search for: comparecallsit

...bout that: // CallSites have equal signatures bool MSILWriter::cmpCallSite(CallSite A, CallSite B) { return (getCallSiteFType(A)==getCallSiteFType(B) && A.getAttributes()==B.getAttributes()); } // Comparision for std::lower_bound used in MSILWriter::printExternals() bool MSILWriter::compareCallSite(CallSite A, CallSite B) { return getCallSiteFType(A)<getCallSiteFType(B); } // Constructs function type from given CallSite FunctionType* MSILWriter::getCallSiteFType(CallSite CS) { std::vector<const Type *> params; CallSite::arg_iterator AI=CS.arg_begin(), AE = CS.arg_end(); for...

...t; } As it is impossible to honour argument attributes in MSIL I don't see why you should compare attributes. You seems to have the same MSIL call signature for calls with different param attrs. > // Comparision for std::lower_bound used in MSILWriter::printExternals() > bool MSILWriter::compareCallSite(CallSite A, CallSite B) { >   return getCallSiteFType(A)<getCallSiteFType(B); > } Hrm... You're building type for each comparison, which seems to be quite inefficient. Why don't iterate over all variadic call sites of the function and build a single map CS => FunctionType? Also...

Hi, Artur > The interesting for me part of the CallInst is printf(i8* noalias %0, i32 > 123). > I was diging in doxygen documentation but I really can't see the easy way to > compare those instructions and again finish with reinvented (but working) > wheel ;). Ah, sorry. I missed that you're doing variadic calls, not casting variadic function to definite ones. I think you

Hello, > So, looking for type of callee (not result, but function type!) you'll > obtain the > real "signature" of callee and if you'll strip all pointer cast you'll > obtain the "declaration" (=variadic) type of the callee. Maybe I misunderstood something but I just get the variadic declaration not the real "signature", like this: const