CLanguage by praeclarum

<PackageReference Include="CLanguage" Version="0.4.18" />

---

API Diff between 0.4.18 and 0.19.67

195 Additions 419 Removals

CLanguage

• public static class CLanguageService
  • public const string DefaultCodePath = "main.cpp"
  • public static ColorSpan[] Colorize(string code, MachineInfo machineInfo = null, Printer printer = null)
  • public static object Eval(string expression, string includeCode = "")
  • public static void Run(string code)
• public class CodeWriter
• public class MachineInfo
  • public Dictionary<string, string> SystemHeadersCode
  • public string GeneratedHeaderCode { get; }
  • public void AddGlobalMethods(object target)
  • public void AddGlobalReference(string name, object target)
  • public virtual ResolvedVariable GetUnresolvedVariable(string name, CType[] argTypes, EmitContext context)
• public class Report
  • public class WarningMessage : AbstractMessage
  • public IEnumerable<AbstractMessage> Errors { get; }
  • public void Error(int code, Location loc, Location endLoc, string error)
  • public void Error(int code, Location loc, Location endLoc, string format, object[] args)
  • public void Error(int code, Location loc, string error)
  • public void Error(int code, Location loc, string format, object[] args)
  • public void ErrorCode(int code, Location loc, Location endLoc, object[] args)
  • public void ErrorCode(int code, object[] args)
  • public void Warning(int code, Location loc, Location endLoc, string warning)
• public static class SystemHeaders
• public struct Value

CLanguage.Compiler

• public class BlockContext : EmitContext
• public class CCompiler
• public class CompilerOptions
• public abstract class EmitContext
• public class EnumContext : EmitContext
• public class ExecutableContext : EmitContext
• public class LoopContext : EmitContext
• public class ResolvedVariable
• public class TranslationUnitContext : BlockContext
• public enum VariableScope

CLanguage.Interpreter

• public abstract class BaseFunction
  • public string NameContext { get; protected set; }
  • public abstract void Step(CInterpreter state, ExecutionFrame frame)
  • public abstract void Step(CInterpreter state)
• public class CInterpreter
  • public readonly Value[] Stack
  • public readonly int[] Stack
  • public int CallStackDepth { get; }
  • public Executable Executable { get; }
  • public ExecutionFrame CallerFrame { get; }
  • public int YieldedValue { get; }
  • public static void Run(string code)
  • public void Call(Value functionAddress)
  • public void Call(int functionAddress)
  • public void Push(Value value)
  • public Value ReadArg(int index)
  • public Value ReadMemory(int address)
  • public string ReadString(int address)
  • public string ReadStringWithEncoding(int address, Encoding encoding)
  • public Value ReadThis()
  • public void Push(int value)
  • public void Run()
  • public Value RunFunction(Value functionAddress, int microseconds)
  • public Value RunFunction(Value functionAddress, Value arg0, int microseconds)
  • public Value RunFunction(Value functionAddress, Value arg0, Value arg1, int microseconds)
  • public Value RunFunction(Value functionAddress, Value arg0, Value arg1, Value arg2, int microseconds)
  • public void Yield(int yieldedValue)
• public class CompiledFunction : BaseFunction
  • public CompiledFunction(string name, string nameContext, CFunctionType functionType, Block body)
  • public CompiledFunction(string name, CFunctionType functionType, Block body = null)
• public class CompiledVariable
  • public Value[] InitialValue { get; set; }
  • public int StackOffset { get; set; }
  • public CompiledVariable(string name, int offset, CType type)
  • public CompiledVariable(string name, CType type)
• public class Compiler
  • public Compiler(EmitContext context)
  • public Compiler(MachineInfo mi, Report report)
  • public void Add(TranslationUnit translationUnit)
  • public void AddCode(string name, string code)
  • public Executable Compile()
• public class EmitContext
  • public CompiledFunction FunctionDecl { get; }
  • public MachineInfo MachineInfo { get; }
  • public Report Report { get; }
  • public EmitContext(MachineInfo machineInfo, Report report, CompiledFunction fdecl = null)
  • public virtual void BeginBlock(Block b)
  • public virtual Label DefineLabel()
  • public virtual void Emit(Instruction instruction)
  • public void Emit(OpCode op, int x)
  • public void Emit(OpCode op, Label label)
  • public void Emit(OpCode op)
  • public void EmitCast(CType fromType, CType toType)
  • public void EmitCastToBoolean(CType fromType)
  • public virtual void EmitLabel(Label l)
  • public virtual void EndBlock()
  • public virtual int GetConstantMemory(string stringConstant)
  • public virtual ResolvedVariable ResolveVariable(string name)
• public class Executable
  • public IReadOnlyList<CompiledVariable> Globals { get; }
  • public List<CompiledVariable> Globals { get; }
  • public CompiledVariable AddGlobal(string name, CType type)
  • public Value GetConstantMemory(string stringConstant)
  • public int GetConstantMemory(string stringConstant)
• public class ExecutionFrame
  • public int FP { get; set; }
  • public int[] Args { get; }
  • public ExecutionFrame(BaseFunction function)
  • public int[] Locals { get; }
  • public ExecutionFrame()
  • public void AllocateArgs(int count)
  • public void AllocateLocals(int count)
• public class Instruction
  • public Value X
  • public Instruction(OpCode op, Value x)
  • public int X
  • public Instruction(OpCode op, int x)
• public class InternalFunction : BaseFunction
  • public InternalFunction(string name, string nameContext, CFunctionType functionType)
• public enum OpCode
  • AddFloat32 = 29
  • AddFloat64 = 30
  • AddInt64 = 27
  • AddInt8 = 21
  • AddUInt64 = 28
  • AddUInt8 = 22
  • BinaryAndFloat32 = 129
  • BinaryAndFloat64 = 130
  • BinaryAndInt16 = 123
  • BinaryAndInt32 = 125
  • BinaryAndInt64 = 127
  • BinaryAndInt8 = 121
  • BinaryAndUInt16 = 124
  • BinaryAndUInt32 = 126
  • BinaryAndUInt64 = 128
  • BinaryAndUInt8 = 122
  • BinaryNotFloat32 = 169
  • BinaryNotFloat64 = 170
  • BinaryNotInt16 = 163
  • BinaryNotInt32 = 165
  • BinaryNotInt64 = 167
  • BinaryNotInt8 = 161
  • BinaryNotUInt16 = 164
  • BinaryNotUInt32 = 166
  • BinaryNotUInt64 = 168
  • BinaryNotUInt8 = 162
  • BinaryOrFloat32 = 139
  • BinaryOrFloat64 = 140
  • BinaryOrInt16 = 133
  • BinaryOrInt32 = 135
  • BinaryOrInt64 = 137
  • BinaryOrInt8 = 131
  • BinaryOrUInt16 = 134
  • BinaryOrUInt32 = 136
  • BinaryOrUInt64 = 138
  • BinaryOrUInt8 = 132
  • BinaryXorFloat32 = 149
  • BinaryXorFloat64 = 150
  • BinaryXorInt16 = 143
  • BinaryXorInt32 = 145
  • BinaryXorInt64 = 147
  • BinaryXorInt8 = 141
  • BinaryXorUInt16 = 144
  • BinaryXorUInt32 = 146
  • BinaryXorUInt64 = 148
  • BinaryXorUInt8 = 142
  • BranchIfFalseNoSPChange = 6
  • BranchIfTrue = 5
  • BranchIfTrueNoSPChange = 7
  • ConvertFloat32Float32 = 271
  • ConvertFloat32Float64 = 272
  • ConvertFloat32Int16 = 265
  • ConvertFloat32Int32 = 267
  • ConvertFloat32Int64 = 269
  • ConvertFloat32Int8 = 263
  • ConvertFloat32UInt16 = 266
  • ConvertFloat32UInt32 = 268
  • ConvertFloat32UInt64 = 270
  • ConvertFloat32UInt8 = 264
  • ConvertFloat64Float32 = 281
  • ConvertFloat64Float64 = 282
  • ConvertFloat64Int16 = 275
  • ConvertFloat64Int32 = 277
  • ConvertFloat64Int64 = 279
  • ConvertFloat64Int8 = 273
  • ConvertFloat64UInt16 = 276
  • ConvertFloat64UInt32 = 278
  • ConvertFloat64UInt64 = 280
  • ConvertFloat64UInt8 = 274
  • ConvertInt16Float32 = 211
  • ConvertInt16Float64 = 212
  • ConvertInt16Int16 = 205
  • ConvertInt16Int32 = 207
  • ConvertInt16Int64 = 209
  • ConvertInt16Int8 = 203
  • ConvertInt16UInt16 = 206
  • ConvertInt16UInt32 = 208
  • ConvertInt16UInt64 = 210
  • ConvertInt16UInt8 = 204
  • ConvertInt32Float32 = 231
  • ConvertInt32Float64 = 232
  • ConvertInt32Int16 = 225
  • ConvertInt32Int32 = 227
  • ConvertInt32Int64 = 229
  • ConvertInt32Int8 = 223
  • ConvertInt32UInt16 = 226
  • ConvertInt32UInt32 = 228
  • ConvertInt32UInt64 = 230
  • ConvertInt32UInt8 = 224
  • ConvertInt64Float32 = 251
  • ConvertInt64Float64 = 252
  • ConvertInt64Int16 = 245
  • ConvertInt64Int32 = 247
  • ConvertInt64Int64 = 249
  • ConvertInt64Int8 = 243
  • ConvertInt64UInt16 = 246
  • ConvertInt64UInt32 = 248
  • ConvertInt64UInt64 = 250
  • ConvertInt64UInt8 = 244
  • ConvertInt8Float32 = 191
  • ConvertInt8Float64 = 192
  • ConvertInt8Int16 = 185
  • ConvertInt8Int32 = 187
  • ConvertInt8Int64 = 189
  • ConvertInt8Int8 = 183
  • ConvertInt8UInt16 = 186
  • ConvertInt8UInt32 = 188
  • ConvertInt8UInt64 = 190
  • ConvertInt8UInt8 = 184
  • ConvertPointerFloat32 = 291
  • ConvertPointerFloat64 = 292
  • ConvertPointerInt16 = 285
  • ConvertPointerInt32 = 287
  • ConvertPointerInt64 = 289
  • ConvertPointerInt8 = 283
  • ConvertPointerUInt16 = 286
  • ConvertPointerUInt32 = 288
  • ConvertPointerUInt64 = 290
  • ConvertPointerUInt8 = 284
  • ConvertUInt16Float32 = 221
  • ConvertUInt16Float64 = 222
  • ConvertUInt16Int16 = 215
  • ConvertUInt16Int32 = 217
  • ConvertUInt16Int64 = 219
  • ConvertUInt16Int8 = 213
  • ConvertUInt16UInt16 = 216
  • ConvertUInt16UInt32 = 218
  • ConvertUInt16UInt64 = 220
  • ConvertUInt16UInt8 = 214
  • ConvertUInt32Float32 = 241
  • ConvertUInt32Float64 = 242
  • ConvertUInt32Int16 = 235
  • ConvertUInt32Int32 = 237
  • ConvertUInt32Int64 = 239
  • ConvertUInt32Int8 = 233
  • ConvertUInt32UInt16 = 236
  • ConvertUInt32UInt32 = 238
  • ConvertUInt32UInt64 = 240
  • ConvertUInt32UInt8 = 234
  • ConvertUInt64Float32 = 261
  • ConvertUInt64Float64 = 262
  • ConvertUInt64Int16 = 255
  • ConvertUInt64Int32 = 257
  • ConvertUInt64Int64 = 259
  • ConvertUInt64Int8 = 253
  • ConvertUInt64UInt16 = 256
  • ConvertUInt64UInt32 = 258
  • ConvertUInt64UInt64 = 260
  • ConvertUInt64UInt8 = 254
  • ConvertUInt8Float32 = 201
  • ConvertUInt8Float64 = 202
  • ConvertUInt8Int16 = 195
  • ConvertUInt8Int32 = 197
  • ConvertUInt8Int64 = 199
  • ConvertUInt8Int8 = 193
  • ConvertUInt8UInt16 = 196
  • ConvertUInt8UInt32 = 198
  • ConvertUInt8UInt64 = 200
  • ConvertUInt8UInt8 = 194
  • DivideFloat32 = 59
  • DivideFloat64 = 60
  • DivideInt64 = 57
  • DivideInt8 = 51
  • DivideUInt64 = 58
  • DivideUInt8 = 52
  • EqualToFloat32 = 99
  • EqualToFloat64 = 100
  • EqualToInt64 = 97
  • EqualToInt8 = 91
  • EqualToUInt64 = 98
  • EqualToUInt8 = 92
  • GreaterThanFloat32 = 119
  • GreaterThanFloat64 = 120
  • GreaterThanInt64 = 117
  • GreaterThanInt8 = 111
  • GreaterThanUInt64 = 118
  • GreaterThanUInt8 = 112
  • LessThanFloat32 = 109
  • LessThanFloat64 = 110
  • LessThanInt64 = 107
  • LessThanInt8 = 101
  • LessThanUInt64 = 108
  • LessThanUInt8 = 102
  • LoadConstant = 10
  • LoadFramePointer = 11
  • LoadGlobal = 14
  • LoadFunction = 7
  • LoadPointer = 15
  • LoadMemory = 11
  • LoadMemoryIndirect = 12
  • LoadValue = 8
  • LogicalNot = 58
  • ModuloFloat32 = 89
  • ModuloFloat64 = 90
  • ModuloInt64 = 87
  • ModuloInt8 = 81
  • ModuloUInt64 = 88
  • ModuloUInt8 = 82
  • MultiplyFloat32 = 49
  • MultiplyFloat64 = 50
  • MultiplyInt64 = 47
  • MultiplyInt8 = 41
  • MultiplyUInt64 = 48
  • MultiplyUInt8 = 42
  • NegateFloat32 = 179
  • NegateFloat64 = 180
  • NegateInt64 = 177
  • NegateInt8 = 171
  • NegateUInt64 = 178
  • NegateUInt8 = 172
  • NotFloat32 = 159
  • NotFloat64 = 160
  • NotInt64 = 157
  • NotInt8 = 151
  • NotUInt64 = 158
  • NotUInt8 = 152
  • OffsetPointer = 20
  • ShiftLeftFloat32 = 69
  • ShiftLeftFloat64 = 70
  • ShiftLeftInt16 = 63
  • ShiftLeftInt32 = 65
  • ShiftLeftInt64 = 67
  • ShiftLeftInt8 = 61
  • ShiftLeftUInt16 = 64
  • ShiftLeftUInt32 = 66
  • ShiftLeftUInt64 = 68
  • ShiftLeftUInt8 = 62
  • ShiftRightFloat32 = 79
  • ShiftRightFloat64 = 80
  • ShiftRightInt16 = 73
  • ShiftRightInt32 = 75
  • ShiftRightInt64 = 77
  • ShiftRightInt8 = 71
  • ShiftRightUInt16 = 74
  • ShiftRightUInt32 = 76
  • ShiftRightUInt64 = 78
  • ShiftRightUInt8 = 72
  • StoreGlobal = 18
  • StorePointer = 19
  • SubtractFloat32 = 39
  • SubtractFloat64 = 40
  • StoreMemory = 15
  • SubtractInt64 = 37
  • SubtractInt8 = 31
  • SubtractUInt64 = 38
  • SubtractUInt8 = 32
• public class ResolvedVariable
  • public BaseFunction Function { get; }
  • public int Index { get; }
  • public VariableScope Scope { get; }
  • public CType VariableType { get; }
  • public ResolvedVariable(VariableScope scope, int index, CType variableType)
  • public ResolvedVariable(BaseFunction function, int index)
• public enum VariableScope
  • Arg = 1
  • Function = 3
  • Global = 0
  • Local = 2

CLanguage.Parser

• public class CParser
  • public static Expression TryParseExpression(Report report, Token[] tokens)
  • public static string yyname(int token)
  • public TranslationUnit ParseTranslationUnit(string name, string code, Include include, Report report)
  • public TranslationUnit ParseTranslationUnit(Report report, string name, Include include, Token[][] tokens)
  • public TranslationUnit ParseTranslationUnit(string name, string code, Report report = null)
  • public TranslationUnit ParseTranslationUnit(Lexer lexer)
• public class LexedDocument
• public class Lexer : yyInput
  • public static readonly HashSet<int> KeywordTokens
  • public static readonly HashSet<int> OperatorTokens
  • public Token CurrentToken { get; }
  • public Document Document { get; }
  • public Lexer(Document document, Report report = null)
  • public Lexer(Preprocessor pp)
  • public bool Advance()
  • public void SkipWhiteSpace()
  • public bool advance()
  • public int token()
  • public object value()
• public class ParserInput : yyInput
• public class Preprocessor
  • public sealed delegate Include : MulticastDelegate
  • public Preprocessor(Include include, Report report, Token[][] tokens)
  • public Token[] Preprocess()
  • public int CurrentPosition { get; }
  • public Report Report { get; }
  • public Preprocessor(Report report = null)
  • public Preprocessor(string name, string code, Report report = null)
  • public void AddCode(string name, string code)
  • public void AddDiskFile(string path, string content)
  • public void Dump(TextWriter o, bool showLineNumbers)
  • public int Peek()
  • public int Read()
• public class TokenKind
• public class Token
  • public const int ADD_ASSIGN = 275
  • public const int AND_ASSIGN = 279
  • public const int AND_OP = 270
  • public const int AUTO = 286
  • public const int BOOL = 301
  • public const int BREAK = 321
  • public const int CASE = 311
  • public const int CHAR = 290
  • public const int CLASS = 307
  • public const int COMPLEX = 302
  • public const int CONST = 298
  • public const int CONSTANT = 258
  • public const int CONTINUE = 320
  • public const int DEC_OP = 263
  • public const int DEFAULT = 312
  • public const int DIV_ASSIGN = 273
  • public const int DO = 317
  • public const int DOUBLE = 297
  • public const int ELLIPSIS = 310
  • public const int ELSE = 314
  • public const int ENUM = 309
  • public const int EQ_OP = 268
  • public const int EXTERN = 284
  • public const int FALSE = 305
  • public const int FLOAT = 296
  • public const int FOR = 318
  • public const int GE_OP = 267
  • public const int GOTO = 319
  • public const int IDENTIFIER = 257
  • public const int IF = 313
  • public const int IMAGINARY = 303
  • public const int INC_OP = 262
  • public const int INLINE = 288
  • public const int INT = 292
  • public const int LE_OP = 266
  • public const int LEFT_ASSIGN = 277
  • public const int LEFT_OP = 264
  • public const int LONG = 293
  • public const int MOD_ASSIGN = 274
  • public const int MUL_ASSIGN = 272
  • public const int NE_OP = 269
  • public const int OR_ASSIGN = 281
  • public const int OR_OP = 271
  • public const int PTR_OP = 261
  • public const int REGISTER = 287
  • public const int RESTRICT = 289
  • public const int RETURN = 322
  • public const int RIGHT_ASSIGN = 278
  • public const int RIGHT_OP = 265
  • public const int SHORT = 291
  • public const int SIGNED = 294
  • public const int SIZEOF = 260
  • public const int STATIC = 285
  • public const int STRING_LITERAL = 259
  • public const int STRUCT = 306
  • public const int SUB_ASSIGN = 276
  • public const int SWITCH = 315
  • public const int TRUE = 304
  • public const int TYPE_NAME = 282
  • public const int TYPEDEF = 283
  • public const int UNION = 308
  • public const int UNSIGNED = 295
  • public const int VOID = 300
  • public const int VOLATILE = 299
  • public const int WHILE = 316
  • public const int XOR_ASSIGN = 280
  • public const int yyErrorCode = 256
  • public Token()

CLanguage.Syntax

• public class ArrayDeclarator : Declarator
  • public TypeQualifiers TypeQualifiers { get; set; }
  • public ArrayDeclarator(Declarator innerDeclarator, Expression length)
  • public TypeQualifiers TypeQualifiers { get; set; }
  • public ArrayDeclarator()
• public class Block : Statement
  • public Dictionary<string, CEnumType> Enums { get; }
  • public Location EndLocation { get; set; }
  • public Block Parent { get; set; }
  • public Location StartLocation { get; }
  • public Dictionary<string, CStructType> Structures { get; }
  • public VariableScope VariableScope { get; }
  • public Block(VariableScope variableScope, IEnumerable<Statement> statements)
  • public Block(VariableScope variableScope)
  • public Block()
  • public Block(Location startLoc, List<Statement> statements, Location endLoc)
  • public Block(Location startLoc, Location endLoc)
  • public Block(Block parent, Location startLoc)
  • public void AddStatements(IEnumerable<Statement> stmts)
  • public void AddVariable(string name, CType ctype)
• public class BreakStatement : Statement
• public class CastExpression : Expression
• public struct ColorSpan
• public class ConstantExpression : Expression
  • public int EmitValue { get; }
• public class ContinueStatement : Statement
• public abstract class Declaration : Statement
  • public Declaration()
• public class DeclarationSpecifiers
  • public TypeQualifiers TypeQualifiers { get; set; }
  • public TypeQualifiers TypeQualifiers { get; set; }
• public enum DeclarationsVisibility
• public abstract class Declarator
  • protected Declarator(Declarator innerDeclarator)
  • protected Declarator()
• public class Document
• public class EnumeratorStatement : Statement
• public abstract class Expression
  • public virtual bool CanEmitPointer { get; }
  • public Location EndLocation { get; protected set; }
  • protected static CType GetArithmeticType(Expression leftExpr, Expression rightExpr, string op, EmitContext ec)
  • protected static CType GetPromotedType(Expression expr, string op, EmitContext ec)
  • protected abstract void DoEmit(EmitContext ec)
  • protected virtual void DoEmitPointer(EmitContext ec)
  • public void Emit(EmitContext ec)
  • public void EmitPointer(EmitContext ec)
  • public virtual Value EvalConstant(EmitContext ec)
  • public abstract CType GetEvaluatedCType(EmitContext ec)
  • protected static CBasicType GetArithmeticType(Expression leftExpr, Expression rightExpr, string op, EmitContext ec)
  • protected static int GetInstructionOffset(CBasicType aType, EmitContext ec)
  • protected static CBasicType GetPromotedType(Expression expr, string op, EmitContext ec)
  • protected abstract void DoEmit(EmitContext ec)
  • protected virtual void DoEmitPointer(EmitContext ec)
  • public void Emit(EmitContext ec)
  • public void EmitPointer(EmitContext ec)
  • public abstract CType GetEvaluatedCType(EmitContext ec)
• public class ForStatement : Statement
  • public Block LoopBody { get; }
  • public Statement LoopBody { get; }
  • public ForStatement(Statement initStatement, Expression continueExpr, Block body)
  • public ForStatement(Statement initStatement, Expression continueExpr, Expression nextExpr, Block body)
  • 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 class FunctionDeclarator : Declarator
  • public bool CouldBeCtorCall { get; }
  • public FunctionDeclarator(Declarator innerDeclarator, List<ParameterDeclaration> parameters)
  • public FunctionDeclarator(List<ParameterDeclaration> parameters)
  • public FunctionDeclarator()
• public class FunctionDefinition : Statement
  • public FunctionDefinition(DeclarationSpecifiers specifiers, Declarator declarator, List<Declaration> parameterDeclarations, Block body)
  • public FunctionDefinition()
• public class IdentifierDeclarator : Declarator
  • public List<string> Context { get; }
  • public IdentifierDeclarator Push(string id)
• public class InitDeclarator
  • public InitDeclarator(Declarator declarator, Initializer initializer)
  • public InitDeclarator()
• public class Location
  • public readonly int Column
  • public readonly Document Document
  • public readonly int Index
  • public readonly int Line
  • public Location(Document document, int index, int line, int column)
  • public static Location op_Addition(Location location, int columnOffset)
  • public static bool op_Equality(Location x, Location y)
  • public static bool op_Inequality(Location x, Location y)
  • public bool Equals(Location y)
• public class MemberFromPointerExpression : Expression
• public class MultiDeclaratorStatement : Statement
  • public MultiDeclaratorStatement(DeclarationSpecifiers specifiers, List<InitDeclarator> initDeclarators)
  • public MultiDeclaratorStatement()
• public class ParameterDeclaration
  • public Expression CtorArgumentValue { get; }
  • public Expression DefaultValue { get; }
  • public ParameterDeclaration(Expression ctorArgumentValue)
  • public ParameterDeclaration(DeclarationSpecifiers specs, Declarator dec, Expression defaultValue)
• 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 abstract void AddDeclarationToBlock(BlockContext context)
  • protected abstract void DoEmit(EmitContext ec)
  • public void Emit(EmitContext ec)
  • public Block ToBlock()
  • protected abstract void DoEmit(EmitContext ec)
  • public void Emit(EmitContext ec)
• public class SwitchCase
• public class SwitchStatement : Statement
• public enum SyntaxColor
• public struct Token : IEquatable<Token>
• public class TranslationUnit : Block
  • public string Name { get; }
  • public TranslationUnit(string name)
  • public TranslationUnit()
• public class TypeName
  • public Declarator Declarator { get; }
  • public DeclarationSpecifiers Specifiers { get; }
  • public TypeName(DeclarationSpecifiers specifiers, Declarator declarator)
  • public TypeName()
• public enum TypeQualifiers
• public class VariableExpression : Expression
  • public VariableExpression(string val, Location loc, Location endLoc)
  • public VariableExpression(string val)
• public class VisibilityStatement : Statement
• public class WhileStatement : Statement
  • public Block Loop { get; }
  • public WhileStatement(bool isDo, Expression condition, Block loop)
  • public Statement Loop { get; }
  • public WhileStatement(bool isDo, Expression condition, Statement loop)

CLanguage.Types

• public class CArrayType : CType
  • public int? Length { get; }
  • public CArrayType(CType elementType, int? length)
  • public Expression LengthExpression { get; set; }
  • public CArrayType(CType elementType, Expression lengthExpression)
• public abstract class CBasicType : CType
  • public CBasicType ArithmeticConvert(CType otherType, EmitContext context)
  • public CBasicType IntegerPromote(EmitContext context)
  • public CBasicType ArithmeticConvert(CType otherType, EmitContext context)
  • public CBasicType IntegerPromote(EmitContext context)
• public class CEnumMember
• public class CEnumType : CType
• public class CFunctionType : CType
  • public CType DeclaringType { get; }
  • public bool IsInstance { get; }
  • public IReadOnlyList<Parameter> Parameters { get; }
  • public List<Parameter> Parameters { get; }
  • public CFunctionType(CType returnType, bool isInstance, CType declaringType)
  • public void AddParameter(string name, CType type, Value? defaultValue)
  • public bool ParameterTypesEqual(CFunctionType otherType)
  • public int ScoreParameterTypeMatches(CType[] argTypes)
  • public CFunctionType(CType returnType)
• public class CIntType : CBasicType
  • public int GetByteSize(MachineInfo c)
• public class CPointerType : CType
  • public static readonly CPointerType PointerToVoid
• public class CStructField : CStructMember
• public abstract class CStructMember
• public class CStructMethod : CStructMember
• public class CStructType : CType
• public abstract class CType
  • public abstract int NumValues { get; }
  • public TypeQualifiers TypeQualifiers { get; set; }
  • public TypeQualifiers TypeQualifiers { get; set; }
  • protected virtual CPointerType CreatePointerType()
  • public abstract int GetByteSize(EmitContext c)
  • public virtual object GetClrValue(Value[] values, MachineInfo machineInfo)
  • public virtual int ScoreCastTo(CType otherType)
  • public abstract int GetSize(EmitContext c)
• public enum TypeQualifiers
  • Const = 1
  • None = 0
  • Restrict = 2
  • Volatile = 4