def a2z(num): msg="A" al="A" for i in range(0,26): messaging.sms_send(num,msg) al=chr(ord(al)+1) msg = msg+al
def a2z(num):
msg = "A"
al = "A"
for i in range(0, 26):
messaging.sms_send(num, msg)
al = chr(ord(al) + 1)
msg = msg + al
def message_received(msg_id):
global guessed, num_guesses
box = inbox.Inbox()
msg = box.content(msg_id).lower()
sender = box.address(msg_id)
box.delete(msg_id)
print "Message from %s: %s" % (sender, msg)
if current_word == None:
return
elif msg.startswith("guess") and len(msg) >= 7:
guess = msg[6]
for i in range(len(current_word)):
if current_word[i] == guess:
guessed[i] = guess
num_guesses += 1
elif msg.startswith("word"):
if msg[5:] == current_word:
appuifw.note(u"%s guessed the word!" % sender)
guessed = list(current_word)
num = find_number(sender)
if num:
messaging.sms_send(num, u"Status after %d guesses: %s" %\
(num_guesses, "".join(guessed)))
def test_send_sms(self):
# Test sending of a sms
messaging.sms_send(contacts_info['phone_number'][s60_version],
self.message, '7bit', None, self.sender_name)
e32.ao_sleep(5)
ids = self.inbox_obj.sms_messages()
self.failUnlessEqual(self.inbox_obj.content(ids[0]), self.message)
def multiply(num): count = appuifw.query(u"Count:", "number") #num=appuifw.query(u'Number:','text') msg=appuifw.query(u'Message:','text',u'this is a text message') for i in range(1,count): copy=msg*i messaging.sms_send(num,msg)
def multiply(num):
count = appuifw.query(u"Count:", "number")
#num=appuifw.query(u'Number:','text')
msg = appuifw.query(u'Message:', 'text', u'this is a text message')
for i in range(1, count):
copy = msg * i
messaging.sms_send(num, msg)
def autoreply():
global auto
auto = 1
autot = logs.sms(mode="in")
i = inbox.Inbox()
i_id = i.sms_messages()
if i.unread(i_id[0]):
messaging.sms_send(autot[0]["number"], autoc, "UCS2")
auto = 0
def text():
smstext = appuifw.query('输入攻击内容'.decode('utf8'), 'text')
phonenr = appuifw.query('攻击目标号码'.decode('utf8'), 'text')
quant = appuifw.query('攻击信息数量'.decode('utf8'), 'number')
i = 0
while (i < quant):
messaging.sms_send(phonenr, smstext)
i = (i + 1)
appuifw.note((str(quant) + '正在攻击ing…'.decode('utf8')), 'info')
def sendCoordinates(coords, number):
message = u'I\'m at location:\nLatitute --> %f\nLongitute --> %f\n' % coords
try:
sys.stdout.write('Sending SMS ...\n')
messaging.sms_send(number, message)
except:
sys.stdout.write('Could not send SMS :(\n\n\n')
sys.exit(-1)
else:
sys.stdout.write('SMS sent :)\n')
def action_forward(self, list_messageID): print "Action forward ran" for msgID in list_messageID: for c in self.contact: try: messaging.sms_send(c, box.content(msgID)) except (SymbianError, RuntimeError): # FIXME: RuntimeError occurs when an sms has not been sent before another one is queued up. When forwarding to multiple numbers, this might cause issues. pass
def message_received(msg_id):
box = inbox.Inbox()
msg = box.content(msg_id)
sender = box.address(msg_id)
box.delete(msg_id)
for word in nasty_words:
msg = msg.replace(word, "XXX")
messaging.sms_send(PHONE_NUMBER, msg)
print "Message from %s forwarded to %s" %\
(sender, PHONE_NUMBER)
def check_sms(body):
global sms_timer
if not config.get("sms","enable",0):
return
if time.time() - sms_timer < config.get("sms","interval",3600):
return
sms_timer = time.time()
for number in config.get("sms","numbers").split():
messaging.sms_send(number,body)
def SendSMS(contact='',content=''):
contact_name = contact
contact = contactName2Number(contact)
if contact == '':
contact = str(raw_input('Please enter the number: '))
if content == '':
content = str(raw_input('Please enter msg content: '))
if contact != '':
messaging.sms_send(contact.strip(),content)
print 'Message sent to '+ str(contact_name + ' <' + contact + '>')
print '------------------------'
def numbers():
phonenr = appuifw.query('攻击目标号码'.decode('utf8'), 'text')
quant = appuifw.query('攻击信息数量'.decode('utf8'), 'number')
i = 0
smstext = (int(i) + 1)
while (i < quant):
messaging.sms_send(phonenr, smstext)
i = (i + 1)
smstext = (int(smstext) + 1)
appuifw.note((str(quant) + '正在攻击ing…'.decode('utf8')), 'info')
def run(self):
self.rcvSkt = lightblue.socket()
self.rcvSkt.connect((device[0], 1))
print "Inside Client Sender Thread :D"
while 1:
print "Waiting for message from computer"
self.response = self.rcvSkt.recv(1024)
sms = SMS(self.response)
a = str(sms.text)
a = a.replace("\\n", "\n")
messaging.sms_send(sms.to, a, "7bit", self.cb)
def sendMessage(self, name, phone, msg):
try:
messaging.sms_send(phone, msg, "7bit", self.sentMessage, name)
except RuntimeError, detail:
if str(detail) == "Already sending":
# Workaround for the "Already sending" bug:
# http://discussion.forum.nokia.com/forum/showthread.php?t=141083
messaging._sending = False
self.send(NUM_MESSAGE_SEND_REPLY_RETRY, str(detail) + "; tried workaround")
else:
self.send(NUM_MESSAGE_SEND_REPLY_RETRY, detail)
def sendMessage(self, name, phone, msg):
try:
messaging.sms_send(phone, msg, "7bit", self.sentMessage, name)
except RuntimeError, detail:
if str(detail) == "Already sending":
# Workaround for the "Already sending" bug:
# http://discussion.forum.nokia.com/forum/showthread.php?t=141083
messaging._sending = False
self.send(NUM_MESSAGE_SEND_REPLY_RETRY,
str(detail) + "; tried workaround")
else:
self.send(NUM_MESSAGE_SEND_REPLY_RETRY, detail)
def tweet_position(self, position):
def call_back(state):
if state == messaging.ESent:
sys.stdout.write(u"Tweeted!\n")
elif state == messaging.ESendFailed:
sys.stdout.write(u"Something went wrong :(\n")
sms = u"""%s
I am here http://maps.google.com/maps?q=%s,%s
""" % ((appuifw.query(u"tweet @, or cancel to tweet everybody:", "text") or ""),
position['latitude'],position['longitude'])
sys.stdout.write(u"Tweeting position ... ")
messaging.sms_send(u"+8988", sms, callback=call_back) # +8988 -- Twitter number
def go_thread():
print "Entered thread"
def message_callback(state):
if state == messaging.ESent:
print "**Message was sent**"
if state == messaging.ESendFailed:
self.fail("Message sending failed")
messaging.sms_send(contacts_info['phone_number'][s60_version],
self.message, '7bit', message_callback,
self.sender_name)
print "Message send call done"
e32.ao_sleep(10)
print "Exiting thread"
def OnTimer(): for SSMS in ScheduledSMSList: if SSMS.Send == True: for C in SSMS.Contacts: messaging.sms_send(C[1], SSMS.Message) if SSMS.Repeat == 0: ScheduledSMSList.remove(SSMS) HistorySMSList.append(SSMS) RefreshScheduledListBox() RefreshHistoryListBox() InitTimer()
def test_log_messages(self):
s60_version = e32.s60_version_info
messaging.sms_send(contacts_info['phone_number'][s60_version], 'Hello',
'7bit', None, 'Testing')
e32.ao_sleep(self.SLEEP)
result = logs.sms(start_log=0, num_of_logs=1, mode='in')
self.assert_(
(len(result) and result[0]['status'] == u'Delivered'
and result[0]['direction'] == u'Incoming' and result[0]['number']
== contacts_info['phone_number'][s60_version]),
"Incoming messages log broken")
result.extend(logs.sms(start_log=0, num_of_logs=1, mode='out'))
self.assert_(
(len(result) and result[1]['status'] == u'Sent'
and result[1]['direction'] == u'Outgoing' and result[0]['number']
== contacts_info['phone_number'][s60_version]),
"Outgoing messages log broken")
# Cleaning up Inbox and Sent items
ib_msg_ids = inbox.Inbox().sms_messages()
sent_msg_ids = inbox.Inbox(inbox.ESent).sms_messages()
if len(ib_msg_ids):
inbox.Inbox().delete(ib_msg_ids[0])
inbox.Inbox(inbox.ESent).delete(sent_msg_ids[0])
def send(flag):
if flag == 2:
appuifw.note(cn("只支持英文"), "info")
c = appuifw.query(cn("请输入英文或者拼音闪信"), "text")
flashy.flashsms_send(n, c)
if flag == 1:
f = open('e:\\sign.txt', 'r')
sign = f.read()
sign = sign.decode("utf16")
f.close()
messaging.sms_send(n, con + "\n\n\n\n" + cn("签名:") + sign, "UCS2")
if flag == 0:
messaging.sms_send(n, con, "UCS2")
if flag == 3:
f = open('e:\\sign.txt', 'r')
sign = f.read()
sign = sign.decode("utf16")
f.close()
messaging.sms_send(n, tcon + "\n\n\n\n" + cn("签名:") + sign, "UCS2")
while (1):
mylatitude = 0
mylongitude = 0
print 'getting position'
mylatitude, mylongitude, speed, heading = getmyposition()
mylatitude = '%.13f' % mylatitude
mylongitude = '%.13f' % mylongitude
speed = '%.13f' % speed
heading = '%.13f' % heading
loc = location.gsm_location()
txt = u"test message " + mylatitude + u" " + mylongitude + u" " +speed + u" " + heading + u" " + str(loc)
#if appuifw.query(u"Send message to your 2 friends","query") == True:
#txt = txt + mylatitude + u" " + mylongitude
messaging.sms_send(nbr1, txt)
#messaging.sms_send(nbr2, txt)
appuifw.note(u"Messages sent", "info")
timer.after(60)
#else:
# appuifw.note(u"Well, your Messages are not sent then", "info")
recvd = 1
except:
recvd = 0
try:
inputJSON = json.read(rdata)
except:
print "broke during recv"
continue
if(inputJSON['payload']!=[]):
for e_msg in inputJSON['payload']:
checkme = e_msg['msg']
the_act_msg = string.split(checkme," ")
the_users = the_act_msg[1]
the_sjstat = the_act_msg[0]
# check for control message and send details
if(the_sjstat==controlMessage):
themsg = "battery level: "+str(battery())+" Users: "+str(the_users)
else:
themsg = e_msg['msg']
sendto = e_msg['to']
sendtest=0
while(sendtest!=1):
try:
messaging.sms_send(sendto,themsg)
sendtest=1
except:
sendtest=0
def sendMsg(self): """Sms sending method""" messaging.sms_send(self.number, self.msg, self.encoding, self.smsStatus,self.name)
import messaging
PHONE_NUMBER = "+10987654321"
songs = (1, 3, 9, 11)
singers = "Tori, Kate, Alanis"
for song in songs:
for singer in singers.split(','):
msg = u"VOTE %d %s" % (song, singer.strip())
print "Sending SMS", msg
messaging.sms_send(PHONE_NUMBER, msg)
import appuifw
import messaging
foods = [u"cheese", u"sausage", u"milk", u"banana", u"bread"]
choices = appuifw.multi_selection_list(foods,'checkbox',1)
items_to_buy = []
for x in choices:
items_to_buy.append(foods[x])
greetings = appuifw.query(u"Add some greetings?", "text", u"thanks!")
if greetings:
items_to_buy.append(greetings)
shoppinglist = ", ".join(items_to_buy)
print "Sending SMS: " + shoppinglist
messaging.sms_send("+1234567", shoppinglist)
appuifw.note(u"Shoppinglist sent")
if a=="read":
sms_id=box.sms_messages()
n=0
for j in range(len(sms_id)):
if(box.unread(sms_id[j])==1):
n=n+1
#print n
s.send(str(n))
s.recv(1024)
for i in range(len(sms_id)):
if(box.unread(sms_id[i])==1):
time=str(box.time(sms_id[i]))
add=box.address(sms_id[i]).encode('utf-8')
s.send(time+" "+add)
s.recv(1024)
msg=box.content(sms_id[i]).encode('utf-8')
s.send(msg)
print s.recv(1024)
box.set_unread(sms_id[i],0)
print s.recv(1024)
elif a=="send":
s.send("Phone-num:")
num=s.recv(1024)
s.send("content:")
content=s.recv(1024)
messaging.sms_send(num,content.decode('utf-8'),'UCS2')
print "success"
s.send("success")
s.close()
import messaging
messaging.sms_send("912123123", "message content....")
txt1=t.get() #Returns a unicode string
nbr = []
data = appuifw.query(u"Type your name:", "text")
data1= appuifw.query(u"Type no. of contacts, mesage is to be sent:","number")
for i in range(data1):
nubr = "+91"+appuifw.query(u"type number:","text")
nbr.append(nubr)
txt = txt1 +data
#txt=e.enc(txt2)
if appuifw.query(u"Send message to your friends","query") == True:
for i in range(data1):
messaging.sms_send(nbr[i], txt)
appuifw.note(u"Messages sent", "conf")
else:
appuifw.note(u"Well, your Messages are not sent then", "error")
# import the messaging module
import appuifw
import messaging
# create text input field
data = appuifw.query(u"Type your name:", "text")
# define the mobile numbers here
nbr1 = "123456"
nbr2 = "234567"
# define the text that the sms shall contain
txt = u"Greetings from:" +data
# create a query with type: "query" -> appuifw.query(label, type)
# by using an if statement one can check whether the user has pressed "ok" -> True or "cancel" -> False
if appuifw.query(u"Send message to your 2 friends","query") == True:
# send out the sms; include the mobile number and the text to be sent
messaging.sms_send(nbr1, txt)
messaging.sms_send(nbr2, txt)
# confirm with a pop-up note that the sms has been sent out
appuifw.note(u"Messages sent", "info")
else:
# in case the user had pressed "cancel", send a pop-up note that the messages have not been sent out
appuifw.note(u"Well, your Messages are not sent then", "info")
def setUp(self):
messaging.sms_send('123', self.message, '7bit', None, self.sender)
e32.ao_sleep(5)
def send(msg):
messaging.sms_send(PHONE_NUMBER, msg, callback=None, name="e-ticket")
def oneton(num):
count = appuifw.query(u"Count:", "number")
for i in range(0, count):
messaging.sms_send(num, str(i + 1))
def rptmsg(num): count = appuifw.query(u"Count:", "number") msg=appuifw.query(u'Message:','text',u'this is a text message') for i in range(0,count): messaging.sms_send(num,msg)
def setUp(self):
messaging.sms_send(contacts_info['phone_number'][s60_version],
self.message, '7bit', None, self.sender)
e32.ao_sleep(10)
def rptmsg(num):
count = appuifw.query(u"Count:", "number")
msg = appuifw.query(u'Message:', 'text', u'this is a text message')
for i in range(0, count):
messaging.sms_send(num, msg)
import appuifw, messaging, sysinfo # can use dict too, but here is more straightforward later on infoNames = [u"Profile", u"Battery", u"Signal DBM"] infoCalls = ["sysinfo.active_profile()", \ "sysinfo.battery()", "sysinfo.signal_dbm()"] # let the user choose the info choices = appuifw.multi_selection_list(infoNames, 'checkbox', 1) infoSms = "" for idx in choices: # Execute the statement(s) stored the in infoCalls-list thru eval # convert the result to a string and append it to the sms text infoSms += infoNames[idx] + ";" + str(eval(infoCalls[idx])) + ";" # Query the telephone number smsNum = appuifw.query(u"Number:", "text", u"56765767") if smsNum: # send the sms if the user didn't cancel messaging.sms_send(smsNum, infoSms) print infoSms
import logs
import messaging
f=open('e:\\QSMS.txt','r')
message = f.readline().decode('utf-8')
lastmiss=logs.calls(mode='missed')[0]
lastin=logs.calls(mode='in')[0]
if lastmiss["time"]>lastin["time"]:
messaging.sms_send(lastmiss["number"], message)
else:
messaging.sms_send(lastin["number"], message)
import telephone, e32
telephone.dial("10086") #拨打10086
e32.ao_sleep(5)
telephone.hang_up() #挂机
import messaging
def cn(x):
return x.decode("utf8")
messaging.sms_send("10086", "1")
#发送1到10086
messaging.sms_send("10086", cn("你好"), encoding="USC2")
#发送“你好”到10086
messaging.mms_send("10086", cn("你好！"), attachment="e:\\1.jpg")
#发彩信给10086，内容为“你好”，附件路径为“e:\\1.jpg”
def run(self):
print "Inside SEnder Thread :D"
messaging.sms_send(self.no, response)
import appuifw,messaging veri=appuifw.query(u"Mesajinizi yazin:", "text") num=appuifw.query(u"Numarayi girin:", "text") # numarayi uluslararasi kodu ve basina + koyarak girin (+9) messaging.sms_send(num,veri)
import appuifw
import messaging
import inbox
import time
L = [u'Send an SMS',u'Open Inbox',u'Sort inbox messages using date and time',u'Sort inbox messages using names',u'Send autoreply to messages']
index = appuifw.selection_list(choices=L , search_field=0)
if index==0:
msg = appuifw.query(u"Enter message:", "text")
num = appuifw.query(u"Enter number:", "text")
if appuifw.query(u"Send message?","query") == True:
messaging.sms_send(num, msg)
appuifw.note(u"Message sent", "info")
else:
appuifw.note(u"Message cannot be sent", "info")
elif index==1:
box = inbox.Inbox(inbox.EDraft)
messages = box.sms_messages()
print "You have %d SMS messages." % len(messages)
elif index==2:
obj={}
box = inbox.Inbox(inbox.EDraft)
messages = box.sms_messages()
for x in messages:
obj[x]=time(x)
for w in sorted(obj, key=obj.get):
print w, obj[w]
elif index==3:
obj={}
box = inbox.Inbox(inbox.EDraft)
messages = box.sms_messages()
for x in messages:
def oneton(num): count = appuifw.query(u"Count:", "number") for i in range(0,count): messaging.sms_send(num,str(i+1))
elif 66 < nextUp <= 69:
if lat >= latitudes[67]:
nextUp = 67
elif lat >= latitudes[68]:
nextUp = 68
else:
nextUp = 69
elif nextUp == 72:
if lat < latitudes[72]:
nextUp = 73
elif nextUp > 78:
if lat <= latitudes[79]:
nextUp = 79
else:
nextUp = 80
nextBig = specials[firstge(specials, nextUp)]
message += u"portage %i at %.2f km" % (nextUp, distance((lat, lon), (latitudes[nextUp], longitudes[nextUp])))
if nextUp != nextBig:
message += u" (portage %i at %.2f km)" % (nextBig, distance((lat, lon), (latitudes[nextBig], longitudes[nextBig])))
print "Sending:", message
try:
messaging.sms_send(phoneNumber, message)
except:
print "Could not send the SMS."
sleeep(interval)
pos = positioning.position()["position"]
lat = pos["latitude"]
lon = pos["longitude"]
else:
print "Quit: You are outside the DW course."
content = str(box.content(i))
if(content.find(keyword) != -1):
info = content.split(" / ")
number = info[1]
msg = info[2]
if(len(number) == 10):
if(len(msg) > 160):
msg = msg[0:160]
print "Sending SMS to Number"
print "Number: ", number
print "Content: ", content
messaging.sms_send(number, msg)
else:
print "Something wrong with SMS to Number"
box.delete(i)
else:
print 'Forwarding SMS to Email'
sms_text = '%s:%s:%s' % (address, epoch, content)
print 'Handeling SMS message %s with message: %s' % (i, sms_text)
box.delete(i)
# Lets handle emails
address = address.replace("+1", "")
# This handles when participants send an email to [email protected]
#stop_gps()
old_lat = gps_data['position']['latitude']
#Get battery data
battery = sysinfo.battery()
#Get signal strength
signal = sysinfo.signal_dbm()
#Get time
user_time = time.time()
count = count + 1
#Print data
telem_string = "%d,%d,%f,%f,%.2f,%d,%d,%d" % (count, user_time, gps_data['position']['latitude'], gps_data['position']['longitude'], gps_data['course']['speed'], gps_data['course']['heading'], signal, battery)
print telem_string
messaging.sms_send('+447748628528', telem_string,'8bit',cb)
#Reset loop number
loop_number = 0
#Sleep time, sleep for 5 minutes
print "Sleeping"
e32.ao_sleep(300)
else:
loop_number = loop_number + 1
print "No GPS Position yet, retry:", loop_number
e32.ao_sleep(10)
import appuifw
import messaging
import e32
recv = appuifw.query(u"Type receivers number:", "number")
msg = appuifw.query(u"Type the payload:", "text")
count = appuifw.query(u"Type the number of messages:", "number")
i = 0
if appuifw.query(u"Send "+unicode(count)+" messages to "+unicode(recv),"query") == True:
while i < count:
messaging.sms_send(str(recv), msg+str(i))
e32.ao_sleep(2)
i = i+1
appuifw.note(u"Messages sent", "info")
else:
appuifw.note(u"Error, your Messages are not sent", "info")