def on_message(self,ch, method, properties, body):
print " [x] %r:%r" % (method.routing_key, json.loads(body),)
msg = json.loads(body)
# if 'Cards in hand' in msg:
self.pKeys[method.routing_key] = 1
#
if len(self.pKeys) == 1:
self.pKeys = {}
self.channel.basic_publish(exchange='dealer_exchange_1',
routing_key="dealer",
body=json.dumps({'method':'action','action':8,'user_id':1,
"room_id":1, "private_key":self.users[0].private_key, "amount":20}))
def is_json_by_line_file(input_arg):
"""
Check is input_arg file contains lines of json.
Actually, checks if first line of input_arg is a json.
:param input_arg: full path filename (should be openable with open function)
:return: boolean
"""
with open(input_arg, "r") as f:
try:
json.loads(f.readline())
return True
except json.DecodeError:
return False
def send_request(url, args = []):
response = urllib.urlopen(base_url + "%s?%s" % (url, urllib.urlencode(args + get_args())))
if response.getcode() != 200:
raise RequestException("Request fail: %s" % response.read())
if json.__name__ == "cjson":
return json.decode(clean_slashes_for_cjson(response.read()))
return json.loads(response.read())
def default(self, *args, **kwargs):
"""
Nimmt die JSON-RPC-Anfrage entgegen und übergibt sie an die entsprechende
JSON-RPC-Methode.
"""
responses = []
# Response content type -> JSON
set_content_type_json()
# Get data
if cherrypy.request.method == "GET":
data = kwargs
if "params" in data:
if self.debug:
cherrypy.log("")
cherrypy.log(u"params (raw): " + repr(data["params"]))
cherrypy.log("")
try:
data["params"] = json.loads(data["params"])
except _ParseError, err:
traceback_info = "".join(traceback.format_exception(*sys.exc_info()))
cherrypy.log(traceback_info)
return json.dumps(
responses.ParseErrorResponse(
data = unicode(err)
).to_dict()
)
requests = [data]
def load(self):
"""
Load data in self.input_data
:return: yield self.input_data json loaded
"""
yield json.loads(self.input_data)
def test_ask(self):
"""
Test the "ask" Tropo class method.
"""
tropo = Tropo()
tropo.ask("[5 digits]",
say = Say("Please enter a 5 digit zip code").json)
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_ask================="
print "render json: %s" % pretty_rendered
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"ask": {"say": {"value": "Please enter a 5 digit zip code"}, "choices": {"value": "[5 digits]"}}}]}'
wanted_obj = jsonlib.loads(wanted_json)
# print "test_ask: %s" % tropo.RenderJson()
self.assertEqual(rendered_obj, wanted_obj)
def test_ask(self):
"""
Test the "ask" Tropo class method.
"""
tropo = Tropo()
tropo.ask("[5 digits]",
say = Say("Please enter a 5 digit zip code").json)
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_ask================="
print "render json: %s" % pretty_rendered
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"ask": {"say": {"value": "Please enter a 5 digit zip code"}, "choices": {"value": "[5 digits]"}}}]}'
wanted_obj = jsonlib.loads(wanted_json)
# print "test_ask: %s" % tropo.RenderJson()
self.assertEqual(rendered_obj, wanted_obj)
def _do_post(self, url, data, limit=None):
"""
Send a JSON payload with a string for ranking or sorting.
"""
payload = {}
response = {}
http = httplib2.Http(".cache")
# Data can't be an empty string.
if not data:
raise LingAPIException("Empty required parameter: %s" % arg)
payload['string'] = data
if limit:
payload['limit'] = limit
resp, content = http.request(
url,
"PUT",
body=json.dumps(payload),
headers={'content-type': 'application/json'})
if resp.status == 200:
response["response"] = resp
response["content"] = json.loads(content)
else:
print url
raise LingAPIException("Response failed with status code: %s" %
resp["status"])
return response
def __init__(self, result_json):
result_data = jsonlib.loads(result_json)
result_dict = result_data['result']
for opt in self.options_array:
if result_dict.get(opt, False):
setattr(self, '_%s' % opt, result_dict[opt])
def _do_post(self, url, data, limit=None):
"""
Send a JSON payload with a string for ranking or sorting.
"""
payload = {}
response = {}
http = httplib2.Http(".cache")
# Data can't be an empty string.
if not data:
raise LingAPIException("Empty required parameter: %s" % arg)
payload['string'] = data
if limit:
payload['limit'] = limit
resp, content = http.request(url, "PUT", body=json.dumps(payload),
headers={'content-type': 'application/json'})
if resp.status == 200:
response["response"] = resp
response["content"] = json.loads(content)
else:
print url
raise LingAPIException("Response failed with status code: %s" % resp["status"])
return response
def test_hangup(self):
"""
Test the "hangup" Tropo class method.
"""
tropo = Tropo()
tropo.hangup()
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_hangup================="
print "render json: %s" % pretty_rendered
# print "test_hangup: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"hangup": null}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_stopRecording(self):
"""
Test the "stopRecording" Tropo class method.
"""
tropo = Tropo()
tropo.stopRecording()
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_stopRecording================="
print "render json: %s" % pretty_rendered
# print "test_stopRecording: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = ' {"tropo": [{"stopRecording": {}}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_list_say(self):
"""
Test the "say" Tropo class method, when a list of Strings is passed to it.
"""
tropo = Tropo()
tropo.say(["Hello, World", "How ya doing?"])
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_list_say================="
print "render json: %s" % pretty_rendered
# print "test_say: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"say": [{"value": "Hello, World"}, {"value": "How ya doing?"}]}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_say(self):
"""
Test the "say" Tropo class method.
"""
tropo = Tropo()
tropo.say("Hello, World")
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_say================="
print "render json: %s" % pretty_rendered
# print "test_say: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"say": {"value": "Hello, World"}}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def fix_line(line):
try:
rec = loads(line)
rec['time'] = rec['time'][:len("2017-02-07T19:11:04")]
rec['day'] = rec['time'][:rec['time'].index("T")]
return dumps(rec)
except:
return
def test_hangup(self):
"""
Test the "hangup" Tropo class method.
"""
tropo = Tropo()
tropo.hangup()
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_hangup================="
print "render json: %s" % pretty_rendered
# print "test_hangup: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"hangup": {}}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_startRecording(self):
"""
Test the "startRecording" Tropo class method.
"""
tropo = Tropo()
tropo.startRecording(self.RECORDING_URL)
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print("===============test_startRecording=================")
print("render json: %s" % pretty_rendered)
# print "test_startRecording: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"startRecording": {"url": "/receive_recording.py"}}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_list_say(self):
"""
Test the "say" Tropo class method, when a list of Strings is passed to it.
"""
tropo = Tropo()
tropo.say(["Hello, World", "How ya doing?"], promptLogSecurity = "suppredd")
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_list_say================="
print "render json: %s" % pretty_rendered
# print "test_say: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"say": [{"value": "Hello, World", "promptLogSecurity": "suppredd"}, {"value": "How ya doing?", "promptLogSecurity": "suppredd"}]}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def __init__(self, session_json):
logging.info ("POST data: %s" % session_json)
session_data = jsonlib.loads(session_json)
session_dict = session_data['session']
for key in session_dict:
val = session_dict[key]
logging.info ("key: %s val: %s" % (key, val))
setattr(self, key, val)
def __init__(self, session_json):
logging.info("POST data: %s" % session_json)
session_data = jsonlib.loads(session_json)
session_dict = session_data['session']
for key in session_dict:
val = session_dict[key]
logging.info("key: %s val: %s" % (key, val))
setattr(self, key, val)
def __init__(self, result_json):
logging.info("result POST data: %s" % result_json)
result_data = jsonlib.loads(result_json)
result_dict = result_data["result"]
for opt in self.options_array:
if result_dict.get(opt, False):
setattr(self, "_%s" % opt, result_dict[opt])
def test_startRecording(self):
"""
Test the "startRecording" Tropo class method.
"""
tropo = Tropo()
tropo.startRecording(self.RECORDING_URL)
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_startRecording================="
print "render json: %s" % pretty_rendered
# print "test_startRecording: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"startRecording": {"url": "/receive_recording.py"}}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_say(self):
"""
Test the "say" Tropo class method.
"""
tropo = Tropo()
tropo.say("Hello, World", promptLogSecurity='soppress')
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_say================="
print "render json: %s" % pretty_rendered
# print "test_say: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"say": {"value": "Hello, World", "promptLogSecurity": "soppress"}}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_message(self):
"""
Test the "message" Tropo class method.
"""
tropo = Tropo()
tropo.message("Hello World", self.MY_PHONE, channel='TEXT', network='SMS', timeout=5, promptLogSecurity = 'suppress')
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_message================="
print "render json: %s" % pretty_rendered
# print "test_message: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = ' {"tropo": [{"message": {"to": "%s", "say": {"value": "Hello World"}, "promptLogSecurity": "suppress", "network": "SMS", "timeout": 5, "channel": "TEXT"}}]}' % self.MY_PHONE
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_message(self):
"""
Test the "message" Tropo class method.
"""
tropo = Tropo()
tropo.message("Hello World", self.MY_PHONE, channel='TEXT', network='SMS', timeout=5)
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_message================="
print "render json: %s" % pretty_rendered
# print "test_message: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = ' {"tropo": [{"message": {"to": "%s", "say": {"value": "Hello World"}, "network": "SMS", "timeout": 5, "channel": "TEXT"}}]}' % self.MY_PHONE
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def send_request(url, args =[]):
g_context = ssl.SSLContext(ssl.PROTOCOL_TLSv1)
response = urllib.request.urlopen(base_url + "%s?%s" % (url, urllib.parse.urlencode(args + get_args())), context=g_context)
if response.getcode() != 200:
raise Exception("Request fail: %s" % response.read())
if json.__name__ == "cjson":
return json.decode(clean_slashes_for_cjson(response.read()))
return json.loads(response.read())
def test_stopRecording(self):
"""
Test the "stopRecording" Tropo class method.
"""
tropo = Tropo()
tropo.stopRecording()
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_stopRecording================="
print "render json: %s" % pretty_rendered
# print "test_stopRecording: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = ' {"tropo": [{"stopRecording": null}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_reject(self):
"""
Test the "reject" Tropo class method.
"""
tropo = Tropo()
tropo.reject()
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_reject================="
print "render json: %s" % pretty_rendered
print "Want %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"reject": {}}]}'
wanted_obj = jsonlib.loads(wanted_json)
# print "test_reject: %s" % tropo.RenderJson()
self.assertEqual(rendered_obj, wanted_obj)
def test_call(self):
"""
Test the "call" Tropo class method.
"""
tropo = Tropo()
tropo.call(self.MY_PHONE, channel='TEXT', network='SMS', label='labelofcall', voice = 'Tian-tian', callbackUrl = 'foourl', promptLogSecurity = 'suppress')
tropo.say ("Wish you were here")
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print ("============test_call=============")
print "render json: %s" % pretty_rendered
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"call": {"to": "%s", "network": "SMS", "channel": "TEXT", "label": "labelofcall", "voice": "Tian-tian", "callbackUrl": "foourl", "promptLogSecurity": "suppress"}}, {"say": {"value": "Wish you were here"}}]}' % self.MY_PHONE
wanted_obj = jsonlib.loads(wanted_json)
# print "test_call: %s" % tropo.RenderJson()
self.assertEqual(rendered_obj, wanted_obj)
def _json_loads(s):
try:
from cjson import decode as loads
except ImportError:
try:
from json import loads
except ImportError:
from simplejson import loads
return loads(s)
def test_redirect(self):
"""
Test the "redirect" Tropo class method.
"""
tropo = Tropo()
tropo.redirect(self.MY_PHONE)
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print("===============test_redirect=================")
print("render json: %s" % pretty_rendered)
print("Wanted_Json %s" % tropo.RenderJson())
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"redirect": {"to": "%s"}}]}' % self.MY_PHONE
wanted_obj = jsonlib.loads(wanted_json)
# print "test_redirect: %s" % tropo.RenderJson()
self.assertEqual(rendered_obj, wanted_obj)
def test_call(self):
"""
Test the "call" Tropo class method.
"""
tropo = Tropo()
tropo.call(self.MY_PHONE, channel='TEXT', network='SMS')
tropo.say ("Wish you were here")
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print ("============test_call=============")
print "render json: %s" % pretty_rendered
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"call": {"to": "%s", "network": "SMS", "channel": "TEXT"}}, {"say": {"value": "Wish you were here"}}]}' % self.MY_PHONE
wanted_obj = jsonlib.loads(wanted_json)
# print "test_call: %s" % tropo.RenderJson()
self.assertEqual(rendered_obj, wanted_obj)
def load(self):
"""
Load data in self.input_data
:return: yield each line in self.input_data json loaded
"""
with open(self.input_data, "r") as f:
for line in f:
yield json.loads(line)
def test_reject(self):
"""
Test the "reject" Tropo class method.
"""
tropo = Tropo()
tropo.reject()
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_reject================="
print "render json: %s" % pretty_rendered
print "Want %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"reject": null}]}'
wanted_obj = jsonlib.loads(wanted_json)
# print "test_reject: %s" % tropo.RenderJson()
self.assertEqual(rendered_obj, wanted_obj)
def test_call(self):
"""
Test the "call" Tropo class method.
"""
tropo = Tropo()
tropo.call(self.MY_PHONE, channel='TEXT', network='SMS')
tropo.say("Wish you were here")
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print("============test_call=============")
print "render json: %s" % pretty_rendered
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"call": {"to": "%s", "network": "SMS", "channel": "TEXT"}}, {"say": {"value": "Wish you were here"}}]}' % self.MY_PHONE
wanted_obj = jsonlib.loads(wanted_json)
# print "test_call: %s" % tropo.RenderJson()
self.assertEqual(rendered_obj, wanted_obj)
def test_redirect(self):
"""
Test the "redirect" Tropo class method.
"""
tropo = Tropo()
tropo.redirect(self.MY_PHONE, "fakeredirectname")
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_redirect================="
print "render json: %s" % pretty_rendered
print "Wanted_Json %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"redirect": {"name": "fakeredirectname", "to": "%s"}}]}' % self.MY_PHONE
wanted_obj = jsonlib.loads(wanted_json)
# print "test_redirect: %s" % tropo.RenderJson()
self.assertEqual(rendered_obj, wanted_obj)
def test_transfer(self):
"""
Test the "transfer" Tropo class method.
"""
tropo = Tropo()
tropo.say("One moment please.")
tropo.transfer(self.MY_PHONE)
tropo.say("Hi. I am a robot")
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_transfer================="
print "render json: %s" % pretty_rendered
# print "test_transfer: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"say": {"value": "One moment please."}}, {"transfer": {"to": "6021234567"}}, {"say": {"value": "Hi. I am a robot"}}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_conference(self):
"""
Test the "conference" Tropo class method.
"""
tropo = Tropo()
tropo.conference(self.ID, playTones=True,terminator="#",
name="Staff Meeting", mute=False)
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_conference================="
print "render json: %s" % pretty_rendered
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"conference": {"playTones": true, "mute": false, "name": "Staff Meeting", "id": "foo", "terminator": "#"}}]}'
print "wanted_json: %s" % wanted_json
wanted_obj = jsonlib.loads(wanted_json)
# print "test_conference: %s" % tropo.RenderJson()
self.assertEqual(rendered_obj, wanted_obj)
def __init__(self, session_json):
session_data = jsonlib.loads(session_json)
session_dict = session_data['session']
for key in session_dict:
val = session_dict[key]
if key == "from":
setattr(self, "fromaddress", val)
else:
setattr(self, key, val)
setattr(self, 'dict', session_dict)
def test_transfer(self):
"""
Test the "transfer" Tropo class method.
"""
tropo = Tropo()
tropo.say ("One moment please.")
tropo.transfer(self.MY_PHONE)
tropo.say("Hi. I am a robot")
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_transfer================="
print "render json: %s" % pretty_rendered
# print "test_transfer: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"say": {"value": "One moment please."}}, {"transfer": {"to": "6021234567"}}, {"say": {"value": "Hi. I am a robot"}}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def json_process(message):
''' Decode a message from the json format
:param message: The message to pre-process
:return: The pre-processed message
'''
try:
message = json.loads(message)
except: message = _default_message()
return message
def test_conference(self):
"""
Test the "conference" Tropo class method.
"""
tropo = Tropo()
tropo.conference(self.ID, playTones=True, mute=False,
name="Staff Meeting")
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_conference================="
print "render json: %s" % pretty_rendered
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"conference": {"playTones": true, "mute": false, "name": "Staff Meeting", "id": "foo"}}]}'
print "wanted_json: %s" % wanted_json
wanted_obj = jsonlib.loads(wanted_json)
# print "test_conference: %s" % tropo.RenderJson()
self.assertEqual(rendered_obj, wanted_obj)
def test_transfer(self):
"""
Test the "transfer" Tropo class method.
"""
tropo = Tropo()
tropo.say ("One moment please.")
tropo.transfer(self.MY_PHONE, callbackUrl="http://192.168.26.88:8080/FileUpload/receiveJson", label="woshitestlidela")
tropo.say("Hi. I am a robot")
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_transfer================="
print "render json: %s" % pretty_rendered
# print "test_transfer: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = '{"tropo": [{"say": {"value": "One moment please."}}, {"transfer": {"to": "6021234567", "callbackUrl": "http://192.168.26.88:8080/FileUpload/receiveJson", "label": "woshitestlidela"}}, {"say": {"value": "Hi. I am a robot"}}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_on(self):
"""
Test the "on" Tropo class method.
"""
tropo = Tropo()
tropo.on(event="continue",
next="/weather.py?uri=end",
say="Please hold.")
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_on================="
print "render json: %s" % pretty_rendered
# print "test_on: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = ' {"tropo": [{"on": {"say": {"value": "Please hold."}, "event": "continue", "next": "/weather.py?uri=end"}}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_record(self):
"""
Test the "record" Tropo class method.
"""
tropo = Tropo()
url = "/receive_recording.py"
choices_obj = Choices("", terminator="#").json
tropo.record(say="Tell us about yourself", url=url,
choices=choices_obj)
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_record================="
print "render json: %s" % pretty_rendered
# print "test_record: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = ' {"tropo": [{"record": {"url": "/receive_recording.py", "say": {"value": "Tell us about yourself"}, "choices": {"terminator": "#", "value": ""}}}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def test_on(self):
"""
Test the "on" Tropo class method.
"""
tropo = Tropo()
tropo.on(event="continue",
next="/weather.py?uri=end",
say="Please hold.")
rendered = tropo.RenderJson()
pretty_rendered = tropo.RenderJson(pretty=True)
print "===============test_on================="
print "render json: %s" % pretty_rendered
# print "test_on: %s" % tropo.RenderJson()
rendered_obj = jsonlib.loads(rendered)
wanted_json = ' {"tropo": [{"on": {"say": {"value": "Please hold."}, "event": "continue", "next": "/weather.py?uri=end"}}]}'
wanted_obj = jsonlib.loads(wanted_json)
self.assertEqual(rendered_obj, wanted_obj)
def __init__(self, session_json):
logging.info("POST data: %s" % session_json)
session_data = jsonlib.loads(session_json)
session_dict = session_data['session']
for key in session_dict:
val = session_dict[key]
logging.info("key: %s val: %s" % (key, val))
if key == "from":
setattr(self, "fromaddress", val)
else:
setattr(self, key, val)
setattr(self, 'dict', session_dict)
def __init__(self, session_json):
logging.info ("POST data: %s" % session_json)
session_data = jsonlib.loads(session_json)
session_dict = session_data['session']
for key in session_dict:
val = session_dict[key]
logging.info ("key: %s val: %s" % (key, val))
if key in keyword.kwlist:
key = key + '_'
logging.info ("changed key: %s val: %s" % (key, val))
setattr(self, key, val)
def __init__(self, session_json):
logging.info ("POST data: %s" % session_json)
session_data = jsonlib.loads(session_json)
session_dict = session_data['session']
for key in session_dict:
val = session_dict[key]
logging.info ("key: %s val: %s" % (key, val))
if key == "from":
setattr(self, "fromaddress", val)
else:
setattr(self, key, val)
setattr(self, 'dict', session_dict)
def loads(data, use_datetime=False, use_builtin_types=None):
"""data -> unmarshalled data, method name
Convert an JSON-RPC packet to unmarshalled data plus a method
name (None if not present).
If the JSON-RPC packet represents a fault condition, this function
raises a Fault exception.
"""
if hasattr(data, 'read'):
data = data.read()
if isinstance(data, bytes):
r = json.loads(data.decode('utf8'), object_hook=_object_hook)
else:
r = json.loads(data, object_hook=_object_hook)
if "method" in r:
params = r.pop("params") if "params" in r else []
kwargs = r.pop("kwargs") if "kwargs" in r else {}
return params, kwargs, r['method']
elif "result" in r:
return r.pop("result"), {}, None
else:
raise Fault(*r.pop("error"))
def find_input_loader(input_arg):
"""
Test input_arg to determine with private loader (defined in this module) should be used.
:param input_arg: can be
- dictionary
- other iterable
- json (string)
- json file (one json per line in file)
- csv (string)
- csv file
- gz file
- directory
:return: selected loader class
"""
if isinstance(input_arg, dict):
return _DictLoader
if isinstance(input_arg, basestring):
try:
json.loads(input_arg)
return _JsonLoader
except json.DecodeError:
if os.path.isfile(input_arg):
try:
with gzip.open(input_arg, "r") as f:
f.read(1)
return _GzLoader
except IOError:
if is_json_by_line_file(input_arg):
return _JsonLineFileLoader
return _CsvFileLoader
if os.path.exists(input_arg):
return _DirLoader
if hasattr(input_arg, "__iter__"):
return _GenericIterableLoader
return _CsvLoader
def get(cls, keys):
rows = cls._cf.multiget(keys, include_timestamp=True,
column_count=tdb_cassandra.max_column_count)
res = {}
for row, columns in rows.iteritems():
data = []
timestamps = []
for (key, (value, timestamp)) in columns.iteritems():
value = json.loads(value)
data.append((key,) + tuple(value))
timestamps.append((key, timestamp))
res[row] = (data, dict(timestamps))
return res
while THROTTLE > 1150:
# Check whether QuadTarget process is still running
poll = p.poll()
if poll is not None:
break
# Clear QuadTarget output, so that we'll get the newest data.
# p.stdout.flush()
# Read JSON data from QuadTarget and decode it.
p.stdin.write('\n')
out = p.stdout.readline()
if out != "":
try:
decoded = json.loads(out)
dist = 1.0
if 'target' in decoded and decoded['target'] is not None:
dist = float(decoded['target']['distance(m)'])
if dist > max_dist:
dist = max_dist
if dist < 1:
dist = 1.0
raw_pitch = 0.5 - (1.0 - decoded['sticks']['pitch'])
raw_roll = 0.5 - decoded['sticks']['roll']
raw_yaw = decoded['sticks']['yaw']
PITCH = int(center - ((raw_pitch * dist) * dist_scale))
ROLL = int(center - ((raw_roll * dist) * dist_scale))
THROTTLE -= 1.0 / dist
if raw_yaw < 0:
raw_yaw = 1300
def loads(self):
return self.mapValues(lambda v: json.loads(v.decode('utf-8')))
def unserialize(filepath, encoding="utf-8"):
_file = codecs.open( filepath, 'r', encoding=encoding )
datastruct = loads( _file.read() )
_file.close()
return datastruct
def get_data(self, url, force_type = False):
response_type = "unknown"
req = urllib2.Request(url = url, headers = self.headers)
data = False
log(self.__class__.__name__ + ": Trying to open %s." % url)
try:
response = urllib2.urlopen(req)
except (urllib2.URLError, urllib2.HTTPError) as e:
if DEBUG:
log(self.__class__.__name__ + ": %s" % str(e))
log(self.__class__.__name__ + ": Error while opening %s, Fatal." % url )
return(False, response_type)
if response.getcode() == 200:
response_info = response.info()
if "Content-Type" in response_info:
if (response_info["Content-Type"].lower().find('json')) > -1:
response_type="json"
elif (response_info["Content-Type"].lower().find('xml')) > -1:
response_type = "xml"
else:
print(response_info["Content-Type"])
if force_type:
if not force_type == response_type:
response_type = force_type
log(self.__class__.__name__ + ": Response-type data forced to '%s' from %s." % (response_type, url))
else:
log(self.__class__.__name__ + ": Response-type data '%s' from %s." % (response_type, url))
else:
log(self.__class__.__name__ + ": Response-type data '%s' from %s." % (response_type, url))
if "Content-Length" in response_info:
if int(response_info["Content-Length"]) < 5: # No json data available, #doesnotexist
log(self.__class__.__name__ + ": Getting %s bytes from %s" % (response_info["Content-Length"], url))
else:
log(self.__class__.__name__ + ": Getting %s bytes from %s" % (response_info["Content-Length"], url))
else:
log(self.__class__.__name__+ ": Getting ? bytes from %s." % (url))
try:
data = response.read()
log(self.__class__.__name__+ ": Got %i bytes from %s." % (len(data), url))
except:
log(self.__class__.__name__ + ": Error while reading data.")
return(False, response_type)
if not len(data) > 0:
log(self.__class__.__name__+ ": Data size to small (%i bytes) from %s." % (len(data), url))
return(False, response_type)
else:
log(self.__class__.__name__ + ": Did not get a 200 ok response, got %i." % (response.getcode()))
return(False, response_type)
if response_type == "xml":
try:
data = xml_fromstring(data)
log(self.__class__.__name__ + ": Converted raw data to xmletree object.")
walker=data.iter()
for item in walker:
print(item, item.tag, item.text)
except:
log(self.__class__.__name__ + ": Error while converting raw data to xml.")
return(False, response_type)
if response_type == "feed":
try:
data = feedparser.parse(data)
try:
data["feed"].pop("updated_parsed")
except:
pass
log(self.__class__.__name__ + ": Converted raw data to feed object.")
#walker=data.iter()
#for item in walker:
# print(item, item.tag, item.text)
except:
log(self.__class__.__name__ + ": Error while converting raw data to feed.")
return(False, response_type)
if response_type == "json":
try:
data = loads(data)
log(self.__class__.__name__ + ": Converted raw data to json.")
except:
log(self.__class__.__name__ + ": Error while converting raw data to json.")
return(False, response_type)
return(data, response_type)
