public void Register(IInstructionSet instructionSet) { if (instructionSet is null) { throw new System.ArgumentNullException(nameof(instructionSet)); } int baseAddress; IInstruction i; baseAddress = 0x0a7c; i = new AnonymousInstruction(this); instructionSet.AddInstruction(baseAddress, i); }
public void Register(IInstructionSet instructionSet) { if (instructionSet is null) { throw new ArgumentNullException(nameof(instructionSet)); } int baseAddress = 0x4e40; IInstruction i = new AnonymousInstruction(this); for (int v = 0; v < 16; v++) { instructionSet.AddInstruction(baseAddress + v, i); } }
public void Register(IInstructionSet instructionSet) { if (instructionSet is null) { throw new System.ArgumentNullException(nameof(instructionSet)); } int baseAddress = 0x4840; IInstruction i = new AnonymousInstruction(this); for (int reg = 0; reg < 8; reg++) { instructionSet.AddInstruction(baseAddress + reg, i); } }
public void Register(IInstructionSet instructionSet) { if (instructionSet is null) { throw new System.ArgumentNullException(nameof(instructionSet)); } int baseAddress; IInstruction i; for (int sz = 0; sz < 3; sz++) { if (sz == 0) { baseAddress = 0x5000; i = new AnonymousInstruction(this); } else if (sz == 1) { baseAddress = 0x5040; i = new AnonymousInstruction1(this); } else { baseAddress = 0x5080; i = new AnonymousInstruction2(this); } for (int ea_mode = 0; ea_mode < 8; ea_mode++) { if (sz == 0 && ea_mode == 1) { continue; } for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 1) { break; } for (int imm = 0; imm < 8; imm++) { instructionSet.AddInstruction(baseAddress + (imm << 9) + (ea_mode << 3) + ea_reg, i); } } } } }
public void Register(IInstructionSet instructionSet) { if (instructionSet is null) { throw new ArgumentNullException(nameof(instructionSet)); } int baseAddress; IInstruction i; for (int sz = 0; sz < 3; sz++) { if (sz == 0) { baseAddress = 0x0a00; i = new AnonymousInstruction(this); } else if (sz == 1) { baseAddress = 0x0a40; i = new AnonymousInstruction1(this); } else { baseAddress = 0x0a80; i = new AnonymousInstruction2(this); } for (int ea_mode = 0; ea_mode < 8; ea_mode++) { if (ea_mode == 1) { continue; } for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && (ea_reg == 2 || ea_reg == 3 || ea_reg == 4)) { continue; } instructionSet.AddInstruction(baseAddress + (ea_mode << 3) + ea_reg, i); } } } }
public void Register(IInstructionSet instructionSet) { if (instructionSet is null) { throw new System.ArgumentNullException(nameof(instructionSet)); } int baseAddress = 0x50c8; IInstruction i = new AnonymousInstruction(this); for (int cc = 0; cc < 16; cc++) { for (int r = 0; r < 8; r++) { instructionSet.AddInstruction(baseAddress + (cc << 8) + r, i); } } }
public void Register(IInstructionSet instructionSet) { int baseAddress; IInstruction i; for (int sz = 0; sz < 3; sz++) { if (sz == 0) { baseAddress = 0xb000; i = new AnonymousInstruction(this); } else if (sz == 1) { baseAddress = 0xb040; i = new AnonymousInstruction1(this); } else { baseAddress = 0xb080; i = new AnonymousInstruction2(this); } for (int ea_mode = 0; ea_mode < 8; ea_mode++) { if (ea_mode == 1 && sz == 0) { continue; } for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 4) { break; } for (int r = 0; r < 8; r++) { instructionSet.AddInstruction(baseAddress + (r << 9) + (ea_mode << 3) + ea_reg, i); } } } } }
public void Register(IInstructionSet instructionSet) { if (instructionSet is null) { throw new System.ArgumentNullException(nameof(instructionSet)); } int baseAddress = 0x6000; IInstruction ib = new AnonymousInstruction(this); IInstruction iw = new AnonymousInstruction1(this); for (int cc = 0; cc < 16; cc++) { instructionSet.AddInstruction(baseAddress + (cc << 8), iw); for (int dis = 1; dis < 256; dis++) { instructionSet.AddInstruction(baseAddress + (cc << 8) + dis, ib); } } }
public void Register(IInstructionSet instructionSet) { int baseAddress = 0x4ec0; IInstruction i = new AnonymousInstruction(this); for (int ea_mode = 2; ea_mode < 8; ea_mode++) { if (ea_mode == 3 || ea_mode == 4) { continue; } for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 3) { break; } instructionSet.AddInstruction(baseAddress + (ea_mode << 3) + ea_reg, i); } } }
public static IInstruction Read(this IInstructionSet set, IReadOnlyMemoryBlock memory, long address, out int size) { byte[] data = new byte[set.MaxInstructionSize]; size = set.MinInstructionSize; int i = 0; while (true) { memory.Read(address + i, data, i, size - i); i = size; (IInstruction instruction, int additional) = set.Read(data, 0, size); if (instruction != null) { return(instruction); } size += additional; } }
public void Register(IInstructionSet instructionSet) { int baseAddress; IInstruction i; for (int sz = 0; sz < 3; sz++) { if (sz == 0) { baseAddress = 0x0000; i = new AnonymousInstruction(this); } else if (sz == 1) { baseAddress = 0x0040; i = new AnonymousInstruction1(this); } else { baseAddress = 0x0080; i = new AnonymousInstruction2(this); } for (int ea_mode = 0; ea_mode < 8; ea_mode++) { if (ea_mode == 1) { continue; } for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && (ea_reg == 2 || ea_reg == 3 || ea_reg == 4)) { continue; } instructionSet.AddInstruction(baseAddress + (ea_mode << 3) + ea_reg, i); } } } }
public void Register(IInstructionSet instructionSet) { if (instructionSet is null) { throw new System.ArgumentNullException(nameof(instructionSet)); } int baseAddress; IInstruction i; for (int sz = 0; sz < 2; sz++) { if (sz == 0) { baseAddress = 0xd0c0; i = new AnonymousInstruction(this); } else { baseAddress = 0xd1c0; i = new AnonymousInstruction1(this); } for (int reg = 0; reg < 8; reg++) { for (int ea_mode = 0; ea_mode < 8; ea_mode++) { for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 4) { break; } instructionSet.AddInstruction(baseAddress + (reg << 9) + (ea_mode << 3) + ea_reg, i); } } } } }
public void ChangeInstructionSet(string selected) { switch (_activeDocumentType) { case AsmType.RadAsm: _radAsm1SelectedSet = GetInstructionSetByName(selected, _radAsm1InstructionSets); break; case AsmType.RadAsm2: _radAsm2SelectedSet = GetInstructionSetByName(selected, _radAsm2InstructionSets); break; default: return; } var optionProvider = GeneralOptionProvider.Instance; var optionModel = GeneralOptionModel.Instance; switch (_activeDocumentType) { case AsmType.RadAsm: optionProvider.Asm1SelectedSet = _radAsm1SelectedSet == null ? string.Empty : _radAsm1SelectedSet.ToString(); break; case AsmType.RadAsm2: optionProvider.Asm2SelectedSet = _radAsm2SelectedSet == null ? string.Empty : _radAsm2SelectedSet.ToString(); break; } optionModel.Save(); InstructionsUpdatedInvoke(_activeDocumentType); }
public void Register(IInstructionSet instructionSet) { int baseAddress = 0x50c0; IInstruction i = new AnonymousInstruction(this); for (int ea_mode = 0; ea_mode < 8; ea_mode++) { if (ea_mode == 1) { continue; } for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 1) { break; } for (int cc = 0; cc < 16; cc++) { instructionSet.AddInstruction(baseAddress + (cc << 8) + (ea_mode << 3) + ea_reg, i); } } } }
public void Register(IInstructionSet instructionSet) { int baseAddress = 0x81c0; IInstruction i = new AnonymousInstruction(this); for (int ea_mode = 0; ea_mode < 8; ea_mode++) { if (ea_mode == 1) { continue; } for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 4) { break; } for (int r = 0; r < 8; r++) { instructionSet.AddInstruction(baseAddress + (r << 9) + (ea_mode << 3) + ea_reg, i); } } } }
public void Register(IInstructionSet instructionSet) { int baseAddress; IInstruction i; for (int sz = 0; sz < 2; sz++) { if (sz == 0) { baseAddress = 0x4880; i = new AnonymousInstruction(this); } else { baseAddress = 0x48c0; i = new AnonymousInstruction1(this); } for (int reg = 0; reg < 8; reg++) { instructionSet.AddInstruction(baseAddress + reg, i); } } }
public void Register(IInstructionSet instructionSet) { if (instructionSet is null) { throw new System.ArgumentNullException(nameof(instructionSet)); } int baseAddress; IInstruction i; for (int sz = 0; sz < 3; sz++) { if (sz == 0) { baseAddress = 0xe108; i = new AnonymousInstruction(this); } else if (sz == 1) { baseAddress = 0xe148; i = new AnonymousInstruction1(this); } else { baseAddress = 0xe188; i = new AnonymousInstruction2(this); } for (int imm = 0; imm < 8; imm++) { for (int reg = 0; reg < 8; reg++) { instructionSet.AddInstruction(baseAddress + (imm << 9) + reg, i); } } } for (int sz = 0; sz < 3; sz++) { if (sz == 0) { baseAddress = 0xe128; i = new AnonymousInstruction3(this); } else if (sz == 1) { baseAddress = 0xe168; i = new AnonymousInstruction4(this); } else { baseAddress = 0xe1a8; i = new AnonymousInstruction5(this); } for (int imm = 0; imm < 8; imm++) { for (int reg = 0; reg < 8; reg++) { instructionSet.AddInstruction(baseAddress + (imm << 9) + reg, i); } } } baseAddress = 0xe3c0; i = new AnonymousInstruction6(this); for (int ea_mode = 2; ea_mode < 8; ea_mode++) { for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 1) { break; } instructionSet.AddInstruction(baseAddress + (ea_mode << 3) + ea_reg, i); } } }
public void Register(IInstructionSet instructionSet) { int baseAddress; IInstruction i; for (int sz = 0; sz < 3; sz++) { if (sz == 0) { baseAddress = 0xe100; i = new AnonymousInstruction(this); } else if (sz == 1) { baseAddress = 0xe140; i = new AnonymousInstruction1(this); } else { baseAddress = 0xe180; i = new AnonymousInstruction2(this); } for (int imm = 0; imm < 8; imm++) { for (int reg = 0; reg < 8; reg++) { instructionSet.AddInstruction(baseAddress + (imm << 9) + reg, i); } } } for (int sz = 0; sz < 3; sz++) { if (sz == 0) { baseAddress = 0xe120; i = new AnonymousInstruction3(this); } else if (sz == 1) { baseAddress = 0xe160; i = new AnonymousInstruction4(this); } else { baseAddress = 0xe1a0; i = new AnonymousInstruction5(this); } for (int imm = 0; imm < 8; imm++) { for (int reg = 0; reg < 8; reg++) { instructionSet.AddInstruction(baseAddress + (imm << 9) + reg, i); } } } baseAddress = 0xe1c0; i = new AnonymousInstruction6(this); for (int ea_mode = 2; ea_mode < 8; ea_mode++) { for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 1) { break; } instructionSet.AddInstruction(baseAddress + (ea_mode << 3) + ea_reg, i); } } }
public void Register(IInstructionSet instructionSet) { instructionSet.AddInstruction(0x4afc, new AnonymousInstruction(this)); }
public CentralProcessingUnit(IMemory memory, IRegisterBank registerBank, IInstructionSet instructionSet) { Memory = memory; RegisterBank = registerBank; InstructionSet = instructionSet; }
public SimpleAssembler(IInstructionSet instructions) { this.instructions = instructions.GetAll().ToDictionary(i => i.Name.Trim()); this.parser = new Parser(this.instructions.Keys.ToArray()); }
public void Register(IInstructionSet instructionSet) { if (instructionSet is null) { throw new System.ArgumentNullException(nameof(instructionSet)); } int baseAddress; IInstruction i; for (int sz = 0; sz < 3; sz++) { if (sz == 0) { baseAddress = 0xd100; i = new AnonymousInstruction(this); } else if (sz == 1) { baseAddress = 0xd140; i = new AnonymousInstruction1(this); } else { baseAddress = 0xd180; i = new AnonymousInstruction2(this); } for (int regx = 0; regx < 8; regx++) { for (int regy = 0; regy < 8; regy++) { instructionSet.AddInstruction(baseAddress + (regx << 9) + regy, i); } } } for (int sz = 0; sz < 3; sz++) { if (sz == 0) { baseAddress = 0xd108; i = new AnonymousInstruction3(this); } else if (sz == 1) { baseAddress = 0xd148; i = new AnonymousInstruction4(this); } else { baseAddress = 0xd188; i = new AnonymousInstruction5(this); } for (int regx = 0; regx < 8; regx++) { for (int regy = 0; regy < 8; regy++) { instructionSet.AddInstruction(baseAddress + (regx << 9) + regy, i); } } } }
// - IDSPExSession Implementation ----------------------------------------------------------- /// <summary> /// Adds a DSPEx Instruction set for handling remotely-initiated transactions. /// </summary> /// <param name="instructionSet"></param> public void AddInstructionSet(IInstructionSet instructionSet) { m_instructionSets.Add(instructionSet); }
public void Register(IInstructionSet instructionSet) { int baseAddress; IInstruction i; for (int sz = 0; sz < 3; sz++) { if (sz == 0) { baseAddress = 0x9000; i = new AnonymousInstruction(this); } else if (sz == 1) { baseAddress = 0x9040; i = new AnonymousInstruction1(this); } else { baseAddress = 0x9080; i = new AnonymousInstruction2(this); } for (int reg = 0; reg < 8; reg++) { for (int ea_mode = 0; ea_mode < 8; ea_mode++) { for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 4) { break; } instructionSet.AddInstruction(baseAddress + (reg << 9) + (ea_mode << 3) + ea_reg, i); } } } } for (int sz = 0; sz < 3; sz++) { if (sz == 0) { baseAddress = 0x9100; i = new AnonymousInstruction3(this); } else if (sz == 1) { baseAddress = 0x9140; i = new AnonymousInstruction4(this); } else { baseAddress = 0x9180; i = new AnonymousInstruction5(this); } for (int reg = 0; reg < 8; reg++) { for (int ea_mode = 2; ea_mode < 8; ea_mode++) { for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 1) { break; } instructionSet.AddInstruction(baseAddress + (reg << 9) + (ea_mode << 3) + ea_reg, i); } } } } }
public void Register(IInstructionSet instructionSet) { int baseAddress; IInstruction i; for (int sz = 0; sz < 2; sz++) { if (sz == 0) { baseAddress = 0x4880; i = new AnonymousInstruction(this); } else { baseAddress = 0x48c0; i = new AnonymousInstruction1(this); } for (int ea_mode = 2; ea_mode < 8; ea_mode++) { if (ea_mode == 3) { continue; } for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 1) { break; } instructionSet.AddInstruction(baseAddress + (ea_mode << 3) + ea_reg, i); } } } for (int sz = 0; sz < 2; sz++) { if (sz == 0) { baseAddress = 0x4c80; i = new AnonymousInstruction2(this); } else { baseAddress = 0x4cc0; i = new AnonymousInstruction3(this); } for (int ea_mode = 2; ea_mode < 8; ea_mode++) { if (ea_mode == 4) { continue; } for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 3) { break; } instructionSet.AddInstruction(baseAddress + (ea_mode << 3) + ea_reg, i); } } } }
public void Register(IInstructionSet instructionSet) { if (instructionSet is null) { throw new System.ArgumentNullException(nameof(instructionSet)); } int baseAddress = 0x0140; IInstruction i; for (int ea_mode = 0; ea_mode < 8; ea_mode++) { if (ea_mode == 1) { continue; } if (ea_mode == 0) { i = new AnonymousInstruction(this); } else { i = new AnonymousInstruction1(this); } for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 1) { break; } for (int r = 0; r < 8; r++) { instructionSet.AddInstruction(baseAddress + (r << 9) + (ea_mode << 3) + ea_reg, i); } } } baseAddress = 0x0840; for (int ea_mode = 0; ea_mode < 8; ea_mode++) { if (ea_mode == 1) { continue; } if (ea_mode == 0) { i = new AnonymousInstruction2(this); } else { i = new AnonymousInstruction3(this); } for (int ea_reg = 0; ea_reg < 8; ea_reg++) { if (ea_mode == 7 && ea_reg > 1) { break; } instructionSet.AddInstruction(baseAddress + (ea_mode << 3) + ea_reg, i); } } }