def main():
tornado.options.parse_command_line()
tw = twiliomanage()
tw.initdb()
http_server = tornado.httpserver.HTTPServer(Application())
http_server.listen(options_port)
tornado.ioloop.IOLoop.instance().start()
def post(self, eventid, numorder, ghid): # called by twilio
logging.info('StatusHandler method=post')
Digits = self.get_argument('Digits')
CallSid = self.get_argument('CallSid')
tw = twiliomanage()
result = tw.response(Digits, eventid, numorder, ghid, CallSid)
self.write(result)
def post(self):
eventid = self.get_argument('eventid')
numorder = self.get_argument('numorder')
ghid = self.get_argument('ghid')
tw = twiliomanage()
result = tw.announce(eventid, numorder, ghid)
self.write(result)
def activate_events():
db = sqlitedb()
eventrec = db.getactiveevent()
for event in eventrec:
print 'activate_events:found active events %s' % event['eventid']
tw = twiliomanage()
result = tw.callrequest(event['eventid'])
return
def makedata(type):
calltype = int(define.CALL_TYPE['sequential'])
if type == 'paralell':
calltype = int(define.CALL_TYPE['paralell'])
testflg = int(define.DEBUG_FLG['on'])
hostname = 'test.example.com'
operator = 'testuser'
#calltype = int(define.CALL_TYPE['paralell'])
#calltype = int(define.CALL_TYPE['sequential'])
frequency = 3
language = 'ja-jp'
message = 'Socket timeout after 10 secondsです'
headid = 1
footid = 1
headmsg = options_headmsg
footmsg = options_footmsg
addressee = []
tmp = '1:tarou:810000000000:木村太郎:120'
addressee.append(tmp)
tmp = '2:baijyaku:810000000000:中村梅雀:120'
addressee.append(tmp)
tmp = '3:kouji:810000000000:加藤浩二:120'
addressee.append(tmp)
tw = twiliomanage()
eventid = tw.geteventid()
status = define.EVENT_STATUS['WAITING']
lastnum = 0
tw.eventregister(eventid, status, testflg, hostname, operator, calltype, frequency, language, message, headid, footid, headmsg, footmsg, lastnum)
for record in addressee:
print record
param = record.split(':')
numorder = param[0]
ghid = param[1]
telno = param[2]
name = param[3]
sleep = param[4]
callid = 0
attempt = 0
latesttime = 0
lateststatus = define.ANSWER_STATUS['NORESPONSE']
tw.callregister(eventid, numorder, ghid, name, telno, sleep, callid, attempt, latesttime, lateststatus)
print 'eventid = %s' % eventid
def perform(eventid):
print 'callQ eventid=%s' % eventid
twilio = twiliomanage()
result = twilio.callrequest(eventid)
result = tw.callrequest(event['eventid'])
return
def getlog():
db = sqlitedb()
eventids = db.gettestevent()
#print eventids
main = barista()
result = main.getLog(eventids[0]['eventid'])
print result.encode('utf-8')
if __name__ == '__main__':
argvs = sys.argv
argc = len(argvs)
tw = twiliomanage()
tw.initdb()
if argvs[1] == 'makedata':
if (argc == 3):
if argvs[2] == 'sequential' or argvs[2] == 'paralell':
makedata(argvs[2])
else:
print 'specify sequential/paralell as 2nd parameter'
else:
print 'needs 2 parameteres'
elif argvs[1] == 'activate':
activate()
elif argvs[1] == 'updatestatus':
updatestatus()
elif argvs[1] == 'updatetime':
updatetime()
