void endInlinedCommon(IRGS& env) {
assertx(!curFunc(env)->isPseudoMain());
assertx(!resumed(env));
decRefLocalsInline(env);
decRefThis(env);
gen(env, InlineReturn, fp(env));
// Return to the caller function. Careful between here and the
// updateMarker() below, where the caller state isn't entirely set up.
env.inlineLevel--;
env.bcStateStack.pop_back();
always_assert(env.bcStateStack.size() > 0);
updateMarker(env);
/*
* After the end of inlining, we are restoring to a previously defined stack
* that we know is entirely materialized (i.e. in memory), so stackDeficit
* needs to be slammed to zero.
*
* The push of the return value in the caller of this function is not yet
* materialized.
*/
assertx(env.irb->evalStack().empty());
env.irb->clearStackDeficit();
FTRACE(1, "]]] end inlining: {}\n", curFunc(env)->fullName()->data());
}
void endInlinedCommon(HTS& env) {
assert(!env.fpiActiveStack.empty());
assert(!curFunc(env)->isPseudoMain());
assert(!resumed(env));
decRefLocalsInline(env);
if (curFunc(env)->mayHaveThis()) {
gen(env, DecRefThis, fp(env));
}
/*
* Pop the ActRec and restore the stack and frame pointers. It's
* important that this does endInlining before pushing the return
* value so stack offsets are properly tracked.
*/
gen(env, InlineReturn, fp(env));
// Return to the caller function. Careful between here and the
// updateMarker() below, where the caller state isn't entirely set up.
env.bcStateStack.pop_back();
env.fpiActiveStack.pop();
updateMarker(env);
gen(env, ResetSP, StackOffset{env.irb->spOffset()}, fp(env));
/*
* After the end of inlining, we are restoring to a previously defined stack
* that we know is entirely materialized (i.e. in memory), so stackDeficit
* needs to be slammed to zero.
*
* The push of the return value in the caller of this function is not yet
* materialized.
*/
assert(env.irb->evalStack().empty());
env.irb->clearStackDeficit();
FTRACE(1, "]]] end inlining: {}\n", curFunc(env)->fullName()->data());
}
