def test5(self):
try:
print timeout_yield(exc())
self.assert_(False, "should've raised an exception")
except:
pass
like_yield(wait(1))
def test5(self):
try:
print timeout_yield(exc())
self.assert_(False, "should've raised an exception")
except:
pass
like_yield(wait(1))
def test0(self):
self.assert_(like_yield(f()) == 5, "should have returned 5.")
self.assert_(like_yield(g(1)) == 6, "should have returned 6.")
try:
like_yield(exc())
self.assert_(False, "like_yield should've raised exception.")
except Exception, e:
pass
def test0(self):
self.assert_(like_yield(f()) == 5, "should have returned 5.")
self.assert_(like_yield(g(1)) == 6, "should have returned 6.")
try:
like_yield(exc())
self.assert_(False, "like_yield should've raised exception.")
except Exception, e:
pass
def test4(self):
try:
print timeout_yield(g(1), timeout=.5)
self.assert_(False, "should've timed out.")
except TimeoutError:
pass
like_yield(wait(1))
def test4(self):
try:
print timeout_yield(g(1), timeout=.5)
self.assert_(False, "should've timed out." )
except TimeoutError:
pass
like_yield(wait(1))
def _genWoosh(self):
x = like_yield(getThing())
self.assertEquals(x, "hi")
try:
like_yield(getOwie())
except ZeroDivisionError, e:
self.assertEquals(str(e), 'OMG')
def _genWoosh(self):
x = like_yield(getThing())
self.assertEquals(x, "hi")
try:
like_yield(getOwie())
except ZeroDivisionError, e:
self.assertEquals(str(e), 'OMG')
def test_rate_limited_logger():
injectLogger(verbose = True)
log = RateLimitedLogger(logging.getLogger("myapp"), 1,1)
log.info( "should be printed." )
log.info( "should not be printed" ) # but should log "discard" message.
log.info( "also should not be printed" ) # should not logging of discard message.
df = Deferred()
reactor.callLater(3, df.callback, True)
like_yield(df)
log.info( "should also be printed" )
reactor.stop()
def test_rate_limited_logger():
injectLogger(verbose = True)
log = RateLimitedLogger(logging.getLogger("myapp"), 1,1)
log.info( "should be printed." )
log.info( "should not be printed" ) # but should log "discard" message.
log.info( "also should not be printed" ) # should not logging of discard message.
df = Deferred()
reactor.callLater(3, df.callback, True)
like_yield(df)
log.info( "should also be printed" )
reactor.stop()
def init_yield(clss, *args, **kwargs):
"""Instantiate an object of type clss and then call its asynchronous initializer
(__dfinit__). The __dfinit__ returns a Deferred. When the deferred's callback
is called execution resumes at init_yield and the fully initialized object is
returned."""
kwargs['__magic_init_yield'] = True
obj = clss(*args, **kwargs) # synchronous initialization.
like_yield(obj.__dfinit__()) # asynchronous initialization.
# How it works: async_init returns a deferred. like_yield
# installs callbacks in the deferred to the greenlet's switch.
# When the deferred completes, it calls the greenlet's switch
# causing execution to resume here.
return obj
def init_yield(clss, *args, **kwargs):
"""Instantiate an object of type clss and then call its asynchronous initializer
(__dfinit__). The __dfinit__ returns a Deferred. When the deferred's callback
is called execution resumes at init_yield and the fully initialized object is
returned."""
kwargs['__magic_init_yield'] = True
obj = clss(*args, **kwargs) # synchronous initialization.
like_yield(obj.__dfinit__()) # asynchronous initialization.
# How it works: async_init returns a deferred. like_yield
# installs callbacks in the deferred to the greenlet's switch.
# When the deferred completes, it calls the greenlet's switch
# causing execution to resume here.
return obj
def run_tests(internal_port):
list = like_yield(nattraverser.list_ports())
print_list(list)
df = nattraverser.register_port(internal_port, internal_port, "TCP")
external_port = like_yield(df)
print "Mapped:", external_port
list = like_yield(nattraverser.list_ports())
print_list(list)
# synchronous
nattraverser.unregister_port(external_port, "TCP")
list = like_yield(nattraverser.list_ports())
print_list(list)
def timeout_yield(orig_df, timeout = None ):
"""like_yield with a timeout. Pased timeout is
in seconds. If timeout is None then uses
the default default_yield_timeout. If the function f
eventually completes (i.e., its deferred gets called) after
having already timed out then the result is tossed.
timeout is set to None rather than default_yield_timeout so that
the default can be changed after import timeout_yield
by changing default_yield_timeout.
WARNING: It is left to the caller to free up any state that might
be held by the hung deferred.
"""
assert isinstance(orig_df, defer.Deferred)
df = defer.Deferred()
if timeout is None:
timeout = default_yield_timeout
t = reactor.callLater(timeout, defer.timeout, df)
def good(r):
if t.active():
df.callback(r)
def bad(r):
if t.active():
df.errback(r)
orig_df.addCallbacks(good, bad)
try:
r = like_yield(df)
finally:
if t.active():
t.cancel()
return r
def run_tests(internal_port):
list = like_yield(nattraverser.list_ports())
print_list(list)
df = nattraverser.register_port(internal_port, internal_port, "TCP")
external_port = like_yield(df)
print "Mapped:", external_port
list = like_yield(nattraverser.list_ports())
print_list(list)
# synchronous
nattraverser.unregister_port(external_port, "TCP")
list = like_yield(nattraverser.list_ports())
print_list(list)
def timeout_yield(orig_df, timeout=None):
"""like_yield with a timeout. Pased timeout is
in seconds. If timeout is None then uses
the default default_yield_timeout. If the function f
eventually completes (i.e., its deferred gets called) after
having already timed out then the result is tossed.
timeout is set to None rather than default_yield_timeout so that
the default can be changed after import timeout_yield
by changing default_yield_timeout.
WARNING: It is left to the caller to free up any state that might
be held by the hung deferred.
"""
assert isinstance(orig_df, defer.Deferred)
df = defer.Deferred()
if timeout is None:
timeout = default_yield_timeout
t = reactor.callLater(timeout, defer.timeout, df)
def good(r):
if t.active():
df.callback(r)
def bad(r):
if t.active():
df.errback(r)
orig_df.addCallbacks(good, bad)
try:
r = like_yield(df)
finally:
if t.active():
t.cancel()
return r
def main(proxy):
global logiter
global all_lines
global to_remove
for url in logiter:
try:
peer_id = get_param(url, "peer_id")
if peer_id:
peer_id = id_map.setdefault(peer_id, make_id())
url = replace_param(url, "peer_id", peer_id)
url = replace_param(url, "ip", "127.0.0.1")
url = replace_param(url, "port", "6881")
path = '/' + url.split('/', 3)[3]
sys.stdout.write('.')
df = proxy.callRemote(path)
r = like_yield(df)
r = bdecode(r)
er = r.get('failure reason')
if er:
raise Exception(er)
except Exception, e:
print "Error", e.__class__, e, url
to_remove.add(line)
pass
def main(proxy):
global logiter
global all_lines
global to_remove
for url in logiter:
try:
peer_id = get_param(url, "peer_id")
if peer_id:
peer_id = id_map.setdefault(peer_id, make_id())
url = replace_param(url, "peer_id", peer_id)
url = replace_param(url, "ip", "127.0.0.1")
url = replace_param(url, "port", "6881")
path = '/' + url.split('/', 3)[3]
sys.stdout.write('.')
df = proxy.callRemote(path)
r = like_yield(df)
r = bdecode(r)
er = r.get('failure reason')
if er:
raise Exception(er)
except Exception, e:
print "Error", e.__class__, e, url
to_remove.add(line)
pass
def _genFailure():
x = defer.fail(TerminalException("Handled Terminal Failure"))
try:
like_yield(x)
except TerminalException:
pass
def _genDeferred():
like_yield(getThing())
def _genError():
like_yield(getThing())
1/0
def test2(self):
self.assert_(timeout_yield(f(), timeout=1) == 5,
"with specified timeout should still return 5" )
like_yield(wait(1))
def _loop():
for x in range(5000):
# Test with yielding a deferred
like_yield(defer.succeed(1))
return 0
def _genFailure():
x = defer.fail(TerminalException("Handled Terminal Failure"))
try:
like_yield(x)
except TerminalException:
pass
def g(t):
sys.stdout.flush()
like_yield(wait(t))
return 6
def test3(self):
self.assert_(timeout_yield(g(.1), timeout=.5) == 6, "should return 6.")
like_yield(wait(1))
def test2(self):
self.assert_(
timeout_yield(f(), timeout=1) == 5,
"with specified timeout should still return 5")
like_yield(wait(1))
def _genFailure():
try:
like_yield(d)
except TerminalException:
pass
def test1(self):
self.assert_(timeout_yield(f()) == 5, "should return 5" )
like_yield(wait(1))
def g(t):
sys.stdout.flush()
like_yield(wait(t))
return 6
def _genError():
like_yield(getThing())
1 / 0
def _genFailure():
try:
like_yield(d)
except TerminalException:
pass
def _loop():
for x in range(5000):
# Test with yielding a deferred
like_yield(defer.succeed(1))
return 0
def _genDeferred():
like_yield(getThing())
def test1(self):
self.assert_(timeout_yield(f()) == 5, "should return 5")
like_yield(wait(1))
def test3(self):
self.assert_( timeout_yield(g(.1), timeout=.5) == 6,
"should return 6." )
like_yield(wait(1))