class TestSameProcessInlineServer(TestServer):
def _createQueueServer(self):
# Create the QueueServer programatically in our Process (not vi a a shell-out (yet))...
self.qs = QueueServer(host=self.host,
port=self.port,
target=self.target,
marshaller=self.m,
hunt=True,
quiet=self.quiet,
maxClients=self.maxClients,
recvChunkSize=self.recvChunkSize,
readTimeout=self.readTimeout,
)
# ...and set it serving:
self.qs.start().waitUntilRunning()
# not forgetting to save it's connection details.
self.details = self.qs.details()
def testDoubleClose(self):
assert self.qs.close()
assert self.qs.close()
def testSimpleSend(self):
# Send some data and check that it's put onto the target queue.
eResult = {"hello.world!":{123:456}}
self.qw.put(eResult)
received = self.target.get(True, timeout=self.TIMEOUT)
assert received==eResult
class TestSameProcessExternalServer(TestServer):
def tearDown(self):
try: self.rqs.close()
except: pass
super(TestSameProcessExternalServer, self).tearDown()
def testDoubleClose(self):
assert self.qs.close()
assert self.qs.close()
def _createQueueServer(self):
# Create the QueueServer by using os.system or Subprocess.
# Create a reply-to Ping server:
self.rqs= QueueServer(host=self.host,
port=self.portReplyTo,
target=self.target,
marshaller=self.m,
hunt=True,
quiet=self.quiet,
maxClients=self.maxClients,
recvChunkSize=self.recvChunkSize,
readTimeout=self.readTimeout,
)
self.rqs.start().waitUntilRunning()
# Now create the subprocess server:
desiredPort = 50001
linkage = Linkage.create(Pinger)
self.qs = SubprocessQueueServer(handlerClazz=Linkage.create(QueueServerHandler),
desiredPort=desiredPort,
linkage=linkage,
quiet=self.quiet)
self.details = self.qs.details()
def testSimpleSendPingRoundtrip(self):
details = self.rqs.details()
eResult = Ping(replyTo=details, data={"hello.world!":{123:456}}, quiet=self.quiet)
self.qw.put(eResult)
received = self.target.get(True, timeout=self.TIMEOUT)
assert received==eResult
def _loadHost(options, handlerClazz, **kwargs):
servicesClazzpath = options.servicesClazzpath
servicesClazz = options.servicesClazz
quiet = options.quiet
if (servicesClazzpath!=None) and (len(servicesClazzpath)>0) and (servicesClazz!=None) and (len(servicesClazz)>0):
services = _importModule(options.servicesClazzpath, options.servicesClazz)
from PyRQ import PyRQTimeUtils
PyRQTimeUtils.set_getTime(services.getSystemUptimeInteger)
PyRQTimeUtils.set_delayTime(services.timeSleep)
b = PyRQTimeUtils.getTime()
if not quiet: sys.stderr.write("subprocess getTime()...%(T)s\r\n"%{"T":b})
if options.handlerClazz!=None:
handlerClazz = _getClass(options.handlerClazz)
hC = Linkage.create(handlerClazz)
else:
msg = "No HandlerClazz specified!!!"
sys.stderr.write(msg)
raise Exception(msg)
# hC = Linkage.create(RRQHandler)
# handlerClazz = _getClass(".".join([hC.clazzpath(), hC.clazz()]))
if not quiet: sys.stderr.write("BootQueueServer::handlerClazz... %(H)s . %(P)s\r\n"%{"H":hC.clazzpath(), "P":hC.clazz()})
from multiprocessing.queues import Queue
mt = options.marshallerType
mt = int(mt)
target=Queue()
kwargs["maxClients"] = options.maxClients
kwargs["quiet"] = quiet
kwargs["recvChunkSize"] = int(options.socketRecvChunkSize)
kwargs["readTimeout"] = int(options.socketReadTimeout)
kwargs["loggerModule"] = _loadLoggingModule(options.loggingModule)
qs = QueueServer(host=options.host,
port=options.port,
marshaller=MarshallerFactory.get(mt, quiet=quiet),
target=target,
handlerClazz=handlerClazz,
**kwargs)
qs.start().waitUntilRunning()
if options.ackHost and options.ackPort:
# Send the ack back!
if not quiet: sys.stderr.write("BootQueueServer::load...[0.1]: %(H)s:%(P)s[1]\r\n"%{"H":options.ackHost, "P":options.ackPort})
from PyRQ.Core.QueueWriter.QueueWriter import QueueWriter
# import pydevd
# pydevd.settrace(stdoutToServer = True, stderrToServer = True)
qw = QueueWriter(target=QueueServerDetails(options.ackHost, options.ackPort),
marshaller=MarshallerFactory.get(mt, quiet=quiet),
autoConnect=True,
sockTimeout=10,
quiet=quiet
)
if not quiet: sys.stderr.write("BootQueueServer::load...[1.0]\r\n")
qw.start()
details = qs.details()
if not quiet: sys.stderr.write("BootQueueServer::load...[1.2]: %(D)s\r\n"%{"D":details})
qw.put(details)
if not quiet: sys.stderr.write("BootQueueServer::load...[1.2]\r\n")
# Now we have a queue which we can use to receive messages on: 'target'.
importedModule = None
if options.clazzpath!=None and options.clazz!=None:
if not quiet: sys.stderr.write("BootQueueServer::load...Launching %(P)s.%(C)s with target queue: %(Q)s\r\n"%{"P":options.clazzpath, "C":options.clazz, "Q":target})
try:
importedModule = _importModule(options.clazzpath, options.clazz)(qs)
except Exception, _e:
sys.stderr.write("Error Launching %(P)s.%(C)s with target queue: %(Q)s\r\n%(T)s\r\n"%{"P":options.clazzpath, "C":options.clazz, "Q":target, "T":traceback.format_exc()})
return uu
return genericSinkMethod
return object.__getattribute__(self, name)
if __name__ == '__main__':
md = RRQDebugger()
a = md.finish_end("peerName", "relativeTime")
print a
md.start(filename="mock.file")
a = md.setup_start("peerName123", "relativeTime123")
print a
# Start a dummyQueueServer:
q = Queue()
m = MarshallerFactory.get(MarshallerFactory.DEFAULT)
QS = QueueServer(port=22334, target=q, quiet=True, marshaller=m)
QS.start()
details = QS.details()
md.start(server=details)
a = md.setup_start("peerName123", "relativeTime123")
print a
data = q.get(block=True, timeout=10)
QS.close()