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// Copyright 2013 The Go Authors. All rights reserved. // Use of this source code is governed by a BSD-style // license that can be found in the LICENSE file. //go:build darwin || dragonfly || freebsd || netbsd || openbsd package runtime // Integrated network poller (kqueue-based implementation). import ( "internal/goarch" "runtime/internal/atomic" "unsafe" ) var ( kq int32 = -1 netpollBreakRd, netpollBreakWr uintptr // for netpollBreak netpollWakeSig atomic.Uint32 // used to avoid duplicate calls of netpollBreak ) func netpollinit() { kq = kqueue() if kq < 0 { println("runtime: kqueue failed with", -kq) throw("runtime: netpollinit failed") } closeonexec(kq) r, w, errno := nonblockingPipe() if errno != 0 { println("runtime: pipe failed with", -errno) throw("runtime: pipe failed") } ev := keventt{ filter: _EVFILT_READ, flags: _EV_ADD, } *(*uintptr)(unsafe.Pointer(&ev.ident)) = uintptr(r) n := kevent(kq, &ev, 1, nil, 0, nil) if n < 0 { println("runtime: kevent failed with", -n) throw("runtime: kevent failed") } netpollBreakRd = uintptr(r) netpollBreakWr = uintptr(w) } func netpollIsPollDescriptor(fd uintptr) bool { return fd == uintptr(kq) || fd == netpollBreakRd || fd == netpollBreakWr } func netpollopen(fd uintptr, pd *pollDesc) int32 { // Arm both EVFILT_READ and EVFILT_WRITE in edge-triggered mode (EV_CLEAR) // for the whole fd lifetime. The notifications are automatically unregistered // when fd is closed. var ev [2]keventt *(*uintptr)(unsafe.Pointer(&ev[0].ident)) = fd ev[0].filter = _EVFILT_READ ev[0].flags = _EV_ADD | _EV_CLEAR ev[0].fflags = 0 ev[0].data = 0 if goarch.PtrSize == 4 { // We only have a pointer-sized field to store into, // so on a 32-bit system we get no sequence protection. // TODO(iant): If we notice any problems we could at least // steal the low-order 2 bits for a tiny sequence number. ev[0].udata = (*byte)(unsafe.Pointer(pd)) } else { tp := taggedPointerPack(unsafe.Pointer(pd), pd.fdseq.Load()) ev[0].udata = (*byte)(unsafe.Pointer(uintptr(tp))) } ev[1] = ev[0] ev[1].filter = _EVFILT_WRITE n := kevent(kq, &ev[0], 2, nil, 0, nil) if n < 0 { return -n } return 0 } func netpollclose(fd uintptr) int32 { // Don't need to unregister because calling close() // on fd will remove any kevents that reference the descriptor. return 0 } func netpollarm(pd *pollDesc, mode int) { throw("runtime: unused") } // netpollBreak interrupts a kevent. func netpollBreak() { // Failing to cas indicates there is an in-flight wakeup, so we're done here. if !netpollWakeSig.CompareAndSwap(0, 1) { return } for { var b byte n := write(netpollBreakWr, unsafe.Pointer(&b), 1) if n == 1 || n == -_EAGAIN { break } if n == -_EINTR { continue } println("runtime: netpollBreak write failed with", -n) throw("runtime: netpollBreak write failed") } } // netpoll checks for ready network connections. // Returns list of goroutines that become runnable. // delay < 0: blocks indefinitely // delay == 0: does not block, just polls // delay > 0: block for up to that many nanoseconds func netpoll(delay int64) (gList, int32) { if kq == -1 { return gList{}, 0 } var tp *timespec var ts timespec if delay < 0 { tp = nil } else if delay == 0 { tp = &ts } else { ts.setNsec(delay) if ts.tv_sec > 1e6 { // Darwin returns EINVAL if the sleep time is too long. ts.tv_sec = 1e6 } tp = &ts } var events [64]keventt retry: n := kevent(kq, nil, 0, &events[0], int32(len(events)), tp) if n < 0 { // Ignore the ETIMEDOUT error for now, but try to dive deep and // figure out what really happened with n == ETIMEOUT, // see https://go.dev/issue/59679 for details. if n != -_EINTR && n != -_ETIMEDOUT { println("runtime: kevent on fd", kq, "failed with", -n) throw("runtime: netpoll failed") } // If a timed sleep was interrupted, just return to // recalculate how long we should sleep now. if delay > 0 { return gList{}, 0 } goto retry } var toRun gList delta := int32(0) for i := 0; i < int(n); i++ { ev := &events[i] if uintptr(ev.ident) == netpollBreakRd { if ev.filter != _EVFILT_READ { println("runtime: netpoll: break fd ready for", ev.filter) throw("runtime: netpoll: break fd ready for something unexpected") } if delay != 0 { // netpollBreak could be picked up by a // nonblocking poll. Only read the byte // if blocking. var tmp [16]byte read(int32(netpollBreakRd), noescape(unsafe.Pointer(&tmp[0])), int32(len(tmp))) netpollWakeSig.Store(0) } continue } var mode int32 switch ev.filter { case _EVFILT_READ: mode += 'r' // On some systems when the read end of a pipe // is closed the write end will not get a // _EVFILT_WRITE event, but will get a // _EVFILT_READ event with EV_EOF set. // Note that setting 'w' here just means that we // will wake up a goroutine waiting to write; // that goroutine will try the write again, // and the appropriate thing will happen based // on what that write returns (success, EPIPE, EAGAIN). if ev.flags&_EV_EOF != 0 { mode += 'w' } case _EVFILT_WRITE: mode += 'w' } if mode != 0 { var pd *pollDesc var tag uintptr if goarch.PtrSize == 4 { // No sequence protection on 32-bit systems. // See netpollopen for details. pd = (*pollDesc)(unsafe.Pointer(ev.udata)) tag = 0 } else { tp := taggedPointer(uintptr(unsafe.Pointer(ev.udata))) pd = (*pollDesc)(tp.pointer()) tag = tp.tag() if pd.fdseq.Load() != tag { continue } } pd.setEventErr(ev.flags == _EV_ERROR, tag) delta += netpollready(&toRun, pd, mode) } } return toRun, delta }