void CPUThreadPoolExecutor::add(
Func func,
std::chrono::milliseconds expiration,
Func expireCallback) {
// TODO handle enqueue failure, here and in other add() callsites
taskQueue_->add(
CPUTask(std::move(func), expiration, std::move(expireCallback)));
}
void CPUThreadPoolExecutor::add(
Func func,
std::chrono::milliseconds expiration,
Func expireCallback) {
auto result = taskQueue_->add(
CPUTask(std::move(func), expiration, std::move(expireCallback)));
if (!result.reusedThread) {
ensureActiveThreads();
}
}
void CPUThreadPoolExecutor::add(
Func func,
int8_t priority,
std::chrono::milliseconds expiration,
Func expireCallback) {
CHECK(getNumPriorities() > 0);
taskQueue_->addWithPriority(
CPUTask(std::move(func), expiration, std::move(expireCallback)),
priority);
}
void CPUThreadPoolExecutor::add(
Func func,
int8_t priority,
std::chrono::milliseconds expiration,
Func expireCallback) {
CHECK(getNumPriorities() > 0);
auto result = taskQueue_->addWithPriority(
CPUTask(std::move(func), expiration, std::move(expireCallback)),
priority);
if (!result.reusedThread) {
ensureActiveThreads();
}
}
void CPUThreadPoolExecutor::stopThreads(size_t n) {
threadsToStop_ += n;
for (size_t i = 0; i < n; i++) {
taskQueue_->addWithPriority(CPUTask(), Executor::LO_PRI);
}
}
