def _test_encode(self, valuesWithEncoders):
values, encoders = zip(*valuesWithEncoders)
inKwargs = dict(zip(string.ascii_lowercase, values))
boxKwargs = ampencode.toBoxKwargs(inKwargs)
self.assertEqual(len(inKwargs), len(boxKwargs))
for key, encoder in zip(string.ascii_lowercase, encoders):
self.assertEqual(boxKwargs[key], encoder.toString(inKwargs[key]))
def _test_encode(self, valuesWithEncoders):
values, encoders = zip(*valuesWithEncoders)
inKwargs = dict(zip(string.ascii_lowercase, values))
boxKwargs = ampencode.toBoxKwargs(inKwargs)
self.assertEqual(len(inKwargs), len(boxKwargs))
for key, encoder in zip(string.ascii_lowercase, encoders):
self.assertEqual(boxKwargs[key], encoder.toString(inKwargs[key]))
def handleRequest(string, client, write):
"""
Handles an incoming request.
"""
identifier, requiresAnswer = None, False
try:
request = _parseRequest(string)
method, identifier, kwargs = _extractDetails(request)
boxKwargs = ampencode.toBoxKwargs(kwargs)
requiresAnswer = identifier is not None
d = client.callRemoteString(method, requiresAnswer, **boxKwargs)
except Exception as e:
d = defer.fail(e)
if requiresAnswer:
d.addBoth(encode, identifier)
d.addCallback(write)
return d
def handleRequest(string, client, write):
"""
Handles an incoming request.
"""
identifier, requiresAnswer = None, False
try:
request = _parseRequest(string)
method, identifier, kwargs = _extractDetails(request)
boxKwargs = ampencode.toBoxKwargs(kwargs)
requiresAnswer = identifier is not None
d = client.callRemoteString(method, requiresAnswer, **boxKwargs)
except Exception as e:
d = defer.fail(e)
if requiresAnswer:
d.addBoth(encode, identifier)
d.addCallback(write)
return d