def _isAllowed(self, request, uri):
'''
Retrieve the access for the authentication.
'''
assert isinstance(request, Request), 'Invalid request %s' % request
req, reqCnt = self._requestProcessing.contexts['request'](), self._requestProcessing.contexts['requestCnt']()
rsp, rspCnt = self._requestProcessing.contexts['response'](), self._requestProcessing.contexts['responseCnt']()
assert isinstance(req, RequestHTTP)
assert isinstance(rsp, ResponseHTTP)
assert isinstance(rspCnt, ResponseContentHTTP)
req.methodName = METHOD_GET
req.scheme = request.scheme
req.headers = self.accessHeaders
req.uriRoot = self.accessUriRoot
req.uri = uri
requestChain = Chain(self._requestProcessing)
requestChain.process(request=req, requestCnt=reqCnt, response=rsp, responseCnt=rspCnt).doAll()
if not rsp.isSuccess: return
if rspCnt.source is None:
raise Exception('Problems with security filter access, the URI \'%s\' has a response %s %s, but no content' %
(self.accessUriRoot + uri, rsp.code, rsp.text))
if isinstance(rspCnt.source, IInputStream):
source = rspCnt.source
else:
source = BytesIO()
for bytes in rspCnt.source: source.write(bytes)
source.seek(0)
allowed = json.load(codecs.getreader(self.accessResponseEncoding)(source))
return allowed['HasAccess'] == 'True'
def processParsing(self, request, requestCnt, response, responseCnt, **keyargs):
'''
Process the parsing for the provided contexts.
@return: boolean
True if the parsing has been successfully done on the request content.
'''
assert isinstance(request, Request), 'Invalid request %s' % request
assert isinstance(requestCnt, RequestContent), 'Invalid request content %s' % requestCnt
assert isinstance(response, Response), 'Invalid response %s' % response
assert isinstance(responseCnt, ResponseContent), 'Invalid response content %s' % responseCnt
# Resolving the character set
if RequestContent.charSet in requestCnt:
try: codecs.lookup(requestCnt.charSet)
except LookupError: requestCnt.charSet = self.charSetDefault
else: requestCnt.charSet = self.charSetDefault
if RequestContent.type not in requestCnt: requestCnt.type = responseCnt.type
chain = Chain(self.parsingProcessing)
chain.process(request=request, requestCnt=requestCnt, response=response, responseCnt=responseCnt, **keyargs)
if not chain.doAll().isConsumed(): return True
if Response.code not in response or response.code.isSuccess:
response.code = UNKNOWN_ENCODING
response.text = 'Content type \'%s\' not supported for parsing' % requestCnt.type
def process(self, redirectProcessing, chain, request, response, **keyargs):
'''
Process the redirect.
@param redirectProcessing: Processing
The processing that provides the redirecting chain.
The rest of the parameters are contexts.
'''
assert isinstance(redirectProcessing, Processing), 'Invalid redirect processing %s' % redirectProcessing
assert isinstance(chain, Chain), 'Invalid processors chain %s' % chain
assert isinstance(request, Request), 'Invalid request %s' % request
assert isinstance(response, Response), 'Invalid response %s' % response
if Response.code not in response or response.code.isSuccess: # Skip in case the response is in error
assert isinstance(request.invoker, Invoker), 'Invalid request invoker %s' % request.invoker
typ = request.invoker.output
if isinstance(typ, TypeModelProperty): typ = typ.type
if isinstance(typ, TypeReference):
redirectChain = Chain(redirectProcessing)
redirectChain.process(request=request, response=response, **keyargs).doAll()
if Response.code not in response or response.code.isSuccess:
assert isinstance(response.encoderHeader, IEncoderHeader), \
'Invalid header encoder %s' % response.encoderHeader
assert isinstance(response.encoderPath, IEncoderPath), \
'Invalid encoder path %s' % response.encoderPath
response.encoderHeader.encode(self.nameLocation, response.encoderPath.encode(response.obj))
response.code, response.text = REDIRECT, 'Redirect'
return
chain.proceed()
def _process(self, method):
url = urlparse(self.path)
path = url.path.lstrip('/')
for regex, processing in self.server.pathProcessing:
match = regex.match(path)
if match:
uriRoot = path[:match.end()]
if not uriRoot.endswith('/'): uriRoot += '/'
assert isinstance(processing, Processing), 'Invalid processing %s' % processing
req, reqCnt = processing.contexts['request'](), processing.contexts['requestCnt']()
rsp, rspCnt = processing.contexts['response'](), processing.contexts['responseCnt']()
assert isinstance(req, RequestHTTP), 'Invalid request %s' % req
assert isinstance(reqCnt, RequestContentHTTPAsyncore), 'Invalid request content %s' % reqCnt
assert isinstance(rsp, ResponseHTTP), 'Invalid response %s' % rsp
assert isinstance(rspCnt, ResponseContentHTTP), 'Invalid response content %s' % rspCnt
req.scheme, req.uriRoot, req.uri = 'http', uriRoot, path[match.end():]
req.parameters = parse_qsl(url.query, True, False)
break
else:
self.send_response(404)
self.end_headers()
self.close()
return
req.methodName = method
req.headers = dict(self.headers)
def respond():
assert isinstance(rsp.code, int), 'Invalid response code %s' % rsp.code
if ResponseHTTP.headers in rsp:
for name, value in rsp.headers.items(): self.send_header(name, value)
if ResponseHTTP.text in rsp: self.send_response(rsp.code, rsp.text)
else: self.send_response(rsp.code)
self.end_headers()
if rspCnt.source is not None:
if isinstance(rspCnt.source, IInputStream): source = readGenerator(rspCnt.source, self.bufferSize)
else: source = rspCnt.source
self._writeq.append((WRITE_ITER, iter(source)))
self._writeq.append((WRITE_CLOSE, None))
chain = Chain(processing)
chain.process(request=req, requestCnt=reqCnt, response=rsp, responseCnt=rspCnt)
chain.callBack(respond)
while True:
if not chain.do():
self._next(3) # Now we proceed to write stage
break
if reqCnt.contentReader is not None:
self._next(2) # Now we proceed to read stage
self._reader = reqCnt.contentReader
break
def process(self, chain, request, response, responseCnt, **keyargs):
"""
Create the render for the response object.
"""
assert isinstance(chain, Chain), "Invalid processors chain %s" % chain
assert isinstance(request, Request), "Invalid request %s" % request
assert isinstance(response, Response), "Invalid response %s" % response
assert isinstance(responseCnt, ResponseContent), "Invalid response content %s" % responseCnt
chain.proceed()
# Resolving the character set
if ResponseContent.charSet in responseCnt:
try:
codecs.lookup(responseCnt.charSet)
except LookupError:
responseCnt.charSet = None
else:
responseCnt.charSet = None
if responseCnt.charSet is None:
for charSet in request.accCharSets or ():
try:
codecs.lookup(charSet)
except LookupError:
continue
responseCnt.charSet = charSet
break
else:
responseCnt.charSet = self.charSetDefault
resolved = False
if ResponseContent.type in responseCnt:
renderChain = Chain(self.renderingProcessing)
renderChain.process(request=request, response=response, responseCnt=responseCnt, **keyargs)
if renderChain.doAll().isConsumed():
if Response.code not in response or response.code.isSuccess:
response.code = UNKNOWN_ENCODING
response.text = "Content type '%s' not supported for rendering" % responseCnt.type
else:
resolved = True
if not resolved:
# Adding None in case some encoder is configured as default.
for contentType in itertools.chain(request.accTypes or (), self.contentTypeDefaults):
responseCnt.type = contentType
renderChain = Chain(self.renderingProcessing)
renderChain.process(request=request, response=response, responseCnt=responseCnt, **keyargs)
if not renderChain.doAll().isConsumed():
break
else:
raise DevelError(
"There is no renderer available, this is more likely a setup issues since the "
"default content types should have resolved the renderer"
)
def testMethodInvoker(self):
handler = MethodInvokerHandler()
ioc.initialize(handler)
request, response = Request(), Response()
node = NodeRoot()
request.method, request.path = GET, Path([], node)
def callProcess(chain, **keyargs): handler.process(**keyargs)
chain = Chain([callProcess])
chain.process(request=request, response=response).doAll()
self.assertEqual(response.allows, 0)
self.assertTrue(response.isSuccess is False)
def testTextConversion(self):
handler = ConversionSetHandler()
handler.normalizer = Normalizer()
handler.converter = Converter()
ioc.initialize(handler)
requestCnt, response = Content(), Content()
def callProcess(chain, **keyargs): handler.process(**keyargs)
chain = Chain([callProcess])
chain.process(requestCnt=requestCnt, response=response).doAll()
self.assertEqual(handler.normalizer, requestCnt.normalizer)
self.assertEqual(handler.normalizer, response.normalizer)
self.assertEqual(handler.converter, response.converter)
self.assertEqual(handler.converter, response.converter)
def testMethodInvoker(self):
resourcesLocator = DummyResourceLocator()
handler = MethodInvokerHandler()
ioc.initialize(handler)
request, response = Request(), Response()
node = NodeRoot()
request.method, request.path = GET, Path(resourcesLocator, [], node)
def callProcess(chain, **keyargs): handler.process(**keyargs)
chain = Chain([callProcess])
chain.process(request=request, response=response)
self.assertEqual(response.allows, 0)
self.assertTrue(not response.code.isSuccess)