private void ComputeCalleeFlagsAndFunctionPointerForReflectionInvokeThunk()
{
Debug.Assert(_conversionInfo.IsReflectionDynamicInvokerThunk);
Debug.Assert(!_callerArgs.Equals(default(ArgIterator)) && !_calleeArgs.Equals(default(ArgIterator)));
_callerArgs.GetNextOffset(); // Skip thisPtr
{
int ofsCaller = _callerArgs.GetNextOffset(); // methodToCall
Debug.Assert(TransitionBlock.InvalidOffset != ofsCaller);
void **pSrc = (void **)(_callerTransitionBlock + ofsCaller);
IntPtr functionPointer = new IntPtr(*pSrc);
bool forceCalleeHasParamType = UpdateCalleeFunctionPointer(functionPointer);
_calleeArgs.SetHasParamTypeAndReset(forceCalleeHasParamType);
}
_callerArgs.GetNextOffset(); // Skip argSetupState
// targetIsThisCall
{
int ofsCaller = _callerArgs.GetNextOffset(); // targetIsThisCall
Debug.Assert(TransitionBlock.InvalidOffset != ofsCaller);
bool *pSrc = (bool *)(_callerTransitionBlock + ofsCaller);
bool targetIsThisCall = *pSrc;
_calleeArgs.SetHasThisAndReset(targetIsThisCall);
}
_callerArgs.Reset();
}
public static void argit1(__arglist)
{
ArgIterator args = new ArgIterator(__arglist);
Boolean b = args.Equals(new Object());
}
public static void argit1 (__arglist)
{
ArgIterator args = new ArgIterator( __arglist );
Boolean b= args.Equals(new Object());
}