def main(args, global_state):
global G
G = global_state
G.args = args
if args.testnet:
network.goto_testnet()
if args.logfile:
logger = coro.log.asn1.Logger(open(args.logfile, 'ab'))
else:
logger = coro.log.StderrLogger()
coro.log.set_logger(logger)
coro.log.redirect_stderr()
if args.daemon:
if not args.logfile:
raise ValueError("--daemon without --logfile")
else:
daemonize()
open('/var/run/caesure.pid', 'wb').write('%d\n' % os.getpid())
coro.set_exception_notifier(exception_notifier)
LOG('caesure', 'starting')
coro.spawn(main1, args, G)
try:
coro.event_loop()
except:
LOG.exc()
finally:
LOG('caesure', 'stopping')
def main(verbose=0):
global exitval, msg
default_exitval = exitval
default_msg = msg
reports = []
failures = 0
# 3.0 is a multiple of 1.0, which timing allows a latent interrupt.
for sleep_val in [2.5, 3.0]:
coro.spawn(tripwire, sleep_val)
coro.event_loop()
reports.append((sleep_val, msg, exitval))
if exitval != 0:
failures += 1
# reset values:
coro._exit = 0
exitval = default_exitval
msg = default_msg
if failures:
if verbose:
print "%d failures" % (failures, )
for sleep_val, msg, exitval in reports:
print "sleep val %s: %s" % (sleep_val, msg)
sys.exit(1)
else:
if verbose:
print "All tests passed."
sys.exit(0)
def main(verbose=0):
global exitval, msg
default_exitval = exitval
default_msg = msg
reports = []
failures = 0
# 3.0 is a multiple of 1.0, which timing allows a latent interrupt.
for sleep_val in [2.5, 3.0]:
coro.spawn (tripwire, sleep_val)
coro.event_loop ()
reports.append ((sleep_val, msg, exitval))
if exitval != 0:
failures += 1
# reset values:
coro._exit = 0
exitval = default_exitval
msg = default_msg
if failures:
if verbose:
print "%d failures" % (failures,)
for sleep_val, msg, exitval in reports:
print "sleep val %s: %s" % (sleep_val, msg)
sys.exit (1)
else:
if verbose:
print "All tests passed."
sys.exit (0)
def main (args, global_state):
global G
G = global_state
G.args = args
if args.testnet:
network.goto_testnet()
if args.logfile:
logger = coro.log.asn1.Logger (open (args.logfile, 'ab'))
else:
logger = coro.log.StderrLogger()
coro.log.set_logger (logger)
coro.log.redirect_stderr()
if args.daemon:
if not args.logfile:
raise ValueError ("--daemon without --logfile")
else:
daemonize()
open('/var/run/caesure.pid', 'wb').write ('%d\n' % os.getpid())
coro.set_exception_notifier (exception_notifier)
LOG ('caesure', 'starting')
coro.spawn (main1, args, G)
try:
coro.event_loop()
except:
LOG.exc()
finally:
LOG ('caesure', 'stopping')
def test_coro_main(self):
coro.set_print_exit_string(None)
for x in range(4):
try:
coro.spawn(exit_coro)
coro.event_loop()
except SystemExit:
pass
def test_coro_main(self):
coro.set_print_exit_string(None)
for x in range(4):
try:
coro.spawn(exit_coro)
coro.event_loop()
except SystemExit:
pass
def run_tests():
global main_thread
coro.install_signal_handlers = 0
coro.signal_handler.register(signal.SIGTERM, sigterm_handler)
coro.signal_handler.register(signal.SIGINT, sigterm_handler)
coro.set_exception_notifier(exception_notifier)
main_thread = coro.spawn(main)
coro.set_print_exit_string(False)
coro.event_loop()
sys.exit(exit_code)
def run_tests():
global main_thread
coro.install_signal_handlers = 0
coro.signal_handler.register (signal.SIGTERM, sigterm_handler)
coro.signal_handler.register (signal.SIGINT, sigterm_handler)
coro.set_exception_notifier(exception_notifier)
main_thread = coro.spawn(main)
coro.set_print_exit_string(False)
coro.event_loop()
sys.exit(exit_code)
def serve(address, wsgiapp, access_log='', error_log=None):
kwargs = {}
if error_log:
handler = logging.handlers.RotatingFileHandler(
filename or 'log', 'a', corohttpd.ACCESS_LOG_SIZE_MAX,
corohttpd.ACCESS_LOG_COUNT_MAX)
handler.setFormatter(logging.Formatter('%(message)s'))
kwargs['log'] = logging.Logger('error')
kwargs['log'].addHandler(handler)
server = corohttpd.HttpServer(args=(address, access_log), **kwargs)
server.push_handler(WSGIAppHandler(wsgiapp))
server.start()
coro.event_loop()
def run(url, log, loglevel):
#
# turn on curl emulation
emulate()
#
# webserver and handler
fetch = CurlFetch(log = log, args = (url,))
fetch.set_log_level(loglevel)
fetch.start()
#
# primary event loop.
coro.event_loop()
#
# never reached...
return None
def run(url, log, loglevel): # # turn on curl emulation emulate() # # webserver and handler fetch = CurlFetch(log = log, args = (url,)) fetch.set_log_level(loglevel) fetch.start() # # primary event loop. coro.event_loop() # # never reached... return None
def main(argv, stdout, environ):
eserv = EchoServer(addr = ('', ECHO_PORT))
eserv.start()
def shutdown_handler(signum, frame):
eserv.shutdown()
signal.signal(signal.SIGUSR2, shutdown_handler)
try:
coro.event_loop()
except KeyboardInterrupt:
pass
return None
def serve(address, wsgiapp, access_log='', error_log=None):
kwargs = {}
if error_log:
handler = logging.handlers.RotatingFileHandler(
filename or 'log',
'a',
corohttpd.ACCESS_LOG_SIZE_MAX,
corohttpd.ACCESS_LOG_COUNT_MAX)
handler.setFormatter(logging.Formatter('%(message)s'))
kwargs['log'] = logging.Logger('error')
kwargs['log'].addHandler(handler)
server = corohttpd.HttpServer(args=(address, access_log), **kwargs)
server.push_handler(WSGIAppHandler(wsgiapp))
server.start()
coro.event_loop()
the_timer.mark()
conn.send('ok\r\n')
elif data == '!bench\r\n':
conn.send(
coro_bench.format_rusage(the_timer.bench()) +
'\r\n\000')
elif data == '!stats\r\n':
conn.send('ok\r\n')
coro_bench.dump_stats()
else:
conn.send('huh?\r\n')
else:
conn.send(data)
def serve(port):
s = coro.make_socket(socket.AF_INET, socket.SOCK_STREAM)
s.set_reuse_addr()
s.bind(('', port))
s.listen(8192)
while 1:
conn, addr = s.accept()
coro.spawn(service_client, conn, addr)
if __name__ == '__main__':
import backdoor
coro.spawn(backdoor.serve)
coro.spawn(serve, 9001)
coro.event_loop(30.0)
# -*- Mode: Python -*-
# companion to t0.py that uses amqp-shrapnel
import coro.amqp as amqp
# set this to see AMQP protocol-level info.
debug = False
def t2():
global c
c = amqp.client(('guest', 'guest'), '127.0.0.1')
c.debug = debug
c.go() # i.e., connect...
ch = c.channel()
for i in range(10):
ch.basic_publish('howdy %d' % (i, ),
exchange='ething',
routing_key='notification')
coro.sleep_relative(5)
coro.set_exit()
import coro
coro.spawn(t2)
coro.event_loop()
# turn the cursor back on...
self.conn.send (CSI + '?25h')
the_arena.listeners.remove (self)
self.conn.close()
self.fifo.push (None)
def status():
while 1:
coro.sleep_relative (2)
coro.write_stderr ('%5d worms %5d threads\n' % (len(the_arena.worms), len(coro.all_threads)))
def serve():
s = coro.tcp_sock()
s.bind (('', 9001))
s.listen (5)
while 1:
c, a = s.accept()
t = terminal (c)
the_arena.listeners.append (t)
if __name__ == '__main__':
import coro.backdoor
the_arena = arena()
the_arena.populate (10)
coro.spawn (status)
coro.spawn (serve)
coro.spawn (coro.backdoor.serve, unix_path='/tmp/xx.bd')
#import coro.profiler
#coro.profiler.go (coro.event_loop)
coro.event_loop()
def func1():
print "func1 entering into wait."
wait1.wait()
print "func1 broke out of wait."
def func1_2():
print "func1_2 entering into wait."
wait1.wait()
print "func1_2 broke out of wait."
def func2():
print "func2 entering into wait."
wait2.wait()
print "func2 broke out of wait."
def func2_2():
print "func2_2 entering into wait."
wait2.wait()
print "func2_2 broke out of wait."
def func3():
wait1.wake_one()
wait2.wake_all()
coro.spawn(func1)
coro.spawn(func1_2)
coro.spawn(func2)
coro.spawn(func2_2)
coro.spawn(func3)
coro.event_loop(30.0)
def test (port='8021'):
fs = ftp_server (dummy_authorizer(), port=int(port))
#fs = ftp_server (unix_authorizer(), port=int(port))
qlog.disable()
coro.spawn (fs.run)
coro.event_loop()