bool run_intercept_handler_for_invokefunc(TypedValue* retval,
const Func* f,
CArrRef params,
ObjectData* this_,
StringData* invName,
Variant* ihandler) {
using namespace HPHP::VM::Transl;
ASSERT(ihandler);
ASSERT(retval);
Variant doneFlag = true;
Array args = params;
if (invName) {
// This is a magic call, so we need to shuffle the args
HphpArray* magicArgs = NEW(HphpArray)(2);
magicArgs->append(invName, false);
magicArgs->append(params, false);
args = magicArgs;
}
Array intArgs =
CREATE_VECTOR5(f->fullNameRef(), (this_ ? Variant(Object(this_)) : null),
args, ihandler->asCArrRef()[1], ref(doneFlag));
call_intercept_handler<false>(retval, intArgs, NULL, ihandler);
// $done is true, meaning don't enter the intercepted function.
return !doneFlag.toBoolean();
}
// Returned array has refcount one! Caller must not incref.
HphpArray* pack_args_into_array(ActRec* ar, int nargs) {
HphpArray* argArray = HphpArray::MakeReserve(nargs);
for (int i = 0; i < nargs; ++i) {
TypedValue* tv = (TypedValue*)(ar) - (i+1);
argArray->HphpArray::appendWithRef(tvAsCVarRef(tv), false);
}
if (!ar->hasInvName()) {
// If this is not a magic call, we're done
return argArray;
}
// This is a magic call, so we need to shuffle the args
HphpArray* magicArgs = HphpArray::MakeReserve(2);
magicArgs->append(ar->getInvName(), false);
magicArgs->append(argArray, false);
return magicArgs;
}
