def __init__(self, test, requestsPerSocket=3, socketCount=2):
# Similar to MaxRequests in the configuration.
self.requestsPerSocket = requestsPerSocket
# Similar to ProcessCount in the configuration.
self.socketCount = socketCount
self.limiter = ConnectionLimiter(2,
maxRequests=requestsPerSocket *
socketCount)
self.dispatcher = self.limiter.dispatcher
self.dispatcher.reactor = ReaderAdder()
self.service = Service()
self.limiter.addPortService("TCP", 4321, "127.0.0.1", 5,
self.serverServiceMakerMaker(self.service))
for ignored in xrange(socketCount):
subskt = self.dispatcher.addSocket()
subskt.start()
subskt.restarted()
# Has to be running in order to add stuff.
self.limiter.startService()
self.port = self.service.myPort
def __init__(self, test, requestsPerSocket=3, socketCount=2):
# Similar to MaxRequests in the configuration.
self.requestsPerSocket = requestsPerSocket
# Similar to ProcessCount in the configuration.
self.socketCount = socketCount
self.limiter = ConnectionLimiter(
2, maxRequests=requestsPerSocket * socketCount
)
self.dispatcher = self.limiter.dispatcher
self.dispatcher.reactor = ReaderAdder()
self.service = Service()
self.limiter.addPortService("TCP", 4321, "127.0.0.1", 5,
self.serverServiceMakerMaker(self.service))
for ignored in xrange(socketCount):
self.dispatcher.addSocket()
# Has to be running in order to add stuff.
self.limiter.startService()
self.port = self.service.myPort
def setUp(self):
self.dispatcher = InheritedSocketDispatcher(ConnectionLimiter(2, 20))
self.dispatcher.reactor = ReaderAdder()
class LimiterBuilder(object):
"""
A L{LimiterBuilder} can build a L{ConnectionLimiter} and associated objects
for a given unit test.
"""
def __init__(self, test, requestsPerSocket=3, socketCount=2):
# Similar to MaxRequests in the configuration.
self.requestsPerSocket = requestsPerSocket
# Similar to ProcessCount in the configuration.
self.socketCount = socketCount
self.limiter = ConnectionLimiter(2,
maxRequests=requestsPerSocket *
socketCount)
self.dispatcher = self.limiter.dispatcher
self.dispatcher.reactor = ReaderAdder()
self.service = Service()
self.limiter.addPortService("TCP", 4321, "127.0.0.1", 5,
self.serverServiceMakerMaker(self.service))
for ignored in xrange(socketCount):
subskt = self.dispatcher.addSocket()
subskt.start()
subskt.restarted()
# Has to be running in order to add stuff.
self.limiter.startService()
self.port = self.service.myPort
def highestLoad(self):
return max(skt.status.effective()
for skt in self.limiter.dispatcher._subprocessSockets)
def serverServiceMakerMaker(self, s):
"""
Make a serverServiceMaker for use with
L{ConnectionLimiter.addPortService}.
"""
class NotAPort(object):
def startReading(self):
self.reading = True
def stopReading(self):
self.reading = False
def serverServiceMaker(port, factory, *a, **k):
s.factory = factory
s.myPort = NotAPort()
# TODO: technically, the following should wait for startService
s.myPort.startReading()
factory.myServer = s
return s
return serverServiceMaker
def fillUp(self, acknowledged=True, count=0):
"""
Fill up all the slots on the connection limiter.
@param acknowledged: Should the virtual connections created by this
method send a message back to the dispatcher indicating that the
subprocess has acknowledged receipt of the file descriptor?
@param count: Amount of load to add; default to the maximum that the
limiter.
"""
for _ignore_x in range(count or self.limiter.maxRequests):
self.dispatcher.sendFileDescriptor(None, "SSL")
if acknowledged:
self.dispatcher.statusMessage(
self.dispatcher._subprocessSockets[0], "+")
def processRestart(self):
self.dispatcher._subprocessSockets[0].stop()
self.dispatcher._subprocessSockets[0].start()
self.dispatcher.statusMessage(self.dispatcher._subprocessSockets[0],
"0")
def loadDown(self):
self.dispatcher.statusMessage(self.dispatcher._subprocessSockets[0],
"-")
class LimiterBuilder(object):
"""
A L{LimiterBuilder} can build a L{ConnectionLimiter} and associated objects
for a given unit test.
"""
def __init__(self, test, requestsPerSocket=3, socketCount=2):
# Similar to MaxRequests in the configuration.
self.requestsPerSocket = requestsPerSocket
# Similar to ProcessCount in the configuration.
self.socketCount = socketCount
self.limiter = ConnectionLimiter(
2, maxRequests=requestsPerSocket * socketCount
)
self.dispatcher = self.limiter.dispatcher
self.dispatcher.reactor = ReaderAdder()
self.service = Service()
self.limiter.addPortService("TCP", 4321, "127.0.0.1", 5,
self.serverServiceMakerMaker(self.service))
for ignored in xrange(socketCount):
subskt = self.dispatcher.addSocket()
subskt.start()
subskt.restarted()
# Has to be running in order to add stuff.
self.limiter.startService()
self.port = self.service.myPort
def highestLoad(self):
return max(
skt.status.effective()
for skt in self.limiter.dispatcher._subprocessSockets
)
def serverServiceMakerMaker(self, s):
"""
Make a serverServiceMaker for use with
L{ConnectionLimiter.addPortService}.
"""
class NotAPort(object):
def startReading(self):
self.reading = True
def stopReading(self):
self.reading = False
def serverServiceMaker(port, factory, *a, **k):
s.factory = factory
s.myPort = NotAPort()
# TODO: technically, the following should wait for startService
s.myPort.startReading()
factory.myServer = s
return s
return serverServiceMaker
def fillUp(self, acknowledged=True, count=0):
"""
Fill up all the slots on the connection limiter.
@param acknowledged: Should the virtual connections created by this
method send a message back to the dispatcher indicating that the
subprocess has acknowledged receipt of the file descriptor?
@param count: Amount of load to add; default to the maximum that the
limiter.
"""
for _ignore_x in range(count or self.limiter.maxRequests):
self.dispatcher.sendFileDescriptor(None, "SSL")
if acknowledged:
self.dispatcher.statusMessage(
self.dispatcher._subprocessSockets[0], "+"
)
def processRestart(self):
self.dispatcher._subprocessSockets[0].stop()
self.dispatcher._subprocessSockets[0].start()
self.dispatcher.statusMessage(
self.dispatcher._subprocessSockets[0], "0"
)
def loadDown(self):
self.dispatcher.statusMessage(
self.dispatcher._subprocessSockets[0], "-"
)