Summary:
This diff standardizes `HHWheelTimer` construction. It's not that safe to allow anyone to call `new HHWheelTimer` because the caller needs to remember to call `DelayedDestruction::destroy`.
Once callers are made to be safer, I'll be able to change the `HHWheelTimer` to use standard smart pointers instead of `DelayedDestruction`.
This picks up some work that I started in
D2627941 but had to postpone.
This was mostly a mechanical change:
( fbgs -ls 'new HHWheelTimer' ; fbgs -ls 'new folly::HHWheelTimer' ) | xargs perl -pi -e 's/\bnew\s+((?:folly::)?HHWheelTimer)\b/$1::newTimer/g'
Then I manually inspected the code. I reverted `folly/io/async/HHWheelTimer.h`, since the `newTimer` factory method is the one place that we still want to call `new HHWheelTimer`. I manually edited `proxygen/lib/utils/SharedWheelTimer.cpp`, since that was using a `shared_ptr` with a custom destructor, which isn't needed anymore. I reverted `common/io/async/d` since the D shim is meant to pass around only raw pointers. I had to replace each instance of `foo.reset(…)` with `foo = …` . Then I made manual edits to `common/clientpool/ClientPool2-inl.h` because that code wants to store the timer in a `ThreadLocalPtr`.
Reviewed By: yfeldblum
Differential Revision:
D3237530
fbshipit-source-id:
96bfb6987098618ad5430c21b1314f385f04a93d
} // namespace
-
-ThreadWheelTimekeeper::ThreadWheelTimekeeper() :
- thread_([this]{ eventBase_.loopForever(); }),
- wheelTimer_(new HHWheelTimer(&eventBase_, std::chrono::milliseconds(1)))
-{
+ThreadWheelTimekeeper::ThreadWheelTimekeeper()
+ : thread_([this] { eventBase_.loopForever(); }),
+ wheelTimer_(
+ HHWheelTimer::newTimer(&eventBase_, std::chrono::milliseconds(1))) {
eventBase_.waitUntilRunning();
eventBase_.runInEventBaseThread([this]{
// 15 characters max
*/
TEST_F(HHWheelTimerTest, DestroyTimeoutSet) {
-
HHWheelTimer::UniquePtr t(
- new HHWheelTimer(&eventBase, milliseconds(1)));
+ HHWheelTimer::newTimer(&eventBase, milliseconds(1)));
TestTimeout t5_1(t.get(), milliseconds(5));
TestTimeout t5_2(t.get(), milliseconds(5));
}
TEST_F(HHWheelTimerTest, SharedPtr) {
- HHWheelTimer::UniquePtr t(new HHWheelTimer(&eventBase, milliseconds(1)));
+ HHWheelTimer::UniquePtr t(
+ HHWheelTimer::newTimer(&eventBase, milliseconds(1)));
TestTimeout t1;
TestTimeout t2;