def request(self, method, uri, headers=None, bodyProducer=None):
"""
Implement IAgent.request.
"""
# We want to use Agent to parse the HTTP response, so let's ask it to
# make a request against our in-memory reactor.
response = self._realAgent.request(method, uri, headers, bodyProducer)
# That will try to establish an HTTP connection with the reactor's
# connectTCP method, and MemoryReactor will place Agent's factory into
# the tcpClients list. We'll extract that.
host, port, factory, timeout, bindAddress = (
self._memoryReactor.tcpClients[0])
# Then we need to convince that factory it's connected to something and
# it will give us a protocol for that connection.
protocol = factory.buildProtocol(None)
# We want to capture the output of that connection so we'll make an
# in-memory transport.
clientTransport = AbortableStringTransport()
# When the protocol is connected to a transport, it ought to send the
# whole request because callers of this should not use an asynchronous
# bodyProducer.
protocol.makeConnection(clientTransport)
# Get the data from the request.
requestData = clientTransport.io.getvalue()
# Now time for the server to do its job. Ask it to build an HTTP
# channel.
channel = get_site(self._rootResource).buildProtocol(None)
# Connect the channel to another in-memory transport so we can collect
# the response.
serverTransport = StringTransport()
serverTransport.hostAddr = IPv4Address('TCP', '127.0.0.1', 80)
channel.makeConnection(serverTransport)
# Feed it the data that the Agent synthesized.
channel.dataReceived(requestData)
# Tell it that the connection is now complete so it can clean up.
channel.connectionLost(Failure(ConnectionDone()))
# Now we have the response data, let's give it back to the Agent.
protocol.dataReceived(serverTransport.io.getvalue())
# By now the Agent should have all it needs to parse a response.
protocol.connectionLost(Failure(ConnectionDone()))
# Return the response in the accepted format (Deferred firing
# IResponse). This should be synchronously fired, and if not, it's the
# system under test's problem.
return response
def request(self, method, uri, headers=None, bodyProducer=None):
"""
Implement IAgent.request.
"""
# We want to use Agent to parse the HTTP response, so let's ask it to
# make a request against our in-memory reactor.
response = self._realAgent.request(method, uri, headers, bodyProducer)
# That will try to establish an HTTP connection with the reactor's
# connectTCP method, and MemoryReactor will place Agent's factory into
# the tcpClients list. We'll extract that.
host, port, factory, timeout, bindAddress = (
self._memoryReactor.tcpClients[0])
# Then we need to convince that factory it's connected to something and
# it will give us a protocol for that connection.
protocol = factory.buildProtocol(None)
# We want to capture the output of that connection so we'll make an
# in-memory transport.
clientTransport = AbortableStringTransport()
# When the protocol is connected to a transport, it ought to send the
# whole request because callers of this should not use an asynchronous
# bodyProducer.
protocol.makeConnection(clientTransport)
# Get the data from the request.
requestData = clientTransport.io.getvalue()
# Now time for the server to do its job. Ask it to build an HTTP
# channel.
channel = get_site(self._rootResource).buildProtocol(None)
# Connect the channel to another in-memory transport so we can collect
# the response.
serverTransport = StringTransport()
serverTransport.hostAddr = IPv4Address('TCP', '127.0.0.1', 80)
channel.makeConnection(serverTransport)
# Feed it the data that the Agent synthesized.
channel.dataReceived(requestData)
# Tell it that the connection is now complete so it can clean up.
channel.connectionLost(Failure(ConnectionDone()))
# Now we have the response data, let's give it back to the Agent.
protocol.dataReceived(serverTransport.io.getvalue())
# By now the Agent should have all it needs to parse a response.
protocol.connectionLost(Failure(ConnectionDone()))
# Return the response in the accepted format (Deferred firing
# IResponse). This should be synchronously fired, and if not, it's the
# system under test's problem.
return response
def makeService(config):
"""
Set up the otter-api service.
"""
s = MultiService()
if config['realtime']:
from twisted.internet import reactor as clock
else:
clock = Clock()
core = MimicCore.fromPlugins(clock)
root = MimicRoot(core, clock)
site = get_site(root.app.resource(), logging=bool(config['verbose']))
service(config['listen'], site).setServiceParent(s)
return s
def makeService(config):
"""
Set up the otter-api service.
"""
s = MultiService()
if config['realtime']:
from twisted.internet import reactor as clock
else:
clock = Clock()
core = MimicCore.fromPlugins(clock)
root = MimicRoot(core, clock)
site = get_site(root.app.resource(), logging=bool(config['verbose']))
service(config['listen'], site).setServiceParent(s)
return s
def makeService(config):
"""
Set up the service.
"""
s = MultiService()
if config['realtime']:
from twisted.internet import reactor as clock
else:
clock = Clock()
core = MimicCore.fromPlugins(clock)
root = MimicRoot(core, clock)
site = get_site(root.app.resource(), logging=bool(config['verbose']))
# The Twisted code currently (v16.6.0, 17.1.0) compares the type of
# this argument to 'str' in order to determine how to handle it.
description = str(config['listen'])
service(description, site).setServiceParent(s)
return s
