public override ILType GetResultType(ILGenerationContext context)
{
ILType operandType = Operand.GetResultType(context);
ILBaseType operandBaseType = operandType as ILBaseType;
if (operandBaseType == null || !Types.IsIntegralType(operandBaseType.Type))
throw new ParserException("Invalid operation on non-integral type.", TokenIndex, Token);
return operandBaseType;
}
public override ILType GetResultType(ILGenerationContext context)
{
ILType operandType = Operand.GetResultType(context);
ILPointerType pointerType = operandType as ILPointerType;
if (pointerType == null)
throw new ParserException("Unable to dereference non-pointer type.", TokenIndex, Token);
return pointerType.InnerType.Type;
}
public override ILType GetResultType(ILGenerationContext context)
{
ILType operandType = Operand.GetResultType(context);
switch (operandType.Category)
{
case ILTypeCategory.Base:
return operandType;
case ILTypeCategory.Struct:
throw new ParserException("Invalid operation on struct type.", TokenIndex, Token);
case ILTypeCategory.Pointer:
return operandType;
default:
throw new InternalCompilerException("Unknown ILType category.");
}
}
public override ILType GetResultType(ILGenerationContext context)
{
ILType leftType = Left.GetResultType(context);
ILType rightType = Right.GetResultType(context);
if (leftType.Category == ILTypeCategory.Struct || rightType.Category == ILTypeCategory.Struct)
throw new ParserException("Invalid operation on struct type.", TokenIndex, Token);
else if (leftType.Category == ILTypeCategory.Pointer && rightType.Category == ILTypeCategory.Pointer)
throw new ParserException("Cannot perform operation on pointer type and pointer type.", TokenIndex, Token);
else if (leftType.Category == ILTypeCategory.Pointer && rightType.Category == ILTypeCategory.Base)
return leftType;
else if (leftType.Category == ILTypeCategory.Base && rightType.Category == ILTypeCategory.Pointer)
return rightType;
else //Both types are base types
return base.GetResultType(context);
}
public override ILType GetResultType(ILGenerationContext context)
{
ILType operandType = Operand.GetResultType(context);
switch (operandType.Category)
{
case ILTypeCategory.Base:
return operandType;
case ILTypeCategory.Pointer:
return operandType;
case ILTypeCategory.Struct:
throw new ParserException("Invalid operation on struct type.", TokenIndex, Token);
}
ILBaseType operandBaseType = operandType as ILBaseType;
if (operandBaseType == null || !Types.IsIntegralType(operandBaseType.Type))
throw new ParserException("Invalid operation on non-integral type.", TokenIndex, Token);
return operandBaseType;
}
public override ILType GetResultType(ILGenerationContext context)
{
ILType leftType = Left.GetResultType(context);
ILType rightType = Right.GetResultType(context);
if (leftType.Category == ILTypeCategory.Struct || rightType.Category == ILTypeCategory.Struct)
{
throw new ParserException("Invalid operation on struct type.", TokenIndex, Token);
}
if (leftType.Category == ILTypeCategory.Pointer || rightType.Category == ILTypeCategory.Pointer) // Pointer Arithmetic Is Handled In BasicArithmeticBinaryOperatorNode
{
throw new ParserException("Invalid operation on pointer type.", TokenIndex, Token);
}
ILBaseType leftBaseType = (ILBaseType)leftType;
ILBaseType rightBaseType = (ILBaseType)rightType;
var promotedType = Promote(leftBaseType.Type, rightBaseType.Type);
return new ILBaseType(promotedType);
}
protected override void GenerateILInternal(ILGenerationContext context)
{
context.Output.Write(new ILLoadF { Address = ILAddressingReference.CreateConstant(1.0), Size = FloatOperandSize.Size32 });
}
public override ILType GetResultType(ILGenerationContext context)
{
return new ILPointerType(new ILBaseType(Language.BaseType.Char));
}
public virtual bool IsLValue(ILGenerationContext context) { throw new NotImplementedException("Hit fallback IsLValue method."); }
protected override void GenerateILInternal(ILGenerationContext context)
{
Value.GenerateIL(context);
}
public virtual ILAddressingReference GenerateLValue(ILGenerationContext context) { throw new NotImplementedException("Hit fallback GenerateLValue method."); }
public override ILType GetResultType(ILGenerationContext context)
{
return new ILBaseType(BaseType.Char);
}
public override ILType GetResultType(ILGenerationContext context)
{
return Value.GetResultType(context);
}
public override ILType GetResultType(ILGenerationContext context)
{
return new ILBaseType(Language.BaseType.Int);
}
public override ILType GetResultType(ILGenerationContext context)
{
return context.ResolveTypeReference(Type).Type; //TODO: CHECK WHETHER IGNORING MODIFIERS HERE COULD CAUSE ISSUES
}
protected override void GenerateILInternal(ILGenerationContext context)
{
throw new NotImplementedException();
}
public abstract ILType GetResultType(ILGenerationContext context);
public void RegisterVariable(ILGenerationContext context, string name, ILTypeReference type)
{
if (Variables.ContainsKey(name))
throw new ParserException(string.Format("Duplicate definition for variable \"{0}\".", name), context.CurrentNode.TokenIndex, context.CurrentNode.Token);
}
public void RegisterStruct(ILGenerationContext context, ILStructType type)
{
if (Structs.ContainsKey(type.Name))
throw new ParserException(string.Format("Duplicate definition for type struct \"{0}\".", type.Name), context.CurrentNode.TokenIndex, context.CurrentNode.Token);
Structs.Add(type.Name, type);
}
public override ILType GetResultType(ILGenerationContext context)
{
ILType operandType = Operand.GetResultType(context);
return new ILPointerType(operandType);
}
public virtual void GenerateIL(ILGenerationContext context)
{
context.CurrentNode = this;
GenerateILInternal(context);
}
protected virtual void GenerateILInternal(ILGenerationContext context) //This should be made internal at some point
{
throw new NotImplementedException("Hit Node.cs fallback GenerateILInternal.");
}
public override ILType GetResultType(ILGenerationContext context)
{
throw new NotImplementedException();
}
protected override void GenerateILInternal(ILGenerationContext context)
{
context.Output.Write(new ILLoad { Address = ILAddressingReference.CreateConstant(Value), Size = (GeneralOperandSize)Types.GetBaseTypeSize(BaseType.Int) });
}
