def client_parse(rfidInput, client, client_socket):
clientReturn = None
try:
message = umsgpack.unpackb(rfidInput)
print message
except TypeError:
message = ['']
if message[0] in socket_options:
clientReturn = socket_options[message[0]]['d'](message)
else:
clientReturn = {'response': response(rfidInput[0], 'InvalidOption')}
if clientReturn == None:
return
if 'response' not in clientReturn:
pass
elif clientReturn['response'] is '':
client_socket.send(
umsgpack.packb(response(rfidInput[0], 'ServerError')))
else:
print "Returning", clientReturn['response'], "to", client['addr']
client_socket.send(umsgpack.packb(clientReturn['response']))
print ":".join("{0:x}".format(ord(c))
for c in umsgpack.packb(clientReturn['response']))
def executeProcess(modulo, codes):
if codes == "CONTEO":
listCDMTRA = sampleCounting(modulo)
arcpy.AddMessage(listCDMTRA)
arcpy.SetParameterAsText(2, json.dumps(
listCDMTRA)) # Devuelve un json del feature principal del modulo
else:
response(modulo, codes).main()
arcpy.SetParameterAsText(2, "")
def do_reponse(self):
databuff = ""
data_len = 0
while True:
rbuff = self.client.recv(FSIZE)
magic_code, resp_code, id, reverse, length = unpack(FMT, rbuff)
self.client.logger.debug("return resp_code[%d] length[%d],id[%d]" % (resp_code, length, id))
if id != self.id:
raise response_exception("id is error!")
rbuff = self.client.recv(length)
if 400 <= resp_code < 600:
rpos = 0
error_code, = unpack('!L', rbuff[rpos:rpos + 4])
if resp_code == CLIENT_STATUS_DB_ERROR:
raise response_exception("mysql return code [%d]" % error_code)
if error_code < len(ERROR_MSG):
raise response_exception(ERROR_MSG[error_code])
else:
raise response_exception("unkown error code [%d]" % error_code)
elif resp_code == CLIENT_STATUS_ACCEPT:
databuff += rbuff
data_len += length
elif resp_code == CLIENT_STATUS_OK:
databuff += rbuff
data_len += length
self.client.logger.debug("return data_length[%d]" % data_len)
return response(databuff, data_len).parse()
else:
raise response_exception("unknown response code [%d]" % resp_code)
def do_reponse(self):
databuff = ""
data_len = 0
while True:
rbuff = self.client.recv(FSIZE)
magic_code, resp_code, id, reverse, length = unpack(FMT, rbuff)
self.client.logger.debug("return resp_code[%d] length[%d],id[%d]" %
(resp_code, length, id))
if id != self.id:
raise response_exception("id is error!")
rbuff = self.client.recv(length)
if 400 <= resp_code < 600:
rpos = 0
error_code, = unpack('!L', rbuff[rpos:rpos + 4])
if resp_code == CLIENT_STATUS_DB_ERROR:
raise response_exception("mysql return code [%d]" %
error_code)
if error_code < len(ERROR_MSG):
raise response_exception(ERROR_MSG[error_code])
else:
raise response_exception("unkown error code [%d]" %
error_code)
elif resp_code == CLIENT_STATUS_ACCEPT:
databuff += rbuff
data_len += length
elif resp_code == CLIENT_STATUS_OK:
databuff += rbuff
data_len += length
self.client.logger.debug("return data_length[%d]" % data_len)
return response(databuff, data_len).parse()
else:
raise response_exception("unknown response code [%d]" %
resp_code)
def run(self):
self.responseObj = response()
self.responseCode = 200
self.mimetype = "text/plain"
self.resource = " "
try:
self.message = self.socket.recv(4096)
self.requestObj = request(self.message)
self.reqParsed = self.requestObj.parse()
if self.reqParsed == False:
raise Exception("Server Error")
self.resource = self.requestObj.getResource()
if self.resource == "/":
self.resource = "/index.html"
self.fileExists = path.isfile(curdir + sep + self.resource)
if self.fileExists == False:
raise IOError("File Not Found")
self.responseCode = 200
if self.resource.endswith(".html"):
self.mimetype = "text/html"
elif self.resource.endswith(".jpg"):
self.mimetype = "image/jpg"
elif self.resource.endswith(".png"):
self.mimetype = "image/png"
elif self.resource.endswith(".gif"):
self.mimetype = "image/gif"
elif self.resource.endswith(".js"):
self.mimetype = "application/javascript"
elif self.resource.endswith(".css"):
self.mimetype = "text/css"
elif self.resource.endswith(".pdf"):
self.mimetype = "application/pdf"
else:
self.mimetype = "text/plain"
self.filename = curdir + sep + self.resource
with open(self.filename, "rb") as self.f:
self.responseContent = self.f.read()
except IOError, e:
self.responseCode = 404
self.mimetype = "text/html"
self.responseContent = "<h1>File Not Found</h1>"
def client_parse(rfidInput, client, client_socket):
clientReturn = None
try:
message = umsgpack.unpackb(rfidInput);
print message
except TypeError:
message = ['']
if message[0] in socket_options:
clientReturn = socket_options[message[0]]['d'](message)
else:
clientReturn = {'response':response(rfidInput[0], 'InvalidOption')}
if clientReturn == None:
return
if 'response' not in clientReturn:
pass
elif clientReturn['response'] is '':
client_socket.send(umsgpack.packb(response(rfidInput[0], 'ServerError')))
else:
print "Returning", clientReturn['response'], "to", client['addr']
client_socket.send(umsgpack.packb(clientReturn['response']))
print ":".join("{0:x}".format(ord(c)) for c in umsgpack.packb(clientReturn['response']))
def submitAnswer():
responseData = initResponseXML()
form = submitAnswerForm()
# question = GetQuestion(0, responseData)
# print(question)
#flash msg to be added...
if form.validate_on_submit():
#rertrieve questions from user input
userAnswerin = request.form['userAnswerin']
responseData = response(responseData, userAnswerin)
ExportToResponseXML(responseData)
#flash msg, pass in f to pass data
flash(f'Answer added: {form.userAnswerin.data}.', 'success')
return redirect(url_for('checkAnswer'))
return render_template('submitAnswer.html',
title='Submit an Answer',
form=form)
import json
from flask import Flask, request
from flask_restful import Resource, Api, reqparse
from open_weather_map import *
from response import *
from spotify import *
app = Flask(__name__)
api = Api(app)
response = response()
spotify = spotify()
owm = open_weather_map()
def get_dictionary_by_coordinate(request):
"""
Obter o dicionario.
Author: Gugatb
Date: 17/06/2018
Param: request a requisicao
Return: dictionary o dicionario
"""
dictionary = {
'category': '',
'city': '',
'country': '',
'error': False,
'latitude': float(0),
'longitude': float(0),
'temperature': float(0),
csock.setblocking(0)
clients[csock] = {'addr':addr, 'msgbuf':[], 'remain':0, 'bytes':0}
print >> sys.stderr, 'New connection from %s' % (addr)
# have any of the clients sent us data?
elif sock in clients:
try:
rxbytes = sock.recv(100)
if rxbytes == '':
raise socket.error
for byte in rxbytes:
try:
client_rxbyte(clients[sock], byte, sock)
except (IndexError, umsgpack.InsufficientDataException, TypeError, struct.error) as e:
print "Unexpected error:", sys.exc_info()[0]
print e
clients[sock] = {'addr':clients[sock]['addr'], 'msgbuf':[], 'remain':0, 'bytes':0}
client_socket.send(umsgpack.packb(response(rfidInput[0], 'ServerError')))
except socket.error:
# client died, or connection lost
c = clients.pop(sock)
print >> sys.stderr, 'Client from %s disconnected' % c['addr']
sock.close()
# s.send(str(node_data_store))
except socket.timeout:
pass
except KeyboardInterrupt:
runThreads = False
print "\nPlease wait for connections to close.."
def _error_404(e):
return response(405)
def _error_500(e):
return response(500)
def _error_400(e):
return response(400)
for byte in rxbytes:
try:
client_rxbyte(clients[sock], byte, sock)
except (IndexError,
umsgpack.InsufficientDataException,
TypeError, struct.error) as e:
print "Unexpected error:", sys.exc_info()[0]
print e
clients[sock] = {
'addr': clients[sock]['addr'],
'msgbuf': [],
'remain': 0,
'bytes': 0
}
client_socket.send(
umsgpack.packb(
response(rfidInput[0], 'ServerError')))
except socket.error:
# client died, or connection lost
c = clients.pop(sock)
print >> sys.stderr, 'Client from %s disconnected' % c[
'addr']
sock.close()
# s.send(str(node_data_store))
except socket.timeout:
pass
except KeyboardInterrupt:
runThreads = False
print "\nPlease wait for connections to close.."
