result = await ctx.page.evaluate(`window.serialize.serialize();`) as string;\n await ctx.page.evaluate(`term.reset();`);\n await writeRawSync(ctx.page, result);\n const newBuffer = await ctx.page.evaluate(`inspectBuffer(term.buffer.normal);`);\n\n deepStrictEqual(JSON.stringify(originalBuffer), JSON.stringify(newBuffer));\n};\n\nasync function testSerializeEquals(writeContent: string, expectedSerialized: string): Promise {\n await writeRawSync(ctx.page, writeContent);\n const result = await ctx.page.evaluate(`window.serialize.serialize();`) as string;\n strictEqual(result, expectedSerialized);\n}\n\nlet ctx: ITestContext;\ntest.beforeAll(async ({ browser }) => {\n ctx = await createTestContext(browser);\n await openTerminal(ctx, { rows: 10, cols: 10 });\n});\ntest.afterAll(async () => await ctx.page.close());\n\ntest.describe('SerializeAddon', () => {\n\n test.beforeEach(async () => {\n await ctx.page.evaluate(`\n window.term.reset()\n window.serialize?.dispose();\n window.serialize = new SerializeAddon();\n window.term.loadAddon(window.serialize);\n window.inspectBuffer = (buffer) => {\n const lines = [];\n for (let i = 0; i < buffer.length; i++) {\n // Do this intentionally to get content of underlining source\n const bufferLine = buffer.getLine(i)._line;\n lines.push(JSON.stringify(bufferLine));\n }\n return {\n x: buffer.cursorX,\n y: buffer.cursorY,\n data: lines\n };\n }\n `);\n });\n\n test.beforeEach(async () => {\n await ctx.proxy.reset();\n });\n\n test('produce different output when we call test util with different text', async function(): Promise {\n await writeRawSync(ctx.page, '12345');\n const buffer1 = await ctx.page.evaluate(`inspectBuffer(term.buffer.normal);`);\n\n await ctx.page.evaluate(`term.reset();`);\n await writeRawSync(ctx.page, '67890');\n const buffer2 = await ctx.page.evaluate(`inspectBuffer(term.buffer.normal);`);\n\n notDeepStrictEqual(JSON.stringify(buffer1), JSON.stringify(buffer2));\n });\n\n test('produce different output when we call test util with different line wrap', async function(): Promise {\n await writeRawSync(ctx.page, '1234567890\\r\\n12345');\n const buffer3 = await ctx.page.evaluate(`inspectBuffer(term.buffer.normal);`);\n\n await ctx.page.evaluate(`term.reset();`);\n await writeRawSync(ctx.page, '123456789012345');\n const buffer4 = await ctx.page.evaluate(`inspectBuffer(term.buffer.normal);`);\n\n notDeepStrictEqual(JSON.stringify(buffer3), JSON.stringify(buffer4));\n });\n\n test('empty content', async function(): Promise {\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), '');\n });\n\n test('unwrap wrapped line', async function(): Promise {\n const lines = ['123456789123456789'];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('does not unwrap non-wrapped line', async function(): Promise {\n const lines = [\n '123456789',\n '123456789'\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n\n test('preserve last empty lines', async function(): Promise {\n const cols = 10;\n const lines = [\n '',\n '',\n digitsString(cols),\n digitsString(cols),\n '',\n '',\n digitsString(cols),\n digitsString(cols),\n '',\n '',\n ''\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('digits content', async function(): Promise {\n const rows = 10;\n const cols = 10;\n const digitsLine = digitsString(cols);\n const lines = newArray(digitsLine, rows);\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('serialize with half of scrollback', async function(): Promise {\n const rows = 20;\n const scrollback = rows - 10;\n const halfScrollback = scrollback / 2;\n const cols = 10;\n const lines = newArray((index: number) => digitsString(cols, index), rows);\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize({ scrollback: ${halfScrollback} });`), lines.slice(halfScrollback, rows).join('\\r\\n'));\n });\n\n test('serialize 0 rows of scrollback', async function(): Promise {\n const rows = 20;\n const cols = 10;\n const lines = newArray((index: number) => digitsString(cols, index), rows);\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize({ scrollback: 0 });`), lines.slice(rows - 10, rows).join('\\r\\n'));\n });\n\n test('serialize exclude modes', async () => {\n await ctx.proxy.write('before\\x1b[?1hafter');\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), 'beforeafter\\x1b[?1h');\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize({ excludeModes: true });`), 'beforeafter');\n });\n\n test('serialize exclude alt buffer', async () => {\n await ctx.proxy.write('normal\\x1b[?1049h\\x1b[Halt');\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), 'normal\\x1b[?1049h\\x1b[Halt');\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize({ excludeAltBuffer: true });`), 'normal');\n });\n\n test('serialize all rows of content with color16', async function(): Promise {\n const cols = 10;\n const color16 = [\n 30, 31, 32, 33, 34, 35, 36, 37, // Set foreground color\n 90, 91, 92, 93, 94, 95, 96, 97,\n 40, 41, 42, 43, 44, 45, 46, 47, // Set background color\n 100, 101, 103, 104, 105, 106, 107\n ];\n const rows = color16.length;\n const lines = newArray(\n (index: number) => digitsString(cols, index, `\\x1b[${color16[index % color16.length]}m`),\n rows\n );\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('serialize all rows of content with fg/bg flags', async function(): Promise {\n const cols = 10;\n const line = '+'.repeat(cols);\n const lines: string[] = [\n sgr(FG_P16_GREEN) + line, // Workaround: If we clear all flags a the end, serialize will use \\x1b[0m to clear instead of the sepcific disable sequence\n sgr(INVERSE) + line,\n sgr(BOLD) + line,\n sgr(UNDERLINED) + line,\n sgr(BLINK) + line,\n sgr(INVISIBLE) + line,\n sgr(STRIKETHROUGH) + line,\n sgr(NO_INVERSE) + line,\n sgr(NO_BOLD) + line,\n sgr(NO_UNDERLINED) + line,\n sgr(NO_BLINK) + line,\n sgr(NO_INVISIBLE) + line,\n sgr(NO_STRIKETHROUGH) + line\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('buffer cell attributesEquals compares underline style and color', async () => {\n await ctx.proxy.write(`${sgr(UNDERLINE_DOUBLE, UNDERLINE_COLOR_RED)}A${sgr(UNDERLINE_DOUBLE, UNDERLINE_COLOR_RED)}B${sgr(NORMAL)}`);\n const sameAttributes = await ctx.page.evaluate(`(() => {\n const line = window.term.buffer.active.getLine(0);\n const cellA = line?.getCell(0);\n const cellB = line?.getCell(1);\n if (!cellA || !cellB) {\n return undefined;\n }\n return cellA.attributesEquals(cellB);\n })()`);\n strictEqual(sameAttributes, true);\n\n await ctx.page.evaluate(`window.term.reset()`);\n await ctx.proxy.write(`${sgr(UNDERLINE_DOUBLE, UNDERLINE_COLOR_RED)}A${sgr(UNDERLINE_DOUBLE, UNDERLINE_COLOR_GREEN)}B${sgr(NORMAL)}`);\n const differentColor = await ctx.page.evaluate(`(() => {\n const line = window.term.buffer.active.getLine(0);\n const cellA = line?.getCell(0);\n const cellB = line?.getCell(1);\n if (!cellA || !cellB) {\n return undefined;\n }\n return cellA.attributesEquals(cellB);\n })()`);\n strictEqual(differentColor, false);\n\n await ctx.page.evaluate(`window.term.reset()`);\n await ctx.proxy.write(`${sgr(UNDERLINE_DOUBLE, UNDERLINE_COLOR_RED)}A${sgr(UNDERLINED, UNDERLINE_COLOR_RED)}B${sgr(NORMAL)}`);\n const differentStyle = await ctx.page.evaluate(`(() => {\n const line = window.term.buffer.active.getLine(0);\n const cellA = line?.getCell(0);\n const cellB = line?.getCell(1);\n if (!cellA || !cellB) {\n return undefined;\n }\n return cellA.attributesEquals(cellB);\n })()`);\n strictEqual(differentStyle, false);\n });\n\n test('serialize all rows of content with color256', async function(): Promise {\n const rows = 32;\n const cols = 10;\n const lines = newArray(\n (index: number) => digitsString(cols, index, `\\x1b[38;5;${16 + index}m`),\n rows\n );\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('serialize all rows of content with overline', async () => {\n const cols = 10;\n const line = '+'.repeat(cols);\n const lines: string[] = [\n sgr(OVERLINED) + line, // Overlined\n sgr(UNDERLINED) + line, // Overlined, Underlined\n sgr(NORMAL) + line // Normal\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('serialize all rows of content with color16 and style separately', async function(): Promise {\n const cols = 10;\n const line = '+'.repeat(cols);\n const lines: string[] = [\n sgr(FG_P16_RED) + line, // fg Red,\n sgr(UNDERLINED) + line, // fg Red, Underlined\n sgr(FG_P16_GREEN) + line, // fg Green, Underlined\n sgr(INVERSE) + line, // fg Green, Underlined, Inverse\n sgr(NO_INVERSE) + line, // fg Green, Underlined\n sgr(INVERSE) + line, // fg Green, Underlined, Inverse\n sgr(BG_P16_YELLOW) + line, // fg Green, bg Yellow, Underlined, Inverse\n sgr(FG_RESET) + line, // bg Yellow, Underlined, Inverse\n sgr(BG_RESET) + line, // Underlined, Inverse\n sgr(NORMAL) + line // Back to normal\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('serialize all rows of content with color16 and style together', async function(): Promise {\n const cols = 10;\n const line = '+'.repeat(cols);\n const lines: string[] = [\n sgr(FG_P16_RED) + line, // fg Red\n sgr(FG_P16_GREEN, BG_P16_YELLOW) + line, // fg Green, bg Yellow\n sgr(UNDERLINED, ITALIC) + line, // fg Green, bg Yellow, Underlined, Italic\n sgr(NO_UNDERLINED, NO_ITALIC) + line, // fg Green, bg Yellow\n sgr(FG_RESET, ITALIC) + line, // bg Yellow, Italic\n sgr(BG_RESET) + line, // Italic\n sgr(NORMAL) + line, // Back to normal\n sgr(FG_P16_RED) + line, // fg Red\n sgr(FG_P16_GREEN, BG_P16_YELLOW) + line, // fg Green, bg Yellow\n sgr(UNDERLINED, ITALIC) + line, // fg Green, bg Yellow, Underlined, Italic\n sgr(NO_UNDERLINED, NO_ITALIC) + line, // fg Green, bg Yellow\n sgr(FG_RESET, ITALIC) + line, // bg Yellow, Italic\n sgr(BG_RESET) + line // Italic\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('serialize all rows of content with color256 and style separately', async function(): Promise {\n const cols = 10;\n const line = '+'.repeat(cols);\n const lines: string[] = [\n sgr(FG_P256_RED) + line, // fg Red 256,\n sgr(UNDERLINED) + line, // fg Red 256, Underlined\n sgr(FG_P256_GREEN) + line, // fg Green 256, Underlined\n sgr(INVERSE) + line, // fg Green 256, Underlined, Inverse\n sgr(NO_INVERSE) + line, // fg Green 256, Underlined\n sgr(INVERSE) + line, // fg Green 256, Underlined, Inverse\n sgr(BG_P256_YELLOW) + line, // fg Green 256, bg Yellow 256, Underlined, Inverse\n sgr(FG_RESET) + line, // bg Yellow 256, Underlined, Inverse\n sgr(BG_RESET) + line, // Underlined, Inverse\n sgr(NORMAL) + line // Back to normal\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('serialize all rows of content with color256 and style together', async function(): Promise {\n const cols = 10;\n const line = '+'.repeat(cols);\n const lines: string[] = [\n sgr(FG_P256_RED) + line, // fg Red 256\n sgr(FG_P256_GREEN, BG_P256_YELLOW) + line, // fg Green 256, bg Yellow 256\n sgr(UNDERLINED, ITALIC) + line, // fg Green 256, bg Yellow 256, Underlined, Italic\n sgr(NO_UNDERLINED, NO_ITALIC) + line, // fg Green 256, bg Yellow 256\n sgr(FG_RESET, ITALIC) + line, // bg Yellow 256, Italic\n sgr(BG_RESET) + line, // Italic\n sgr(NORMAL) + line, // Back to normal\n sgr(FG_P256_RED) + line, // fg Red 256\n sgr(FG_P256_GREEN, BG_P256_YELLOW) + line, // fg Green 256, bg Yellow 256\n sgr(UNDERLINED, ITALIC) + line, // fg Green 256, bg Yellow 256, Underlined, Italic\n sgr(NO_UNDERLINED, NO_ITALIC) + line, // fg Green 256, bg Yellow 256\n sgr(FG_RESET, ITALIC) + line, // bg Yellow 256, Italic\n sgr(BG_RESET) + line // Italic\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('serialize all rows of content with colorRGB and style separately', async function(): Promise {\n const cols = 10;\n const line = '+'.repeat(cols);\n const lines: string[] = [\n sgr(FG_RGB_RED) + line, // fg Red RGB,\n sgr(UNDERLINED) + line, // fg Red RGB, Underlined\n sgr(FG_RGB_GREEN) + line, // fg Green RGB, Underlined\n sgr(INVERSE) + line, // fg Green RGB, Underlined, Inverse\n sgr(NO_INVERSE) + line, // fg Green RGB, Underlined\n sgr(INVERSE) + line, // fg Green RGB, Underlined, Inverse\n sgr(BG_RGB_YELLOW) + line, // fg Green RGB, bg Yellow RGB, Underlined, Inverse\n sgr(FG_RESET) + line, // bg Yellow RGB, Underlined, Inverse\n sgr(BG_RESET) + line, // Underlined, Inverse\n sgr(NORMAL) + line // Back to normal\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('serialize all rows of content with colorRGB and style together', async function(): Promise {\n const cols = 10;\n const line = '+'.repeat(cols);\n const lines: string[] = [\n sgr(FG_RGB_RED) + line, // fg Red RGB\n sgr(FG_RGB_GREEN, BG_RGB_YELLOW) + line, // fg Green RGB, bg Yellow RGB\n sgr(UNDERLINED, ITALIC) + line, // fg Green RGB, bg Yellow RGB, Underlined, Italic\n sgr(NO_UNDERLINED, NO_ITALIC) + line, // fg Green RGB, bg Yellow RGB\n sgr(FG_RESET, ITALIC) + line, // bg Yellow RGB, Italic\n sgr(BG_RESET) + line, // Italic\n sgr(NORMAL) + line, // Back to normal\n sgr(FG_RGB_RED) + line, // fg Red RGB\n sgr(FG_RGB_GREEN, BG_RGB_YELLOW) + line, // fg Green RGB, bg Yellow RGB\n sgr(UNDERLINED, ITALIC) + line, // fg Green RGB, bg Yellow RGB, Underlined, Italic\n sgr(NO_UNDERLINED, NO_ITALIC) + line, // fg Green RGB, bg Yellow RGB\n sgr(FG_RESET, ITALIC) + line, // bg Yellow RGB, Italic\n sgr(BG_RESET) + line // Italic\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('serialize tabs correctly', async () => {\n const lines = [\n 'a\\tb',\n 'aa\\tc',\n 'aaa\\td'\n ];\n const expected = [\n 'a\\x1b[7Cb',\n 'aa\\x1b[6Cc',\n 'aaa\\x1b[5Cd'\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), expected.join('\\r\\n'));\n });\n\n test('serialize CJK correctly', async () => {\n const lines = [\n '中文中文',\n '12中文',\n '中文12',\n // This line is going to be wrapped at last character\n // because it has line length of 11 (1+2*5).\n // We concat it back without the null cell currently.\n // But this may be incorrect.\n // see also #3097\n '1中文中文中'\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), lines.join('\\r\\n'));\n });\n\n test('serialize CJK Mixed with tab correctly', async () => {\n const lines = [\n '中文\\t12' // CJK mixed with tab\n ];\n const expected = [\n '中文\\x1b[4C12'\n ];\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.serialize.serialize();`), expected.join('\\r\\n'));\n });\n\n test('serialize with alt screen correctly', async () => {\n const SMCUP = '\\u001b[?1049h';\n const CUP = '\\u001b[H';\n\n const lines = [\n `1${SMCUP}${CUP}2`\n ];\n const expected = [\n `1${SMCUP}${CUP}2`\n ];\n\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.term.buffer.active.type`), 'alternate');\n strictEqual(JSON.stringify(await ctx.page.evaluate(`window.serialize.serialize();`)), JSON.stringify(expected.join('\\r\\n')));\n });\n\n test('serialize without alt screen correctly', async () => {\n const SMCUP = '\\u001b[?1049h';\n const RMCUP = '\\u001b[?1049l';\n\n const lines = [\n `1${SMCUP}2${RMCUP}`\n ];\n const expected = [\n `1`\n ];\n\n await ctx.proxy.write(lines.join('\\r\\n'));\n strictEqual(await ctx.page.evaluate(`window.term.buffer.active.type`), 'normal');\n strictEqual(JSON.stringify(await ctx.page.evaluate(`window.serialize.serialize();`)), JSON.stringify(expected.join('\\r\\n')));\n });\n\n test('serialize with background', async () => {\n const CLEAR_RIGHT = (l: number): string => `\\u001b[${l}X`;\n\n const lines = [\n `1\\u001b[44m${CLEAR_RIGHT(5)}`,\n `2${CLEAR_RIGHT(9)}`\n ];\n\n await testNormalScreenEqual(ctx.page, lines.join('\\r\\n'));\n });\n\n test('cause the BCE on scroll', async () => {\n const CLEAR_RIGHT = (l: number): string => `\\u001b[${l}X`;\n\n const padLines = newArray(\n (index: number) => digitsString(10, index),\n 10\n );\n\n const lines = [\n ...padLines,\n `\\u001b[44m${CLEAR_RIGHT(5)}1111111111111111`\n ];\n\n await testNormalScreenEqual(ctx.page, lines.join('\\r\\n'));\n });\n\n test('handle invalid wrap before scroll', async () => {\n const CLEAR_RIGHT = (l: number): string => `\\u001b[${l}X`;\n const MOVE_UP = (l: number): string => `\\u001b[${l}A`;\n const MOVE_DOWN = (l: number): string => `\\u001b[${l}B`;\n const MOVE_LEFT = (l: number): string => `\\u001b[${l}D`;\n\n // A line wrap happened after current line.\n // But there is no content.\n // so wrap shouldn't even be able to happen.\n const segments = [\n `123456789012345`,\n MOVE_UP(1),\n CLEAR_RIGHT(5),\n MOVE_DOWN(1),\n MOVE_LEFT(5),\n CLEAR_RIGHT(5),\n MOVE_UP(1),\n '1'\n ];\n\n await testNormalScreenEqual(ctx.page, segments.join(''));\n });\n\n test('handle invalid wrap after scroll', async () => {\n const CLEAR_RIGHT = (l: number): string => `\\u001b[${l}X`;\n const MOVE_UP = (l: number): string => `\\u001b[${l}A`;\n const MOVE_DOWN = (l: number): string => `\\u001b[${l}B`;\n const MOVE_LEFT = (l: number): string => `\\u001b[${l}D`;\n\n const padLines = newArray(\n (index: number) => digitsString(10, index),\n 10\n );\n\n // A line wrap happened after current line.\n // But there is no content.\n // so wrap shouldn't even be able to happen.\n const lines = [\n padLines.join('\\r\\n'),\n '\\r\\n',\n `123456789012345`,\n MOVE_UP(1),\n CLEAR_RIGHT(5),\n MOVE_DOWN(1),\n MOVE_LEFT(5),\n CLEAR_RIGHT(5),\n MOVE_UP(1),\n '1'\n ];\n\n await testNormalScreenEqual(ctx.page, lines.join(''));\n });\n\n test.describe('handle modes', () => {\n test('applicationCursorKeysMode', async () => {\n await testSerializeEquals('test\\u001b[?1h', 'test\\u001b[?1h');\n await testSerializeEquals('\\u001b[?1l', 'test');\n });\n test('applicationKeypadMode', async () => {\n await testSerializeEquals('test\\u001b[?66h', 'test\\u001b[?66h');\n await testSerializeEquals('\\u001b[?66l', 'test');\n });\n test('bracketedPasteMode', async () => {\n await testSerializeEquals('test\\u001b[?2004h', 'test\\u001b[?2004h');\n await testSerializeEquals('\\u001b[?2004l', 'test');\n });\n test('insertMode', async () => {\n await testSerializeEquals('test\\u001b[4h', 'test\\u001b[4h');\n await testSerializeEquals('\\u001b[4l', 'test');\n });\n test('mouseTrackingMode', async () => {\n await testSerializeEquals('test\\u001b[?9h', 'test\\u001b[?9h');\n await testSerializeEquals('\\u001b[?9l', 'test');\n await testSerializeEquals('\\u001b[?1000h', 'test\\u001b[?1000h');\n await testSerializeEquals('\\u001b[?1000l', 'test');\n await testSerializeEquals('\\u001b[?1002h', 'test\\u001b[?1002h');\n await testSerializeEquals('\\u001b[?1002l', 'test');\n await testSerializeEquals('\\u001b[?1003h', 'test\\u001b[?1003h');\n await testSerializeEquals('\\u001b[?1003l', 'test');\n });\n test('originMode', async () => {\n // origin mode moves cursor to (0,0)\n await testSerializeEquals('test\\u001b[?6h', 'test\\u001b[4D\\u001b[?6h');\n await testSerializeEquals('\\u001b[?6l', 'test\\u001b[4D');\n });\n test('reverseWraparoundMode', async () => {\n await testSerializeEquals('test\\u001b[?45h', 'test\\u001b[?45h');\n await testSerializeEquals('\\u001b[?45l', 'test');\n });\n test('sendFocusMode', async () => {\n await testSerializeEquals('test\\u001b[?1004h', 'test\\u001b[?1004h');\n await testSerializeEquals('\\u001b[?1004l', 'test');\n });\n test('wraparoundMode', async () => {\n await testSerializeEquals('test\\u001b[?7l', 'test\\u001b[?7l');\n await testSerializeEquals('\\u001b[?7h', 'test');\n });\n });\n});\n\nfunction newArray(initial: T | ((index: number) => T), count: number): T[] {\n const array: T[] = new Array(count);\n for (let i = 0; i < array.length; i++) {\n if (typeof initial === 'function') {\n array[i] = (initial as (index: number) => T)(i);\n } else {\n array[i] = initial as T;\n }\n }\n return array;\n}\n\nfunction digitsString(length: number, from: number = 0, sgr: string = ''): string {\n let s = sgr;\n for (let i = 0; i < length; i++) {\n s += `${(from++) % 10}`;\n }\n return s;\n}\n\nfunction sgr(...seq: string[]): string {\n return `\\x1b[${seq.join(';')}m`;\n}\n\nconst NORMAL = '0';\n\nconst FG_P16_RED = '31';\nconst FG_P16_GREEN = '32';\nconst FG_P16_YELLOW = '33';\nconst FG_P256_RED = '38;5;196';\nconst FG_P256_GREEN = '38;5;46';\nconst FG_P256_YELLOW = '38;5;226';\nconst FG_RGB_RED = '38;2;255;0;0';\nconst FG_RGB_GREEN = '38;2;0;255;0';\nconst FG_RGB_YELLOW = '38;2;255;255;0';\nconst FG_RESET = '39';\n\nconst BG_P16_RED = '41';\nconst BG_P16_GREEN = '42';\nconst BG_P16_YELLOW = '43';\nconst BG_P256_RED = '48;5;196';\nconst BG_P256_GREEN = '48;5;46';\nconst BG_P256_YELLOW = '48;5;226';\nconst BG_RGB_RED = '48;2;255;0;0';\nconst BG_RGB_GREEN = '48;2;0;255;0';\nconst BG_RGB_YELLOW = '48;2;255;255;0';\nconst BG_RESET = '49';\n\nconst BOLD = '1';\nconst DIM = '2';\nconst ITALIC = '3';\nconst UNDERLINED = '4';\nconst UNDERLINE_DOUBLE = '4:2';\nconst UNDERLINE_COLOR_RED = '58;5;196';\nconst UNDERLINE_COLOR_GREEN = '58;5;46';\nconst BLINK = '5';\nconst INVERSE = '7';\nconst INVISIBLE = '8';\nconst STRIKETHROUGH = '9';\nconst OVERLINED = '53';\n\nconst NO_BOLD = '22';\nconst NO_DIM = '22';\nconst NO_ITALIC = '23';\nconst NO_UNDERLINED = '24';\nconst NO_BLINK = '25';\nconst NO_INVERSE = '27';\nconst NO_INVISIBLE = '28';\nconst NO_STRIKETHROUGH = '29';\nconst NO_OVERLINED = '55';\n" }, { "path": "addons/addon-serialize/test/playwright.config.ts", "content": "import { PlaywrightTestConfig } from '@playwright/test';\n\nconst config: PlaywrightTestConfig = {\n testDir: '.',\n timeout: 10000,\n projects: [\n {\n name: 'Chromium',\n use: {\n browserName: 'chromium'\n }\n },\n {\n name: 'FirefoxStable',\n use: {\n browserName: 'firefox'\n }\n },\n {\n name: 'WebKit',\n use: {\n browserName: 'webkit'\n }\n }\n ],\n reporter: 'list',\n webServer: {\n command: 'npm run start',\n port: 3000,\n timeout: 120000,\n reuseExistingServer: !process.env.CI\n }\n};\nexport default config;\n" }, { "path": "addons/addon-serialize/test/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"ESNext\",\n \"lib\": [\n \"es2021\",\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out-test\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"browser/*\": [\n \"../../../src/browser/*\"\n ]\n },\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/node\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n },\n {\n \"path\": \"../../../src/browser\"\n },\n {\n \"path\": \"../../../test/playwright\"\n }\n ]\n}\n" }, { "path": "addons/addon-serialize/tsconfig.json", "content": "{\n \"files\": [],\n \"include\": [],\n \"references\": [\n { \"path\": \"./src\" },\n { \"path\": \"./test\" },\n { \"path\": \"./benchmark\" }\n ]\n}\n" }, { "path": "addons/addon-serialize/typings/addon-serialize.d.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { Terminal, ITerminalAddon, IMarker, IBufferRange } from '@xterm/xterm';\n\ndeclare module '@xterm/addon-serialize' {\n /**\n * An xterm.js addon that enables serialization of terminal contents.\n */\n export class SerializeAddon implements ITerminalAddon {\n\n constructor();\n\n /**\n * Activates the addon.\n * @param terminal The terminal the addon is being loaded in.\n */\n public activate(terminal: Terminal): void;\n\n /**\n * Serializes terminal rows into a string that can be written back to the terminal to restore\n * the state. The cursor will also be positioned to the correct cell. When restoring a terminal\n * it is best to do before `Terminal.open` is called to avoid wasting CPU cycles rendering\n * incomplete frames.\n *\n * It's recommended that you write the serialized data into a terminal of the same size in which\n * it originated from and then resize it after if needed.\n *\n * @param options Custom options to allow control over what gets serialized.\n */\n public serialize(options?: ISerializeOptions): string;\n\n /**\n * Serializes terminal content as HTML, which can be written to the clipboard using the\n * `text/html` mimetype. For applications that support it, the pasted text should then retain\n * its colors/styles.\n *\n * @param options Custom options to allow control over what gets serialized.\n */\n public serializeAsHTML(options?: Partial): string;\n\n /**\n * Disposes the addon.\n */\n public dispose(): void;\n }\n\n export interface ISerializeOptions {\n /**\n * The row range to serialize. The an explicit range is specified, the cursor will get its final\n * repositioning.\n */\n range?: ISerializeRange;\n\n /**\n * The number of rows in the scrollback buffer to serialize, starting from the bottom of the\n * scrollback buffer. When not specified, all available rows in the scrollback buffer will be\n * serialized. This will be ignored if {@link range} is specified.\n */\n scrollback?: number;\n\n /**\n * Whether to exclude the terminal modes from the serialization. False by default.\n */\n excludeModes?: boolean;\n\n /**\n * Whether to exclude the alt buffer from the serialization. False by default.\n */\n excludeAltBuffer?: boolean;\n }\n\n export interface IHTMLSerializeOptions {\n /**\n * The number of rows in the scrollback buffer to serialize, starting from the bottom of the\n * scrollback buffer. When not specified, all available rows in the scrollback buffer will be\n * serialized. This setting is ignored if {@link IHTMLSerializeOptions.onlySelection} is true.\n */\n scrollback: number;\n\n /**\n * Whether to only serialize the selection. If false, the whole active buffer is serialized in HTML.\n * False by default.\n */\n onlySelection: boolean;\n\n /**\n * Whether to include the global background of the terminal. False by default.\n */\n includeGlobalBackground: boolean;\n\n /**\n * The range to serialize. This is prioritized over {@link onlySelection}.\n */\n range?: ISerializeBufferRange;\n }\n\n export interface ISerializeBufferRange {\n startLine: number;\n endLine: number;\n startCol: number;\n }\n\n export interface ISerializeRange {\n /**\n * The line to start serializing (inclusive).\n */\n start: IMarker | number;\n /**\n * The line to end serializing (inclusive).\n */\n end: IMarker | number;\n }\n}\n" }, { "path": "addons/addon-serialize/webpack.config.js", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nconst path = require('path');\n\nconst addonName = 'SerializeAddon';\nconst mainFile = 'addon-serialize.js';\n\nmodule.exports = {\n entry: `./out/${addonName}.js`,\n devtool: 'source-map',\n module: {\n rules: [\n {\n test: /\\.js$/,\n use: [\"source-map-loader\"],\n enforce: \"pre\",\n exclude: /node_modules/\n }\n ]\n },\n resolve: {\n modules: ['./node_modules'],\n extensions: [ '.js' ],\n alias: {\n common: path.resolve('../../out/common'),\n browser: path.resolve('../../out/browser')\n }\n },\n output: {\n filename: mainFile,\n path: path.resolve('./lib'),\n library: addonName,\n libraryTarget: 'umd',\n // Force usage of globalThis instead of global / self. (This is cross-env compatible)\n globalObject: 'globalThis',\n },\n mode: 'production'\n};\n" }, { "path": "addons/addon-unicode-graphemes/.gitignore", "content": "lib\nnode_modules\nout-benchmark\n" }, { "path": "addons/addon-unicode-graphemes/.npmignore", "content": "# Blacklist - exclude everything except npm defaults such as LICENSE, etc\n*\n!*/\n\n# Whitelist - lib/\n!lib/**/*.d.ts\n\n!lib/**/*.js\n!lib/**/*.js.map\n\n!lib/**/*.mjs\n!lib/**/*.mjs.map\n\n!lib/**/*.css\n\n# Whitelist - src/\n!src/**/*.ts\n!src/**/*.d.ts\n\n!src/**/*.js\n!src/**/*.js.map\n\n!src/**/*.css\n\n# Blacklist - src/ test files\nsrc/**/*.test.ts\nsrc/**/*.test.d.ts\nsrc/**/*.test.js\nsrc/**/*.test.js.map\n\n# Whitelist - typings/\n!typings/*.d.ts\n" }, { "path": "addons/addon-unicode-graphemes/LICENSE", "content": "Copyright (c) 2023, The xterm.js authors (https://github.com/xtermjs/xterm.js)\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n" }, { "path": "addons/addon-unicode-graphemes/README.md", "content": "## @xterm/addon-unicode-graphemes\n\n⚠️ **This addon is currently experimental and may introduce unexpected and non-standard behavior**\n\nAn addon providing enhanced Unicode support (include grapheme clustering) for xterm.js.\n\nThe file `src/UnicodeProperties.ts` is generated and depends on the Unicode version. See [the unicode-properties project](https://github.com/PerBothner/unicode-properties) for credits and re-generation instructions.\n\n### Install\n\nThis addon is not yet published to npm\n\n### Usage\n\n```ts\nimport { Terminal } from '@xterm/xterm';\nimport { UnicodeGraphemesAddon } from '@xterm/addon-unicode-graphemes';\n\nconst terminal = new Terminal();\nconst unicodeGraphemesAddon = new UnicodeGraphemesAddon();\nterminal.loadAddon(unicodeGraphemesAddon);\n```\n" }, { "path": "addons/addon-unicode-graphemes/benchmark/UnicodeGraphemeAddon.benchmark.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { perfContext, before, ThroughputRuntimeCase } from 'xterm-benchmark';\n\nimport { spawn } from 'node-pty';\nimport { Utf8ToUtf32, stringFromCodePoint } from 'common/input/TextDecoder';\nimport { CoreBrowserTerminal } from 'browser/CoreBrowserTerminal';\nimport { UnicodeGraphemeProvider } from 'UnicodeGraphemeProvider';\n\n\nfunction fakedAddonLoad(terminal: any): void {\n // resembles what UnicodeGraphemesAddon.activate does under the hood\n terminal.unicodeService.register(new UnicodeGraphemeProvider());\n terminal.unicodeService.activeVersion = '15-graphemes';\n}\n\n\nperfContext('Terminal: ls -lR /usr/lib', () => {\n let content = '';\n let contentUtf8: Uint8Array;\n\n before(async () => {\n // grab output from \"ls -lR /usr\"\n const p = spawn('ls', ['--color=auto', '-lR', '/usr/lib'], {\n name: 'xterm-256color',\n cols: 80,\n rows: 25,\n cwd: process.env.HOME,\n env: process.env,\n encoding: (null as unknown as string) // needs to be fixed in node-pty\n });\n const chunks: Buffer[] = [];\n let length = 0;\n p.onData(data => {\n chunks.push(data as unknown as Buffer);\n length += data.length;\n });\n await new Promise(resolve => p.onExit(() => resolve()));\n contentUtf8 = Buffer.concat(chunks, length);\n // translate to content string\n const buffer = new Uint32Array(contentUtf8.length);\n const decoder = new Utf8ToUtf32();\n const codepoints = decoder.decode(contentUtf8, buffer);\n for (let i = 0; i < codepoints; ++i) {\n content += stringFromCodePoint(buffer[i]);\n // peek into content to force flat repr in v8\n if (!(i % 10000000)) {\n content[i];\n }\n }\n });\n\n perfContext('write/string/async', () => {\n let terminal: CoreBrowserTerminal;\n before(() => {\n terminal = new CoreBrowserTerminal({ cols: 80, rows: 25, scrollback: 1000 });\n fakedAddonLoad(terminal);\n });\n new ThroughputRuntimeCase('', async () => {\n await new Promise(res => terminal.write(content, res));\n return { payloadSize: contentUtf8.length };\n }, { fork: false }).showAverageThroughput();\n });\n\n perfContext('write/Utf8/async', () => {\n let terminal: CoreBrowserTerminal;\n before(() => {\n terminal = new CoreBrowserTerminal({ cols: 80, rows: 25, scrollback: 1000 });\n });\n new ThroughputRuntimeCase('', async () => {\n await new Promise(res => terminal.write(content, res));\n return { payloadSize: contentUtf8.length };\n }, { fork: false }).showAverageThroughput();\n });\n});\n" }, { "path": "addons/addon-unicode-graphemes/benchmark/benchmark.json", "content": "{\n \"APP_PATH\": \".benchmark\",\n \"evalConfig\": {\n \"tolerance\": {\n \"*\": [0.75, 1.5],\n \"*.dev\": [0.01, 1.5],\n \"*.cv\": [0.01, 1.5],\n \"EscapeSequenceParser.benchmark.js.*.averageThroughput.mean\": [0.9, 5]\n },\n \"skip\": [\n \"*.median\",\n \"*.runs\",\n \"*.dev\",\n \"*.cv\",\n \"EscapeSequenceParser.benchmark.js.*.averageRuntime\",\n \"Terminal.benchmark.js.*.averageRuntime\"\n ]\n }\n}\n" }, { "path": "addons/addon-unicode-graphemes/benchmark/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"lib\": [\"dom\", \"es6\"],\n \"rootDir\": \"..\",\n \"outDir\": \"../out-benchmark\",\n \"types\": [\"../../../node_modules/@types/node\"],\n \"moduleResolution\": \"node\",\n \"strict\": false,\n \"target\": \"es2015\",\n \"module\": \"commonjs\",\n \"paths\": {\n \"common/*\": [\"../../../src/common/*\"],\n \"browser/*\": [\"../../../src/browser/*\"],\n \"UnicodeGraphemeProvider\": [\"../src/UnicodeGraphemeProvider\"],\n \"@xterm/addon-unicode-graphemes\": [\n \"../typings/addon-unicode-graphemes.d.ts\"\n ]\n }\n },\n \"include\": [\"../**/*\", \"../../../typings/xterm.d.ts\"],\n \"exclude\": [\"../../../**/*test.ts\", \"../../**/*api.ts\"],\n \"references\": [\n { \"path\": \"../../../src/common\" },\n { \"path\": \"../../../src/browser\" }\n ]\n}\n" }, { "path": "addons/addon-unicode-graphemes/package.json", "content": "{\n \"name\": \"@xterm/addon-unicode-graphemes\",\n \"version\": \"0.4.0\",\n \"author\": {\n \"name\": \"The xterm.js authors\",\n \"url\": \"https://xtermjs.org/\"\n },\n \"main\": \"lib/addon-unicode-graphemes.js\",\n \"module\": \"lib/addon-unicode-graphemes.mjs\",\n \"types\": \"typings/addon-unicode-graphemes.d.ts\",\n \"repository\": \"https://github.com/xtermjs/xterm.js/tree/master/addons/addon-unicode-graphemes\",\n \"license\": \"MIT\",\n \"keywords\": [\n \"terminal\",\n \"xterm\",\n \"xterm.js\"\n ],\n \"scripts\": {\n \"build\": \"../../node_modules/.bin/tsgo -p .\",\n \"prepackage\": \"npm run build\",\n \"package\": \"../../node_modules/.bin/webpack\",\n \"prepublishOnly\": \"npm run package\",\n \"start\": \"node ../../demo/start\",\n \"benchmark\": \"NODE_PATH=../../out:./out:./out-benchmark/ ../../node_modules/.bin/xterm-benchmark -r 5 -c benchmark/benchmark.json out-benchmark/benchmark/*benchmark.js\",\n \"benchmark-baseline\": \"NODE_PATH=../../out:./out:./out-benchmark/ ../../node_modules/.bin/xterm-benchmark -r 5 -c benchmark/benchmark.json --baseline out-benchmark/benchmark/*benchmark.js\",\n \"benchmark-eval\": \"NODE_PATH=../../out:./out:./out-benchmark/ ../../node_modules/.bin/xterm-benchmark -r 5 -c benchmark/benchmark.json --eval out-benchmark/benchmark/*benchmark.js\"\n }\n}\n" }, { "path": "addons/addon-unicode-graphemes/src/UnicodeGraphemeProvider.ts", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { IUnicodeVersionProvider } from '@xterm/xterm';\nimport { UnicodeCharProperties, UnicodeCharWidth } from 'common/services/Services';\nimport { UnicodeService } from 'common/services/UnicodeService';\nimport * as UC from './third-party/UnicodeProperties';\n\nexport class UnicodeGraphemeProvider implements IUnicodeVersionProvider {\n public readonly version;\n public ambiguousCharsAreWide: boolean = false;\n public readonly handleGraphemes: boolean;\n\n constructor(handleGraphemes: boolean = true) {\n this.version = handleGraphemes ? '15-graphemes' : '15';\n this.handleGraphemes = handleGraphemes;\n }\n\n private static readonly _plainNarrowProperties: UnicodeCharProperties\n = UnicodeService.createPropertyValue(UC.GRAPHEME_BREAK_Other, 1, false);\n\n public charProperties(codepoint: number, preceding: UnicodeCharProperties): UnicodeCharProperties {\n // Optimize the simple ASCII case, under the condition that\n // UnicodeService.extractCharKind(preceding) === GRAPHEME_BREAK_Other\n // (which also covers the case that preceding === 0).\n if ((codepoint >= 32 && codepoint < 127) && (preceding >> 3) === 0) {\n return UnicodeGraphemeProvider._plainNarrowProperties;\n }\n\n let charInfo = UC.getInfo(codepoint);\n let w = UC.infoToWidthInfo(charInfo);\n let shouldJoin = false;\n if (w >= 2) {\n // Treat emoji_presentation_selector as WIDE.\n w = w === 3 || this.ambiguousCharsAreWide || codepoint === 0xfe0f ? 2 : 1;\n } else {\n w = 1;\n }\n if (preceding !== 0) {\n const oldWidth = UnicodeService.extractWidth(preceding);\n if (this.handleGraphemes) {\n charInfo = UC.shouldJoin(UnicodeService.extractCharKind(preceding), charInfo);\n } else {\n charInfo = w === 0 ? 1 : 0;\n }\n shouldJoin = charInfo > 0;\n if (shouldJoin) {\n if (oldWidth > w) {\n w = oldWidth;\n } else if (charInfo === 32) { // UC.GRAPHEME_BREAK_SAW_Regional_Pair)\n w = 2;\n }\n }\n }\n return UnicodeService.createPropertyValue(charInfo, w, shouldJoin);\n }\n\n public wcwidth(codepoint: number): UnicodeCharWidth {\n const charInfo = UC.getInfo(codepoint);\n const w = UC.infoToWidthInfo(charInfo);\n const kind = (charInfo & UC.GRAPHEME_BREAK_MASK) >> UC.GRAPHEME_BREAK_SHIFT;\n if (kind === UC.GRAPHEME_BREAK_Extend || kind === UC.GRAPHEME_BREAK_Prepend) {\n return 0;\n }\n if (w >= 2 && (w === 3 || this.ambiguousCharsAreWide)) {\n return 2;\n }\n return 1;\n }\n}\n" }, { "path": "addons/addon-unicode-graphemes/src/UnicodeGraphemesAddon.ts", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n *\n * UnicodeVersionProvider for V15 with grapeme cluster handleing.\n */\n\nimport type { Terminal, ITerminalAddon, IUnicodeHandling } from '@xterm/xterm';\nimport type { UnicodeGraphemesAddon as IUnicodeGraphemesApi } from '@xterm/addon-unicode-graphemes';\nimport { UnicodeGraphemeProvider } from './UnicodeGraphemeProvider';\n\nexport class UnicodeGraphemesAddon implements ITerminalAddon, IUnicodeGraphemesApi {\n private _provider15Graphemes?: UnicodeGraphemeProvider;\n private _provider15?: UnicodeGraphemeProvider;\n private _unicode?: IUnicodeHandling;\n private _oldVersion: string = '';\n\n public activate(terminal: Terminal): void {\n this._provider15 ??= new UnicodeGraphemeProvider(false);\n this._provider15Graphemes ??= new UnicodeGraphemeProvider(true);\n const unicode = terminal.unicode;\n this._unicode = unicode;\n unicode.register(this._provider15);\n unicode.register(this._provider15Graphemes);\n this._oldVersion = unicode.activeVersion;\n unicode.activeVersion = '15-graphemes';\n }\n\n public dispose(): void {\n if (this._unicode) {\n this._unicode.activeVersion = this._oldVersion;\n }\n }\n}\n" }, { "path": "addons/addon-unicode-graphemes/src/third-party/UnicodeProperties.ts", "content": "import UnicodeTrie from './unicode-trie';\nconst trieRaw = \"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\";\n\ndeclare const Buffer: { from(s: string, encoding: string): Uint8Array } | undefined;\nfunction _dec(s: string): Uint8Array {\n if (typeof Buffer !== 'undefined') return Buffer.from(s, 'base64');\n const bs = atob(s);\n const r = new Uint8Array(bs.length);\n for (let i = 0; i < r.length; ++i) r[i] = bs.charCodeAt(i);\n return r;\n}\n\nconst trieData = new UnicodeTrie(_dec(trieRaw));\nexport const GRAPHEME_BREAK_MASK = 0xF;\nexport const GRAPHEME_BREAK_SHIFT = 0;\nexport const CHARWIDTH_MASK = 0x30;\nexport const CHARWIDTH_SHIFT = 4;\n\n// Values for the GRAPHEME_BREAK property\nexport const GRAPHEME_BREAK_Other = 0; // includes CR, LF, Control\nexport const GRAPHEME_BREAK_Prepend = 1;\nexport const GRAPHEME_BREAK_Extend = 2;\nexport const GRAPHEME_BREAK_Regional_Indicator = 3;\nexport const GRAPHEME_BREAK_SpacingMark = 4;\nexport const GRAPHEME_BREAK_Hangul_L = 5;\nexport const GRAPHEME_BREAK_Hangul_V = 6;\nexport const GRAPHEME_BREAK_Hangul_T = 7;\nexport const GRAPHEME_BREAK_Hangul_LV = 8;\nexport const GRAPHEME_BREAK_Hangul_LVT = 9;\nexport const GRAPHEME_BREAK_ZWJ = 10;\nexport const GRAPHEME_BREAK_ExtPic = 11;\n\n// Only used as return value from shouldJoin/shouldJoinBackwards.\n// (Must be positive; distinct from other values;\n// and become GRAPHEME_BREAK_Other when masked with GRAPHEME_BREAK_MASK.)\nconst GRAPHEME_BREAK_SAW_Regional_Pair = 32;\n\nexport const CHARWIDTH_NORMAL = 0;\nexport const CHARWIDTH_FORCE_1COLUMN = 1;\nexport const CHARWIDTH_EA_AMBIGUOUS = 2;\nexport const CHARWIDTH_WIDE = 3;\n\n// In the following 'info' is an encoded value from trie.get(codePoint)\n\n// In the following 'info' is an encoded value from trie.get(codePoint)\n\nexport function infoToWidthInfo(info: number): number {\n return (info & CHARWIDTH_MASK) >> CHARWIDTH_SHIFT;\n}\n\nexport function infoToWidth(info: number, ambiguousIsWide = false): 0 | 1 |2 {\n const v = infoToWidthInfo(info);\n return v < CHARWIDTH_EA_AMBIGUOUS ? 1\n : v >= CHARWIDTH_WIDE || ambiguousIsWide ? 2 : 1;\n}\n\nexport function strWidth(str: string, preferWide: boolean): number {\n let width = 0;\n for (let i = 0; i < str.length;) {\n const codePoint = str.codePointAt(i) as number;\n width += infoToWidth(getInfo(codePoint), preferWide);\n i += (codePoint <= 0xffff) ? 1 : 2;\n }\n return width;\n}\n\nexport function columnToIndexInContext(str: string, startIndex: number, column: number, preferWide: boolean): number {\n let rv = 0;\n for (let i = startIndex; ;) {\n\tif (i >= str.length)\n\t return i;\n\tconst codePoint = str.codePointAt(i) as number;\n\tconst w = infoToWidth(getInfo(codePoint), preferWide);\n\trv += w;\n\tif (rv > column)\n\t return i;\n\ti += (codePoint <= 0xffff) ? 1 : 2;\n }\n}\n\n\n// Test if should break between beforeState and afterCode.\n// Return <= 0 if should break; > 0 if should join.\n// 'beforeState' is the return value from the previous possible break;\n// the value 0 is start of string.\n// 'afterCode' is the GRAPHEME_BREAK_Xxx value for the following codepoint.\nexport function shouldJoin(beforeState: number, afterInfo: number): number {\n let beforeCode = (beforeState & GRAPHEME_BREAK_MASK) >> GRAPHEME_BREAK_SHIFT;\n let afterCode = (afterInfo & GRAPHEME_BREAK_MASK) >> GRAPHEME_BREAK_SHIFT;\n if (_shouldJoin(beforeCode, afterCode)) {\n if (afterCode === GRAPHEME_BREAK_Regional_Indicator)\n return GRAPHEME_BREAK_SAW_Regional_Pair;\n else\n return afterCode + 16;\n } else\n return afterCode - 16;\n}\n\nexport function shouldJoinBackwards(beforeInfo: number, afterState: number): number {\n let afterCode = (afterState & GRAPHEME_BREAK_MASK) >> GRAPHEME_BREAK_SHIFT;\n let beforeCode = (beforeInfo & GRAPHEME_BREAK_MASK) >> GRAPHEME_BREAK_SHIFT;\n if (_shouldJoin(beforeCode, afterCode)) {\n if (beforeCode === GRAPHEME_BREAK_Regional_Indicator)\n return GRAPHEME_BREAK_SAW_Regional_Pair;\n else\n return beforeCode + 16;\n } else\n return beforeCode - 16;\n}\n\n/** Doesn't handle an odd number of RI characters. */\nfunction _shouldJoin(beforeCode: number, afterCode: number): boolean {\n if (beforeCode >= GRAPHEME_BREAK_Hangul_L\n && beforeCode <= GRAPHEME_BREAK_Hangul_LVT) {\n if (beforeCode == GRAPHEME_BREAK_Hangul_L // GB6\n && (afterCode == GRAPHEME_BREAK_Hangul_L\n || afterCode == GRAPHEME_BREAK_Hangul_V\n || afterCode == GRAPHEME_BREAK_Hangul_LV\n || afterCode == GRAPHEME_BREAK_Hangul_LVT))\n return true;\n if ((beforeCode == GRAPHEME_BREAK_Hangul_LV // GB7\n || beforeCode == GRAPHEME_BREAK_Hangul_V)\n && (afterCode == GRAPHEME_BREAK_Hangul_V\n || afterCode == GRAPHEME_BREAK_Hangul_T))\n return true;\n if ((beforeCode == GRAPHEME_BREAK_Hangul_LVT // GB8\n || beforeCode == GRAPHEME_BREAK_Hangul_T)\n && afterCode == GRAPHEME_BREAK_Hangul_T)\n return true;\n }\n if (afterCode == GRAPHEME_BREAK_Extend // GB9\n || afterCode == GRAPHEME_BREAK_ZWJ\n || beforeCode == GRAPHEME_BREAK_Prepend // GB9a\n || afterCode == GRAPHEME_BREAK_SpacingMark) // GB9b\n return true;\n if (beforeCode == GRAPHEME_BREAK_ZWJ // GB11\n && afterCode == GRAPHEME_BREAK_ExtPic)\n return true;\n if (afterCode == GRAPHEME_BREAK_Regional_Indicator // GB12, GB13\n && beforeCode == GRAPHEME_BREAK_Regional_Indicator)\n return true;\n return false;\n}\n\nexport function getInfo(codePoint: number): number {\n return trieData.get(codePoint);\n}\n" }, { "path": "addons/addon-unicode-graphemes/src/third-party/tiny-inflate.ts", "content": "var TINF_OK = 0;\nvar TINF_DATA_ERROR = -3;\n\nclass Tree {\n table = new Uint16Array(16); /* table of code length counts */\n trans = new Uint16Array(288); /* code -> symbol translation table */\n};\n\nclass Data {\n tag: number = 0;\n bitcount: number = 0;\n destLen: number = 0;\n ltree: Tree;\n dtree: Tree;\n source: Uint8Array;\n dest: Uint8Array;\n sourceIndex: number = 0;\n\n constructor(source: Uint8Array, dest: Uint8Array) {\n this.source = source;\n this.dest = dest;\n this.ltree = new Tree(); /* dynamic length/symbol tree */\n this.dtree = new Tree(); /* dynamic distance tree */\n }\n}\n\n/* --------------------------------------------------- *\n * -- uninitialized global data (static structures) -- *\n * --------------------------------------------------- */\n\nvar sltree = new Tree();\nvar sdtree = new Tree();\n\n/* extra bits and base tables for length codes */\nvar length_bits = new Uint8Array(30);\nvar length_base = new Uint16Array(30);\n\n/* extra bits and base tables for distance codes */\nvar dist_bits = new Uint8Array(30);\nvar dist_base = new Uint16Array(30);\n\n/* special ordering of code length codes */\nvar clcidx = new Uint8Array([\n 16, 17, 18, 0, 8, 7, 9, 6,\n 10, 5, 11, 4, 12, 3, 13, 2,\n 14, 1, 15\n]);\n\n/* used by tinf_decode_trees, avoids allocations every call */\nconst code_tree = new Tree();\nconst lengths = new Uint8Array(288 + 32);\n\n/* ----------------------- *\n * -- utility functions -- *\n * ----------------------- */\n\n/* build extra bits and base tables */\nfunction tinf_build_bits_base(bits: Uint8Array, base: Uint16Array, delta: number, first: number): void {\n var i, sum;\n\n /* build bits table */\n for (i = 0; i < delta; ++i) bits[i] = 0;\n for (i = 0; i < 30 - delta; ++i) bits[i + delta] = i / delta | 0;\n\n /* build base table */\n for (sum = first, i = 0; i < 30; ++i) {\n base[i] = sum;\n sum += 1 << bits[i];\n }\n}\n\n/* build the fixed huffman trees */\nfunction tinf_build_fixed_trees(lt: Tree, dt: Tree): void {\n var i;\n\n /* build fixed length tree */\n for (i = 0; i < 7; ++i) lt.table[i] = 0;\n\n lt.table[7] = 24;\n lt.table[8] = 152;\n lt.table[9] = 112;\n\n for (i = 0; i < 24; ++i) lt.trans[i] = 256 + i;\n for (i = 0; i < 144; ++i) lt.trans[24 + i] = i;\n for (i = 0; i < 8; ++i) lt.trans[24 + 144 + i] = 280 + i;\n for (i = 0; i < 112; ++i) lt.trans[24 + 144 + 8 + i] = 144 + i;\n\n /* build fixed distance tree */\n for (i = 0; i < 5; ++i) dt.table[i] = 0;\n\n dt.table[5] = 32;\n\n for (i = 0; i < 32; ++i) dt.trans[i] = i;\n}\n\n/* given an array of code lengths, build a tree */\nvar offs = new Uint16Array(16);\n\nfunction tinf_build_tree(t: Tree, lengths: Uint8Array, off: number, num: number): void {\n var i, sum;\n\n /* clear code length count table */\n for (i = 0; i < 16; ++i) t.table[i] = 0;\n\n /* scan symbol lengths, and sum code length counts */\n for (i = 0; i < num; ++i) t.table[lengths[off + i]]++;\n\n t.table[0] = 0;\n\n /* compute offset table for distribution sort */\n for (sum = 0, i = 0; i < 16; ++i) {\n offs[i] = sum;\n sum += t.table[i];\n }\n\n /* create code->symbol translation table (symbols sorted by code) */\n for (i = 0; i < num; ++i) {\n if (lengths[off + i]) t.trans[offs[lengths[off + i]]++] = i;\n }\n}\n\n/* ---------------------- *\n * -- decode functions -- *\n * ---------------------- */\n\n/* get one bit from source stream */\nfunction tinf_getbit(d: Data): number {\n /* check if tag is empty */\n if (!d.bitcount--) {\n /* load next tag */\n d.tag = d.source[d.sourceIndex++];\n d.bitcount = 7;\n }\n\n /* shift bit out of tag */\n var bit = d.tag & 1;\n d.tag >>>= 1;\n\n return bit;\n}\n\n/* read a num bit value from a stream and add base */\nfunction tinf_read_bits(d: Data, num: number, base: number): number {\n if (!num)\n return base;\n\n while (d.bitcount < 24) {\n d.tag |= d.source[d.sourceIndex++] << d.bitcount;\n d.bitcount += 8;\n }\n\n var val = d.tag & (0xffff >>> (16 - num));\n d.tag >>>= num;\n d.bitcount -= num;\n return val + base;\n}\n\n/* given a data stream and a tree, decode a symbol */\nfunction tinf_decode_symbol(d: Data, t: Tree): number {\n while (d.bitcount < 24) {\n d.tag |= d.source[d.sourceIndex++] << d.bitcount;\n d.bitcount += 8;\n }\n \n var sum = 0, cur = 0, len = 0;\n var tag = d.tag;\n\n /* get more bits while code value is above sum */\n do {\n cur = 2 * cur + (tag & 1);\n tag >>>= 1;\n ++len;\n\n sum += t.table[len];\n cur -= t.table[len];\n } while (cur >= 0);\n \n d.tag = tag;\n d.bitcount -= len;\n\n return t.trans[sum + cur];\n}\n\n/* given a data stream, decode dynamic trees from it */\nfunction tinf_decode_trees(d: Data, lt: Tree, dt: Tree): void {\n var hlit, hdist, hclen;\n var i, num, length;\n\n /* get 5 bits HLIT (257-286) */\n hlit = tinf_read_bits(d, 5, 257);\n\n /* get 5 bits HDIST (1-32) */\n hdist = tinf_read_bits(d, 5, 1);\n\n /* get 4 bits HCLEN (4-19) */\n hclen = tinf_read_bits(d, 4, 4);\n\n for (i = 0; i < 19; ++i) lengths[i] = 0;\n\n /* read code lengths for code length alphabet */\n for (i = 0; i < hclen; ++i) {\n /* get 3 bits code length (0-7) */\n var clen = tinf_read_bits(d, 3, 0);\n lengths[clcidx[i]] = clen;\n }\n\n /* build code length tree */\n tinf_build_tree(code_tree, lengths, 0, 19);\n\n /* decode code lengths for the dynamic trees */\n for (num = 0; num < hlit + hdist;) {\n var sym = tinf_decode_symbol(d, code_tree);\n\n switch (sym) {\n case 16:\n /* copy previous code length 3-6 times (read 2 bits) */\n var prev = lengths[num - 1];\n for (length = tinf_read_bits(d, 2, 3); length; --length) {\n lengths[num++] = prev;\n }\n break;\n case 17:\n /* repeat code length 0 for 3-10 times (read 3 bits) */\n for (length = tinf_read_bits(d, 3, 3); length; --length) {\n lengths[num++] = 0;\n }\n break;\n case 18:\n /* repeat code length 0 for 11-138 times (read 7 bits) */\n for (length = tinf_read_bits(d, 7, 11); length; --length) {\n lengths[num++] = 0;\n }\n break;\n default:\n /* values 0-15 represent the actual code lengths */\n lengths[num++] = sym;\n break;\n }\n }\n\n /* build dynamic trees */\n tinf_build_tree(lt, lengths, 0, hlit);\n tinf_build_tree(dt, lengths, hlit, hdist);\n}\n\n/* ----------------------------- *\n * -- block inflate functions -- *\n * ----------------------------- */\n\n/* given a stream and two trees, inflate a block of data */\nfunction tinf_inflate_block_data(d: Data, lt: Tree, dt: Tree): number {\n for (;;) {\n var sym = tinf_decode_symbol(d, lt);\n\n /* check for end of block */\n if (sym === 256) {\n return TINF_OK;\n }\n\n if (sym < 256) {\n d.dest[d.destLen++] = sym;\n } else {\n var length, dist, offs;\n var i;\n\n sym -= 257;\n\n /* possibly get more bits from length code */\n length = tinf_read_bits(d, length_bits[sym], length_base[sym]);\n\n dist = tinf_decode_symbol(d, dt);\n\n /* possibly get more bits from distance code */\n offs = d.destLen - tinf_read_bits(d, dist_bits[dist], dist_base[dist]);\n\n /* copy match */\n for (i = offs; i < offs + length; ++i) {\n d.dest[d.destLen++] = d.dest[i];\n }\n }\n }\n}\n\n/* inflate an uncompressed block of data */\nfunction tinf_inflate_uncompressed_block(d: Data) {\n var length, invlength;\n var i;\n \n /* unread from bitbuffer */\n while (d.bitcount > 8) {\n d.sourceIndex--;\n d.bitcount -= 8;\n }\n\n /* get length */\n length = d.source[d.sourceIndex + 1];\n length = 256 * length + d.source[d.sourceIndex];\n\n /* get one's complement of length */\n invlength = d.source[d.sourceIndex + 3];\n invlength = 256 * invlength + d.source[d.sourceIndex + 2];\n\n /* check length */\n if (length !== (~invlength & 0x0000ffff))\n return TINF_DATA_ERROR;\n\n d.sourceIndex += 4;\n\n /* copy block */\n for (i = length; i; --i)\n d.dest[d.destLen++] = d.source[d.sourceIndex++];\n\n /* make sure we start next block on a byte boundary */\n d.bitcount = 0;\n\n return TINF_OK;\n}\n\n/* inflate stream from source to dest */\nfunction tinf_uncompress(source: Uint8Array, dest: Uint8Array) {\n var d = new Data(source, dest);\n var bfinal, btype, res;\n\n do {\n /* read final block flag */\n bfinal = tinf_getbit(d);\n\n /* read block type (2 bits) */\n btype = tinf_read_bits(d, 2, 0);\n\n /* decompress block */\n switch (btype) {\n case 0:\n /* decompress uncompressed block */\n res = tinf_inflate_uncompressed_block(d);\n break;\n case 1:\n /* decompress block with fixed huffman trees */\n res = tinf_inflate_block_data(d, sltree, sdtree);\n break;\n case 2:\n /* decompress block with dynamic huffman trees */\n tinf_decode_trees(d, d.ltree, d.dtree);\n res = tinf_inflate_block_data(d, d.ltree, d.dtree);\n break;\n default:\n res = TINF_DATA_ERROR;\n }\n\n if (res !== TINF_OK)\n throw new Error('Data error');\n\n } while (!bfinal);\n\n if (d.destLen < d.dest.length) {\n if (typeof d.dest.slice === 'function')\n return d.dest.slice(0, d.destLen);\n else\n return d.dest.subarray(0, d.destLen);\n }\n \n return d.dest;\n}\n\n/* -------------------- *\n * -- initialization -- *\n * -------------------- */\n\n/* build fixed huffman trees */\ntinf_build_fixed_trees(sltree, sdtree);\n\n/* build extra bits and base tables */\ntinf_build_bits_base(length_bits, length_base, 4, 3);\ntinf_build_bits_base(dist_bits, dist_base, 2, 1);\n\n/* fix a special case */\nlength_bits[28] = 0;\nlength_base[28] = 258;\n\nexport default tinf_uncompress\n" }, { "path": "addons/addon-unicode-graphemes/src/third-party/unicode-trie.ts", "content": "import inflate from './tiny-inflate'\n\n// Shift size for getting the index-1 table offset.\nconst SHIFT_1 = 6 + 5;\n\n// Shift size for getting the index-2 table offset.\nconst SHIFT_2 = 5;\n\n// Difference between the two shift sizes,\n// for getting an index-1 offset from an index-2 offset. 6=11-5\nconst SHIFT_1_2 = SHIFT_1 - SHIFT_2;\n\n// Number of index-1 entries for the BMP. 32=0x20\n// This part of the index-1 table is omitted from the serialized form.\nconst OMITTED_BMP_INDEX_1_LENGTH = 0x10000 >> SHIFT_1;\n\n// Number of entries in an index-2 block. 64=0x40\nconst INDEX_2_BLOCK_LENGTH = 1 << SHIFT_1_2;\n\n// Mask for getting the lower bits for the in-index-2-block offset. */\nconst INDEX_2_MASK = INDEX_2_BLOCK_LENGTH - 1;\n\n// Shift size for shifting left the index array values.\n// Increases possible data size with 16-bit index values at the cost\n// of compactability.\n// This requires data blocks to be aligned by DATA_GRANULARITY.\nconst INDEX_SHIFT = 2;\n\n// Number of entries in a data block. 32=0x20\nconst DATA_BLOCK_LENGTH = 1 << SHIFT_2;\n\n// Mask for getting the lower bits for the in-data-block offset.\nconst DATA_MASK = DATA_BLOCK_LENGTH - 1;\n\n// The part of the index-2 table for U+D800..U+DBFF stores values for\n// lead surrogate code _units_ not code _points_.\n// Values for lead surrogate code _points_ are indexed with this portion of the table.\n// Length=32=0x20=0x400>>SHIFT_2. (There are 1024=0x400 lead surrogates.)\nconst LSCP_INDEX_2_OFFSET = 0x10000 >> SHIFT_2;\nconst LSCP_INDEX_2_LENGTH = 0x400 >> SHIFT_2;\n\n// Count the lengths of both BMP pieces. 2080=0x820\nconst INDEX_2_BMP_LENGTH = LSCP_INDEX_2_OFFSET + LSCP_INDEX_2_LENGTH;\n\n// The 2-byte UTF-8 version of the index-2 table follows at offset 2080=0x820.\n// Length 32=0x20 for lead bytes C0..DF, regardless of SHIFT_2.\nconst UTF8_2B_INDEX_2_OFFSET = INDEX_2_BMP_LENGTH;\nconst UTF8_2B_INDEX_2_LENGTH = 0x800 >> 6; // U+0800 is the first code point after 2-byte UTF-8\n\n// The index-1 table, only used for supplementary code points, at offset 2112=0x840.\n// Variable length, for code points up to highStart, where the last single-value range starts.\n// Maximum length 512=0x200=0x100000>>SHIFT_1.\n// (For 0x100000 supplementary code points U+10000..U+10ffff.)\n//\n// The part of the index-2 table for supplementary code points starts\n// after this index-1 table.\n//\n// Both the index-1 table and the following part of the index-2 table\n// are omitted completely if there is only BMP data.\nconst INDEX_1_OFFSET = UTF8_2B_INDEX_2_OFFSET + UTF8_2B_INDEX_2_LENGTH;\n\n// The alignment size of a data block. Also the granularity for compaction.\nconst DATA_GRANULARITY = 1 << INDEX_SHIFT;\n\nconst isBigEndian = (new Uint8Array(new Uint32Array([0x12345678]).buffer)[0] === 0x12);\n\nclass UnicodeTrie {\n private data: Uint32Array;\n private highStart: number;\n private errorValue: number;\n constructor(data: Uint8Array) {\n // read binary format\n \n const view = new DataView(data.buffer);\n this.highStart = view.getUint32(0, true);\n this.errorValue = view.getUint32(4, true);\n let uncompressedLength = view.getUint32(8, true);\n data = data.subarray(12);\n\n // double inflate the actual trie data\n data = inflate(data, new Uint8Array(uncompressedLength));\n data = inflate(data, new Uint8Array(uncompressedLength));\n\n if (isBigEndian) {\n // swap bytes from little-endian\n const len = data.length;\n for (let i = 0; i < len; i += 4) {\n // Exchange data[i] and data[i + 3]:\n let x = data[i]; data[i] = data[i+3]; data[i+3] = x;\n // Exchange data[i + 1] and data[i + 2]:\n let y = data[i+1]; data[i+1] = data[i+2]; data[i+2] = y;\n }\n }\n\n this.data = new Uint32Array(data.buffer);\n\n }\n\n get(codePoint: number): number {\n let index;\n if ((codePoint < 0) || (codePoint > 0x10ffff)) {\n return this.errorValue;\n }\n\n if ((codePoint < 0xd800) || ((codePoint > 0xdbff) && (codePoint <= 0xffff))) {\n // Ordinary BMP code point, excluding leading surrogates.\n // BMP uses a single level lookup. BMP index starts at offset 0 in the index.\n // data is stored in the index array itself.\n index = (this.data[codePoint >> SHIFT_2] << INDEX_SHIFT) + (codePoint & DATA_MASK);\n return this.data[index];\n }\n\n if (codePoint <= 0xffff) {\n // Lead Surrogate Code Point. A Separate index section is stored for\n // lead surrogate code units and code points.\n // The main index has the code unit data.\n // For this function, we need the code point data.\n index = (this.data[LSCP_INDEX_2_OFFSET + ((codePoint - 0xd800) >> SHIFT_2)] << INDEX_SHIFT) + (codePoint & DATA_MASK);\n return this.data[index];\n }\n\n if (codePoint < this.highStart) {\n // Supplemental code point, use two-level lookup.\n index = this.data[(INDEX_1_OFFSET - OMITTED_BMP_INDEX_1_LENGTH) + (codePoint >> SHIFT_1)];\n index = this.data[index + ((codePoint >> SHIFT_2) & INDEX_2_MASK)];\n index = (index << INDEX_SHIFT) + (codePoint & DATA_MASK);\n return this.data[index];\n }\n\n return this.data[this.data.length - DATA_GRANULARITY];\n }\n}\n\nexport default UnicodeTrie\n" }, { "path": "addons/addon-unicode-graphemes/src/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"es2021\",\n \"lib\": [\n \"dom\",\n \"es2021\"\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"strict\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"@xterm/addon-unicode-graphemes\": [\n \"../typings/addon-unicode-graphemes.d.ts\"\n ]\n },\n \"types\": [\n \"../../../node_modules/@types/mocha\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n }\n ]\n}\n" }, { "path": "addons/addon-unicode-graphemes/test/UnicodeGraphemesAddon.test.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport test from '@playwright/test';\nimport { deepStrictEqual, strictEqual } from 'assert';\nimport { ITestContext, createTestContext, openTerminal } from '../../../test/playwright/TestUtils';\n\nlet ctx: ITestContext;\ntest.beforeAll(async ({ browser }) => {\n ctx = await createTestContext(browser);\n await openTerminal(ctx);\n});\ntest.afterAll(async () => await ctx.page.close());\n\ntest.describe('UnicodeGraphemesAddon', () => {\n\n test.beforeEach(async () => {\n await ctx.page.evaluate(`\n window.term.reset()\n window.unicode?.dispose();\n window.unicode = new UnicodeGraphemesAddon();\n window.term.loadAddon(window.unicode);\n `);\n });\n\n async function evalWidth(str: string): Promise {\n return ctx.page.evaluate(`window.term._core.unicodeService.getStringCellWidth('${str}')`);\n }\n const ourVersion = '15-graphemes';\n test('wcwidth V15 emoji test', async () => {\n // should have loaded '15-graphemes'\n deepStrictEqual(await ctx.page.evaluate(`window.term.unicode.versions`), ['6', '15', '15-graphemes']);\n // switch should not throw\n await ctx.page.evaluate(`window.term.unicode.activeVersion = '${ourVersion}';`);\n strictEqual(await ctx.page.evaluate(`window.term.unicode.activeVersion`), ourVersion);\n strictEqual(await evalWidth('🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣'), 20,\n '10 emoji - width 10 in V6; 20 in V11 or later');\n strictEqual(await evalWidth('\\u{1F476}\\u{1F3FF}\\u{1F476}'), 4,\n 'baby with emoji modifier fitzpatrick type-6; baby');\n strictEqual(await evalWidth('\\u{1F469}\\u200d\\u{1f469}\\u200d\\u{1f466}'), 2,\n 'woman+zwj+woman+zwj+boy');\n strictEqual(await evalWidth('=\\u{1F3CB}\\u{FE0F}=\\u{F3CB}\\u{1F3FE}\\u200D\\u2640='), 7,\n 'person lifting weights (plain, emoji); woman lighting weights, medium dark');\n strictEqual(await evalWidth('\\u{1F469}\\u{1F469}\\u{200D}\\u{1F393}\\u{1F468}\\u{1F3FF}\\u{200D}\\u{1F393}'), 6,\n 'woman; woman student; man student dark');\n strictEqual(await evalWidth('\\u{1f1f3}\\u{1f1f4}/'), 3,\n 'regional indicator symbol letters N and O, cluster');\n strictEqual(await evalWidth('\\u{1f1f3}/\\u{1f1f4}'), 3,\n 'regional indicator symbol letters N and O, separated');\n strictEqual(await evalWidth('\\u0061\\u0301'), 1,\n 'letter a with acute accent');\n strictEqual(await evalWidth('{\\u1100\\u1161\\u11a8\\u1100\\u1161}'), 6,\n 'Korean Jamo');\n strictEqual(await evalWidth('\\uAC00=\\uD685='), 6,\n 'Hangul syllables (pre-composed)');\n strictEqual(await evalWidth('(\\u26b0\\ufe0e)'), 3,\n 'coffin with text presentation');\n strictEqual(await evalWidth('(\\u26b0\\ufe0f)'), 4,\n 'coffin with emoji presentation');\n strictEqual(await evalWidth(''), 16,\n 'Égalité (using separate acute) emoij_presentation');\n });\n});\n" }, { "path": "addons/addon-unicode-graphemes/test/playwright.config.ts", "content": "import { PlaywrightTestConfig } from '@playwright/test';\n\nconst config: PlaywrightTestConfig = {\n testDir: '.',\n timeout: 10000,\n projects: [\n {\n name: 'Chromium',\n use: {\n browserName: 'chromium'\n }\n },\n {\n name: 'FirefoxStable',\n use: {\n browserName: 'firefox'\n }\n },\n {\n name: 'WebKit',\n use: {\n browserName: 'webkit'\n }\n }\n ],\n reporter: 'list',\n webServer: {\n command: 'npm run start',\n port: 3000,\n timeout: 120000,\n reuseExistingServer: !process.env.CI\n }\n};\nexport default config;\n" }, { "path": "addons/addon-unicode-graphemes/test/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"ESNext\",\n \"lib\": [\n \"es2021\",\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out-test\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"browser/*\": [\n \"../../../src/browser/*\"\n ]\n },\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/node\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n },\n {\n \"path\": \"../../../src/browser\"\n },\n {\n \"path\": \"../../../test/playwright\"\n }\n ]\n}\n" }, { "path": "addons/addon-unicode-graphemes/tsconfig.json", "content": "{\n \"files\": [],\n \"include\": [],\n \"references\": [\n { \"path\": \"./src\" },\n { \"path\": \"./test\" },\n { \"path\": \"./benchmark\" }\n ]\n}\n" }, { "path": "addons/addon-unicode-graphemes/typings/addon-unicode-graphemes.d.ts", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { Terminal, ITerminalAddon } from '@xterm/xterm';\n\ndeclare module '@xterm/addon-unicode-graphemes' {\n export class UnicodeGraphemesAddon implements ITerminalAddon {\n constructor();\n public activate(terminal: Terminal): void;\n public dispose(): void;\n }\n}\n" }, { "path": "addons/addon-unicode-graphemes/webpack.config.js", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nconst path = require('path');\n\nconst addonName = 'UnicodeGraphemesAddon';\nconst mainFile = 'addon-unicode-graphemes.js';\n\nmodule.exports = {\n entry: `./out/${addonName}.js`,\n devtool: 'source-map',\n module: {\n rules: [\n {\n test: /\\.js$/,\n use: [\"source-map-loader\"],\n enforce: \"pre\",\n exclude: /node_modules/\n }\n ]\n },\n resolve: {\n modules: ['./node_modules'],\n extensions: [ '.js' ],\n alias: {\n common: path.resolve('../../out/common'),\n vs: path.resolve('../../out/vs')\n }\n },\n output: {\n filename: mainFile,\n path: path.resolve('./lib'),\n library: addonName,\n libraryTarget: 'umd',\n // Force usage of globalThis instead of global / self. (This is cross-env compatible)\n globalObject: 'globalThis',\n },\n mode: 'production'\n};\n" }, { "path": "addons/addon-unicode11/.gitignore", "content": "lib\nnode_modules\n" }, { "path": "addons/addon-unicode11/.npmignore", "content": "# Blacklist - exclude everything except npm defaults such as LICENSE, etc\n*\n!*/\n\n# Whitelist - lib/\n!lib/**/*.d.ts\n\n!lib/**/*.js\n!lib/**/*.js.map\n\n!lib/**/*.mjs\n!lib/**/*.mjs.map\n\n!lib/**/*.css\n\n# Whitelist - src/\n!src/**/*.ts\n!src/**/*.d.ts\n\n!src/**/*.js\n!src/**/*.js.map\n\n!src/**/*.css\n\n# Blacklist - src/ test files\nsrc/**/*.test.ts\nsrc/**/*.test.d.ts\nsrc/**/*.test.js\nsrc/**/*.test.js.map\n\n# Whitelist - typings/\n!typings/*.d.ts\n" }, { "path": "addons/addon-unicode11/LICENSE", "content": "Copyright (c) 2019, The xterm.js authors (https://github.com/xtermjs/xterm.js)\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n" }, { "path": "addons/addon-unicode11/README.md", "content": "## @xterm/addon-unicode11\n\nAn addon providing Unicode version 11 rules for xterm.js.\n\n### Install\n\n```bash\nnpm install --save @xterm/addon-unicode11\n```\n\n### Usage\n\n```ts\nimport { Terminal } from '@xterm/xterm';\nimport { Unicode11Addon } from '@xterm/addon-unicode11';\n\nconst terminal = new Terminal();\nconst unicode11Addon = new Unicode11Addon();\nterminal.loadAddon(unicode11Addon);\n\n// activate the new version\nterminal.unicode.activeVersion = '11';\n```\n" }, { "path": "addons/addon-unicode11/package.json", "content": "{\n \"name\": \"@xterm/addon-unicode11\",\n \"version\": \"0.9.0\",\n \"author\": {\n \"name\": \"The xterm.js authors\",\n \"url\": \"https://xtermjs.org/\"\n },\n \"main\": \"lib/addon-unicode11.js\",\n \"module\": \"lib/addon-unicode11.mjs\",\n \"types\": \"typings/addon-unicode11.d.ts\",\n \"repository\": \"https://github.com/xtermjs/xterm.js/tree/master/addons/addon-unicode11\",\n \"license\": \"MIT\",\n \"keywords\": [\n \"terminal\",\n \"xterm\",\n \"xterm.js\"\n ],\n \"scripts\": {\n \"build\": \"../../node_modules/.bin/tsgo -p .\",\n \"prepackage\": \"npm run build\",\n \"package\": \"../../node_modules/.bin/webpack\",\n \"prepublishOnly\": \"npm run package\",\n \"start\": \"node ../../demo/start\"\n }\n}\n" }, { "path": "addons/addon-unicode11/src/Unicode11Addon.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n *\n * UnicodeVersionProvider for V11.\n */\n\nimport type { Terminal, ITerminalAddon } from '@xterm/xterm';\nimport type { Unicode11Addon as IUnicode11Api } from '@xterm/addon-unicode11';\nimport { UnicodeV11 } from './UnicodeV11';\n\nexport class Unicode11Addon implements ITerminalAddon, IUnicode11Api {\n public activate(terminal: Terminal): void {\n terminal.unicode.register(new UnicodeV11());\n }\n public dispose(): void { }\n}\n" }, { "path": "addons/addon-unicode11/src/UnicodeV11.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { IUnicodeVersionProvider } from '@xterm/xterm';\nimport { UnicodeCharProperties, UnicodeCharWidth } from 'common/services/Services';\nimport { UnicodeService } from 'common/services/UnicodeService';\n\nconst BMP_COMBINING = [\n [0x0300, 0x036F], [0x0483, 0x0489], [0x0591, 0x05BD],\n [0x05BF, 0x05BF], [0x05C1, 0x05C2], [0x05C4, 0x05C5],\n [0x05C7, 0x05C7], [0x0600, 0x0605], [0x0610, 0x061A],\n [0x061C, 0x061C], [0x064B, 0x065F], [0x0670, 0x0670],\n [0x06D6, 0x06DD], [0x06DF, 0x06E4], [0x06E7, 0x06E8],\n [0x06EA, 0x06ED], [0x070F, 0x070F], [0x0711, 0x0711],\n [0x0730, 0x074A], [0x07A6, 0x07B0], [0x07EB, 0x07F3],\n [0x07FD, 0x07FD], [0x0816, 0x0819], [0x081B, 0x0823],\n [0x0825, 0x0827], [0x0829, 0x082D], [0x0859, 0x085B],\n [0x08D3, 0x0902], [0x093A, 0x093A], [0x093C, 0x093C],\n [0x0941, 0x0948], [0x094D, 0x094D], [0x0951, 0x0957],\n [0x0962, 0x0963], [0x0981, 0x0981], [0x09BC, 0x09BC],\n [0x09C1, 0x09C4], [0x09CD, 0x09CD], [0x09E2, 0x09E3],\n [0x09FE, 0x09FE], [0x0A01, 0x0A02], [0x0A3C, 0x0A3C],\n [0x0A41, 0x0A42], [0x0A47, 0x0A48], [0x0A4B, 0x0A4D],\n [0x0A51, 0x0A51], [0x0A70, 0x0A71], [0x0A75, 0x0A75],\n [0x0A81, 0x0A82], [0x0ABC, 0x0ABC], [0x0AC1, 0x0AC5],\n [0x0AC7, 0x0AC8], [0x0ACD, 0x0ACD], [0x0AE2, 0x0AE3],\n [0x0AFA, 0x0AFF], [0x0B01, 0x0B01], [0x0B3C, 0x0B3C],\n [0x0B3F, 0x0B3F], [0x0B41, 0x0B44], [0x0B4D, 0x0B4D],\n [0x0B56, 0x0B56], [0x0B62, 0x0B63], [0x0B82, 0x0B82],\n [0x0BC0, 0x0BC0], [0x0BCD, 0x0BCD], [0x0C00, 0x0C00],\n [0x0C04, 0x0C04], [0x0C3E, 0x0C40], [0x0C46, 0x0C48],\n [0x0C4A, 0x0C4D], [0x0C55, 0x0C56], [0x0C62, 0x0C63],\n [0x0C81, 0x0C81], [0x0CBC, 0x0CBC], [0x0CBF, 0x0CBF],\n [0x0CC6, 0x0CC6], [0x0CCC, 0x0CCD], [0x0CE2, 0x0CE3],\n [0x0D00, 0x0D01], [0x0D3B, 0x0D3C], [0x0D41, 0x0D44],\n [0x0D4D, 0x0D4D], [0x0D62, 0x0D63], [0x0DCA, 0x0DCA],\n [0x0DD2, 0x0DD4], [0x0DD6, 0x0DD6], [0x0E31, 0x0E31],\n [0x0E34, 0x0E3A], [0x0E47, 0x0E4E], [0x0EB1, 0x0EB1],\n [0x0EB4, 0x0EBC], [0x0EC8, 0x0ECD], [0x0F18, 0x0F19],\n [0x0F35, 0x0F35], [0x0F37, 0x0F37], [0x0F39, 0x0F39],\n [0x0F71, 0x0F7E], [0x0F80, 0x0F84], [0x0F86, 0x0F87],\n [0x0F8D, 0x0F97], [0x0F99, 0x0FBC], [0x0FC6, 0x0FC6],\n [0x102D, 0x1030], [0x1032, 0x1037], [0x1039, 0x103A],\n [0x103D, 0x103E], [0x1058, 0x1059], [0x105E, 0x1060],\n [0x1071, 0x1074], [0x1082, 0x1082], [0x1085, 0x1086],\n [0x108D, 0x108D], [0x109D, 0x109D], [0x1160, 0x11FF],\n [0x135D, 0x135F], [0x1712, 0x1714], [0x1732, 0x1734],\n [0x1752, 0x1753], [0x1772, 0x1773], [0x17B4, 0x17B5],\n [0x17B7, 0x17BD], [0x17C6, 0x17C6], [0x17C9, 0x17D3],\n [0x17DD, 0x17DD], [0x180B, 0x180E], [0x1885, 0x1886],\n [0x18A9, 0x18A9], [0x1920, 0x1922], [0x1927, 0x1928],\n [0x1932, 0x1932], [0x1939, 0x193B], [0x1A17, 0x1A18],\n [0x1A1B, 0x1A1B], [0x1A56, 0x1A56], [0x1A58, 0x1A5E],\n [0x1A60, 0x1A60], [0x1A62, 0x1A62], [0x1A65, 0x1A6C],\n [0x1A73, 0x1A7C], [0x1A7F, 0x1A7F], [0x1AB0, 0x1ABE],\n [0x1B00, 0x1B03], [0x1B34, 0x1B34], [0x1B36, 0x1B3A],\n [0x1B3C, 0x1B3C], [0x1B42, 0x1B42], [0x1B6B, 0x1B73],\n [0x1B80, 0x1B81], [0x1BA2, 0x1BA5], [0x1BA8, 0x1BA9],\n [0x1BAB, 0x1BAD], [0x1BE6, 0x1BE6], [0x1BE8, 0x1BE9],\n [0x1BED, 0x1BED], [0x1BEF, 0x1BF1], [0x1C2C, 0x1C33],\n [0x1C36, 0x1C37], [0x1CD0, 0x1CD2], [0x1CD4, 0x1CE0],\n [0x1CE2, 0x1CE8], [0x1CED, 0x1CED], [0x1CF4, 0x1CF4],\n [0x1CF8, 0x1CF9], [0x1DC0, 0x1DF9], [0x1DFB, 0x1DFF],\n [0x200B, 0x200F], [0x202A, 0x202E], [0x2060, 0x2064],\n [0x2066, 0x206F], [0x20D0, 0x20F0], [0x2CEF, 0x2CF1],\n [0x2D7F, 0x2D7F], [0x2DE0, 0x2DFF], [0x302A, 0x302D],\n [0x3099, 0x309A], [0xA66F, 0xA672], [0xA674, 0xA67D],\n [0xA69E, 0xA69F], [0xA6F0, 0xA6F1], [0xA802, 0xA802],\n [0xA806, 0xA806], [0xA80B, 0xA80B], [0xA825, 0xA826],\n [0xA8C4, 0xA8C5], [0xA8E0, 0xA8F1], [0xA8FF, 0xA8FF],\n [0xA926, 0xA92D], [0xA947, 0xA951], [0xA980, 0xA982],\n [0xA9B3, 0xA9B3], [0xA9B6, 0xA9B9], [0xA9BC, 0xA9BD],\n [0xA9E5, 0xA9E5], [0xAA29, 0xAA2E], [0xAA31, 0xAA32],\n [0xAA35, 0xAA36], [0xAA43, 0xAA43], [0xAA4C, 0xAA4C],\n [0xAA7C, 0xAA7C], [0xAAB0, 0xAAB0], [0xAAB2, 0xAAB4],\n [0xAAB7, 0xAAB8], [0xAABE, 0xAABF], [0xAAC1, 0xAAC1],\n [0xAAEC, 0xAAED], [0xAAF6, 0xAAF6], [0xABE5, 0xABE5],\n [0xABE8, 0xABE8], [0xABED, 0xABED], [0xFB1E, 0xFB1E],\n [0xFE00, 0xFE0F], [0xFE20, 0xFE2F], [0xFEFF, 0xFEFF],\n [0xFFF9, 0xFFFB]\n];\nconst HIGH_COMBINING = [\n [0x101FD, 0x101FD], [0x102E0, 0x102E0],\n [0x10376, 0x1037A], [0x10A01, 0x10A03], [0x10A05, 0x10A06],\n [0x10A0C, 0x10A0F], [0x10A38, 0x10A3A], [0x10A3F, 0x10A3F],\n [0x10AE5, 0x10AE6], [0x10D24, 0x10D27], [0x10F46, 0x10F50],\n [0x11001, 0x11001], [0x11038, 0x11046], [0x1107F, 0x11081],\n [0x110B3, 0x110B6], [0x110B9, 0x110BA], [0x110BD, 0x110BD],\n [0x110CD, 0x110CD], [0x11100, 0x11102], [0x11127, 0x1112B],\n [0x1112D, 0x11134], [0x11173, 0x11173], [0x11180, 0x11181],\n [0x111B6, 0x111BE], [0x111C9, 0x111CC], [0x1122F, 0x11231],\n [0x11234, 0x11234], [0x11236, 0x11237], [0x1123E, 0x1123E],\n [0x112DF, 0x112DF], [0x112E3, 0x112EA], [0x11300, 0x11301],\n [0x1133B, 0x1133C], [0x11340, 0x11340], [0x11366, 0x1136C],\n [0x11370, 0x11374], [0x11438, 0x1143F], [0x11442, 0x11444],\n [0x11446, 0x11446], [0x1145E, 0x1145E], [0x114B3, 0x114B8],\n [0x114BA, 0x114BA], [0x114BF, 0x114C0], [0x114C2, 0x114C3],\n [0x115B2, 0x115B5], [0x115BC, 0x115BD], [0x115BF, 0x115C0],\n [0x115DC, 0x115DD], [0x11633, 0x1163A], [0x1163D, 0x1163D],\n [0x1163F, 0x11640], [0x116AB, 0x116AB], [0x116AD, 0x116AD],\n [0x116B0, 0x116B5], [0x116B7, 0x116B7], [0x1171D, 0x1171F],\n [0x11722, 0x11725], [0x11727, 0x1172B], [0x1182F, 0x11837],\n [0x11839, 0x1183A], [0x119D4, 0x119D7], [0x119DA, 0x119DB],\n [0x119E0, 0x119E0], [0x11A01, 0x11A0A], [0x11A33, 0x11A38],\n [0x11A3B, 0x11A3E], [0x11A47, 0x11A47], [0x11A51, 0x11A56],\n [0x11A59, 0x11A5B], [0x11A8A, 0x11A96], [0x11A98, 0x11A99],\n [0x11C30, 0x11C36], [0x11C38, 0x11C3D], [0x11C3F, 0x11C3F],\n [0x11C92, 0x11CA7], [0x11CAA, 0x11CB0], [0x11CB2, 0x11CB3],\n [0x11CB5, 0x11CB6], [0x11D31, 0x11D36], [0x11D3A, 0x11D3A],\n [0x11D3C, 0x11D3D], [0x11D3F, 0x11D45], [0x11D47, 0x11D47],\n [0x11D90, 0x11D91], [0x11D95, 0x11D95], [0x11D97, 0x11D97],\n [0x11EF3, 0x11EF4], [0x13430, 0x13438], [0x16AF0, 0x16AF4],\n [0x16B30, 0x16B36], [0x16F4F, 0x16F4F], [0x16F8F, 0x16F92],\n [0x1BC9D, 0x1BC9E], [0x1BCA0, 0x1BCA3], [0x1D167, 0x1D169],\n [0x1D173, 0x1D182], [0x1D185, 0x1D18B], [0x1D1AA, 0x1D1AD],\n [0x1D242, 0x1D244], [0x1DA00, 0x1DA36], [0x1DA3B, 0x1DA6C],\n [0x1DA75, 0x1DA75], [0x1DA84, 0x1DA84], [0x1DA9B, 0x1DA9F],\n [0x1DAA1, 0x1DAAF], [0x1E000, 0x1E006], [0x1E008, 0x1E018],\n [0x1E01B, 0x1E021], [0x1E023, 0x1E024], [0x1E026, 0x1E02A],\n [0x1E130, 0x1E136], [0x1E2EC, 0x1E2EF], [0x1E8D0, 0x1E8D6],\n [0x1E944, 0x1E94A], [0xE0001, 0xE0001], [0xE0020, 0xE007F],\n [0xE0100, 0xE01EF]\n];\nconst BMP_WIDE = [\n [0x1100, 0x115F], [0x231A, 0x231B], [0x2329, 0x232A],\n [0x23E9, 0x23EC], [0x23F0, 0x23F0], [0x23F3, 0x23F3],\n [0x25FD, 0x25FE], [0x2614, 0x2615], [0x2648, 0x2653],\n [0x267F, 0x267F], [0x2693, 0x2693], [0x26A1, 0x26A1],\n [0x26AA, 0x26AB], [0x26BD, 0x26BE], [0x26C4, 0x26C5],\n [0x26CE, 0x26CE], [0x26D4, 0x26D4], [0x26EA, 0x26EA],\n [0x26F2, 0x26F3], [0x26F5, 0x26F5], [0x26FA, 0x26FA],\n [0x26FD, 0x26FD], [0x2705, 0x2705], [0x270A, 0x270B],\n [0x2728, 0x2728], [0x274C, 0x274C], [0x274E, 0x274E],\n [0x2753, 0x2755], [0x2757, 0x2757], [0x2795, 0x2797],\n [0x27B0, 0x27B0], [0x27BF, 0x27BF], [0x2B1B, 0x2B1C],\n [0x2B50, 0x2B50], [0x2B55, 0x2B55], [0x2E80, 0x2E99],\n [0x2E9B, 0x2EF3], [0x2F00, 0x2FD5], [0x2FF0, 0x2FFB],\n [0x3000, 0x3029], [0x302E, 0x303E], [0x3041, 0x3096],\n [0x309B, 0x30FF], [0x3105, 0x312F], [0x3131, 0x318E],\n [0x3190, 0x31BA], [0x31C0, 0x31E3], [0x31F0, 0x321E],\n [0x3220, 0x3247], [0x3250, 0x4DBF], [0x4E00, 0xA48C],\n [0xA490, 0xA4C6], [0xA960, 0xA97C], [0xAC00, 0xD7A3],\n [0xF900, 0xFAFF], [0xFE10, 0xFE19], [0xFE30, 0xFE52],\n [0xFE54, 0xFE66], [0xFE68, 0xFE6B], [0xFF01, 0xFF60],\n [0xFFE0, 0xFFE6]\n];\nconst HIGH_WIDE = [\n [0x16FE0, 0x16FE3], [0x17000, 0x187F7],\n [0x18800, 0x18AF2], [0x1B000, 0x1B11E], [0x1B150, 0x1B152],\n [0x1B164, 0x1B167], [0x1B170, 0x1B2FB], [0x1F004, 0x1F004],\n [0x1F0CF, 0x1F0CF], [0x1F18E, 0x1F18E], [0x1F191, 0x1F19A],\n [0x1F200, 0x1F202], [0x1F210, 0x1F23B], [0x1F240, 0x1F248],\n [0x1F250, 0x1F251], [0x1F260, 0x1F265], [0x1F300, 0x1F320],\n [0x1F32D, 0x1F335], [0x1F337, 0x1F37C], [0x1F37E, 0x1F393],\n [0x1F3A0, 0x1F3CA], [0x1F3CF, 0x1F3D3], [0x1F3E0, 0x1F3F0],\n [0x1F3F4, 0x1F3F4], [0x1F3F8, 0x1F43E], [0x1F440, 0x1F440],\n [0x1F442, 0x1F4FC], [0x1F4FF, 0x1F53D], [0x1F54B, 0x1F54E],\n [0x1F550, 0x1F567], [0x1F57A, 0x1F57A], [0x1F595, 0x1F596],\n [0x1F5A4, 0x1F5A4], [0x1F5FB, 0x1F64F], [0x1F680, 0x1F6C5],\n [0x1F6CC, 0x1F6CC], [0x1F6D0, 0x1F6D2], [0x1F6D5, 0x1F6D5],\n [0x1F6EB, 0x1F6EC], [0x1F6F4, 0x1F6FA], [0x1F7E0, 0x1F7EB],\n [0x1F90D, 0x1F971], [0x1F973, 0x1F976], [0x1F97A, 0x1F9A2],\n [0x1F9A5, 0x1F9AA], [0x1F9AE, 0x1F9CA], [0x1F9CD, 0x1F9FF],\n [0x1FA70, 0x1FA73], [0x1FA78, 0x1FA7A], [0x1FA80, 0x1FA82],\n [0x1FA90, 0x1FA95], [0x20000, 0x2FFFD], [0x30000, 0x3FFFD]\n];\n\n// BMP lookup table, lazy initialized during first addon loading\nlet table: Uint8Array;\n\nfunction bisearch(ucs: number, data: number[][]): boolean {\n let min = 0;\n let max = data.length - 1;\n let mid;\n if (ucs < data[0][0] || ucs > data[max][1]) {\n return false;\n }\n while (max >= min) {\n mid = (min + max) >> 1;\n if (ucs > data[mid][1]) {\n min = mid + 1;\n } else if (ucs < data[mid][0]) {\n max = mid - 1;\n } else {\n return true;\n }\n }\n return false;\n}\n\n\nexport class UnicodeV11 implements IUnicodeVersionProvider {\n public readonly version = '11';\n\n constructor() {\n if (!table) {\n table = new Uint8Array(65536);\n table.fill(1);\n table[0] = 0;\n table.fill(0, 1, 32);\n table.fill(0, 0x7f, 0xa0);\n for (let r = 0; r < BMP_COMBINING.length; ++r) {\n table.fill(0, BMP_COMBINING[r][0], BMP_COMBINING[r][1] + 1);\n }\n for (let r = 0; r < BMP_WIDE.length; ++r) {\n table.fill(2, BMP_WIDE[r][0], BMP_WIDE[r][1] + 1);\n }\n }\n }\n\n public wcwidth(num: number): UnicodeCharWidth {\n if (num < 32) return 0;\n if (num < 127) return 1;\n if (num < 65536) return table[num] as UnicodeCharWidth;\n if (bisearch(num, HIGH_COMBINING)) return 0;\n if (bisearch(num, HIGH_WIDE)) return 2;\n return 1;\n }\n\n public charProperties(codepoint: number, preceding: UnicodeCharProperties): UnicodeCharProperties {\n let width = this.wcwidth(codepoint);\n let shouldJoin = width === 0 && preceding !== 0;\n if (shouldJoin) {\n const oldWidth = UnicodeService.extractWidth(preceding);\n if (oldWidth === 0) {\n shouldJoin = false;\n } else if (oldWidth > width) {\n width = oldWidth;\n }\n }\n return UnicodeService.createPropertyValue(0, width, shouldJoin);\n }\n}\n" }, { "path": "addons/addon-unicode11/src/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"es2021\",\n \"lib\": [\n \"dom\",\n \"es2015\"\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"strict\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"@xterm/addon-unicode11\": [\n \"../typings/addon-unicode11.d.ts\"\n ],\n \"*\": [\n \"./*\"\n ]\n },\n \"types\": [\n \"../../../node_modules/@types/mocha\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n }\n ]\n}\n" }, { "path": "addons/addon-unicode11/test/Unicode11Addon.test.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport test from '@playwright/test';\nimport { deepStrictEqual } from 'assert';\nimport { ITestContext, createTestContext, openTerminal } from '../../../test/playwright/TestUtils';\n\nlet ctx: ITestContext;\ntest.beforeAll(async ({ browser }) => {\n ctx = await createTestContext(browser);\n await openTerminal(ctx);\n});\ntest.afterAll(async () => await ctx.page.close());\n\ntest.describe('Unicode11Addon', () => {\n\n test.beforeEach(async () => {\n await ctx.page.evaluate(`\n window.term.reset()\n window.unicode11?.dispose();\n window.unicode11 = new Unicode11Addon();\n window.term.loadAddon(window.unicode11);\n `);\n });\n\n test('wcwidth V11 emoji test', async () => {\n // should have loaded '11'\n deepStrictEqual((await ctx.page.evaluate(`window.term.unicode.versions`) as string[]).includes('11'), true);\n // switch should not throw\n await ctx.page.evaluate(`window.term.unicode.activeVersion = '11';`);\n deepStrictEqual(await ctx.page.evaluate(`window.term.unicode.activeVersion`), '11');\n // v6: 10, V11: 20\n deepStrictEqual(await ctx.page.evaluate(`window.term._core.unicodeService.getStringCellWidth('🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣')`), 20);\n });\n});\n" }, { "path": "addons/addon-unicode11/test/playwright.config.ts", "content": "import { PlaywrightTestConfig } from '@playwright/test';\n\nconst config: PlaywrightTestConfig = {\n testDir: '.',\n timeout: 10000,\n projects: [\n {\n name: 'Chromium',\n use: {\n browserName: 'chromium'\n }\n },\n {\n name: 'FirefoxStable',\n use: {\n browserName: 'firefox'\n }\n },\n {\n name: 'WebKit',\n use: {\n browserName: 'webkit'\n }\n }\n ],\n reporter: 'list',\n webServer: {\n command: 'npm run start',\n port: 3000,\n timeout: 120000,\n reuseExistingServer: !process.env.CI\n }\n};\nexport default config;\n" }, { "path": "addons/addon-unicode11/test/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"ESNext\",\n \"lib\": [\n \"es2021\",\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out-test\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"browser/*\": [\n \"../../../src/browser/*\"\n ],\n \"*\": [\n \"./*\"\n ]\n },\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/node\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n },\n {\n \"path\": \"../../../src/browser\"\n },\n {\n \"path\": \"../../../test/playwright\"\n }\n ]\n}\n" }, { "path": "addons/addon-unicode11/tsconfig.json", "content": "{\n \"files\": [],\n \"include\": [],\n \"references\": [\n { \"path\": \"./src\" },\n { \"path\": \"./test\" }\n ]\n}\n" }, { "path": "addons/addon-unicode11/typings/addon-unicode11.d.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { Terminal, ITerminalAddon } from '@xterm/xterm';\n\ndeclare module '@xterm/addon-unicode11' {\n export class Unicode11Addon implements ITerminalAddon {\n constructor();\n public activate(terminal: Terminal): void;\n public dispose(): void;\n }\n}\n" }, { "path": "addons/addon-unicode11/webpack.config.js", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nconst path = require('path');\n\nconst addonName = 'Unicode11Addon';\nconst mainFile = 'addon-unicode11.js';\n\nmodule.exports = {\n entry: `./out/${addonName}.js`,\n devtool: 'source-map',\n module: {\n rules: [\n {\n test: /\\.js$/,\n use: [\"source-map-loader\"],\n enforce: \"pre\",\n exclude: /node_modules/\n }\n ]\n },\n resolve: {\n modules: ['./node_modules'],\n extensions: [ '.js' ],\n alias: {\n common: path.resolve('../../out/common'),\n vs: path.resolve('../../out/vs')\n }\n },\n output: {\n filename: mainFile,\n path: path.resolve('./lib'),\n library: addonName,\n libraryTarget: 'umd',\n // Force usage of globalThis instead of global / self. (This is cross-env compatible)\n globalObject: 'globalThis',\n },\n mode: 'production'\n};\n" }, { "path": "addons/addon-web-fonts/LICENSE", "content": "Copyright (c) 2024, The xterm.js authors (https://github.com/xtermjs/xterm.js)\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n" }, { "path": "addons/addon-web-fonts/README.md", "content": "## @xterm/addon-web-fonts\n\nAddon to use webfonts with [xterm.js](https://github.com/xtermjs/xterm.js).\nThis addon requires xterm.js v5+.\n\n### Install\n\n```bash\nnpm install --save @xterm/addon-web-fonts\n```\n\n### Issue with Webfonts\n\nWebfonts are announced by CSS `font-face` rules (or its Javascript `FontFace` counterparts).\nSince font files tend to be quite big assets, browser engines often postpone their loading\nto an actual styling request of a codepoint matching a font file's `unicode-range`.\nIn short - font files will not be loaded until really needed.\n\nxterm.js on the other hand heavily relies on exact measurement of character glyphs\nto layout its output. This is done by determining the glyph width (DOM renderer) or\nby creating a glyph texture (WebGl renderer) for every output character.\nFor performance reasons both is done in synchronous code and cached.\nThis logic only works properly, if a font glyph is available on its first usage,\notherwise the browser will pick a glyph from a fallback font messing up the metrics.\n\nFor webfonts and xterm.js this means that we cannot rely on the default loading strategy\nof the browser, but have to preload the font files before using that font in xterm.js.\n\n\n### Static Preloading for the Rescue?\n\nIf you dont mind higher initial loading times with a white page shown,\nyou can tell the browser to preload the needed font files by placing the following\nlink elements in the document's head above any other CSS/Javascript:\n```html\n \n \n ...\n \n```\nBrowsers also will resort to system fonts, if the preloading takes too long.\nSo this solution has only a very limited scope.\n\n\n### Loading with WebFontsAddon\n\nThe webfonts addon offers several ways to deal with font assets loading\nwithout leaving the terminal in an unusable state.\n\nRecap - normally boostrapping of a new terminal involves these basic steps (Typescript):\n\n```typescript\nimport { Terminal } from '@xterm/xterm';\nimport { XYAddon } from '@xterm/addon-xy';\n\n// create a `Terminal` instance with some options, e.g. a custom font family\nconst terminal = new Terminal({fontFamily: 'monospace'});\n\n// create and load all addons you want to use, e.g. fit addon\nconst xyInstance = new XYAddon();\nterminal.loadAddon(xyInstance);\n\n// finally: call `open` of the terminal instance\nterminal.open(your_terminal_div_element); // <-- critical path for webfonts\n// more boostrapping goes here ...\n```\nThis code is guaranteed to work in all browsers synchronously, as the identifier `monospace`\nwill always be available. It will also work synchronously with any installed system font,\nbut breaks horribly with webfonts. The actual culprit here is the call to `terminal.open`,\nwhich attaches the terminal to the DOM and starts the renderer with all the glyph caching\nmentioned above, while the webfont is not yet fully available.\n\nTo fix that, the webfonts addon provides a waiting condition (Typescript):\n```typescript\nimport { Terminal } from '@xterm/xterm';\nimport { XYAddon } from '@xterm/addon-xy';\nimport { WebFontsAddon } from '@xterm/addon-web-fonts';\n\n// create a `Terminal` instance, now with webfonts\nconst terminal = new Terminal({fontFamily: '\"Web Mono 1\", \"Super Powerline\", monospace'});\nconst xyInstance = new XYAddon();\nterminal.loadAddon(xyInstance);\n\nconst webFontsInstance = new WebFontsAddon();\nterminal.loadAddon(webFontsInstance); \n\n// wait for webfonts to be fully loaded\nwebFontsInstance.loadFonts(['Web Mono 1', 'Super Powerline']).then(() => {\n terminal.open(your_terminal_div_element);\n // more boostrapping goes here ...\n});\n```\nHere `loadFonts` will look up the font face objects in `document.fonts`\nand load them before continuing. For this to work, you have to make sure,\nthat the CSS `font-face` rules for these webfonts are loaded beforehand,\notherwise `loadFonts` will not find the font family names (promise will be\nrejected for missing font family names).\n\nPlease note, that this cannot run synchronous anymore, so you will have to split your\nbootstrapping code into several stages. If that is too much of a hassle,\nyou can also move the whole bootstrapping under the waiting condition by using\nthe static loader instead (Typescript):\n```typescript\nimport { Terminal } from '@xterm/xterm';\nimport { XYAddon } from '@xterm/addon-xy';\n// import static loader\nimport { loadFonts } from '@xterm/addon-web-fonts';\n\nloadFonts(['Web Mono 1', 'Super Powerline']).then(() => {\n // create a `Terminal` instance, now with webfonts\n const terminal = new Terminal({fontFamily: '\"Web Mono 1\", \"Super Powerline\", monospace'});\n const xyInstance = new XYAddon();\n terminal.loadAddon(xyInstance);\n\n // optional when using static loader\n const webfontsInstance = new WebFontsAddon();\n terminal.loadAddon(webfontsInstance);\n\n terminal.open(your_terminal_div_element);\n // more boostrapping goes here ...\n});\n```\nWith the static loader creating and loading of the actual addon can be omitted,\nas fonts are already loaded before any terminal setup happens.\n\n### Webfont Loading at Runtime\n\nGiven you have a terminal already running and want to change the font family\nto a different not yet loaded webfont:\n```typescript\n// either create font face objects in javascript\nconst ff1 = new FontFace('New Web Mono', url1, ...);\nconst ff2 = new FontFace('New Web Mono', url2, ...);\n// and await their loading\nloadFonts([ff1, ff2]).then(() => {\n // apply new webfont to terminal\n terminal.options.fontFamily = 'New Web Mono';\n // since the new font might have slighly different metrics,\n // also run the fit addon here (or any other custom resize logic)\n fitAddon.fit();\n});\n\n// or alternatively use CSS to add new font-face rules, e.g.\ndocument.styleSheets[0].insertRule(\n \"@font-face { font-family: 'New Web Mono'; src: url(newfont.woff); }\", 0);\n// and await the new font family name\nloadFonts(['New Web Mono']).then(() => {\n // apply new webfont to terminal\n terminal.options.fontFamily = 'New Web Mono';\n // since the new font might have slighly different metrics,\n // also run the fit addon here (or any other custom resize logic)\n fitAddon.fit();\n});\n```\n\n### Forced Layout Update\n\nIf you have the addon loaded into your terminal, you can force the terminal to update\nthe layout with the method `WebFontsAddon.relayout`. This might come handy,\nif the terminal shows webfont related output issue for unknown reasons:\n```typescript\n...\n// given - terminal shows weird font issues, run:\nwebFontsInstance.relayout().then(() => {\n // also run resize logic here, e.g. fit addon\n fitAddon.fit();\n});\n```\nNote that this method is only meant as a quickfix on a running terminal to keep it\nin a working condition. A production-ready integration should never rely on it,\nbetter fix the real root cause (most likely not properly awaiting the font loader\nhigher up in the code).\n\n\n### Webfonts from Fontsource\n\nThe addon has been tested to work with webfonts from fontsource.\nJavascript example for `vite` with ESM import:\n```javascript\nimport { Terminal } from '@xterm/xterm';\nimport { FitAddon } from '@xterm/addon-fit';\nimport { loadFonts } from '@xterm/addon-web-fonts';\nimport '@xterm/xterm/css/xterm.css';\nimport '@fontsource/roboto-mono';\nimport '@fontsource/roboto-mono/400.css';\nimport '@fontsource/roboto-mono/400-italic.css';\nimport '@fontsource/roboto-mono/700.css';\nimport '@fontsource/roboto-mono/700-italic.css';\n\nasync function main() {\n let fontFamily = '\"Roboto Mono\", monospace';\n try {\n await loadFonts(['Roboto Mono']);\n } catch (e) {\n fontFamily = 'monospace';\n }\n\n const terminal = new Terminal({ fontFamily });\n const fitAddon = new FitAddon();\n terminal.loadAddon(fitAddon);\n terminal.open(document.getElementById('your-xterm-container-div'));\n fitAddon.fit();\n\n // sync writing shows up in Roboto Mono w'o FOUT\n // and a fallback to monospace\n terminal.write('put any unicode char here');\n}\n\nmain();\n```\nThe fontsource packages download the font files to your project folder to be delivered\nfrom there later on. For security sensitive projects this should be the preferred way,\nas it brings the font files under your control.\n\nThe example furthermore contains proper exception handling with a fallback\n(skipped in all other examples for better readability).\n\n---\n\nAlso see the full [API](https://github.com/xtermjs/xterm.js/blob/master/addons/addon-web-fonts/typings/addon-web-fonts.d.ts).\n" }, { "path": "addons/addon-web-fonts/package.json", "content": "{\n \"name\": \"@xterm/addon-web-fonts\",\n \"version\": \"0.1.0\",\n \"author\": {\n \"name\": \"The xterm.js authors\",\n \"url\": \"https://xtermjs.org/\"\n },\n \"main\": \"lib/addon-web-fonts.js\",\n \"module\": \"lib/addon-web-fonts.mjs\",\n \"types\": \"typings/addon-web-fonts.d.ts\",\n \"repository\": \"https://github.com/xtermjs/xterm.js/tree/master/addons/addon-web-fonts\",\n \"license\": \"MIT\",\n \"keywords\": [\n \"terminal\",\n \"xterm\",\n \"xterm.js\"\n ],\n \"scripts\": {\n \"build\": \"../../node_modules/.bin/tsgo -p .\",\n \"prepackage\": \"npm run build\",\n \"package\": \"../../node_modules/.bin/webpack\",\n \"prepublishOnly\": \"npm run package\",\n \"start\": \"node ../../demo/start\"\n },\n \"dependencies\": {}\n}\n" }, { "path": "addons/addon-web-fonts/src/WebFontsAddon.ts", "content": "/**\n * Copyright (c) 2024 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport type { Terminal, ITerminalAddon } from '@xterm/xterm';\nimport type { WebFontsAddon as IWebFontsApi } from '@xterm/addon-web-fonts';\n\n\n/**\n * Unquote a font family name.\n */\nfunction unquote(s: string): string {\n if (s[0] === '\"' && s[s.length - 1] === '\"') return s.slice(1, -1);\n if (s[0] === '\\'' && s[s.length - 1] === '\\'') return s.slice(1, -1);\n return s;\n}\n\n\n/**\n * Quote a font family name conditionally.\n * @see https://mathiasbynens.be/notes/unquoted-font-family\n */\nfunction quote(s: string): string {\n const pos = s.match(/([-_a-zA-Z0-9\\xA0-\\u{10FFFF}]+)/u);\n const neg = s.match(/^(-?\\d|--)/m);\n if (!neg && pos && pos[1] === s) return s;\n return `\"${s.replace(/\"/g, '\\\\\"')}\"`;\n}\n\n\nfunction splitFamily(family: string | undefined): string[] {\n if (!family) return [];\n return family.split(',').map(e => unquote(e.trim()));\n}\n\n\nfunction createFamily(families: string[]): string {\n return families.map(quote).join(', ');\n}\n\n\n/**\n * Hash a font face from it properties.\n * Used in `loadFonts` to avoid bloating\n * `document.fonts` from multiple calls.\n */\nfunction hashFontFace(ff: FontFace): string {\n return JSON.stringify([\n unquote(ff.family),\n ff.stretch,\n ff.style,\n ff.unicodeRange,\n ff.weight\n ]);\n}\n\n\n/**\n * Wait for webfont resources to be loaded.\n *\n * Without any argument, all fonts currently listed in\n * `document.fonts` will be loaded.\n * For a more fine-grained loading strategy you can populate\n * the `fonts` argument with:\n * - font families : loads all fontfaces in `document.fonts`\n * matching the family names\n * - fontface objects : loads given fontfaces and adds them to\n * `document.fonts`\n *\n * The returned promise will resolve, when all loading is done.\n */\nfunction _loadFonts(fonts?: (string | FontFace)[]): Promise {\n const ffs = Array.from(document.fonts);\n if (!fonts || !fonts.length) {\n return Promise.all(ffs.map(ff => ff.load()));\n }\n let toLoad: FontFace[] = [];\n const ffsHashed = ffs.map(ff => hashFontFace(ff));\n for (const font of fonts) {\n if (font instanceof FontFace) {\n const fontHashed = hashFontFace(font);\n const idx = ffsHashed.indexOf(fontHashed);\n if (idx === -1) {\n document.fonts.add(font);\n ffs.push(font);\n ffsHashed.push(fontHashed);\n toLoad.push(font);\n } else {\n toLoad.push(ffs[idx]);\n }\n } else {\n // string as font\n const familyFiltered = ffs.filter(ff => font === unquote(ff.family));\n toLoad = toLoad.concat(familyFiltered);\n if (!familyFiltered.length) {\n return Promise.reject(`font family \"${font}\" not registered in document.fonts`);\n }\n }\n }\n return Promise.all(toLoad.map(ff => ff.load()));\n}\n\n\nexport function loadFonts(fonts?: (string | FontFace)[]): Promise {\n return document.fonts.ready.then(() => _loadFonts(fonts));\n}\n\n\nexport class WebFontsAddon implements ITerminalAddon, IWebFontsApi {\n private _term: Terminal | undefined;\n\n constructor(public initialRelayout: boolean = true) { }\n\n public dispose(): void {\n this._term = undefined;\n }\n\n public activate(term: Terminal): void {\n this._term = term;\n if (this.initialRelayout) {\n document.fonts.ready.then(() => this.relayout());\n }\n }\n\n public loadFonts(fonts?: (string | FontFace)[]): Promise {\n return loadFonts(fonts);\n }\n\n public async relayout(): Promise {\n if (!this._term) {\n return;\n }\n await document.fonts.ready;\n const family = this._term.options.fontFamily;\n const families = splitFamily(family);\n const webFamilies = Array.from(new Set(Array.from(document.fonts).map(e => unquote(e.family))));\n const dirty: string[] = [];\n const clean: string[] = [];\n for (const fam of families) {\n (webFamilies.indexOf(fam) !== -1 ? dirty : clean).push(fam);\n }\n if (!dirty.length) {\n return;\n }\n await _loadFonts(dirty);\n if (this._term) {\n this._term.options.fontFamily = clean.length ? createFamily(clean) : 'monospace';\n this._term.options.fontFamily = family;\n }\n }\n}\n" }, { "path": "addons/addon-web-fonts/src/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"es2021\",\n \"lib\": [\n \"dom\",\n \"es2015\",\n \"dom.iterable\"\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/mocha\"\n ],\n \"paths\": {\n \"@xterm/addon-web-fonts\": [\n \"../typings/addon-web-fonts.d.ts\"\n ]\n }\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ]\n}\n" }, { "path": "addons/addon-web-fonts/test/WebFontsAddon.test.ts", "content": "/**\n * Copyright (c) 2024 The xterm.js authors. All rights reserved.\n * @license MIT\n */\nimport test from '@playwright/test';\nimport { deepStrictEqual, strictEqual } from 'assert';\nimport { ITestContext, createTestContext, openTerminal, pollFor, timeout } from '../../../test/playwright/TestUtils';\n\nlet ctx: ITestContext;\ntest.beforeAll(async ({ browser }) => {\n ctx = await createTestContext(browser);\n await openTerminal(ctx, { cols: 40 });\n});\ntest.afterAll(async () => await ctx.page.close());\n\ntest.describe('WebFontsAddon', () => {\n\n test.beforeEach(async () => {\n // make sure that we start with no webfonts in the document\n const empty = await await getDocumentFonts();\n deepStrictEqual(empty, []);\n });\n test.afterEach(async () => {\n // for font loading tests to work, we have to remove added rules and fonts\n // to work around the quite aggressive font caching done by the browsers\n await ctx.page.evaluate(`\n document.styleSheets[0].deleteRule(1);\n document.styleSheets[0].deleteRule(0);\n document.fonts.clear();\n `);\n });\n\n test.describe('font loading at runtime', () => {\n test('loadFonts (JS)', async () => {\n await ctx.page.evaluate(`\n const ff1 = new FontFace('Kongtext', \"url(/kongtext.regular.ttf) format('truetype')\");\n const ff2 = new FontFace('BPdots', \"url(/bpdots.regular.otf) format('opentype')\");\n loadFonts([ff1, ff2]);\n `);\n deepStrictEqual(await getDocumentFonts(), [{ family: 'Kongtext', status: 'loaded' }, { family: 'BPdots', status: 'loaded' }]);\n });\n test('loadFonts (CSS, unquoted)', async () => {\n await ctx.page.evaluate(`\n document.styleSheets[0].insertRule(\"@font-face {font-family: Kongtext; src: url(/kongtext.regular.ttf) format('truetype')}\", 0);\n document.styleSheets[0].insertRule(\"@font-face {font-family: BPdots; src: url(/bpdots.regular.otf) format('opentype')}\", 1);\n loadFonts(['Kongtext', 'BPdots']);\n `);\n deepStrictEqual(await getDocumentFonts(), [{ family: 'Kongtext', status: 'loaded' }, { family: 'BPdots', status: 'loaded' }]);\n });\n test('loadFonts (CSS, quoted)', async ({ browser }) => {\n // NOTE: firefox preserves family quotes from CSS rules in fontface, all other browsers unquote them\n await ctx.page.evaluate(`\n document.styleSheets[0].insertRule(\"@font-face {font-family: 'Kongtext'; src: url(/kongtext.regular.ttf) format('truetype')}\", 0);\n document.styleSheets[0].insertRule(\"@font-face {font-family: 'BPdots'; src: url(/bpdots.regular.otf) format('opentype')}\", 1);\n loadFonts(['Kongtext', 'BPdots']);\n `);\n if (browser.browserType().name() === 'firefox') {\n deepStrictEqual(await getDocumentFonts(), [{ family: '\"Kongtext\"', status: 'loaded' }, { family: '\"BPdots\"', status: 'loaded' }]);\n } else {\n deepStrictEqual(await getDocumentFonts(), [{ family: 'Kongtext', status: 'loaded' }, { family: 'BPdots', status: 'loaded' }]);\n }\n });\n test('FontFace hashing', async () => {\n // multiple calls of `loadFonts` with the same objects shall not bloat document.fonts\n await ctx.page.evaluate(`\n const ff1 = new FontFace('Kongtext', \"url(/kongtext.regular.ttf) format('truetype')\");\n const ff2 = new FontFace('BPdots', \"url(/bpdots.regular.otf) format('opentype')\");\n loadFonts([ff1, ff2]);\n loadFonts([ff1, ff2]);\n loadFonts([ff1, ff2]).then(() => loadFonts([ff1, ff2]));\n `);\n deepStrictEqual(await getDocumentFonts(), [{ family: 'Kongtext', status: 'loaded' }, { family: 'BPdots', status: 'loaded' }]);\n });\n\n test('autoload & relayout from ctor', async ({ browser }) => {\n // to make this test work, we exclude the default measurement char W (x57) by restricting unicode-range\n // now the browser will postpone font loading until codepoint is hit --> wrong glyph metrics on first usage\n const data = await ctx.page.evaluate(`\n document.styleSheets[0].insertRule(\"@font-face {font-family: Kongtext; src: url(/kongtext.regular.ttf) format('truetype'); unicode-range: U+00A0-00FF}\", 0);\n `);\n deepStrictEqual(await getDocumentFonts(), [{ family: 'Kongtext', status: 'unloaded' }]);\n\n // broken case: webfont in ctor without addon usage\n await ctx.page.evaluate(`\n window.helperTerm = new Terminal({fontFamily: '\"Kongtext\", ' + term.options.fontFamily});\n window.helperTerm.open(term.element);\n `);\n\n // safari loads the font, firefox & chrome dont\n if (browser.browserType().name() === 'webkit') {\n deepStrictEqual(await getDocumentFonts(), [{ family: 'Kongtext', status: 'loaded' }]);\n } else {\n deepStrictEqual(await getDocumentFonts(), [{ family: 'Kongtext', status: 'unloaded' }]);\n }\n\n // good case: addon fixes layout for webfont in ctor\n // the relayout happens async, so wait a bit with a promise\n await ctx.page.evaluate(`\n window.helperTerm.dispose();\n window.helperTerm = new Terminal({fontFamily: '\"Kongtext\", ' + term.options.fontFamily});\n window._webfontsAddon = new WebFontsAddon();\n window.helperTerm.loadAddon(window._webfontsAddon);\n window.helperTerm.open(term.element);\n `);\n await timeout(100);\n deepStrictEqual(await getDocumentFonts(), [{ family: 'Kongtext', status: 'loaded' }]);\n\n // cleanup this messy test case\n await ctx.page.evaluate(`\n window.helperTerm.dispose();\n window._webfontsAddon.dispose();\n `);\n });\n });\n\n});\n\nasync function getDocumentFonts(): Promise {\n return ctx.page.evaluate(`Array.from(document.fonts).map(ff => ({family: ff.family, status: ff.status}))`);\n}\n" }, { "path": "addons/addon-web-fonts/test/playwright.config.ts", "content": "import { PlaywrightTestConfig } from '@playwright/test';\n\nconst config: PlaywrightTestConfig = {\n testDir: '.',\n timeout: 10000,\n projects: [\n {\n name: 'Chromium',\n use: {\n browserName: 'chromium'\n }\n },\n {\n name: 'FirefoxStable',\n use: {\n browserName: 'firefox'\n }\n },\n {\n name: 'WebKit',\n use: {\n browserName: 'webkit'\n }\n }\n ],\n reporter: 'list',\n webServer: {\n command: 'npm run start',\n port: 3000,\n timeout: 120000,\n reuseExistingServer: !process.env.CI\n }\n};\nexport default config;\n" }, { "path": "addons/addon-web-fonts/test/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"es2021\",\n \"lib\": [\n \"es2021\",\n ],\n // \"downlevelIteration\": true,\n \"rootDir\": \".\",\n \"outDir\": \"../out-test\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"browser/*\": [\n \"../../../src/browser/*\"\n ],\n \"*\": [\n \"./*\"\n ]\n },\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/node\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n },\n {\n \"path\": \"../../../src/browser\"\n },\n {\n \"path\": \"../../../test/playwright\"\n }\n ]\n}\n" }, { "path": "addons/addon-web-fonts/tsconfig.json", "content": "{\n \"files\": [],\n \"include\": [],\n \"references\": [\n { \"path\": \"./src\" },\n { \"path\": \"./test\" }\n ]\n}\n" }, { "path": "addons/addon-web-fonts/typings/addon-web-fonts.d.ts", "content": "/**\n * Copyright (c) 2024 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\n\nimport { Terminal, ITerminalAddon } from '@xterm/xterm';\n\ndeclare module '@xterm/addon-web-fonts' {\n\n /**\n * Addon to use webfonts in xterm.js\n */\n export class WebFontsAddon implements ITerminalAddon {\n /**\n * @param initialRelayout Force initial relayout, if a webfont was found (default true).\n */\n constructor(initialRelayout?: boolean);\n public activate(terminal: Terminal): void;\n public dispose(): void;\n\n /**\n * Wait for webfont resources to be loaded.\n *\n * Without any argument, all fonts currently listed in\n * `document.fonts` will be loaded.\n * For a more fine-grained loading strategy you can populate\n * the `fonts` argument with:\n * - font families : loads all fontfaces in `document.fonts`\n * matching the family names\n * - fontface objects : loads given fontfaces and adds them to\n * `document.fonts`\n *\n * The returned promise will resolve, when all loading is done.\n */\n public loadFonts(fonts?: (string | FontFace)[]): Promise;\n\n /**\n * Force a terminal relayout by altering `options.FontFamily`.\n *\n * Found webfonts in `fontFamily` are temporarily removed until the webfont\n * resources are fully loaded.\n * \n * Call this method, if a terminal with webfonts is stuck with broken\n * glyph metrics.\n * \n * The returned promise will resolve, when font loading and layouting are done.\n */\n public relayout(): Promise;\n }\n\n /**\n * Wait for webfont resources to be loaded.\n *\n * Without any argument, all fonts currently listed in\n * `document.fonts` will be loaded.\n * For a more fine-grained loading strategy you can populate\n * the `fonts` argument with:\n * - font families : loads all fontfaces in `document.fonts`\n * matching the family names\n * - fontface objects : loads given fontfaces and adds them to\n * `document.fonts`\n *\n * The returned promise will resolve, when all loading is done.\n */\n function loadFonts(fonts?: (string | FontFace)[]): Promise;\n}\n" }, { "path": "addons/addon-web-fonts/webpack.config.js", "content": "/**\n * Copyright (c) 2024 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nconst path = require('path');\n\nconst addonName = 'WebFontsAddon';\nconst mainFile = 'addon-web-fonts.js';\n\nmodule.exports = {\n entry: `./out/${addonName}.js`,\n devtool: 'source-map',\n module: {\n rules: [\n {\n test: /\\.js$/,\n use: [\"source-map-loader\"],\n enforce: \"pre\",\n exclude: /node_modules/\n }\n ]\n },\n output: {\n filename: mainFile,\n path: path.resolve('./lib'),\n library: addonName,\n libraryTarget: 'umd',\n // Force usage of globalThis instead of global / self. (This is cross-env compatible)\n globalObject: 'globalThis',\n },\n mode: 'production'\n};\n" }, { "path": "addons/addon-web-links/.gitignore", "content": "lib\nnode_modules\n" }, { "path": "addons/addon-web-links/.npmignore", "content": "# Blacklist - exclude everything except npm defaults such as LICENSE, etc\n*\n!*/\n\n# Whitelist - lib/\n!lib/**/*.d.ts\n\n!lib/**/*.js\n!lib/**/*.js.map\n\n!lib/**/*.mjs\n!lib/**/*.mjs.map\n\n!lib/**/*.css\n\n# Whitelist - src/\n!src/**/*.ts\n!src/**/*.d.ts\n\n!src/**/*.js\n!src/**/*.js.map\n\n!src/**/*.css\n\n# Blacklist - src/ test files\nsrc/**/*.test.ts\nsrc/**/*.test.d.ts\nsrc/**/*.test.js\nsrc/**/*.test.js.map\n\n# Whitelist - typings/\n!typings/*.d.ts\n" }, { "path": "addons/addon-web-links/LICENSE", "content": "Copyright (c) 2017, The xterm.js authors (https://github.com/xtermjs/xterm.js)\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n" }, { "path": "addons/addon-web-links/README.md", "content": "## @xterm/addon-web-links\n\nAn addon for [xterm.js](https://github.com/xtermjs/xterm.js) that enables web links. This addon requires xterm.js v4+.\n\n### Install\n\n```bash\nnpm install --save @xterm/addon-web-links\n```\n\n### Usage\n\n```ts\nimport { Terminal } from '@xterm/xterm';\nimport { WebLinksAddon } from '@xterm/addon-web-links';\n\nconst terminal = new Terminal();\nterminal.loadAddon(new WebLinksAddon());\n```\n\nSee the full [API](https://github.com/xtermjs/xterm.js/blob/master/addons/addon-web-links/typings/addon-web-links.d.ts) for more advanced usage.\n" }, { "path": "addons/addon-web-links/package.json", "content": "{\n \"name\": \"@xterm/addon-web-links\",\n \"version\": \"0.12.0\",\n \"author\": {\n \"name\": \"The xterm.js authors\",\n \"url\": \"https://xtermjs.org/\"\n },\n \"main\": \"lib/addon-web-links.js\",\n \"module\": \"lib/addon-web-links.mjs\",\n \"types\": \"typings/addon-web-links.d.ts\",\n \"repository\": \"https://github.com/xtermjs/xterm.js/tree/master/addons/addon-web-links\",\n \"license\": \"MIT\",\n \"keywords\": [\n \"terminal\",\n \"xterm\",\n \"xterm.js\"\n ],\n \"scripts\": {\n \"build\": \"../../node_modules/.bin/tsgo -p .\",\n \"prepackage\": \"npm run build\",\n \"package\": \"../../node_modules/.bin/webpack\",\n \"prepublishOnly\": \"npm run package\",\n \"start\": \"node ../../demo/start\"\n }\n}\n" }, { "path": "addons/addon-web-links/src/WebLinkProvider.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { ILinkProvider, ILink, Terminal, IViewportRange, IBufferLine } from '@xterm/xterm';\n\nexport interface ILinkProviderOptions {\n hover?(event: MouseEvent, text: string, location: IViewportRange): void;\n leave?(event: MouseEvent, text: string): void;\n urlRegex?: RegExp;\n}\n\nexport class WebLinkProvider implements ILinkProvider {\n\n constructor(\n private readonly _terminal: Terminal,\n private readonly _regex: RegExp,\n private readonly _handler: (event: MouseEvent, uri: string) => void,\n private readonly _options: ILinkProviderOptions = {}\n ) {\n\n }\n\n public provideLinks(y: number, callback: (links: ILink[] | undefined) => void): void {\n const links = LinkComputer.computeLink(y, this._regex, this._terminal, this._handler);\n callback(this._addCallbacks(links));\n }\n\n private _addCallbacks(links: ILink[]): ILink[] {\n return links.map(link => {\n link.leave = this._options.leave;\n link.hover = (event: MouseEvent, uri: string): void => {\n if (this._options.hover) {\n const { range } = link;\n this._options.hover(event, uri, range);\n }\n };\n return link;\n });\n }\n}\n\nfunction isUrl(urlString: string): boolean {\n try {\n const url = new URL(urlString);\n const parsedBase = url.password && url.username\n ? `${url.protocol}//${url.username}:${url.password}@${url.host}`\n : url.username\n ? `${url.protocol}//${url.username}@${url.host}`\n : `${url.protocol}//${url.host}`;\n return urlString.toLocaleLowerCase().startsWith(parsedBase.toLocaleLowerCase());\n } catch {\n return false;\n }\n}\n\nexport class LinkComputer {\n public static computeLink(y: number, regex: RegExp, terminal: Terminal, activate: (event: MouseEvent, uri: string) => void): ILink[] {\n const rex = new RegExp(regex.source, (regex.flags || '') + 'g');\n\n const [lines, startLineIndex] = LinkComputer._getWindowedLineStrings(y - 1, terminal);\n const line = lines.join('');\n\n let match;\n const result: ILink[] = [];\n\n while (match = rex.exec(line)) {\n const text = match[0];\n\n // check via URL if the matched text would form a proper url\n if (!isUrl(text)) {\n continue;\n }\n\n // map string positions back to buffer positions\n // values are 0-based right side excluding\n const [startY, startX] = LinkComputer._mapStrIdx(terminal, startLineIndex, 0, match.index);\n const [endY, endX] = LinkComputer._mapStrIdx(terminal, startY, startX, text.length);\n\n if (startY === -1 || startX === -1 || endY === -1 || endX === -1) {\n continue;\n }\n\n // range expects values 1-based right side including, thus +1 except for endX\n const range = {\n start: {\n x: startX + 1,\n y: startY + 1\n },\n end: {\n x: endX,\n y: endY + 1\n }\n };\n\n result.push({ range, text, activate });\n }\n\n return result;\n }\n\n /**\n * Get wrapped content lines for the current line index.\n * The top/bottom line expansion stops at whitespaces or length > 2048.\n * Returns an array with line strings and the top line index.\n *\n * NOTE: We pull line strings with trimRight=true on purpose to make sure\n * to correctly match urls with early wrapped wide chars. This corrupts the string index\n * for 1:1 backmapping to buffer positions, thus needs an additional correction in _mapStrIdx.\n */\n private static _getWindowedLineStrings(lineIndex: number, terminal: Terminal): [string[], number] {\n let line: IBufferLine | undefined;\n let topIdx = lineIndex;\n let bottomIdx = lineIndex;\n let length = 0;\n let content = '';\n const lines: string[] = [];\n\n if ((line = terminal.buffer.active.getLine(lineIndex))) {\n const currentContent = line.translateToString(true);\n\n // expand top, stop on whitespaces or length > 2048\n if (line.isWrapped && currentContent[0] !== ' ') {\n length = 0;\n while ((line = terminal.buffer.active.getLine(--topIdx)) && length < 2048) {\n content = line.translateToString(true);\n length += content.length;\n lines.push(content);\n if (!line.isWrapped || content.indexOf(' ') !== -1) {\n break;\n }\n }\n lines.reverse();\n }\n\n // append current line\n lines.push(currentContent);\n\n // expand bottom, stop on whitespaces or length > 2048\n length = 0;\n while ((line = terminal.buffer.active.getLine(++bottomIdx)) && line.isWrapped && length < 2048) {\n content = line.translateToString(true);\n length += content.length;\n lines.push(content);\n if (content.indexOf(' ') !== -1) {\n break;\n }\n }\n }\n return [lines, topIdx];\n }\n\n /**\n * Map a string index back to buffer positions.\n * Returns buffer position as [lineIndex, columnIndex] 0-based,\n * or [-1, -1] in case the lookup ran into a non-existing line.\n */\n private static _mapStrIdx(terminal: Terminal, lineIndex: number, rowIndex: number, stringIndex: number): [number, number] {\n const buf = terminal.buffer.active;\n const cell = buf.getNullCell();\n let start = rowIndex;\n while (stringIndex) {\n const line = buf.getLine(lineIndex);\n if (!line) {\n return [-1, -1];\n }\n for (let i = start; i < line.length; ++i) {\n line.getCell(i, cell);\n const chars = cell.getChars();\n const width = cell.getWidth();\n if (width) {\n stringIndex -= chars.length || 1;\n\n // correct stringIndex for early wrapped wide chars:\n // - currently only happens at last cell\n // - cells to the right are reset with chars='' and width=1 in InputHandler.print\n // - follow-up line must be wrapped and contain wide char at first cell\n // --> if all these conditions are met, correct stringIndex by +1\n if (i === line.length - 1 && chars === '') {\n const line = buf.getLine(lineIndex + 1);\n if (line && line.isWrapped) {\n line.getCell(0, cell);\n if (cell.getWidth() === 2) {\n stringIndex += 1;\n }\n }\n }\n }\n if (stringIndex < 0) {\n return [lineIndex, i];\n }\n }\n lineIndex++;\n start = 0;\n }\n return [lineIndex, start];\n }\n}\n" }, { "path": "addons/addon-web-links/src/WebLinksAddon.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport type { Terminal, ITerminalAddon, IDisposable } from '@xterm/xterm';\nimport type { WebLinksAddon as IWebLinksApi } from '@xterm/addon-web-links';\nimport { ILinkProviderOptions, WebLinkProvider } from './WebLinkProvider';\n\n// consider everthing starting with http:// or https://\n// up to first whitespace, `\"` or `'` as url\n// NOTE: The repeated end clause is needed to not match a dangling `:`\n// resembling the old (...)*([^:\"\\'\\\\s]) final path clause\n// additionally exclude early + final:\n// - unsafe from rfc3986: !*'()\n// - unsafe chars from rfc1738: {}|\\^~[]` (minus [] as we need them for ipv6 adresses, also allow ~)\n// also exclude as finals:\n// - final interpunction like ,.!?\n// - any sort of brackets <>()[]{} (not spec conform, but often used to enclose urls)\n// - unsafe chars from rfc1738: {}|\\^~[]`\nconst strictUrlRegex = /(https?|HTTPS?):[/]{2}[^\\s\"'!*(){}|\\\\\\^<>`]*[^\\s\"':,.!?{}|\\\\\\^~\\[\\]`()<>]/;\n\n\nfunction handleLink(event: MouseEvent, uri: string): void {\n const newWindow = window.open();\n if (newWindow) {\n try {\n newWindow.opener = null;\n } catch {\n // no-op, Electron can throw\n }\n newWindow.location.href = uri;\n } else {\n console.warn('Opening link blocked as opener could not be cleared');\n }\n}\n\nexport class WebLinksAddon implements ITerminalAddon, IWebLinksApi {\n private _terminal: Terminal | undefined;\n private _linkProvider: IDisposable | undefined;\n\n constructor(\n private _handler: (event: MouseEvent, uri: string) => void = handleLink,\n private _options: ILinkProviderOptions = {}\n ) {\n }\n\n public activate(terminal: Terminal): void {\n this._terminal = terminal;\n const options = this._options as ILinkProviderOptions;\n const regex = options.urlRegex ?? strictUrlRegex;\n this._linkProvider = this._terminal.registerLinkProvider(new WebLinkProvider(this._terminal, regex, this._handler, options));\n }\n\n public dispose(): void {\n this._linkProvider?.dispose();\n }\n}\n" }, { "path": "addons/addon-web-links/src/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"es2021\",\n \"lib\": [\n \"dom\",\n \"es2015\"\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/mocha\"\n ],\n \"paths\": {\n \"@xterm/addon-web-links\": [\n \"../typings/addon-web-links.d.ts\"\n ]\n }\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ]\n}\n" }, { "path": "addons/addon-web-links/test/WebLinksAddon.test.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\nimport test from '@playwright/test';\nimport { deepStrictEqual, strictEqual } from 'assert';\nimport { readFile } from 'fs';\nimport { resolve } from 'path';\nimport { ITestContext, createTestContext, openTerminal, pollFor, timeout } from '../../../test/playwright/TestUtils';\n\ninterface ILinkStateData {\n uri?: string;\n range?: {\n start: {\n x: number;\n y: number;\n };\n end: {\n x: number;\n y: number;\n };\n };\n}\n\n\nlet ctx: ITestContext;\ntest.beforeAll(async ({ browser }) => {\n ctx = await createTestContext(browser);\n await openTerminal(ctx, { cols: 40 });\n});\ntest.afterAll(async () => await ctx.page.close());\n\ntest.describe('WebLinksAddon', () => {\n\n test.beforeEach(async () => {\n await ctx.page.evaluate(`\n window.term.reset();\n window._linkaddon?.dispose();\n `);\n await timeout(10);\n await ctx.page.evaluate(`\n window._linkaddon = new WebLinksAddon();\n window.term.loadAddon(window._linkaddon);\n `);\n });\n\n const countryTlds = [\n '.ac', '.ad', '.ae', '.af', '.ag', '.ai', '.al', '.am', '.ao', '.aq', '.ar', '.as', '.at',\n '.au', '.aw', '.ax', '.az', '.ba', '.bb', '.bd', '.be', '.bf', '.bg', '.bh', '.bi', '.bj',\n '.bm', '.bn', '.bo', '.bq', '.br', '.bs', '.bt', '.bw', '.by', '.bz', '.ca', '.cc', '.cd',\n '.cf', '.cg', '.ch', '.ci', '.ck', '.cl', '.cm', '.cn', '.co', '.cr', '.cu', '.cv', '.cw',\n '.cx', '.cy', '.cz', '.de', '.dj', '.dk', '.dm', '.do', '.dz', '.ec', '.ee', '.eg', '.eh',\n '.er', '.es', '.et', '.eu', '.fi', '.fj', '.fk', '.fm', '.fo', '.fr', '.ga', '.gd', '.ge',\n '.gf', '.gg', '.gh', '.gi', '.gl', '.gm', '.gn', '.gp', '.gq', '.gr', '.gs', '.gt', '.gu',\n '.gw', '.gy', '.hk', '.hm', '.hn', '.hr', '.ht', '.hu', '.id', '.ie', '.il', '.im', '.in',\n '.io', '.iq', '.ir', '.is', '.it', '.je', '.jm', '.jo', '.jp', '.ke', '.kg', '.kh', '.ki',\n '.km', '.kn', '.kp', '.kr', '.kw', '.ky', '.kz', '.la', '.lb', '.lc', '.li', '.lk', '.lr',\n '.ls', '.lt', '.lu', '.lv', '.ly', '.ma', '.mc', '.md', '.me', '.mg', '.mh', '.mk', '.ml',\n '.mm', '.mn', '.mo', '.mp', '.mq', '.mr', '.ms', '.mt', '.mu', '.mv', '.mw', '.mx', '.my',\n '.mz', '.na', '.nc', '.ne', '.nf', '.ng', '.ni', '.nl', '.no', '.np', '.nr', '.nu', '.nz',\n '.om', '.pa', '.pe', '.pf', '.pg', '.ph', '.pk', '.pl', '.pm', '.pn', '.pr', '.ps', '.pt',\n '.pw', '.py', '.qa', '.re', '.ro', '.rs', '.ru', '.rw', '.sa', '.sb', '.sc', '.sd', '.se',\n '.sg', '.sh', '.si', '.sk', '.sl', '.sm', '.sn', '.so', '.sr', '.ss', '.st', '.su', '.sv',\n '.sx', '.sy', '.sz', '.tc', '.td', '.tf', '.tg', '.th', '.tj', '.tk', '.tl', '.tm', '.tn',\n '.to', '.tr', '.tt', '.tv', '.tw', '.tz', '.ua', '.ug', '.uk', '.us', '.uy', '.uz', '.va',\n '.vc', '.ve', '.vg', '.vi', '.vn', '.vu', '.wf', '.ws', '.ye', '.yt', '.za', '.zm', '.zw'\n ];\n for (const tld of countryTlds) {\n test(tld, async () => await testHostName(`foo${tld}`));\n }\n test(`.com`, async () => await testHostName(`foo.com`));\n for (const tld of countryTlds) {\n test(`.com${tld}`, async () => await testHostName(`foo.com${tld}`));\n }\n\n test.describe('correct buffer offsets & uri', () => {\n test.beforeEach(async () => {\n await ctx.page.evaluate(`\n window._linkStateData = {uri:''};\n window._linkaddon._options.hover = (event, uri, range) => { window._linkStateData = { uri, range }; };\n `);\n });\n test('all half width', async () => {\n await ctx.proxy.write('aaa http://example.com aaa http://example.com aaa');\n await resetAndHover(5, 0);\n await evalLinkStateData('http://example.com', { start: { x: 5, y: 1 }, end: { x: 22, y: 1 } });\n await resetAndHover(1, 1);\n await evalLinkStateData('http://example.com', { start: { x: 28, y: 1 }, end: { x: 5, y: 2 } });\n });\n test('url after full width', async () => {\n await ctx.proxy.write('￥￥￥ http://example.com ￥￥￥ http://example.com aaa');\n await resetAndHover(8, 0);\n await evalLinkStateData('http://example.com', { start: { x: 8, y: 1 }, end: { x: 25, y: 1 } });\n await resetAndHover(1, 1);\n await evalLinkStateData('http://example.com', { start: { x: 34, y: 1 }, end: { x: 11, y: 2 } });\n });\n test('full width within url and before', async () => {\n await ctx.proxy.write('￥￥￥ https://ko.wikipedia.org/wiki/위키백과:대문 aaa https://ko.wikipedia.org/wiki/위키백과:대문 ￥￥￥');\n await resetAndHover(8, 0);\n await evalLinkStateData('https://ko.wikipedia.org/wiki/위키백과:대문', { start: { x: 8, y: 1 }, end: { x: 11, y: 2 } });\n await resetAndHover(1, 1);\n await evalLinkStateData('https://ko.wikipedia.org/wiki/위키백과:대문', { start: { x: 8, y: 1 }, end: { x: 11, y: 2 } });\n await resetAndHover(17, 1);\n await evalLinkStateData('https://ko.wikipedia.org/wiki/위키백과:대문', { start: { x: 17, y: 2 }, end: { x: 19, y: 3 } });\n });\n test('name + password url after full width and combining', async () => {\n await ctx.proxy.write('￥￥￥cafe\\u0301 http://test:password@example.com/some_path');\n await resetAndHover(12, 0);\n await evalLinkStateData('http://test:password@example.com/some_path', { start: { x: 12, y: 1 }, end: { x: 13, y: 2 } });\n await resetAndHover(5, 1);\n await evalLinkStateData('http://test:password@example.com/some_path', { start: { x: 12, y: 1 }, end: { x: 13, y: 2 } });\n });\n test('url encoded params work properly', async () => {\n await ctx.proxy.write('￥￥￥cafe\\u0301 http://test:password@example.com/some_path?param=1%202%3');\n await resetAndHover(12, 0);\n await evalLinkStateData('http://test:password@example.com/some_path?param=1%202%3', { start: { x: 12, y: 1 }, end: { x: 27, y: 2 } });\n await resetAndHover(5, 1);\n await evalLinkStateData('http://test:password@example.com/some_path?param=1%202%3', { start: { x: 12, y: 1 }, end: { x: 27, y: 2 } });\n });\n });\n\n // issue #4964\n test('uppercase in protocol and host, default ports', async () => {\n await ctx.proxy.write(\n ` HTTP://EXAMPLE.COM \\r\\n` +\n ` HTTPS://Example.com \\r\\n` +\n ` HTTP://Example.com:80 \\r\\n` +\n ` HTTP://Example.com:80/staysUpper \\r\\n` +\n ` HTTP://Ab:xY@abc.com:80/staysUpper \\r\\n`\n );\n await pollForLinkAtCell(3, 0, `HTTP://EXAMPLE.COM`);\n await pollForLinkAtCell(3, 1, `HTTPS://Example.com`);\n await pollForLinkAtCell(3, 2, `HTTP://Example.com:80`);\n await pollForLinkAtCell(3, 3, `HTTP://Example.com:80/staysUpper`);\n await pollForLinkAtCell(3, 4, `HTTP://Ab:xY@abc.com:80/staysUpper`);\n });\n});\n\nasync function testHostName(hostname: string): Promise {\n await ctx.proxy.write(\n ` http://${hostname} \\r\\n` +\n ` http://${hostname}/a~b#c~d?e~f \\r\\n` +\n ` http://${hostname}/colon:test \\r\\n` +\n ` http://${hostname}/colon:test: \\r\\n` +\n `\"http://${hostname}/\"\\r\\n` +\n `\\'http://${hostname}/\\'\\r\\n` +\n `http://${hostname}/subpath/+/id`\n );\n await pollForLinkAtCell(3, 0, `http://${hostname}`);\n await pollForLinkAtCell(3, 1, `http://${hostname}/a~b#c~d?e~f`);\n await pollForLinkAtCell(3, 2, `http://${hostname}/colon:test`);\n await pollForLinkAtCell(3, 3, `http://${hostname}/colon:test`);\n await pollForLinkAtCell(2, 4, `http://${hostname}/`);\n await pollForLinkAtCell(2, 5, `http://${hostname}/`);\n await pollForLinkAtCell(1, 6, `http://${hostname}/subpath/+/id`);\n}\n\nasync function pollForLinkAtCell(col: number, row: number, value: string): Promise {\n await ctx.page.mouse.move(...(await cellPos(col, row)));\n await pollFor(ctx.page, `!!Array.from(document.querySelectorAll('.xterm-rows > :nth-child(${row+1}) > span[style]')).filter(el => el.style.textDecoration == 'underline').length`, true);\n const text = await ctx.page.evaluate(`Array.from(document.querySelectorAll('.xterm-rows > :nth-child(${row+1}) > span[style]')).filter(el => el.style.textDecoration == 'underline').map(el => el.textContent).join('');`);\n deepStrictEqual(text, value);\n}\n\nasync function resetAndHover(col: number, row: number): Promise {\n await ctx.page.mouse.move(0, 0);\n await ctx.page.evaluate(`window._linkStateData = {uri:''};`);\n await new Promise(r => setTimeout(r, 200));\n await ctx.page.mouse.move(...(await cellPos(col, row)));\n await pollFor(ctx.page, `!!window._linkStateData.uri.length`, true);\n}\n\nasync function evalLinkStateData(uri: string, range: any): Promise {\n const data: ILinkStateData = await ctx.page.evaluate(`window._linkStateData`);\n strictEqual(data.uri, uri);\n deepStrictEqual(data.range, range);\n}\n\nasync function cellPos(col: number, row: number): Promise<[number, number]> {\n const coords: any = await ctx.page.evaluate(`\n (function() {\n const rect = window.term.element.getBoundingClientRect();\n const dim = window.term.dimensions;\n return {left: rect.left, top: rect.top, bottom: rect.bottom, right: rect.right, width: dim.css.cell.width, height: dim.css.cell.height};\n })();\n `);\n return [col * coords.width + coords.left + 2, row * coords.height + coords.top + 2];\n}\n" }, { "path": "addons/addon-web-links/test/playwright.config.ts", "content": "import { PlaywrightTestConfig } from '@playwright/test';\n\nconst config: PlaywrightTestConfig = {\n testDir: '.',\n timeout: 10000,\n projects: [\n {\n name: 'Chromium',\n use: {\n browserName: 'chromium'\n }\n },\n {\n name: 'FirefoxStable',\n use: {\n browserName: 'firefox'\n }\n },\n {\n name: 'WebKit',\n use: {\n browserName: 'webkit'\n }\n }\n ],\n reporter: 'list',\n webServer: {\n command: 'npm run start',\n port: 3000,\n timeout: 120000,\n reuseExistingServer: !process.env.CI\n }\n};\nexport default config;\n" }, { "path": "addons/addon-web-links/test/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"es2021\",\n \"lib\": [\n \"es2021\",\n ],\n // \"downlevelIteration\": true,\n \"rootDir\": \".\",\n \"outDir\": \"../out-test\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"browser/*\": [\n \"../../../src/browser/*\"\n ],\n \"*\": [\n \"./*\"\n ]\n },\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/node\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n },\n {\n \"path\": \"../../../src/browser\"\n },\n {\n \"path\": \"../../../test/playwright\"\n }\n ]\n}\n" }, { "path": "addons/addon-web-links/tsconfig.json", "content": "{\n \"files\": [],\n \"include\": [],\n \"references\": [\n { \"path\": \"./src\" },\n { \"path\": \"./test\" }\n ]\n}\n" }, { "path": "addons/addon-web-links/typings/addon-web-links.d.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\n\nimport { Terminal, ITerminalAddon, IViewportRange } from '@xterm/xterm';\n\ndeclare module '@xterm/addon-web-links' {\n /**\n * An xterm.js addon that enables web links.\n */\n export class WebLinksAddon implements ITerminalAddon {\n /**\n * Creates a new web links addon.\n * @param handler The callback when the link is called.\n *\n * Note that this may not work when the terminal is hosted inside an iframe,\n * in that case provide a custom handler in that case being mindful of\n * possible security issues like reverse tabnapping.\n * @param options Options for the link provider.\n */\n constructor(handler?: (event: MouseEvent, uri: string) => void, options?: ILinkProviderOptions);\n\n /**\n * Activates the addon\n * @param terminal The terminal the addon is being loaded in.\n */\n public activate(terminal: Terminal): void;\n\n /**\n * Disposes the addon.\n */\n public dispose(): void;\n }\n\n /**\n * An object containing options for a link provider.\n */\n export interface ILinkProviderOptions {\n /**\n * A callback that fires when the mouse hovers over a link.\n */\n hover?(event: MouseEvent, text: string, location: IViewportRange): void;\n\n /**\n * A callback that fires when the mouse leaves a link. Note that this can\n * happen even when tooltipCallback hasn't fired for the link yet.\n */\n leave?(event: MouseEvent, text: string): void;\n\n /**\n * A callback to use instead of the default one.\n */\n urlRegex?: RegExp;\n }\n}\n" }, { "path": "addons/addon-web-links/webpack.config.js", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nconst path = require('path');\n\nconst addonName = 'WebLinksAddon';\nconst mainFile = 'addon-web-links.js';\n\nmodule.exports = {\n entry: `./out/${addonName}.js`,\n devtool: 'source-map',\n module: {\n rules: [\n {\n test: /\\.js$/,\n use: [\"source-map-loader\"],\n enforce: \"pre\",\n exclude: /node_modules/\n }\n ]\n },\n output: {\n filename: mainFile,\n path: path.resolve('./lib'),\n library: addonName,\n libraryTarget: 'umd',\n // Force usage of globalThis instead of global / self. (This is cross-env compatible)\n globalObject: 'globalThis',\n },\n mode: 'production'\n};\n" }, { "path": "addons/addon-webgl/.gitignore", "content": "lib\nnode_modules" }, { "path": "addons/addon-webgl/.npmignore", "content": "# Blacklist - exclude everything except npm defaults such as LICENSE, etc\n*\n!*/\n\n# Whitelist - lib/\n!lib/**/*.d.ts\n\n!lib/**/*.js\n!lib/**/*.js.map\n\n!lib/**/*.mjs\n!lib/**/*.mjs.map\n\n!lib/**/*.css\n\n# Whitelist - src/\n!src/**/*.ts\n!src/**/*.d.ts\n\n!src/**/*.js\n!src/**/*.js.map\n\n!src/**/*.css\n\n# Blacklist - src/ test files\nsrc/**/*.test.ts\nsrc/**/*.test.d.ts\nsrc/**/*.test.js\nsrc/**/*.test.js.map\n\n# Whitelist - typings/\n!typings/*.d.ts\n" }, { "path": "addons/addon-webgl/LICENSE", "content": "Copyright (c) 2018, The xterm.js authors (https://github.com/xtermjs/xterm.js)\n\nPermission is hereby granted, free of charge, to any person obtaining a copy\nof this software and associated documentation files (the \"Software\"), to deal\nin the Software without restriction, including without limitation the rights\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\ncopies of the Software, and to permit persons to whom the Software is\nfurnished to do so, subject to the following conditions:\n\nThe above copyright notice and this permission notice shall be included in\nall copies or substantial portions of the Software.\n\nTHE SOFTWARE IS PROVIDED \"AS IS\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,\nFITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE\nAUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER\nLIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,\nOUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN\nTHE SOFTWARE.\n" }, { "path": "addons/addon-webgl/README.md", "content": "## @xterm/addon-webgl\n\nAn addon for [xterm.js](https://github.com/xtermjs/xterm.js) that enables a WebGL2-based renderer. This addon requires xterm.js v4+.\n\n### Install\n\n```bash\nnpm install --save @xterm/addon-webgl\n```\n\n### Usage\n\n```ts\nimport { Terminal } from '@xterm/xterm';\nimport { WebglAddon } from '@xterm/addon-webgl';\n\nconst terminal = new Terminal();\nterminal.open(element);\nterminal.loadAddon(new WebglAddon());\n```\n\nSee the full [API](https://github.com/xtermjs/xterm.js/blob/master/addons/addon-webgl/typings/addon-webgl.d.ts) for more advanced usage.\n\n### Handling Context Loss\n\nThe browser may drop WebGL contexts for various reasons like OOM or after the system has been suspended. There is an API exposed that fires the `webglcontextlost` event fired on the canvas so embedders can handle it however they wish. An easy, but suboptimal way, to handle this is by disposing of WebglAddon when the event fires:\n\n```ts\nconst terminal = new Terminal();\nconst addon = new WebglAddon();\naddon.onContextLoss(e => {\n addon.dispose();\n});\nterminal.loadAddon(addon);\n```\n\nRead more about handling WebGL context losses on the [Khronos wiki](https://www.khronos.org/webgl/wiki/HandlingContextLost).\n" }, { "path": "addons/addon-webgl/package.json", "content": "{\n \"name\": \"@xterm/addon-webgl\",\n \"version\": \"0.19.0\",\n \"author\": {\n \"name\": \"The xterm.js authors\",\n \"url\": \"https://xtermjs.org/\"\n },\n \"main\": \"lib/addon-webgl.js\",\n \"module\": \"lib/addon-webgl.mjs\",\n \"types\": \"typings/addon-webgl.d.ts\",\n \"repository\": \"https://github.com/xtermjs/xterm.js/tree/master/addons/addon-webgl\",\n \"license\": \"MIT\",\n \"keywords\": [\n \"terminal\",\n \"webgl\",\n \"xterm\",\n \"xterm.js\"\n ],\n \"scripts\": {\n \"build\": \"../../node_modules/.bin/tsgo -p .\",\n \"prepackage\": \"npm run build\",\n \"package\": \"../../node_modules/.bin/webpack\",\n \"prepublishOnly\": \"npm run package\",\n \"start\": \"node ../../demo/start\"\n }\n}\n" }, { "path": "addons/addon-webgl/src/CellColorResolver.ts", "content": "import { ISelectionRenderModel } from 'browser/renderer/shared/Types';\nimport { ICoreBrowserService, IThemeService } from 'browser/services/Services';\nimport { ReadonlyColorSet } from 'browser/Types';\nimport { Attributes, BgFlags, ExtFlags, FgFlags, NULL_CELL_CODE, UnderlineStyle } from 'common/buffer/Constants';\nimport { IDecorationService, IOptionsService } from 'common/services/Services';\nimport { ICellData } from 'common/Types';\nimport { Terminal } from '@xterm/xterm';\nimport { rgba } from 'common/Color';\nimport { treatGlyphAsBackgroundColor } from 'browser/renderer/shared/RendererUtils';\nimport { blockPatternCodepoints } from './customGlyphs/CustomGlyphDefinitions';\n\n// Work variables to avoid garbage collection\nlet $fg = 0;\nlet $bg = 0;\nlet $hasFg = false;\nlet $hasBg = false;\nlet $isSelected = false;\nlet $colors: ReadonlyColorSet | undefined;\nlet $variantOffset = 0;\n\nexport class CellColorResolver {\n /**\n * The shared result of the {@link resolve} call. This is only safe to use immediately after as\n * any other calls will share object.\n */\n public readonly result: { fg: number, bg: number, ext: number } = {\n fg: 0,\n bg: 0,\n ext: 0\n };\n\n constructor(\n private readonly _terminal: Terminal,\n private readonly _optionService: IOptionsService,\n private readonly _selectionRenderModel: ISelectionRenderModel,\n private readonly _decorationService: IDecorationService,\n private readonly _coreBrowserService: ICoreBrowserService,\n private readonly _themeService: IThemeService\n ) {\n }\n\n /**\n * Resolves colors for the cell, putting the result into the shared {@link result}. This resolves\n * overrides, inverse and selection for the cell which can then be used to feed into the renderer.\n */\n public resolve(cell: ICellData, x: number, y: number, deviceCellWidth: number, deviceCellHeight: number): void {\n this.result.bg = cell.bg;\n this.result.fg = cell.fg;\n this.result.ext = cell.bg & BgFlags.HAS_EXTENDED ? cell.extended.ext : 0;\n // Get any foreground/background overrides, this happens on the model to avoid spreading\n // override logic throughout the different sub-renderers\n\n // Reset overrides work variables\n $bg = 0;\n $fg = 0;\n $hasBg = false;\n $hasFg = false;\n $isSelected = false;\n $colors = this._themeService.colors;\n $variantOffset = 0;\n\n const code = cell.getCode();\n if (code !== NULL_CELL_CODE && cell.extended.underlineStyle === UnderlineStyle.DOTTED) {\n const lineWidth = Math.max(1, Math.floor(this._optionService.rawOptions.fontSize * this._coreBrowserService.dpr / 15));\n $variantOffset = x * deviceCellWidth % (Math.round(lineWidth) * 2);\n }\n if ($variantOffset === 0 && blockPatternCodepoints.has(code)) {\n $variantOffset = ((x * deviceCellWidth) % 2) * 2 + ((y * deviceCellHeight) % 2);\n }\n // Apply decorations on the bottom layer\n this._decorationService.forEachDecorationAtCell(x, y, 'bottom', d => {\n if (d.backgroundColorRGB) {\n $bg = d.backgroundColorRGB.rgba >> 8 & Attributes.RGB_MASK;\n $hasBg = true;\n }\n if (d.foregroundColorRGB) {\n $fg = d.foregroundColorRGB.rgba >> 8 & Attributes.RGB_MASK;\n $hasFg = true;\n }\n });\n\n // Apply the selection color if needed\n $isSelected = this._selectionRenderModel.isCellSelected(this._terminal, x, y);\n if ($isSelected) {\n // If the cell has a bg color, retain the color by blending it with the selection color\n if (\n (this.result.fg & FgFlags.INVERSE) ||\n (this.result.bg & Attributes.CM_MASK) !== Attributes.CM_DEFAULT\n ) {\n // Resolve the standard bg color\n if (this.result.fg & FgFlags.INVERSE) {\n switch (this.result.fg & Attributes.CM_MASK) {\n case Attributes.CM_P16:\n case Attributes.CM_P256:\n $bg = this._themeService.colors.ansi[this.result.fg & Attributes.PCOLOR_MASK].rgba;\n break;\n case Attributes.CM_RGB:\n $bg = ((this.result.fg & Attributes.RGB_MASK) << 8) | 0xFF;\n break;\n case Attributes.CM_DEFAULT:\n default:\n $bg = this._themeService.colors.foreground.rgba;\n }\n } else {\n switch (this.result.bg & Attributes.CM_MASK) {\n case Attributes.CM_P16:\n case Attributes.CM_P256:\n $bg = this._themeService.colors.ansi[this.result.bg & Attributes.PCOLOR_MASK].rgba;\n break;\n case Attributes.CM_RGB:\n $bg = ((this.result.bg & Attributes.RGB_MASK) << 8) | 0xFF;\n break;\n // No need to consider default bg color here as it's not possible\n }\n }\n // Blend with selection bg color\n $bg = rgba.blend(\n $bg,\n ((this._coreBrowserService.isFocused ? $colors.selectionBackgroundOpaque : $colors.selectionInactiveBackgroundOpaque).rgba & 0xFFFFFF00) | 0x80\n ) >> 8 & Attributes.RGB_MASK;\n } else {\n $bg = (this._coreBrowserService.isFocused ? $colors.selectionBackgroundOpaque : $colors.selectionInactiveBackgroundOpaque).rgba >> 8 & Attributes.RGB_MASK;\n }\n $hasBg = true;\n\n // Apply explicit selection foreground if present\n if ($colors.selectionForeground) {\n $fg = $colors.selectionForeground.rgba >> 8 & Attributes.RGB_MASK;\n $hasFg = true;\n }\n\n // Overwrite fg as bg if it's a special decorative glyph (eg. powerline)\n if (treatGlyphAsBackgroundColor(cell.getCode())) {\n // Inverse default background should be treated as transparent\n if (\n (this.result.fg & FgFlags.INVERSE) &&\n (this.result.bg & Attributes.CM_MASK) === Attributes.CM_DEFAULT\n ) {\n $fg = (this._coreBrowserService.isFocused ? $colors.selectionBackgroundOpaque : $colors.selectionInactiveBackgroundOpaque).rgba >> 8 & Attributes.RGB_MASK;\n } else {\n\n if (this.result.fg & FgFlags.INVERSE) {\n switch (this.result.bg & Attributes.CM_MASK) {\n case Attributes.CM_P16:\n case Attributes.CM_P256:\n $fg = this._themeService.colors.ansi[this.result.bg & Attributes.PCOLOR_MASK].rgba;\n break;\n case Attributes.CM_RGB:\n $fg = ((this.result.bg & Attributes.RGB_MASK) << 8) | 0xFF;\n break;\n // No need to consider default bg color here as it's not possible\n }\n } else {\n switch (this.result.fg & Attributes.CM_MASK) {\n case Attributes.CM_P16:\n case Attributes.CM_P256:\n $fg = this._themeService.colors.ansi[this.result.fg & Attributes.PCOLOR_MASK].rgba;\n break;\n case Attributes.CM_RGB:\n $fg = ((this.result.fg & Attributes.RGB_MASK) << 8) | 0xFF;\n break;\n case Attributes.CM_DEFAULT:\n default:\n $fg = this._themeService.colors.foreground.rgba;\n }\n }\n\n $fg = rgba.blend(\n $fg,\n ((this._coreBrowserService.isFocused ? $colors.selectionBackgroundOpaque : $colors.selectionInactiveBackgroundOpaque).rgba & 0xFFFFFF00) | 0x80\n ) >> 8 & Attributes.RGB_MASK;\n }\n $hasFg = true;\n }\n }\n\n // Apply decorations on the top layer\n this._decorationService.forEachDecorationAtCell(x, y, 'top', d => {\n if (d.backgroundColorRGB) {\n $bg = d.backgroundColorRGB.rgba >> 8 & Attributes.RGB_MASK;\n $hasBg = true;\n }\n if (d.foregroundColorRGB) {\n $fg = d.foregroundColorRGB.rgba >> 8 & Attributes.RGB_MASK;\n $hasFg = true;\n }\n });\n\n // Convert any overrides from rgba to the fg/bg packed format. This resolves the inverse flag\n // ahead of time in order to use the correct cache key\n if ($hasBg) {\n if ($isSelected) {\n // Non-RGB attributes from model + force non-dim + override + force RGB color mode\n $bg = (cell.bg & ~Attributes.RGB_MASK & ~BgFlags.DIM) | $bg | Attributes.CM_RGB;\n } else {\n // Non-RGB attributes from model + override + force RGB color mode\n $bg = (cell.bg & ~Attributes.RGB_MASK) | $bg | Attributes.CM_RGB;\n }\n }\n if ($hasFg) {\n // Non-RGB attributes from model + force disable inverse + override + force RGB color mode\n $fg = (cell.fg & ~Attributes.RGB_MASK & ~FgFlags.INVERSE) | $fg | Attributes.CM_RGB;\n }\n\n // Handle case where inverse was specified by only one of bg override or fg override was set,\n // resolving the other inverse color and setting the inverse flag if needed.\n if (this.result.fg & FgFlags.INVERSE) {\n if ($hasBg && !$hasFg) {\n // Resolve bg color type (default color has a different meaning in fg vs bg)\n if ((this.result.bg & Attributes.CM_MASK) === Attributes.CM_DEFAULT) {\n $fg = (this.result.fg & ~(Attributes.RGB_MASK | FgFlags.INVERSE | Attributes.CM_MASK)) | (($colors.background.rgba >> 8 & Attributes.RGB_MASK) & Attributes.RGB_MASK) | Attributes.CM_RGB;\n } else {\n $fg = (this.result.fg & ~(Attributes.RGB_MASK | FgFlags.INVERSE | Attributes.CM_MASK)) | this.result.bg & (Attributes.RGB_MASK | Attributes.CM_MASK);\n }\n $hasFg = true;\n }\n if (!$hasBg && $hasFg) {\n // Resolve bg color type (default color has a different meaning in fg vs bg)\n if ((this.result.fg & Attributes.CM_MASK) === Attributes.CM_DEFAULT) {\n $bg = (this.result.bg & ~(Attributes.RGB_MASK | Attributes.CM_MASK)) | (($colors.foreground.rgba >> 8 & Attributes.RGB_MASK) & Attributes.RGB_MASK) | Attributes.CM_RGB;\n } else {\n $bg = (this.result.bg & ~(Attributes.RGB_MASK | Attributes.CM_MASK)) | this.result.fg & (Attributes.RGB_MASK | Attributes.CM_MASK);\n }\n $hasBg = true;\n }\n }\n\n // Release object\n $colors = undefined;\n\n // Use the override if it exists\n this.result.bg = $hasBg ? $bg : this.result.bg;\n this.result.fg = $hasFg ? $fg : this.result.fg;\n\n // Reset overrides variantOffset\n this.result.ext &= ~ExtFlags.VARIANT_OFFSET;\n this.result.ext |= ($variantOffset << 29) & ExtFlags.VARIANT_OFFSET;\n }\n}\n" }, { "path": "addons/addon-webgl/src/CharAtlasCache.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { TextureAtlas } from './TextureAtlas';\nimport { ITerminalOptions, Terminal } from '@xterm/xterm';\nimport { ITerminal, ReadonlyColorSet } from 'browser/Types';\nimport { ICharAtlasConfig, ITextureAtlas } from './Types';\nimport { generateConfig, configEquals } from './CharAtlasUtils';\nimport type { ILogService } from 'common/services/Services';\n\ninterface ITextureAtlasCacheEntry {\n atlas: ITextureAtlas;\n config: ICharAtlasConfig;\n // N.B. This implementation potentially holds onto copies of the terminal forever, so\n // this may cause memory leaks.\n ownedBy: Terminal[];\n}\n\nconst charAtlasCache: ITextureAtlasCacheEntry[] = [];\n\n/**\n * Acquires a char atlas, either generating a new one or returning an existing\n * one that is in use by another terminal.\n */\nexport function acquireTextureAtlas(\n terminal: Terminal,\n options: Required,\n colors: ReadonlyColorSet,\n deviceCellWidth: number,\n deviceCellHeight: number,\n deviceCharWidth: number,\n deviceCharHeight: number,\n devicePixelRatio: number,\n deviceMaxTextureSize: number,\n customGlyphs: boolean = true\n): ITextureAtlas {\n const newConfig = generateConfig(deviceCellWidth, deviceCellHeight, deviceCharWidth, deviceCharHeight, options, colors, devicePixelRatio, deviceMaxTextureSize, customGlyphs);\n\n // Check to see if the terminal already owns this config\n for (let i = 0; i < charAtlasCache.length; i++) {\n const entry = charAtlasCache[i];\n const ownedByIndex = entry.ownedBy.indexOf(terminal);\n if (ownedByIndex >= 0) {\n if (configEquals(entry.config, newConfig)) {\n return entry.atlas;\n }\n // The configs differ, release the terminal from the entry\n if (entry.ownedBy.length === 1) {\n entry.atlas.dispose();\n charAtlasCache.splice(i, 1);\n } else {\n entry.ownedBy.splice(ownedByIndex, 1);\n }\n break;\n }\n }\n\n // Try match a char atlas from the cache\n for (let i = 0; i < charAtlasCache.length; i++) {\n const entry = charAtlasCache[i];\n if (configEquals(entry.config, newConfig)) {\n // Add the terminal to the cache entry and return\n entry.ownedBy.push(terminal);\n return entry.atlas;\n }\n }\n\n const core: ITerminal = (terminal as any)._core;\n const logService = (core as any)._logService as ILogService;\n const newEntry: ITextureAtlasCacheEntry = {\n atlas: new TextureAtlas(document, newConfig, core.unicodeService, logService),\n config: newConfig,\n ownedBy: [terminal]\n };\n charAtlasCache.push(newEntry);\n return newEntry.atlas;\n}\n\n/**\n * Removes a terminal reference from the cache, allowing its memory to be freed.\n * @param terminal The terminal to remove.\n */\nexport function removeTerminalFromCache(terminal: Terminal): void {\n for (let i = 0; i < charAtlasCache.length; i++) {\n const index = charAtlasCache[i].ownedBy.indexOf(terminal);\n if (index !== -1) {\n if (charAtlasCache[i].ownedBy.length === 1) {\n // Remove the cache entry if it's the only terminal\n charAtlasCache[i].atlas.dispose();\n charAtlasCache.splice(i, 1);\n } else {\n // Remove the reference from the cache entry\n charAtlasCache[i].ownedBy.splice(index, 1);\n }\n break;\n }\n }\n}\n" }, { "path": "addons/addon-webgl/src/CharAtlasUtils.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { ICharAtlasConfig } from './Types';\nimport { Attributes } from 'common/buffer/Constants';\nimport { ITerminalOptions } from '@xterm/xterm';\nimport { IColorSet, ReadonlyColorSet } from 'browser/Types';\nimport { NULL_COLOR } from 'common/Color';\n\nexport function generateConfig(deviceCellWidth: number, deviceCellHeight: number, deviceCharWidth: number, deviceCharHeight: number, options: Required, colors: ReadonlyColorSet, devicePixelRatio: number, deviceMaxTextureSize: number, customGlyphs: boolean = true): ICharAtlasConfig {\n // null out some fields that don't matter\n const clonedColors: IColorSet = {\n foreground: colors.foreground,\n background: colors.background,\n cursor: NULL_COLOR,\n cursorAccent: NULL_COLOR,\n selectionForeground: NULL_COLOR,\n selectionBackgroundTransparent: NULL_COLOR,\n selectionBackgroundOpaque: NULL_COLOR,\n selectionInactiveBackgroundTransparent: NULL_COLOR,\n selectionInactiveBackgroundOpaque: NULL_COLOR,\n overviewRulerBorder: NULL_COLOR,\n scrollbarSliderBackground: NULL_COLOR,\n scrollbarSliderHoverBackground: NULL_COLOR,\n scrollbarSliderActiveBackground: NULL_COLOR,\n // For the static char atlas, we only use the first 16 colors, but we need all 256 for the\n // dynamic character atlas.\n ansi: colors.ansi.slice(),\n contrastCache: colors.contrastCache,\n halfContrastCache: colors.halfContrastCache\n };\n return {\n customGlyphs,\n devicePixelRatio,\n deviceMaxTextureSize,\n letterSpacing: options.letterSpacing,\n lineHeight: options.lineHeight,\n deviceCellWidth: deviceCellWidth,\n deviceCellHeight: deviceCellHeight,\n deviceCharWidth: deviceCharWidth,\n deviceCharHeight: deviceCharHeight,\n fontFamily: options.fontFamily,\n fontSize: options.fontSize,\n fontWeight: options.fontWeight,\n fontWeightBold: options.fontWeightBold,\n allowTransparency: options.allowTransparency,\n drawBoldTextInBrightColors: options.drawBoldTextInBrightColors,\n minimumContrastRatio: options.minimumContrastRatio,\n colors: clonedColors\n };\n}\n\nexport function configEquals(a: ICharAtlasConfig, b: ICharAtlasConfig): boolean {\n for (let i = 0; i < a.colors.ansi.length; i++) {\n if (a.colors.ansi[i].rgba !== b.colors.ansi[i].rgba) {\n return false;\n }\n }\n return a.devicePixelRatio === b.devicePixelRatio &&\n a.customGlyphs === b.customGlyphs &&\n a.lineHeight === b.lineHeight &&\n a.letterSpacing === b.letterSpacing &&\n a.fontFamily === b.fontFamily &&\n a.fontSize === b.fontSize &&\n a.fontWeight === b.fontWeight &&\n a.fontWeightBold === b.fontWeightBold &&\n a.allowTransparency === b.allowTransparency &&\n a.deviceCharWidth === b.deviceCharWidth &&\n a.deviceCharHeight === b.deviceCharHeight &&\n a.drawBoldTextInBrightColors === b.drawBoldTextInBrightColors &&\n a.minimumContrastRatio === b.minimumContrastRatio &&\n a.colors.foreground.rgba === b.colors.foreground.rgba &&\n a.colors.background.rgba === b.colors.background.rgba;\n}\n\nexport function is256Color(colorCode: number): boolean {\n return (colorCode & Attributes.CM_MASK) === Attributes.CM_P16 || (colorCode & Attributes.CM_MASK) === Attributes.CM_P256;\n}\n" }, { "path": "addons/addon-webgl/src/Constants.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { isFirefox, isLegacyEdge } from 'common/Platform';\n\nexport const DIM_OPACITY = 0.5;\n// The text baseline is set conditionally by browser. Using 'ideographic' for Firefox or Legacy Edge\n// would result in truncated text (Issue 3353). Using 'bottom' for Chrome would result in slightly\n// unaligned Powerline fonts (PR 3356#issuecomment-850928179).\nexport const TEXT_BASELINE: CanvasTextBaseline = isFirefox || isLegacyEdge ? 'bottom' : 'ideographic';\n" }, { "path": "addons/addon-webgl/src/CursorBlinkStateManager.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { RendererConstants } from 'browser/renderer/shared/Constants';\nimport { ICoreBrowserService } from 'browser/services/Services';\n\nconst enum Constants {\n /**\n * The time between cursor blinks.\n */\n BLINK_INTERVAL = 600,\n}\n\nexport class CursorBlinkStateManager {\n public isCursorVisible: boolean;\n\n private _animationFrame: number | undefined;\n private _blinkStartTimeout: number | undefined;\n private _blinkInterval: number | undefined;\n private _idleTimeout: number | undefined;\n private _isIdlePaused: boolean = false;\n\n /**\n * The time at which the animation frame was restarted, this is used on the\n * next render to restart the timers so they don't need to restart the timers\n * multiple times over a short period.\n */\n private _animationTimeRestarted: number | undefined;\n\n constructor(\n private _renderCallback: () => void,\n private _coreBrowserService: ICoreBrowserService\n ) {\n this.isCursorVisible = true;\n if (this._coreBrowserService.isFocused) {\n this._restartInterval();\n this._resetIdleTimer();\n }\n }\n\n public get isPaused(): boolean { return !(this._blinkStartTimeout || this._blinkInterval); }\n\n public dispose(): void {\n if (this._blinkInterval) {\n this._coreBrowserService.window.clearInterval(this._blinkInterval);\n this._blinkInterval = undefined;\n }\n if (this._blinkStartTimeout) {\n this._coreBrowserService.window.clearTimeout(this._blinkStartTimeout);\n this._blinkStartTimeout = undefined;\n }\n if (this._animationFrame) {\n this._coreBrowserService.window.cancelAnimationFrame(this._animationFrame);\n this._animationFrame = undefined;\n }\n if (this._idleTimeout) {\n this._coreBrowserService.window.clearTimeout(this._idleTimeout);\n this._idleTimeout = undefined;\n }\n }\n\n public restartBlinkAnimation(): void {\n if (this._isIdlePaused) {\n this._resetIdleTimer();\n }\n if (this.isPaused) {\n return;\n }\n // Save a timestamp so that the restart can be done on the next interval\n this._animationTimeRestarted = Date.now();\n // Force a cursor render to ensure it's visible and in the correct position\n this.isCursorVisible = true;\n if (!this._animationFrame) {\n this._animationFrame = this._coreBrowserService.window.requestAnimationFrame(() => {\n this._renderCallback();\n this._animationFrame = undefined;\n });\n }\n }\n\n private _restartInterval(timeToStart: number = Constants.BLINK_INTERVAL): void {\n // Clear any existing interval\n if (this._blinkInterval) {\n this._coreBrowserService.window.clearInterval(this._blinkInterval);\n this._blinkInterval = undefined;\n }\n\n // Setup the initial timeout which will hide the cursor, this is done before\n // the regular interval is setup in order to support restarting the blink\n // animation in a lightweight way (without thrashing clearInterval and\n // setInterval).\n this._blinkStartTimeout = this._coreBrowserService.window.setTimeout(() => {\n // Check if another animation restart was requested while this was being\n // started\n if (this._animationTimeRestarted) {\n const time = Constants.BLINK_INTERVAL - (Date.now() - this._animationTimeRestarted);\n this._animationTimeRestarted = undefined;\n if (time > 0) {\n this._restartInterval(time);\n return;\n }\n }\n\n // Hide the cursor\n this.isCursorVisible = false;\n this._animationFrame = this._coreBrowserService.window.requestAnimationFrame(() => {\n this._renderCallback();\n this._animationFrame = undefined;\n });\n\n // Setup the blink interval\n this._blinkInterval = this._coreBrowserService.window.setInterval(() => {\n // Adjust the animation time if it was restarted\n if (this._animationTimeRestarted) {\n // calc time diff\n // Make restart interval do a setTimeout initially?\n const time = Constants.BLINK_INTERVAL - (Date.now() - this._animationTimeRestarted);\n this._animationTimeRestarted = undefined;\n this._restartInterval(time);\n return;\n }\n\n // Invert visibility and render\n this.isCursorVisible = !this.isCursorVisible;\n this._animationFrame = this._coreBrowserService.window.requestAnimationFrame(() => {\n this._renderCallback();\n this._animationFrame = undefined;\n });\n }, Constants.BLINK_INTERVAL);\n }, timeToStart);\n }\n\n public pause(): void {\n this.isCursorVisible = true;\n this._isIdlePaused = false;\n if (this._blinkInterval) {\n this._coreBrowserService.window.clearInterval(this._blinkInterval);\n this._blinkInterval = undefined;\n }\n if (this._blinkStartTimeout) {\n this._coreBrowserService.window.clearTimeout(this._blinkStartTimeout);\n this._blinkStartTimeout = undefined;\n }\n if (this._animationFrame) {\n this._coreBrowserService.window.cancelAnimationFrame(this._animationFrame);\n this._animationFrame = undefined;\n }\n if (this._idleTimeout) {\n this._coreBrowserService.window.clearTimeout(this._idleTimeout);\n this._idleTimeout = undefined;\n }\n }\n\n public resume(): void {\n // Clear out any existing timers just in case\n this.pause();\n\n this._animationTimeRestarted = undefined;\n this._restartInterval();\n this._resetIdleTimer();\n this.restartBlinkAnimation();\n }\n\n /**\n * Resets the idle timer. If the terminal is idle for the idle timeout period,\n * the cursor blinking will stop.\n */\n private _resetIdleTimer(): void {\n this._isIdlePaused = false;\n if (this._idleTimeout) {\n this._coreBrowserService.window.clearTimeout(this._idleTimeout);\n }\n this._idleTimeout = this._coreBrowserService.window.setTimeout(() => {\n this._stopBlinkingDueToIdle();\n }, RendererConstants.CURSOR_BLINK_IDLE_TIMEOUT);\n }\n\n /**\n * Stops cursor blinking due to idle timeout.\n */\n private _stopBlinkingDueToIdle(): void {\n // Make cursor visible and stop blinking\n this.isCursorVisible = true;\n this._isIdlePaused = true;\n if (this._blinkInterval) {\n this._coreBrowserService.window.clearInterval(this._blinkInterval);\n this._blinkInterval = undefined;\n }\n if (this._blinkStartTimeout) {\n this._coreBrowserService.window.clearTimeout(this._blinkStartTimeout);\n this._blinkStartTimeout = undefined;\n }\n if (this._animationFrame) {\n this._coreBrowserService.window.cancelAnimationFrame(this._animationFrame);\n this._animationFrame = undefined;\n }\n // Clear the idle timeout as we've already acted on it\n this._coreBrowserService.window.clearTimeout(this._idleTimeout);\n this._idleTimeout = undefined;\n // Trigger a render to show the cursor in its final visible state\n this._renderCallback();\n }\n}\n" }, { "path": "addons/addon-webgl/src/DevicePixelObserver.ts", "content": "/**\n * Copyright (c) 2022 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { toDisposable, IDisposable } from 'common/Lifecycle';\n\nexport function observeDevicePixelDimensions(element: HTMLElement, parentWindow: Window & typeof globalThis, callback: (deviceWidth: number, deviceHeight: number) => void): IDisposable {\n // Observe any resizes to the element and extract the actual pixel size of the element if the\n // devicePixelContentBoxSize API is supported. This allows correcting rounding errors when\n // converting between CSS pixels and device pixels which causes blurry rendering when device\n // pixel ratio is not a round number.\n let observer: ResizeObserver | undefined = new parentWindow.ResizeObserver((entries) => {\n const entry = entries.find((entry) => entry.target === element);\n if (!entry) {\n return;\n }\n\n // Disconnect if devicePixelContentBoxSize isn't supported by the browser\n if (!('devicePixelContentBoxSize' in entry)) {\n observer?.disconnect();\n observer = undefined;\n return;\n }\n\n // Fire the callback, ignore events where the dimensions are 0x0 as the canvas is likely hidden\n const width = entry.devicePixelContentBoxSize[0].inlineSize;\n const height = entry.devicePixelContentBoxSize[0].blockSize;\n if (width > 0 && height > 0) {\n callback(width, height);\n }\n });\n try {\n observer.observe(element, { box: ['device-pixel-content-box'] } as any);\n } catch {\n observer.disconnect();\n observer = undefined;\n }\n return toDisposable(() => observer?.disconnect());\n}\n" }, { "path": "addons/addon-webgl/src/GlyphRenderer.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\nimport { TextureAtlas } from './TextureAtlas';\nimport { IRenderDimensions } from 'browser/renderer/shared/Types';\nimport { NULL_CELL_CODE } from 'common/buffer/Constants';\nimport { Disposable, toDisposable } from 'common/Lifecycle';\nimport { Terminal } from '@xterm/xterm';\nimport { IRenderModel, IWebGL2RenderingContext, IWebGLVertexArrayObject, type IRasterizedGlyph, type ITextureAtlas } from './Types';\nimport { createProgram, GLTexture, PROJECTION_MATRIX } from './WebglUtils';\nimport type { IOptionsService } from 'common/services/Services';\nimport { allowRescaling, throwIfFalsy } from 'browser/renderer/shared/RendererUtils';\n\ninterface IVertices {\n attributes: Float32Array;\n /**\n * These buffers are the ones used to bind to WebGL, the reason there are\n * multiple is to allow double buffering to work as you cannot modify the\n * buffer while it's being used by the GPU. Having multiple lets us start\n * working on the next frame.\n */\n attributesBuffers: Float32Array[];\n count: number;\n}\n\nconst enum VertexAttribLocations {\n UNIT_QUAD = 0,\n CELL_POSITION = 1,\n OFFSET = 2,\n SIZE = 3,\n TEXPAGE = 4,\n TEXCOORD = 5,\n TEXSIZE = 6\n}\n\nconst vertexShaderSource = `#version 300 es\nlayout (location = ${VertexAttribLocations.UNIT_QUAD}) in vec2 a_unitquad;\nlayout (location = ${VertexAttribLocations.CELL_POSITION}) in vec2 a_cellpos;\nlayout (location = ${VertexAttribLocations.OFFSET}) in vec2 a_offset;\nlayout (location = ${VertexAttribLocations.SIZE}) in vec2 a_size;\nlayout (location = ${VertexAttribLocations.TEXPAGE}) in float a_texpage;\nlayout (location = ${VertexAttribLocations.TEXCOORD}) in vec2 a_texcoord;\nlayout (location = ${VertexAttribLocations.TEXSIZE}) in vec2 a_texsize;\n\nuniform mat4 u_projection;\nuniform vec2 u_resolution;\n\nout vec2 v_texcoord;\nflat out int v_texpage;\n\nvoid main() {\n vec2 zeroToOne = (a_offset / u_resolution) + a_cellpos + (a_unitquad * a_size);\n gl_Position = u_projection * vec4(zeroToOne, 0.0, 1.0);\n v_texpage = int(a_texpage);\n v_texcoord = a_texcoord + a_unitquad * a_texsize;\n}`;\n\nfunction createFragmentShaderSource(maxFragmentShaderTextureUnits: number): string {\n let textureConditionals = '';\n for (let i = 1; i < maxFragmentShaderTextureUnits; i++) {\n textureConditionals += ` else if (v_texpage == ${i}) { outColor = texture(u_texture[${i}], v_texcoord); }`;\n }\n return (`#version 300 es\nprecision lowp float;\n\nin vec2 v_texcoord;\nflat in int v_texpage;\n\nuniform sampler2D u_texture[${maxFragmentShaderTextureUnits}];\n\nout vec4 outColor;\n\nvoid main() {\n if (v_texpage == 0) {\n outColor = texture(u_texture[0], v_texcoord);\n } ${textureConditionals}\n}`);\n}\n\nconst INDICES_PER_CELL = 11;\nconst BYTES_PER_CELL = INDICES_PER_CELL * Float32Array.BYTES_PER_ELEMENT;\nconst CELL_POSITION_INDICES = 2;\n\n// Work variables to avoid garbage collection\nlet $i = 0;\nlet $glyph: IRasterizedGlyph | undefined = undefined;\nlet $leftCellPadding = 0;\nlet $clippedPixels = 0;\n\nexport class GlyphRenderer extends Disposable {\n private readonly _program: WebGLProgram;\n private readonly _vertexArrayObject: IWebGLVertexArrayObject;\n private readonly _projectionLocation: WebGLUniformLocation;\n private readonly _resolutionLocation: WebGLUniformLocation;\n private readonly _textureLocation: WebGLUniformLocation;\n private readonly _atlasTextures: GLTexture[];\n private readonly _attributesBuffer: WebGLBuffer;\n\n private _atlas: ITextureAtlas | undefined;\n private _activeBuffer: number = 0;\n private readonly _vertices: IVertices = {\n count: 0,\n attributes: new Float32Array(0),\n attributesBuffers: [\n new Float32Array(0),\n new Float32Array(0)\n ]\n };\n\n constructor(\n private readonly _terminal: Terminal,\n private readonly _gl: IWebGL2RenderingContext,\n private _dimensions: IRenderDimensions,\n private readonly _optionsService: IOptionsService\n ) {\n super();\n\n const gl = this._gl;\n\n if (TextureAtlas.maxAtlasPages === undefined) {\n // Typically 8 or 16\n TextureAtlas.maxAtlasPages = Math.min(32, throwIfFalsy(gl.getParameter(gl.MAX_TEXTURE_IMAGE_UNITS) as number | null));\n // Almost all clients will support >= 4096\n TextureAtlas.maxTextureSize = throwIfFalsy(gl.getParameter(gl.MAX_TEXTURE_SIZE) as number | null);\n }\n\n this._program = throwIfFalsy(createProgram(gl, vertexShaderSource, createFragmentShaderSource(TextureAtlas.maxAtlasPages)));\n this._register(toDisposable(() => gl.deleteProgram(this._program)));\n\n // Uniform locations\n this._projectionLocation = throwIfFalsy(gl.getUniformLocation(this._program, 'u_projection'));\n this._resolutionLocation = throwIfFalsy(gl.getUniformLocation(this._program, 'u_resolution'));\n this._textureLocation = throwIfFalsy(gl.getUniformLocation(this._program, 'u_texture'));\n\n // Create and set the vertex array object\n this._vertexArrayObject = gl.createVertexArray();\n gl.bindVertexArray(this._vertexArrayObject);\n\n // Setup a_unitquad, this defines the 4 vertices of a rectangle\n const unitQuadVertices = new Float32Array([0, 0, 1, 0, 0, 1, 1, 1]);\n const unitQuadVerticesBuffer = gl.createBuffer();\n this._register(toDisposable(() => gl.deleteBuffer(unitQuadVerticesBuffer)));\n gl.bindBuffer(gl.ARRAY_BUFFER, unitQuadVerticesBuffer);\n gl.bufferData(gl.ARRAY_BUFFER, unitQuadVertices, gl.STATIC_DRAW);\n gl.enableVertexAttribArray(VertexAttribLocations.UNIT_QUAD);\n gl.vertexAttribPointer(VertexAttribLocations.UNIT_QUAD, 2, this._gl.FLOAT, false, 0, 0);\n\n // Setup the unit quad element array buffer, this points to indices in\n // unitQuadVertices to allow is to draw 2 triangles from the vertices via a\n // triangle strip\n const unitQuadElementIndices = new Uint8Array([0, 1, 2, 3]);\n const elementIndicesBuffer = gl.createBuffer();\n this._register(toDisposable(() => gl.deleteBuffer(elementIndicesBuffer)));\n gl.bindBuffer(gl.ELEMENT_ARRAY_BUFFER, elementIndicesBuffer);\n gl.bufferData(gl.ELEMENT_ARRAY_BUFFER, unitQuadElementIndices, gl.STATIC_DRAW);\n\n // Setup attributes\n this._attributesBuffer = throwIfFalsy(gl.createBuffer());\n this._register(toDisposable(() => gl.deleteBuffer(this._attributesBuffer)));\n gl.bindBuffer(gl.ARRAY_BUFFER, this._attributesBuffer);\n gl.enableVertexAttribArray(VertexAttribLocations.OFFSET);\n gl.vertexAttribPointer(VertexAttribLocations.OFFSET, 2, gl.FLOAT, false, BYTES_PER_CELL, 0);\n gl.vertexAttribDivisor(VertexAttribLocations.OFFSET, 1);\n gl.enableVertexAttribArray(VertexAttribLocations.SIZE);\n gl.vertexAttribPointer(VertexAttribLocations.SIZE, 2, gl.FLOAT, false, BYTES_PER_CELL, 2 * Float32Array.BYTES_PER_ELEMENT);\n gl.vertexAttribDivisor(VertexAttribLocations.SIZE, 1);\n gl.enableVertexAttribArray(VertexAttribLocations.TEXPAGE);\n gl.vertexAttribPointer(VertexAttribLocations.TEXPAGE, 1, gl.FLOAT, false, BYTES_PER_CELL, 4 * Float32Array.BYTES_PER_ELEMENT);\n gl.vertexAttribDivisor(VertexAttribLocations.TEXPAGE, 1);\n gl.enableVertexAttribArray(VertexAttribLocations.TEXCOORD);\n gl.vertexAttribPointer(VertexAttribLocations.TEXCOORD, 2, gl.FLOAT, false, BYTES_PER_CELL, 5 * Float32Array.BYTES_PER_ELEMENT);\n gl.vertexAttribDivisor(VertexAttribLocations.TEXCOORD, 1);\n gl.enableVertexAttribArray(VertexAttribLocations.TEXSIZE);\n gl.vertexAttribPointer(VertexAttribLocations.TEXSIZE, 2, gl.FLOAT, false, BYTES_PER_CELL, 7 * Float32Array.BYTES_PER_ELEMENT);\n gl.vertexAttribDivisor(VertexAttribLocations.TEXSIZE, 1);\n gl.enableVertexAttribArray(VertexAttribLocations.CELL_POSITION);\n gl.vertexAttribPointer(VertexAttribLocations.CELL_POSITION, 2, gl.FLOAT, false, BYTES_PER_CELL, 9 * Float32Array.BYTES_PER_ELEMENT);\n gl.vertexAttribDivisor(VertexAttribLocations.CELL_POSITION, 1);\n\n // Setup static uniforms\n gl.useProgram(this._program);\n const textureUnits = new Int32Array(TextureAtlas.maxAtlasPages);\n for (let i = 0; i < TextureAtlas.maxAtlasPages; i++) {\n textureUnits[i] = i;\n }\n gl.uniform1iv(this._textureLocation, textureUnits);\n gl.uniformMatrix4fv(this._projectionLocation, false, PROJECTION_MATRIX);\n\n // Setup 1x1 red pixel textures for all potential atlas pages, if one of these invalid textures\n // is ever drawn it will show characters as red rectangles.\n this._atlasTextures = [];\n for (let i = 0; i < TextureAtlas.maxAtlasPages; i++) {\n const glTexture = new GLTexture(throwIfFalsy(gl.createTexture()));\n this._register(toDisposable(() => gl.deleteTexture(glTexture.texture)));\n gl.activeTexture(gl.TEXTURE0 + i);\n gl.bindTexture(gl.TEXTURE_2D, glTexture.texture);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, gl.CLAMP_TO_EDGE);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, gl.CLAMP_TO_EDGE);\n gl.texImage2D(gl.TEXTURE_2D, 0, gl.RGBA, 1, 1, 0, gl.RGBA, gl.UNSIGNED_BYTE, new Uint8Array([255, 0, 0, 255]));\n this._atlasTextures[i] = glTexture;\n }\n\n // Allow drawing of transparent texture\n gl.enable(gl.BLEND);\n gl.blendFunc(gl.SRC_ALPHA, gl.ONE_MINUS_SRC_ALPHA);\n\n // Set viewport\n this.handleResize();\n }\n\n public beginFrame(): boolean {\n return this._atlas ? this._atlas.beginFrame() : true;\n }\n\n public updateCell(x: number, y: number, code: number, bg: number, fg: number, ext: number, chars: string, width: number, lastBg: number): void {\n // Since this function is called for every cell (`rows*cols`), it must be very optimized. It\n // should not instantiate any variables unless a new glyph is drawn to the cache where the\n // slight slowdown is acceptable for the developer ergonomics provided as it's a once of for\n // each glyph.\n this._updateCell(this._vertices.attributes, x, y, code, bg, fg, ext, chars, width, lastBg);\n }\n\n private _updateCell(array: Float32Array, x: number, y: number, code: number | undefined, bg: number, fg: number, ext: number, chars: string, width: number, lastBg: number): void {\n $i = (y * this._terminal.cols + x) * INDICES_PER_CELL;\n\n // Exit early if this is a null character, allow space character to continue as it may have\n // underline/strikethrough styles\n if (code === NULL_CELL_CODE || code === undefined/* This is used for the right side of wide chars */) {\n array.fill(0, $i, $i + INDICES_PER_CELL - 1 - CELL_POSITION_INDICES);\n return;\n }\n\n if (!this._atlas) {\n return;\n }\n\n // Get the glyph\n if (chars && chars.length > 1) {\n $glyph = this._atlas.getRasterizedGlyphCombinedChar(chars, bg, fg, ext, false, this._terminal.element);\n } else {\n $glyph = this._atlas.getRasterizedGlyph(code, bg, fg, ext, false, this._terminal.element);\n }\n\n $leftCellPadding = Math.floor((this._dimensions.device.cell.width - this._dimensions.device.char.width) / 2);\n if (bg !== lastBg && $glyph.offset.x > $leftCellPadding) {\n $clippedPixels = $glyph.offset.x - $leftCellPadding;\n // a_origin\n array[$i ] = -($glyph.offset.x - $clippedPixels) + this._dimensions.device.char.left;\n array[$i + 1] = -$glyph.offset.y + this._dimensions.device.char.top;\n // a_size\n array[$i + 2] = ($glyph.size.x - $clippedPixels) / this._dimensions.device.canvas.width;\n array[$i + 3] = $glyph.size.y / this._dimensions.device.canvas.height;\n // a_texpage\n array[$i + 4] = $glyph.texturePage;\n // a_texcoord\n array[$i + 5] = $glyph.texturePositionClipSpace.x + $clippedPixels / this._atlas.pages[$glyph.texturePage].canvas.width;\n array[$i + 6] = $glyph.texturePositionClipSpace.y;\n // a_texsize\n array[$i + 7] = $glyph.sizeClipSpace.x - $clippedPixels / this._atlas.pages[$glyph.texturePage].canvas.width;\n array[$i + 8] = $glyph.sizeClipSpace.y;\n } else {\n // a_origin\n array[$i ] = -$glyph.offset.x + this._dimensions.device.char.left;\n array[$i + 1] = -$glyph.offset.y + this._dimensions.device.char.top;\n // a_size\n array[$i + 2] = $glyph.size.x / this._dimensions.device.canvas.width;\n array[$i + 3] = $glyph.size.y / this._dimensions.device.canvas.height;\n // a_texpage\n array[$i + 4] = $glyph.texturePage;\n // a_texcoord\n array[$i + 5] = $glyph.texturePositionClipSpace.x;\n array[$i + 6] = $glyph.texturePositionClipSpace.y;\n // a_texsize\n array[$i + 7] = $glyph.sizeClipSpace.x;\n array[$i + 8] = $glyph.sizeClipSpace.y;\n }\n // a_cellpos only changes on resize\n\n // Reduce scale horizontally for wide glyphs printed in cells that would overlap with the\n // following cell (ie. the width is not 2).\n if (this._optionsService.rawOptions.rescaleOverlappingGlyphs) {\n if (allowRescaling(code, width, $glyph.size.x, this._dimensions.device.cell.width)) {\n array[$i + 2] = (this._dimensions.device.cell.width - 1) / this._dimensions.device.canvas.width; // - 1 to improve readability\n }\n }\n }\n\n public clear(): void {\n const terminal = this._terminal;\n const newCount = terminal.cols * terminal.rows * INDICES_PER_CELL;\n\n // Clear vertices\n if (this._vertices.count !== newCount) {\n this._vertices.attributes = new Float32Array(newCount);\n } else {\n this._vertices.attributes.fill(0);\n }\n let i = 0;\n for (; i < this._vertices.attributesBuffers.length; i++) {\n if (this._vertices.count !== newCount) {\n this._vertices.attributesBuffers[i] = new Float32Array(newCount);\n } else {\n this._vertices.attributesBuffers[i].fill(0);\n }\n }\n this._vertices.count = newCount;\n i = 0;\n for (let y = 0; y < terminal.rows; y++) {\n for (let x = 0; x < terminal.cols; x++) {\n this._vertices.attributes[i + 9] = x / terminal.cols;\n this._vertices.attributes[i + 10] = y / terminal.rows;\n i += INDICES_PER_CELL;\n }\n }\n }\n\n public handleResize(): void {\n const gl = this._gl;\n gl.useProgram(this._program);\n gl.viewport(0, 0, this._dimensions.device.canvas.width, this._dimensions.device.canvas.height);\n gl.uniform2f(this._resolutionLocation, this._dimensions.device.canvas.width, this._dimensions.device.canvas.height);\n this.clear();\n }\n\n public render(renderModel: IRenderModel): void {\n if (!this._atlas) {\n return;\n }\n\n const gl = this._gl;\n\n gl.useProgram(this._program);\n gl.bindVertexArray(this._vertexArrayObject);\n\n // Alternate buffers each frame as the active buffer gets locked while it's in use by the GPU\n this._activeBuffer = (this._activeBuffer + 1) % 2;\n const activeBuffer = this._vertices.attributesBuffers[this._activeBuffer];\n\n // Copy data for each cell of each line up to its line length (the last non-whitespace cell)\n // from the attributes buffer into activeBuffer, which is the one that gets bound to the GPU.\n // The reasons for this are as follows:\n // - So the active buffer can be alternated so we don't get blocked on rendering finishing\n // - To copy either the normal attributes buffer or the selection attributes buffer when there\n // is a selection\n // - So we don't send vertices for all the line-ending whitespace to the GPU\n let bufferLength = 0;\n for (let y = 0; y < renderModel.lineLengths.length; y++) {\n const si = y * this._terminal.cols * INDICES_PER_CELL;\n const sub = this._vertices.attributes.subarray(si, si + renderModel.lineLengths[y] * INDICES_PER_CELL);\n activeBuffer.set(sub, bufferLength);\n bufferLength += sub.length;\n }\n\n // Bind the attributes buffer\n gl.bindBuffer(gl.ARRAY_BUFFER, this._attributesBuffer);\n gl.bufferData(gl.ARRAY_BUFFER, activeBuffer.subarray(0, bufferLength), gl.STREAM_DRAW);\n\n // Bind the atlas page texture if they have changed\n for (let i = 0; i < this._atlas.pages.length; i++) {\n if (this._atlas.pages[i].version !== this._atlasTextures[i].version) {\n this._bindAtlasPageTexture(gl, this._atlas, i);\n }\n }\n\n // Draw the viewport\n gl.drawElementsInstanced(gl.TRIANGLE_STRIP, 4, gl.UNSIGNED_BYTE, 0, bufferLength / INDICES_PER_CELL);\n }\n\n public setAtlas(atlas: ITextureAtlas): void {\n this._atlas = atlas;\n for (const glTexture of this._atlasTextures) {\n glTexture.version = -1;\n }\n }\n\n private _bindAtlasPageTexture(gl: IWebGL2RenderingContext, atlas: ITextureAtlas, i: number): void {\n gl.activeTexture(gl.TEXTURE0 + i);\n gl.bindTexture(gl.TEXTURE_2D, this._atlasTextures[i].texture);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_S, gl.CLAMP_TO_EDGE);\n gl.texParameteri(gl.TEXTURE_2D, gl.TEXTURE_WRAP_T, gl.CLAMP_TO_EDGE);\n gl.texImage2D(gl.TEXTURE_2D, 0, gl.RGBA, gl.RGBA, gl.UNSIGNED_BYTE, atlas.pages[i].canvas);\n gl.generateMipmap(gl.TEXTURE_2D);\n this._atlasTextures[i].version = atlas.pages[i].version;\n }\n\n public setDimensions(dimensions: IRenderDimensions): void {\n this._dimensions = dimensions;\n }\n}\n" }, { "path": "addons/addon-webgl/src/RectangleRenderer.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { IRenderDimensions } from 'browser/renderer/shared/Types';\nimport { IThemeService } from 'browser/services/Services';\nimport { ReadonlyColorSet } from 'browser/Types';\nimport { Attributes, FgFlags } from 'common/buffer/Constants';\nimport { Disposable, toDisposable } from 'common/Lifecycle';\nimport { IColor } from 'common/Types';\nimport { Terminal } from '@xterm/xterm';\nimport { RENDER_MODEL_BG_OFFSET, RENDER_MODEL_FG_OFFSET, RENDER_MODEL_INDICIES_PER_CELL } from './RenderModel';\nimport { IRenderModel, IWebGL2RenderingContext, IWebGLVertexArrayObject } from './Types';\nimport { createProgram, expandFloat32Array, PROJECTION_MATRIX } from './WebglUtils';\nimport { throwIfFalsy } from 'browser/renderer/shared/RendererUtils';\n\nconst enum VertexAttribLocations {\n POSITION = 0,\n SIZE = 1,\n COLOR = 2,\n UNIT_QUAD = 3\n}\n\nconst vertexShaderSource = `#version 300 es\nlayout (location = ${VertexAttribLocations.POSITION}) in vec2 a_position;\nlayout (location = ${VertexAttribLocations.SIZE}) in vec2 a_size;\nlayout (location = ${VertexAttribLocations.COLOR}) in vec4 a_color;\nlayout (location = ${VertexAttribLocations.UNIT_QUAD}) in vec2 a_unitquad;\n\nuniform mat4 u_projection;\n\nout vec4 v_color;\n\nvoid main() {\n vec2 zeroToOne = a_position + (a_unitquad * a_size);\n gl_Position = u_projection * vec4(zeroToOne, 0.0, 1.0);\n v_color = a_color;\n}`;\n\nconst fragmentShaderSource = `#version 300 es\nprecision lowp float;\n\nin vec4 v_color;\n\nout vec4 outColor;\n\nvoid main() {\n outColor = v_color;\n}`;\n\nconst INDICES_PER_RECTANGLE = 8;\nconst BYTES_PER_RECTANGLE = INDICES_PER_RECTANGLE * Float32Array.BYTES_PER_ELEMENT;\n\nconst INITIAL_BUFFER_RECTANGLE_CAPACITY = 20 * INDICES_PER_RECTANGLE;\n\nclass Vertices {\n public attributes: Float32Array;\n public count: number;\n\n constructor() {\n this.attributes = new Float32Array(INITIAL_BUFFER_RECTANGLE_CAPACITY);\n this.count = 0;\n }\n}\n\n// Work variables to avoid garbage collection\nlet $rgba = 0;\nlet $x1 = 0;\nlet $y1 = 0;\nlet $r = 0;\nlet $g = 0;\nlet $b = 0;\nlet $a = 0;\n\nexport class RectangleRenderer extends Disposable {\n\n private _program: WebGLProgram;\n private _vertexArrayObject: IWebGLVertexArrayObject;\n private _attributesBuffer: WebGLBuffer;\n private _projectionLocation: WebGLUniformLocation;\n private _bgFloat!: Float32Array;\n private _cursorFloat!: Float32Array;\n\n private _vertices: Vertices = new Vertices();\n private _verticesCursor: Vertices = new Vertices();\n\n constructor(\n private _terminal: Terminal,\n private _gl: IWebGL2RenderingContext,\n private _dimensions: IRenderDimensions,\n private readonly _themeService: IThemeService\n ) {\n super();\n\n const gl = this._gl;\n\n this._program = throwIfFalsy(createProgram(gl, vertexShaderSource, fragmentShaderSource));\n this._register(toDisposable(() => gl.deleteProgram(this._program)));\n\n // Uniform locations\n this._projectionLocation = throwIfFalsy(gl.getUniformLocation(this._program, 'u_projection'));\n\n // Create and set the vertex array object\n this._vertexArrayObject = gl.createVertexArray();\n gl.bindVertexArray(this._vertexArrayObject);\n\n // Setup a_unitquad, this defines the 4 vertices of a rectangle\n const unitQuadVertices = new Float32Array([0, 0, 1, 0, 0, 1, 1, 1]);\n const unitQuadVerticesBuffer = gl.createBuffer();\n this._register(toDisposable(() => gl.deleteBuffer(unitQuadVerticesBuffer)));\n gl.bindBuffer(gl.ARRAY_BUFFER, unitQuadVerticesBuffer);\n gl.bufferData(gl.ARRAY_BUFFER, unitQuadVertices, gl.STATIC_DRAW);\n gl.enableVertexAttribArray(VertexAttribLocations.UNIT_QUAD);\n gl.vertexAttribPointer(VertexAttribLocations.UNIT_QUAD, 2, this._gl.FLOAT, false, 0, 0);\n\n // Setup the unit quad element array buffer, this points to indices in\n // unitQuadVertices to allow is to draw 2 triangles from the vertices via a\n // triangle strip\n const unitQuadElementIndices = new Uint8Array([0, 1, 2, 3]);\n const elementIndicesBuffer = gl.createBuffer();\n this._register(toDisposable(() => gl.deleteBuffer(elementIndicesBuffer)));\n gl.bindBuffer(gl.ELEMENT_ARRAY_BUFFER, elementIndicesBuffer);\n gl.bufferData(gl.ELEMENT_ARRAY_BUFFER, unitQuadElementIndices, gl.STATIC_DRAW);\n\n // Setup attributes\n this._attributesBuffer = throwIfFalsy(gl.createBuffer());\n this._register(toDisposable(() => gl.deleteBuffer(this._attributesBuffer)));\n gl.bindBuffer(gl.ARRAY_BUFFER, this._attributesBuffer);\n gl.enableVertexAttribArray(VertexAttribLocations.POSITION);\n gl.vertexAttribPointer(VertexAttribLocations.POSITION, 2, gl.FLOAT, false, BYTES_PER_RECTANGLE, 0);\n gl.vertexAttribDivisor(VertexAttribLocations.POSITION, 1);\n gl.enableVertexAttribArray(VertexAttribLocations.SIZE);\n gl.vertexAttribPointer(VertexAttribLocations.SIZE, 2, gl.FLOAT, false, BYTES_PER_RECTANGLE, 2 * Float32Array.BYTES_PER_ELEMENT);\n gl.vertexAttribDivisor(VertexAttribLocations.SIZE, 1);\n gl.enableVertexAttribArray(VertexAttribLocations.COLOR);\n gl.vertexAttribPointer(VertexAttribLocations.COLOR, 4, gl.FLOAT, false, BYTES_PER_RECTANGLE, 4 * Float32Array.BYTES_PER_ELEMENT);\n gl.vertexAttribDivisor(VertexAttribLocations.COLOR, 1);\n\n this._updateCachedColors(_themeService.colors);\n this._register(this._themeService.onChangeColors(e => {\n this._updateCachedColors(e);\n this._updateViewportRectangle();\n }));\n }\n\n public renderBackgrounds(): void {\n this._renderVertices(this._vertices);\n }\n\n public renderCursor(): void {\n this._renderVertices(this._verticesCursor);\n }\n\n private _renderVertices(vertices: Vertices): void {\n const gl = this._gl;\n\n gl.useProgram(this._program);\n\n gl.bindVertexArray(this._vertexArrayObject);\n\n gl.uniformMatrix4fv(this._projectionLocation, false, PROJECTION_MATRIX);\n\n // Bind attributes buffer and draw\n gl.bindBuffer(gl.ARRAY_BUFFER, this._attributesBuffer);\n gl.bufferData(gl.ARRAY_BUFFER, vertices.attributes, gl.DYNAMIC_DRAW);\n gl.drawElementsInstanced(this._gl.TRIANGLE_STRIP, 4, gl.UNSIGNED_BYTE, 0, vertices.count);\n }\n\n public handleResize(): void {\n this._updateViewportRectangle();\n }\n\n public setDimensions(dimensions: IRenderDimensions): void {\n this._dimensions = dimensions;\n }\n\n private _updateCachedColors(colors: ReadonlyColorSet): void {\n this._bgFloat = this._colorToFloat32Array(colors.background);\n this._cursorFloat = this._colorToFloat32Array(colors.cursor);\n }\n\n private _updateViewportRectangle(): void {\n // Set first rectangle that clears the screen\n this._addRectangleFloat(\n this._vertices.attributes,\n 0,\n 0,\n 0,\n this._terminal.cols * this._dimensions.device.cell.width,\n this._terminal.rows * this._dimensions.device.cell.height,\n this._bgFloat\n );\n }\n\n public updateBackgrounds(model: IRenderModel): void {\n const terminal = this._terminal;\n const vertices = this._vertices;\n\n // Declare variable ahead of time to avoid garbage collection\n let rectangleCount = 1;\n let y: number;\n let x: number;\n let currentStartX: number;\n let currentBg: number;\n let currentFg: number;\n let currentInverse: boolean;\n let modelIndex: number;\n let bg: number;\n let fg: number;\n let inverse: boolean;\n let offset: number;\n\n for (y = 0; y < terminal.rows; y++) {\n currentStartX = -1;\n currentBg = 0;\n currentFg = 0;\n currentInverse = false;\n for (x = 0; x < terminal.cols; x++) {\n modelIndex = ((y * terminal.cols) + x) * RENDER_MODEL_INDICIES_PER_CELL;\n bg = model.cells[modelIndex + RENDER_MODEL_BG_OFFSET];\n fg = model.cells[modelIndex + RENDER_MODEL_FG_OFFSET];\n inverse = !!(fg & FgFlags.INVERSE);\n if (bg !== currentBg || (fg !== currentFg && (currentInverse || inverse))) {\n // A rectangle needs to be drawn if going from non-default to another color\n if (currentBg !== 0 || (currentInverse && currentFg !== 0)) {\n offset = rectangleCount++ * INDICES_PER_RECTANGLE;\n this._updateRectangle(vertices, offset, currentFg, currentBg, currentStartX, x, y);\n }\n currentStartX = x;\n currentBg = bg;\n currentFg = fg;\n currentInverse = inverse;\n }\n }\n // Finish rectangle if it's still going\n if (currentBg !== 0 || (currentInverse && currentFg !== 0)) {\n offset = rectangleCount++ * INDICES_PER_RECTANGLE;\n this._updateRectangle(vertices, offset, currentFg, currentBg, currentStartX, terminal.cols, y);\n }\n }\n vertices.count = rectangleCount;\n }\n\n public updateCursor(model: IRenderModel): void {\n const vertices = this._verticesCursor;\n const cursor = model.cursor;\n if (!cursor || cursor.style === 'block') {\n vertices.count = 0;\n return;\n }\n\n let offset: number;\n let rectangleCount = 0;\n\n if (cursor.style === 'bar' || cursor.style === 'outline') {\n // Left edge\n offset = rectangleCount++ * INDICES_PER_RECTANGLE;\n this._addRectangleFloat(\n vertices.attributes,\n offset,\n cursor.x * this._dimensions.device.cell.width,\n cursor.y * this._dimensions.device.cell.height,\n cursor.style === 'bar' ? cursor.dpr * cursor.cursorWidth : cursor.dpr,\n this._dimensions.device.cell.height,\n this._cursorFloat\n );\n }\n if (cursor.style === 'underline' || cursor.style === 'outline') {\n // Bottom edge\n offset = rectangleCount++ * INDICES_PER_RECTANGLE;\n this._addRectangleFloat(\n vertices.attributes,\n offset,\n cursor.x * this._dimensions.device.cell.width,\n (cursor.y + 1) * this._dimensions.device.cell.height - cursor.dpr,\n cursor.width * this._dimensions.device.cell.width,\n cursor.dpr,\n this._cursorFloat\n );\n }\n if (cursor.style === 'outline') {\n // Top edge\n offset = rectangleCount++ * INDICES_PER_RECTANGLE;\n this._addRectangleFloat(\n vertices.attributes,\n offset,\n cursor.x * this._dimensions.device.cell.width,\n cursor.y * this._dimensions.device.cell.height,\n cursor.width * this._dimensions.device.cell.width,\n cursor.dpr,\n this._cursorFloat\n );\n // Right edge\n offset = rectangleCount++ * INDICES_PER_RECTANGLE;\n this._addRectangleFloat(\n vertices.attributes,\n offset,\n (cursor.x + cursor.width) * this._dimensions.device.cell.width - cursor.dpr,\n cursor.y * this._dimensions.device.cell.height,\n cursor.dpr,\n this._dimensions.device.cell.height,\n this._cursorFloat\n );\n }\n\n vertices.count = rectangleCount;\n }\n\n private _updateRectangle(vertices: Vertices, offset: number, fg: number, bg: number, startX: number, endX: number, y: number): void {\n if (fg & FgFlags.INVERSE) {\n switch (fg & Attributes.CM_MASK) {\n case Attributes.CM_P16:\n case Attributes.CM_P256:\n $rgba = this._themeService.colors.ansi[fg & Attributes.PCOLOR_MASK].rgba;\n break;\n case Attributes.CM_RGB:\n $rgba = (fg & Attributes.RGB_MASK) << 8;\n break;\n case Attributes.CM_DEFAULT:\n default:\n $rgba = this._themeService.colors.foreground.rgba;\n }\n } else {\n switch (bg & Attributes.CM_MASK) {\n case Attributes.CM_P16:\n case Attributes.CM_P256:\n $rgba = this._themeService.colors.ansi[bg & Attributes.PCOLOR_MASK].rgba;\n break;\n case Attributes.CM_RGB:\n $rgba = (bg & Attributes.RGB_MASK) << 8;\n break;\n case Attributes.CM_DEFAULT:\n default:\n $rgba = this._themeService.colors.background.rgba;\n }\n }\n\n if (vertices.attributes.length < offset + 4) {\n vertices.attributes = expandFloat32Array(vertices.attributes, this._terminal.rows * this._terminal.cols * INDICES_PER_RECTANGLE);\n }\n $x1 = startX * this._dimensions.device.cell.width;\n $y1 = y * this._dimensions.device.cell.height;\n $r = (($rgba >> 24) & 0xFF) / 255;\n $g = (($rgba >> 16) & 0xFF) / 255;\n $b = (($rgba >> 8 ) & 0xFF) / 255;\n $a = 1;\n\n this._addRectangle(vertices.attributes, offset, $x1, $y1, (endX - startX) * this._dimensions.device.cell.width, this._dimensions.device.cell.height, $r, $g, $b, $a);\n }\n\n private _addRectangle(array: Float32Array, offset: number, x1: number, y1: number, width: number, height: number, r: number, g: number, b: number, a: number): void {\n array[offset ] = x1 / this._dimensions.device.canvas.width;\n array[offset + 1] = y1 / this._dimensions.device.canvas.height;\n array[offset + 2] = width / this._dimensions.device.canvas.width;\n array[offset + 3] = height / this._dimensions.device.canvas.height;\n array[offset + 4] = r;\n array[offset + 5] = g;\n array[offset + 6] = b;\n array[offset + 7] = a;\n }\n\n private _addRectangleFloat(array: Float32Array, offset: number, x1: number, y1: number, width: number, height: number, color: Float32Array): void {\n array[offset ] = x1 / this._dimensions.device.canvas.width;\n array[offset + 1] = y1 / this._dimensions.device.canvas.height;\n array[offset + 2] = width / this._dimensions.device.canvas.width;\n array[offset + 3] = height / this._dimensions.device.canvas.height;\n array[offset + 4] = color[0];\n array[offset + 5] = color[1];\n array[offset + 6] = color[2];\n array[offset + 7] = color[3];\n }\n\n private _colorToFloat32Array(color: IColor): Float32Array {\n return new Float32Array([\n ((color.rgba >> 24) & 0xFF) / 255,\n ((color.rgba >> 16) & 0xFF) / 255,\n ((color.rgba >> 8 ) & 0xFF) / 255,\n ((color.rgba ) & 0xFF) / 255\n ]);\n }\n}\n" }, { "path": "addons/addon-webgl/src/RenderModel.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { ICursorRenderModel, IRenderModel } from './Types';\nimport { ISelectionRenderModel } from 'browser/renderer/shared/Types';\nimport { createSelectionRenderModel } from 'browser/renderer/shared/SelectionRenderModel';\n\nexport const RENDER_MODEL_INDICIES_PER_CELL = 4;\nexport const RENDER_MODEL_BG_OFFSET = 1;\nexport const RENDER_MODEL_FG_OFFSET = 2;\nexport const RENDER_MODEL_EXT_OFFSET = 3;\n\nexport const COMBINED_CHAR_BIT_MASK = 0x80000000;\n\nexport class RenderModel implements IRenderModel {\n public cells: Uint32Array;\n public lineLengths: Uint32Array;\n public selection: ISelectionRenderModel;\n public cursor?: ICursorRenderModel;\n\n constructor() {\n this.cells = new Uint32Array(0);\n this.lineLengths = new Uint32Array(0);\n this.selection = createSelectionRenderModel();\n }\n\n public resize(cols: number, rows: number): void {\n const indexCount = cols * rows * RENDER_MODEL_INDICIES_PER_CELL;\n if (indexCount !== this.cells.length) {\n this.cells = new Uint32Array(indexCount);\n this.lineLengths = new Uint32Array(rows);\n }\n }\n\n public clear(): void {\n this.cells.fill(0, 0);\n this.lineLengths.fill(0, 0);\n }\n}\n" }, { "path": "addons/addon-webgl/src/TextureAtlas.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { IColorContrastCache } from 'browser/Types';\nimport { DIM_OPACITY, TEXT_BASELINE } from './Constants';\nimport { tryDrawCustomGlyph } from './customGlyphs/CustomGlyphRasterizer';\nimport { computeNextVariantOffset, treatGlyphAsBackgroundColor, isPowerlineGlyph, isRestrictedPowerlineGlyph, throwIfFalsy } from 'browser/renderer/shared/RendererUtils';\nimport { IBoundingBox, ICharAtlasConfig, IRasterizedGlyph, ITextureAtlas } from './Types';\nimport { NULL_COLOR, channels, color, rgba } from 'common/Color';\nimport { FourKeyMap } from 'common/MultiKeyMap';\nimport { IdleTaskQueue } from 'common/TaskQueue';\nimport { IColor } from 'common/Types';\nimport { AttributeData } from 'common/buffer/AttributeData';\nimport { Attributes, DEFAULT_COLOR, DEFAULT_EXT, UnderlineStyle } from 'common/buffer/Constants';\nimport { ILogService, IUnicodeService } from 'common/services/Services';\nimport { Emitter } from 'common/Event';\n\n/**\n * A shared object which is used to draw nothing for a particular cell.\n */\nconst NULL_RASTERIZED_GLYPH: IRasterizedGlyph = {\n texturePage: 0,\n texturePosition: { x: 0, y: 0 },\n texturePositionClipSpace: { x: 0, y: 0 },\n offset: { x: 0, y: 0 },\n size: { x: 0, y: 0 },\n sizeClipSpace: { x: 0, y: 0 }\n};\n\nconst TMP_CANVAS_GLYPH_PADDING = 2;\n\nconst enum Constants {\n /**\n * The amount of pixel padding to allow in each row. Setting this to zero would make the atlas\n * page pack as tightly as possible, but more pages would end up being created as a result.\n */\n ROW_PIXEL_THRESHOLD = 2,\n /**\n * The maximum texture size regardless of what the actual hardware maximum turns out to be. This\n * is enforced to ensure uploading the texture still finishes in a reasonable amount of time. A\n * 4096 squared image takes up 16MB of GPU memory.\n */\n FORCED_MAX_TEXTURE_SIZE = 4096\n}\n\ninterface ICharAtlasActiveRow {\n x: number;\n y: number;\n height: number;\n}\n\n// Work variables to avoid garbage collection\nlet $glyph = undefined;\n\nexport class TextureAtlas implements ITextureAtlas {\n private _didWarmUp: boolean = false;\n\n private _cacheMap: FourKeyMap = new FourKeyMap();\n private _cacheMapCombined: FourKeyMap = new FourKeyMap();\n\n // The texture that the atlas is drawn to\n private _pages: AtlasPage[] = [];\n public get pages(): { canvas: HTMLCanvasElement, version: number }[] { return this._pages; }\n\n // The set of atlas pages that can be written to\n private _activePages: AtlasPage[] = [];\n private _overflowSizePage: AtlasPage | undefined;\n\n private _tmpCanvas: HTMLCanvasElement;\n // A temporary context that glyphs are drawn to before being transfered to the atlas.\n private _tmpCtx: CanvasRenderingContext2D;\n\n private _workBoundingBox: IBoundingBox = { top: 0, left: 0, bottom: 0, right: 0 };\n private _workAttributeData: AttributeData = new AttributeData();\n\n private _textureSize: number = 512;\n\n public static maxAtlasPages: number | undefined;\n public static maxTextureSize: number | undefined;\n\n private readonly _onAddTextureAtlasCanvas = new Emitter();\n public readonly onAddTextureAtlasCanvas = this._onAddTextureAtlasCanvas.event;\n private readonly _onRemoveTextureAtlasCanvas = new Emitter();\n public readonly onRemoveTextureAtlasCanvas = this._onRemoveTextureAtlasCanvas.event;\n\n constructor(\n private readonly _document: Document,\n private readonly _config: ICharAtlasConfig,\n private readonly _unicodeService: IUnicodeService,\n private readonly _logService: ILogService\n ) {\n this._createNewPage();\n this._tmpCanvas = createCanvas(\n _document,\n this._config.deviceCellWidth * 4 + TMP_CANVAS_GLYPH_PADDING * 2,\n this._config.deviceCellHeight + TMP_CANVAS_GLYPH_PADDING * 2\n );\n this._tmpCtx = throwIfFalsy(this._tmpCanvas.getContext('2d', {\n alpha: this._config.allowTransparency,\n willReadFrequently: true\n }));\n }\n\n public dispose(): void {\n this._tmpCanvas.remove();\n for (const page of this.pages) {\n page.canvas.remove();\n }\n this._onAddTextureAtlasCanvas.dispose();\n }\n\n public warmUp(): void {\n if (!this._didWarmUp) {\n this._doWarmUp();\n this._didWarmUp = true;\n }\n }\n\n private _doWarmUp(): void {\n // Pre-fill with ASCII 33-126, this is not urgent and done in idle callbacks\n const queue = new IdleTaskQueue(this._logService);\n for (let i = 33; i < 126; i++) {\n queue.enqueue(() => {\n if (!this._cacheMap.get(i, DEFAULT_COLOR, DEFAULT_COLOR, DEFAULT_EXT)) {\n const rasterizedGlyph = this._drawToCache(i, DEFAULT_COLOR, DEFAULT_COLOR, DEFAULT_EXT, false, undefined);\n this._cacheMap.set(i, DEFAULT_COLOR, DEFAULT_COLOR, DEFAULT_EXT, rasterizedGlyph);\n }\n });\n }\n }\n\n private _requestClearModel = false;\n public beginFrame(): boolean {\n return this._requestClearModel;\n }\n\n public clearTexture(): void {\n if (this._pages[0].currentRow.x === 0 && this._pages[0].currentRow.y === 0) {\n return;\n }\n for (const page of this._pages) {\n page.clear();\n }\n this._cacheMap.clear();\n this._cacheMapCombined.clear();\n this._didWarmUp = false;\n }\n\n private _createNewPage(): AtlasPage {\n // Try merge the set of the 4 most used pages of the largest size. This is is deferred to a\n // microtask to ensure it does not interrupt textures that will be rendered in the current\n // animation frame which would result in blank rendered areas. This is actually not that\n // expensive relative to drawing the glyphs, so there is no need to wait for an idle callback.\n if (TextureAtlas.maxAtlasPages && this._pages.length >= Math.max(4, TextureAtlas.maxAtlasPages)) {\n // Find the set of the largest 4 images, below the maximum size, with the highest\n // percentages used\n const pagesBySize = this._pages.filter(e => {\n return e.canvas.width * 2 <= (TextureAtlas.maxTextureSize || Constants.FORCED_MAX_TEXTURE_SIZE);\n }).sort((a, b) => {\n if (b.canvas.width !== a.canvas.width) {\n return b.canvas.width - a.canvas.width;\n }\n return b.percentageUsed - a.percentageUsed;\n });\n let sameSizeI = -1;\n let size = 0;\n for (let i = 0; i < pagesBySize.length; i++) {\n if (pagesBySize[i].canvas.width !== size) {\n sameSizeI = i;\n size = pagesBySize[i].canvas.width;\n } else if (i - sameSizeI === 3) {\n break;\n }\n }\n\n // Gather details of the merge\n const mergingPages = pagesBySize.slice(sameSizeI, sameSizeI + 4);\n\n // Only proceed with merge if we have exactly 4 same-sized pages. If not, we cannot\n // effectively reduce page count and merging would cause issues.\n if (mergingPages.length < 4 || mergingPages.some(p => p.canvas.width !== mergingPages[0].canvas.width)) {\n const newPage = new AtlasPage(this._document, this._textureSize);\n this._pages.push(newPage);\n this._activePages.push(newPage);\n this._onAddTextureAtlasCanvas.fire(newPage.canvas);\n return newPage;\n }\n\n const sortedMergingPagesIndexes = mergingPages.map(e => e.glyphs[0].texturePage).sort((a, b) => a > b ? 1 : -1);\n const mergedPageIndex = this.pages.length - mergingPages.length;\n\n // Merge into the new page\n const mergedPage = this._mergePages(mergingPages, mergedPageIndex);\n mergedPage.version++;\n\n // Delete the pages, shifting glyph texture pages as needed\n for (let i = sortedMergingPagesIndexes.length - 1; i >= 0; i--) {\n this._deletePage(sortedMergingPagesIndexes[i]);\n }\n\n // Add the new merged page to the end\n this.pages.push(mergedPage);\n\n // Request the model to be cleared to refresh all texture pages.\n this._requestClearModel = true;\n this._onAddTextureAtlasCanvas.fire(mergedPage.canvas);\n }\n\n // All new atlas pages are created small as they are highly dynamic\n const newPage = new AtlasPage(this._document, this._textureSize);\n this._pages.push(newPage);\n this._activePages.push(newPage);\n this._onAddTextureAtlasCanvas.fire(newPage.canvas);\n return newPage;\n }\n\n private _mergePages(mergingPages: AtlasPage[], mergedPageIndex: number): AtlasPage {\n const mergedSize = mergingPages[0].canvas.width * 2;\n const mergedPage = new AtlasPage(this._document, mergedSize, mergingPages);\n for (const [i, p] of mergingPages.entries()) {\n const xOffset = i * p.canvas.width % mergedSize;\n const yOffset = Math.floor(i / 2) * p.canvas.height;\n mergedPage.ctx.drawImage(p.canvas, xOffset, yOffset);\n for (const g of p.glyphs) {\n g.texturePage = mergedPageIndex;\n g.sizeClipSpace.x = g.size.x / mergedSize;\n g.sizeClipSpace.y = g.size.y / mergedSize;\n g.texturePosition.x += xOffset;\n g.texturePosition.y += yOffset;\n g.texturePositionClipSpace.x = g.texturePosition.x / mergedSize;\n g.texturePositionClipSpace.y = g.texturePosition.y / mergedSize;\n }\n\n this._onRemoveTextureAtlasCanvas.fire(p.canvas);\n\n // Remove the merging page from active pages if it was there\n const index = this._activePages.indexOf(p);\n if (index !== -1) {\n this._activePages.splice(index, 1);\n }\n }\n return mergedPage;\n }\n\n private _deletePage(pageIndex: number): void {\n this._pages.splice(pageIndex, 1);\n for (let j = pageIndex; j < this._pages.length; j++) {\n const adjustingPage = this._pages[j];\n for (const g of adjustingPage.glyphs) {\n g.texturePage--;\n }\n adjustingPage.version++;\n }\n }\n\n public getRasterizedGlyphCombinedChar(chars: string, bg: number, fg: number, ext: number, restrictToCellHeight: boolean, domContainer: HTMLElement | undefined): IRasterizedGlyph {\n return this._getFromCacheMap(this._cacheMapCombined, chars, bg, fg, ext, restrictToCellHeight, domContainer);\n }\n\n public getRasterizedGlyph(code: number, bg: number, fg: number, ext: number, restrictToCellHeight: boolean, domContainer: HTMLElement | undefined): IRasterizedGlyph {\n return this._getFromCacheMap(this._cacheMap, code, bg, fg, ext, restrictToCellHeight, domContainer);\n }\n\n /**\n * Gets the glyphs texture coords, drawing the texture if it's not already\n */\n private _getFromCacheMap(\n cacheMap: FourKeyMap,\n key: string | number,\n bg: number,\n fg: number,\n ext: number,\n restrictToCellHeight: boolean,\n domContainer: HTMLElement | undefined\n ): IRasterizedGlyph {\n $glyph = cacheMap.get(key, bg, fg, ext);\n if (!$glyph) {\n $glyph = this._drawToCache(key, bg, fg, ext, restrictToCellHeight, domContainer);\n cacheMap.set(key, bg, fg, ext, $glyph);\n }\n return $glyph;\n }\n\n private _getColorFromAnsiIndex(idx: number): IColor {\n if (idx >= this._config.colors.ansi.length) {\n throw new Error('No color found for idx ' + idx);\n }\n return this._config.colors.ansi[idx];\n }\n\n private _getBackgroundColor(bgColorMode: number, bgColor: number, inverse: boolean, dim: boolean): IColor {\n if (this._config.allowTransparency) {\n // The background color might have some transparency, so we need to render it as fully\n // transparent in the atlas. Otherwise we'd end up drawing the transparent background twice\n // around the anti-aliased edges of the glyph, and it would look too dark.\n return NULL_COLOR;\n }\n\n let result: IColor;\n switch (bgColorMode) {\n case Attributes.CM_P16:\n case Attributes.CM_P256:\n result = this._getColorFromAnsiIndex(bgColor);\n break;\n case Attributes.CM_RGB:\n const arr = AttributeData.toColorRGB(bgColor);\n result = channels.toColor(arr[0], arr[1], arr[2]);\n break;\n case Attributes.CM_DEFAULT:\n default:\n if (inverse) {\n result = color.opaque(this._config.colors.foreground);\n } else {\n result = this._config.colors.background;\n }\n break;\n }\n\n // Ignore alpha channel when allowTransparency is false\n if (!this._config.allowTransparency) {\n result = color.opaque(result);\n }\n\n return result;\n }\n\n private _getForegroundColor(bg: number, bgColorMode: number, bgColor: number, fg: number, fgColorMode: number, fgColor: number, inverse: boolean, dim: boolean, bold: boolean, excludeFromContrastRatioDemands: boolean): IColor {\n const minimumContrastColor = this._getMinimumContrastColor(bg, bgColorMode, bgColor, fg, fgColorMode, fgColor, inverse, bold, dim, excludeFromContrastRatioDemands);\n if (minimumContrastColor) {\n return minimumContrastColor;\n }\n\n let result: IColor;\n switch (fgColorMode) {\n case Attributes.CM_P16:\n case Attributes.CM_P256:\n if (this._config.drawBoldTextInBrightColors && bold && fgColor < 8) {\n fgColor += 8;\n }\n result = this._getColorFromAnsiIndex(fgColor);\n break;\n case Attributes.CM_RGB:\n const arr = AttributeData.toColorRGB(fgColor);\n result = channels.toColor(arr[0], arr[1], arr[2]);\n break;\n case Attributes.CM_DEFAULT:\n default:\n if (inverse) {\n result = this._config.colors.background;\n } else {\n result = this._config.colors.foreground;\n }\n }\n\n // Always use an opaque color regardless of allowTransparency\n if (this._config.allowTransparency) {\n result = color.opaque(result);\n }\n\n // Apply dim to the color, opacity is fine to use for the foreground color\n if (dim) {\n result = color.multiplyOpacity(result, DIM_OPACITY);\n }\n\n return result;\n }\n\n private _resolveBackgroundRgba(bgColorMode: number, bgColor: number, inverse: boolean): number {\n switch (bgColorMode) {\n case Attributes.CM_P16:\n case Attributes.CM_P256:\n return this._getColorFromAnsiIndex(bgColor).rgba;\n case Attributes.CM_RGB:\n return bgColor << 8;\n case Attributes.CM_DEFAULT:\n default:\n if (inverse) {\n return this._config.colors.foreground.rgba;\n }\n return this._config.colors.background.rgba;\n }\n }\n\n private _resolveForegroundRgba(fgColorMode: number, fgColor: number, inverse: boolean, bold: boolean): number {\n switch (fgColorMode) {\n case Attributes.CM_P16:\n case Attributes.CM_P256:\n if (this._config.drawBoldTextInBrightColors && bold && fgColor < 8) {\n fgColor += 8;\n }\n return this._getColorFromAnsiIndex(fgColor).rgba;\n case Attributes.CM_RGB:\n return fgColor << 8;\n case Attributes.CM_DEFAULT:\n default:\n if (inverse) {\n return this._config.colors.background.rgba;\n }\n return this._config.colors.foreground.rgba;\n }\n }\n\n private _getMinimumContrastColor(bg: number, bgColorMode: number, bgColor: number, fg: number, fgColorMode: number, fgColor: number, inverse: boolean, bold: boolean, dim: boolean, excludeFromContrastRatioDemands: boolean): IColor | undefined {\n if (this._config.minimumContrastRatio === 1 || excludeFromContrastRatioDemands) {\n return undefined;\n }\n\n // Try get from cache first\n const cache = this._getContrastCache(dim);\n const adjustedColor = cache.getColor(bg, fg);\n if (adjustedColor !== undefined) {\n return adjustedColor ?? undefined;\n }\n\n const bgRgba = this._resolveBackgroundRgba(bgColorMode, bgColor, inverse);\n const fgRgba = this._resolveForegroundRgba(fgColorMode, fgColor, inverse, bold);\n // Dim cells only require half the contrast, otherwise they wouldn't be distinguishable from\n // non-dim cells\n const result = rgba.ensureContrastRatio(bgRgba, fgRgba, this._config.minimumContrastRatio / (dim ? 2 : 1));\n\n if (!result) {\n cache.setColor(bg, fg, null);\n return undefined;\n }\n\n const color = channels.toColor(\n (result >> 24) & 0xFF,\n (result >> 16) & 0xFF,\n (result >> 8) & 0xFF\n );\n cache.setColor(bg, fg, color);\n\n return color;\n }\n\n private _getContrastCache(dim: boolean): IColorContrastCache {\n if (dim) {\n return this._config.colors.halfContrastCache;\n }\n return this._config.colors.contrastCache;\n }\n\n private _drawToCache(codeOrChars: number | string, bg: number, fg: number, ext: number, restrictToCellHeight: boolean, domContainer: HTMLElement | undefined): IRasterizedGlyph {\n const chars = typeof codeOrChars === 'number' ? String.fromCharCode(codeOrChars) : codeOrChars;\n\n // Uncomment for debugging\n // console.log(`draw to cache \"${chars}\"`, bg, fg, ext);\n\n // Attach the canvas to the DOM in order to inherit font-feature-settings\n // from the parent elements. This is necessary for ligatures and variants to\n // work.\n if (domContainer && this._tmpCanvas.parentElement !== domContainer) {\n this._tmpCanvas.style.display = 'none';\n domContainer.append(this._tmpCanvas);\n }\n\n // Allow 1 cell width per character, with a minimum of 2 (CJK), plus some padding. This is used\n // to draw the glyph to the canvas as well as to restrict the bounding box search to ensure\n // giant ligatures (eg. =====>) don't impact overall performance.\n const allowedWidth = Math.min(this._config.deviceCellWidth * Math.max(chars.length, 2) + TMP_CANVAS_GLYPH_PADDING * 2, this._config.deviceMaxTextureSize);\n if (this._tmpCanvas.width < allowedWidth) {\n this._tmpCanvas.width = allowedWidth;\n }\n // Include line height when drawing glyphs\n const allowedHeight = Math.min(this._config.deviceCellHeight + TMP_CANVAS_GLYPH_PADDING * 4, this._textureSize);\n if (this._tmpCanvas.height < allowedHeight) {\n this._tmpCanvas.height = allowedHeight;\n }\n this._tmpCtx.save();\n\n this._workAttributeData.fg = fg;\n this._workAttributeData.bg = bg;\n this._workAttributeData.extended.ext = ext;\n\n const invisible = !!this._workAttributeData.isInvisible();\n if (invisible) {\n return NULL_RASTERIZED_GLYPH;\n }\n\n const bold = !!this._workAttributeData.isBold();\n const inverse = !!this._workAttributeData.isInverse();\n const dim = !!this._workAttributeData.isDim();\n const italic = !!this._workAttributeData.isItalic();\n const underline = !!this._workAttributeData.isUnderline();\n const strikethrough = !!this._workAttributeData.isStrikethrough();\n const overline = !!this._workAttributeData.isOverline();\n let fgColor = this._workAttributeData.getFgColor();\n let fgColorMode = this._workAttributeData.getFgColorMode();\n let bgColor = this._workAttributeData.getBgColor();\n let bgColorMode = this._workAttributeData.getBgColorMode();\n if (inverse) {\n const temp = fgColor;\n fgColor = bgColor;\n bgColor = temp;\n const temp2 = fgColorMode;\n fgColorMode = bgColorMode;\n bgColorMode = temp2;\n }\n\n // draw the background\n const backgroundColor = this._getBackgroundColor(bgColorMode, bgColor, inverse, dim);\n // Use a 'copy' composite operation to clear any existing glyph out of _tmpCtxWithAlpha,\n // regardless of transparency in backgroundColor\n this._tmpCtx.globalCompositeOperation = 'copy';\n this._tmpCtx.fillStyle = backgroundColor.css;\n this._tmpCtx.fillRect(0, 0, this._tmpCanvas.width, this._tmpCanvas.height);\n this._tmpCtx.globalCompositeOperation = 'source-over';\n\n // draw the foreground/glyph\n const fontWeight = bold ? this._config.fontWeightBold : this._config.fontWeight;\n const fontStyle = italic ? 'italic' : '';\n this._tmpCtx.font =\n `${fontStyle} ${fontWeight} ${this._config.fontSize * this._config.devicePixelRatio}px ${this._config.fontFamily}`;\n this._tmpCtx.textBaseline = TEXT_BASELINE;\n\n const powerlineGlyph = chars.length === 1 && isPowerlineGlyph(chars.charCodeAt(0));\n const restrictedPowerlineGlyph = chars.length === 1 && isRestrictedPowerlineGlyph(chars.charCodeAt(0));\n const foregroundColor = this._getForegroundColor(bg, bgColorMode, bgColor, fg, fgColorMode, fgColor, inverse, dim, bold, treatGlyphAsBackgroundColor(chars.charCodeAt(0)));\n this._tmpCtx.fillStyle = foregroundColor.css;\n\n // For powerline glyphs left/top padding is excluded (https://github.com/microsoft/vscode/issues/120129)\n const padding = restrictedPowerlineGlyph ? 0 : TMP_CANVAS_GLYPH_PADDING * 2;\n\n // Draw custom characters if applicable\n let customGlyph = false;\n if (this._config.customGlyphs !== false) {\n const variantOffset = this._workAttributeData.getUnderlineVariantOffset();\n customGlyph = tryDrawCustomGlyph(this._tmpCtx, chars, padding, padding, this._config.deviceCellWidth, this._config.deviceCellHeight, this._config.deviceCharWidth, this._config.deviceCharHeight, this._config.fontSize, this._config.devicePixelRatio, backgroundColor.css, variantOffset);\n }\n\n // Whether to clear pixels based on a threshold difference between the glyph color and the\n // background color. This should be disabled when the glyph contains multiple colors such as\n // underline colors to prevent important colors could get cleared.\n let enableClearThresholdCheck = !powerlineGlyph;\n\n let chWidth: number;\n if (typeof codeOrChars === 'number') {\n chWidth = this._unicodeService.wcwidth(codeOrChars);\n } else {\n chWidth = this._unicodeService.getStringCellWidth(codeOrChars);\n }\n\n // Draw underline\n if (underline) {\n this._tmpCtx.save();\n const lineWidth = Math.max(1, Math.floor(this._config.fontSize * this._config.devicePixelRatio / 15));\n // When the line width is odd, draw at a 0.5 position\n const yOffset = lineWidth % 2 === 1 ? 0.5 : 0;\n this._tmpCtx.lineWidth = lineWidth;\n\n // Underline color\n if (this._workAttributeData.isUnderlineColorDefault()) {\n this._tmpCtx.strokeStyle = this._tmpCtx.fillStyle;\n } else if (this._workAttributeData.isUnderlineColorRGB()) {\n enableClearThresholdCheck = false;\n this._tmpCtx.strokeStyle = `rgb(${AttributeData.toColorRGB(this._workAttributeData.getUnderlineColor()).join(',')})`;\n } else {\n enableClearThresholdCheck = false;\n let fg = this._workAttributeData.getUnderlineColor();\n if (this._config.drawBoldTextInBrightColors && this._workAttributeData.isBold() && fg < 8) {\n fg += 8;\n }\n this._tmpCtx.strokeStyle = this._getColorFromAnsiIndex(fg).css;\n }\n this._tmpCtx.fillStyle = this._tmpCtx.strokeStyle;\n\n // Underline style/stroke\n this._tmpCtx.beginPath();\n const xLeft = padding;\n const yTopDefault = Math.ceil(padding + this._config.deviceCharHeight) - yOffset - (restrictToCellHeight ? lineWidth * 2 : 0);\n const yBotDefault = yTopDefault + lineWidth * 2;\n let nextOffset = this._workAttributeData.getUnderlineVariantOffset();\n let yTop = 0;\n let yBot = 0;\n\n for (let i = 0; i < chWidth; i++) {\n let wasFilled = false;\n this._tmpCtx.save();\n yTop = yTopDefault;\n yBot = yBotDefault;\n const xChLeft = xLeft + i * this._config.deviceCellWidth;\n const xChRight = xLeft + (i + 1) * this._config.deviceCellWidth;\n switch (this._workAttributeData.extended.underlineStyle) {\n case UnderlineStyle.DOUBLE:\n this._tmpCtx.moveTo(xChLeft, yTopDefault);\n this._tmpCtx.lineTo(xChRight, yTopDefault);\n this._tmpCtx.moveTo(xChLeft, yBotDefault);\n this._tmpCtx.lineTo(xChRight, yBotDefault);\n break;\n case UnderlineStyle.CURLY:\n yTop = this._config.deviceCharHeight + 1;\n yBot = yTop + 3 * this._config.devicePixelRatio;\n\n const clipRegion = new Path2D();\n clipRegion.rect(xChLeft, yTop, this._config.deviceCellWidth, yBot - yTop);\n this._tmpCtx.clip(clipRegion);\n\n // Draw a zigzag pattern, this is derived from the SVG used in monaco for the same\n // style. The viewbox is 6x3 so scale it using that.\n const cellW = this._config.deviceCellWidth;\n const curlyH = (yBot - yTop);\n const scaleX = cellW / 6;\n const scaleY = curlyH / 3;\n\n const polygons: number[][] = [\n [0, 2, 1, 3, 2.4, 3, 0, 0.6],\n [5.5, 0, 2.5, 3, 1.1, 3, 4.1, 0],\n [4, 0, 6, 2, 6, 0.6, 5.4, 0],\n ];\n\n for (const polygon of polygons) {\n this._tmpCtx.beginPath();\n for (let i = 0; i < polygon.length; i += 2) {\n const x = xChLeft + polygon[i] * scaleX;\n const y = yBot - polygon[i + 1] * scaleY;\n if (i === 0) {\n this._tmpCtx.moveTo(x, y);\n } else {\n this._tmpCtx.lineTo(x, y);\n }\n }\n this._tmpCtx.closePath();\n this._tmpCtx.fill();\n }\n wasFilled = true;\n break;\n case UnderlineStyle.DOTTED:\n const offsetWidth = nextOffset === 0 ? 0 :\n (nextOffset >= lineWidth ? lineWidth * 2 - nextOffset : lineWidth - nextOffset);\n // a line and a gap.\n const isLineStart = nextOffset >= lineWidth ? false : true;\n if (isLineStart === false || offsetWidth === 0) {\n this._tmpCtx.setLineDash([Math.round(lineWidth), Math.round(lineWidth)]);\n this._tmpCtx.moveTo(xChLeft + offsetWidth, yTopDefault);\n this._tmpCtx.lineTo(xChRight, yTopDefault);\n } else {\n this._tmpCtx.setLineDash([Math.round(lineWidth), Math.round(lineWidth)]);\n this._tmpCtx.moveTo(xChLeft, yTopDefault);\n this._tmpCtx.lineTo(xChLeft + offsetWidth, yTopDefault);\n this._tmpCtx.moveTo(xChLeft + offsetWidth + lineWidth, yTopDefault);\n this._tmpCtx.lineTo(xChRight, yTopDefault);\n }\n nextOffset = computeNextVariantOffset(xChRight - xChLeft, lineWidth, nextOffset);\n break;\n case UnderlineStyle.DASHED:\n const lineRatio = 0.6;\n const gapRatio = 0.3;\n // End line ratio is approximately equal to 0.1\n const xChWidth = xChRight - xChLeft;\n const line = Math.floor(lineRatio * xChWidth);\n const gap = Math.floor(gapRatio * xChWidth);\n const end = xChWidth - line - gap;\n this._tmpCtx.setLineDash([line, gap, end]);\n this._tmpCtx.moveTo(xChLeft, yTopDefault);\n this._tmpCtx.lineTo(xChRight, yTopDefault);\n break;\n case UnderlineStyle.SINGLE:\n default:\n this._tmpCtx.moveTo(xChLeft, yTopDefault);\n this._tmpCtx.lineTo(xChRight, yTopDefault);\n break;\n }\n if (!wasFilled) {\n this._tmpCtx.stroke();\n }\n this._tmpCtx.restore();\n }\n this._tmpCtx.restore();\n\n // Draw stroke in the background color for non custom characters in order to give an outline\n // between the text and the underline. Only do this when font size is >= 12 as the underline\n // looks odd when the font size is too small\n if (!customGlyph && this._config.fontSize >= 12) {\n // This only works when transparency is disabled because it's not clear how to clear stroked\n // text\n if (!this._config.allowTransparency && chars !== ' ') {\n // Measure the text, only draw the stroke if there is a descent beyond an alphabetic text\n // baseline\n this._tmpCtx.save();\n this._tmpCtx.textBaseline = 'alphabetic';\n const metrics = this._tmpCtx.measureText(chars);\n this._tmpCtx.restore();\n if ('actualBoundingBoxDescent' in metrics && metrics.actualBoundingBoxDescent > 0) {\n // This translates to 1/2 the line width in either direction\n this._tmpCtx.save();\n // Clip the region to only draw in valid pixels near the underline to avoid a slight\n // outline around the whole glyph, as well as additional pixels in the glyph at the top\n // which would increase GPU memory demands\n const clipRegion = new Path2D();\n clipRegion.rect(xLeft, yTop - Math.ceil(lineWidth / 2), this._config.deviceCellWidth * chWidth, yBot - yTop + Math.ceil(lineWidth / 2));\n this._tmpCtx.clip(clipRegion);\n this._tmpCtx.lineWidth = this._config.devicePixelRatio * 3;\n this._tmpCtx.strokeStyle = backgroundColor.css;\n this._tmpCtx.strokeText(chars, padding, padding + this._config.deviceCharHeight);\n this._tmpCtx.restore();\n }\n }\n }\n }\n\n // Overline\n if (overline) {\n const lineWidth = Math.max(1, Math.floor(this._config.fontSize * this._config.devicePixelRatio / 15));\n const yOffset = lineWidth % 2 === 1 ? 0.5 : 0;\n this._tmpCtx.lineWidth = lineWidth;\n this._tmpCtx.strokeStyle = this._tmpCtx.fillStyle;\n this._tmpCtx.beginPath();\n this._tmpCtx.moveTo(padding, padding + yOffset);\n this._tmpCtx.lineTo(padding + this._config.deviceCharWidth * chWidth, padding + yOffset);\n this._tmpCtx.stroke();\n }\n\n // Draw the character\n if (!customGlyph) {\n this._tmpCtx.fillText(chars, padding, padding + this._config.deviceCharHeight);\n }\n\n // If this character is underscore and beyond the cell bounds, shift it up until it is visible\n // even on the bottom row, try for a maximum of 5 pixels.\n if (chars === '_' && !this._config.allowTransparency) {\n let isBeyondCellBounds = clearColor(this._tmpCtx.getImageData(padding, padding, this._config.deviceCellWidth, this._config.deviceCellHeight), backgroundColor, foregroundColor, enableClearThresholdCheck);\n if (isBeyondCellBounds) {\n for (let offset = 1; offset <= 5; offset++) {\n this._tmpCtx.save();\n this._tmpCtx.fillStyle = backgroundColor.css;\n this._tmpCtx.fillRect(0, 0, this._tmpCanvas.width, this._tmpCanvas.height);\n this._tmpCtx.restore();\n this._tmpCtx.fillText(chars, padding, padding + this._config.deviceCharHeight - offset);\n isBeyondCellBounds = clearColor(this._tmpCtx.getImageData(padding, padding, this._config.deviceCellWidth, this._config.deviceCellHeight), backgroundColor, foregroundColor, enableClearThresholdCheck);\n if (!isBeyondCellBounds) {\n break;\n }\n }\n }\n }\n\n // Draw strokethrough\n if (strikethrough) {\n const lineWidth = Math.max(1, Math.floor(this._config.fontSize * this._config.devicePixelRatio / 10));\n const yOffset = this._tmpCtx.lineWidth % 2 === 1 ? 0.5 : 0; // When the width is odd, draw at 0.5 position\n this._tmpCtx.lineWidth = lineWidth;\n this._tmpCtx.strokeStyle = this._tmpCtx.fillStyle;\n this._tmpCtx.beginPath();\n this._tmpCtx.moveTo(padding, padding + Math.floor(this._config.deviceCharHeight / 2) - yOffset);\n this._tmpCtx.lineTo(padding + this._config.deviceCharWidth * chWidth, padding + Math.floor(this._config.deviceCharHeight / 2) - yOffset);\n this._tmpCtx.stroke();\n }\n\n this._tmpCtx.restore();\n\n // clear the background from the character to avoid issues with drawing over the previous\n // character if it extends past it's bounds\n const imageData = this._tmpCtx.getImageData(\n 0, 0, this._tmpCanvas.width, this._tmpCanvas.height\n );\n\n // Clear out the background color and determine if the glyph is empty.\n let isEmpty: boolean;\n if (!this._config.allowTransparency) {\n isEmpty = clearColor(imageData, backgroundColor, foregroundColor, enableClearThresholdCheck);\n } else {\n isEmpty = checkCompletelyTransparent(imageData);\n }\n\n // Handle empty glyphs\n if (isEmpty) {\n return NULL_RASTERIZED_GLYPH;\n }\n\n const rasterizedGlyph = this._findGlyphBoundingBox(imageData, this._workBoundingBox, allowedWidth, restrictedPowerlineGlyph, customGlyph, padding);\n\n // Find the best atlas row to use\n let activePage: AtlasPage;\n let activeRow: ICharAtlasActiveRow;\n while (true) {\n // If there are no active pages (the last smallest 4 were merged), create a new one\n if (this._activePages.length === 0) {\n const newPage = this._createNewPage();\n activePage = newPage;\n activeRow = newPage.currentRow;\n activeRow.height = rasterizedGlyph.size.y;\n break;\n }\n\n // Get the best current row from all active pages\n activePage = this._activePages[this._activePages.length - 1];\n activeRow = activePage.currentRow;\n for (const p of this._activePages) {\n if (rasterizedGlyph.size.y <= p.currentRow.height) {\n activePage = p;\n activeRow = p.currentRow;\n }\n }\n\n // TODO: This algorithm could be simplified:\n // - Search for the page with ROW_PIXEL_THRESHOLD in mind\n // - Keep track of current/fixed rows in a Map\n\n // Replace the best current row with a fixed row if there is one at least as good as the\n // current row. Search in reverse to prioritize filling in older pages.\n for (let i = this._activePages.length - 1; i >= 0; i--) {\n for (const row of this._activePages[i].fixedRows) {\n if (row.height <= activeRow.height && rasterizedGlyph.size.y <= row.height) {\n activePage = this._activePages[i];\n activeRow = row;\n }\n }\n }\n\n // Create a new page for oversized glyphs as they come up\n if (rasterizedGlyph.size.x > this._textureSize) {\n if (!this._overflowSizePage) {\n this._overflowSizePage = new AtlasPage(this._document, this._config.deviceMaxTextureSize);\n this.pages.push(this._overflowSizePage);\n\n // Request the model to be cleared to refresh all texture pages.\n this._requestClearModel = true;\n this._onAddTextureAtlasCanvas.fire(this._overflowSizePage.canvas);\n }\n activePage = this._overflowSizePage;\n activeRow = this._overflowSizePage.currentRow;\n // Move to next row if necessary\n if (activeRow.x + rasterizedGlyph.size.x >= activePage.canvas.width) {\n activeRow.x = 0;\n activeRow.y += activeRow.height;\n activeRow.height = 0;\n }\n break;\n }\n\n // Create a new page if too much vertical space would be wasted or there is not enough room\n // left in the page. The previous active row will become fixed in the process as it now has a\n // fixed height\n if (activeRow.y + rasterizedGlyph.size.y >= activePage.canvas.height || activeRow.height > rasterizedGlyph.size.y + Constants.ROW_PIXEL_THRESHOLD) {\n // Create the new fixed height row, creating a new page if there isn't enough room on the\n // current page\n let wasPageAndRowFound = false;\n if (activePage.currentRow.y + activePage.currentRow.height + rasterizedGlyph.size.y >= activePage.canvas.height) {\n // Find the first page with room to create the new row on\n let candidatePage: AtlasPage | undefined;\n\n for (const p of this._activePages) {\n if (p.currentRow.y + p.currentRow.height + rasterizedGlyph.size.y < p.canvas.height) {\n candidatePage = p;\n break;\n }\n }\n if (candidatePage) {\n activePage = candidatePage;\n } else {\n // Before creating a new atlas page that would trigger a page merge, check if the\n // current active row is sufficient when ignoring the ROW_PIXEL_THRESHOLD. This will\n // improve texture utilization by using the available space before the page is merged\n // and becomes static.\n if (\n TextureAtlas.maxAtlasPages &&\n this._pages.length >= TextureAtlas.maxAtlasPages &&\n activeRow.y + rasterizedGlyph.size.y <= activePage.canvas.height &&\n activeRow.height >= rasterizedGlyph.size.y &&\n activeRow.x + rasterizedGlyph.size.x <= activePage.canvas.width\n ) {\n // activePage and activeRow is already valid\n wasPageAndRowFound = true;\n } else {\n // Create a new page if there is no room\n const newPage = this._createNewPage();\n activePage = newPage;\n activeRow = newPage.currentRow;\n activeRow.height = rasterizedGlyph.size.y;\n wasPageAndRowFound = true;\n }\n }\n }\n if (!wasPageAndRowFound) {\n // Fix the current row as the new row is being added below\n if (activePage.currentRow.height > 0) {\n activePage.fixedRows.push(activePage.currentRow);\n }\n activeRow = {\n x: 0,\n y: activePage.currentRow.y + activePage.currentRow.height,\n height: rasterizedGlyph.size.y\n };\n activePage.fixedRows.push(activeRow);\n\n // Create the new current row below the new fixed height row\n activePage.currentRow = {\n x: 0,\n y: activeRow.y + activeRow.height,\n height: 0\n };\n }\n // TODO: Remove pages from _activePages when all rows are filled\n }\n\n // Exit the loop if there is enough room in the row\n if (activeRow.x + rasterizedGlyph.size.x <= activePage.canvas.width) {\n break;\n }\n\n // If there is not enough room in the current row, finish it and try again\n if (activeRow === activePage.currentRow) {\n activeRow.x = 0;\n activeRow.y += activeRow.height;\n activeRow.height = 0;\n } else {\n activePage.fixedRows.splice(activePage.fixedRows.indexOf(activeRow), 1);\n }\n }\n\n // Record texture position\n rasterizedGlyph.texturePage = this._pages.indexOf(activePage);\n rasterizedGlyph.texturePosition.x = activeRow.x;\n rasterizedGlyph.texturePosition.y = activeRow.y;\n rasterizedGlyph.texturePositionClipSpace.x = activeRow.x / activePage.canvas.width;\n rasterizedGlyph.texturePositionClipSpace.y = activeRow.y / activePage.canvas.height;\n\n // Fix the clipspace position as pages may be of differing size\n rasterizedGlyph.sizeClipSpace.x /= activePage.canvas.width;\n rasterizedGlyph.sizeClipSpace.y /= activePage.canvas.height;\n\n // Update atlas current row, for fixed rows the glyph height will never be larger than the row\n // height\n activeRow.height = Math.max(activeRow.height, rasterizedGlyph.size.y);\n activeRow.x += rasterizedGlyph.size.x;\n\n // putImageData doesn't do any blending, so it will overwrite any existing cache entry for us\n activePage.ctx.putImageData(\n imageData,\n rasterizedGlyph.texturePosition.x - this._workBoundingBox.left,\n rasterizedGlyph.texturePosition.y - this._workBoundingBox.top,\n this._workBoundingBox.left,\n this._workBoundingBox.top,\n rasterizedGlyph.size.x,\n rasterizedGlyph.size.y\n );\n activePage.addGlyph(rasterizedGlyph);\n activePage.version++;\n\n return rasterizedGlyph;\n }\n\n /**\n * Given an ImageData object, find the bounding box of the non-transparent\n * portion of the texture and return an IRasterizedGlyph with these\n * dimensions.\n * @param imageData The image data to read.\n * @param boundingBox An IBoundingBox to put the clipped bounding box values.\n */\n private _findGlyphBoundingBox(imageData: ImageData, boundingBox: IBoundingBox, allowedWidth: number, restrictedGlyph: boolean, customGlyph: boolean, padding: number): IRasterizedGlyph {\n boundingBox.top = 0;\n const height = restrictedGlyph ? this._config.deviceCellHeight : this._tmpCanvas.height;\n const width = restrictedGlyph ? this._config.deviceCellWidth : allowedWidth;\n let found = false;\n for (let y = 0; y < height; y++) {\n for (let x = 0; x < width; x++) {\n const alphaOffset = y * this._tmpCanvas.width * 4 + x * 4 + 3;\n if (imageData.data[alphaOffset] !== 0) {\n boundingBox.top = y;\n found = true;\n break;\n }\n }\n if (found) {\n break;\n }\n }\n boundingBox.left = 0;\n found = false;\n for (let x = 0; x < padding + width; x++) {\n for (let y = 0; y < height; y++) {\n const alphaOffset = y * this._tmpCanvas.width * 4 + x * 4 + 3;\n if (imageData.data[alphaOffset] !== 0) {\n boundingBox.left = x;\n found = true;\n break;\n }\n }\n if (found) {\n break;\n }\n }\n boundingBox.right = width;\n found = false;\n for (let x = padding + width - 1; x >= padding; x--) {\n for (let y = 0; y < height; y++) {\n const alphaOffset = y * this._tmpCanvas.width * 4 + x * 4 + 3;\n if (imageData.data[alphaOffset] !== 0) {\n boundingBox.right = x;\n found = true;\n break;\n }\n }\n if (found) {\n break;\n }\n }\n boundingBox.bottom = height;\n found = false;\n for (let y = height - 1; y >= 0; y--) {\n for (let x = 0; x < width; x++) {\n const alphaOffset = y * this._tmpCanvas.width * 4 + x * 4 + 3;\n if (imageData.data[alphaOffset] !== 0) {\n boundingBox.bottom = y;\n found = true;\n break;\n }\n }\n if (found) {\n break;\n }\n }\n return {\n texturePage: 0,\n texturePosition: { x: 0, y: 0 },\n texturePositionClipSpace: { x: 0, y: 0 },\n size: {\n x: boundingBox.right - boundingBox.left + 1,\n y: boundingBox.bottom - boundingBox.top + 1\n },\n sizeClipSpace: {\n x: (boundingBox.right - boundingBox.left + 1),\n y: (boundingBox.bottom - boundingBox.top + 1)\n },\n offset: {\n x: -boundingBox.left + padding + ((restrictedGlyph || customGlyph) ? Math.floor((this._config.deviceCellWidth - this._config.deviceCharWidth) / 2) : 0),\n y: -boundingBox.top + padding + ((restrictedGlyph || customGlyph) ? this._config.lineHeight === 1 ? 0 : Math.round((this._config.deviceCellHeight - this._config.deviceCharHeight) / 2) : 0)\n }\n };\n }\n}\n\nclass AtlasPage {\n public readonly canvas: HTMLCanvasElement;\n public readonly ctx: CanvasRenderingContext2D;\n\n private _usedPixels: number = 0;\n public get percentageUsed(): number { return this._usedPixels / (this.canvas.width * this.canvas.height); }\n\n private readonly _glyphs: IRasterizedGlyph[] = [];\n public get glyphs(): ReadonlyArray { return this._glyphs; }\n public addGlyph(glyph: IRasterizedGlyph): void {\n this._glyphs.push(glyph);\n this._usedPixels += glyph.size.x * glyph.size.y;\n }\n\n /**\n * Used to check whether the canvas of the atlas page has changed.\n */\n public version = 0;\n\n // Texture atlas current positioning data. The texture packing strategy used is to fill from\n // left-to-right and top-to-bottom. When the glyph being written is less than half of the current\n // row's height, the following happens:\n //\n // - The current row becomes the fixed height row A\n // - A new fixed height row B the exact size of the glyph is created below the current row\n // - A new dynamic height current row is created below B\n //\n // This strategy does a good job preventing space being wasted for very short glyphs such as\n // underscores, hyphens etc. or those with underlines rendered.\n public currentRow: ICharAtlasActiveRow = {\n x: 0,\n y: 0,\n height: 0\n };\n public readonly fixedRows: ICharAtlasActiveRow[] = [];\n\n constructor(\n document: Document,\n size: number,\n sourcePages?: AtlasPage[]\n ) {\n if (sourcePages) {\n for (const p of sourcePages) {\n this._glyphs.push(...p.glyphs);\n this._usedPixels += p._usedPixels;\n }\n }\n this.canvas = createCanvas(document, size, size);\n // The canvas needs alpha because we use clearColor to convert the background color to alpha.\n // It might also contain some characters with transparent backgrounds if allowTransparency is\n // set.\n this.ctx = throwIfFalsy(this.canvas.getContext('2d', { alpha: true }));\n }\n\n public clear(): void {\n this.ctx.clearRect(0, 0, this.canvas.width, this.canvas.height);\n this.currentRow.x = 0;\n this.currentRow.y = 0;\n this.currentRow.height = 0;\n this.fixedRows.length = 0;\n this.version++;\n }\n}\n\n/**\n * Makes a particular rgb color and colors that are nearly the same in an ImageData completely\n * transparent.\n * @returns True if the result is \"empty\", meaning all pixels are fully transparent.\n */\nfunction clearColor(imageData: ImageData, bg: IColor, fg: IColor, enableThresholdCheck: boolean): boolean {\n // Get color channels\n const r = bg.rgba >>> 24;\n const g = bg.rgba >>> 16 & 0xFF;\n const b = bg.rgba >>> 8 & 0xFF;\n const fgR = fg.rgba >>> 24;\n const fgG = fg.rgba >>> 16 & 0xFF;\n const fgB = fg.rgba >>> 8 & 0xFF;\n\n // Calculate a threshold that when below a color will be treated as transpart when the sum of\n // channel value differs. This helps improve rendering when glyphs overlap with others. This\n // threshold is calculated relative to the difference between the background and foreground to\n // ensure important details of the glyph are always shown, even when the contrast ratio is low.\n // The number 12 is largely arbitrary to ensure the pixels that escape the cell in the test case\n // were covered (fg=#8ae234, bg=#c4a000).\n const threshold = Math.floor((Math.abs(r - fgR) + Math.abs(g - fgG) + Math.abs(b - fgB)) / 12);\n\n // Set alpha channel of relevent pixels to 0\n let isEmpty = true;\n for (let offset = 0; offset < imageData.data.length; offset += 4) {\n // Check exact match\n if (imageData.data[offset] === r &&\n imageData.data[offset + 1] === g &&\n imageData.data[offset + 2] === b) {\n imageData.data[offset + 3] = 0;\n } else {\n // Check the threshold based difference\n if (enableThresholdCheck &&\n (Math.abs(imageData.data[offset] - r) +\n Math.abs(imageData.data[offset + 1] - g) +\n Math.abs(imageData.data[offset + 2] - b)) < threshold) {\n imageData.data[offset + 3] = 0;\n } else {\n isEmpty = false;\n }\n }\n }\n\n return isEmpty;\n}\n\nfunction checkCompletelyTransparent(imageData: ImageData): boolean {\n for (let offset = 0; offset < imageData.data.length; offset += 4) {\n if (imageData.data[offset + 3] > 0) {\n return false;\n }\n }\n return true;\n}\n\nfunction createCanvas(document: Document, width: number, height: number): HTMLCanvasElement {\n const canvas = document.createElement('canvas');\n canvas.width = width;\n canvas.height = height;\n return canvas;\n}\n" }, { "path": "addons/addon-webgl/src/TypedArray.test.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\nimport { assert } from 'chai';\nimport { sliceFallback } from './TypedArray';\n\ntype TypedArray = Uint8Array | Uint16Array | Uint32Array | Uint8ClampedArray | Int8Array | Int16Array | Int32Array | Float32Array | Float64Array;\n\nfunction deepEquals(a: TypedArray, b: TypedArray): void {\n assert.equal(a.length, b.length);\n for (let i = 0; i < a.length; ++i) {\n assert.equal(a[i], b[i]);\n }\n}\n\ndescribe('polyfill conformance tests', function(): void {\n describe('TypedArray.slice', () => {\n describe('should work with all typed array types', () => {\n it('Uint8Array', () => {\n const a = new Uint8Array(5);\n deepEquals(sliceFallback(a, 2), a.slice(2));\n deepEquals(sliceFallback(a, 65535), a.slice(65535));\n deepEquals(sliceFallback(a, -1), a.slice(-1));\n });\n it('Uint16Array', () => {\n const u161 = new Uint16Array(5);\n const u162 = new Uint16Array(5);\n deepEquals(sliceFallback(u161, 2), u162.slice(2));\n deepEquals(sliceFallback(u161, 65535), u162.slice(65535));\n deepEquals(sliceFallback(u161, -1), u162.slice(-1));\n });\n it('Uint32Array', () => {\n const u321 = new Uint32Array(5);\n const u322 = new Uint32Array(5);\n deepEquals(sliceFallback(u321, 2), u322.slice(2));\n deepEquals(sliceFallback(u321, 65537), u322.slice(65537));\n deepEquals(sliceFallback(u321, -1), u322.slice(-1));\n });\n it('Int8Array', () => {\n const i81 = new Int8Array(5);\n const i82 = new Int8Array(5);\n deepEquals(sliceFallback(i81, 2), i82.slice(2));\n deepEquals(sliceFallback(i81, 65537), i82.slice(65537));\n deepEquals(sliceFallback(i81, -1), i82.slice(-1));\n });\n it('Int16Array', () => {\n const i161 = new Int16Array(5);\n const i162 = new Int16Array(5);\n deepEquals(sliceFallback(i161, 2), i162.slice(2));\n deepEquals(sliceFallback(i161, 65535), i162.slice(65535));\n deepEquals(sliceFallback(i161, -1), i162.slice(-1));\n });\n it('Int32Array', () => {\n const i321 = new Int32Array(5);\n const i322 = new Int32Array(5);\n deepEquals(sliceFallback(i321, 2), i322.slice(2));\n deepEquals(sliceFallback(i321, 65537), i322.slice(65537));\n deepEquals(sliceFallback(i321, -1), i322.slice(-1));\n });\n it('Float32Array', () => {\n const f321 = new Float32Array(5);\n const f322 = new Float32Array(5);\n deepEquals(sliceFallback(f321, 2), f322.slice(2));\n deepEquals(sliceFallback(f321, 65537), f322.slice(65537));\n deepEquals(sliceFallback(f321, -1), f322.slice(-1));\n });\n it('Float64Array', () => {\n const f641 = new Float64Array(5);\n const f642 = new Float64Array(5);\n deepEquals(sliceFallback(f641, 2), f642.slice(2));\n deepEquals(sliceFallback(f641, 65537), f642.slice(65537));\n deepEquals(sliceFallback(f641, -1), f642.slice(-1));\n });\n it('Uint8ClampedArray', () => {\n const u8Clamped1 = new Uint8ClampedArray(5);\n const u8Clamped2 = new Uint8ClampedArray(5);\n deepEquals(sliceFallback(u8Clamped1, 2), u8Clamped2.slice(2));\n deepEquals(sliceFallback(u8Clamped1, 65537), u8Clamped2.slice(65537));\n deepEquals(sliceFallback(u8Clamped1, -1), u8Clamped2.slice(-1));\n });\n });\n it('start', () => {\n const arr = new Uint32Array([1, 2, 3, 4, 5]);\n deepEquals(sliceFallback(arr, -1), arr.slice(-1));\n deepEquals(sliceFallback(arr, 0), arr.slice(0));\n deepEquals(sliceFallback(arr, 1), arr.slice(1));\n deepEquals(sliceFallback(arr, 2), arr.slice(2));\n deepEquals(sliceFallback(arr, 3), arr.slice(3));\n deepEquals(sliceFallback(arr, 4), arr.slice(4));\n deepEquals(sliceFallback(arr, 5), arr.slice(5));\n });\n it('end', () => {\n const arr = new Uint32Array([1, 2, 3, 4, 5]);\n deepEquals(sliceFallback(arr, -1, -2), arr.slice(-1, -2));\n deepEquals(sliceFallback(arr, 0, -2), arr.slice(0, -2));\n deepEquals(sliceFallback(arr, 1, -2), arr.slice(1, -2));\n deepEquals(sliceFallback(arr, 2, -2), arr.slice(2, -2));\n deepEquals(sliceFallback(arr, 3, -2), arr.slice(3, -2));\n deepEquals(sliceFallback(arr, 4, -2), arr.slice(4, -2));\n deepEquals(sliceFallback(arr, 5, -2), arr.slice(5, -2));\n\n deepEquals(sliceFallback(arr, -1, 3), arr.slice(-1, 3));\n deepEquals(sliceFallback(arr, 0, 3), arr.slice(0, 3));\n deepEquals(sliceFallback(arr, 1, 3), arr.slice(1, 3));\n deepEquals(sliceFallback(arr, 2, 3), arr.slice(2, 3));\n deepEquals(sliceFallback(arr, 3, 3), arr.slice(3, 3));\n deepEquals(sliceFallback(arr, 4, 3), arr.slice(4, 3));\n deepEquals(sliceFallback(arr, 5, 3), arr.slice(5, 3));\n\n deepEquals(sliceFallback(arr, -1, 8), arr.slice(-1, 8));\n deepEquals(sliceFallback(arr, 0, 8), arr.slice(0, 8));\n deepEquals(sliceFallback(arr, 1, 8), arr.slice(1, 8));\n deepEquals(sliceFallback(arr, 2, 8), arr.slice(2, 8));\n deepEquals(sliceFallback(arr, 3, 8), arr.slice(3, 8));\n deepEquals(sliceFallback(arr, 4, 8), arr.slice(4, 8));\n deepEquals(sliceFallback(arr, 5, 8), arr.slice(5, 8));\n });\n });\n});\n" }, { "path": "addons/addon-webgl/src/TypedArray.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nexport type TypedArray = Uint8Array | Uint16Array | Uint32Array | Uint8ClampedArray | Int8Array | Int16Array | Int32Array | Float32Array | Float64Array;\n\nexport function slice(array: T, start?: number, end?: number): T {\n // all modern engines that support .slice\n if (array.slice) {\n return array.slice(start, end) as T;\n }\n return sliceFallback(array, start, end);\n}\n\nexport function sliceFallback(array: T, start: number = 0, end: number = array.length): T {\n if (start < 0) {\n start = (array.length + start) % array.length;\n }\n if (end >= array.length) {\n end = array.length;\n } else {\n end = (array.length + end) % array.length;\n }\n start = Math.min(start, end);\n\n const result: T = new (array.constructor as any)(end - start);\n for (let i = 0; i < end - start; ++i) {\n result[i] = array[i + start];\n }\n return result;\n}\n" }, { "path": "addons/addon-webgl/src/Types.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { FontWeight } from '@xterm/xterm';\nimport { IColorSet } from 'browser/Types';\nimport { ISelectionRenderModel } from 'browser/renderer/shared/Types';\nimport { CursorInactiveStyle, CursorStyle, type IDisposable } from 'common/Types';\nimport type { IEvent } from 'common/Event';\n\nexport interface IRenderModel {\n cells: Uint32Array;\n lineLengths: Uint32Array;\n selection: ISelectionRenderModel;\n cursor?: ICursorRenderModel;\n}\n\nexport interface ICursorRenderModel {\n x: number;\n y: number;\n width: number;\n style: CursorStyle | CursorInactiveStyle;\n cursorWidth: number;\n dpr: number;\n}\n\nexport interface IWebGL2RenderingContext extends WebGLRenderingContext {\n vertexAttribDivisor(index: number, divisor: number): void;\n createVertexArray(): IWebGLVertexArrayObject;\n bindVertexArray(vao: IWebGLVertexArrayObject): void;\n drawElementsInstanced(mode: number, count: number, type: number, offset: number, instanceCount: number): void;\n}\n\nexport interface IWebGLVertexArrayObject {\n}\n\nexport interface ICharAtlasConfig {\n customGlyphs: boolean;\n devicePixelRatio: number;\n deviceMaxTextureSize: number;\n letterSpacing: number;\n lineHeight: number;\n fontSize: number;\n fontFamily: string;\n fontWeight: FontWeight;\n fontWeightBold: FontWeight;\n deviceCellWidth: number;\n deviceCellHeight: number;\n deviceCharWidth: number;\n deviceCharHeight: number;\n allowTransparency: boolean;\n drawBoldTextInBrightColors: boolean;\n minimumContrastRatio: number;\n colors: IColorSet;\n}\n\nexport interface ITextureAtlas extends IDisposable {\n readonly pages: { canvas: HTMLCanvasElement, version: number }[];\n\n onAddTextureAtlasCanvas: IEvent;\n onRemoveTextureAtlasCanvas: IEvent;\n\n /**\n * Warm up the texture atlas, adding common glyphs to avoid slowing early frame.\n */\n warmUp(): void;\n\n /**\n * Call when a frame is being drawn, this will return true if the atlas was cleared to make room\n * for a new set of glyphs.\n */\n beginFrame(): boolean;\n\n /**\n * Clear all glyphs from the texture atlas.\n */\n clearTexture(): void;\n getRasterizedGlyph(code: number, bg: number, fg: number, ext: number, restrictToCellHeight: boolean, domContainer: HTMLElement | undefined): IRasterizedGlyph;\n getRasterizedGlyphCombinedChar(chars: string, bg: number, fg: number, ext: number, restrictToCellHeight: boolean, domContainer: HTMLElement | undefined): IRasterizedGlyph;\n}\n\n/**\n * Represents a rasterized glyph within a texture atlas. Some numbers are\n * tracked in CSS pixels as well in order to reduce calculations during the\n * render loop.\n */\nexport interface IRasterizedGlyph {\n /**\n * The x and y offset between the glyph's top/left and the top/left of a cell\n * in pixels.\n */\n offset: IVector;\n /**\n * The index of the texture page that the glyph is on.\n */\n texturePage: number;\n /**\n * the x and y position of the glyph in the texture in pixels.\n */\n texturePosition: IVector;\n /**\n * the x and y position of the glyph in the texture in clip space coordinates.\n */\n texturePositionClipSpace: IVector;\n /**\n * The width and height of the glyph in the texture in pixels.\n */\n size: IVector;\n /**\n * The width and height of the glyph in the texture in clip space coordinates.\n */\n sizeClipSpace: IVector;\n}\n\nexport interface IVector {\n x: number;\n y: number;\n}\n\nexport interface IBoundingBox {\n top: number;\n left: number;\n right: number;\n bottom: number;\n}\n" }, { "path": "addons/addon-webgl/src/WebglAddon.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport type { ITerminalAddon, Terminal } from '@xterm/xterm';\nimport type { IWebglAddonOptions, WebglAddon as IWebglApi } from '@xterm/addon-webgl';\nimport { ICharacterJoinerService, ICharSizeService, ICoreBrowserService, IRenderService, IThemeService } from 'browser/services/Services';\nimport { ITerminal } from 'browser/Types';\nimport { Disposable, toDisposable } from 'common/Lifecycle';\nimport { getSafariVersion, isSafari } from 'common/Platform';\nimport { ICoreService, IDecorationService, IOptionsService } from 'common/services/Services';\nimport { IWebGL2RenderingContext } from './Types';\nimport { WebglRenderer } from './WebglRenderer';\nimport { Emitter, EventUtils } from 'common/Event';\n\nexport class WebglAddon extends Disposable implements ITerminalAddon, IWebglApi {\n private _terminal?: Terminal;\n private _renderer?: WebglRenderer;\n\n private readonly _onChangeTextureAtlas = this._register(new Emitter());\n public readonly onChangeTextureAtlas = this._onChangeTextureAtlas.event;\n private readonly _onAddTextureAtlasCanvas = this._register(new Emitter());\n public readonly onAddTextureAtlasCanvas = this._onAddTextureAtlasCanvas.event;\n private readonly _onRemoveTextureAtlasCanvas = this._register(new Emitter());\n public readonly onRemoveTextureAtlasCanvas = this._onRemoveTextureAtlasCanvas.event;\n private readonly _onContextLoss = this._register(new Emitter());\n public readonly onContextLoss = this._onContextLoss.event;\n\n private readonly _customGlyphs: boolean;\n private readonly _preserveDrawingBuffer?: boolean;\n\n constructor(options?: IWebglAddonOptions) {\n if (isSafari && getSafariVersion() < 16) {\n // Perform an extra check to determine if Webgl2 is manually enabled in developer settings\n const contextAttributes = {\n antialias: false,\n depth: false,\n preserveDrawingBuffer: true\n };\n const gl = document.createElement('canvas').getContext('webgl2', contextAttributes) as IWebGL2RenderingContext;\n if (!gl) {\n throw new Error('Webgl2 is only supported on Safari 16 and above');\n }\n }\n super();\n this._customGlyphs = options?.customGlyphs ?? true;\n this._preserveDrawingBuffer = options?.preserveDrawingBuffer;\n }\n\n public activate(terminal: Terminal): void {\n const core = (terminal as any)._core as ITerminal;\n if (!terminal.element) {\n this._register(core.onWillOpen(() => this.activate(terminal)));\n return;\n }\n\n this._terminal = terminal;\n const coreService: ICoreService = core.coreService;\n const optionsService: IOptionsService = core.optionsService;\n\n const unsafeCore = core as any;\n const renderService: IRenderService = unsafeCore._renderService;\n const characterJoinerService: ICharacterJoinerService = unsafeCore._characterJoinerService;\n const charSizeService: ICharSizeService = unsafeCore._charSizeService;\n const coreBrowserService: ICoreBrowserService = unsafeCore._coreBrowserService;\n const decorationService: IDecorationService = unsafeCore._decorationService;\n const themeService: IThemeService = unsafeCore._themeService;\n\n this._renderer = this._register(new WebglRenderer(\n terminal,\n characterJoinerService,\n charSizeService,\n coreBrowserService,\n coreService,\n decorationService,\n optionsService,\n themeService,\n this._customGlyphs,\n this._preserveDrawingBuffer\n ));\n this._register(EventUtils.forward(this._renderer.onContextLoss, this._onContextLoss));\n this._register(EventUtils.forward(this._renderer.onChangeTextureAtlas, this._onChangeTextureAtlas));\n this._register(EventUtils.forward(this._renderer.onAddTextureAtlasCanvas, this._onAddTextureAtlasCanvas));\n this._register(EventUtils.forward(this._renderer.onRemoveTextureAtlasCanvas, this._onRemoveTextureAtlasCanvas));\n renderService.setRenderer(this._renderer);\n\n this._register(toDisposable(() => {\n if ((this._terminal as any)._core._store._isDisposed) {\n return;\n }\n const renderService: IRenderService = (this._terminal as any)._core._renderService;\n renderService.setRenderer((this._terminal as any)._core._createRenderer());\n renderService.handleResize(terminal.cols, terminal.rows);\n }));\n }\n\n public get textureAtlas(): HTMLCanvasElement | undefined {\n return this._renderer?.textureAtlas;\n }\n\n public clearTextureAtlas(): void {\n this._renderer?.clearTextureAtlas();\n }\n}\n" }, { "path": "addons/addon-webgl/src/WebglRenderer.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { ITerminal } from 'browser/Types';\nimport { CellColorResolver } from './CellColorResolver';\nimport { acquireTextureAtlas, removeTerminalFromCache } from './CharAtlasCache';\nimport { CursorBlinkStateManager } from './CursorBlinkStateManager';\nimport { observeDevicePixelDimensions } from './DevicePixelObserver';\nimport { IRenderDimensions, IRenderer, IRequestRedrawEvent } from 'browser/renderer/shared/Types';\nimport { ICharSizeService, ICharacterJoinerService, ICoreBrowserService, IThemeService } from 'browser/services/Services';\nimport { CharData, IBufferLine, ICellData } from 'common/Types';\nimport { AttributeData } from 'common/buffer/AttributeData';\nimport { CellData } from 'common/buffer/CellData';\nimport { Attributes, Content, FgFlags, NULL_CELL_CHAR, NULL_CELL_CODE } from 'common/buffer/Constants';\nimport { TextBlinkStateManager } from 'browser/renderer/shared/TextBlinkStateManager';\nimport { ICoreService, IDecorationService, IOptionsService } from 'common/services/Services';\nimport { Terminal } from '@xterm/xterm';\nimport { GlyphRenderer } from './GlyphRenderer';\nimport { RectangleRenderer } from './RectangleRenderer';\nimport { COMBINED_CHAR_BIT_MASK, RENDER_MODEL_BG_OFFSET, RENDER_MODEL_EXT_OFFSET, RENDER_MODEL_FG_OFFSET, RENDER_MODEL_INDICIES_PER_CELL, RenderModel } from './RenderModel';\nimport { IWebGL2RenderingContext, type ITextureAtlas } from './Types';\nimport { LinkRenderLayer } from './renderLayer/LinkRenderLayer';\nimport { IRenderLayer } from './renderLayer/Types';\nimport { Emitter, EventUtils } from 'common/Event';\nimport { addDisposableListener } from 'browser/Dom';\nimport { combinedDisposable, Disposable, MutableDisposable, toDisposable } from 'common/Lifecycle';\nimport { createRenderDimensions } from 'browser/renderer/shared/RendererUtils';\n\nexport class WebglRenderer extends Disposable implements IRenderer {\n private _renderLayers: IRenderLayer[];\n private _cursorBlinkStateManager: MutableDisposable = new MutableDisposable();\n private _textBlinkStateManager: TextBlinkStateManager;\n private _charAtlasDisposable = this._register(new MutableDisposable());\n private _charAtlas: ITextureAtlas | undefined;\n private _devicePixelRatio: number;\n private _deviceMaxTextureSize: number;\n private _observerDisposable = this._register(new MutableDisposable());\n\n private _model: RenderModel = new RenderModel();\n private _rowHasBlinkingCells: boolean[] = [];\n private _rowHasBlinkingCellsCount: number = 0;\n private _workCell: ICellData = new CellData();\n private _cellColorResolver: CellColorResolver;\n\n private _canvas: HTMLCanvasElement;\n private _gl: IWebGL2RenderingContext;\n private _rectangleRenderer: MutableDisposable = this._register(new MutableDisposable());\n private _glyphRenderer: MutableDisposable = this._register(new MutableDisposable());\n\n public readonly dimensions: IRenderDimensions;\n\n private _core: ITerminal;\n private _isAttached: boolean;\n private _contextRestorationTimeout: number | undefined;\n\n private readonly _onChangeTextureAtlas = this._register(new Emitter());\n public readonly onChangeTextureAtlas = this._onChangeTextureAtlas.event;\n private readonly _onAddTextureAtlasCanvas = this._register(new Emitter());\n public readonly onAddTextureAtlasCanvas = this._onAddTextureAtlasCanvas.event;\n private readonly _onRemoveTextureAtlasCanvas = this._register(new Emitter());\n public readonly onRemoveTextureAtlasCanvas = this._onRemoveTextureAtlasCanvas.event;\n private readonly _onRequestRedraw = this._register(new Emitter());\n public readonly onRequestRedraw = this._onRequestRedraw.event;\n private readonly _onContextLoss = this._register(new Emitter());\n public readonly onContextLoss = this._onContextLoss.event;\n\n constructor(\n private _terminal: Terminal,\n private readonly _characterJoinerService: ICharacterJoinerService,\n private readonly _charSizeService: ICharSizeService,\n private readonly _coreBrowserService: ICoreBrowserService,\n private readonly _coreService: ICoreService,\n private readonly _decorationService: IDecorationService,\n private readonly _optionsService: IOptionsService,\n private readonly _themeService: IThemeService,\n private readonly _customGlyphs: boolean = true,\n preserveDrawingBuffer?: boolean\n ) {\n super();\n\n // IMPORTANT: Canvas initialization and fetching of the context must be first in order to\n // prevent possible listeners leaking and continuing to operate after the WebglRenderer has been\n // discarded.\n this._canvas = this._coreBrowserService.mainDocument.createElement('canvas');\n const contextAttributes = {\n antialias: false,\n depth: false,\n preserveDrawingBuffer\n };\n this._gl = this._canvas.getContext('webgl2', contextAttributes) as IWebGL2RenderingContext;\n if (!this._gl) {\n throw new Error('WebGL2 not supported ' + this._gl);\n }\n\n this._register(this._themeService.onChangeColors(() => this._handleColorChange()));\n\n this._cellColorResolver = new CellColorResolver(this._terminal, this._optionsService, this._model.selection, this._decorationService, this._coreBrowserService, this._themeService);\n\n this._core = (this._terminal as any)._core;\n\n this._renderLayers = [\n new LinkRenderLayer(this._core.screenElement!, 2, this._terminal, this._core.linkifier!, this._coreBrowserService, _optionsService, this._themeService)\n ];\n this.dimensions = createRenderDimensions();\n this._devicePixelRatio = this._coreBrowserService.dpr;\n this._updateDimensions();\n this._updateCursorBlink();\n this._register(_optionsService.onOptionChange(() => this._handleOptionsChanged()));\n this._textBlinkStateManager = this._register(new TextBlinkStateManager(\n () => this._requestRedrawViewport(),\n this._coreBrowserService,\n this._optionsService\n ));\n this._resetBlinkingRowState();\n\n this._deviceMaxTextureSize = this._gl.getParameter(this._gl.MAX_TEXTURE_SIZE);\n\n this._register(addDisposableListener(this._canvas, 'webglcontextlost', (e) => {\n console.log('webglcontextlost event received');\n // Prevent the default behavior in order to enable WebGL context restoration.\n e.preventDefault();\n // Wait a few seconds to see if the 'webglcontextrestored' event is fired.\n // If not, dispatch the onContextLoss notification to observers.\n this._contextRestorationTimeout = setTimeout(() => {\n this._contextRestorationTimeout = undefined;\n console.warn('webgl context not restored; firing onContextLoss');\n this._onContextLoss.fire(e);\n }, 3000 /* ms */);\n }));\n this._register(addDisposableListener(this._canvas, 'webglcontextrestored', (e) => {\n console.warn('webglcontextrestored event received');\n clearTimeout(this._contextRestorationTimeout);\n this._contextRestorationTimeout = undefined;\n // The texture atlas and glyph renderer must be fully reinitialized\n // because their contents have been lost.\n removeTerminalFromCache(this._terminal);\n this._initializeWebGLState();\n this._requestRedrawViewport();\n }));\n\n this._observerDisposable.value = observeDevicePixelDimensions(this._canvas, this._coreBrowserService.window, (w, h) => this._setCanvasDevicePixelDimensions(w, h));\n this._register(this._coreBrowserService.onWindowChange(w => {\n this._observerDisposable.value = observeDevicePixelDimensions(this._canvas, w, (w, h) => this._setCanvasDevicePixelDimensions(w, h));\n }));\n\n this._register(addDisposableListener(this._coreBrowserService.mainDocument, 'mousedown', () => this._cursorBlinkStateManager.value?.restartBlinkAnimation()));\n\n this._core.screenElement!.appendChild(this._canvas);\n\n [this._rectangleRenderer.value, this._glyphRenderer.value] = this._initializeWebGLState();\n\n this._isAttached = this._core.screenElement!.isConnected;\n\n this._register(toDisposable(() => {\n for (const l of this._renderLayers) {\n l.dispose();\n }\n this._canvas.parentElement?.removeChild(this._canvas);\n removeTerminalFromCache(this._terminal);\n }));\n }\n\n public get textureAtlas(): HTMLCanvasElement | undefined {\n return this._charAtlas?.pages[0].canvas;\n }\n\n private _handleColorChange(): void {\n this._refreshCharAtlas();\n\n // Force a full refresh\n this._clearModel(true);\n }\n\n public handleDevicePixelRatioChange(): void {\n // If the device pixel ratio changed, the char atlas needs to be regenerated\n // and the terminal needs to refreshed\n if (this._devicePixelRatio !== this._coreBrowserService.dpr) {\n this._devicePixelRatio = this._coreBrowserService.dpr;\n this.handleResize(this._terminal.cols, this._terminal.rows);\n }\n }\n\n public handleResize(cols: number, rows: number): void {\n // Update character and canvas dimensions\n this._updateDimensions();\n\n this._model.resize(this._terminal.cols, this._terminal.rows);\n this._resetBlinkingRowState();\n\n // Resize all render layers\n for (const l of this._renderLayers) {\n l.resize(this._terminal, this.dimensions);\n }\n\n // Resize the canvas\n this._canvas.width = this.dimensions.device.canvas.width;\n this._canvas.height = this.dimensions.device.canvas.height;\n this._canvas.style.width = `${this.dimensions.css.canvas.width}px`;\n this._canvas.style.height = `${this.dimensions.css.canvas.height}px`;\n\n // Resize the screen\n this._core.screenElement!.style.width = `${this.dimensions.css.canvas.width}px`;\n this._core.screenElement!.style.height = `${this.dimensions.css.canvas.height}px`;\n\n this._rectangleRenderer.value?.setDimensions(this.dimensions);\n this._rectangleRenderer.value?.handleResize();\n this._glyphRenderer.value?.setDimensions(this.dimensions);\n this._glyphRenderer.value?.handleResize();\n\n this._refreshCharAtlas();\n\n // Force a full refresh. Resizing `_glyphRenderer` should clear it already,\n // so there is no need to clear it again here.\n this._clearModel(false);\n\n // Render synchronously to avoid flicker when the canvas is cleared\n this._onRequestRedraw.fire({ start: 0, end: this._terminal.rows - 1, sync: true });\n }\n\n public handleCharSizeChanged(): void {\n this.handleResize(this._terminal.cols, this._terminal.rows);\n }\n\n public handleBlur(): void {\n for (const l of this._renderLayers) {\n l.handleBlur(this._terminal);\n }\n this._cursorBlinkStateManager.value?.pause();\n // Request a redraw for active/inactive selection background\n this._requestRedrawViewport();\n }\n\n public handleFocus(): void {\n for (const l of this._renderLayers) {\n l.handleFocus(this._terminal);\n }\n this._cursorBlinkStateManager.value?.resume();\n // Request a redraw for active/inactive selection background\n this._requestRedrawViewport();\n }\n\n public handleViewportVisibilityChange(isVisible: boolean): void {\n this._textBlinkStateManager.setViewportVisible(isVisible);\n }\n\n public handleSelectionChanged(start: [number, number] | undefined, end: [number, number] | undefined, columnSelectMode: boolean): void {\n for (const l of this._renderLayers) {\n l.handleSelectionChanged(this._terminal, start, end, columnSelectMode);\n }\n this._model.selection.update(this._core, start, end, columnSelectMode);\n this._requestRedrawViewport();\n }\n\n public handleCursorMove(): void {\n for (const l of this._renderLayers) {\n l.handleCursorMove(this._terminal);\n }\n this._cursorBlinkStateManager.value?.restartBlinkAnimation();\n }\n\n private _handleOptionsChanged(): void {\n this._updateDimensions();\n this._refreshCharAtlas();\n this._updateCursorBlink();\n }\n\n /**\n * Initializes members dependent on WebGL context state.\n */\n private _initializeWebGLState(): [RectangleRenderer, GlyphRenderer] {\n this._rectangleRenderer.value = new RectangleRenderer(this._terminal, this._gl, this.dimensions, this._themeService);\n this._glyphRenderer.value = new GlyphRenderer(this._terminal, this._gl, this.dimensions, this._optionsService);\n\n // Update dimensions and acquire char atlas\n this.handleCharSizeChanged();\n\n return [this._rectangleRenderer.value, this._glyphRenderer.value];\n }\n\n /**\n * Refreshes the char atlas, aquiring a new one if necessary.\n */\n private _refreshCharAtlas(): void {\n if (this.dimensions.device.char.width <= 0 && this.dimensions.device.char.height <= 0) {\n // Mark as not attached so char atlas gets refreshed on next render\n this._isAttached = false;\n return;\n }\n\n const atlas = acquireTextureAtlas(\n this._terminal,\n this._optionsService.rawOptions,\n this._themeService.colors,\n this.dimensions.device.cell.width,\n this.dimensions.device.cell.height,\n this.dimensions.device.char.width,\n this.dimensions.device.char.height,\n this._coreBrowserService.dpr,\n this._deviceMaxTextureSize,\n this._customGlyphs\n );\n if (this._charAtlas !== atlas) {\n this._onChangeTextureAtlas.fire(atlas.pages[0].canvas);\n this._charAtlasDisposable.value = combinedDisposable(\n EventUtils.forward(atlas.onAddTextureAtlasCanvas, this._onAddTextureAtlasCanvas),\n EventUtils.forward(atlas.onRemoveTextureAtlasCanvas, this._onRemoveTextureAtlasCanvas)\n );\n }\n this._charAtlas = atlas;\n this._charAtlas.warmUp();\n this._glyphRenderer.value?.setAtlas(this._charAtlas);\n }\n\n /**\n * Clear the model.\n * @param clearGlyphRenderer Whether to also clear the glyph renderer. This\n * should be true generally to make sure it is in the same state as the model.\n */\n private _clearModel(clearGlyphRenderer: boolean): void {\n this._model.clear();\n if (clearGlyphRenderer) {\n this._glyphRenderer.value?.clear();\n }\n }\n\n public clearTextureAtlas(): void {\n this._charAtlas?.clearTexture();\n this._clearModel(true);\n this._requestRedrawViewport();\n }\n\n public clear(): void {\n this._clearModel(true);\n for (const l of this._renderLayers) {\n l.reset(this._terminal);\n }\n\n this._resetBlinkingRowState();\n this._textBlinkStateManager.setNeedsBlinkInViewport(false);\n\n this._cursorBlinkStateManager.value?.restartBlinkAnimation();\n this._updateCursorBlink();\n }\n\n public renderRows(start: number, end: number): void {\n if (!this._isAttached) {\n if (this._core.screenElement?.isConnected && this._charSizeService.width && this._charSizeService.height) {\n this._updateDimensions();\n this._refreshCharAtlas();\n this._isAttached = true;\n } else {\n return;\n }\n }\n\n // Update render layers\n for (const l of this._renderLayers) {\n l.handleGridChanged(this._terminal, start, end);\n }\n\n if (!this._glyphRenderer.value || !this._rectangleRenderer.value) {\n return;\n }\n\n // Tell renderer the frame is beginning\n // upon a model clear also refresh the full viewport model\n // (also triggered by an atlas page merge, part of #4480)\n if (this._glyphRenderer.value.beginFrame()) {\n this._clearModel(true);\n this._updateModel(0, this._terminal.rows - 1);\n } else {\n // just update changed lines to draw\n this._updateModel(start, end);\n }\n\n // Render\n this._rectangleRenderer.value.renderBackgrounds();\n this._glyphRenderer.value.render(this._model);\n if (!this._cursorBlinkStateManager.value || this._cursorBlinkStateManager.value.isCursorVisible) {\n this._rectangleRenderer.value.renderCursor();\n }\n }\n\n private _updateCursorBlink(): void {\n if (this._coreService.decPrivateModes.cursorBlink ?? this._terminal.options.cursorBlink) {\n this._cursorBlinkStateManager.value = new CursorBlinkStateManager(() => {\n this._requestRedrawCursor();\n }, this._coreBrowserService);\n } else {\n this._cursorBlinkStateManager.clear();\n }\n // Request a refresh from the terminal as management of rendering is being\n // moved back to the terminal\n this._requestRedrawCursor();\n }\n\n private _updateModel(start: number, end: number): void {\n const terminal = this._core;\n let cell: ICellData = this._workCell;\n\n // Declare variable ahead of time to avoid garbage collection\n let lastBg: number;\n let y: number;\n let row: number;\n let line: IBufferLine;\n let joinedRanges: [number, number][];\n let isJoined: boolean;\n let skipJoinedCheckUntilX: number = 0;\n let isValidJoinRange: boolean = true;\n let lastCharX: number;\n let range: [number, number];\n let isCursorRow: boolean;\n let chars: string;\n let code: number;\n let width: number;\n let i: number;\n let x: number;\n let j: number;\n start = clamp(start, terminal.rows - 1, 0);\n end = clamp(end, terminal.rows - 1, 0);\n const cursorStyle = this._coreService.decPrivateModes.cursorStyle ?? terminal.options.cursorStyle ?? 'block';\n\n const cursorY = this._terminal.buffer.active.baseY + this._terminal.buffer.active.cursorY;\n const viewportRelativeCursorY = cursorY - terminal.buffer.ydisp;\n // in case cursor.x == cols adjust visual cursor to cols - 1\n const cursorX = Math.min(this._terminal.buffer.active.cursorX, terminal.cols - 1);\n let lastCursorX = -1;\n const isCursorVisible =\n this._coreService.isCursorInitialized &&\n !this._coreService.isCursorHidden &&\n (!this._cursorBlinkStateManager.value || this._cursorBlinkStateManager.value.isCursorVisible);\n this._model.cursor = undefined;\n let modelUpdated = false;\n\n for (y = start; y <= end; y++) {\n row = y + terminal.buffer.ydisp;\n line = terminal.buffer.lines.get(row)!;\n let rowHasBlinkingCells = false;\n this._model.lineLengths[y] = 0;\n isCursorRow = cursorY === row;\n skipJoinedCheckUntilX = 0;\n joinedRanges = this._characterJoinerService.getJoinedCharacters(row);\n for (x = 0; x < terminal.cols; x++) {\n lastBg = this._cellColorResolver.result.bg;\n line.loadCell(x, cell);\n\n if (x === 0) {\n lastBg = this._cellColorResolver.result.bg;\n }\n\n // If true, indicates that the current character(s) to draw were joined.\n isJoined = false;\n\n // Indicates whether this cell is part of a joined range that should be ignored as it cannot\n // be rendered entirely, like the selection state differs across the range.\n isValidJoinRange = (x >= skipJoinedCheckUntilX);\n\n lastCharX = x;\n\n // Process any joined character ranges as needed. Because of how the\n // ranges are produced, we know that they are valid for the characters\n // and attributes of our input.\n if (joinedRanges.length > 0 && x === joinedRanges[0][0] && isValidJoinRange) {\n range = joinedRanges.shift()!;\n\n // If the ligature's selection state is not consistent, don't join it. This helps the\n // selection render correctly regardless whether they should be joined.\n const firstSelectionState = this._model.selection.isCellSelected(this._terminal, range[0], row);\n for (i = range[0] + 1; i < range[1]; i++) {\n isValidJoinRange &&= (firstSelectionState === this._model.selection.isCellSelected(this._terminal, i, row));\n }\n // Similarly, if the cursor is in the ligature, don't join it.\n isValidJoinRange &&= !isCursorRow || cursorX < range[0] || cursorX >= range[1];\n if (!isValidJoinRange) {\n skipJoinedCheckUntilX = range[1];\n } else {\n isJoined = true;\n\n // We already know the exact start and end column of the joined range,\n // so we get the string and width representing it directly.\n cell = new JoinedCellData(\n cell,\n line!.translateToString(true, range[0], range[1]),\n range[1] - range[0]\n );\n\n // Skip over the cells occupied by this range in the loop\n lastCharX = range[1] - 1;\n }\n }\n\n chars = cell.getChars();\n code = cell.getCode();\n i = ((y * terminal.cols) + x) * RENDER_MODEL_INDICIES_PER_CELL;\n\n if (!rowHasBlinkingCells && cell.isBlink()) {\n rowHasBlinkingCells = true;\n }\n\n // Load colors/resolve overrides into work colors\n this._cellColorResolver.resolve(cell, x, row, this.dimensions.device.cell.width, this.dimensions.device.cell.height);\n\n // Override colors for cursor cell\n if (isCursorVisible && row === cursorY) {\n if (x === cursorX) {\n this._model.cursor = {\n x: cursorX,\n y: viewportRelativeCursorY,\n width: cell.getWidth(),\n style: this._coreBrowserService.isFocused ? cursorStyle : terminal.options.cursorInactiveStyle,\n cursorWidth: terminal.options.cursorWidth,\n dpr: this._devicePixelRatio\n };\n lastCursorX = cursorX + cell.getWidth() - 1;\n }\n if (x >= cursorX && x <= lastCursorX &&\n ((this._coreBrowserService.isFocused &&\n cursorStyle === 'block') ||\n (this._coreBrowserService.isFocused === false &&\n terminal.options.cursorInactiveStyle === 'block'))\n ) {\n this._cellColorResolver.result.fg =\n Attributes.CM_RGB | (this._themeService.colors.cursorAccent.rgba >> 8 & Attributes.RGB_MASK);\n this._cellColorResolver.result.bg =\n Attributes.CM_RGB | (this._themeService.colors.cursor.rgba >> 8 & Attributes.RGB_MASK);\n }\n }\n\n if (this._textBlinkStateManager.isEnabled && !this._textBlinkStateManager.isBlinkOn && cell.isBlink()) {\n this._cellColorResolver.result.fg |= FgFlags.INVISIBLE;\n }\n\n if (code !== NULL_CELL_CODE) {\n this._model.lineLengths[y] = x + 1;\n }\n\n // Nothing has changed, no updates needed\n if (this._model.cells[i] === code &&\n this._model.cells[i + RENDER_MODEL_BG_OFFSET] === this._cellColorResolver.result.bg &&\n this._model.cells[i + RENDER_MODEL_FG_OFFSET] === this._cellColorResolver.result.fg &&\n this._model.cells[i + RENDER_MODEL_EXT_OFFSET] === this._cellColorResolver.result.ext) {\n continue;\n }\n\n modelUpdated = true;\n\n // Flag combined chars with a bit mask so they're easily identifiable\n if (chars.length > 1) {\n code |= COMBINED_CHAR_BIT_MASK;\n }\n\n // Cache the results in the model\n this._model.cells[i] = code;\n this._model.cells[i + RENDER_MODEL_BG_OFFSET] = this._cellColorResolver.result.bg;\n this._model.cells[i + RENDER_MODEL_FG_OFFSET] = this._cellColorResolver.result.fg;\n this._model.cells[i + RENDER_MODEL_EXT_OFFSET] = this._cellColorResolver.result.ext;\n\n width = cell.getWidth();\n this._glyphRenderer.value!.updateCell(x, y, code, this._cellColorResolver.result.bg, this._cellColorResolver.result.fg, this._cellColorResolver.result.ext, chars, width, lastBg);\n\n if (isJoined) {\n // Restore work cell\n cell = this._workCell;\n\n // Null out non-first cells\n for (x++; x <= lastCharX; x++) {\n j = ((y * terminal.cols) + x) * RENDER_MODEL_INDICIES_PER_CELL;\n this._glyphRenderer.value!.updateCell(x, y, NULL_CELL_CODE, 0, 0, 0, NULL_CELL_CHAR, 0, 0);\n this._model.cells[j] = NULL_CELL_CODE;\n // Don't re-resolve the cell color since multi-colored ligature backgrounds are not\n // supported\n this._model.cells[j + RENDER_MODEL_BG_OFFSET] = this._cellColorResolver.result.bg;\n this._model.cells[j + RENDER_MODEL_FG_OFFSET] = this._cellColorResolver.result.fg;\n this._model.cells[j + RENDER_MODEL_EXT_OFFSET] = this._cellColorResolver.result.ext;\n }\n x--; // Go back to the previous update cell for next iteration\n }\n }\n this._setRowBlinkState(y, rowHasBlinkingCells);\n }\n if (modelUpdated) {\n this._rectangleRenderer.value!.updateBackgrounds(this._model);\n }\n this._rectangleRenderer.value!.updateCursor(this._model);\n this._updateTextBlinkState();\n }\n\n private _resetBlinkingRowState(): void {\n this._rowHasBlinkingCells = new Array(this._terminal.rows).fill(false);\n this._rowHasBlinkingCellsCount = 0;\n }\n\n private _setRowBlinkState(row: number, hasBlinkingCells: boolean): void {\n const previous = this._rowHasBlinkingCells[row];\n if (previous === hasBlinkingCells) {\n return;\n }\n this._rowHasBlinkingCells[row] = hasBlinkingCells;\n this._rowHasBlinkingCellsCount += hasBlinkingCells ? 1 : -1;\n }\n\n private _updateTextBlinkState(): void {\n this._textBlinkStateManager.setNeedsBlinkInViewport(this._rowHasBlinkingCellsCount > 0);\n }\n\n /**\n * Recalculates the character and canvas dimensions.\n */\n private _updateDimensions(): void {\n // Perform a new measure if the CharMeasure dimensions are not yet available\n if (!this._charSizeService.width || !this._charSizeService.height) {\n return;\n }\n\n // Calculate the device character width. Width is floored as it must be drawn to an integer grid\n // in order for the char atlas glyphs to not be blurry.\n this.dimensions.device.char.width = Math.floor(this._charSizeService.width * this._devicePixelRatio);\n\n // Calculate the device character height. Height is ceiled in case devicePixelRatio is a\n // floating point number in order to ensure there is enough space to draw the character to the\n // cell.\n this.dimensions.device.char.height = Math.ceil(this._charSizeService.height * this._devicePixelRatio);\n\n // Calculate the device cell height, if lineHeight is _not_ 1, the resulting value will be\n // floored since lineHeight can never be lower then 1, this guarentees the device cell height\n // will always be larger than device char height.\n this.dimensions.device.cell.height = Math.floor(this.dimensions.device.char.height * this._optionsService.rawOptions.lineHeight);\n\n // Calculate the y offset within a cell that glyph should draw at in order for it to be centered\n // correctly within the cell.\n this.dimensions.device.char.top = this._optionsService.rawOptions.lineHeight === 1 ? 0 : Math.round((this.dimensions.device.cell.height - this.dimensions.device.char.height) / 2);\n\n // Calculate the device cell width, taking the letterSpacing into account.\n this.dimensions.device.cell.width = this.dimensions.device.char.width + Math.round(this._optionsService.rawOptions.letterSpacing);\n\n // Calculate the x offset with a cell that text should draw from in order for it to be centered\n // correctly within the cell.\n this.dimensions.device.char.left = Math.floor(this._optionsService.rawOptions.letterSpacing / 2);\n\n // Recalculate the canvas dimensions, the device dimensions define the actual number of pixel in\n // the canvas\n this.dimensions.device.canvas.height = this._terminal.rows * this.dimensions.device.cell.height;\n this.dimensions.device.canvas.width = this._terminal.cols * this.dimensions.device.cell.width;\n\n // The the size of the canvas on the page. It's important that this rounds to nearest integer\n // and not ceils as browsers often have floating point precision issues where\n // `window.devicePixelRatio` ends up being something like `1.100000023841858` for example, when\n // it's actually 1.1. Ceiling may causes blurriness as the backing canvas image is 1 pixel too\n // large for the canvas element size.\n this.dimensions.css.canvas.height = Math.round(this.dimensions.device.canvas.height / this._devicePixelRatio);\n this.dimensions.css.canvas.width = Math.round(this.dimensions.device.canvas.width / this._devicePixelRatio);\n\n // Get the CSS dimensions of an individual cell. This needs to be derived from the calculated\n // device pixel canvas value above. CharMeasure.width/height by itself is insufficient when the\n // page is not at 100% zoom level as CharMeasure is measured in CSS pixels, but the actual char\n // size on the canvas can differ.\n this.dimensions.css.cell.height = this.dimensions.device.cell.height / this._devicePixelRatio;\n this.dimensions.css.cell.width = this.dimensions.device.cell.width / this._devicePixelRatio;\n }\n\n private _setCanvasDevicePixelDimensions(width: number, height: number): void {\n if (this._canvas.width === width && this._canvas.height === height) {\n return;\n }\n // While the actual canvas size has changed, keep device canvas dimensions as the value before\n // the change as it's an exact multiple of the cell sizes.\n this._canvas.width = width;\n this._canvas.height = height;\n // Render synchronously to avoid flicker when the canvas is cleared\n this._onRequestRedraw.fire({ start: 0, end: this._terminal.rows - 1, sync: true });\n }\n\n private _requestRedrawViewport(): void {\n this._onRequestRedraw.fire({ start: 0, end: this._terminal.rows - 1 });\n }\n\n private _requestRedrawCursor(): void {\n const cursorY = this._terminal.buffer.active.cursorY;\n this._onRequestRedraw.fire({ start: cursorY, end: cursorY });\n }\n}\n\n// TODO: Share impl with core\nexport class JoinedCellData extends AttributeData implements ICellData {\n private _width: number;\n // .content carries no meaning for joined CellData, simply nullify it\n // thus we have to overload all other .content accessors\n public content: number = 0;\n public fg: number;\n public bg: number;\n public combinedData: string = '';\n\n constructor(firstCell: ICellData, chars: string, width: number) {\n super();\n this.fg = firstCell.fg;\n this.bg = firstCell.bg;\n this.combinedData = chars;\n this._width = width;\n }\n\n public isCombined(): number {\n // always mark joined cell data as combined\n return Content.IS_COMBINED_MASK;\n }\n\n public getWidth(): number {\n return this._width;\n }\n\n public getChars(): string {\n return this.combinedData;\n }\n\n public getCode(): number {\n // code always gets the highest possible fake codepoint (read as -1)\n // this is needed as code is used by caches as identifier\n return 0x1FFFFF;\n }\n\n public setFromCharData(value: CharData): void {\n throw new Error('not implemented');\n }\n\n public getAsCharData(): CharData {\n return [this.fg, this.getChars(), this.getWidth(), this.getCode()];\n }\n}\n\nfunction clamp(value: number, max: number, min: number = 0): number {\n return Math.max(Math.min(value, max), min);\n}\n" }, { "path": "addons/addon-webgl/src/WebglUtils.ts", "content": "/**\n * Copyright (c) 2018 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { throwIfFalsy } from 'browser/renderer/shared/RendererUtils';\n\n/**\n * A matrix that when multiplies will translate 0-1 coordinates (left to right,\n * top to bottom) to clip space.\n */\nexport const PROJECTION_MATRIX = new Float32Array([\n 2, 0, 0, 0,\n 0, -2, 0, 0,\n 0, 0, 1, 0,\n -1, 1, 0, 1\n]);\n\nexport function createProgram(gl: WebGLRenderingContext, vertexSource: string, fragmentSource: string): WebGLProgram | undefined {\n const program = throwIfFalsy(gl.createProgram());\n gl.attachShader(program, throwIfFalsy(createShader(gl, gl.VERTEX_SHADER, vertexSource)));\n gl.attachShader(program, throwIfFalsy(createShader(gl, gl.FRAGMENT_SHADER, fragmentSource)));\n gl.linkProgram(program);\n const success = gl.getProgramParameter(program, gl.LINK_STATUS);\n if (success) {\n return program;\n }\n\n console.error(gl.getProgramInfoLog(program));\n gl.deleteProgram(program);\n}\n\nexport function createShader(gl: WebGLRenderingContext, type: number, source: string): WebGLShader | undefined {\n const shader = throwIfFalsy(gl.createShader(type));\n gl.shaderSource(shader, source);\n gl.compileShader(shader);\n const success = gl.getShaderParameter(shader, gl.COMPILE_STATUS);\n if (success) {\n return shader;\n }\n\n console.error(gl.getShaderInfoLog(shader));\n gl.deleteShader(shader);\n}\n\nexport function expandFloat32Array(source: Float32Array, max: number): Float32Array {\n const newLength = Math.min(source.length * 2, max);\n const newArray = new Float32Array(newLength);\n for (let i = 0; i < source.length; i++) {\n newArray[i] = source[i];\n }\n return newArray;\n}\n\nexport class GLTexture {\n public texture: WebGLTexture;\n public version: number;\n\n constructor(texture: WebGLTexture) {\n this.texture = texture;\n this.version = -1;\n }\n}\n" }, { "path": "addons/addon-webgl/src/customGlyphs/CustomGlyphDefinitions.ts", "content": "/**\n * Copyright (c) 2021 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { CustomGlyphDefinitionType, CustomGlyphScaleType, CustomGlyphVectorType, type CustomGlyphCharacterDefinition, type CustomGlyphDefinitionPart, type CustomGlyphPathDrawFunctionDefinition } from './Types';\n\n/* eslint-disable max-len */\n\nconst enum Shapes {\n /** │ */ TOP_TO_BOTTOM = 'M.5,0 L.5,1',\n /** ─ */ LEFT_TO_RIGHT = 'M0,.5 L1,.5',\n\n /** └ */ TOP_TO_RIGHT = 'M.5,0 L.5,.5 L1,.5',\n /** ┘ */ TOP_TO_LEFT = 'M.5,0 L.5,.5 L0,.5',\n /** ┐ */ LEFT_TO_BOTTOM = 'M0,.5 L.5,.5 L.5,1',\n /** ┌ */ RIGHT_TO_BOTTOM = 'M0.5,1 L.5,.5 L1,.5',\n\n /** ╵ */ MIDDLE_TO_TOP = 'M.5,.5 L.5,0',\n /** ╴ */ MIDDLE_TO_LEFT = 'M.5,.5 L0,.5',\n /** ╶ */ MIDDLE_TO_RIGHT = 'M.5,.5 L1,.5',\n /** ╷ */ MIDDLE_TO_BOTTOM = 'M.5,.5 L.5,1',\n\n /** ┴ */ T_TOP = 'M0,.5 L1,.5 M.5,.5 L.5,0',\n /** ┤ */ T_LEFT = 'M.5,0 L.5,1 M.5,.5 L0,.5',\n /** ├ */ T_RIGHT = 'M.5,0 L.5,1 M.5,.5 L1,.5',\n /** ┬ */ T_BOTTOM = 'M0,.5 L1,.5 M.5,.5 L.5,1',\n\n /** ┼ */ CROSS = 'M0,.5 L1,.5 M.5,0 L.5,1',\n\n /** ╌ */ TWO_DASHES_HORIZONTAL = 'M.1,.5 L.4,.5 M.6,.5 L.9,.5', // .2 empty, .3 filled\n /** ┄ */ THREE_DASHES_HORIZONTAL = 'M.0667,.5 L.2667,.5 M.4,.5 L.6,.5 M.7333,.5 L.9333,.5', // .1333 empty, .2 filled\n /** ┉ */ FOUR_DASHES_HORIZONTAL = 'M.05,.5 L.2,.5 M.3,.5 L.45,.5 M.55,.5 L.7,.5 M.8,.5 L.95,.5', // .1 empty, .15 filled\n /** ╎ */ TWO_DASHES_VERTICAL = 'M.5,.1 L.5,.4 M.5,.6 L.5,.9',\n /** ┆ */ THREE_DASHES_VERTICAL = 'M.5,.0667 L.5,.2667 M.5,.4 L.5,.6 M.5,.7333 L.5,.9333',\n /** ┊ */ FOUR_DASHES_VERTICAL = 'M.5,.05 L.5,.2 M.5,.3 L.5,.45 L.5,.55 M.5,.7 L.5,.95',\n}\n\nnamespace GitBranchSymbolsParts {\n // Lines\n export const LINE_H: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_RIGHT, strokeWidth: 1 });\n export const LINE_V: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_BOTTOM, strokeWidth: 1 });\n\n // Fading lines\n export const FADE_RIGHT: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,.5 L.28,.5 M.32,.5 L.52,.5 M.60,.5 L.72,.5 M.84,.5 L.90,.5', strokeWidth: 1 });\n export const FADE_LEFT: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.10,.5 L.16,.5 M.28,.5 L.40,.5 M.48,.5 L.68,.5 M.72,.5 L1,.5', strokeWidth: 1 });\n export const FADE_DOWN: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,0 L.5,.28 M.5,.32 L.5,.52 M.5,.60 L.5,.72 M.5,.84 L.5,.90', strokeWidth: 1 });\n export const FADE_UP: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,.10 L.5,.16 M.5,.28 L.5,.40 M.5,.48 L.5,.68 M.5,.72 L.5,1', strokeWidth: 1 });\n\n // Curved corners\n export const CURVE_DOWN_RIGHT: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp: number, yp: number) => `M.5,1 L.5,${.5 + (yp / .15 * .5)} C.5,${.5 + (yp / .15 * .5)},.5,.5,1,.5`, strokeWidth: 1 });\n export const CURVE_DOWN_LEFT: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp: number, yp: number) => `M.5,1 L.5,${.5 + (yp / .15 * .5)} C.5,${.5 + (yp / .15 * .5)},.5,.5,0,.5`, strokeWidth: 1 });\n export const CURVE_UP_RIGHT: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp: number, yp: number) => `M.5,0 L.5,${.5 - (yp / .15 * .5)} C.5,${.5 - (yp / .15 * .5)},.5,.5,1,.5`, strokeWidth: 1 });\n export const CURVE_UP_LEFT: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp: number, yp: number) => `M.5,0 L.5,${.5 - (yp / .15 * .5)} C.5,${.5 - (yp / .15 * .5)},.5,.5,0,.5`, strokeWidth: 1 });\n\n // Node parts\n export const NODE_FILL: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH, data: 'M.85,.5 A.35,.175,0,1,1,.15,.5 A.35,.175,0,1,1,.85,.5' });\n export const NODE_STROKE: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH, data: 'M.85,.5 A.35,.175,0,1,1,.15,.5 A.35,.175,0,1,1,.85,.5', strokeWidth: 1 });\n export const NODE_LINE_RIGHT: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH, data: 'M1,.5 L.85,.5', strokeWidth: 1 });\n export const NODE_LINE_LEFT: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH, data: 'M0,.5 L.15,.5', strokeWidth: 1 });\n export const NODE_LINE_DOWN: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH, data: 'M.5,1 L.5,.7', strokeWidth: 1 });\n export const NODE_LINE_UP: CustomGlyphDefinitionPart = Object.freeze({ type: CustomGlyphDefinitionType.PATH, data: 'M.5,0 L.5,.3', strokeWidth: 1 });\n}\n\nexport const customGlyphDefinitions: { [index: string]: CustomGlyphCharacterDefinition | undefined } = {\n // #region Box Drawing (2500-257F)\n\n // https://www.unicode.org/charts/PDF/U2500.pdf\n\n // Light and heavy solid lines (2500-2503)\n '─': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_RIGHT, strokeWidth: 1 },\n '━': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_RIGHT, strokeWidth: 3 },\n '│': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_BOTTOM, strokeWidth: 1 },\n '┃': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_BOTTOM, strokeWidth: 3 },\n\n // Light and heavy dashed lines (2504-250B)\n '┄': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.THREE_DASHES_HORIZONTAL, strokeWidth: 1 },\n '┅': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.THREE_DASHES_HORIZONTAL, strokeWidth: 3 },\n '┆': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.THREE_DASHES_VERTICAL, strokeWidth: 1 },\n '┇': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.THREE_DASHES_VERTICAL, strokeWidth: 3 },\n '┈': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.FOUR_DASHES_HORIZONTAL, strokeWidth: 1 },\n '┉': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.FOUR_DASHES_HORIZONTAL, strokeWidth: 3 },\n '┊': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.FOUR_DASHES_VERTICAL, strokeWidth: 1 },\n '┋': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.FOUR_DASHES_VERTICAL, strokeWidth: 3 },\n\n // Light and heavy line box components (250C-254B)\n '┌': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.RIGHT_TO_BOTTOM, strokeWidth: 1 },\n '┍': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 3 }],\n '┎': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 3 }],\n '┏': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.RIGHT_TO_BOTTOM, strokeWidth: 3 },\n '┐': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_BOTTOM, strokeWidth: 1 },\n '┑': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 3 }],\n '┒': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 3 }],\n '┓': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_BOTTOM, strokeWidth: 3 },\n '└': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_RIGHT, strokeWidth: 1 },\n '┕': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 3 }],\n '┖': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 3 }],\n '┗': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_RIGHT, strokeWidth: 3 },\n '┘': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_LEFT, strokeWidth: 1 },\n '┙': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 3 }],\n '┚': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 3 }],\n '┛': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_LEFT, strokeWidth: 3 },\n '├': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.T_RIGHT, strokeWidth: 1 },\n '┝': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 3 }],\n '┞': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.RIGHT_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 3 }],\n '┟': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 3 }],\n '┠': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_BOTTOM, strokeWidth: 3 }],\n '┡': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_RIGHT, strokeWidth: 3 }],\n '┢': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.RIGHT_TO_BOTTOM, strokeWidth: 3 }],\n '┣': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.T_RIGHT, strokeWidth: 3 },\n '┤': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.T_LEFT, strokeWidth: 1 },\n '┥': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 3 }],\n '┦': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 3 }],\n '┧': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_LEFT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 3 }],\n '┨': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_BOTTOM, strokeWidth: 3 }],\n '┩': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_LEFT, strokeWidth: 3 }],\n '┪': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_BOTTOM, strokeWidth: 3 }],\n '┫': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.T_LEFT, strokeWidth: 3 },\n '┬': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.T_BOTTOM, strokeWidth: 1 },\n '┭': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.RIGHT_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 3 }],\n '┮': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 3 }],\n '┯': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_RIGHT, strokeWidth: 3 }],\n '┰': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 3 }],\n '┱': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_BOTTOM, strokeWidth: 3 }],\n '┲': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.RIGHT_TO_BOTTOM, strokeWidth: 3 }],\n '┳': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.T_BOTTOM, strokeWidth: 3 },\n '┴': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.T_TOP, strokeWidth: 1 },\n '┵': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 3 }],\n '┶': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_LEFT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 3 }],\n '┷': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_RIGHT, strokeWidth: 3 }],\n '┸': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 3 }],\n '┹': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_LEFT, strokeWidth: 3 }],\n '┺': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_RIGHT, strokeWidth: 3 }],\n '┻': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.T_TOP, strokeWidth: 3 },\n '┼': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.CROSS, strokeWidth: 1 },\n '┽': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: `${Shapes.TOP_TO_BOTTOM} ${Shapes.MIDDLE_TO_RIGHT}`, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 3 }],\n '┾': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: `${Shapes.TOP_TO_BOTTOM} ${Shapes.MIDDLE_TO_LEFT}`, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 3 }],\n '┿': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_RIGHT, strokeWidth: 3 }],\n '╀': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: `${Shapes.LEFT_TO_RIGHT} ${Shapes.MIDDLE_TO_BOTTOM}`, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 3 }],\n '╁': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: `${Shapes.MIDDLE_TO_TOP} ${Shapes.LEFT_TO_RIGHT}`, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 3 }],\n '╂': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_BOTTOM, strokeWidth: 3 }],\n '╃': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.RIGHT_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_LEFT, strokeWidth: 3 }],\n '╄': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_RIGHT, strokeWidth: 3 }],\n '╅': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.LEFT_TO_BOTTOM, strokeWidth: 3 }],\n '╆': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TOP_TO_LEFT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.RIGHT_TO_BOTTOM, strokeWidth: 3 }],\n '╇': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: `${Shapes.MIDDLE_TO_TOP} ${Shapes.LEFT_TO_RIGHT}`, strokeWidth: 3 }],\n '╈': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: `${Shapes.LEFT_TO_RIGHT} ${Shapes.MIDDLE_TO_BOTTOM}`, strokeWidth: 3 }],\n '╉': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: `${Shapes.TOP_TO_BOTTOM} ${Shapes.MIDDLE_TO_LEFT}`, strokeWidth: 3 }],\n '╊': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: `${Shapes.TOP_TO_BOTTOM} ${Shapes.MIDDLE_TO_RIGHT}`, strokeWidth: 3 }],\n '╋': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.CROSS, strokeWidth: 3 },\n\n // Light and heavy dashed lines (254C-254F)\n '╌': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TWO_DASHES_HORIZONTAL, strokeWidth: 1 },\n '╍': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TWO_DASHES_HORIZONTAL, strokeWidth: 3 },\n '╎': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TWO_DASHES_VERTICAL, strokeWidth: 1 },\n '╏': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.TWO_DASHES_VERTICAL, strokeWidth: 3 },\n\n // Double lines (2550-2551)\n '═': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M0,${.5 - yp} L1,${.5 - yp} M0,${.5 + yp} L1,${.5 + yp}`, strokeWidth: 1 },\n '║': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M${.5 - xp},0 L${.5 - xp},1 M${.5 + xp},0 L${.5 + xp},1`, strokeWidth: 1 },\n\n // Light and double line box components (2552-256C)\n '╒': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M.5,1 L.5,${.5 - yp} L1,${.5 - yp} M.5,${.5 + yp} L1,${.5 + yp}`, strokeWidth: 1 },\n '╓': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M${.5 - xp},1 L${.5 - xp},.5 L1,.5 M${.5 + xp},.5 L${.5 + xp},1`, strokeWidth: 1 },\n '╔': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M1,${.5 - yp} L${.5 - xp},${.5 - yp} L${.5 - xp},1 M1,${.5 + yp} L${.5 + xp},${.5 + yp} L${.5 + xp},1`, strokeWidth: 1 },\n '╕': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M0,${.5 - yp} L.5,${.5 - yp} L.5,1 M0,${.5 + yp} L.5,${.5 + yp}`, strokeWidth: 1 },\n '╖': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M${.5 + xp},1 L${.5 + xp},.5 L0,.5 M${.5 - xp},.5 L${.5 - xp},1`, strokeWidth: 1 },\n '╗': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M0,${.5 + yp} L${.5 - xp},${.5 + yp} L${.5 - xp},1 M0,${.5 - yp} L${.5 + xp},${.5 - yp} L${.5 + xp},1`, strokeWidth: 1 },\n '╘': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M.5,0 L.5,${.5 + yp} L1,${.5 + yp} M.5,${.5 - yp} L1,${.5 - yp}`, strokeWidth: 1 },\n '╙': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M1,.5 L${.5 - xp},.5 L${.5 - xp},0 M${.5 + xp},.5 L${.5 + xp},0`, strokeWidth: 1 },\n '╚': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M1,${.5 - yp} L${.5 + xp},${.5 - yp} L${.5 + xp},0 M1,${.5 + yp} L${.5 - xp},${.5 + yp} L${.5 - xp},0`, strokeWidth: 1 },\n '╛': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M0,${.5 + yp} L.5,${.5 + yp} L.5,0 M0,${.5 - yp} L.5,${.5 - yp}`, strokeWidth: 1 },\n '╜': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M0,.5 L${.5 + xp},.5 L${.5 + xp},0 M${.5 - xp},.5 L${.5 - xp},0`, strokeWidth: 1 },\n '╝': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M0,${.5 - yp} L${.5 - xp},${.5 - yp} L${.5 - xp},0 M0,${.5 + yp} L${.5 + xp},${.5 + yp} L${.5 + xp},0`, strokeWidth: 1 },\n '╞': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `${Shapes.TOP_TO_BOTTOM} M.5,${.5 - yp} L1,${.5 - yp} M.5,${.5 + yp} L1,${.5 + yp}`, strokeWidth: 1 },\n '╟': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M${.5 - xp},0 L${.5 - xp},1 M${.5 + xp},0 L${.5 + xp},1 M${.5 + xp},.5 L1,.5`, strokeWidth: 1 },\n '╠': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M${.5 - xp},0 L${.5 - xp},1 M1,${.5 + yp} L${.5 + xp},${.5 + yp} L${.5 + xp},1 M1,${.5 - yp} L${.5 + xp},${.5 - yp} L${.5 + xp},0`, strokeWidth: 1 },\n '╡': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `${Shapes.TOP_TO_BOTTOM} M0,${.5 - yp} L.5,${.5 - yp} M0,${.5 + yp} L.5,${.5 + yp}`, strokeWidth: 1 },\n '╢': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M0,.5 L${.5 - xp},.5 M${.5 - xp},0 L${.5 - xp},1 M${.5 + xp},0 L${.5 + xp},1`, strokeWidth: 1 },\n '╣': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M${.5 + xp},0 L${.5 + xp},1 M0,${.5 + yp} L${.5 - xp},${.5 + yp} L${.5 - xp},1 M0,${.5 - yp} L${.5 - xp},${.5 - yp} L${.5 - xp},0`, strokeWidth: 1 },\n '╤': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M0,${.5 - yp} L1,${.5 - yp} M0,${.5 + yp} L1,${.5 + yp} M.5,${.5 + yp} L.5,1`, strokeWidth: 1 },\n '╥': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `${Shapes.LEFT_TO_RIGHT} M${.5 - xp},.5 L${.5 - xp},1 M${.5 + xp},.5 L${.5 + xp},1`, strokeWidth: 1 },\n '╦': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M0,${.5 - yp} L1,${.5 - yp} M0,${.5 + yp} L${.5 - xp},${.5 + yp} L${.5 - xp},1 M1,${.5 + yp} L${.5 + xp},${.5 + yp} L${.5 + xp},1`, strokeWidth: 1 },\n '╧': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M.5,0 L.5,${.5 - yp} M0,${.5 - yp} L1,${.5 - yp} M0,${.5 + yp} L1,${.5 + yp}`, strokeWidth: 1 },\n '╨': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `${Shapes.LEFT_TO_RIGHT} M${.5 - xp},.5 L${.5 - xp},0 M${.5 + xp},.5 L${.5 + xp},0`, strokeWidth: 1 },\n '╩': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M0,${.5 + yp} L1,${.5 + yp} M0,${.5 - yp} L${.5 - xp},${.5 - yp} L${.5 - xp},0 M1,${.5 - yp} L${.5 + xp},${.5 - yp} L${.5 + xp},0`, strokeWidth: 1 },\n '╪': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `${Shapes.TOP_TO_BOTTOM} M0,${.5 - yp} L1,${.5 - yp} M0,${.5 + yp} L1,${.5 + yp}`, strokeWidth: 1 },\n '╫': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `${Shapes.LEFT_TO_RIGHT} M${.5 - xp},0 L${.5 - xp},1 M${.5 + xp},0 L${.5 + xp},1`, strokeWidth: 1 },\n '╬': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M0,${.5 + yp} L${.5 - xp},${.5 + yp} L${.5 - xp},1 M1,${.5 + yp} L${.5 + xp},${.5 + yp} L${.5 + xp},1 M0,${.5 - yp} L${.5 - xp},${.5 - yp} L${.5 - xp},0 M1,${.5 - yp} L${.5 + xp},${.5 - yp} L${.5 + xp},0`, strokeWidth: 1 },\n\n // Character cell arcs (256D-2570)\n '╭': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M.5,1 L.5,${.5 + (yp / .15 * .5)} C.5,${.5 + (yp / .15 * .5)},.5,.5,1,.5`, strokeWidth: 1 },\n '╮': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M.5,1 L.5,${.5 + (yp / .15 * .5)} C.5,${.5 + (yp / .15 * .5)},.5,.5,0,.5`, strokeWidth: 1 },\n '╯': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M.5,0 L.5,${.5 - (yp / .15 * .5)} C.5,${.5 - (yp / .15 * .5)},.5,.5,0,.5`, strokeWidth: 1 },\n '╰': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: (xp, yp) => `M.5,0 L.5,${.5 - (yp / .15 * .5)} C.5,${.5 - (yp / .15 * .5)},.5,.5,1,.5`, strokeWidth: 1 },\n\n // Character cell diagonals (2571-2573)\n '╱': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M1,0 L0,1', strokeWidth: 1 },\n '╲': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,0 L1,1', strokeWidth: 1 },\n '╳': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M1,0 L0,1 M0,0 L1,1', strokeWidth: 1 },\n\n // Light and heavy half lines (2574-257B)\n '╴': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 1 },\n '╵': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 1 },\n '╶': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 1 },\n '╷': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 1 },\n '╸': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 3 },\n '╹': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 3 },\n '╺': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 3 },\n '╻': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 3 },\n\n // Mixed light and heavy lines (257C-257F)\n '╼': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 3 }],\n '╽': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 3 }],\n '╾': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_RIGHT, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_LEFT, strokeWidth: 3 }],\n '╿': [{ type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_BOTTOM, strokeWidth: 1 }, { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: Shapes.MIDDLE_TO_TOP, strokeWidth: 3 }],\n\n // #endregion\n\n // #region Block elements (2580-259F)\n\n // https://www.unicode.org/charts/PDF/U2580.pdf\n\n // Block elements (2580-2590)\n '▀': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 8, h: 4 }] }, // UPPER HALF BLOCK\n '▁': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 7, w: 8, h: 1 }] }, // LOWER ONE EIGHTH BLOCK\n '▂': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 6, w: 8, h: 2 }] }, // LOWER ONE QUARTER BLOCK\n '▃': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 5, w: 8, h: 3 }] }, // LOWER THREE EIGHTHS BLOCK\n '▄': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 4, w: 8, h: 4 }] }, // LOWER HALF BLOCK\n '▅': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 3, w: 8, h: 5 }] }, // LOWER FIVE EIGHTHS BLOCK\n '▆': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 2, w: 8, h: 6 }] }, // LOWER THREE QUARTERS BLOCK\n '▇': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 1, w: 8, h: 7 }] }, // LOWER SEVEN EIGHTHS BLOCK\n '█': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 8, h: 8 }] }, // FULL BLOCK (=solid -> 25A0=black square)\n '▉': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 7, h: 8 }] }, // LEFT SEVEN EIGHTHS BLOCK\n '▊': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 6, h: 8 }] }, // LEFT THREE QUARTERS BLOCK\n '▋': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 5, h: 8 }] }, // LEFT FIVE EIGHTHS BLOCK\n '▌': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 4, h: 8 }] }, // LEFT HALF BLOCK\n '▍': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 3, h: 8 }] }, // LEFT THREE EIGHTHS BLOCK\n '▎': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 2, h: 8 }] }, // LEFT ONE QUARTER BLOCK\n '▏': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 1, h: 8 }] }, // LEFT ONE EIGHTH BLOCK\n '▐': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 4, y: 0, w: 4, h: 8 }] }, // RIGHT HALF BLOCK\n\n // Shade characters (2591-2593)\n '░': { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [ // LIGHT SHADE (25%)\n [1, 0],\n [0, 0]\n ] },\n '▒': { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [ // MEDIUM SHADE (=speckles fill, dotted fill, 50%, used in mapping to cp949, -> 1FB90 inverse medium shade)\n [1, 0],\n [0, 1]\n ] },\n '▓': { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [ // DARK SHADE (75%)\n [1, 1],\n [1, 0]\n ] },\n\n // Block elements (2594-2595)\n '▔': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 8, h: 1 }] }, // UPPER ONE EIGHTH BLOCK\n '▕': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 7, y: 0, w: 1, h: 8 }] }, // RIGHT ONE EIGHTH BLOCK\n\n // Terminal graphic characters (2596-259F)\n '▖': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 4, w: 4, h: 4 }] }, // QUADRANT LOWER LEFT\n '▗': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 4, y: 4, w: 4, h: 4 }] }, // QUADRANT LOWER RIGHT\n '▘': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 4, h: 4 }] }, // QUADRANT UPPER LEFT\n '▙': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 4, h: 8 }, { x: 0, y: 4, w: 8, h: 4 }] }, // QUADRANT UPPER LEFT AND LOWER LEFT AND LOWER RIGHT (-> 1F67F reverse checker board, -> 1FB95 checker board fill)\n '▚': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 4, h: 4 }, { x: 4, y: 4, w: 4, h: 4 }] }, // QUADRANT UPPER LEFT AND LOWER RIGHT\n '▛': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 4, h: 8 }, { x: 4, y: 0, w: 4, h: 4 }] }, // QUADRANT UPPER LEFT AND UPPER RIGHT AND LOWER LEFT\n '▜': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 8, h: 4 }, { x: 4, y: 0, w: 4, h: 8 }] }, // QUADRANT UPPER LEFT AND UPPER RIGHT AND LOWER RIGHT\n '▝': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 4, y: 0, w: 4, h: 4 }] }, // QUADRANT UPPER RIGHT\n '▞': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 4, y: 0, w: 4, h: 4 }, { x: 0, y: 4, w: 4, h: 4 }] }, // QUADRANT UPPER RIGHT AND LOWER LEFT (-> 1F67E checker board, 1FB96 inverse checker board fill)\n '▟': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 4, y: 0, w: 4, h: 8 }, { x: 0, y: 4, w: 8, h: 4 }] }, // QUADRANT UPPER RIGHT AND LOWER LEFT AND LOWER RIGHT\n\n // #endregion\n\n // #region Powerline Symbols (E0A0-E0BF)\n\n // This contains the definitions of the primarily used box drawing characters as vector shapes.\n // The reason these characters are defined specially is to avoid common problems if a user's font\n // has not been patched with powerline characters and also to get pixel perfect rendering as\n // rendering issues can occur around AA/SPAA.\n //\n // The line variants draw beyond the cell and get clipped to ensure the end of the line is not\n // visible.\n //\n // Original symbols defined in https://github.com/powerline/fontpatcher\n\n // Git branch\n '\\u{E0A0}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.3,1 L.03,1 L.03,.88 C.03,.82,.06,.78,.11,.73 C.15,.7,.2,.68,.28,.65 L.43,.6 C.49,.58,.53,.56,.56,.53 C.59,.5,.6,.47,.6,.43 L.6,.27 L.4,.27 L.69,.1 L.98,.27 L.78,.27 L.78,.46 C.78,.52,.76,.56,.72,.61 C.68,.66,.63,.67,.56,.7 L.48,.72 C.42,.74,.38,.76,.35,.78 C.32,.8,.31,.84,.31,.88 L.31,1 M.3,.5 L.03,.59 L.03,.09 L.3,.09 L.3,.655', type: CustomGlyphVectorType.FILL } },\n // LN (Line Number)\n '\\u{E0A1}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.7,.4 L.7,.47 L.2,.47 L.2,.03 L.355,.03 L.355,.4 L.705,.4 M.7,.5 L.86,.5 L.86,.95 L.69,.95 L.44,.66 L.46,.86 L.46,.95 L.3,.95 L.3,.49 L.46,.49 L.71,.78 L.69,.565 L.69,.5', type: CustomGlyphVectorType.FILL } },\n // Lock\n '\\u{E0A2}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.25,.94 C.16,.94,.11,.92,.11,.87 L.11,.53 C.11,.48,.15,.455,.23,.45 L.23,.3 C.23,.25,.26,.22,.31,.19 C.36,.16,.43,.15,.51,.15 C.59,.15,.66,.16,.71,.19 C.77,.22,.79,.26,.79,.3 L.79,.45 C.87,.45,.91,.48,.91,.53 L.91,.87 C.91,.92,.86,.94,.77,.94 L.24,.94 M.53,.2 C.49,.2,.45,.21,.42,.23 C.39,.25,.38,.27,.38,.3 L.38,.45 L.68,.45 L.68,.3 C.68,.27,.67,.25,.64,.23 C.61,.21,.58,.2,.53,.2 M.58,.82 L.58,.66 C.63,.65,.65,.63,.65,.6 C.65,.58,.64,.57,.61,.56 C.58,.55,.56,.54,.52,.54 C.48,.54,.46,.55,.43,.56 C.4,.57,.39,.59,.39,.6 C.39,.63,.41,.64,.46,.66 L.46,.82 L.57,.82', type: CustomGlyphVectorType.FILL } },\n // CN (Column Number)\n '\\u{E0A3}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.7,.4 L.7,.47 L.2,.47 L.2,.03 L.7,.03 L.7,.1 L.355,.1 L.355,.4 L.705,.4 M.7,.5 L.86,.5 L.86,.95 L.69,.95 L.44,.66 L.46,.86 L.46,.95 L.3,.95 L.3,.49 L.46,.49 L.71,.78 L.69,.565 L.69,.5', type: CustomGlyphVectorType.FILL } },\n // Right triangle solid\n '\\u{E0B0}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,0 L1,.5 L0,1', type: CustomGlyphVectorType.FILL, rightPadding: 2 } },\n // Right triangle line\n '\\u{E0B1}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M-1,-.5 L1,.5 L-1,1.5', type: CustomGlyphVectorType.STROKE, leftPadding: 1, rightPadding: 1 } },\n // Left triangle solid\n '\\u{E0B2}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M1,0 L0,.5 L1,1', type: CustomGlyphVectorType.FILL, leftPadding: 2 } },\n // Left triangle line\n '\\u{E0B3}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M2,-.5 L0,.5 L2,1.5', type: CustomGlyphVectorType.STROKE, leftPadding: 1, rightPadding: 1 } },\n\n // Powerline Extra Symbols\n\n // Original symbols defined in https://github.com/ryanoasis/powerline-extra-symbols\n\n // Right semi-circle solid\n '\\u{E0B4}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,0 L0,1 C0.552,1,1,0.776,1,.5 C1,0.224,0.552,0,0,0', type: CustomGlyphVectorType.FILL, rightPadding: 1 } },\n // Right semi-circle line\n '\\u{E0B5}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.2,1 C.422,1,.8,.826,.78,.5 C.8,.174,0.422,0,.2,0', type: CustomGlyphVectorType.STROKE, rightPadding: 1 } },\n // Left semi-circle solid\n '\\u{E0B6}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M1,0 L1,1 C0.448,1,0,0.776,0,.5 C0,0.224,0.448,0,1,0', type: CustomGlyphVectorType.FILL, leftPadding: 1 } },\n // Left semi-circle line\n '\\u{E0B7}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.8,1 C0.578,1,0.2,.826,.22,.5 C0.2,0.174,0.578,0,0.8,0', type: CustomGlyphVectorType.STROKE, leftPadding: 1 } },\n // Lower left triangle\n '\\u{E0B8}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M-.5,-.5 L1.5,1.5 L-.5,1.5', type: CustomGlyphVectorType.FILL } },\n // Backslash separator\n '\\u{E0B9}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M-.5,-.5 L1.5,1.5', type: CustomGlyphVectorType.STROKE, leftPadding: 1, rightPadding: 1 } },\n // Lower right triangle\n '\\u{E0BA}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M1.5,-.5 L-.5,1.5 L1.5,1.5', type: CustomGlyphVectorType.FILL } },\n // Forward slash separator redundant (identical to E0BD)\n '\\u{E0BB}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M1.5,-.5 L-.5,1.5', type: CustomGlyphVectorType.STROKE, leftPadding: 1, rightPadding: 1 } },\n // Upper left triangle\n '\\u{E0BC}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M1.5,-.5 L-.5,1.5 L-.5,-.5', type: CustomGlyphVectorType.FILL } },\n // Forward slash separator\n '\\u{E0BD}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M1.5,-.5 L-.5,1.5', type: CustomGlyphVectorType.STROKE, leftPadding: 1, rightPadding: 1 } },\n // Upper right triangle\n '\\u{E0BE}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M-.5,-.5 L1.5,1.5 L1.5,-.5', type: CustomGlyphVectorType.FILL } },\n // Backslash separator redundant (identical to E0B9)\n '\\u{E0BF}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M-.5,-.5 L1.5,1.5', type: CustomGlyphVectorType.STROKE, leftPadding: 1, rightPadding: 1 } },\n '\\u{E0C0}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0.8069,0.6075 Q0.7991,0.612,0.7815,0.6218 T0.7542,0.6369 T0.7282,0.6508 T0.7016,0.6644 T0.6778,0.6758 T0.6551,0.6854 T0.637,0.6911 T0.622,0.6936 Q0.6186,0.6936,0.6128,0.6942 T0.6018,0.6952 T0.5894,0.6956 T0.5757,0.6952 T0.561,0.693 T0.5451,0.6879 Q0.5342,0.6834,0.5193,0.6756 T0.4925,0.6614 T0.4673,0.6485 T0.4436,0.6389 T0.4239,0.6363 T0.4089,0.6422 Q0.4045,0.6467,0.3958,0.6554 T0.3843,0.6669 T0.3748,0.6746 T0.3613,0.683 T0.3442,0.6903 L0.3499,0.6956 Q0.3584,0.7042,0.3679,0.7177 T0.3836,0.7403 T0.4019,0.7583 T0.4295,0.7703 Q0.4688,0.7785,0.5203,0.7605 Q0.4902,0.7817,0.449,0.7911 T0.3696,0.8001 Q0.3567,0.7997,0.341,0.7942 T0.3111,0.7813 T0.2805,0.766 T0.2493,0.753 T0.218,0.7472 T0.187,0.754 Q0.1762,0.7589,0.1653,0.7681 T0.1453,0.7895 T0.1308,0.818 T0.1264,0.8507 L0.1264,0.858 Q0.1453,0.8462,0.1607,0.8433 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L1,0.5448 L0.6912,0.5448 Z', type: CustomGlyphVectorType.FILL } },\n\n // #endregion\n\n // #region Progress Indicators (EE00-EE0B)\n\n // initially added in Fira Code and later Nerd Fonts\n // https://github.com/ryanoasis/nerd-fonts/pull/1733\n\n // Progress bars (EE00-EE05)\n '\\u{EE00}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L1,0 L1,.05 L.1,.05 L.1,.95 L1,.95 L1,1 L0,1 Z' }, // PROGRESS BAR EMPTY START\n '\\u{EE01}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L1,0 L1,.05 L0,.05 Z M0,.95 L1,.95 L1,1 L0,1 Z' }, // PROGRESS BAR EMPTY MIDDLE\n '\\u{EE02}': { type: CustomGlyphDefinitionType.PATH, data: 'M1,0 L0,0 L0,.05 L.9,.05 L.9,.95 L0,.95 L0,1 L1,1 Z' }, // PROGRESS BAR EMPTY END\n '\\u{EE03}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L1,0 L1,.05 L.1,.05 L.1,.95 L1,.95 L1,1 L0,1 Z M.25,.15 L1,.15 L1,.85 L.25,.85 Z' }, // PROGRESS BAR FILLED START\n '\\u{EE04}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L1,0 L1,.05 L0,.05 Z M0,.95 L1,.95 L1,1 L0,1 Z M0,.15 L1,.15 L1,.85 L0,.85 Z' }, // PROGRESS BAR FILLED MIDDLE\n '\\u{EE05}': { type: CustomGlyphDefinitionType.PATH, data: 'M1,0 L0,0 L0,.05 L.9,.05 L.9,.95 L0,.95 L0,1 L1,1 Z M0,.15 L.75,.15 L.75,.85 L0,.85 Z' }, // PROGRESS BAR FILLED END\n\n // Progress spinners (EE06-EE0B) - 6-frame spinner animation using stroked arcs\n '\\u{EE06}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0.6574,0.303 Q0.623,0.291,0.5852,0.285 T0.5082,0.279 T0.4311,0.285 T0.359,0.303 L0.3082,0.248 Q0.3525,0.232,0.4041,0.2235 T0.5082,0.215 T0.6123,0.2235 T0.7082,0.248 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SPINNER FRAME 1 (12 o'clock)\n '\\u{EE07}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0.8557,0.582 L0.7656,0.551 Q0.7852,0.53,0.7951,0.507 T0.8049,0.46 Q0.8049,0.424,0.782,0.3905 T0.718,0.332 T0.6221,0.293 T0.5082,0.279 L0.5082,0.215 Q0.5607,0.215,0.6123,0.2235 T0.709,0.248 T0.7918,0.287 T0.8557,0.3375 T0.8959,0.3965 T0.9098,0.46 T0.8959,0.5235 T0.8557,0.582 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SPINNER FRAME 2 (2 o'clock)\n '\\u{EE08}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0.5082,0.705 Q0.482,0.705,0.4557,0.703 T0.4049,0.697 L0.4311,0.635 Q0.4508,0.638,0.4697,0.6395 T0.5082,0.641 Q0.5672,0.641,0.6221,0.627 T0.718,0.588 T0.782,0.5295 T0.8049,0.46 Q0.8049,0.436,0.7951,0.413 T0.7656,0.369 L0.8557,0.338 Q0.882,0.365,0.8959,0.3965 T0.9098,0.46 T0.8959,0.5235 T0.8557,0.5825 T0.7918,0.633 T0.709,0.672 T0.6123,0.6965 T0.5082,0.705 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SPINNER FRAME 3 (4 o'clock)\n '\\u{EE09}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0.5082,0.705 Q0.4557,0.705,0.4041,0.6965 T0.3074,0.672 T0.2246,0.633 T0.1607,0.5825 T0.1205,0.5235 T0.1066,0.46 L0.2115,0.46 Q0.2115,0.496,0.2344,0.5295 T0.2984,0.588 T0.3943,0.627 T0.5082,0.641 T0.6221,0.627 T0.718,0.588 T0.782,0.5295 T0.8049,0.46 L0.9098,0.46 Q0.9098,0.492,0.8959,0.5235 T0.8557,0.5825 T0.7918,0.633 T0.709,0.672 T0.6123,0.6965 T0.5082,0.705 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SPINNER FRAME 4 (6 o'clock)\n '\\u{EE0A}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0.5082,0.705 Q0.4557,0.705,0.4041,0.6965 T0.3074,0.672 T0.2246,0.633 T0.1607,0.5825 T0.1205,0.5235 T0.1066,0.46 T0.1205,0.3965 T0.1607,0.338 L0.2508,0.369 Q0.2311,0.39,0.2213,0.413 T0.2115,0.46 Q0.2115,0.496,0.2344,0.5295 T0.2984,0.588 T0.3943,0.627 T0.5082,0.641 Q0.5279,0.641,0.5467,0.6395 T0.5852,0.635 L0.6115,0.697 Q0.5869,0.701,0.5607,0.703 T0.5082,0.705 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SPINNER FRAME 5 (8 o'clock)\n '\\u{EE0B}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0.1607,0.582 Q0.1344,0.555,0.1205,0.5235 T0.1066,0.46 T0.1205,0.3965 T0.1607,0.3375 T0.2246,0.287 T0.3074,0.248 T0.4041,0.2235 T0.5082,0.215 L0.5082,0.279 Q0.4492,0.279,0.3943,0.293 T0.2984,0.332 T0.2344,0.3905 T0.2115,0.46 Q0.2115,0.484,0.2213,0.507 T0.2508,0.551 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SPINNER FRAME 6 (10 o'clock)\n\n // #endregion\n\n // #region Git Branch Symbols (F5D0-F60D)\n\n // Initially added in Kitty (https://github.com/kovidgoyal/kitty/pull/7681)\n // then in Wezterm (https://github.com/wezterm/wezterm/issues/6328).\n\n // Straight lines (F5D0-F5D9)\n '\\u{F5D0}': GitBranchSymbolsParts.LINE_H, // Same as 2500\n '\\u{F5D1}': GitBranchSymbolsParts.LINE_V, // Same as 2502\n '\\u{F5D2}': GitBranchSymbolsParts.FADE_RIGHT,\n '\\u{F5D3}': GitBranchSymbolsParts.FADE_LEFT,\n '\\u{F5D4}': GitBranchSymbolsParts.FADE_DOWN,\n '\\u{F5D5}': GitBranchSymbolsParts.FADE_UP,\n\n // Curved lines (F5D6-F5D9)\n '\\u{F5D6}': GitBranchSymbolsParts.CURVE_DOWN_RIGHT, // Same as 256D)\n '\\u{F5D7}': GitBranchSymbolsParts.CURVE_DOWN_LEFT, // Same as 256E)\n '\\u{F5D8}': GitBranchSymbolsParts.CURVE_UP_RIGHT, // Same as 2570)\n '\\u{F5D9}': GitBranchSymbolsParts.CURVE_UP_LEFT, // Same as 256F)\n\n // Branching lines (F5DA-F5ED)\n '\\u{F5DA}': [GitBranchSymbolsParts.LINE_V, GitBranchSymbolsParts.CURVE_UP_RIGHT],\n '\\u{F5DB}': [GitBranchSymbolsParts.LINE_V, GitBranchSymbolsParts.CURVE_DOWN_RIGHT],\n '\\u{F5DC}': [GitBranchSymbolsParts.CURVE_DOWN_RIGHT, GitBranchSymbolsParts.CURVE_UP_RIGHT],\n '\\u{F5DD}': [GitBranchSymbolsParts.LINE_V, GitBranchSymbolsParts.CURVE_UP_LEFT],\n '\\u{F5DE}': [GitBranchSymbolsParts.LINE_V, GitBranchSymbolsParts.CURVE_DOWN_LEFT],\n '\\u{F5DF}': [GitBranchSymbolsParts.CURVE_DOWN_LEFT, GitBranchSymbolsParts.CURVE_UP_LEFT],\n '\\u{F5E0}': [GitBranchSymbolsParts.LINE_H, GitBranchSymbolsParts.CURVE_DOWN_LEFT],\n '\\u{F5E1}': [GitBranchSymbolsParts.LINE_H, GitBranchSymbolsParts.CURVE_DOWN_RIGHT],\n '\\u{F5E2}': [GitBranchSymbolsParts.CURVE_DOWN_LEFT, GitBranchSymbolsParts.CURVE_DOWN_RIGHT],\n '\\u{F5E3}': [GitBranchSymbolsParts.LINE_H, GitBranchSymbolsParts.CURVE_UP_LEFT],\n '\\u{F5E4}': [GitBranchSymbolsParts.LINE_H, GitBranchSymbolsParts.CURVE_UP_RIGHT],\n '\\u{F5E5}': [GitBranchSymbolsParts.CURVE_UP_LEFT, GitBranchSymbolsParts.CURVE_UP_RIGHT],\n '\\u{F5E6}': [GitBranchSymbolsParts.LINE_V, GitBranchSymbolsParts.CURVE_UP_LEFT, GitBranchSymbolsParts.CURVE_UP_RIGHT],\n '\\u{F5E7}': [GitBranchSymbolsParts.LINE_V, GitBranchSymbolsParts.CURVE_DOWN_LEFT, GitBranchSymbolsParts.CURVE_DOWN_RIGHT],\n '\\u{F5E8}': [GitBranchSymbolsParts.LINE_H, GitBranchSymbolsParts.CURVE_DOWN_LEFT, GitBranchSymbolsParts.CURVE_UP_LEFT],\n '\\u{F5E9}': [GitBranchSymbolsParts.LINE_H, GitBranchSymbolsParts.CURVE_DOWN_RIGHT, GitBranchSymbolsParts.CURVE_UP_RIGHT],\n '\\u{F5EA}': [GitBranchSymbolsParts.LINE_V, GitBranchSymbolsParts.CURVE_DOWN_RIGHT, GitBranchSymbolsParts.CURVE_UP_LEFT],\n '\\u{F5EB}': [GitBranchSymbolsParts.LINE_V, GitBranchSymbolsParts.CURVE_DOWN_LEFT, GitBranchSymbolsParts.CURVE_UP_RIGHT],\n '\\u{F5EC}': [GitBranchSymbolsParts.LINE_H, GitBranchSymbolsParts.CURVE_DOWN_RIGHT, GitBranchSymbolsParts.CURVE_UP_LEFT],\n '\\u{F5ED}': [GitBranchSymbolsParts.LINE_H, GitBranchSymbolsParts.CURVE_DOWN_LEFT, GitBranchSymbolsParts.CURVE_UP_RIGHT],\n\n // Nodes (F5EE-F5FB)\n '\\u{F5EE}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE],\n '\\u{F5EF}': GitBranchSymbolsParts.NODE_STROKE,\n '\\u{F5F0}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F5F1}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F5F2}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_LEFT],\n '\\u{F5F3}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_LEFT],\n '\\u{F5F4}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_LEFT, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F5F5}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_LEFT, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F5F6}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_DOWN],\n '\\u{F5F7}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_DOWN],\n '\\u{F5F8}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP],\n '\\u{F5F9}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP],\n '\\u{F5FA}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_UP],\n '\\u{F5FB}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_UP],\n\n // Extended Nodes (F5FC-F60D)\n // These were added a little later https://github.com/kovidgoyal/kitty/pull/7805\n '\\u{F5FC}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F5FD}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F5FE}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_LEFT],\n '\\u{F5FF}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_LEFT],\n '\\u{F600}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F601}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F602}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP, GitBranchSymbolsParts.NODE_LINE_LEFT],\n '\\u{F603}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP, GitBranchSymbolsParts.NODE_LINE_LEFT],\n '\\u{F604}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F605}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F606}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_LEFT],\n '\\u{F607}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_LEFT],\n '\\u{F608}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_LEFT, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F609}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_LEFT, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F60A}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP, GitBranchSymbolsParts.NODE_LINE_LEFT, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F60B}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP, GitBranchSymbolsParts.NODE_LINE_LEFT, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F60C}': [GitBranchSymbolsParts.NODE_FILL, GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_LEFT, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n '\\u{F60D}': [GitBranchSymbolsParts.NODE_STROKE, GitBranchSymbolsParts.NODE_LINE_UP, GitBranchSymbolsParts.NODE_LINE_DOWN, GitBranchSymbolsParts.NODE_LINE_LEFT, GitBranchSymbolsParts.NODE_LINE_RIGHT],\n\n // #endregion\n\n // #region Symbols for Legacy Computing (1FB00-1FB3B)\n\n // https://www.unicode.org/charts/PDF/U1FB00.pdf\n\n // Block mosaic terminal graphic characters (1FB00-1FB3B)\n // The term \"sextant\" refers to block mosaics divided into six parts.\n '\\u{1FB00}': sextant(0b000001), // BLOCK SEXTANT-1\n '\\u{1FB01}': sextant(0b000010), // BLOCK SEXTANT-2\n '\\u{1FB02}': sextant(0b000011), // BLOCK SEXTANT-12 (upper one third block)\n '\\u{1FB03}': sextant(0b000100), // BLOCK SEXTANT-3\n '\\u{1FB04}': sextant(0b000101), // BLOCK SEXTANT-13\n '\\u{1FB05}': sextant(0b000110), // BLOCK SEXTANT-23\n '\\u{1FB06}': sextant(0b000111), // BLOCK SEXTANT-123\n '\\u{1FB07}': sextant(0b001000), // BLOCK SEXTANT-4\n '\\u{1FB08}': sextant(0b001001), // BLOCK SEXTANT-14\n '\\u{1FB09}': sextant(0b001010), // BLOCK SEXTANT-24\n '\\u{1FB0A}': sextant(0b001011), // BLOCK SEXTANT-124\n '\\u{1FB0B}': sextant(0b001100), // BLOCK SEXTANT-34 (middle one third block)\n '\\u{1FB0C}': sextant(0b001101), // BLOCK SEXTANT-134\n '\\u{1FB0D}': sextant(0b001110), // BLOCK SEXTANT-234\n '\\u{1FB0E}': sextant(0b001111), // BLOCK SEXTANT-1234 (upper two thirds block)\n '\\u{1FB0F}': sextant(0b010000), // BLOCK SEXTANT-5\n '\\u{1FB10}': sextant(0b010001), // BLOCK SEXTANT-15\n '\\u{1FB11}': sextant(0b010010), // BLOCK SEXTANT-25\n '\\u{1FB12}': sextant(0b010011), // BLOCK SEXTANT-125\n '\\u{1FB13}': sextant(0b010100), // BLOCK SEXTANT-35\n '\\u{1FB14}': sextant(0b010110), // BLOCK SEXTANT-235\n '\\u{1FB15}': sextant(0b010111), // BLOCK SEXTANT-1235\n '\\u{1FB16}': sextant(0b011000), // BLOCK SEXTANT-45\n '\\u{1FB17}': sextant(0b011001), // BLOCK SEXTANT-145\n '\\u{1FB18}': sextant(0b011010), // BLOCK SEXTANT-245\n '\\u{1FB19}': sextant(0b011011), // BLOCK SEXTANT-1245\n '\\u{1FB1A}': sextant(0b011100), // BLOCK SEXTANT-345\n '\\u{1FB1B}': sextant(0b011101), // BLOCK SEXTANT-1345\n '\\u{1FB1C}': sextant(0b011110), // BLOCK SEXTANT-2345\n '\\u{1FB1D}': sextant(0b011111), // BLOCK SEXTANT-12345\n '\\u{1FB1E}': sextant(0b100000), // BLOCK SEXTANT-6\n '\\u{1FB1F}': sextant(0b100001), // BLOCK SEXTANT-16\n '\\u{1FB20}': sextant(0b100010), // BLOCK SEXTANT-26\n '\\u{1FB21}': sextant(0b100011), // BLOCK SEXTANT-126\n '\\u{1FB22}': sextant(0b100100), // BLOCK SEXTANT-36\n '\\u{1FB23}': sextant(0b100101), // BLOCK SEXTANT-136\n '\\u{1FB24}': sextant(0b100110), // BLOCK SEXTANT-236\n '\\u{1FB25}': sextant(0b100111), // BLOCK SEXTANT-1236\n '\\u{1FB26}': sextant(0b101000), // BLOCK SEXTANT-46\n '\\u{1FB27}': sextant(0b101001), // BLOCK SEXTANT-146\n '\\u{1FB28}': sextant(0b101011), // BLOCK SEXTANT-1246\n '\\u{1FB29}': sextant(0b101100), // BLOCK SEXTANT-346\n '\\u{1FB2A}': sextant(0b101101), // BLOCK SEXTANT-1346\n '\\u{1FB2B}': sextant(0b101110), // BLOCK SEXTANT-2346\n '\\u{1FB2C}': sextant(0b101111), // BLOCK SEXTANT-12346\n '\\u{1FB2D}': sextant(0b110000), // BLOCK SEXTANT-56 (lower one third block)\n '\\u{1FB2E}': sextant(0b110001), // BLOCK SEXTANT-156\n '\\u{1FB2F}': sextant(0b110010), // BLOCK SEXTANT-256\n '\\u{1FB30}': sextant(0b110011), // BLOCK SEXTANT-1256 (upper and lower one third block)\n '\\u{1FB31}': sextant(0b110100), // BLOCK SEXTANT-356\n '\\u{1FB32}': sextant(0b110101), // BLOCK SEXTANT-1356\n '\\u{1FB33}': sextant(0b110110), // BLOCK SEXTANT-2356\n '\\u{1FB34}': sextant(0b110111), // BLOCK SEXTANT-12356\n '\\u{1FB35}': sextant(0b111000), // BLOCK SEXTANT-456\n '\\u{1FB36}': sextant(0b111001), // BLOCK SEXTANT-1456\n '\\u{1FB37}': sextant(0b111010), // BLOCK SEXTANT-2456\n '\\u{1FB38}': sextant(0b111011), // BLOCK SEXTANT-12456\n '\\u{1FB39}': sextant(0b111100), // BLOCK SEXTANT-3456 (lower two thirds block)\n '\\u{1FB3A}': sextant(0b111101), // BLOCK SEXTANT-13456\n '\\u{1FB3B}': sextant(0b111110), // BLOCK SEXTANT-23456\n\n // Smooth mosaic terminal graphic characters (1FB3C-1FB6F)\n '\\u{1FB3C}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.6667 L0,1 L0.5,1 Z' }, // LOWER LEFT BLOCK DIAGONAL LOWER MIDDLE LEFT TO LOWER CENTRE\n '\\u{1FB3D}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.6667 L0,1 L1,1 Z' }, // LOWER LEFT BLOCK DIAGONAL LOWER MIDDLE LEFT TO LOWER RIGHT\n '\\u{1FB3E}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.3333 L0,1 L0.5,1 Z' }, // LOWER LEFT BLOCK DIAGONAL UPPER MIDDLE LEFT TO LOWER CENTRE\n '\\u{1FB3F}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.3333 L0,1 L1,1 Z' }, // LOWER LEFT BLOCK DIAGONAL UPPER MIDDLE LEFT TO LOWER RIGHT\n '\\u{1FB40}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L0,1 L0.5,1 Z' }, // LOWER LEFT BLOCK DIAGONAL UPPER LEFT TO LOWER CENTRE\n '\\u{1FB41}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.3333 L0.5,0 L1,0 L1,1 L0,1 Z' }, // LOWER RIGHT BLOCK DIAGONAL UPPER MIDDLE LEFT TO UPPER CENTRE\n '\\u{1FB42}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.3333 L1,0 L1,1 L0,1 Z' }, // LOWER RIGHT BLOCK DIAGONAL UPPER MIDDLE LEFT TO UPPER RIGHT\n '\\u{1FB43}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.6667 L0.5,0 L1,0 L1,1 L0,1 Z' }, // LOWER RIGHT BLOCK DIAGONAL LOWER MIDDLE LEFT TO UPPER CENTRE\n '\\u{1FB44}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.6667 L1,0 L1,1 L0,1 Z' }, // LOWER RIGHT BLOCK DIAGONAL LOWER MIDDLE LEFT TO UPPER RIGHT\n '\\u{1FB45}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,1 L0.5,0 L1,0 L1,1 Z' }, // LOWER RIGHT BLOCK DIAGONAL LOWER LEFT TO UPPER CENTRE\n '\\u{1FB46}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.6667 L1,0.3333 L1,1 L0,1 Z' }, // LOWER RIGHT BLOCK DIAGONAL LOWER MIDDLE LEFT TO UPPER MIDDLE RIGHT\n '\\u{1FB47}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.5,1 L1,0.6667 L1,1 Z' }, // LOWER RIGHT BLOCK DIAGONAL LOWER CENTRE TO LOWER MIDDLE RIGHT\n '\\u{1FB48}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,1 L1,0.6667 L1,1 Z' }, // LOWER RIGHT BLOCK DIAGONAL LOWER LEFT TO LOWER MIDDLE RIGHT\n '\\u{1FB49}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.5,1 L1,0.3333 L1,1 Z' }, // LOWER RIGHT BLOCK DIAGONAL LOWER CENTRE TO UPPER MIDDLE RIGHT\n '\\u{1FB4A}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,1 L1,0.3333 L1,1 Z' }, // LOWER RIGHT BLOCK DIAGONAL LOWER LEFT TO UPPER MIDDLE RIGHT\n '\\u{1FB4B}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.5,1 L1,0 L1,1 Z' }, // LOWER RIGHT BLOCK DIAGONAL LOWER CENTRE TO UPPER RIGHT\n '\\u{1FB4C}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.5,0 L0,0 L0,1 L1,1 L1,0.3333 Z' }, // LOWER LEFT BLOCK DIAGONAL UPPER CENTRE TO UPPER MIDDLE RIGHT\n '\\u{1FB4D}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L0,1 L1,1 L1,0.3333 Z' }, // LOWER LEFT BLOCK DIAGONAL UPPER LEFT TO UPPER MIDDLE RIGHT\n '\\u{1FB4E}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.5,0 L0,0 L0,1 L1,1 L1,0.6667 Z' }, // LOWER LEFT BLOCK DIAGONAL UPPER CENTRE TO LOWER MIDDLE RIGHT\n '\\u{1FB4F}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L0,1 L1,1 L1,0.6667 Z' }, // LOWER LEFT BLOCK DIAGONAL UPPER LEFT TO LOWER MIDDLE RIGHT\n '\\u{1FB50}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.5,0 L0,0 L0,1 L1,1 Z' }, // LOWER LEFT BLOCK DIAGONAL UPPER CENTRE TO LOWER RIGHT\n '\\u{1FB51}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.3333 L0,1 L1,1 L1,0.6667 Z' }, // LOWER LEFT BLOCK DIAGONAL UPPER MIDDLE LEFT TO LOWER MIDDLE RIGHT\n '\\u{1FB52}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.6667 L0.5,1 L1,1 L1,0 L0,0 Z' }, // UPPER RIGHT BLOCK DIAGONAL LOWER MIDDLE LEFT TO LOWER CENTRE\n '\\u{1FB53}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.6667 L1,1 L1,0 L0,0 Z' }, // UPPER RIGHT BLOCK DIAGONAL LOWER MIDDLE LEFT TO LOWER RIGHT\n '\\u{1FB54}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.3333 L0.5,1 L1,1 L1,0 L0,0 Z' }, // UPPER RIGHT BLOCK DIAGONAL UPPER MIDDLE LEFT TO LOWER CENTRE\n '\\u{1FB55}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.3333 L1,1 L1,0 L0,0 Z' }, // UPPER RIGHT BLOCK DIAGONAL UPPER MIDDLE LEFT TO LOWER RIGHT\n '\\u{1FB56}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L0.5,1 L1,1 L1,0 Z' }, // UPPER RIGHT BLOCK DIAGONAL UPPER LEFT TO LOWER CENTRE\n '\\u{1FB57}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.3333 L0,0 L0.5,0 Z' }, // UPPER LEFT BLOCK DIAGONAL UPPER MIDDLE LEFT TO UPPER CENTRE\n '\\u{1FB58}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.3333 L0,0 L1,0 Z' }, // UPPER LEFT BLOCK DIAGONAL UPPER MIDDLE LEFT TO UPPER RIGHT\n '\\u{1FB59}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.6667 L0,0 L0.5,0 Z' }, // UPPER LEFT BLOCK DIAGONAL LOWER MIDDLE LEFT TO UPPER CENTRE\n '\\u{1FB5A}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.6667 L0,0 L1,0 Z' }, // UPPER LEFT BLOCK DIAGONAL LOWER MIDDLE LEFT TO UPPER RIGHT\n '\\u{1FB5B}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,1 L0,0 L0.5,0 Z' }, // UPPER LEFT BLOCK DIAGONAL LOWER LEFT TO UPPER CENTRE\n '\\u{1FB5C}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.6667 L0,0 L1,0 L1,0.3333 Z' }, // UPPER LEFT BLOCK DIAGONAL LOWER MIDDLE LEFT TO UPPER MIDDLE RIGHT\n '\\u{1FB5D}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.5,1 L0,1 L0,0 L1,0 L1,0.6667 Z' }, // UPPER LEFT BLOCK DIAGONAL LOWER CENTRE TO LOWER MIDDLE RIGHT\n '\\u{1FB5E}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,1 L0,0 L1,0 L1,0.6667 Z' }, // UPPER LEFT BLOCK DIAGONAL LOWER LEFT TO LOWER MIDDLE RIGHT\n '\\u{1FB5F}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.5,1 L0,1 L0,0 L1,0 L1,0.3333 Z' }, // UPPER LEFT BLOCK DIAGONAL LOWER CENTRE TO UPPER MIDDLE RIGHT\n '\\u{1FB60}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,1 L0,0 L1,0 L1,0.3333 Z' }, // UPPER LEFT BLOCK DIAGONAL LOWER LEFT TO UPPER MIDDLE RIGHT\n '\\u{1FB61}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.5,1 L0,1 L0,0 L1,0 Z' }, // UPPER LEFT BLOCK DIAGONAL LOWER CENTRE TO UPPER RIGHT\n '\\u{1FB62}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.5,0 L1,0 L1,0.3333 Z' }, // UPPER RIGHT BLOCK DIAGONAL UPPER CENTRE TO UPPER MIDDLE RIGHT\n '\\u{1FB63}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L1,0 L1,0.3333 Z' }, // UPPER RIGHT BLOCK DIAGONAL UPPER LEFT TO UPPER MIDDLE RIGHT\n '\\u{1FB64}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.5,0 L1,0 L1,0.6667 Z' }, // UPPER RIGHT BLOCK DIAGONAL UPPER CENTRE TO LOWER MIDDLE RIGHT\n '\\u{1FB65}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L1,0 L1,0.6667 Z' }, // UPPER RIGHT BLOCK DIAGONAL UPPER LEFT TO LOWER MIDDLE RIGHT\n '\\u{1FB66}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.5,0 L1,0 L1,1 Z' }, // UPPER RIGHT BLOCK DIAGONAL UPPER CENTRE TO LOWER RIGHT\n '\\u{1FB67}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.3333 L1,0.6667 L1,0 L0,0 Z' }, // UPPER RIGHT BLOCK DIAGONAL UPPER MIDDLE LEFT TO LOWER MIDDLE RIGHT\n '\\u{1FB68}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L1,0 L1,1 L0,1 L0.5,0.5 Z' }, // UPPER AND RIGHT AND LOWER TRIANGULAR THREE QUARTERS BLOCK (missing left)\n '\\u{1FB69}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L0.5,0.5 L1,0 L1,1 L0,1 Z' }, // LEFT AND LOWER AND RIGHT TRIANGULAR THREE QUARTERS BLOCK (missing upper)\n '\\u{1FB6A}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L1,0 L0.5,0.5 L1,1 L0,1 Z' }, // UPPER AND LEFT AND LOWER TRIANGULAR THREE QUARTERS BLOCK (missing right)\n '\\u{1FB6B}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L1,0 L1,1 L0.5,0.5 L0,1 Z' }, // LEFT AND UPPER AND RIGHT TRIANGULAR THREE QUARTERS BLOCK (missing lower)\n '\\u{1FB6C}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L0.5,0.5 L0,1 Z' }, // LEFT TRIANGULAR ONE QUARTER BLOCK\n '\\u{1FB6D}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L1,0 L0.5,0.5 Z' }, // UPPER TRIANGULAR ONE QUARTER BLOCK\n '\\u{1FB6E}': { type: CustomGlyphDefinitionType.PATH, data: 'M1,0 L1,1 L0.5,0.5 Z' }, // RIGHT TRIANGULAR ONE QUARTER BLOCK\n '\\u{1FB6F}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,1 L1,1 L0.5,0.5 Z' }, // LOWER TRIANGULAR ONE QUARTER BLOCK\n\n // Block elements (1FB70-1FB80)\n '\\u{1FB70}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 1, y: 0, w: 1, h: 8 }] }, // VERTICAL ONE EIGHTH BLOCK-2\n '\\u{1FB71}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 2, y: 0, w: 1, h: 8 }] }, // VERTICAL ONE EIGHTH BLOCK-3\n '\\u{1FB72}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 3, y: 0, w: 1, h: 8 }] }, // VERTICAL ONE EIGHTH BLOCK-4\n '\\u{1FB73}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 4, y: 0, w: 1, h: 8 }] }, // VERTICAL ONE EIGHTH BLOCK-5\n '\\u{1FB74}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 5, y: 0, w: 1, h: 8 }] }, // VERTICAL ONE EIGHTH BLOCK-6\n '\\u{1FB75}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 6, y: 0, w: 1, h: 8 }] }, // VERTICAL ONE EIGHTH BLOCK-7\n '\\u{1FB76}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 1, w: 8, h: 1 }] }, // HORIZONTAL ONE EIGHTH BLOCK-2\n '\\u{1FB77}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 2, w: 8, h: 1 }] }, // HORIZONTAL ONE EIGHTH BLOCK-3\n '\\u{1FB78}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 3, w: 8, h: 1 }] }, // HORIZONTAL ONE EIGHTH BLOCK-4\n '\\u{1FB79}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 4, w: 8, h: 1 }] }, // HORIZONTAL ONE EIGHTH BLOCK-5\n '\\u{1FB7A}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 5, w: 8, h: 1 }] }, // HORIZONTAL ONE EIGHTH BLOCK-6\n '\\u{1FB7B}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 6, w: 8, h: 1 }] }, // HORIZONTAL ONE EIGHTH BLOCK-7\n '\\u{1FB7C}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 1, h: 8 }, { x: 0, y: 7, w: 8, h: 1 }] }, // LEFT AND LOWER ONE EIGHTH BLOCK\n '\\u{1FB7D}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 1, h: 8 }, { x: 0, y: 0, w: 8, h: 1 }] }, // LEFT AND UPPER ONE EIGHTH BLOCK\n '\\u{1FB7E}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 7, y: 0, w: 1, h: 8 }, { x: 0, y: 0, w: 8, h: 1 }] }, // RIGHT AND UPPER ONE EIGHTH BLOCK\n '\\u{1FB7F}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 7, y: 0, w: 1, h: 8 }, { x: 0, y: 7, w: 8, h: 1 }] }, // RIGHT AND LOWER ONE EIGHTH BLOCK\n '\\u{1FB80}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 8, h: 1 }, { x: 0, y: 7, w: 8, h: 1 }] }, // UPPER AND LOWER ONE EIGHTH BLOCK\n\n // Window title bar (1FB81-1FB81)\n '\\u{1FB81}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 8, h: 1 }, { x: 0, y: 2, w: 8, h: 1 }, { x: 0, y: 4, w: 8, h: 1 }, { x: 0, y: 7, w: 8, h: 1 }] }, // HORIZONTAL ONE EIGHTH BLOCK-1358\n\n // Block elements (1FB82-1FB8B)\n '\\u{1FB82}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 8, h: 2 }] }, // UPPER ONE QUARTER BLOCK\n '\\u{1FB83}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 8, h: 3 }] }, // UPPER THREE EIGHTHS BLOCK\n '\\u{1FB84}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 8, h: 5 }] }, // UPPER FIVE EIGHTHS BLOCK\n '\\u{1FB85}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 8, h: 6 }] }, // UPPER THREE QUARTERS BLOCK\n '\\u{1FB86}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 8, h: 7 }] }, // UPPER SEVEN EIGHTHS BLOCK\n '\\u{1FB87}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 6, y: 0, w: 2, h: 8 }] }, // RIGHT ONE QUARTER BLOCK\n '\\u{1FB88}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 5, y: 0, w: 3, h: 8 }] }, // RIGHT THREE EIGHTHS B0OCK\n '\\u{1FB89}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 3, y: 0, w: 5, h: 8 }] }, // RIGHT FIVE EIGHTHS BL0CK\n '\\u{1FB8A}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 2, y: 0, w: 6, h: 8 }] }, // RIGHT THREE QUARTERS 0LOCK\n '\\u{1FB8B}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 1, y: 0, w: 7, h: 8 }] }, // RIGHT SEVEN EIGHTHS B0OCK\n\n // Rectangular shade characters (1FB8C-1FB94)\n '\\u{1FB8C}': { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [ // LEFT HALF MEDIUM SHADE\n [1, 0],\n [0, 1]\n ], clipPath: 'M0,0 L0.5,0 L0.5,1 L0,1 Z' },\n '\\u{1FB8D}': { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [ // RIGHT HALF MEDIUM SHADE\n [1, 0],\n [0, 1]\n ], clipPath: 'M0.5,0 L1,0 L1,1 L0.5,1 Z' },\n '\\u{1FB8E}': { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [ // UPPER HALF MEDIUM SHADE\n [1, 0],\n [0, 1]\n ], clipPath: 'M0,0 L1,0 L1,0.5 L0,0.5 Z' },\n '\\u{1FB8F}': { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [ // LOWER HALF MEDIUM SHADE\n [1, 0],\n [0, 1]\n ], clipPath: 'M0,0.5 L1,0.5 L1,1 L0,1 Z' },\n '\\u{1FB90}': { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [ // INVERSE MEDIUM SHADE\n [0, 1],\n [1, 0]\n ] },\n '\\u{1FB91}': [ // UPPER HALF BLOCK AND LOWER HALF INVERSE MEDIUM SHADE\n { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [\n [0, 1],\n [1, 0]\n ], clipPath: 'M0,0.5 L1,0.5 L1,1 L0,1 Z' },\n { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 0, w: 8, h: 4 }] }\n ],\n '\\u{1FB92}': [ // UPPER HALF INVERSE MEDIUM SHADE AND LOWER HALF BLOCK\n { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [\n [0, 1],\n [1, 0]\n ], clipPath: 'M0,0 L1,0 L1,0.5 L0,0.5 Z' },\n { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 4, w: 8, h: 4 }] }\n ],\n // 1FB93 is \n '\\u{1FB94}': [ // LEFT HALF INVERSE MEDIUM SHADE AND RIGHT HALF BLOCK\n { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [\n [0, 1],\n [1, 0]\n ], clipPath: 'M0,0 L0.5,0 L0.5,1 L0,1 Z' },\n { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 4, y: 0, w: 4, h: 8 }] }\n ],\n\n // Fill characters (1FB95-1FB97)\n '\\u{1FB95}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [ // CHECKER BOARD FILL\n { x: 0, y: 0, w: 2, h: 2 }, { x: 4, y: 0, w: 2, h: 2 },\n { x: 2, y: 2, w: 2, h: 2 }, { x: 6, y: 2, w: 2, h: 2 },\n { x: 0, y: 4, w: 2, h: 2 }, { x: 4, y: 4, w: 2, h: 2 },\n { x: 2, y: 6, w: 2, h: 2 }, { x: 6, y: 6, w: 2, h: 2 }\n ] },\n '\\u{1FB96}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [ // INVERSE CHECKER BOARD FILL\n { x: 2, y: 0, w: 2, h: 2 }, { x: 6, y: 0, w: 2, h: 2 },\n { x: 0, y: 2, w: 2, h: 2 }, { x: 4, y: 2, w: 2, h: 2 },\n { x: 2, y: 4, w: 2, h: 2 }, { x: 6, y: 4, w: 2, h: 2 },\n { x: 0, y: 6, w: 2, h: 2 }, { x: 4, y: 6, w: 2, h: 2 }\n ] },\n '\\u{1FB97}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [ // HEAVY HORIZONTAL FILL (upper middle and lower one quarter block)\n { x: 0, y: 2, w: 8, h: 2 }, { x: 0, y: 6, w: 8, h: 2 }\n ] },\n\n // Diagonal fill characters (1FB98-1FB99)\n '\\u{1FB98}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M-0.25,-0.25 L1.25,1.25 M-0.25,0 L1,1.25 M-0.25,0.25 L0.75,1.25 M-0.25,0.5 L0.5,1.25 M0,-0.25 L1.25,1 M0.25,-0.25 L1.25,0.75 M0.5,-0.25 L1.25,0.5 M-0.25,0.75 L0.25,1.25 M0.75,-0.25 L1.25,0.25', strokeWidth: 1 }, // UPPER LEFT TO LOWER RIGHT FILL\n '\\u{1FB99}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M-0.25,0.5 L0.5,-0.25 M-0.25,0.75 L0.75,-0.25 M-0.25,1 L1,-0.25 M-0.25,1.25 L1.25,-0.25 M0,1.25 L1.25,0 M0.25,1.25 L1.25,0.25 M0.5,1.25 L1.25,0.5 M-0.25,0.25 L0.25,-0.25 M0.75,1.25 L1.25,0.75', strokeWidth: 1 }, // UPPER RIGHT TO LOWER LEFT FILL\n\n // Smooth mosaic terminal graphic characters (1FB9A-1FB9B)\n '\\u{1FB9A}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,0 L.5,.5 L0,1 L1,1 L.5,.5 L1,0', type: CustomGlyphVectorType.FILL } }, // UPPER AND LOWER TRIANGULAR HALF BLOCK\n '\\u{1FB9B}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,0 L.5,.5 L1,0 L1,1 L.5,.5 L0,1', type: CustomGlyphVectorType.FILL } }, // LEFT AND RIGHT TRIANGULAR HALF BLOCK\n\n // Triangular shade characters (1FB9C-1FB9F)\n '\\u{1FB9C}': { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [ // UPPER LEFT TRIANGULAR MEDIUM SHADE\n [1, 0],\n [0, 1]\n ], clipPath: 'M0,0 L1,0 L0,1 Z' },\n '\\u{1FB9D}': { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [ // UPPER RIGHT TRIANGULAR MEDIUM SHADE\n [1, 0],\n [0, 1]\n ], clipPath: 'M0,0 L1,0 L1,1 Z' },\n '\\u{1FB9E}': { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [ // LOWER RIGHT TRIANGULAR MEDIUM SHADE\n [1, 0],\n [0, 1]\n ], clipPath: 'M1,0 L1,1 L0,1 Z' },\n '\\u{1FB9F}': { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: [ // LOWER LEFT TRIANGULAR MEDIUM SHADE\n [1, 0],\n [0, 1]\n ], clipPath: 'M0,0 L1,1 L0,1 Z' },\n\n // Character cell diagonals (1FBA0-1FBAE)\n '\\u{1FBA0}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,0 L0,.5', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER CENTRE TO MIDDLE LEFT\n '\\u{1FBA1}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,0 L1,.5', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER CENTRE TO MIDDLE RIGHT\n '\\u{1FBA2}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,.5 L.5,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL MIDDLE LEFT TO LOWER CENTRE\n '\\u{1FBA3}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M1,.5 L.5,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL MIDDLE RIGHT TO LOWER CENTRE\n '\\u{1FBA4}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,0 L0,.5 L.5,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER CENTRE TO MIDDLE LEFT TO LOWER CENTRE\n '\\u{1FBA5}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,0 L1,.5 L.5,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER CENTRE TO MIDDLE RIGHT TO LOWER CENTRE\n '\\u{1FBA6}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,.5 L.5,1 L1,.5', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL MIDDLE LEFT TO LOWER CENTRE TO MIDDLE RIGHT\n '\\u{1FBA7}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,.5 L.5,0 L1,.5', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL MIDDLE LEFT TO UPPER CENTRE TO MIDDLE RIGHT\n '\\u{1FBA8}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,0 L0,.5 M1,.5 L.5,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER CENTRE TO MIDDLE LEFT AND MIDDLE RIGHT TO LOWER CENTRE\n '\\u{1FBA9}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,0 L1,.5 M0,.5 L.5,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER CENTRE TO MIDDLE RIGHT AND MIDDLE LEFT TO LOWER CENTRE\n '\\u{1FBAA}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,0 L1,.5 L.5,1 L0,.5', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER CENTRE TO MIDDLE RIGHT TO LOWER CENTRE TO MIDDLE LEFT\n '\\u{1FBAB}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,0 L0,.5 L.5,1 L1,.5', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER CENTRE TO MIDDLE LEFT TO LOWER CENTRE TO MIDDLE RIGHT\n '\\u{1FBAC}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,.5 L.5,0 L1,.5 L.5,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL MIDDLE LEFT TO UPPER CENTRE TO MIDDLE RIGHT TO LOWER CENTRE\n '\\u{1FBAD}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M1,.5 L.5,0 L0,.5 L.5,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL MIDDLE RIGHT TO UPPER CENTRE TO MIDDLE LEFT TO LOWER CENTRE\n '\\u{1FBAE}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,0 L1,.5 L.5,1 L0,.5 Z', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL DIAMOND\n\n // Light solid line with stroke (1FBAF-1FBAF)\n '\\u{1FBAF}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: `${Shapes.LEFT_TO_RIGHT} M.5,.35 L.5,.65`, strokeWidth: 1 }, // BOX DRAWINGS LIGHT HORIZONTAL WITH VERTICAL STROKE\n\n // Terminal graphic characters (1FBB0-1FBB3)\n '\\u{1FBB0}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.1,0.2 L0.1,.8 L.4,.6 L.9,0.6 Z', scaleType: CustomGlyphScaleType.CHAR }, // ARROWHEAD-SHAPED POINTER\n '\\u{1FBB1}': { type: CustomGlyphDefinitionType.PATH_NEGATIVE, data: { d: 'M.1,.525 L.35,.675 L.9,.35', type: CustomGlyphVectorType.STROKE }, scaleType: CustomGlyphScaleType.CHAR }, // INVERSE CHECK MARK\n '\\u{1FBB2}': { type: CustomGlyphDefinitionType.PATH, data: 'M.29,.27 L0.13,.56 L.22,.59 L.35,0.35 L.67,.35 L.57,.57 L.71,.76 L.22,.76 L.42,1 L.53,.98 L.43,.86 L.9,.86 L.71,.6 L1,.6 L1,.52 L.83,.52 L.92,.36 L1,.36 L1,.27Z M.99,.13 A.12,.12,0,1,1,.75,.13 A.12,.12,0,1,1,.99,.13' }, // LEFT HALF RUNNING MAN\n '\\u{1FBB3}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,.27 L.3,.27 L.55,.12 L.63,.18 L.33,.36 L0,.36 M0,.52 L.33,.52 L.59,.89 L.73,.89 L.73,.98 L.53,.98 L.28,.6 L0,.6' }, // RIGHT HALF RUNNING MAN\n\n // Arrows (1FBB4-1FBB8)\n // TODO: Improve all arrows, use hybrid approach\n '\\u{1FBB4}': { type: CustomGlyphDefinitionType.PATH_NEGATIVE, data: { d: 'M.15,.55 L.5,.4 L.5,.45 L.65,.45 L.65,.35 L.85,.35 L.85,.625 L.5,.625 L.5,.7 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // INVERSE DOWNWARDS ARROW WITH TIP LEFTWARDS\n '\\u{1FBB5}': [ // LEFTWARDS ARROW AND UPPER AND LOWER ONE EIGHTH BLOCK\n { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,0 L1,0 L1,.0625 L0,.0625 Z M0,.9375 L1,.9375 L1,1 L0,1 Z', type: CustomGlyphVectorType.FILL } },\n { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.15,.5 L.5,.35 L.5,.425 L.85,.425 L.85,.575 L.5,.575 L.5,.65 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }\n ],\n '\\u{1FBB6}': [ // RIGHTWARDS ARROW AND UPPER AND LOWER ONE EIGHTH BLOCK\n { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,0 L1,0 L1,.0625 L0,.0625 Z M0,.9375 L1,.9375 L1,1 L0,1 Z', type: CustomGlyphVectorType.FILL } },\n { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.85,.5 L.5,.35 L.5,.425 L.15,.425 L.15,.575 L.5,.575 L.5,.65 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }\n ],\n '\\u{1FBB7}': [ // DOWNWARDS ARROW AND RIGHT ONE EIGHTH BLOCK\n { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.875,0 L1,0 L1,1 L.875,1 Z', type: CustomGlyphVectorType.FILL } },\n { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.5,.675 L.2,.5 L.35,.5 L.35,.325 L.65,.325 L.65,.5 L.8,.5 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }\n ],\n '\\u{1FBB8}': [ // UPWARDS ARROW AND RIGHT ONE EIGHTH BLOCK\n { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.875,0 L1,0 L1,1 L.875,1 Z', type: CustomGlyphVectorType.FILL } },\n { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.5,.325 L.2,.5 L.35,.5 L.35,.675 L.65,.675 L.65,.5 L.8,.5 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }\n ],\n\n // Terminal graphic characters (1FBB9-1FBBC)\n '\\u{1FBB9}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M1,.89 L.11,.89 L.11,.37 L.36,.12 L.74,.12 L.96,.34 L1,.34 L1,.405 L.92,.405 L.69,.185 L.41,.185 L.21,.42 L.21,.825 L1,.825 Z', type: CustomGlyphVectorType.FILL } }, // LEFT HALF FOLDER\n '\\u{1FBBA}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,.89 L0,.825 L.78,.825 L.78,.53 L.7,.415 L0,.415 L0,.35 L.75,.35 L.88,.48 L.88,.89 Z', type: CustomGlyphVectorType.FILL } }, // RIGHT HALF FOLDER\n '\\u{1FBBB}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.31,.275 L.44,.275 L.44,.47 L.05,.47 L.05,.405 L.31,.405 Z M.56,.275 L.69,.275 L.69,.405 L.95,.405 L.95,.47 L.56,.47 Z M.05,.53 L.44,.53 L.44,.725 L.31,.725 L.31,.595 L.05,.595 Z M.56,.53 L.95,.53 L.95,.595 L.69,.595 L.69,.725 L.56,.725 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // VOIDED GREEK CROSS\n '\\u{1FBBC}': [ // RIGHT OPEN SQUARED DOT\n { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L1,0 L1,1 L0,1 L0,.935 L.885,.935 L.885,.065 L0,.065 Z' },\n { type: CustomGlyphDefinitionType.PATH, data: 'M.67,.5 A.17,.085,0,1,1,.33,.5 A.17,.085,0,1,1,.67,.5', scaleType: CustomGlyphScaleType.CHAR }\n ],\n\n // Negative terminal graphic characters (1FBBD-1FBBF)\n '\\u{1FBBD}': { type: CustomGlyphDefinitionType.PATH_NEGATIVE, data: { d: 'M0,0 L.5,.5 L1,0 L1,1 L.5,.5 L0,1 Z', type: CustomGlyphVectorType.STROKE } }, // NEGATIVE DIAGONAL CROSS\n '\\u{1FBBE}': { type: CustomGlyphDefinitionType.PATH_NEGATIVE, data: { d: 'M1,.5 L.5,1', type: CustomGlyphVectorType.STROKE } }, // NEGATIVE DIAGONAL MIDDLE RIGHT TO LOWER CENTRE\n '\\u{1FBBF}': { type: CustomGlyphDefinitionType.PATH_NEGATIVE, data: { d: 'M.5,0 L1,.5 L.5,1 L0,.5 Z', type: CustomGlyphVectorType.STROKE } }, // NEGATIVE DIAGONAL DIAMOND\n\n // Terminal graphic characters (1FBC0-1FBCA)\n '\\u{1FBC0}': { type: CustomGlyphDefinitionType.PATH, data: 'M.16,.445 A.02,.01,0,0,1,.39,.33 L.5,.375 L.61,.33 A.02,.01,0,0,1,.84,.445 L.75,.5 L.84,.555 A.02,.01,0,0,1,.61,.67 L.5,.625 L.39,.67 A.02,.01,0,0,1,.16,.555 L.25,.5 Z M.24,.41 L.39,.5 L.24,.59 L.32,.63 L.5,.555 L.68,.63 L.76,.59 L.61,.5 L.76,.41 L.68,.37 L.5,.445 L.32,.37 Z', scaleType: CustomGlyphScaleType.CHAR }, // WHITE HEAVY SALTIRE WITH ROUNDED CORNERS\n // 1FBC1-1FBC4 is dervied from the Iosevka font (SIL OFL v1.1) https://github.com/be5invis/Iosevka\n '\\u{1FBC1}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.142308,0.924 Q0.130770,0.924,0.120193,0.922 T0.101924,0.916 T0.089424,0.9065 T0.084616,0.895 V0.025 Q0.084616,0.019,0.089424,0.0135 T0.101924,0.004 T0.120193,-0.002 T0.142308,-0.004 Q0.150000,-0.004,0.157693,-0.003 T0.173078,0.000 L0.430770,0.085 Q0.451924,0.059,0.494232,0.041 T0.587501,0.013 T0.692309,-0.0005 T0.800001,-0.004 H1 V0.055 H0.800001 Q0.771155,0.055,0.742309,0.056 T0.685578,0.060 T0.630770,0.0685 T0.580770,0.0825 T0.543270,0.1045 T0.528847,0.133 V0.647 H0.530770 Q0.596155,0.645,0.659616,0.638 T0.782693,0.6165 T0.893270,0.5805 T1,0.531 V0.623 Q0.934616,0.644,0.880770,0.6595 T0.769232,0.685 T0.650963,0.700 T0.528847,0.707 V0.787 Q0.528847,0.802,0.543270,0.8155 T0.580770,0.8375 T0.630770,0.8515 T0.685578,0.860 T0.742309,0.864 T0.800001,0.865 H1 V0.924 H0.800001 Q0.746155,0.924,0.692309,0.9205 T0.587501,0.907 T0.494232,0.879 T0.430770,0.835 L0.173078,0.920 Q0.165386,0.922,0.157693,0.923 T0.142308,0.924 Z M0.2,0.841 L0.415385,0.770 V0.150 L0.2,0.079 V0.841 Z M1,0.698 Q0.973077,0.694,0.969231,0.6885 T0.965385,0.677 Q0.965385,0.672,0.969231,0.6665 T1,0.657 V0.698 Z' }, // LEFT THIRD WHITE RIGHT POINTING INDEX\n '\\u{1FBC2}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.623 V0.531 Q0.044231,0.512,0.0625,0.4905 T0.092308,0.4465 T0.108654,0.4005 T0.113462,0.354 V0.351 Q0.113462,0.345,0.117308,0.3395 T0.129808,0.3305 T0.148846,0.3245 T0.171154,0.323 H0.501923 Q0.532692,0.323,0.563462,0.3185 T0.617308,0.303 T0.651923,0.2765 T0.663462,0.2435 V0.241 Q0.663462,0.219,0.657692,0.197 T0.639423,0.1545 T0.604808,0.115 T0.549615,0.082 T0.475577,0.0615 T0.392308,0.055 H0 V-0.004 H1 V0.055 H0.667308 Q0.694231,0.071,0.713462,0.09 T0.746154,0.129 T0.766346,0.1705 T0.775,0.213 H1 V0.316 Q0.971154,0.305,0.955769,0.2965 T0.920192,0.2825 T0.876923,0.2745 T0.830769,0.272 H0.773077 Q0.767308,0.297,0.743269,0.319 T0.680769,0.355 T0.595192,0.375 T0.501923,0.381 H0.227308 Q0.223462,0.415,0.211,0.4485 T0.172692,0.5135 T0.108269,0.573 T0,0.623 Z M0.611538,0.924 H0 V0.865 H0.611538 Q0.642308,0.865,0.673077,0.8605 T0.727885,0.845 T0.762308,0.8185 T0.773077,0.787 V0.785 Q0.773077,0.769,0.762308,0.7535 T0.727885,0.727 T0.673077,0.7115 T0.611538,0.707 H0.059615 Q0.048077,0.707,0.037115,0.7045 T0,0.694 V0.653 Q0.026923,0.648,0.037115,0.646 T0.059615,0.644 H0.722692 Q0.753462,0.644,0.784231,0.6395 T0.839038,0.624 T0.873846,0.5975 T0.884615,0.566 V0.564 Q0.884615,0.548,0.873846,0.532 T0.839038,0.5055 T0.784231,0.49 T0.722692,0.4855 H0.392308 Q0.380769,0.4855,0.370192,0.483 T0.351923,0.4765 T0.339423,0.467 T0.334615,0.4555 T0.339423,0.444 T0.351923,0.4345 T0.370192,0.428 T0.392308,0.4255 H0.832692 Q0.855769,0.4255,0.878846,0.4235 T0.922115,0.416 T0.957692,0.4015 T1,0.3815 V0.4685 Q0.975,0.4705,0.966346,0.4725 T0.95,0.4765 Q0.961538,0.4835,0.969231,0.4915 T1,0.5075 V0.6205 Q0.965385,0.6455,0.926923,0.665 T0.84,0.6935 Q0.866923,0.7115,0.877596,0.7345 T0.894231,0.7855 V0.787 Q0.894231,0.815,0.876923,0.8425 T0.820192,0.8895 T0.726923,0.916 T0.611538,0.924 Z' }, // MIDDLE THIRD WHITE RIGHT POINTING INDEX\n '\\u{1FBC3}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0.473 V0.386 Q0.025490,0.378,0.028431,0.3695 T0.031373,0.352 V0.35 Q0.031373,0.342,0.028431,0.333 T0,0.316 V0.213 H0.652941 Q0.684314,0.213,0.715686,0.2085 T0.770588,0.193 T0.804902,0.1665 T0.815686,0.135 V0.133 Q0.815686,0.117,0.804902,0.101 T0.770588,0.0745 T0.715686,0.0595 T0.652941,0.055 H0 V-0.004 H0.652941 Q0.707843,-0.004,0.761765,0.004 T0.856863,0.031 T0.915686,0.0775 T0.933333,0.133 V0.135 Q0.933333,0.163,0.915686,0.1905 T0.856863,0.237 T0.761765,0.264 T0.652941,0.272 H0.109804 Q0.131373,0.29,0.140196,0.31 T0.149020,0.35 V0.352 Q0.149020,0.37,0.142157,0.388 T0.118627,0.4225 T0.076471,0.452 T0,0.473 Z M0,0.625 V0.513 Q0.029412,0.526,0.032353,0.54 T0.035294,0.568 V0.57 Q0.035294,0.584,0.032353,0.598 T0,0.625 Z' }, // RIGHT THIRD WHITE RIGHT POINTING INDEX\n '\\u{1FBC4}': { type: CustomGlyphDefinitionType.PATH, data: 'M0.019231,1.085 V-0.165 H0.980769 V1.085 H0.019231 Z M0.446154,0.527 H0.553846 Q0.553846,0.511,0.5625,0.495 T0.591346,0.466 T0.631731,0.4405 T0.666346,0.4135 T0.688462,0.3825 T0.696154,0.35 Q0.696154,0.33,0.682692,0.311 T0.641346,0.2785 T0.575,0.259 T0.498077,0.253 T0.421154,0.259 T0.356731,0.279 T0.315385,0.3125 T0.301923,0.352 V0.357 H0.409615 V0.354 Q0.409615,0.345,0.414423,0.335 T0.431731,0.318 T0.4625,0.3075 T0.498077,0.304 Q0.517308,0.304,0.534615,0.307 T0.564423,0.3165 T0.582692,0.332 T0.588462,0.35 Q0.588462,0.366,0.572115,0.3805 T0.535577,0.4075 T0.496154,0.4335 T0.465385,0.4625 T0.45,0.4945 T0.446154,0.527 Z M0.5,0.667 Q0.519231,0.667,0.5375,0.664 T0.569231,0.654 T0.588462,0.637 T0.594231,0.617 T0.588462,0.5975 T0.569231,0.581 T0.5375,0.571 T0.5,0.568 T0.4625,0.571 T0.430769,0.581 T0.411538,0.5975 T0.405769,0.617 T0.411538,0.637 T0.430769,0.654 T0.4625,0.664 T0.5,0.667 Z', scaleType: CustomGlyphScaleType.CHAR }, // NEGATIVE SQUARED QUESTION MARK\n '\\u{1FBC5}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.44,.425 L.44,.51 L.44,.56 L.19,.685 L.26,.72 L.5,.605 L.74,.72 L.81,.685 L.56,.56 L.56,.51 L.56,.425 Z M.17,.46 L.17,.51 L.83,.51 L.83,.46 Z M.67,.35 C.67,.303,.594,.265,.5,.265 C.406,.265,.33,.303,.33,.35 C.33,.397,.406,.435,.5,.435 C.594,.435,.67,.397,.67,.35 Z M.56,.35 C.56,.3665,.533,.38,.5,.38 C.467,.38,.44,.3665,.44,.35 C.44,.3335,.467,.32,.5,.32 C.533,.32,.56,.3335,.56,.35 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // STICK FIGURE\n '\\u{1FBC6}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.44,.425 L.44,.46 L.23,.385 L.19,.43 L.44,.51 L.44,.56 L.29,.71 L.38,.735 L.5,.605 L.61,.735 L.7,.71 L.56,.56 L.56,.51 L.81,.43 L.77,.385 L.56,.46 L.56,.425 Z M.67,.35 C.67,.303,.594,.265,.5,.265 C.406,.265,.33,.303,.33,.35 C.33,.397,.406,.435,.5,.435 C.594,.435,.67,.397,.67,.35 Z M.56,.35 C.56,.3665,.533,.38,.5,.38 C.467,.38,.44,.3665,.44,.35 C.44,.3335,.467,.32,.5,.32 C.533,.32,.56,.3335,.56,.35 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // STICK FIGURE WITH ARMS RAISED\n '\\u{1FBC7}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.44,.425 L.44,.56 L.29,.71 L.38,.735 L.5,.605 L.74,.72 L.81,.685 L.56,.56 L.56,.425 Z M.18,.53 L.23,.575 L.81,.43 L.77,.385 Z M.67,.35 C.67,.303,.594,.265,.5,.265 C.406,.265,.33,.303,.33,.35 C.33,.397,.406,.435,.5,.435 C.594,.435,.67,.397,.67,.35 Z M.56,.35 C.56,.3665,.533,.38,.5,.38 C.467,.38,.44,.3665,.44,.35 C.44,.3335,.467,.32,.5,.32 C.533,.32,.56,.3335,.56,.35 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // STICK FIGURE LEANING LEFT\n '\\u{1FBC8}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.44,.425 L.44,.56 L.19,.685 L.26,.72 L.5,.605 L.62,.735 L.71,.71 L.56,.56 L.56,.425 Z M.23,.385 L.18,.43 L.77,.575 L.81,.53 Z M.67,.35 C.67,.303,.594,.265,.5,.265 C.406,.265,.33,.303,.33,.35 C.33,.397,.406,.435,.5,.435 C.594,.435,.67,.397,.67,.35 Z M.56,.35 C.56,.3665,.533,.38,.5,.38 C.467,.38,.44,.3665,.44,.35 C.44,.3335,.467,.32,.5,.32 C.533,.32,.56,.3335,.56,.35 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // STICK FIGURE LEANING RIGHT\n '\\u{1FBC9}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.44,.425 L.45,.495 L.15,.645 L.34,.645 L.34,.7 L.44,.7 L.44,.645 L.56,.645 L.56,.7 L.66,.7 L.66,.645 L.84,.645 L.54,.495 L.56,.425 Z M.39,.6 L.5,.55 L.60,.6 Z M.17,.46 L.17,.51 L.83,.51 L.83,.46 Z M.67,.35 C.67,.303,.594,.265,.5,.265 C.406,.265,.33,.303,.33,.35 C.33,.397,.406,.435,.5,.435 C.594,.435,.67,.397,.67,.35 Z M.56,.35 C.56,.3665,.533,.38,.5,.38 C.467,.38,.44,.3665,.44,.35 C.44,.3335,.467,.32,.5,.32 C.533,.32,.56,.3335,.56,.35 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // STICK FIGURE WITH DRESS\n '\\u{1FBCA}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.26,.375 L.5,.255 L.74,.375 L.74,.665 L.5,.55 L.26,.665 Z M.37,.395 L.37,.54 L.5,.475 L.63,.54 L.63,.395 L.5,.33 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // WHITE UP-POINTING CHEVRON\n\n // Terminal graphic characters (1FBCB-1FBCD)\n '\\u{1FBCB}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.09,.41 L.32,.295 L.5,.375 L.68,.295 L.91,.41 L.75,.5 L.91,.59 L.68,.705 L.5,.625 L.32,.705 L.09,.59 L.25,.5 Z M.24,.41 L.39,.5 L.24,.59 L.32,.63 L.5,.555 L.68,.63 L.76,.59 L.61,.5 L.76,.41 L.68,.37 L.5,.445 L.32,.37 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // WHITE CROSS MARK\n '\\u{1FBCC}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.55,.305 L.88,.305 L.88,.355 L.65,.355 L.65,.47 L.88,.47 L.88,.52 L.55,.52 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // RAISED SMALL LEFT SQUARE BRACKET\n '\\u{1FBCD}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.38,.39 L.5,.33 L.62,.39 L.62,.53 L.5,.47 L.38,.53 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // BLACK SMALL UP-POINTING CHEVRON\n\n // Block elements (1FBCE-1FBCF)\n '\\u{1FBCE}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L0.6667,0 L0.6667,1 L0,1 Z' }, // LEFT TWO THIRDS BLOCK\n '\\u{1FBCF}': { type: CustomGlyphDefinitionType.PATH, data: 'M0,0 L0.3333,0 L0.3333,1 L0,1 Z' }, // LEFT ONE THIRD BLOCK\n\n // Character cell diagonals (1FBD0-1FBDF)\n '\\u{1FBD0}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M1,.5 L0,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL MIDDLE RIGHT TO LOWER LEFT\n '\\u{1FBD1}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M1,0 L0,.5', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER RIGHT TO MIDDLE LEFT\n '\\u{1FBD2}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,0 L1,.5', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER LEFT TO MIDDLE RIGHT\n '\\u{1FBD3}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,.5 L1,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL MIDDLE LEFT TO LOWER RIGHT\n '\\u{1FBD4}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,0 L.5,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER LEFT TO LOWER CENTRE\n '\\u{1FBD5}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,0 L1,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER CENTRE TO LOWER RIGHT\n '\\u{1FBD6}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M1,0 L.5,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER RIGHT TO LOWER CENTRE\n '\\u{1FBD7}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M.5,0 L0,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER CENTRE TO LOWER LEFT\n '\\u{1FBD8}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,0 L.5,.5 L1,0', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER LEFT TO MIDDLE CENTRE TO UPPER RIGHT\n '\\u{1FBD9}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M1,0 L.5,.5 L1,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER RIGHT TO MIDDLE CENTRE TO LOWER RIGHT\n '\\u{1FBDA}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,1 L.5,.5 L1,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL LOWER LEFT TO MIDDLE CENTRE TO LOWER RIGHT\n '\\u{1FBDB}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,0 L.5,.5 L0,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER LEFT TO MIDDLE CENTRE TO LOWER LEFT\n '\\u{1FBDC}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,0 L.5,1 L1,0', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER LEFT TO LOWER CENTRE TO UPPER RIGHT\n '\\u{1FBDD}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M1,0 L0,.5 L1,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER RIGHT TO MIDDLE LEFT TO LOWER RIGHT\n '\\u{1FBDE}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,1 L.5,0 L1,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL LOWER LEFT TO UPPER CENTRE TO LOWER RIGHT\n '\\u{1FBDF}': { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: 'M0,0 L1,.5 L0,1', strokeWidth: 1 }, // BOX DRAWINGS LIGHT DIAGONAL UPPER LEFT TO MIDDLE RIGHT TO LOWER LEFT\n\n // Geometric shapes (1FBE0-1FBEF)\n '\\u{1FBE0}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,0 C0,.276,.224,.5,.5,.5 C.776,.5,1,.276,1,0', type: CustomGlyphVectorType.STROKE } }, // TOP JUSTIFIED LOWER HALF WHITE CIRCLE\n '\\u{1FBE1}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M1,0 C.724,0,.5,.224,.5,.5 C.5,.776,.724,1,1,1', type: CustomGlyphVectorType.STROKE } }, // RIGHT JUSTIFIED LEFT HALF WHITE CIRCLE\n '\\u{1FBE2}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,1 C0,.724,.224,.5,.5,.5 C.776,.5,1,.724,1,1', type: CustomGlyphVectorType.STROKE } }, // BOTTOM JUSTIFIED UPPER HALF WHITE CIRCLE\n '\\u{1FBE3}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,0 C.276,0,.5,.224,.5,.5 C.5,.776,.276,1,0,1', type: CustomGlyphVectorType.STROKE } }, // LEFT JUSTIFIED RIGHT HALF WHITE CIRCLE\n '\\u{1FBE4}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 2, y: 0, w: 4, h: 4 }] }, // UPPER CENTRE ONE QUARTER BLOCK\n '\\u{1FBE5}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 2, y: 4, w: 4, h: 4 }] }, // LOWER CENTRE ONE QUARTER BLOCK\n '\\u{1FBE6}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 0, y: 2, w: 4, h: 4 }] }, // MIDDLE LEFT ONE QUARTER BLOCK\n '\\u{1FBE7}': { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: [{ x: 4, y: 2, w: 4, h: 4 }] }, // MIDDLE RIGHT ONE QUARTER BLOCK\n '\\u{1FBE8}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,0 C0,.276,.224,.5,.5,.5 C.776,.5,1,.276,1,0 Z', type: CustomGlyphVectorType.FILL } }, // TOP JUSTIFIED LOWER HALF BLACK CIRCLE\n '\\u{1FBE9}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M1,0 C.724,0,.5,.224,.5,.5 C.5,.776,.724,1,1,1 Z', type: CustomGlyphVectorType.FILL } }, // RIGHT JUSTIFIED LEFT HALF BLACK CIRCLE\n '\\u{1FBEA}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,1 C0,.724,.224,.5,.5,.5 C.776,.5,1,.724,1,1 Z', type: CustomGlyphVectorType.FILL } }, // BOTTOM JUSTIFIED UPPER HALF BLACK CIRCLE\n '\\u{1FBEB}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,0 C.276,0,.5,.224,.5,.5 C.5,.776,.276,1,0,1 Z', type: CustomGlyphVectorType.FILL } }, // LEFT JUSTIFIED RIGHT HALF BLACK CIRCLE\n '\\u{1FBEC}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M1,0 L.5,0 C.5,.276,.724,.5,1,.5 Z', type: CustomGlyphVectorType.FILL } }, // TOP RIGHT JUSTIFIED LOWER LEFT QUARTER BLACK CIRCLE\n '\\u{1FBED}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,1 L.5,1 C.5,.724,.276,.5,0,.5 Z', type: CustomGlyphVectorType.FILL } }, // BOTTOM LEFT JUSTIFIED UPPER RIGHT QUARTER BLACK CIRCLE\n '\\u{1FBEE}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M1,1 L1,.5 C.724,.5,.5,.724,.5,1 Z', type: CustomGlyphVectorType.FILL } }, // BOTTOM RIGHT JUSTIFIED UPPER LEFT QUARTER BLACK CIRCLE\n '\\u{1FBEF}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M0,0 L0,.5 C.276,.5,.5,.276,.5,0 Z', type: CustomGlyphVectorType.FILL } }, // TOP LEFT JUSTIFIED LOWER RIGHT QUARTER BLACK CIRCLE\n\n // Segmented digits (1FBF0-1FBF9)\n '\\u{1FBF0}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: segmentedDigit(0b1111110), type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SEGMENTED DIGIT ZERO (abcdef)\n '\\u{1FBF1}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: segmentedDigit(0b0110000), type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SEGMENTED DIGIT ONE (bc)\n '\\u{1FBF2}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: segmentedDigit(0b1101101), type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SEGMENTED DIGIT TWO (abdeg)\n '\\u{1FBF3}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: segmentedDigit(0b1111001), type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SEGMENTED DIGIT THREE (abcdg)\n '\\u{1FBF4}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: segmentedDigit(0b0110011), type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SEGMENTED DIGIT FOUR (bcfg)\n '\\u{1FBF5}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: segmentedDigit(0b1011011), type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SEGMENTED DIGIT FIVE (acdfg)\n '\\u{1FBF6}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: segmentedDigit(0b1011111), type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SEGMENTED DIGIT SIX (acdefg)\n '\\u{1FBF7}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: segmentedDigit(0b1110010), type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SEGMENTED DIGIT SEVEN (abcf)\n '\\u{1FBF8}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: segmentedDigit(0b1111111), type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SEGMENTED DIGIT EIGHT (abcdefg)\n '\\u{1FBF9}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: segmentedDigit(0b1111011), type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // SEGMENTED DIGIT NINE (abcdfg)\n\n // Terminal graphic character (1FBFA-1FBFA)\n '\\u{1FBFA}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: 'M.5,.175 C.2,.175,.15,.305,.15,.435 L.05,.63 L.35,.63 C.35,.682,.42,.76,.5,.76 C.58,.76,.65,.682,.65,.63 L.95,.63 L.85,.435 C.85,.305,.8,.175,.5,.175 Z', type: CustomGlyphVectorType.FILL }, scaleType: CustomGlyphScaleType.CHAR }, // ALARM BELL SYMBOL\n\n // #endregion\n\n // #region Braille Patterns (2800-28FF)\n\n // https://www.unicode.org/charts/PDF/U2800.pdf\n\n // Braille patterns (2800-28FF)\n ...Object.fromEntries(\n Array.from({ length: 256 }, (_, i) => [\n String.fromCodePoint(0x2800 + i),\n { type: CustomGlyphDefinitionType.BRAILLE, data: i }\n ])\n ),\n\n // #endregion\n};\n\nexport const blockPatternCodepoints = new Set([\n // Shade characters (2591-2593)\n 0x2591,\n 0x2592,\n 0x2593,\n // Rectangular shade characters (1FB8C-1FB94)\n 0x1FB8C,\n 0x1FB8D,\n 0x1FB8E,\n 0x1FB8F,\n 0x1FB90,\n 0x1FB91,\n 0x1FB92,\n 0x1FB94,\n // Triangular shade characters (1FB9C-1FB9F)\n 0x1FB9C,\n 0x1FB9D,\n 0x1FB9E,\n 0x1FB9F\n]);\n\n/**\n * Generates a drawing function for sextant characters. Sextants are a 2x3 grid where each cell\n * can be on or off.\n * @param pattern A 6-bit pattern where bit 0 = top-left, bit 1 = top-right, bit 2 = middle-left,\n * bit 3 = middle-right, bit 4 = bottom-left, bit 5 = bottom-right\n */\nfunction sextant(pattern: number): { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: CustomGlyphPathDrawFunctionDefinition } {\n return {\n type: CustomGlyphDefinitionType.PATH_FUNCTION,\n data: () => {\n // Sextant grid: 2 columns, 3 rows\n // Row heights in 8ths: top=3, middle=2, bottom=3\n // Column widths: left=4, right=4\n const rects: string[] = [];\n const colW = 0.5; // Each column is half width\n const rowH = [3 / 8, 2 / 8, 3 / 8]; // Row heights as fractions\n const rowY = [0, 3 / 8, 5 / 8]; // Row Y positions\n\n for (let row = 0; row < 3; row++) {\n const leftBit = (pattern >> (row * 2)) & 1;\n const rightBit = (pattern >> (row * 2 + 1)) & 1;\n\n if (leftBit && rightBit) {\n // Full row\n rects.push(`M0,${rowY[row]} L1,${rowY[row]} L1,${rowY[row] + rowH[row]} L0,${rowY[row] + rowH[row]} Z`);\n } else if (leftBit) {\n rects.push(`M0,${rowY[row]} L${colW},${rowY[row]} L${colW},${rowY[row] + rowH[row]} L0,${rowY[row] + rowH[row]} Z`);\n } else if (rightBit) {\n rects.push(`M${colW},${rowY[row]} L1,${rowY[row]} L1,${rowY[row] + rowH[row]} L${colW},${rowY[row] + rowH[row]} Z`);\n }\n }\n return rects.join(' ');\n }\n };\n}\n\n/**\n * Generates SVG path data for a 7-segment display digit.\n *\n * Segment mapping (bit positions):\n *\n * - bit 6: a (top)\n * - bit 5: b (upper right)\n * - bit 4: c (lower right)\n * - bit 3: d (bottom)\n * - bit 2: e (lower left)\n * - bit 1: f (upper left)\n * - bit 0: g (middle)\n *\n * ```\n * ─a─\n * │ │\n * f b\n * ─g─\n * e c\n * │ │\n * ─d─\n * ```\n */\nfunction segmentedDigit(pattern: number): string {\n const paths: string[] = [];\n\n // Each segment should have approximately the same stroke width, this is somewhat difficult to be\n // precise since coordinates are 0-1 of the whole cell (percentage-based). To handle this, the\n // fact that terminal cells are typically sized at ~2:1 (height:width) is leveraged.\n // for horizontal vs vertical to make segments appear the same thickness\n const segW = 0.15; // Width of vertical segments (fraction of cell width)\n const segH = 0.075; // Height of horizontal segments (fraction of cell height, ~half of segW for 2:1 cells)\n const padX = 0.05; // Horizontal padding from edge\n const padY = 0.175; // Vertical padding from edge (35% total = 65% height)\n const gap = 0.015; // Gap between segments\n const taperX = segW / 2; // Horizontal taper for vertical segments\n const taperY = segH / 2; // Vertical taper for horizontal segments\n\n const left = padX;\n const right = 1 - padX;\n const top = padY;\n const bottom = 1 - padY;\n const midY = 0.5;\n\n // Segment a (top horizontal) - hexagonal with pointed left/right ends\n if (pattern & 0b1000000) {\n const y1 = top;\n const y2 = top + segH / 2;\n const y3 = top + segH;\n const x1 = left + segW + gap;\n const x2 = right - segW - gap;\n paths.push(`M${x1},${y2} L${x1 + taperX},${y1} L${x2 - taperX},${y1} L${x2},${y2} L${x2 - taperX},${y3} L${x1 + taperX},${y3} Z`);\n }\n // Segment b (upper right vertical) - hexagonal with pointed top/bottom ends\n if (pattern & 0b0100000) {\n const x1 = right - segW;\n const x2 = right - segW / 2;\n const x3 = right;\n const y1 = top + segH + gap;\n const y2 = midY - gap;\n paths.push(`M${x2},${y1} L${x3},${y1 + taperY} L${x3},${y2 - taperY} L${x2},${y2} L${x1},${y2 - taperY} L${x1},${y1 + taperY} Z`);\n }\n // Segment c (lower right vertical) - hexagonal with pointed top/bottom ends\n if (pattern & 0b0010000) {\n const x1 = right - segW;\n const x2 = right - segW / 2;\n const x3 = right;\n const y1 = midY + gap;\n const y2 = bottom - segH - gap;\n paths.push(`M${x2},${y1} L${x3},${y1 + taperY} L${x3},${y2 - taperY} L${x2},${y2} L${x1},${y2 - taperY} L${x1},${y1 + taperY} Z`);\n }\n // Segment d (bottom horizontal) - hexagonal with pointed left/right ends\n if (pattern & 0b0001000) {\n const y1 = bottom - segH;\n const y2 = bottom - segH / 2;\n const y3 = bottom;\n const x1 = left + segW + gap;\n const x2 = right - segW - gap;\n paths.push(`M${x1},${y2} L${x1 + taperX},${y1} L${x2 - taperX},${y1} L${x2},${y2} L${x2 - taperX},${y3} L${x1 + taperX},${y3} Z`);\n }\n // Segment e (lower left vertical) - hexagonal with pointed top/bottom ends\n if (pattern & 0b0000100) {\n const x1 = left;\n const x2 = left + segW / 2;\n const x3 = left + segW;\n const y1 = midY + gap;\n const y2 = bottom - segH - gap;\n paths.push(`M${x2},${y1} L${x3},${y1 + taperY} L${x3},${y2 - taperY} L${x2},${y2} L${x1},${y2 - taperY} L${x1},${y1 + taperY} Z`);\n }\n // Segment f (upper left vertical) - hexagonal with pointed top/bottom ends\n if (pattern & 0b0000010) {\n const x1 = left;\n const x2 = left + segW / 2;\n const x3 = left + segW;\n const y1 = top + segH + gap;\n const y2 = midY - gap;\n paths.push(`M${x2},${y1} L${x3},${y1 + taperY} L${x3},${y2 - taperY} L${x2},${y2} L${x1},${y2 - taperY} L${x1},${y1 + taperY} Z`);\n }\n // Segment g (middle horizontal) - hexagonal with pointed left/right ends\n if (pattern & 0b0000001) {\n const y1 = midY - segH / 2;\n const y2 = midY;\n const y3 = midY + segH / 2;\n const x1 = left + segW + gap;\n const x2 = right - segW - gap;\n paths.push(`M${x1},${y2} L${x1 + taperX},${y1} L${x2 - taperX},${y1} L${x2},${y2} L${x2 - taperX},${y3} L${x1 + taperX},${y3} Z`);\n }\n\n return paths.join(' ');\n}\n\n" }, { "path": "addons/addon-webgl/src/customGlyphs/CustomGlyphRasterizer.ts", "content": "/**\n * Copyright (c) 2021 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { throwIfFalsy } from 'browser/renderer/shared/RendererUtils';\nimport { customGlyphDefinitions } from './CustomGlyphDefinitions';\nimport { CustomGlyphDefinitionType, CustomGlyphScaleType, CustomGlyphVectorType, type CustomGlyphDefinitionPart, type CustomGlyphPathDrawFunctionDefinition, type CustomGlyphPatternDefinition, type ICustomGlyphSolidOctantBlockVector, type ICustomGlyphVectorShape } from './Types';\n\n/**\n * Try drawing a custom block element or box drawing character, returning whether it was\n * successfully drawn.\n */\nexport function tryDrawCustomGlyph(\n ctx: CanvasRenderingContext2D,\n c: string,\n xOffset: number,\n yOffset: number,\n deviceCellWidth: number,\n deviceCellHeight: number,\n deviceCharWidth: number,\n deviceCharHeight: number,\n fontSize: number,\n devicePixelRatio: number,\n backgroundColor?: string,\n variantOffset: number = 0\n): boolean {\n const unifiedCharDefinition = customGlyphDefinitions[c];\n if (unifiedCharDefinition) {\n // Normalize to array for uniform handling\n const parts = Array.isArray(unifiedCharDefinition) ? unifiedCharDefinition : [unifiedCharDefinition];\n for (const part of parts) {\n drawDefinitionPart(ctx, part, xOffset, yOffset, deviceCellWidth, deviceCellHeight, deviceCharWidth, deviceCharHeight, fontSize, devicePixelRatio, backgroundColor, variantOffset);\n }\n return true;\n }\n\n return false;\n}\n\nfunction drawDefinitionPart(\n ctx: CanvasRenderingContext2D,\n part: CustomGlyphDefinitionPart,\n xOffset: number,\n yOffset: number,\n deviceCellWidth: number,\n deviceCellHeight: number,\n deviceCharWidth: number,\n deviceCharHeight: number,\n fontSize: number,\n devicePixelRatio: number,\n backgroundColor?: string,\n variantOffset: number = 0\n): void {\n // Handle scaleType - adjust dimensions and offset when scaling to character area\n let drawWidth = deviceCellWidth;\n let drawHeight = deviceCellHeight;\n let drawXOffset = xOffset;\n let drawYOffset = yOffset;\n if (part.scaleType === CustomGlyphScaleType.CHAR) {\n drawWidth = deviceCharWidth;\n drawHeight = deviceCharHeight;\n // Center the character within the cell\n drawXOffset = xOffset + (deviceCellWidth - deviceCharWidth) / 2;\n drawYOffset = yOffset + (deviceCellHeight - deviceCharHeight) / 2;\n }\n\n // Handle clipPath generically for any definition type\n if (part.clipPath) {\n ctx.save();\n applyClipPath(ctx, part.clipPath, drawXOffset, drawYOffset, drawWidth, drawHeight);\n }\n\n switch (part.type) {\n case CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR:\n drawBlockVectorChar(ctx, part.data, drawXOffset, drawYOffset, drawWidth, drawHeight);\n break;\n case CustomGlyphDefinitionType.BLOCK_PATTERN:\n drawPatternChar(ctx, part.data, drawXOffset, drawYOffset, drawWidth, drawHeight, variantOffset);\n break;\n case CustomGlyphDefinitionType.PATH_FUNCTION:\n drawPathFunctionCharacter(ctx, part.data, drawXOffset, drawYOffset, drawWidth, drawHeight, devicePixelRatio, part.strokeWidth);\n break;\n case CustomGlyphDefinitionType.PATH:\n drawPathDefinitionCharacter(ctx, part.data, drawXOffset, drawYOffset, drawWidth, drawHeight, devicePixelRatio, part.strokeWidth);\n break;\n case CustomGlyphDefinitionType.PATH_NEGATIVE:\n drawPathNegativeDefinitionCharacter(ctx, part.data, drawXOffset, drawYOffset, drawWidth, drawHeight, devicePixelRatio, backgroundColor);\n break;\n case CustomGlyphDefinitionType.VECTOR_SHAPE:\n drawVectorShape(ctx, part.data, drawXOffset, drawYOffset, drawWidth, drawHeight, fontSize, devicePixelRatio);\n break;\n case CustomGlyphDefinitionType.BRAILLE:\n drawBrailleCharacter(ctx, part.data, drawXOffset, drawYOffset, drawWidth, drawHeight);\n break;\n }\n\n if (part.clipPath) {\n ctx.restore();\n }\n}\n\nfunction drawBlockVectorChar(\n ctx: CanvasRenderingContext2D,\n charDefinition: ICustomGlyphSolidOctantBlockVector[],\n xOffset: number,\n yOffset: number,\n deviceCellWidth: number,\n deviceCellHeight: number\n): void {\n for (let i = 0; i < charDefinition.length; i++) {\n const box = charDefinition[i];\n const xEighth = deviceCellWidth / 8;\n const yEighth = deviceCellHeight / 8;\n ctx.fillRect(\n xOffset + box.x * xEighth,\n yOffset + box.y * yEighth,\n box.w * xEighth,\n box.h * yEighth\n );\n }\n}\n\n/**\n * Braille dot positions in octant coordinates (x, y for center of each dot area)\n * Columns: left=1-2, right=5-6 (leaving 0 and 7 as margins, 3-4 as gap)\n * Rows: 0-1, 2-3, 4-5, 6-7 for the 4 rows\n */\nconst brailleDotPositions = new Uint8Array([\n 1, 0, // dot 1 - bit 0\n 1, 2, // dot 2 - bit 1\n 1, 4, // dot 3 - bit 2\n 5, 0, // dot 4 - bit 3\n 5, 2, // dot 5 - bit 4\n 5, 4, // dot 6 - bit 5\n 1, 6, // dot 7 - bit 6\n 5, 6, // dot 8 - bit 7\n]);\n\n/**\n * Draws a braille pattern\n */\nfunction drawBrailleCharacter(\n ctx: CanvasRenderingContext2D,\n pattern: number,\n xOffset: number,\n yOffset: number,\n deviceCellWidth: number,\n deviceCellHeight: number\n): void {\n const xEighth = deviceCellWidth / 8;\n const paddingY = deviceCellHeight * 0.1;\n const usableHeight = deviceCellHeight * 0.8;\n const yEighth = usableHeight / 8;\n const radius = Math.min(xEighth, yEighth);\n\n for (let bit = 0; bit < 8; bit++) {\n if (pattern & (1 << bit)) {\n const x = brailleDotPositions[bit * 2];\n const y = brailleDotPositions[bit * 2 + 1];\n const cx = xOffset + (x + 1) * xEighth;\n const cy = yOffset + paddingY + (y + 1) * yEighth;\n ctx.beginPath();\n ctx.arc(cx, cy, radius, 0, Math.PI * 2);\n ctx.fill();\n }\n }\n}\n\nfunction drawPathDefinitionCharacter(\n ctx: CanvasRenderingContext2D,\n charDefinition: CustomGlyphPathDrawFunctionDefinition | string,\n xOffset: number,\n yOffset: number,\n deviceCellWidth: number,\n deviceCellHeight: number,\n devicePixelRatio: number,\n strokeWidth?: number\n): void {\n const instructions = typeof charDefinition === 'string' ? charDefinition : charDefinition(0, 0);\n ctx.beginPath();\n let currentX = 0;\n let currentY = 0;\n let lastControlX = 0;\n let lastControlY = 0;\n let lastCommand = '';\n for (const instruction of instructions.split(' ')) {\n const type = instruction[0];\n const args: string[] = instruction.substring(1).split(',');\n if (type === 'Z') {\n ctx.closePath();\n lastCommand = type;\n continue;\n }\n if (type === 'V') {\n const y = yOffset + parseFloat(args[0]) * deviceCellHeight;\n ctx.lineTo(currentX, y);\n currentY = y;\n lastControlX = currentX;\n lastControlY = currentY;\n lastCommand = type;\n continue;\n }\n if (type === 'H') {\n const x = xOffset + parseFloat(args[0]) * deviceCellWidth;\n ctx.lineTo(x, currentY);\n currentX = x;\n lastControlX = currentX;\n lastControlY = currentY;\n lastCommand = type;\n continue;\n }\n if (!args[0] || !args[1]) {\n continue;\n }\n if (type === 'A') {\n // SVG arc: A rx,ry,xAxisRotation,largeArcFlag,sweepFlag,x,y\n const rx = parseFloat(args[0]) * deviceCellWidth;\n const ry = parseFloat(args[1]) * deviceCellHeight;\n const xAxisRotation = parseFloat(args[2]) * Math.PI / 180;\n const largeArcFlag = parseInt(args[3]);\n const sweepFlag = parseInt(args[4]);\n const x = xOffset + parseFloat(args[5]) * deviceCellWidth;\n const y = yOffset + parseFloat(args[6]) * deviceCellHeight;\n drawSvgArc(ctx, currentX, currentY, rx, ry, xAxisRotation, largeArcFlag, sweepFlag, x, y);\n currentX = x;\n currentY = y;\n continue;\n }\n const translatedArgs = args.map((e, i) => {\n const val = parseFloat(e);\n return i % 2 === 0\n ? xOffset + val * deviceCellWidth\n : yOffset + val * deviceCellHeight;\n });\n if (type === 'M') {\n ctx.moveTo(translatedArgs[0], translatedArgs[1]);\n currentX = translatedArgs[0];\n currentY = translatedArgs[1];\n lastControlX = currentX;\n lastControlY = currentY;\n } else if (type === 'L') {\n ctx.lineTo(translatedArgs[0], translatedArgs[1]);\n currentX = translatedArgs[0];\n currentY = translatedArgs[1];\n lastControlX = currentX;\n lastControlY = currentY;\n } else if (type === 'Q') {\n ctx.quadraticCurveTo(translatedArgs[0], translatedArgs[1], translatedArgs[2], translatedArgs[3]);\n lastControlX = translatedArgs[0];\n lastControlY = translatedArgs[1];\n currentX = translatedArgs[2];\n currentY = translatedArgs[3];\n } else if (type === 'T') {\n // T uses reflection of last control point if previous command was Q or T\n let cpX: number;\n let cpY: number;\n if (lastCommand === 'Q' || lastCommand === 'T') {\n cpX = 2 * currentX - lastControlX;\n cpY = 2 * currentY - lastControlY;\n } else {\n cpX = currentX;\n cpY = currentY;\n }\n ctx.quadraticCurveTo(cpX, cpY, translatedArgs[0], translatedArgs[1]);\n lastControlX = cpX;\n lastControlY = cpY;\n currentX = translatedArgs[0];\n currentY = translatedArgs[1];\n } else if (type === 'C') {\n ctx.bezierCurveTo(translatedArgs[0], translatedArgs[1], translatedArgs[2], translatedArgs[3], translatedArgs[4], translatedArgs[5]);\n lastControlX = translatedArgs[2];\n lastControlY = translatedArgs[3];\n currentX = translatedArgs[4];\n currentY = translatedArgs[5];\n }\n lastCommand = type;\n }\n if (strokeWidth !== undefined) {\n ctx.strokeStyle = ctx.fillStyle;\n ctx.lineWidth = devicePixelRatio * strokeWidth;\n ctx.stroke();\n } else {\n ctx.fill();\n }\n}\n\n/**\n * Converts SVG arc parameters to canvas arc/ellipse calls.\n * Based on the SVG spec's endpoint to center parameterization conversion.\n */\nfunction drawSvgArc(\n ctx: CanvasRenderingContext2D,\n x1: number, y1: number,\n rx: number, ry: number,\n phi: number,\n largeArcFlag: number,\n sweepFlag: number,\n x2: number, y2: number\n): void {\n // Handle degenerate cases\n if (rx === 0 || ry === 0) {\n ctx.lineTo(x2, y2);\n return;\n }\n\n rx = Math.abs(rx);\n ry = Math.abs(ry);\n\n const cosPhi = Math.cos(phi);\n const sinPhi = Math.sin(phi);\n\n // Step 1: Compute (x1', y1')\n const dx = (x1 - x2) / 2;\n const dy = (y1 - y2) / 2;\n const x1p = cosPhi * dx + sinPhi * dy;\n const y1p = -sinPhi * dx + cosPhi * dy;\n\n // Step 2: Compute (cx', cy')\n let rxSq = rx * rx;\n let rySq = ry * ry;\n const x1pSq = x1p * x1p;\n const y1pSq = y1p * y1p;\n\n // Correct radii if necessary\n const lambda = x1pSq / rxSq + y1pSq / rySq;\n if (lambda > 1) {\n const lambdaSqrt = Math.sqrt(lambda);\n rx *= lambdaSqrt;\n ry *= lambdaSqrt;\n rxSq = rx * rx;\n rySq = ry * ry;\n }\n\n let sq = (rxSq * rySq - rxSq * y1pSq - rySq * x1pSq) / (rxSq * y1pSq + rySq * x1pSq);\n if (sq < 0) sq = 0;\n const coef = (largeArcFlag === sweepFlag ? -1 : 1) * Math.sqrt(sq);\n const cxp = coef * (rx * y1p / ry);\n const cyp = coef * -(ry * x1p / rx);\n\n // Step 3: Compute (cx, cy) from (cx', cy')\n const cx = cosPhi * cxp - sinPhi * cyp + (x1 + x2) / 2;\n const cy = sinPhi * cxp + cosPhi * cyp + (y1 + y2) / 2;\n\n // Step 4: Compute angles\n const ux = (x1p - cxp) / rx;\n const uy = (y1p - cyp) / ry;\n const vx = (-x1p - cxp) / rx;\n const vy = (-y1p - cyp) / ry;\n\n const startAngle = Math.atan2(uy, ux);\n let dTheta = Math.atan2(vy, vx) - startAngle;\n\n if (sweepFlag === 0 && dTheta > 0) {\n dTheta -= 2 * Math.PI;\n } else if (sweepFlag === 1 && dTheta < 0) {\n dTheta += 2 * Math.PI;\n }\n\n const endAngle = startAngle + dTheta;\n\n ctx.ellipse(cx, cy, rx, ry, phi, startAngle, endAngle, sweepFlag === 0);\n}\n\n/**\n * Draws a \"negative\" path where the background color is used to draw the shape on top of a\n * foreground-filled cell. This creates the appearance of a cutout without using actual\n * transparency, which allows SPAA (subpixel anti-aliasing) to work correctly.\n *\n * @param ctx The canvas rendering context (fillStyle should be set to foreground color)\n * @param charDefinition The vector shape definition for the negative shape\n * @param xOffset The x offset to draw at\n * @param yOffset The y offset to draw at\n * @param deviceCellWidth The width of the cell in device pixels\n * @param deviceCellHeight The height of the cell in device pixels\n * @param devicePixelRatio The device pixel ratio\n * @param backgroundColor The background color to use for the \"cutout\" portion\n */\nfunction drawPathNegativeDefinitionCharacter(\n ctx: CanvasRenderingContext2D,\n charDefinition: ICustomGlyphVectorShape,\n xOffset: number,\n yOffset: number,\n deviceCellWidth: number,\n deviceCellHeight: number,\n devicePixelRatio: number,\n backgroundColor?: string\n): void {\n ctx.save();\n\n // First, fill the entire cell with foreground color\n ctx.fillRect(xOffset, yOffset, deviceCellWidth, deviceCellHeight);\n\n // Then draw the \"negative\" shape with the background color\n if (backgroundColor) {\n ctx.fillStyle = backgroundColor;\n ctx.strokeStyle = backgroundColor;\n }\n\n ctx.lineWidth = devicePixelRatio;\n ctx.lineCap = 'square';\n ctx.beginPath();\n for (const instruction of charDefinition.d.split(' ')) {\n const type = instruction[0];\n const args: string[] = instruction.substring(1).split(',');\n if (!args[0] || !args[1]) {\n if (type === 'Z') {\n ctx.closePath();\n }\n continue;\n }\n const translatedArgs = args.map((e, i) => {\n const val = parseFloat(e);\n return i % 2 === 0\n ? xOffset + val * deviceCellWidth\n : yOffset + val * deviceCellHeight;\n });\n if (type === 'M') {\n ctx.moveTo(translatedArgs[0], translatedArgs[1]);\n } else if (type === 'L') {\n ctx.lineTo(translatedArgs[0], translatedArgs[1]);\n }\n }\n\n if (charDefinition.type === CustomGlyphVectorType.STROKE) {\n ctx.stroke();\n } else {\n ctx.fill();\n }\n\n ctx.restore();\n}\n\nconst cachedPatterns: Map> = new Map();\n\nfunction drawPatternChar(\n ctx: CanvasRenderingContext2D,\n charDefinition: number[][],\n xOffset: number,\n yOffset: number,\n deviceCellWidth: number,\n deviceCellHeight: number,\n variantOffset: number = 0\n): void {\n let patternSet = cachedPatterns.get(charDefinition);\n if (!patternSet) {\n patternSet = new Map();\n cachedPatterns.set(charDefinition, patternSet);\n }\n const fillStyle = ctx.fillStyle;\n if (typeof fillStyle !== 'string') {\n throw new Error(`Unexpected fillStyle type \"${fillStyle}\"`);\n }\n let pattern = patternSet.get(fillStyle);\n if (!pattern) {\n const width = charDefinition[0].length;\n const height = charDefinition.length;\n const tmpCanvas = ctx.canvas.ownerDocument.createElement('canvas');\n tmpCanvas.width = width;\n tmpCanvas.height = height;\n const tmpCtx = throwIfFalsy(tmpCanvas.getContext('2d'));\n const imageData = new ImageData(width, height);\n\n // Extract rgba from fillStyle\n let r: number;\n let g: number;\n let b: number;\n let a: number;\n if (fillStyle.startsWith('#')) {\n r = parseInt(fillStyle.slice(1, 3), 16);\n g = parseInt(fillStyle.slice(3, 5), 16);\n b = parseInt(fillStyle.slice(5, 7), 16);\n a = fillStyle.length > 7 && parseInt(fillStyle.slice(7, 9), 16) || 1;\n } else if (fillStyle.startsWith('rgba')) {\n ([r, g, b, a] = fillStyle.substring(5, fillStyle.length - 1).split(',').map(e => parseFloat(e)));\n } else {\n throw new Error(`Unexpected fillStyle color format \"${fillStyle}\" when drawing pattern glyph`);\n }\n\n for (let y = 0; y < height; y++) {\n for (let x = 0; x < width; x++) {\n imageData.data[(y * width + x) * 4 ] = r;\n imageData.data[(y * width + x) * 4 + 1] = g;\n imageData.data[(y * width + x) * 4 + 2] = b;\n imageData.data[(y * width + x) * 4 + 3] = charDefinition[y][x] * (a * 255);\n }\n }\n tmpCtx.putImageData(imageData, 0, 0);\n pattern = throwIfFalsy(ctx.createPattern(tmpCanvas, null));\n patternSet.set(fillStyle, pattern);\n }\n // Apply pattern offset to ensure seamless tiling across cells when cell dimensions are odd.\n // variantOffset encodes: bit 1 = x pixel shift, bit 0 = y pixel shift.\n const dx = (variantOffset >> 1) & 1;\n const dy = variantOffset & 1;\n if (dx !== 0 || dy !== 0) {\n pattern.setTransform(new DOMMatrix().translateSelf(-dx, -dy));\n } else {\n pattern.setTransform(new DOMMatrix());\n }\n ctx.fillStyle = pattern;\n ctx.fillRect(xOffset, yOffset, deviceCellWidth, deviceCellHeight);\n}\n\nfunction drawPathFunctionCharacter(\n ctx: CanvasRenderingContext2D,\n charDefinition: string | ((xp: number, yp: number) => string),\n xOffset: number,\n yOffset: number,\n deviceCellWidth: number,\n deviceCellHeight: number,\n devicePixelRatio: number,\n strokeWidth?: number\n): void {\n ctx.save();\n ctx.beginPath();\n ctx.rect(xOffset, yOffset, deviceCellWidth, deviceCellHeight);\n ctx.clip();\n\n ctx.beginPath();\n let actualInstructions: string;\n if (typeof charDefinition === 'function') {\n const xp = .15;\n const yp = .15 / deviceCellHeight * deviceCellWidth;\n actualInstructions = charDefinition(xp, yp);\n } else {\n actualInstructions = charDefinition;\n }\n const state: ISvgPathState = { currentX: 0, currentY: 0, lastControlX: 0, lastControlY: 0, lastCommand: '' };\n for (const instruction of actualInstructions.split(' ')) {\n const type = instruction[0];\n if (type === 'Z') {\n ctx.closePath();\n state.lastCommand = type;\n continue;\n }\n const f = svgToCanvasInstructionMap[type];\n if (!f) {\n console.error(`Could not find drawing instructions for \"${type}\"`);\n continue;\n }\n const args: string[] = instruction.substring(1).split(',');\n if (!args[0] || !args[1]) {\n continue;\n }\n f(ctx, translateArgs(args, deviceCellWidth, deviceCellHeight, xOffset, yOffset, true, devicePixelRatio, 0, 0, false), state);\n state.lastCommand = type;\n }\n if (strokeWidth !== undefined) {\n ctx.strokeStyle = ctx.fillStyle;\n ctx.lineWidth = devicePixelRatio * strokeWidth;\n ctx.stroke();\n } else {\n ctx.fill();\n }\n ctx.closePath();\n ctx.restore();\n}\n\n/**\n * Applies a clip path to the canvas context from SVG-like path instructions.\n */\nfunction applyClipPath(\n ctx: CanvasRenderingContext2D,\n clipPath: string,\n xOffset: number,\n yOffset: number,\n deviceCellWidth: number,\n deviceCellHeight: number\n): void {\n ctx.beginPath();\n for (const instruction of clipPath.split(' ')) {\n const type = instruction[0];\n if (type === 'Z') {\n ctx.closePath();\n continue;\n }\n const args: string[] = instruction.substring(1).split(',');\n if (!args[0] || !args[1]) {\n continue;\n }\n const x = xOffset + parseFloat(args[0]) * deviceCellWidth;\n const y = yOffset + parseFloat(args[1]) * deviceCellHeight;\n if (type === 'M') {\n ctx.moveTo(x, y);\n } else if (type === 'L') {\n ctx.lineTo(x, y);\n }\n }\n ctx.clip();\n}\n\nfunction drawVectorShape(\n ctx: CanvasRenderingContext2D,\n charDefinition: ICustomGlyphVectorShape,\n xOffset: number,\n yOffset: number,\n deviceCellWidth: number,\n deviceCellHeight: number,\n fontSize: number,\n devicePixelRatio: number\n): void {\n // Clip the cell to make sure drawing doesn't occur beyond bounds\n const clipRegion = new Path2D();\n clipRegion.rect(xOffset, yOffset, deviceCellWidth, deviceCellHeight);\n ctx.clip(clipRegion);\n\n ctx.beginPath();\n // Scale the stroke with DPR and font size\n const cssLineWidth = fontSize / 12;\n ctx.lineWidth = devicePixelRatio * cssLineWidth;\n const state: ISvgPathState = { currentX: 0, currentY: 0, lastControlX: 0, lastControlY: 0, lastCommand: '' };\n for (const instruction of charDefinition.d.split(' ')) {\n const type = instruction[0];\n if (type === 'Z') {\n ctx.closePath();\n state.lastCommand = type;\n continue;\n }\n const f = svgToCanvasInstructionMap[type];\n if (!f) {\n console.error(`Could not find drawing instructions for \"${type}\"`);\n continue;\n }\n const args: string[] = instruction.substring(1).split(',');\n if (!args[0] || !args[1]) {\n continue;\n }\n f(ctx, translateArgs(\n args,\n deviceCellWidth,\n deviceCellHeight,\n xOffset,\n yOffset,\n false,\n devicePixelRatio,\n (charDefinition.leftPadding ?? 0) * (cssLineWidth / 2),\n (charDefinition.rightPadding ?? 0) * (cssLineWidth / 2)\n ), state);\n state.lastCommand = type;\n }\n if (charDefinition.type === CustomGlyphVectorType.STROKE) {\n ctx.strokeStyle = ctx.fillStyle;\n ctx.stroke();\n } else {\n ctx.fill();\n }\n ctx.closePath();\n}\n\nfunction clamp(value: number, max: number, min: number = 0): number {\n return Math.max(Math.min(value, max), min);\n}\n\ninterface ISvgPathState {\n currentX: number;\n currentY: number;\n lastControlX: number;\n lastControlY: number;\n lastCommand: string;\n}\n\nconst svgToCanvasInstructionMap: { [index: string]: (ctx: CanvasRenderingContext2D, args: number[], state: ISvgPathState) => void } = {\n 'C': (ctx, args, state) => {\n ctx.bezierCurveTo(args[0], args[1], args[2], args[3], args[4], args[5]);\n state.lastControlX = args[2];\n state.lastControlY = args[3];\n state.currentX = args[4];\n state.currentY = args[5];\n },\n 'L': (ctx, args, state) => {\n ctx.lineTo(args[0], args[1]);\n state.lastControlX = state.currentX = args[0];\n state.lastControlY = state.currentY = args[1];\n },\n 'M': (ctx, args, state) => {\n ctx.moveTo(args[0], args[1]);\n state.lastControlX = state.currentX = args[0];\n state.lastControlY = state.currentY = args[1];\n },\n 'Q': (ctx, args, state) => {\n ctx.quadraticCurveTo(args[0], args[1], args[2], args[3]);\n state.lastControlX = args[0];\n state.lastControlY = args[1];\n state.currentX = args[2];\n state.currentY = args[3];\n },\n 'T': (ctx, args, state) => {\n let cpX: number;\n let cpY: number;\n if (state.lastCommand === 'Q' || state.lastCommand === 'T') {\n cpX = 2 * state.currentX - state.lastControlX;\n cpY = 2 * state.currentY - state.lastControlY;\n } else {\n cpX = state.currentX;\n cpY = state.currentY;\n }\n ctx.quadraticCurveTo(cpX, cpY, args[0], args[1]);\n state.lastControlX = cpX;\n state.lastControlY = cpY;\n state.currentX = args[0];\n state.currentY = args[1];\n }\n};\n\nfunction translateArgs(args: string[], cellWidth: number, cellHeight: number, xOffset: number, yOffset: number, doClamp: boolean, devicePixelRatio: number, leftPadding: number = 0, rightPadding: number = 0, clampToCell: boolean = true): number[] {\n const result = args.map(e => parseFloat(e) || parseInt(e));\n\n if (result.length < 2) {\n throw new Error('Too few arguments for instruction');\n }\n\n for (let x = 0; x < result.length; x += 2) {\n // Translate from 0-1 to 0-cellWidth\n result[x] *= cellWidth - (leftPadding * devicePixelRatio) - (rightPadding * devicePixelRatio);\n // Round to the nearest 0.5 to ensure a crisp line at 100% devicePixelRatio, and optionally\n // clamp to the cell bounds.\n if (doClamp && result[x] !== 0) {\n const rounded = Math.round(result[x] + 0.5) - 0.5;\n result[x] = clampToCell ? clamp(rounded, cellWidth, 0) : rounded;\n }\n // Apply the cell's offset (ie. x*cellWidth)\n result[x] += xOffset + (leftPadding * devicePixelRatio);\n }\n\n for (let y = 1; y < result.length; y += 2) {\n // Translate from 0-1 to 0-cellHeight\n result[y] *= cellHeight;\n // Round to the nearest 0.5 to ensure a crisp line at 100% devicePixelRatio, and optionally\n // clamp to the cell bounds.\n if (doClamp && result[y] !== 0) {\n const rounded = Math.round(result[y] + 0.5) - 0.5;\n result[y] = clampToCell ? clamp(rounded, cellHeight, 0) : rounded;\n }\n // Apply the cell's offset (ie. x*cellHeight)\n result[y] += yOffset;\n }\n\n return result;\n}\n" }, { "path": "addons/addon-webgl/src/customGlyphs/Types.ts", "content": "/**\n * Copyright (c) 2021 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nexport interface ICustomGlyphSolidOctantBlockVector {\n x: number;\n y: number;\n w: number;\n h: number;\n}\n\n/**\n * @param xp The percentage of 15% of the x axis.\n * @param yp The percentage of 15% of the x axis on the y axis.\n */\nexport type CustomGlyphPathDrawFunctionDefinition = (xp: number, yp: number) => string;\n\nexport interface ICustomGlyphVectorShape {\n d: string;\n type: CustomGlyphVectorType;\n leftPadding?: number;\n rightPadding?: number;\n}\n\nexport const enum CustomGlyphVectorType {\n FILL,\n STROKE\n}\n\nexport type CustomGlyphPatternDefinition = number[][];\n\nexport const enum CustomGlyphDefinitionType {\n SOLID_OCTANT_BLOCK_VECTOR,\n BLOCK_PATTERN,\n PATH_FUNCTION,\n PATH,\n PATH_NEGATIVE,\n VECTOR_SHAPE,\n BRAILLE,\n}\n\nexport type CustomGlyphDefinitionPartRaw = (\n { type: CustomGlyphDefinitionType.SOLID_OCTANT_BLOCK_VECTOR, data: ICustomGlyphSolidOctantBlockVector[] } |\n { type: CustomGlyphDefinitionType.BLOCK_PATTERN, data: CustomGlyphPatternDefinition } |\n { type: CustomGlyphDefinitionType.PATH_FUNCTION, data: CustomGlyphPathDrawFunctionDefinition | string } |\n { type: CustomGlyphDefinitionType.PATH, data: string } |\n { type: CustomGlyphDefinitionType.PATH_NEGATIVE, data: ICustomGlyphVectorShape } |\n { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: ICustomGlyphVectorShape} |\n { type: CustomGlyphDefinitionType.BRAILLE, data: number }\n);\n\nexport const enum CustomGlyphScaleType {\n /**\n * Scale to the entire cell, including letter spacing and line height.\n */\n CELL,\n /**\n * Scale to only the character area, excluding letter spacing and line height.\n */\n CHAR,\n}\n\nexport interface ICustomGlyphDefinitionCommon {\n /**\n * A custom clip path for the draw definition, restricting the area it can draw to.\n */\n clipPath?: string;\n /**\n * The stroke width to use when drawing the path. Defaults to 1.\n */\n strokeWidth?: number;\n /**\n * Defines how to scale the draw. Defaults to scaling to the full cell including letter spacing\n * and line height.\n */\n scaleType?: CustomGlyphScaleType;\n}\n\nexport type CustomGlyphDefinitionPart = CustomGlyphDefinitionPartRaw & ICustomGlyphDefinitionCommon;\n\n/**\n * A character definition that can be a single part or an array of parts drawn in sequence.\n */\nexport type CustomGlyphCharacterDefinition = CustomGlyphDefinitionPart | CustomGlyphDefinitionPart[];\n" }, { "path": "addons/addon-webgl/src/renderLayer/BaseRenderLayer.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { ReadonlyColorSet } from 'browser/Types';\nimport { acquireTextureAtlas } from '../CharAtlasCache';\nimport { IRenderDimensions } from 'browser/renderer/shared/Types';\nimport { ICoreBrowserService, IThemeService } from 'browser/services/Services';\nimport { Disposable, toDisposable } from 'common/Lifecycle';\nimport { CellData } from 'common/buffer/CellData';\nimport { IOptionsService } from 'common/services/Services';\nimport { Terminal } from '@xterm/xterm';\nimport { IRenderLayer } from './Types';\nimport { throwIfFalsy } from 'browser/renderer/shared/RendererUtils';\nimport { TEXT_BASELINE } from '../Constants';\nimport type { ITextureAtlas } from '../Types';\n\nexport abstract class BaseRenderLayer extends Disposable implements IRenderLayer {\n private _canvas: HTMLCanvasElement;\n protected _ctx!: CanvasRenderingContext2D;\n private _deviceCharWidth: number = 0;\n private _deviceCharHeight: number = 0;\n private _deviceCellWidth: number = 0;\n private _deviceCellHeight: number = 0;\n private _deviceCharLeft: number = 0;\n private _deviceCharTop: number = 0;\n\n protected _charAtlas: ITextureAtlas | undefined;\n\n constructor(\n terminal: Terminal,\n private _container: HTMLElement,\n id: string,\n zIndex: number,\n private _alpha: boolean,\n protected readonly _coreBrowserService: ICoreBrowserService,\n protected readonly _optionsService: IOptionsService,\n protected readonly _themeService: IThemeService\n ) {\n super();\n this._canvas = this._coreBrowserService.mainDocument.createElement('canvas');\n this._canvas.classList.add(`xterm-${id}-layer`);\n this._canvas.style.zIndex = zIndex.toString();\n this._initCanvas();\n this._container.appendChild(this._canvas);\n this._register(this._themeService.onChangeColors(e => {\n this._refreshCharAtlas(terminal, e);\n this.reset(terminal);\n }));\n this._register(toDisposable(() => {\n this._canvas.remove();\n }));\n }\n\n private _initCanvas(): void {\n this._ctx = throwIfFalsy(this._canvas.getContext('2d', { alpha: this._alpha }));\n // Draw the background if this is an opaque layer\n if (!this._alpha) {\n this._clearAll();\n }\n }\n\n public handleBlur(terminal: Terminal): void {}\n public handleFocus(terminal: Terminal): void {}\n public handleCursorMove(terminal: Terminal): void {}\n public handleGridChanged(terminal: Terminal, startRow: number, endRow: number): void {}\n public handleSelectionChanged(terminal: Terminal, start: [number, number] | undefined, end: [number, number] | undefined, columnSelectMode: boolean = false): void {}\n\n protected _setTransparency(terminal: Terminal, alpha: boolean): void {\n // Do nothing when alpha doesn't change\n if (alpha === this._alpha) {\n return;\n }\n\n // Create new canvas and replace old one\n const oldCanvas = this._canvas;\n this._alpha = alpha;\n // Cloning preserves properties\n this._canvas = this._canvas.cloneNode() as HTMLCanvasElement;\n this._initCanvas();\n this._container.replaceChild(this._canvas, oldCanvas);\n\n // Regenerate char atlas and force a full redraw\n this._refreshCharAtlas(terminal, this._themeService.colors);\n this.handleGridChanged(terminal, 0, terminal.rows - 1);\n }\n\n /**\n * Refreshes the char atlas, aquiring a new one if necessary.\n * @param terminal The terminal.\n * @param colorSet The color set to use for the char atlas.\n */\n private _refreshCharAtlas(terminal: Terminal, colorSet: ReadonlyColorSet): void {\n if (this._deviceCharWidth <= 0 && this._deviceCharHeight <= 0) {\n return;\n }\n\n this._charAtlas = acquireTextureAtlas(terminal, this._optionsService.rawOptions, colorSet, this._deviceCellWidth, this._deviceCellHeight, this._deviceCharWidth, this._deviceCharHeight, this._coreBrowserService.dpr, 2048);\n this._charAtlas.warmUp();\n }\n\n public resize(terminal: Terminal, dim: IRenderDimensions): void {\n this._deviceCellWidth = dim.device.cell.width;\n this._deviceCellHeight = dim.device.cell.height;\n this._deviceCharWidth = dim.device.char.width;\n this._deviceCharHeight = dim.device.char.height;\n this._deviceCharLeft = dim.device.char.left;\n this._deviceCharTop = dim.device.char.top;\n this._canvas.width = dim.device.canvas.width;\n this._canvas.height = dim.device.canvas.height;\n this._canvas.style.width = `${dim.css.canvas.width}px`;\n this._canvas.style.height = `${dim.css.canvas.height}px`;\n\n // Draw the background if this is an opaque layer\n if (!this._alpha) {\n this._clearAll();\n }\n\n this._refreshCharAtlas(terminal, this._themeService.colors);\n }\n\n public abstract reset(terminal: Terminal): void;\n\n /**\n * Fills a 1px line (2px on HDPI) at the bottom of the cell. This uses the\n * existing fillStyle on the context.\n * @param x The column to fill.\n * @param y The row to fill.\n */\n protected _fillBottomLineAtCells(x: number, y: number, width: number = 1): void {\n this._ctx.fillRect(\n x * this._deviceCellWidth,\n (y + 1) * this._deviceCellHeight - this._coreBrowserService.dpr - 1 /* Ensure it's drawn within the cell */,\n width * this._deviceCellWidth,\n this._coreBrowserService.dpr);\n }\n\n /**\n * Clears the entire canvas.\n */\n protected _clearAll(): void {\n if (this._alpha) {\n this._ctx.clearRect(0, 0, this._canvas.width, this._canvas.height);\n } else {\n this._ctx.fillStyle = this._themeService.colors.background.css;\n this._ctx.fillRect(0, 0, this._canvas.width, this._canvas.height);\n }\n }\n\n /**\n * Clears 1+ cells completely.\n * @param x The column to start at.\n * @param y The row to start at.\n * @param width The number of columns to clear.\n * @param height The number of rows to clear.\n */\n protected _clearCells(x: number, y: number, width: number, height: number): void {\n if (this._alpha) {\n this._ctx.clearRect(\n x * this._deviceCellWidth,\n y * this._deviceCellHeight,\n width * this._deviceCellWidth,\n height * this._deviceCellHeight);\n } else {\n this._ctx.fillStyle = this._themeService.colors.background.css;\n this._ctx.fillRect(\n x * this._deviceCellWidth,\n y * this._deviceCellHeight,\n width * this._deviceCellWidth,\n height * this._deviceCellHeight);\n }\n }\n\n /**\n * Draws a truecolor character at the cell. The character will be clipped to\n * ensure that it fits with the cell, including the cell to the right if it's\n * a wide character. This uses the existing fillStyle on the context.\n * @param terminal The terminal.\n * @param cell The cell data for the character to draw.\n * @param x The column to draw at.\n * @param y The row to draw at.\n */\n protected _fillCharTrueColor(terminal: Terminal, cell: CellData, x: number, y: number): void {\n this._ctx.font = this._getFont(terminal, false, false);\n this._ctx.textBaseline = TEXT_BASELINE;\n this._clipCell(x, y, cell.getWidth());\n this._ctx.fillText(\n cell.getChars(),\n x * this._deviceCellWidth + this._deviceCharLeft,\n y * this._deviceCellHeight + this._deviceCharTop + this._deviceCharHeight);\n }\n\n /**\n * Clips a cell to ensure no pixels will be drawn outside of it.\n * @param x The column to clip.\n * @param y The row to clip.\n * @param width The number of columns to clip.\n */\n private _clipCell(x: number, y: number, width: number): void {\n this._ctx.beginPath();\n this._ctx.rect(\n x * this._deviceCellWidth,\n y * this._deviceCellHeight,\n width * this._deviceCellWidth,\n this._deviceCellHeight);\n this._ctx.clip();\n }\n\n /**\n * Gets the current font.\n * @param terminal The terminal.\n * @param isBold If we should use the bold fontWeight.\n */\n protected _getFont(terminal: Terminal, isBold: boolean, isItalic: boolean): string {\n const fontWeight = isBold ? terminal.options.fontWeightBold : terminal.options.fontWeight;\n const fontStyle = isItalic ? 'italic' : '';\n\n return `${fontStyle} ${fontWeight} ${terminal.options.fontSize! * this._coreBrowserService.dpr}px ${terminal.options.fontFamily}`;\n }\n}\n\n" }, { "path": "addons/addon-webgl/src/renderLayer/LinkRenderLayer.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { is256Color } from '../CharAtlasUtils';\nimport { INVERTED_DEFAULT_COLOR } from 'browser/renderer/shared/Constants';\nimport { IRenderDimensions } from 'browser/renderer/shared/Types';\nimport { ICoreBrowserService, IThemeService } from 'browser/services/Services';\nimport { ILinkifier2, ILinkifierEvent } from 'browser/Types';\nimport { IOptionsService } from 'common/services/Services';\nimport { Terminal } from '@xterm/xterm';\nimport { BaseRenderLayer } from './BaseRenderLayer';\n\nexport class LinkRenderLayer extends BaseRenderLayer {\n private _state: ILinkifierEvent | undefined;\n\n constructor(\n container: HTMLElement,\n zIndex: number,\n terminal: Terminal,\n linkifier2: ILinkifier2,\n coreBrowserService: ICoreBrowserService,\n optionsService: IOptionsService,\n themeService: IThemeService\n ) {\n super(terminal, container, 'link', zIndex, true, coreBrowserService, optionsService, themeService);\n\n this._register(linkifier2.onShowLinkUnderline(e => this._handleShowLinkUnderline(e)));\n this._register(linkifier2.onHideLinkUnderline(e => this._handleHideLinkUnderline(e)));\n }\n\n public resize(terminal: Terminal, dim: IRenderDimensions): void {\n super.resize(terminal, dim);\n // Resizing the canvas discards the contents of the canvas so clear state\n this._state = undefined;\n }\n\n public reset(terminal: Terminal): void {\n this._clearCurrentLink();\n }\n\n private _clearCurrentLink(): void {\n if (this._state) {\n this._clearCells(this._state.x1, this._state.y1, this._state.cols - this._state.x1, 1);\n const middleRowCount = this._state.y2 - this._state.y1 - 1;\n if (middleRowCount > 0) {\n this._clearCells(0, this._state.y1 + 1, this._state.cols, middleRowCount);\n }\n this._clearCells(0, this._state.y2, this._state.x2, 1);\n this._state = undefined;\n }\n }\n\n private _handleShowLinkUnderline(e: ILinkifierEvent): void {\n if (e.fg === INVERTED_DEFAULT_COLOR) {\n this._ctx.fillStyle = this._themeService.colors.background.css;\n } else if (e.fg !== undefined && is256Color(e.fg)) {\n // 256 color support\n this._ctx.fillStyle = this._themeService.colors.ansi[e.fg!].css;\n } else {\n this._ctx.fillStyle = this._themeService.colors.foreground.css;\n }\n\n if (e.y1 === e.y2) {\n // Single line link\n this._fillBottomLineAtCells(e.x1, e.y1, e.x2 - e.x1);\n } else {\n // Multi-line link\n this._fillBottomLineAtCells(e.x1, e.y1, e.cols - e.x1);\n for (let y = e.y1 + 1; y < e.y2; y++) {\n this._fillBottomLineAtCells(0, y, e.cols);\n }\n this._fillBottomLineAtCells(0, e.y2, e.x2);\n }\n this._state = e;\n }\n\n private _handleHideLinkUnderline(e: ILinkifierEvent): void {\n this._clearCurrentLink();\n }\n}\n" }, { "path": "addons/addon-webgl/src/renderLayer/Types.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { IDisposable, Terminal } from '@xterm/xterm';\nimport { IRenderDimensions } from 'browser/renderer/shared/Types';\n\nexport interface IRenderLayer extends IDisposable {\n /**\n * Called when the terminal loses focus.\n */\n handleBlur(terminal: Terminal): void;\n\n /**\n * Called when the terminal gets focus.\n */\n handleFocus(terminal: Terminal): void;\n\n /**\n * Called when the cursor is moved.\n */\n handleCursorMove(terminal: Terminal): void;\n\n /**\n * Called when the data in the grid has changed (or needs to be rendered\n * again).\n */\n handleGridChanged(terminal: Terminal, startRow: number, endRow: number): void;\n\n /**\n * Calls when the selection changes.\n */\n handleSelectionChanged(terminal: Terminal, start: [number, number] | undefined, end: [number, number] | undefined, columnSelectMode: boolean): void;\n\n /**\n * Registers a handler to join characters to render as a group\n */\n registerCharacterJoiner?(handler: (text: string) => [number, number][]): void;\n\n /**\n * Deregisters the specified character joiner handler\n */\n deregisterCharacterJoiner?(joinerId: number): void;\n\n /**\n * Resize the render layer.\n */\n resize(terminal: Terminal, dim: IRenderDimensions): void;\n\n /**\n * Clear the state of the render layer.\n */\n reset(terminal: Terminal): void;\n}\n" }, { "path": "addons/addon-webgl/src/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"es2021\",\n \"lib\": [\n \"dom\",\n \"es2021\"\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"browser/*\": [\n \"../../../src/browser/*\"\n ],\n \"@xterm/addon-webgl\": [\n \"../typings/addon-webgl.d.ts\"\n ],\n \"*\": [\n \"./*\"\n ]\n },\n \"strict\": true,\n \"downlevelIteration\": true,\n \"experimentalDecorators\": true,\n \"types\": [\n \"../../../node_modules/@types/mocha\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n },\n {\n \"path\": \"../../../src/browser\"\n }\n ]\n}\n" }, { "path": "addons/addon-webgl/test/WebglRenderer.test.ts", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport test from '@playwright/test';\nimport { ISharedRendererTestContext, injectSharedRendererTests, injectSharedRendererTestsStandalone } from '../../../test/playwright/SharedRendererTests';\nimport { ITestContext, createTestContext, openTerminal } from '../../../test/playwright/TestUtils';\nimport { platform } from 'os';\n\nlet ctx: ITestContext;\nconst ctxWrapper: ISharedRendererTestContext = { value: undefined } as any;\ntest.beforeAll(async ({ browser }) => {\n ctx = await createTestContext(browser);\n await openTerminal(ctx);\n ctxWrapper.value = ctx;\n await ctx.page.evaluate(`\n window.addon = new window.WebglAddon(true);\n window.term.loadAddon(window.addon);\n `);\n});\ntest.afterAll(async () => await ctx.page.close());\n\ntest.describe('WebGL Renderer Integration Tests', async () => {\n // HACK: webgl2 is often not supported in headless firefox on Linux\n // https://github.com/microsoft/playwright/issues/11566\n if (platform() === 'linux') {\n test.skip(({ browserName }) => browserName === 'firefox');\n }\n\n injectSharedRendererTests(ctxWrapper);\n injectSharedRendererTestsStandalone(ctxWrapper, async () => {\n await ctx.page.evaluate(`\n window.addon = new window.WebglAddon(true);\n window.term.loadAddon(window.addon);\n `);\n });\n});\n" }, { "path": "addons/addon-webgl/test/playwright.config.ts", "content": "import { PlaywrightTestConfig } from '@playwright/test';\n\nconst config: PlaywrightTestConfig = {\n testDir: '.',\n timeout: 10000,\n projects: [\n {\n name: 'Chromium',\n use: {\n browserName: 'chromium'\n }\n },\n {\n name: 'FirefoxStable',\n use: {\n browserName: 'firefox'\n }\n },\n {\n name: 'WebKit',\n use: {\n browserName: 'webkit'\n }\n }\n ],\n reporter: 'list',\n webServer: {\n command: 'npm run start',\n port: 3000,\n timeout: 120000,\n reuseExistingServer: !process.env.CI\n }\n};\nexport default config;\n" }, { "path": "addons/addon-webgl/test/tsconfig.json", "content": "{\n \"compilerOptions\": {\n \"module\": \"commonjs\",\n \"target\": \"ESNext\",\n \"lib\": [\n \"es2021\",\n ],\n \"rootDir\": \".\",\n \"outDir\": \"../out-test\",\n \"sourceMap\": true,\n \"removeComments\": true,\n \"paths\": {\n \"common/*\": [\n \"../../../src/common/*\"\n ],\n \"browser/*\": [\n \"../../../src/browser/*\"\n ],\n \"*\": [\n \"./*\"\n ]\n },\n \"strict\": true,\n \"types\": [\n \"../../../node_modules/@types/node\",\n \"../../../node_modules/@lunapaint/png-codec\"\n ]\n },\n \"include\": [\n \"./**/*\",\n \"../../../typings/xterm.d.ts\"\n ],\n \"references\": [\n {\n \"path\": \"../../../src/common\"\n },\n {\n \"path\": \"../../../src/browser\"\n },\n {\n \"path\": \"../../../test/playwright\"\n }\n ]\n}\n" }, { "path": "addons/addon-webgl/tsconfig.json", "content": "{\n \"files\": [],\n \"include\": [],\n \"references\": [\n { \"path\": \"./src\" },\n { \"path\": \"./test\" }\n ]\n}\n" }, { "path": "addons/addon-webgl/typings/addon-webgl.d.ts", "content": "/**\n * Copyright (c) 2017 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nimport { Terminal, ITerminalAddon, IEvent } from '@xterm/xterm';\n\ndeclare module '@xterm/addon-webgl' {\n /**\n * An xterm.js addon that provides hardware-accelerated rendering functionality via WebGL.\n */\n export class WebglAddon implements ITerminalAddon {\n public textureAtlas?: HTMLCanvasElement;\n\n /**\n * An event that is fired when the renderer loses its canvas context.\n */\n public readonly onContextLoss: IEvent;\n\n /**\n * An event that is fired when the texture atlas of the renderer changes.\n */\n public readonly onChangeTextureAtlas: IEvent;\n\n /**\n * An event that is fired when the a new page is added to the texture atlas.\n */\n public readonly onAddTextureAtlasCanvas: IEvent;\n\n /**\n * An event that is fired when the a page is removed from the texture atlas.\n */\n public readonly onRemoveTextureAtlasCanvas: IEvent;\n\n constructor(options?: IWebglAddonOptions);\n\n /**\n * Activates the addon.\n * @param terminal The terminal the addon is being loaded in.\n */\n public activate(terminal: Terminal): void;\n\n /**\n * Disposes the addon.\n */\n public dispose(): void;\n\n /**\n * Clears the terminal's texture atlas and triggers a redraw.\n */\n public clearTextureAtlas(): void;\n }\n\n export interface IWebglAddonOptions {\n /**\n * Whether to draw custom glyphs instead of using the font for the following\n * unicode ranges:\n *\n * - Box Drawing (U+2500-U+257F)\n * - Block Elements (U+2580-U+259F)\n * - Braille Patterns (U+2800-U+28FF)\n * - Powerline Symbols (U+E0A0-U+E0D4, Private Use Area with widespread\n * adoption)\n * - Progress Indicators (U+EE00-U+EE0B, Private Use Area initially added in\n * [Fira Code](https://github.com/tonsky/FiraCode) and later\n * [Nerd Fonts](https://github.com/ryanoasis/nerd-fonts/pull/1733)).\n * - Git Branch Symbols (U+F5D0-U+F60D, Private Use Area initially adopted\n * in [Kitty in 2024](https://github.com/kovidgoyal/kitty/pull/7681) by\n * author of [vim-flog](https://github.com/rbong/vim-flog))\n * - Symbols for Legacy Computing (U+1FB00-U+1FBFF)\n *\n * This will typically result in better rendering with continuous lines,\n * even when line height and letter spacing is used. The default is true.\n */\n customGlyphs?: boolean;\n\n /**\n * Whether to enable the preserveDrawingBuffer flag when creating the WebGL\n * context. This may be useful in tests. This default is false.\n */\n preserveDrawingBuffer?: boolean\n }\n}\n" }, { "path": "addons/addon-webgl/webpack.config.js", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nconst path = require('path');\n\nconst addonName = 'WebglAddon';\nconst mainFile = 'addon-webgl.js';\n\nmodule.exports = {\n entry: `./out/${addonName}.js`,\n devtool: 'source-map',\n module: {\n rules: [\n {\n test: /\\.js$/,\n use: [\"source-map-loader\"],\n enforce: \"pre\",\n exclude: /node_modules/\n }\n ]\n },\n resolve: {\n modules: ['./node_modules'],\n extensions: [ '.js' ],\n alias: {\n common: path.resolve('../../out/common'),\n browser: path.resolve('../../out/browser'),\n vs: path.resolve('../../out/vs')\n }\n },\n output: {\n filename: mainFile,\n path: path.resolve('./lib'),\n library: addonName,\n libraryTarget: 'umd',\n // Force usage of globalThis instead of global / self. (This is cross-env compatible)\n globalObject: 'globalThis',\n },\n mode: 'production'\n};\n" }, { "path": "bin/agent/setup-repo.mjs", "content": "// @ts-check\n\nimport { cpSync, existsSync, lstatSync, readFileSync } from 'node:fs';\nimport { spawnSync } from 'node:child_process';\nimport { basename, dirname, resolve, sep } from 'node:path';\nimport { fileURLToPath } from 'node:url';\n\nconst repoRoot = resolve(dirname(fileURLToPath(import.meta.url)), '../..');\nconst nodeModulesPath = resolve(repoRoot, 'node_modules');\nconst npmExecutable = process.platform === 'win32' ? 'npm.cmd' : 'npm';\n\n/** @typedef {{ folder: string; reason: string }} Candidate */\n\n/** @param {string} message */\nfunction log(message) {\n console.info(`[setup-fast] ${message}`);\n}\n\n/** @param {string[]} args */\nfunction runNpm(args) {\n log(`Running: npm ${args.join(' ')}`);\n const result = spawnSync(npmExecutable, args, {\n cwd: repoRoot,\n stdio: 'inherit'\n });\n if (result.error) {\n throw result.error;\n }\n if ((result.status ?? 1) !== 0) {\n process.exit(result.status ?? 1);\n }\n}\n\n/**\n * @param {Candidate[]} candidates\n * @param {string | undefined} folder\n * @param {string} reason\n */\nfunction addCandidate(candidates, folder, reason) {\n if (!folder) {\n return;\n }\n if (candidates.some(candidate => candidate.folder === folder)) {\n return;\n }\n candidates.push({ folder, reason });\n log(`Candidate found (${reason}): ${folder}`);\n}\n\nfunction detectMainSiblingFolder() {\n const currentFolderName = basename(repoRoot);\n if (!currentFolderName.startsWith('xterm.js') || currentFolderName === 'xterm.js') {\n log(`Current folder is \"${currentFolderName}\", skipping xterm.js sibling lookup.`);\n return undefined;\n }\n const siblingFolder = resolve(dirname(repoRoot), 'xterm.js');\n log(`Current folder is \"${currentFolderName}\", sibling main folder candidate: ${siblingFolder}`);\n return siblingFolder;\n}\n\nfunction detectWorktreeMainFolder() {\n const gitPath = resolve(repoRoot, '.git');\n if (!existsSync(gitPath)) {\n log('No .git entry found at repo root.');\n return undefined;\n }\n const gitStat = lstatSync(gitPath);\n if (!gitStat.isFile()) {\n log('.git is not a file, this repo does not appear to be a worktree checkout.');\n return undefined;\n }\n const gitFileContent = readFileSync(gitPath, 'utf8').trim();\n const gitDirMatch = /^gitdir:\\s*(.+)$/m.exec(gitFileContent);\n if (!gitDirMatch) {\n log('Could not parse gitdir from .git file.');\n return undefined;\n }\n\n const gitDirPath = resolve(repoRoot, gitDirMatch[1].trim());\n log(`Parsed gitdir from .git file: ${gitDirPath}`);\n\n const normalizedGitDirPath = gitDirPath.replace(/\\\\/g, '/');\n const worktreeMarker = '/.git/worktrees/';\n const markerIndex = normalizedGitDirPath.indexOf(worktreeMarker);\n if (markerIndex === -1) {\n log('gitdir path does not contain /.git/worktrees/, skipping worktree main folder lookup.');\n return undefined;\n }\n\n const normalizedMainFolder = normalizedGitDirPath.slice(0, markerIndex);\n const mainFolder = sep === '/' ? normalizedMainFolder : normalizedMainFolder.split('/').join(sep);\n log(`Worktree main folder candidate: ${mainFolder}`);\n return mainFolder;\n}\n\nfunction resolveSourceFolder() {\n /** @type {Candidate[]} */\n const candidates = [];\n addCandidate(candidates, detectMainSiblingFolder(), 'xterm.js sibling');\n addCandidate(candidates, detectWorktreeMainFolder(), 'worktree main repo');\n\n for (const candidate of candidates) {\n const candidateNodeModulesPath = resolve(candidate.folder, 'node_modules');\n if (existsSync(candidateNodeModulesPath)) {\n log(`Using candidate (${candidate.reason}) with node_modules: ${candidate.folder}`);\n return candidate.folder;\n }\n log(`Candidate skipped (${candidate.reason}), node_modules missing: ${candidateNodeModulesPath}`);\n }\n\n log('No candidate folder with node_modules was found.');\n return undefined;\n}\n\nif (!existsSync(nodeModulesPath)) {\n log(`node_modules missing: ${nodeModulesPath}`);\n const sourceFolder = resolveSourceFolder();\n if (sourceFolder) {\n const sourceNodeModulesPath = resolve(sourceFolder, 'node_modules');\n log(`Copying node_modules from ${sourceNodeModulesPath} to ${nodeModulesPath}`);\n try {\n cpSync(sourceNodeModulesPath, nodeModulesPath, { recursive: true });\n log('node_modules copy completed.');\n } catch (error) {\n const message = error instanceof Error ? error.message : String(error);\n log(`node_modules copy failed: ${message}`);\n log('Falling back to npm ci.');\n runNpm(['ci']);\n }\n } else {\n log('No source folder available, running npm ci.');\n runNpm(['ci']);\n }\n} else {\n log(`node_modules already exists: ${nodeModulesPath}`);\n}\n\nrunNpm(['run', 'setup']);\n" }, { "path": "bin/convert_svg_to_custom_glyph.js", "content": "/**\n * Converts an SVG file as exported by fontforge into the SVG-like format as expected by the custom\n * glyph rasterizer.\n *\n * Usage: node convert_svg_to_custom_glyph.js \n */\n\nconst fs = require('fs');\nconst path = require('path');\n\nconst input = process.argv[2];\nif (!input) {\n console.error('Usage: node convert_svg_to_custom_glyph.js ');\n process.exit(1);\n}\n\nconst inputPath = path.resolve(process.cwd(), input);\nconst stat = fs.statSync(inputPath);\nconst files = stat.isDirectory()\n ? fs.readdirSync(inputPath).filter(f => f.endsWith('.svg')).map(f => path.join(inputPath, f))\n : [inputPath];\n\nif (files.length === 0) {\n console.error('No SVG files found');\n process.exit(1);\n}\n\nfor (const file of files) {\n console.log(`\\n${'='.repeat(60)}\\nProcessing: ${path.basename(file)}\\n${'='.repeat(60)}`);\n processFile(file);\n}\n\nfunction processFile(filePath) {\n // Get file content\n const content = fs.readFileSync(filePath, 'utf8');\n\n // Get viewBox\n const viewBoxMatch = content.match(/viewBox=\"([^\"]+)\"/);\n if (!viewBoxMatch) {\n console.error('No viewBox found in SVG');\n return;\n }\n const [minX, minY, width, height] = viewBoxMatch[1].split(/\\s+/).map(Number);\n console.log(`ViewBox: ${minX} ${minY} ${width} ${height}`);\n\n // Get path `d` property\n const pathMatch = content.match(/]*\\sd=\"([^\"]+)\"/);\n if (!pathMatch) {\n console.error('No path d attribute found in SVG');\n return;\n }\n const originalPath = pathMatch[1].replace(/\\s+/g, ' ').trim();\n console.log(`\\nOriginal path length: ${originalPath.length} chars`);\n\n // Parse path into commands\n function parsePath(d) {\n const commands = [];\n const regex = /([MmLlHhVvCcSsQqTtAaZz])([^MmLlHhVvCcSsQqTtAaZz]*)/g;\n let match;\n while ((match = regex.exec(d)) !== null) {\n const cmd = match[1];\n const argsStr = match[2].trim();\n const args = argsStr ? argsStr.split(/[\\s,]+/).map(Number) : [];\n commands.push({ cmd, args });\n }\n return commands;\n}\n\n// Convert relative commands to absolute and expand T/S to Q/C\nfunction toAbsolute(commands) {\n const result = [];\n let x = 0, y = 0; // Current position\n let startX = 0, startY = 0; // Start of current subpath\n let lastControlX = 0, lastControlY = 0; // Last control point for T/S\n let lastCmd = '';\n\n for (const { cmd, args } of commands) {\n const isRelative = cmd === cmd.toLowerCase();\n const absCmd = cmd.toUpperCase();\n\n switch (absCmd) {\n case 'M': {\n // MoveTo: M x y (or m dx dy)\n const absArgs = [];\n for (let i = 0; i < args.length; i += 2) {\n const newX = isRelative ? x + args[i] : args[i];\n const newY = isRelative ? y + args[i + 1] : args[i + 1];\n absArgs.push(newX, newY);\n x = newX;\n y = newY;\n if (i === 0) {\n startX = x;\n startY = y;\n }\n }\n lastControlX = x;\n lastControlY = y;\n result.push({ cmd: 'M', args: absArgs });\n break;\n }\n case 'L': {\n // LineTo: L x y (or l dx dy)\n const absArgs = [];\n for (let i = 0; i < args.length; i += 2) {\n const newX = isRelative ? x + args[i] : args[i];\n const newY = isRelative ? y + args[i + 1] : args[i + 1];\n absArgs.push(newX, newY);\n x = newX;\n y = newY;\n }\n lastControlX = x;\n lastControlY = y;\n result.push({ cmd: 'L', args: absArgs });\n break;\n }\n case 'H': {\n // Horizontal LineTo - convert to L\n for (let i = 0; i < args.length; i++) {\n const newX = isRelative ? x + args[i] : args[i];\n result.push({ cmd: 'L', args: [newX, y] });\n x = newX;\n }\n lastControlX = x;\n lastControlY = y;\n break;\n }\n case 'V': {\n // Vertical LineTo - convert to L\n for (let i = 0; i < args.length; i++) {\n const newY = isRelative ? y + args[i] : args[i];\n result.push({ cmd: 'L', args: [x, newY] });\n y = newY;\n }\n lastControlX = x;\n lastControlY = y;\n break;\n }\n case 'C': {\n // CurveTo: C x1 y1 x2 y2 x y (or c dx1 dy1 dx2 dy2 dx dy)\n const absArgs = [];\n for (let i = 0; i < args.length; i += 6) {\n const x1 = isRelative ? x + args[i] : args[i];\n const y1 = isRelative ? y + args[i + 1] : args[i + 1];\n const x2 = isRelative ? x + args[i + 2] : args[i + 2];\n const y2 = isRelative ? y + args[i + 3] : args[i + 3];\n const newX = isRelative ? x + args[i + 4] : args[i + 4];\n const newY = isRelative ? y + args[i + 5] : args[i + 5];\n absArgs.push(x1, y1, x2, y2, newX, newY);\n lastControlX = x2;\n lastControlY = y2;\n x = newX;\n y = newY;\n }\n result.push({ cmd: 'C', args: absArgs });\n break;\n }\n case 'S': {\n // Smooth CurveTo - expand to C\n for (let i = 0; i < args.length; i += 4) {\n // Reflect last control point\n let x1, y1;\n if (lastCmd === 'C' || lastCmd === 'S') {\n x1 = 2 * x - lastControlX;\n y1 = 2 * y - lastControlY;\n } else {\n x1 = x;\n y1 = y;\n }\n const x2 = isRelative ? x + args[i] : args[i];\n const y2 = isRelative ? y + args[i + 1] : args[i + 1];\n const newX = isRelative ? x + args[i + 2] : args[i + 2];\n const newY = isRelative ? y + args[i + 3] : args[i + 3];\n result.push({ cmd: 'C', args: [x1, y1, x2, y2, newX, newY] });\n lastControlX = x2;\n lastControlY = y2;\n x = newX;\n y = newY;\n }\n break;\n }\n case 'Q': {\n // Quadratic CurveTo: Q x1 y1 x y (or q dx1 dy1 dx dy)\n const absArgs = [];\n for (let i = 0; i < args.length; i += 4) {\n const x1 = isRelative ? x + args[i] : args[i];\n const y1 = isRelative ? y + args[i + 1] : args[i + 1];\n const newX = isRelative ? x + args[i + 2] : args[i + 2];\n const newY = isRelative ? y + args[i + 3] : args[i + 3];\n absArgs.push(x1, y1, newX, newY);\n lastControlX = x1;\n lastControlY = y1;\n x = newX;\n y = newY;\n }\n result.push({ cmd: 'Q', args: absArgs });\n break;\n }\n case 'T': {\n // Smooth Quadratic CurveTo - keep as T\n const absArgs = [];\n for (let i = 0; i < args.length; i += 2) {\n // Reflect last control point for tracking\n let cpX, cpY;\n if (lastCmd === 'Q' || lastCmd === 'T') {\n cpX = 2 * x - lastControlX;\n cpY = 2 * y - lastControlY;\n } else {\n cpX = x;\n cpY = y;\n }\n const newX = isRelative ? x + args[i] : args[i];\n const newY = isRelative ? y + args[i + 1] : args[i + 1];\n absArgs.push(newX, newY);\n lastControlX = cpX;\n lastControlY = cpY;\n x = newX;\n y = newY;\n lastCmd = 'T'; // For chained T commands\n }\n result.push({ cmd: 'T', args: absArgs });\n break;\n }\n case 'A': {\n // Arc: A rx ry x-axis-rotation large-arc-flag sweep-flag x y\n const absArgs = [];\n for (let i = 0; i < args.length; i += 7) {\n const rx = args[i];\n const ry = args[i + 1];\n const rotation = args[i + 2];\n const largeArc = args[i + 3];\n const sweep = args[i + 4];\n const newX = isRelative ? x + args[i + 5] : args[i + 5];\n const newY = isRelative ? y + args[i + 6] : args[i + 6];\n absArgs.push(rx, ry, rotation, largeArc, sweep, newX, newY);\n x = newX;\n y = newY;\n }\n lastControlX = x;\n lastControlY = y;\n result.push({ cmd: 'A', args: absArgs });\n break;\n }\n case 'Z': {\n // ClosePath\n x = startX;\n y = startY;\n lastControlX = x;\n lastControlY = y;\n result.push({ cmd: 'Z', args: [] });\n break;\n }\n }\n\n if (absCmd !== 'T') {\n lastCmd = absCmd;\n }\n }\n\n return result;\n}\n\n// Scale coordinates to 0-1 range\nfunction scaleToNormalized(commands, minX, minY, width, height) {\n function scaleX(val) {\n return (val - minX) / width;\n }\n function scaleY(val) {\n return (val - minY) / height;\n }\n function scaleRx(val) {\n return val / width;\n }\n function scaleRy(val) {\n return val / height;\n }\n\n const result = [];\n for (const { cmd, args } of commands) {\n const scaledArgs = [];\n\n switch (cmd) {\n case 'M':\n case 'L':\n case 'T': {\n for (let i = 0; i < args.length; i += 2) {\n scaledArgs.push(scaleX(args[i]), scaleY(args[i + 1]));\n }\n break;\n }\n case 'H': {\n for (let i = 0; i < args.length; i++) {\n scaledArgs.push(scaleX(args[i]));\n }\n break;\n }\n case 'V': {\n for (let i = 0; i < args.length; i++) {\n scaledArgs.push(scaleY(args[i]));\n }\n break;\n }\n case 'C': {\n for (let i = 0; i < args.length; i += 6) {\n scaledArgs.push(\n scaleX(args[i]), scaleY(args[i + 1]),\n scaleX(args[i + 2]), scaleY(args[i + 3]),\n scaleX(args[i + 4]), scaleY(args[i + 5])\n );\n }\n break;\n }\n case 'S':\n case 'Q': {\n for (let i = 0; i < args.length; i += 4) {\n scaledArgs.push(\n scaleX(args[i]), scaleY(args[i + 1]),\n scaleX(args[i + 2]), scaleY(args[i + 3])\n );\n }\n break;\n }\n case 'A': {\n for (let i = 0; i < args.length; i += 7) {\n // rx, ry need to be scaled; rotation and flags stay the same\n scaledArgs.push(\n scaleRx(args[i]), // rx\n scaleRy(args[i + 1]), // ry\n args[i + 2], // rotation\n args[i + 3], // large-arc\n args[i + 4], // sweep\n scaleX(args[i + 5]), // x\n scaleY(args[i + 6]) // y\n );\n }\n break;\n }\n case 'Z': {\n // No args\n break;\n }\n }\n\n result.push({ cmd, args: scaledArgs });\n }\n\n return result;\n}\n\n// Format number to reasonable precision\nfunction formatNum(n, precision = 4) {\n const rounded = Number(n.toFixed(precision));\n return String(rounded);\n}\n\n// Convert commands back to path string\nfunction commandsToPath(commands) {\n return commands.map(({ cmd, args }, i) => {\n const prefix = i === 0 ? '' : ' ';\n if (args.length === 0) return prefix + cmd;\n return prefix + cmd + args.map(a => formatNum(a)).join(',');\n }).join('');\n}\n\n // Main conversion\n const parsed = parsePath(originalPath);\n const absolute = toAbsolute(parsed);\n\n // Calculate actual bounding box from path data\n function getBoundingBox(commands) {\n let minX = Infinity, minY = Infinity, maxX = -Infinity, maxY = -Infinity;\n\n for (const { cmd, args } of commands) {\n switch (cmd) {\n case 'M':\n case 'L':\n case 'T': {\n for (let i = 0; i < args.length; i += 2) {\n minX = Math.min(minX, args[i]);\n maxX = Math.max(maxX, args[i]);\n minY = Math.min(minY, args[i + 1]);\n maxY = Math.max(maxY, args[i + 1]);\n }\n break;\n }\n case 'H': {\n for (let i = 0; i < args.length; i++) {\n minX = Math.min(minX, args[i]);\n maxX = Math.max(maxX, args[i]);\n }\n break;\n }\n case 'V': {\n for (let i = 0; i < args.length; i++) {\n minY = Math.min(minY, args[i]);\n maxY = Math.max(maxY, args[i]);\n }\n break;\n }\n case 'C': {\n for (let i = 0; i < args.length; i += 6) {\n // Include control points and endpoint\n minX = Math.min(minX, args[i], args[i + 2], args[i + 4]);\n maxX = Math.max(maxX, args[i], args[i + 2], args[i + 4]);\n minY = Math.min(minY, args[i + 1], args[i + 3], args[i + 5]);\n maxY = Math.max(maxY, args[i + 1], args[i + 3], args[i + 5]);\n }\n break;\n }\n case 'S':\n case 'Q': {\n for (let i = 0; i < args.length; i += 4) {\n minX = Math.min(minX, args[i], args[i + 2]);\n maxX = Math.max(maxX, args[i], args[i + 2]);\n minY = Math.min(minY, args[i + 1], args[i + 3]);\n maxY = Math.max(maxY, args[i + 1], args[i + 3]);\n }\n break;\n }\n case 'A': {\n for (let i = 0; i < args.length; i += 7) {\n minX = Math.min(minX, args[i + 5]);\n maxX = Math.max(maxX, args[i + 5]);\n minY = Math.min(minY, args[i + 6]);\n maxY = Math.max(maxY, args[i + 6]);\n }\n break;\n }\n }\n }\n\n return { minX, minY, width: maxX - minX, height: maxY - minY };\n}\n\n const bbox = getBoundingBox(absolute);\n console.log(`Path bounding box: x=${bbox.minX}, y=${bbox.minY}, w=${bbox.width}, h=${bbox.height}`);\n\n // Use viewBox for normalization (not path bounding box)\n const normalized = scaleToNormalized(absolute, minX, minY, width, height);\n const result = commandsToPath(normalized);\n\n console.log(`\\nConverted path (${result.length} chars):\\n`);\n console.log(result);\n\n console.log(`\\n\\nFor CustomGlyphDefinitions.ts:\\n`);\n console.log(`'\\\\u{E0C0}': { type: CustomGlyphDefinitionType.VECTOR_SHAPE, data: { d: '${result}', type: CustomGlyphVectorType.FILL } },`);\n\n // Write output file\n const ext = path.extname(filePath);\n const outputPath = filePath.replace(ext, `_output${ext}`);\n const svgOutput = `\n\n \n\n`;\n fs.writeFileSync(outputPath, svgOutput, 'utf8');\n console.log(`\\nOutput written to: ${outputPath}`);\n}\n" }, { "path": "bin/esbuild.mjs", "content": "/**\n * Copyright (c) 2023 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\n// @ts-check\n\nimport { build, context, default as esbuild } from 'esbuild';\nimport { argv } from 'process';\n\nconst config = {\n isProd: argv.includes('--prod'),\n isWatch: argv.includes('--watch'),\n isDemoClient: argv.includes('--demo-client'),\n isDemoServer: argv.includes('--demo-server'),\n isHeadless: argv.includes('--headless'),\n addon: argv.find(e => e.startsWith('--addon='))?.replace(/^--addon=/, ''),\n};\n\n// console.info('Running with config:', JSON.stringify(config, undefined, 2));\n\n/** @type {esbuild.BuildOptions} */\nconst commonOptions = {\n bundle: true,\n format: 'esm',\n target: 'es2021',\n sourcemap: true,\n treeShaking: true,\n logLevel: 'warning',\n};\n\n/** @type {esbuild.BuildOptions} */\nconst devOptions = {\n minify: false,\n};\n\n/** @type {esbuild.BuildOptions} */\nconst prodOptions = {\n minify: true,\n legalComments: 'none',\n // TODO: Mangling private and protected properties will reduce bundle size quite a bit, we must\n // make sure we don't cast privates to `any` in order to prevent regressions.\n //mangleProps: /_.+/,\n banner: {\n js: `/**\n * Copyright (c) 2014-2024 The xterm.js authors. All rights reserved.\n * @license MIT\n *\n * Copyright (c) 2012-2013, Christopher Jeffrey (MIT License)\n * @license MIT\n *\n * Originally forked from (with the author's permission):\n * Fabrice Bellard's javascript vt100 for jslinux:\n * http://bellard.org/jslinux/\n * Copyright (c) 2011 Fabrice Bellard\n */\n/*---------------------------------------------------------------------------------------------\n * Copyright (c) Microsoft Corporation. All rights reserved.\n * Licensed under the MIT License. See License.txt in the project root for license information.\n *--------------------------------------------------------------------------------------------*/`\n },\n};\n\n/**\n * @param {string} addon\n */\nfunction getAddonEntryPoint(addon) {\n let result = '';\n let nextCap = true;\n for (const char of addon) {\n if (char === '-') {\n nextCap = true;\n continue;\n }\n result += nextCap ? char.toUpperCase() : char\n nextCap = false;\n }\n result += 'Addon';\n return result;\n}\n\n/** @type {esbuild.BuildOptions} */\nlet bundleConfig = {\n ...commonOptions,\n ...(config.isProd ? prodOptions : devOptions)\n};\n\n/** @type {esbuild.BuildOptions} */\nlet outConfig = {\n format: 'cjs',\n sourcemap: true,\n}\nlet skipOut = false;\n\n/** @type {esbuild.BuildOptions} */\nlet outTestConfig = {\n format: 'cjs',\n sourcemap: true,\n}\nlet skipOutTest = false;\n\nif (config.addon) {\n bundleConfig = {\n ...bundleConfig,\n entryPoints: [`addons/addon-${config.addon}/src/${getAddonEntryPoint(config.addon)}.ts`],\n outfile: `addons/addon-${config.addon}/lib/addon-${config.addon}.mjs`,\n };\n outConfig = {\n ...outConfig,\n entryPoints: [`addons/addon-${config.addon}/src/**/*.ts`],\n outdir: `addons/addon-${config.addon}/out-esbuild/`\n };\n outTestConfig = {\n ...outConfig,\n entryPoints: [`addons/addon-${config.addon}/test/**/*.ts`],\n outdir: `addons/addon-${config.addon}/out-esbuild-test/`\n };\n\n if (config.addon === 'ligatures') {\n bundleConfig.platform = 'node';\n skipOutTest = true;\n }\n\n if (config.addon === 'serialize') {\n bundleConfig.tsconfig = 'addons/addon-serialize/src/tsconfig.json'\n }\n} else if (config.isDemoClient) {\n bundleConfig = {\n ...bundleConfig,\n sourcemap: false,\n entryPoints: [`demo/client/client.ts`],\n outfile: 'demo/dist/client-bundle.js',\n external: ['util', 'os', 'fs', 'path', 'stream', 'Terminal'],\n alias: {\n // Library ESM imports\n \"@xterm/xterm\": \".\",\n \"@xterm/addon-attach\": \"./addons/addon-attach/lib/addon-attach.mjs\",\n \"@xterm/addon-clipboard\": \"./addons/addon-clipboard/lib/addon-clipboard.mjs\",\n \"@xterm/addon-fit\": \"./addons/addon-fit/lib/addon-fit.mjs\",\n \"@xterm/addon-image\": \"./addons/addon-image/lib/addon-image.mjs\",\n \"@xterm/addon-progress\": \"./addons/addon-progress/lib/addon-progress.mjs\",\n \"@xterm/addon-search\": \"./addons/addon-search/lib/addon-search.mjs\",\n \"@xterm/addon-serialize\": \"./addons/addon-serialize/lib/addon-serialize.mjs\",\n \"@xterm/addon-web-fonts\": \"./addons/addon-web-fonts/lib/addon-web-fonts.mjs\",\n \"@xterm/addon-web-links\": \"./addons/addon-web-links/lib/addon-web-links.mjs\",\n \"@xterm/addon-webgl\": \"./addons/addon-webgl/lib/addon-webgl.mjs\",\n \"@xterm/addon-unicode11\": \"./addons/addon-unicode11/lib/addon-unicode11.mjs\",\n \"@xterm/addon-unicode-graphemes\": \"./addons/addon-unicode-graphemes/lib/addon-unicode-graphemes.mjs\",\n\n // Non-bundled ESM imports\n // HACK: Ligatures imports fs which in the esbuild bundle resolves at runtime _on startup_\n // instead of only when it's needed. This causes a `Dynamic require of \"fs\" is not\n // supported` exception to be thrown. So the unbundled out-esbuild sources are used\n // instead of the .mjs file which seems to resolve the issue.\n \"@xterm/addon-ligatures\": \"./addons/addon-ligatures/out-esbuild/LigaturesAddon\",\n }\n }\n skipOut = true;\n skipOutTest = true;\n} else if (config.isDemoServer) {\n bundleConfig = {\n ...bundleConfig,\n entryPoints: [`demo/server/server.ts`],\n outfile: 'demo/dist/server-bundle.js',\n format: 'cjs',\n platform: 'node',\n external: ['node-pty'],\n }\n skipOut = true;\n skipOutTest = true;\n} else if (config.isHeadless) {\n bundleConfig = {\n ...bundleConfig,\n entryPoints: [`src/headless/public/Terminal.ts`],\n outfile: `headless/lib-headless/xterm-headless.mjs`\n };\n outConfig = {\n ...outConfig,\n entryPoints: ['src/**/*.ts'],\n outdir: 'out-esbuild/'\n };\n skipOut = true;\n} else {\n bundleConfig = {\n ...bundleConfig,\n entryPoints: [`src/browser/public/Terminal.ts`],\n outfile: `lib/xterm.mjs`\n };\n outConfig = {\n ...outConfig,\n entryPoints: [\n 'src/browser/**/*.ts',\n 'src/common/**/*.ts',\n 'src/headless/**/*.ts'\n ],\n outdir: 'out-esbuild/'\n };\n outTestConfig = {\n ...outConfig,\n entryPoints: ['test/**/*.ts'],\n outdir: 'out-esbuild-test/'\n };\n}\n\nif (config.isWatch) {\n context(bundleConfig).then(e => e.watch());\n if (!skipOut) {\n context(outConfig).then(e => e.watch());\n }\n if (!skipOutTest) {\n context(outTestConfig).then(e => e.watch());\n }\n} else {\n await build(bundleConfig);\n if (!skipOut) {\n await build(outConfig);\n }\n if (!skipOutTest) {\n await build(outTestConfig);\n }\n}\n" }, { "path": "bin/esbuild_all.mjs", "content": "// @ts-check\n\nimport { spawn } from \"child_process\";\nimport { readdir } from \"fs/promises\";\nimport { argv } from \"process\";\n\n/** @type {{cp: import(\"child_process\").ChildProcessByStdio, name: string}[]} */\nconst jobs = [];\n\n// Core job\njobs.push(createJob('xterm', []));\n\n// Addon jobs\nconst addons = (await readdir('addons')).filter(e => e.startsWith('addon-')).map(e => e.replace('addon-', ''));\nfor (const addon of addons) {\n jobs.push(createJob(`xterm-addon-${addon}`, [`--addon=${addon}`]));\n}\n\n// Demo job - This requires the others to be built so it's not included when building all\n// jobs.push(createJob('demo-client', [`--demo-client`]));\n\nawait Promise.all(jobs.map((job, i) => {\n return new Promise(r => {\n job.cp.on('exit', code => {\n log(`Finished \\x1b[32m${job.name}\\x1b[0m${code ? ' \\x1b[31mwith errors\\x1b[0m' : ''}`);\n r(code);\n });\n });\n}));\n\n/**\n * @param {string} message\n */\nfunction log(message) {\n console.info(`[\\x1b[2m${new Date().toLocaleTimeString('en-GB')}\\x1b[0m] ${message}`);\n}\n\n/**\n * @param {string} name\n * @param {string[]} extraArgs\n */\nfunction createJob(name, extraArgs) {\n log(`Starting \\x1b[32m${name}\\x1b[0m...`);\n const args = [\n 'bin/esbuild.mjs',\n ...extraArgs,\n ...argv\n ];\n return {\n name,\n cp: spawn('node', args, { stdio: [\"inherit\", \"inherit\", \"inherit\"] })\n };\n}\n" }, { "path": "bin/extract_vtfeatures.js", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n *\n * Script to extract vt features documented in docstrings.\n */\nconst fs = require('fs');\nconst Mustache = require('mustache');\n\n/**\n * regexp to fetch all comments\n * Fetches all multiline comments and single lines containing '// @vt:'.\n */\nconst REX_COMMENTS = /^\\s*?\\/\\*\\*([\\S\\s]*?)\\*\\/|^\\s*?\\/\\/ (@vt:.*?)$/mug;\n\n/**\n * regexp to parse the @vt line\n * expected data - \"@vt: \"\" \"\" \"\"\n */\nconst REX_VT_LINE = /^@vt:\\s*(\\w+|#\\w+|#\\w+\\[.*?\\])\\s*(\\w+)\\s*(\\w+)\\s*\"(.*?)\"\\s*\"(.*?)\"\\s*\"(.*?)\".*$/;\n\n// known vt command types\nconst TYPES = [\n 'C0',\n 'C1',\n 'ESC',\n 'CSI',\n 'DCS',\n 'OSC',\n 'APC',\n 'PM',\n 'SOS'\n];\n\nconst MARKDOWN_TMPL = `---\ntitle: Supported Terminal Sequences\ncategory: API\n---\n\n{::options parse_block_html=\"true\" /}\n\n# Supported Terminal Sequences\n\nxterm.js version: {{version}}\n\n## Table of Contents\n\n\n\n\n## General notes\n\nThis document lists xterm.js' support of terminal sequences. The sequences are grouped by their sequence type:\n\n- C0: single byte command (7bit control codes, byte range \\`\\\\x00\\` .. \\`\\\\x1F\\`, \\`\\\\x7F\\`)\n- C1: single byte command (8bit control codes, byte range \\`\\\\x80\\` .. \\`\\\\x9F\\`)\n- ESC: sequence starting with \\`ESC\\` (\\`\\\\x1B\\`)\n- CSI - Control Sequence Introducer: sequence starting with \\`ESC [\\` (7bit) or CSI (\\`\\\\x9B\\`, 8bit)\n- DCS - Device Control String: sequence starting with \\`ESC P\\` (7bit) or DCS (\\`\\\\x90\\`, 8bit)\n- OSC - Operating System Command: sequence starting with \\`ESC ]\\` (7bit) or OSC (\\`\\\\x9D\\`, 8bit)\n\nApplication Program Command (APC), Privacy Message (PM) and Start of String (SOS) are recognized but not supported,\nany sequence of these types will be silently ignored. They are also not hookable by the API.\n\nNote that the list only marks sequences implemented in xterm.js' core codebase as supported. Missing sequences are either\nnot supported or unstable/experimental. Furthermore addons or integrations can provide additional custom sequences\n(denoted as \"External\" where known).\n\nTo denote the sequences the tables use the same abbreviations as xterm does:\n- \\`Ps\\`: A single (usually optional) numeric parameter, composed of one or more decimal digits.\n- \\`Pm\\`: Multiple numeric parameters composed of any number of single numeric parameters, separated by ; character(s),\n e.g. \\` Ps ; Ps ; ... \\`.\n- \\`Pt\\`: A text parameter composed of printable characters. Note that for most commands with \\`Pt\\` only\n ASCII printables are specified to work. Additionally the parser will let pass any codepoint greater than C1 as printable.\n\n\n\n{{#C0.length}}\n## C0\n\n| Mnemonic | Name | Sequence | Short Description | Support |\n| -------- | ---- | -------- | ----------------- | ------- |\n{{#C0}}\n| {{mnemonic}} | {{name}} | \\`{{sequence}}\\` | {{{shortDescription}}} {{#longDescription.length}}_[more](#{{longTarget}}){: .link-details}_{{/longDescription.length}} | {{{status}}} |\n{{/C0}}\n\n{{#C0.hasLongDescriptions}}\n{{#C0}}\n{{#longDescription.length}}\n
\n\n### {{name}}\n{{#longDescription}}\n{{{.}}}\n{{/longDescription}}\n\n
\n{{/longDescription.length}}\n{{/C0}}\n{{/C0.hasLongDescriptions}}\n\n{{/C0.length}}\n\n\n{{#C1.length}}\n## C1\n\n| Mnemonic | Name | Sequence | Short Description | Support |\n| -------- | ---- | -------- | ----------------- | ------- |\n{{#C1}}\n| {{mnemonic}} | {{name}} | \\`{{sequence}}\\` | {{{shortDescription}}} {{#longDescription.length}}_[more](#{{longTarget}}){: .link-details}_{{/longDescription.length}} | {{{status}}} |\n{{/C1}}\n\n{{#C1.hasLongDescriptions}}\n{{#C1}}\n{{#longDescription.length}}\n
\n\n### {{name}}\n{{#longDescription}}\n{{{.}}}\n{{/longDescription}}\n\n
\n{{/longDescription.length}}\n{{/C1}}\n{{/C1.hasLongDescriptions}}\n\n{{/C1.length}}\n\n\n{{#CSI.length}}\n## CSI\n\n| Mnemonic | Name | Sequence | Short Description | Support |\n| -------- | ---- | -------- | ----------------- | ------- |\n{{#CSI}}\n| {{mnemonic}} | {{name}} | \\`\\`{{{sequence}}}\\`\\` | {{{shortDescription}}} {{#longDescription.length}}_[more](#{{longTarget}}){: .link-details}_{{/longDescription.length}} | {{{status}}} |\n{{/CSI}}\n\n{{#CSI.hasLongDescriptions}}\n{{#CSI}}\n{{#longDescription.length}}\n
\n\n### {{name}}\n{{#longDescription}}\n{{{.}}}\n{{/longDescription}}\n\n
\n{{/longDescription.length}}\n{{/CSI}}\n{{/CSI.hasLongDescriptions}}\n\n{{/CSI.length}}\n\n\n{{#DCS.length}}\n## DCS\n\n| Mnemonic | Name | Sequence | Short Description | Support |\n| -------- | ---- | -------- | ----------------- | ------- |\n{{#DCS}}\n| {{mnemonic}} | {{name}} | \\`{{sequence}}\\` | {{{shortDescription}}} {{#longDescription.length}}_[more](#{{longTarget}}){: .link-details}_{{/longDescription.length}} | {{{status}}} |\n{{/DCS}}\n\n{{#DCS.hasLongDescriptions}}\n{{#DCS}}\n{{#longDescription.length}}\n
\n\n### {{name}}\n{{#longDescription}}\n{{{.}}}\n{{/longDescription}}\n\n
\n{{/longDescription.length}}\n{{/DCS}}\n{{/DCS.hasLongDescriptions}}\n\n{{/DCS.length}}\n\n\n{{#ESC.length}}\n## ESC\n\n| Mnemonic | Name | Sequence | Short Description | Support |\n| -------- | ---- | -------- | ----------------- | ------- |\n{{#ESC}}\n| {{mnemonic}} | {{name}} | \\`{{sequence}}\\` | {{{shortDescription}}} {{#longDescription.length}}_[more](#{{longTarget}}){: .link-details}_{{/longDescription.length}} | {{{status}}} |\n{{/ESC}}\n\n{{#ESC.hasLongDescriptions}}\n{{#ESC}}\n{{#longDescription.length}}\n
\n\n### {{name}}\n{{#longDescription}}\n{{{.}}}\n{{/longDescription}}\n\n
\n{{/longDescription.length}}\n{{/ESC}}\n{{/ESC.hasLongDescriptions}}\n\n{{/ESC.length}}\n\n\n{{#OSC.length}}\n## OSC\n\n**Note**: Other than listed in the table, the parser recognizes both ST (ECMA-48) and BEL (xterm) as OSC sequence finalizer.\n\n| Identifier | Sequence | Short Description | Support |\n| ---------- | -------- | ----------------- | ------- |\n{{#OSC}}\n| {{mnemonic}} | \\`{{sequence}}\\` | {{{shortDescription}}} {{#longDescription.length}}_[more](#{{longTarget}}){: .link-details}_{{/longDescription.length}} | {{{status}}} |\n{{/OSC}}\n\n{{#OSC.hasLongDescriptions}}\n{{#OSC}}\n{{#longDescription.length}}\n
\n\n### {{name}}\n{{#longDescription}}\n{{{.}}}\n{{/longDescription}}\n\n
\n{{/longDescription.length}}\n{{/OSC}}\n{{/OSC.hasLongDescriptions}}\n\n{{/OSC.length}}\n\n\n`\n\n// support status marcos\n// applied for:\n// - status field of single @vt line\n// - all lines in long description\nconst MACRO = [\n // #Y - supported\n [/#Y/g, s => '✓'],\n // #N - unsupported\n [/#N/g, s => '✗'],\n // #P[reason] - partial support with a reason as title\n [/#P\\[(.*?)\\]/g, (s, p1) => `Partial`],\n // #B[reason] - supported but broken in a certain way, reason in title\n [/#B\\[(.*?)\\]/g, (s, p1) => `Broken`],\n // #E[notes] - support via external resource, eg. addon\n [/#E\\[(.*?)\\]/g, (s, p1) => `External`]\n];\n\nfunction applyMacros(s) {\n for (let i = 0; i < MACRO.length; ++i) {\n s = s.replace(MACRO[i][0], MACRO[i][1]);\n }\n return s;\n}\n\n// function replaceStatus(s) {\n// if (s === 'supported') return '✓';\n// if (s === 'unsupported') return '✗';\n// return s;\n// }\n\nfunction createAnchorSlug(s) {\n return s.toLowerCase().split(' ').join('-');\n}\n\nfunction empty(ar) {\n return !ar.filter(Boolean, ar).length;\n}\n\nfunction* parseMultiLineGen(filename, s) {\n if (!s.includes('@vt:')) {\n return;\n }\n const lines = s.split('\\n').map(el => el.trim().replace(/\\*/, '').replace(/\\s/, ''));\n let grabLine = false;\n let longDescription = [];\n let feature = undefined;\n let noLineCount = 0;\n for (const line of lines) {\n if (grabLine) {\n if (!line) noLineCount++;\n if (noLineCount >= 2) {\n if (feature) {\n feature.longDescription = empty(longDescription) ? [] : longDescription;\n feature.longTarget = createAnchorSlug(feature.name);\n yield feature;\n }\n grabLine = false;\n longDescription = [];\n feature = undefined;\n noLineCount = 0;\n }\n else if (line.indexOf('@vt:') === 0) {\n if (feature) {\n feature.longDescription = empty(longDescription) ? [] : longDescription;\n feature.longTarget = createAnchorSlug(feature.name);\n yield feature;\n }\n grabLine = true;\n longDescription = [];\n feature = undefined;\n noLineCount = 0;\n } else {\n //longDescription.push(line);\n longDescription.push(applyMacros(line));\n if (line) noLineCount = 0;\n }\n }\n if (line.indexOf('@vt:') === 0) {\n feature = parseSingleLine(filename, line);\n grabLine = true;\n }\n }\n if (grabLine && feature) {\n feature.longDescription = empty(longDescription) ? [] : longDescription;\n feature.longTarget = createAnchorSlug(feature.name);\n yield feature;\n }\n}\n\nfunction parseSingleLine(filename, s) {\n const line = s.trim();\n const match = line.match(REX_VT_LINE);\n if (match !== null) {\n if (!TYPES.includes(match[2])) {\n throw new Error(`unkown vt-command type \"${match[2]}\" specified in \"${filename}\"`);\n }\n return {\n status: match[1],\n type: match[2],\n mnemonic: match[3],\n name: match[4],\n sequence: match[5],\n shortDescription: match[6],\n longDescription: [],\n longTarget: '',\n source: filename\n };\n }\n}\n\nfunction getSorter(entry) {\n switch (entry) {\n case 'C0':\n case 'C1':\n // NOTE: expects hex value notation at last position in sequence\n return (a, b) => parseInt(a.sequence.slice(-2), 16) - parseInt(b.sequence.slice(-2), 16);\n case 'OSC':\n // NOTE: expects the decimal function identifier in mnemonic\n return (a, b) => parseInt(a.mnemonic) - parseInt(b.mnemonic);\n case 'DCS':\n return (a, b) => a.mnemonic > b.mnemonic;\n case 'CSI':\n case 'ESC':\n // default sort order by final byte\n return (a, b) => {\n // ugly hack to fix sorting of workaround in HPA sequence \"CSI Ps ` \"\n // for HPA compare with length - 2 instead\n const HPA = 'CSI Ps ` ';\n const aa = a.sequence === HPA ? a.sequence.slice(0, -1) : a.sequence;\n const bb = b.sequence === HPA ? b.sequence.slice(0, -1) : b.sequence;\n return aa.charCodeAt(aa.length - 1) - bb.charCodeAt(bb.length - 1);\n };\n default:\n return (a, b) => a.sequence > b.sequence;\n }\n};\n\nfunction postProcessData(features) {\n const featureTable = {};\n for (const feature of features) {\n // feature.status = replaceStatus(feature.status);\n feature.status = applyMacros(feature.status);\n if (featureTable[feature.type] === undefined) {\n featureTable[feature.type] = [];\n }\n featureTable[feature.type].push(feature);\n if (feature.longDescription.length) {\n featureTable[feature.type].hasLongDescriptions = true;\n }\n }\n for (const entry in featureTable) {\n featureTable[entry].sort(getSorter(entry));\n }\n // console.error(featureTable);\n featureTable.version = require('../package.json').version;\n console.log(Mustache.render(MARKDOWN_TMPL, featureTable));\n}\n\nfunction main(filenames) {\n // console.error(filenames);\n let leftToProcess = filenames.length;\n const features = [];\n for (const filename of filenames) {\n fs.readFile(filename, 'utf-8', (err, data) => {\n let match;\n while ((match = REX_COMMENTS.exec(data)) !== null) {\n if (match.index === REX_COMMENTS.lastIndex) {\n REX_COMMENTS.lastIndex++;\n }\n if (match[1]) {\n for (let feature of parseMultiLineGen(filename, match[1])) {\n if (feature) features.push(feature);\n }\n } else {\n const feature = parseSingleLine(filename, match[2]);\n if (feature) features.push(feature);\n }\n }\n leftToProcess--;\n if (!leftToProcess) {\n postProcessData(features);\n }\n });\n }\n}\n\nmain(process.argv.slice(2))\n" }, { "path": "bin/lint_changes.js", "content": "/**\n * Copyright (c) 2026 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\n// @ts-check\n\nconst { execSync, spawn } = require('child_process');\nconst path = require('path');\n\nconst extensions = ['.ts', '.mts'];\nconst fix = process.argv.includes('--fix');\n\n// Get uncommitted changed files (staged + unstaged)\nfunction getChangedFiles() {\n try {\n const output = execSync('git diff --name-only --diff-filter=ACMR HEAD', {\n encoding: 'utf-8',\n cwd: path.join(__dirname, '..')\n });\n return output.split('\\n').filter(f => f && extensions.some(ext => f.endsWith(ext)));\n } catch {\n return [];\n }\n}\n\nconst files = getChangedFiles();\n\nif (files.length === 0) {\n console.log('No changed TypeScript files to lint.');\n process.exit(0);\n}\n\nconsole.log(`Linting ${files.length} changed file(s)...`);\n\nconst eslintArgs = ['--max-warnings', '0', '--no-warn-ignored'];\nif (fix) {\n eslintArgs.push('--fix');\n}\neslintArgs.push(...files);\n\nconst eslint = process.platform === 'win32' ? 'eslint.cmd' : 'eslint';\nconst child = spawn(eslint, eslintArgs, {\n stdio: 'inherit',\n cwd: path.join(__dirname, '..'),\n shell: process.platform === 'win32'\n});\n\nchild.on('close', code => process.exit(code ?? 0));\n" }, { "path": "bin/package_headless.js", "content": "/**\n * Copyright (c) 2021 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nconst { exec } = require('child_process');\nconst fs = require('fs');\nconst { join } = require('path');\n\nconst repoRoot = join(__dirname, '..');\nconst headlessRoot = join(repoRoot, 'headless');\n\nconsole.log('> headless/package.json');\nconst xtermPackageJson = require('../package.json');\nconst xtermHeadlessPackageJson = {\n ...xtermPackageJson,\n name: '@xterm/headless',\n description: 'A headless terminal component that runs in Node.js',\n main: 'lib-headless/xterm-headless.js',\n types: 'typings/xterm-headless.d.ts',\n};\ndelete xtermHeadlessPackageJson['scripts'];\ndelete xtermHeadlessPackageJson['devDependencies'];\ndelete xtermHeadlessPackageJson['style'];\nfs.writeFileSync(join(headlessRoot, 'package.json'), JSON.stringify(xtermHeadlessPackageJson, null, 1));\nconsole.log(fs.readFileSync(join(headlessRoot, 'package.json')).toString());\n\nconsole.log('> headless/typings/');\nmkdirF(join(headlessRoot, 'typings'));\nfs.copyFileSync(\n join(repoRoot, 'typings/xterm-headless.d.ts'),\n join(headlessRoot, 'typings/xterm-headless.d.ts')\n);\n\nconsole.log('> headless/logo-full.png');\nfs.copyFileSync(\n join(repoRoot, 'images/logo-full.png'),\n join(headlessRoot, 'logo-full.png')\n);\n\nfunction mkdirF(p) {\n if (!fs.existsSync(p)) {\n fs.mkdirSync(p);\n }\n}\n\nconsole.log('> Publish dry run');\nexec('npm publish --dry-run', { cwd: headlessRoot }, (error, stdout, stderr) => {\n if (error) {\n console.log(`error: ${error.message}`);\n return;\n }\n if (stderr) {\n console.error(`stderr:\\n${stderr}`);\n }\n console.log(`stdout:\\n${stdout}`);\n});\n" }, { "path": "bin/publish.js", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\nconst cp = require('child_process');\nconst fs = require('fs');\nconst os = require('os');\nconst path = require('path');\n\n// Setup auth\nif (process.env['NPM_AUTH_TOKEN']) {\n fs.writeFileSync(`${process.env['HOME']}/.npmrc`, `//registry.npmjs.org/:_authToken=${process.env['NPM_AUTH_TOKEN']}`);\n}\n\nlog('Configuration:', 'green')\nconst isDryRun = process.argv.includes('--dry');\nif (isDryRun) {\n log(' Publish dry run');\n}\n\nconst allAddons = process.argv.includes('--all-addons');\nif (allAddons) {\n log(' Publish all addons');\n}\n\nconst repoCommit = getRepoCommit();\nconst changedFiles = getChangedFilesInCommit('HEAD');\n\n// Always publish xterm, technically this isn't needed if\n// `changedFiles.some(e => e.search(/^addons\\//)`, but it's here for convenience to get the right\n// peer dependencies for addons.\nconst result = checkAndPublishPackage(path.resolve(__dirname, '..'), repoCommit, undefined, true);\nconst isStableRelease = result.isStableRelease;\nconst peerDependencies = result.nextVersion.includes('beta') ? {\n '@xterm/xterm': `^${result.nextVersion}`,\n} : undefined;\ncheckAndPublishPackage(path.resolve(__dirname, '../headless'), repoCommit);\n\n// Addon peer dependencies\n\n// Publish addons if any files were changed inside of the addon\nconst addonPackageDirs = [\n path.resolve(__dirname, '../addons/addon-attach'),\n path.resolve(__dirname, '../addons/addon-clipboard'),\n path.resolve(__dirname, '../addons/addon-fit'),\n path.resolve(__dirname, '../addons/addon-image'),\n path.resolve(__dirname, '../addons/addon-ligatures'),\n path.resolve(__dirname, '../addons/addon-progress'),\n path.resolve(__dirname, '../addons/addon-search'),\n path.resolve(__dirname, '../addons/addon-serialize'),\n path.resolve(__dirname, '../addons/addon-unicode11'),\n path.resolve(__dirname, '../addons/addon-unicode-graphemes'),\n path.resolve(__dirname, '../addons/addon-web-fonts'),\n path.resolve(__dirname, '../addons/addon-web-links'),\n path.resolve(__dirname, '../addons/addon-webgl')\n];\nlog(`Checking if addons need to be published`, 'green');\nfor (const p of addonPackageDirs) {\n const addon = path.basename(p);\n if (allAddons || changedFiles.some(e => e.includes(addon))) {\n checkAndPublishPackage(p, repoCommit, peerDependencies);\n }\n}\n\n// Publish website if it's a stable release\nif (isStableRelease) {\n updateWebsite();\n}\n\nfunction checkAndPublishPackage(packageDir, repoCommit, peerDependencies, updateVersionTs = false) {\n const packageJson = require(path.join(packageDir, 'package.json'));\n\n // Determine if this is a stable or beta release\n const publishedVersions = getPublishedVersions(packageJson);\n const isStableRelease = !publishedVersions.includes(packageJson.version);\n\n // Get the next version\n let nextVersion = isStableRelease ? packageJson.version : getNextBetaVersion(packageJson);\n log(`Publishing version: ${nextVersion}`, 'green');\n\n // Update Version.ts with the new version\n if (updateVersionTs) {\n const versionTsPath = path.join(packageDir, 'src/common/Version.ts');\n const versionTsContent = fs.readFileSync(versionTsPath, 'utf8');\n const updatedVersionTs = versionTsContent.replace(\n /export const XTERM_VERSION = '[^']+';/,\n `export const XTERM_VERSION = '${nextVersion}';`\n );\n fs.writeFileSync(versionTsPath, updatedVersionTs);\n log(`Updated ${versionTsPath} to version ${nextVersion}`);\n }\n\n // Set the version in package.json\n const packageJsonFile = path.join(packageDir, 'package.json');\n packageJson.version = nextVersion;\n\n // Set the commit in package.json\n if (repoCommit) {\n packageJson.commit = repoCommit;\n log(`Set commit of ${packageJsonFile} to ${repoCommit}`);\n } else {\n throw new Error(`No commit set`);\n }\n\n // Set peer dependencies\n if (peerDependencies) {\n packageJson.peerDependencies = peerDependencies;\n log(`Set peerDependencies of ${packageJsonFile} to ${JSON.stringify(peerDependencies)}`);\n } else {\n log(`Skipping peerDependencies`);\n }\n\n // Write new package.json\n fs.writeFileSync(packageJsonFile, JSON.stringify(packageJson, null, 2));\n\n // Publish\n const args = ['publish', '--access', 'public'];\n if (!isStableRelease) {\n args.push('--tag', 'beta');\n }\n if (isDryRun) {\n args.push('--dry-run');\n }\n log(`Spawn: npm ${args.join(' ')}`);\n const result = cp.spawnSync('npm', args, {\n cwd: packageDir,\n stdio: 'inherit'\n });\n if (result.status) {\n throw new Error(`Spawn exited with code ${result.status}`);\n }\n\n return { isStableRelease, nextVersion };\n}\n\nfunction getRepoCommit() {\n const commitProcess = cp.spawnSync('git', ['log', '-1', '--format=\"%H\"']);\n if (commitProcess.stdout.length === 0 && commitProcess.stderr) {\n const err = versionsProcess.stderr.toString();\n throw new Error('Could not get repo commit\\n' + err);\n }\n const output = commitProcess.stdout.toString().trim();\n return output.replace(/^\"/, '').replace(/\"$/, '');\n}\n\nfunction getNextBetaVersion(packageJson) {\n if (!/^\\d+\\.\\d+\\.\\d+$/.exec(packageJson.version)) {\n throw new Error('The package.json version must be of the form x.y.z');\n }\n const tag = 'beta';\n const stableVersion = packageJson.version.split('.');\n const nextStableVersion = `${stableVersion[0]}.${parseInt(stableVersion[1]) + 1}.0`;\n const publishedVersions = getPublishedVersions(packageJson, nextStableVersion, tag);\n if (publishedVersions.length === 0) {\n return `${nextStableVersion}-${tag}.1`;\n }\n const latestPublishedVersion = publishedVersions.sort((a, b) => {\n const aVersion = parseInt(a.slice(a.search(/\\d+$/)));\n const bVersion = parseInt(b.slice(b.search(/\\d+$/)));\n return aVersion > bVersion ? -1 : 1;\n })[0];\n const latestTagVersion = parseInt(latestPublishedVersion.slice(latestPublishedVersion.search(/\\d+$/)), 10);\n return `${nextStableVersion}-${tag}.${latestTagVersion + 1}`;\n}\n\nfunction asArray(value) {\n return Array.isArray(value) ? value : [value];\n}\n\nfunction getPublishedVersions(packageJson, version, tag) {\n const versionsProcess = cp.spawnSync(\n os.platform === 'win32' ? 'npm.cmd' : 'npm',\n ['view', packageJson.name, 'versions', '--json'],\n { shell: true }\n );\n if (versionsProcess.stdout.length === 0 && versionsProcess.stderr) {\n const err = versionsProcess.stderr.toString();\n if (err.indexOf('404 Not Found - GET https://registry.npmjs.org/@xterm') > 0) {\n return [];\n }\n throw new Error('Could not get published versions\\n' + err);\n }\n const output = JSON.parse(versionsProcess.stdout);\n if (typeof output === 'object' && !Array.isArray(output)) {\n if (output.error?.code === 'E404') {\n return [];\n }\n throw new Error('Could not get published versions\\n' + output);\n }\n if (!output || Array.isArray(output) && output.length === 0) {\n return [];\n }\n const versionsJson = asArray(output);\n if (tag) {\n return versionsJson.filter(v => !v.search(new RegExp(`${version}-${tag}.[0-9]+`)));\n }\n return versionsJson;\n}\n\nfunction getChangedFilesInCommit(commit) {\n const args = ['log', '-m', '-1', '--name-only', `--pretty=format:`, commit];\n const result = cp.spawnSync('git', args);\n const output = result.stdout.toString();\n const changedFiles = output.split('\\n').filter(e => e.length > 0);\n return changedFiles;\n}\n\nfunction updateWebsite() {\n log('Updating website', 'green');\n const cwd = fs.mkdtempSync(path.join(os.tmpdir(), 'website-'));\n const packageJson = require(path.join(path.resolve(__dirname, '..'), 'package.json'));\n if (!isDryRun) {\n cp.spawnSync('sh', [path.join(__dirname, 'update-website.sh'), packageJson.version], { cwd, stdio: [process.stdin, process.stdout, process.stderr] });\n }\n}\n\n/**\n * @param {string} message\n */\nfunction log(message, color) {\n let colorSequence = '';\n switch (color) {\n case 'green': {\n colorSequence = '\\x1b[32m';\n break;\n }\n }\n console.info([\n `[\\x1b[2m${new Date().toLocaleTimeString('en-GB')}\\x1b[0m] `,\n colorSequence,\n message,\n '\\x1b[0m',\n ].join(''));\n}\n" }, { "path": "bin/test_integration.js", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n */\n\n// @ts-check\n\nconst cp = require('child_process');\nconst path = require('path');\n\nlet argv = process.argv.slice(2);\nlet suiteFilter = undefined;\nwhile (argv.some(e => e.startsWith('--suite='))) {\n const i = argv.findIndex(e => e.startsWith('--suite='));\n const match = argv[i].match(/--suite=(?.+)/)\n suiteFilter = match?.groups?.suitename ?? undefined;\n argv.splice(i, 1);\n}\n\nlet configs = [\n { name: 'core', path: 'out-esbuild-test/playwright/playwright.config.js' }\n];\nconst addons = [\n 'attach',\n 'clipboard',\n 'fit',\n 'image',\n 'progress',\n 'search',\n 'serialize',\n 'unicode-graphemes',\n 'unicode11',\n 'web-fonts',\n 'web-links',\n 'webgl',\n];\nfor (const addon of addons) {\n configs.push({ name: `addon-${addon}`, path: `addons/addon-${addon}/out-esbuild-test/playwright.config.js` });\n}\n\nif (suiteFilter) {\n configs = configs.filter(e => e.name === suiteFilter);\n}\n\nfunction npmBinScript(script) {\n return path.resolve(__dirname, `../node_modules/.bin/` + (process.platform === 'win32' ?\n `${script}.cmd` : script));\n}\n\nasync function run() {\n for (const config of configs) {\n const command = npmBinScript('playwright');\n const args = ['test', '-c', config.path, ...argv];\n console.log(`Running suite \\x1b[1;34m${config.name}...\\x1b[0m`);\n console.log(`\\n\\x1b[32m${command}\\x1b[0m`, args);\n const run = cp.spawnSync(command, args, {\n cwd: path.resolve(__dirname, '..'),\n shell: true,\n stdio: 'inherit'\n }\n );\n\n if (run.error) {\n console.error(run.error);\n process.exit(run.status ?? -1);\n }\n\n process.exit(run.status);\n }\n}\nrun();\n" }, { "path": "bin/test_mousemodes.js", "content": "/**\n * Copyright (c) 2019 The xterm.js authors. All rights reserved.\n * @license MIT\n * \n * Script to test different mouse modes in terminal emulators.\n * Tests for protocols DECSET 9, 1000, 1002, 1003 with different\n * report encodings (default, UTF8, SGR, URXVT, SGR-pixels).\n * \n * VT200 Highlight mode (DECSET 1001) is not implemented.\n * \n * The test basically applies the report data to the cursor, thus\n * a mouse report should move the cursor to the cell under the mouse.\n * Furthermore the reports are printed in the left lower corner as\n * raw data and their meaning.\n * \n * A failing test might show:\n * - wrong coords: the cursor will jump to some other place\n * - wrong buttons: see meaning output and check whether it makes sense\n * - faulty reports: inspect the raw data and compare with other emulators\n * - missing events: compare with spec / other emulators\n */\n\nlet activeProtocol = 0;\nlet activeEnc = 0;\n\nconst stdin = process.openStdin();\nprocess.stdin.setRawMode(true);\n\n// close handler - reset terminal on exit\nstdin.addListener('data', function(data) {\n if (data[0] === 0x03) {\n process.stdin.setRawMode(false);\n process.stdout.write('\\x1bc');\n process.exit();\n }\n if (data[0] === 0x01) {\n switchActiveProtocol();\n printMenu();\n }\n if (data[0] === 0x02) {\n switchActiveEnc();\n printMenu();\n }\n console.log('\\x1b[100;H\\x1b[2A\\x1b[2KReport:', data, [data.toString('binary')]);\n // filter mouse reports\n if (data[0] === 0x1b && data[1] === '['.charCodeAt(0)) {\n applyReportData(data);\n }\n});\n\n// button definitions\nconst buttons = {\n '': -1,\n left: 0,\n middle: 1,\n right: 2,\n released: 3,\n wheelUp: 4,\n wheelDown: 5,\n wheelLeft: 6,\n wheelRight: 7,\n aux1: 8,\n aux2: 9,\n aux3: 10,\n aux4: 11,\n aux5: 12,\n aux6: 13,\n aux7: 14,\n aux8: 15\n};\nconst reverseButtons = {};\nfor (const el in buttons) {\n reverseButtons[buttons[el]] = el;\n}\n\n// extract button data from buttonCode\nfunction evalButtonCode(code) {\n // more than 15 buttons are not supported\n if (code > 255) {\n return {button: 'invalid', action: 'invalid', modifier: {}};\n }\n const modifier = {shift: !!(code & 4), meta: !!(code & 8), control: !!(code & 16)};\n const move = code & 32;\n let button = code & 3;\n if (code & 128) {\n button |= 8;\n }\n if (code & 64) {\n button |= 4\n }\n let action = 'press';\n let buttonS = reverseButtons[button];\n if (button === 3) {\n buttonS = '';\n action = 'release';\n }\n if (move) {\n action = 'move';\n } else if (4 <= button && button <= 7) {\n buttonS = 'wheel';\n action = button === 4 ? 'up' : button === 5 ? 'down' : button === 6 ? 'left' : 'right';\n }\n return {button: buttonS, action, modifier};\n}\n\n// protocols\nconst PROTOCOLS = {\n '9 (X10: press only)': '\\x1b[?9h',\n '1000 (VT200: press, release, wheel)': '\\x1b[?1000h',\n // '1001 (VT200 highlight)': '\\x1b[?1001h', // handle of backreport - not implemented\n '1002 (press, release, move on pressed, wheel)': '\\x1b[?1002h',\n '1003 (press, relase, move, wheel)': '\\x1b[?1003h'\n}\n\n// encodings: ENCODING_NAME => [sequence, parse_report]\nconst ENC = {\n 'DEFAULT' : [\n '',\n // format: CSI M