def multiplex(self, wspx, suuid):
argv = sys.argv[:]
for o in ("-N", "--no-daemon", "--monitor"):
while o in argv:
argv.remove(o)
argv.extend(("-N", "-p", "", "--slave-id", suuid))
argv.insert(0, os.path.basename(sys.executable))
cpids = set()
agents = set()
ta = []
for wx in wspx:
def wmon(w):
cpid, _ = self.monitor(w, argv, cpids, agents)
time.sleep(1)
self.lock.acquire()
for cpid in cpids:
os.kill(cpid, signal.SIGKILL)
self.lock.release()
finalize(exval=1)
t = Thread(target=wmon, args=[wx])
t.start()
ta.append(t)
for t in ta:
t.join()
def start_checkpoint_thread(self):
"""prepare and start checkpoint service"""
if self.checkpoint_thread or not getattr(gconf, "state_socket_unencoded", None):
return
chan = socket.socket(socket.AF_UNIX, socket.SOCK_STREAM)
state_socket = "/tmp/%s.socket" % md5(gconf.state_socket_unencoded).hexdigest()
try:
os.unlink(state_socket)
except:
if sys.exc_info()[0] == OSError:
pass
chan.bind(state_socket)
chan.listen(1)
checkpt_tgt = None
if gconf.checkpoint:
checkpt_tgt = self._checkpt_param(gconf.checkpoint, "target")
if not checkpt_tgt:
checkpt_tgt = self.xtime(".")
if isinstance(checkpt_tgt, int):
raise GsyncdError("master root directory is unaccessible (%s)", os.strerror(checkpt_tgt))
self._set_checkpt_param(gconf.checkpoint, "target", checkpt_tgt)
logging.debug(
"checkpoint target %s has been determined for checkpoint %s" % (repr(checkpt_tgt), gconf.checkpoint)
)
t = Thread(target=self.checkpt_service, args=(chan, gconf.checkpoint, checkpt_tgt))
t.start()
self.checkpoint_thread = t
def crawl_loop(self):
timo = int(gconf.timeout or 0)
if timo > 0:
def keep_alive():
while True:
gap = timo * 0.5
# first grab a reference as self.volinfo
# can be changed in main thread
vi = self.volinfo
if vi:
# then have a private copy which we can mod
vi = vi.copy()
vi['timeout'] = int(time.time()) + timo
else:
# send keep-alives more frequently to
# avoid a delay in announcing our volume info
# to slave if it becomes established in the
# meantime
gap = min(10, gap)
self.slave.server.keep_alive(vi)
time.sleep(gap)
t = Thread(target=keep_alive)
t.start()
self.lastreport['time'] = time.time()
while not self.terminate:
self.crawl()
def crawl_loop(self):
"""start the keep-alive thread and iterate .crawl"""
timo = int(gconf.timeout or 0)
if timo > 0:
def keep_alive():
while True:
gap = timo * 0.5
# first grab a reference as self.volinfo
# can be changed in main thread
vi = self.volinfo
if vi:
# then have a private copy which we can mod
vi = vi.copy()
vi['timeout'] = int(time.time()) + timo
else:
# send keep-alives more frequently to
# avoid a delay in announcing our volume info
# to slave if it becomes established in the
# meantime
gap = min(10, gap)
self.slave.server.keep_alive(vi)
time.sleep(gap)
t = Thread(target=keep_alive)
t.start()
self.lastreport['time'] = time.time()
while not self.terminate:
self.crawl()
def start_checkpoint_thread(self):
"""prepare and start checkpoint service"""
if self.checkpoint_thread or not (
getattr(gconf, 'state_socket_unencoded', None)
and getattr(gconf, 'socketdir', None)):
return
chan = socket.socket(socket.AF_UNIX, socket.SOCK_STREAM)
state_socket = os.path.join(
gconf.socketdir,
md5hex(gconf.state_socket_unencoded) + ".socket")
try:
os.unlink(state_socket)
except:
if sys.exc_info()[0] == OSError:
pass
chan.bind(state_socket)
chan.listen(1)
checkpt_tgt = None
if gconf.checkpoint:
checkpt_tgt = self._checkpt_param(gconf.checkpoint, 'target')
if not checkpt_tgt:
checkpt_tgt = self.xtime('.')
if isinstance(checkpt_tgt, int):
raise GsyncdError(
"master root directory is unaccessible (%s)",
os.strerror(checkpt_tgt))
self._set_checkpt_param(gconf.checkpoint, 'target',
checkpt_tgt)
logging.debug("checkpoint target %s has been determined for checkpoint %s" % \
(repr(checkpt_tgt), gconf.checkpoint))
t = Thread(target=self.checkpt_service,
args=(chan, gconf.checkpoint, checkpt_tgt))
t.start()
self.checkpoint_thread = t
def multiplex(self, wspx, suuid, slave_vol, slave_host, master):
argv = sys.argv[:]
for o in ('-N', '--no-daemon', '--monitor'):
while o in argv:
argv.remove(o)
argv.extend(('-N', '-p', '', '--slave-id', suuid))
argv.insert(0, os.path.basename(sys.executable))
cpids = set()
agents = set()
ta = []
for wx in wspx:
def wmon(w):
cpid, _ = self.monitor(w, argv, cpids, agents, slave_vol,
slave_host, master)
time.sleep(1)
self.lock.acquire()
for cpid in cpids:
errno_wrap(os.kill, [cpid, signal.SIGKILL], [ESRCH])
for apid in agents:
errno_wrap(os.kill, [apid, signal.SIGKILL], [ESRCH])
self.lock.release()
finalize(exval=1)
t = Thread(target=wmon, args=[wx])
t.start()
ta.append(t)
for t in ta:
t.join()
def __init__(self, slave):
self.slave = slave
self.lock = Lock()
self.pb = PostBox()
for i in range(int(gconf.sync_jobs)):
t = Thread(target=self.syncjob)
t.start()
def __init__(self, slave):
"""spawn worker threads"""
self.slave = slave
self.lock = Lock()
self.pb = PostBox()
for i in range(int(gconf.sync_jobs)):
t = Thread(target=self.syncjob)
t.start()
def service_loop(self):
for i in range(self.wnum):
t = Thread(target=self.worker)
t.start()
try:
while True:
self.q.put(recv(self.inf))
except EOFError:
logging.info("terminating on reaching EOF.")
def __init__(self, slave):
"""spawn worker threads"""
self.slave = slave
self.lock = Lock()
self.pb = PostBox()
self.bytes_synced = 0
for i in range(int(gconf.sync_jobs)):
t = Thread(target=self.syncjob)
t.start()
def service_loop(self):
for i in range(self.wnum):
t = Thread(target=self.worker)
t.start()
try:
while True:
self.q.put(recv(self.inf))
except EOFError:
logging.info("terminating on reaching EOF.")
def service_loop(self):
"""fire up worker threads, get messages and dispatch among them"""
for i in range(self.wnum):
t = Thread(target=self.worker)
t.start()
try:
while True:
self.q.put(recv(self.inf))
except EOFError:
logging.info("terminating on reaching EOF.")
def service_loop(self):
"""fire up worker threads, get messages and dispatch among them"""
for i in range(self.wnum):
t = Thread(target=self.worker)
t.start()
try:
while True:
self.q.put(recv(self.inf))
except EOFError:
logging.info("terminating on reaching EOF.")
def init_keep_alive(cls):
"""start the keep-alive thread """
timo = int(gconf.timeout or 0)
if timo > 0:
def keep_alive():
while True:
vi, gap = cls.keepalive_payload_hook(timo, timo * 0.5)
cls.slave.server.keep_alive(vi)
time.sleep(gap)
t = Thread(target=keep_alive)
t.start()
def init_keep_alive(cls):
"""start the keep-alive thread """
timo = int(gconf.timeout or 0)
if timo > 0:
def keep_alive():
while True:
vi, gap = cls.keepalive_payload_hook(timo, timo * 0.5)
cls.slave.server.keep_alive(vi)
time.sleep(gap)
t = Thread(target=keep_alive)
t.start()
def crawl_loop(self):
"""start the keep-alive thread and iterate .crawl"""
timo = int(gconf.timeout or 0)
if timo > 0:
def keep_alive():
while True:
vi, gap = self.keepalive_payload_hook(timo, timo * 0.5)
self.slave.server.keep_alive(vi)
time.sleep(gap)
t = Thread(target=keep_alive)
t.start()
self.lastreport['time'] = time.time()
while not self.terminate:
self.crawl()
def multiplex(self, wspx, suuid, slave_vol, slave_host, master, slavenodes):
argv = [os.path.basename(sys.executable), sys.argv[0]]
cpids = set()
ta = []
for wx in wspx:
def wmon(w):
cpid, _ = self.monitor(w, argv, cpids, slave_vol,
slave_host, master, suuid, slavenodes)
time.sleep(1)
self.lock.acquire()
for cpid in cpids:
errno_wrap(os.kill, [cpid, signal.SIGKILL], [ESRCH])
self.lock.release()
finalize(exval=1)
t = Thread(target=wmon, args=[wx])
t.start()
ta.append(t)
# monitor status was being updated in each monitor thread. It
# should not be done as it can cause deadlock for a worker start.
# set_monitor_status uses flock to synchronize multple instances
# updating the file. Since each monitor thread forks worker,
# these processes can hold the reference to fd of status
# file causing deadlock to workers which starts later as flock
# will not be release until all references to same fd is closed.
# It will also cause fd leaks.
self.lock.acquire()
set_monitor_status(gconf.get("state-file"), self.ST_STARTED)
self.lock.release()
for t in ta:
t.join()
def multiplex(self, wspx, suuid, slave_vol, slave_host, master,
slavenodes):
argv = [os.path.basename(sys.executable), sys.argv[0]]
cpids = set()
agents = set()
ta = []
for wx in wspx:
def wmon(w):
cpid, _ = self.monitor(w, argv, cpids, agents, slave_vol,
slave_host, master, suuid, slavenodes)
time.sleep(1)
self.lock.acquire()
for cpid in cpids:
errno_wrap(os.kill, [cpid, signal.SIGKILL], [ESRCH])
for apid in agents:
errno_wrap(os.kill, [apid, signal.SIGKILL], [ESRCH])
self.lock.release()
finalize(exval=1)
t = Thread(target=wmon, args=[wx])
t.start()
ta.append(t)
for t in ta:
t.join()
def multiplex(self, wspx, suuid, slave_vol, slave_host, master):
argv = sys.argv[:]
for o in ('-N', '--no-daemon', '--monitor'):
while o in argv:
argv.remove(o)
argv.extend(('-N', '-p', '', '--slave-id', suuid))
argv.insert(0, os.path.basename(sys.executable))
cpids = set()
agents = set()
ta = []
for wx in wspx:
def wmon(w):
cpid, _ = self.monitor(w, argv, cpids, agents, slave_vol,
slave_host, master)
time.sleep(1)
self.lock.acquire()
for cpid in cpids:
errno_wrap(os.kill, [cpid, signal.SIGKILL], [ESRCH])
for apid in agents:
errno_wrap(os.kill, [apid, signal.SIGKILL], [ESRCH])
self.lock.release()
finalize(exval=1)
t = Thread(target=wmon, args=[wx])
t.start()
ta.append(t)
for t in ta:
t.join()
def multiplex(self, wspx, suuid):
def sigcont_handler(*a):
"""
Re-init logging and send group kill signal
"""
md = gconf.log_metadata
logging.shutdown()
lcls = logging.getLoggerClass()
lcls.setup(label=md.get('saved_label'), **md)
pid = os.getpid()
os.kill(-pid, signal.SIGUSR1)
signal.signal(signal.SIGUSR1, lambda *a: ())
signal.signal(signal.SIGCONT, sigcont_handler)
argv = sys.argv[:]
for o in ('-N', '--no-daemon', '--monitor'):
while o in argv:
argv.remove(o)
argv.extend(('-N', '-p', '', '--slave-id', suuid))
argv.insert(0, os.path.basename(sys.executable))
cpids = set()
ta = []
for wx in wspx:
def wmon(w):
cpid, _ = self.monitor(w, argv, cpids)
terminate()
time.sleep(1)
self.lock.acquire()
for cpid in cpids:
os.kill(cpid, signal.SIGKILL)
self.lock.release()
finalize(exval=1)
t = Thread(target = wmon, args=[wx])
t.start()
ta.append(t)
for t in ta:
t.join()
def multiplex(self, wspx, suuid, slave_vol, slave_host, master, slavenodes):
argv = [os.path.basename(sys.executable), sys.argv[0]]
cpids = set()
agents = set()
ta = []
for wx in wspx:
def wmon(w):
cpid, _ = self.monitor(w, argv, cpids, agents, slave_vol,
slave_host, master, suuid, slavenodes)
time.sleep(1)
self.lock.acquire()
for cpid in cpids:
errno_wrap(os.kill, [cpid, signal.SIGKILL], [ESRCH])
for apid in agents:
errno_wrap(os.kill, [apid, signal.SIGKILL], [ESRCH])
self.lock.release()
finalize(exval=1)
t = Thread(target=wmon, args=[wx])
t.start()
ta.append(t)
for t in ta:
t.join()
def multiplex(self, wspx, suuid, slave_vol, slave_host, master, slavenodes):
argv = [os.path.basename(sys.executable), sys.argv[0]]
cpids = set()
agents = set()
ta = []
for wx in wspx:
def wmon(w):
cpid, _ = self.monitor(w, argv, cpids, agents, slave_vol,
slave_host, master, suuid, slavenodes)
time.sleep(1)
self.lock.acquire()
for cpid in cpids:
errno_wrap(os.kill, [cpid, signal.SIGKILL], [ESRCH])
for apid in agents:
errno_wrap(os.kill, [apid, signal.SIGKILL], [ESRCH])
self.lock.release()
finalize(exval=1)
t = Thread(target=wmon, args=[wx])
t.start()
ta.append(t)
# monitor status was being updated in each monitor thread. It
# should not be done as it can cause deadlock for a worker start.
# set_monitor_status uses flock to synchronize multple instances
# updating the file. Since each monitor thread forks worker and
# agent, these processes can hold the reference to fd of status
# file causing deadlock to workers which starts later as flock
# will not be release until all references to same fd is closed.
# It will also cause fd leaks.
self.lock.acquire()
set_monitor_status(gconf.get("state-file"), self.ST_STARTED)
self.lock.release()
for t in ta:
t.join()
def __init__(self, i, o):
self.inf, self.out = ioparse(i, o)
self.jtab = {}
t = Thread(target=self.listen)
t.start()
def __init__(self, i, o):
self.inf, self.out = ioparse(i, o)
self.jtab = {}
t = Thread(target=self.listen)
t.start()