public static ICirFunction createTempCirFunctionWithReturnTypeAndArguments(ICirData cirData, CommonIRDumpCommonIRFunctionSigType fsSymbol)
{
//String sSymbolDef = fsSymbol.SymbolDef;
ICirFunction cfCirFunction = new CirFunction {};
//ICirFunction cfCirFunction;
/* var functionSignature = getSymbol(cirData, sSymbolDef);
if (cirData.dTemp_Functions_bySymbolDef.ContainsKey(sSymbolDef))
cfCirFunction = cirData.dTemp_Functions_bySymbolDef[sSymbolDef];
else
{
cfCirFunction = new CirFunction { SymbolDef = sSymbolDef };
cirData.dFunctions_bySignature.Add(functionSignature, cfCirFunction);
cirData.dTemp_Functions_bySymbolDef.Add(sSymbolDef, cfCirFunction);
//addSymbol(cirData, sSymbolDef, DI.CONST_NEED_SIGNATURE); // create an SymbolRef with no signature
}
/*if (cirData.dFunctions_bySymbolDef.ContainsKey(sSymbolDef))
cfCirFunction = cirData.dFunctions_bySymbolDef[sSymbolDef];
else
{
cfCirFunction = new CirFunction { SymbolDef = sSymbolDef };
cirData.dFunctions_bySignature.Add(functionSignature, cfCirFunction);
cirData.dFunctions_bySymbolDef.Add(sSymbolDef, cfCirFunction);
//addSymbol(cirData, sSymbolDef, DI.CONST_NEED_SIGNATURE); // create an SymbolRef with no signature
}*/
//if (cfCirFunction.ReturnType == "") // check if these values have been set
//{
//cfCirFunction.ReturnType = fsSymbol.ReturnType.SymbolRef;
cfCirFunction.ReturnType = fsSymbol.ReturnType.PrintableType;
//addSymbol(cirData, fsSymbol.ReturnType.SymbolRef, fsSymbol.ReturnType.PrintableType);
if (fsSymbol.ArgumentTypes != null)
foreach (CommonIRDumpCommonIRFunctionSigTypeArgument fsArgumentType in fsSymbol.ArgumentTypes)
{
if (false == ViewHelpers.getCirParameterTypeStringList(cfCirFunction.FunctionParameters).Contains(fsArgumentType.SymbolRef))
// if there are probs with more arguments than reality, i will need to add
// a more thorough check here (one that handles the differences between the first time data is added (which makes it an 'add' )
// and the 2nd time (which makes it an 'confirm that they are the same' )
{
cfCirFunction.FunctionParameters.Add(new CirFunctionParameter { ParameterName = "", ParameterType = fsArgumentType.PrintableType });//fsArgumentType.SymbolRef});
//addSymbol(cirData, fsArgumentType.SymbolRef, fsArgumentType.PrintableType);
}
}
//}
/*else if (cfCirFunction.ReturnType != fsSymbol.ReturnType.SymbolRef)
// double check that nothing major is wrong, since these values should match
DI.log.error(
"in addToFunction_ArgumentsAndReturnType, cfCirFunction.ReturnType != fsSymbol.ReturnType.SymbolRef: {0} != {1}",
cfCirFunction.ReturnType, fsSymbol.ReturnType.SymbolRef);*/
return cfCirFunction;
}
public static void mapFunctionsMetadata(ICirData cirData, CommonIRDumpCommonIRFunctionSigType[] afsSymbols)
{
if (afsSymbols != null)
{
// first get all current mappings on afsSymbols;
var tempCirFunctions = new Dictionary<string,ICirFunction>();
foreach (CommonIRDumpCommonIRFunctionSigType fsSymbol in afsSymbols)
{
//dSymbols.Add(fsSymbol.SymbolDef, fsSymbol.UniqueID); // fsSymbol doesn't have the signature just the arguments and returntype
// dSymbols_Function.Add(fsSymbol.SymbolDef, fsSymbol);
tempCirFunctions.Add(fsSymbol.SymbolDef, createTempCirFunctionWithReturnTypeAndArguments(cirData, fsSymbol));
}
// then map them to the current functions
foreach(var cirFunction in cirData.dFunctions_bySignature.Values)
{
if (tempCirFunctions.ContainsKey(cirFunction.SymbolDef))
{
cirFunction.ReturnType = tempCirFunctions[cirFunction.SymbolDef].ReturnType;
cirFunction.FunctionParameters = tempCirFunctions[cirFunction.SymbolDef].FunctionParameters;
}
}
}
}