public IOperator RegisterUnaryCastOperator(OperandType operandType, int precedence, DoubleOperandFunctionMatrix matrix)
{
var text = operandType.ToString();
var castToOperand = new Operand(operandType);
var op = new Operator(
OperatorType.UnaryCastOperator,
precedence,
ShortCircuitMode.None,
(operandStack, vSet, parserPosition) =>
{
var result = OperatorActions.DoUnaryCastOperation(matrix, operandStack, vSet, castToOperand);
if (result != null)
{
throw new ExpressionEvaluatorException(parserPosition,
ExpressionEvaluatorException.ExceptionCause.BadUnaryOperand,
"Cast to (" + text + ") cannot be applied to operand of type " + result.Item1);
}
},
text
);
Operators.Add(text, op);
OperatorMatrices.Add(op, matrix);
return(op);
}
/// <summary>
/// Returns a string representation of the operand.
/// </summary>
/// <returns>String representation of the operand.</returns>
public override string ToString()
{
switch (m_operandType)
{
case OperandType.Literal:
return(ToString(m_objectValue));
case OperandType.Variable:
return(m_objectValue.ToString());
case OperandType.LiteralIndexedVariable:
return(m_objectValue + "[" + ToString(m_objectIndex) + "]");
case OperandType.VariableIndexedVariable:
return(m_objectValue + "[" + m_objectIndex + "]");
case OperandType.InstructionRef:
return("[" + ((ScriptInstruction)m_objectValue).Address.ToString("00000000") + "]");
case OperandType.ScriptFunctionRef:
{
ScriptFunction scriptFunction = (ScriptFunction)m_objectValue;
return("[" + scriptFunction.EntryPoint.Address.ToString("00000000") + "] : " + scriptFunction.Name + "(...)");
}
case OperandType.HostFunctionRef:
return(m_objectValue.ToString());
default:
return(m_operandType.ToString());
}
}
public override string ToString()
{
return(string.Format("[SelectionCriteria] - Type: {0}, OperandType: {1}, Property: {2}, Comparison: {3}, Value: {4}",
(Type != null) ? Type.ToString() : "null",
OperandType.ToString(),
(Property != null) ? Property.Name : "null",
ComparisonMethod.ToString(),
(Value != null) ? Value.ToString() : "null"));
}
public static object ReadArg(IBinaryReader binaryReader, Context.IOperandReaderContext context, OperandType operandType)
{
IOperandReader reader;
if (argumentReadersCache.TryGetValue(operandType, out reader))
{
return(reader.Read(binaryReader, context));
}
throw new System.NotSupportedException(operandType.ToString());
}
private static string GetRegisterName(OperandType operandType)
{
switch (operandType)
{
case OperandType.Temp:
case OperandType.Input:
case OperandType.Output:
case OperandType.IndexableTemp:
case OperandType.ConstantBuffer:
return(operandType.ToString() + "s");
default:
throw new ArgumentOutOfRangeException("operandType");
}
}
public override string ToString()
{
switch (m_operandType)
{
case OperandType.Literal:
{
// \todo improve
if (m_objectValue.GetType().ToString() == "System.String")
{
return(ToLiteral((string)m_objectValue));
}
else if (m_objectValue.GetType().ToString() == "System.Char")
{
return(ToLiteral("" + (char)m_objectValue));
}
else
{
return(ToString(m_objectValue));
}
}
case OperandType.Variable:
return(m_objectValue.ToString());
case OperandType.Member:
return(m_objectValue + "[" + ToString(m_objectIndex) + "]");
case OperandType.Pointer:
return(m_objectValue + "[" + m_objectIndex + "]");
case OperandType.InstructionPointer:
return("[" + ((Instruction)m_objectValue).Address.ToString("X8") + "]");
case OperandType.FunctionPointer:
{
Function scriptFunction = (Function)m_objectValue;
return("<" + scriptFunction.Name + "@" + scriptFunction.EntryPoint.Address.ToString("X8") + ">");
}
case OperandType.RoutinePointer:
return(m_objectValue.ToString());
default:
return(ToLiteral(m_operandType.ToString()));
}
}
public decimal ParseOperand(string Operand, OperandType ExpectedType)
{
switch (ExpectedType)
{
case OperandType.Register:
return(ParseRegister(Operand));
case OperandType.Number16bit:
return(ParseNumber16Bit(Operand));
case OperandType.Number26bit:
return(ParseNumber26Bit(Operand));
case OperandType.Offset:
return(ParseOffset(Operand));
}
throw new ArgumentException($"Expected type {ExpectedType.ToString()} got \"{Operand}\" instead.");
}
public MultiplicationException(OperandType lhs, OperandType rhs)
: base("<" + lhs.ToString() + ">" + " * " + "<" + rhs.ToString() + ">" + "is not a valid multiplication.")
{
}
private static string GetRegisterName(OperandType operandType)
{
switch (operandType)
{
case OperandType.Temp:
case OperandType.Input:
case OperandType.Output:
case OperandType.IndexableTemp:
case OperandType.ConstantBuffer:
return operandType.ToString() + "s";
default:
throw new ArgumentOutOfRangeException("operandType");
}
}
public AdditionException(OperandType lhs, OperandType rhs)
: base("<" + lhs.ToString() + ">" + " + " + "<" + rhs.ToString() + ">" + "is not a valid additon.")
{
}
public SubtractionException(OperandType lhs, OperandType rhs)
: base("<" +lhs.ToString() + ">" + " - " + "<" + rhs.ToString() + ">" + "is not a valid subtraction.")
{
}
public EqualException(OperandType lhs, OperandType rhs)
: base("<" + lhs.ToString() + ">" + " == " + "<" + rhs.ToString() + ">" + "is not a valid equality.")
{
}
private static char ToChar(OperandType t) => t == OperandType.AddressOfAddress ? 'p' : t.ToString().ToLower()[0];
public DivisionException(OperandType lhs, OperandType rhs)
: base("<" + lhs.ToString() + ">" + " / " + "<" + rhs.ToString() + ">" + "is not a valid division.")
{
}