inline void exitContextImpl(
c_AwaitAllWaitHandle::Node* node,
context_idx_t ctx_idx
) {
if (node->isFirstUnfinishedChild()) {
exitContextImpl(node->getWaitHandle(), ctx_idx);
}
}
void AsioBlockableChain::exitContext(context_idx_t ctx_idx) {
for (auto cur = m_firstParent; cur; cur = cur->getNextParent()) {
switch (cur->getKind()) {
case Kind::AsyncFunctionWaitHandleNode:
exitContextImpl(getAsyncFunctionWaitHandleNode(cur), ctx_idx);
break;
case Kind::AsyncGeneratorWaitHandle:
exitContextImpl(getAsyncGeneratorWaitHandle(cur), ctx_idx);
break;
case Kind::AwaitAllWaitHandle:
exitContextImpl(getAwaitAllWaitHandle(cur), ctx_idx);
break;
case Kind::ConditionWaitHandle:
exitContextImpl(getConditionWaitHandle(cur), ctx_idx);
break;
case Kind::GenArrayWaitHandle:
exitContextImpl(getGenArrayWaitHandle(cur), ctx_idx);
break;
case Kind::GenMapWaitHandle:
exitContextImpl(getGenMapWaitHandle(cur), ctx_idx);
break;
case Kind::GenVectorWaitHandle:
exitContextImpl(getGenVectorWaitHandle(cur), ctx_idx);
break;
}
}
}
inline void exitContextImpl(
c_ConditionWaitHandle* waitHandle,
context_idx_t ctx_idx
) {
// ConditionWaitHandle may finish before its children do.
if (waitHandle->isFinished()) {
return;
}
exitContextImpl(static_cast<c_WaitableWaitHandle*>(waitHandle), ctx_idx);
}
