def do_POST(self, *args, **kwargs):
create_context(self.server, self.client_address, self.headers)
try:
ServiceContainer.SOAPRequestHandler.do_POST(
self, *args, **kwargs)
finally:
delete_context()
def do_POST(self, *args, **kwargs):
create_context(self.server, self.client_address, self.headers)
try:
SimpleXMLRPCServer.SimpleXMLRPCRequestHandler.do_POST(
self, *args, **kwargs)
finally:
delete_context()
def do_GET(self):
create_context(self.server, self.client_address, self.headers)
try:
first_question_mark = self.path.find("?")
if first_question_mark >= 0:
path = self.path[0:first_question_mark]
options = urllib.unquote(self.path[first_question_mark + 1:])
else:
path = self.path
options = ""
parameters = [
field for field in options.split("&") if field.find("=") >= 0
]
session_id_param = [
field[field.find("=") + 1:] for field in parameters
if field.startswith("sessionid")
]
if len(session_id_param) == 0:
self._write(400, "sessionid not provided")
return
session_id = session_id_param[0]
last_slash = path.rfind("/")
if last_slash >= 0:
method_name = path[last_slash + 1:]
else:
method_name = path
if 'get_%s' % method_name in dir(Methods):
method = getattr(Methods, 'get_%s' % method_name)
try:
response = method(self, session_id, parameters)
except MethodError as me:
# import traceback
# traceback.print_exc()
log.log(self, log.level.Error, str(me))
log.log_exc(self, log.level.Warning)
self._write(400, "Error: %s" % me)
return
json_response = json.dumps(response)
else:
self._write(
400,
"method %s not implemented" % urllib2.quote(method_name))
return
self._write(200, json_response)
except Exception as e:
import traceback
traceback.print_exc()
log.log(self, log.level.Error, str(e))
log.log_exc(self, log.level.Warning)
self._write(500, 'Error in server. Contact administrator')
finally:
delete_context()
def do_GET(self):
create_context(self.server, self.client_address, self.headers)
try:
first_question_mark = self.path.find("?")
if first_question_mark >= 0:
path = self.path[0:first_question_mark]
options = urllib.unquote(self.path[first_question_mark + 1:])
else:
path = self.path
options = ""
parameters = [ field for field in options.split("&") if field.find("=") >= 0 ]
session_id_param = [ field[field.find("=") + 1:] for field in parameters if field.startswith("sessionid") ]
if len(session_id_param) == 0:
self._write(400, "sessionid not provided")
return
session_id = session_id_param[0]
last_slash = path.rfind("/")
if last_slash >= 0:
method_name = path[last_slash + 1:]
else:
method_name = path
if 'get_%s' % method_name in dir(Methods):
method = getattr(Methods, 'get_%s' % method_name)
try:
response = method(self, session_id, parameters)
except MethodError as me:
# import traceback
# traceback.print_exc()
log.log( self, log.level.Error, str(me))
log.log_exc( self, log.level.Warning)
self._write(400, "Error: %s" % me)
return
json_response = json.dumps(response)
else:
self._write(400, "method %s not implemented" % urllib2.quote(method_name))
return
self._write(200, json_response)
except Exception as e:
import traceback
traceback.print_exc()
log.log( self, log.level.Error, str(e))
log.log_exc( self, log.level.Warning)
self._write(500, 'Error in server. Contact administrator')
finally:
delete_context()
def do_GET(self):
self.weblab_cookie = None
self.login_weblab_cookie = None
for current_cookie in (self.headers.getheader('cookie') or '').split('; '):
if current_cookie.startswith('weblabsessionid'):
self.weblab_cookie = current_cookie
if current_cookie.startswith('loginweblabsessionid'):
self.login_weblab_cookie = current_cookie
if self.weblab_cookie is None:
if self.server_route is not None:
self.weblab_cookie = "weblabsessionid=sessidnotfound.%s" % self.server_route
else:
self.weblab_cookie = "weblabsessionid=sessidnotfound"
if self.login_weblab_cookie is None:
if self.server_route is not None:
self.login_weblab_cookie = "loginweblabsessionid=loginsessid.not.found.%s" % self.server_route
else:
self.login_weblab_cookie = "loginweblabsessionid=sessidnotfound"
create_context(self.server, self.client_address, self.headers)
try:
for method in self.methods:
if method.matches(self.path):
m = method(self, self.cfg_manager, self.original_server)
message = m.run()
self._write(m.get_status(), m.get_content_type(), m.get_other_cookies(), message, m.get_other_headers(), m.avoid_weblab_cookies())
break
else:
NotFoundMethod(self, self.cfg_manager, self.original_server).run()
except RequestManagedError as e:
return
except MethodError as e:
log.log( self, log.level.Error, str(e))
log.log_exc( self, log.level.Warning)
self._write(e.status, 'text/html', [], e.msg)
except Exception as e:
import traceback
traceback.print_exc()
log.log( self, log.level.Error, str(e))
log.log_exc( self, log.level.Warning)
self._write(500, 'text/html', [], 'Error in server. Contact administrator')
finally:
delete_context()
def do_POST(self, *args, **kwargs):
create_context(self.server, self.client_address, self.headers)
try:
ServiceContainer.SOAPRequestHandler.do_POST(self, *args, **kwargs)
finally:
delete_context()
def do_POST(self, *args, **kwargs):
create_context(self.server, self.client_address, self.headers)
try:
SimpleXMLRPCServer.SimpleXMLRPCRequestHandler.do_POST(self, *args, **kwargs)
finally:
delete_context()
def do_POST(self):
"""
This do_POST callback handles an HTTP request containing a JSON-encoded RPC request.
"""
create_context(self.server, self.client_address, self.headers)
try:
length = int(self.headers['content-length'])
post_content = self.rfile.read(length)
# The contents of the POST contain a string with the JSON-encoded request. Decode that string.
try:
decoded = json.loads(post_content)
except ValueError:
response = {"is_exception":True,"code":WEBLAB_GENERAL_EXCEPTION_CODE,"message":"Couldn't deserialize message"}
self.finish_error(response)
return
# Retrieve the name of the method being invoked.
method_name = decoded.get('method')
if method_name is None:
response = {"is_exception":True,"code":WEBLAB_GENERAL_EXCEPTION_CODE,"message":"Missing 'method' attr"}
self.finish_error(response)
return
# Retrieve the parameters of the method being invoked.
params = decoded.get('params')
if params is None:
response = {"is_exception":True,"code":WEBLAB_GENERAL_EXCEPTION_CODE,"message":"Missing 'params' attr"}
self.finish_error(response)
return
# Ensure that we actually have a facade manager, as we should.
# (The method specified in the JSON request, which we are going to invoke,
# is actually located in the facade manager).
if self.facade_manager is None:
response = {"is_exception":True,"code":WEBLAB_GENERAL_EXCEPTION_CODE,"message":"Facade manager not set"}
self.finish_error(response)
return
# Ensure that the method that is remotely being called does exist.
if not hasattr(self.facade_manager, method_name):
response = {"is_exception":True,"code":WEBLAB_GENERAL_EXCEPTION_CODE,"message":"Method not recognized"}
self.finish_error(response)
return
# Retrieve a reference to the method.
method = getattr(self.facade_manager,method_name)
# Build a standard dictionary with the parameters to call the actual method.
newparams = {}
try:
for param in params:
newparams[str(param)] = params[param]
except Exception as e:
response = {"is_exception":True,"code":WEBLAB_GENERAL_EXCEPTION_CODE,"message":"unicode not accepted in param names"}
self.finish_error(response)
return
# Call the method specified in the request,
# with the parameters from the dictionary we just built.
try:
return_value = method(**newparams)
except RemoteFacadeManager.JSONError as jsone:
response = jsone.args[0]
self.finish_error(response)
return
except Exception as e:
response = {"is_exception":True,"code":WEBLAB_GENERAL_EXCEPTION_CODE,"message":"Unexpected exception: %s" % e}
self.finish_error(response)
return
# No exception was raised so the request was successful. We will now return the response to
# the remote caller.
try:
# Serialize the response to a JSON dictionary.
parsed_return_value = simplify_response(return_value)
response = json.dumps({"result":parsed_return_value, "is_exception" : False})
except Exception as e:
response = {"is_exception":True,"code":WEBLAB_GENERAL_EXCEPTION_CODE,"message":"Error encoding return value"}
log.log( JsonHttpHandler, log.level.Error, "Request from %s: %s" % (get_context().get_ip_address(), "Error encoding return value: %s" % e))
log.log( JsonHttpHandler, log.level.Error, "Message was: %s" % return_value)
log.log_exc( JsonHttpHandler, log.level.Warning )
self.finish_error(response)
return
self.finish_post(response)
finally:
delete_context()
def do_POST(self):
"""
This do_POST callback handles an HTTP request containing a JSON-encoded RPC request.
"""
create_context(self.server, self.client_address, self.headers)
try:
length = int(self.headers['content-length'])
post_content = self.rfile.read(length)
# The contents of the POST contain a string with the JSON-encoded request. Decode that string.
try:
decoded = json.loads(post_content)
except ValueError:
response = {
"is_exception": True,
"code": WEBLAB_GENERAL_EXCEPTION_CODE,
"message": "Couldn't deserialize message"
}
self.finish_error(response)
return
# Retrieve the name of the method being invoked.
method_name = decoded.get('method')
if method_name is None:
response = {
"is_exception": True,
"code": WEBLAB_GENERAL_EXCEPTION_CODE,
"message": "Missing 'method' attr"
}
self.finish_error(response)
return
# Retrieve the parameters of the method being invoked.
params = decoded.get('params')
if params is None:
response = {
"is_exception": True,
"code": WEBLAB_GENERAL_EXCEPTION_CODE,
"message": "Missing 'params' attr"
}
self.finish_error(response)
return
# Ensure that we actually have a facade manager, as we should.
# (The method specified in the JSON request, which we are going to invoke,
# is actually located in the facade manager).
if self.facade_manager is None:
response = {
"is_exception": True,
"code": WEBLAB_GENERAL_EXCEPTION_CODE,
"message": "Facade manager not set"
}
self.finish_error(response)
return
# Ensure that the method that is remotely being called does exist.
if not hasattr(self.facade_manager, method_name):
response = {
"is_exception": True,
"code": WEBLAB_GENERAL_EXCEPTION_CODE,
"message": "Method not recognized"
}
self.finish_error(response)
return
# Retrieve a reference to the method.
method = getattr(self.facade_manager, method_name)
# Build a standard dictionary with the parameters to call the actual method.
newparams = {}
try:
for param in params:
newparams[str(param)] = params[param]
except Exception as e:
response = {
"is_exception": True,
"code": WEBLAB_GENERAL_EXCEPTION_CODE,
"message": "unicode not accepted in param names"
}
self.finish_error(response)
return
# Call the method specified in the request,
# with the parameters from the dictionary we just built.
try:
return_value = method(**newparams)
except RemoteFacadeManager.JSONError as jsone:
response = jsone.args[0]
self.finish_error(response)
return
except Exception as e:
response = {
"is_exception": True,
"code": WEBLAB_GENERAL_EXCEPTION_CODE,
"message": "Unexpected exception: %s" % e
}
self.finish_error(response)
return
# No exception was raised so the request was successful. We will now return the response to
# the remote caller.
try:
# Serialize the response to a JSON dictionary.
parsed_return_value = simplify_response(return_value)
response = json.dumps({
"result": parsed_return_value,
"is_exception": False
})
except Exception as e:
response = {
"is_exception": True,
"code": WEBLAB_GENERAL_EXCEPTION_CODE,
"message": "Error encoding return value"
}
log.log(
JsonHttpHandler, log.level.Error, "Request from %s: %s" %
(get_context().get_ip_address(),
"Error encoding return value: %s" % e))
log.log(JsonHttpHandler, log.level.Error,
"Message was: %s" % return_value)
log.log_exc(JsonHttpHandler, log.level.Warning)
self.finish_error(response)
return
self.finish_post(response)
finally:
delete_context()