public static void Main(string[] args)
{
InputStream input = new InputStream("source.c");
BytecodeStream output = new BytecodeStream();
Compiler compiler = new Compiler();
compiler.Compile(input, output);
}
public override void Assemble(CodeGenerator cgen, Instruction ins, BytecodeStream str)
{
if (ins.Operands.Count != 2)
{
cgen.CreateError("{0} does not take {1} arguments!", ins.Name, ins.Operands.Count);
}
else if (!(ins.Operands[0] is TokenIntLiteral || ins.Operands[0] is TokenRegister) && !(ins.Operands[1] is TokenRegister))
{
cgen.CreateError("Unsupported addressing mode for instruction '{0}'", ins.Name);
}
else
{
TokenRegister op2 = ins.Operands[1] as TokenRegister;
Opcode opcode = Opcode.OUT;
if (ins.Operands[0] is TokenRegister)
{
TokenRegister op1 = ins.Operands[0] as TokenRegister;
str.Emit(new QuasarInstruction(opcode, new RegisterOperand(op1.Register), new RegisterOperand(op2.Register)));
}
else if (ins.Operands[0] is TokenIntLiteral)
{
TokenIntLiteral op1 = ins.Operands[0] as TokenIntLiteral;
str.Emit(new QuasarInstruction(opcode, new IntegerOperand((int)op1.Value), new RegisterOperand(op2.Register)));
}
}
}
public override void Assemble(CodeGenerator cgen, Instruction ins, BytecodeStream str)
{
if (ins.Operands.Count != 2)
{
cgen.CreateError("{0} does not take {1} arguments!", ins.Name, ins.Operands.Count);
}
else if (!(ins.Operands[0] is TokenRegister) || (!(ins.Operands[1] is TokenRegister) && !(ins.Operands[1] is TokenIntLiteral) && !(ins.Operands[1] is TokenIdentifier)))
{
cgen.CreateError("Unsupported addressing mode for instruction '{0}'", ins.Name);
}
else
{
TokenRegister op1 = ins.Operands[0] as TokenRegister;
Opcode opcode = Opcode.ADD;
if (ins.Operands[1] is TokenRegister)
{
TokenRegister op2 = ins.Operands[1] as TokenRegister;
str.Emit(new QuasarInstruction(opcode, new RegisterOperand(op1.Register), new RegisterOperand(op2.Register)));
}
else if (ins.Operands[1] is TokenIntLiteral)
{
TokenIntLiteral op2 = ins.Operands[1] as TokenIntLiteral;
Console.WriteLine("Add with " + op1.Register);
str.Emit(new QuasarInstruction(opcode, new RegisterOperand(op1.Register), new IntegerOperand((int)op2.Value)));
}
else if (ins.Operands[1] is TokenIdentifier)
{
TokenIdentifier ident = ins.Operands[1] as TokenIdentifier;
str.Emit(new QuasarInstruction(opcode, new RegisterOperand(op1.Register), new SymbolReferenceOperand(ident.Value)));
}
}
}
public override void Assemble(CodeGenerator cgen, Instruction ins, BytecodeStream str)
{
if (ins.Operands.Count != 2)
{
cgen.CreateError("Instruction {0} does not take {1} operand(s)!", ins.Name, ins.Operands.Count);
}
}
public void Compile(FileStream input, BytecodeStream output)
{
Scanner scanner = new Scanner(input);
ProgramNodeBuilder builder = new ProgramNodeBuilder();
new Parser().Parse(scanner, builder);
RISCCodeGenerator generator = new RISCCodeGenerator(output);
builder.GetRootNode().Traverse(generator);
}
static void Main(string[] args)
{
FileStream input = new FileStream("../../Program.cs", FileMode.Open);
BytecodeStream output = new BytecodeStream();
CompilerFacade compiler = new CompilerFacade();
//Do all complier Job.
compiler.Compile(input, output);
}
public bool OpJmp(BytecodeStream code)
{
ushort address = code.ReadChar();
if (code.TrySetPosition(address))
{
return(true);
}
return(PushError("参照不可能な箇所にジャンプしようとしました"));
}
public bool OpMoveID(BytecodeStream code)
{
int regId = code.ReadByte();
uint imm = (uint)code.ReadInt();
if (!TrySetRegUi32(regId, imm))
{
return(PushRegError(regId));
}
return(true);
}
public bool OpMoveIW(BytecodeStream code)
{
int regId = code.ReadByte();
ushort imm = code.ReadChar();
if (!TrySetRegUi16(regId, imm))
{
return(PushRegError(regId));
}
return(true);
}
public bool OpMoveIB(BytecodeStream code)
{
int regId = code.ReadByte();
byte imm = code.ReadByte();
if (!TrySetRegUi8(regId, imm))
{
return(PushRegError(regId));
}
return(true);
}
public bool OpStoreD(BytecodeStream code)
{
int memPtr = code.ReadChar();
int regId = code.ReadByte();
if (TryGetReg(regId, out uint val))
{
return(_memory.TrySetUi32(memPtr, val));
}
return(PushRegError(regId));
}
public bool OpLoadD(BytecodeStream code)
{
int regId = code.ReadByte();
int memPtr = code.ReadChar();
if (_memory.TryGetUi32(memPtr, out uint val32))
{
return(TrySetRegUi32(regId, val32));
}
return(PushError($"メモリ範囲外を指定しました => ptr: {memPtr}"));
}
public override void Assemble(CodeGenerator cgen, Instruction ins, BytecodeStream str)
{
if (ins.Operands.Count != 0)
{
cgen.CreateError("{0} does not take {1} arguments!", ins.Name, ins.Operands.Count);
}
else
{
str.Emit(new QuasarInstruction(Opcode.IRTN));
}
}
public virtual void Compile(FileStream sourceFile, BytecodeStream byteStream)
{
Scanner scanner = new Scanner(sourceFile);
ProgramNodeBuilder builder = new ProgramNodeBuilder();
Parser parser = new Parser();
parser.Parse(scanner, builder);
RISCCodeGenerator generator = new RISCCodeGenerator(byteStream);
ProgramNode parseTree = builder.GetRootNode();
parseTree.Traverse(generator);
}
public virtual void Compile(StreamReader input, BytecodeStream output)
{
Scanner scanner = new Scanner(input);
var builder = new ProgramNodeBuilder();
Parser parser = new Parser();
parser.Parse(scanner, builder);
RISCCodeGenerator generator = new RISCCodeGenerator(output);
ProgramNode parseTree = builder.GetRootNode();
parseTree.Traverse(generator);
}
public override void Assemble(CodeGenerator cgen, Instruction ins, BytecodeStream str)
{
if (ins.Operands.Count != 1)
{
cgen.CreateError("Instruction {0} does not take {1} operand(s)!", ins.Name, ins.Operands.Count);
}
else if (ins.Operands[0] is TokenIdentifier)
{
TokenIdentifier label = ins.Operands[0] as TokenIdentifier;
str.Emit(new QuasarInstruction(Opcode.BSR, new SymbolReferenceOperand(label.Value, true)));
}
}
public bool OpSysCall(BytecodeStream code)
{
ushort methodId = code.ReadChar();
if (methodId < 0 || methodId > _methods.Count)
{
return(PushError("組み込み関数IDが不正です"));
}
CreateStatus();
_itr = _methods[methodId].Invoke(_instance, new object[] { _status }) as IEnumerator <int>;
return(true);
}
private bool OpCalcHelper(
BytecodeStream code,
Func <uint, uint, uint> calc)
{
uint a, b;
int rsId;
if (!GetRegVal(code, out rsId, out a, out b))
{
return(false);
}
return(TrySetRegUi32(rsId, calc(a, b)));
}
public override void Assemble(CodeGenerator cgen, Instruction ins, BytecodeStream str)
{
if (ins.Operands.Count != 1)
{
cgen.CreateError("Directive {0} does not take {1} operands!", ins.Name, ins.Operands.Count);
}
else if (!(ins.Operands[0] is TokenIntLiteral))
{
cgen.CreateError("Integer size expected!");
}
else
{
str.Emit(new QuasarData(new byte[((TokenIntLiteral)ins.Operands[0]).Value]));
}
}
public override void Assemble(CodeGenerator cgen, Instruction ins, BytecodeStream str)
{
if (ins.Operands.Count != 1)
{
cgen.CreateError("{0} does not take {1} arguments!", ins.Name, ins.Operands.Count);
}
else if (!(ins.Operands[0] is TokenIntLiteral))
{
cgen.CreateError("Unsupported addressing mode for instruction '{0}'", ins.Name);
}
else
{
TokenIntLiteral il = ins.Operands[0] as TokenIntLiteral;
str.Emit(new OrgDirective((uint)il.Value));
}
}
public override void Assemble(CodeGenerator cgen, Instruction ins, BytecodeStream str)
{
using (MemoryStream ms = new MemoryStream())
{
BinaryWriter bw = new BinaryWriter(ms);
foreach (AbstractToken tok in ins.Operands)
{
if (tok is TokenIntLiteral)
{
bw.Write((byte)((TokenIntLiteral)tok).Value);
}
}
str.Emit(new QuasarData(ms.ToArray()));
}
}
public bool OpMoveD(BytecodeStream code)
{
int rsId = code.ReadByte();
int rtId = code.ReadByte();
uint a;
if (!TryGetReg(rsId, out a))
{
return(PushRegError(rsId));
}
if (!TrySetRegUi32(rtId, a))
{
return(PushRegError(rtId));
}
return(true);
}
public override void Assemble(CodeGenerator cgen, Instruction ins, BytecodeStream str)
{
if (ins.Operands.Count != 1)
{
cgen.CreateError("{0} does not take {1} arguments!", ins.Name, ins.Operands.Count);
}
else if (!(ins.Operands[0] is TokenRegister))
{
cgen.CreateError("Unsupported addressing mode for instruction '{0}'", ins.Name);
}
else
{
TokenRegister src = ins.Operands[0] as TokenRegister;
str.Emit(new QuasarInstruction(Opcode.LCTL, new RegisterOperand(src.Register)));
}
}
public bool InitMemory(BytecodeStream mem, int start, int end)
{
int length = end - start;
if (length < 0)
{
return(PushError("メモリの初期化失敗しました"));
}
for (int i = 0; i < length && i < mem.Size; ++i)
{
if (!_memory.TrySetUi8(start + i, mem.ReadByte()))
{
return(PushError("メモリの初期化に失敗しました"));
}
}
return(true);
}
public void Init(BytecodeStream code, object instance = null)
{
_code = code;
_memory = new MemoryObj(MEM_SIZE);
_errors.Clear();
_registers = new Register[REG_SIZE];
for (int i = 0; i < REG_SIZE; ++i)
{
_registers[i] = new Register();
}
_registers[BASE_PTR][0] = MEM_SIZE;
_registers[STACK_PTR][0] = MEM_SIZE;
_instance = instance;
_methods.Clear();
RegisterBuildMethods();
}
public void Compile(InputStream input, BytecodeStream output)
{
// creating scanner from InputStream
Scanner scanner = new Scanner(input);
// creating builder for abstract syntax tree
ProgramNodeBuilder builder = new ProgramNodeBuilder();
// creating Parser
Parser parser = new Parser();
// parsing using scanner and builder, hence creating AST
parser.Parse(scanner, builder);
// creating target code generator
RISCCodeGenerator generator = new RISCCodeGenerator(output);
// retrieving abstract syntax tree from builder
ProgramNode parseTree = builder.GetRootNode();
// generating target code from AST and generator
parseTree.Traverse(generator);
Console.WriteLine("compilation complete");
}
private bool GetRegVal(
BytecodeStream code,
out int rsId,
out uint a,
out uint b)
{
rsId = code.ReadByte();
int rtId = code.ReadByte();
b = 0;
if (!TryGetReg(rsId, out a))
{
return(PushRegError(rsId));
}
if (!TryGetReg(rtId, out b))
{
return(PushRegError(rtId));
}
return(true);
}
private bool OpCmpHelper(
BytecodeStream code,
Func <uint, uint, bool> isSign)
{
int rsId = code.ReadByte();
int rtId = code.ReadByte();
uint a, b;
if (!TryGetReg(rsId, out a))
{
return(PushRegError(rsId));
}
if (!TryGetReg(rtId, out b))
{
return(PushRegError(rtId));
}
IsZero = (a - b) == 0;
IsSign = isSign(a, b);
return(true);
}
public RISCCodeGenerator(BytecodeStream output)
{
}
public Compiler()
{
_parser = new Parser();
_scanner = new Scanner();
_bytecodeStream = new BytecodeStream();
}
public StackMachineCodeGenerator(BytecodeStream stream) : base(stream)
{
}
public RISCCodeGenerator(BytecodeStream output) : base(output)
{
}
public override void Assemble(CodeGenerator cgen, Instruction ins, BytecodeStream str)
{
if (ins.Operands.Count != 1)
{
cgen.CreateError("Instruction {0} does not take {1} operand(s)!", ins.Name, ins.Operands.Count);
}
else if (ins.Operands[0] is TokenIdentifier)
{
TokenIdentifier label = ins.Operands[0] as TokenIdentifier;
QuasarConditionCode code = QuasarConditionCode.NONE;
switch (ins.Name)
{
case "bc":
code = QuasarConditionCode.C;
break;
case "bs":
code = QuasarConditionCode.N;
break;
case "bv":
code = QuasarConditionCode.V;
break;
case "bz":
code = QuasarConditionCode.Z;
break;
case "be":
code = QuasarConditionCode.EQ;
break;
case "bne":
code = QuasarConditionCode.NE;
break;
case "ba":
code = QuasarConditionCode.AB;
break;
case "bb":
code = QuasarConditionCode.BL;
break;
case "bl":
code = QuasarConditionCode.LT;
break;
case "bg":
code = QuasarConditionCode.GT;
break;
case "ble":
code = QuasarConditionCode.LE;
break;
case "bge":
code = QuasarConditionCode.GE;
break;
}
str.Emit(new QuasarInstruction(Opcode.BR, new ConditionCodeOperand(code), new SymbolReferenceOperand(label.Value, true)));
}
}
public RISCCodeGenerator(BytecodeStream output)
{
Console.WriteLine("creating target code generator");
}
protected CodeGenerator(BytecodeStream bytecodeStream)
{
this.bytecodeStream = bytecodeStream;
}
public RiscCodeGenerator(BytecodeStream output)
{
}
protected CodeGenerator(BytecodeStream stream)
{
this.output = stream;
}
