def email_check_task(name):
#check e-mail for messages
while(1):
print 'Checking email'
temp, received_msg, unread_msgs = checkMessages(incoming_server,user,password,imei)
if received_msg:
#TODO - post to twitter
print "Posting to twitter:",temp
# Consumer keys and access tokens, used for OAuth
consumer_key = 'ow2VQFG8I1Gw0fO6H0PbBA'
consumer_secret = 'RPkMTwdVwCSndYFCd3AkR4PUnyCV6LM6KGVV35L4M4'
access_token = '1885051094-ZJvhvacadiWU5envVeC1TvVwHrkoLXw6XanrjxI'
access_token_secret = 'Qgze9IQFPjhtkqBLUFyUv8Nc7iVAfMIT94Qq0HtYWp0'
# OAuth process, using the keys and tokens
auth = tweepy.OAuthHandler(consumer_key, consumer_secret)
auth.set_access_token(access_token, access_token_secret)
# Creation of the actual interface, using authentication
api = tweepy.API(auth)
# Sample method, used to update a status
api.update_status(strftime("%a, %d %b %Y %X +0000 - ", gmtime())+temp)
time.sleep(1.0)
def email_check_task(name):
#check e-mail for messages
while(1):
#print 'Checking email'
msg,subject,received_msg,unread_msgs = checkMessages(incoming_server,user,password)
if received_msg:
print "Received Message", msg,"\r"
parse_incoming(msg)
time.sleep(1.0)
def sbdix():
global mo_set
global momsn
global mtmsn
global ser
global incoming_server
global user
global password
global imei
global mt_buffer
has_incoming_msg = False
received_msg = 0
received_msg_size = 0
unread_msgs = 0
time.sleep(AVERAGE_SBDIX_DELAY)
success = True#(bool(random.getrandbits(1)))
if success:
#use e-mail interface if specified
if email_enabled:
#send e-mail if outgoing data is present
if mo_set and not mo_buffer == "":
if email_enabled:
send_mo_email()
mo_set = False
momsn += 1
#check e-mail for messages
temp, received_msg, unread_msgs = checkMessages(incoming_server,user,password,imei)
if received_msg:
#mtmsn += 1
received_msg_size = len(temp)
mt_buffer = temp
else:
received_msg_size = 0
#TODO: generate result output
if success: rpt = 0
else: rpt = 18 #TODO: add more sophisticated behavior for error msgs
return_string = "\r\n+SBDIX: %d, %d, %d, %d, %d, %d\r\n" % (rpt,momsn,received_msg,mtmsn,received_msg_size,unread_msgs)
#+SBDIX:<MO status>,<MOMSN>,<MT status>,<MTMSN>,<MT length>,<MT queued>
print "Sent:",return_string
ser.write(return_string)
send_ok()
mo_set = False
if received_msg:
mtmsn += 1
def email_check_task(name, api):
# check e-mail for messages
while 1:
print "Checking email"
temp, received_msg, unread_msgs = checkMessages(incoming_server, user, password, imei)
if received_msg:
# TODO - post to twitter
print "Posting to twitter:", temp
# OAuth process, using the keys and tokens
auth = tweepy.OAuthHandler(consumer_key, consumer_secret)
auth.set_access_token(access_token, access_token_secret)
# Creation of the actual interface, using authentication
api = tweepy.API(auth)
# Sample method, used to update a status
api.update_status(strftime("%a, %d %b %Y %X +0000 - ", gmtime()) + temp)
time.sleep(1.0)
def sbdix():
global mo_set
global momsn
global mtmsn
global ser
global incoming_server
global user
global password
global imei
global mt_buffer
global mo_ip
global mo_port
global mt_set
has_incoming_msg = False
received_msg = 0
received_msg_size = 0
unread_msgs = 0
time.sleep(AVERAGE_SBDIX_DELAY)
success = True #(bool(random.getrandbits(1)))
if success:
#use e-mail interface if specified
if email_enabled:
#send e-mail if outgoing data is present
if mo_set and not mo_buffer == b'':
if email_enabled:
send_mo_email()
mo_set = False
momsn += 1
#check e-mail for messages
temp, received_msg, unread_msgs = checkMessages(
incoming_server, user, password, imei)
if received_msg:
#mtmsn += 1
received_msg_size = len(temp)
mt_buffer = temp
mt_set = True
else:
received_msg_size = 0
elif ip_enabled:
if mo_set and not mo_buffer == "":
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
momsn += 1
try:
s.connect((mo_ip, mo_port))
s.send(
assemble_mo_directip_packet(imei, momsn, mtmsn,
mo_buffer))
s.close()
except socket.error as msg:
print("Failed to open {}:{}".format(mo_ip, mo_port))
s.close()
mo_set = False
if len(mt_messages) is not 0:
mtmsn += 1
mt_set = True
mt_buffer = mt_messages.popleft()
unread_msgs = len(mt_messages)
received_msg = mt_set
received_msg_size = len(mt_buffer)
#TODO: generate result output
if success: rpt = 0
else: rpt = 18 #TODO: add more sophisticated behavior for error msgs
return_string = "\r\n+SBDIX: %d, %d, %d, %d, %d, %d\r\n" % (
rpt, momsn, received_msg, mtmsn, received_msg_size, unread_msgs)
#+SBDIX:<MO status>,<MOMSN>,<MT status>,<MTMSN>,<MT length>,<MT queued>
print("Sent:", return_string)
ser.write(return_string.encode('utf-8'))
send_ok()
mo_set = False
if received_msg:
mtmsn += 1
def email_check_task(name,api):
global database_name
try:
database = sqlite3.connect(database_name)
except:
print "Could not connect with database!"
sys.exit()
#check e-mail for messages
while(1):
#print 'Checking email'
msg,subject,received_msg,unread_msgs = checkMessages(incoming_server,user,password)
if received_msg:
#print "Data: ",msg,"Subject: ",subject
if "From Unit:" in subject:
#get fcu name by imei
try:
imei = int(subject.split("t: ")[1])
print imei
cursor = database.cursor()
cursor.execute("SELECT name FROM fcu_list WHERE imei=%ld" % imei)
o = cursor.fetchone()
fcu_name = str(o[0])
except:
print "Error: IMEI not in database. fcu_term may not handle this properly"
fcu_name = str(imei)
#check for valid payload
if not len(msg) == PAYLOAD_LENGTH:
print "Message length not correct. Spec says 8 bytes! Msg is:",msg
continue
#get command mneumonic
cmd = msg[0:3]
#caps on
cmd = cmd.upper()
if(cmd[0] == 'C'):
print "Loop back cmd %s" % cmd
continue
#get 5 chars of paload
args = msg[3:]
#call function my mneuomnic
possibles = globals().copy()
possibles.update(locals())
method = possibles.get(cmd)
if not method:
print("Rx Method %s not implemented" % cmd)
else:
method(fcu_name,args)
#post to twitter
time.sleep(1.0)
