CLanguage by praeclarum

<PackageReference Include="CLanguage" Version="0.6.30" />

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API Diff between 0.6.30 and 0.4.18

299 Additions 43 Removals

CLanguage

• public static class CLanguageService
  • public static ColorSpan[] Colorize(string code, MachineInfo machineInfo = null, Printer printer = null)
  • public static SyntaxColor ColorizeToken(int token, object value, HashSet<string> funcs)
• public struct Value
  • public float Float32Value
  • public double Float64Value
  • public short Int16Value
  • public int Int32Value
  • public long Int64Value
  • public sbyte Int8Value
  • public int PointerValue
  • public ushort UInt16Value
  • public uint UInt32Value
  • public ulong UInt64Value
  • public byte UInt8Value
  • public static float op_Explicit(Value v)
  • public static double op_Explicit(Value v)
  • public static ulong op_Explicit(Value v)
  • public static long op_Explicit(Value v)
  • public static uint op_Explicit(Value v)
  • public static int op_Explicit(Value v)
  • public static ushort op_Explicit(Value v)
  • public static short op_Explicit(Value v)
  • public static byte op_Explicit(Value v)
  • public static sbyte op_Explicit(Value v)
  • public static Value op_Implicit(float v)
  • public static Value op_Implicit(double v)
  • public static Value op_Implicit(ulong v)
  • public static Value op_Implicit(long v)
  • public static Value op_Implicit(uint v)
  • public static Value op_Implicit(int v)
  • public static Value op_Implicit(ushort v)
  • public static Value op_Implicit(short v)
  • public static Value op_Implicit(byte v)
  • public static Value op_Implicit(sbyte v)
  • public static Value Pointer(int address)

CLanguage.Interpreter

• public abstract class BaseFunction
  • public string NameContext { get; protected set; }
• public class CInterpreter
  • public readonly int[] Stack
  • public readonly Value[] Stack
  • public void Call(int functionAddress)
  • public void Call(Value functionAddress)
  • public void Push(int value)
  • public void Push(Value value)
  • public Value ReadArg(int index)
  • public Value ReadMemory(int address)
  • public Value ReadRelativeMemory(int frameOffset)
• public class CompiledFunction : BaseFunction
  • public CompiledFunction(string name, string nameContext, CFunctionType functionType, Block body = null)
• public class CompiledVariable
  • public Value[] InitialValue { get; set; }
  • public int Offset { get; set; }
  • public CompiledVariable(string name, CType type)
  • public CompiledVariable(string name, int offset, CType type)
• public class EmitContext
  • public void Emit(OpCode op, int x)
  • public void Emit(OpCode op, Value x)
  • public virtual int GetConstantMemory(string stringConstant)
  • public virtual ResolvedVariable ResolveVariable(string name)
  • public virtual Value GetConstantMemory(string stringConstant)
  • public int GetInstructionOffset(CBasicType aType)
  • public CType MakeCType(DeclarationSpecifiers specs, Declarator decl, Initializer init, Block block)
  • public CType MakeCType(DeclarationSpecifiers specs, Block block)
  • public virtual ResolvedVariable ResolveMethodFunction(CStructType structType, CStructMethod method)
  • public virtual CType ResolveTypeName(TypeName typeName)
  • public virtual ResolvedVariable ResolveVariable(string name, CType[] argTypes)
• public class Executable
  • public List<CompiledVariable> Globals { get; }
  • public IReadOnlyList<CompiledVariable> Globals { get; }
  • public int GetConstantMemory(string stringConstant)
  • public CompiledVariable AddGlobal(string name, CType type)
  • public Value GetConstantMemory(string stringConstant)
• public class ExecutionFrame
  • public int[] Args { get; }
  • public int FP { get; set; }
  • public int[] Locals { get; }
  • public void AllocateArgs(int count)
  • public void AllocateLocals(int count)
• public class Instruction
  • public int X
  • public Instruction(OpCode op, int x)
  • public Value X
  • public Instruction(OpCode op, Value x)
• public enum OpCode
  • AddFloat32 = 26
  • AddFloat64 = 27
  • AddInt64 = 24
  • AddInt8 = 18
  • AddUInt64 = 25
  • AddUInt8 = 19
  • ConvertFloat32Float32 = 209
  • ConvertFloat32Float64 = 210
  • ConvertFloat32Int16 = 203
  • ConvertFloat32Int32 = 205
  • ConvertFloat32Int64 = 207
  • ConvertFloat32Int8 = 201
  • ConvertFloat32UInt16 = 204
  • ConvertFloat32UInt32 = 206
  • ConvertFloat32UInt64 = 208
  • ConvertFloat32UInt8 = 202
  • ConvertFloat64Float32 = 219
  • ConvertFloat64Float64 = 220
  • ConvertFloat64Int16 = 213
  • ConvertFloat64Int32 = 215
  • ConvertFloat64Int64 = 217
  • ConvertFloat64Int8 = 211
  • ConvertFloat64UInt16 = 214
  • ConvertFloat64UInt32 = 216
  • ConvertFloat64UInt64 = 218
  • ConvertFloat64UInt8 = 212
  • ConvertInt16Float32 = 149
  • ConvertInt16Float64 = 150
  • ConvertInt16Int16 = 143
  • ConvertInt16Int32 = 145
  • ConvertInt16Int64 = 147
  • ConvertInt16Int8 = 141
  • ConvertInt16UInt16 = 144
  • ConvertInt16UInt32 = 146
  • ConvertInt16UInt64 = 148
  • ConvertInt16UInt8 = 142
  • ConvertInt32Float32 = 169
  • ConvertInt32Float64 = 170
  • ConvertInt32Int16 = 163
  • ConvertInt32Int32 = 165
  • ConvertInt32Int64 = 167
  • ConvertInt32Int8 = 161
  • ConvertInt32UInt16 = 164
  • ConvertInt32UInt32 = 166
  • ConvertInt32UInt64 = 168
  • ConvertInt32UInt8 = 162
  • ConvertInt64Float32 = 189
  • ConvertInt64Float64 = 190
  • ConvertInt64Int16 = 183
  • ConvertInt64Int32 = 185
  • ConvertInt64Int64 = 187
  • ConvertInt64Int8 = 181
  • ConvertInt64UInt16 = 184
  • ConvertInt64UInt32 = 186
  • ConvertInt64UInt64 = 188
  • ConvertInt64UInt8 = 182
  • ConvertInt8Float32 = 129
  • ConvertInt8Float64 = 130
  • ConvertInt8Int16 = 123
  • ConvertInt8Int32 = 125
  • ConvertInt8Int64 = 127
  • ConvertInt8Int8 = 121
  • ConvertInt8UInt16 = 124
  • ConvertInt8UInt32 = 126
  • ConvertInt8UInt64 = 128
  • ConvertInt8UInt8 = 122
  • ConvertUInt16Float32 = 159
  • ConvertUInt16Float64 = 160
  • ConvertUInt16Int16 = 153
  • ConvertUInt16Int32 = 155
  • ConvertUInt16Int64 = 157
  • ConvertUInt16Int8 = 151
  • ConvertUInt16UInt16 = 154
  • ConvertUInt16UInt32 = 156
  • ConvertUInt16UInt64 = 158
  • ConvertUInt16UInt8 = 152
  • ConvertUInt32Float32 = 179
  • ConvertUInt32Float64 = 180
  • ConvertUInt32Int16 = 173
  • ConvertUInt32Int32 = 175
  • ConvertUInt32Int64 = 177
  • ConvertUInt32Int8 = 171
  • ConvertUInt32UInt16 = 174
  • ConvertUInt32UInt32 = 176
  • ConvertUInt32UInt64 = 178
  • ConvertUInt32UInt8 = 172
  • ConvertUInt64Float32 = 199
  • ConvertUInt64Float64 = 200
  • ConvertUInt64Int16 = 193
  • ConvertUInt64Int32 = 195
  • ConvertUInt64Int64 = 197
  • ConvertUInt64Int8 = 191
  • ConvertUInt64UInt16 = 194
  • ConvertUInt64UInt32 = 196
  • ConvertUInt64UInt64 = 198
  • ConvertUInt64UInt8 = 192
  • ConvertUInt8Float32 = 139
  • ConvertUInt8Float64 = 140
  • ConvertUInt8Int16 = 133
  • ConvertUInt8Int32 = 135
  • ConvertUInt8Int64 = 137
  • ConvertUInt8Int8 = 131
  • ConvertUInt8UInt16 = 134
  • ConvertUInt8UInt32 = 136
  • ConvertUInt8UInt64 = 138
  • ConvertUInt8UInt8 = 132
  • DivideFloat32 = 56
  • DivideFloat64 = 57
  • DivideInt64 = 54
  • DivideInt8 = 48
  • DivideUInt64 = 55
  • DivideUInt8 = 49
  • EqualToFloat32 = 76
  • EqualToFloat64 = 77
  • EqualToInt64 = 74
  • EqualToInt8 = 68
  • EqualToUInt64 = 75
  • EqualToUInt8 = 69
  • GreaterThanFloat32 = 96
  • GreaterThanFloat64 = 97
  • GreaterThanInt64 = 94
  • GreaterThanInt8 = 88
  • GreaterThanUInt64 = 95
  • GreaterThanUInt8 = 89
  • LessThanFloat32 = 86
  • LessThanFloat64 = 87
  • LessThanInt64 = 84
  • LessThanInt8 = 78
  • LessThanUInt64 = 85
  • LessThanUInt8 = 79
  • LoadFunction = 7
  • LoadConstant = 7
  • LoadFramePointer = 8
  • LoadGlobal = 11
  • LoadMemory = 11
  • LoadMemoryIndirect = 12
  • LoadValue = 8
  • LoadPointer = 12
  • ModuloFloat32 = 66
  • ModuloFloat64 = 67
  • ModuloInt64 = 64
  • ModuloInt8 = 58
  • ModuloUInt64 = 65
  • ModuloUInt8 = 59
  • MultiplyFloat32 = 46
  • MultiplyFloat64 = 47
  • MultiplyInt64 = 44
  • MultiplyInt8 = 38
  • MultiplyUInt64 = 45
  • MultiplyUInt8 = 39
  • NegateFloat32 = 116
  • NegateFloat64 = 117
  • NegateInt64 = 114
  • NegateInt8 = 108
  • NegateUInt64 = 115
  • NegateUInt8 = 109
  • NotFloat32 = 106
  • NotFloat64 = 107
  • NotInt64 = 104
  • NotInt8 = 98
  • NotUInt64 = 105
  • NotUInt8 = 99
  • OffsetPointer = 17
  • StoreGlobal = 15
  • StoreMemory = 15
  • StorePointer = 16
  • SubtractFloat32 = 36
  • SubtractFloat64 = 37
  • SubtractInt64 = 34
  • SubtractInt8 = 28
  • SubtractUInt64 = 35
  • SubtractUInt8 = 29
• public class ResolvedVariable
  • public int Address { get; }
  • public int Index { get; }
  • public void Emit(EmitContext ec)

CLanguage.Parser

• public class Lexer : yyInput
  • public static readonly HashSet<int> KeywordTokens
  • public static readonly HashSet<int> OperatorTokens
• public class Preprocessor
  • public string CurrentFilePath { get; }
• public class Token
  • public const int COLONCOLON = 270

CLanguage.Syntax

• public class ArrayDeclarator : Declarator
  • public TypeQualifiers TypeQualifiers { get; set; }
  • public TypeQualifiers TypeQualifiers { get; set; }
• public class Block : Statement
  • public Dictionary<string, CStructType> Structures { get; }
  • public void AddVariable(string name, CType ctype)
• public class CastExpression : Expression
  • public Expression InnerExpression { get; }
  • public TypeName TypeName { get; }
  • public CastExpression(TypeName typeName, Expression innerExpression)
• public struct ColorSpan
  • public SyntaxColor Color
  • public int Index
  • public int Length
• public class ConstantExpression : Expression
  • public int EmitValue { get; }
• public class DeclarationSpecifiers
  • public TypeQualifiers TypeQualifiers { get; set; }
  • public TypeQualifiers TypeQualifiers { get; set; }
• public abstract class Expression
  • protected static int GetInstructionOffset(CBasicType aType, EmitContext ec)
• public class ForStatement : Statement
  • public Statement LoopBody { get; }
  • public Block LoopBody { get; }
  • public ForStatement(Statement initStatement, Expression continueExpr, Statement body)
  • public ForStatement(Statement initStatement, Expression continueExpr, Expression nextExpr, Statement body)
  • public ForStatement(Statement initStatement, Expression continueExpr, Statement body, Block parent, Location startLoc, Location endLoc)
  • public ForStatement(Statement initStatement, Expression continueExpr, Expression nextExpr, Statement body, Block parent, Location startLoc, Location endLoc)
  • public ForStatement(Statement initStatement, Expression continueExpr, Block body)
  • public ForStatement(Statement initStatement, Expression continueExpr, Expression nextExpr, Block body)
  • public ForStatement(Statement initStatement, Expression continueExpr, Block body, Block parent, Location startLoc, Location endLoc)
  • public ForStatement(Statement initStatement, Expression continueExpr, Expression nextExpr, Block body, Block parent, Location startLoc, Location endLoc)
• public class IdentifierDeclarator : Declarator
  • public List<string> Context { get; }
  • public IdentifierDeclarator Push(string id)
• public class Pointer
  • public TypeQualifiers TypeQualifiers { get; set; }
  • public Pointer(TypeQualifiers qual, Pointer p)
  • public Pointer(TypeQualifiers qual)
  • public TypeQualifiers TypeQualifiers { get; set; }
  • public Pointer(TypeQualifiers qual, Pointer p)
  • public Pointer(TypeQualifiers qual)
• public class SizeOfTypeExpression
  • public TypeName TypeName { get; }
• public abstract class Statement
  • public Block ToBlock()
• public enum SyntaxColor
  • Comment = 0
  • Constant = 2
  • Function = 5
  • Identifier = 1
  • Keyword = 3
  • Operator = 4
  • Type = 6
• public class TypeName
  • public TypeName()
  • public Declarator Declarator { get; }
  • public DeclarationSpecifiers Specifiers { get; }
  • public TypeName(DeclarationSpecifiers specifiers, Declarator declarator)
• public enum TypeQualifiers
  • Const = 1
  • None = 0
  • Restrict = 2
  • Volatile = 4
• public class WhileStatement : Statement
  • public Statement Loop { get; }
  • public WhileStatement(bool isDo, Expression condition, Statement loop)
  • public Block Loop { get; }
  • public WhileStatement(bool isDo, Expression condition, Block loop)

CLanguage.Types

• public class CArrayType : CType
  • public Expression LengthExpression { get; set; }
  • public CArrayType(CType elementType, Expression lengthExpression)
  • public int? Length { get; }
  • public CArrayType(CType elementType, int? length)
• public class CFunctionType : CType
  • public List<Parameter> Parameters { get; }
  • public bool IsInstance { get; }
  • public IReadOnlyList<Parameter> Parameters { get; }
  • public CFunctionType(CType returnType)
  • public CFunctionType(CType returnType, bool isInstance)
  • public void AddParameter(string name, CType type)
  • public bool ParameterTypesEqual(CFunctionType otherType)
  • public int ScoreParameterTypeMatches(CType[] argTypes)
• public class CStructField : CStructMember
  • public CStructField()
• public abstract class CStructMember
  • public CType MemberType { get; set; }
  • public string Name { get; set; }
  • protected CStructMember()
• public class CStructMethod : CStructMember
  • public CStructMethod()
• public class CStructType : CType
  • public List<CStructMember> Members { get; set; }
  • public string Name { get; set; }
  • public CStructType()
• public abstract class CType
  • public abstract int NumValues { get; }
  • public TypeQualifiers TypeQualifiers { get; set; }
  • public TypeQualifiers TypeQualifiers { get; set; }
  • public abstract int GetSize(EmitContext c)
  • public abstract int GetByteSize(EmitContext c)
  • public virtual int ScoreCastTo(CType otherType)
• public enum TypeQualifiers