did not output top margins/padding for 1st/2nd div
if ($array_size == 0) {
$this->finishFlowingBlock(true);
} // true = END of flowing block
// mPDF 6
// ALL the chunks of textbuffer need to have at least basic OTLdata set
// First make sure each element/chunk has the OTLdata for Bidi set.
for ($i = 0; $i < $array_size; $i++) {
if (empty($arrayaux[$i][18])) {
if (substr($arrayaux[$i][0], 0, 3) == "\xbb\xa4\xac") { // object identifier has been identified!
$unicode = [0xFFFC]; // Object replacement character
} else {
$unicode = $this->UTF8StringToArray($arrayaux[$i][0], false);
}
$is_strong = false;
$this->getBasicOTLdata($arrayaux[$i][18], $unicode, $is_strong);
}
// Gets messed up if try and use core fonts inside a paragraph of text which needs to be BiDi re-ordered or OTLdata set
if (($blockdir == 'rtl' || $this->biDirectional) && isset($arrayaux[$i][4]) && in_array($arrayaux[$i][4], ['ccourier', 'ctimes', 'chelvetica', 'csymbol', 'czapfdingbats'])) {
throw new \Mpdf\MpdfException("You cannot use core fonts in a document which contains RTL text.");
}
}
// mPDF 6
// Process bidirectional text ready for bidi-re-ordering (which is done after line-breaks are established in WriteFlowingBlock etc.)
if (($blockdir == 'rtl' || $this->biDirectional) && !$table_draft) {
if (empty($this->otl)) {
$this->otl = new Otl($this, $this->fontCache);
}
$this->otl->bidiPrepare($arrayaux, $blockdir);
$array_size = count($arrayaux);
}
// Remove empty items // mPDF 6
for ($i = $array_size - 1; $i > 0; $i--) {
if (empty($arrayaux[$i][0]) && (isset($arrayaux[$i][16]) && $arrayaux[$i][16] !== '0') && empty($arrayaux[$i][7])) {
unset($arrayaux[$i]);
}
}
// Correct adjoining borders for inline elements
if (isset($arrayaux[0][16])) {
$lastspanborder = $arrayaux[0][16];
} else {
$lastspanborder = false;
}
for ($i = 1; $i < $array_size; $i++) {
if (isset($arrayaux[$i][16]) && $arrayaux[$i][16] == $lastspanborder &&
((!isset($arrayaux[$i][9]['bord-decoration']) && !isset($arrayaux[$i - 1][9]['bord-decoration'])) ||
(isset($arrayaux[$i][9]['bord-decoration']) && isset($arrayaux[$i - 1][9]['bord-decoration']) && $arrayaux[$i][9]['bord-decoration'] == $arrayaux[$i - 1][9]['bord-decoration'])
)
) {
if (isset($arrayaux[$i][16]['R'])) {
$lastspanborder = $arrayaux[$i][16];
} else {
$lastspanborder = false;
}
$arrayaux[$i][16]['L']['s'] = 0;
$arrayaux[$i][16]['L']['w'] = 0;
$arrayaux[$i - 1][16]['R']['s'] = 0;
$arrayaux[$i - 1][16]['R']['w'] = 0;
} else {
if (isset($arrayaux[$i][16]['R'])) {
$lastspanborder = $arrayaux[$i][16];
} else {
$lastspanborder = false;
}
}
}
for ($i = 0; $i < $array_size; $i++) {
// COLS
$oldcolumn = $this->CurrCol;
$vetor = isset($arrayaux[$i]) ? $arrayaux[$i] : null;
if ($i == 0 && $vetor[0] != "\n" && ! $this->ispre) {
$vetor[0] = ltrim($vetor[0]);
if (!empty($vetor[18])) {
$this->otl->trimOTLdata($vetor[18], true, false);
} // *OTL*
}
// FIXED TO ALLOW IT TO SHOW '0'
if (empty($vetor[0]) && !($vetor[0] === '0') && empty($vetor[7])) { // Ignore empty text and not carrying an internal link
// Check if it is the last element. If so then finish printing the block
if ($i == ($array_size - 1)) {
$this->finishFlowingBlock(true);
} // true = END of flowing block
continue;
}
// Activating buffer properties
if (isset($vetor[11]) && $vetor[11] != '') { // Font Size
if ($is_table && $this->shrin_k) {
$this->SetFontSize($vetor[11] / $this->shrin_k, false);
} else {
$this->SetFontSize($vetor[11], false);
}
}
if (isset($vetor[17]) && !empty($vetor[17])) { // TextShadow
$this->textshadow = $vetor[17];
}
if (isset($vetor[16]) && !empty($vetor[16])) { // Border
$this->spanborddet = $vetor[16];
$this->spanborder = true;
}
if (isset($vetor[15])) { // Word spacing
$this->wSpacingCSS = $vetor[15];
if ($this->wSpacingCSS && strtoupper($this->wSpacingCSS) != 'NORMAL') {
$this->minwSpacing = $this->sizeConverter->convert($this->wSpacingCSS, $this->FontSize) / $this->shrin_k; // mPDF 5.7.3
}
}
if (isset($vetor[14])) { // Letter spacing
$this->lSpacingCSS = $vetor[14];
if (($this->lSpacingCSS || $this->lSpacingCSS === '0') && strtoupper($this->lSpacingCSS) != 'NORMAL') {
$this->fixedlSpacing = $this->sizeConverter->convert($this->lSpacingCSS, $this->FontSize) / $this->shrin_k; // mPDF 5.7.3
}
}
if (isset($vetor[10]) and ! empty($vetor[10])) { // Background color
$this->spanbgcolorarray = $vetor[10];
$this->spanbgcolor = true;
}
if (isset($vetor[9]) and ! empty($vetor[9])) { // Text parameters - Outline + hyphens
$this->textparam = $vetor[9];
$this->SetTextOutline($this->textparam);
// mPDF 5.7.3 inline text-decoration parameters
if ($is_table && $this->shrin_k) {
if (isset($this->textparam['text-baseline'])) {
$this->textparam['text-baseline'] /= $this->shrin_k;
}
if (isset($this->textparam['decoration-baseline'])) {
$this->textparam['decoration-baseline'] /= $this->shrin_k;
}
if (isset($this->textparam['decoration-fontsize'])) {
$this->textparam['decoration-fontsize'] /= $this->shrin_k;
}
}
}
if (isset($vetor[8])) { // mPDF 5.7.1
$this->textvar = $vetor[8];
}
if (isset($vetor[7]) and $vetor[7] != '') { // internal target:
$ily = $this->y;
if ($this->table_rotate) {
$this->internallink[$vetor[7]] = ["Y" => $ily, "PAGE" => $this->page, "tbrot" => true];
} elseif ($this->kwt) {
$this->internallink[$vetor[7]] = ["Y" => $ily, "PAGE" => $this->page, "kwt" => true];
} elseif ($this->ColActive) {
$this->internallink[$vetor[7]] = ["Y" => $ily, "PAGE" => $this->page, "col" => $this->CurrCol];
} elseif (!$this->keep_block_together) {
$this->internallink[$vetor[7]] = ["Y" => $ily, "PAGE" => $this->page];
}
if (empty($vetor[0])) { // Ignore empty text
// Check if it is the last element. If so then finish printing the block
if ($i == ($array_size - 1)) {
$this->finishFlowingBlock(true);
} // true = END of flowing block
continue;
}
}
if (isset($vetor[5]) and $vetor[5] != '') { // Language // mPDF 6
$this->currentLang = $vetor[5];
}
if (isset($vetor[4]) and $vetor[4] != '') { // Font Family
$font = $this->SetFont($vetor[4], $this->FontStyle, 0, false);
}
if (!empty($vetor[3])) { // Font Color
$cor = $vetor[3];
$this->SetTColor($cor);
}
if (isset($vetor[2]) and $vetor[2] != '') { // Bold,Italic styles
$this->SetStyles($vetor[2]);
}
if (isset($vetor[12]) and $vetor[12] != '') { // Requested Bold,Italic
$this->ReqFontStyle = $vetor[12];
}
if (isset($vetor[1]) and $vetor[1] != '') { // LINK
if (strpos($vetor[1], ".") === false && strpos($vetor[1], "@") !== 0) { // assuming every external link has a dot indicating extension (e.g: .html .txt .zip www.somewhere.com etc.)
// Repeated reference to same anchor?
while (array_key_exists($vetor[1], $this->internallink)) {
$vetor[1] = "#" . $vetor[1];
}
$this->internallink[$vetor[1]] = $this->AddLink();
$vetor[1] = $this->internallink[$vetor[1]];
}
$this->HREF = $vetor[1]; // HREF link style set here ******
}
// SPECIAL CONTENT - IMAGES & FORM OBJECTS
// Print-out special content
if (substr($vetor[0], 0, 3) == "\xbb\xa4\xac") { // identifier has been identified!
$objattr = $this->_getObjAttr($vetor[0]);
/* -- TABLES -- */
if ($objattr['type'] == 'nestedtable') {
if ($objattr['nestedcontent']) {
$level = $objattr['level'];
$table = &$this->table[$level][$objattr['table']];
if ($table_draft) {
$this->y += $this->table[($level + 1)][$objattr['nestedcontent']]['h']; // nested table height
$this->finishFlowingBlock(false, 'nestedtable');
} else {
$cell = &$table['cells'][$objattr['row']][$objattr['col']];
$this->finishFlowingBlock(false, 'nestedtable');
$save_dw = $this->divwidth;
$save_buffer = $this->cellBorderBuffer;
$this->cellBorderBuffer = [];
$ncx = $this->x;
[$dummyx, $w] = $this->_tableGetWidth($table, $objattr['row'], $objattr['col']);
$ntw = $this->table[($level + 1)][$objattr['nestedcontent']]['w']; // nested table width
if (!$this->simpleTables) {
if ($this->packTableData) {
[$bt, $br, $bb, $bl] = $this->_getBorderWidths($cell['borderbin']);
} else {
$br = $cell['border_details']['R']['w'];
$bl = $cell['border_details']['L']['w'];
}
if ($table['borders_separate']) {
$innerw = $w - $bl - $br - $cell['padding']['L'] - $cell['padding']['R'] - $table['border_spacing_H'];
} else {
$innerw = $w - $bl / 2 - $br / 2 - $cell['padding']['L'] - $cell['padding']['R'];
}
} elseif ($this->simpleTables) {
if ($table['borders_separate']) {
$innerw = $w - $table['simple']['border_details']['L']['w'] - $table['simple']['border_details']['R']['w'] - $cell['padding']['L'] - $cell['padding']['R'] - $table['border_spacing_H'];
} else {
$innerw = $w - $table['simple']['border_details']['L']['w'] / 2 - $table['simple']['border_details']['R']['w'] / 2 - $cell['padding']['L'] - $cell['padding']['R'];
}
}
if ($cell['a'] == 'C' || $this->table[($level + 1)][$objattr['nestedcontent']]['a'] == 'C') {
$ncx += ($innerw - $ntw) / 2;
} elseif ($cell['a'] == 'R' || $this->table[($level + 1)][$objattr['nestedcontent']]['a'] == 'R') {
$ncx += $innerw - $ntw;
}
$this->x = $ncx;
$this->_tableWrite($this->table[($level + 1)][$objattr['nestedcontent']]);
$this->cellBorderBuffer = $save_buffer;
$this->x = $bak_x;
$this->divwidth = $save_dw;
}
$this->newFlowingBlock($this->divwidth, $this->divheight, $align, $is_table, $blockstate, false, $blockdir, $table_draft);
}
} else {
/* -- END TABLES -- */
if ($is_table) { // *TABLES*
$maxWidth = $this->divwidth; // *TABLES*
} // *TABLES*
else { // *TABLES*
$maxWidth = $this->divwidth - ($this->blk[$this->blklvl]['padding_left'] + $this->blk[$this->blklvl]['border_left']['w'] + $this->blk[$this->blklvl]['padding_right'] + $this->blk[$this->blklvl]['border_right']['w']);
} // *TABLES*
/* -- CSS-IMAGE-FLOAT -- */
// If float (already) exists at this level
if (isset($this->floatmargins['R']) && $this->y <= $this->floatmargins['R']['y1'] && $this->y >= $this->floatmargins['R']['y0']) {
$maxWidth -= $this->floatmargins['R']['w'];
}
if (isset($this->floatmargins['L']) && $this->y <= $this->floatmargins['L']['y1'] && $this->y >= $this->floatmargins['L']['y0']) {
$maxWidth -= $this->floatmargins['L']['w'];
}
/* -- END CSS-IMAGE-FLOAT -- */
[$skipln] = $this->inlineObject($objattr['type'], '', $this->y, $objattr, $this->lMargin, ($this->flowingBlockAttr['contentWidth'] / Mpdf::SCALE), $maxWidth, $this->flowingBlockAttr['height'], false, $is_table);
// 1 -> New line needed because of width
// -1 -> Will fit width on line but NEW PAGE REQUIRED because of height
// -2 -> Will not fit on line therefore needs new line but thus NEW PAGE REQUIRED
$iby = $this->y;
$oldpage = $this->page;
$oldcol = $this->CurrCol;
if (($skipln == 1 || $skipln == -2) && !isset($objattr['float'])) {
$this->finishFlowingBlock(false, $objattr['type']);
$this->newFlowingBlock($this->divwidth, $this->divheight, $align, $is_table, $blockstate, false, $blockdir, $table_draft);
}
if (!$table_draft) {
$thispage = $this->page;
if ($this->CurrCol != $oldcol) {
$changedcol = true;
} else {
$changedcol = false;
}
// the previous lines can already have triggered page break or column change
if (!$changedcol && $skipln < 0 && $this->AcceptPageBreak() && $thispage == $oldpage) {
$this->AddPage($this->CurOrientation);
// Added to correct Images already set on line before page advanced
// i.e. if second inline image on line is higher than first and forces new page
if (count($this->objectbuffer)) {
$yadj = $iby - $this->y;
foreach ($this->objectbuffer as $ib => $val) {
if ($this->objectbuffer[$ib]['OUTER-Y']) {
$this->objectbuffer[$ib]['OUTER-Y'] -= $yadj;
}
if ($this->objectbuffer[$ib]['BORDER-Y']) {
$this->objectbuffer[$ib]['BORDER-Y'] -= $yadj;
}
if ($this->objectbuffer[$ib]['INNER-Y']) {
$this->objectbuffer[$ib]['INNER-Y'] -= $yadj;
}
}
}
}
// Added to correct for OddEven Margins
if ($this->page != $oldpage) {
if (($this->page - $oldpage) % 2 == 1) {
$bak_x += $this->MarginCorrection;
}
$oldpage = $this->page;
$y = $this->tMargin - $paint_ht_corr;
$this->oldy = $this->tMargin - $paint_ht_corr;
$old_height = 0;
}
$this->x = $bak_x;
/* -- COLUMNS -- */
// COLS
// OR COLUMN CHANGE
if ($this->CurrCol != $oldcolumn) {
if ($this->directionality == 'rtl') { // *OTL*
$bak_x -= ($this->CurrCol - $oldcolumn) * ($this->ColWidth + $this->ColGap); // *OTL*
} // *OTL*
else { // *OTL*
$bak_x += ($this->CurrCol - $oldcolumn) * ($this->ColWidth + $this->ColGap);
} // *OTL*
$this->x = $bak_x;
$oldcolumn = $this->CurrCol;
$y = $this->y0 - $paint_ht_corr;
$this->oldy = $this->y0 - $paint_ht_corr;
$old_height = 0;
}
/* -- END COLUMNS -- */
}
/* -- CSS-IMAGE-FLOAT -- */
if ($objattr['type'] == 'image' && isset($objattr['float'])) {
$fy = $this->y;
// DIV TOP MARGIN/BORDER/PADDING
if ($this->flowingBlockAttr['newblock'] && ($this->flowingBlockAttr['blockstate'] == 1 || $this->flowingBlockAttr['blockstate'] == 3) && $this->flowingBlockAttr['lineCount'] == 0) {
$fy += $this->blk[$this->blklvl]['margin_top'] + $this->blk[$this->blklvl]['padding_top'] + $this->blk[$this->blklvl]['border_top']['w'];
}
if ($objattr['float'] == 'R') {
$fx = $this->w - $this->rMargin - $objattr['width'] - ($this->blk[$this->blklvl]['outer_right_margin'] + $this->blk[$this->blklvl]['border_right']['w'] + $this->blk[$this->blklvl]['padding_right']);
} elseif ($objattr['float'] == 'L') {
$fx = $this->lMargin + ($this->blk[$this->blklvl]['outer_left_margin'] + $this->blk[$this->blklvl]['border_left']['w'] + $this->blk[$this->blklvl]['padding_left']);
}
$w = $objattr['width'];
$h = abs($objattr['height']);
$widthLeft = $maxWidth - ($this->flowingBlockAttr['contentWidth'] / Mpdf::SCALE);
$maxHeight = $this->h - ($this->tMargin + $this->margin_header + $this->bMargin + 10);
// For Images
$extraWidth = ($objattr['border_left']['w'] + $objattr['border_right']['w'] + $objattr['margin_left'] + $objattr['margin_right']);
$extraHeight = ($objattr['border_top']['w'] + $objattr['border_bottom']['w'] + $objattr['margin_top'] + $objattr['margin_bottom']);
if ($objattr['itype'] == 'wmf' || $objattr['itype'] == 'svg') {
$file = $objattr['file'];
$info = $this->formobjects[$file];
} else {
$file = $objattr['file'];
$info = $this->images[$file];
}
$img_w = $w - $extraWidth;
$img_h = $h - $extraHeight;
if ($objattr['border_left']['w']) {
$objattr['BORDER-WIDTH'] = $img_w + (($objattr['border_left']['w'] + $objattr['border_right']['w']) / 2);
$objattr['BORDER-HEIGHT'] = $img_h + (($objattr['border_top']['w'] + $objattr['border_bottom']['w']) / 2);
$objattr['BORDER-X'] = $fx + $objattr['margin_left'] + (($objattr['border_left']['w']) / 2);
$objattr['BORDER-Y'] = $fy + $objattr['margin_top'] + (($objattr['border_top']['w']) / 2);
}
$objattr['INNER-WIDTH'] = $img_w;
$objattr['INNER-HEIGHT'] = $img_h;
$objattr['INNER-X'] = $fx + $objattr['margin_left'] + ($objattr['border_left']['w']);
$objattr['INNER-Y'] = $fy + $objattr['margin_top'] + ($objattr['border_top']['w']);
$objattr['ID'] = $info['i'];
$objattr['OUTER-WIDTH'] = $w;
$objattr['OUTER-HEIGHT'] = $h;
$objattr['OUTER-X'] = $fx;
$objattr['OUTER-Y'] = $fy;
if ($objattr['float'] == 'R') {
// If R float already exists at this level
$this->floatmargins['R']['skipline'] = false;
if (isset($this->floatmargins['R']['y1']) && $this->floatmargins['R']['y1'] > 0 && $fy < $this->floatmargins['R']['y1']) {
$this->WriteFlowingBlock($vetor[0], $vetor[18]); // mPDF 5.7.1
} // If L float already exists at this level
elseif (isset($this->floatmargins['L']['y1']) && $this->floatmargins['L']['y1'] > 0 && $fy < $this->floatmargins['L']['y1']) {
// Final check distance between floats is not now too narrow to fit text
$mw = 2 * $this->GetCharWidth('W', false);
if (($this->blk[$this->blklvl]['inner_width'] - $w - $this->floatmargins['L']['w']) < $mw) {
$this->WriteFlowingBlock($vetor[0], $vetor[18]); // mPDF 5.7.1
} else {
$this->floatmargins['R']['x'] = $fx;
$this->floatmargins['R']['w'] = $w;
$this->floatmargins['R']['y0'] = $fy;
$this->floatmargins['R']['y1'] = $fy + $h;
if ($skipln == 1) {
$this->floatmargins['R']['skipline'] = true;
$this->floatmargins['R']['id'] = count($this->floatbuffer) + 0;
$objattr['skipline'] = true;
}
$this->floatbuffer[] = $objattr;
}
} else {
$this->floatmargins['R']['x'] = $fx;
$this->floatmargins['R']['w'] = $w;
$this->floatmargins['R']['y0'] = $fy;
$this->floatmargins['R']['y1'] = $fy + $h;
if ($skipln == 1) {
$this->floatmargins['R']['skipline'] = true;
$this->floatmargins['R']['id'] = count($this->floatbuffer) + 0;
$objattr['skipline'] = true;
}
$this->floatbuffer[] = $objattr;
}
} elseif ($objattr['float'] == 'L') {
// If L float already exists at this level
$this->floatmargins['L']['skipline'] = false;
if (isset($this->floatmargins['L']['y1']) && $this->floatmargins['L']['y1'] > 0 && $fy < $this->floatmargins['L']['y1']) {
$this->floatmargins['L']['skipline'] = false;
$this->WriteFlowingBlock($vetor[0], $vetor[18]); // mPDF 5.7.1
} // If R float already exists at this level
elseif (isset($this->floatmargins['R']['y1']) && $this->floatmargins['R']['y1'] > 0 && $fy < $this->floatmargins['R']['y1']) {
// Final check distance between floats is not now too narrow to fit text
$mw = 2 * $this->GetCharWidth('W', false);
if (($this->blk[$this->blklvl]['inner_width'] - $w - $this->floatmargins['R']['w']) < $mw) {
$this->WriteFlowingBlock($vetor[0], $vetor[18]); // mPDF 5.7.1
} else {
$this->floatmargins['L']['x'] = $fx + $w;
$this->floatmargins['L']['w'] = $w;
$this->floatmargins['L']['y0'] = $fy;
$this->floatmargins['L']['y1'] = $fy + $h;
if ($skipln == 1) {
$this->floatmargins['L']['skipline'] = true;
$this->floatmargins['L']['id'] = count($this->floatbuffer) + 0;
$objattr['skipline'] = true;
}
$this->floatbuffer[] = $objattr;
}
} else {
$this->floatmargins['L']['x'] = $fx + $w;
$this->floatmargins['L']['w'] = $w;
$this->floatmargins['L']['y0'] = $fy;
$this->floatmargins['L']['y1'] = $fy + $h;
if ($skipln == 1) {
$this->floatmargins['L']['skipline'] = true;
$this->floatmargins['L']['id'] = count($this->floatbuffer) + 0;
$objattr['skipline'] = true;
}
$this->floatbuffer[] = $objattr;
}
}
} else {
/* -- END CSS-IMAGE-FLOAT -- */
$this->WriteFlowingBlock($vetor[0], (isset($vetor[18]) ? $vetor[18] : null)); // mPDF 5.7.1
/* -- CSS-IMAGE-FLOAT -- */
}
/* -- END CSS-IMAGE-FLOAT -- */
} // *TABLES*
} // END If special content
else { // THE text
if ($this->tableLevel) {
$paint_ht_corr = 0;
} // To move the y up when new column/page started if div border needed
else {
$paint_ht_corr = $this->blk[$this->blklvl]['border_top']['w'];
}
if ($vetor[0] == "\n") { // We are reading a
now turned into newline ("\n")
if ($this->flowingBlockAttr['content']) {
$this->finishFlowingBlock(false, 'br');
} elseif ($is_table) {
$this->y+= $this->_computeLineheight($this->cellLineHeight);
} elseif (!$is_table) {
$this->DivLn($this->lineheight);
if ($this->ColActive) {
$this->breakpoints[$this->CurrCol][] = $this->y;
} // *COLUMNS*
}
// Added to correct for OddEven Margins
if ($this->page != $oldpage) {
if (($this->page - $oldpage) % 2 == 1) {
$bak_x += $this->MarginCorrection;
}
$oldpage = $this->page;
$y = $this->tMargin - $paint_ht_corr;
$this->oldy = $this->tMargin - $paint_ht_corr;
$old_height = 0;
}
$this->x = $bak_x;
/* -- COLUMNS -- */
// COLS
// OR COLUMN CHANGE
if ($this->CurrCol != $oldcolumn) {
if ($this->directionality == 'rtl') { // *OTL*
$bak_x -= ($this->CurrCol - $oldcolumn) * ($this->ColWidth + $this->ColGap); // *OTL*
} // *OTL*
else { // *OTL*
$bak_x += ($this->CurrCol - $oldcolumn) * ($this->ColWidth + $this->ColGap);
} // *OTL*
$this->x = $bak_x;
$oldcolumn = $this->CurrCol;
$y = $this->y0 - $paint_ht_corr;
$this->oldy = $this->y0 - $paint_ht_corr;
$old_height = 0;
}
/* -- END COLUMNS -- */
$this->newFlowingBlock($this->divwidth, $this->divheight, $align, $is_table, $blockstate, false, $blockdir, $table_draft);
} else {
$this->WriteFlowingBlock($vetor[0], $vetor[18]); // mPDF 5.7.1
// Added to correct for OddEven Margins
if ($this->page != $oldpage) {
if (($this->page - $oldpage) % 2 == 1) {
$bak_x += $this->MarginCorrection;
$this->x = $bak_x;
}
$oldpage = $this->page;
$y = $this->tMargin - $paint_ht_corr;
$this->oldy = $this->tMargin - $paint_ht_corr;
$old_height = 0;
}
/* -- COLUMNS -- */
// COLS
// OR COLUMN CHANGE
if ($this->CurrCol != $oldcolumn) {
if ($this->directionality == 'rtl') { // *OTL*
$bak_x -= ($this->CurrCol - $oldcolumn) * ($this->ColWidth + $this->ColGap); // *OTL*
} // *OTL*
else { // *OTL*
$bak_x += ($this->CurrCol - $oldcolumn) * ($this->ColWidth + $this->ColGap);
} // *OTL*
$this->x = $bak_x;
$oldcolumn = $this->CurrCol;
$y = $this->y0 - $paint_ht_corr;
$this->oldy = $this->y0 - $paint_ht_corr;
$old_height = 0;
}
/* -- END COLUMNS -- */
}
}
// Check if it is the last element. If so then finish printing the block
if ($i == ($array_size - 1)) {
$this->finishFlowingBlock(true); // true = END of flowing block
// Added to correct for OddEven Margins
if ($this->page != $oldpage) {
if (($this->page - $oldpage) % 2 == 1) {
$bak_x += $this->MarginCorrection;
$this->x = $bak_x;
}
$oldpage = $this->page;
$y = $this->tMargin - $paint_ht_corr;
$this->oldy = $this->tMargin - $paint_ht_corr;
$old_height = 0;
}
/* -- COLUMNS -- */
// COLS
// OR COLUMN CHANGE
if ($this->CurrCol != $oldcolumn) {
if ($this->directionality == 'rtl') { // *OTL*
$bak_x -= ($this->CurrCol - $oldcolumn) * ($this->ColWidth + $this->ColGap); // *OTL*
} // *OTL*
else { // *OTL*
$bak_x += ($this->CurrCol - $oldcolumn) * ($this->ColWidth + $this->ColGap);
} // *OTL*
$this->x = $bak_x;
$oldcolumn = $this->CurrCol;
$y = $this->y0 - $paint_ht_corr;
$this->oldy = $this->y0 - $paint_ht_corr;
$old_height = 0;
}
/* -- END COLUMNS -- */
}
// RESETTING VALUES
$this->SetTColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
$this->SetFColor($this->colorConverter->convert(255, $this->PDFAXwarnings));
$this->colorarray = '';
$this->spanbgcolorarray = '';
$this->spanbgcolor = false;
$this->spanborder = false;
$this->spanborddet = [];
$this->HREF = '';
$this->textparam = [];
$this->SetTextOutline();
$this->textvar = 0x00; // mPDF 5.7.1
$this->OTLtags = [];
$this->textshadow = '';
$this->currentfontfamily = '';
$this->currentfontsize = '';
$this->currentfontstyle = '';
$this->currentLang = $this->default_lang; // mPDF 6
$this->RestrictUnicodeFonts($this->default_available_fonts); // mPDF 6
/* -- TABLES -- */
if ($this->tableLevel) {
$this->SetLineHeight('', $this->table[1][1]['cellLineHeight']); // *TABLES*
} else { /* -- END TABLES -- */
if (isset($this->blk[$this->blklvl]['line_height']) && $this->blk[$this->blklvl]['line_height']) {
$this->SetLineHeight('', $this->blk[$this->blklvl]['line_height']); // sets default line height
}
}
$this->ResetStyles();
$this->lSpacingCSS = '';
$this->wSpacingCSS = '';
$this->fixedlSpacing = false;
$this->minwSpacing = 0;
$this->SetDash();
$this->dash_on = false;
$this->dotted_on = false;
}//end of for(i=0;iReset(); // mPDF 6
// PAINT DIV BORDER // DISABLED IN COLUMNS AS DOESN'T WORK WHEN BROKEN ACROSS COLS??
if ((isset($this->blk[$this->blklvl]['border']) || isset($this->blk[$this->blklvl]['bgcolor']) || isset($this->blk[$this->blklvl]['box_shadow'])) && $blockstate && ($this->y != $this->oldy)) {
$bottom_y = $this->y; // Does not include Bottom Margin
if (isset($this->blk[$this->blklvl]['startpage']) && $this->blk[$this->blklvl]['startpage'] != $this->page && $blockstate != 1) {
$this->PaintDivBB('pagetop', $blockstate);
} elseif ($blockstate != 1) {
$this->PaintDivBB('', $blockstate);
}
$this->y = $bottom_y;
$this->x = $bak_x;
}
// Reset Font
$this->SetFontSize($this->default_font_size, false);
if ($table_draft) {
$ch = $this->y - $bak_y;
$this->y = $bak_y;
$this->x = $bak_x;
return $ch;
}
}
function _setDashBorder($style, $div, $cp, $side)
{
if ($style == 'dashed' && (($side == 'L' || $side == 'R') || ($side == 'T' && $div != 'pagetop' && !$cp) || ($side == 'B' && $div != 'pagebottom') )) {
$dashsize = 2; // final dash will be this + 1*linewidth
$dashsizek = 1.5; // ratio of Dash/Blank
$this->SetDash($dashsize, ($dashsize / $dashsizek) + ($this->LineWidth * 2));
} elseif ($style == 'dotted' || ($side == 'T' && ($div == 'pagetop' || $cp)) || ($side == 'B' && $div == 'pagebottom')) {
// Round join and cap
$this->SetLineJoin(1);
$this->SetLineCap(1);
$this->SetDash(0.001, ($this->LineWidth * 3));
}
}
function _setBorderLine($b, $k = 1)
{
$this->SetLineWidth($b['w'] / $k);
$this->SetDColor($b['c']);
if ($b['c'][0] == 5) { // RGBa
$this->SetAlpha(ord($b['c'][4]) / 100, 'Normal', false, 'S'); // mPDF 5.7.2
} elseif ($b['c'][0] == 6) { // CMYKa
$this->SetAlpha(ord($b['c'][5]) / 100, 'Normal', false, 'S'); // mPDF 5.7.2
}
}
function PaintDivBB($divider = '', $blockstate = 0, $blvl = 0)
{
// Borders & backgrounds are done elsewhere for columns - messes up the repositioning in printcolumnbuffer
if ($this->ColActive) {
return;
} // *COLUMNS*
if ($this->keep_block_together) {
return;
} // mPDF 6
$save_y = $this->y;
if (!$blvl) {
$blvl = $this->blklvl;
}
$x0 = $x1 = $y0 = $y1 = 0;
// Added mPDF 3.0 Float DIV
if (isset($this->blk[$blvl]['bb_painted'][$this->page]) && $this->blk[$blvl]['bb_painted'][$this->page]) {
return;
} // *CSS-FLOAT*
if (isset($this->blk[$blvl]['x0'])) {
$x0 = $this->blk[$blvl]['x0'];
} // left
if (isset($this->blk[$blvl]['y1'])) {
$y1 = $this->blk[$blvl]['y1'];
} // bottom
// Added mPDF 3.0 Float DIV - ensures backgrounds/borders are drawn to bottom of page
if ($y1 == 0) {
if ($divider == 'pagebottom') {
$y1 = $this->h - $this->bMargin;
} else {
$y1 = $this->y;
}
}
$continuingpage = (isset($this->blk[$blvl]['startpage']) && $this->blk[$blvl]['startpage'] != $this->page);
if (isset($this->blk[$blvl]['y0'])) {
$y0 = $this->blk[$blvl]['y0'];
}
$h = $y1 - $y0;
$w = $this->blk[$blvl]['width'];
$x1 = $x0 + $w;
// Set border-widths as used here
$border_top = $this->blk[$blvl]['border_top']['w'];
$border_bottom = $this->blk[$blvl]['border_bottom']['w'];
$border_left = $this->blk[$blvl]['border_left']['w'];
$border_right = $this->blk[$blvl]['border_right']['w'];
if (!$this->blk[$blvl]['border_top'] || $divider == 'pagetop' || $continuingpage) {
$border_top = 0;
}
if (!$this->blk[$blvl]['border_bottom'] || $blockstate == 1 || $divider == 'pagebottom') {
$border_bottom = 0;
}
$brTL_H = 0;
$brTL_V = 0;
$brTR_H = 0;
$brTR_V = 0;
$brBL_H = 0;
$brBL_V = 0;
$brBR_H = 0;
$brBR_V = 0;
$brset = false;
/* -- BORDER-RADIUS -- */
if (isset($this->blk[$blvl]['border_radius_TL_H'])) {
$brTL_H = $this->blk[$blvl]['border_radius_TL_H'];
$brset = true;
}
if (isset($this->blk[$blvl]['border_radius_TL_V'])) {
$brTL_V = $this->blk[$blvl]['border_radius_TL_V'];
$brset = true;
}
if (isset($this->blk[$blvl]['border_radius_TR_H'])) {
$brTR_H = $this->blk[$blvl]['border_radius_TR_H'];
$brset = true;
}
if (isset($this->blk[$blvl]['border_radius_TR_V'])) {
$brTR_V = $this->blk[$blvl]['border_radius_TR_V'];
$brset = true;
}
if (isset($this->blk[$blvl]['border_radius_BR_H'])) {
$brBR_H = $this->blk[$blvl]['border_radius_BR_H'];
$brset = true;
}
if (isset($this->blk[$blvl]['border_radius_BR_V'])) {
$brBR_V = $this->blk[$blvl]['border_radius_BR_V'];
$brset = true;
}
if (isset($this->blk[$blvl]['border_radius_BL_H'])) {
$brBL_H = $this->blk[$blvl]['border_radius_BL_H'];
$brset = true;
}
if (isset($this->blk[$blvl]['border_radius_BL_V'])) {
$brBL_V = $this->blk[$blvl]['border_radius_BL_V'];
$brset = true;
}
if (!$this->blk[$blvl]['border_top'] || $divider == 'pagetop' || $continuingpage) {
$brTL_H = 0;
$brTL_V = 0;
$brTR_H = 0;
$brTR_V = 0;
}
if (!$this->blk[$blvl]['border_bottom'] || $blockstate == 1 || $divider == 'pagebottom') {
$brBL_H = 0;
$brBL_V = 0;
$brBR_H = 0;
$brBR_V = 0;
}
// Disallow border-radius if it is smaller than the border width.
if ($brTL_H < min($border_left, $border_top)) {
$brTL_H = $brTL_V = 0;
}
if ($brTL_V < min($border_left, $border_top)) {
$brTL_V = $brTL_H = 0;
}
if ($brTR_H < min($border_right, $border_top)) {
$brTR_H = $brTR_V = 0;
}
if ($brTR_V < min($border_right, $border_top)) {
$brTR_V = $brTR_H = 0;
}
if ($brBL_H < min($border_left, $border_bottom)) {
$brBL_H = $brBL_V = 0;
}
if ($brBL_V < min($border_left, $border_bottom)) {
$brBL_V = $brBL_H = 0;
}
if ($brBR_H < min($border_right, $border_bottom)) {
$brBR_H = $brBR_V = 0;
}
if ($brBR_V < min($border_right, $border_bottom)) {
$brBR_V = $brBR_H = 0;
}
// CHECK FOR radii that sum to > width or height of div ********
$f = min($h / ($brTL_V + $brBL_V + 0.001), $h / ($brTR_V + $brBR_V + 0.001), $w / ($brTL_H + $brTR_H + 0.001), $w / ($brBL_H + $brBR_H + 0.001));
if ($f < 1) {
$brTL_H *= $f;
$brTL_V *= $f;
$brTR_H *= $f;
$brTR_V *= $f;
$brBL_H *= $f;
$brBL_V *= $f;
$brBR_H *= $f;
$brBR_V *= $f;
}
/* -- END BORDER-RADIUS -- */
$tbcol = $this->colorConverter->convert(255, $this->PDFAXwarnings);
for ($l = 0; $l <= $blvl; $l++) {
if ($this->blk[$l]['bgcolor']) {
$tbcol = $this->blk[$l]['bgcolorarray'];
}
}
// BORDERS
if (isset($this->blk[$blvl]['y0']) && $this->blk[$blvl]['y0']) {
$y0 = $this->blk[$blvl]['y0'];
}
$h = $y1 - $y0;
$w = $this->blk[$blvl]['width'];
if ($this->blk[$blvl]['border_top'] && $divider != 'pagetop' && !$continuingpage) {
$tbd = $this->blk[$blvl]['border_top'];
$legend = '';
$legbreakL = 0;
$legbreakR = 0;
// BORDER LEGEND
if (isset($this->blk[$blvl]['border_legend']) && $this->blk[$blvl]['border_legend']) {
$legend = $this->blk[$blvl]['border_legend']; // Same structure array as textbuffer
$txt = $legend[0] = ltrim($legend[0]);
if (!empty($legend[18])) {
$this->otl->trimOTLdata($legend[18], true, false);
} // *OTL*
// Set font, size, style, color
$this->SetFont($legend[4], $legend[2], $legend[11]);
if (isset($legend[3]) && $legend[3]) {
$cor = $legend[3];
$this->SetTColor($cor);
}
$stringWidth = $this->GetStringWidth($txt, true, $legend[18], $legend[8]);
$save_x = $this->x;
$save_y = $this->y;
$save_currentfontfamily = $this->FontFamily;
$save_currentfontsize = $this->FontSizePt;
$save_currentfontstyle = $this->FontStyle;
$this->y = $y0 - $this->FontSize / 2 + $this->blk[$blvl]['border_top']['w'] / 2;
$this->x = $x0 + $this->blk[$blvl]['padding_left'] + $this->blk[$blvl]['border_left']['w'];
// Set the distance from the border line to the text ? make configurable variable
$gap = 0.2 * $this->FontSize;
$legbreakL = $this->x - $gap;
$legbreakR = $this->x + $stringWidth + $gap;
$this->magic_reverse_dir($txt, $this->blk[$blvl]['direction'], $legend[18]);
$fill = '';
$this->Cell($stringWidth, $this->FontSize, $txt, '', 0, 'C', $fill, '', 0, 0, 0, 'M', $fill, false, $legend[18], $legend[8]);
// Reset
$this->x = $save_x;
$this->y = $save_y;
$this->SetFont($save_currentfontfamily, $save_currentfontstyle, $save_currentfontsize);
$this->SetTColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
}
if (isset($tbd['s']) && $tbd['s']) {
if (!$brset && $tbd['style'] != 'dotted' && $tbd['style'] != 'dashed') {
$this->writer->write('q');
$this->SetLineWidth(0);
$this->writer->write(sprintf('%.3F %.3F m ', ($x0) * Mpdf::SCALE, ($this->h - ($y0)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F l ', ($x0 + $border_left) * Mpdf::SCALE, ($this->h - ($y0 + $border_top)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F l ', ($x0 + $w - $border_right) * Mpdf::SCALE, ($this->h - ($y0 + $border_top)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F l ', ($x0 + $w) * Mpdf::SCALE, ($this->h - ($y0)) * Mpdf::SCALE));
$this->writer->write(' h W n '); // Ends path no-op & Sets the clipping path
}
$this->_setBorderLine($tbd);
if ($tbd['style'] == 'dotted' || $tbd['style'] == 'dashed') {
$legbreakL -= $border_top / 2; // because line cap different
$legbreakR += $border_top / 2;
$this->_setDashBorder($tbd['style'], $divider, $continuingpage, 'T');
} /* -- BORDER-RADIUS -- */ elseif (($brTL_V && $brTL_H) || ($brTR_V && $brTR_H) || $tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$this->SetLineJoin(0);
$this->SetLineCap(0);
}
$s = '';
if ($brTR_H && $brTR_V) {
$s .= ($this->_EllipseArc($x0 + $w - $brTR_H, $y0 + $brTR_V, $brTR_H - $border_top / 2, $brTR_V - $border_top / 2, 1, 2, true)) . "\n";
} else { /* -- END BORDER-RADIUS -- */
if ($tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$s .= (sprintf('%.3F %.3F m ', ($x0 + $w) * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
} else {
$s .= (sprintf('%.3F %.3F m ', ($x0 + $w - ($border_top / 2)) * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
}
}
/* -- BORDER-RADIUS -- */
if ($brTL_H && $brTL_V) {
if ($legend) {
if ($legbreakR < ($x0 + $w - $brTR_H)) {
$s .= (sprintf('%.3F %.3F l ', $legbreakR * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
}
if ($legbreakL > ($x0 + $brTL_H )) {
$s .= (sprintf('%.3F %.3F m ', $legbreakL * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
$s .= (sprintf('%.3F %.3F l ', ($x0 + $brTL_H ) * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE) . "\n");
} else {
$s .= (sprintf('%.3F %.3F m ', ($x0 + $brTL_H ) * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
}
} else {
$s .= (sprintf('%.3F %.3F l ', ($x0 + $brTL_H ) * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
}
$s .= ($this->_EllipseArc($x0 + $brTL_H, $y0 + $brTL_V, $brTL_H - $border_top / 2, $brTL_V - $border_top / 2, 2, 1)) . "\n";
} else {
/* -- END BORDER-RADIUS -- */
if ($legend) {
if ($legbreakR < ($x0 + $w)) {
$s .= (sprintf('%.3F %.3F l ', $legbreakR * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
}
if ($legbreakL > ($x0)) {
$s .= (sprintf('%.3F %.3F m ', $legbreakL * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
if ($tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$s .= (sprintf('%.3F %.3F l ', ($x0) * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
} else {
$s .= (sprintf('%.3F %.3F l ', ($x0 + ($border_top / 2)) * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
}
} elseif ($tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$s .= (sprintf('%.3F %.3F m ', ($x0) * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
} else {
$s .= (sprintf('%.3F %.3F m ', ($x0 + $border_top / 2) * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
}
} elseif ($tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$s .= (sprintf('%.3F %.3F l ', ($x0) * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
} else {
$s .= (sprintf('%.3F %.3F l ', ($x0 + ($border_top / 2)) * Mpdf::SCALE, ($this->h - ($y0 + ($border_top / 2))) * Mpdf::SCALE)) . "\n";
}
/* -- BORDER-RADIUS -- */
}
/* -- END BORDER-RADIUS -- */
$s .= 'S' . "\n";
$this->writer->write($s);
if ($tbd['style'] == 'double') {
$this->SetLineWidth($tbd['w'] / 3);
$this->SetDColor($tbcol);
$this->writer->write($s);
}
if (!$brset && $tbd['style'] != 'dotted' && $tbd['style'] != 'dashed') {
$this->writer->write('Q');
}
// Reset Corners and Dash off
$this->SetLineWidth(0.1);
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
$this->SetLineJoin(2);
$this->SetLineCap(2);
$this->SetDash();
}
}
// Reinstate line above for dotted line divider when block border crosses a page
// elseif ($divider == 'pagetop' || $continuingpage) {
if ($this->blk[$blvl]['border_bottom'] && $blockstate != 1 && $divider != 'pagebottom') {
$tbd = $this->blk[$blvl]['border_bottom'];
if (isset($tbd['s']) && $tbd['s']) {
if (!$brset && $tbd['style'] != 'dotted' && $tbd['style'] != 'dashed') {
$this->writer->write('q');
$this->SetLineWidth(0);
$this->writer->write(sprintf('%.3F %.3F m ', ($x0) * Mpdf::SCALE, ($this->h - ($y0 + $h)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F l ', ($x0 + $border_left) * Mpdf::SCALE, ($this->h - ($y0 + $h - $border_bottom)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F l ', ($x0 + $w - $border_right) * Mpdf::SCALE, ($this->h - ($y0 + $h - $border_bottom)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F l ', ($x0 + $w) * Mpdf::SCALE, ($this->h - ($y0 + $h)) * Mpdf::SCALE));
$this->writer->write(' h W n '); // Ends path no-op & Sets the clipping path
}
$this->_setBorderLine($tbd);
if ($tbd['style'] == 'dotted' || $tbd['style'] == 'dashed') {
$this->_setDashBorder($tbd['style'], $divider, $continuingpage, 'B');
} /* -- BORDER-RADIUS -- */ elseif (($brBL_V && $brBL_H) || ($brBR_V && $brBR_H) || $tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$this->SetLineJoin(0);
$this->SetLineCap(0);
}
$s = '';
if ($brBL_H && $brBL_V) {
$s .= ($this->_EllipseArc($x0 + $brBL_H, $y0 + $h - $brBL_V, $brBL_H - $border_bottom / 2, $brBL_V - $border_bottom / 2, 3, 2, true)) . "\n";
} else { /* -- END BORDER-RADIUS -- */
if ($tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$s .= (sprintf('%.3F %.3F m ', ($x0) * Mpdf::SCALE, ($this->h - ($y0 + $h - ($border_bottom / 2))) * Mpdf::SCALE)) . "\n";
} else {
$s .= (sprintf('%.3F %.3F m ', ($x0 + ($border_bottom / 2)) * Mpdf::SCALE, ($this->h - ($y0 + $h - ($border_bottom / 2))) * Mpdf::SCALE)) . "\n";
}
}
/* -- BORDER-RADIUS -- */
if ($brBR_H && $brBR_V) {
$s .= (sprintf('%.3F %.3F l ', ($x0 + $w - ($border_bottom / 2) - $brBR_H ) * Mpdf::SCALE, ($this->h - ($y0 + $h - ($border_bottom / 2))) * Mpdf::SCALE)) . "\n";
$s .= ($this->_EllipseArc($x0 + $w - $brBR_H, $y0 + $h - $brBR_V, $brBR_H - $border_bottom / 2, $brBR_V - $border_bottom / 2, 4, 1)) . "\n";
} else { /* -- END BORDER-RADIUS -- */
if ($tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$s .= (sprintf('%.3F %.3F l ', ($x0 + $w) * Mpdf::SCALE, ($this->h - ($y0 + $h - ($border_bottom / 2))) * Mpdf::SCALE)) . "\n";
} else {
$s .= (sprintf('%.3F %.3F l ', ($x0 + $w - ($border_bottom / 2)) * Mpdf::SCALE, ($this->h - ($y0 + $h - ($border_bottom / 2))) * Mpdf::SCALE)) . "\n";
}
}
$s .= 'S' . "\n";
$this->writer->write($s);
if ($tbd['style'] == 'double') {
$this->SetLineWidth($tbd['w'] / 3);
$this->SetDColor($tbcol);
$this->writer->write($s);
}
if (!$brset && $tbd['style'] != 'dotted' && $tbd['style'] != 'dashed') {
$this->writer->write('Q');
}
// Reset Corners and Dash off
$this->SetLineWidth(0.1);
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
$this->SetLineJoin(2);
$this->SetLineCap(2);
$this->SetDash();
}
}
// Reinstate line below for dotted line divider when block border crosses a page
// elseif ($blockstate == 1 || $divider == 'pagebottom') {
if ($this->blk[$blvl]['border_left']) {
$tbd = $this->blk[$blvl]['border_left'];
if (isset($tbd['s']) && $tbd['s']) {
if (!$brset && $tbd['style'] != 'dotted' && $tbd['style'] != 'dashed') {
$this->writer->write('q');
$this->SetLineWidth(0);
$this->writer->write(sprintf('%.3F %.3F m ', ($x0) * Mpdf::SCALE, ($this->h - ($y0)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F l ', ($x0 + $border_left) * Mpdf::SCALE, ($this->h - ($y0 + $border_top)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F l ', ($x0 + $border_left) * Mpdf::SCALE, ($this->h - ($y0 + $h - $border_bottom)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F l ', ($x0) * Mpdf::SCALE, ($this->h - ($y0 + $h)) * Mpdf::SCALE));
$this->writer->write(' h W n '); // Ends path no-op & Sets the clipping path
}
$this->_setBorderLine($tbd);
if ($tbd['style'] == 'dotted' || $tbd['style'] == 'dashed') {
$this->_setDashBorder($tbd['style'], $divider, $continuingpage, 'L');
} /* -- BORDER-RADIUS -- */ elseif (($brTL_V && $brTL_H) || ($brBL_V && $brBL_H) || $tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$this->SetLineJoin(0);
$this->SetLineCap(0);
}
$s = '';
if ($brTL_V && $brTL_H) {
$s .= ($this->_EllipseArc($x0 + $brTL_H, $y0 + $brTL_V, $brTL_H - $border_left / 2, $brTL_V - $border_left / 2, 2, 2, true)) . "\n";
} else { /* -- END BORDER-RADIUS -- */
if ($tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$s .= (sprintf('%.3F %.3F m ', ($x0 + ($border_left / 2)) * Mpdf::SCALE, ($this->h - ($y0)) * Mpdf::SCALE)) . "\n";
} else {
$s .= (sprintf('%.3F %.3F m ', ($x0 + ($border_left / 2)) * Mpdf::SCALE, ($this->h - ($y0 + ($border_left / 2))) * Mpdf::SCALE)) . "\n";
}
}
/* -- BORDER-RADIUS -- */
if ($brBL_V && $brBL_H) {
$s .= (sprintf('%.3F %.3F l ', ($x0 + ($border_left / 2)) * Mpdf::SCALE, ($this->h - ($y0 + $h - ($border_left / 2) - $brBL_V) ) * Mpdf::SCALE)) . "\n";
$s .= ($this->_EllipseArc($x0 + $brBL_H, $y0 + $h - $brBL_V, $brBL_H - $border_left / 2, $brBL_V - $border_left / 2, 3, 1)) . "\n";
} else { /* -- END BORDER-RADIUS -- */
if ($tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$s .= (sprintf('%.3F %.3F l ', ($x0 + ($border_left / 2)) * Mpdf::SCALE, ($this->h - ($y0 + $h) ) * Mpdf::SCALE)) . "\n";
} else {
$s .= (sprintf('%.3F %.3F l ', ($x0 + ($border_left / 2)) * Mpdf::SCALE, ($this->h - ($y0 + $h - ($border_left / 2)) ) * Mpdf::SCALE)) . "\n";
}
}
$s .= 'S' . "\n";
$this->writer->write($s);
if ($tbd['style'] == 'double') {
$this->SetLineWidth($tbd['w'] / 3);
$this->SetDColor($tbcol);
$this->writer->write($s);
}
if (!$brset && $tbd['style'] != 'dotted' && $tbd['style'] != 'dashed') {
$this->writer->write('Q');
}
// Reset Corners and Dash off
$this->SetLineWidth(0.1);
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
$this->SetLineJoin(2);
$this->SetLineCap(2);
$this->SetDash();
}
}
if ($this->blk[$blvl]['border_right']) {
$tbd = $this->blk[$blvl]['border_right'];
if (isset($tbd['s']) && $tbd['s']) {
if (!$brset && $tbd['style'] != 'dotted' && $tbd['style'] != 'dashed') {
$this->writer->write('q');
$this->SetLineWidth(0);
$this->writer->write(sprintf('%.3F %.3F m ', ($x0 + $w) * Mpdf::SCALE, ($this->h - ($y0)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F l ', ($x0 + $w - $border_right) * Mpdf::SCALE, ($this->h - ($y0 + $border_top)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F l ', ($x0 + $w - $border_right) * Mpdf::SCALE, ($this->h - ($y0 + $h - $border_bottom)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F l ', ($x0 + $w) * Mpdf::SCALE, ($this->h - ($y0 + $h)) * Mpdf::SCALE));
$this->writer->write(' h W n '); // Ends path no-op & Sets the clipping path
}
$this->_setBorderLine($tbd);
if ($tbd['style'] == 'dotted' || $tbd['style'] == 'dashed') {
$this->_setDashBorder($tbd['style'], $divider, $continuingpage, 'R');
} /* -- BORDER-RADIUS -- */ elseif (($brTR_V && $brTR_H) || ($brBR_V && $brBR_H) || $tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$this->SetLineJoin(0);
$this->SetLineCap(0);
}
$s = '';
if ($brBR_V && $brBR_H) {
$s .= ($this->_EllipseArc($x0 + $w - $brBR_H, $y0 + $h - $brBR_V, $brBR_H - $border_right / 2, $brBR_V - $border_right / 2, 4, 2, true)) . "\n";
} else { /* -- END BORDER-RADIUS -- */
if ($tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$s .= (sprintf('%.3F %.3F m ', ($x0 + $w - ($border_right / 2)) * Mpdf::SCALE, ($this->h - ($y0 + $h)) * Mpdf::SCALE)) . "\n";
} else {
$s .= (sprintf('%.3F %.3F m ', ($x0 + $w - ($border_right / 2)) * Mpdf::SCALE, ($this->h - ($y0 + $h - ($border_right / 2))) * Mpdf::SCALE)) . "\n";
}
}
/* -- BORDER-RADIUS -- */
if ($brTR_V && $brTR_H) {
$s .= (sprintf('%.3F %.3F l ', ($x0 + $w - ($border_right / 2)) * Mpdf::SCALE, ($this->h - ($y0 + ($border_right / 2) + $brTR_V) ) * Mpdf::SCALE)) . "\n";
$s .= ($this->_EllipseArc($x0 + $w - $brTR_H, $y0 + $brTR_V, $brTR_H - $border_right / 2, $brTR_V - $border_right / 2, 1, 1)) . "\n";
} else { /* -- END BORDER-RADIUS -- */
if ($tbd['style'] == 'solid' || $tbd['style'] == 'double') {
$s .= (sprintf('%.3F %.3F l ', ($x0 + $w - ($border_right / 2)) * Mpdf::SCALE, ($this->h - ($y0) ) * Mpdf::SCALE)) . "\n";
} else {
$s .= (sprintf('%.3F %.3F l ', ($x0 + $w - ($border_right / 2)) * Mpdf::SCALE, ($this->h - ($y0 + ($border_right / 2)) ) * Mpdf::SCALE)) . "\n";
}
}
$s .= 'S' . "\n";
$this->writer->write($s);
if ($tbd['style'] == 'double') {
$this->SetLineWidth($tbd['w'] / 3);
$this->SetDColor($tbcol);
$this->writer->write($s);
}
if (!$brset && $tbd['style'] != 'dotted' && $tbd['style'] != 'dashed') {
$this->writer->write('Q');
}
// Reset Corners and Dash off
$this->SetLineWidth(0.1);
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
$this->SetLineJoin(2);
$this->SetLineCap(2);
$this->SetDash();
}
}
$this->SetDash();
$this->y = $save_y;
// BACKGROUNDS are disabled in columns/kbt/headers - messes up the repositioning in printcolumnbuffer
if ($this->ColActive || $this->kwt || $this->keep_block_together) {
return;
}
$bgx0 = $x0;
$bgx1 = $x1;
$bgy0 = $y0;
$bgy1 = $y1;
// Defined br values represent the radius of the outer curve - need to take border-width/2 from each radius for drawing the borders
if (isset($this->blk[$blvl]['background_clip']) && $this->blk[$blvl]['background_clip'] == 'padding-box') {
$brbgTL_H = max(0, $brTL_H - $this->blk[$blvl]['border_left']['w']);
$brbgTL_V = max(0, $brTL_V - $this->blk[$blvl]['border_top']['w']);
$brbgTR_H = max(0, $brTR_H - $this->blk[$blvl]['border_right']['w']);
$brbgTR_V = max(0, $brTR_V - $this->blk[$blvl]['border_top']['w']);
$brbgBL_H = max(0, $brBL_H - $this->blk[$blvl]['border_left']['w']);
$brbgBL_V = max(0, $brBL_V - $this->blk[$blvl]['border_bottom']['w']);
$brbgBR_H = max(0, $brBR_H - $this->blk[$blvl]['border_right']['w']);
$brbgBR_V = max(0, $brBR_V - $this->blk[$blvl]['border_bottom']['w']);
$bgx0 += $this->blk[$blvl]['border_left']['w'];
$bgx1 -= $this->blk[$blvl]['border_right']['w'];
if ($this->blk[$blvl]['border_top'] && $divider != 'pagetop' && !$continuingpage) {
$bgy0 += $this->blk[$blvl]['border_top']['w'];
}
if ($this->blk[$blvl]['border_bottom'] && $blockstate != 1 && $divider != 'pagebottom') {
$bgy1 -= $this->blk[$blvl]['border_bottom']['w'];
}
} elseif (isset($this->blk[$blvl]['background_clip']) && $this->blk[$blvl]['background_clip'] == 'content-box') {
$brbgTL_H = max(0, $brTL_H - $this->blk[$blvl]['border_left']['w'] - $this->blk[$blvl]['padding_left']);
$brbgTL_V = max(0, $brTL_V - $this->blk[$blvl]['border_top']['w'] - $this->blk[$blvl]['padding_top']);
$brbgTR_H = max(0, $brTR_H - $this->blk[$blvl]['border_right']['w'] - $this->blk[$blvl]['padding_right']);
$brbgTR_V = max(0, $brTR_V - $this->blk[$blvl]['border_top']['w'] - $this->blk[$blvl]['padding_top']);
$brbgBL_H = max(0, $brBL_H - $this->blk[$blvl]['border_left']['w'] - $this->blk[$blvl]['padding_left']);
$brbgBL_V = max(0, $brBL_V - $this->blk[$blvl]['border_bottom']['w'] - $this->blk[$blvl]['padding_bottom']);
$brbgBR_H = max(0, $brBR_H - $this->blk[$blvl]['border_right']['w'] - $this->blk[$blvl]['padding_right']);
$brbgBR_V = max(0, $brBR_V - $this->blk[$blvl]['border_bottom']['w'] - $this->blk[$blvl]['padding_bottom']);
$bgx0 += $this->blk[$blvl]['border_left']['w'] + $this->blk[$blvl]['padding_left'];
$bgx1 -= $this->blk[$blvl]['border_right']['w'] + $this->blk[$blvl]['padding_right'];
if (($this->blk[$blvl]['border_top']['w'] || $this->blk[$blvl]['padding_top']) && $divider != 'pagetop' && !$continuingpage) {
$bgy0 += $this->blk[$blvl]['border_top']['w'] + $this->blk[$blvl]['padding_top'];
}
if (($this->blk[$blvl]['border_bottom']['w'] || $this->blk[$blvl]['padding_bottom']) && $blockstate != 1 && $divider != 'pagebottom') {
$bgy1 -= $this->blk[$blvl]['border_bottom']['w'] + $this->blk[$blvl]['padding_bottom'];
}
} else {
$brbgTL_H = $brTL_H;
$brbgTL_V = $brTL_V;
$brbgTR_H = $brTR_H;
$brbgTR_V = $brTR_V;
$brbgBL_H = $brBL_H;
$brbgBL_V = $brBL_V;
$brbgBR_H = $brBR_H;
$brbgBR_V = $brBR_V;
}
// Set clipping path
$s = ' q 0 w '; // Line width=0
$s .= sprintf('%.3F %.3F m ', ($bgx0 + $brbgTL_H ) * Mpdf::SCALE, ($this->h - $bgy0) * Mpdf::SCALE); // start point TL before the arc
/* -- BORDER-RADIUS -- */
if ($brbgTL_H || $brbgTL_V) {
$s .= $this->_EllipseArc($bgx0 + $brbgTL_H, $bgy0 + $brbgTL_V, $brbgTL_H, $brbgTL_V, 2); // segment 2 TL
}
/* -- END BORDER-RADIUS -- */
$s .= sprintf('%.3F %.3F l ', ($bgx0) * Mpdf::SCALE, ($this->h - ($bgy1 - $brbgBL_V )) * Mpdf::SCALE); // line to BL
/* -- BORDER-RADIUS -- */
if ($brbgBL_H || $brbgBL_V) {
$s .= $this->_EllipseArc($bgx0 + $brbgBL_H, $bgy1 - $brbgBL_V, $brbgBL_H, $brbgBL_V, 3); // segment 3 BL
}
/* -- END BORDER-RADIUS -- */
$s .= sprintf('%.3F %.3F l ', ($bgx1 - $brbgBR_H ) * Mpdf::SCALE, ($this->h - ($bgy1)) * Mpdf::SCALE); // line to BR
/* -- BORDER-RADIUS -- */
if ($brbgBR_H || $brbgBR_V) {
$s .= $this->_EllipseArc($bgx1 - $brbgBR_H, $bgy1 - $brbgBR_V, $brbgBR_H, $brbgBR_V, 4); // segment 4 BR
}
/* -- END BORDER-RADIUS -- */
$s .= sprintf('%.3F %.3F l ', ($bgx1) * Mpdf::SCALE, ($this->h - ($bgy0 + $brbgTR_V)) * Mpdf::SCALE); // line to TR
/* -- BORDER-RADIUS -- */
if ($brbgTR_H || $brbgTR_V) {
$s .= $this->_EllipseArc($bgx1 - $brbgTR_H, $bgy0 + $brbgTR_V, $brbgTR_H, $brbgTR_V, 1); // segment 1 TR
}
/* -- END BORDER-RADIUS -- */
$s .= sprintf('%.3F %.3F l ', ($bgx0 + $brbgTL_H ) * Mpdf::SCALE, ($this->h - $bgy0) * Mpdf::SCALE); // line to TL
// Box Shadow
$shadow = '';
if (isset($this->blk[$blvl]['box_shadow']) && $this->blk[$blvl]['box_shadow'] && $h > 0) {
foreach ($this->blk[$blvl]['box_shadow'] as $sh) {
// Colors
if ($sh['col'][0] == 1) {
$colspace = 'Gray';
if ($sh['col'][2] == 1) {
$col1 = '1' . $sh['col'][1] . '1' . $sh['col'][3];
} else {
$col1 = '1' . $sh['col'][1] . '1' . chr(100);
}
$col2 = '1' . $sh['col'][1] . '1' . chr(0);
} elseif ($sh['col'][0] == 4) { // CMYK
$colspace = 'CMYK';
$col1 = '6' . $sh['col'][1] . $sh['col'][2] . $sh['col'][3] . $sh['col'][4] . chr(100);
$col2 = '6' . $sh['col'][1] . $sh['col'][2] . $sh['col'][3] . $sh['col'][4] . chr(0);
} elseif ($sh['col'][0] == 5) { // RGBa
$colspace = 'RGB';
$col1 = '5' . $sh['col'][1] . $sh['col'][2] . $sh['col'][3] . $sh['col'][4];
$col2 = '5' . $sh['col'][1] . $sh['col'][2] . $sh['col'][3] . chr(0);
} elseif ($sh['col'][0] == 6) { // CMYKa
$colspace = 'CMYK';
$col1 = '6' . $sh['col'][1] . $sh['col'][2] . $sh['col'][3] . $sh['col'][4] . $sh['col'][5];
$col2 = '6' . $sh['col'][1] . $sh['col'][2] . $sh['col'][3] . $sh['col'][4] . chr(0);
} else {
$colspace = 'RGB';
$col1 = '5' . $sh['col'][1] . $sh['col'][2] . $sh['col'][3] . chr(100);
$col2 = '5' . $sh['col'][1] . $sh['col'][2] . $sh['col'][3] . chr(0);
}
// Use clipping path as set above (and rectangle around page) to clip area outside box
$shadow .= $s; // Use the clipping path with W*
$shadow .= sprintf('0 %.3F m %.3F %.3F l ', $this->h * Mpdf::SCALE, $this->w * Mpdf::SCALE, $this->h * Mpdf::SCALE);
$shadow .= sprintf('%.3F 0 l 0 0 l 0 %.3F l ', $this->w * Mpdf::SCALE, $this->h * Mpdf::SCALE);
$shadow .= 'W n' . "\n";
$sh['blur'] = abs($sh['blur']); // cannot have negative blur value
// Ensure spread/blur do not make effective shadow width/height < 0
// Could do more complex things but this just adjusts spread value
if (-$sh['spread'] + $sh['blur'] / 2 > min($w / 2, $h / 2)) {
$sh['spread'] = $sh['blur'] / 2 - min($w / 2, $h / 2) + 0.01;
}
// Shadow Offset
if ($sh['x'] || $sh['y']) {
$shadow .= sprintf(' q 1 0 0 1 %.4F %.4F cm', $sh['x'] * Mpdf::SCALE, -$sh['y'] * Mpdf::SCALE) . "\n";
}
// Set path for INNER shadow
$shadow .= ' q 0 w ';
$shadow .= $this->SetFColor($col1, true) . "\n";
if ($col1[0] == 5 && ord($col1[4]) < 100) { // RGBa
$shadow .= $this->SetAlpha(ord($col1[4]) / 100, 'Normal', true, 'F') . "\n";
} elseif ($col1[0] == 6 && ord($col1[5]) < 100) { // CMYKa
$shadow .= $this->SetAlpha(ord($col1[5]) / 100, 'Normal', true, 'F') . "\n";
} elseif ($col1[0] == 1 && $col1[2] == 1 && ord($col1[3]) < 100) { // Gray
$shadow .= $this->SetAlpha(ord($col1[3]) / 100, 'Normal', true, 'F') . "\n";
}
// Blur edges
$mag = 0.551784; // Bezier Control magic number for 4-part spline for circle/ellipse
$mag2 = 0.551784; // Bezier Control magic number to fill in edge of blurred rectangle
$d1 = $sh['spread'] + $sh['blur'] / 2;
$d2 = $sh['spread'] - $sh['blur'] / 2;
$bl = $sh['blur'];
$x00 = $x0 - $d1;
$y00 = $y0 - $d1;
$w00 = $w + $d1 * 2;
$h00 = $h + $d1 * 2;
// If any border-radius is greater width-negative spread(inner edge), ignore radii for shadow or screws up
$flatten = false;
if (max($brbgTR_H, $brbgTL_H, $brbgBR_H, $brbgBL_H) >= $w + $d2) {
$flatten = true;
}
if (max($brbgTR_V, $brbgTL_V, $brbgBR_V, $brbgBL_V) >= $h + $d2) {
$flatten = true;
}
// TOP RIGHT corner
$p1x = $x00 + $w00 - $d1 - $brbgTR_H;
$p1c2x = $p1x + ($d2 + $brbgTR_H) * $mag;
$p1y = $y00 + $bl;
$p2x = $x00 + $w00 - $d1 - $brbgTR_H;
$p2c2x = $p2x + ($d1 + $brbgTR_H) * $mag;
$p2y = $y00;
$p2c1y = $p2y + $bl / 2;
$p3x = $x00 + $w00;
$p3c2x = $p3x - $bl / 2;
$p3y = $y00 + $d1 + $brbgTR_V;
$p3c1y = $p3y - ($d1 + $brbgTR_V) * $mag;
$p4x = $x00 + $w00 - $bl;
$p4y = $y00 + $d1 + $brbgTR_V;
$p4c2y = $p4y - ($d2 + $brbgTR_V) * $mag;
if (-$d2 > min($brbgTR_H, $brbgTR_V) || $flatten) {
$p1x = $x00 + $w00 - $bl;
$p1c2x = $p1x;
$p2x = $x00 + $w00 - $bl;
$p2c2x = $p2x + $bl * $mag2;
$p3y = $y00 + $bl;
$p3c1y = $p3y - $bl * $mag2;
$p4y = $y00 + $bl;
$p4c2y = $p4y;
}
$shadow .= sprintf('%.3F %.3F m ', ($p1x ) * Mpdf::SCALE, ($this->h - ($p1y )) * Mpdf::SCALE);
$shadow .= sprintf('%.3F %.3F %.3F %.3F %.3F %.3F c ', ($p1c2x) * Mpdf::SCALE, ($this->h - ($p1y)) * Mpdf::SCALE, ($p4x) * Mpdf::SCALE, ($this->h - ($p4c2y)) * Mpdf::SCALE, ($p4x) * Mpdf::SCALE, ($this->h - ($p4y)) * Mpdf::SCALE);
$patch_array[0]['f'] = 0;
$patch_array[0]['points'] = [$p1x, $p1y, $p1x, $p1y,
$p2x, $p2c1y, $p2x, $p2y, $p2c2x, $p2y,
$p3x, $p3c1y, $p3x, $p3y, $p3c2x, $p3y,
$p4x, $p4y, $p4x, $p4y, $p4x, $p4c2y,
$p1c2x, $p1y];
$patch_array[0]['colors'] = [$col1, $col2, $col2, $col1];
// RIGHT
$p1x = $x00 + $w00; // control point only matches p3 preceding
$p1y = $y00 + $d1 + $brbgTR_V;
$p2x = $x00 + $w00 - $bl; // control point only matches p4 preceding
$p2y = $y00 + $d1 + $brbgTR_V;
$p3x = $x00 + $w00 - $bl;
$p3y = $y00 + $h00 - $d1 - $brbgBR_V;
$p4x = $x00 + $w00;
$p4c1x = $p4x - $bl / 2;
$p4y = $y00 + $h00 - $d1 - $brbgBR_V;
if (-$d2 > min($brbgTR_H, $brbgTR_V) || $flatten) {
$p1y = $y00 + $bl;
$p2y = $y00 + $bl;
}
if (-$d2 > min($brbgBR_H, $brbgBR_V) || $flatten) {
$p3y = $y00 + $h00 - $bl;
$p4y = $y00 + $h00 - $bl;
}
$shadow .= sprintf('%.3F %.3F l ', ($p3x ) * Mpdf::SCALE, ($this->h - ($p3y )) * Mpdf::SCALE);
$patch_array[1]['f'] = 2;
$patch_array[1]['points'] = [$p2x, $p2y,
$p3x, $p3y, $p3x, $p3y, $p3x, $p3y,
$p4c1x, $p4y, $p4x, $p4y, $p4x, $p4y,
$p1x, $p1y];
$patch_array[1]['colors'] = [$col1, $col2];
// BOTTOM RIGHT corner
$p1x = $x00 + $w00 - $bl; // control points only matches p3 preceding
$p1y = $y00 + $h00 - $d1 - $brbgBR_V;
$p1c2y = $p1y + ($d2 + $brbgBR_V) * $mag;
$p2x = $x00 + $w00; // control point only matches p4 preceding
$p2y = $y00 + $h00 - $d1 - $brbgBR_V;
$p2c2y = $p2y + ($d1 + $brbgBR_V) * $mag;
$p3x = $x00 + $w00 - $d1 - $brbgBR_H;
$p3c1x = $p3x + ($d1 + $brbgBR_H) * $mag;
$p3y = $y00 + $h00;
$p3c2y = $p3y - $bl / 2;
$p4x = $x00 + $w00 - $d1 - $brbgBR_H;
$p4c2x = $p4x + ($d2 + $brbgBR_H) * $mag;
$p4y = $y00 + $h00 - $bl;
if (-$d2 > min($brbgBR_H, $brbgBR_V) || $flatten) {
$p1y = $y00 + $h00 - $bl;
$p1c2y = $p1y;
$p2y = $y00 + $h00 - $bl;
$p2c2y = $p2y + $bl * $mag2;
$p3x = $x00 + $w00 - $bl;
$p3c1x = $p3x + $bl * $mag2;
$p4x = $x00 + $w00 - $bl;
$p4c2x = $p4x;
}
$shadow .= sprintf('%.3F %.3F %.3F %.3F %.3F %.3F c ', ($p1x) * Mpdf::SCALE, ($this->h - ($p1c2y)) * Mpdf::SCALE, ($p4c2x) * Mpdf::SCALE, ($this->h - ($p4y)) * Mpdf::SCALE, ($p4x) * Mpdf::SCALE, ($this->h - ($p4y)) * Mpdf::SCALE);
$patch_array[2]['f'] = 2;
$patch_array[2]['points'] = [$p2x, $p2c2y,
$p3c1x, $p3y, $p3x, $p3y, $p3x, $p3c2y,
$p4x, $p4y, $p4x, $p4y, $p4c2x, $p4y,
$p1x, $p1c2y];
$patch_array[2]['colors'] = [$col2, $col1];
// BOTTOM
$p1x = $x00 + $w00 - $d1 - $brbgBR_H; // control point only matches p3 preceding
$p1y = $y00 + $h00;
$p2x = $x00 + $w00 - $d1 - $brbgBR_H; // control point only matches p4 preceding
$p2y = $y00 + $h00 - $bl;
$p3x = $x00 + $d1 + $brbgBL_H;
$p3y = $y00 + $h00 - $bl;
$p4x = $x00 + $d1 + $brbgBL_H;
$p4y = $y00 + $h00;
$p4c1y = $p4y - $bl / 2;
if (-$d2 > min($brbgBR_H, $brbgBR_V) || $flatten) {
$p1x = $x00 + $w00 - $bl;
$p2x = $x00 + $w00 - $bl;
}
if (-$d2 > min($brbgBL_H, $brbgBL_V) || $flatten) {
$p3x = $x00 + $bl;
$p4x = $x00 + $bl;
}
$shadow .= sprintf('%.3F %.3F l ', ($p3x ) * Mpdf::SCALE, ($this->h - ($p3y )) * Mpdf::SCALE);
$patch_array[3]['f'] = 2;
$patch_array[3]['points'] = [$p2x, $p2y,
$p3x, $p3y, $p3x, $p3y, $p3x, $p3y,
$p4x, $p4c1y, $p4x, $p4y, $p4x, $p4y,
$p1x, $p1y];
$patch_array[3]['colors'] = [$col1, $col2];
// BOTTOM LEFT corner
$p1x = $x00 + $d1 + $brbgBL_H;
$p1c2x = $p1x - ($d2 + $brbgBL_H) * $mag; // control points only matches p3 preceding
$p1y = $y00 + $h00 - $bl;
$p2x = $x00 + $d1 + $brbgBL_H;
$p2c2x = $p2x - ($d1 + $brbgBL_H) * $mag; // control point only matches p4 preceding
$p2y = $y00 + $h00;
$p3x = $x00;
$p3c2x = $p3x + $bl / 2;
$p3y = $y00 + $h00 - $d1 - $brbgBL_V;
$p3c1y = $p3y + ($d1 + $brbgBL_V) * $mag;
$p4x = $x00 + $bl;
$p4y = $y00 + $h00 - $d1 - $brbgBL_V;
$p4c2y = $p4y + ($d2 + $brbgBL_V) * $mag;
if (-$d2 > min($brbgBL_H, $brbgBL_V) || $flatten) {
$p1x = $x00 + $bl;
$p1c2x = $p1x;
$p2x = $x00 + $bl;
$p2c2x = $p2x - $bl * $mag2;
$p3y = $y00 + $h00 - $bl;
$p3c1y = $p3y + $bl * $mag2;
$p4y = $y00 + $h00 - $bl;
$p4c2y = $p4y;
}
$shadow .= sprintf('%.3F %.3F %.3F %.3F %.3F %.3F c ', ($p1c2x) * Mpdf::SCALE, ($this->h - ($p1y)) * Mpdf::SCALE, ($p4x) * Mpdf::SCALE, ($this->h - ($p4c2y)) * Mpdf::SCALE, ($p4x) * Mpdf::SCALE, ($this->h - ($p4y)) * Mpdf::SCALE);
$patch_array[4]['f'] = 2;
$patch_array[4]['points'] = [$p2c2x, $p2y,
$p3x, $p3c1y, $p3x, $p3y, $p3c2x, $p3y,
$p4x, $p4y, $p4x, $p4y, $p4x, $p4c2y,
$p1c2x, $p1y];
$patch_array[4]['colors'] = [$col2, $col1];
// LEFT - joins on the right (C3-C4 of previous): f = 2
$p1x = $x00; // control point only matches p3 preceding
$p1y = $y00 + $h00 - $d1 - $brbgBL_V;
$p2x = $x00 + $bl; // control point only matches p4 preceding
$p2y = $y00 + $h00 - $d1 - $brbgBL_V;
$p3x = $x00 + $bl;
$p3y = $y00 + $d1 + $brbgTL_V;
$p4x = $x00;
$p4c1x = $p4x + $bl / 2;
$p4y = $y00 + $d1 + $brbgTL_V;
if (-$d2 > min($brbgBL_H, $brbgBL_V) || $flatten) {
$p1y = $y00 + $h00 - $bl;
$p2y = $y00 + $h00 - $bl;
}
if (-$d2 > min($brbgTL_H, $brbgTL_V) || $flatten) {
$p3y = $y00 + $bl;
$p4y = $y00 + $bl;
}
$shadow .= sprintf('%.3F %.3F l ', ($p3x ) * Mpdf::SCALE, ($this->h - ($p3y )) * Mpdf::SCALE);
$patch_array[5]['f'] = 2;
$patch_array[5]['points'] = [$p2x, $p2y,
$p3x, $p3y, $p3x, $p3y, $p3x, $p3y,
$p4c1x, $p4y, $p4x, $p4y, $p4x, $p4y,
$p1x, $p1y];
$patch_array[5]['colors'] = [$col1, $col2];
// TOP LEFT corner
$p1x = $x00 + $bl; // control points only matches p3 preceding
$p1y = $y00 + $d1 + $brbgTL_V;
$p1c2y = $p1y - ($d2 + $brbgTL_V) * $mag;
$p2x = $x00; // control point only matches p4 preceding
$p2y = $y00 + $d1 + $brbgTL_V;
$p2c2y = $p2y - ($d1 + $brbgTL_V) * $mag;
$p3x = $x00 + $d1 + $brbgTL_H;
$p3c1x = $p3x - ($d1 + $brbgTL_H) * $mag;
$p3y = $y00;
$p3c2y = $p3y + $bl / 2;
$p4x = $x00 + $d1 + $brbgTL_H;
$p4c2x = $p4x - ($d2 + $brbgTL_H) * $mag;
$p4y = $y00 + $bl;
if (-$d2 > min($brbgTL_H, $brbgTL_V) || $flatten) {
$p1y = $y00 + $bl;
$p1c2y = $p1y;
$p2y = $y00 + $bl;
$p2c2y = $p2y - $bl * $mag2;
$p3x = $x00 + $bl;
$p3c1x = $p3x - $bl * $mag2;
$p4x = $x00 + $bl;
$p4c2x = $p4x;
}
$shadow .= sprintf('%.3F %.3F %.3F %.3F %.3F %.3F c ', ($p1x) * Mpdf::SCALE, ($this->h - ($p1c2y)) * Mpdf::SCALE, ($p4c2x) * Mpdf::SCALE, ($this->h - ($p4y)) * Mpdf::SCALE, ($p4x) * Mpdf::SCALE, ($this->h - ($p4y)) * Mpdf::SCALE);
$patch_array[6]['f'] = 2;
$patch_array[6]['points'] = [$p2x, $p2c2y,
$p3c1x, $p3y, $p3x, $p3y, $p3x, $p3c2y,
$p4x, $p4y, $p4x, $p4y, $p4c2x, $p4y,
$p1x, $p1c2y];
$patch_array[6]['colors'] = [$col2, $col1];
// TOP - joins on the right (C3-C4 of previous): f = 2
$p1x = $x00 + $d1 + $brbgTL_H; // control point only matches p3 preceding
$p1y = $y00;
$p2x = $x00 + $d1 + $brbgTL_H; // control point only matches p4 preceding
$p2y = $y00 + $bl;
$p3x = $x00 + $w00 - $d1 - $brbgTR_H;
$p3y = $y00 + $bl;
$p4x = $x00 + $w00 - $d1 - $brbgTR_H;
$p4y = $y00;
$p4c1y = $p4y + $bl / 2;
if (-$d2 > min($brbgTL_H, $brbgTL_V) || $flatten) {
$p1x = $x00 + $bl;
$p2x = $x00 + $bl;
}
if (-$d2 > min($brbgTR_H, $brbgTR_V) || $flatten) {
$p3x = $x00 + $w00 - $bl;
$p4x = $x00 + $w00 - $bl;
}
$shadow .= sprintf('%.3F %.3F l ', ($p3x ) * Mpdf::SCALE, ($this->h - ($p3y )) * Mpdf::SCALE);
$patch_array[7]['f'] = 2;
$patch_array[7]['points'] = [$p2x, $p2y,
$p3x, $p3y, $p3x, $p3y, $p3x, $p3y,
$p4x, $p4c1y, $p4x, $p4y, $p4x, $p4y,
$p1x, $p1y];
$patch_array[7]['colors'] = [$col1, $col2];
$shadow .= ' h f Q ' . "\n"; // Close path and Fill the inner solid shadow
if ($bl) {
$shadow .= $this->gradient->CoonsPatchMesh($x00, $y00, $w00, $h00, $patch_array, $x00, $x00 + $w00, $y00, $y00 + $h00, $colspace, true);
}
if ($sh['x'] || $sh['y']) {
$shadow .= ' Q' . "\n"; // Shadow Offset
}
$shadow .= ' Q' . "\n"; // Ends path no-op & Sets the clipping path
}
}
$s .= ' W n '; // Ends path no-op & Sets the clipping path
if ($this->blk[$blvl]['bgcolor']) {
$this->pageBackgrounds[$blvl][] = [
'x' => $x0,
'y' => $y0,
'w' => $w,
'h' => $h,
'col' => $this->blk[$blvl]['bgcolorarray'],
'clippath' => $s,
'visibility' => $this->visibility,
'shadow' => $shadow,
'z-index' => $this->current_layer,
];
} elseif ($shadow) {
$this->pageBackgrounds[$blvl][] = [
'x' => 0,
'y' => 0,
'w' => 0,
'h' => 0,
'shadowonly' => true,
'col' => '',
'clippath' => '',
'visibility' => $this->visibility,
'shadow' => $shadow,
'z-index' => $this->current_layer,
];
}
/* -- BACKGROUNDS -- */
if (isset($this->blk[$blvl]['gradient'])) {
$g = $this->gradient->parseBackgroundGradient($this->blk[$blvl]['gradient']);
if ($g) {
$gx = $x0;
$gy = $y0;
$this->pageBackgrounds[$blvl][] = [
'gradient' => true,
'x' => $gx,
'y' => $gy,
'w' => $w,
'h' => $h,
'gradtype' => $g['type'],
'stops' => $g['stops'],
'colorspace' => $g['colorspace'],
'coords' => $g['coords'],
'extend' => $g['extend'],
'clippath' => $s,
'visibility' => $this->visibility,
'z-index' => $this->current_layer
];
}
}
if (isset($this->blk[$blvl]['background-image'])) {
if (isset($this->blk[$blvl]['background-image']['gradient']) && $this->blk[$blvl]['background-image']['gradient'] && preg_match('/(-moz-)*(repeating-)*(linear|radial)-gradient/', $this->blk[$blvl]['background-image']['gradient'])) {
$g = $this->gradient->parseMozGradient($this->blk[$blvl]['background-image']['gradient']);
if ($g) {
$gx = $x0;
$gy = $y0;
// origin specifies the background-positioning-area (bpa)
if ($this->blk[$blvl]['background-image']['origin'] == 'padding-box') {
$gx += $this->blk[$blvl]['border_left']['w'];
$w -= ($this->blk[$blvl]['border_left']['w'] + $this->blk[$blvl]['border_right']['w']);
if ($this->blk[$blvl]['border_top'] && $divider != 'pagetop' && !$continuingpage) {
$gy += $this->blk[$blvl]['border_top']['w'];
}
if ($this->blk[$blvl]['border_bottom'] && $blockstate != 1 && $divider != 'pagebottom') {
$gy1 = $y1 - $this->blk[$blvl]['border_bottom']['w'];
} else {
$gy1 = $y1;
}
$h = $gy1 - $gy;
} elseif ($this->blk[$blvl]['background-image']['origin'] == 'content-box') {
$gx += $this->blk[$blvl]['border_left']['w'] + $this->blk[$blvl]['padding_left'];
$w -= ($this->blk[$blvl]['border_left']['w'] + $this->blk[$blvl]['padding_left'] + $this->blk[$blvl]['border_right']['w'] + $this->blk[$blvl]['padding_right']);
if ($this->blk[$blvl]['border_top'] && $divider != 'pagetop' && !$continuingpage) {
$gy += $this->blk[$blvl]['border_top']['w'] + $this->blk[$blvl]['padding_top'];
}
if ($this->blk[$blvl]['border_bottom'] && $blockstate != 1 && $divider != 'pagebottom') {
$gy1 = $y1 - ($this->blk[$blvl]['border_bottom']['w'] + $this->blk[$blvl]['padding_bottom']);
} else {
$gy1 = $y1 - $this->blk[$blvl]['padding_bottom'];
}
$h = $gy1 - $gy;
}
if (isset($this->blk[$blvl]['background-image']['size']['w']) && $this->blk[$blvl]['background-image']['size']['w']) {
$size = $this->blk[$blvl]['background-image']['size'];
if ($size['w'] != 'contain' && $size['w'] != 'cover') {
if (stristr($size['w'], '%')) {
$size['w'] = (float) $size['w'];
$size['w'] /= 100;
$w *= $size['w'];
} elseif ($size['w'] != 'auto') {
$w = $size['w'];
}
if (stristr($size['h'], '%')) {
$size['h'] = (float) $size['h'];
$size['h'] /= 100;
$h *= $size['h'];
} elseif ($size['h'] != 'auto') {
$h = $size['h'];
}
}
}
$this->pageBackgrounds[$blvl][] = [
'gradient' => true,
'x' => $gx,
'y' => $gy,
'w' => $w,
'h' => $h,
'gradtype' => $g['type'],
'stops' => $g['stops'],
'colorspace' => $g['colorspace'],
'coords' => $g['coords'],
'extend' => $g['extend'],
'clippath' => $s,
'visibility' => $this->visibility,
'z-index' => $this->current_layer
];
}
} else {
$image_id = $this->blk[$blvl]['background-image']['image_id'];
$orig_w = $this->blk[$blvl]['background-image']['orig_w'];
$orig_h = $this->blk[$blvl]['background-image']['orig_h'];
$x_pos = $this->blk[$blvl]['background-image']['x_pos'];
$y_pos = $this->blk[$blvl]['background-image']['y_pos'];
$x_repeat = $this->blk[$blvl]['background-image']['x_repeat'];
$y_repeat = $this->blk[$blvl]['background-image']['y_repeat'];
$resize = $this->blk[$blvl]['background-image']['resize'];
$opacity = $this->blk[$blvl]['background-image']['opacity'];
$itype = $this->blk[$blvl]['background-image']['itype'];
$size = $this->blk[$blvl]['background-image']['size'];
// origin specifies the background-positioning-area (bpa)
$bpa = ['x' => $x0, 'y' => $y0, 'w' => $w, 'h' => $h];
if ($this->blk[$blvl]['background-image']['origin'] == 'padding-box') {
$bpa['x'] = $x0 + $this->blk[$blvl]['border_left']['w'];
$bpa['w'] = $w - ($this->blk[$blvl]['border_left']['w'] + $this->blk[$blvl]['border_right']['w']);
if ($this->blk[$blvl]['border_top'] && $divider != 'pagetop' && !$continuingpage) {
$bpa['y'] = $y0 + $this->blk[$blvl]['border_top']['w'];
} else {
$bpa['y'] = $y0;
}
if ($this->blk[$blvl]['border_bottom'] && $blockstate != 1 && $divider != 'pagebottom') {
$bpay = $y1 - $this->blk[$blvl]['border_bottom']['w'];
} else {
$bpay = $y1;
}
$bpa['h'] = $bpay - $bpa['y'];
} elseif ($this->blk[$blvl]['background-image']['origin'] == 'content-box') {
$bpa['x'] = $x0 + $this->blk[$blvl]['border_left']['w'] + $this->blk[$blvl]['padding_left'];
$bpa['w'] = $w - ($this->blk[$blvl]['border_left']['w'] + $this->blk[$blvl]['padding_left'] + $this->blk[$blvl]['border_right']['w'] + $this->blk[$blvl]['padding_right']);
if ($this->blk[$blvl]['border_top'] && $divider != 'pagetop' && !$continuingpage) {
$bpa['y'] = $y0 + $this->blk[$blvl]['border_top']['w'] + $this->blk[$blvl]['padding_top'];
} else {
$bpa['y'] = $y0 + $this->blk[$blvl]['padding_top'];
}
if ($this->blk[$blvl]['border_bottom'] && $blockstate != 1 && $divider != 'pagebottom') {
$bpay = $y1 - ($this->blk[$blvl]['border_bottom']['w'] + $this->blk[$blvl]['padding_bottom']);
} else {
$bpay = $y1 - $this->blk[$blvl]['padding_bottom'];
}
$bpa['h'] = $bpay - $bpa['y'];
}
$this->pageBackgrounds[$blvl][] = [
'x' => $x0,
'y' => $y0,
'w' => $w,
'h' => $h,
'image_id' => $image_id,
'orig_w' => $orig_w,
'orig_h' => $orig_h,
'x_pos' => $x_pos,
'y_pos' => $y_pos,
'x_repeat' => $x_repeat,
'y_repeat' => $y_repeat,
'clippath' => $s,
'resize' => $resize,
'opacity' => $opacity,
'itype' => $itype,
'visibility' => $this->visibility,
'z-index' => $this->current_layer,
'size' => $size,
'bpa' => $bpa
];
}
}
/* -- END BACKGROUNDS -- */
// Float DIV
$this->blk[$blvl]['bb_painted'][$this->page] = true;
}
/* -- BORDER-RADIUS -- */
function _EllipseArc($x0, $y0, $rx, $ry, $seg = 1, $part = false, $start = false)
{
// Anticlockwise segment 1-4 TR-TL-BL-BR (part=1 or 2)
$s = '';
if ($rx < 0) {
$rx = 0;
}
if ($ry < 0) {
$ry = 0;
}
$rx *= Mpdf::SCALE;
$ry *= Mpdf::SCALE;
$astart = 0;
if ($seg == 1) { // Top Right
$afinish = 90;
$nSeg = 4;
} elseif ($seg == 2) { // Top Left
$afinish = 180;
$nSeg = 8;
} elseif ($seg == 3) { // Bottom Left
$afinish = 270;
$nSeg = 12;
} else { // Bottom Right
$afinish = 360;
$nSeg = 16;
}
$astart = deg2rad((float) $astart);
$afinish = deg2rad((float) $afinish);
$totalAngle = $afinish - $astart;
$dt = $totalAngle / $nSeg; // segment angle
$dtm = $dt / 3;
$x0 *= Mpdf::SCALE;
$y0 = ($this->h - $y0) * Mpdf::SCALE;
$t1 = $astart;
$a0 = $x0 + ($rx * cos($t1));
$b0 = $y0 + ($ry * sin($t1));
$c0 = -$rx * sin($t1);
$d0 = $ry * cos($t1);
$op = false;
for ($i = 1; $i <= $nSeg; $i++) {
// Draw this bit of the total curve
$t1 = ($i * $dt) + $astart;
$a1 = $x0 + ($rx * cos($t1));
$b1 = $y0 + ($ry * sin($t1));
$c1 = -$rx * sin($t1);
$d1 = $ry * cos($t1);
if ($i > ($nSeg - 4) && (!$part || ($part == 1 && $i <= $nSeg - 2) || ($part == 2 && $i > $nSeg - 2))) {
if ($start && !$op) {
$s .= sprintf('%.3F %.3F m ', $a0, $b0);
}
$s .= sprintf('%.3F %.3F %.3F %.3F %.3F %.3F c ', ($a0 + ($c0 * $dtm)), ($b0 + ($d0 * $dtm)), ($a1 - ($c1 * $dtm)), ($b1 - ($d1 * $dtm)), $a1, $b1);
$op = true;
}
$a0 = $a1;
$b0 = $b1;
$c0 = $c1;
$d0 = $d1;
}
return $s;
}
/* -- END BORDER-RADIUS -- */
function PaintDivLnBorder($state = 0, $blvl = 0, $h = 0)
{
// $state = 0 normal; 1 top; 2 bottom; 3 top and bottom
$this->ColDetails[$this->CurrCol]['bottom_margin'] = $this->y + $h;
$save_y = $this->y;
$w = $this->blk[$blvl]['width'];
$x0 = $this->x; // left
$y0 = $this->y; // top
$x1 = $this->x + $w; // bottom
$y1 = $this->y + $h; // bottom
$continuingpage = (isset($this->blk[$blvl]['startpage']) && $this->blk[$blvl]['startpage'] != $this->page);
if ($this->blk[$blvl]['border_top'] && ($state == 1 || $state == 3)) {
$tbd = $this->blk[$blvl]['border_top'];
if (isset($tbd['s']) && $tbd['s']) {
$this->_setBorderLine($tbd);
$this->y = $y0 + ($tbd['w'] / 2);
if ($tbd['style'] == 'dotted' || $tbd['style'] == 'dashed') {
$this->_setDashBorder($tbd['style'], '', $continuingpage, 'T');
$this->Line($x0 + ($tbd['w'] / 2), $this->y, $x0 + $w - ($tbd['w'] / 2), $this->y);
} else {
$this->SetLineJoin(0);
$this->SetLineCap(0);
$this->Line($x0, $this->y, $x0 + $w, $this->y);
}
$this->y += $tbd['w'];
// Reset Corners and Dash off
$this->SetLineJoin(2);
$this->SetLineCap(2);
$this->SetDash();
}
}
if ($this->blk[$blvl]['border_left']) {
$tbd = $this->blk[$blvl]['border_left'];
if (isset($tbd['s']) && $tbd['s']) {
$this->_setBorderLine($tbd);
if ($tbd['style'] == 'dotted' || $tbd['style'] == 'dashed') {
$this->y = $y0 + ($tbd['w'] / 2);
$this->_setDashBorder($tbd['style'], '', $continuingpage, 'L');
$this->Line($x0 + ($tbd['w'] / 2), $this->y, $x0 + ($tbd['w'] / 2), $y0 + $h - ($tbd['w'] / 2));
} else {
$this->y = $y0;
$this->SetLineJoin(0);
$this->SetLineCap(0);
$this->Line($x0 + ($tbd['w'] / 2), $this->y, $x0 + ($tbd['w'] / 2), $y0 + $h);
}
$this->y += $tbd['w'];
// Reset Corners and Dash off
$this->SetLineJoin(2);
$this->SetLineCap(2);
$this->SetDash();
}
}
if ($this->blk[$blvl]['border_right']) {
$tbd = $this->blk[$blvl]['border_right'];
if (isset($tbd['s']) && $tbd['s']) {
$this->_setBorderLine($tbd);
if ($tbd['style'] == 'dotted' || $tbd['style'] == 'dashed') {
$this->y = $y0 + ($tbd['w'] / 2);
$this->_setDashBorder($tbd['style'], '', $continuingpage, 'R');
$this->Line($x0 + $w - ($tbd['w'] / 2), $this->y, $x0 + $w - ($tbd['w'] / 2), $y0 + $h - ($tbd['w'] / 2));
} else {
$this->y = $y0;
$this->SetLineJoin(0);
$this->SetLineCap(0);
$this->Line($x0 + $w - ($tbd['w'] / 2), $this->y, $x0 + $w - ($tbd['w'] / 2), $y0 + $h);
}
$this->y += $tbd['w'];
// Reset Corners and Dash off
$this->SetLineJoin(2);
$this->SetLineCap(2);
$this->SetDash();
}
}
if ($this->blk[$blvl]['border_bottom'] && $state > 1) {
$tbd = $this->blk[$blvl]['border_bottom'];
if (isset($tbd['s']) && $tbd['s']) {
$this->_setBorderLine($tbd);
$this->y = $y0 + $h - ($tbd['w'] / 2);
if ($tbd['style'] == 'dotted' || $tbd['style'] == 'dashed') {
$this->_setDashBorder($tbd['style'], '', $continuingpage, 'B');
$this->Line($x0 + ($tbd['w'] / 2), $this->y, $x0 + $w - ($tbd['w'] / 2), $this->y);
} else {
$this->SetLineJoin(0);
$this->SetLineCap(0);
$this->Line($x0, $this->y, $x0 + $w, $this->y);
}
$this->y += $tbd['w'];
// Reset Corners and Dash off
$this->SetLineJoin(2);
$this->SetLineCap(2);
$this->SetDash();
}
}
$this->SetDash();
$this->y = $save_y;
}
function PaintImgBorder($objattr, $is_table)
{
// Borders are disabled in columns - messes up the repositioning in printcolumnbuffer
if ($this->ColActive) {
return;
} // *COLUMNS*
if ($is_table) {
$k = $this->shrin_k;
} else {
$k = 1;
}
$h = (isset($objattr['BORDER-HEIGHT']) ? $objattr['BORDER-HEIGHT'] : 0);
$w = (isset($objattr['BORDER-WIDTH']) ? $objattr['BORDER-WIDTH'] : 0);
$x0 = (isset($objattr['BORDER-X']) ? $objattr['BORDER-X'] : 0);
$y0 = (isset($objattr['BORDER-Y']) ? $objattr['BORDER-Y'] : 0);
// BORDERS
if ($objattr['border_top']) {
$tbd = $objattr['border_top'];
if (!empty($tbd['s'])) {
$this->_setBorderLine($tbd, $k);
if ($tbd['style'] == 'dotted' || $tbd['style'] == 'dashed') {
$this->_setDashBorder($tbd['style'], '', '', 'T');
}
$this->Line($x0, $y0, $x0 + $w, $y0);
// Reset Corners and Dash off
$this->SetLineJoin(2);
$this->SetLineCap(2);
$this->SetDash();
}
}
if ($objattr['border_left']) {
$tbd = $objattr['border_left'];
if (!empty($tbd['s'])) {
$this->_setBorderLine($tbd, $k);
if ($tbd['style'] == 'dotted' || $tbd['style'] == 'dashed') {
$this->_setDashBorder($tbd['style'], '', '', 'L');
}
$this->Line($x0, $y0, $x0, $y0 + $h);
// Reset Corners and Dash off
$this->SetLineJoin(2);
$this->SetLineCap(2);
$this->SetDash();
}
}
if ($objattr['border_right']) {
$tbd = $objattr['border_right'];
if (!empty($tbd['s'])) {
$this->_setBorderLine($tbd, $k);
if ($tbd['style'] == 'dotted' || $tbd['style'] == 'dashed') {
$this->_setDashBorder($tbd['style'], '', '', 'R');
}
$this->Line($x0 + $w, $y0, $x0 + $w, $y0 + $h);
// Reset Corners and Dash off
$this->SetLineJoin(2);
$this->SetLineCap(2);
$this->SetDash();
}
}
if ($objattr['border_bottom']) {
$tbd = $objattr['border_bottom'];
if (!empty($tbd['s'])) {
$this->_setBorderLine($tbd, $k);
if ($tbd['style'] == 'dotted' || $tbd['style'] == 'dashed') {
$this->_setDashBorder($tbd['style'], '', '', 'B');
}
$this->Line($x0, $y0 + $h, $x0 + $w, $y0 + $h);
// Reset Corners and Dash off
$this->SetLineJoin(2);
$this->SetLineCap(2);
$this->SetDash();
}
}
$this->SetDash();
$this->SetAlpha(1);
}
/* -- END HTML-CSS -- */
function Reset()
{
$this->SetTColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
$this->SetFColor($this->colorConverter->convert(255, $this->PDFAXwarnings));
$this->SetAlpha(1);
$this->colorarray = '';
$this->spanbgcolorarray = '';
$this->spanbgcolor = false;
$this->spanborder = false;
$this->spanborddet = [];
$this->ResetStyles();
$this->HREF = '';
$this->textparam = [];
$this->SetTextOutline();
$this->textvar = 0x00; // mPDF 5.7.1
$this->OTLtags = [];
$this->textshadow = '';
$this->currentLang = $this->default_lang; // mPDF 6
$this->RestrictUnicodeFonts($this->default_available_fonts); // mPDF 6
$this->SetFont($this->default_font, '', 0, false);
$this->SetFontSize($this->default_font_size, false);
$this->currentfontfamily = '';
$this->currentfontsize = '';
$this->currentfontstyle = '';
/* -- TABLES -- */
if ($this->tableLevel && isset($this->table[1][1]['cellLineHeight'])) {
$this->SetLineHeight('', $this->table[1][1]['cellLineHeight']); // *TABLES*
} else { /* -- END TABLES -- */
if (isset($this->blk[$this->blklvl]['line_height']) && $this->blk[$this->blklvl]['line_height']) {
$this->SetLineHeight('', $this->blk[$this->blklvl]['line_height']); // sets default line height
}
}
$this->lSpacingCSS = '';
$this->wSpacingCSS = '';
$this->fixedlSpacing = false;
$this->minwSpacing = 0;
$this->SetDash(); // restore to no dash
$this->dash_on = false;
$this->dotted_on = false;
$this->divwidth = 0;
$this->divheight = 0;
$this->cellTextAlign = '';
$this->cellLineHeight = '';
$this->cellLineStackingStrategy = '';
$this->cellLineStackingShift = '';
$this->oldy = -1;
$bodystyle = [];
if (isset($this->cssManager->CSS['BODY']['FONT-STYLE'])) {
$bodystyle['FONT-STYLE'] = $this->cssManager->CSS['BODY']['FONT-STYLE'];
}
if (isset($this->cssManager->CSS['BODY']['FONT-WEIGHT'])) {
$bodystyle['FONT-WEIGHT'] = $this->cssManager->CSS['BODY']['FONT-WEIGHT'];
}
if (isset($this->cssManager->CSS['BODY']['COLOR'])) {
$bodystyle['COLOR'] = $this->cssManager->CSS['BODY']['COLOR'];
}
if (isset($bodystyle)) {
$this->setCSS($bodystyle, 'BLOCK', 'BODY');
}
}
/* -- HTML-CSS -- */
function ReadMetaTags($html)
{
// changes anykey=anyvalue to anykey="anyvalue" (only do this when this happens inside tags)
$regexp = '/ (\\w+?)=([^\\s>"]+)/si';
$html = preg_replace($regexp, " \$1=\"\$2\"", $html);
if (preg_match('/(.*?)<\/title>/si', $html, $m)) {
$this->SetTitle($m[1]);
}
preg_match_all('/<meta [^>]*?(name|content)="([^>]*?)" [^>]*?(name|content)="([^>]*?)".*?>/si', $html, $aux);
$firstattr = $aux[1];
$secondattr = $aux[3];
for ($i = 0; $i < count($aux[0]); $i++) {
$name = ( strtoupper($firstattr[$i]) == "NAME" ) ? strtoupper($aux[2][$i]) : strtoupper($aux[4][$i]);
$content = ( strtoupper($firstattr[$i]) == "CONTENT" ) ? $aux[2][$i] : $aux[4][$i];
switch ($name) {
case "KEYWORDS":
$this->SetKeywords($content);
break;
case "AUTHOR":
$this->SetAuthor($content);
break;
case "DESCRIPTION":
$this->SetSubject($content);
break;
}
}
}
function ReadCharset($html)
{
// Charset conversion
if ($this->allow_charset_conversion) {
if (preg_match('/<head.*charset=([^\'\"\s]*).*<\/head>/si', $html, $m)) {
if (strtoupper($m[1]) != 'UTF-8') {
$this->charset_in = strtoupper($m[1]);
}
}
}
}
function setCSS($arrayaux, $type = '', $tag = '')
{
// type= INLINE | BLOCK | TABLECELL // tag= BODY
if (!is_array($arrayaux)) {
return; // Removes PHP Warning
}
// mPDF 5.7.3 inline text-decoration parameters
$preceeding_fontkey = $this->FontFamily . $this->FontStyle;
$preceeding_fontsize = $this->FontSize;
$spanbordset = false;
$spanbgset = false;
// mPDF 6
$prevlevel = (($this->blklvl == 0) ? 0 : $this->blklvl - 1);
// Set font size first so that e.g. MARGIN 0.83em works on font size for this element
if (isset($arrayaux['FONT-SIZE'])) {
$v = $arrayaux['FONT-SIZE'];
if (is_numeric($v[0]) || ($v[0] === '.')) {
if ($type == 'BLOCK' && $this->blklvl > 0 && isset($this->blk[$this->blklvl - 1]['InlineProperties']) && isset($this->blk[$this->blklvl - 1]['InlineProperties']['size'])) {
$mmsize = $this->sizeConverter->convert($v, $this->blk[$this->blklvl - 1]['InlineProperties']['size']);
} elseif ($type == 'TABLECELL') {
$mmsize = $this->sizeConverter->convert($v, $this->default_font_size / Mpdf::SCALE);
} else {
$mmsize = $this->sizeConverter->convert($v, $this->FontSize);
}
$this->SetFontSize($mmsize * (Mpdf::SCALE), false); // Get size in points (pt)
} else {
$v = strtoupper($v);
if (isset($this->fontsizes[$v])) {
$this->SetFontSize($this->fontsizes[$v] * $this->default_font_size, false);
}
}
if ($tag == 'BODY') {
$this->SetDefaultFontSize($this->FontSizePt);
}
}
// mPDF 6
if (isset($arrayaux['LANG']) && $arrayaux['LANG']) {
if ($this->autoLangToFont && !$this->usingCoreFont) {
if ($arrayaux['LANG'] != $this->default_lang && $arrayaux['LANG'] != 'UTF-8') {
[$coreSuitable, $mpdf_pdf_unifont] = $this->languageToFont->getLanguageOptions($arrayaux['LANG'], $this->useAdobeCJK);
if ($mpdf_pdf_unifont) {
$arrayaux['FONT-FAMILY'] = $mpdf_pdf_unifont;
}
if ($tag == 'BODY') {
$this->default_lang = $arrayaux['LANG'];
}
}
}
$this->currentLang = $arrayaux['LANG'];
}
// FOR INLINE and BLOCK OR 'BODY'
if (isset($arrayaux['FONT-FAMILY'])) {
$v = $arrayaux['FONT-FAMILY'];
// If it is a font list, get all font types
$aux_fontlist = explode(",", $v);
$found = 0;
foreach ($aux_fontlist as $f) {
$fonttype = trim($f);
$fonttype = preg_replace('/["\']*(.*?)["\']*/', '\\1', $fonttype);
$fonttype = preg_replace('/ /', '', $fonttype);
$v = strtolower(trim($fonttype));
if (isset($this->fonttrans[$v]) && $this->fonttrans[$v]) {
$v = $this->fonttrans[$v];
}
if ((!$this->onlyCoreFonts && in_array($v, $this->available_unifonts)) ||
in_array($v, ['ccourier', 'ctimes', 'chelvetica']) ||
($this->onlyCoreFonts && in_array($v, ['courier', 'times', 'helvetica', 'arial'])) ||
in_array($v, ['sjis', 'uhc', 'big5', 'gb'])) {
$fonttype = $v;
$found = 1;
break;
}
}
if (!$found) {
foreach ($aux_fontlist as $f) {
$fonttype = trim($f);
$fonttype = preg_replace('/["\']*(.*?)["\']*/', '\\1', $fonttype);
$fonttype = preg_replace('/ /', '', $fonttype);
$v = strtolower(trim($fonttype));
if (isset($this->fonttrans[$v]) && $this->fonttrans[$v]) {
$v = $this->fonttrans[$v];
}
if (in_array($v, $this->sans_fonts) || in_array($v, $this->serif_fonts) || in_array($v, $this->mono_fonts)) {
$fonttype = $v;
break;
}
}
}
if ($tag == 'BODY') {
$this->SetDefaultFont($fonttype);
}
$this->SetFont($fonttype, $this->currentfontstyle, 0, false);
} else {
$this->SetFont($this->currentfontfamily, $this->currentfontstyle, 0, false);
}
foreach ($arrayaux as $k => $v) {
if ($type != 'INLINE' && $tag != 'BODY' && $type != 'TABLECELL') {
switch ($k) {
// BORDERS
case 'BORDER-TOP':
$this->blk[$this->blklvl]['border_top'] = $this->border_details($v);
if ($this->blk[$this->blklvl]['border_top']['s']) {
$this->blk[$this->blklvl]['border'] = 1;
}
break;
case 'BORDER-BOTTOM':
$this->blk[$this->blklvl]['border_bottom'] = $this->border_details($v);
if ($this->blk[$this->blklvl]['border_bottom']['s']) {
$this->blk[$this->blklvl]['border'] = 1;
}
break;
case 'BORDER-LEFT':
$this->blk[$this->blklvl]['border_left'] = $this->border_details($v);
if ($this->blk[$this->blklvl]['border_left']['s']) {
$this->blk[$this->blklvl]['border'] = 1;
}
break;
case 'BORDER-RIGHT':
$this->blk[$this->blklvl]['border_right'] = $this->border_details($v);
if ($this->blk[$this->blklvl]['border_right']['s']) {
$this->blk[$this->blklvl]['border'] = 1;
}
break;
// PADDING
case 'PADDING-TOP':
$this->blk[$this->blklvl]['padding_top'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
case 'PADDING-BOTTOM':
$this->blk[$this->blklvl]['padding_bottom'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
case 'PADDING-LEFT':
if (($tag == 'UL' || $tag == 'OL') && $v == 'auto') {
$this->blk[$this->blklvl]['padding_left'] = 'auto';
break;
}
$this->blk[$this->blklvl]['padding_left'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
case 'PADDING-RIGHT':
if (($tag == 'UL' || $tag == 'OL') && $v == 'auto') {
$this->blk[$this->blklvl]['padding_right'] = 'auto';
break;
}
$this->blk[$this->blklvl]['padding_right'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
// MARGINS
case 'MARGIN-TOP':
$tmp = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
if (isset($this->blk[$this->blklvl]['lastbottommargin'])) {
if ($tmp > $this->blk[$this->blklvl]['lastbottommargin']) {
$tmp -= $this->blk[$this->blklvl]['lastbottommargin'];
} else {
$tmp = 0;
}
}
$this->blk[$this->blklvl]['margin_top'] = $tmp;
break;
case 'MARGIN-BOTTOM':
$this->blk[$this->blklvl]['margin_bottom'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
case 'MARGIN-LEFT':
$this->blk[$this->blklvl]['margin_left'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
case 'MARGIN-RIGHT':
$this->blk[$this->blklvl]['margin_right'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
/* -- BORDER-RADIUS -- */
case 'BORDER-TOP-LEFT-RADIUS-H':
$this->blk[$this->blklvl]['border_radius_TL_H'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
case 'BORDER-TOP-LEFT-RADIUS-V':
$this->blk[$this->blklvl]['border_radius_TL_V'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
case 'BORDER-TOP-RIGHT-RADIUS-H':
$this->blk[$this->blklvl]['border_radius_TR_H'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
case 'BORDER-TOP-RIGHT-RADIUS-V':
$this->blk[$this->blklvl]['border_radius_TR_V'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
case 'BORDER-BOTTOM-LEFT-RADIUS-H':
$this->blk[$this->blklvl]['border_radius_BL_H'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
case 'BORDER-BOTTOM-LEFT-RADIUS-V':
$this->blk[$this->blklvl]['border_radius_BL_V'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
case 'BORDER-BOTTOM-RIGHT-RADIUS-H':
$this->blk[$this->blklvl]['border_radius_BR_H'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
case 'BORDER-BOTTOM-RIGHT-RADIUS-V':
$this->blk[$this->blklvl]['border_radius_BR_V'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
break;
/* -- END BORDER-RADIUS -- */
case 'BOX-SHADOW':
$bs = $this->cssManager->setCSSboxshadow($v);
if ($bs) {
$this->blk[$this->blklvl]['box_shadow'] = $bs;
}
break;
case 'BACKGROUND-CLIP':
if (strtoupper($v) == 'PADDING-BOX') {
$this->blk[$this->blklvl]['background_clip'] = 'padding-box';
} elseif (strtoupper($v) == 'CONTENT-BOX') {
$this->blk[$this->blklvl]['background_clip'] = 'content-box';
}
break;
case 'PAGE-BREAK-AFTER':
if (strtoupper($v) == 'AVOID') {
$this->blk[$this->blklvl]['page_break_after_avoid'] = true;
} elseif (strtoupper($v) == 'ALWAYS' || strtoupper($v) == 'LEFT' || strtoupper($v) == 'RIGHT') {
$this->blk[$this->blklvl]['page_break_after'] = strtoupper($v);
}
break;
// mPDF 6 pagebreaktype
case 'BOX-DECORATION-BREAK':
if (strtoupper($v) == 'CLONE') {
$this->blk[$this->blklvl]['box_decoration_break'] = 'clone';
} elseif (strtoupper($v) == 'SLICE') {
$this->blk[$this->blklvl]['box_decoration_break'] = 'slice';
}
break;
case 'WIDTH':
if (strtoupper($v) != 'AUTO') {
$this->blk[$this->blklvl]['css_set_width'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false);
}
break;
// mPDF 6 Lists
// LISTS
case 'LIST-STYLE-TYPE':
$this->blk[$this->blklvl]['list_style_type'] = strtolower($v);
break;
case 'LIST-STYLE-IMAGE':
$this->blk[$this->blklvl]['list_style_image'] = strtolower($v);
break;
case 'LIST-STYLE-POSITION':
$this->blk[$this->blklvl]['list_style_position'] = strtolower($v);
break;
}//end of switch($k)
}
if ($type != 'INLINE' && $type != 'TABLECELL') { // All block-level, including BODY tag
switch ($k) {
case 'TEXT-INDENT':
// Computed value - to inherit
$this->blk[$this->blklvl]['text_indent'] = $this->sizeConverter->convert($v, $this->blk[$prevlevel]['inner_width'], $this->FontSize, false) . 'mm';
break;
case 'MARGIN-COLLAPSE': // Custom tag to collapse margins at top and bottom of page
if (strtoupper($v) == 'COLLAPSE') {
$this->blk[$this->blklvl]['margin_collapse'] = true;
}
break;
case 'LINE-HEIGHT':
$this->blk[$this->blklvl]['line_height'] = $this->fixLineheight($v);
if (!$this->blk[$this->blklvl]['line_height']) {
$this->blk[$this->blklvl]['line_height'] = 'N';
} // mPDF 6
break;
// mPDF 6
case 'LINE-STACKING-STRATEGY':
$this->blk[$this->blklvl]['line_stacking_strategy'] = strtolower($v);
break;
case 'LINE-STACKING-SHIFT':
$this->blk[$this->blklvl]['line_stacking_shift'] = strtolower($v);
break;
case 'TEXT-ALIGN': // left right center justify
switch (strtoupper($v)) {
case 'LEFT':
$this->blk[$this->blklvl]['align'] = "L";
break;
case 'CENTER':
$this->blk[$this->blklvl]['align'] = "C";
break;
case 'RIGHT':
$this->blk[$this->blklvl]['align'] = "R";
break;
case 'JUSTIFY':
$this->blk[$this->blklvl]['align'] = "J";
break;
}
break;
/* -- BACKGROUNDS -- */
case 'BACKGROUND-GRADIENT':
if ($type == 'BLOCK') {
$this->blk[$this->blklvl]['gradient'] = $v;
}
break;
/* -- END BACKGROUNDS -- */
case 'DIRECTION':
if ($v) {
$this->blk[$this->blklvl]['direction'] = strtolower($v);
}
break;
}
}
// FOR INLINE ONLY
if ($type == 'INLINE') {
switch ($k) {
case 'DISPLAY':
if (strtoupper($v) == 'NONE') {
$this->inlineDisplayOff = true;
}
break;
case 'DIRECTION':
break;
}
}
// FOR INLINE ONLY
if ($type == 'INLINE') {
switch ($k) {
// BORDERS
case 'BORDER-TOP':
$this->spanborddet['T'] = $this->border_details($v);
$this->spanborder = true;
$spanbordset = true;
break;
case 'BORDER-BOTTOM':
$this->spanborddet['B'] = $this->border_details($v);
$this->spanborder = true;
$spanbordset = true;
break;
case 'BORDER-LEFT':
$this->spanborddet['L'] = $this->border_details($v);
$this->spanborder = true;
$spanbordset = true;
break;
case 'BORDER-RIGHT':
$this->spanborddet['R'] = $this->border_details($v);
$this->spanborder = true;
$spanbordset = true;
break;
case 'VISIBILITY': // block is set in OpenTag
$v = strtolower($v);
if ($v == 'visible' || $v == 'hidden' || $v == 'printonly' || $v == 'screenonly') {
$this->textparam['visibility'] = $v;
}
break;
}//end of switch($k)
}
if ($type != 'TABLECELL') {
// FOR INLINE and BLOCK
switch ($k) {
case 'TEXT-ALIGN': // left right center justify
if (strtoupper($v) == 'NOJUSTIFY' && $this->blk[$this->blklvl]['align'] == "J") {
$this->blk[$this->blklvl]['align'] = "";
}
break;
// bgcolor only - to stay consistent with original html2fpdf
case 'BACKGROUND':
case 'BACKGROUND-COLOR':
$cor = $this->colorConverter->convert($v, $this->PDFAXwarnings);
if ($cor) {
if ($tag == 'BODY') {
$this->bodyBackgroundColor = $cor;
} elseif ($type == 'INLINE') {
$this->spanbgcolorarray = $cor;
$this->spanbgcolor = true;
$spanbgset = true;
} else {
$this->blk[$this->blklvl]['bgcolorarray'] = $cor;
$this->blk[$this->blklvl]['bgcolor'] = true;
}
} elseif ($type != 'INLINE') {
if ($this->ColActive) {
$this->blk[$this->blklvl]['bgcolorarray'] = $this->blk[$prevlevel]['bgcolorarray'];
$this->blk[$this->blklvl]['bgcolor'] = $this->blk[$prevlevel]['bgcolor'];
}
}
break;
case 'VERTICAL-ALIGN': // super and sub only dealt with here e.g. <SUB> and <SUP>
switch (strtoupper($v)) {
case 'SUPER':
$this->textvar = ($this->textvar | TextVars::FA_SUPERSCRIPT); // mPDF 5.7.1
$this->textvar = ($this->textvar & ~TextVars::FA_SUBSCRIPT);
// mPDF 5.7.3 inline text-decoration parameters
if (isset($this->textparam['text-baseline'])) {
$this->textparam['text-baseline'] += ($this->baselineSup) * $preceeding_fontsize;
} else {
$this->textparam['text-baseline'] = ($this->baselineSup) * $preceeding_fontsize;
}
break;
case 'SUB':
$this->textvar = ($this->textvar | TextVars::FA_SUBSCRIPT);
$this->textvar = ($this->textvar & ~TextVars::FA_SUPERSCRIPT);
// mPDF 5.7.3 inline text-decoration parameters
if (isset($this->textparam['text-baseline'])) {
$this->textparam['text-baseline'] += ($this->baselineSub) * $preceeding_fontsize;
} else {
$this->textparam['text-baseline'] = ($this->baselineSub) * $preceeding_fontsize;
}
break;
case 'BASELINE':
$this->textvar = ($this->textvar & ~TextVars::FA_SUBSCRIPT);
$this->textvar = ($this->textvar & ~TextVars::FA_SUPERSCRIPT);
// mPDF 5.7.3 inline text-decoration parameters
if (isset($this->textparam['text-baseline'])) {
unset($this->textparam['text-baseline']);
}
break;
// mPDF 5.7.3 inline text-decoration parameters
default:
$lh = $this->_computeLineheight($this->blk[$this->blklvl]['line_height']);
$sz = $this->sizeConverter->convert($v, $lh, $this->FontSize, false);
$this->textvar = ($this->textvar & ~TextVars::FA_SUBSCRIPT);
$this->textvar = ($this->textvar & ~TextVars::FA_SUPERSCRIPT);
if ($sz) {
if ($sz > 0) {
$this->textvar = ($this->textvar | TextVars::FA_SUPERSCRIPT);
} else {
$this->textvar = ($this->textvar | TextVars::FA_SUBSCRIPT);
}
if (isset($this->textparam['text-baseline'])) {
$this->textparam['text-baseline'] += $sz;
} else {
$this->textparam['text-baseline'] = $sz;
}
}
}
break;
}//end of switch($k)
}
// FOR ALL
switch ($k) {
case 'LETTER-SPACING':
$this->lSpacingCSS = $v;
if (($this->lSpacingCSS || $this->lSpacingCSS === '0') && strtoupper($this->lSpacingCSS) != 'NORMAL') {
$this->fixedlSpacing = $this->sizeConverter->convert($this->lSpacingCSS, $this->FontSize);
}
break;
case 'WORD-SPACING':
$this->wSpacingCSS = $v;
if ($this->wSpacingCSS && strtoupper($this->wSpacingCSS) != 'NORMAL') {
$this->minwSpacing = $this->sizeConverter->convert($this->wSpacingCSS, $this->FontSize);
}
break;
case 'FONT-STYLE': // italic normal oblique
switch (strtoupper($v)) {
case 'ITALIC':
case 'OBLIQUE':
$this->SetStyle('I', true);
break;
case 'NORMAL':
$this->SetStyle('I', false);
break;
}
break;
case 'FONT-WEIGHT': // normal bold // Does not support: bolder, lighter, 100..900(step value=100)
switch (strtoupper($v)) {
case 'BOLD':
$this->SetStyle('B', true);
break;
case 'NORMAL':
$this->SetStyle('B', false);
break;
}
break;
case 'FONT-KERNING':
if (strtoupper($v) == 'NORMAL' || (strtoupper($v) == 'AUTO' && $this->useKerning)) {
/* -- OTL -- */
if ($this->CurrentFont['haskernGPOS']) {
if (isset($this->OTLtags['Plus'])) {
$this->OTLtags['Plus'] .= ' kern';
} else {
$this->OTLtags['Plus'] = ' kern';
}
} /* -- END OTL -- */ else { // *OTL*
$this->textvar = ($this->textvar | TextVars::FC_KERNING);
} // *OTL*
} elseif (strtoupper($v) == 'NONE' || (strtoupper($v) == 'AUTO' && !$this->useKerning)) {
if (isset($this->OTLtags['Plus'])) {
$this->OTLtags['Plus'] = str_replace('kern', '', $this->OTLtags['Plus']); // *OTL*
}
if (isset($this->OTLtags['FFPlus'])) {
$this->OTLtags['FFPlus'] = preg_replace('/kern[\d]*/', '', $this->OTLtags['FFPlus']);
}
$this->textvar = ($this->textvar & ~TextVars::FC_KERNING);
}
break;
/* -- OTL -- */
case 'FONT-LANGUAGE-OVERRIDE':
$v = strtoupper($v);
if (strpos($v, 'NORMAL') !== false) {
$this->fontLanguageOverride = '';
} else {
$this->fontLanguageOverride = trim($v);
}
break;
case 'FONT-VARIANT-POSITION':
if (isset($this->OTLtags['Plus'])) {
$this->OTLtags['Plus'] = str_replace(['sups', 'subs'], '', $this->OTLtags['Plus']);
}
switch (strtoupper($v)) {
case 'SUPER':
$this->OTLtags['Plus'] .= ' sups';
break;
case 'SUB':
$this->OTLtags['Plus'] .= ' subs';
break;
case 'NORMAL':
break;
}
break;
case 'FONT-VARIANT-CAPS':
$v = strtoupper($v);
if (!isset($this->OTLtags['Plus'])) {
$this->OTLtags['Plus'] = '';
}
$this->OTLtags['Plus'] = str_replace(['c2sc', 'smcp', 'c2pc', 'pcap', 'unic', 'titl'], '', $this->OTLtags['Plus']);
$this->textvar = ($this->textvar & ~TextVars::FC_SMALLCAPS); // ?????????????? <small-caps>
if (strpos($v, 'ALL-SMALL-CAPS') !== false) {
$this->OTLtags['Plus'] .= ' c2sc smcp';
} elseif (strpos($v, 'SMALL-CAPS') !== false) {
if (isset($this->CurrentFont['hassmallcapsGSUB']) && $this->CurrentFont['hassmallcapsGSUB']) {
$this->OTLtags['Plus'] .= ' smcp';
} else {
$this->textvar = ($this->textvar | TextVars::FC_SMALLCAPS);
}
} elseif (strpos($v, 'ALL-PETITE-CAPS') !== false) {
$this->OTLtags['Plus'] .= ' c2pc pcap';
} elseif (strpos($v, 'PETITE-CAPS') !== false) {
$this->OTLtags['Plus'] .= ' pcap';
} elseif (strpos($v, 'UNICASE') !== false) {
$this->OTLtags['Plus'] .= ' unic';
} elseif (strpos($v, 'TITLING-CAPS') !== false) {
$this->OTLtags['Plus'] .= ' titl';
}
break;
case 'FONT-VARIANT-LIGATURES':
$v = strtoupper($v);
if (!isset($this->OTLtags['Plus'])) {
$this->OTLtags['Plus'] = '';
}
if (!isset($this->OTLtags['Minus'])) {
$this->OTLtags['Minus'] = '';
}
if (strpos($v, 'NORMAL') !== false) {
$this->OTLtags['Minus'] = str_replace(['liga', 'clig', 'calt'], '', $this->OTLtags['Minus']);
$this->OTLtags['Plus'] = str_replace(['dlig', 'hlig'], '', $this->OTLtags['Plus']);
} elseif (strpos($v, 'NONE') !== false) {
$this->OTLtags['Minus'] .= ' liga clig calt';
$this->OTLtags['Plus'] = str_replace(['dlig', 'hlig'], '', $this->OTLtags['Plus']);
}
if (strpos($v, 'NO-COMMON-LIGATURES') !== false) {
$this->OTLtags['Minus'] .= ' liga clig';
} elseif (strpos($v, 'COMMON-LIGATURES') !== false) {
$this->OTLtags['Minus'] = str_replace(['liga', 'clig'], '', $this->OTLtags['Minus']);
}
if (strpos($v, 'NO-CONTEXTUAL') !== false) {
$this->OTLtags['Minus'] .= ' calt';
} elseif (strpos($v, 'CONTEXTUAL') !== false) {
$this->OTLtags['Minus'] = str_replace('calt', '', $this->OTLtags['Minus']);
}
if (strpos($v, 'NO-DISCRETIONARY-LIGATURES') !== false) {
$this->OTLtags['Plus'] = str_replace('dlig', '', $this->OTLtags['Plus']);
} elseif (strpos($v, 'DISCRETIONARY-LIGATURES') !== false) {
$this->OTLtags['Plus'] .= ' dlig';
}
if (strpos($v, 'NO-HISTORICAL-LIGATURES') !== false) {
$this->OTLtags['Plus'] = str_replace('hlig', '', $this->OTLtags['Plus']);
} elseif (strpos($v, 'HISTORICAL-LIGATURES') !== false) {
$this->OTLtags['Plus'] .= ' hlig';
}
break;
case 'FONT-VARIANT-NUMERIC':
$v = strtoupper($v);
if (!isset($this->OTLtags['Plus'])) {
$this->OTLtags['Plus'] = '';
}
if (strpos($v, 'NORMAL') !== false) {
$this->OTLtags['Plus'] = str_replace(['ordn', 'zero', 'lnum', 'onum', 'pnum', 'tnum', 'frac', 'afrc'], '', $this->OTLtags['Plus']);
}
if (strpos($v, 'ORDINAL') !== false) {
$this->OTLtags['Plus'] .= ' ordn';
}
if (strpos($v, 'SLASHED-ZERO') !== false) {
$this->OTLtags['Plus'] .= ' zero';
}
if (strpos($v, 'LINING-NUMS') !== false) {
$this->OTLtags['Plus'] .= ' lnum';
$this->OTLtags['Plus'] = str_replace('onum', '', $this->OTLtags['Plus']);
} elseif (strpos($v, 'OLDSTYLE-NUMS') !== false) {
$this->OTLtags['Plus'] .= ' onum';
$this->OTLtags['Plus'] = str_replace('lnum', '', $this->OTLtags['Plus']);
}
if (strpos($v, 'PROPORTIONAL-NUMS') !== false) {
$this->OTLtags['Plus'] .= ' pnum';
$this->OTLtags['Plus'] = str_replace('tnum', '', $this->OTLtags['Plus']);
} elseif (strpos($v, 'TABULAR-NUMS') !== false) {
$this->OTLtags['Plus'] .= ' tnum';
$this->OTLtags['Plus'] = str_replace('pnum', '', $this->OTLtags['Plus']);
}
if (strpos($v, 'DIAGONAL-FRACTIONS') !== false) {
$this->OTLtags['Plus'] .= ' frac';
$this->OTLtags['Plus'] = str_replace('afrc', '', $this->OTLtags['Plus']);
} elseif (strpos($v, 'STACKED-FRACTIONS') !== false) {
$this->OTLtags['Plus'] .= ' afrc';
$this->OTLtags['Plus'] = str_replace('frac', '', $this->OTLtags['Plus']);
}
break;
case 'FONT-VARIANT-ALTERNATES': // Only supports historical-forms
$v = strtoupper($v);
if (!isset($this->OTLtags['Plus'])) {
$this->OTLtags['Plus'] = '';
}
if (strpos($v, 'NORMAL') !== false) {
$this->OTLtags['Plus'] = str_replace('hist', '', $this->OTLtags['Plus']);
}
if (strpos($v, 'HISTORICAL-FORMS') !== false) {
$this->OTLtags['Plus'] .= ' hist';
}
break;
case 'FONT-FEATURE-SETTINGS':
$v = strtolower($v);
if (strpos($v, 'normal') !== false) {
$this->OTLtags['FFMinus'] = '';
$this->OTLtags['FFPlus'] = '';
} else {
if (!isset($this->OTLtags['FFPlus'])) {
$this->OTLtags['FFPlus'] = '';
}
if (!isset($this->OTLtags['FFMinus'])) {
$this->OTLtags['FFMinus'] = '';
}
$tags = preg_split('/[,]/', $v);
foreach ($tags as $t) {
if (preg_match('/[\"\']([a-zA-Z0-9]{4})[\"\']\s*(on|off|\d*){0,1}/', $t, $m)) {
if ($m[2] == 'off' || $m[2] === '0') {
if (strpos($this->OTLtags['FFMinus'], $m[1]) === false) {
$this->OTLtags['FFMinus'] .= ' ' . $m[1];
}
$this->OTLtags['FFPlus'] = preg_replace('/' . $m[1] . '[\d]*/', '', $this->OTLtags['FFPlus']);
} else {
if ($m[2] == 'on') {
$m[2] = '1';
}
if (strpos($this->OTLtags['FFPlus'], $m[1]) === false) {
$this->OTLtags['FFPlus'] .= ' ' . $m[1] . $m[2];
}
$this->OTLtags['FFMinus'] = str_replace($m[1], '', $this->OTLtags['FFMinus']);
}
}
}
}
break;
/* -- END OTL -- */
case 'TEXT-TRANSFORM': // none uppercase lowercase // Does support: capitalize
switch (strtoupper($v)) { // Not working 100%
case 'CAPITALIZE':
$this->textvar = ($this->textvar | TextVars::FT_CAPITALIZE); // mPDF 5.7.1
$this->textvar = ($this->textvar & ~TextVars::FT_UPPERCASE); // mPDF 5.7.1
$this->textvar = ($this->textvar & ~TextVars::FT_LOWERCASE); // mPDF 5.7.1
break;
case 'UPPERCASE':
$this->textvar = ($this->textvar | TextVars::FT_UPPERCASE); // mPDF 5.7.1
$this->textvar = ($this->textvar & ~TextVars::FT_LOWERCASE); // mPDF 5.7.1
$this->textvar = ($this->textvar & ~TextVars::FT_CAPITALIZE); // mPDF 5.7.1
break;
case 'LOWERCASE':
$this->textvar = ($this->textvar | TextVars::FT_LOWERCASE); // mPDF 5.7.1
$this->textvar = ($this->textvar & ~TextVars::FT_UPPERCASE); // mPDF 5.7.1
$this->textvar = ($this->textvar & ~TextVars::FT_CAPITALIZE); // mPDF 5.7.1
break;
case 'NONE':
break;
$this->textvar = ($this->textvar & ~TextVars::FT_UPPERCASE); // mPDF 5.7.1
$this->textvar = ($this->textvar & ~TextVars::FT_LOWERCASE); // mPDF 5.7.1
$this->textvar = ($this->textvar & ~TextVars::FT_CAPITALIZE); // mPDF 5.7.1
}
break;
case 'TEXT-SHADOW':
$ts = $this->cssManager->setCSStextshadow($v);
if ($ts) {
$this->textshadow = $ts;
}
break;
case 'HYPHENS':
if (strtoupper($v) == 'NONE') {
$this->textparam['hyphens'] = 2;
} elseif (strtoupper($v) == 'AUTO') {
$this->textparam['hyphens'] = 1;
} elseif (strtoupper($v) == 'MANUAL') {
$this->textparam['hyphens'] = 0;
}
break;
case 'TEXT-OUTLINE':
if (strtoupper($v) == 'NONE') {
$this->textparam['outline-s'] = false;
}
break;
case 'TEXT-OUTLINE-WIDTH':
case 'OUTLINE-WIDTH':
switch (strtoupper($v)) {
case 'THIN':
$v = '0.03em';
break;
case 'MEDIUM':
$v = '0.05em';
break;
case 'THICK':
$v = '0.07em';
break;
}
$w = $this->sizeConverter->convert($v, $this->FontSize, $this->FontSize);
if ($w) {
$this->textparam['outline-WIDTH'] = $w;
$this->textparam['outline-s'] = true;
} else {
$this->textparam['outline-s'] = false;
}
break;
case 'TEXT-OUTLINE-COLOR':
case 'OUTLINE-COLOR':
if (strtoupper($v) == 'INVERT') {
if ($this->colorarray) {
$cor = $this->colorarray;
$this->textparam['outline-COLOR'] = $this->colorConverter->invert($cor);
} else {
$this->textparam['outline-COLOR'] = $this->colorConverter->convert(255, $this->PDFAXwarnings);
}
} else {
$cor = $this->colorConverter->convert($v, $this->PDFAXwarnings);
if ($cor) {
$this->textparam['outline-COLOR'] = $cor;
}
}
break;
case 'COLOR': // font color
$cor = $this->colorConverter->convert($v, $this->PDFAXwarnings);
if ($cor) {
$this->colorarray = $cor;
$this->SetTColor($cor);
}
break;
}//end of switch($k)
}//end of foreach
// mPDF 5.7.3 inline text-decoration parameters
// Needs to be set at the end - after vertical-align = super/sub, so that textparam['text-baseline'] is set
if (isset($arrayaux['TEXT-DECORATION'])) {
$v = $arrayaux['TEXT-DECORATION']; // none underline line-through (strikeout) // Does not support: blink
if (stristr($v, 'LINE-THROUGH')) {
$this->textvar = ($this->textvar | TextVars::FD_LINETHROUGH);
// mPDF 5.7.3 inline text-decoration parameters
if (isset($this->textparam['text-baseline'])) {
$this->textparam['s-decoration']['baseline'] = $this->textparam['text-baseline'];
} else {
$this->textparam['s-decoration']['baseline'] = 0;
}
$this->textparam['s-decoration']['fontkey'] = $this->FontFamily . $this->FontStyle;
$this->textparam['s-decoration']['fontsize'] = $this->FontSize;
$this->textparam['s-decoration']['color'] = strtoupper($this->TextColor); // change 0 0 0 rg to 0 0 0 RG
}
if (stristr($v, 'UNDERLINE')) {
$this->textvar = ($this->textvar | TextVars::FD_UNDERLINE);
// mPDF 5.7.3 inline text-decoration parameters
if (isset($this->textparam['text-baseline'])) {
$this->textparam['u-decoration']['baseline'] = $this->textparam['text-baseline'];
} else {
$this->textparam['u-decoration']['baseline'] = 0;
}
$this->textparam['u-decoration']['fontkey'] = $this->FontFamily . $this->FontStyle;
$this->textparam['u-decoration']['fontsize'] = $this->FontSize;
$this->textparam['u-decoration']['color'] = strtoupper($this->TextColor); // change 0 0 0 rg to 0 0 0 RG
}
if (stristr($v, 'OVERLINE')) {
$this->textvar = ($this->textvar | TextVars::FD_OVERLINE);
// mPDF 5.7.3 inline text-decoration parameters
if (isset($this->textparam['text-baseline'])) {
$this->textparam['o-decoration']['baseline'] = $this->textparam['text-baseline'];
} else {
$this->textparam['o-decoration']['baseline'] = 0;
}
$this->textparam['o-decoration']['fontkey'] = $this->FontFamily . $this->FontStyle;
$this->textparam['o-decoration']['fontsize'] = $this->FontSize;
$this->textparam['o-decoration']['color'] = strtoupper($this->TextColor); // change 0 0 0 rg to 0 0 0 RG
}
if (stristr($v, 'NONE')) {
$this->textvar = ($this->textvar & ~TextVars::FD_UNDERLINE);
$this->textvar = ($this->textvar & ~TextVars::FD_LINETHROUGH);
$this->textvar = ($this->textvar & ~TextVars::FD_OVERLINE);
// mPDF 5.7.3 inline text-decoration parameters
if (isset($this->textparam['u-decoration'])) {
unset($this->textparam['u-decoration']);
}
if (isset($this->textparam['s-decoration'])) {
unset($this->textparam['s-decoration']);
}
if (isset($this->textparam['o-decoration'])) {
unset($this->textparam['o-decoration']);
}
}
}
// mPDF 6
if ($spanbordset) { // BORDER has been set on this INLINE element
if (isset($this->textparam['text-baseline'])) {
$this->textparam['bord-decoration']['baseline'] = $this->textparam['text-baseline'];
} else {
$this->textparam['bord-decoration']['baseline'] = 0;
}
$this->textparam['bord-decoration']['fontkey'] = $this->FontFamily . $this->FontStyle;
$this->textparam['bord-decoration']['fontsize'] = $this->FontSize;
}
if ($spanbgset) { // BACKGROUND[-COLOR] has been set on this INLINE element
if (isset($this->textparam['text-baseline'])) {
$this->textparam['bg-decoration']['baseline'] = $this->textparam['text-baseline'];
} else {
$this->textparam['bg-decoration']['baseline'] = 0;
}
$this->textparam['bg-decoration']['fontkey'] = $this->FontFamily . $this->FontStyle;
$this->textparam['bg-decoration']['fontsize'] = $this->FontSize;
}
}
/* -- END HTML-CSS -- */
function SetStyle($tag, $enable)
{
$this->$tag = $enable;
$style = '';
foreach (['B', 'I'] as $s) {
if ($this->$s) {
$style .= $s;
}
}
$this->currentfontstyle = $style;
$this->SetFont('', $style, 0, false);
}
// Set multiple styles at one time
function SetStylesArray($arr)
{
$style = '';
foreach (['B', 'I'] as $s) {
if (isset($arr[$s])) {
if ($arr[$s]) {
$this->$s = true;
$style .= $s;
} else {
$this->$s = false;
}
} elseif ($this->$s) {
$style .= $s;
}
}
$this->currentfontstyle = $style;
$this->SetFont('', $style, 0, false);
}
// Set multiple styles at one $str e.g. "BI"
function SetStyles($str)
{
$style = '';
foreach (['B', 'I'] as $s) {
if (strpos($str, $s) !== false) {
$this->$s = true;
$style .= $s;
} else {
$this->$s = false;
}
}
$this->currentfontstyle = $style;
$this->SetFont('', $style, 0, false);
}
function ResetStyles()
{
foreach (['B', 'I'] as $s) {
$this->$s = false;
}
$this->currentfontstyle = '';
$this->SetFont('', '', 0, false);
}
function DisableTags($str = '')
{
if ($str == '') { // enable all tags
// Insert new supported tags in the long string below.
$this->enabledtags = "<a><acronym><address><article><aside><b><bdi><bdo><big><blockquote><br><caption><center><cite><code><del><details><dd><div><dl><dt><em><fieldset><figcaption><figure><font><form><h1><h2><h3><h4><h5><h6><hgroup><hr><i><img><input><ins><kbd><legend><li><main><mark><meter><nav><ol><option><p><pre><progress><q><s><samp><section><select><small><span><strike><strong><sub><summary><sup><table><tbody><td><template><textarea><tfoot><th><thead><time><tr><tt><u><ul><var><footer><header><annotation><bookmark><textcircle><barcode><dottab><indexentry><indexinsert><watermarktext><watermarkimage><tts><ttz><tta><column_break><columnbreak><newcolumn><newpage><page_break><pagebreak><formfeed><columns><toc><tocentry><tocpagebreak><pageheader><pagefooter><setpageheader><setpagefooter><sethtmlpageheader><sethtmlpagefooter>";
} else {
$str = explode(",", $str);
foreach ($str as $v) {
$this->enabledtags = str_replace(trim($v), '', $this->enabledtags);
}
}
}
/* -- TABLES -- */
function TableCheckMinWidth($maxwidth, $forcewrap = 0, $textbuffer = [], $checkletter = false)
{
// mPDF 6
$acclength = 0; // mPDF 6 (accumulated length across > 1 chunk)
$acclongest = 0; // mPDF 6 (accumulated length max across > 1 chunk)
$biggestword = 0;
$toonarrow = false;
if ((count($textbuffer) == 0) or ( (count($textbuffer) == 1) && ($textbuffer[0][0] == ''))) {
return 0;
}
foreach ($textbuffer as $chunk) {
$line = $chunk[0];
$OTLdata = (isset($chunk[18]) ? $chunk[18] : null);
// mPDF ITERATION
if ($this->iterationCounter) {
$line = preg_replace('/{iteration ([a-zA-Z0-9_]+)}/', '\\1', $line);
}
// IMAGES & FORM ELEMENTS
if (substr($line, 0, 3) == "\xbb\xa4\xac") { // inline object - FORM element or IMAGE!
$objattr = $this->_getObjAttr($line);
if ($objattr['type'] != 'hr' && isset($objattr['width']) && ($objattr['width'] / $this->shrin_k) > ($maxwidth + 0.0001)) {
if (($objattr['width'] / $this->shrin_k) > $biggestword) {
$biggestword = ($objattr['width'] / $this->shrin_k);
}
$toonarrow = true;
}
continue;
}
if ($line == "\n") {
$acclength = 0; // mPDF 6 (accumulated length across > 1 chunk)
continue;
}
$line = trim($line);
if (!empty($OTLdata)) {
$this->otl->trimOTLdata($OTLdata, true, true);
} // *OTL*
// SET FONT SIZE/STYLE from $chunk[n]
// FONTSIZE
if (isset($chunk[11]) and $chunk[11] != '') {
if ($this->shrin_k) {
$this->SetFontSize($chunk[11] / $this->shrin_k, false);
} else {
$this->SetFontSize($chunk[11], false);
}
}
// FONTFAMILY
if (isset($chunk[4]) and $chunk[4] != '') {
$font = $this->SetFont($chunk[4], $this->FontStyle, 0, false);
}
// B I
if (isset($chunk[2]) and $chunk[2] != '') {
$this->SetStyles($chunk[2]);
}
$lbw = $rbw = 0; // Border widths
if (isset($chunk[16]) && !empty($chunk[16])) { // Border
$this->spanborddet = $chunk[16];
$lbw = (isset($this->spanborddet['L']['w']) ? $this->spanborddet['L']['w'] : 0);
$rbw = (isset($this->spanborddet['R']['w']) ? $this->spanborddet['R']['w'] : 0);
}
if (isset($chunk[15])) { // Word spacing
$this->wSpacingCSS = $chunk[15];
if ($this->wSpacingCSS && strtoupper($this->wSpacingCSS) != 'NORMAL') {
$this->minwSpacing = $this->sizeConverter->convert($this->wSpacingCSS, $this->FontSize) / $this->shrin_k; // mPDF 5.7.3
}
}
if (isset($chunk[14])) { // Letter spacing
$this->lSpacingCSS = $chunk[14];
if (($this->lSpacingCSS || $this->lSpacingCSS === '0') && strtoupper($this->lSpacingCSS) != 'NORMAL') {
$this->fixedlSpacing = $this->sizeConverter->convert($this->lSpacingCSS, $this->FontSize) / $this->shrin_k; // mPDF 5.7.3
}
}
if (isset($chunk[8])) { // mPDF 5.7.1
$this->textvar = $chunk[8];
}
// mPDF 6
// If overflow==wrap ($checkletter) OR (No word breaks and contains CJK)
if ($checkletter || (!preg_match('/(\xe2\x80\x8b| )/', trim($line)) && preg_match("/([" . $this->pregCJKchars . "])/u", $line) )) {
if (preg_match("/([" . $this->pregCJKchars . "])/u", $line)) {
$checkCJK = true;
} else {
$checkCJK = false;
}
$letters = preg_split('//u', $line);
foreach ($letters as $k => $letter) {
// mPDF 6
if ($checkCJK) {
if (preg_match("/[" . $this->CJKleading . "]/u", $letter) && $k > 0) {
$letter = $letters[$k - 1] . $letter;
}
if (preg_match("/[" . $this->CJKfollowing . "]/u", $letter) && $k < (count($letters) - 1)) {
$letter = $letter . $letters[$k + 1];
}
}
$letterwidth = $this->GetStringWidth($letter, false, false, $chunk[8]); // Pass $textvar ($chunk[8]), but do OTLdata here
// so don't have to split OTLdata for each word
if ($k == 0) {
$letterwidth += $lbw;
}
if ($k == (count($letters) - 1)) {
$letterwidth += $rbw;
}
// Warn user that maxwidth is insufficient
if ($letterwidth > $maxwidth + 0.0001) {
if ($letterwidth > $biggestword) {
$biggestword = $letterwidth;
}
$toonarrow = true;
}
}
} else {
// mPDF 6
// Need to account for any XAdvance in GPOSinfo (OTLdata = $chunk[18])
$wordXAdvance = [];
if (isset($chunk[18]) && $chunk[18]) {
preg_match_all('/(\xe2\x80\x8b| )/', $line, $spaces, PREG_OFFSET_CAPTURE); // U+200B Zero Width word boundary, or space
$lastoffset = 0;
$k = -1; // Added so that if no spaces found, "last word" later is calculated for the one and only word
foreach ($spaces[0] as $k => $m) {
$offset = $m[1];
// ...TableCheckMinWidth...
// At this point, BIDI not applied, Writing direction is not set, and XAdvanceL balances XAdvanceR
for ($n = $lastoffset; $n < $offset; $n++) {
if (isset($chunk[18]['GPOSinfo'][$n]['XAdvanceL'])) {
if (isset($wordXAdvance[$k])) {
$wordXAdvance[$k] += $chunk[18]['GPOSinfo'][$n]['XAdvanceL'];
} else {
$wordXAdvance[$k] = $chunk[18]['GPOSinfo'][$n]['XAdvanceL'];
}
}
}
$lastoffset = $offset + 1;
}
$k++; // last word
foreach ($chunk[18]['GPOSinfo'] as $n => $gpos) {
if ($n >= $lastoffset && isset($chunk[18]['GPOSinfo'][$n]['XAdvanceL'])) {
if (isset($wordXAdvance[$k])) {
$wordXAdvance[$k] += $chunk[18]['GPOSinfo'][$n]['XAdvanceL'];
} else {
$wordXAdvance[$k] = $chunk[18]['GPOSinfo'][$n]['XAdvanceL'];
}
}
}
}
$words = preg_split('/(\xe2\x80\x8b| )/', $line); // U+200B Zero Width word boundary, or space
foreach ($words as $k => $word) {
$word = trim($word);
$wordwidth = $this->GetStringWidth($word, false, false, $chunk[8]); // Pass $textvar ($chunk[8]), but do OTLdata here
// so don't have to split OTLdata for each word
if (isset($wordXAdvance[$k])) {
$wordwidth += ($wordXAdvance[$k] * 1000 / $this->CurrentFont['unitsPerEm']) * ($this->FontSize / 1000);
}
if ($k == 0) {
$wordwidth += $lbw;
}
if ($k == (count($words) - 1)) {
$wordwidth += $rbw;
}
// mPDF 6
if (count($words) == 1 && substr($chunk[0], 0, 1) != ' ') {
$acclength += $wordwidth;
} elseif (count($words) > 1 && $k == 0 && substr($chunk[0], 0, 1) != ' ') {
$acclength += $wordwidth;
} else {
$acclength = $wordwidth;
}
$acclongest = max($acclongest, $acclength);
if (count($words) == 1 && substr($chunk[0], -1, 1) == ' ') {
$acclength = 0;
} elseif (count($words) > 1 && ($k != (count($words) - 1) || substr($chunk[0], -1, 1) == ' ')) {
$acclength = 0;
}
// Warn user that maxwidth is insufficient
if ($wordwidth > $maxwidth + 0.0001) {
if ($wordwidth > $biggestword) {
$biggestword = $wordwidth;
}
$toonarrow = true;
}
}
}
// mPDF 6 Accumulated length of biggest word - across multiple chunks
if ($acclongest > $maxwidth + 0.0001) {
if ($acclongest > $biggestword) {
$biggestword = $acclongest;
}
$toonarrow = true;
}
// RESET FONT SIZE/STYLE
// RESETTING VALUES
// Now we must deactivate what we have used
if (isset($chunk[2]) and $chunk[2] != '') {
$this->ResetStyles();
}
if (isset($chunk[4]) and $chunk[4] != '') {
$this->SetFont($this->default_font, $this->FontStyle, 0, false);
}
if (isset($chunk[11]) and $chunk[11] != '') {
$this->SetFontSize($this->default_font_size, false);
}
$this->spanborddet = [];
$this->textvar = 0x00; // mPDF 5.7.1
$this->OTLtags = [];
$this->lSpacingCSS = '';
$this->wSpacingCSS = '';
$this->fixedlSpacing = false;
$this->minwSpacing = 0;
}
// Return -(wordsize) if word is bigger than maxwidth
// ADDED
if (($toonarrow) && ($this->table_error_report)) {
throw new \Mpdf\MpdfException("Word is too long to fit in table - " . $this->table_error_report_param);
}
if ($toonarrow) {
return -$biggestword;
} else {
return 1;
}
}
function shrinkTable(&$table, $k)
{
$table['border_spacing_H'] /= $k;
$table['border_spacing_V'] /= $k;
$table['padding']['T'] /= $k;
$table['padding']['R'] /= $k;
$table['padding']['B'] /= $k;
$table['padding']['L'] /= $k;
$table['margin']['T'] /= $k;
$table['margin']['R'] /= $k;
$table['margin']['B'] /= $k;
$table['margin']['L'] /= $k;
$table['border_details']['T']['w'] /= $k;
$table['border_details']['R']['w'] /= $k;
$table['border_details']['B']['w'] /= $k;
$table['border_details']['L']['w'] /= $k;
if (isset($table['max_cell_border_width']['T'])) {
$table['max_cell_border_width']['T'] /= $k;
}
if (isset($table['max_cell_border_width']['R'])) {
$table['max_cell_border_width']['R'] /= $k;
}
if (isset($table['max_cell_border_width']['B'])) {
$table['max_cell_border_width']['B'] /= $k;
}
if (isset($table['max_cell_border_width']['L'])) {
$table['max_cell_border_width']['L'] /= $k;
}
if ($this->simpleTables) {
$table['simple']['border_details']['T']['w'] /= $k;
$table['simple']['border_details']['R']['w'] /= $k;
$table['simple']['border_details']['B']['w'] /= $k;
$table['simple']['border_details']['L']['w'] /= $k;
}
$table['miw'] /= $k;
$table['maw'] /= $k;
for ($j = 0; $j < $table['nc']; $j++) { // columns
$table['wc'][$j]['miw'] = isset($table['wc'][$j]['miw']) ? $table['wc'][$j]['miw'] : 0;
$table['wc'][$j]['maw'] = isset($table['wc'][$j]['maw']) ? $table['wc'][$j]['maw'] : 0;
$table['wc'][$j]['miw'] /= $k;
$table['wc'][$j]['maw'] /= $k;
if (isset($table['decimal_align'][$j]['maxs0']) && $table['decimal_align'][$j]['maxs0']) {
$table['decimal_align'][$j]['maxs0'] /= $k;
}
if (isset($table['decimal_align'][$j]['maxs1']) && $table['decimal_align'][$j]['maxs1']) {
$table['decimal_align'][$j]['maxs1'] /= $k;
}
if (isset($table['wc'][$j]['absmiw']) && $table['wc'][$j]['absmiw']) {
$table['wc'][$j]['absmiw'] /= $k;
}
for ($i = 0; $i < $table['nr']; $i++) { // rows
$c = &$table['cells'][$i][$j];
if (isset($c) && $c) {
if (!$this->simpleTables) {
if ($this->packTableData) {
$cell = $this->_unpackCellBorder($c['borderbin']);
$cell['border_details']['T']['w'] /= $k;
$cell['border_details']['R']['w'] /= $k;
$cell['border_details']['B']['w'] /= $k;
$cell['border_details']['L']['w'] /= $k;
$cell['border_details']['mbw']['TL'] /= $k;
$cell['border_details']['mbw']['TR'] /= $k;
$cell['border_details']['mbw']['BL'] /= $k;
$cell['border_details']['mbw']['BR'] /= $k;
$cell['border_details']['mbw']['LT'] /= $k;
$cell['border_details']['mbw']['LB'] /= $k;
$cell['border_details']['mbw']['RT'] /= $k;
$cell['border_details']['mbw']['RB'] /= $k;
$c['borderbin'] = $this->_packCellBorder($cell);
} else {
$c['border_details']['T']['w'] /= $k;
$c['border_details']['R']['w'] /= $k;
$c['border_details']['B']['w'] /= $k;
$c['border_details']['L']['w'] /= $k;
$c['border_details']['mbw']['TL'] /= $k;
$c['border_details']['mbw']['TR'] /= $k;
$c['border_details']['mbw']['BL'] /= $k;
$c['border_details']['mbw']['BR'] /= $k;
$c['border_details']['mbw']['LT'] /= $k;
$c['border_details']['mbw']['LB'] /= $k;
$c['border_details']['mbw']['RT'] /= $k;
$c['border_details']['mbw']['RB'] /= $k;
}
}
$c['padding']['T'] /= $k;
$c['padding']['R'] /= $k;
$c['padding']['B'] /= $k;
$c['padding']['L'] /= $k;
$c['maxs'] = isset($c['maxs']) ? $c['maxs'] /= $k : null;
$c['w'] = isset($c['w']) ? $c['w'] /= $k : null;
$c['s'] = isset($c['s']) ? $c['s'] /= $k : 0;
$c['h'] = isset($c['h']) ? $c['h'] /= $k : null;
$c['miw'] = isset($c['miw']) ? $c['miw'] /= $k : 0;
$c['maw'] = isset($c['maw']) ? $c['maw'] /= $k : 0;
$c['absmiw'] = isset($c['absmiw']) ? $c['absmiw'] /= $k : null;
$c['nestedmaw'] = isset($c['nestedmaw']) ? $c['nestedmaw'] /= $k : null;
$c['nestedmiw'] = isset($c['nestedmiw']) ? $c['nestedmiw'] /= $k : null;
if (isset($c['textbuffer'])) {
foreach ($c['textbuffer'] as $n => $tb) {
if (!empty($tb[16])) {
!isset($c['textbuffer'][$n][16]['T']) || $c['textbuffer'][$n][16]['T']['w'] /= $k;
!isset($c['textbuffer'][$n][16]['B']) || $c['textbuffer'][$n][16]['B']['w'] /= $k;
!isset($c['textbuffer'][$n][16]['L']) || $c['textbuffer'][$n][16]['L']['w'] /= $k;
!isset($c['textbuffer'][$n][16]['R']) || $c['textbuffer'][$n][16]['R']['w'] /= $k;
}
}
}
unset($c);
}
} // rows
} // columns
}
function read_short(&$fh)
{
$s = fread($fh, 2);
$a = (ord($s[0]) << 8) + ord($s[1]);
if ($a & (1 << 15)) {
$a = ($a - (1 << 16));
}
return $a;
}
function _packCellBorder($cell)
{
if (!is_array($cell) || !isset($cell)) {
return '';
}
if (!$this->packTableData) {
return $cell;
}
// = 186 bytes
$bindata = pack("nnda6A10nnda6A10nnda6A10nnda6A10nd9", $cell['border'], $cell['border_details']['R']['s'], $cell['border_details']['R']['w'], $cell['border_details']['R']['c'], $cell['border_details']['R']['style'], $cell['border_details']['R']['dom'], $cell['border_details']['L']['s'], $cell['border_details']['L']['w'], $cell['border_details']['L']['c'], $cell['border_details']['L']['style'], $cell['border_details']['L']['dom'], $cell['border_details']['T']['s'], $cell['border_details']['T']['w'], $cell['border_details']['T']['c'], $cell['border_details']['T']['style'], $cell['border_details']['T']['dom'], $cell['border_details']['B']['s'], $cell['border_details']['B']['w'], $cell['border_details']['B']['c'], $cell['border_details']['B']['style'], $cell['border_details']['B']['dom'], $cell['border_details']['mbw']['BL'], $cell['border_details']['mbw']['BR'], $cell['border_details']['mbw']['RT'], $cell['border_details']['mbw']['RB'], $cell['border_details']['mbw']['TL'], $cell['border_details']['mbw']['TR'], $cell['border_details']['mbw']['LT'], $cell['border_details']['mbw']['LB'], (isset($cell['border_details']['cellposdom']) ? $cell['border_details']['cellposdom'] : 0));
return $bindata;
}
function _getBorderWidths($bindata)
{
if (!$bindata) {
return [0, 0, 0, 0];
}
if (!$this->packTableData) {
return [$bindata['border_details']['T']['w'], $bindata['border_details']['R']['w'], $bindata['border_details']['B']['w'], $bindata['border_details']['L']['w']];
}
$bd = unpack("nbord/nrs/drw/a6rca/A10rst/nrd/nls/dlw/a6lca/A10lst/nld/nts/dtw/a6tca/A10tst/ntd/nbs/dbw/a6bca/A10bst/nbd/dmbl/dmbr/dmrt/dmrb/dmtl/dmtr/dmlt/dmlb/dcpd", $bindata);
$cell['border_details']['R']['w'] = $bd['rw'];
$cell['border_details']['L']['w'] = $bd['lw'];
$cell['border_details']['T']['w'] = $bd['tw'];
$cell['border_details']['B']['w'] = $bd['bw'];
return [$bd['tw'], $bd['rw'], $bd['bw'], $bd['lw']];
}
function _unpackCellBorder($bindata)
{
if (!$bindata) {
return [];
}
if (!$this->packTableData) {
return $bindata;
}
$bd = unpack("nbord/nrs/drw/a6rca/A10rst/nrd/nls/dlw/a6lca/A10lst/nld/nts/dtw/a6tca/A10tst/ntd/nbs/dbw/a6bca/A10bst/nbd/dmbl/dmbr/dmrt/dmrb/dmtl/dmtr/dmlt/dmlb/dcpd", $bindata);
$cell['border'] = $bd['bord'];
$cell['border_details']['R']['s'] = $bd['rs'];
$cell['border_details']['R']['w'] = $bd['rw'];
$cell['border_details']['R']['c'] = str_pad($bd['rca'], 6, "\x00");
$cell['border_details']['R']['style'] = trim($bd['rst']);
$cell['border_details']['R']['dom'] = $bd['rd'];
$cell['border_details']['L']['s'] = $bd['ls'];
$cell['border_details']['L']['w'] = $bd['lw'];
$cell['border_details']['L']['c'] = str_pad($bd['lca'], 6, "\x00");
$cell['border_details']['L']['style'] = trim($bd['lst']);
$cell['border_details']['L']['dom'] = $bd['ld'];
$cell['border_details']['T']['s'] = $bd['ts'];
$cell['border_details']['T']['w'] = $bd['tw'];
$cell['border_details']['T']['c'] = str_pad($bd['tca'], 6, "\x00");
$cell['border_details']['T']['style'] = trim($bd['tst']);
$cell['border_details']['T']['dom'] = $bd['td'];
$cell['border_details']['B']['s'] = $bd['bs'];
$cell['border_details']['B']['w'] = $bd['bw'];
$cell['border_details']['B']['c'] = str_pad($bd['bca'], 6, "\x00");
$cell['border_details']['B']['style'] = trim($bd['bst']);
$cell['border_details']['B']['dom'] = $bd['bd'];
$cell['border_details']['mbw']['BL'] = $bd['mbl'];
$cell['border_details']['mbw']['BR'] = $bd['mbr'];
$cell['border_details']['mbw']['RT'] = $bd['mrt'];
$cell['border_details']['mbw']['RB'] = $bd['mrb'];
$cell['border_details']['mbw']['TL'] = $bd['mtl'];
$cell['border_details']['mbw']['TR'] = $bd['mtr'];
$cell['border_details']['mbw']['LT'] = $bd['mlt'];
$cell['border_details']['mbw']['LB'] = $bd['mlb'];
$cell['border_details']['cellposdom'] = $bd['cpd'];
return($cell);
}
////////////////////////TABLE CODE (from PDFTable)/////////////////////////////////////
////////////////////////TABLE CODE (from PDFTable)/////////////////////////////////////
////////////////////////TABLE CODE (from PDFTable)/////////////////////////////////////
// table Array of (w, h, bc, nr, wc, hr, cells)
// w Width of table
// h Height of table
// nc Number column
// nr Number row
// hr List of height of each row
// wc List of width of each column
// cells List of cells of each rows, cells[i][j] is a cell in the table
function _tableColumnWidth(&$table, $firstpass = false)
{
$cs = &$table['cells'];
$nc = $table['nc'];
$nr = $table['nr'];
$listspan = [];
if ($table['borders_separate']) {
$tblbw = $table['border_details']['L']['w'] + $table['border_details']['R']['w'] + $table['margin']['L'] + $table['margin']['R'] + $table['padding']['L'] + $table['padding']['R'] + $table['border_spacing_H'];
} else {
$tblbw = $table['max_cell_border_width']['L'] / 2 + $table['max_cell_border_width']['R'] / 2 + $table['margin']['L'] + $table['margin']['R'];
}
// ADDED table['l'][colno]
// = total length of text approx (using $c['s']) in that column - used to approximately distribute col widths in _tableWidth
//
for ($j = 0; $j < $nc; $j++) { // columns
$wc = &$table['wc'][$j];
for ($i = 0; $i < $nr; $i++) { // rows
if (isset($cs[$i][$j]) && $cs[$i][$j]) {
$c = &$cs[$i][$j];
if ($this->simpleTables) {
if ($table['borders_separate']) { // NB twice border width
$extrcw = $table['simple']['border_details']['L']['w'] + $table['simple']['border_details']['R']['w'] + $c['padding']['L'] + $c['padding']['R'] + $table['border_spacing_H'];
} else {
$extrcw = $table['simple']['border_details']['L']['w'] / 2 + $table['simple']['border_details']['R']['w'] / 2 + $c['padding']['L'] + $c['padding']['R'];
}
} else {
if ($this->packTableData) {
[$bt, $br, $bb, $bl] = $this->_getBorderWidths($c['borderbin']);
} else {
$br = $c['border_details']['R']['w'];
$bl = $c['border_details']['L']['w'];
}
if ($table['borders_separate']) { // NB twice border width
$extrcw = $bl + $br + $c['padding']['L'] + $c['padding']['R'] + $table['border_spacing_H'];
} else {
$extrcw = $bl / 2 + $br / 2 + $c['padding']['L'] + $c['padding']['R'];
}
}
// $mw = $this->GetStringWidth('W') + $extrcw ;
$mw = $extrcw; // mPDF 6
if (substr($c['a'], 0, 1) == 'D') {
$mw = $table['decimal_align'][$j]['maxs0'] + $table['decimal_align'][$j]['maxs1'] + $extrcw;
}
$c['absmiw'] = $mw;
if (isset($c['R']) && $c['R']) {
$c['maw'] = $c['miw'] = $this->FontSize + $extrcw;
if (isset($c['w'])) { // If cell width is specified
if ($c['miw'] < $c['w']) {
$c['miw'] = $c['w'];
}
}
if (!isset($c['colspan'])) {
if ($wc['miw'] < $c['miw']) {
$wc['miw'] = $c['miw'];
}
if ($wc['maw'] < $c['maw']) {
$wc['maw'] = $c['maw'];
}
if ($firstpass) {
if (isset($table['l'][$j])) {
$table['l'][$j] += $c['miw'];
} else {
$table['l'][$j] = $c['miw'];
}
}
}
if ($c['miw'] > $wc['miw']) {
$wc['miw'] = $c['miw'];
}
if ($wc['miw'] > $wc['maw']) {
$wc['maw'] = $wc['miw'];
}
continue;
}
if ($firstpass) {
if (isset($c['s'])) {
$c['s'] += $extrcw;
}
if (isset($c['maxs'])) {
$c['maxs'] += $extrcw;
}
if (isset($c['nestedmiw'])) {
$c['nestedmiw'] += $extrcw;
}
if (isset($c['nestedmaw'])) {
$c['nestedmaw'] += $extrcw;
}
}
// If minimum width has already been set by a nested table or inline object (image/form), use it
if (isset($c['nestedmiw']) && (!isset($this->table[1][1]['overflow']) || $this->table[1][1]['overflow'] != 'visible')) {
$miw = $c['nestedmiw'];
} else {
$miw = $mw;
}
if (isset($c['maxs']) && $c['maxs'] != '') {
$c['s'] = $c['maxs'];
}
// If maximum width has already been set by a nested table, use it
if (isset($c['nestedmaw'])) {
$c['maw'] = $c['nestedmaw'];
} else {
$c['maw'] = $c['s'];
}
if (isset($table['overflow']) && $table['overflow'] == 'visible' && $table['level'] == 1) {
if (($c['maw'] + $tblbw) > $this->blk[$this->blklvl]['inner_width']) {
$c['maw'] = $this->blk[$this->blklvl]['inner_width'] - $tblbw;
}
}
if (isset($c['nowrap']) && $c['nowrap']) {
$miw = $c['maw'];
}
if (isset($c['wpercent']) && $firstpass) {
if (isset($c['colspan'])) { // Not perfect - but % set on colspan is shared equally on cols.
for ($k = 0; $k < $c['colspan']; $k++) {
$table['wc'][($j + $k)]['wpercent'] = $c['wpercent'] / $c['colspan'];
}
} else {
if (isset($table['w']) && $table['w']) {
$c['w'] = $c['wpercent'] / 100 * ($table['w'] - $tblbw );
}
$wc['wpercent'] = $c['wpercent'];
}
}
if (isset($table['overflow']) && $table['overflow'] == 'visible' && $table['level'] == 1) {
if (isset($c['w']) && ($c['w'] + $tblbw) > $this->blk[$this->blklvl]['inner_width']) {
$c['w'] = $this->blk[$this->blklvl]['inner_width'] - $tblbw;
}
}
if (isset($c['w'])) { // If cell width is specified
if ($miw < $c['w']) {
$c['miw'] = $c['w'];
} // Cell min width = that specified
if ($miw > $c['w']) {
$c['miw'] = $c['w'] = $miw;
} // If width specified is less than minimum allowed (W) increase it
// mPDF 5.7.4 Do not set column width in colspan
// cf. http://www.mpdf1.com/forum/discussion/2221/colspan-bug
if (!isset($c['colspan'])) {
if (!isset($wc['w'])) {
$wc['w'] = 1;
} // If the Col width is not specified = set it to 1
}
// mPDF 5.7.3 cf. http://www.mpdf1.com/forum/discussion/1648/nested-table-bug-
$c['maw'] = $c['w'];
} else {
$c['miw'] = $miw;
} // If cell width not specified -> set Cell min width it to minimum allowed (W)
if (isset($c['miw']) && $c['maw'] < $c['miw']) {
$c['maw'] = $c['miw'];
} // If Cell max width < Minwidth - increase it to =
if (!isset($c['colspan'])) {
if (isset($c['miw']) && $wc['miw'] < $c['miw']) {
$wc['miw'] = $c['miw'];
} // Update Col Minimum and maximum widths
if ($wc['maw'] < $c['maw']) {
$wc['maw'] = $c['maw'];
}
if ((isset($wc['absmiw']) && $wc['absmiw'] < $c['absmiw']) || !isset($wc['absmiw'])) {
$wc['absmiw'] = $c['absmiw'];
} // Update Col Minimum and maximum widths
if (isset($table['l'][$j])) {
$table['l'][$j] += $c['s'];
} else {
$table['l'][$j] = $c['s'];
}
} else {
$listspan[] = [$i, $j];
}
// Check if minimum width of the whole column is big enough for largest word to fit
// mPDF 6
if (isset($c['textbuffer'])) {
if (isset($table['overflow']) && $table['overflow'] == 'wrap') {
$letter = true;
} // check for maximum width of letters
else {
$letter = false;
}
$minwidth = $this->TableCheckMinWidth($wc['miw'] - $extrcw, 0, $c['textbuffer'], $letter);
} else {
$minwidth = 0;
}
if ($minwidth < 0) {
// increase minimum width
if (!isset($c['colspan'])) {
$wc['miw'] = max((isset($wc['miw']) ? $wc['miw'] : 0), ((-$minwidth) + $extrcw));
} else {
$c['miw'] = max((isset($c['miw']) ? $c['miw'] : 0), ((-$minwidth) + $extrcw));
}
}
if (!isset($c['colspan'])) {
if ($wc['miw'] > $wc['maw']) {
$wc['maw'] = $wc['miw'];
} // update maximum width, if needed
}
}
unset($c);
}//rows
}//columns
// COLUMN SPANS
$wc = &$table['wc'];
foreach ($listspan as $span) {
[$i, $j] = $span;
$c = &$cs[$i][$j];
$lc = $j + $c['colspan'];
if ($lc > $nc) {
$lc = $nc;
}
$wis = $wisa = 0;
$was = $wasa = 0;
$list = [];
for ($k = $j; $k < $lc; $k++) {
if (isset($table['l'][$k])) {
if ($c['R']) {
$table['l'][$k] += $c['miw'] / $c['colspan'];
} else {
$table['l'][$k] += $c['s'] / $c['colspan'];
}
} else {
if ($c['R']) {
$table['l'][$k] = $c['miw'] / $c['colspan'];
} else {
$table['l'][$k] = $c['s'] / $c['colspan'];
}
}
$wis += $wc[$k]['miw']; // $wis is the sum of the column miw in the colspan
$was += $wc[$k]['maw']; // $was is the sum of the column maw in the colspan
if (!isset($c['w'])) {
$list[] = $k;
$wisa += $wc[$k]['miw']; // $wisa is the sum of the column miw in cells with no width specified in the colspan
$wasa += $wc[$k]['maw']; // $wasa is the sum of the column maw in cells with no width specified in the colspan
}
}
if ($c['miw'] > $wis) {
if (!$wis) {
for ($k = $j; $k < $lc; $k++) {
$wc[$k]['miw'] = $c['miw'] / $c['colspan'];
}
} elseif (!count($list) && $wis != 0) {
$wi = $c['miw'] - $wis;
for ($k = $j; $k < $lc; $k++) {
$wc[$k]['miw'] += ($wc[$k]['miw'] / $wis) * $wi;
}
} else {
$wi = $c['miw'] - $wis;
// mPDF 5.7.2 Extra min width distributed proportionately to all cells in colspan without a specified width
// cf. http://www.mpdf1.com/forum/discussion/1607#Item_4
foreach ($list as $k) {
if (!isset($wc[$k]['w']) || !$wc[$k]['w']) {
$wc[$k]['miw'] += ($wc[$k]['miw'] / $wisa) * $wi;
}
} // mPDF 5.7.2
}
}
if ($c['maw'] > $was) {
if (!$wis) {
for ($k = $j; $k < $lc; $k++) {
$wc[$k]['maw'] = $c['maw'] / $c['colspan'];
}
} elseif (!count($list) && $was != 0) {
$wi = $c['maw'] - $was;
for ($k = $j; $k < $lc; $k++) {
$wc[$k]['maw'] += ($wc[$k]['maw'] / $was) * $wi;
}
} else {
$wi = $c['maw'] - $was;
// mPDF 5.7.4 Extra max width distributed evenly to all cells in colspan without a specified width
// cf. http://www.mpdf1.com/forum/discussion/2221/colspan-bug
foreach ($list as $k) {
$wc[$k]['maw'] += $wi / count($list);
}
}
}
unset($c);
}
$checkminwidth = 0;
$checkmaxwidth = 0;
$totallength = 0;
for ($i = 0; $i < $nc; $i++) {
$checkminwidth += $table['wc'][$i]['miw'];
$checkmaxwidth += $table['wc'][$i]['maw'];
$totallength += isset($table['l']) ? $table['l'][$i] : 0;
}
if (!isset($table['w']) && $firstpass) {
$sumpc = 0;
$notset = 0;
for ($i = 0; $i < $nc; $i++) {
if (isset($table['wc'][$i]['wpercent']) && $table['wc'][$i]['wpercent']) {
$sumpc += $table['wc'][$i]['wpercent'];
} else {
$notset++;
}
}
// If sum of widths as % >= 100% and not all columns are set
// Set a nominal width of 1% for unset columns
if ($sumpc >= 100 && $notset) {
for ($i = 0; $i < $nc; $i++) {
if ((!isset($table['wc'][$i]['wpercent']) || !$table['wc'][$i]['wpercent']) &&
(!isset($table['wc'][$i]['w']) || !$table['wc'][$i]['w'])) {
$table['wc'][$i]['wpercent'] = 1;
}
}
}
if ($sumpc) { // if any percents are set
$sumnonpc = (100 - $sumpc);
$sumpc = max($sumpc, 100);
$miwleft = 0;
$miwleftcount = 0;
$miwsurplusnonpc = 0;
$maxcalcmiw = 0;
$mawleft = 0;
$mawleftcount = 0;
$mawsurplusnonpc = 0;
$maxcalcmaw = 0;
$mawnon = 0;
$miwnon = 0;
for ($i = 0; $i < $nc; $i++) {
if (isset($table['wc'][$i]['wpercent'])) {
$maxcalcmiw = max($maxcalcmiw, ($table['wc'][$i]['miw'] * $sumpc / $table['wc'][$i]['wpercent']));
$maxcalcmaw = max($maxcalcmaw, ($table['wc'][$i]['maw'] * $sumpc / $table['wc'][$i]['wpercent']));
} else {
$miwleft += $table['wc'][$i]['miw'];
$mawleft += $table['wc'][$i]['maw'];
if (!isset($table['wc'][$i]['w'])) {
$miwleftcount++;
$mawleftcount++;
}
}
}
if ($miwleft && $sumnonpc > 0) {
$miwnon = $miwleft * 100 / $sumnonpc;
}
if ($mawleft && $sumnonpc > 0) {
$mawnon = $mawleft * 100 / $sumnonpc;
}
if (($miwnon > $checkminwidth || $maxcalcmiw > $checkminwidth) && $this->keep_table_proportions) {
if ($miwnon > $maxcalcmiw) {
$miwsurplusnonpc = round((($miwnon * $sumnonpc / 100) - $miwleft), 3);
$checkminwidth = $miwnon;
} else {
$checkminwidth = $maxcalcmiw;
}
for ($i = 0; $i < $nc; $i++) {
if (isset($table['wc'][$i]['wpercent'])) {
$newmiw = $checkminwidth * $table['wc'][$i]['wpercent'] / 100;
if ($table['wc'][$i]['miw'] < $newmiw) {
$table['wc'][$i]['miw'] = $newmiw;
}
$table['wc'][$i]['w'] = 1;
} elseif ($miwsurplusnonpc && !$table['wc'][$i]['w']) {
$table['wc'][$i]['miw'] += $miwsurplusnonpc / $miwleftcount;
}
}
}
if (($mawnon > $checkmaxwidth || $maxcalcmaw > $checkmaxwidth)) {
if ($mawnon > $maxcalcmaw) {
$mawsurplusnonpc = round((($mawnon * $sumnonpc / 100) - $mawleft), 3);
$checkmaxwidth = $mawnon;
} else {
$checkmaxwidth = $maxcalcmaw;
}
for ($i = 0; $i < $nc; $i++) {
if (isset($table['wc'][$i]['wpercent'])) {
$newmaw = $checkmaxwidth * $table['wc'][$i]['wpercent'] / 100;
if ($table['wc'][$i]['maw'] < $newmaw) {
$table['wc'][$i]['maw'] = $newmaw;
}
$table['wc'][$i]['w'] = 1;
} elseif ($mawsurplusnonpc && !$table['wc'][$i]['w']) {
$table['wc'][$i]['maw'] += $mawsurplusnonpc / $mawleftcount;
}
if ($table['wc'][$i]['maw'] < $table['wc'][$i]['miw']) {
$table['wc'][$i]['maw'] = $table['wc'][$i]['miw'];
}
}
}
if ($checkminwidth > $checkmaxwidth) {
$checkmaxwidth = $checkminwidth;
}
}
}
if (isset($table['wpercent']) && $table['wpercent']) {
$checkminwidth *= (100 / $table['wpercent']);
$checkmaxwidth *= (100 / $table['wpercent']);
}
$checkminwidth += $tblbw;
$checkmaxwidth += $tblbw;
// Table['miw'] set by percent in first pass may be larger than sum of column miw
if ((isset($table['miw']) && $checkminwidth > $table['miw']) || !isset($table['miw'])) {
$table['miw'] = $checkminwidth;
}
if ((isset($table['maw']) && $checkmaxwidth > $table['maw']) || !isset($table['maw'])) {
$table['maw'] = $checkmaxwidth;
}
$table['tl'] = $totallength;
// mPDF 6
if ($this->table_rotate) {
$mxw = $this->tbrot_maxw;
} else {
$mxw = $this->blk[$this->blklvl]['inner_width'];
}
if (!isset($table['overflow'])) {
$table['overflow'] = null;
}
if ($table['overflow'] == 'visible') {
return [0, 0];
} elseif ($table['overflow'] == 'hidden' && !$this->table_rotate && !$this->ColActive && $checkminwidth > $mxw) {
$table['w'] = $table['miw'];
return [0, 0];
}
// elseif ($table['overflow']=='wrap') { return array(0,0); } // mPDF 6
if (isset($table['w']) && $table['w']) {
if ($table['w'] >= $checkminwidth && $table['w'] <= $mxw) {
$table['maw'] = $mxw = $table['w'];
} elseif ($table['w'] >= $checkminwidth && $table['w'] > $mxw && $this->keep_table_proportions) {
$checkminwidth = $table['w'];
} elseif ($table['w'] < $checkminwidth && $checkminwidth < $mxw && $this->keep_table_proportions) {
$table['maw'] = $table['w'] = $checkminwidth;
} else {
unset($table['w']);
}
}
$ratio = $checkminwidth / $mxw;
if ($checkminwidth > $mxw) {
return [($ratio + 0.001), $checkminwidth]; // 0.001 to allow for rounded numbers when resizing
}
unset($cs);
return [0, 0];
}
function _tableWidth(&$table)
{
$widthcols = &$table['wc'];
$numcols = $table['nc'];
$tablewidth = 0;
if ($table['borders_separate']) {
$tblbw = $table['border_details']['L']['w'] + $table['border_details']['R']['w'] + $table['margin']['L'] + $table['margin']['R'] + $table['padding']['L'] + $table['padding']['R'] + $table['border_spacing_H'];
} else {
$tblbw = $table['max_cell_border_width']['L'] / 2 + $table['max_cell_border_width']['R'] / 2 + $table['margin']['L'] + $table['margin']['R'];
}
if ($table['level'] > 1 && isset($table['w'])) {
if (isset($table['wpercent']) && $table['wpercent']) {
$table['w'] = $temppgwidth = (($table['w'] - $tblbw) * $table['wpercent'] / 100) + $tblbw;
} else {
$temppgwidth = $table['w'];
}
} elseif ($this->table_rotate) {
$temppgwidth = $this->tbrot_maxw;
// If it is less than 1/20th of the remaining page height to finish the DIV (i.e. DIV padding + table bottom margin) then allow for this
$enddiv = $this->blk[$this->blklvl]['padding_bottom'] + $this->blk[$this->blklvl]['border_bottom']['w'];
if ($enddiv / $temppgwidth < 0.05) {
$temppgwidth -= $enddiv;
}
} else {
if (isset($table['w']) && $table['w'] < $this->blk[$this->blklvl]['inner_width']) {
$notfullwidth = 1;
$temppgwidth = $table['w'];
} elseif ($table['overflow'] == 'visible' && $table['level'] == 1) {
$temppgwidth = null;
} elseif ($table['overflow'] == 'hidden' && !$this->ColActive && isset($table['w']) && $table['w'] > $this->blk[$this->blklvl]['inner_width'] && $table['w'] == $table) {
// $temppgwidth = $this->blk[$this->blklvl]['inner_width'];
$temppgwidth = $table['w'];
} else {
$temppgwidth = $this->blk[$this->blklvl]['inner_width'];
}
}
$totaltextlength = 0; // Added - to sum $table['l'][colno]
$totalatextlength = 0; // Added - to sum $table['l'][colno] for those columns where width not set
$percentages_set = 0;
for ($i = 0; $i < $numcols; $i++) {
if (isset($widthcols[$i]['wpercent'])) {
$tablewidth += $widthcols[$i]['maw'];
$percentages_set = 1;
} elseif (isset($widthcols[$i]['w'])) {
$tablewidth += $widthcols[$i]['miw'];
} else {
$tablewidth += $widthcols[$i]['maw'];
}
$totaltextlength += isset($table['l']) ? $table['l'][$i] : 0;
}
if (!$totaltextlength) {
$totaltextlength = 1;
}
$tablewidth += $tblbw; // Outer half of table borders
if ($tablewidth > $temppgwidth) {
$table['w'] = $temppgwidth;
} elseif ($tablewidth < $temppgwidth && !isset($table['w']) && $percentages_set) { // if any widths set as percentages and max width fits < page width
$table['w'] = $table['maw'];
}
// if table width is set and is > allowed width
if (isset($table['w']) && $table['w'] > $temppgwidth) {
$table['w'] = $temppgwidth;
}
// IF the table width is now set - Need to distribute columns widths
// mPDF 5.7.3
// If the table width is already set to the maximum width (e.g. nested table), then use maximum column widths exactly
if (isset($table['w']) && ($table['w'] == $tablewidth) && !$percentages_set) {
// This sets the columns all to maximum width
for ($i = 0; $i < $numcols; $i++) {
$widthcols[$i] = $widthcols[$i]['maw'];
}
} elseif (isset($table['w'])) { // elseif the table width is set distribute width using algorithm
$wis = $wisa = 0;
$list = [];
$notsetlist = [];
for ($i = 0; $i < $numcols; $i++) {
$wis += $widthcols[$i]['miw'];
if (!isset($widthcols[$i]['w']) || ($widthcols[$i]['w'] && $table['w'] > $temppgwidth && !$this->keep_table_proportions && !$notfullwidth )) {
$list[] = $i;
$wisa += $widthcols[$i]['miw'];
$totalatextlength += $table['l'][$i];
}
}
if (!$totalatextlength) {
$totalatextlength = 1;
}
// Allocate spare (more than col's minimum width) across the cols according to their approx total text length
// Do it by setting minimum width here
if ($table['w'] > $wis + $tblbw) {
// First set any cell widths set as percentages
if ($table['w'] < $temppgwidth || $this->keep_table_proportions) {
for ($k = 0; $k < $numcols; $k++) {
if (isset($widthcols[$k]['wpercent'])) {
$curr = $widthcols[$k]['miw'];
$widthcols[$k]['miw'] = ($table['w'] - $tblbw) * $widthcols[$k]['wpercent'] / 100;
$wis += $widthcols[$k]['miw'] - $curr;
$wisa += $widthcols[$k]['miw'] - $curr;
}
}
}
// Now allocate surplus up to maximum width of each column
$surplus = 0;
$ttl = 0; // number of surplus columns
if (!count($list)) {
$wi = ($table['w'] - ($wis + $tblbw)); // i.e. extra space to distribute
for ($k = 0; $k < $numcols; $k++) {
$spareratio = ($table['l'][$k] / $totaltextlength); // gives ratio to divide up free space
// Don't allocate more than Maximum required width - save rest in surplus
if ($widthcols[$k]['miw'] + ($wi * $spareratio) >= $widthcols[$k]['maw']) { // mPDF 5.7.3
$surplus += ($wi * $spareratio) - ($widthcols[$k]['maw'] - $widthcols[$k]['miw']);
$widthcols[$k]['miw'] = $widthcols[$k]['maw'];
} else {
$notsetlist[] = $k;
$ttl += $table['l'][$k];
$widthcols[$k]['miw'] += ($wi * $spareratio);
}
}
} else {
$wi = ($table['w'] - ($wis + $tblbw)); // i.e. extra space to distribute
foreach ($list as $k) {
$spareratio = ($table['l'][$k] / $totalatextlength); // gives ratio to divide up free space
// Don't allocate more than Maximum required width - save rest in surplus
if ($widthcols[$k]['miw'] + ($wi * $spareratio) >= $widthcols[$k]['maw']) { // mPDF 5.7.3
$surplus += ($wi * $spareratio) - ($widthcols[$k]['maw'] - $widthcols[$k]['miw']);
$widthcols[$k]['miw'] = $widthcols[$k]['maw'];
} else {
$notsetlist[] = $k;
$ttl += $table['l'][$k];
$widthcols[$k]['miw'] += ($wi * $spareratio);
}
}
}
// If surplus still left over apportion it across columns
if ($surplus) {
if (count($notsetlist) && count($notsetlist) < $numcols) { // if some are set only add to remaining - otherwise add to all of them
foreach ($notsetlist as $i) {
if ($ttl) {
$widthcols[$i]['miw'] += $surplus * $table['l'][$i] / $ttl;
}
}
} elseif (count($list) && count($list) < $numcols) { // If some widths are defined, and others have been added up to their maxmum
foreach ($list as $i) {
$widthcols[$i]['miw'] += $surplus / count($list);
}
} elseif ($numcols) { // If all columns
$ttl = array_sum($table['l']);
if ($ttl) {
for ($i = 0; $i < $numcols; $i++) {
$widthcols[$i]['miw'] += $surplus * $table['l'][$i] / $ttl;
}
}
}
}
}
// This sets the columns all to minimum width (which has been increased above if appropriate)
for ($i = 0; $i < $numcols; $i++) {
$widthcols[$i] = $widthcols[$i]['miw'];
}
// TABLE NOT WIDE ENOUGH EVEN FOR MINIMUM CONTENT WIDTH
// If sum of column widths set are too wide for table
$checktablewidth = 0;
for ($i = 0; $i < $numcols; $i++) {
$checktablewidth += $widthcols[$i];
}
if ($checktablewidth > ($temppgwidth + 0.001 - $tblbw)) {
$usedup = 0;
$numleft = 0;
for ($i = 0; $i < $numcols; $i++) {
if ((isset($widthcols[$i]) && $widthcols[$i] > (($temppgwidth - $tblbw) / $numcols)) && (!isset($widthcols[$i]['w']))) {
$numleft++;
unset($widthcols[$i]);
} else {
$usedup += $widthcols[$i];
}
}
for ($i = 0; $i < $numcols; $i++) {
if (!isset($widthcols[$i]) || !$widthcols[$i]) {
$widthcols[$i] = ((($temppgwidth - $tblbw) - $usedup) / ($numleft));
}
}
}
} else { // table has no width defined
$table['w'] = $tablewidth;
for ($i = 0; $i < $numcols; $i++) {
if (isset($widthcols[$i]['wpercent']) && $this->keep_table_proportions) {
$colwidth = $widthcols[$i]['maw'];
} elseif (isset($widthcols[$i]['w'])) {
$colwidth = $widthcols[$i]['miw'];
} else {
$colwidth = $widthcols[$i]['maw'];
}
unset($widthcols[$i]);
$widthcols[$i] = $colwidth;
}
}
if ($table['overflow'] === 'visible' && $table['level'] == 1) {
if ($tablewidth > $this->blk[$this->blklvl]['inner_width']) {
for ($j = 0; $j < $numcols; $j++) { // columns
for ($i = 0; $i < $table['nr']; $i++) { // rows
if (isset($table['cells'][$i][$j]) && $table['cells'][$i][$j]) {
$colspan = (isset($table['cells'][$i][$j]['colspan']) ? $table['cells'][$i][$j]['colspan'] : 1);
if ($colspan > 1) {
$w = 0;
for ($c = $j; $c < ($j + $colspan); $c++) {
$w += $widthcols[$c];
}
if ($w > $this->blk[$this->blklvl]['inner_width']) {
$diff = $w - ($this->blk[$this->blklvl]['inner_width'] - $tblbw);
for ($c = $j; $c < ($j + $colspan); $c++) {
$widthcols[$c] -= $diff * ($widthcols[$c] / $w);
}
$table['w'] -= $diff;
$table['csp'][$j] = $w - $diff;
}
}
}
}
}
}
$pgNo = 0;
$currWc = 0;
for ($i = 0; $i < $numcols; $i++) { // columns
if (isset($table['csp'][$i])) {
$w = $table['csp'][$i];
unset($table['csp'][$i]);
} else {
$w = $widthcols[$i];
}
if (($currWc + $w + $tblbw) > $this->blk[$this->blklvl]['inner_width']) {
$pgNo++;
$currWc = $widthcols[$i];
} else {
$currWc += $widthcols[$i];
}
$table['colPg'][$i] = $pgNo;
}
}
}
function _tableHeight(&$table)
{
$level = $table['level'];
$levelid = $table['levelid'];
$cells = &$table['cells'];
$numcols = $table['nc'];
$numrows = $table['nr'];
$listspan = [];
$checkmaxheight = 0;
$headerrowheight = 0;
$checkmaxheightplus = 0;
$headerrowheightplus = 0;
$firstrowheight = 0;
$footerrowheight = 0;
$footerrowheightplus = 0;
if ($this->table_rotate) {
$temppgheight = $this->tbrot_maxh;
$remainingpage = $this->tbrot_maxh;
} else {
$temppgheight = ($this->h - $this->bMargin - $this->tMargin) - $this->kwt_height;
$remainingpage = ($this->h - $this->bMargin - $this->y) - $this->kwt_height;
// If it is less than 1/20th of the remaining page height to finish the DIV (i.e. DIV padding + table bottom margin)
// then allow for this
$enddiv = $this->blk[$this->blklvl]['padding_bottom'] + $this->blk[$this->blklvl]['border_bottom']['w'] + $table['margin']['B'];
if ($remainingpage > $enddiv && $enddiv / $remainingpage < 0.05) {
$remainingpage -= $enddiv;
} elseif ($remainingpage == 0) {
$remainingpage = 0.001;
}
if ($temppgheight > $enddiv && $enddiv / $temppgheight < 0.05) {
$temppgheight -= $enddiv;
} elseif ($temppgheight == 0) {
$temppgheight = 0.001;
}
}
if ($remainingpage < 0) {
$remainingpage = 0.001;
}
if ($temppgheight < 0) {
$temppgheight = 0.001;
}
for ($i = 0; $i < $numrows; $i++) { // rows
$heightrow = &$table['hr'][$i];
for ($j = 0; $j < $numcols; $j++) { // columns
if (isset($cells[$i][$j]) && $cells[$i][$j]) {
$c = &$cells[$i][$j];
if ($this->simpleTables) {
if ($table['borders_separate']) { // NB twice border width
$extraWLR = ($table['simple']['border_details']['L']['w'] + $table['simple']['border_details']['R']['w']) + ($c['padding']['L'] + $c['padding']['R']) + $table['border_spacing_H'];
$extrh = ($table['simple']['border_details']['T']['w'] + $table['simple']['border_details']['B']['w']) + ($c['padding']['T'] + $c['padding']['B']) + $table['border_spacing_V'];
} else {
$extraWLR = ($table['simple']['border_details']['L']['w'] + $table['simple']['border_details']['R']['w']) / 2 + ($c['padding']['L'] + $c['padding']['R']);
$extrh = ($table['simple']['border_details']['T']['w'] + $table['simple']['border_details']['B']['w']) / 2 + ($c['padding']['T'] + $c['padding']['B']);
}
} else {
if ($this->packTableData) {
[$bt, $br, $bb, $bl] = $this->_getBorderWidths($c['borderbin']);
} else {
$bt = $c['border_details']['T']['w'];
$bb = $c['border_details']['B']['w'];
$br = $c['border_details']['R']['w'];
$bl = $c['border_details']['L']['w'];
}
if ($table['borders_separate']) { // NB twice border width
$extraWLR = $bl + $br + $c['padding']['L'] + $c['padding']['R'] + $table['border_spacing_H'];
$extrh = $bt + $bb + $c['padding']['T'] + $c['padding']['B'] + $table['border_spacing_V'];
} else {
$extraWLR = $bl / 2 + $br / 2 + $c['padding']['L'] + $c['padding']['R'];
$extrh = $bt / 2 + $bb / 2 + $c['padding']['T'] + $c['padding']['B'];
}
}
if ($table['overflow'] == 'visible' && $level == 1) {
[$x, $cw] = $this->_splitTableGetWidth($table, $i, $j);
} else {
[$x, $cw] = $this->_tableGetWidth($table, $i, $j);
}
// Get CELL HEIGHT
// ++ extra parameter forces wrap to break word
if ($c['R'] && isset($c['textbuffer'])) {
$str = '';
foreach ($c['textbuffer'] as $t) {
$str .= $t[0] . ' ';
}
$str = rtrim($str);
$s_fs = $this->FontSizePt;
$s_f = $this->FontFamily;
$s_st = $this->FontStyle;
$this->SetFont($c['textbuffer'][0][4], $c['textbuffer'][0][2], $c['textbuffer'][0][11] / $this->shrin_k, true, true);
$tempch = $this->GetStringWidth($str, true, $c['textbuffer'][0][18], $c['textbuffer'][0][8]);
if ($c['R'] >= 45 && $c['R'] < 90) {
$tempch = ((sin(deg2rad($c['R']))) * $tempch ) + ((sin(deg2rad($c['R']))) * (($c['textbuffer'][0][11] / Mpdf::SCALE) / $this->shrin_k));
}
$this->SetFont($s_f, $s_st, $s_fs, true, true);
$ch = ($tempch ) + $extrh;
} else {
if (isset($c['textbuffer']) && !empty($c['textbuffer'])) {
$this->cellLineHeight = $c['cellLineHeight'];
$this->cellLineStackingStrategy = $c['cellLineStackingStrategy'];
$this->cellLineStackingShift = $c['cellLineStackingShift'];
$this->divwidth = $cw - $extraWLR;
$tempch = $this->printbuffer($c['textbuffer'], '', true, true);
} else {
$tempch = 0;
}
// Added cellpadding top and bottom. (Lineheight already adjusted)
$ch = $tempch + $extrh;
}
// If height is defined and it is bigger than calculated $ch then update values
if (isset($c['h']) && $c['h'] > $ch) {
$c['mih'] = $ch; // in order to keep valign working
$ch = $c['h'];
} else {
$c['mih'] = $ch;
}
if (isset($c['rowspan'])) {
$listspan[] = [$i, $j];
} elseif ($heightrow < $ch) {
$heightrow = $ch;
}
// this is the extra used in _tableWrite to determine whether to trigger a page change
if ($table['borders_separate']) {
if ($i == ($numrows - 1) || (isset($c['rowspan']) && ($i + $c['rowspan']) == ($numrows))) {
$extra = $table['margin']['B'] + $table['padding']['B'] + $table['border_details']['B']['w'] + $table['border_spacing_V'] / 2;
} else {
$extra = $table['border_spacing_V'] / 2;
}
} else {
if (!$this->simpleTables) {
$extra = $bb / 2;
} elseif ($this->simpleTables) {
$extra = $table['simple']['border_details']['B']['w'] / 2;
}
}
if (isset($table['is_thead'][$i]) && $table['is_thead'][$i]) {
if ($j == 0) {
$headerrowheight += $ch;
$headerrowheightplus += $ch + $extra;
}
} elseif (isset($table['is_tfoot'][$i]) && $table['is_tfoot'][$i]) {
if ($j == 0) {
$footerrowheight += $ch;
$footerrowheightplus += $ch + $extra;
}
} else {
$checkmaxheight = max($checkmaxheight, $ch);
$checkmaxheightplus = max($checkmaxheightplus, $ch + $extra);
}
if ($this->tableLevel == 1 && $i == (isset($table['headernrows']) ? $table['headernrows'] : 0)) {
$firstrowheight = max($ch, $firstrowheight);
}
unset($c);
}
}//end of columns
}//end of rows
$heightrow = &$table['hr'];
foreach ($listspan as $span) {
[$i, $j] = $span;
$c = &$cells[$i][$j];
$lr = $i + $c['rowspan'];
if ($lr > $numrows) {
$lr = $numrows;
}
$hs = $hsa = 0;
$list = [];
for ($k = $i; $k < $lr; $k++) {
$hs += $heightrow[$k];
// mPDF 6
$sh = false; // specified height
for ($m = 0; $m < $numcols; $m++) { // columns
$tc = &$cells[$k][$m];
if (isset($tc['rowspan'])) {
continue;
}
if (isset($tc['h'])) {
$sh = true;
break;
}
}
if (!$sh) {
$list[] = $k;
}
}
if ($table['borders_separate']) {
if ($i == ($numrows - 1) || ($i + $c['rowspan']) == ($numrows)) {
$extra = $table['margin']['B'] + $table['padding']['B'] + $table['border_details']['B']['w'] + $table['border_spacing_V'] / 2;
} else {
$extra = $table['border_spacing_V'] / 2;
}
} else {
if (!$this->simpleTables) {
if ($this->packTableData) {
[$bt, $br, $bb, $bl] = $this->_getBorderWidths($c['borderbin']);
} else {
$bb = $c['border_details']['B']['w'];
}
$extra = $bb / 2;
} elseif ($this->simpleTables) {
$extra = $table['simple']['border_details']['B']['w'] / 2;
}
}
if (!empty($table['is_thead'][$i])) {
$headerrowheight = max($headerrowheight, $hs);
$headerrowheightplus = max($headerrowheightplus, $hs + $extra);
} elseif (!empty($table['is_tfoot'][$i])) {
$footerrowheight = max($footerrowheight, $hs);
$footerrowheightplus = max($footerrowheightplus, $hs + $extra);
} else {
$checkmaxheight = max($checkmaxheight, $hs);
$checkmaxheightplus = max($checkmaxheightplus, $hs + $extra);
}
if ($this->tableLevel == 1 && $i == (isset($table['headernrows']) ? $table['headernrows'] : 0)) {
$firstrowheight = max($hs, $firstrowheight);
}
if ($c['mih'] > $hs) {
if (!$hs) {
for ($k = $i; $k < $lr; $k++) {
$heightrow[$k] = $c['mih'] / $c['rowspan'];
}
} elseif (!count($list)) { // no rows in the rowspan have a height specified, so share amongst all rows equally
$hi = $c['mih'] - $hs;
for ($k = $i; $k < $lr; $k++) {
$heightrow[$k] += ($heightrow[$k] / $hs) * $hi;
}
} else {
$hi = $c['mih'] - $hs; // mPDF 6
foreach ($list as $k) {
$heightrow[$k] += $hi / (count($list)); // mPDF 6
}
}
}
unset($c);
// If rowspans overlap so that one or more rows do not have a height set...
// i.e. for one or more rows, the only cells (explicit) in that row have rowspan>1
// so heightrow is still == 0
if ($heightrow[$i] == 0) {
// Get row extent to analyse above and below
$top = $i;
foreach ($listspan as $checkspan) {
[$cki, $ckj] = $checkspan;
$c = &$cells[$cki][$ckj];
if (isset($c['rowspan']) && $c['rowspan'] > 1) {
if (($cki + $c['rowspan'] - 1) >= $i) {
$top = min($top, $cki);
}
}
}
$bottom = $i + $c['rowspan'] - 1;
// Check for overconstrained conditions
for ($k = $top; $k <= $bottom; $k++) {
// if ['hr'] for any of the others is also 0, then abort (too complicated)
if ($k != $i && $heightrow[$k] == 0) {
break(1);
}
// check again that top and bottom are not crossed by rowspans - or abort (too complicated)
if ($k == $top) {
// ???? take account of colspan as well???
for ($m = 0; $m < $numcols; $m++) { // columns
if (!isset($cells[$k][$m]) || $cells[$k][$m] == 0) {
break(2);
}
}
} elseif ($k == $bottom) {
// ???? take account of colspan as well???
for ($m = 0; $m < $numcols; $m++) { // columns
$c = &$cells[$k][$m];
if (isset($c['rowspan']) && $c['rowspan'] > 1) {
break(2);
}
}
}
}
// By columns add up col height using ['h'] if set or ['mih'] if not
// Intentionally do not substract border-spacing
$colH = [];
$extH = 0;
$newhr = [];
for ($m = 0; $m < $numcols; $m++) { // columns
for ($k = $top; $k <= $bottom; $k++) {
if (isset($cells[$k][$m]) && $cells[$k][$m] != 0) {
$c = &$cells[$k][$m];
if (isset($c['h']) && $c['h']) {
$useh = $c['h'];
} // ???? take account of colspan as well???
else {
$useh = $c['mih'];
}
if (isset($colH[$m])) {
$colH[$m] += $useh;
} else {
$colH[$m] = $useh;
}
if (!isset($c['rowspan']) || $c['rowspan'] < 2) {
$newhr[$k] = max((isset($newhr[$k]) ? $newhr[$k] : 0), $useh);
}
}
}
$extH = max($extH, $colH[$m]); // mPDF 6
}
$newhr[$i] = $extH - array_sum($newhr);
for ($k = $top; $k <= $bottom; $k++) {
$heightrow[$k] = $newhr[$k];
}
}
unset($c);
}
$table['h'] = array_sum($heightrow);
unset($heightrow);
if ($table['borders_separate']) {
$table['h'] += $table['margin']['T'] + $table['margin']['B'] + $table['border_details']['T']['w'] + $table['border_details']['B']['w'] + $table['border_spacing_V'] + $table['padding']['T'] + $table['padding']['B'];
} else {
$table['h'] += $table['margin']['T'] + $table['margin']['B'] + $table['max_cell_border_width']['T'] / 2 + $table['max_cell_border_width']['B'] / 2;
}
$maxrowheight = $checkmaxheightplus + $headerrowheightplus + $footerrowheightplus;
$maxfirstrowheight = $firstrowheight + $headerrowheightplus + $footerrowheightplus; // includes thead, 1st row and tfoot
return [$table['h'], $maxrowheight, $temppgheight, $remainingpage, $maxfirstrowheight];
}
function _tableGetWidth(&$table, $i, $j)
{
$cell = &$table['cells'][$i][$j];
if ($cell) {
if (isset($cell['x0'])) {
return [$cell['x0'], $cell['w0']];
}
$x = 0;
$widthcols = &$table['wc'];
for ($k = 0; $k < $j; $k++) {
$x += $widthcols[$k];
}
$w = $widthcols[$j];
if (isset($cell['colspan'])) {
for ($k = $j + $cell['colspan'] - 1; $k > $j; $k--) {
$w += $widthcols[$k];
}
}
$cell['x0'] = $x;
$cell['w0'] = $w;
return [$x, $w];
}
return [0, 0];
}
function _splitTableGetWidth(&$table, $i, $j)
{
$cell = &$table['cells'][$i][$j];
if ($cell) {
if (isset($cell['x0'])) {
return [$cell['x0'], $cell['w0']];
}
$x = 0;
$widthcols = &$table['wc'];
$pg = $table['colPg'][$j];
for ($k = 0; $k < $j; $k++) {
if ($table['colPg'][$k] == $pg) {
$x += $widthcols[$k];
}
}
$w = $widthcols[$j];
if (isset($cell['colspan'])) {
for ($k = $j + $cell['colspan'] - 1; $k > $j; $k--) {
if ($table['colPg'][$k] == $pg) {
$w += $widthcols[$k];
}
}
}
$cell['x0'] = $x;
$cell['w0'] = $w;
return [$x, $w];
}
return [0, 0];
}
function _tableGetHeight(&$table, $i, $j)
{
$cell = &$table['cells'][$i][$j];
if ($cell) {
if (isset($cell['y0'])) {
return [$cell['y0'], $cell['h0']];
}
$y = 0;
$heightrow = &$table['hr'];
for ($k = 0; $k < $i; $k++) {
$y += $heightrow[$k];
}
$h = $heightrow[$i];
if (isset($cell['rowspan'])) {
for ($k = $i + $cell['rowspan'] - 1; $k > $i; $k--) {
if (array_key_exists($k, $heightrow)) {
$h += $heightrow[$k];
} else {
$this->logger->debug('Possible non-wellformed HTML markup in a table', ['context' => LogContext::HTML_MARKUP]);
}
}
}
$cell['y0'] = $y;
$cell['h0'] = $h;
return [$y, $h];
}
return [0, 0];
}
function _tableGetMaxRowHeight($table, $row)
{
if ($row == $table['nc'] - 1) {
return $table['hr'][$row];
}
$maxrowheight = $table['hr'][$row];
for ($i = $row + 1; $i < $table['nr']; $i++) {
$cellsset = 0;
for ($j = 0; $j < $table['nc']; $j++) {
if ($table['cells'][$i][$j]) {
if (isset($table['cells'][$i][$j]['colspan'])) {
$cellsset += $table['cells'][$i][$j]['colspan'];
} else {
$cellsset += 1;
}
}
}
if ($cellsset == $table['nc']) {
return $maxrowheight;
} else {
$maxrowheight += $table['hr'][$i];
}
}
return $maxrowheight;
}
// CHANGED TO ALLOW TABLE BORDER TO BE SPECIFIED CORRECTLY - added border_details
function _tableRect($x, $y, $w, $h, $bord = -1, $details = [], $buffer = false, $bSeparate = false, $cort = 'cell', $tablecorner = '', $bsv = 0, $bsh = 0)
{
$cellBorderOverlay = [];
if ($bord == -1) {
$this->Rect($x, $y, $w, $h);
} elseif ($this->simpleTables && ($cort == 'cell')) {
$this->SetLineWidth($details['L']['w']);
if ($details['L']['c']) {
$this->SetDColor($details['L']['c']);
} else {
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
}
$this->SetLineJoin(0);
$this->Rect($x, $y, $w, $h);
} elseif ($bord) {
if (!$bSeparate && $buffer) {
$priority = 'LRTB';
for ($p = 0; $p < strlen($priority); $p++) {
$side = $priority[$p];
$details['p'] = $side;
$dom = 0;
if (isset($details[$side]['w'])) {
$dom += ($details[$side]['w'] * 100000);
}
if (isset($details[$side]['style'])) {
$dom += (array_search($details[$side]['style'], $this->borderstyles) * 100);
}
if (isset($details[$side]['dom'])) {
$dom += ($details[$side]['dom'] * 10);
}
// Precedence to darker colours at joins
$coldom = 0;
if (isset($details[$side]['c']) && is_array($details[$side]['c'])) {
if ($details[$side]['c'][0] == 3) { // RGB
$coldom = 10 - (((ord($details[$side]['c'][1]) * 1.00) + (ord($details[$side]['c'][2]) * 1.00) + (ord($details[$side]['c'][3]) * 1.00)) / 76.5);
}
} // 10 black - 0 white
if ($coldom) {
$dom += $coldom;
}
// Lastly precedence to RIGHT and BOTTOM cells at joins
if (isset($details['cellposdom'])) {
$dom += $details['cellposdom'];
}
$save = false;
if ($side == 'T' && $this->issetBorder($bord, Border::TOP)) {
$cbord = Border::TOP;
$save = true;
} elseif ($side == 'L' && $this->issetBorder($bord, Border::LEFT)) {
$cbord = Border::LEFT;
$save = true;
} elseif ($side == 'R' && $this->issetBorder($bord, Border::RIGHT)) {
$cbord = Border::RIGHT;
$save = true;
} elseif ($side == 'B' && $this->issetBorder($bord, Border::BOTTOM)) {
$cbord = Border::BOTTOM;
$save = true;
}
if ($save) {
$this->cellBorderBuffer[] = pack("A16nCnda6A10d14", str_pad(sprintf("%08.7f", $dom), 16, "0", STR_PAD_LEFT), $cbord, ord($side), $details[$side]['s'], $details[$side]['w'], $details[$side]['c'], $details[$side]['style'], $x, $y, $w, $h, $details['mbw']['BL'], $details['mbw']['BR'], $details['mbw']['RT'], $details['mbw']['RB'], $details['mbw']['TL'], $details['mbw']['TR'], $details['mbw']['LT'], $details['mbw']['LB'], $details['cellposdom'], 0);
if ($details[$side]['style'] == 'ridge' || $details[$side]['style'] == 'groove' || $details[$side]['style'] == 'inset' || $details[$side]['style'] == 'outset' || $details[$side]['style'] == 'double') {
$details[$side]['overlay'] = true;
$this->cellBorderBuffer[] = pack("A16nCnda6A10d14", str_pad(sprintf("%08.7f", ($dom + 4)), 16, "0", STR_PAD_LEFT), $cbord, ord($side), $details[$side]['s'], $details[$side]['w'], $details[$side]['c'], $details[$side]['style'], $x, $y, $w, $h, $details['mbw']['BL'], $details['mbw']['BR'], $details['mbw']['RT'], $details['mbw']['RB'], $details['mbw']['TL'], $details['mbw']['TR'], $details['mbw']['LT'], $details['mbw']['LB'], $details['cellposdom'], 1);
}
}
}
return;
}
if (isset($details['p']) && strlen($details['p']) > 1) {
$priority = $details['p'];
} else {
$priority = 'LTRB';
}
$Tw = 0;
$Rw = 0;
$Bw = 0;
$Lw = 0;
if (isset($details['T']['w'])) {
$Tw = $details['T']['w'];
}
if (isset($details['R']['w'])) {
$Rw = $details['R']['w'];
}
if (isset($details['B']['w'])) {
$Bw = $details['B']['w'];
}
if (isset($details['L']['w'])) {
$Lw = $details['L']['w'];
}
$x2 = $x + $w;
$y2 = $y + $h;
$oldlinewidth = $this->LineWidth;
for ($p = 0; $p < strlen($priority); $p++) {
$side = $priority[$p];
$xadj = 0;
$xadj2 = 0;
$yadj = 0;
$yadj2 = 0;
$print = false;
if ($Tw && $side == 'T' && $this->issetBorder($bord, Border::TOP)) { // TOP
$ly1 = $y;
$ly2 = $y;
$lx1 = $x;
$lx2 = $x2;
$this->SetLineWidth($Tw);
if ($cort == 'cell' || strpos($tablecorner, 'L') !== false) {
if ($Tw > $Lw) {
$xadj = ($Tw - $Lw) / 2;
}
if ($Tw < $Lw) {
$xadj = ($Tw + $Lw) / 2;
}
} else {
$xadj = $Tw / 2 - $bsh / 2;
}
if ($cort == 'cell' || strpos($tablecorner, 'R') !== false) {
if ($Tw > $Rw) {
$xadj2 = ($Tw - $Rw) / 2;
}
if ($Tw < $Rw) {
$xadj2 = ($Tw + $Rw) / 2;
}
} else {
$xadj2 = $Tw / 2 - $bsh / 2;
}
if (!$bSeparate && !empty($details['mbw']) && !empty($details['mbw']['TL'])) {
$xadj = ($Tw - $details['mbw']['TL']) / 2;
}
if (!$bSeparate && !empty($details['mbw']) && !empty($details['mbw']['TR'])) {
$xadj2 = ($Tw - $details['mbw']['TR']) / 2;
}
$print = true;
}
if ($Lw && $side == 'L' && $this->issetBorder($bord, Border::LEFT)) { // LEFT
$ly1 = $y;
$ly2 = $y2;
$lx1 = $x;
$lx2 = $x;
$this->SetLineWidth($Lw);
if ($cort == 'cell' || strpos($tablecorner, 'T') !== false) {
if ($Lw > $Tw) {
$yadj = ($Lw - $Tw) / 2;
}
if ($Lw < $Tw) {
$yadj = ($Lw + $Tw) / 2;
}
} else {
$yadj = $Lw / 2 - $bsv / 2;
}
if ($cort == 'cell' || strpos($tablecorner, 'B') !== false) {
if ($Lw > $Bw) {
$yadj2 = ($Lw - $Bw) / 2;
}
if ($Lw < $Bw) {
$yadj2 = ($Lw + $Bw) / 2;
}
} else {
$yadj2 = $Lw / 2 - $bsv / 2;
}
if (!$bSeparate && $details['mbw']['LT']) {
$yadj = ($Lw - $details['mbw']['LT']) / 2;
}
if (!$bSeparate && $details['mbw']['LB']) {
$yadj2 = ($Lw - $details['mbw']['LB']) / 2;
}
$print = true;
}
if ($Rw && $side == 'R' && $this->issetBorder($bord, Border::RIGHT)) { // RIGHT
$ly1 = $y;
$ly2 = $y2;
$lx1 = $x2;
$lx2 = $x2;
$this->SetLineWidth($Rw);
if ($cort == 'cell' || strpos($tablecorner, 'T') !== false) {
if ($Rw < $Tw) {
$yadj = ($Rw + $Tw) / 2;
}
if ($Rw > $Tw) {
$yadj = ($Rw - $Tw) / 2;
}
} else {
$yadj = $Rw / 2 - $bsv / 2;
}
if ($cort == 'cell' || strpos($tablecorner, 'B') !== false) {
if ($Rw > $Bw) {
$yadj2 = ($Rw - $Bw) / 2;
}
if ($Rw < $Bw) {
$yadj2 = ($Rw + $Bw) / 2;
}
} else {
$yadj2 = $Rw / 2 - $bsv / 2;
}
if (!$bSeparate && !empty($details['mbw']) && !empty($details['mbw']['RT'])) {
$yadj = ($Rw - $details['mbw']['RT']) / 2;
}
if (!$bSeparate && !empty($details['mbw']) && !empty($details['mbw']['RB'])) {
$yadj2 = ($Rw - $details['mbw']['RB']) / 2;
}
$print = true;
}
if ($Bw && $side == 'B' && $this->issetBorder($bord, Border::BOTTOM)) { // BOTTOM
$ly1 = $y2;
$ly2 = $y2;
$lx1 = $x;
$lx2 = $x2;
$this->SetLineWidth($Bw);
if ($cort == 'cell' || strpos($tablecorner, 'L') !== false) {
if ($Bw > $Lw) {
$xadj = ($Bw - $Lw) / 2;
}
if ($Bw < $Lw) {
$xadj = ($Bw + $Lw) / 2;
}
} else {
$xadj = $Bw / 2 - $bsh / 2;
}
if ($cort == 'cell' || strpos($tablecorner, 'R') !== false) {
if ($Bw > $Rw) {
$xadj2 = ($Bw - $Rw) / 2;
}
if ($Bw < $Rw) {
$xadj2 = ($Bw + $Rw) / 2;
}
} else {
$xadj2 = $Bw / 2 - $bsh / 2;
}
if (!$bSeparate && isset($details['mbw']) && isset($details['mbw']['BL'])) {
$xadj = ($Bw - $details['mbw']['BL']) / 2;
}
if (!$bSeparate && isset($details['mbw']) && isset($details['mbw']['BR'])) {
$xadj2 = ($Bw - $details['mbw']['BR']) / 2;
}
$print = true;
}
// Now draw line
if ($print) {
/* -- TABLES-ADVANCED-BORDERS -- */
if ($details[$side]['style'] == 'double') {
if (!isset($details[$side]['overlay']) || !$details[$side]['overlay'] || $bSeparate) {
if ($details[$side]['c']) {
$this->SetDColor($details[$side]['c']);
} else {
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
}
$this->Line($lx1 + $xadj, $ly1 + $yadj, $lx2 - $xadj2, $ly2 - $yadj2);
}
if ((isset($details[$side]['overlay']) && $details[$side]['overlay']) || $bSeparate) {
if ($bSeparate && $cort == 'table') {
if ($side == 'T') {
$xadj -= $this->LineWidth / 2;
$xadj2 -= $this->LineWidth;
if ($this->issetBorder($bord, Border::LEFT)) {
$xadj += $this->LineWidth / 2;
}
if ($this->issetBorder($bord, Border::RIGHT)) {
$xadj2 += $this->LineWidth;
}
}
if ($side == 'L') {
$yadj -= $this->LineWidth / 2;
$yadj2 -= $this->LineWidth;
if ($this->issetBorder($bord, Border::TOP)) {
$yadj += $this->LineWidth / 2;
}
if ($this->issetBorder($bord, Border::BOTTOM)) {
$yadj2 += $this->LineWidth;
}
}
if ($side == 'B') {
$xadj -= $this->LineWidth / 2;
$xadj2 -= $this->LineWidth;
if ($this->issetBorder($bord, Border::LEFT)) {
$xadj += $this->LineWidth / 2;
}
if ($this->issetBorder($bord, Border::RIGHT)) {
$xadj2 += $this->LineWidth;
}
}
if ($side == 'R') {
$yadj -= $this->LineWidth / 2;
$yadj2 -= $this->LineWidth;
if ($this->issetBorder($bord, Border::TOP)) {
$yadj += $this->LineWidth / 2;
}
if ($this->issetBorder($bord, Border::BOTTOM)) {
$yadj2 += $this->LineWidth;
}
}
}
$this->SetLineWidth($this->LineWidth / 3);
$tbcol = $this->colorConverter->convert(255, $this->PDFAXwarnings);
for ($l = 0; $l <= $this->blklvl; $l++) {
if ($this->blk[$l]['bgcolor']) {
$tbcol = ($this->blk[$l]['bgcolorarray']);
}
}
if ($bSeparate) {
$cellBorderOverlay[] = [
'x' => $lx1 + $xadj,
'y' => $ly1 + $yadj,
'x2' => $lx2 - $xadj2,
'y2' => $ly2 - $yadj2,
'col' => $tbcol,
'lw' => $this->LineWidth,
];
} else {
$this->SetDColor($tbcol);
$this->Line($lx1 + $xadj, $ly1 + $yadj, $lx2 - $xadj2, $ly2 - $yadj2);
}
}
} elseif (isset($details[$side]['style']) && ($details[$side]['style'] == 'ridge' || $details[$side]['style'] == 'groove' || $details[$side]['style'] == 'inset' || $details[$side]['style'] == 'outset')) {
if (!isset($details[$side]['overlay']) || !$details[$side]['overlay'] || $bSeparate) {
if ($details[$side]['c']) {
$this->SetDColor($details[$side]['c']);
} else {
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
}
if ($details[$side]['style'] == 'outset' || $details[$side]['style'] == 'groove') {
$nc = $this->colorConverter->darken($details[$side]['c']);
$this->SetDColor($nc);
} elseif ($details[$side]['style'] == 'ridge' || $details[$side]['style'] == 'inset') {
$nc = $this->colorConverter->lighten($details[$side]['c']);
$this->SetDColor($nc);
}
$this->Line($lx1 + $xadj, $ly1 + $yadj, $lx2 - $xadj2, $ly2 - $yadj2);
}
if ((isset($details[$side]['overlay']) && $details[$side]['overlay']) || $bSeparate) {
if ($details[$side]['c']) {
$this->SetDColor($details[$side]['c']);
} else {
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
}
$doubleadj = ($this->LineWidth) / 3;
$this->SetLineWidth($this->LineWidth / 2);
$xadj3 = $yadj3 = $wadj3 = $hadj3 = 0;
if ($details[$side]['style'] == 'ridge' || $details[$side]['style'] == 'inset') {
$nc = $this->colorConverter->darken($details[$side]['c']);
if ($bSeparate && $cort == 'table') {
if ($side == 'T') {
$yadj3 = $this->LineWidth / 2;
$xadj3 = -$this->LineWidth / 2;
$wadj3 = $this->LineWidth;
if ($this->issetBorder($bord, Border::LEFT)) {
$xadj3 += $this->LineWidth;
$wadj3 -= $this->LineWidth;
}
if ($this->issetBorder($bord, Border::RIGHT)) {
$wadj3 -= $this->LineWidth * 2;
}
}
if ($side == 'L') {
$xadj3 = $this->LineWidth / 2;
$yadj3 = -$this->LineWidth / 2;
$hadj3 = $this->LineWidth;
if ($this->issetBorder($bord, Border::TOP)) {
$yadj3 += $this->LineWidth;
$hadj3 -= $this->LineWidth;
}
if ($this->issetBorder($bord, Border::BOTTOM)) {
$hadj3 -= $this->LineWidth * 2;
}
}
if ($side == 'B') {
$yadj3 = $this->LineWidth / 2;
$xadj3 = -$this->LineWidth / 2;
$wadj3 = $this->LineWidth;
}
if ($side == 'R') {
$xadj3 = $this->LineWidth / 2;
$yadj3 = -$this->LineWidth / 2;
$hadj3 = $this->LineWidth;
}
} elseif ($side == 'T') {
$yadj3 = $this->LineWidth / 2;
$xadj3 = $this->LineWidth / 2;
$wadj3 = -$this->LineWidth * 2;
} elseif ($side == 'L') {
$xadj3 = $this->LineWidth / 2;
$yadj3 = $this->LineWidth / 2;
$hadj3 = -$this->LineWidth * 2;
} elseif ($side == 'B' && $bSeparate) {
$yadj3 = $this->LineWidth / 2;
$wadj3 = $this->LineWidth / 2;
} elseif ($side == 'R' && $bSeparate) {
$xadj3 = $this->LineWidth / 2;
$hadj3 = $this->LineWidth / 2;
} elseif ($side == 'B') {
$yadj3 = $this->LineWidth / 2;
$xadj3 = $this->LineWidth / 2;
} elseif ($side == 'R') {
$xadj3 = $this->LineWidth / 2;
$yadj3 = $this->LineWidth / 2;
}
} else {
$nc = $this->colorConverter->lighten($details[$side]['c']);
if ($bSeparate && $cort == 'table') {
if ($side == 'T') {
$yadj3 = $this->LineWidth / 2;
$xadj3 = -$this->LineWidth / 2;
$wadj3 = $this->LineWidth;
if ($this->issetBorder($bord, Border::LEFT)) {
$xadj3 += $this->LineWidth;
$wadj3 -= $this->LineWidth;
}
}
if ($side == 'L') {
$xadj3 = $this->LineWidth / 2;
$yadj3 = -$this->LineWidth / 2;
$hadj3 = $this->LineWidth;
if ($this->issetBorder($bord, Border::TOP)) {
$yadj3 += $this->LineWidth;
$hadj3 -= $this->LineWidth;
}
}
if ($side == 'B') {
$yadj3 = $this->LineWidth / 2;
$xadj3 = -$this->LineWidth / 2;
$wadj3 = $this->LineWidth;
if ($this->issetBorder($bord, Border::LEFT)) {
$xadj3 += $this->LineWidth;
$wadj3 -= $this->LineWidth;
}
}
if ($side == 'R') {
$xadj3 = $this->LineWidth / 2;
$yadj3 = -$this->LineWidth / 2;
$hadj3 = $this->LineWidth;
if ($this->issetBorder($bord, Border::TOP)) {
$yadj3 += $this->LineWidth;
$hadj3 -= $this->LineWidth;
}
}
} elseif ($side == 'T') {
$yadj3 = $this->LineWidth / 2;
$xadj3 = $this->LineWidth / 2;
} elseif ($side == 'L') {
$xadj3 = $this->LineWidth / 2;
$yadj3 = $this->LineWidth / 2;
} elseif ($side == 'B' && $bSeparate) {
$yadj3 = $this->LineWidth / 2;
$xadj3 = $this->LineWidth / 2;
} elseif ($side == 'R' && $bSeparate) {
$xadj3 = $this->LineWidth / 2;
$yadj3 = $this->LineWidth / 2;
} elseif ($side == 'B') {
$yadj3 = $this->LineWidth / 2;
$xadj3 = -$this->LineWidth / 2;
$wadj3 = $this->LineWidth;
} elseif ($side == 'R') {
$xadj3 = $this->LineWidth / 2;
$yadj3 = -$this->LineWidth / 2;
$hadj3 = $this->LineWidth;
}
}
if ($bSeparate) {
$cellBorderOverlay[] = [
'x' => $lx1 + $xadj + $xadj3,
'y' => $ly1 + $yadj + $yadj3,
'x2' => $lx2 - $xadj2 + $xadj3 + $wadj3,
'y2' => $ly2 - $yadj2 + $yadj3 + $hadj3,
'col' => $nc,
'lw' => $this->LineWidth,
];
} else {
$this->SetDColor($nc);
$this->Line($lx1 + $xadj + $xadj3, $ly1 + $yadj + $yadj3, $lx2 - $xadj2 + $xadj3 + $wadj3, $ly2 - $yadj2 + $yadj3 + $hadj3);
}
}
} else {
/* -- END TABLES-ADVANCED-BORDERS -- */
if ($details[$side]['style'] == 'dashed') {
$dashsize = 2; // final dash will be this + 1*linewidth
$dashsizek = 1.5; // ratio of Dash/Blank
$this->SetDash($dashsize, ($dashsize / $dashsizek) + ($this->LineWidth * 2));
} elseif ($details[$side]['style'] == 'dotted') {
$this->SetLineJoin(1);
$this->SetLineCap(1);
$this->SetDash(0.001, ($this->LineWidth * 2));
}
if ($details[$side]['c']) {
$this->SetDColor($details[$side]['c']);
} else {
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
}
$this->Line($lx1 + $xadj, $ly1 + $yadj, $lx2 - $xadj2, $ly2 - $yadj2);
/* -- TABLES-ADVANCED-BORDERS -- */
}
/* -- END TABLES-ADVANCED-BORDERS -- */
// Reset Corners
$this->SetDash();
// BUTT style line cap
$this->SetLineCap(2);
}
}
if ($bSeparate && count($cellBorderOverlay)) {
foreach ($cellBorderOverlay as $cbo) {
$this->SetLineWidth($cbo['lw']);
$this->SetDColor($cbo['col']);
$this->Line($cbo['x'], $cbo['y'], $cbo['x2'], $cbo['y2']);
}
}
// $this->SetLineWidth($oldlinewidth);
// $this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
}
}
/* -- TABLES -- */
/* -- TABLES-ADVANCED-BORDERS -- */
/* -- END TABLES-ADVANCED-BORDERS -- */
function setBorder(&$var, $flag, $set = true)
{
$flag = intval($flag);
if ($set) {
$set = true;
}
$var = intval($var);
$var = $set ? ($var | $flag) : ($var & ~$flag);
}
function issetBorder($var, $flag)
{
$flag = intval($flag);
$var = intval($var);
return (($var & $flag) == $flag);
}
function _table2cellBorder(&$tableb, &$cbdb, &$cellb, $bval)
{
if ($tableb && $tableb['w'] > $cbdb['w']) {
$cbdb = $tableb;
$this->setBorder($cellb, $bval);
} elseif ($tableb && $tableb['w'] == $cbdb['w'] && array_search($tableb['style'], $this->borderstyles) > array_search($cbdb['style'], $this->borderstyles)) {
$cbdb = $tableb;
$this->setBorder($cellb, $bval);
}
}
// FIX BORDERS ********************************************
function _fixTableBorders(&$table)
{
if (!$table['borders_separate'] && $table['border_details']['L']['w']) {
$table['max_cell_border_width']['L'] = $table['border_details']['L']['w'];
}
if (!$table['borders_separate'] && $table['border_details']['R']['w']) {
$table['max_cell_border_width']['R'] = $table['border_details']['R']['w'];
}
if (!$table['borders_separate'] && $table['border_details']['T']['w']) {
$table['max_cell_border_width']['T'] = $table['border_details']['T']['w'];
}
if (!$table['borders_separate'] && $table['border_details']['B']['w']) {
$table['max_cell_border_width']['B'] = $table['border_details']['B']['w'];
}
if ($this->simpleTables) {
return;
}
$cells = &$table['cells'];
$numcols = $table['nc'];
$numrows = $table['nr'];
/* -- TABLES-ADVANCED-BORDERS -- */
if (isset($table['topntail']) && $table['topntail']) {
$tntborddet = $this->border_details($table['topntail']);
}
if (isset($table['thead-underline']) && $table['thead-underline']) {
$thuborddet = $this->border_details($table['thead-underline']);
}
/* -- END TABLES-ADVANCED-BORDERS -- */
for ($i = 0; $i < $numrows; $i++) { // Rows
for ($j = 0; $j < $numcols; $j++) { // Columns
if (isset($cells[$i][$j]) && $cells[$i][$j]) {
$cell = &$cells[$i][$j];
if ($this->packTableData) {
$cbord = $this->_unpackCellBorder($cell['borderbin']);
} else {
$cbord = &$cells[$i][$j];
}
// mPDF 5.7.3
if (!$cbord['border'] && $cbord['border'] !== 0 && isset($table['border']) && $table['border'] && $this->table_border_attr_set) {
$cbord['border'] = $table['border'];
$cbord['border_details'] = $table['border_details'];
}
if (isset($cell['colspan']) && $cell['colspan'] > 1) {
$ccolsp = $cell['colspan'];
} else {
$ccolsp = 1;
}
if (isset($cell['rowspan']) && $cell['rowspan'] > 1) {
$crowsp = $cell['rowspan'];
} else {
$crowsp = 1;
}
$cbord['border_details']['cellposdom'] = ((($i + 1) / $numrows) / 10000 ) + ((($j + 1) / $numcols) / 10 );
// Inherit Cell border from Table border
if ($this->table_border_css_set && !$table['borders_separate']) {
if ($i == 0) {
$this->_table2cellBorder($table['border_details']['T'], $cbord['border_details']['T'], $cbord['border'], Border::TOP);
}
if ($i == ($numrows - 1) || ($i + $crowsp) == ($numrows)) {
$this->_table2cellBorder($table['border_details']['B'], $cbord['border_details']['B'], $cbord['border'], Border::BOTTOM);
}
if ($j == 0) {
$this->_table2cellBorder($table['border_details']['L'], $cbord['border_details']['L'], $cbord['border'], Border::LEFT);
}
if ($j == ($numcols - 1) || ($j + $ccolsp) == ($numcols)) {
$this->_table2cellBorder($table['border_details']['R'], $cbord['border_details']['R'], $cbord['border'], Border::RIGHT);
}
}
/* -- TABLES-ADVANCED-BORDERS -- */
$fixbottom = true;
if (isset($table['topntail']) && $table['topntail']) {
if ($i == 0) {
$cbord['border_details']['T'] = $tntborddet;
$this->setBorder($cbord['border'], Border::TOP);
}
if ($this->tableLevel == 1 && $table['headernrows'] > 0 && $i == $table['headernrows'] - 1) {
$cbord['border_details']['B'] = $tntborddet;
$this->setBorder($cbord['border'], Border::BOTTOM);
$fixbottom = false;
} elseif ($this->tableLevel == 1 && $table['headernrows'] > 0 && $i == $table['headernrows']) {
if (!$table['borders_separate']) {
$cbord['border_details']['T'] = $tntborddet;
$this->setBorder($cbord['border'], Border::TOP);
}
}
if ($this->tableLevel == 1 && $table['footernrows'] > 0 && $i == ($numrows - $table['footernrows'] - 1)) {
if (!$table['borders_separate']) {
$cbord['border_details']['B'] = $tntborddet;
$this->setBorder($cbord['border'], Border::BOTTOM);
$fixbottom = false;
}
} elseif ($this->tableLevel == 1 && $table['footernrows'] > 0 && $i == ($numrows - $table['footernrows'])) {
$cbord['border_details']['T'] = $tntborddet;
$this->setBorder($cbord['border'], Border::TOP);
}
if ($this->tabletheadjustfinished) { // $this->tabletheadjustfinished called from tableheader
if (!$table['borders_separate']) {
$cbord['border_details']['T'] = $tntborddet;
$this->setBorder($cbord['border'], Border::TOP);
}
}
if ($i == ($numrows - 1) || ($i + $crowsp) == ($numrows)) {
$cbord['border_details']['B'] = $tntborddet;
$this->setBorder($cbord['border'], Border::BOTTOM);
}
}
if (isset($table['thead-underline']) && $table['thead-underline']) {
if ($table['borders_separate']) {
if ($i == 0) {
$cbord['border_details']['B'] = $thuborddet;
$this->setBorder($cbord['border'], Border::BOTTOM);
$fixbottom = false;
}
} else {
if ($this->tableLevel == 1 && $table['headernrows'] > 0 && $i == $table['headernrows'] - 1) {
$cbord['border_details']['T'] = $thuborddet;
$this->setBorder($cbord['border'], Border::TOP);
} elseif ($this->tabletheadjustfinished) { // $this->tabletheadjustfinished called from tableheader
$cbord['border_details']['T'] = $thuborddet;
$this->setBorder($cbord['border'], Border::TOP);
}
}
}
// Collapse Border - Algorithm for conflicting borders
// Hidden >> Width >> double>solid>dashed>dotted... >> style set on cell>table >> top/left>bottom/right
// Do not turn off border which is overridden
// Needed for page break for TOP/BOTTOM both to be defined in Collapsed borders
// Means it is painted twice. (Left/Right can still disable overridden border)
if (!$table['borders_separate']) {
if (($i < ($numrows - 1) || ($i + $crowsp) < $numrows ) && $fixbottom) { // Bottom
for ($cspi = 0; $cspi < $ccolsp; $cspi++) {
// already defined Top for adjacent cell below
if (isset($cells[($i + $crowsp)][$j + $cspi])) {
if ($this->packTableData) {
$adjc = $cells[($i + $crowsp)][$j + $cspi];
$celladj = $this->_unpackCellBorder($adjc['borderbin']);
} else {
$celladj = & $cells[($i + $crowsp)][$j + $cspi];
}
} else {
$celladj = false;
}
if (isset($celladj['border_details']['T']['s']) && $celladj['border_details']['T']['s'] == 1) {
$csadj = $celladj['border_details']['T']['w'];
$csthis = $cbord['border_details']['B']['w'];
// Hidden
if ($cbord['border_details']['B']['style'] == 'hidden') {
$celladj['border_details']['T'] = $cbord['border_details']['B'];
$this->setBorder($celladj['border'], Border::TOP, false);
$this->setBorder($cbord['border'], Border::BOTTOM, false);
} elseif ($celladj['border_details']['T']['style'] == 'hidden') {
$cbord['border_details']['B'] = $celladj['border_details']['T'];
$this->setBorder($cbord['border'], Border::BOTTOM, false);
$this->setBorder($celladj['border'], Border::TOP, false);
} elseif ($csthis > $csadj) { // Width
if (!isset($cells[($i + $crowsp)][$j + $cspi]['colspan']) || (isset($cells[($i + $crowsp)][$j + $cspi]['colspan']) && $cells[($i + $crowsp)][$j + $cspi]['colspan'] < 2)) { // don't overwrite bordering cells that span
$celladj['border_details']['T'] = $cbord['border_details']['B'];
$this->setBorder($cbord['border'], Border::BOTTOM);
}
} elseif ($csadj > $csthis) {
if ($ccolsp < 2) { // don't overwrite this cell if it spans
$cbord['border_details']['B'] = $celladj['border_details']['T'];
$this->setBorder($celladj['border'], Border::TOP);
}
} elseif (array_search($cbord['border_details']['B']['style'], $this->borderstyles) > array_search($celladj['border_details']['T']['style'], $this->borderstyles)) { // double>solid>dashed>dotted...
if (!isset($cells[($i + $crowsp)][$j + $cspi]['colspan']) || (isset($cells[($i + $crowsp)][$j + $cspi]['colspan']) && $cells[($i + $crowsp)][$j + $cspi]['colspan'] < 2)) { // don't overwrite bordering cells that span
$celladj['border_details']['T'] = $cbord['border_details']['B'];
$this->setBorder($cbord['border'], Border::BOTTOM);
}
} elseif (array_search($celladj['border_details']['T']['style'], $this->borderstyles) > array_search($cbord['border_details']['B']['style'], $this->borderstyles)) {
if ($ccolsp < 2) { // don't overwrite this cell if it spans
$cbord['border_details']['B'] = $celladj['border_details']['T'];
$this->setBorder($celladj['border'], Border::TOP);
}
} elseif ($celladj['border_details']['T']['dom'] > $celladj['border_details']['B']['dom']) { // Style set on cell vs. table
if ($ccolsp < 2) { // don't overwrite this cell if it spans
$cbord['border_details']['B'] = $celladj['border_details']['T'];
$this->setBorder($celladj['border'], Border::TOP);
}
} else { // Style set on cell vs. table - OR - LEFT/TOP (cell) in preference to BOTTOM/RIGHT
if (!isset($cells[($i + $crowsp)][$j + $cspi]['colspan']) || (isset($cells[($i + $crowsp)][$j + $cspi]['colspan']) && $cells[($i + $crowsp)][$j + $cspi]['colspan'] < 2)) { // don't overwrite bordering cells that span
$celladj['border_details']['T'] = $cbord['border_details']['B'];
$this->setBorder($cbord['border'], Border::BOTTOM);
}
}
} elseif ($celladj) {
if (!isset($cells[($i + $crowsp)][$j + $cspi]['colspan']) || (isset($cells[($i + $crowsp)][$j + $cspi]['colspan']) && $cells[($i + $crowsp)][$j + $cspi]['colspan'] < 2)) { // don't overwrite bordering cells that span
$celladj['border_details']['T'] = $cbord['border_details']['B'];
}
}
// mPDF 5.7.4
if ($celladj && $this->packTableData) {
$cells[$i + $crowsp][$j + $cspi]['borderbin'] = $this->_packCellBorder($celladj);
}
unset($celladj);
}
}
if ($j < ($numcols - 1) || ($j + $ccolsp) < $numcols) { // Right-Left
for ($cspi = 0; $cspi < $crowsp; $cspi++) {
// already defined Left for adjacent cell to R
if (isset($cells[($i + $cspi)][$j + $ccolsp])) {
if ($this->packTableData) {
$adjc = $cells[($i + $cspi)][$j + $ccolsp];
$celladj = $this->_unpackCellBorder($adjc['borderbin']);
} else {
$celladj = & $cells[$i + $cspi][$j + $ccolsp];
}
} else {
$celladj = false;
}
if ($celladj && $celladj['border_details']['L']['s'] == 1) {
$csadj = $celladj['border_details']['L']['w'];
$csthis = $cbord['border_details']['R']['w'];
// Hidden
if ($cbord['border_details']['R']['style'] == 'hidden') {
$celladj['border_details']['L'] = $cbord['border_details']['R'];
$this->setBorder($celladj['border'], Border::LEFT, false);
$this->setBorder($cbord['border'], Border::RIGHT, false);
} elseif ($celladj['border_details']['L']['style'] == 'hidden') {
$cbord['border_details']['R'] = $celladj['border_details']['L'];
$this->setBorder($cbord['border'], Border::RIGHT, false);
$this->setBorder($celladj['border'], Border::LEFT, false);
} // Width
elseif ($csthis > $csadj) {
if (!isset($cells[($i + $cspi)][$j + $ccolsp]['rowspan']) || (isset($cells[($i + $cspi)][$j + $ccolsp]['rowspan']) && $cells[($i + $cspi)][$j + $ccolsp]['rowspan'] < 2)) { // don't overwrite bordering cells that span
$celladj['border_details']['L'] = $cbord['border_details']['R'];
$this->setBorder($cbord['border'], Border::RIGHT);
$this->setBorder($celladj['border'], Border::LEFT, false);
}
} elseif ($csadj > $csthis) {
if ($crowsp < 2) { // don't overwrite this cell if it spans
$cbord['border_details']['R'] = $celladj['border_details']['L'];
$this->setBorder($cbord['border'], Border::RIGHT, false);
$this->setBorder($celladj['border'], Border::LEFT);
}
} // double>solid>dashed>dotted...
elseif (array_search($cbord['border_details']['R']['style'], $this->borderstyles) > array_search($celladj['border_details']['L']['style'], $this->borderstyles)) {
if (!isset($cells[($i + $cspi)][$j + $ccolsp]['rowspan']) || (isset($cells[($i + $cspi)][$j + $ccolsp]['rowspan']) && $cells[($i + $cspi)][$j + $ccolsp]['rowspan'] < 2)) { // don't overwrite bordering cells that span
$celladj['border_details']['L'] = $cbord['border_details']['R'];
$this->setBorder($celladj['border'], Border::LEFT, false);
$this->setBorder($cbord['border'], Border::RIGHT);
}
} elseif (array_search($celladj['border_details']['L']['style'], $this->borderstyles) > array_search($cbord['border_details']['R']['style'], $this->borderstyles)) {
if ($crowsp < 2) { // don't overwrite this cell if it spans
$cbord['border_details']['R'] = $celladj['border_details']['L'];
$this->setBorder($cbord['border'], Border::RIGHT, false);
$this->setBorder($celladj['border'], Border::LEFT);
}
} // Style set on cell vs. table
elseif ($celladj['border_details']['L']['dom'] > $cbord['border_details']['R']['dom']) {
if ($crowsp < 2) { // don't overwrite this cell if it spans
$cbord['border_details']['R'] = $celladj['border_details']['L'];
$this->setBorder($celladj['border'], Border::LEFT);
}
} // Style set on cell vs. table - OR - LEFT/TOP (cell) in preference to BOTTOM/RIGHT
else {
if (!isset($cells[($i + $cspi)][$j + $ccolsp]['rowspan']) || (isset($cells[($i + $cspi)][$j + $ccolsp]['rowspan']) && $cells[($i + $cspi)][$j + $ccolsp]['rowspan'] < 2)) { // don't overwrite bordering cells that span
$celladj['border_details']['L'] = $cbord['border_details']['R'];
$this->setBorder($cbord['border'], Border::RIGHT);
}
}
} elseif ($celladj) {
// if right-cell border is not set
if (!isset($cells[($i + $cspi)][$j + $ccolsp]['rowspan']) || (isset($cells[($i + $cspi)][$j + $ccolsp]['rowspan']) && $cells[($i + $cspi)][$j + $ccolsp]['rowspan'] < 2)) { // don't overwrite bordering cells that span
$celladj['border_details']['L'] = $cbord['border_details']['R'];
}
}
// mPDF 5.7.4
if ($celladj && $this->packTableData) {
$cells[$i + $cspi][$j + $ccolsp]['borderbin'] = $this->_packCellBorder($celladj);
}
unset($celladj);
}
}
}
// Set maximum cell border width meeting at LRTB edges of cell - used for extended cell border
// ['border_details']['mbw']['LT'] = meeting border width - Left border - Top end
if (!$table['borders_separate']) {
$cbord['border_details']['mbw']['BL'] = max($cbord['border_details']['mbw']['BL'], $cbord['border_details']['L']['w']);
$cbord['border_details']['mbw']['BR'] = max($cbord['border_details']['mbw']['BR'], $cbord['border_details']['R']['w']);
$cbord['border_details']['mbw']['RT'] = max($cbord['border_details']['mbw']['RT'], $cbord['border_details']['T']['w']);
$cbord['border_details']['mbw']['RB'] = max($cbord['border_details']['mbw']['RB'], $cbord['border_details']['B']['w']);
$cbord['border_details']['mbw']['TL'] = max($cbord['border_details']['mbw']['TL'], $cbord['border_details']['L']['w']);
$cbord['border_details']['mbw']['TR'] = max($cbord['border_details']['mbw']['TR'], $cbord['border_details']['R']['w']);
$cbord['border_details']['mbw']['LT'] = max($cbord['border_details']['mbw']['LT'], $cbord['border_details']['T']['w']);
$cbord['border_details']['mbw']['LB'] = max($cbord['border_details']['mbw']['LB'], $cbord['border_details']['B']['w']);
if (($i + $crowsp) < $numrows && isset($cells[$i + $crowsp][$j])) { // Has Bottom adjoining cell
if ($this->packTableData) {
$adjc = $cells[$i + $crowsp][$j];
$celladj = $this->_unpackCellBorder($adjc['borderbin']);
} else {
$celladj = & $cells[$i + $crowsp][$j];
}
$cbord['border_details']['mbw']['BL'] = max(
$cbord['border_details']['mbw']['BL'],
$celladj ? $celladj['border_details']['L']['w'] : 0,
$celladj ? $celladj['border_details']['mbw']['TL']: 0
);
$cbord['border_details']['mbw']['BR'] = max(
$cbord['border_details']['mbw']['BR'],
$celladj ? $celladj['border_details']['R']['w'] : 0,
$celladj ? $celladj['border_details']['mbw']['TR']: 0
);
$cbord['border_details']['mbw']['LB'] = max(
$cbord['border_details']['mbw']['LB'],
$celladj ? $celladj['border_details']['mbw']['LT'] : 0
);
$cbord['border_details']['mbw']['RB'] = max(
$cbord['border_details']['mbw']['RB'],
$celladj ? $celladj['border_details']['mbw']['RT'] : 0
);
unset($celladj);
}
if (($j + $ccolsp) < $numcols && isset($cells[$i][$j + $ccolsp])) { // Has Right adjoining cell
if ($this->packTableData) {
$adjc = $cells[$i][$j + $ccolsp];
$celladj = $this->_unpackCellBorder($adjc['borderbin']);
} else {
$celladj = & $cells[$i][$j + $ccolsp];
}
$cbord['border_details']['mbw']['RT'] = max(
$cbord['border_details']['mbw']['RT'],
$celladj ? $celladj['border_details']['T']['w'] : 0,
$celladj ? $celladj['border_details']['mbw']['LT'] : 0
);
$cbord['border_details']['mbw']['RB'] = max(
$cbord['border_details']['mbw']['RB'],
$celladj ? $celladj['border_details']['B']['w'] : 0,
$celladj ? $celladj['border_details']['mbw']['LB'] : 0
);
$cbord['border_details']['mbw']['TR'] = max(
$cbord['border_details']['mbw']['TR'],
$celladj ? $celladj['border_details']['mbw']['TL'] : 0
);
$cbord['border_details']['mbw']['BR'] = max(
$cbord['border_details']['mbw']['BR'],
$celladj ? $celladj['border_details']['mbw']['BL'] : 0
);
unset($celladj);
}
if ($i > 0 && isset($cells[$i - 1][$j]) && is_array($cells[$i - 1][$j]) && (($this->packTableData && $cells[$i - 1][$j]['borderbin']) || $cells[$i - 1][$j]['border'])) { // Has Top adjoining cell
if ($this->packTableData) {
$adjc = $cells[$i - 1][$j];
$celladj = $this->_unpackCellBorder($adjc['borderbin']);
} else {
$celladj = & $cells[$i - 1][$j];
}
$cbord['border_details']['mbw']['TL'] = max(
$cbord['border_details']['mbw']['TL'],
$celladj ? $celladj['border_details']['L']['w'] : 0,
$celladj ? $celladj['border_details']['mbw']['BL'] : 0
);
$cbord['border_details']['mbw']['TR'] = max(
$cbord['border_details']['mbw']['TR'],
$celladj ? $celladj['border_details']['R']['w'] : 0,
$celladj ? $celladj['border_details']['mbw']['BR'] : 0
);
$cbord['border_details']['mbw']['LT'] = max(
$cbord['border_details']['mbw']['LT'],
$celladj ? $celladj['border_details']['mbw']['LB'] : 0
);
$cbord['border_details']['mbw']['RT'] = max(
$cbord['border_details']['mbw']['RT'],
$celladj ? $celladj['border_details']['mbw']['RB'] : 0
);
if ($celladj['border_details']['mbw']['BL']) {
$celladj['border_details']['mbw']['BL'] = max($cbord['border_details']['mbw']['TL'], $celladj['border_details']['mbw']['BL']);
}
if ($celladj['border_details']['mbw']['BR']) {
$celladj['border_details']['mbw']['BR'] = max($celladj['border_details']['mbw']['BR'], $cbord['border_details']['mbw']['TR']);
}
if ($this->packTableData) {
$cells[$i - 1][$j]['borderbin'] = $this->_packCellBorder($celladj);
}
unset($celladj);
}
if ($j > 0 && isset($cells[$i][$j - 1]) && is_array($cells[$i][$j - 1]) && (($this->packTableData && $cells[$i][$j - 1]['borderbin']) || $cells[$i][$j - 1]['border'])) { // Has Left adjoining cell
if ($this->packTableData) {
$adjc = $cells[$i][$j - 1];
$celladj = $this->_unpackCellBorder($adjc['borderbin']);
} else {
$celladj = & $cells[$i][$j - 1];
}
$cbord['border_details']['mbw']['LT'] = max(
$cbord['border_details']['mbw']['LT'],
$celladj ? $celladj['border_details']['T']['w'] : 0,
$celladj ? $celladj['border_details']['mbw']['RT'] : 0
);
$cbord['border_details']['mbw']['LB'] = max(
$cbord['border_details']['mbw']['LB'],
$celladj ? $celladj['border_details']['B']['w'] : 0,
$celladj ? $celladj['border_details']['mbw']['RB'] : 0
);
$cbord['border_details']['mbw']['BL'] = max(
$cbord['border_details']['mbw']['BL'],
$celladj ? $celladj['border_details']['mbw']['BR'] : 0
);
$cbord['border_details']['mbw']['TL'] = max(
$cbord['border_details']['mbw']['TL'],
$celladj ? $celladj['border_details']['mbw']['TR'] : 0
);
if ($celladj['border_details']['mbw']['RT']) {
$celladj['border_details']['mbw']['RT'] = max($celladj['border_details']['mbw']['RT'], $cbord['border_details']['mbw']['LT']);
}
if ($celladj['border_details']['mbw']['RB']) {
$celladj['border_details']['mbw']['RB'] = max($celladj['border_details']['mbw']['RB'], $cbord['border_details']['mbw']['LB']);
}
if ($this->packTableData) {
$cells[$i][$j - 1]['borderbin'] = $this->_packCellBorder($celladj);
}
unset($celladj);
}
// Update maximum cell border width at LRTB edges of table - used for overall table width
if ($j == 0 && $cbord['border_details']['L']['w']) {
$table['max_cell_border_width']['L'] = max($table['max_cell_border_width']['L'], $cbord['border_details']['L']['w']);
}
if (($j == ($numcols - 1) || ($j + $ccolsp) == $numcols ) && $cbord['border_details']['R']['w']) {
$table['max_cell_border_width']['R'] = max($table['max_cell_border_width']['R'], $cbord['border_details']['R']['w']);
}
if ($i == 0 && $cbord['border_details']['T']['w']) {
$table['max_cell_border_width']['T'] = max($table['max_cell_border_width']['T'], $cbord['border_details']['T']['w']);
}
if (($i == ($numrows - 1) || ($i + $crowsp) == $numrows ) && $cbord['border_details']['B']['w']) {
$table['max_cell_border_width']['B'] = max($table['max_cell_border_width']['B'], $cbord['border_details']['B']['w']);
}
}
/* -- END TABLES-ADVANCED-BORDERS -- */
if ($this->packTableData) {
$cell['borderbin'] = $this->_packCellBorder($cbord);
}
unset($cbord);
unset($cell);
}
}
}
unset($cell);
}
// END FIX BORDERS ************************************************************************************
function _reverseTableDir(&$table)
{
$cells = &$table['cells'];
$numcols = $table['nc'];
$numrows = $table['nr'];
for ($i = 0; $i < $numrows; $i++) { // Rows
$row = [];
for ($j = ($numcols - 1); $j >= 0; $j--) { // Columns
if (isset($cells[$i][$j]) && $cells[$i][$j]) {
$cell = &$cells[$i][$j];
$col = $numcols - $j - 1;
if (isset($cell['colspan']) && $cell['colspan'] > 1) {
$col -= ($cell['colspan'] - 1);
}
// Nested content
if (isset($cell['textbuffer'])) {
for ($n = 0; $n < count($cell['textbuffer']); $n++) {
$t = $cell['textbuffer'][$n][0];
if (substr($t, 0, 19) == "\xbb\xa4\xactype=nestedtable") {
$objattr = $this->_getObjAttr($t);
$objattr['col'] = $col;
$cell['textbuffer'][$n][0] = "\xbb\xa4\xactype=nestedtable,objattr=" . serialize($objattr) . "\xbb\xa4\xac";
$this->table[($this->tableLevel + 1)][$objattr['nestedcontent']]['nestedpos'][1] = $col;
}
}
}
$row[$col] = $cells[$i][$j];
unset($cell);
}
}
for ($f = 0; $f < $numcols; $f++) {
if (!isset($row[$f])) {
$row[$f] = 0;
}
}
$table['cells'][$i] = $row;
}
}
function _tableWrite(&$table, $split = false, $startrow = 0, $startcol = 0, $splitpg = 0, $rety = 0)
{
$level = $table['level'];
$levelid = $table['levelid'];
$cells = &$table['cells'];
$numcols = $table['nc'];
$numrows = $table['nr'];
$maxbwtop = 0;
if ($this->ColActive && $level == 1) {
$this->breakpoints[$this->CurrCol][] = $this->y;
} // *COLUMNS*
if (!$split || ($startrow == 0 && $splitpg == 0) || $startrow > 0) {
// TABLE TOP MARGIN
if ($table['margin']['T']) {
if (!$this->table_rotate && $level == 1) {
$this->DivLn($table['margin']['T'], $this->blklvl, true, 1); // collapsible
} else {
$this->y += ($table['margin']['T']);
}
}
// Advance down page by half width of top border
if ($table['borders_separate']) {
if ($startrow > 0 && (!isset($table['is_thead']) || count($table['is_thead']) == 0)) {
$adv = $table['border_spacing_V'] / 2;
} else {
$adv = $table['padding']['T'] + $table['border_details']['T']['w'] + $table['border_spacing_V'] / 2;
}
} else {
$adv = $table['max_cell_border_width']['T'] / 2;
}
if (!$this->table_rotate && $level == 1) {
$this->DivLn($adv);
} else {
$this->y += $adv;
}
}
if ($level == 1) {
$this->x = $this->lMargin + $this->blk[$this->blklvl]['outer_left_margin'] + $this->blk[$this->blklvl]['padding_left'] + $this->blk[$this->blklvl]['border_left']['w'];
$x0 = $this->x;
$y0 = $this->y;
$right = $x0 + $this->blk[$this->blklvl]['inner_width'];
$outerfilled = $this->y; // Keep track of how far down the outer DIV bgcolor is painted (NB rowspans)
$this->outerfilled = $this->y;
$this->colsums = [];
} else {
$x0 = $this->x;
$y0 = $this->y;
$right = $x0 + $table['w'];
}
if ($this->table_rotate) {
$temppgwidth = $this->tbrot_maxw;
$this->PageBreakTrigger = $pagetrigger = $y0 + ($this->blk[$this->blklvl]['inner_width']);
if ($level == 1) {
$this->tbrot_y0 = $this->y - $adv - $table['margin']['T'];
$this->tbrot_x0 = $this->x;
$this->tbrot_w = $table['w'];
if ($table['borders_separate']) {
$this->tbrot_h = $table['margin']['T'] + $table['padding']['T'] + $table['border_details']['T']['w'] + $table['border_spacing_V'] / 2;
} else {
$this->tbrot_h = $table['margin']['T'] + $table['padding']['T'] + $table['max_cell_border_width']['T'];
}
}
} else {
$this->PageBreakTrigger = $pagetrigger = ($this->h - $this->bMargin);
if ($level == 1) {
$temppgwidth = $this->blk[$this->blklvl]['inner_width'];
if (isset($table['a']) and ( $table['w'] < $this->blk[$this->blklvl]['inner_width'])) {
if ($table['a'] == 'C') {
$x0 += ((($right - $x0) - $table['w']) / 2);
} elseif ($table['a'] == 'R') {
$x0 = $right - $table['w'];
}
}
} else {
$temppgwidth = $table['w'];
}
}
if (!isset($table['overflow'])) {
$table['overflow'] = null;
}
if ($table['overflow'] == 'hidden' && $level == 1 && !$this->table_rotate && !$this->ColActive) {
// Bounding rectangle to clip
$this->tableClipPath = sprintf('q %.3F %.3F %.3F %.3F re W n', $x0 * Mpdf::SCALE, $this->h * Mpdf::SCALE, $this->blk[$this->blklvl]['inner_width'] * Mpdf::SCALE, -$this->h * Mpdf::SCALE);
$this->writer->write($this->tableClipPath);
} else {
$this->tableClipPath = '';
}
if ($table['borders_separate']) {
$indent = $table['margin']['L'] + $table['border_details']['L']['w'] + $table['padding']['L'] + $table['border_spacing_H'] / 2;
} else {
$indent = $table['margin']['L'] + $table['max_cell_border_width']['L'] / 2;
}
$x0 += $indent;
$returny = 0;
$lastCol = 0;
$tableheader = [];
$tablefooter = [];
$tableheaderrowheight = 0;
$tablefooterrowheight = 0;
$footery = 0;
// mPD 3.0 Set the Page & Column where table starts
if (($this->mirrorMargins) && (($this->page) % 2 == 0)) { // EVEN
$tablestartpage = 'EVEN';
} elseif (($this->mirrorMargins) && (($this->page) % 2 == 1)) { // ODD
$tablestartpage = 'ODD';
} else {
$tablestartpage = '';
}
if ($this->ColActive) {
$tablestartcolumn = $this->CurrCol;
} else {
$tablestartcolumn = '';
}
$y = $h = 0;
for ($i = 0; $i < $numrows; $i++) { // Rows
if (isset($table['is_tfoot'][$i]) && $table['is_tfoot'][$i] && $level == 1) {
$tablefooterrowheight += $table['hr'][$i];
$tablefooter[$i][0]['trbackground-images'] = $table['trbackground-images'][$i];
$tablefooter[$i][0]['trgradients'] = $table['trgradients'][$i];
$tablefooter[$i][0]['trbgcolor'] = $table['bgcolor'][$i];
for ($j = $startcol; $j < $numcols; $j++) { // Columns
if (isset($cells[$i][$j]) && $cells[$i][$j]) {
$cell = &$cells[$i][$j];
if ($split) {
if ($table['colPg'][$j] != $splitpg) {
continue;
}
[$x, $w] = $this->_splitTableGetWidth($table, $i, $j);
$js = $j - $startcol;
} else {
[$x, $w] = $this->_tableGetWidth($table, $i, $j);
$js = $j;
}
[$y, $h] = $this->_tableGetHeight($table, $i, $j);
$x += $x0;
$y += $y0;
// Get info of tfoot ==>> table footer
$tablefooter[$i][$js]['x'] = $x;
$tablefooter[$i][$js]['y'] = $y;
$tablefooter[$i][$js]['h'] = $h;
$tablefooter[$i][$js]['w'] = $w;
if (isset($cell['textbuffer'])) {
$tablefooter[$i][$js]['textbuffer'] = $cell['textbuffer'];
} else {
$tablefooter[$i][$js]['textbuffer'] = '';
}
$tablefooter[$i][$js]['a'] = $cell['a'];
$tablefooter[$i][$js]['R'] = $cell['R'];
$tablefooter[$i][$js]['va'] = $cell['va'];
$tablefooter[$i][$js]['mih'] = $cell['mih'];
if (isset($cell['gradient'])) {
$tablefooter[$i][$js]['gradient'] = $cell['gradient']; // *BACKGROUNDS*
}
if (isset($cell['background-image'])) {
$tablefooter[$i][$js]['background-image'] = $cell['background-image']; // *BACKGROUNDS*
}
// CELL FILL BGCOLOR
if (!$this->simpleTables) {
if ($this->packTableData) {
$c = $this->_unpackCellBorder($cell['borderbin']);
$tablefooter[$i][$js]['border'] = $c['border'];
$tablefooter[$i][$js]['border_details'] = $c['border_details'];
} else {
$tablefooter[$i][$js]['border'] = $cell['border'];
$tablefooter[$i][$js]['border_details'] = $cell['border_details'];
}
} elseif ($this->simpleTables) {
$tablefooter[$i][$js]['border'] = $table['simple']['border'];
$tablefooter[$i][$js]['border_details'] = $table['simple']['border_details'];
}
$tablefooter[$i][$js]['bgcolor'] = $cell['bgcolor'];
$tablefooter[$i][$js]['padding'] = $cell['padding'];
if (isset($cell['rowspan'])) {
$tablefooter[$i][$js]['rowspan'] = $cell['rowspan'];
}
if (isset($cell['colspan'])) {
$tablefooter[$i][$js]['colspan'] = $cell['colspan'];
}
if (isset($cell['direction'])) {
$tablefooter[$i][$js]['direction'] = $cell['direction'];
}
if (isset($cell['cellLineHeight'])) {
$tablefooter[$i][$js]['cellLineHeight'] = $cell['cellLineHeight'];
}
if (isset($cell['cellLineStackingStrategy'])) {
$tablefooter[$i][$js]['cellLineStackingStrategy'] = $cell['cellLineStackingStrategy'];
}
if (isset($cell['cellLineStackingShift'])) {
$tablefooter[$i][$js]['cellLineStackingShift'] = $cell['cellLineStackingShift'];
}
}
}
}
}
if ($level == 1) {
$this->writer->write('___TABLE___BACKGROUNDS' . $this->uniqstr);
}
$tableheaderadj = 0;
$tablefooteradj = 0;
$tablestartpageno = $this->page;
// Draw Table Contents and Borders
for ($i = 0; $i < $numrows; $i++) { // Rows
if ($split && $startrow > 0) {
$thnr = (isset($table['is_thead']) ? count($table['is_thead']) : 0);
if ($i >= $thnr && $i < $startrow) {
continue;
}
if ($i == $startrow) {
$returny = $rety - $tableheaderrowheight;
}
}
// Get Maximum row/cell height in row - including rowspan>1 + 1 overlapping
$maxrowheight = $this->_tableGetMaxRowHeight($table, $i);
$skippage = false;
$newpagestarted = false;
for ($j = $startcol; $j < $numcols; $j++) { // Columns
if ($split) {
if ($table['colPg'][$j] > $splitpg) {
break;
}
$lastCol = $j;
}
if (isset($cells[$i][$j]) && $cells[$i][$j]) {
$cell = &$cells[$i][$j];
if ($split) {
$lastCol = $j + (isset($cell['colspan']) ? ($cell['colspan'] - 1) : 0);
[$x, $w] = $this->_splitTableGetWidth($table, $i, $j);
} else {
[$x, $w] = $this->_tableGetWidth($table, $i, $j);
}
[$y, $h] = $this->_tableGetHeight($table, $i, $j);
$x += $x0;
$y += $y0;
$y -= $returny;
if ($table['borders_separate']) {
if (!empty($tablefooter) || $i == ($numrows - 1) || (isset($cell['rowspan']) && ($i + $cell['rowspan']) == $numrows) || (!isset($cell['rowspan']) && ($i + 1) == $numrows)) {
$extra = $table['padding']['B'] + $table['border_details']['B']['w'] + $table['border_spacing_V'] / 2;
// $extra = $table['margin']['B'] + $table['padding']['B'] + $table['border_details']['B']['w'] + $table['border_spacing_V']/2;
} else {
$extra = $table['border_spacing_V'] / 2;
}
} else {
$extra = $table['max_cell_border_width']['B'] / 2;
}
if ($j == $startcol && ((($y + $maxrowheight + $extra ) > ($pagetrigger + 0.001)) || (($this->keepColumns || !$this->ColActive) && !empty($tablefooter) && ($y + $maxrowheight + $tablefooterrowheight + $extra) > $pagetrigger) && ($this->tableLevel == 1 && $i < ($numrows - $table['headernrows']))) && ($y0 > 0 || $x0 > 0) && !$this->InFooter && $this->autoPageBreak) {
if (!$skippage) {
$finalSpread = true;
$firstSpread = true;
if ($split) {
for ($t = $startcol; $t < $numcols; $t++) {
// Are there more columns to print on a next page?
if ($table['colPg'][$t] > $splitpg) {
$finalSpread = false;
break;
}
}
if ($startcol > 0) {
$firstSpread = false;
}
}
if (($this->keepColumns || !$this->ColActive) && !empty($tablefooter) && $i > 0) {
$this->y = $y;
$ya = $this->y;
$this->TableHeaderFooter($tablefooter, $tablestartpage, $tablestartcolumn, 'F', $level, $firstSpread, $finalSpread);
if ($this->table_rotate) {
$this->tbrot_h += $this->y - $ya;
}
$tablefooteradj = $this->y - $ya;
}
$y -= $y0;
$returny += $y;
$oldcolumn = $this->CurrCol;
if ($this->AcceptPageBreak()) {
$newpagestarted = true;
$this->y = $y + $y0;
// Move down to account for border-spacing or
// extra half border width in case page breaks in middle
if ($i > 0 && !$this->table_rotate && $level == 1 && !$this->ColActive) {
if ($table['borders_separate']) {
$adv = $table['border_spacing_V'] / 2;
// If table footer
if (($this->keepColumns || !$this->ColActive) && !empty($tablefooter) && $i > 0) {
$adv += ($table['padding']['B'] + $table['border_details']['B']['w']);
}
} else {
$maxbwtop = 0;
$maxbwbottom = 0;
if (!$this->simpleTables) {
if (!empty($tablefooter)) {
$maxbwbottom = $table['max_cell_border_width']['B'];
} else {
$brow = $i - 1;
for ($ctj = 0; $ctj < $numcols; $ctj++) {
if (isset($cells[$brow][$ctj]) && $cells[$brow][$ctj]) {
if ($this->packTableData) {
[$bt, $br, $bb, $bl] = $this->_getBorderWidths($cells[$brow][$ctj]['borderbin']);
} else {
$bb = $cells[$brow][$ctj]['border_details']['B']['w'];
}
$maxbwbottom = max($maxbwbottom, $bb);
}
}
}
if (!empty($tableheader)) {
$maxbwtop = $table['max_cell_border_width']['T'];
} else {
$trow = $i - 1;
for ($ctj = 0; $ctj < $numcols; $ctj++) {
if (isset($cells[$trow][$ctj]) && $cells[$trow][$ctj]) {
if ($this->packTableData) {
[$bt, $br, $bb, $bl] = $this->_getBorderWidths($cells[$trow][$ctj]['borderbin']);
} else {
$bt = $cells[$trow][$ctj]['border_details']['T']['w'];
}
$maxbwtop = max($maxbwtop, $bt);
}
}
}
} elseif ($this->simpleTables) {
$maxbwtop = $table['simple']['border_details']['T']['w'];
$maxbwbottom = $table['simple']['border_details']['B']['w'];
}
$adv = $maxbwbottom / 2;
}
$this->y += $adv;
}
// Rotated table split over pages - needs this->y for borders/backgrounds
if ($i > 0 && $this->table_rotate && $level == 1) {
// $this->y = $y0 + $this->tbrot_w;
}
if ($this->tableClipPath) {
$this->writer->write("Q");
}
$bx = $x0;
$by = $y0;
if ($table['borders_separate']) {
$bx -= ($table['padding']['L'] + $table['border_details']['L']['w'] + $table['border_spacing_H'] / 2);
if ($tablestartpageno != $this->page) { // IF already broken across a previous pagebreak
$by += $table['max_cell_border_width']['T'] / 2;
if (empty($tableheader)) {
$by -= ($table['border_spacing_V'] / 2);
}
} else {
$by -= ($table['padding']['T'] + $table['border_details']['T']['w'] + $table['border_spacing_V'] / 2);
}
} elseif ($tablestartpageno != $this->page && !empty($tableheader)) {
$by += $maxbwtop / 2;
}
$by -= $tableheaderadj;
$bh = $this->y - $by + $tablefooteradj;
if (!$table['borders_separate']) {
$bh -= $adv;
}
if ($split) {
$bw = 0;
for ($t = $startcol; $t < $numcols; $t++) {
if ($table['colPg'][$t] == $splitpg) {
$bw += $table['wc'][$t];
}
if ($table['colPg'][$t] > $splitpg) {
break;
}
}
if ($table['borders_separate']) {
if ($firstSpread) {
$bw += $table['padding']['L'] + $table['border_details']['L']['w'] + $table['border_spacing_H'];
} else {
$bx += ($table['padding']['L'] + $table['border_details']['L']['w']);
$bw += $table['border_spacing_H'];
}
if ($finalSpread) {
$bw += $table['padding']['R'] + $table['border_details']['R']['w'] / 2 + $table['border_spacing_H'];
}
}
} else {
$bw = $table['w'] - ($table['max_cell_border_width']['L'] / 2) - ($table['max_cell_border_width']['R'] / 2) - $table['margin']['L'] - $table['margin']['R'];
}
if ($this->splitTableBorderWidth && ($this->keepColumns || !$this->ColActive) && empty($tablefooter) && $i > 0 && $table['border_details']['B']['w']) {
$prevDrawColor = $this->DrawColor;
$lw = $this->LineWidth;
$this->SetLineWidth($this->splitTableBorderWidth);
$this->SetDColor($table['border_details']['B']['c']);
$this->SetLineJoin(0);
$this->SetLineCap(0);
$blx = $bx;
$blw = $bw;
if (!$table['borders_separate']) {
$blx -= ($table['max_cell_border_width']['L'] / 2);
$blw += ($table['max_cell_border_width']['L'] / 2 + $table['max_cell_border_width']['R'] / 2);
}
$this->Line($blx, $this->y + ($this->splitTableBorderWidth / 2), $blx + $blw, $this->y + ($this->splitTableBorderWidth / 2));
$this->DrawColor = $prevDrawColor;
$this->writer->write($this->DrawColor);
$this->SetLineWidth($lw);
$this->SetLineJoin(2);
$this->SetLineCap(2);
}
if (!$this->ColActive && ($i > 0 || $j > 0)) {
if (isset($table['bgcolor'][-1])) {
$color = $this->colorConverter->convert($table['bgcolor'][-1], $this->PDFAXwarnings);
if ($color) {
if (!$table['borders_separate']) {
$bh -= $table['max_cell_border_width']['B'] / 2;
}
$this->tableBackgrounds[$level * 9][] = ['gradient' => false, 'x' => $bx, 'y' => $by, 'w' => $bw, 'h' => $bh, 'col' => $color];
}
}
/* -- BACKGROUNDS -- */
if (isset($table['gradient'])) {
$g = $this->gradient->parseBackgroundGradient($table['gradient']);
if ($g) {
$this->tableBackgrounds[$level * 9 + 1][] = ['gradient' => true, 'x' => $bx, 'y' => $by, 'w' => $bw, 'h' => $bh, 'gradtype' => $g['type'], 'stops' => $g['stops'], 'colorspace' => $g['colorspace'], 'coords' => $g['coords'], 'extend' => $g['extend'], 'clippath' => ''];
}
}
if (isset($table['background-image'])) {
if ($table['background-image']['gradient'] && preg_match('/(-moz-)*(repeating-)*(linear|radial)-gradient/', $table['background-image']['gradient'])) {
$g = $this->gradient->parseMozGradient($table['background-image']['gradient']);
if ($g) {
$this->tableBackgrounds[$level * 9 + 1][] = ['gradient' => true, 'x' => $bx, 'y' => $by, 'w' => $bw, 'h' => $bh, 'gradtype' => $g['type'], 'stops' => $g['stops'], 'colorspace' => $g['colorspace'], 'coords' => $g['coords'], 'extend' => $g['extend'], 'clippath' => ''];
}
} else {
$image_id = $table['background-image']['image_id'];
$orig_w = $table['background-image']['orig_w'];
$orig_h = $table['background-image']['orig_h'];
$x_pos = $table['background-image']['x_pos'];
$y_pos = $table['background-image']['y_pos'];
$x_repeat = $table['background-image']['x_repeat'];
$y_repeat = $table['background-image']['y_repeat'];
$resize = $table['background-image']['resize'];
$opacity = $table['background-image']['opacity'];
$itype = $table['background-image']['itype'];
$this->tableBackgrounds[$level * 9 + 2][] = ['x' => $bx, 'y' => $by, 'w' => $bw, 'h' => $bh, 'image_id' => $image_id, 'orig_w' => $orig_w, 'orig_h' => $orig_h, 'x_pos' => $x_pos, 'y_pos' => $y_pos, 'x_repeat' => $x_repeat, 'y_repeat' => $y_repeat, 'clippath' => '', 'resize' => $resize, 'opacity' => $opacity, 'itype' => $itype];
}
}
/* -- END BACKGROUNDS -- */
}
// $this->AcceptPageBreak() has moved tablebuffer to $this->pages content
if ($this->tableBackgrounds) {
$s = $this->PrintTableBackgrounds();
if ($this->bufferoutput) {
$this->headerbuffer = preg_replace('/(___TABLE___BACKGROUNDS' . $this->uniqstr . ')/', '\\1' . "\n" . $s . "\n", $this->headerbuffer);
$this->headerbuffer = preg_replace('/(___TABLE___BACKGROUNDS' . $this->uniqstr . ')/', " ", $this->headerbuffer);
} else {
$this->pages[$this->page] = preg_replace('/(___TABLE___BACKGROUNDS' . $this->uniqstr . ')/', '\\1' . "\n" . $s . "\n", $this->pages[$this->page]);
$this->pages[$this->page] = preg_replace('/(___TABLE___BACKGROUNDS' . $this->uniqstr . ')/', " ", $this->pages[$this->page]);
}
$this->tableBackgrounds = [];
}
if ($split) {
if ($i == 0 && $j == 0) {
$y0 = -1;
} elseif ($finalSpread) {
$splitpg = 0;
$startcol = 0;
$startrow = $i;
} else {
$splitpg++;
$startcol = $t;
$returny -= $y;
}
return [false, $startrow, $startcol, $splitpg, $returny, $y0];
}
$this->AddPage($this->CurOrientation);
$this->writer->write('___TABLE___BACKGROUNDS' . $this->uniqstr);
if ($this->tableClipPath) {
$this->writer->write($this->tableClipPath);
}
// Added to correct for OddEven Margins
$x = $x + $this->MarginCorrection;
$x0 = $x0 + $this->MarginCorrection;
if ($this->splitTableBorderWidth && ($this->keepColumns || !$this->ColActive) && empty($tableheader) && $i > 0 && $table['border_details']['T']['w']) {
$prevDrawColor = $this->DrawColor;
$lw = $this->LineWidth;
$this->SetLineWidth($this->splitTableBorderWidth);
$this->SetDColor($table['border_details']['T']['c']);
$this->SetLineJoin(0);
$this->SetLineCap(0);
$blx += $this->MarginCorrection;
$this->Line($blx, $this->y - ($this->splitTableBorderWidth / 2), $blx + $blw, $this->y - ($this->splitTableBorderWidth / 2));
$this->DrawColor = $prevDrawColor;
$this->writer->write($this->DrawColor);
$this->SetLineWidth($lw);
$this->SetLineJoin(2);
$this->SetLineCap(2);
}
// Move down to account for half of top border-spacing or
// extra half border width in case page was broken in middle
if ($i > 0 && !$this->table_rotate && $level == 1 && $table['headernrows'] == 0) {
if ($table['borders_separate']) {
$adv = $table['border_spacing_V'] / 2;
} else {
$maxbwtop = 0;
for ($ctj = 0; $ctj < $numcols; $ctj++) {
if (isset($cells[$i][$ctj]) && $cells[$i][$ctj]) {
if (!$this->simpleTables) {
if ($this->packTableData) {
[$bt, $br, $bb, $bl] = $this->_getBorderWidths($cells[$i][$ctj]['borderbin']);
} else {
$bt = $cells[$i][$ctj]['border_details']['T']['w'];
}
$maxbwtop = max($maxbwtop, $bt);
} elseif ($this->simpleTables) {
$maxbwtop = max($maxbwtop, $table['simple']['border_details']['T']['w']);
}
}
}
$adv = $maxbwtop / 2;
}
$this->y += $adv;
}
if ($this->table_rotate) {
$this->tbrot_x0 = $this->lMargin + $this->blk[$this->blklvl]['outer_left_margin'] + $this->blk[$this->blklvl]['padding_left'] + $this->blk[$this->blklvl]['border_left']['w'];
if ($table['borders_separate']) {
$this->tbrot_h = $table['margin']['T'] + $table['padding']['T'] + $table['border_details']['T']['w'] + $table['border_spacing_V'] / 2;
} else {
$this->tbrot_h = $table['margin']['T'] + $table['max_cell_border_width']['T'];
}
$this->tbrot_y0 = $this->y;
$pagetrigger = $y0 - $tableheaderadj + ($this->blk[$this->blklvl]['inner_width']);
} else {
$pagetrigger = $this->PageBreakTrigger;
}
if ($this->kwt_saved && $level == 1) {
$this->kwt_moved = true;
}
if (!empty($tableheader)) {
$ya = $this->y;
$this->TableHeaderFooter($tableheader, $tablestartpage, $tablestartcolumn, 'H', $level);
if ($this->table_rotate) {
$this->tbrot_h = $this->y - $ya;
}
$tableheaderadj = $this->y - $ya;
} elseif ($i == 0 && !$this->table_rotate && $level == 1 && !$this->ColActive) {
// Advance down page
if ($table['borders_separate']) {
$adv = $table['border_spacing_V'] / 2 + $table['border_details']['T']['w'] + $table['padding']['T'];
} else {
$adv = $table['max_cell_border_width']['T'] / 2;
}
if ($adv) {
if ($this->table_rotate) {
$this->y += ($adv);
} else {
$this->DivLn($adv, $this->blklvl, true);
}
}
}
$outerfilled = 0;
$y = $y0 = $this->y;
}
/* -- COLUMNS -- */
// COLS
// COLUMN CHANGE
if ($this->CurrCol != $oldcolumn) {
// Added to correct for Columns
$x += $this->ChangeColumn * ($this->ColWidth + $this->ColGap);
$x0 += $this->ChangeColumn * ($this->ColWidth + $this->ColGap);
if ($this->CurrCol == 0) { // just added a page - possibly with tableheader
$y0 = $this->y; // this->y0 is global used by Columns - $y0 is internal to tablewrite
} else {
$y0 = $this->y0; // this->y0 is global used by Columns - $y0 is internal to tablewrite
}
$y = $y0;
$outerfilled = 0;
if ($this->CurrCol != 0 && ($this->keepColumns && $this->ColActive) && !empty($tableheader) && $i > 0) {
$this->x = $x;
$this->y = $y;
$this->TableHeaderFooter($tableheader, $tablestartpage, $tablestartcolumn, 'H', $level);
$y0 = $y = $this->y;
}
}
/* -- END COLUMNS -- */
}
$skippage = true;
}
$this->x = $x;
$this->y = $y;
if ($this->kwt_saved && $level == 1) {
$this->printkwtbuffer();
$x0 = $x = $this->x;
$y0 = $y = $this->y;
$this->kwt_moved = false;
$this->kwt_saved = false;
}
// Set the Page & Column where table actually starts
if ($i == 0 && $j == 0 && $level == 1) {
if (($this->mirrorMargins) && (($this->page) % 2 == 0)) { // EVEN
$tablestartpage = 'EVEN';
} elseif (($this->mirrorMargins) && (($this->page) % 2 == 1)) { // ODD
$tablestartpage = 'ODD';
} else {
$tablestartpage = '';
}
$tablestartpageno = $this->page;
if ($this->ColActive) {
$tablestartcolumn = $this->CurrCol;
} // *COLUMNS*
}
// ALIGN
$align = $cell['a'];
/* -- COLUMNS -- */
// If outside columns, this is done in PaintDivBB
if ($this->ColActive) {
// OUTER FILL BGCOLOR of DIVS
if ($this->blklvl > 0 && ($j == 0) && !$this->table_rotate && $level == 1) {
$firstblockfill = $this->GetFirstBlockFill();
if ($firstblockfill && $this->blklvl >= $firstblockfill) {
$divh = $maxrowheight;
// Last row
if ((!isset($cell['rowspan']) && $i == $numrows - 1) || (isset($cell['rowspan']) && (($i == $numrows - 1 && $cell['rowspan'] < 2) || ($cell['rowspan'] > 1 && ($i + $cell['rowspan'] - 1) == $numrows - 1)))) {
if ($table['borders_separate']) {
$adv = $table['margin']['B'] + $table['padding']['B'] + $table['border_details']['B']['w'] + $table['border_spacing_V'] / 2;
} else {
$adv = $table['margin']['B'] + $table['max_cell_border_width']['B'] / 2;
}
$divh += $adv; // last row: fill bottom half of bottom border (y advanced at end)
}
if (($this->y + $divh) > $outerfilled) { // if not already painted by previous rowspan
$bak_x = $this->x;
$bak_y = $this->y;
if ($outerfilled > $this->y) {
$divh = ($this->y + $divh) - $outerfilled;
$this->y = $outerfilled;
}
$this->DivLn($divh, -3, false);
$outerfilled = $this->y + $divh;
// Reset current block fill
$bcor = $this->blk[$this->blklvl]['bgcolorarray'];
if ($bcor) {
$this->SetFColor($bcor);
}
$this->x = $bak_x;
$this->y = $bak_y;
}
}
}
}
// TABLE BACKGROUND FILL BGCOLOR - for cellSpacing
if ($this->ColActive) {
if ($table['borders_separate']) {
$fill = isset($table['bgcolor'][-1]) ? $table['bgcolor'][-1] : 0;
if ($fill) {
$color = $this->colorConverter->convert($fill, $this->PDFAXwarnings);
if ($color) {
$xadj = ($table['border_spacing_H'] / 2);
$yadj = ($table['border_spacing_V'] / 2);
$wadj = $table['border_spacing_H'];
$hadj = $table['border_spacing_V'];
if ($i == 0) { // Top
$yadj += $table['padding']['T'] + $table['border_details']['T']['w'];
$hadj += $table['padding']['T'] + $table['border_details']['T']['w'];
}
if ($j == 0) { // Left
$xadj += $table['padding']['L'] + $table['border_details']['L']['w'];
$wadj += $table['padding']['L'] + $table['border_details']['L']['w'];
}
if ($i == ($numrows - 1) || (isset($cell['rowspan']) && ($i + $cell['rowspan']) == $numrows) || (!isset($cell['rowspan']) && ($i + 1) == $numrows)) { // Bottom
$hadj += $table['padding']['B'] + $table['border_details']['B']['w'];
}
if ($j == ($numcols - 1) || (isset($cell['colspan']) && ($j + $cell['colspan']) == $numcols) || (!isset($cell['colspan']) && ($j + 1) == $numcols)) { // Right
$wadj += $table['padding']['R'] + $table['border_details']['R']['w'];
}
$this->SetFColor($color);
$this->Rect($x - $xadj, $y - $yadj, $w + $wadj, $h + $hadj, 'F');
}
}
}
}
/* -- END COLUMNS -- */
if ($table['empty_cells'] != 'hide' || !empty($cell['textbuffer']) || (isset($cell['nestedcontent']) && $cell['nestedcontent']) || !$table['borders_separate']) {
$paintcell = true;
} else {
$paintcell = false;
}
// Set Borders
$bord = 0;
$bord_det = [];
if (!$this->simpleTables) {
if ($this->packTableData) {
$c = $this->_unpackCellBorder($cell['borderbin']);
$bord = $c['border'];
$bord_det = $c['border_details'];
} else {
$bord = $cell['border'];
$bord_det = $cell['border_details'];
}
} elseif ($this->simpleTables) {
$bord = $table['simple']['border'];
$bord_det = $table['simple']['border_details'];
}
// TABLE ROW OR CELL FILL BGCOLOR
$fill = 0;
if (isset($cell['bgcolor']) && $cell['bgcolor'] && $cell['bgcolor'] != 'transparent') {
$fill = $cell['bgcolor'];
$leveladj = 6;
} elseif (isset($table['bgcolor'][$i]) && $table['bgcolor'][$i] && $table['bgcolor'][$i] != 'transparent') { // Row color
$fill = $table['bgcolor'][$i];
$leveladj = 3;
}
if ($fill && $paintcell) {
$color = $this->colorConverter->convert($fill, $this->PDFAXwarnings);
if ($color) {
if ($table['borders_separate']) {
if ($this->ColActive) {
$this->SetFColor($color);
$this->Rect($x + ($table['border_spacing_H'] / 2), $y + ($table['border_spacing_V'] / 2), $w - $table['border_spacing_H'], $h - $table['border_spacing_V'], 'F');
} else {
$this->tableBackgrounds[$level * 9 + $leveladj][] = ['gradient' => false, 'x' => ($x + ($table['border_spacing_H'] / 2)), 'y' => ($y + ($table['border_spacing_V'] / 2)), 'w' => ($w - $table['border_spacing_H']), 'h' => ($h - $table['border_spacing_V']), 'col' => $color];
}
} else {
if ($this->ColActive) {
$this->SetFColor($color);
$this->Rect($x, $y, $w, $h, 'F');
} else {
$this->tableBackgrounds[$level * 9 + $leveladj][] = ['gradient' => false, 'x' => $x, 'y' => $y, 'w' => $w, 'h' => $h, 'col' => $color];
}
}
}
}
/* -- BACKGROUNDS -- */
if (isset($cell['gradient']) && $cell['gradient'] && $paintcell) {
$g = $this->gradient->parseBackgroundGradient($cell['gradient']);
if ($g) {
if ($table['borders_separate']) {
$px = $x + ($table['border_spacing_H'] / 2);
$py = $y + ($table['border_spacing_V'] / 2);
$pw = $w - $table['border_spacing_H'];
$ph = $h - $table['border_spacing_V'];
} else {
$px = $x;
$py = $y;
$pw = $w;
$ph = $h;
}
if ($this->ColActive) {
$this->gradient->Gradient($px, $py, $pw, $ph, $g['type'], $g['stops'], $g['colorspace'], $g['coords'], $g['extend']);
} else {
$this->tableBackgrounds[$level * 9 + 7][] = ['gradient' => true, 'x' => $px, 'y' => $py, 'w' => $pw, 'h' => $ph, 'gradtype' => $g['type'], 'stops' => $g['stops'], 'colorspace' => $g['colorspace'], 'coords' => $g['coords'], 'extend' => $g['extend'], 'clippath' => ''];
}
}
}
if (isset($cell['background-image']) && $paintcell) {
if (isset($cell['background-image']['gradient']) && $cell['background-image']['gradient'] && preg_match('/(-moz-)*(repeating-)*(linear|radial)-gradient/', $cell['background-image']['gradient'])) {
$g = $this->gradient->parseMozGradient($cell['background-image']['gradient']);
if ($g) {
if ($table['borders_separate']) {
$px = $x + ($table['border_spacing_H'] / 2);
$py = $y + ($table['border_spacing_V'] / 2);
$pw = $w - $table['border_spacing_H'];
$ph = $h - $table['border_spacing_V'];
} else {
$px = $x;
$py = $y;
$pw = $w;
$ph = $h;
}
if ($this->ColActive) {
$this->gradient->Gradient($px, $py, $pw, $ph, $g['type'], $g['stops'], $g['colorspace'], $g['coords'], $g['extend']);
} else {
$this->tableBackgrounds[$level * 9 + 7][] = ['gradient' => true, 'x' => $px, 'y' => $py, 'w' => $pw, 'h' => $ph, 'gradtype' => $g['type'], 'stops' => $g['stops'], 'colorspace' => $g['colorspace'], 'coords' => $g['coords'], 'extend' => $g['extend'], 'clippath' => ''];
}
}
} elseif (isset($cell['background-image']['image_id']) && $cell['background-image']['image_id']) { // Background pattern
$n = count($this->patterns) + 1;
if ($table['borders_separate']) {
$px = $x + ($table['border_spacing_H'] / 2);
$py = $y + ($table['border_spacing_V'] / 2);
$pw = $w - $table['border_spacing_H'];
$ph = $h - $table['border_spacing_V'];
} else {
$px = $x;
$py = $y;
$pw = $w;
$ph = $h;
}
if ($this->ColActive) {
[$orig_w, $orig_h, $x_repeat, $y_repeat] = $this->_resizeBackgroundImage($cell['background-image']['orig_w'], $cell['background-image']['orig_h'], $pw, $ph, $cell['background-image']['resize'], $cell['background-image']['x_repeat'], $cell['background-image']['y_repeat']);
$this->patterns[$n] = ['x' => $px, 'y' => $py, 'w' => $pw, 'h' => $ph, 'pgh' => $this->h, 'image_id' => $cell['background-image']['image_id'], 'orig_w' => $orig_w, 'orig_h' => $orig_h, 'x_pos' => $cell['background-image']['x_pos'], 'y_pos' => $cell['background-image']['y_pos'], 'x_repeat' => $x_repeat, 'y_repeat' => $y_repeat];
if ($cell['background-image']['opacity'] > 0 && $cell['background-image']['opacity'] < 1) {
$opac = $this->SetAlpha($cell['background-image']['opacity'], 'Normal', true);
} else {
$opac = '';
}
$this->writer->write(sprintf('q /Pattern cs /P%d scn %s %.3F %.3F %.3F %.3F re f Q', $n, $opac, $px * Mpdf::SCALE, ($this->h - $py) * Mpdf::SCALE, $pw * Mpdf::SCALE, -$ph * Mpdf::SCALE));
} else {
$image_id = $cell['background-image']['image_id'];
$orig_w = $cell['background-image']['orig_w'];
$orig_h = $cell['background-image']['orig_h'];
$x_pos = $cell['background-image']['x_pos'];
$y_pos = $cell['background-image']['y_pos'];
$x_repeat = $cell['background-image']['x_repeat'];
$y_repeat = $cell['background-image']['y_repeat'];
$resize = $cell['background-image']['resize'];
$opacity = $cell['background-image']['opacity'];
$itype = $cell['background-image']['itype'];
$this->tableBackgrounds[$level * 9 + 8][] = ['x' => $px, 'y' => $py, 'w' => $pw, 'h' => $ph, 'image_id' => $image_id, 'orig_w' => $orig_w, 'orig_h' => $orig_h, 'x_pos' => $x_pos, 'y_pos' => $y_pos, 'x_repeat' => $x_repeat, 'y_repeat' => $y_repeat, 'clippath' => '', 'resize' => $resize, 'opacity' => $opacity, 'itype' => $itype];
}
}
}
/* -- END BACKGROUNDS -- */
if (isset($cell['colspan']) && $cell['colspan'] > 1) {
$ccolsp = $cell['colspan'];
} else {
$ccolsp = 1;
}
if (isset($cell['rowspan']) && $cell['rowspan'] > 1) {
$crowsp = $cell['rowspan'];
} else {
$crowsp = 1;
}
// but still need to do this for repeated headers...
if (!$table['borders_separate'] && $this->tabletheadjustfinished && !$this->simpleTables) {
if (isset($table['topntail']) && $table['topntail']) {
$bord_det['T'] = $this->border_details($table['topntail']);
$bord_det['T']['w'] /= $this->shrin_k;
$this->setBorder($bord, Border::TOP);
}
if (isset($table['thead-underline']) && $table['thead-underline']) {
$bord_det['T'] = $this->border_details($table['thead-underline']);
$bord_det['T']['w'] /= $this->shrin_k;
$this->setBorder($bord, Border::TOP);
}
}
// Get info of first row ==>> table header
// Use > 1 row if THEAD
if (isset($table['is_thead'][$i]) && $table['is_thead'][$i] && $level == 1) {
if ($j == 0) {
$tableheaderrowheight += $table['hr'][$i];
}
$tableheader[$i][0]['trbackground-images'] = (isset($table['trbackground-images'][$i]) ? $table['trbackground-images'][$i] : null);
$tableheader[$i][0]['trgradients'] = (isset($table['trgradients'][$i]) ? $table['trgradients'][$i] : null);
$tableheader[$i][0]['trbgcolor'] = (isset($table['bgcolor'][$i]) ? $table['bgcolor'][$i] : null);
$tableheader[$i][$j]['x'] = $x;
$tableheader[$i][$j]['y'] = $y;
$tableheader[$i][$j]['h'] = $h;
$tableheader[$i][$j]['w'] = $w;
if (isset($cell['textbuffer'])) {
$tableheader[$i][$j]['textbuffer'] = $cell['textbuffer'];
} else {
$tableheader[$i][$j]['textbuffer'] = '';
}
$tableheader[$i][$j]['a'] = $cell['a'];
$tableheader[$i][$j]['R'] = $cell['R'];
$tableheader[$i][$j]['va'] = $cell['va'];
$tableheader[$i][$j]['mih'] = $cell['mih'];
$tableheader[$i][$j]['gradient'] = (isset($cell['gradient']) ? $cell['gradient'] : null); // *BACKGROUNDS*
$tableheader[$i][$j]['background-image'] = (isset($cell['background-image']) ? $cell['background-image'] : null); // *BACKGROUNDS*
$tableheader[$i][$j]['rowspan'] = (isset($cell['rowspan']) ? $cell['rowspan'] : null);
$tableheader[$i][$j]['colspan'] = (isset($cell['colspan']) ? $cell['colspan'] : null);
$tableheader[$i][$j]['bgcolor'] = $cell['bgcolor'];
if (!$this->simpleTables) {
$tableheader[$i][$j]['border'] = $bord;
$tableheader[$i][$j]['border_details'] = $bord_det;
} elseif ($this->simpleTables) {
$tableheader[$i][$j]['border'] = $table['simple']['border'];
$tableheader[$i][$j]['border_details'] = $table['simple']['border_details'];
}
$tableheader[$i][$j]['padding'] = $cell['padding'];
if (isset($cell['direction'])) {
$tableheader[$i][$j]['direction'] = $cell['direction'];
}
if (isset($cell['cellLineHeight'])) {
$tableheader[$i][$j]['cellLineHeight'] = $cell['cellLineHeight'];
}
if (isset($cell['cellLineStackingStrategy'])) {
$tableheader[$i][$j]['cellLineStackingStrategy'] = $cell['cellLineStackingStrategy'];
}
if (isset($cell['cellLineStackingShift'])) {
$tableheader[$i][$j]['cellLineStackingShift'] = $cell['cellLineStackingShift'];
}
}
// CELL BORDER
if ($bord) {
if ($table['borders_separate'] && $paintcell) {
$this->_tableRect($x + ($table['border_spacing_H'] / 2) + ($bord_det['L']['w'] / 2), $y + ($table['border_spacing_V'] / 2) + ($bord_det['T']['w'] / 2), $w - $table['border_spacing_H'] - ($bord_det['L']['w'] / 2) - ($bord_det['R']['w'] / 2), $h - $table['border_spacing_V'] - ($bord_det['T']['w'] / 2) - ($bord_det['B']['w'] / 2), $bord, $bord_det, false, $table['borders_separate']);
} elseif (!$table['borders_separate']) {
$this->_tableRect($x, $y, $w, $h, $bord, $bord_det, true, $table['borders_separate']); // true causes buffer
}
}
// VERTICAL ALIGN
if ($cell['R'] && intval($cell['R']) > 0 && intval($cell['R']) < 90 && isset($cell['va']) && $cell['va'] != 'B') {
$cell['va'] = 'B';
}
if (!isset($cell['va']) || $cell['va'] == 'M') {
$this->y += ($h - $cell['mih']) / 2;
} elseif (isset($cell['va']) && $cell['va'] == 'B') {
$this->y += $h - $cell['mih'];
}
// NESTED CONTENT
// TEXT (and nested tables)
$this->divwidth = $w;
if (!empty($cell['textbuffer'])) {
$this->cellTextAlign = $align;
$this->cellLineHeight = $cell['cellLineHeight'];
$this->cellLineStackingStrategy = $cell['cellLineStackingStrategy'];
$this->cellLineStackingShift = $cell['cellLineStackingShift'];
if ($level == 1) {
if (isset($table['is_tfoot'][$i]) && $table['is_tfoot'][$i]) {
if (preg_match('/{colsum([0-9]*)[_]*}/', $cell['textbuffer'][0][0], $m)) {
$rep = sprintf("%01." . intval($m[1]) . "f", $this->colsums[$j]);
$cell['textbuffer'][0][0] = preg_replace('/{colsum[0-9_]*}/', $rep, $cell['textbuffer'][0][0]);
}
} elseif (!isset($table['is_thead'][$i])) {
if (isset($this->colsums[$j])) {
$this->colsums[$j] += $this->toFloat($cell['textbuffer'][0][0]);
} else {
$this->colsums[$j] = $this->toFloat($cell['textbuffer'][0][0]);
}
}
}
$opy = $this->y;
// mPDF ITERATION
if ($this->iterationCounter) {
foreach ($cell['textbuffer'] as $k => $t) {
if (preg_match('/{iteration ([a-zA-Z0-9_]+)}/', $t[0], $m)) {
$vname = '__' . $m[1] . '_';
if (!isset($this->$vname)) {
$this->$vname = 1;
} else {
$this->$vname++;
}
$cell['textbuffer'][$k][0] = preg_replace('/{iteration ' . $m[1] . '}/', $this->$vname, $cell['textbuffer'][$k][0]);
}
}
}
if ($cell['R']) {
$cellPtSize = $cell['textbuffer'][0][11] / $this->shrin_k;
if (!$cellPtSize) {
$cellPtSize = $this->default_font_size;
}
$cellFontHeight = ($cellPtSize / Mpdf::SCALE);
$opx = $this->x;
$angle = intval($cell['R']);
// Only allow 45 to 89 degrees (when bottom-aligned) or exactly 90 or -90
if ($angle > 90) {
$angle = 90;
} elseif ($angle > 0 && $angle < 45) {
$angle = 45;
} elseif ($angle < 0) {
$angle = -90;
}
$offset = ((sin(deg2rad($angle))) * 0.37 * $cellFontHeight);
if (isset($cell['a']) && $cell['a'] == 'R') {
$this->x += ($w) + ($offset) - ($cellFontHeight / 3) - ($cell['padding']['R'] + ($table['border_spacing_H'] / 2));
} elseif (!isset($cell['a']) || $cell['a'] == 'C') {
$this->x += ($w / 2) + ($offset);
} else {
$this->x += ($offset) + ($cellFontHeight / 3) + ($cell['padding']['L'] + ($table['border_spacing_H'] / 2));
}
$str = '';
foreach ($cell['textbuffer'] as $t) {
$str .= $t[0] . ' ';
}
$str = rtrim($str);
if (!isset($cell['va']) || $cell['va'] == 'M') {
$this->y -= ($h - $cell['mih']) / 2; // Undo what was added earlier VERTICAL ALIGN
if ($angle > 0) {
$this->y += (($h - $cell['mih']) / 2) + $cell['padding']['T'] + ($cell['mih'] - ($cell['padding']['T'] + $cell['padding']['B']));
} elseif ($angle < 0) {
$this->y += (($h - $cell['mih']) / 2) + ($cell['padding']['T'] + ($table['border_spacing_V'] / 2));
}
} elseif (isset($cell['va']) && $cell['va'] == 'B') {
$this->y -= $h - $cell['mih']; // Undo what was added earlier VERTICAL ALIGN
if ($angle > 0) {
$this->y += $h - ($cell['padding']['B'] + ($table['border_spacing_V'] / 2));
} elseif ($angle < 0) {
$this->y += $h - $cell['mih'] + ($cell['padding']['T'] + ($table['border_spacing_V'] / 2));
}
} elseif (isset($cell['va']) && $cell['va'] == 'T') {
if ($angle > 0) {
$this->y += $cell['mih'] - ($cell['padding']['B'] + ($table['border_spacing_V'] / 2));
} elseif ($angle < 0) {
$this->y += ($cell['padding']['T'] + ($table['border_spacing_V'] / 2));
}
}
$this->Rotate($angle, $this->x, $this->y);
$s_fs = $this->FontSizePt;
$s_f = $this->FontFamily;
$s_st = $this->FontStyle;
if (!empty($cell['textbuffer'][0][3])) { // Font Color
$cor = $cell['textbuffer'][0][3];
$this->SetTColor($cor);
}
$this->SetFont($cell['textbuffer'][0][4], $cell['textbuffer'][0][2], $cellPtSize, true, true);
$this->magic_reverse_dir($str, $this->directionality, $cell['textbuffer'][0][18]);
$this->Text($this->x, $this->y, $str, $cell['textbuffer'][0][18], $cell['textbuffer'][0][8]); // textvar
$this->Rotate(0);
$this->SetFont($s_f, $s_st, $s_fs, true, true);
$this->SetTColor(0);
$this->x = $opx;
} else {
if (!$this->simpleTables) {
if ($bord_det) {
$btlw = $bord_det['L']['w'];
$btrw = $bord_det['R']['w'];
$bttw = $bord_det['T']['w'];
} else {
$btlw = 0;
$btrw = 0;
$bttw = 0;
}
if ($table['borders_separate']) {
$xadj = $btlw + $cell['padding']['L'] + ($table['border_spacing_H'] / 2);
$wadj = $btlw + $btrw + $cell['padding']['L'] + $cell['padding']['R'] + $table['border_spacing_H'];
$yadj = $bttw + $cell['padding']['T'] + ($table['border_spacing_H'] / 2);
} else {
$xadj = $btlw / 2 + $cell['padding']['L'];
$wadj = ($btlw + $btrw) / 2 + $cell['padding']['L'] + $cell['padding']['R'];
$yadj = $bttw / 2 + $cell['padding']['T'];
}
} elseif ($this->simpleTables) {
if ($table['borders_separate']) { // NB twice border width
$xadj = $table['simple']['border_details']['L']['w'] + $cell['padding']['L'] + ($table['border_spacing_H'] / 2);
$wadj = $table['simple']['border_details']['L']['w'] + $table['simple']['border_details']['R']['w'] + $cell['padding']['L'] + $cell['padding']['R'] + $table['border_spacing_H'];
$yadj = $table['simple']['border_details']['T']['w'] + $cell['padding']['T'] + ($table['border_spacing_H'] / 2);
} else {
$xadj = $table['simple']['border_details']['L']['w'] / 2 + $cell['padding']['L'];
$wadj = ($table['simple']['border_details']['L']['w'] + $table['simple']['border_details']['R']['w']) / 2 + $cell['padding']['L'] + $cell['padding']['R'];
$yadj = $table['simple']['border_details']['T']['w'] / 2 + $cell['padding']['T'];
}
}
$this->decimal_offset = 0;
if (substr($cell['a'], 0, 1) == 'D') {
if (isset($cell['colspan']) && $cell['colspan'] > 1) {
$this->cellTextAlign = $c['a'] = substr($cell['a'], 2, 1);
} else {
$smax = $table['decimal_align'][$j]['maxs0'];
$d_content = $table['decimal_align'][$j]['maxs0'] + $table['decimal_align'][$j]['maxs1'];
$this->decimal_offset = $smax;
$extra = ($w - $d_content - $wadj);
if ($extra > 0) {
if (substr($cell['a'], 2, 1) == 'R') {
$this->decimal_offset += $extra;
} elseif (substr($cell['a'], 2, 1) == 'C') {
$this->decimal_offset += ($extra) / 2;
}
}
}
}
$this->divwidth = $w - $wadj;
if ($this->divwidth == 0) {
$this->divwidth = 0.0001;
}
$this->x += $xadj;
$this->y += $yadj;
$this->printbuffer($cell['textbuffer'], '', true, false, $cell['direction']);
}
$this->y = $opy;
}
/* -- BACKGROUNDS -- */
if (!$this->ColActive) {
if (isset($table['trgradients'][$i]) && ($j == 0 || $table['borders_separate'])) {
$g = $this->gradient->parseBackgroundGradient($table['trgradients'][$i]);
if ($g) {
$gx = $x0;
$gy = $y;
$gh = $h;
$gw = $table['w'] - ($table['max_cell_border_width']['L'] / 2) - ($table['max_cell_border_width']['R'] / 2) - $table['margin']['L'] - $table['margin']['R'];
if ($table['borders_separate']) {
$gw -= ($table['padding']['L'] + $table['border_details']['L']['w'] + $table['padding']['R'] + $table['border_details']['R']['w'] + $table['border_spacing_H']);
$clx = $x + ($table['border_spacing_H'] / 2);
$cly = $y + ($table['border_spacing_V'] / 2);
$clw = $w - $table['border_spacing_H'];
$clh = $h - $table['border_spacing_V'];
// Set clipping path
$s = $this->_setClippingPath($clx, $cly, $clw, $clh); // mPDF 6
$this->tableBackgrounds[$level * 9 + 4][] = ['gradient' => true, 'x' => $gx + ($table['border_spacing_H'] / 2), 'y' => $gy + ($table['border_spacing_V'] / 2), 'w' => $gw - $table['border_spacing_V'], 'h' => $gh - $table['border_spacing_H'], 'gradtype' => $g['type'], 'stops' => $g['stops'], 'colorspace' => $g['colorspace'], 'coords' => $g['coords'], 'extend' => $g['extend'], 'clippath' => $s];
} else {
$this->tableBackgrounds[$level * 9 + 4][] = ['gradient' => true, 'x' => $gx, 'y' => $gy, 'w' => $gw, 'h' => $gh, 'gradtype' => $g['type'], 'stops' => $g['stops'], 'colorspace' => $g['colorspace'], 'coords' => $g['coords'], 'extend' => $g['extend'], 'clippath' => ''];
}
}
}
if (isset($table['trbackground-images'][$i]) && ($j == 0 || $table['borders_separate'])) {
if (isset($table['trbackground-images'][$i]['gradient']) && preg_match('/(-moz-)*(repeating-)*(linear|radial)-gradient/', $table['trbackground-images'][$i]['gradient'])) {
$g = $this->gradient->parseMozGradient($table['trbackground-images'][$i]['gradient']);
if ($g) {
$gx = $x0;
$gy = $y;
$gh = $h;
$gw = $table['w'] - ($table['max_cell_border_width']['L'] / 2) - ($table['max_cell_border_width']['R'] / 2) - $table['margin']['L'] - $table['margin']['R'];
if ($table['borders_separate']) {
$gw -= ($table['padding']['L'] + $table['border_details']['L']['w'] + $table['padding']['R'] + $table['border_details']['R']['w'] + $table['border_spacing_H']);
$clx = $x + ($table['border_spacing_H'] / 2);
$cly = $y + ($table['border_spacing_V'] / 2);
$clw = $w - $table['border_spacing_H'];
$clh = $h - $table['border_spacing_V'];
// Set clipping path
$s = $this->_setClippingPath($clx, $cly, $clw, $clh); // mPDF 6
$this->tableBackgrounds[$level * 9 + 4][] = ['gradient' => true, 'x' => $gx + ($table['border_spacing_H'] / 2), 'y' => $gy + ($table['border_spacing_V'] / 2), 'w' => $gw - $table['border_spacing_V'], 'h' => $gh - $table['border_spacing_H'], 'gradtype' => $g['type'], 'stops' => $g['stops'], 'colorspace' => $g['colorspace'], 'coords' => $g['coords'], 'extend' => $g['extend'], 'clippath' => $s];
} else {
$this->tableBackgrounds[$level * 9 + 4][] = ['gradient' => true, 'x' => $gx, 'y' => $gy, 'w' => $gw, 'h' => $gh, 'gradtype' => $g['type'], 'stops' => $g['stops'], 'colorspace' => $g['colorspace'], 'coords' => $g['coords'], 'extend' => $g['extend'], 'clippath' => ''];
}
}
} else {
$image_id = $table['trbackground-images'][$i]['image_id'];
$orig_w = $table['trbackground-images'][$i]['orig_w'];
$orig_h = $table['trbackground-images'][$i]['orig_h'];
$x_pos = $table['trbackground-images'][$i]['x_pos'];
$y_pos = $table['trbackground-images'][$i]['y_pos'];
$x_repeat = $table['trbackground-images'][$i]['x_repeat'];
$y_repeat = $table['trbackground-images'][$i]['y_repeat'];
$resize = $table['trbackground-images'][$i]['resize'];
$opacity = $table['trbackground-images'][$i]['opacity'];
$itype = $table['trbackground-images'][$i]['itype'];
$clippath = '';
$gx = $x0;
$gy = $y;
$gh = $h;
$gw = $table['w'] - ($table['max_cell_border_width']['L'] / 2) - ($table['max_cell_border_width']['R'] / 2) - $table['margin']['L'] - $table['margin']['R'];
if ($table['borders_separate']) {
$gw -= ($table['padding']['L'] + $table['border_details']['L']['w'] + $table['padding']['R'] + $table['border_details']['R']['w'] + $table['border_spacing_H']);
$clx = $x + ($table['border_spacing_H'] / 2);
$cly = $y + ($table['border_spacing_V'] / 2);
$clw = $w - $table['border_spacing_H'];
$clh = $h - $table['border_spacing_V'];
// Set clipping path
$s = $this->_setClippingPath($clx, $cly, $clw, $clh); // mPDF 6
$this->tableBackgrounds[$level * 9 + 5][] = ['x' => $gx + ($table['border_spacing_H'] / 2), 'y' => $gy + ($table['border_spacing_V'] / 2), 'w' => $gw - $table['border_spacing_V'], 'h' => $gh - $table['border_spacing_H'], 'image_id' => $image_id, 'orig_w' => $orig_w, 'orig_h' => $orig_h, 'x_pos' => $x_pos, 'y_pos' => $y_pos, 'x_repeat' => $x_repeat, 'y_repeat' => $y_repeat, 'clippath' => $s, 'resize' => $resize, 'opacity' => $opacity, 'itype' => $itype];
} else {
$this->tableBackgrounds[$level * 9 + 5][] = ['x' => $gx, 'y' => $gy, 'w' => $gw, 'h' => $gh, 'image_id' => $image_id, 'orig_w' => $orig_w, 'orig_h' => $orig_h, 'x_pos' => $x_pos, 'y_pos' => $y_pos, 'x_repeat' => $x_repeat, 'y_repeat' => $y_repeat, 'clippath' => '', 'resize' => $resize, 'opacity' => $opacity, 'itype' => $itype];
}
}
}
}
/* -- END BACKGROUNDS -- */
// TABLE BORDER - if separate
if (($table['borders_separate'] || ($this->simpleTables && !$table['simple']['border'])) && $table['border']) {
$halfspaceL = $table['padding']['L'] + ($table['border_spacing_H'] / 2);
$halfspaceR = $table['padding']['R'] + ($table['border_spacing_H'] / 2);
$halfspaceT = $table['padding']['T'] + ($table['border_spacing_V'] / 2);
$halfspaceB = $table['padding']['B'] + ($table['border_spacing_V'] / 2);
$tbx = $x;
$tby = $y;
$tbw = $w;
$tbh = $h;
$tab_bord = 0;
$corner = '';
if ($i == 0) { // Top
$tby -= $halfspaceT + ($table['border_details']['T']['w'] / 2);
$tbh += $halfspaceT + ($table['border_details']['T']['w'] / 2);
$this->setBorder($tab_bord, Border::TOP);
$corner .= 'T';
}
if ($i == ($numrows - 1) || (isset($cell['rowspan']) && ($i + $cell['rowspan']) == $numrows)) { // Bottom
$tbh += $halfspaceB + ($table['border_details']['B']['w'] / 2);
$this->setBorder($tab_bord, Border::BOTTOM);
$corner .= 'B';
}
if ($j == 0) { // Left
$tbx -= $halfspaceL + ($table['border_details']['L']['w'] / 2);
$tbw += $halfspaceL + ($table['border_details']['L']['w'] / 2);
$this->setBorder($tab_bord, Border::LEFT);
$corner .= 'L';
}
if ($j == ($numcols - 1) || (isset($cell['colspan']) && ($j + $cell['colspan']) == $numcols)) { // Right
$tbw += $halfspaceR + ($table['border_details']['R']['w'] / 2);
$this->setBorder($tab_bord, Border::RIGHT);
$corner .= 'R';
}
$this->_tableRect($tbx, $tby, $tbw, $tbh, $tab_bord, $table['border_details'], false, $table['borders_separate'], 'table', $corner, $table['border_spacing_V'], $table['border_spacing_H']);
}
unset($cell);
// Reset values
$this->Reset();
}//end of (if isset(cells)...)
}// end of columns
$newpagestarted = false;
$this->tabletheadjustfinished = false;
/* -- COLUMNS -- */
if ($this->ColActive) {
if (!$this->table_keep_together && $i < $numrows - 1 && $level == 1) {
$this->breakpoints[$this->CurrCol][] = $y + $h;
} // mPDF 6
if (count($this->cellBorderBuffer)) {
$this->printcellbuffer();
}
}
/* -- END COLUMNS -- */
if ($i == $numrows - 1) {
$this->y = $y + $h;
} // last row jump (update this->y position)
if ($this->table_rotate && $level == 1) {
$this->tbrot_h += $h;
}
} // end of rows
if (count($this->cellBorderBuffer)) {
$this->printcellbuffer();
}
if ($this->tableClipPath) {
$this->writer->write("Q");
}
$this->tableClipPath = '';
// Advance down page by half width of bottom border
if ($table['borders_separate']) {
$this->y += $table['padding']['B'] + $table['border_details']['B']['w'] + $table['border_spacing_V'] / 2;
} else {
$this->y += $table['max_cell_border_width']['B'] / 2;
}
if ($table['borders_separate'] && $level == 1) {
$this->tbrot_h += $table['margin']['B'] + $table['padding']['B'] + $table['border_details']['B']['w'] + $table['border_spacing_V'] / 2;
} elseif ($level == 1) {
$this->tbrot_h += $table['margin']['B'] + $table['max_cell_border_width']['B'] / 2;
}
$bx = $x0;
$by = $y0;
if ($table['borders_separate']) {
$bx -= ($table['padding']['L'] + $table['border_details']['L']['w'] + $table['border_spacing_H'] / 2);
if ($tablestartpageno != $this->page) { // IF broken across page
$by += $table['max_cell_border_width']['T'] / 2;
if (empty($tableheader)) {
$by -= ($table['border_spacing_V'] / 2);
}
} elseif ($split && $startrow > 0 && empty($tableheader)) {
$by -= ($table['border_spacing_V'] / 2);
} else {
$by -= ($table['padding']['T'] + $table['border_details']['T']['w'] + $table['border_spacing_V'] / 2);
}
} elseif ($tablestartpageno != $this->page && !empty($tableheader)) {
$by += $maxbwtop / 2;
}
$by -= $tableheaderadj;
$bh = $this->y - $by;
if (!$table['borders_separate']) {
$bh -= $table['max_cell_border_width']['B'] / 2;
}
if ($split) {
$bw = 0;
$finalSpread = true;
for ($t = $startcol; $t < $numcols; $t++) {
if ($table['colPg'][$t] == $splitpg) {
$bw += $table['wc'][$t];
}
if ($table['colPg'][$t] > $splitpg) {
$finalSpread = false;
break;
}
}
if ($startcol == 0) {
$firstSpread = true;
} else {
$firstSpread = false;
}
if ($table['borders_separate']) {
$bw += $table['border_spacing_H'];
if ($firstSpread) {
$bw += $table['padding']['L'] + $table['border_details']['L']['w'];
} else {
$bx += ($table['padding']['L'] + $table['border_details']['L']['w']);
}
if ($finalSpread) {
$bw += $table['padding']['R'] + $table['border_details']['R']['w'];
}
}
} else {
$bw = $table['w'] - ($table['max_cell_border_width']['L'] / 2) - ($table['max_cell_border_width']['R'] / 2) - $table['margin']['L'] - $table['margin']['R'];
}
if (!$this->ColActive) {
if (isset($table['bgcolor'][-1])) {
$color = $this->colorConverter->convert($table['bgcolor'][-1], $this->PDFAXwarnings);
if ($color) {
$this->tableBackgrounds[$level * 9][] = ['gradient' => false, 'x' => $bx, 'y' => $by, 'w' => $bw, 'h' => $bh, 'col' => $color];
}
}
/* -- BACKGROUNDS -- */
if (isset($table['gradient'])) {
$g = $this->gradient->parseBackgroundGradient($table['gradient']);
if ($g) {
$this->tableBackgrounds[$level * 9 + 1][] = ['gradient' => true, 'x' => $bx, 'y' => $by, 'w' => $bw, 'h' => $bh, 'gradtype' => $g['type'], 'stops' => $g['stops'], 'colorspace' => $g['colorspace'], 'coords' => $g['coords'], 'extend' => $g['extend'], 'clippath' => ''];
}
}
if (isset($table['background-image'])) {
if (isset($table['background-image']['gradient']) && $table['background-image']['gradient'] && preg_match('/(-moz-)*(repeating-)*(linear|radial)-gradient/', $table['background-image']['gradient'])) {
$g = $this->gradient->parseMozGradient($table['background-image']['gradient']);
if ($g) {
$this->tableBackgrounds[$level * 9 + 1][] = ['gradient' => true, 'x' => $bx, 'y' => $by, 'w' => $bw, 'h' => $bh, 'gradtype' => $g['type'], 'stops' => $g['stops'], 'colorspace' => $g['colorspace'], 'coords' => $g['coords'], 'extend' => $g['extend'], 'clippath' => ''];
}
} else {
$image_id = $table['background-image']['image_id'];
$orig_w = $table['background-image']['orig_w'];
$orig_h = $table['background-image']['orig_h'];
$x_pos = $table['background-image']['x_pos'];
$y_pos = $table['background-image']['y_pos'];
$x_repeat = $table['background-image']['x_repeat'];
$y_repeat = $table['background-image']['y_repeat'];
$resize = $table['background-image']['resize'];
$opacity = $table['background-image']['opacity'];
$itype = $table['background-image']['itype'];
$this->tableBackgrounds[$level * 9 + 2][] = ['x' => $bx, 'y' => $by, 'w' => $bw, 'h' => $bh, 'image_id' => $image_id, 'orig_w' => $orig_w, 'orig_h' => $orig_h, 'x_pos' => $x_pos, 'y_pos' => $y_pos, 'x_repeat' => $x_repeat, 'y_repeat' => $y_repeat, 'clippath' => '', 'resize' => $resize, 'opacity' => $opacity, 'itype' => $itype];
}
}
/* -- END BACKGROUNDS -- */
}
if ($this->tableBackgrounds && $level == 1) {
$s = $this->PrintTableBackgrounds();
if ($this->table_rotate && !$this->processingHeader && !$this->processingFooter) {
$this->tablebuffer = preg_replace('/(___TABLE___BACKGROUNDS' . $this->uniqstr . ')/', '\\1' . "\n" . $s . "\n", $this->tablebuffer);
if ($level == 1) {
$this->tablebuffer = preg_replace('/(___TABLE___BACKGROUNDS' . $this->uniqstr . ')/', " ", $this->tablebuffer);
}
} elseif ($this->bufferoutput) {
$this->headerbuffer = preg_replace('/(___TABLE___BACKGROUNDS' . $this->uniqstr . ')/', '\\1' . "\n" . $s . "\n", $this->headerbuffer);
if ($level == 1) {
$this->headerbuffer = preg_replace('/(___TABLE___BACKGROUNDS' . $this->uniqstr . ')/', " ", $this->headerbuffer);
}
} else {
$this->pages[$this->page] = preg_replace('/(___TABLE___BACKGROUNDS' . $this->uniqstr . ')/', '\\1' . "\n" . $s . "\n", $this->pages[$this->page]);
if ($level == 1) {
$this->pages[$this->page] = preg_replace('/(___TABLE___BACKGROUNDS' . $this->uniqstr . ')/', " ", $this->pages[$this->page]);
}
}
$this->tableBackgrounds = [];
}
// TABLE BOTTOM MARGIN
if ($table['margin']['B']) {
if (!$this->table_rotate && $level == 1) {
$this->DivLn($table['margin']['B'], $this->blklvl, true); // collapsible
} else {
$this->y += ($table['margin']['B']);
}
}
if ($this->ColActive && $level == 1) {
$this->breakpoints[$this->CurrCol][] = $this->y;
} // *COLUMNS*
if ($split) {
// Are there more columns to print on a next page?
if ($lastCol < $numcols - 1) {
$splitpg++;
$startcol = $lastCol + 1;
return [false, $startrow, $startcol, $splitpg, $returny, $y0];
} else {
return [true, 0, 0, 0, false, false];
}
}
}
// END OF FUNCTION _tableWrite()
/////////////////////////END OF TABLE CODE//////////////////////////////////
/* -- END TABLES -- */
function _putextgstates()
{
for ($i = 1; $i <= count($this->extgstates); $i++) {
$this->writer->object();
$this->extgstates[$i]['n'] = $this->n;
$this->writer->write('<</Type /ExtGState');
foreach ($this->extgstates[$i]['parms'] as $k => $v) {
$this->writer->write('/' . $k . ' ' . $v);
}
$this->writer->write('>>');
$this->writer->write('endobj');
}
}
function SetProtection($permissions = [], $user_pass = '', $owner_pass = null, $length = 40)
{
$this->encrypted = $this->protection->setProtection($permissions, $user_pass, $owner_pass, $length);
}
// =========================================
// FROM class PDF_Bookmark
function Bookmark($txt, $level = 0, $y = 0)
{
$txt = $this->purify_utf8_text($txt);
if ($this->text_input_as_HTML) {
$txt = $this->all_entities_to_utf8($txt);
}
if ($y == -1) {
if (!$this->ColActive) {
$y = $this->y;
} else {
$y = $this->y0;
} // If columns are on - mark top of columns
}
// else y is used as set, or =0 i.e. top of page
// DIRECTIONALITY RTL
$bmo = ['t' => $txt, 'l' => $level, 'y' => $y, 'p' => $this->page];
if ($this->keep_block_together) {
// do nothing
} elseif ($this->table_rotate) {
$this->tbrot_BMoutlines[] = $bmo;
} elseif ($this->kwt) {
$this->kwt_BMoutlines[] = $bmo;
} elseif ($this->ColActive) {
$this->col_BMoutlines[] = $bmo;
} else {
$this->BMoutlines[] = $bmo;
}
}
/**
* Initiate, and Mark a place for the Table of Contents to be inserted
*/
function TOC(
$tocfont = '',
$tocfontsize = 0,
$tocindent = 0,
$resetpagenum = '',
$pagenumstyle = '',
$suppress = '',
$toc_orientation = '',
$TOCusePaging = true,
$TOCuseLinking = false,
$toc_id = 0,
$tocoutdent = ''
) {
$this->tableOfContents->TOC(
$tocfont,
$tocfontsize,
$tocindent,
$resetpagenum,
$pagenumstyle,
$suppress,
$toc_orientation,
$TOCusePaging,
$TOCuseLinking,
$toc_id,
$tocoutdent
);
}
function TOCpagebreakByArray($a)
{
if (!is_array($a)) {
$a = [];
}
$tocoutdent = (isset($a['tocoutdent']) ? $a['tocoutdent'] : (isset($a['outdent']) ? $a['outdent'] : ''));
$TOCusePaging = (isset($a['TOCusePaging']) ? $a['TOCusePaging'] : (isset($a['paging']) ? $a['paging'] : true));
$TOCuseLinking = (isset($a['TOCuseLinking']) ? $a['TOCuseLinking'] : (isset($a['links']) ? $a['links'] : ''));
$toc_orientation = (isset($a['toc_orientation']) ? $a['toc_orientation'] : (isset($a['toc-orientation']) ? $a['toc-orientation'] : ''));
$toc_mgl = (isset($a['toc_mgl']) ? $a['toc_mgl'] : (isset($a['toc-margin-left']) ? $a['toc-margin-left'] : ''));
$toc_mgr = (isset($a['toc_mgr']) ? $a['toc_mgr'] : (isset($a['toc-margin-right']) ? $a['toc-margin-right'] : ''));
$toc_mgt = (isset($a['toc_mgt']) ? $a['toc_mgt'] : (isset($a['toc-margin-top']) ? $a['toc-margin-top'] : ''));
$toc_mgb = (isset($a['toc_mgb']) ? $a['toc_mgb'] : (isset($a['toc-margin-bottom']) ? $a['toc-margin-bottom'] : ''));
$toc_mgh = (isset($a['toc_mgh']) ? $a['toc_mgh'] : (isset($a['toc-margin-header']) ? $a['toc-margin-header'] : ''));
$toc_mgf = (isset($a['toc_mgf']) ? $a['toc_mgf'] : (isset($a['toc-margin-footer']) ? $a['toc-margin-footer'] : ''));
$toc_ohname = (isset($a['toc_ohname']) ? $a['toc_ohname'] : (isset($a['toc-odd-header-name']) ? $a['toc-odd-header-name'] : ''));
$toc_ehname = (isset($a['toc_ehname']) ? $a['toc_ehname'] : (isset($a['toc-even-header-name']) ? $a['toc-even-header-name'] : ''));
$toc_ofname = (isset($a['toc_ofname']) ? $a['toc_ofname'] : (isset($a['toc-odd-footer-name']) ? $a['toc-odd-footer-name'] : ''));
$toc_efname = (isset($a['toc_efname']) ? $a['toc_efname'] : (isset($a['toc-even-footer-name']) ? $a['toc-even-footer-name'] : ''));
$toc_ohvalue = (isset($a['toc_ohvalue']) ? $a['toc_ohvalue'] : (isset($a['toc-odd-header-value']) ? $a['toc-odd-header-value'] : 0));
$toc_ehvalue = (isset($a['toc_ehvalue']) ? $a['toc_ehvalue'] : (isset($a['toc-even-header-value']) ? $a['toc-even-header-value'] : 0));
$toc_ofvalue = (isset($a['toc_ofvalue']) ? $a['toc_ofvalue'] : (isset($a['toc-odd-footer-value']) ? $a['toc-odd-footer-value'] : 0));
$toc_efvalue = (isset($a['toc_efvalue']) ? $a['toc_efvalue'] : (isset($a['toc-even-footer-value']) ? $a['toc-even-footer-value'] : 0));
$toc_preHTML = (isset($a['toc_preHTML']) ? $a['toc_preHTML'] : (isset($a['toc-preHTML']) ? $a['toc-preHTML'] : ''));
$toc_postHTML = (isset($a['toc_postHTML']) ? $a['toc_postHTML'] : (isset($a['toc-postHTML']) ? $a['toc-postHTML'] : ''));
$toc_bookmarkText = (isset($a['toc_bookmarkText']) ? $a['toc_bookmarkText'] : (isset($a['toc-bookmarkText']) ? $a['toc-bookmarkText'] : ''));
$resetpagenum = (isset($a['resetpagenum']) ? $a['resetpagenum'] : '');
$pagenumstyle = (isset($a['pagenumstyle']) ? $a['pagenumstyle'] : '');
$suppress = (isset($a['suppress']) ? $a['suppress'] : '');
$orientation = (isset($a['orientation']) ? $a['orientation'] : '');
$mgl = (isset($a['mgl']) ? $a['mgl'] : (isset($a['margin-left']) ? $a['margin-left'] : ''));
$mgr = (isset($a['mgr']) ? $a['mgr'] : (isset($a['margin-right']) ? $a['margin-right'] : ''));
$mgt = (isset($a['mgt']) ? $a['mgt'] : (isset($a['margin-top']) ? $a['margin-top'] : ''));
$mgb = (isset($a['mgb']) ? $a['mgb'] : (isset($a['margin-bottom']) ? $a['margin-bottom'] : ''));
$mgh = (isset($a['mgh']) ? $a['mgh'] : (isset($a['margin-header']) ? $a['margin-header'] : ''));
$mgf = (isset($a['mgf']) ? $a['mgf'] : (isset($a['margin-footer']) ? $a['margin-footer'] : ''));
$ohname = (isset($a['ohname']) ? $a['ohname'] : (isset($a['odd-header-name']) ? $a['odd-header-name'] : ''));
$ehname = (isset($a['ehname']) ? $a['ehname'] : (isset($a['even-header-name']) ? $a['even-header-name'] : ''));
$ofname = (isset($a['ofname']) ? $a['ofname'] : (isset($a['odd-footer-name']) ? $a['odd-footer-name'] : ''));
$efname = (isset($a['efname']) ? $a['efname'] : (isset($a['even-footer-name']) ? $a['even-footer-name'] : ''));
$ohvalue = (isset($a['ohvalue']) ? $a['ohvalue'] : (isset($a['odd-header-value']) ? $a['odd-header-value'] : 0));
$ehvalue = (isset($a['ehvalue']) ? $a['ehvalue'] : (isset($a['even-header-value']) ? $a['even-header-value'] : 0));
$ofvalue = (isset($a['ofvalue']) ? $a['ofvalue'] : (isset($a['odd-footer-value']) ? $a['odd-footer-value'] : 0));
$efvalue = (isset($a['efvalue']) ? $a['efvalue'] : (isset($a['even-footer-value']) ? $a['even-footer-value'] : 0));
$toc_id = (isset($a['toc_id']) ? $a['toc_id'] : (isset($a['name']) ? $a['name'] : 0));
$pagesel = (isset($a['pagesel']) ? $a['pagesel'] : (isset($a['pageselector']) ? $a['pageselector'] : ''));
$toc_pagesel = (isset($a['toc_pagesel']) ? $a['toc_pagesel'] : (isset($a['toc-pageselector']) ? $a['toc-pageselector'] : ''));
$sheetsize = (isset($a['sheetsize']) ? $a['sheetsize'] : (isset($a['sheet-size']) ? $a['sheet-size'] : ''));
$toc_sheetsize = (isset($a['toc_sheetsize']) ? $a['toc_sheetsize'] : (isset($a['toc-sheet-size']) ? $a['toc-sheet-size'] : ''));
$this->TOCpagebreak('', '', '', $TOCusePaging, $TOCuseLinking, $toc_orientation, $toc_mgl, $toc_mgr, $toc_mgt, $toc_mgb, $toc_mgh, $toc_mgf, $toc_ohname, $toc_ehname, $toc_ofname, $toc_efname, $toc_ohvalue, $toc_ehvalue, $toc_ofvalue, $toc_efvalue, $toc_preHTML, $toc_postHTML, $toc_bookmarkText, $resetpagenum, $pagenumstyle, $suppress, $orientation, $mgl, $mgr, $mgt, $mgb, $mgh, $mgf, $ohname, $ehname, $ofname, $efname, $ohvalue, $ehvalue, $ofvalue, $efvalue, $toc_id, $pagesel, $toc_pagesel, $sheetsize, $toc_sheetsize, $tocoutdent);
}
function TOCpagebreak($tocfont = '', $tocfontsize = '', $tocindent = '', $TOCusePaging = true, $TOCuseLinking = '', $toc_orientation = '', $toc_mgl = '', $toc_mgr = '', $toc_mgt = '', $toc_mgb = '', $toc_mgh = '', $toc_mgf = '', $toc_ohname = '', $toc_ehname = '', $toc_ofname = '', $toc_efname = '', $toc_ohvalue = 0, $toc_ehvalue = 0, $toc_ofvalue = 0, $toc_efvalue = 0, $toc_preHTML = '', $toc_postHTML = '', $toc_bookmarkText = '', $resetpagenum = '', $pagenumstyle = '', $suppress = '', $orientation = '', $mgl = '', $mgr = '', $mgt = '', $mgb = '', $mgh = '', $mgf = '', $ohname = '', $ehname = '', $ofname = '', $efname = '', $ohvalue = 0, $ehvalue = 0, $ofvalue = 0, $efvalue = 0, $toc_id = 0, $pagesel = '', $toc_pagesel = '', $sheetsize = '', $toc_sheetsize = '', $tocoutdent = '')
{
// Start a new page
if ($this->state == 0) {
$this->AddPage();
}
if ($this->y == $this->tMargin && (!$this->mirrorMargins || ($this->mirrorMargins && $this->page % 2 == 1))) {
// Don't add a page
if ($this->page == 1 && count($this->PageNumSubstitutions) == 0) {
if (!$suppress) {
$suppress = 'off';
}
// $this->PageNumSubstitutions[] = array('from'=>1, 'reset'=> $resetpagenum, 'type'=>$pagenumstyle, 'suppress'=> $suppress);
}
$this->PageNumSubstitutions[] = ['from' => $this->page, 'reset' => $resetpagenum, 'type' => $pagenumstyle, 'suppress' => $suppress];
} else {
$this->AddPage($orientation, 'NEXT-ODD', $resetpagenum, $pagenumstyle, $suppress, $mgl, $mgr, $mgt, $mgb, $mgh, $mgf, $ohname, $ehname, $ofname, $efname, $ohvalue, $ehvalue, $ofvalue, $efvalue, $pagesel, $sheetsize);
}
$this->tableOfContents->TOCpagebreak($tocfont, $tocfontsize, $tocindent, $TOCusePaging, $TOCuseLinking, $toc_orientation, $toc_mgl, $toc_mgr, $toc_mgt, $toc_mgb, $toc_mgh, $toc_mgf, $toc_ohname, $toc_ehname, $toc_ofname, $toc_efname, $toc_ohvalue, $toc_ehvalue, $toc_ofvalue, $toc_efvalue, $toc_preHTML, $toc_postHTML, $toc_bookmarkText, $resetpagenum, $pagenumstyle, $suppress, $orientation, $mgl, $mgr, $mgt, $mgb, $mgh, $mgf, $ohname, $ehname, $ofname, $efname, $ohvalue, $ehvalue, $ofvalue, $efvalue, $toc_id, $pagesel, $toc_pagesel, $sheetsize, $toc_sheetsize, $tocoutdent);
}
function TOC_Entry($txt, $level = 0, $toc_id = 0)
{
if ($this->ColActive) {
$ily = $this->y0;
} else {
$ily = $this->y;
} // use top of columns
$linkn = $this->AddLink();
$uid = '__mpdfinternallink_' . $linkn;
if ($this->table_rotate) {
$this->internallink[$uid] = ["Y" => $ily, "PAGE" => $this->page, "tbrot" => true];
} elseif ($this->kwt) {
$this->internallink[$uid] = ["Y" => $ily, "PAGE" => $this->page, "kwt" => true];
} elseif ($this->ColActive) {
$this->internallink[$uid] = ["Y" => $ily, "PAGE" => $this->page, "col" => $this->CurrCol];
} elseif (!$this->keep_block_together) {
$this->internallink[$uid] = ["Y" => $ily, "PAGE" => $this->page];
}
$this->internallink['#' . $uid] = $linkn;
$this->SetLink($linkn, $ily, $this->page);
if (strtoupper($toc_id) == 'ALL') {
$toc_id = '_mpdf_all';
} elseif (!$toc_id) {
$toc_id = 0;
} else {
$toc_id = strtolower($toc_id);
}
$btoc = ['t' => $txt, 'l' => $level, 'p' => $this->page, 'link' => $linkn, 'toc_id' => $toc_id];
if ($this->keep_block_together) {
// do nothing
} /* -- TABLES -- */ elseif ($this->table_rotate) {
$this->tbrot_toc[] = $btoc;
} elseif ($this->kwt) {
$this->kwt_toc[] = $btoc;
} /* -- END TABLES -- */ elseif ($this->ColActive) { // *COLUMNS*
$this->col_toc[] = $btoc; // *COLUMNS*
} // *COLUMNS*
else {
$this->tableOfContents->_toc[] = $btoc;
}
}
/* -- END TOC -- */
// ======================================================
function MovePages($target_page, $start_page, $end_page = -1)
{
// move a page/pages EARLIER in the document
if ($end_page < 1) {
$end_page = $start_page;
}
$n_toc = $end_page - $start_page + 1;
// Set/Update PageNumSubstitutions changes before moving anything
if (count($this->PageNumSubstitutions)) {
$tp_present = false;
$sp_present = false;
$ep_present = false;
foreach ($this->PageNumSubstitutions as $k => $v) {
if ($this->PageNumSubstitutions[$k]['from'] == $target_page) {
$tp_present = true;
if ($this->PageNumSubstitutions[$k]['suppress'] != 'on' && $this->PageNumSubstitutions[$k]['suppress'] != 1) {
$this->PageNumSubstitutions[$k]['suppress'] = 'off';
}
}
if ($this->PageNumSubstitutions[$k]['from'] == $start_page) {
$sp_present = true;
if ($this->PageNumSubstitutions[$k]['suppress'] != 'on' && $this->PageNumSubstitutions[$k]['suppress'] != 1) {
$this->PageNumSubstitutions[$k]['suppress'] = 'off';
}
}
if ($this->PageNumSubstitutions[$k]['from'] == ($end_page + 1)) {
$ep_present = true;
if ($this->PageNumSubstitutions[$k]['suppress'] != 'on' && $this->PageNumSubstitutions[$k]['suppress'] != 1) {
$this->PageNumSubstitutions[$k]['suppress'] = 'off';
}
}
}
if (!$tp_present) {
[$tp_type, $tp_suppress, $tp_reset] = $this->docPageSettings($target_page);
}
if (!$sp_present) {
[$sp_type, $sp_suppress, $sp_reset] = $this->docPageSettings($start_page);
}
if (!$ep_present) {
[$ep_type, $ep_suppress, $ep_reset] = $this->docPageSettings($start_page - 1);
}
}
$last = [];
// store pages
for ($i = $start_page; $i <= $end_page; $i++) {
$last[] = $this->pages[$i];
}
// move pages
for ($i = $start_page - 1; $i >= ($target_page); $i--) {
$this->pages[$i + $n_toc] = $this->pages[$i];
}
// Put toc pages at insert point
for ($i = 0; $i < $n_toc; $i++) {
$this->pages[$target_page + $i] = $last[$i];
}
/* -- BOOKMARKS -- */
// Update Bookmarks
foreach ($this->BMoutlines as $i => $o) {
if ($o['p'] >= $target_page) {
$this->BMoutlines[$i]['p'] += $n_toc;
}
}
/* -- END BOOKMARKS -- */
// Update Page Links
if (count($this->PageLinks)) {
$newarr = [];
foreach ($this->PageLinks as $i => $o) {
foreach ($this->PageLinks[$i] as $key => $pl) {
if (strpos($pl[4], '@') === 0) {
$p = substr($pl[4], 1);
if ($p >= $start_page && $p <= $end_page) {
$this->PageLinks[$i][$key][4] = '@' . ($p + ($target_page - $start_page));
} elseif ($p >= $target_page && $p < $start_page) {
$this->PageLinks[$i][$key][4] = '@' . ($p + $n_toc);
}
}
}
if ($i >= $start_page && $i <= $end_page) {
$newarr[($i + ($target_page - $start_page))] = $this->PageLinks[$i];
} elseif ($i >= $target_page && $i < $start_page) {
$newarr[($i + $n_toc)] = $this->PageLinks[$i];
} else {
$newarr[$i] = $this->PageLinks[$i];
}
}
$this->PageLinks = $newarr;
}
// OrientationChanges
if (count($this->OrientationChanges)) {
$newarr = [];
foreach ($this->OrientationChanges as $p => $v) {
if ($p >= $start_page && $p <= $end_page) {
$newarr[($p + ($target_page - $start_page))] = $this->OrientationChanges[$p];
} elseif ($p >= $target_page && $p < $start_page) {
$newarr[$p + $n_toc] = $this->OrientationChanges[$p];
} else {
$newarr[$p] = $this->OrientationChanges[$p];
}
}
ksort($newarr);
$this->OrientationChanges = $newarr;
}
// Page Dimensions
if (count($this->pageDim)) {
$newarr = [];
foreach ($this->pageDim as $p => $v) {
if ($p >= $start_page && $p <= $end_page) {
$newarr[($p + ($target_page - $start_page))] = $this->pageDim[$p];
} elseif ($p >= $target_page && $p < $start_page) {
$newarr[$p + $n_toc] = $this->pageDim[$p];
} else {
$newarr[$p] = $this->pageDim[$p];
}
}
ksort($newarr);
$this->pageDim = $newarr;
}
// HTML Headers & Footers
if (count($this->saveHTMLHeader)) {
$newarr = [];
foreach ($this->saveHTMLHeader as $p => $v) {
if ($p >= $start_page && $p <= $end_page) {
$newarr[($p + ($target_page - $start_page))] = $this->saveHTMLHeader[$p];
} elseif ($p >= $target_page && $p < $start_page) {
$newarr[$p + $n_toc] = $this->saveHTMLHeader[$p];
} else {
$newarr[$p] = $this->saveHTMLHeader[$p];
}
}
ksort($newarr);
$this->saveHTMLHeader = $newarr;
}
if (count($this->saveHTMLFooter)) {
$newarr = [];
foreach ($this->saveHTMLFooter as $p => $v) {
if ($p >= $start_page && $p <= $end_page) {
$newarr[($p + ($target_page - $start_page))] = $this->saveHTMLFooter[$p];
} elseif ($p >= $target_page && $p < $start_page) {
$newarr[$p + $n_toc] = $this->saveHTMLFooter[$p];
} else {
$newarr[$p] = $this->saveHTMLFooter[$p];
}
}
ksort($newarr);
$this->saveHTMLFooter = $newarr;
}
// Update Internal Links
if (count($this->internallink)) {
foreach ($this->internallink as $key => $o) {
if (is_array($o) && $o['PAGE'] >= $start_page && $o['PAGE'] <= $end_page) {
$this->internallink[$key]['PAGE'] += ($target_page - $start_page);
} elseif (is_array($o) && $o['PAGE'] >= $target_page && $o['PAGE'] < $start_page) {
$this->internallink[$key]['PAGE'] += $n_toc;
}
}
}
// Update Links
if (count($this->links)) {
foreach ($this->links as $key => $o) {
if ($o[0] >= $start_page && $o[0] <= $end_page) {
$this->links[$key][0] += ($target_page - $start_page);
}
if ($o[0] >= $target_page && $o[0] < $start_page) {
$this->links[$key][0] += $n_toc;
}
}
}
// Update Form fields
if (count($this->form->forms)) {
foreach ($this->form->forms as $key => $f) {
if ($f['page'] >= $start_page && $f['page'] <= $end_page) {
$this->form->forms[$key]['page'] += ($target_page - $start_page);
}
if ($f['page'] >= $target_page && $f['page'] < $start_page) {
$this->form->forms[$key]['page'] += $n_toc;
}
}
}
/* -- ANNOTATIONS -- */
// Update Annotations
if (count($this->PageAnnots)) {
$newarr = [];
foreach ($this->PageAnnots as $p => $anno) {
if ($p >= $start_page && $p <= $end_page) {
$np = $p + ($target_page - $start_page);
foreach ($anno as $o) {
$newarr[$np][] = $o;
}
} elseif ($p >= $target_page && $p < $start_page) {
$np = $p + $n_toc;
foreach ($anno as $o) {
$newarr[$np][] = $o;
}
} else {
$newarr[$p] = $this->PageAnnots[$p];
}
}
$this->PageAnnots = $newarr;
unset($newarr);
}
/* -- END ANNOTATIONS -- */
// Update TOC pages
if (count($this->tableOfContents->_toc)) {
foreach ($this->tableOfContents->_toc as $key => $t) {
if ($t['p'] >= $start_page && $t['p'] <= $end_page) {
$this->tableOfContents->_toc[$key]['p'] += ($target_page - $start_page);
}
if ($t['p'] >= $target_page && $t['p'] < $start_page) {
$this->tableOfContents->_toc[$key]['p'] += $n_toc;
}
}
}
// Update PageNumSubstitutions
if (count($this->PageNumSubstitutions)) {
$newarr = [];
foreach ($this->PageNumSubstitutions as $k => $v) {
if ($this->PageNumSubstitutions[$k]['from'] >= $start_page && $this->PageNumSubstitutions[$k]['from'] <= $end_page) {
$this->PageNumSubstitutions[$k]['from'] += ($target_page - $start_page);
$newarr[$this->PageNumSubstitutions[$k]['from']] = $this->PageNumSubstitutions[$k];
} elseif ($this->PageNumSubstitutions[$k]['from'] >= $target_page && $this->PageNumSubstitutions[$k]['from'] < $start_page) {
$this->PageNumSubstitutions[$k]['from'] += $n_toc;
$newarr[$this->PageNumSubstitutions[$k]['from']] = $this->PageNumSubstitutions[$k];
} else {
$newarr[$this->PageNumSubstitutions[$k]['from']] = $this->PageNumSubstitutions[$k];
}
}
if (!$sp_present) {
$newarr[$target_page] = ['from' => $target_page, 'suppress' => $sp_suppress, 'reset' => $sp_reset, 'type' => $sp_type];
}
if (!$tp_present) {
$newarr[($target_page + $n_toc)] = ['from' => ($target_page + $n_toc), 'suppress' => $tp_suppress, 'reset' => $tp_reset, 'type' => $tp_type];
}
if (!$ep_present && $end_page > count($this->pages)) {
$newarr[($end_page + 1)] = ['from' => ($end_page + 1), 'suppress' => $ep_suppress, 'reset' => $ep_reset, 'type' => $ep_type];
}
ksort($newarr);
$this->PageNumSubstitutions = [];
foreach ($newarr as $v) {
$this->PageNumSubstitutions[] = $v;
}
}
}
function DeletePages($start_page, $end_page = -1)
{
// move a page/pages EARLIER in the document
if ($end_page < 1) {
$end_page = $start_page;
}
$n_tod = $end_page - $start_page + 1;
$last_page = count($this->pages);
$n_atend = $last_page - $end_page + 1;
// move pages
for ($i = 0; $i < $n_atend; $i++) {
$this->pages[$start_page + $i] = $this->pages[$end_page + 1 + $i];
}
// delete pages
for ($i = 0; $i < $n_tod; $i++) {
unset($this->pages[$last_page - $i]);
}
/* -- BOOKMARKS -- */
// Update Bookmarks
foreach ($this->BMoutlines as $i => $o) {
if ($o['p'] >= $end_page) {
$this->BMoutlines[$i]['p'] -= $n_tod;
} elseif ($p < $start_page) {
unset($this->BMoutlines[$i]);
}
}
/* -- END BOOKMARKS -- */
// Update Page Links
if (count($this->PageLinks)) {
$newarr = [];
foreach ($this->PageLinks as $i => $o) {
foreach ($this->PageLinks[$i] as $key => $pl) {
if (strpos($pl[4], '@') === 0) {
$p = substr($pl[4], 1);
if ($p > $end_page) {
$this->PageLinks[$i][$key][4] = '@' . ($p - $n_tod);
} elseif ($p < $start_page) {
unset($this->PageLinks[$i][$key]);
}
}
}
if ($i > $end_page) {
$newarr[($i - $n_tod)] = $this->PageLinks[$i];
} elseif ($p < $start_page) {
$newarr[$i] = $this->PageLinks[$i];
}
}
$this->PageLinks = $newarr;
}
// OrientationChanges
if (count($this->OrientationChanges)) {
$newarr = [];
foreach ($this->OrientationChanges as $p => $v) {
if ($p > $end_page) {
$newarr[($p - $t_tod)] = $this->OrientationChanges[$p];
} elseif ($p < $start_page) {
$newarr[$p] = $this->OrientationChanges[$p];
}
}
ksort($newarr);
$this->OrientationChanges = $newarr;
}
// Page Dimensions
if (count($this->pageDim)) {
$newarr = [];
foreach ($this->pageDim as $p => $v) {
if ($p > $end_page) {
$newarr[($p - $n_tod)] = $this->pageDim[$p];
} elseif ($p < $start_page) {
$newarr[$p] = $this->pageDim[$p];
}
}
ksort($newarr);
$this->pageDim = $newarr;
}
// HTML Headers & Footers
if (count($this->saveHTMLHeader)) {
foreach ($this->saveHTMLHeader as $p => $v) {
if ($p > $end_page) {
$newarr[($p - $n_tod)] = $this->saveHTMLHeader[$p];
} // mPDF 5.7.3
elseif ($p < $start_page) {
$newarr[$p] = $this->saveHTMLHeader[$p];
}
}
ksort($newarr);
$this->saveHTMLHeader = $newarr;
}
if (count($this->saveHTMLFooter)) {
$newarr = [];
foreach ($this->saveHTMLFooter as $p => $v) {
if ($p > $end_page) {
$newarr[($p - $n_tod)] = $this->saveHTMLFooter[$p];
} elseif ($p < $start_page) {
$newarr[$p] = $this->saveHTMLFooter[$p];
}
}
ksort($newarr);
$this->saveHTMLFooter = $newarr;
}
// Update Internal Links
foreach ($this->internallink as $key => $o) {
if ($o['PAGE'] > $end_page) {
$this->internallink[$key]['PAGE'] -= $n_tod;
} elseif ($o['PAGE'] < $start_page) {
unset($this->internallink[$key]);
}
}
// Update Links
foreach ($this->links as $key => $o) {
if ($o[0] > $end_page) {
$this->links[$key][0] -= $n_tod;
} elseif ($o[0] < $start_page) {
unset($this->links[$key]);
}
}
// Update Form fields
foreach ($this->form->forms as $key => $f) {
if ($f['page'] > $end_page) {
$this->form->forms[$key]['page'] -= $n_tod;
} elseif ($f['page'] < $start_page) {
unset($this->form->forms[$key]);
}
}
/* -- ANNOTATIONS -- */
// Update Annotations
if (count($this->PageAnnots)) {
$newarr = [];
foreach ($this->PageAnnots as $p => $anno) {
if ($p > $end_page) {
foreach ($anno as $o) {
$newarr[($p - $n_tod)][] = $o;
}
} elseif ($p < $start_page) {
$newarr[$p] = $this->PageAnnots[$p];
}
}
ksort($newarr);
$this->PageAnnots = $newarr;
}
/* -- END ANNOTATIONS -- */
// Update PageNumSubstitutions
foreach ($this->PageNumSubstitutions as $k => $v) {
if ($this->PageNumSubstitutions[$k]['from'] > $end_page) {
$this->PageNumSubstitutions[$k]['from'] -= $n_tod;
} elseif ($this->PageNumSubstitutions[$k]['from'] < $start_page) {
unset($this->PageNumSubstitutions[$k]);
}
}
unset($newarr);
$this->page = count($this->pages);
}
// ======================================================
/* -- INDEX -- */
// FROM class PDF_Ref == INDEX
function IndexEntry($txt, $xref = '')
{
if ($xref) {
$this->IndexEntrySee($txt, $xref);
return;
}
// Search the reference (AND Ref/PageNo) in the array
$Present = false;
if ($this->keep_block_together) {
// do nothing
} /* -- TABLES -- */ elseif ($this->kwt) {
$size = count($this->kwt_Reference);
for ($i = 0; $i < $size; $i++) {
if (isset($this->kwt_Reference[$i]['t']) && $this->kwt_Reference[$i]['t'] == $txt) {
$Present = true;
if ($this->page != $this->kwt_Reference[$i]['op']) {
$this->kwt_Reference[$i]['op'] = $this->page;
}
}
}
if (!$Present) { // If not found, add it
$this->kwt_Reference[] = ['t' => $txt, 'op' => $this->page];
}
} /* -- END TABLES -- */ else {
$size = count($this->Reference);
for ($i = 0; $i < $size; $i++) {
if (isset($this->Reference[$i]['t']) && $this->Reference[$i]['t'] == $txt) {
$Present = true;
if (!in_array($this->page, $this->Reference[$i]['p'])) {
$this->Reference[$i]['p'][] = $this->page;
}
}
}
if (!$Present) { // If not found, add it
$this->Reference[] = ['t' => $txt, 'p' => [$this->page]];
}
}
}
// Added function to add a reference "Elephants. See Chickens"
function IndexEntrySee($txta, $txtb)
{
if ($this->directionality == 'rtl') { // *OTL*
// ONLY DO THIS IF NOT IN TAGS
if ($txta == strip_tags($txta)) {
$txta = str_replace(':', ' - ', $txta); // *OTL*
}
if ($txtb == strip_tags($txtb)) {
$txtb = str_replace(':', ' - ', $txtb); // *OTL*
}
} // *OTL*
else { // *OTL*
if ($txta == strip_tags($txta)) {
$txta = str_replace(':', ', ', $txta);
}
if ($txtb == strip_tags($txtb)) {
$txtb = str_replace(':', ', ', $txtb);
}
} // *OTL*
$this->Reference[] = ['t' => $txta . ' - see ' . $txtb, 'p' => []];
}
private function filesInDir($directory)
{
$files = [];
foreach ((new \DirectoryIterator($directory)) as $v) {
if ($v->isDir() || $v->isDot()) {
continue;
}
$files[] = $v->getPathname();
}
return $files;
}
function InsertIndex($usedivletters = 1, $useLinking = false, $indexCollationLocale = '', $indexCollationGroup = '')
{
$size = count($this->Reference);
if ($size == 0) {
return false;
}
// $spacer used after named entry
// $sep separates number [groups], $joiner joins numbers in range
// e.g. "elephant 73, 97-99" = elephant[$spacer]73[$sep]97[$joiner]99
// $subEntrySeparator separates main and subentry (if $this->indexUseSubentries == false;) e.g.
// Mammal:elephant => Mammal[$subEntrySeparator]elephant
// $subEntryInset specifies what precedes a subentry (if $this->indexUseSubentries == true;) e.g.
// Mammal:elephant => [$subEntryInset]elephant
$spacer = "\xc2\xa0 ";
if ($this->directionality == 'rtl') {
$sep = '، ';
$joiner = '-';
$subEntrySeparator = '، ';
$subEntryInset = ' - ';
} else {
$sep = ', ';
$joiner = '-';
$subEntrySeparator = ', ';
$subEntryInset = ' - ';
}
for ($i = 0; $i < $size; $i++) {
$txt = $this->Reference[$i]['t'];
$txt = strip_tags($txt); // mPDF 6
$txt = $this->purify_utf8($txt);
$this->Reference[$i]['uf'] = $txt; // Unformatted e.g. pure utf-8 encoded characters, no mark-up/tags
// Used for ordering and collation
}
if ($usedivletters) {
if ($indexCollationGroup && \in_array(strtolower($indexCollationGroup), array_map(function ($v) {
return strtolower(basename($v, '.php'));
}, $this->filesInDir(__DIR__ . '/../data/collations/')))) {
$collation = require __DIR__ . '/../data/collations/' . $indexCollationGroup . '.php';
} else {
$collation = [];
}
for ($i = 0; $i < $size; $i++) {
if ($this->Reference[$i]['uf']) {
$l = mb_substr($this->Reference[$i]['uf'], 0, 1, 'UTF-8');
if (isset($indexCollationGroup) && $indexCollationGroup) {
$uni = $this->UTF8StringToArray($l);
$ucode = $uni[0];
if (isset($collation[$ucode])) {
$this->Reference[$i]['d'] = UtfString::code2utf($collation[$ucode]);
} else {
$this->Reference[$i]['d'] = mb_strtolower($l, 'UTF-8');
}
} else {
$this->Reference[$i]['d'] = mb_strtolower($l, 'UTF-8');
}
}
}
}
// Alphabetic sort of the references
$originalLocale = setlocale(LC_COLLATE, 0);
if ($indexCollationLocale) {
setlocale(LC_COLLATE, $indexCollationLocale);
}
usort($this->Reference, function ($a, $b) {
return strcoll(strtolower($a['uf']), strtolower($b['uf']));
});
if ($indexCollationLocale) {
setlocale(LC_COLLATE, $originalLocale);
}
$html = '<div class="mpdf_index_main">';
$lett = '';
$last_lett = '';
$mainentry = '';
for ($i = 0; $i < $size; $i++) {
if ($this->Reference[$i]['t']) {
if ($usedivletters) {
$lett = $this->Reference[$i]['d'];
if ($lett != $last_lett) {
$html .= '<div class="mpdf_index_letter">' . $lett . '</div>';
}
}
$txt = $this->Reference[$i]['t'];
// Sub-entries e.g. Mammals:elephant
// But allow for tags e.g. <b>Mammal</b>:elephants
$a = preg_split('/(<.*?>)/', $txt, -1, PREG_SPLIT_DELIM_CAPTURE);
$txt = '';
$marker = false;
foreach ($a as $k => $e) {
if ($k % 2 == 0 && !$marker) {
if (strpos($e, ':') !== false) { // == SubEntry
if ($this->indexUseSubentries) {
// If the Main entry does not have any page numbers associated with it
// create and insert an entry
[$txtmain, $sub] = preg_split('/[:]/', $e, 2);
if (strip_tags($txt . $txtmain) != $mainentry) {
$html .= '<div class="mpdf_index_entry">' . $txt . $txtmain . '</div>';
$mainentry = strip_tags($txt . $txtmain);
}
$txt = $subEntryInset;
$e = $sub; // Only replace first one
} else {
$e = preg_replace('/[:]/', $subEntrySeparator, $e, 1); // Only replace first one
}
$marker = true; // Don't replace any more once the subentry marker has been found
}
}
$txt .= $e;
}
if (!$marker) {
$mainentry = strip_tags($txt);
}
$html .= '<div class="mpdf_index_entry">';
$html .= $txt;
$ppp = $this->Reference[$i]['p']; // = array of page numbers to point to
if (count($ppp)) {
sort($ppp);
$newarr = [];
$range_start = $ppp[0];
$range_end = 0;
$html .= $spacer;
for ($zi = 1; $zi < count($ppp); $zi++) {
if ($ppp[$zi] == ($ppp[($zi - 1)] + 1)) {
$range_end = $ppp[$zi];
} else {
if ($range_end) {
if ($range_end == $range_start + 1) {
if ($useLinking) {
$html .= '<a class="mpdf_index_link" href="@' . $range_start . '">';
}
$html .= $this->docPageNum($range_start);
if ($useLinking) {
$html .= '</a>';
}
$html .= $sep;
if ($useLinking) {
$html .= '<a class="mpdf_index_link" href="@' . $ppp[$zi - 1] . '">';
}
$html .= $this->docPageNum($ppp[$zi - 1]);
if ($useLinking) {
$html .= '</a>';
}
$html .= $sep;
}
} else {
if ($useLinking) {
$html .= '<a class="mpdf_index_link" href="@' . $ppp[$zi - 1] . '">';
}
$html .= $this->docPageNum($ppp[$zi - 1]);
if ($useLinking) {
$html .= '</a>';
}
$html .= $sep;
}
$range_start = $ppp[$zi];
$range_end = 0;
}
}
if ($range_end) {
if ($useLinking) {
$html .= '<a class="mpdf_index_link" href="@' . $range_start . '">';
}
$html .= $this->docPageNum($range_start);
if ($range_end == $range_start + 1) {
if ($useLinking) {
$html .= '</a>';
}
$html .= $sep;
if ($useLinking) {
$html .= '<a class="mpdf_index_link" href="@' . $range_end . '">';
}
$html .= $this->docPageNum($range_end);
if ($useLinking) {
$html .= '</a>';
}
} else {
$html .= $joiner;
$html .= $this->docPageNum($range_end);
if ($useLinking) {
$html .= '</a>';
}
}
} else {
if ($useLinking) {
$html .= '<a class="mpdf_index_link" href="@' . $ppp[(count($ppp) - 1)] . '">';
}
$html .= $this->docPageNum($ppp[(count($ppp) - 1)]);
if ($useLinking) {
$html .= '</a>';
}
}
}
}
$html .= '</div>';
$last_lett = $lett;
}
$html .= '</div>';
$save_fpb = $this->fixedPosBlockSave;
$this->WriteHTML($html);
$this->fixedPosBlockSave = $save_fpb;
$this->breakpoints[$this->CurrCol][] = $this->y; // *COLUMNS*
}
/* -- END INDEX -- */
function AcceptPageBreak()
{
if (count($this->cellBorderBuffer)) {
$this->printcellbuffer();
} // *TABLES*
/* -- COLUMNS -- */
if ($this->ColActive == 1) {
if ($this->CurrCol < $this->NbCol - 1) {
// Go to the next column
$this->CurrCol++;
$this->SetCol($this->CurrCol);
$this->y = $this->y0;
$this->ChangeColumn = 1; // Number (and direction) of columns changed +1, +2, -2 etc.
// DIRECTIONALITY RTL
if ($this->directionality == 'rtl') {
$this->ChangeColumn = -($this->ChangeColumn);
} // *OTL*
// Stay on the page
return false;
} else {
// Go back to the first column - NEW PAGE
if (count($this->columnbuffer)) {
$this->printcolumnbuffer();
}
$this->SetCol(0);
$this->y0 = $this->tMargin;
$this->ChangeColumn = -($this->NbCol - 1);
// DIRECTIONALITY RTL
if ($this->directionality == 'rtl') {
$this->ChangeColumn = -($this->ChangeColumn);
} // *OTL*
// Page break
return true;
}
} /* -- END COLUMNS -- */
/* -- TABLES -- */ elseif ($this->table_rotate) {
if ($this->tablebuffer) {
$this->printtablebuffer();
}
return true;
} /* -- END TABLES -- */ else { // *COLUMNS*
$this->ChangeColumn = 0;
return $this->autoPageBreak;
} // *COLUMNS*
return $this->autoPageBreak;
}
// ----------- COLUMNS ---------------------
/* -- COLUMNS -- */
function SetColumns($NbCol, $vAlign = '', $gap = 5)
{
// NbCol = number of columns
// Anything less than 2 turns columns off
if ($NbCol < 2) { // SET COLUMNS OFF
if ($this->ColActive) {
$this->ColActive = 0;
if (count($this->columnbuffer)) {
$this->printcolumnbuffer();
}
$this->NbCol = 1;
$this->ResetMargins();
$this->pgwidth = $this->w - $this->lMargin - $this->rMargin;
$this->divwidth = 0;
$this->Ln();
}
$this->ColActive = 0;
$this->columnbuffer = [];
$this->ColDetails = [];
$this->columnLinks = [];
$this->columnAnnots = [];
$this->columnForms = [];
$this->col_BMoutlines = [];
$this->col_toc = [];
$this->breakpoints = [];
} else { // SET COLUMNS ON
if ($this->ColActive) {
$this->ColActive = 0;
if (count($this->columnbuffer)) {
$this->printcolumnbuffer();
}
$this->ResetMargins();
}
if (isset($this->y) && $this->y > $this->tMargin) {
$this->Ln();
}
$this->NbCol = $NbCol;
$this->ColGap = $gap;
$this->divwidth = 0;
$this->ColActive = 1;
$this->ColumnAdjust = true; // enables column height adjustment for the page
$this->columnbuffer = [];
$this->ColDetails = [];
$this->columnLinks = [];
$this->columnAnnots = [];
$this->columnForms = [];
$this->col_BMoutlines = [];
$this->col_toc = [];
$this->breakpoints = [];
if ((strtoupper($vAlign) == 'J') || (strtoupper($vAlign) == 'JUSTIFY')) {
$vAlign = 'J';
} else {
$vAlign = '';
}
$this->colvAlign = $vAlign;
// Save the ordinate
$absL = $this->DeflMargin - ($gap / 2);
$absR = $this->DefrMargin - ($gap / 2);
$PageWidth = $this->w - $absL - $absR; // virtual pagewidth for calculation only
$ColWidth = (($PageWidth - ($gap * ($NbCol))) / $NbCol);
$this->ColWidth = $ColWidth;
/* -- OTL -- */
if ($this->directionality == 'rtl') {
for ($i = 0; $i < $this->NbCol; $i++) {
$this->ColL[$i] = $absL + ($gap / 2) + (($NbCol - ($i + 1)) * ($PageWidth / $NbCol));
$this->ColR[$i] = $this->ColL[$i] + $ColWidth; // NB This is not R margin -> R pos
}
} else {
/* -- END OTL -- */
for ($i = 0; $i < $this->NbCol; $i++) {
$this->ColL[$i] = $absL + ($gap / 2) + ($i * ($PageWidth / $NbCol) );
$this->ColR[$i] = $this->ColL[$i] + $ColWidth; // NB This is not R margin -> R pos
}
} // *OTL*
$this->pgwidth = $ColWidth;
$this->SetCol(0);
$this->y0 = $this->y;
}
$this->x = $this->lMargin;
}
function SetCol($CurrCol)
{
// Used internally to set column by number: 0 is 1st column
// Set position on a column
$this->CurrCol = $CurrCol;
$x = $this->ColL[$CurrCol];
$xR = $this->ColR[$CurrCol]; // NB This is not R margin -> R pos
if (($this->mirrorMargins) && (($this->page) % 2 == 0)) { // EVEN
$x += $this->MarginCorrection;
$xR += $this->MarginCorrection;
}
$this->SetMargins($x, ($this->w - $xR), $this->tMargin);
}
function AddColumn()
{
$this->NewColumn();
$this->ColumnAdjust = false; // disables all column height adjustment for the page.
}
function NewColumn()
{
if ($this->ColActive == 1) {
if ($this->CurrCol < $this->NbCol - 1) {
// Go to the next column
$this->CurrCol++;
$this->SetCol($this->CurrCol);
$this->y = $this->y0;
$this->ChangeColumn = 1;
// DIRECTIONALITY RTL
if ($this->directionality == 'rtl') {
$this->ChangeColumn = -($this->ChangeColumn);
} // *OTL*
// Stay on the page
} else {
// Go back to the first column
// Page break
if (count($this->columnbuffer)) {
$this->printcolumnbuffer();
}
$this->AddPage($this->CurOrientation);
$this->SetCol(0);
$this->y0 = $this->tMargin;
$this->ChangeColumn = -($this->NbCol - 1);
// DIRECTIONALITY RTL
if ($this->directionality == 'rtl') {
$this->ChangeColumn = -($this->ChangeColumn);
} // *OTL*
}
$this->x = $this->lMargin;
} else {
$this->AddPage($this->CurOrientation);
}
}
function printcolumnbuffer()
{
// Columns ended (but page not ended) -> try to match all columns - unless disabled by using a custom column-break
if (!$this->ColActive && $this->ColumnAdjust && !$this->keepColumns) {
// Calculate adjustment to add to each column to calculate rel_y value
$this->ColDetails[0]['add_y'] = 0;
$last_col = 0;
// Recursively add previous column's height
for ($i = 1; $i < $this->NbCol; $i++) {
if (isset($this->ColDetails[$i]['bottom_margin']) && $this->ColDetails[$i]['bottom_margin']) { // If any entries in the column
$this->ColDetails[$i]['add_y'] = ($this->ColDetails[$i - 1]['bottom_margin'] - $this->y0) + $this->ColDetails[$i - 1]['add_y'];
$last_col = $i; // Last column actually printed
}
}
// Calculate value for each position sensitive entry as though for one column
foreach ($this->columnbuffer as $key => $s) {
$t = $s['s'];
if ($t == 'ACROFORM') {
$this->columnbuffer[$key]['rel_y'] = $s['y'] + $this->ColDetails[$s['col']]['add_y'] - $this->y0;
$this->columnbuffer[$key]['s'] = '';
} elseif (preg_match('/BT \d+\.\d\d+ (\d+\.\d\d+) Td/', $t)) {
$this->columnbuffer[$key]['rel_y'] = $s['y'] + $this->ColDetails[$s['col']]['add_y'] - $this->y0;
} elseif (preg_match('/\d+\.\d\d+ (\d+\.\d\d+) \d+\.\d\d+ [\-]{0,1}\d+\.\d\d+ re/', $t)) {
$this->columnbuffer[$key]['rel_y'] = $s['y'] + $this->ColDetails[$s['col']]['add_y'] - $this->y0;
} elseif (preg_match('/\d+\.\d\d+ (\d+\.\d\d+) m/', $t)) {
$this->columnbuffer[$key]['rel_y'] = $s['y'] + $this->ColDetails[$s['col']]['add_y'] - $this->y0;
} elseif (preg_match('/\d+\.\d\d+ (\d+\.\d\d+) l/', $t)) {
$this->columnbuffer[$key]['rel_y'] = $s['y'] + $this->ColDetails[$s['col']]['add_y'] - $this->y0;
} elseif (preg_match('/q \d+\.\d\d+ 0 0 \d+\.\d\d+ \d+\.\d\d+ (\d+\.\d\d+) cm \/(I|FO)\d+ Do Q/', $t)) {
$this->columnbuffer[$key]['rel_y'] = $s['y'] + $this->ColDetails[$s['col']]['add_y'] - $this->y0;
} elseif (preg_match('/\d+\.\d\d+ (\d+\.\d\d+) \d+\.\d\d+ \d+\.\d\d+ \d+\.\d\d+ \d+\.\d\d+ c/', $t)) {
$this->columnbuffer[$key]['rel_y'] = $s['y'] + $this->ColDetails[$s['col']]['add_y'] - $this->y0;
}
}
foreach ($this->internallink as $key => $f) {
if (is_array($f) && isset($f['col'])) {
$this->internallink[$key]['rel_y'] = $f['Y'] + $this->ColDetails[$f['col']]['add_y'] - $this->y0;
}
}
$breaks = [];
foreach ($this->breakpoints as $c => $bpa) {
foreach ($bpa as $rely) {
$breaks[] = $rely + $this->ColDetails[$c]['add_y'] - $this->y0;
}
}
if (isset($this->ColDetails[$last_col]['bottom_margin'])) {
$lcbm = $this->ColDetails[$last_col]['bottom_margin'];
} else {
$lcbm = 0;
}
$sum_h = $this->ColDetails[$last_col]['add_y'] + $lcbm - $this->y0;
// $sum_h = max($this->ColDetails[$last_col]['add_y'] + $this->ColDetails[$last_col]['bottom_margin'] - $this->y0, end($breaks));
$target_h = ($sum_h / $this->NbCol);
$cbr = [];
for ($i = 1; $i < $this->NbCol; $i++) {
$th = ($sum_h * $i / $this->NbCol);
foreach ($breaks as $bk => $val) {
if ($val > $th) {
if (($val - $th) < ($th - $breaks[$bk - 1])) {
$cbr[$i - 1] = $val;
} else {
$cbr[$i - 1] = $breaks[$bk - 1];
}
break;
}
}
}
$cbr[($this->NbCol - 1)] = $sum_h;
// mPDF 6
// Avoid outputing with 1st column empty
if (isset($cbr[0]) && $cbr[0] == 0) {
for ($i = 0; $i < $this->NbCol - 1; $i++) {
$cbr[$i] = $cbr[$i + 1];
}
}
// Now update the columns - divide into columns of approximately equal value
$last_new_col = 0;
$yadj = 0; // mm
$xadj = 0;
$last_col_bottom = 0;
$lowest_bottom_y = 0;
$block_bottom = 0;
$newcolumn = 0;
foreach ($this->columnbuffer as $key => $s) {
if (isset($s['rel_y'])) { // only process position sensitive data
if ($s['rel_y'] >= $cbr[$newcolumn]) {
$newcolumn++;
} else {
$newcolumn = $last_new_col;
}
$block_bottom = max($block_bottom, ($s['rel_y'] + $s['h']));
if ($this->directionality == 'rtl') { // *OTL*
$xadj = -(($newcolumn - $s['col']) * ($this->ColWidth + $this->ColGap)); // *OTL*
} // *OTL*
else { // *OTL*
$xadj = ($newcolumn - $s['col']) * ($this->ColWidth + $this->ColGap);
} // *OTL*
if ($last_new_col != $newcolumn) { // Added new column
$last_col_bottom = $this->columnbuffer[$key]['rel_y'];
$block_bottom = 0;
}
$yadj = ($s['rel_y'] - $s['y']) - ($last_col_bottom) + $this->y0;
// callback function
$t = $s['s'];
// mPDF 5.7+
$t = $this->columnAdjustPregReplace('Td', $xadj, $yadj, '/BT (\d+\.\d\d+) (\d+\.\d\d+) Td/', $t);
$t = $this->columnAdjustPregReplace('re', $xadj, $yadj, '/(\d+\.\d\d+) (\d+\.\d\d+) (\d+\.\d\d+) ([\-]{0,1}\d+\.\d\d+) re/', $t);
$t = $this->columnAdjustPregReplace('l', $xadj, $yadj, '/(\d+\.\d\d+) (\d+\.\d\d+) l/', $t);
$t = $this->columnAdjustPregReplace('img', $xadj, $yadj, '/q (\d+\.\d\d+) 0 0 (\d+\.\d\d+) (\d+\.\d\d+) (\d+\.\d\d+) cm \/(I|FO)/', $t);
$t = $this->columnAdjustPregReplace('draw', $xadj, $yadj, '/(\d+\.\d\d+) (\d+\.\d\d+) m/', $t);
$t = $this->columnAdjustPregReplace('bezier', $xadj, $yadj, '/(\d+\.\d\d+) (\d+\.\d\d+) (\d+\.\d\d+) (\d+\.\d\d+) (\d+\.\d\d+) (\d+\.\d\d+) c/', $t);
$this->columnbuffer[$key]['s'] = $t;
$this->columnbuffer[$key]['newcol'] = $newcolumn;
$this->columnbuffer[$key]['newy'] = $s['y'] + $yadj;
$last_new_col = $newcolumn;
$clb = $s['y'] + $yadj + $s['h']; // bottom_margin of current
if ((isset($this->ColDetails[$newcolumn]['max_bottom']) && $clb > $this->ColDetails[$newcolumn]['max_bottom']) || (!isset($this->ColDetails[$newcolumn]['max_bottom']) && $clb)) {
$this->ColDetails[$newcolumn]['max_bottom'] = $clb;
}
if ($clb > $lowest_bottom_y) {
$lowest_bottom_y = $clb;
}
// Adjust LINKS
if (isset($this->columnLinks[$s['col']][intval($s['x'])][intval($s['y'])])) {
$ref = $this->columnLinks[$s['col']][intval($s['x'])][intval($s['y'])];
$this->PageLinks[$this->page][$ref][0] += ($xadj * Mpdf::SCALE);
$this->PageLinks[$this->page][$ref][1] -= ($yadj * Mpdf::SCALE);
unset($this->columnLinks[$s['col']][intval($s['x'])][intval($s['y'])]);
}
// Adjust FORM FIELDS
if (isset($this->columnForms[$s['col']][intval($s['x'])][intval($s['y'])])) {
$ref = $this->columnForms[$s['col']][intval($s['x'])][intval($s['y'])];
$this->form->forms[$ref]['x'] += ($xadj);
$this->form->forms[$ref]['y'] += ($yadj);
unset($this->columnForms[$s['col']][intval($s['x'])][intval($s['y'])]);
}
/* -- ANNOTATIONS -- */
if (isset($this->columnAnnots[$s['col']][intval($s['x'])][intval($s['y'])])) {
$ref = $this->columnAnnots[$s['col']][intval($s['x'])][intval($s['y'])];
if ($this->PageAnnots[$this->page][$ref]['x'] < 0) {
$this->PageAnnots[$this->page][$ref]['x'] -= ($xadj);
} else {
$this->PageAnnots[$this->page][$ref]['x'] += ($xadj);
}
$this->PageAnnots[$this->page][$ref]['y'] += ($yadj); // unlike PageLinks, Page annots has y values from top in mm
unset($this->columnAnnots[$s['col']][intval($s['x'])][intval($s['y'])]);
}
/* -- END ANNOTATIONS -- */
}
}
/* -- BOOKMARKS -- */
// Adjust Bookmarks
foreach ($this->col_BMoutlines as $v) {
$this->BMoutlines[] = ['t' => $v['t'], 'l' => $v['l'], 'y' => $this->y0, 'p' => $v['p']];
}
/* -- END BOOKMARKS -- */
/* -- TOC -- */
// Adjust ToC
foreach ($this->col_toc as $v) {
$this->tableOfContents->_toc[] = ['t' => $v['t'], 'l' => $v['l'], 'p' => $v['p'], 'link' => $v['link'], 'toc_id' => $v['toc_id']];
$this->links[$v['link']][1] = $this->y0;
}
/* -- END TOC -- */
// Adjust column length to be equal
if ($this->colvAlign == 'J') {
foreach ($this->columnbuffer as $key => $s) {
if (isset($s['rel_y'])) { // only process position sensitive data
// Set ratio to expand y values or heights
if (isset($this->ColDetails[$s['newcol']]['max_bottom']) && $this->ColDetails[$s['newcol']]['max_bottom'] && $this->ColDetails[$s['newcol']]['max_bottom'] != $this->y0) {
$ratio = ($lowest_bottom_y - ($this->y0)) / ($this->ColDetails[$s['newcol']]['max_bottom'] - ($this->y0));
} else {
$ratio = 1;
}
if (($ratio > 1) && ($ratio <= $this->max_colH_correction)) {
$yadj = ($s['newy'] - $this->y0) * ($ratio - 1);
// Adjust LINKS
if (isset($this->columnLinks[$s['col']][intval($s['x'])][intval($s['y'])])) {
$ref = $this->columnLinks[$s['col']][intval($s['x'])][intval($s['y'])];
$this->PageLinks[$this->page][$ref][1] -= ($yadj * Mpdf::SCALE); // y value
$this->PageLinks[$this->page][$ref][3] *= $ratio; // height
unset($this->columnLinks[$s['col']][intval($s['x'])][intval($s['y'])]);
}
// Adjust FORM FIELDS
if (isset($this->columnForms[$s['col']][intval($s['x'])][intval($s['y'])])) {
$ref = $this->columnForms[$s['col']][intval($s['x'])][intval($s['y'])];
$this->form->forms[$ref]['x'] += ($xadj);
$this->form->forms[$ref]['y'] += ($yadj);
unset($this->columnForms[$s['col']][intval($s['x'])][intval($s['y'])]);
}
/* -- ANNOTATIONS -- */
if (isset($this->columnAnnots[$s['col']][intval($s['x'])][intval($s['y'])])) {
$ref = $this->columnAnnots[$s['col']][intval($s['x'])][intval($s['y'])];
$this->PageAnnots[$this->page][$ref]['y'] += ($yadj);
unset($this->columnAnnots[$s['col']][intval($s['x'])][intval($s['y'])]);
}
/* -- END ANNOTATIONS -- */
}
}
}
foreach ($this->internallink as $key => $f) {
if (is_array($f) && isset($f['col'])) {
$last_col_bottom = 0;
for ($nbc = 0; $nbc < $this->NbCol; $nbc++) {
if ($f['rel_y'] >= $cbr[$nbc]) {
$last_col_bottom = $cbr[$nbc];
}
}
$yadj = ($f['rel_y'] - $f['Y']) - $last_col_bottom + $this->y0;
$f['Y'] += $yadj;
unset($f['col']);
unset($f['rel_y']);
$this->internallink[$key] = $f;
}
}
$last_col = -1;
$trans_on = false;
foreach ($this->columnbuffer as $key => $s) {
if (isset($s['rel_y'])) { // only process position sensitive data
// Set ratio to expand y values or heights
if (isset($this->ColDetails[$s['newcol']]['max_bottom']) && $this->ColDetails[$s['newcol']]['max_bottom'] && $this->ColDetails[$s['newcol']]['max_bottom'] != $this->y0) {
$ratio = ($lowest_bottom_y - ($this->y0)) / ($this->ColDetails[$s['newcol']]['max_bottom'] - ($this->y0));
} else {
$ratio = 1;
}
if (($ratio > 1) && ($ratio <= $this->max_colH_correction)) {
// Start Transformation
$this->pages[$this->page] .= $this->StartTransform(true) . "\n";
$this->pages[$this->page] .= $this->transformScale(100, $ratio * 100, $x = '', $this->y0, true) . "\n";
$trans_on = true;
}
}
// Now output the adjusted values
$this->pages[$this->page] .= $s['s'] . "\n";
if (isset($s['rel_y']) && ($ratio > 1) && ($ratio <= $this->max_colH_correction)) { // only process position sensitive data
// Stop Transformation
$this->pages[$this->page] .= $this->StopTransform(true) . "\n";
$trans_on = false;
}
}
if ($trans_on) {
$this->pages[$this->page] .= $this->StopTransform(true) . "\n";
}
} else { // if NOT $this->colvAlign == 'J'
// Now output the adjusted values
foreach ($this->columnbuffer as $s) {
$this->pages[$this->page] .= $s['s'] . "\n";
}
}
if ($lowest_bottom_y > 0) {
$this->y = $lowest_bottom_y;
}
} // Columns not ended but new page -> align columns (can leave the columns alone - just tidy up the height)
elseif ($this->colvAlign == 'J' && $this->ColumnAdjust && !$this->keepColumns) {
// calculate the lowest bottom margin
$lowest_bottom_y = 0;
foreach ($this->columnbuffer as $key => $s) {
// Only process output data
$t = $s['s'];
if ($t == 'ACROFORM' || (preg_match('/BT \d+\.\d\d+ (\d+\.\d\d+) Td/', $t)) || (preg_match('/\d+\.\d\d+ (\d+\.\d\d+) \d+\.\d\d+ [\-]{0,1}\d+\.\d\d+ re/', $t)) ||
(preg_match('/\d+\.\d\d+ (\d+\.\d\d+) l/', $t)) ||
(preg_match('/q \d+\.\d\d+ 0 0 \d+\.\d\d+ \d+\.\d\d+ (\d+\.\d\d+) cm \/(I|FO)\d+ Do Q/', $t)) ||
(preg_match('/\d+\.\d\d+ (\d+\.\d\d+) m/', $t)) ||
(preg_match('/\d+\.\d\d+ (\d+\.\d\d+) \d+\.\d\d+ \d+\.\d\d+ \d+\.\d\d+ \d+\.\d\d+ c/', $t))) {
$clb = $s['y'] + $s['h'];
if ((isset($this->ColDetails[$s['col']]['max_bottom']) && $clb > $this->ColDetails[$s['col']]['max_bottom']) || !isset($this->ColDetails[$s['col']]['max_bottom'])) {
$this->ColDetails[$s['col']]['max_bottom'] = $clb;
}
if ($clb > $lowest_bottom_y) {
$lowest_bottom_y = $clb;
}
$this->columnbuffer[$key]['rel_y'] = $s['y']; // Marks position sensitive data to process later
if ($t == 'ACROFORM') {
$this->columnbuffer[$key]['s'] = '';
}
}
}
// Adjust column length equal
foreach ($this->columnbuffer as $key => $s) {
// Set ratio to expand y values or heights
if (isset($this->ColDetails[$s['col']]['max_bottom']) && $this->ColDetails[$s['col']]['max_bottom']) {
$ratio = ($lowest_bottom_y - ($this->y0)) / ($this->ColDetails[$s['col']]['max_bottom'] - ($this->y0));
} else {
$ratio = 1;
}
if (($ratio > 1) && ($ratio <= $this->max_colH_correction)) {
$yadj = ($s['y'] - $this->y0) * ($ratio - 1);
// Adjust LINKS
if (isset($s['rel_y'])) { // only process position sensitive data
// otherwise triggers for all entries in column buffer (.e.g. formatting) and makes below adjustments more than once
if (isset($this->columnLinks[$s['col']][intval($s['x'])][intval($s['y'])])) {
$ref = $this->columnLinks[$s['col']][intval($s['x'])][intval($s['y'])];
$this->PageLinks[$this->page][$ref][1] -= ($yadj * Mpdf::SCALE); // y value
$this->PageLinks[$this->page][$ref][3] *= $ratio; // height
unset($this->columnLinks[$s['col']][intval($s['x'])][intval($s['y'])]);
}
// Adjust FORM FIELDS
if (isset($this->columnForms[$s['col']][intval($s['x'])][intval($s['y'])])) {
$ref = $this->columnForms[$s['col']][intval($s['x'])][intval($s['y'])];
$this->form->forms[$ref]['x'] += ($xadj);
$this->form->forms[$ref]['y'] += ($yadj);
unset($this->columnForms[$s['col']][intval($s['x'])][intval($s['y'])]);
}
/* -- ANNOTATIONS -- */
if (isset($this->columnAnnots[$s['col']][intval($s['x'])][intval($s['y'])])) {
$ref = $this->columnAnnots[$s['col']][intval($s['x'])][intval($s['y'])];
$this->PageAnnots[$this->page][$ref]['y'] += ($yadj);
unset($this->columnAnnots[$s['col']][intval($s['x'])][intval($s['y'])]);
}
/* -- END ANNOTATIONS -- */
}
}
}
/* -- BOOKMARKS -- */
// Adjust Bookmarks
foreach ($this->col_BMoutlines as $v) {
$this->BMoutlines[] = ['t' => $v['t'], 'l' => $v['l'], 'y' => $this->y0, 'p' => $v['p']];
}
/* -- END BOOKMARKS -- */
/* -- TOC -- */
// Adjust ToC
foreach ($this->col_toc as $v) {
$this->tableOfContents->_toc[] = ['t' => $v['t'], 'l' => $v['l'], 'p' => $v['p'], 'link' => $v['link'], 'toc_id' => $v['toc_id']];
$this->links[$v['link']][1] = $this->y0;
}
/* -- END TOC -- */
$trans_on = false;
foreach ($this->columnbuffer as $key => $s) {
if (isset($s['rel_y'])) { // only process position sensitive data
// Set ratio to expand y values or heights
if (isset($this->ColDetails[$s['col']]['max_bottom']) && $this->ColDetails[$s['col']]['max_bottom']) {
$ratio = ($lowest_bottom_y - ($this->y0)) / ($this->ColDetails[$s['col']]['max_bottom'] - ($this->y0));
} else {
$ratio = 1;
}
if (($ratio > 1) && ($ratio <= $this->max_colH_correction)) {
// Start Transformation
$this->pages[$this->page] .= $this->StartTransform(true) . "\n";
$this->pages[$this->page] .= $this->transformScale(100, $ratio * 100, $x = '', $this->y0, true) . "\n";
$trans_on = true;
}
}
// Now output the adjusted values
$this->pages[$this->page] .= $s['s'] . "\n";
if (isset($s['rel_y']) && ($ratio > 1) && ($ratio <= $this->max_colH_correction)) {
// Stop Transformation
$this->pages[$this->page] .= $this->StopTransform(true) . "\n";
$trans_on = false;
}
}
if ($trans_on) {
$this->pages[$this->page] .= $this->StopTransform(true) . "\n";
}
if ($lowest_bottom_y > 0) {
$this->y = $lowest_bottom_y;
}
} else { // Just reproduce the page as it was
// If page has not ended but height adjustment was disabled by custom column-break - adjust y
$lowest_bottom_y = 0;
if (!$this->ColActive && (!$this->ColumnAdjust || $this->keepColumns)) {
// calculate the lowest bottom margin
foreach ($this->columnbuffer as $key => $s) {
// Only process output data
$t = $s['s'];
if ($t === 'ACROFORM'
|| (preg_match('/BT \d+\.\d\d+ (\d+\.\d\d+) Td/', $t))
|| (preg_match('/\d+\.\d\d+ (\d+\.\d\d+) \d+\.\d\d+ [\-]{0,1}\d+\.\d\d+ re/', $t))
|| (preg_match('/\d+\.\d\d+ (\d+\.\d\d+) l/', $t))
|| (preg_match('/q \d+\.\d\d+ 0 0 \d+\.\d\d+ \d+\.\d\d+ (\d+\.\d\d+) cm \/(I|FO)\d+ Do Q/', $t))
|| (preg_match('/\d+\.\d\d+ (\d+\.\d\d+) m/', $t))
|| (preg_match('/\d+\.\d\d+ (\d+\.\d\d+) \d+\.\d\d+ \d+\.\d\d+ \d+\.\d\d+ \d+\.\d\d+ c/', $t))) {
$clb = $s['y'] + $s['h'];
if (isset($this->ColDetails[$s['col']]['max_bottom']) && $clb > $this->ColDetails[$s['col']]['max_bottom'] || (!isset($this->ColDetails[$s['col']]['max_bottom']) && $clb)) {
$this->ColDetails[$s['col']]['max_bottom'] = $clb;
}
if ($clb > $lowest_bottom_y) {
$lowest_bottom_y = $clb;
}
}
}
}
foreach ($this->columnbuffer as $key => $s) {
if ($s['s'] != 'ACROFORM') {
$this->pages[$this->page] .= $s['s'] . "\n";
}
}
if ($lowest_bottom_y > 0) {
$this->y = $lowest_bottom_y;
}
/* -- BOOKMARKS -- */
// Output Bookmarks
foreach ($this->col_BMoutlines as $v) {
$this->BMoutlines[] = ['t' => $v['t'], 'l' => $v['l'], 'y' => $v['y'], 'p' => $v['p']];
}
/* -- END BOOKMARKS -- */
/* -- TOC -- */
// Output ToC
foreach ($this->col_toc as $v) {
$this->tableOfContents->_toc[] = ['t' => $v['t'], 'l' => $v['l'], 'p' => $v['p'], 'link' => $v['link'], 'toc_id' => $v['toc_id']];
}
/* -- END TOC -- */
}
foreach ($this->internallink as $key => $f) {
if (isset($this->internallink[$key]['col'])) {
unset($this->internallink[$key]['col']);
}
if (isset($this->internallink[$key]['rel_y'])) {
unset($this->internallink[$key]['rel_y']);
}
}
$this->columnbuffer = [];
$this->ColDetails = [];
$this->columnLinks = [];
$this->columnAnnots = [];
$this->columnForms = [];
$this->col_BMoutlines = [];
$this->col_toc = [];
$this->breakpoints = [];
}
// mPDF 5.7+
function columnAdjustPregReplace($type, $xadj, $yadj, $pattern, $subject)
{
preg_match($pattern, $subject, $matches);
if (!count($matches)) {
return $subject;
}
if (!isset($matches[3])) {
$matches[3] = 0;
}
if (!isset($matches[4])) {
$matches[4] = 0;
}
if (!isset($matches[5])) {
$matches[5] = 0;
}
if (!isset($matches[6])) {
$matches[6] = 0;
}
return str_replace($matches[0], $this->columnAdjustAdd($type, Mpdf::SCALE, $xadj, $yadj, $matches[1], $matches[2], $matches[3], $matches[4], $matches[5], $matches[6]), $subject);
}
/* -- END COLUMNS -- */
// ==================================================================
/* -- TABLES -- */
function printcellbuffer()
{
if (count($this->cellBorderBuffer)) {
sort($this->cellBorderBuffer);
foreach ($this->cellBorderBuffer as $cbb) {
$cba = unpack("A16dom/nbord/A1side/ns/dbw/a6ca/A10style/dx/dy/dw/dh/dmbl/dmbr/dmrt/dmrb/dmtl/dmtr/dmlt/dmlb/dcpd/dover/", $cbb);
$side = $cba['side'];
$color = str_pad($cba['ca'], 6, "\x00");
$details = [];
$details[$side]['dom'] = (float) $cba['dom'];
$details[$side]['s'] = $cba['s'];
$details[$side]['w'] = $cba['bw'];
$details[$side]['c'] = $color;
$details[$side]['style'] = trim($cba['style']);
$details['mbw']['BL'] = $cba['mbl'];
$details['mbw']['BR'] = $cba['mbr'];
$details['mbw']['RT'] = $cba['mrt'];
$details['mbw']['RB'] = $cba['mrb'];
$details['mbw']['TL'] = $cba['mtl'];
$details['mbw']['TR'] = $cba['mtr'];
$details['mbw']['LT'] = $cba['mlt'];
$details['mbw']['LB'] = $cba['mlb'];
$details['cellposdom'] = $cba['cpd'];
$details['p'] = $side;
if ($cba['over'] == 1) {
$details[$side]['overlay'] = true;
} else {
$details[$side]['overlay'] = false;
}
$this->_tableRect($cba['x'], $cba['y'], $cba['w'], $cba['h'], $cba['bord'], $details, false, false);
}
$this->cellBorderBuffer = [];
}
}
// ==================================================================
function printtablebuffer()
{
if (!$this->table_rotate) {
$this->pages[$this->page] .= $this->tablebuffer;
foreach ($this->tbrot_Links as $p => $l) {
foreach ($l as $v) {
$this->PageLinks[$p][] = $v;
}
}
$this->tbrot_Links = [];
/* -- ANNOTATIONS -- */
foreach ($this->tbrot_Annots as $p => $l) {
foreach ($l as $v) {
$this->PageAnnots[$p][] = $v;
}
}
$this->tbrot_Annots = [];
/* -- END ANNOTATIONS -- */
/* -- BOOKMARKS -- */
// Output Bookmarks
foreach ($this->tbrot_BMoutlines as $v) {
$this->BMoutlines[] = ['t' => $v['t'], 'l' => $v['l'], 'y' => $v['y'], 'p' => $v['p']];
}
$this->tbrot_BMoutlines = [];
/* -- END BOOKMARKS -- */
/* -- TOC -- */
// Output ToC
foreach ($this->tbrot_toc as $v) {
$this->tableOfContents->_toc[] = ['t' => $v['t'], 'l' => $v['l'], 'p' => $v['p'], 'link' => $v['link'], 'toc_id' => $v['toc_id']];
}
$this->tbrot_toc = [];
/* -- END TOC -- */
return;
}
// elseif rotated
$lm = $this->lMargin + $this->blk[$this->blklvl]['outer_left_margin'] + $this->blk[$this->blklvl]['border_left']['w'] + $this->blk[$this->blklvl]['padding_left'];
$pw = $this->blk[$this->blklvl]['inner_width'];
// Start Transformation
$this->pages[$this->page] .= $this->StartTransform(true) . "\n";
if ($this->table_rotate > 1) { // clockwise
if ($this->tbrot_align == 'L') {
$xadj = $this->tbrot_h; // align L (as is)
} elseif ($this->tbrot_align == 'R') {
$xadj = $lm - $this->tbrot_x0 + ($pw); // align R
} else {
$xadj = $lm - $this->tbrot_x0 + (($pw + $this->tbrot_h) / 2); // align C
}
$yadj = 0;
} else { // anti-clockwise
if ($this->tbrot_align == 'L') {
$xadj = 0; // align L (as is)
} elseif ($this->tbrot_align == 'R') {
$xadj = $lm - $this->tbrot_x0 + ($pw - $this->tbrot_h); // align R
} else {
$xadj = $lm - $this->tbrot_x0 + (($pw - $this->tbrot_h) / 2); // align C
}
$yadj = $this->tbrot_w;
}
$this->pages[$this->page] .= $this->transformTranslate($xadj, $yadj, true) . "\n";
$this->pages[$this->page] .= $this->transformRotate($this->table_rotate, $this->tbrot_x0, $this->tbrot_y0, true) . "\n";
// Now output the adjusted values
$this->pages[$this->page] .= $this->tablebuffer;
foreach ($this->tbrot_Links as $p => $l) {
foreach ($l as $v) {
$w = $v[2] / Mpdf::SCALE;
$h = $v[3] / Mpdf::SCALE;
$ax = ($v[0] / Mpdf::SCALE) - $this->tbrot_x0;
$ay = (($this->hPt - $v[1]) / Mpdf::SCALE) - $this->tbrot_y0;
if ($this->table_rotate > 1) { // clockwise
$bx = $this->tbrot_x0 + $xadj - $ay - $h;
$by = $this->tbrot_y0 + $yadj + $ax;
} else {
$bx = $this->tbrot_x0 + $xadj + $ay;
$by = $this->tbrot_y0 + $yadj - $ax - $w;
}
$v[0] = $bx * Mpdf::SCALE;
$v[1] = ($this->h - $by) * Mpdf::SCALE;
$v[2] = $h * Mpdf::SCALE; // swap width and height
$v[3] = $w * Mpdf::SCALE;
$this->PageLinks[$p][] = $v;
}
}
$this->tbrot_Links = [];
foreach ($this->internallink as $key => $f) {
if (is_array($f) && isset($f['tbrot'])) {
$f['Y'] = $this->tbrot_y0;
$f['PAGE'] = $this->page;
unset($f['tbrot']);
$this->internallink[$key] = $f;
}
}
/* -- ANNOTATIONS -- */
foreach ($this->tbrot_Annots as $p => $l) {
foreach ($l as $v) {
$ax = abs($v['x']) - $this->tbrot_x0; // abs because -ve values are internally set and held for reference if annotMargin set
$ay = $v['y'] - $this->tbrot_y0;
if ($this->table_rotate > 1) { // clockwise
$bx = $this->tbrot_x0 + $xadj - $ay;
$by = $this->tbrot_y0 + $yadj + $ax;
} else {
$bx = $this->tbrot_x0 + $xadj + $ay;
$by = $this->tbrot_y0 + $yadj - $ax;
}
if ($v['x'] < 0) {
$v['x'] = -$bx;
} else {
$v['x'] = $bx;
}
$v['y'] = ($by);
$this->PageAnnots[$p][] = $v;
}
}
$this->tbrot_Annots = [];
/* -- END ANNOTATIONS -- */
/* -- BOOKMARKS -- */
// Adjust Bookmarks
foreach ($this->tbrot_BMoutlines as $v) {
$v['y'] = $this->tbrot_y0;
$this->BMoutlines[] = ['t' => $v['t'], 'l' => $v['l'], 'y' => $v['y'], 'p' => $this->page];
}
/* -- END BOOKMARKS -- */
/* -- TOC -- */
// Adjust ToC - uses document page number
foreach ($this->tbrot_toc as $v) {
$this->tableOfContents->_toc[] = ['t' => $v['t'], 'l' => $v['l'], 'p' => $this->page, 'link' => $v['link'], 'toc_id' => $v['toc_id']];
$this->links[$v['link']][1] = $this->tbrot_y0;
}
/* -- END TOC -- */
$this->tbrot_BMoutlines = [];
$this->tbrot_toc = [];
// Stop Transformation
$this->pages[$this->page] .= $this->StopTransform(true) . "\n";
$this->y = $this->tbrot_y0 + $this->tbrot_w;
$this->x = $this->lMargin;
$this->tablebuffer = '';
}
/**
* Keep-with-table This buffers contents of h1-6 to keep on page with table
*/
function printkwtbuffer()
{
if (!$this->kwt_moved) {
foreach ($this->kwt_buffer as $s) {
$this->pages[$this->page] .= $s['s'] . "\n";
}
foreach ($this->kwt_Links as $p => $l) {
foreach ($l as $v) {
$this->PageLinks[$p][] = $v;
}
}
$this->kwt_Links = [];
/* -- ANNOTATIONS -- */
foreach ($this->kwt_Annots as $p => $l) {
foreach ($l as $v) {
$this->PageAnnots[$p][] = $v;
}
}
$this->kwt_Annots = [];
/* -- END ANNOTATIONS -- */
/* -- INDEX -- */
// Output Reference (index)
foreach ($this->kwt_Reference as $v) {
$Present = 0;
for ($i = 0; $i < count($this->Reference); $i++) {
if ($this->Reference[$i]['t'] == $v['t']) {
$Present = 1;
if (!in_array($v['op'], $this->Reference[$i]['p'])) {
$this->Reference[$i]['p'][] = $v['op'];
}
}
}
if ($Present == 0) {
$this->Reference[] = ['t' => $v['t'], 'p' => [$v['op']]];
}
}
$this->kwt_Reference = [];
/* -- END INDEX -- */
/* -- BOOKMARKS -- */
// Output Bookmarks
foreach ($this->kwt_BMoutlines as $v) {
$this->BMoutlines[] = ['t' => $v['t'], 'l' => $v['l'], 'y' => $v['y'], 'p' => $v['p']];
}
$this->kwt_BMoutlines = [];
/* -- END BOOKMARKS -- */
/* -- TOC -- */
// Output ToC
foreach ($this->kwt_toc as $v) {
$this->tableOfContents->_toc[] = ['t' => $v['t'], 'l' => $v['l'], 'p' => $v['p'], 'link' => $v['link'], 'toc_id' => $v['toc_id']];
}
$this->kwt_toc = [];
/* -- END TOC -- */
$this->pageoutput[$this->page] = []; // mPDF 6
return;
}
// Start Transformation
$this->pages[$this->page] .= $this->StartTransform(true) . "\n";
$xadj = $this->lMargin - $this->kwt_x0;
// $yadj = $this->y - $this->kwt_y0 ;
$yadj = $this->tMargin - $this->kwt_y0;
$this->pages[$this->page] .= $this->transformTranslate($xadj, $yadj, true) . "\n";
// Now output the adjusted values
foreach ($this->kwt_buffer as $s) {
$this->pages[$this->page] .= $s['s'] . "\n";
}
// Adjust hyperLinks
foreach ($this->kwt_Links as $p => $l) {
foreach ($l as $v) {
$bx = $this->kwt_x0 + $xadj;
$by = $this->kwt_y0 + $yadj;
$v[0] = $bx * Mpdf::SCALE;
$v[1] = ($this->h - $by) * Mpdf::SCALE;
$this->PageLinks[$p][] = $v;
}
}
foreach ($this->internallink as $key => $f) {
if (is_array($f) && isset($f['kwt'])) {
$f['Y'] += $yadj;
$f['PAGE'] = $this->page;
unset($f['kwt']);
$this->internallink[$key] = $f;
}
}
/* -- ANNOTATIONS -- */
foreach ($this->kwt_Annots as $p => $l) {
foreach ($l as $v) {
$bx = $this->kwt_x0 + $xadj;
$by = $this->kwt_y0 + $yadj;
if ($v['x'] < 0) {
$v['x'] = -$bx;
} else {
$v['x'] = $bx;
}
$v['y'] = $by;
$this->PageAnnots[$p][] = $v;
}
}
/* -- END ANNOTATIONS -- */
/* -- BOOKMARKS -- */
// Adjust Bookmarks
foreach ($this->kwt_BMoutlines as $v) {
if ($v['y'] != 0) {
$v['y'] += $yadj;
}
$this->BMoutlines[] = ['t' => $v['t'], 'l' => $v['l'], 'y' => $v['y'], 'p' => $this->page];
}
/* -- END BOOKMARKS -- */
/* -- INDEX -- */
// Adjust Reference (index)
foreach ($this->kwt_Reference as $v) {
$Present = 0;
// Search the reference (AND Ref/PageNo) in the array
for ($i = 0; $i < count($this->Reference); $i++) {
if ($this->Reference[$i]['t'] == $v['t']) {
$Present = 1;
if (!in_array($this->page, $this->Reference[$i]['p'])) {
$this->Reference[$i]['p'][] = $this->page;
}
}
}
if ($Present == 0) {
$this->Reference[] = ['t' => $v['t'], 'p' => [$this->page]];
}
}
/* -- END INDEX -- */
/* -- TOC -- */
// Adjust ToC
foreach ($this->kwt_toc as $v) {
$this->tableOfContents->_toc[] = ['t' => $v['t'], 'l' => $v['l'], 'p' => $this->page, 'link' => $v['link'], 'toc_id' => $v['toc_id']];
$this->links[$v['link']][0] = $this->page;
$this->links[$v['link']][1] += $yadj;
}
/* -- END TOC -- */
$this->kwt_Links = [];
$this->kwt_Annots = [];
$this->kwt_Reference = [];
$this->kwt_BMoutlines = [];
$this->kwt_toc = [];
// Stop Transformation
$this->pages[$this->page] .= $this->StopTransform(true) . "\n";
$this->kwt_buffer = [];
$this->y += $this->kwt_height;
$this->pageoutput[$this->page] = []; // mPDF 6
}
/* -- END TABLES -- */
function printfloatbuffer()
{
if (count($this->floatbuffer)) {
$this->objectbuffer = $this->floatbuffer;
$this->printobjectbuffer(false);
$this->objectbuffer = [];
$this->floatbuffer = [];
$this->floatmargins = [];
}
}
function Circle($x, $y, $r, $style = 'S')
{
$this->Ellipse($x, $y, $r, $r, $style);
}
function Ellipse($x, $y, $rx, $ry, $style = 'S')
{
if ($style === 'F') {
$op = 'f';
} elseif ($style === 'FD' or $style === 'DF') {
$op = 'B';
} else {
$op = 'S';
}
$lx = 4 / 3 * (M_SQRT2 - 1) * $rx;
$ly = 4 / 3 * (M_SQRT2 - 1) * $ry;
$h = $this->h;
$this->writer->write(sprintf('%.3F %.3F m %.3F %.3F %.3F %.3F %.3F %.3F c', ($x + $rx) * Mpdf::SCALE, ($h - $y) * Mpdf::SCALE, ($x + $rx) * Mpdf::SCALE, ($h - ($y - $ly)) * Mpdf::SCALE, ($x + $lx) * Mpdf::SCALE, ($h - ($y - $ry)) * Mpdf::SCALE, $x * Mpdf::SCALE, ($h - ($y - $ry)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F %.3F %.3F %.3F %.3F c', ($x - $lx) * Mpdf::SCALE, ($h - ($y - $ry)) * Mpdf::SCALE, ($x - $rx) * Mpdf::SCALE, ($h - ($y - $ly)) * Mpdf::SCALE, ($x - $rx) * Mpdf::SCALE, ($h - $y) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F %.3F %.3F %.3F %.3F c', ($x - $rx) * Mpdf::SCALE, ($h - ($y + $ly)) * Mpdf::SCALE, ($x - $lx) * Mpdf::SCALE, ($h - ($y + $ry)) * Mpdf::SCALE, $x * Mpdf::SCALE, ($h - ($y + $ry)) * Mpdf::SCALE));
$this->writer->write(sprintf('%.3F %.3F %.3F %.3F %.3F %.3F c %s', ($x + $lx) * Mpdf::SCALE, ($h - ($y + $ry)) * Mpdf::SCALE, ($x + $rx) * Mpdf::SCALE, ($h - ($y + $ly)) * Mpdf::SCALE, ($x + $rx) * Mpdf::SCALE, ($h - $y) * Mpdf::SCALE, $op));
}
/* -- DIRECTW -- */
function AutosizeText($text, $w, $font, $style, $szfont = 72)
{
$text = ' ' . $text . ' ';
$this->SetFont($font, $style, $szfont, false);
$text = $this->purify_utf8_text($text);
if ($this->text_input_as_HTML) {
$text = $this->all_entities_to_utf8($text);
}
if ($this->usingCoreFont) {
$text = mb_convert_encoding($text, $this->mb_enc, 'UTF-8');
}
// DIRECTIONALITY
if (preg_match("/([" . $this->pregRTLchars . "])/u", $text)) {
$this->biDirectional = true;
}
$textvar = 0;
$save_OTLtags = $this->OTLtags;
$this->OTLtags = [];
if ($this->useKerning) {
if ($this->CurrentFont['haskernGPOS']) {
$this->OTLtags['Plus'] .= ' kern';
} else {
$textvar = ($textvar | TextVars::FC_KERNING);
}
}
/* -- OTL -- */
// Use OTL OpenType Table Layout - GSUB & GPOS
if (isset($this->CurrentFont['useOTL']) && $this->CurrentFont['useOTL']) {
$text = $this->otl->applyOTL($text, $this->CurrentFont['useOTL']);
$OTLdata = $this->otl->OTLdata;
}
/* -- END OTL -- */
$this->OTLtags = $save_OTLtags;
$this->magic_reverse_dir($text, $this->directionality, $OTLdata);
$width = $this->sizeConverter->convert($w);
$loop = 0;
while ($loop == 0) {
$this->SetFont($font, $style, $szfont, false);
$sz = $this->GetStringWidth($text, true, $OTLdata, $textvar);
if ($sz > $w) {
$szfont --;
} else {
$loop ++;
}
}
$this->SetFont($font, $style, $szfont, true, true);
$this->Cell($w, 0, $text, 0, 0, "C", 0, '', 0, 0, 0, 'M', 0, false, $OTLdata, $textvar);
}
/* -- END DIRECTW -- */
// ====================================================
// ====================================================
function magic_reverse_dir(&$chunk, $dir, &$chunkOTLdata)
{
/* -- OTL -- */
if ($this->usingCoreFont) {
return 0;
}
if ($chunk == '') {
return 0;
}
if ($this->biDirectional || $dir == 'rtl') {
// check if string contains RTL text
// including any added from OTL tables (in PUA)
$pregRTLchars = $this->pregRTLchars;
if (isset($this->CurrentFont['rtlPUAstr']) && $this->CurrentFont['rtlPUAstr']) {
$pregRTLchars .= $this->CurrentFont['rtlPUAstr'];
}
if (!preg_match("/[" . $pregRTLchars . "]/u", $chunk) && $dir != 'rtl') {
return 0;
} // Chunk doesn't contain RTL characters
$unicode = $this->UTF8StringToArray($chunk, false);
$isStrong = false;
if (empty($chunkOTLdata)) {
$this->getBasicOTLdata($chunkOTLdata, $unicode, $isStrong);
}
$useGPOS = isset($this->CurrentFont['useOTL']) && ($this->CurrentFont['useOTL'] & 0x80);
// NB Returned $chunk may be a shorter string (with adjusted $cOTLdata) by removal of LRE, RLE etc embedding codes.
[$chunk, $rtl_content] = $this->otl->bidiSort($unicode, $chunk, $dir, $chunkOTLdata, $useGPOS);
return $rtl_content;
}
/* -- END OTL -- */
return 0;
}
/* -- OTL -- */
function getBasicOTLdata(&$chunkOTLdata, $unicode, &$is_strong)
{
if (empty($this->otl)) {
$this->otl = new Otl($this, $this->fontCache);
}
$chunkOTLdata['group'] = '';
$chunkOTLdata['GPOSinfo'] = [];
$chunkOTLdata['char_data'] = [];
foreach ($unicode as $char) {
$ucd_record = Ucdn::get_ucd_record($char);
$chunkOTLdata['char_data'][] = ['bidi_class' => $ucd_record[2], 'uni' => $char];
if ($ucd_record[2] == 0 || $ucd_record[2] == 3 || $ucd_record[2] == 4) {
$is_strong = true;
} // contains strong character
if ($ucd_record[0] == Ucdn::UNICODE_GENERAL_CATEGORY_NON_SPACING_MARK) {
$chunkOTLdata['group'] .= 'M';
} elseif ($char == 32 || $char == 12288) {
$chunkOTLdata['group'] .= 'S';
} else {
$chunkOTLdata['group'] .= 'C';
}
}
}
function _setBidiCodes($mode = 'start', $bdf = '')
{
$s = '';
if ($mode == 'end') {
// PDF comes before PDI to close isolate-override (e.g. "LRILROPDFPDI")
if (strpos($bdf, 'PDF') !== false) {
$s .= UtfString::code2utf(0x202C);
} // POP DIRECTIONAL FORMATTING
if (strpos($bdf, 'PDI') !== false) {
$s .= UtfString::code2utf(0x2069);
} // POP DIRECTIONAL ISOLATE
} elseif ($mode == 'start') {
// LRI comes before LRO to open isolate-override (e.g. "LRILROPDFPDI")
if (strpos($bdf, 'LRI') !== false) { // U+2066 LRI
$s .= UtfString::code2utf(0x2066);
} elseif (strpos($bdf, 'RLI') !== false) { // U+2067 RLI
$s .= UtfString::code2utf(0x2067);
} elseif (strpos($bdf, 'FSI') !== false) { // U+2068 FSI
$s .= UtfString::code2utf(0x2068);
}
if (strpos($bdf, 'LRO') !== false) { // U+202D LRO
$s .= UtfString::code2utf(0x202D);
} elseif (strpos($bdf, 'RLO') !== false) { // U+202E RLO
$s .= UtfString::code2utf(0x202E);
} elseif (strpos($bdf, 'LRE') !== false) { // U+202A LRE
$s .= UtfString::code2utf(0x202A);
} elseif (strpos($bdf, 'RLE') !== false) { // U+202B RLE
$s .= UtfString::code2utf(0x202B);
}
}
return $s;
}
/* -- END OTL -- */
function SetSubstitutions()
{
$subsarray = [];
require __DIR__ . '/../data/subs_win-1252.php';
$this->substitute = [];
foreach ($subsarray as $key => $val) {
$this->substitute[UtfString::code2utf($key)] = $val;
}
}
function SubstituteChars($html)
{
// only substitute characters between tags
if (count($this->substitute)) {
$a = preg_split('/(<.*?>)/ms', $html, -1, PREG_SPLIT_DELIM_CAPTURE);
$html = '';
foreach ($a as $i => $e) {
if ($i % 2 == 0) {
$e = strtr($e, $this->substitute);
}
$html .= $e;
}
}
return $html;
}
function SubstituteCharsSIP(&$writehtml_a, &$writehtml_i, &$writehtml_e)
{
if (preg_match("/^(.*?)([\x{20000}-\x{2FFFF}]+)(.*)/u", $writehtml_e, $m)) {
if (isset($this->CurrentFont['sipext']) && $this->CurrentFont['sipext']) {
$font = $this->CurrentFont['sipext'];
if (!in_array($font, $this->available_unifonts)) {
return 0;
}
$writehtml_a[$writehtml_i] = $writehtml_e = $m[1];
array_splice($writehtml_a, $writehtml_i + 1, 0, ['span style="font-family: ' . $font . '"', $m[2], '/span', $m[3]]);
$this->subPos = $writehtml_i;
return 4;
}
}
return 0;
}
/**
* If core font is selected in document which is not onlyCoreFonts - substitute with non-core font
*/
function SubstituteCharsNonCore(&$writehtml_a, &$writehtml_i, &$writehtml_e)
{
// Ignore if in Textarea
if ($writehtml_i > 0 && strtolower(substr($writehtml_a[$writehtml_i - 1], 0, 8)) == 'textarea') {
return 0;
}
if (mb_convert_encoding(mb_convert_encoding($writehtml_e, $this->mb_enc, "UTF-8"), "UTF-8", $this->mb_enc) == $writehtml_e) {
return 0;
}
$cw = &$this->CurrentFont['cw'];
$unicode = $this->UTF8StringToArray($writehtml_e, false);
$start = -1;
$end = 0;
$flag = 0;
$ftype = '';
$u = [];
if (!$this->subArrMB) {
require __DIR__ . '/../data/subs_core.php';
$this->subArrMB['a'] = $aarr;
$this->subArrMB['s'] = $sarr;
$this->subArrMB['z'] = $zarr;
}
foreach ($unicode as $c => $char) {
if (($char > 127 || ($flag == 1 && $char == 32)) && $char != 173 && (!isset($this->subArrMB['a'][$char]) || ($flag == 1 && $char == 32)) && ($char < 1536 || ($char > 1791 && $char < 2304) || $char > 3455)) {
if ($flag == 0) {
$start = $c;
}
$flag = 1;
$u[] = $char;
} elseif ($flag > 0) {
$end = $c - 1;
break;
}
}
if ($flag > 0 && !$end) {
$end = count($unicode) - 1;
}
if ($start == -1) {
return 0;
}
// Try in backup subs font
if (!is_array($this->backupSubsFont)) {
$this->backupSubsFont = ["$this->backupSubsFont"];
}
foreach ($this->backupSubsFont as $bsfctr => $bsf) {
if ($this->fonttrans[$bsf] == 'chelvetica' || $this->fonttrans[$bsf] == 'ctimes' || $this->fonttrans[$bsf] == 'ccourier') {
continue;
}
$font = $bsf;
unset($cw);
$cw = '';
if (isset($this->fonts[$font])) {
$cw = &$this->fonts[$font]['cw'];
} elseif ($this->fontCache->has($font . '.cw.dat')) {
$cw = $this->fontCache->load($font . '.cw.dat');
} else {
$prevFontFamily = $this->FontFamily;
$prevFontStyle = $this->currentfontstyle;
$prevFontSizePt = $this->FontSizePt;
$this->SetFont($bsf, '', '', false);
$this->SetFont($prevFontFamily, $prevFontStyle, $prevFontSizePt, false);
}
if (!$cw) {
continue;
}
$l = 0;
foreach ($u as $char) {
if ($char == 173 || $this->_charDefined($cw, $char) || ($char > 1536 && $char < 1791) || ($char > 2304 && $char < 3455 )) {
$l++;
} else {
if ($l == 0 && $bsfctr == (count($this->backupSubsFont) - 1)) { // Not found even in last backup font
$cont = mb_substr($writehtml_e, $start + 1);
$writehtml_e = mb_substr($writehtml_e, 0, $start + 1, 'UTF-8');
array_splice($writehtml_a, $writehtml_i + 1, 0, ['', $cont]);
$this->subPos = $writehtml_i + 1;
return 2;
} else {
break;
}
}
}
if ($l > 0) {
$patt = mb_substr($writehtml_e, $start, $l, 'UTF-8');
if (preg_match("/(.*?)(" . preg_quote($patt, '/') . ")(.*)/u", $writehtml_e, $m)) {
$writehtml_e = $m[1];
array_splice($writehtml_a, $writehtml_i + 1, 0, ['span style="font-family: ' . $font . '"', $m[2], '/span', $m[3]]);
$this->subPos = $writehtml_i + 3;
return 4;
}
}
}
unset($cw);
return 0;
}
function SubstituteCharsMB(&$writehtml_a, &$writehtml_i, &$writehtml_e)
{
// Ignore if in Textarea
if ($writehtml_i > 0 && strtolower(substr($writehtml_a[$writehtml_i - 1], 0, 8)) == 'textarea') {
return 0;
}
$cw = &$this->CurrentFont['cw'];
$unicode = $this->UTF8StringToArray($writehtml_e, false);
$start = -1;
$end = 0;
$flag = 0;
$ftype = '';
$u = [];
foreach ($unicode as $c => $char) {
if (($flag == 0 || $flag == 2) && (!$this->_charDefined($cw, $char) || ($flag == 2 && $char == 32)) && $this->checkSIP && $char > 131071) { // Unicode Plane 2 (SIP)
if (in_array($this->FontFamily, $this->available_CJK_fonts)) {
return 0;
}
if ($flag == 0) {
$start = $c;
}
$flag = 2;
$u[] = $char;
// elseif (($flag == 0 || $flag==1) && $char != 173 && !$this->_charDefined($cw,$char) && ($char<1423 || ($char>3583 && $char < 11263))) {
} elseif (($flag == 0 || $flag == 1) && $char != 173 && (!$this->_charDefined($cw, $char) || ($flag == 1 && $char == 32)) && ($char < 1536 || ($char > 1791 && $char < 2304) || $char > 3455)) {
if ($flag == 0) {
$start = $c;
}
$flag = 1;
$u[] = $char;
} elseif ($flag > 0) {
$end = $c - 1;
break;
}
}
if ($flag > 0 && !$end) {
$end = count($unicode) - 1;
}
if ($start == -1) {
return 0;
}
if ($flag == 2) { // SIP
// Check if current CJK font has a ext-B related font
if (isset($this->CurrentFont['sipext']) && $this->CurrentFont['sipext']) {
$font = $this->CurrentFont['sipext'];
unset($cw);
$cw = '';
if (isset($this->fonts[$font])) {
$cw = &$this->fonts[$font]['cw'];
} elseif ($this->fontCache->has($font . '.cw.dat')) {
$cw = $this->fontCache->load($font . '.cw.dat');
} else {
$prevFontFamily = $this->FontFamily;
$prevFontStyle = $this->currentfontstyle;
$prevFontSizePt = $this->FontSizePt;
$this->SetFont($font, '', '', false);
$this->SetFont($prevFontFamily, $prevFontStyle, $prevFontSizePt, false);
}
if (!$cw) {
return 0;
}
$l = 0;
foreach ($u as $char) {
if ($this->_charDefined($cw, $char) || $char > 131071) {
$l++;
} else {
break;
}
}
if ($l > 0) {
$patt = mb_substr($writehtml_e, $start, $l);
if (preg_match("/(.*?)(" . preg_quote($patt, '/') . ")(.*)/u", $writehtml_e, $m)) {
$writehtml_e = $m[1];
array_splice($writehtml_a, $writehtml_i + 1, 0, ['span style="font-family: ' . $font . '"', $m[2], '/span', $m[3]]);
$this->subPos = $writehtml_i + 3;
return 4;
}
}
}
// Check Backup SIP font (defined in Config\FontVariables)
if (isset($this->backupSIPFont) && $this->backupSIPFont) {
if ($this->currentfontfamily != $this->backupSIPFont) {
$font = $this->backupSIPFont;
} else {
unset($cw);
return 0;
}
unset($cw);
$cw = '';
if (isset($this->fonts[$font])) {
$cw = &$this->fonts[$font]['cw'];
} elseif ($this->fontCache->has($font . '.cw.dat')) {
$cw = $this->fontCache->load($font . '.cw.dat');
} else {
$prevFontFamily = $this->FontFamily;
$prevFontStyle = $this->currentfontstyle;
$prevFontSizePt = $this->FontSizePt;
$this->SetFont($this->backupSIPFont, '', '', false);
$this->SetFont($prevFontFamily, $prevFontStyle, $prevFontSizePt, false);
}
if (!$cw) {
return 0;
}
$l = 0;
foreach ($u as $char) {
if ($this->_charDefined($cw, $char) || $char > 131071) {
$l++;
} else {
break;
}
}
if ($l > 0) {
$patt = mb_substr($writehtml_e, $start, $l);
if (preg_match("/(.*?)(" . preg_quote($patt, '/') . ")(.*)/u", $writehtml_e, $m)) {
$writehtml_e = $m[1];
array_splice($writehtml_a, $writehtml_i + 1, 0, ['span style="font-family: ' . $font . '"', $m[2], '/span', $m[3]]);
$this->subPos = $writehtml_i + 3;
return 4;
}
}
}
return 0;
}
// FIRST TRY CORE FONTS (when appropriate)
if (!$this->PDFA && !$this->PDFX && !$this->biDirectional) { // mPDF 6
$repl = [];
if (!$this->subArrMB) {
require __DIR__ . '/../data/subs_core.php';
$this->subArrMB['a'] = $aarr;
$this->subArrMB['s'] = $sarr;
$this->subArrMB['z'] = $zarr;
}
if (isset($this->subArrMB['a'][$u[0]])) {
$font = 'tta';
$ftype = 'C';
foreach ($u as $char) {
if (isset($this->subArrMB['a'][$char])) {
$repl[] = $this->subArrMB['a'][$char];
} else {
break;
}
}
} elseif (isset($this->subArrMB['z'][$u[0]])) {
$font = 'ttz';
$ftype = 'C';
foreach ($u as $char) {
if (isset($this->subArrMB['z'][$char])) {
$repl[] = $this->subArrMB['z'][$char];
} else {
break;
}
}
} elseif (isset($this->subArrMB['s'][$u[0]])) {
$font = 'tts';
$ftype = 'C';
foreach ($u as $char) {
if (isset($this->subArrMB['s'][$char])) {
$repl[] = $this->subArrMB['s'][$char];
} else {
break;
}
}
}
if ($ftype == 'C') {
$patt = mb_substr($writehtml_e, $start, count($repl));
if (preg_match("/(.*?)(" . preg_quote($patt, '/') . ")(.*)/u", $writehtml_e, $m)) {
$writehtml_e = $m[1];
array_splice($writehtml_a, $writehtml_i + 1, 0, [$font, implode('|', $repl), '/' . $font, $m[3]]); // e.g. <tts>
$this->subPos = $writehtml_i + 3;
return 4;
}
return 0;
}
}
// LASTLY TRY IN BACKUP SUBS FONT
if (!is_array($this->backupSubsFont)) {
$this->backupSubsFont = ["$this->backupSubsFont"];
}
foreach ($this->backupSubsFont as $bsfctr => $bsf) {
if ($this->currentfontfamily != $bsf) {
$font = $bsf;
} else {
continue;
}
unset($cw);
$cw = '';
if (isset($this->fonts[$font])) {
$cw = &$this->fonts[$font]['cw'];
} elseif ($this->fontCache->has($font . '.cw.dat')) {
$cw = $this->fontCache->load($font . '.cw.dat');
} else {
$prevFontFamily = $this->FontFamily;
$prevFontStyle = $this->currentfontstyle;
$prevFontSizePt = $this->FontSizePt;
$this->SetFont($bsf, '', '', false);
$this->SetFont($prevFontFamily, $prevFontStyle, $prevFontSizePt, false);
if ($this->fontCache->has($font . '.cw.dat')) {
$cw = $this->fontCache->load($font . '.cw.dat');
}
}
if (!$cw) {
continue;
}
$l = 0;
foreach ($u as $char) {
if ($char == 173 || $this->_charDefined($cw, $char) || ($char > 1536 && $char < 1791) || ($char > 2304 && $char < 3455 )) { // Arabic and Indic
$l++;
} else {
if ($l == 0 && $bsfctr == (count($this->backupSubsFont) - 1)) { // Not found even in last backup font
$cont = mb_substr($writehtml_e, $start + 1);
$writehtml_e = mb_substr($writehtml_e, 0, $start + 1);
array_splice($writehtml_a, $writehtml_i + 1, 0, ['', $cont]);
$this->subPos = $writehtml_i + 1;
return 2;
} else {
break;
}
}
}
if ($l > 0) {
$patt = mb_substr($writehtml_e, $start, $l);
if (preg_match("/(.*?)(" . preg_quote($patt, '/') . ")(.*)/u", $writehtml_e, $m)) {
$writehtml_e = $m[1];
array_splice($writehtml_a, $writehtml_i + 1, 0, ['span style="font-family: ' . $font . '"', $m[2], '/span', $m[3]]);
$this->subPos = $writehtml_i + 3;
return 4;
}
}
}
unset($cw);
return 0;
}
function setHiEntitySubstitutions()
{
$entarr = include __DIR__ . '/../data/entity_substitutions.php';
foreach ($entarr as $key => $val) {
$this->entsearch[] = '&' . $key . ';';
$this->entsubstitute[] = UtfString::code2utf($val);
}
}
function SubstituteHiEntities($html)
{
// converts html_entities > ASCII 127 to unicode
// Leaves in particular < to distinguish from tag marker
if (count($this->entsearch)) {
$html = str_replace($this->entsearch, $this->entsubstitute, $html);
}
return $html;
}
/**
* Edited v1.2 Pass by reference; option to continue if invalid UTF-8 chars
*/
function is_utf8(&$string)
{
if ($string === mb_convert_encoding(mb_convert_encoding($string, "UTF-32", "UTF-8"), "UTF-8", "UTF-32")) {
return true;
}
if ($this->ignore_invalid_utf8) {
$string = mb_convert_encoding(mb_convert_encoding($string, "UTF-32", "UTF-8"), "UTF-8", "UTF-32");
return true;
}
return false;
}
/**
* For HTML
*
* Checks string is valid UTF-8 encoded
* converts html_entities > ASCII 127 to UTF-8
* Only exception - leaves low ASCII entities e.g. < & etc.
* Leaves in particular < to distinguish from tag marker
*/
function purify_utf8($html, $lo = true)
{
if (!$this->is_utf8($html)) {
while (mb_convert_encoding(mb_convert_encoding($html, "UTF-32", "UTF-8"), "UTF-8", "UTF-32") != $html) {
$a = @iconv('UTF-8', 'UTF-8', $html);
$error = error_get_last();
if ($error && $error['message'] === 'iconv(): Detected an illegal character in input string') {
throw new \Mpdf\MpdfException('Invalid input characters. Did you set $mpdf->in_charset properly?');
}
$pos = $start = strlen($a);
$err = '';
while (ord(substr($html, $pos, 1)) > 128) {
$err .= '[[#' . ord(substr($html, $pos, 1)) . ']]';
$pos++;
}
$this->logger->error($err, ['context' => LogContext::UTF8]);
$html = substr($html, $pos);
}
throw new \Mpdf\MpdfException("HTML contains invalid UTF-8 character(s). See log for further details");
}
$html = preg_replace("/\r/", "", $html);
// converts html_entities > ASCII 127 to UTF-8
// Leaves in particular < to distinguish from tag marker
$html = $this->SubstituteHiEntities($html);
// converts all &#nnn; or &#xHHH; to UTF-8 multibyte
// If $lo==true then includes ASCII < 128
$html = UtfString::strcode2utf($html, $lo);
return $html;
}
/**
* For TEXT
*/
function purify_utf8_text($txt)
{
// Make sure UTF-8 string of characters
if (!$this->is_utf8($txt)) {
throw new \Mpdf\MpdfException("Text contains invalid UTF-8 character(s)");
}
$txt = preg_replace("/\r/", "", $txt);
return ($txt);
}
function all_entities_to_utf8($txt)
{
// converts txt_entities > ASCII 127 to UTF-8
// Leaves in particular < to distinguish from tag marker
$txt = $this->SubstituteHiEntities($txt);
// converts all &#nnn; or &#xHHH; to UTF-8 multibyte
$txt = UtfString::strcode2utf($txt);
$txt = $this->lesser_entity_decode($txt);
return ($txt);
}
/* -- BARCODES -- */
/**
* UPC/EAN barcode
*
* EAN13, EAN8, UPCA, UPCE, ISBN, ISSN
* Accepts 12 or 13 digits with or without - hyphens
*/
function WriteBarcode($code, $showtext = 1, $x = '', $y = '', $size = 1, $border = 0, $paddingL = 1, $paddingR = 1, $paddingT = 2, $paddingB = 2, $height = 1, $bgcol = false, $col = false, $btype = 'ISBN', $supplement = '0', $supplement_code = '', $k = 1)
{
if (empty($code)) {
return;
}
$codestr = $code;
$code = preg_replace('/\-/', '', $code);
$this->barcode = new Barcode();
if ($btype == 'ISSN' || $btype == 'ISBN') {
$arrcode = $this->barcode->getBarcodeArray($code, 'EAN13');
} else {
$arrcode = $this->barcode->getBarcodeArray($code, $btype);
}
if ($arrcode === false) {
throw new \Mpdf\MpdfException('Error in barcode string: ' . $codestr);
}
if ((($btype === 'EAN13' || $btype === 'ISBN' || $btype === 'ISSN') && strlen($code) === 12)
|| ($btype == 'UPCA' && strlen($code) === 11)
|| ($btype == 'UPCE' && strlen($code) === 11)
|| ($btype == 'EAN8' && strlen($code) === 7)) {
$code .= $arrcode['checkdigit'];
if (stristr($codestr, '-')) {
$codestr .= '-' . $arrcode['checkdigit'];
} else {
$codestr .= $arrcode['checkdigit'];
}
}
if ($btype === 'ISBN') {
$codestr = 'ISBN ' . $codestr;
}
if ($btype === 'ISSN') {
$codestr = 'ISSN ' . $codestr;
}
if (empty($x)) {
$x = $this->x;
}
if (empty($y)) {
$y = $this->y;
}
// set foreground color
$prevDrawColor = $this->DrawColor;
$prevTextColor = $this->TextColor;
$prevFillColor = $this->FillColor;
$lw = $this->LineWidth;
$this->SetLineWidth(0.01);
$size /= $k; // in case resized in a table
$xres = $arrcode['nom-X'] * $size;
$llm = $arrcode['lightmL'] * $arrcode['nom-X'] * $size; // Left Light margin
$rlm = $arrcode['lightmR'] * $arrcode['nom-X'] * $size; // Right Light margin
$bcw = ($arrcode["maxw"] * $xres); // Barcode width = Should always be 31.35mm * $size
$fbw = $bcw + $llm + $rlm; // Full barcode width incl. light margins
$ow = $fbw + $paddingL + $paddingR; // Full overall width incl. user-defined padding
$fbwi = $fbw - 2; // Full barcode width incl. light margins - 2mm - for isbn string
// cf. http://www.gs1uk.org/downloads/bar_code/Bar coding getting it right.pdf
$num_height = 3 * $size; // Height of numerals
$fbh = $arrcode['nom-H'] * $size * $height; // Full barcode height incl. numerals
$bch = $fbh - (1.5 * $size); // Barcode height of bars (3mm for numerals)
if (($btype == 'EAN13' && $showtext) || $btype == 'ISSN' || $btype == 'ISBN') { // Add height for ISBN string + margin from top of bars
$tisbnm = 1.5 * $size; // Top margin between isbn (if shown) & bars
$codestr_fontsize = 2.1 * $size;
$paddingT += $codestr_fontsize + $tisbnm;
}
$oh = $fbh + $paddingT + $paddingB; // Full overall height incl. user-defined padding
// PRINT border background color
$xpos = $x;
$ypos = $y;
if ($col) {
$this->SetDColor($col);
$this->SetTColor($col);
} else {
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
$this->SetTColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
}
if ($bgcol) {
$this->SetFColor($bgcol);
} else {
$this->SetFColor($this->colorConverter->convert(255, $this->PDFAXwarnings));
}
if (!$bgcol && !$col) { // fn. called directly - not via HTML
if ($border) {
$fillb = 'DF';
} else {
$fillb = 'F';
}
$this->Rect($xpos, $ypos, $ow, $oh, $fillb);
}
// PRINT BARS
$xpos = $x + $paddingL + $llm;
$ypos = $y + $paddingT;
if ($col) {
$this->SetFColor($col);
} else {
$this->SetFColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
}
if ($arrcode !== false) {
foreach ($arrcode["bcode"] as $v) {
$bw = ($v["w"] * $xres);
if ($v["t"]) {
// draw a vertical bar
$this->Rect($xpos, $ypos, $bw, $bch, 'F');
}
$xpos += $bw;
}
}
// print text
$prevFontFamily = $this->FontFamily;
$prevFontStyle = $this->FontStyle;
$prevFontSizePt = $this->FontSizePt;
// ISBN string
if (($btype === 'EAN13' && $showtext) || $btype === 'ISBN' || $btype === 'ISSN') {
if ($this->onlyCoreFonts) {
$this->SetFont('chelvetica');
} else {
$this->SetFont('sans');
}
if ($bgcol) {
$this->SetFColor($bgcol);
} else {
$this->SetFColor($this->colorConverter->convert(255, $this->PDFAXwarnings));
}
$this->x = $x + $paddingL + 1; // 1mm left margin (cf. $fbwi above)
// max width is $fbwi
$loop = 0;
while ($loop == 0) {
$this->SetFontSize($codestr_fontsize * 1.4 * Mpdf::SCALE, false); // don't write
$sz = $this->GetStringWidth($codestr);
if ($sz > $fbwi) {
$codestr_fontsize -= 0.1;
} else {
$loop ++;
}
}
$this->SetFont('', '', $codestr_fontsize * 1.4 * Mpdf::SCALE, true, true); // * 1.4 because font height is only 7/10 of given mm
// WORD SPACING
if ($fbwi > $sz) {
$xtra = $fbwi - $sz;
$charspacing = $xtra / (strlen($codestr) - 1);
if ($charspacing) {
$this->writer->write(sprintf('BT %.3F Tc ET', $charspacing * Mpdf::SCALE));
}
}
$this->y = $y + $paddingT - ($codestr_fontsize ) - $tisbnm;
$this->Cell($fbw, $codestr_fontsize, $codestr);
if ($charspacing) {
$this->writer->write('BT 0 Tc ET');
}
}
// Bottom NUMERALS
// mPDF 5.7.4
if ($this->onlyCoreFonts) {
$this->SetFont('ccourier');
$fh = 1.3;
} else {
$this->SetFont('ocrb');
$fh = 1.06;
}
$charRO = '';
if ($btype === 'EAN13' || $btype === 'ISBN' || $btype === 'ISSN') {
$outerfontsize = 3; // Inner fontsize = 3
$outerp = $xres * 4;
$innerp = $xres * 2.5;
$textw = ($bcw * 0.5) - $outerp - $innerp;
$chars = 6; // number of numerals in each half
$charLO = substr($code, 0, 1); // Left Outer
$charLI = substr($code, 1, 6); // Left Inner
$charRI = substr($code, 7, 6); // Right Inner
if (!$supplement) {
$charRO = '>'; // Right Outer
}
} elseif ($btype === 'UPCA') {
$outerfontsize = 2.3; // Inner fontsize = 3
$outerp = $xres * 10;
$innerp = $xres * 2.5;
$textw = ($bcw * 0.5) - $outerp - $innerp;
$chars = 5;
$charLO = substr($code, 0, 1); // Left Outer
$charLI = substr($code, 1, 5); // Left Inner
$charRI = substr($code, 6, 5); // Right Inner
$charRO = substr($code, 11, 1); // Right Outer
} elseif ($btype === 'UPCE') {
$outerfontsize = 2.3; // Inner fontsize = 3
$outerp = $xres * 4;
$innerp = 0;
$textw = ($bcw * 0.5) - $outerp - $innerp;
$chars = 3;
$upce_code = $arrcode['code'];
$charLO = substr($code, 0, 1); // Left Outer
$charLI = substr($upce_code, 0, 3); // Left Inner
$charRI = substr($upce_code, 3, 3); // Right Inner
$charRO = substr($code, 11, 1); // Right Outer
} elseif ($btype === 'EAN8') {
$outerfontsize = 3; // Inner fontsize = 3
$outerp = $xres * 4;
$innerp = $xres * 2.5;
$textw = ($bcw * 0.5) - $outerp - $innerp;
$chars = 4;
$charLO = '<'; // Left Outer
$charLI = substr($code, 0, 4); // Left Inner
$charRI = substr($code, 4, 4); // Right Inner
if (!$supplement) {
$charRO = '>'; // Right Outer
}
}
$this->SetFontSize(($outerfontsize / 3) * 3 * $fh * $size * Mpdf::SCALE); // 3mm numerals (FontSize is larger to account for space above/below characters)
if (!$this->usingCoreFont) { // character width at 3mm
$cw = $this->_getCharWidth($this->CurrentFont['cw'], 32) * 3 * $fh * $size / 1000;
} else {
$cw = 600 * 3 * $fh * $size / 1000;
}
// Outer left character
$y_text = $y + $paddingT + $bch - ($num_height / 2);
$y_text_outer = $y + $paddingT + $bch - ($num_height * ($outerfontsize / 3) / 2);
$this->x = $x + $paddingL - ($cw * ($outerfontsize / 3) * 0.1); // 0.1 is correction as char does not fill full width;
$this->y = $y_text_outer;
$this->Cell($cw, $num_height, $charLO);
// WORD SPACING for inner chars
$xtra = $textw - ($cw * $chars);
$charspacing = $xtra / ($chars - 1);
if ($charspacing) {
$this->writer->write(sprintf('BT %.3F Tc ET', $charspacing * Mpdf::SCALE));
}
if ($bgcol) {
$this->SetFColor($bgcol);
} else {
$this->SetFColor($this->colorConverter->convert(255, $this->PDFAXwarnings));
}
$this->SetFontSize(3 * $fh * $size * Mpdf::SCALE); // 3mm numerals (FontSize is larger to account for space above/below characters)
// Inner left half characters
$this->x = $x + $paddingL + $llm + $outerp;
$this->y = $y_text;
$this->Cell($textw, $num_height, $charLI, 0, 0, '', 1);
// Inner right half characters
$this->x = $x + $paddingL + $llm + ($bcw * 0.5) + $innerp;
$this->y = $y_text;
$this->Cell($textw, $num_height, $charRI, 0, 0, '', 1);
if ($charspacing) {
$this->writer->write('BT 0 Tc ET');
}
// Outer Right character
$this->SetFontSize(($outerfontsize / 3) * 3 * $fh * $size * Mpdf::SCALE); // 3mm numerals (FontSize is larger to account for space above/below characters)
$this->x = $x + $paddingL + $llm + $bcw + $rlm - ($cw * ($outerfontsize / 3) * 0.9); // 0.9 is correction as char does not fill full width
$this->y = $y_text_outer;
$this->Cell($cw * ($outerfontsize / 3), $num_height, $charRO, 0, 0, 'R');
if ($supplement) { // EAN-2 or -5 Supplement
// PRINT BARS
$supparrcode = $this->barcode->getBarcodeArray($supplement_code, 'EAN' . $supplement);
if ($supparrcode === false) {
throw new \Mpdf\MpdfException('Error in barcode string (supplement): ' . $codestr . ' ' . $supplement_code);
}
if (strlen($supplement_code) != $supplement) {
throw new \Mpdf\MpdfException('Barcode supplement incorrect: ' . $supplement_code);
}
$llm = $fbw - (($arrcode['lightmR'] - $supparrcode['sepM']) * $arrcode['nom-X'] * $size); // Left Light margin
$rlm = $arrcode['lightmR'] * $arrcode['nom-X'] * $size; // Right Light margin
$bcw = ($supparrcode["maxw"] * $xres); // Barcode width = Should always be 31.35mm * $size
$fbw = $bcw + $llm + $rlm; // Full barcode width incl. light margins
$ow = $fbw + $paddingL + $paddingR; // Full overall width incl. user-defined padding
$bch = $fbh - (1.5 * $size) - ($num_height + 0.5); // Barcode height of bars (3mm for numerals)
$xpos = $x + $paddingL + $llm;
$ypos = $y + $paddingT + $num_height + 0.5;
if ($col) {
$this->SetFColor($col);
} else {
$this->SetFColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
}
if ($supparrcode !== false) {
foreach ($supparrcode["bcode"] as $v) {
$bw = ($v["w"] * $xres);
if ($v["t"]) {
// draw a vertical bar
$this->Rect($xpos, $ypos, $bw, $bch, 'F');
}
$xpos += $bw;
}
}
// Characters
if ($bgcol) {
$this->SetFColor($bgcol);
} else {
$this->SetFColor($this->colorConverter->convert(255, $this->PDFAXwarnings));
}
$this->SetFontSize(3 * $fh * $size * Mpdf::SCALE); // 3mm numerals (FontSize is larger to account for space above/below characters)
$this->x = $x + $paddingL + $llm;
$this->y = $y + $paddingT;
$this->Cell($bcw, $num_height, $supplement_code, 0, 0, 'C');
// Outer Right character (light margin)
$this->SetFontSize(($outerfontsize / 3) * 3 * $fh * $size * Mpdf::SCALE); // 3mm numerals (FontSize is larger to account for space above/below characters)
$this->x = $x + $paddingL + $llm + $bcw + $rlm - ($cw * 0.9); // 0.9 is correction as char does not fill full width
$this->y = $y + $paddingT;
$this->Cell($cw * ($outerfontsize / 3), $num_height, '>', 0, 0, 'R');
}
// Restore **************
$this->SetFont($prevFontFamily, $prevFontStyle, $prevFontSizePt);
$this->DrawColor = $prevDrawColor;
$this->TextColor = $prevTextColor;
$this->FillColor = $prevFillColor;
$this->SetLineWidth($lw);
$this->SetY($y);
}
/**
* POSTAL and OTHER barcodes
*/
function WriteBarcode2($code, $x = '', $y = '', $size = 1, $height = 1, $bgcol = false, $col = false, $btype = 'IMB', $print_ratio = '', $k = 1)
{
if (empty($code)) {
return;
}
$this->barcode = new Barcode();
$arrcode = $this->barcode->getBarcodeArray($code, $btype, $print_ratio);
if (empty($x)) {
$x = $this->x;
}
if (empty($y)) {
$y = $this->y;
}
$prevDrawColor = $this->DrawColor;
$prevTextColor = $this->TextColor;
$prevFillColor = $this->FillColor;
$lw = $this->LineWidth;
$this->SetLineWidth(0.01);
$size /= $k; // in case resized in a table
$xres = $arrcode['nom-X'] * $size;
if ($btype === 'IMB' || $btype === 'RM4SCC' || $btype === 'KIX' || $btype === 'POSTNET' || $btype === 'PLANET') {
$llm = $arrcode['quietL'] / $k; // Left Quiet margin
$rlm = $arrcode['quietR'] / $k; // Right Quiet margin
$tlm = $blm = $arrcode['quietTB'] / $k;
$height = 1; // Overrides
} elseif (in_array($btype, ['C128A', 'C128B', 'C128C', 'C128RAW', 'EAN128A', 'EAN128B', 'EAN128C', 'C39', 'C39+', 'C39E', 'C39E+', 'S25', 'S25+', 'I25', 'I25+', 'I25B', 'I25B+', 'C93', 'MSI', 'MSI+', 'CODABAR', 'CODE11'])) {
$llm = $arrcode['lightmL'] * $xres; // Left Quiet margin
$rlm = $arrcode['lightmR'] * $xres; // Right Quiet margin
$tlm = $blm = $arrcode['lightTB'] * $xres * $height;
}
$bcw = ($arrcode["maxw"] * $xres);
$fbw = $bcw + $llm + $rlm; // Full barcode width incl. light margins
$bch = ($arrcode["nom-H"] * $size * $height);
$fbh = $bch + $tlm + $blm; // Full barcode height
// PRINT border background color
$xpos = $x;
$ypos = $y;
if ($col) {
$this->SetDColor($col);
$this->SetTColor($col);
} else {
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
$this->SetTColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
}
if ($bgcol) {
$this->SetFColor($bgcol);
} else {
$this->SetFColor($this->colorConverter->convert(255, $this->PDFAXwarnings));
}
// PRINT BARS
if ($col) {
$this->SetFColor($col);
} else {
$this->SetFColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
}
$xpos = $x + $llm;
if ($arrcode !== false) {
foreach ($arrcode["bcode"] as $v) {
$bw = ($v["w"] * $xres);
if ($v["t"]) {
$ypos = $y + $tlm + ($bch * $v['p'] / $arrcode['maxh']);
$this->Rect($xpos, $ypos, $bw, ($v['h'] * $bch / $arrcode['maxh']), 'F');
}
$xpos += $bw;
}
}
// PRINT BEARER BARS
if ($btype == 'I25B' || $btype == 'I25B+') {
$this->Rect($x, $y, $fbw, ($arrcode['lightTB'] * $xres * $height), 'F');
$this->Rect($x, $y + $tlm + $bch, $fbw, ($arrcode['lightTB'] * $xres * $height), 'F');
}
// Restore **************
$this->DrawColor = $prevDrawColor;
$this->TextColor = $prevTextColor;
$this->FillColor = $prevFillColor;
$this->SetLineWidth($lw);
$this->SetY($y);
}
/* -- END BARCODES -- */
function StartTransform($returnstring = false)
{
if ($returnstring) {
return('q');
} else {
$this->writer->write('q');
}
}
function StopTransform($returnstring = false)
{
if ($returnstring) {
return('Q');
} else {
$this->writer->write('Q');
}
}
function transformScale($s_x, $s_y, $x = '', $y = '', $returnstring = false)
{
if ($x === '') {
$x = $this->x;
}
if ($y === '') {
$y = $this->y;
}
if (($s_x == 0) or ( $s_y == 0)) {
throw new \Mpdf\MpdfException('Please do not use values equal to zero for scaling');
}
$y = ($this->h - $y) * Mpdf::SCALE;
$x *= Mpdf::SCALE;
// calculate elements of transformation matrix
$s_x /= 100;
$s_y /= 100;
$tm = [];
$tm[0] = $s_x;
$tm[1] = 0;
$tm[2] = 0;
$tm[3] = $s_y;
$tm[4] = $x * (1 - $s_x);
$tm[5] = $y * (1 - $s_y);
// scale the coordinate system
if ($returnstring) {
return($this->_transform($tm, true));
} else {
$this->_transform($tm);
}
}
function transformTranslate($t_x, $t_y, $returnstring = false)
{
// calculate elements of transformation matrix
$tm = [];
$tm[0] = 1;
$tm[1] = 0;
$tm[2] = 0;
$tm[3] = 1;
$tm[4] = $t_x * Mpdf::SCALE;
$tm[5] = -$t_y * Mpdf::SCALE;
// translate the coordinate system
if ($returnstring) {
return($this->_transform($tm, true));
} else {
$this->_transform($tm);
}
}
function transformRotate($angle, $x = '', $y = '', $returnstring = false)
{
if ($x === '') {
$x = $this->x;
}
if ($y === '') {
$y = $this->y;
}
$angle = -$angle;
$y = ($this->h - $y) * Mpdf::SCALE;
$x *= Mpdf::SCALE;
// calculate elements of transformation matrix
$tm = [];
$tm[0] = cos(deg2rad($angle));
$tm[1] = sin(deg2rad($angle));
$tm[2] = -$tm[1];
$tm[3] = $tm[0];
$tm[4] = $x + $tm[1] * $y - $tm[0] * $x;
$tm[5] = $y - $tm[0] * $y - $tm[1] * $x;
// rotate the coordinate system around ($x,$y)
if ($returnstring) {
return $this->_transform($tm, true);
} else {
$this->_transform($tm);
}
}
/**
* mPDF 5.7.3 TRANSFORMS
*/
function transformSkew($angle_x, $angle_y, $x = '', $y = '', $returnstring = false)
{
if ($x === '') {
$x = $this->x;
}
if ($y === '') {
$y = $this->y;
}
$angle_x = -$angle_x;
$angle_y = -$angle_y;
$x *= Mpdf::SCALE;
$y = ($this->h - $y) * Mpdf::SCALE;
// calculate elements of transformation matrix
$tm = [];
$tm[0] = 1;
$tm[1] = tan(deg2rad($angle_y));
$tm[2] = tan(deg2rad($angle_x));
$tm[3] = 1;
$tm[4] = -$tm[2] * $y;
$tm[5] = -$tm[1] * $x;
// skew the coordinate system
if ($returnstring) {
return $this->_transform($tm, true);
} else {
$this->_transform($tm);
}
}
function _transform($tm, $returnstring = false)
{
if ($returnstring) {
return(sprintf('%.4F %.4F %.4F %.4F %.4F %.4F cm', $tm[0], $tm[1], $tm[2], $tm[3], $tm[4], $tm[5]));
} else {
$this->writer->write(sprintf('%.4F %.4F %.4F %.4F %.4F %.4F cm', $tm[0], $tm[1], $tm[2], $tm[3], $tm[4], $tm[5]));
}
}
// AUTOFONT =========================
function markScriptToLang($html)
{
if ($this->onlyCoreFonts) {
return $html;
}
$n = '';
$a = preg_split('/<(.*?)>/ms', $html, -1, PREG_SPLIT_DELIM_CAPTURE);
foreach ($a as $i => $e) {
if ($i % 2 == 0) {
// ignore if in Textarea
if ($i > 0 && strtolower(substr($a[$i - 1], 1, 8)) == 'textarea') {
$a[$i] = $e;
continue;
}
$e = UtfString::strcode2utf($e);
$e = $this->lesser_entity_decode($e);
$earr = $this->UTF8StringToArray($e, false);
$scriptblock = 0;
$scriptblocks = [];
$scriptblocks[0] = 0;
$chardata = [];
$subchunk = 0;
$charctr = 0;
foreach ($earr as $char) {
$ucd_record = Ucdn::get_ucd_record($char);
$sbl = $ucd_record[6];
if ($sbl && $sbl != 40 && $sbl != 102) {
if ($scriptblock == 0) {
$scriptblock = $sbl;
$scriptblocks[$subchunk] = $scriptblock;
} elseif ($scriptblock > 0 && $scriptblock != $sbl) {
// NEW (non-common) Script encountered in this chunk.
// Start a new subchunk
$subchunk++;
$scriptblock = $sbl;
$charctr = 0;
$scriptblocks[$subchunk] = $scriptblock;
}
}
$chardata[$subchunk][$charctr]['script'] = $sbl;
$chardata[$subchunk][$charctr]['uni'] = $char;
$charctr++;
}
// If scriptblock[x] = common & non-baseScript
// and scriptblock[x+1] = baseScript
// Move common script from end of x to start of x+1
for ($sch = 0; $sch < $subchunk; $sch++) {
if ($scriptblocks[$sch] > 0 && $scriptblocks[$sch] != $this->baseScript && $scriptblocks[$sch + 1] == $this->baseScript) {
$end = count($chardata[$sch]) - 1;
while ($chardata[$sch][$end]['script'] == 0 && $end > 1) { // common script
$tmp = array_pop($chardata[$sch]);
array_unshift($chardata[$sch + 1], $tmp);
$end--;
}
}
}
$o = '';
for ($sch = 0; $sch <= $subchunk; $sch++) {
if (isset($chardata[$sch])) {
$s = '';
for ($j = 0; $j < count($chardata[$sch]); $j++) {
$s .= UtfString::code2utf($chardata[$sch][$j]['uni']);
}
// ZZZ99 Undo lesser_entity_decode as above - but only for <>&
$s = str_replace("&", "&", $s);
$s = str_replace("<", "<", $s);
$s = str_replace(">", ">", $s);
// Check Vietnamese if Latin script - even if Basescript
if ($scriptblocks[$sch] == Ucdn::SCRIPT_LATIN && $this->autoVietnamese && preg_match("/([" . $this->scriptToLanguage->getLanguageDelimiters('viet') . "])/u", $s)) {
$o .= '<span lang="vi" class="lang_vi">' . $s . '</span>';
} elseif ($scriptblocks[$sch] == Ucdn::SCRIPT_ARABIC && $this->autoArabic) { // Check Arabic for different languages if Arabic script - even if Basescript
if (preg_match("/[" . $this->scriptToLanguage->getLanguageDelimiters('sindhi') . "]/u", $s)) {
$o .= '<span lang="sd" class="lang_sd">' . $s . '</span>';
} elseif (preg_match("/[" . $this->scriptToLanguage->getLanguageDelimiters('urdu') . "]/u", $s)) {
$o .= '<span lang="ur" class="lang_ur">' . $s . '</span>';
} elseif (preg_match("/[" . $this->scriptToLanguage->getLanguageDelimiters('pashto') . "]/u", $s)) {
$o .= '<span lang="ps" class="lang_ps">' . $s . '</span>';
} elseif (preg_match("/[" . $this->scriptToLanguage->getLanguageDelimiters('persian') . "]/u", $s)) {
$o .= '<span lang="fa" class="lang_fa">' . $s . '</span>';
} elseif ($this->baseScript != Ucdn::SCRIPT_ARABIC && $this->scriptToLanguage->getLanguageByScript($scriptblocks[$sch])) {
$o .= '<span lang="' . $this->scriptToLanguage->getLanguageByScript($scriptblocks[$sch]) . '" class="lang_' . $this->scriptToLanguage->getLanguageByScript($scriptblocks[$sch]) . '">' . $s . '</span>';
} else {
// Just output chars
$o .= $s;
}
} elseif ($scriptblocks[$sch] > 0 && $scriptblocks[$sch] != $this->baseScript && $this->scriptToLanguage->getLanguageByScript($scriptblocks[$sch])) { // Identify Script block if not Basescript, and mark up as language
// Encase in <span>
$o .= '<span lang="' . $this->scriptToLanguage->getLanguageByScript($scriptblocks[$sch]) . '" class="lang_' . $this->scriptToLanguage->getLanguageByScript($scriptblocks[$sch]) . '">';
$o .= $s;
$o .= '</span>';
} else {
// Just output chars
$o .= $s;
}
}
}
$a[$i] = $o;
} else {
$a[$i] = '<' . $e . '>';
}
}
$n = implode('', $a);
return $n;
}
/* -- COLUMNS -- */
/**
* Callback function from function printcolumnbuffer in mpdf
*/
function columnAdjustAdd($type, $k, $xadj, $yadj, $a, $b, $c = 0, $d = 0, $e = 0, $f = 0)
{
if ($type === 'Td') { // xpos,ypos
$a += ($xadj * $k);
$b -= ($yadj * $k);
return 'BT ' . sprintf('%.3F %.3F', $a, $b) . ' Td';
} elseif ($type === 're') { // xpos,ypos,width,height
$a += ($xadj * $k);
$b -= ($yadj * $k);
return sprintf('%.3F %.3F %.3F %.3F', $a, $b, $c, $d) . ' re';
} elseif ($type === 'l') { // xpos,ypos,x2pos,y2pos
$a += ($xadj * $k);
$b -= ($yadj * $k);
return sprintf('%.3F %.3F l', $a, $b);
} elseif ($type === 'img') { // width,height,xpos,ypos
$c += ($xadj * $k);
$d -= ($yadj * $k);
return sprintf('q %.3F 0 0 %.3F %.3F %.3F', $a, $b, $c, $d) . ' cm /' . $e;
} elseif ($type === 'draw') { // xpos,ypos
$a += ($xadj * $k);
$b -= ($yadj * $k);
return sprintf('%.3F %.3F m', $a, $b);
} elseif ($type === 'bezier') { // xpos,ypos,x2pos,y2pos,x3pos,y3pos
$a += ($xadj * $k);
$b -= ($yadj * $k);
$c += ($xadj * $k);
$d -= ($yadj * $k);
$e += ($xadj * $k);
$f -= ($yadj * $k);
return sprintf('%.3F %.3F %.3F %.3F %.3F %.3F', $a, $b, $c, $d, $e, $f) . ' c';
}
}
/* -- END COLUMNS -- */
// mPDF 5.7.3 TRANSFORMS
function ConvertAngle($s, $makepositive = true)
{
if (preg_match('/([\-]*[0-9\.]+)(deg|grad|rad)/i', $s, $m)) {
$angle = $m[1] + 0;
if (strtolower($m[2]) == 'deg') {
$angle = $angle;
} elseif (strtolower($m[2]) == 'grad') {
$angle *= (360 / 400);
} elseif (strtolower($m[2]) == 'rad') {
$angle = rad2deg($angle);
}
while ($angle >= 360) {
$angle -= 360;
}
while ($angle <= -360) {
$angle += 360;
}
if ($makepositive) { // always returns an angle between 0 and 360deg
if ($angle < 0) {
$angle += 360;
}
}
} else {
$angle = $s + 0;
}
return $angle;
}
function lesser_entity_decode($html)
{
// supports the most used entity codes (only does ascii safe characters)
$html = str_replace("<", "<", $html);
$html = str_replace(">", ">", $html);
$html = str_replace("'", "'", $html);
$html = str_replace(""", '"', $html);
$html = str_replace("&", "&", $html);
return $html;
}
function AdjustHTML($html, $tabSpaces = 8)
{
$limit = ini_get('pcre.backtrack_limit');
if (strlen($html) > $limit) {
throw new \Mpdf\MpdfException(sprintf(
'The HTML code size is larger than pcre.backtrack_limit %d. You should use WriteHTML() with smaller string lengths.',
$limit
));
}
preg_match_all("/(<annotation.*?>)/si", $html, $m);
if (count($m[1])) {
for ($i = 0; $i < count($m[1]); $i++) {
$sub = preg_replace("/\n/si", "\xbb\xa4\xac", $m[1][$i]);
$html = preg_replace('/' . preg_quote($m[1][$i], '/') . '/si', $sub, $html);
}
}
preg_match_all("/(<svg.*?<\/svg>)/si", $html, $svgi);
if (count($svgi[0])) {
for ($i = 0; $i < count($svgi[0]); $i++) {
$file = $this->cache->write('/_tempSVG' . uniqid(random_int(1, 100000), true) . '_' . $i . '.svg', $svgi[0][$i]);
$html = str_replace($svgi[0][$i], '<img src="' . $file . '" />', $html);
}
}
// Remove javascript code from HTML (should not appear in the PDF file)
$html = preg_replace('/<script.*?<\/script>/is', '', $html);
// Remove special comments
$html = preg_replace('/<!--mpdf/i', '', $html);
$html = preg_replace('/mpdf-->/i', '', $html);
// Remove comments from HTML (should not appear in the PDF file)
$html = preg_replace('/<!--.*?-->/s', '', $html);
$html = preg_replace('/\f/', '', $html); // replace formfeed by nothing
$html = preg_replace('/\r/', '', $html); // replace carriage return by nothing
// Well formed XHTML end tags
$html = preg_replace('/<(br|hr)>/i', "<\\1 />", $html); // mPDF 6
$html = preg_replace('/<(br|hr)\/>/i', "<\\1 />", $html);
// Get rid of empty <thead></thead> etc
$html = preg_replace('/<tr>\s*<\/tr>/i', '', $html);
$html = preg_replace('/<thead>\s*<\/thead>/i', '', $html);
$html = preg_replace('/<tfoot>\s*<\/tfoot>/i', '', $html);
$html = preg_replace('/<table[^>]*>\s*<\/table>/i', '', $html);
// Remove spaces at end of table cells
$html = preg_replace("/[ \n\r]+<\/t(d|h)/", '</t\\1', $html);
$html = preg_replace("/[ ]*<dottab\s*[\/]*>[ ]*/", '<dottab />', $html);
// Concatenates any Substitute characters from symbols/dingbats
$html = str_replace('</tts><tts>', '|', $html);
$html = str_replace('</ttz><ttz>', '|', $html);
$html = str_replace('</tta><tta>', '|', $html);
$html = preg_replace('/<br \/>\s*/is', "<br />", $html);
$html = preg_replace('/<wbr[ \/]*>\s*/is', "", $html);
// Preserve '\n's in content between the tags <pre> and </pre>
if (preg_match('/<pre/', $html)) {
$html_a = preg_split('/(\<\/?pre[^\>]*\>)/', $html, -1, 2);
$h = [];
$c = 0;
foreach ($html_a as $s) {
if ($c > 1 && preg_match('/^<\/pre/i', $s)) {
$c--;
$s = preg_replace('/<\/pre/i', '</innerpre', $s);
} elseif ($c > 0 && preg_match('/^<pre/i', $s)) {
$c++;
$s = preg_replace('/<pre/i', '<innerpre', $s);
} elseif (preg_match('/^<pre/i', $s)) {
$c++;
} elseif (preg_match('/^<\/pre/i', $s)) {
$c--;
}
array_push($h, $s);
}
$html = implode('', $h);
}
$thereispre = preg_match_all('#<pre(.*?)>(.*?)</pre>#si', $html, $temp);
// Preserve '\n's in content between the tags <textarea> and </textarea>
$thereistextarea = preg_match_all('#<textarea(.*?)>(.*?)</textarea>#si', $html, $temp2);
$html = preg_replace('/[\n]/', ' ', $html); // replace linefeed by spaces
$html = preg_replace('/[\t]/', ' ', $html); // replace tabs by spaces
// Converts < to < when not a tag
$html = preg_replace('/<([^!\/a-zA-Z_:])/i', '<\\1', $html); // mPDF 5.7.3
$html = preg_replace("/[ ]+/", ' ', $html);
$html = preg_replace('/\/li>\s+<\/(u|o)l/i', '/li></\\1l', $html);
$html = preg_replace('/\/(u|o)l>\s+<\/li/i', '/\\1l></li', $html);
$html = preg_replace('/\/li>\s+<\/(u|o)l/i', '/li></\\1l', $html);
$html = preg_replace('/\/li>\s+<li/i', '/li><li', $html);
$html = preg_replace('/<(u|o)l([^>]*)>[ ]+/i', '<\\1l\\2>', $html);
$html = preg_replace('/[ ]+<(u|o)l/i', '<\\1l', $html);
// Make self closing tabs valid XHTML
// Tags which are self-closing: 1) Replaceable and 2) Non-replaced items
$selftabs = 'input|hr|img|br|barcode|dottab';
$selftabs2 = 'indexentry|indexinsert|bookmark|watermarktext|watermarkimage|column_break|columnbreak|newcolumn|newpage|page_break|pagebreak|formfeed|columns|toc|tocpagebreak|setpageheader|setpagefooter|sethtmlpageheader|sethtmlpagefooter|annotation';
// Fix self-closing tags which don't close themselves
$html = preg_replace('/(<(' . $selftabs . '|' . $selftabs2 . ')[^>\/]*)>/i', '\\1 />', $html);
// Fix self-closing tags that don't include a space between the tag name and the closing slash
$html = preg_replace('/(<(' . $selftabs . '|' . $selftabs2 . '))\/>/i', '\\1 />', $html);
$iterator = 0;
while ($thereispre) { // Recover <pre attributes>content</pre>
$temp[2][$iterator] = preg_replace('/<([^!\/a-zA-Z_:])/', '<\\1', $temp[2][$iterator]); // mPDF 5.7.2 // mPDF 5.7.3
$temp[2][$iterator] = preg_replace_callback("/^([^\n\t]*?)\t/m", [$this, 'tabs2spaces_callback'], $temp[2][$iterator]); // mPDF 5.7+
$temp[2][$iterator] = preg_replace('/\t/', str_repeat(" ", $tabSpaces), $temp[2][$iterator]);
$temp[2][$iterator] = preg_replace('/\n/', "<br />", $temp[2][$iterator]);
$temp[2][$iterator] = str_replace('\\', "\\\\", $temp[2][$iterator]);
// $html = preg_replace('#<pre(.*?)>(.*?)</pre>#si','<erp'.$temp[1][$iterator].'>'.$temp[2][$iterator].'</erp>',$html,1);
$html = preg_replace('#<pre(.*?)>(.*?)</pre>#si', '<erp' . $temp[1][$iterator] . '>' . str_replace('$', '\$', $temp[2][$iterator]) . '</erp>', $html, 1); // mPDF 5.7+
$thereispre--;
$iterator++;
}
$iterator = 0;
while ($thereistextarea) { // Recover <textarea attributes>content</textarea>
$temp2[2][$iterator] = preg_replace('/\t/', str_repeat(" ", $tabSpaces), $temp2[2][$iterator]);
$temp2[2][$iterator] = str_replace('\\', "\\\\", $temp2[2][$iterator]);
$html = preg_replace('#<textarea(.*?)>(.*?)</textarea>#si', '<aeratxet' . $temp2[1][$iterator] . '>' . trim($temp2[2][$iterator]) . '</aeratxet>', $html, 1);
$thereistextarea--;
$iterator++;
}
// Restore original tag names
$html = str_replace("<erp", "<pre", $html);
$html = str_replace("</erp>", "</pre>", $html);
$html = str_replace("<aeratxet", "<textarea", $html);
$html = str_replace("</aeratxet>", "</textarea>", $html);
$html = str_replace("</innerpre", "</pre", $html);
$html = str_replace("<innerpre", "<pre", $html);
$html = preg_replace('/<textarea([^>]*)><\/textarea>/si', '<textarea\\1> </textarea>', $html);
$html = preg_replace('/(<table[^>]*>)\s*(<caption)(.*?<\/caption>)(.*?<\/table>)/si', '\\2 position="top"\\3\\1\\4\\2 position="bottom"\\3', $html); // *TABLES*
$html = preg_replace('/<(h[1-6])([^>]*)(>(?:(?!h[1-6]).)*?<\/\\1>\s*<table)/si', '<\\1\\2 keep-with-table="1"\\3', $html); // *TABLES*
$html = preg_replace("/\xbb\xa4\xac/", "\n", $html);
// Fixes <p>₹</p> which browser copes with even though it is wrong!
$html = preg_replace("/(&#[x]{0,1}[0-9a-f]{1,5})</i", "\\1;<", $html);
return $html;
}
// mPDF 5.7+
function tabs2spaces_callback($matches)
{
return (stripslashes($matches[1]) . str_repeat(' ', $this->tabSpaces - (mb_strlen(stripslashes($matches[1])) % $this->tabSpaces)));
}
// mPDF 5.7+
function date_callback($matches)
{
return date($matches[1]);
}
// ========== OVERWRITE SEARCH STRING IN A PDF FILE ================
function OverWrite($file_in, $search, $replacement, $dest = Destination::DOWNLOAD, $file_out = "mpdf")
{
$pdf = file_get_contents($file_in);
if (!is_array($search)) {
$x = $search;
$search = [$x];
}
if (!is_array($replacement)) {
$x = $replacement;
$replacement = [$x]; // mPDF 5.7.4
}
if (!$this->onlyCoreFonts && !$this->usingCoreFont) {
foreach ($search as $k => $val) {
$search[$k] = $this->writer->utf8ToUtf16BigEndian($search[$k], false);
$search[$k] = $this->writer->escape($search[$k]);
$replacement[$k] = $this->writer->utf8ToUtf16BigEndian($replacement[$k], false);
$replacement[$k] = $this->writer->escape($replacement[$k]);
}
} else {
foreach ($replacement as $k => $val) {
$replacement[$k] = mb_convert_encoding($replacement[$k], $this->mb_enc, 'utf-8');
$replacement[$k] = $this->writer->escape($replacement[$k]);
}
}
// Get xref into array
$xref = [];
preg_match("/xref\n0 (\d+)\n(.*?)\ntrailer/s", $pdf, $m);
$xref_objid = $m[1];
preg_match_all('/(\d{10}) (\d{5}) (f|n)/', $m[2], $x);
for ($i = 0; $i < count($x[0]); $i++) {
$xref[] = [intval($x[1][$i]), $x[2][$i], $x[3][$i]];
}
$changes = [];
preg_match("/<<\s*\/Type\s*\/Pages\s*\/Kids\s*\[(.*?)\]\s*\/Count/s", $pdf, $m);
preg_match_all("/(\d+) 0 R /s", $m[1], $o);
$objlist = $o[1];
foreach ($objlist as $obj) {
if ($this->compress) {
preg_match("/" . ($obj + 1) . " 0 obj\n<<\s*\/Filter\s*\/FlateDecode\s*\/Length (\d+)>>\nstream\n(.*?)\nendstream\n/s", $pdf, $m);
} else {
preg_match("/" . ($obj + 1) . " 0 obj\n<<\s*\/Length (\d+)>>\nstream\n(.*?)\nendstream\n/s", $pdf, $m);
}
$s = $m[2];
if (!$s) {
continue;
}
$oldlen = $m[1];
if ($this->encrypted) {
$s = $this->protection->rc4($this->protection->objectKey($obj + 1), $s);
}
if ($this->compress) {
$s = gzuncompress($s);
}
foreach ($search as $k => $val) {
$s = str_replace($search[$k], $replacement[$k], $s);
}
if ($this->compress) {
$s = gzcompress($s);
}
if ($this->encrypted) {
$s = $this->protection->rc4($this->protection->objectKey($obj + 1), $s);
}
$newlen = strlen($s);
$changes[($xref[$obj + 1][0])] = ($newlen - $oldlen) + (strlen($newlen) - strlen($oldlen));
if ($this->compress) {
$newstr = ($obj + 1) . " 0 obj\n<</Filter /FlateDecode /Length " . $newlen . ">>\nstream\n" . $s . "\nendstream\n";
} else {
$newstr = ($obj + 1) . " 0 obj\n<</Length " . $newlen . ">>\nstream\n" . $s . "\nendstream\n";
}
$pdf = str_replace($m[0], $newstr, $pdf);
}
// Update xref in PDF
krsort($changes);
$newxref = "xref\n0 " . $xref_objid . "\n";
foreach ($xref as $v) {
foreach ($changes as $ck => $cv) {
if ($v[0] > $ck) {
$v[0] += $cv;
}
}
$newxref .= sprintf('%010d', $v[0]) . ' ' . $v[1] . ' ' . $v[2] . " \n";
}
$newxref .= "trailer";
$pdf = preg_replace("/xref\n0 \d+\n.*?\ntrailer/s", $newxref, $pdf);
// Update startxref in PDF
preg_match("/startxref\n(\d+)\n%%EOF/s", $pdf, $m);
$startxref = $m[1];
$startxref += array_sum($changes);
$pdf = preg_replace("/startxref\n(\d+)\n%%EOF/s", "startxref\n" . $startxref . "\n%%EOF", $pdf);
// OUTPUT
switch ($dest) {
case Destination::INLINE:
if (isset($_SERVER['SERVER_NAME'])) {
// We send to a browser
header('Content-Type: application/pdf');
header('Content-Length: ' . strlen($pdf));
header('Content-disposition: inline; filename=' . $file_out);
}
echo $pdf;
break;
case Destination::FILE:
if (!$file_out) {
$file_out = 'mpdf.pdf';
}
$f = fopen($file_out, 'wb');
if (!$f) {
throw new \Mpdf\MpdfException('Unable to create output file: ' . $file_out);
}
fwrite($f, $pdf, strlen($pdf));
fclose($f);
break;
case Destination::STRING_RETURN:
return $pdf;
case Destination::DOWNLOAD: // Download file
default:
if (isset($_SERVER['HTTP_USER_AGENT']) and strpos($_SERVER['HTTP_USER_AGENT'], 'MSIE')) {
header('Content-Type: application/force-download');
} else {
header('Content-Type: application/octet-stream');
}
header('Content-Length: ' . strlen($pdf));
header('Content-disposition: attachment; filename=' . $file_out);
echo $pdf;
break;
}
}
function Thumbnail($file, $npr = 3, $spacing = 10)
{
// $npr = number per row
$w = (($this->pgwidth + $spacing) / $npr) - $spacing;
$oldlinewidth = $this->LineWidth;
$this->SetLineWidth(0.02);
$this->SetDColor($this->colorConverter->convert(0, $this->PDFAXwarnings));
$h = 0;
$maxh = 0;
$x = $_x = $this->lMargin;
$_y = $this->tMargin;
if ($this->y == 0) {
$y = $_y;
} else {
$y = $this->y;
}
$pagecount = $this->setSourceFile($file);
for ($n = 1; $n <= $pagecount; $n++) {
$tplidx = $this->importPage($n);
$size = $this->useTemplate($tplidx, $x, $y, $w);
$this->Rect($x, $y, $size['width'], $size['height']);
$h = max($h, $size['height']);
$maxh = max($h, $maxh);
if ($n % $npr == 0) {
if (($y + $h + $spacing + $maxh) > $this->PageBreakTrigger && $n != $pagecount) {
$this->AddPage();
$x = $_x;
$y = $_y;
} else {
$y += $h + $spacing;
$x = $_x;
$h = 0;
}
} else {
$x += $w + $spacing;
}
}
$this->SetLineWidth($oldlinewidth);
}
function SetPageTemplate($tplidx = '')
{
if (!isset($this->importedPages[$tplidx])) {
$this->pageTemplate = '';
return false;
}
$this->pageTemplate = $tplidx;
}
function SetDocTemplate($file = '', $continue = 0)
{
$this->docTemplate = $file;
$this->docTemplateContinue = $continue;
}
/* -- END IMPORTS -- */
// JAVASCRIPT
function _set_object_javascript($string)
{
$this->writer->object();
$this->writer->write('<<');
$this->writer->write('/S /JavaScript ');
$this->writer->write('/JS ' . $this->writer->string($string));
$this->writer->write('>>');
$this->writer->write('endobj');
}
function SetJS($script)
{
$this->js = $script;
}
/**
* This function takes the last comma or dot (if any) to make a clean float, ignoring thousand separator, currency or any other letter
*
* @param string $num
* @see http://php.net/manual/de/function.floatval.php#114486
* @return float
*/
public function toFloat($num)
{
$dotPos = strrpos($num, '.');
$commaPos = strrpos($num, ',');
$sep = (($dotPos > $commaPos) && $dotPos) ? $dotPos : ((($commaPos > $dotPos) && $commaPos) ? $commaPos : false);
if (!$sep) {
return floatval(preg_replace('/[^0-9]/', '', $num));
}
return floatval(
preg_replace('/[^0-9]/', '', substr($num, 0, $sep)) . '.' .
preg_replace('/[^0-9]/', '', substr($num, $sep+1, strlen($num)))
);
}
public function getFontDescriptor()
{
return $this->fontDescriptor;
}
/**
* Temporarily return the method to preserve example 44 yearbook
*/
public function _out($s)
{
$this->writer->write($s);
}
}
================================================
FILE: tests/benchmark/ContextFactoryBench.php
================================================
<?php
declare(strict_types=1);
namespace benchmark;
use PhpBench\Benchmark\Metadata\Annotations\Warmup;
use phpDocumentor\Reflection\Types\ContextFactory;
/**
* @BeforeMethods({"setup"})
*/
final class ContextFactoryBench
{
private string $source;
public function setup(): void
{
$this->source = (string) file_get_contents(__DIR__ . '/Assets/mpdf.php');
}
/**
* @Warmup(1)
*/
public function benchCreateContextForNamespace(): void
{
$factory = new ContextFactory();
$factory->createForNamespace(
'Mpdf',
$this->source
);
}
}
================================================
FILE: tests/benchmark/TypeResolverBench.php
================================================
<?php
declare(strict_types=1);
namespace benchmark;
use PhpBench\Benchmark\Metadata\Annotations\Revs;
use PhpBench\Benchmark\Metadata\Annotations\Warmup;
use phpDocumentor\Reflection\TypeResolver;
/**
* @BeforeMethods({"setup"})
*/
class TypeResolverBench
{
private TypeResolver $typeResolver;
public function setup(): void
{
$this->typeResolver = new TypeResolver();
}
/**
* @Warmup(2)
* @Revs(10000)
*/
public function benchResolveSingleType() : void
{
$this->typeResolver->resolve('string');
}
/**
* @Warmup(2)
* @Revs(10000)
*/
public function benchResolveCompoundType() : void
{
$this->typeResolver->resolve('string|int|bool');
}
/**
* @Warmup(2)
* @Revs(10000)
*/
public function benchResolveArrayType() : void
{
$this->typeResolver->resolve('string[]');
}
/**
* @Warmup(2)
* @Revs(10000)
*/
public function benchResolveCompoundArrayType() : void
{
$this->typeResolver->resolve('(string|int)[]');
}
/**
* @Warmup(2)
* @Revs(10000)
*/
public function benchResolveCompoundArrayWithDefinedTypes() : void
{
$this->typeResolver->resolve('array<int, string>|array<int, int>');
}
}
================================================
FILE: tests/benchmark/TypeResolverWithContextBench.php
================================================
<?php
declare(strict_types=1);
namespace benchmark;
use PhpBench\Benchmark\Metadata\Annotations\Warmup;
use phpDocumentor\Reflection\TypeResolver;
use phpDocumentor\Reflection\Types\Context;
use phpDocumentor\Reflection\Types\ContextFactory;
/**
* @BeforeMethods({"setup"})
*/
final class TypeResolverWithContextBench
{
/**
* @var Context
*/
private $context;
/**
* @var TypeResolver
*/
private $typeResolver;
public function setup(): void
{
$factory = new ContextFactory();
$this->context = $factory->createForNamespace('mpdf', (string) file_get_contents(__DIR__ . '/Assets/mpdf.php'));
$this->typeResolver = new TypeResolver();
}
/**
* @Warmup(2)
*/
public function benchResolveCompoundArrayWithDefinedTypes() : void
{
$this->typeResolver->resolve('array<int, string>|array<int, int>', $this->context);
}
/**
* @Warmup(2)
*/
public function benchArrayOfClass() : void
{
$this->typeResolver->resolve('Conversion[]', $this->context);
}
}
================================================
FILE: tests/unit/CollectionResolverTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection;
use phpDocumentor\Reflection\PseudoTypes\Generic;
use phpDocumentor\Reflection\PseudoTypes\List_;
use phpDocumentor\Reflection\PseudoTypes\NonEmptyList;
use phpDocumentor\Reflection\Types\Array_;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Context;
use phpDocumentor\Reflection\Types\Float_;
use phpDocumentor\Reflection\Types\Integer;
use phpDocumentor\Reflection\Types\Nullable;
use phpDocumentor\Reflection\Types\Object_;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
use RuntimeException;
class CollectionResolverTest extends TestCase
{
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\PseudoTypes\Generic
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingCollection(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('ArrayObject<string>', new Context(''));
$this->assertInstanceOf(Generic::class, $resolvedType);
$this->assertSame('\\ArrayObject<string>', (string) $resolvedType);
$this->assertSame('\\ArrayObject', (string) $resolvedType->getFqsen());
$this->assertEquals([new String_()], $resolvedType->getTypes());
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\PseudoTypes\Generic
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingCollectionWithKeyType(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('ArrayObject<string[],Iterator>', new Context(''));
$this->assertInstanceOf(Generic::class, $resolvedType);
$this->assertSame('\\ArrayObject<string[], \\Iterator>', (string) $resolvedType);
$this->assertSame('\\ArrayObject', (string) $resolvedType->getFqsen());
$types = $resolvedType->getTypes();
$this->assertArrayHasKey(0, $types);
$this->assertEquals(new Array_(new String_()), $types[0]);
$this->assertArrayHasKey(1, $types);
$this->assertEquals(new Object_(new Fqsen('\\Iterator')), $types[1]);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingArrayCollection(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('array<string>', new Context(''));
$this->assertInstanceOf(Array_::class, $resolvedType);
$this->assertSame('string[]', (string) $resolvedType);
$valueType = $resolvedType->getValueType();
$keyType = $resolvedType->getKeyType();
$this->assertInstanceOf(String_::class, $valueType);
$this->assertInstanceOf(Compound::class, $keyType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingArrayCollectionWithKey(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('array<string, object|array>', new Context(''));
$this->assertInstanceOf(Array_::class, $resolvedType);
$this->assertSame('array<string, object|array>', (string) $resolvedType);
$valueType = $resolvedType->getValueType();
$keyType = $resolvedType->getKeyType();
$this->assertInstanceOf(String_::class, $keyType);
$this->assertInstanceOf(Compound::class, $valueType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingArrayCollectionWithKeyAndWhitespace(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('array<string, object|array>', new Context(''));
$this->assertInstanceOf(Array_::class, $resolvedType);
$this->assertSame('array<string, object|array>', (string) $resolvedType);
$valueType = $resolvedType->getValueType();
$keyType = $resolvedType->getKeyType();
$this->assertInstanceOf(String_::class, $keyType);
$this->assertInstanceOf(Compound::class, $valueType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\PseudoTypes\Generic
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingCollectionOfCollection(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('ArrayObject<string|integer|double,ArrayObject<DateTime>>', new Context(''));
$this->assertInstanceOf(Generic::class, $resolvedType);
$this->assertSame('\\ArrayObject<string|int|float, \\ArrayObject<\\DateTime>>', (string) $resolvedType);
$this->assertSame('\\ArrayObject', (string) $resolvedType->getFqsen());
$types = $resolvedType->getTypes();
$this->assertArrayHasKey(0, $types);
$this->assertEquals(new Compound([new String_(), new Integer(), new Float_()]), $types[0]);
$this->assertArrayHasKey(1, $types);
$this->assertInstanceOf(Generic::class, $types[1]);
$this->assertSame('\\ArrayObject', (string) $types[1]->getFqsen());
$nestedGenericTypes = $types[1]->getTypes();
$this->assertArrayHasKey(0, $nestedGenericTypes);
$this->assertEquals(new Object_(new Fqsen('\\DateTime')), $nestedGenericTypes[0]);
}
public function testGoodArrayCollectionKey(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('array<array-key, string>', new Context(''));
$this->assertInstanceOf(Array_::class, $resolvedType);
$this->assertSame('array<array-key, string>', (string) $resolvedType);
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('array<class-string, string>', new Context(''));
$this->assertInstanceOf(Array_::class, $resolvedType);
$this->assertSame('array<class-string, string>', (string) $resolvedType);
}
public function testMissingStartCollection(): void
{
$this->expectException(RuntimeException::class);
$this->expectExceptionMessage('Unexpected token "<", expected type at offset 0');
$fixture = new TypeResolver();
$fixture->resolve('<string>', new Context(''));
}
public function testMissingEndCollection(): void
{
$this->expectException(RuntimeException::class);
$this->expectExceptionMessage('Unexpected token "", expected \'>\' at offset 25');
$fixture = new TypeResolver();
$fixture->resolve('ArrayObject<object|string', new Context(''));
}
public function testBadCollectionClass(): void
{
$this->expectException(RuntimeException::class);
$this->expectExceptionMessage('string is an unsupported generic');
$fixture = new TypeResolver();
$fixture->resolve('string<integer>', new Context(''));
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingCollectionAsArray(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('array<string,float>', new Context(''));
$this->assertInstanceOf(Array_::class, $resolvedType);
$this->assertSame('array<string, float>', (string) $resolvedType);
$valueType = $resolvedType->getValueType();
$keyType = $resolvedType->getKeyType();
$this->assertInstanceOf(Float_::class, $valueType);
$this->assertInstanceOf(String_::class, $keyType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingList(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('list<string>', new Context(''));
$this->assertInstanceOf(List_::class, $resolvedType);
$this->assertSame('list<string>', (string) $resolvedType);
$valueType = $resolvedType->getValueType();
$keyType = $resolvedType->getKeyType();
$this->assertInstanceOf(String_::class, $valueType);
$this->assertInstanceOf(Integer::class, $keyType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingNonEmptyList(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('non-empty-list<string>', new Context(''));
$this->assertInstanceOf(NonEmptyList::class, $resolvedType);
$this->assertSame('non-empty-list<string>', (string) $resolvedType);
$valueType = $resolvedType->getValueType();
$keyType = $resolvedType->getKeyType();
$this->assertInstanceOf(String_::class, $valueType);
$this->assertInstanceOf(Integer::class, $keyType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Nullable
*/
public function testResolvingNullableArray(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('?array<int>', new Context(''));
$this->assertInstanceOf(Nullable::class, $resolvedType);
$this->assertSame('?int[]', (string) $resolvedType);
}
}
================================================
FILE: tests/unit/FqsenResolverTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection;
use InvalidArgumentException;
use phpDocumentor\Reflection\Types\Context;
use PHPUnit\Framework\TestCase;
final class FqsenResolverTest extends TestCase
{
public function testResolveFqsen(): void
{
$fqsenResolver = new FqsenResolver();
$context = new Context('', []);
$result = $fqsenResolver->resolve('\DocBlock', $context);
static::assertSame('\DocBlock', (string) $result);
}
public function testResolveFqsenWithEmoji(): void
{
$fqsenResolver = new FqsenResolver();
$context = new Context('', []);
$result = $fqsenResolver->resolve('\My😁DocBlock', $context);
static::assertSame('\My😁DocBlock', (string) $result);
}
public function testResolveWithoutContext(): void
{
$fqsenResolver = new FqsenResolver();
$result = $fqsenResolver->resolve('\DocBlock');
static::assertSame('\DocBlock', (string) $result);
}
public function testResolveFromAlias(): void
{
$fqsenResolver = new FqsenResolver();
$context = new Context('somens', ['ns' => 'some\other\ns']);
$result = $fqsenResolver->resolve('ns', $context);
static::assertSame('\some\other\ns', (string) $result);
}
public function testResolveFromPartialAlias(): void
{
$fqsenResolver = new FqsenResolver();
$context = new Context('somens', ['other' => 'some\other']);
$result = $fqsenResolver->resolve('other\ns', $context);
static::assertSame('\some\other\ns', (string) $result);
}
public function testResolveThrowsExceptionWhenGarbageInputIsPassed(): void
{
$this->expectException(InvalidArgumentException::class);
$fqsenResolver = new FqsenResolver();
$context = new Context('', []);
$fqsenResolver->resolve('this is complete garbage', $context);
}
}
================================================
FILE: tests/unit/IntegerRangeResolverTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection;
use phpDocumentor\Reflection\PseudoTypes\IntegerRange;
use phpDocumentor\Reflection\Types\Context;
use PHPUnit\Framework\TestCase;
use RuntimeException;
class IntegerRangeResolverTest extends TestCase
{
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingIntRange(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('int<-5, 5>', new Context(''));
$this->assertInstanceOf(IntegerRange::class, $resolvedType);
$this->assertSame('int<-5, 5>', (string) $resolvedType);
$minValue = $resolvedType->getMinValue();
$maxValue = $resolvedType->getMaxValue();
$this->assertSame('-5', $minValue);
$this->assertSame('5', $maxValue);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingIntRangeWithKeywords(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('int<min,max>', new Context(''));
$this->assertInstanceOf(IntegerRange::class, $resolvedType);
$this->assertSame('int<min, max>', (string) $resolvedType);
$minValue = $resolvedType->getMinValue();
$maxValue = $resolvedType->getMaxValue();
$this->assertSame('min', $minValue);
$this->assertSame('max', $maxValue);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingIntRangeErrorMissingMaxValue(): void
{
$this->expectException(RuntimeException::class);
$this->expectExceptionMessage('int<min,max> has not the correct format');
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('int<min,>', new Context(''));
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingIntRangeErrorMisingMinValue(): void
{
$this->expectException(RuntimeException::class);
$this->expectExceptionMessage('Unexpected token ",", expected type at offset 4');
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('int<,max>', new Context(''));
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingIntRangeErrorMisingComma(): void
{
$this->expectException(RuntimeException::class);
$this->expectExceptionMessage('int<min,max> has not the correct format');
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('int<min|max>', new Context(''));
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingIntRangeErrorMissingEnd(): void
{
$this->expectException(RuntimeException::class);
$this->expectExceptionMessage('Unexpected token "", expected \'>\' at offset 11');
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('int<min,max', new Context(''));
}
}
================================================
FILE: tests/unit/NumericResolverTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection;
use phpDocumentor\Reflection\PseudoTypes\Numeric_;
use phpDocumentor\Reflection\PseudoTypes\NumericString;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Context;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
class NumericResolverTest extends TestCase
{
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingIntRange(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('numeric', new Context(''));
$this->assertInstanceOf(Numeric_::class, $resolvedType);
$this->assertSame('numeric', (string) $resolvedType);
$underlyingType = $resolvedType->underlyingType();
$this->assertInstanceOf(Compound::class, $underlyingType);
$this->assertFalse($underlyingType->contains(new String_()));
$this->assertTrue($underlyingType->contains(new NumericString()));
}
}
================================================
FILE: tests/unit/PseudoTypes/ArrayKeyTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Integer;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class ArrayKeyTest extends TestCase
{
public function testCreate(): void
{
$type = new ArrayKey();
$this->assertEquals(new Compound([new String_(), new Integer()]), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('array-key', (string) (new ArrayKey()));
}
/**
* @uses \phpDocumentor\Reflection\PseudoTypes\ArrayKey::__construct
*/
public function testArrayKeyCanBeIterated(): void
{
$types = [String_::class, Integer::class];
foreach (new ArrayKey() as $index => $type) {
$this->assertInstanceOf($types[$index], $type);
}
}
}
================================================
FILE: tests/unit/PseudoTypes/ArrayShapeItemTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use PHPUnit\Framework\TestCase;
final class ArrayShapeItemTest extends TestCase
{
public function testCreate(): void
{
$key = 'abc';
$value = new IntegerValue(100);
$item = new ArrayShapeItem($key, $value, true);
$this->assertSame($key, $item->getKey());
$this->assertSame($value, $item->getValue());
$this->assertTrue($item->isOptional());
}
}
================================================
FILE: tests/unit/PseudoTypes/ArrayShapeTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Array_;
use phpDocumentor\Reflection\Types\Mixed_;
use PHPUnit\Framework\TestCase;
final class ArrayShapeTest extends TestCase
{
public function testCreate(): void
{
$item1 = new ArrayShapeItem('foo', new True_(), false);
$item2 = new ArrayShapeItem('bar', new False_(), true);
$arrayShape = new ArrayShape($item1, $item2);
$this->assertSame([$item1, $item2], $arrayShape->getItems());
$this->assertEquals(new Array_(new Mixed_(), new ArrayKey()), $arrayShape->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(string $expectedResult, ArrayShape $arrayShape): void
{
$this->assertSame($expectedResult, (string) $arrayShape);
}
/**
* @return array<string, array{string, ArrayShape}>
*/
public static function provideToStringData(): array
{
return [
'with keys' => [
'array{foo: true, bar?: false}',
new ArrayShape(
new ArrayShapeItem('foo', new True_(), false),
new ArrayShapeItem('bar', new False_(), true)
),
],
'with empty keys' => [
'array{true, false}',
new ArrayShape(
new ArrayShapeItem('', new True_(), false),
new ArrayShapeItem('', new False_(), false)
),
],
'without keys' => [
'array{true, false}',
new ArrayShape(
new ArrayShapeItem(null, new True_(), false),
new ArrayShapeItem(null, new False_(), false)
),
],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/CallableArrayTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Array_;
use phpDocumentor\Reflection\Types\Integer;
use phpDocumentor\Reflection\Types\Mixed_;
use PHPUnit\Framework\TestCase;
final class CallableArrayTest extends TestCase
{
public function testCreate(): void
{
$type = new CallableArray();
$this->assertEquals(new Array_(new Mixed_(), new Integer()), $type->underlyingType());
$this->assertEquals(new Mixed_(), $type->getValueType());
$this->assertEquals(new Integer(), $type->getKeyType());
}
public function testToString(): void
{
$this->assertSame('callable-array', (string) (new CallableArray()));
}
}
================================================
FILE: tests/unit/PseudoTypes/CallableStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class CallableStringTest extends TestCase
{
public function testCreate(): void
{
$type = new CallableString();
$this->assertEquals(new String_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('callable-string', (string) (new CallableString()));
}
}
================================================
FILE: tests/unit/PseudoTypes/ClassStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Fqsen;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Object_;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class ClassStringTest extends TestCase
{
public function testCreate(): void
{
$genericType = new Object_(new Fqsen('\Foo\Bar'));
$type = new ClassString($genericType);
$this->assertSame($genericType, $type->getGenericType());
$this->assertEquals(new String_(), $type->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(ClassString $type, string $expectedString): void
{
$this->assertSame($expectedString, (string) $type);
}
/**
* @return array<string, array{ClassString, string}>
*/
public function provideToStringData(): array
{
return [
'generic class string' => [new ClassString(), 'class-string'],
'typed class string' => [
new ClassString(new Object_(new Fqsen('\Foo\Bar'))),
'class-string<\Foo\Bar>',
],
'more than one class' => [
new ClassString(
new Compound([
new Object_(new Fqsen('\Foo\Bar')),
new Object_(new Fqsen('\Foo\Barrr')),
])
),
'class-string<\Foo\Bar|\Foo\Barrr>',
],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/ClosedResourceTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Resource_;
use PHPUnit\Framework\TestCase;
final class ClosedResourceTest extends TestCase
{
public function testCreate(): void
{
$type = new ClosedResource();
$this->assertEquals(new Resource_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('closed-resource', (string) (new ClosedResource()));
}
}
================================================
FILE: tests/unit/PseudoTypes/ConditionalForParameterTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Array_;
use phpDocumentor\Reflection\Types\Integer;
use phpDocumentor\Reflection\Types\Mixed_;
use phpDocumentor\Reflection\Types\Static_;
use PHPUnit\Framework\TestCase;
final class ConditionalForParameterTest extends TestCase
{
public function testCreate(): void
{
$parameterName = 'some';
$targetType = new Integer();
$if = new Static_();
$else = new Array_(new Static_());
$type = new ConditionalForParameter(false, $parameterName, $targetType, $if, $else);
$this->assertFalse($type->isNegated());
$this->assertSame($parameterName, $type->getParameterName());
$this->assertSame($targetType, $type->getTargetType());
$this->assertSame($if, $type->getIf());
$this->assertSame($else, $type->getElse());
$this->assertEquals(new Mixed_(), $type->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(string $expectedResult, ConditionalForParameter $type): void
{
$this->assertSame($expectedResult, (string) $type);
}
/**
* @return array<string, array{string, ConditionalForParameter}>
*/
public static function provideToStringData(): array
{
return [
'basic' => [
'($test is int ? static : static[])',
new ConditionalForParameter(
false,
'test',
new Integer(),
new Static_(),
new Array_(new Static_())
),
],
'negated' => [
'($test2 is not int ? static : static[])',
new ConditionalForParameter(
true,
'test2',
new Integer(),
new Static_(),
new Array_(new Static_())
),
],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/ConditionalTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Fqsen;
use phpDocumentor\Reflection\Types\Array_;
use phpDocumentor\Reflection\Types\Integer;
use phpDocumentor\Reflection\Types\Mixed_;
use phpDocumentor\Reflection\Types\Object_;
use phpDocumentor\Reflection\Types\Static_;
use PHPUnit\Framework\TestCase;
final class ConditionalTest extends TestCase
{
public function testCreate(): void
{
$subjectType = new Object_(new Fqsen('\\phpDocumentor\\T'));
$targetType = new Integer();
$if = new Static_();
$else = new Array_(new Static_());
$type = new Conditional(false, $subjectType, $targetType, $if, $else);
$this->assertFalse($type->isNegated());
$this->assertSame($subjectType, $type->getSubjectType());
$this->assertSame($targetType, $type->getTargetType());
$this->assertSame($if, $type->getIf());
$this->assertSame($else, $type->getElse());
$this->assertEquals(new Mixed_(), $type->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(string $expectedResult, Conditional $type): void
{
$this->assertSame($expectedResult, (string) $type);
}
/**
* @return array<string, array{string, Conditional}>
*/
public static function provideToStringData(): array
{
return [
'basic' => [
'(\\phpDocumentor\\T is int ? static : static[])',
new Conditional(
false,
new Object_(new Fqsen('\\phpDocumentor\\T')),
new Integer(),
new Static_(),
new Array_(new Static_())
),
],
'negated' => [
'(\\phpDocumentor\\T is not int ? static : static[])',
new Conditional(
true,
new Object_(new Fqsen('\\phpDocumentor\\T')),
new Integer(),
new Static_(),
new Array_(new Static_())
),
],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/ConstExpressionTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Fqsen;
use phpDocumentor\Reflection\Types\Mixed_;
use phpDocumentor\Reflection\Types\Object_;
use PHPUnit\Framework\TestCase;
final class ConstExpressionTest extends TestCase
{
public function testCreate(): void
{
$owner = new Object_(new Fqsen('\Foo\Bar'));
$expression = '*';
$type = new ConstExpression($owner, $expression);
$this->assertSame($owner, $type->getOwner());
$this->assertSame($expression, $type->getExpression());
$this->assertEquals(new Mixed_(), $type->underlyingType());
}
}
================================================
FILE: tests/unit/PseudoTypes/EnumStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Fqsen;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Object_;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class EnumStringTest extends TestCase
{
public function testCreate(): void
{
$genericType = new Object_(new Fqsen('\Foo\Bar'));
$type = new EnumString($genericType);
$this->assertSame($genericType, $type->getGenericType());
$this->assertEquals(new String_(), $type->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(EnumString $type, string $expectedString): void
{
$this->assertSame($expectedString, (string) $type);
}
/**
* @return array<string, array{EnumString, string}>
*/
public function provideToStringData(): array
{
return [
'basic' => [new EnumString(), 'enum-string'],
'with generics' => [
new EnumString(new Object_(new Fqsen('\Foo\Bar'))),
'enum-string<\Foo\Bar>',
],
'more than one enum' => [
new EnumString(
new Compound([
new Object_(new Fqsen('\Foo\Bar')),
new Object_(new Fqsen('\Foo\Barrr')),
])
),
'enum-string<\Foo\Bar|\Foo\Barrr>',
],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/FalseTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Boolean;
use PHPUnit\Framework\TestCase;
final class FalseTest extends TestCase
{
public function testExposesUnderlyingType(): void
{
$false = new False_();
$this->assertInstanceOf(Boolean::class, $false->underlyingType());
}
public function testFalseStringifyCorrectly(): void
{
$false = new False_();
$this->assertSame('false', (string) $false);
}
}
================================================
FILE: tests/unit/PseudoTypes/FloatValueTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Float_;
use PHPUnit\Framework\TestCase;
final class FloatValueTest extends TestCase
{
public function testCreate(): void
{
$value = 12.12;
$type = new FloatValue($value);
$this->assertSame($value, $type->getValue());
$this->assertEquals(new Float_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('12.12', (string) (new FloatValue(12.12)));
}
}
================================================
FILE: tests/unit/PseudoTypes/GenericTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Fqsen;
use phpDocumentor\Reflection\Types\Array_;
use phpDocumentor\Reflection\Types\Integer;
use phpDocumentor\Reflection\Types\Object_;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class GenericTest extends TestCase
{
public function testCreate(): void
{
$fqsen = new Fqsen('\\Foo\\Bar');
$types = [new Object_(new Fqsen('\\Foo\\SomeClass')), new List_(new Integer())];
$type = new Generic($fqsen, $types);
$this->assertSame($fqsen, $type->getFqsen());
$this->assertSame($types, $type->getTypes());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(string $expectedResult, Generic $type): void
{
$this->assertSame($expectedResult, (string) $type);
}
/**
* @return array<string, array{string, Generic}>
*/
public static function provideToStringData(): array
{
return [
'without fqsen' => [
'object<string>',
new Generic(
null,
[
new String_(),
]
),
],
'collection without key' => [
'\\ArrayObject<string>',
new Generic(new Fqsen('\\ArrayObject'), [new String_()]),
],
'collection with key' => [
'\\ArrayObject<string[], \\Iterator>',
new Generic(
new Fqsen('\\ArrayObject'),
[new Array_(new String_()), new Object_(new Fqsen('\\Iterator'))]
),
],
'more than two generics' => [
'\\MyClass<\\T, \\SomeClassSecond, \\SomeClassThird>',
new Generic(
new Fqsen('\\MyClass'),
[
new Object_(new Fqsen('\\T')),
new Object_(new Fqsen('\\SomeClassSecond')),
new Object_(new Fqsen('\\SomeClassThird')),
]
),
],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/HtmlEscapedStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class HtmlEscapedStringTest extends TestCase
{
public function testCreate(): void
{
$type = new HtmlEscapedString();
$this->assertEquals(new String_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('html-escaped-string', (string) (new HtmlEscapedString()));
}
}
================================================
FILE: tests/unit/PseudoTypes/IntMaskOfTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Integer;
use PHPUnit\Framework\TestCase;
final class IntMaskOfTest extends TestCase
{
public function testCreate(): void
{
$childType = new Compound([new IntegerValue(1), new IntegerValue(5), new IntegerValue(10)]);
$type = new IntMaskOf($childType);
$this->assertSame($childType, $type->getType());
$this->assertEquals(new Integer(), $type->underlyingType());
}
public function testToString(): void
{
$type = new IntMaskOf(new Compound([new IntegerValue(1), new IntegerValue(5), new IntegerValue(10)]));
$this->assertSame('int-mask-of<1|5|10>', (string) $type);
}
}
================================================
FILE: tests/unit/PseudoTypes/IntMaskTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Integer;
use PHPUnit\Framework\TestCase;
final class IntMaskTest extends TestCase
{
public function testCreate(): void
{
$childTypes = [new IntegerValue(1), new IntegerValue(5), new IntegerValue(10)];
$type = new IntMask(...$childTypes);
$this->assertSame($childTypes, $type->getTypes());
$this->assertEquals(new Integer(), $type->underlyingType());
}
public function testToString(): void
{
$type = new IntMask(new IntegerValue(1), new IntegerValue(510), new IntegerValue(6000));
$this->assertSame('int-mask<1, 510, 6000>', (string) $type);
}
}
================================================
FILE: tests/unit/PseudoTypes/IntegerRangeTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Integer;
use PHPUnit\Framework\TestCase;
final class IntegerRangeTest extends TestCase
{
public function testCreate(): void
{
$minValue = '-5';
$maxValue = '5';
$type = new IntegerRange($minValue, $maxValue);
$this->assertSame($minValue, $type->getMinValue());
$this->assertSame($maxValue, $type->getMaxValue());
$this->assertEquals(new Integer(), $type->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(IntegerRange $type, string $expectedString): void
{
$this->assertSame($expectedString, (string) $type);
}
/**
* @return array<string, array{IntegerRange, string}>
*/
public function provideToStringData(): array
{
return [
'simple int range' => [new IntegerRange('-5', '5'), 'int<-5, 5>'],
'zero int range v1' => [new IntegerRange('0', '1'), 'int<0, 1>'],
'zero int range v2' => [new IntegerRange('-5', '0'), 'int<-5, 0>'],
'mixed int range' => [new IntegerRange('min', '5'), 'int<min, 5>'],
'keyword int range' => [new IntegerRange('min', 'max'), 'int<min, max>'],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/IntegerValueTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Integer;
use PHPUnit\Framework\TestCase;
final class IntegerValueTest extends TestCase
{
public function testCreate(): void
{
$value = 12;
$type = new IntegerValue($value);
$this->assertSame($value, $type->getValue());
$this->assertEquals(new Integer(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('12', (string) (new IntegerValue(12)));
}
}
================================================
FILE: tests/unit/PseudoTypes/InterfaceStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Fqsen;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Object_;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class InterfaceStringTest extends TestCase
{
public function testCreate(): void
{
$genericType = new Object_(new Fqsen('\Foo\Bar'));
$type = new InterfaceString($genericType);
$this->assertSame($genericType, $type->getGenericType());
$this->assertEquals(new String_(), $type->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(InterfaceString $type, string $expectedString): void
{
$this->assertSame($expectedString, (string) $type);
}
/**
* @return array<string, array{InterfaceString, string}>
*/
public function provideToStringData(): array
{
return [
'generic interface string' => [new InterfaceString(), 'interface-string'],
'typed interface string' => [
new InterfaceString(new Object_(new Fqsen('\Foo\Bar'))),
'interface-string<\Foo\Bar>',
],
'more than one class' => [
new InterfaceString(
new Compound([
new Object_(new Fqsen('\Foo\Bar')),
new Object_(new Fqsen('\Foo\Barrr')),
])
),
'interface-string<\Foo\Bar|\Foo\Barrr>',
],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/KeyOfTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Fqsen;
use phpDocumentor\Reflection\Types\Object_;
use PHPUnit\Framework\TestCase;
final class KeyOfTest extends TestCase
{
public function testCreate(): void
{
$childType = new ConstExpression(new Object_(new Fqsen('\\phpDocumentor\\Type')), 'ARRAY_CONST');
$type = new KeyOf($childType);
$this->assertSame($childType, $type->getType());
$this->assertEquals(new ArrayKey(), $type->underlyingType());
}
public function testToString(): void
{
$type = new KeyOf(new ConstExpression(new Object_(new Fqsen('\\phpDocumentor\\Type')), 'ARRAY_CONST'));
$this->assertSame('key-of<\\phpDocumentor\\Type::ARRAY_CONST>', (string) $type);
}
}
================================================
FILE: tests/unit/PseudoTypes/ListShapeTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use PHPUnit\Framework\TestCase;
final class ListShapeTest extends TestCase
{
public function testToString(): void
{
$type = new ListShape(new ListShapeItem(null, new IntegerValue(1), false));
$this->assertSame('list{1}', (string) $type);
}
}
================================================
FILE: tests/unit/PseudoTypes/ListTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Array_;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Integer;
use phpDocumentor\Reflection\Types\Mixed_;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class ListTest extends TestCase
{
public function testCreateWithoutParams(): void
{
$type = new List_();
$this->assertEquals(new Integer(), $type->getOriginalKeyType());
$this->assertNull($type->getOriginalValueType());
$this->assertEquals(new Integer(), $type->getKeyType());
$this->assertEquals(new Mixed_(), $type->getValueType());
$this->assertEquals(new Array_(), $type->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(List_ $array, string $expectedString): void
{
$this->assertSame($expectedString, (string) $array);
}
/**
* @return array<string, array{List_, string}>
*/
public function provideToStringData(): array
{
return [
'simple list' => [new List_(), 'list'],
'list of mixed' => [new List_(new Mixed_()), 'list<mixed>'],
'list of single type' => [new List_(new String_()), 'list<string>'],
'list of compound type' => [new List_(new Compound([new Integer(), new String_()])), 'list<int|string>'],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/LiteralStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class LiteralStringTest extends TestCase
{
public function testCreate(): void
{
$type = new LiteralString();
$this->assertEquals(new String_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('literal-string', (string) (new LiteralString()));
}
}
================================================
FILE: tests/unit/PseudoTypes/LowercaseStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class LowercaseStringTest extends TestCase
{
public function testCreate(): void
{
$type = new LowercaseString();
$this->assertEquals(new String_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('lowercase-string', (string) (new LowercaseString()));
}
}
================================================
FILE: tests/unit/PseudoTypes/NegativeIntegerTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Integer;
use PHPUnit\Framework\TestCase;
final class NegativeIntegerTest extends TestCase
{
public function testCreate(): void
{
$type = new NegativeInteger();
$this->assertEquals(new Integer(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('negative-int', (string) (new NegativeInteger()));
}
}
================================================
FILE: tests/unit/PseudoTypes/NeverReturnTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Never_;
use PHPUnit\Framework\TestCase;
final class NeverReturnTest extends TestCase
{
public function testCreate(): void
{
$type = new NeverReturn();
$this->assertEquals(new Never_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('never-return', (string) (new NeverReturn()));
}
}
================================================
FILE: tests/unit/PseudoTypes/NeverReturnsTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Never_;
use PHPUnit\Framework\TestCase;
final class NeverReturnsTest extends TestCase
{
public function testCreate(): void
{
$type = new NeverReturns();
$this->assertEquals(new Never_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('never-returns', (string) (new NeverReturns()));
}
}
================================================
FILE: tests/unit/PseudoTypes/NoReturnTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Never_;
use PHPUnit\Framework\TestCase;
final class NoReturnTest extends TestCase
{
public function testCreate(): void
{
$type = new NoReturn();
$this->assertEquals(new Never_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('no-return', (string) (new NoReturn()));
}
}
================================================
FILE: tests/unit/PseudoTypes/NonEmptyArrayTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Array_;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Integer;
use phpDocumentor\Reflection\Types\Mixed_;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class NonEmptyArrayTest extends TestCase
{
public function testCreateWithoutParams(): void
{
$type = new NonEmptyArray();
$this->assertNull($type->getOriginalKeyType());
$this->assertNull($type->getOriginalValueType());
$this->assertEquals(new Compound([new String_(), new Integer()]), $type->getKeyType());
$this->assertEquals(new Mixed_(), $type->getValueType());
$this->assertEquals(new Array_(), $type->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(NonEmptyArray $type, string $expectedString): void
{
$this->assertSame($expectedString, (string) $type);
}
/**
* @return array<string, array{NonEmptyArray, string}>
*/
public function provideToStringData(): array
{
return [
'simple non-empty-array' => [new NonEmptyArray(), 'non-empty-array'],
'non-empty-array of mixed' => [new NonEmptyArray(new Mixed_()), 'non-empty-array<mixed>'],
'non-empty-array of single type' => [new NonEmptyArray(new String_()), 'non-empty-array<string>'],
'non-empty-array of compound type' =>
[
new NonEmptyArray(
new Compound([new Integer(), new String_()]),
new String_()
),
'non-empty-array<string, int|string>',
],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/NonEmptyListTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Array_;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Integer;
use phpDocumentor\Reflection\Types\Mixed_;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class NonEmptyListTest extends TestCase
{
public function testCreateWithoutParams(): void
{
$type = new NonEmptyList();
$this->assertEquals(new Integer(), $type->getOriginalKeyType());
$this->assertNull($type->getOriginalValueType());
$this->assertEquals(new Integer(), $type->getKeyType());
$this->assertEquals(new Mixed_(), $type->getValueType());
$this->assertEquals(new Array_(null, new Integer()), $type->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(NonEmptyList $array, string $expectedString): void
{
$this->assertSame($expectedString, (string) $array);
}
/**
* @return array<string, array{NonEmptyList, string}>
*/
public function provideToStringData(): array
{
return [
'simple non-empty-list' => [new NonEmptyList(), 'non-empty-list'],
'non-empty-list of mixed' => [new NonEmptyList(new Mixed_()), 'non-empty-list<mixed>'],
'non-empty-list of single type' => [new NonEmptyList(new String_()), 'non-empty-list<string>'],
'non-empty-list of compound type' =>
[new NonEmptyList(new Compound([new Integer(), new String_()])), 'non-empty-list<int|string>'],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/NonEmptyLowercaseStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class NonEmptyLowercaseStringTest extends TestCase
{
public function testCreate(): void
{
$type = new NonEmptyLowercaseString();
$this->assertEquals(new String_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('non-empty-lowercase-string', (string) (new NonEmptyLowercaseString()));
}
}
================================================
FILE: tests/unit/PseudoTypes/NonEmptyStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class NonEmptyStringTest extends TestCase
{
public function testCreate(): void
{
$type = new NonEmptyString();
$this->assertEquals(new String_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('non-empty-string', (string) (new NonEmptyString()));
}
}
================================================
FILE: tests/unit/PseudoTypes/NonFalsyStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class NonFalsyStringTest extends TestCase
{
public function testCreate(): void
{
$type = new NonFalsyString();
$this->assertEquals(new String_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('non-falsy-string', (string) (new NonFalsyString()));
}
}
================================================
FILE: tests/unit/PseudoTypes/NonNegativeIntegerTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Integer;
use PHPUnit\Framework\TestCase;
final class NonNegativeIntegerTest extends TestCase
{
public function testCreate(): void
{
$type = new NonNegativeInteger();
$this->assertEquals(new Integer(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('non-negative-int', (string) (new NonNegativeInteger()));
}
}
================================================
FILE: tests/unit/PseudoTypes/NonPositiveIntegerTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Integer;
use PHPUnit\Framework\TestCase;
final class NonPositiveIntegerTest extends TestCase
{
public function testCreate(): void
{
$type = new NonPositiveInteger();
$this->assertEquals(new Integer(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('non-positive-int', (string) (new NonPositiveInteger()));
}
}
================================================
FILE: tests/unit/PseudoTypes/NonZeroIntegerTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Integer;
use PHPUnit\Framework\TestCase;
final class NonZeroIntegerTest extends TestCase
{
public function testCreate(): void
{
$type = new NonZeroInteger();
$this->assertEquals(new Integer(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('non-zero-int', (string) (new NonZeroInteger()));
}
}
================================================
FILE: tests/unit/PseudoTypes/NumericStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class NumericStringTest extends TestCase
{
public function testCreate(): void
{
$type = new NumericString();
$this->assertEquals(new String_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('numeric-string', (string) (new NumericString()));
}
}
================================================
FILE: tests/unit/PseudoTypes/ObjectShapeTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Object_;
use PHPUnit\Framework\TestCase;
final class ObjectShapeTest extends TestCase
{
public function testCreate(): void
{
$item1 = new ObjectShapeItem('foo', new True_(), false);
$item2 = new ObjectShapeItem('bar', new False_(), true);
$objectShape = new ObjectShape($item1, $item2);
$this->assertSame([$item1, $item2], $objectShape->getItems());
$this->assertEquals(new Object_(), $objectShape->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(string $expectedResult, ObjectShape $objectShape): void
{
$this->assertSame($expectedResult, (string) $objectShape);
}
/**
* @return array<string, array{string, ObjectShape}>
*/
public static function provideToStringData(): array
{
return [
'with keys' => [
'object{foo: true, bar?: false}',
new ObjectShape(
new ObjectShapeItem('foo', new True_(), false),
new ObjectShapeItem('bar', new False_(), true)
),
],
'with empty keys' => [
'object{true, false}',
new ObjectShape(
new ObjectShapeItem('', new True_(), false),
new ObjectShapeItem('', new False_(), false)
),
],
'without keys' => [
'object{true, false}',
new ObjectShape(
new ObjectShapeItem(null, new True_(), false),
new ObjectShapeItem(null, new False_(), false)
),
],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/OffsetAccessTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Fqsen;
use phpDocumentor\Reflection\Types\Mixed_;
use phpDocumentor\Reflection\Types\Object_;
use PHPUnit\Framework\TestCase;
final class OffsetAccessTest extends TestCase
{
public function testCreate(): void
{
$mainType = new Object_(new Fqsen('\\phpDocumentor\\MyArray'));
$offset = new StringValue('bar');
$type = new OffsetAccess($mainType, $offset);
$this->assertSame($mainType, $type->getType());
$this->assertSame($offset, $type->getOffset());
$this->assertEquals(new Mixed_(), $type->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(string $expectedResult, OffsetAccess $type): void
{
$this->assertSame($expectedResult, (string) $type);
}
/**
* @return array<string, array{string, OffsetAccess}>
*/
public static function provideToStringData(): array
{
return [
'basic' => [
'\\phpDocumentor\\MyArray["bar"]',
new OffsetAccess(new Object_(new Fqsen('\\phpDocumentor\\MyArray')), new StringValue('bar')),
],
'with const expression' => [
'(\\phpDocumentor\\Foo::SOME_ARRAY)["bar"]',
new OffsetAccess(
new ConstExpression(new Object_(new Fqsen('\\phpDocumentor\\Foo')), 'SOME_ARRAY'),
new StringValue('bar')
),
],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/OpenResourceTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Resource_;
use PHPUnit\Framework\TestCase;
final class OpenResourceTest extends TestCase
{
public function testCreate(): void
{
$type = new OpenResource();
$this->assertEquals(new Resource_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('open-resource', (string) (new OpenResource()));
}
}
================================================
FILE: tests/unit/PseudoTypes/PositiveIntegerTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Integer;
use PHPUnit\Framework\TestCase;
final class PositiveIntegerTest extends TestCase
{
public function testCreate(): void
{
$type = new PositiveInteger();
$this->assertEquals(new Integer(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('positive-int', (string) (new PositiveInteger()));
}
}
================================================
FILE: tests/unit/PseudoTypes/PrivatePropertiesOfTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Self_;
use PHPUnit\Framework\TestCase;
final class PrivatePropertiesOfTest extends TestCase
{
public function testToString(): void
{
$type = new PrivatePropertiesOf(new Self_());
$this->assertSame('private-properties-of<self>', (string) $type);
}
}
================================================
FILE: tests/unit/PseudoTypes/PropertiesOfTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Array_;
use phpDocumentor\Reflection\Types\Mixed_;
use phpDocumentor\Reflection\Types\Self_;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class PropertiesOfTest extends TestCase
{
public function testCreate(): void
{
$childType = new Self_();
$type = new PropertiesOf($childType);
$this->assertSame($childType, $type->getType());
$this->assertEquals(new Array_(new Mixed_(), new String_()), $type->underlyingType());
$this->assertEquals(new String_(), $type->getKeyType());
$this->assertEquals(new Mixed_(), $type->getValueType());
}
public function testToString(): void
{
$type = new PropertiesOf(new Self_());
$this->assertSame('properties-of<self>', (string) $type);
}
}
================================================
FILE: tests/unit/PseudoTypes/ProtectedPropertiesOfTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Self_;
use PHPUnit\Framework\TestCase;
final class ProtectedPropertiesOfTest extends TestCase
{
public function testToString(): void
{
$type = new ProtectedPropertiesOf(new Self_());
$this->assertSame('protected-properties-of<self>', (string) $type);
}
}
================================================
FILE: tests/unit/PseudoTypes/PublicPropertiesOfTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Self_;
use PHPUnit\Framework\TestCase;
final class PublicPropertiesOfTest extends TestCase
{
public function testToString(): void
{
$type = new PublicPropertiesOf(new Self_());
$this->assertSame('public-properties-of<self>', (string) $type);
}
}
================================================
FILE: tests/unit/PseudoTypes/ScalarTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Boolean;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Float_;
use phpDocumentor\Reflection\Types\Integer;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class ScalarTest extends TestCase
{
public function testCreate(): void
{
$type = new Scalar();
$expectedUnderlyingType = new Compound([new String_(), new Integer(), new Float_(), new Boolean()]);
$this->assertEquals($expectedUnderlyingType, $type->underlyingType());
}
public function testToString(): void
{
$type = new Scalar();
$this->assertSame('scalar', (string) $type);
}
}
================================================
FILE: tests/unit/PseudoTypes/StringValueTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class StringValueTest extends TestCase
{
public function testCreate(): void
{
$value = 'abcdef';
$type = new StringValue($value);
$this->assertSame($value, $type->getValue());
$this->assertEquals(new String_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('"abcd"', (string) (new StringValue('abcd')));
}
}
================================================
FILE: tests/unit/PseudoTypes/TraitStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Fqsen;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Object_;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class TraitStringTest extends TestCase
{
public function testCreate(): void
{
$genericType = new Object_(new Fqsen('\Foo\Bar'));
$type = new TraitString($genericType);
$this->assertSame($genericType, $type->getGenericType());
$this->assertEquals(new String_(), $type->underlyingType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(TraitString $type, string $expectedString): void
{
$this->assertSame($expectedString, (string) $type);
}
/**
* @return array<string, array{TraitString, string}>
*/
public function provideToStringData(): array
{
return [
'basic' => [new TraitString(), 'trait-string'],
'with generic' => [
new TraitString(new Object_(new Fqsen('\Foo\Bar'))),
'trait-string<\Foo\Bar>',
],
'with compound generic' => [
new TraitString(
new Compound([
new Object_(new Fqsen('\Foo\Bar')),
new Object_(new Fqsen('\Foo\Barrr')),
])
),
'trait-string<\Foo\Bar|\Foo\Barrr>',
],
];
}
}
================================================
FILE: tests/unit/PseudoTypes/TrueTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\Boolean;
use PHPUnit\Framework\TestCase;
final class TrueTest extends TestCase
{
public function testExposesUnderlyingType(): void
{
$true = new True_();
$this->assertInstanceOf(Boolean::class, $true->underlyingType());
}
public function testTrueStringifyCorrectly(): void
{
$true = new True_();
$this->assertSame('true', (string) $true);
}
}
================================================
FILE: tests/unit/PseudoTypes/TruthyStringTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Types\String_;
use PHPUnit\Framework\TestCase;
final class TruthyStringTest extends TestCase
{
public function testCreate(): void
{
$type = new TruthyString();
$this->assertEquals(new String_(), $type->underlyingType());
}
public function testToString(): void
{
$this->assertSame('truthy-string', (string) (new TruthyString()));
}
}
================================================
FILE: tests/unit/PseudoTypes/ValueOfTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\PseudoTypes;
use phpDocumentor\Reflection\Fqsen;
use phpDocumentor\Reflection\Types\Mixed_;
use phpDocumentor\Reflection\Types\Object_;
use PHPUnit\Framework\TestCase;
final class ValueOfTest extends TestCase
{
public function testCreate(): void
{
$childType = new ConstExpression(new Object_(new Fqsen('\\phpDocumentor\\Type')), 'ARRAY_CONST');
$type = new ValueOf($childType);
$this->assertSame($childType, $type->getType());
$this->assertEquals(new Mixed_(), $type->underlyingType());
}
public function testToString(): void
{
$type = new ValueOf(new ConstExpression(new Object_(new Fqsen('\\phpDocumentor\\Type')), 'ARRAY_CONST'));
$this->assertSame('value-of<\\phpDocumentor\\Type::ARRAY_CONST>', (string) $type);
}
}
================================================
FILE: tests/unit/TypeResolverTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection;
use Doctrine\Deprecations\PHPUnit\VerifyDeprecations;
use InvalidArgumentException;
use phpDocumentor\Reflection\PseudoTypes\ArrayKey;
use phpDocumentor\Reflection\PseudoTypes\ArrayShape;
use phpDocumentor\Reflection\PseudoTypes\ArrayShapeItem;
use phpDocumentor\Reflection\PseudoTypes\CallableArray;
use phpDocumentor\Reflection\PseudoTypes\CallableString;
use phpDocumentor\Reflection\PseudoTypes\ClassString;
use phpDocumentor\Reflection\PseudoTypes\ClosedResource;
use phpDocumentor\Reflection\PseudoTypes\Conditional;
use phpDocumentor\Reflection\PseudoTypes\ConditionalForParameter;
use phpDocumentor\Reflection\PseudoTypes\ConstExpression;
use phpDocumentor\Reflection\PseudoTypes\EnumString;
use phpDocumentor\Reflection\PseudoTypes\False_;
use phpDocumentor\Reflection\PseudoTypes\FloatValue;
use phpDocumentor\Reflection\PseudoTypes\Generic;
use phpDocumentor\Reflection\PseudoTypes\HtmlEscapedString;
use phpDocumentor\Reflection\PseudoTypes\IntegerRange;
use phpDocumentor\Reflection\PseudoTypes\IntegerValue;
use phpDocumentor\Reflection\PseudoTypes\InterfaceString;
use phpDocumentor\Reflection\PseudoTypes\IntMask;
use phpDocumentor\Reflection\PseudoTypes\IntMaskOf;
use phpDocumentor\Reflection\PseudoTypes\KeyOf;
use phpDocumentor\Reflection\PseudoTypes\List_;
use phpDocumentor\Reflection\PseudoTypes\ListShape;
use phpDocumentor\Reflection\PseudoTypes\ListShapeItem;
use phpDocumentor\Reflection\PseudoTypes\LiteralString;
use phpDocumentor\Reflection\PseudoTypes\LowercaseString;
use phpDocumentor\Reflection\PseudoTypes\NegativeInteger;
use phpDocumentor\Reflection\PseudoTypes\NeverReturn;
use phpDocumentor\Reflection\PseudoTypes\NeverReturns;
use phpDocumentor\Reflection\PseudoTypes\NonEmptyArray;
use phpDocumentor\Reflection\PseudoTypes\NonEmptyList;
use phpDocumentor\Reflection\PseudoTypes\NonEmptyLowercaseString;
use phpDocumentor\Reflection\PseudoTypes\NonEmptyString;
use phpDocumentor\Reflection\PseudoTypes\NonFalsyString;
use phpDocumentor\Reflection\PseudoTypes\NonNegativeInteger;
use phpDocumentor\Reflection\PseudoTypes\NonPositiveInteger;
use phpDocumentor\Reflection\PseudoTypes\NonZeroInteger;
use phpDocumentor\Reflection\PseudoTypes\NoReturn;
use phpDocumentor\Reflection\PseudoTypes\Numeric_;
use phpDocumentor\Reflection\PseudoTypes\NumericString;
use phpDocumentor\Reflection\PseudoTypes\ObjectShape;
use phpDocumentor\Reflection\PseudoTypes\ObjectShapeItem;
use phpDocumentor\Reflection\PseudoTypes\OffsetAccess;
use phpDocumentor\Reflection\PseudoTypes\OpenResource;
use phpDocumentor\Reflection\PseudoTypes\PositiveInteger;
use phpDocumentor\Reflection\PseudoTypes\PrivatePropertiesOf;
use phpDocumentor\Reflection\PseudoTypes\PropertiesOf;
use phpDocumentor\Reflection\PseudoTypes\ProtectedPropertiesOf;
use phpDocumentor\Reflection\PseudoTypes\PublicPropertiesOf;
use phpDocumentor\Reflection\PseudoTypes\Scalar;
use phpDocumentor\Reflection\PseudoTypes\StringValue;
use phpDocumentor\Reflection\PseudoTypes\TraitString;
use phpDocumentor\Reflection\PseudoTypes\True_;
use phpDocumentor\Reflection\PseudoTypes\TruthyString;
use phpDocumentor\Reflection\PseudoTypes\ValueOf;
use phpDocumentor\Reflection\Types\Array_;
use phpDocumentor\Reflection\Types\Boolean;
use phpDocumentor\Reflection\Types\Callable_;
use phpDocumentor\Reflection\Types\CallableParameter;
use phpDocumentor\Reflection\Types\Compound;
use phpDocumentor\Reflection\Types\Context;
use phpDocumentor\Reflection\Types\Expression;
use phpDocumentor\Reflection\Types\Float_;
use phpDocumentor\Reflection\Types\Integer;
use phpDocumentor\Reflection\Types\Intersection;
use phpDocumentor\Reflection\Types\Iterable_;
use phpDocumentor\Reflection\Types\Mixed_;
use phpDocumentor\Reflection\Types\Never_;
use phpDocumentor\Reflection\Types\Null_;
use phpDocumentor\Reflection\Types\Nullable;
use phpDocumentor\Reflection\Types\Object_;
use phpDocumentor\Reflection\Types\Parent_;
use phpDocumentor\Reflection\Types\Resource_;
use phpDocumentor\Reflection\Types\Self_;
use phpDocumentor\Reflection\Types\Static_;
use phpDocumentor\Reflection\Types\String_;
use phpDocumentor\Reflection\Types\This;
use phpDocumentor\Reflection\Types\Void_;
use PHPUnit\Framework\TestCase;
use RuntimeException;
use stdClass;
use function get_class;
class TypeResolverTest extends TestCase
{
use VerifyDeprecations;
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Array_
* @uses \phpDocumentor\Reflection\Types\Object_
*
* @param class-string $expectedClass
*
* @dataProvider provideKeywords
*/
public function testResolvingKeywords(string $keyword, string $expectedClass): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve($keyword, new Context(''));
$this->assertInstanceOf($expectedClass, $resolvedType);
$resolvedType = $fixture->resolve($keyword);
$this->assertInstanceOf($expectedClass, $resolvedType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*
* @dataProvider provideFqcn
*/
public function testResolvingFQSENs(string $fqsen): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve($fqsen, new Context(''));
$this->assertInstanceOf(Object_::class, $resolvedType);
$this->assertInstanceOf(Fqsen::class, $resolvedType->getFqsen());
$this->assertSame($fqsen, (string) $resolvedType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*/
public function testResolvingRelativeQSENsBasedOnNamespace(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('DocBlock', new Context('phpDocumentor\Reflection'));
$this->assertInstanceOf(Object_::class, $resolvedType);
$this->assertInstanceOf(Fqsen::class, $resolvedType->getFqsen());
$this->assertSame('\phpDocumentor\Reflection\DocBlock', (string) $resolvedType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*/
public function testResolvingRelativeQSENsBasedOnNamespaceAlias(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve(
'm\Array_',
new Context('phpDocumentor\Reflection', ['m' => '\phpDocumentor\Reflection\Types'])
);
$this->assertInstanceOf(Object_::class, $resolvedType);
$this->assertInstanceOf(Fqsen::class, $resolvedType->getFqsen());
$this->assertSame('\phpDocumentor\Reflection\Types\Array_', (string) $resolvedType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Array_
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingTypedArrays(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('string[]', new Context(''));
$this->assertInstanceOf(Array_::class, $resolvedType);
$this->assertSame('string[]', (string) $resolvedType);
$this->assertInstanceOf(Compound::class, $resolvedType->getKeyType());
$this->assertInstanceOf(String_::class, $resolvedType->getValueType());
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Nullable
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingNullableTypes(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('?string', new Context(''));
$this->assertInstanceOf(Nullable::class, $resolvedType);
$this->assertInstanceOf(String_::class, $resolvedType->getActualType());
$this->assertSame('?string', (string) $resolvedType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Array_
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingNestedTypedArrays(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('string[][]', new Context(''));
$this->assertInstanceOf(Array_::class, $resolvedType);
$childValueType = $resolvedType->getValueType();
$this->assertSame('string[][]', (string) $resolvedType);
$this->assertInstanceOf(Compound::class, $resolvedType->getKeyType());
$this->assertInstanceOf(Array_::class, $childValueType);
$this->assertSame('string[]', (string) $childValueType);
$this->assertInstanceOf(Compound::class, $childValueType->getKeyType());
$this->assertInstanceOf(String_::class, $childValueType->getValueType());
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*/
public function testResolvingCompoundTypes(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('string|Reflection\DocBlock', new Context('phpDocumentor'));
$this->assertInstanceOf(Compound::class, $resolvedType);
$this->assertSame('string|\phpDocumentor\Reflection\DocBlock', (string) $resolvedType);
$firstType = $resolvedType->get(0);
$secondType = $resolvedType->get(1);
$this->assertInstanceOf(String_::class, $firstType);
$this->assertInstanceOf(Object_::class, $secondType);
$this->assertInstanceOf(Fqsen::class, $secondType->getFqsen());
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*/
public function testResolvingAmpersandCompoundTypes(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve(
'Reflection\DocBlock&\PHPUnit\Framework\MockObject\MockObject ',
new Context('phpDocumentor')
);
$this->assertInstanceOf(Intersection::class, $resolvedType);
$this->assertSame(
'\phpDocumentor\Reflection\DocBlock&\PHPUnit\Framework\MockObject\MockObject',
(string) $resolvedType
);
$firstType = $resolvedType->get(0);
$secondType = $resolvedType->get(1);
$this->assertInstanceOf(Object_::class, $firstType);
$this->assertInstanceOf(Fqsen::class, $firstType->getFqsen());
$this->assertInstanceOf(Object_::class, $secondType);
$this->assertInstanceOf(Fqsen::class, $secondType->getFqsen());
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\String_
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*/
public function testResolvingMixedCompoundTypes(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve(
'(Reflection\DocBlock&\PHPUnit\Framework\MockObject\MockObject)|null',
new Context('phpDocumentor')
);
$this->assertInstanceOf(Compound::class, $resolvedType);
$this->assertSame(
'(\phpDocumentor\Reflection\DocBlock&\PHPUnit\Framework\MockObject\MockObject)|null',
(string) $resolvedType
);
$firstType = $resolvedType->get(0);
$secondType = $resolvedType->get(1);
$this->assertInstanceOf(Expression::class, $firstType);
$this->assertSame(
'(\phpDocumentor\Reflection\DocBlock&\PHPUnit\Framework\MockObject\MockObject)',
(string) $firstType
);
$this->assertInstanceOf(Null_::class, $secondType);
$resolvedType = $firstType->getValueType();
$this->assertInstanceOf(Intersection::class, $resolvedType);
$firstSubType = $resolvedType->get(0);
$secondSubType = $resolvedType->get(1);
$this->assertInstanceOf(Object_::class, $firstSubType);
$this->assertInstanceOf(Fqsen::class, $firstSubType->getFqsen());
$this->assertInstanceOf(Object_::class, $secondSubType);
$this->assertInstanceOf(Fqsen::class, $secondSubType->getFqsen());
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\Array_
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*/
public function testResolvingCompoundTypedArrayTypes(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('\stdClass[]|Reflection\DocBlock[]', new Context('phpDocumentor'));
$this->assertInstanceOf(Compound::class, $resolvedType);
$this->assertSame('\stdClass[]|\phpDocumentor\Reflection\DocBlock[]', (string) $resolvedType);
$firstType = $resolvedType->get(0);
$secondType = $resolvedType->get(1);
$this->assertInstanceOf(Array_::class, $firstType);
$this->assertInstanceOf(Array_::class, $secondType);
$this->assertInstanceOf(Object_::class, $firstType->getValueType());
$this->assertInstanceOf(Object_::class, $secondType->getValueType());
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\Array_
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*/
public function testResolvingArrayExpressionObjectsTypes(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('(\stdClass|Reflection\DocBlock)[]', new Context('phpDocumentor'));
$this->assertInstanceOf(Array_::class, $resolvedType);
$this->assertSame('array<\stdClass|\phpDocumentor\Reflection\DocBlock>', (string) $resolvedType);
$valueType = $resolvedType->getValueType();
$this->assertInstanceOf(Compound::class, $valueType);
$firstType = $valueType->get(0);
$secondType = $valueType->get(1);
$this->assertInstanceOf(Object_::class, $firstType);
$this->assertInstanceOf(Object_::class, $secondType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\Array_
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*/
public function testResolvingArrayExpressionSimpleTypes(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('(string|\stdClass|boolean)[]', new Context(''));
$this->assertInstanceOf(Array_::class, $resolvedType);
$this->assertSame('array<string|\stdClass|bool>', (string) $resolvedType);
$valueType = $resolvedType->getValueType();
$this->assertInstanceOf(Compound::class, $valueType);
$firstType = $valueType->get(0);
$secondType = $valueType->get(1);
$thirdType = $valueType->get(2);
$this->assertInstanceOf(String_::class, $firstType);
$this->assertInstanceOf(Object_::class, $secondType);
$this->assertInstanceOf(Boolean::class, $thirdType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\Array_
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*/
public function testResolvingArrayOfArrayExpressionTypes(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('(string|\stdClass)[][]', new Context(''));
$this->assertInstanceOf(Array_::class, $resolvedType);
$this->assertSame('array<array<string|\stdClass>>', (string) $resolvedType);
$parentArrayType = $resolvedType->getValueType();
$this->assertInstanceOf(Array_::class, $parentArrayType);
$valueType = $parentArrayType->getValueType();
$this->assertInstanceOf(Compound::class, $valueType);
$firstType = $valueType->get(0);
$secondType = $valueType->get(1);
$this->assertInstanceOf(String_::class, $firstType);
$this->assertInstanceOf(Object_::class, $secondType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\Array_
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*/
public function testReturnEmptyCompoundOnAnUnclosedArrayExpressionType(): void
{
$this->expectException(RuntimeException::class);
$fixture = new TypeResolver();
$fixture->resolve('(string|\stdClass', new Context(''));
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\Array_
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*/
public function testResolvingArrayExpressionOrCompoundTypes(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('\stdClass|(string|\stdClass)[]|bool', new Context(''));
$this->assertInstanceOf(Compound::class, $resolvedType);
$this->assertSame('\stdClass|array<string|\stdClass>|bool', (string) $resolvedType);
$firstType = $resolvedType->get(0);
$this->assertInstanceOf(Object_::class, $firstType);
$secondType = $resolvedType->get(1);
$this->assertInstanceOf(Array_::class, $secondType);
$thirdType = $resolvedType->get(2);
$this->assertInstanceOf(Boolean::class, $thirdType);
$valueType = $secondType->getValueType();
$this->assertInstanceOf(Compound::class, $valueType);
$firstArrayType = $valueType->get(0);
$secondArrayType = $valueType->get(1);
$this->assertInstanceOf(String_::class, $firstArrayType);
$this->assertInstanceOf(Object_::class, $secondArrayType);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\Iterable_
* @uses \phpDocumentor\Reflection\Types\Object_
* @uses \phpDocumentor\Reflection\Fqsen
* @uses \phpDocumentor\Reflection\FqsenResolver
*/
public function testResolvingIterableExpressionSimpleTypes(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('iterable<string|\stdClass|boolean>', new Context(''));
$this->assertInstanceOf(Iterable_::class, $resolvedType);
$this->assertSame('iterable<string|\stdClass|bool>', (string) $resolvedType);
$valueType = $resolvedType->getValueType();
$this->assertInstanceOf(Compound::class, $valueType);
$firstType = $valueType->get(0);
$secondType = $valueType->get(1);
$thirdType = $valueType->get(2);
$this->assertInstanceOf(String_::class, $firstType);
$this->assertInstanceOf(Object_::class, $secondType);
$this->assertInstanceOf(Boolean::class, $thirdType);
}
/**
* This test asserts that the parameter order is correct.
*
* When you pass two arrays separated by the compound operator (i.e. 'integer[]|string[]') then we always split the
* expression in its compound parts and then we parse the types with the array operators. If we were to switch the
* order around then 'integer[]|string[]' would read as an array of string or integer array; which is something
* other than what we intend.
*
* @uses \phpDocumentor\Reflection\Types\Context
* @uses \phpDocumentor\Reflection\Types\Compound
* @uses \phpDocumentor\Reflection\Types\Array_
* @uses \phpDocumentor\Reflection\Types\Integer
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testResolvingCompoundTypesWithTwoArrays(): void
{
$fixture = new TypeResolver();
$resolvedType = $fixture->resolve('integer[]|string[]', new Context(''));
$this->assertInstanceOf(Compound::class, $resolvedType);
$this->assertSame('int[]|string[]', (string) $resolvedType);
$firstType = $resolvedType->get(0);
$secondType = $resolvedType->get(1);
$this->assertInstanceOf(Array_::class, $firstType);
$this->assertInstanceOf(Integer::class, $firstType->getValueType());
$this->assertInstanceOf(Array_::class, $secondType);
$this->assertInstanceOf(String_::class, $secondType->getValueType());
}
/**
* @uses \phpDocumentor\Reflection\TypeResolver::resolve
* @uses \phpDocumentor\Reflection\TypeResolver::<private>
* @uses \phpDocumentor\Reflection\Types\Context
*/
public function testAddingAKeyword(): void
{
// Assign
$typeMock = self::createStub(Type::class);
// Act
$fixture = new TypeResolver();
$fixture->addKeyword('mock', get_class($typeMock));
// Assert
$result = $fixture->resolve('mock', new Context(''));
$this->assertInstanceOf(get_class($typeMock), $result);
$this->assertNotSame($typeMock, $result);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
*/
public function testAddingAKeywordFailsIfTypeClassDoesNotExist(): void
{
$this->expectException(InvalidArgumentException::class);
$fixture = new TypeResolver();
$fixture->addKeyword('mock', 'IDoNotExist');
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
*/
public function testAddingAKeywordFailsIfTypeClassDoesNotImplementTypeInterface(): void
{
$this->expectException(InvalidArgumentException::class);
$fixture = new TypeResolver();
$fixture->addKeyword('mock', stdClass::class);
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
*/
public function testExceptionIsThrownIfTypeIsEmpty(): void
{
$this->expectException(InvalidArgumentException::class);
$fixture = new TypeResolver();
$fixture->resolve(' ', new Context(''));
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
*/
public function testInvalidArrayOperator(): void
{
$this->expectException(RuntimeException::class);
$fixture = new TypeResolver();
$fixture->resolve('[]', new Context(''));
}
/**
* Returns a list of keywords and expected classes that are created from them.
*
* @return string[][]
*/
public function provideKeywords(): array
{
return [
['string', String_::class],
['class-string', ClassString::class],
['html-escaped-string', HtmlEscapedString::class],
['lowercase-string', LowercaseString::class],
['non-empty-lowercase-string', NonEmptyLowercaseString::class],
['non-empty-string', NonEmptyString::class],
['numeric-string', NumericString::class],
['numeric', Numeric_::class],
['trait-string', TraitString::class],
['int', Integer::class],
['integer', Integer::class],
['positive-int', PositiveInteger::class],
['negative-int', NegativeInteger::class],
['float', Float_::class],
['double', Float_::class],
['bool', Boolean::class],
['boolean', Boolean::class],
['true', Boolean::class],
['true', True_::class],
['false', Boolean::class],
['false', False_::class],
['resource', Resource_::class],
['open-resource', OpenResource::class],
['closed-resource', ClosedResource::class],
['null', Null_::class],
['callable', Callable_::class],
['callable-string', CallableString::class],
['callback', Callable_::class],
['array', Array_::class],
['callable-array', CallableArray::class],
['array-key', ArrayKey::class],
['scalar', Scalar::class],
['object', Object_::class],
['mixed', Mixed_::class],
['void', Void_::class],
['$this', This::class],
['static', Static_::class],
['self', Self_::class],
['parent', Parent_::class],
['iterable', Iterable_::class],
['never', Never_::class],
['never-return', NeverReturn::class],
['never-returns', NeverReturns::class],
['no-return', NoReturn::class],
['literal-string', LiteralString::class],
['list', List_::class],
['non-empty-list', NonEmptyList::class],
['non-empty-array', NonEmptyArray::class],
['non-falsy-string', NonFalsyString::class],
['truthy-string', TruthyString::class],
['non-positive-int', NonPositiveInteger::class],
['non-negative-int', NonNegativeInteger::class],
['non-zero-int', NonZeroInteger::class],
];
}
/**
* Provides a list of FQSENs to test the resolution patterns with.
*
* @return string[][]
*/
public function provideFqcn(): array
{
return [
'namespace' => ['\phpDocumentor\Reflection'],
'class' => ['\phpDocumentor\Reflection\DocBlock'],
'class with emoji' => ['\My😁Class'],
];
}
/**
* @uses \phpDocumentor\Reflection\Types\Context
*/
public function testArrayKeyValueSpecification(): void
{
$fixture = new TypeResolver();
$type = $fixture->resolve('array<string,array<int,string>>', new Context(''));
$this->assertEquals(new Array_(new Array_(new String_(), new Integer()), new String_()), $type);
}
/**
* @dataProvider typeProvider
* @dataProvider genericsProvider
* @dataProvider callableProvider
* @dataProvider constExpressions
* @dataProvider shapeStructures
* @testdox create type from $type
*/
public function testTypeBuilding(string $type, Type $expected, bool $deprecation = false): void
{
$this->expectNoDeprecationWithIdentifier('https://github.com/phpDocumentor/TypeResolver/issues/184');
$fixture = new TypeResolver();
$actual = $fixture->resolve($type, new Context('phpDocumentor'));
self::assertEquals($expected, $actual);
}
/**
* @dataProvider illegalLegacyFormatProvider
* @testdox create type from $type
*/
public function testTypeBuildingThrowsError(string $type, Type $expected): void
{
$this->expectDeprecationWithIdentifier('https://github.com/phpDocumentor/TypeResolver/issues/184');
$fixture = new TypeResolver();
$actual = $fixture->resolve($type, new Context('phpDocumentor'));
self::assertEquals($expected, $actual);
}
/**
* @return array<array{0: string, 1: Type}>
*/
public function typeProvider(): array
{
return [
[
'string',
new String_(),
],
[
'( string )',
new String_(),
],
[
'\\Foo\Bar\\Baz',
new Object_(new Fqsen('\\Foo\Bar\\Baz')),
],
[
'string|int',
new Compound(
[
new String_(),
new Integer(),
]
),
],
[
'string&int',
new Intersection(
[
new String_(),
new Integer(),
]
),
],
[
'string & (int | float)',
new Intersection(
[
new String_(),
new Expression(
new Compound(
[
new Integer(),
new Float_(),
]
)
),
]
),
],
[
'(A&B)|C|(D&E)',
new Compound([
new Expression(
new Intersection([
new Object_(new Fqsen('\\phpDocumentor\\A')),
new Object_(new Fqsen('\\phpDocumentor\\B')),
]),
),
new Object_(new Fqsen('\\phpDocumentor\\C')),
new Expression(
new Intersection([
new Object_(new Fqsen('\\phpDocumentor\\D')),
new Object_(new Fqsen('\\phpDocumentor\\E')),
]),
),
]),
],
[
'array',
new Array_(),
],
[
'string[]',
new Array_(
new String_()
),
],
[
'mixed[]',
new Array_(
new Mixed_()
),
],
[
'$this',
new This(),
],
[
'?int',
new Nullable(
new Integer()
),
],
[
'static',
new Static_(),
],
[
'self',
new Self_(),
],
[
'($size is positive-int ? non-empty-array : array)',
new ConditionalForParameter(
false,
'size',
new PositiveInteger(),
new NonEmptyArray(),
new Array_()
),
],
[
'($size is not positive-int ? non-empty-array : int)',
new ConditionalForParameter(
true,
'size',
new PositiveInteger(),
new NonEmptyArray(),
new Integer()
),
],
[
'(T is int ? static : array<static>)',
new Conditional(
false,
new Object_(new Fqsen('\\phpDocumentor\\T')),
new Integer(),
new Static_(),
new Array_(new Static_())
),
],
[
'(T is not int ? self : array<static>)',
new Conditional(
true,
new Object_(new Fqsen('\\phpDocumentor\\T')),
new Integer(),
new Self_(),
new Array_(new Static_())
),
],
[
"MyArray['bar']",
new OffsetAccess(
new Object_(new Fqsen('\\phpDocumentor\\MyArray')),
new StringValue('bar')
),
],
[
'100.5',
new FloatValue(100.5),
],
];
}
/**
* @return array<array{0: string, 1: Type}>
*/
public function genericsProvider(): array
{
return [
[
'array<int, Foo\\Bar>',
new Array_(
new Object_(new Fqsen('\\phpDocumentor\\Foo\\Bar')),
new Integer()
),
],
[
'array<key-of<Foo\\Bar::SOME_CONSTANT>, string>',
new Array_(
new String_(),
new KeyOf(new ConstExpression(
new Object_(new Fqsen('\\phpDocumentor\\Foo\\Bar')),
'SOME_CONSTANT'
))
),
],
[
'array<value-of<Foo\\Bar::SOME_CONSTANT>, string>',
new Array_(
new String_(),
new ValueOf(new ConstExpression(
new Object_(new Fqsen('\\phpDocumentor\\Foo\\Bar')),
'SOME_CONSTANT'
))
),
],
[
'array<Foo\\Bar::*, string>',
new Array_(
new String_(),
new ConstExpression(new Object_(new Fqsen('\\phpDocumentor\\Foo\\Bar')), '*')
),
],
[
'array<self::SOME_CONSTANT_FIRST|self::SOME_CONSTANT_SECOND, string>',
new Array_(
new String_(),
new Compound([
new ConstExpression(new Self_(), 'SOME_CONSTANT_FIRST'),
new ConstExpression(new Self_(), 'SOME_CONSTANT_SECOND'),
])
),
],
[
'array<string|int, Foo\\Bar>',
new Array_(
new Object_(new Fqsen('\\phpDocumentor\\Foo\\Bar')),
new Compound(
[
new String_(),
new Integer(),
]
)
),
],
[
'non-empty-array<string|int>',
new NonEmptyArray(
new Compound(
[
new String_(),
new Integer(),
]
)
),
],
[
'non-empty-array<string|int, Foo\\Bar>',
new NonEmptyArray(
new Object_(new Fqsen('\\phpDocumentor\\Foo\\Bar')),
new Compound(
[
new String_(),
new Integer(),
]
)
),
],
[
'Collection<array-key, int>[]',
new Array_(
new Generic(
new Fqsen('\\phpDocumentor\\Collection'),
[
new ArrayKey(),
new Integer(),
]
)
),
],
[
'class-string',
new ClassString(),
],
[
'class-string<Foo>',
new ClassString(new Object_(new Fqsen('\\phpDocumentor\\Foo'))),
],
[
'class-string<Foo|Bar>',
new ClassString(
new Compound([
new Object_(new Fqsen('\\phpDocumentor\\Foo')),
new Object_(new Fqsen('\\phpDocumentor\\Bar')),
])
),
],
[
'interface-string',
new InterfaceString(),
],
[
'interface-string<Foo>',
new InterfaceString(new Object_(new Fqsen('\\phpDocumentor\\Foo'))),
],
[
'interface-string<Foo|Bar>',
new InterfaceString(
new Compound([
new Object_(new Fqsen('\\phpDocumentor\\Foo')),
new Object_(new Fqsen('\\phpDocumentor\\Bar')),
])
),
],
[
'trait-string',
new TraitString(),
],
[
'trait-string<Foo>',
new TraitString(new Object_(new Fqsen('\\phpDocumentor\\Foo'))),
],
[
'trait-string<Foo|Bar>',
new TraitString(
new Compound([
new Object_(new Fqsen('\\phpDocumentor\\Foo')),
new Object_(new Fqsen('\\phpDocumentor\\Bar')),
])
),
],
[
'enum-string',
new EnumString(),
],
[
'enum-string<MyEnum>',
new EnumString(new Object_(new Fqsen('\\phpDocumentor\\MyEnum'))),
],
[
'enum-string<MyEnumFirst|MyEnumSecond>',
new EnumString(
new Compound([
new Object_(new Fqsen('\\phpDocumentor\\MyEnumFirst')),
new Object_(new Fqsen('\\phpDocumentor\\MyEnumSecond')),
])
),
],
[
'List<Foo>',
new List_(new Object_(new Fqsen('\\phpDocumentor\\Foo'))),
],
[
'non-empty-list<Foo>',
new NonEmptyList(new Object_(new Fqsen('\\phpDocumentor\\Foo'))),
],
[
'int<1, 100>',
new IntegerRange('1', '100'),
],
[
'key-of<Type::ARRAY_CONST>',
new KeyOf(new ConstExpression(new Object_(new Fqsen('\\phpDocumentor\\Type')), 'ARRAY_CONST')),
],
[
'value-of<Type::ARRAY_CONST>',
new ValueOf(new ConstExpression(new Object_(new Fqsen('\\phpDocumentor\\Type')), 'ARRAY_CONST')),
],
[
'int-mask<1, 2, 4>',
new IntMask(new IntegerValue(1), new IntegerValue(2), new IntegerValue(4)),
],
[
'int-mask-of<1|2|4>',
new IntMaskOf(new Compound([new IntegerValue(1), new IntegerValue(2), new IntegerValue(4)])),
],
[
'int-mask-of<Foo::INT_*>',
new IntMaskOf(new ConstExpression(new Object_(new Fqsen('\\phpDocumentor\\Foo')), 'INT_*')),
],
[
'iterable<int, string>',
new Iterable_(new String_(), new Integer()),
],
[
'static<FirstClass, SecondClass, ThirdClass>',
new Static_(
new Object_(new Fqsen('\\phpDocumentor\\FirstClass')),
new Object_(new Fqsen('\\phpDocumentor\\SecondClass')),
new Object_(new Fqsen('\\phpDocumentor\\ThirdClass')),
),
],
[
'self<FirstClass, SecondClass, ThirdClass>',
new Self_(
new Object_(new Fqsen('\\phpDocumentor\\FirstClass')),
new Object_(new Fqsen('\\phpDocumentor\\SecondClass')),
new Object_(new Fqsen('\\phpDocumentor\\ThirdClass')),
),
],
[
'array<mixed>',
new Array_(new Mixed_()),
],
[
'iterable<mixed>',
new Iterable_(new Mixed_()),
],
[
'non-empty-array<mixed>',
new NonEmptyArray(new Mixed_()),
],
[
'non-empty-list<mixed>',
new NonEmptyList(new Mixed_()),
],
[
'properties-of<self>',
new PropertiesOf(new Self_()),
],
[
'public-properties-of<self>',
new PublicPropertiesOf(new Self_()),
],
[
'protected-properties-of<self>',
new ProtectedPropertiesOf(new Self_()),
],
[
'private-properties-of<self>',
new PrivatePropertiesOf(new Self_()),
],
];
}
/**
* @return array<array{0: string, 1: Type}>
*/
public function callableProvider(): array
{
return [
[
'callable',
new Callable_(),
],
[
'pure-callable(int): int',
new Callable_(
'pure-callable',
[new CallableParameter(new Integer())],
new Integer()
),
],
[
'callable()',
new Callable_(),
],
[
'callable(): Foo',
new Callable_('callable', [], new Object_(new Fqsen('\\phpDocumentor\\Foo'))),
],
[
'Closure(): Foo',
new Callable_('Closure', [], new Object_(new Fqsen('\\phpDocumentor\\Foo'))),
],
[
'\Closure(): Foo',
new Callable_('\Closure', [], new Object_(new Fqsen('\\phpDocumentor\\Foo'))),
],
[
'callable(): (Foo&Bar)',
new Callable_(
'callable',
[],
new Intersection(
[
new Object_(new Fqsen('\\phpDocumentor\\Foo')),
new Object_(new Fqsen('\\phpDocumentor\\Bar')),
]
)
),
],
[
'callable(A&...$a=, B&...=, C): Foo',
new Callable_(
'callable',
[
new CallableParameter(
new Object_(new Fqsen('\\phpDocumentor\\A')),
'a',
true,
true,
true
),
new CallableParameter(
new Object_(new Fqsen('\\phpDocumentor\\B')),
null,
true,
true,
true
),
new CallableParameter(
new Object_(new Fqsen('\\phpDocumentor\\C')),
null,
false,
false,
false
),
],
new Object_(new Fqsen('\\phpDocumentor\\Foo'))
),
],
[
'Closure(mixed): (callable(mixed): mixed)',
new Callable_(
'Closure',
[
new CallableParameter(
new Mixed_(),
null,
false,
false,
false
),
],
new Callable_(
'callable',
[
new CallableParameter(
new Mixed_(),
null,
false,
false,
false
),
],
new Mixed_()
)
),
],
];
}
/**
* @return array<array{0: string, 1: Type}>
*/
public function constExpressions(): array
{
return [
[
'123',
new IntegerValue(123),
],
[
'true',
new True_(),
],
[
'123.2',
new FloatValue(123.2),
],
[
'"bar"',
new StringValue('bar'),
],
[
'Foo::FOO_CONSTANT',
new ConstExpression(new Object_(new Fqsen('\\phpDocumentor\\Foo')), 'FOO_CONSTANT'),
],
[
'Foo::FOO_*',
new ConstExpression(new Object_(new Fqsen('\\phpDocumentor\\Foo')), 'FOO_*'),
],
[
'self::*|null',
new Compound([new ConstExpression(new Self_(), '*'), new Null_()]),
],
];
}
/**
* @return array<array{0: string, 1: Type}>
*/
public function shapeStructures(): array
{
return [
[
'array{foo: string, bar: int}',
new ArrayShape(
new ArrayShapeItem('foo', new String_(), false),
new ArrayShapeItem('bar', new Integer(), false)
),
],
[
'array{string, int}',
new ArrayShape(
new ArrayShapeItem(null, new String_(), false),
new ArrayShapeItem(null, new Integer(), false)
),
],
[
'array{foo?: string, bar: int}',
new ArrayShape(
new ArrayShapeItem('foo', new String_(), true),
new ArrayShapeItem('bar', new Integer(), false)
),
],
[
'object{foo: string, bar: int}',
new ObjectShape(
new ObjectShapeItem('foo', new String_(), false),
new ObjectShapeItem('bar', new Integer(), false)
),
],
[
'list{1}',
new ListShape(
new ListShapeItem(null, new IntegerValue(1), false)
),
],
];
}
/**
* @return array<array{0: string, 1: Type}>
*/
public function illegalLegacyFormatProvider(): array
{
return [
[
'?string |bool',
new Nullable(new String_()),
],
[
'?string|?bool',
new Nullable(new String_()),
],
[
'?string|?bool|null',
new Nullable(new String_()),
],
[
'?string|bool|Foo',
new Nullable(new String_()),
],
[
'?string&bool',
new Nullable(new String_()),
],
[
'?string&bool|Foo',
new Nullable(new String_()),
],
[
'?string&?bool|null',
new Nullable(new String_()),
],
];
}
public function testCreateTypeFromNull(): void
{
$fixture = new TypeResolver();
$this->assertEquals(new Mixed_(), $fixture->createType(null, new Context('')));
}
}
================================================
FILE: tests/unit/Types/ArrayTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use phpDocumentor\Reflection\Fqsen;
use phpDocumentor\Reflection\PseudoTypes\ArrayShape;
use phpDocumentor\Reflection\PseudoTypes\ArrayShapeItem;
use phpDocumentor\Reflection\PseudoTypes\ObjectShape;
use phpDocumentor\Reflection\PseudoTypes\ObjectShapeItem;
use PHPUnit\Framework\TestCase;
final class ArrayTest extends TestCase
{
public function testCreateWithoutParams(): void
{
$type = new Array_();
$this->assertNull($type->getOriginalKeyType());
$this->assertNull($type->getOriginalValueType());
$this->assertEquals(new Compound([new String_(), new Integer()]), $type->getKeyType());
$this->assertEquals(new Mixed_(), $type->getValueType());
}
public function testCreateWithParams(): void
{
$valueType = new Object_(new Fqsen('\\phpDocumentor\\Foo\\Bar'));
$keyType = new Compound(
[
new String_(),
new Integer(),
]
);
$type = new Array_($valueType, $keyType);
$this->assertSame($keyType, $type->getOriginalKeyType());
$this->assertSame($valueType, $type->getOriginalValueType());
$this->assertSame($keyType, $type->getKeyType());
$this->assertSame($valueType, $type->getValueType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(Array_ $array, string $expectedString): void
{
$this->assertSame($expectedString, (string) $array);
}
/**
* @return array<string, array{Array_, string}>
*/
public function provideToStringData(): array
{
return [
'simple array' => [new Array_(), 'array'],
'array of mixed' => [new Array_(new Mixed_()), 'mixed[]'],
'array of single type' => [new Array_(new String_()), 'string[]'],
'multidimensional array' => [new Array_(new Array_(new String_())), 'string[][]'],
'array of compound type' => [new Array_(new Compound([new Integer(), new String_()])), 'array<int|string>'],
'array with key type' => [new Array_(new String_(), new Integer()), 'array<int, string>'],
'array of array shapes' => [
new Array_(
new ArrayShape(
new ArrayShapeItem('foo', new String_(), false),
new ArrayShapeItem('bar', new Integer(), false)
)
),
'array<array{foo: string, bar: int}>',
],
'array of object shapes' => [
new Array_(
new ObjectShape(
new ObjectShapeItem('foo', new String_(), false),
new ObjectShapeItem('bar', new Integer(), false)
)
),
'array<object{foo: string, bar: int}>',
],
];
}
}
================================================
FILE: tests/unit/Types/BooleanTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use PHPUnit\Framework\TestCase;
final class BooleanTest extends TestCase
{
public function testToString(): void
{
$type = new Boolean();
$this->assertSame('bool', (string) $type);
}
}
================================================
FILE: tests/unit/Types/CallableParameterTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use phpDocumentor\Reflection\Fqsen;
use PHPUnit\Framework\TestCase;
final class CallableParameterTest extends TestCase
{
public function testCreate(): void
{
$type = new Object_(new Fqsen('\\phpDocumentor\\A'));
$name = 'param';
$parameter = new CallableParameter(
$type,
$name,
true,
true,
true
);
$this->assertSame($type, $parameter->getType());
$this->assertSame($name, $parameter->getName());
$this->assertTrue($parameter->isOptional());
$this->assertTrue($parameter->isReference());
$this->assertTrue($parameter->isVariadic());
}
}
================================================
FILE: tests/unit/Types/CallableTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use phpDocumentor\Reflection\Fqsen;
use PHPUnit\Framework\TestCase;
final class CallableTest extends TestCase
{
public function testCreate(): void
{
$identifier = 'callable';
$parameters = [
new CallableParameter(
new Object_(new Fqsen('\\phpDocumentor\\A')),
'a',
true,
true,
true
),
new CallableParameter(
new Object_(new Fqsen('\\phpDocumentor\\B')),
null,
true,
true,
true
),
new CallableParameter(
new Object_(new Fqsen('\\phpDocumentor\\C')),
null,
false,
false,
false
),
];
$returnType = new Object_(new Fqsen('\\phpDocumentor\\Foo'));
$type = new Callable_($identifier, $parameters, $returnType);
$this->assertSame($identifier, $type->getIdentifier());
$this->assertSame($parameters, $type->getParameters());
$this->assertSame($returnType, $type->getReturnType());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(string $expectedResult, Callable_ $type): void
{
$this->assertSame($expectedResult, (string) $type);
}
/**
* @return array<string, array{string, Callable_}>
*/
public static function provideToStringData(): array
{
return [
'basic' => [
'callable',
new Callable_(),
],
'pure' => [
'pure-callable(int): int',
new Callable_(
'pure-callable',
[new CallableParameter(new Integer())],
new Integer()
),
],
'closure' => [
'\Closure',
new Callable_('\Closure'),
],
'with different types' => [
'callable(\\phpDocumentor\\C, \\phpDocumentor\\A &...$a=, \\phpDocumentor\\B &...=): '
. '\\phpDocumentor\\Foo',
new Callable_(
'callable',
[
new CallableParameter(
new Object_(new Fqsen('\\phpDocumentor\\C')),
null,
false,
false,
false
),
new CallableParameter(
new Object_(new Fqsen('\\phpDocumentor\\A')),
'a',
true,
true,
true
),
new CallableParameter(
new Object_(new Fqsen('\\phpDocumentor\\B')),
null,
true,
true,
true
),
],
new Object_(new Fqsen('\\phpDocumentor\\Foo'))
),
],
'return callable' => [
'Closure(mixed): (callable(mixed): mixed)',
new Callable_(
'Closure',
[
new CallableParameter(
new Mixed_(),
null,
false,
false,
false
),
],
new Callable_(
'callable',
[
new CallableParameter(
new Mixed_(),
null,
false,
false,
false
),
],
new Mixed_()
)
),
],
];
}
}
================================================
FILE: tests/unit/Types/CompoundTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use PHPUnit\Framework\TestCase;
use TypeError;
use function iterator_to_array;
final class CompoundTest extends TestCase
{
public function testCompoundCannotBeConstructedFromType(): void
{
$this->expectException(TypeError::class);
new Compound(['foo']);
}
/**
* @uses \phpDocumentor\Reflection\Types\Compound::__construct
* @uses \phpDocumentor\Reflection\Types\Compound::has
* @uses \phpDocumentor\Reflection\Types\Integer
*/
public function testCompoundGetType(): void
{
$integer = new Integer();
$this->assertSame($integer, (new Compound([$integer]))->get(0));
}
/**
* @uses \phpDocumentor\Reflection\Types\Compound::__construct
* @uses \phpDocumentor\Reflection\Types\Compound::has
*/
public function testCompoundGetNotExistingType(): void
{
$this->assertNull((new Compound([]))->get(0));
}
/**
* @uses \phpDocumentor\Reflection\Types\Compound::__construct
* @uses \phpDocumentor\Reflection\Types\Integer
*/
public function testCompoundHasIndex(): void
{
$this->assertTrue((new Compound([new Integer()]))->has(0));
}
/**
* @uses \phpDocumentor\Reflection\Types\Compound::__construct
*/
public function testCompoundDoesNotHasIndex(): void
{
$this->assertFalse((new Compound([]))->has(0));
}
/**
* @uses \phpDocumentor\Reflection\Types\Compound::__construct
* @uses \phpDocumentor\Reflection\Types\Integer
*/
public function testCompoundContainsType(): void
{
$this->assertTrue((new Compound([new Integer()]))->contains(new Integer()));
}
/**
* @uses \phpDocumentor\Reflection\Types\Compound::__construct
* @uses \phpDocumentor\Reflection\Types\Integer
* @uses \phpDocumentor\Reflection\Types\String_
*/
public function testCompoundDoesNotContainType(): void
{
$this->assertFalse((new Compound([new Integer()]))->contains(new String_()));
}
/**
* @uses \phpDocumentor\Reflection\Types\Integer
* @uses \phpDocumentor\Reflection\Types\Boolean
*/
public function testToString(): void
{
$this->assertSame('int|bool', (string) (new Compound([new Integer(), new Boolean()])));
}
/**
* @uses \phpDocumentor\Reflection\Types\Integer
* @uses \phpDocumentor\Reflection\Types\Boolean
*/
public function testCompoundDoesNotContainDuplicates(): void
{
$compound = new Compound([new Integer(), new Integer(), new Boolean()]);
$this->assertCount(2, iterator_to_array($compound));
$this->assertSame('int|bool', (string) $compound);
}
/**
* @uses \phpDocumentor\Reflection\Types\Compound::__construct
* @uses \phpDocumentor\Reflection\Types\Integer
* @uses \phpDocumentor\Reflection\Types\Boolean
*/
public function testCompoundCanBeIterated(): void
{
$types = [new Integer(), new Boolean()];
foreach (new Compound($types) as $index => $type) {
$this->assertSame($types[$index], $type);
}
}
/**
* @uses \phpDocumentor\Reflection\Types\Integer
* @uses \phpDocumentor\Reflection\Types\Boolean
*/
public function testCompoundIsMergedWithCompound(): void
{
$compound = new Compound([new Integer(), new Compound([new Integer(), new Boolean()])]);
$this->assertCount(2, iterator_to_array($compound));
$this->assertSame('int|bool', (string) $compound);
}
/**
* @uses \phpDocumentor\Reflection\Types\Integer
* @uses \phpDocumentor\Reflection\Types\Boolean
*/
public function testCompoundIsMergedOnMergedWithIntersection(): void
{
$compound = new Compound([new Integer(), new Intersection([new Integer(), new Boolean()])]);
$this->assertCount(2, iterator_to_array($compound));
$this->assertSame('int|int&bool', (string) $compound);
}
}
================================================
FILE: tests/unit/Types/ContextFactoryTest.php
================================================
<?php declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types {
// Added imports on purpose as mock for the unit tests, please do not remove.
use phpDocumentor\Reflection\Fqsen as m, phpDocumentor;
use phpDocumentor\Reflection\DocBlock;
use phpDocumentor\Reflection\DocBlock\Tag;
use PHPUnit\Framework\TestCase; // yes, the slash is part of the test
use PHPUnit\Framework\{
Assert,
Exception as e
};
use \ReflectionClass;
use ReflectionClassConstant;
use ReflectionMethod;
use ReflectionParameter;
use ReflectionProperty;
use stdClass;
class ContextFactoryTest extends TestCase
{
public const TEST_CONSTANT = '';
public string $testProperty = '';
/**
* @uses phpDocumentor\Reflection\Types\Context
*/
public function testCreateFromClassReflection() : void
{
$fixture = new ContextFactory();
$context = $fixture->createFromReflector(new ReflectionClass($this));
$this->assertSame(__NAMESPACE__, $context->getNamespace());
$this->assertNamespaceAliasesFrom($context);
}
/**
* @uses phpDocumentor\Reflection\Types\Context
*/
public function testCreateFromMethodReflection() : void
{
$fixture = new ContextFactory();
$context = $fixture->createFromReflector(new ReflectionMethod($this, 'testCreateFromMethodReflection'));
$this->assertSame(__NAMESPACE__, $context->getNamespace());
$this->assertNamespaceAliasesFrom($context);
}
/**
* @uses phpDocumentor\Reflection\Types\Context
*/
public function testCreateFromPropertyReflection() : void
{
$fixture = new ContextFactory();
$context = $fixture->createFromReflector(new ReflectionProperty($this, 'testProperty'));
$this->assertSame(__NAMESPACE__, $context->getNamespace());
$this->assertNamespaceAliasesFrom($context);
}
/**
* @uses phpDocumentor\Reflection\Types\Context
*/
public function testCreateFromClassConstantReflection() : void
{
$fixture = new ContextFactory();
$context = $fixture->createFromReflector(new ReflectionClassConstant($this, 'TEST_CONSTANT'));
$this->assertSame(__NAMESPACE__, $context->getNamespace());
$this->assertNamespaceAliasesFrom($context);
}
/**
* @uses phpDocumentor\Reflection\Types\Context
*/
public function testCreateFromParameterReflection(): void
{
$fixture = new ContextFactory();
$context = $fixture->createFromReflector(new ReflectionParameter(fn($param) => $param, 'param'));
$this->assertSame(__NAMESPACE__, $context->getNamespace());
$this->assertNamespaceAliasesFrom($context);
}
/**
* @uses phpDocumentor\Reflection\Types\Context
*/
public function testReadsNamespaceFromProvidedNamespaceAndContent() : void
{
$fixture = new ContextFactory();
$context = $fixture->createForNamespace(__NAMESPACE__, (string) file_get_contents(__FILE__));
$this->assertSame(__NAMESPACE__, $context->getNamespace());
}
/**
* @uses phpDocumentor\Reflection\Types\Context
*/
public function testReadsAliasesFromProvidedNamespaceAndContent() : void
{
$fixture = new ContextFactory();
$context = $fixture->createForNamespace(__NAMESPACE__, (string) file_get_contents(__FILE__));
$this->assertNamespaceAliasesFrom($context);
}
/**
* @uses phpDocumentor\Reflection\Types\Context
*/
public function testTraitUseIsNotDetectedAsNamespaceUse() : void
{
$php = '<?php declare(strict_types=1);
namespace Foo;
trait FooTrait {}
class FooClass {
use FooTrait;
}
';
$fixture = new ContextFactory();
$context = $fixture->createForNamespace('Foo', $php);
$this->assertSame([], $context->getNamespaceAliases());
}
/**
* @uses phpDocumentor\Reflection\Types\Context
*/
public function testAllOpeningBracesAreCheckedWhenSearchingForEndOfClass() : void
{
$php = '<?php declare(strict_types=1);
namespace Foo;
trait FooTrait {}
trait BarTrait {}
class FooClass {
use FooTrait;
public function bar()
{
echo "{$baz}";
echo "${baz}";
}
}
class BarClass {
use BarTrait;
public function bar()
{
echo "{$baz}";
echo "${baz}";
}
}
';
$fixture = new ContextFactory();
$context = $fixture->createForNamespace('Foo', $php);
$this->assertSame([], $context->getNamespaceAliases());
}
/**
* @uses phpDocumentor\Reflection\Types\Context
*/
public function testTraitContainsClosureWithUseStatement() : void
{
$php = '<?php declare(strict_types=1);
namespace Foo;
trait FooTrait {
protected function check(array $data, string $key) : void
{
array_walk($data, function(&$item) use ($key) {
// update item based on the key
});
}
}
class FooClass {
use FooTrait;
}
';
$fixture = new ContextFactory();
$context = $fixture->createForNamespace('Foo', $php);
$this->assertSame([], $context->getNamespaceAliases());
}
public function testEmptyFileName() : void
{
$fixture = new ContextFactory();
$context = $fixture->createFromReflector(new ReflectionClass(stdClass::class));
$this->assertSame([], $context->getNamespaceAliases());
}
public function testEvalDClass() : void
{
eval(<<<PHP
namespace Foo;
final class Bar
{
}
PHP
);
$fixture = new ContextFactory();
$context = $fixture->createFromReflector(new ReflectionClass('Foo\Bar'));
$this->assertSame([], $context->getNamespaceAliases());
}
public function assertNamespaceAliasesFrom(Context $context): void
{
$expected = [
'm' => m::class,
'DocBlock' => DocBlock::class,
'Tag' => Tag::class,
'phpDocumentor' => 'phpDocumentor',
'TestCase' => TestCase::class,
'Assert' => Assert::class,
'e' => e::class,
ReflectionClass::class => ReflectionClass::class,
ReflectionMethod::class => ReflectionMethod::class,
ReflectionProperty::class => ReflectionProperty::class,
ReflectionClassConstant::class => ReflectionClassConstant::class,
ReflectionParameter::class => ReflectionParameter::class,
\stdClass::class => \stdClass::class,
];
$actual = $context->getNamespaceAliases();
// sort so that order differences don't break it
asort($expected);
asort($actual);
$this->assertSame($expected, $actual);
}
}
}
namespace phpDocumentor\Reflection\Types\Mock {
// the following import should not show in the tests above
use phpDocumentor\Reflection\Types\AbstractList;
class Foo extends AbstractList
{
// dummy class
public function __toString(): string
{
return '';
}
}
}
================================================
FILE: tests/unit/Types/ContextTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use PHPUnit\Framework\TestCase;
final class ContextTest extends TestCase
{
public function testProvidesANormalizedNamespace(): void
{
$fixture = new Context('\My\Space');
$this->assertSame('My\Space', $fixture->getNamespace());
}
public function testInterpretsNamespaceNamedGlobalAsRootNamespace(): void
{
$fixture = new Context('global');
$this->assertSame('', $fixture->getNamespace());
}
public function testInterpretsNamespaceNamedDefaultAsRootNamespace(): void
{
$fixture = new Context('default');
$this->assertSame('', $fixture->getNamespace());
}
public function testProvidesNormalizedNamespaceAliases(): void
{
$fixture = new Context('', ['Space' => '\My\Space']);
$this->assertSame(['Space' => 'My\Space'], $fixture->getNamespaceAliases());
$fixture = new Context('', ['Space' => '\My\Space\\']);
$this->assertSame(['Space' => 'My\Space'], $fixture->getNamespaceAliases());
}
}
================================================
FILE: tests/unit/Types/IterableTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use PHPUnit\Framework\TestCase;
final class IterableTest extends TestCase
{
/**
* @dataProvider provideToStringData
*/
public function testToString(Iterable_ $iterable, string $expectedString): void
{
$this->assertSame($expectedString, (string) $iterable);
}
/**
* @return array<string, array{Iterable_, string}>
*/
public function provideToStringData(): array
{
return [
'simple iterable' => [new Iterable_(), 'iterable'],
'iterable of mixed' => [new Iterable_(new Mixed_()), 'iterable<mixed>'],
'iterable of single type' => [new Iterable_(new String_()), 'iterable<string>'],
'iterable of compound type' => [
new Iterable_(new Compound([new Integer(), new String_()])),
'iterable<int|string>',
],
'iterable with key type' => [new Iterable_(new String_(), new Integer()), 'iterable<int, string>'],
];
}
}
================================================
FILE: tests/unit/Types/NeverTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use PHPUnit\Framework\TestCase;
final class NeverTest extends TestCase
{
public function testToString(): void
{
$type = new Never_();
$this->assertSame('never', (string) $type);
}
}
================================================
FILE: tests/unit/Types/NullableTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use PHPUnit\Framework\TestCase;
final class NullableTest extends TestCase
{
public function testCreate(): void
{
$realType = new String_();
$nullableString = new Nullable($realType);
$this->assertSame($realType, $nullableString->getActualType());
}
public function testToString(): void
{
$this->assertSame('?string', (string) new Nullable(new String_()));
}
}
================================================
FILE: tests/unit/Types/ObjectTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use InvalidArgumentException;
use phpDocumentor\Reflection\Fqsen;
use PHPUnit\Framework\TestCase;
final class ObjectTest extends TestCase
{
public function testCreateWithInvalidFqsen(): void
{
$fqsen = new Fqsen('\\Foo::BAR');
$this->expectExceptionObject(
new InvalidArgumentException(
'Object types can only refer to a class, interface or trait but a method, function, constant or '
. 'property was received: ' . (string) $fqsen
)
);
new Object_($fqsen);
}
}
================================================
FILE: tests/unit/Types/ParentTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use PHPUnit\Framework\TestCase;
final class ParentTest extends TestCase
{
public function testToString(): void
{
$type = new Parent_();
$this->assertSame('parent', (string) $type);
}
}
================================================
FILE: tests/unit/Types/ResourceTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use PHPUnit\Framework\TestCase;
final class ResourceTest extends TestCase
{
public function testToString(): void
{
$type = new Resource_();
$this->assertSame('resource', (string) $type);
}
}
================================================
FILE: tests/unit/Types/SelfTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\Types;
use phpDocumentor\Reflection\Fqsen;
use PHPUnit\Framework\TestCase;
final class SelfTest extends TestCase
{
public function testCreate(): void
{
$genericTypes = [
new Object_(new Fqsen('\\phpDocumentor\\FirstClass')),
new Object_(new Fqsen('\\phpDocumentor\\SecondClass')),
new Object_(new Fqsen('\\phpDocumentor\\ThirdClass')),
];
$type = new Self_(...$genericTypes);
$this->assertSame($genericTypes, $type->getGenericTypes());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(string $expectedResult, Self_ $type): void
{
$this->assertSame($expectedResult, (string) $type);
}
/**
* @return array<string, array{string, Self_}>
*/
public static function provideToStringData(): array
{
return [
'basic' => [
'self',
new Self_(),
],
'with generic' => [
'self<\\phpDocumentor\\FirstClass, \\phpDocumentor\\SecondClass, \\phpDocumentor\\ThirdClass>',
new Self_(
new Object_(new Fqsen('\\phpDocumentor\\FirstClass')),
new Object_(new Fqsen('\\phpDocumentor\\SecondClass')),
new Object_(new Fqsen('\\phpDocumentor\\ThirdClass')),
),
],
];
}
}
================================================
FILE: tests/unit/Types/StaticTest.php
================================================
<?php
declare(strict_types=1);
namespace phpDocumentor\Reflection\Types;
use phpDocumentor\Reflection\Fqsen;
use PHPUnit\Framework\TestCase;
final class StaticTest extends TestCase
{
public function testCreate(): void
{
$genericTypes = [
new Object_(new Fqsen('\\phpDocumentor\\FirstClass')),
new Object_(new Fqsen('\\phpDocumentor\\SecondClass')),
new Object_(new Fqsen('\\phpDocumentor\\ThirdClass')),
];
$type = new Static_(...$genericTypes);
$this->assertSame($genericTypes, $type->getGenericTypes());
}
/**
* @dataProvider provideToStringData
*/
public function testToString(string $expectedResult, Static_ $type): void
{
$this->assertSame($expectedResult, (string) $type);
}
/**
* @return array<string, array{string, Static_}>
*/
public static function provideToStringData(): array
{
return [
'basic' => [
'static',
new Static_(),
],
'with generic' => [
'static<\\phpDocumentor\\FirstClass, \\phpDocumentor\\SecondClass, \\phpDocumentor\\ThirdClass>',
new Static_(
new Object_(new Fqsen('\\phpDocumentor\\FirstClass')),
new Object_(new Fqsen('\\phpDocumentor\\SecondClass')),
new Object_(new Fqsen('\\phpDocumentor\\ThirdClass')),
),
],
];
}
}
================================================
FILE: tests/unit/Types/ThisTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use PHPUnit\Framework\TestCase;
final class ThisTest extends TestCase
{
public function testToString(): void
{
$type = new This();
$this->assertSame('$this', (string) $type);
}
}
================================================
FILE: tests/unit/Types/VoidTest.php
================================================
<?php
declare(strict_types=1);
/**
* This file is part of phpDocumentor.
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
*
* @link http://phpdoc.org
*/
namespace phpDocumentor\Reflection\Types;
use PHPUnit\Framework\TestCase;
final class VoidTest extends TestCase
{
public function testToString(): void
{
$type = new Void_();
$this->assertSame('void', (string) $type);
}
}