SYMBOL INDEX (171 symbols across 18 files)

FILE: src/Bus.cs
  class Bus (line 1) | public class Bus : IBus{
    method Bus (line 10) | public Bus(Cartridge cartridge) {
    method Read (line 20) | public byte Read(ushort address) {
    method Write (line 38) | public void Write(ushort address, byte value) {

FILE: src/CPU.cs
  class CPU (line 1) | public class CPU {
    method CPU (line 20) | public CPU(IBus bus) {
    method Reset (line 36) | public void Reset() {
    method SetFlag (line 46) | public void SetFlag(int bit, bool value) {
    method GetFlag (line 54) | public bool GetFlag(int bit) {
    method SetZN (line 58) | public void SetZN(byte value) {
    method Fetch (line 79) | private byte Fetch() {
    method Fetch16Bits (line 83) | public ushort Fetch16Bits() {
    method RequestIRQ (line 90) | public void RequestIRQ(bool line) {
    method RequestNMI (line 94) | public void RequestNMI() {
    method ExecuteInstruction (line 98) | public int ExecuteInstruction() {
    method LDR (line 292) | private int LDR(ref byte r, Func<AddrResult> mode, int baseCycles) {
    method STR (line 301) | private int STR(ref byte r, Func<AddrResult> mode, int baseCycles) {
    method TRR (line 309) | private int TRR(ref byte r1, ref byte r2, Func<AddrResult> mode, int b...
    method StackPush (line 317) | private void StackPush(byte value) {
    method StackPop (line 323) | private byte StackPop() {
    method TSX (line 329) | private int TSX(Func<AddrResult> mode, int baseCycles) {
    method TXS (line 335) | private int TXS(Func<AddrResult> mode, int baseCycles) {
    method PHA (line 340) | private int PHA(Func<AddrResult> mode, int baseCycles) {
    method PHP (line 345) | private int PHP(Func<AddrResult> mode, int baseCycles) {
    method PLA (line 350) | private int PLA(Func<AddrResult> mode, int baseCycles) {
    method PLP (line 356) | private int PLP(Func<AddrResult> mode, int baseCycles) {
    method AND (line 364) | private int AND(Func<AddrResult> mode, int baseCycles) {
    method EOR (line 372) | private int EOR(Func<AddrResult> mode, int baseCycles) {
    method ORA (line 380) | private int ORA(Func<AddrResult> mode, int baseCycles) {
    method BIT (line 387) | private int BIT(Func<AddrResult> mode, int baseCycles) {
    method ADC (line 399) | private int ADC(Func<AddrResult> mode, int baseCycles) {
    method SBC (line 413) | private int SBC(Func<AddrResult> mode, int baseCycles) {
    method CPR (line 428) | private int CPR(byte r, Func<AddrResult> mode, int baseCycles) {
    method INC (line 441) | private int INC(Func<AddrResult> mode, int baseCycles) {
    method DEC (line 450) | private int DEC(Func<AddrResult> mode, int baseCycles) {
    method INR (line 459) | private int INR(ref byte r, Func<AddrResult> mode, int baseCycles) {
    method DER (line 465) | private int DER(ref byte r, Func<AddrResult> mode, int baseCycles) {
    method ASL (line 472) | private int ASL(Func<AddrResult> mode, int baseCycles) {
    method LSR (line 489) | private int LSR(Func<AddrResult> mode, int baseCycles) {
    method ROL (line 506) | private int ROL(Func<AddrResult> mode, int baseCycles) {
    method ROR (line 524) | private int ROR(Func<AddrResult> mode, int baseCycles) {
    method JMP (line 543) | private int JMP(Func<AddrResult> mode, int baseCycles) {
    method JSR (line 549) | private int JSR() {
    method RTS (line 564) | private int RTS() {
    method BIF (line 572) | private int BIF(bool condition, Func<AddrResult> mode, int baseCycles) {
    method FSC (line 585) | private int FSC(int bit, bool state, Func<AddrResult> mode, int baseCy...
    method NOP (line 591) | private int NOP() {
    method BRK (line 595) | private int BRK() {
    method RTI (line 615) | private int RTI() {
    method IRQ (line 627) | public int IRQ() {
    method NMI (line 648) | public int NMI() {
    type AddrResult (line 665) | private struct AddrResult {
      method AddrResult (line 669) | public AddrResult(ushort addr, int extra) {
    method Implied (line 675) | private AddrResult Implied() {
    method Accumulator (line 679) | private AddrResult Accumulator() {
    method Immediate (line 683) | private AddrResult Immediate() {
    method ZeroPage (line 687) | private AddrResult ZeroPage() {
    method ZeroPageX (line 692) | private AddrResult ZeroPageX() {
    method ZeroPageY (line 698) | private AddrResult ZeroPageY() {
    method Absolute (line 704) | private AddrResult Absolute() {
    method AbsoluteX (line 709) | private AddrResult AbsoluteX() {
    method AbsoluteY (line 716) | private AddrResult AbsoluteY() {
    method IndirectX (line 723) | private AddrResult IndirectX() {
    method IndirectY (line 730) | private AddrResult IndirectY() {
    method Indirect (line 738) | private AddrResult Indirect() {
    method Relative (line 746) | private AddrResult Relative() {
    method HasPageCrossPenalty (line 753) | private bool HasPageCrossPenalty(ushort baseAddr, ushort effectiveAddr) {

FILE: src/Cartridge.cs
  class Cartridge (line 1) | public class Cartridge {
    method Cartridge (line 20) | public Cartridge(string romPath) {
    method CPURead (line 86) | public byte CPURead(ushort address) {
    method CPUWrite (line 90) | public void CPUWrite(ushort address, byte value) {
    method PPURead (line 94) | public byte PPURead(ushort address) {
    method PPUWrite (line 97) | public void PPUWrite(ushort address, byte value) {
    method SetMirroring (line 101) | public void SetMirroring(Mirroring mode) {
  type Mirroring (line 108) | public enum Mirroring {

FILE: src/GUI.cs
  class GUI (line 7) | public class GUI {
    method GUI (line 20) | public GUI() {
    method Run (line 46) | public void Run() {
    method MenuBar (line 77) | public void MenuBar() {
    method ScaleWindow (line 133) | public void ScaleWindow() {
    method AboutWindow (line 150) | public void AboutWindow() {
    method ManualWindow (line 175) | public void ManualWindow() {
    class FileDialog (line 196) | class FileDialog {
      method FileDialog (line 222) | public FileDialog(string startDirectory, bool canCancel = true) {
      method Show (line 227) | public bool Show(ref string resultFilePath) {
      method Open (line 283) | public void Open() {

FILE: src/Helper.cs
  class Helper (line 1) | public class Helper {
    method Flags (line 15) | public static void Flags(string[] args) {
    method ASCII_NES (line 108) | public static void ASCII_NES() {

FILE: src/Input.cs
  class Input (line 3) | public class Input {
    method UpdateController (line 7) | public void UpdateController() {
    method Write4016 (line 19) | public void Write4016(byte value) {
    method Read4016 (line 25) | public byte Read4016() {

FILE: src/NES.cs
  class NES (line 1) | public class NES {
    method NES (line 5) | public NES() {
    method Run (line 14) | public void Run() {

FILE: src/PPU.cs
  class PPU (line 3) | public class PPU {
    method PPU (line 43) | public PPU(Bus bus) {
    method Step (line 67) | public void Step(int elapsedCycles) {
    method RenderScanline (line 115) | private void RenderScanline(int scanline) {
    method RenderBackground (line 125) | public void RenderBackground(bool[] bgMask) {
    method RenderSprite (line 171) | public void RenderSprite(bool[] bgMask) {
    method WritePPURegister (line 241) | public void WritePPURegister(ushort address, byte value) {
    method ReadPPURegister (line 293) | public byte ReadPPURegister(ushort address) {
    method Read (line 325) | public byte Read(ushort address) {
    method Write (line 342) | public void Write(ushort address, byte value) {
    method MirrorVRAMAddress (line 357) | private ushort MirrorVRAMAddress(ushort address) {
    method WriteOAMDMA (line 377) | public void WriteOAMDMA(byte page) {
    method IncrementY (line 385) | private void IncrementY() {
    method IncrementX (line 403) | private void IncrementX(ref ushort addr) {
    method CopyXFromTToV (line 412) | private void CopyXFromTToV() {
    method GetSpriteColor (line 416) | private Color GetSpriteColor(int colorIndex, int paletteIndex) {
    method GetColorFromPalette (line 422) | private Color GetColorFromPalette(int colorIndex, int paletteIndex) {
    method DrawFrame (line 433) | public void DrawFrame(int scale) {

FILE: src/Program.cs
  class Program (line 1) | public class Program {
    method Main (line 2) | public static void Main(string[] args) {

FILE: src/Test.cs
  class JSONTest (line 3) | class JSONTest {
    class ProcessorState (line 4) | public class ProcessorState {
    class Test (line 14) | public class Test {
    method JSONTest (line 24) | public JSONTest() {
    method Run (line 29) | public void Run(string jsonPath) {

FILE: src/TestBus.cs
  class TestBus (line 1) | public class TestBus : IBus {
    method TestBus (line 4) | public TestBus() {
    method Write (line 10) | public void Write(ushort address, byte value) {
    method Read (line 13) | public byte Read(ushort address) {

FILE: src/TestRunner.cs
  class TestRunner (line 1) | public class TestRunner {
    method TestRunner (line 3) | public TestRunner() {
    method Run (line 7) | public void Run(string test) {

FILE: src/interface/IBus.cs
  type IBus (line 1) | public interface IBus {
    method Write (line 2) | void Write(ushort address, byte value);
    method Read (line 3) | byte Read(ushort address);

FILE: src/interface/IMapper.cs
  type IMapper (line 1) | public interface IMapper {
    method Reset (line 2) | void Reset();
    method CPURead (line 4) | byte CPURead(ushort address);
    method CPUWrite (line 5) | void CPUWrite(ushort address, byte value);
    method PPURead (line 7) | byte PPURead(ushort address);
    method PPUWrite (line 8) | void PPUWrite(ushort address, byte value);

FILE: src/mappers/Mapper0.cs
  class Mapper0 (line 1) | public class Mapper0 : IMapper { //NROM
    method Mapper0 (line 4) | public Mapper0(Cartridge cart) {
    method Reset (line 8) | public void Reset() {
    method CPURead (line 12) | public byte CPURead(ushort address) {
    method CPUWrite (line 25) | public void CPUWrite(ushort address, byte value) {
    method PPURead (line 31) | public byte PPURead(ushort address) {
    method PPUWrite (line 43) | public void PPUWrite(ushort address, byte value) {

FILE: src/mappers/Mapper1.cs
  class Mapper1 (line 1) | public class Mapper1 : IMapper { //MMC1 (Experimenal)
    method Mapper1 (line 12) | public Mapper1(Cartridge cart) {
    method Reset (line 17) | public void Reset() {
    method CPURead (line 26) | public byte CPURead(ushort addr) {
    method CPUWrite (line 39) | public void CPUWrite(ushort addr, byte val) {
    method PPURead (line 82) | public byte PPURead(ushort addr) {
    method PPUWrite (line 103) | public void PPUWrite(ushort addr, byte val) {
    method ApplyMirroring (line 109) | private void ApplyMirroring() {
    method ApplyBanks (line 118) | private void ApplyBanks() {

FILE: src/mappers/Mapper2.cs
  class Mapper2 (line 1) | public class Mapper2 : IMapper { //UxROM (Experimental)
    method Mapper2 (line 5) | public Mapper2(Cartridge cart) {
    method Reset (line 10) | public void Reset() {
    method CPURead (line 14) | public byte CPURead(ushort addr) {
    method CPUWrite (line 26) | public void CPUWrite(ushort addr, byte val) {
    method PPURead (line 32) | public byte PPURead(ushort addr) {
    method PPUWrite (line 41) | public void PPUWrite(ushort addr, byte val) {

FILE: src/mappers/Mapper4.cs
  class Mapper4 (line 1) | public class Mapper4 : IMapper { //MMC3 (Experimental)
    method Mapper4 (line 20) | public Mapper4(Cartridge cart) {
    method Reset (line 25) | public void Reset() {
    method RunScanlineIRQ (line 46) | public void RunScanlineIRQ() {
    method IRQPending (line 62) | public bool IRQPending() {
    method ClearIRQ (line 66) | public void ClearIRQ() {
    method CPURead (line 70) | public byte CPURead(ushort address) {
    method CPUWrite (line 91) | public void CPUWrite(ushort address, byte value) {
    method PPURead (line 138) | public byte PPURead(ushort address) {
    method PPUWrite (line 153) | public void PPUWrite(ushort address, byte value) {
    method ApplyBankMapping (line 161) | private void ApplyBankMapping() {