//private StiParserDataType get_category2(object par)
//{
// //if (par == null) return StiParserDataType.None;
// if (par == null) return StiParserDataType.Object;
// Type type = par.GetType();
// if (type == typeof(double)) return StiParserDataType.zDouble;
// if (type == typeof(decimal)) return StiParserDataType.zDecimal;
// if (type == typeof(Int32)) return StiParserDataType.Int32;
// if (type == typeof(string)) return StiParserDataType.String;
// if (type == typeof(bool)) return StiParserDataType.Bool;
// if (type == typeof(float)) return StiParserDataType.zFloat;
// if (type == typeof(UInt32)) return StiParserDataType.UInt32;
// if (type == typeof(byte)) return StiParserDataType.Byte;
// if (type == typeof(sbyte)) return StiParserDataType.SByte;
// if (type == typeof(Int16)) return StiParserDataType.Int16;
// if (type == typeof(UInt16)) return StiParserDataType.UInt16;
// if (type == typeof(Int64)) return StiParserDataType.Int64;
// if (type == typeof(UInt64)) return StiParserDataType.UInt64;
// if (type == typeof(char)) return StiParserDataType.Char;
// if (type == typeof(DateTime)) return StiParserDataType.DateTime;
// if (type == typeof(TimeSpan)) return StiParserDataType.TimeSpan;
// if (type == typeof(System.Drawing.Image)) return StiParserDataType.Image;
// if (type == typeof(object)) return StiParserDataType.Object;
// return StiParserDataType.None;
//}
#region CheckParserMethodInfo
private int CheckParserMethodInfo(ProryvFunctionType type, ArrayList args)
{
int count = args.Count;
Type[] types = new Type[count];
for (int index = 0; index < count; index++)
{
if (args[index] == null)
{
types[index] = typeof(object);
}
else
{
types[index] = args[index].GetType();
}
}
StiParserMethodInfo methodInfo = GetParserMethodInfo(type, types);
if (methodInfo != null)
{
return(methodInfo.Number);
}
return(0);
}
private void CheckTypes(List <StiAsmCommand> asmList)
{
if (asmList == null || asmList.Count == 0)
{
return;
}
Stack <StiCheckTypeData> stack = new Stack <StiCheckTypeData>();
List <StiCheckTypeData> argsList = null;
Type[] types = null;
StiCheckTypeData par1;
StiCheckTypeData par2;
foreach (StiAsmCommand asmCommand in asmList)
{
Type type = typeof(object);
switch (asmCommand.Type)
{
case StiAsmCommandType.PushValue:
stack.Push(new StiCheckTypeData(asmCommand.Parameter1.GetType(), asmCommand.Position, asmCommand.Length));
break;
//case StiAsmCommandType.PushVariable:
// #region push variable type
// string varName = (string)asmCommand.Parameter1;
// StiVariable var = report.Dictionary.Variables[varName];
// if (var != null)
// {
// type = var.Type;
// }
// else
// {
// if (report.Variables != null && report.Variables.ContainsKey(varName))
// {
// object varValue = report.Variables[varName];
// if (varValue != null) type = varValue.GetType();
// }
// }
// stack.Push(new StiCheckTypeData(type, asmCommand.Position, asmCommand.Length));
// #endregion
// break;
//case StiAsmCommandType.PushSystemVariable:
// object systemVariableValue = get_systemVariable(asmCommand.Parameter1);
// if (systemVariableValue != null) type = systemVariableValue.GetType();
// stack.Push(new StiCheckTypeData(type, asmCommand.Position, asmCommand.Length));
// break;
case StiAsmCommandType.PushComponent:
stack.Push(new StiCheckTypeData((asmCommand.Parameter1 == null ? typeof(object) : asmCommand.Parameter1.GetType()), asmCommand.Position, asmCommand.Length));
break;
case StiAsmCommandType.CopyToVariable:
stack.Peek();
break;
case StiAsmCommandType.PushFunction:
#region Push function value
argsList = new List <StiCheckTypeData>();
for (int index = 0; index < (int)asmCommand.Parameter2; index++)
{
argsList.Add(stack.Pop());
}
argsList.Reverse();
types = new Type[argsList.Count];
for (int index = 0; index < argsList.Count; index++)
{
types[index] = argsList[index].TypeCode;
}
StiParserMethodInfo methodInfo = GetParserMethodInfo((ProryvFunctionType)asmCommand.Parameter1, types);
type = methodInfo != null ? methodInfo.ReturnType : typeof(object);
stack.Push(new StiCheckTypeData(type, asmCommand.Position, asmCommand.Length));
#endregion
break;
case StiAsmCommandType.PushMethod:
#region Push method value
argsList = new List <StiCheckTypeData>();
for (int index = 0; index < (int)asmCommand.Parameter2; index++)
{
argsList.Add(stack.Pop() as StiCheckTypeData);
}
argsList.Reverse();
types = new Type[argsList.Count];
for (int index = 0; index < argsList.Count; index++)
{
types[index] = argsList[index].TypeCode;
}
type = GetMethodResultType((StiMethodType)asmCommand.Parameter1, types);
stack.Push(new StiCheckTypeData(type, asmCommand.Position, asmCommand.Length));
#endregion
break;
case StiAsmCommandType.PushProperty:
type = GetPropertyType((StiPropertyType)asmCommand.Parameter1, stack.Pop().TypeCode);
stack.Push(new StiCheckTypeData(type, asmCommand.Position, asmCommand.Length));
break;
case StiAsmCommandType.PushArrayElement:
#region Push array value
argsList = new List <StiCheckTypeData>();
for (int index = 0; index < (int)asmCommand.Parameter1; index++)
{
argsList.Add(stack.Pop());
}
argsList.Reverse();
types = new Type[argsList.Count];
for (int index = 0; index < argsList.Count; index++)
{
types[index] = argsList[index].TypeCode;
}
type = GetArrayElementType(types);
stack.Push(new StiCheckTypeData(type, asmCommand.Position, asmCommand.Length));
#endregion
break;
case StiAsmCommandType.Add:
case StiAsmCommandType.Sub:
case StiAsmCommandType.Mult:
case StiAsmCommandType.Div:
case StiAsmCommandType.Mod:
case StiAsmCommandType.Shl:
case StiAsmCommandType.Shr:
case StiAsmCommandType.And:
case StiAsmCommandType.Or:
case StiAsmCommandType.Xor:
case StiAsmCommandType.And2:
case StiAsmCommandType.Or2:
par2 = stack.Pop();
par1 = stack.Pop();
types = new Type[2] {
par1.TypeCode, par2.TypeCode
};
StiParserMethodInfo methodInfo2 = GetParserMethodInfo((ProryvFunctionType)asmCommand.Type, types);
type = methodInfo2 != null ? methodInfo2.ReturnType : typeof(object);
stack.Push(new StiCheckTypeData(type, asmCommand.Position, asmCommand.Length));
break;
case StiAsmCommandType.Neg:
case StiAsmCommandType.Not:
par1 = stack.Pop();
types = new Type[1] {
par1.TypeCode
};
StiParserMethodInfo methodInfo3 = GetParserMethodInfo((ProryvFunctionType)asmCommand.Type, types);
type = methodInfo3 != null ? methodInfo3.ReturnType : typeof(object);
stack.Push(new StiCheckTypeData(type, asmCommand.Position, asmCommand.Length));
break;
//case StiAsmCommandType.Power:
case StiAsmCommandType.CompareLeft:
case StiAsmCommandType.CompareLeftEqual:
case StiAsmCommandType.CompareRight:
case StiAsmCommandType.CompareRightEqual:
case StiAsmCommandType.CompareEqual:
case StiAsmCommandType.CompareNotEqual:
par2 = stack.Pop();
par1 = stack.Pop();
//
// need to check type equality; todo
//
type = typeof(bool);
stack.Push(new StiCheckTypeData(type, asmCommand.Position, asmCommand.Length));
break;
case StiAsmCommandType.Cast:
par1 = stack.Pop();
type = Type.GetType("System." + asmCommand.Parameter1);
stack.Push(new StiCheckTypeData(type, asmCommand.Position, asmCommand.Length));
break;
}
}
}