def initFromUI(self):
data = Messages.Message()
data.setMessage(0, self.txtItem1.GetLabel().encode('ascii'))
data.setMessage(1, self.txtItem2.GetLabel().encode('ascii'))
data.setMessage(2, self.txtItem3.GetLabel().encode('ascii'))
data.setMessage(3, self.txtItem4.GetLabel().encode('ascii'))
self.messages.setData(data)
def create_message(self, i):
# creating object of type Message
msg = Messages.Message(self, i, 0)
# sending message after pre-calculated interarrival time has passed
t = threading.Timer(msg.interarrival_time,
self.send_message,
args=(
msg,
i,
))
t.start()
def create_dummy_message(self, i):
# same logic as above
msg = Messages.Message(self, i, 1)
# sending of a message after the precaculated (exp. distributed) arrival time has passed
t = threading.Timer(msg.interarrival_time,
self.send_message,
args=(
msg,
i,
))
t.start()
def add_message():
session = bottle.request.environ.get('beaker.session') #@UndefinedVariable
form = bottle.request.forms
required = ['username', 'message', 'topic']
for r in required:
if not r in form or len(form.get(r)) == 0:
session['alert'] = 'Failed to add Topic. Missing ' + r
bottle.redirect('/')
topic = Topics.get(id=int(form.get('topic')))
if topic:
message = Messages.Message(username=form.get('username'),
message=form.get('message'),
reply_to=form.get('reply_to', None),
topic=topic.id)
if message.save():
session['alert'] = 'Successfully added Reply'
bottle.redirect('/topic/' + str(topic.id))
session['alert'] = 'Failed to add Message'
bottle.redirect('/')
except:
pass
for i in range(0, len(conn)):
# Close connection
if conn[i].end == True:
conn[i].socket.shutdown(socket.SHUT_RDWR)
conn[i].socket.close()
conn[i].active = False
conn[i].join()
del conn[i]
break
try:
#wait for messages
data = conn[i].data_list.pop(0)
mes = Messages.Message()
#Then process them
#DAT is forwarded instantly to everybody
if data[0:3] == "DAT".encode('utf-8'):
for j in range(len(conn)):
if i != j:
conn[j].socket.sendall(data)
#Key is forwarded to the last connector
elif data[0:3] == "KEY".encode('utf-8'):
conn[len(conn) - 1].socket.sendall(data)
else:
mes.process_message(data, aes_key, sign_keys)
# Process INI messages
if mes.msgtype == "INI":
def print_group_msg(msg):
'''
群聊信息处理
:param msg:
:return:
'''
print("Group")
print(msg)
try:
dict_msg = msg.raw # message对象字典
menber = dict_msg['ActualNickName'] # 发言人
group_name = msg.chat.name # 群名称
times = time.localtime(dict_msg['CreateTime']) # 发言时间戳
dt = "%s-%s-%s %s:%s:%s" % (times[0], times[1], times[2], times[3],
times[4], times[5]) # 格式化时间
print dt
filename = dict_msg['FileName'] # 发送文件名称
group = groupDao.findGroup(group_name) # 获取当前群信息 主要是group_id
group_id = 0
if group == None: # 群在数据库中不存在，则添加新的群信息
newgroup = Groups.Group()
newgroup.group_name = group_name
newgroup.number = len(msg.chat)
print groupDao.addGroup(newgroup)
group_id = groupDao.findGroup(group_name)[0]
else:
group_id = group[0]
except Exception as e:
print e.message
message = Messages.Message()
message.group_id = group_id
message.member = menber
message.create_time = dt
try:
if msg.type == TEXT:
# 发言保存到数据库
text = dict_msg['Content'] # 发言内容
message.text = text
messageDao.addMessage(message)
if u"@%s" % bot.self.name in msg.text: # @机器人信息
text_key = msg.text[len(u"@%s" % bot.self.name):]
print text_key
deal_reply(msg, keywords=text_key)
# url_1 = ' http://test2.bicoin.info/robot/autoReply?keyword=%s'% text
# r = requests.get(url_1)
# dict_result = r.json()
# print dict_result
# if dict_result['code'] and dict_result['type'] == "2":
# return dict_result['data']
else: # 普通信息
deal_reply(msg)
if msg.type == NOTE:
group = msg.chat
group.update_group(True)
print len(group)
# bot.groups()[0].update_group(True)
if msg.type == RECORDING:
# 记录录音
if not os.path.exists("recording"):
os.mkdir("recording")
filename = u"recording/%s" % filename
msg.get_file(filename) # filename 存储路径
duration = int(math.ceil(dict['VoiceLength'] / 1000))
message.recording = filename
message.duration = duration
messageDao.addMessage(message)
if msg.type == PICTURE:
# 存储图片
if not os.path.exists("image"):
os.mkdir("image")
filename = u"image/%s" % filename
msg.get_file(filename) # filename 存储路径
message.picture = filename
messageDao.addMessage(message)
if msg.type == ATTACHMENT:
# 存储文件
if not os.path.exists("file"):
os.mkdir("file")
filename = u"file/%s" % filename
msg.get_file(filename) # filename 存储路径
if msg.type == VIDEO:
# 存储视频
if not os.path.exists("video"):
os.mkdir("video")
filename = u"video/%s" % filename
msg.get_file(filename) # filename 存储路径
if msg.type == SHARING:
print dict_msg['Url']
except Exception as e:
print e, e.message
pass
def main():
print("Welcome to the most secure multi chat application!")
name = ""
while len(name) != 5:
name = input("Please enter your name(exactly 5 character): ")
# ip = input("Please enter the IP address of the secure server: ")
# port = input("Please enter the port number of the secure server: ")
ip = "localhost"
port = "8080"
sender = name
# import own keys
try:
rsa_key = RSA.import_key(sender + "_rsa_key.pem")
sign_key = RSA.import_key(sender + "_sign_key.pem")
except: #only for debug, and the program dont crash, cannot decode anything with theese keys
rsa_key = RSA.import_key("keypair.pem")
sign_key = RSA.import_key("keypair.pem")
#Make socket
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
s.connect((ip, int(port)))
print("Connected to server\n")
#initialize the Connection
init = Messages.create_INI_message(rsa_key.publickey(), sign_key, sender)
s.sendall(init)
#Start user input monitoring helper
input_thread = Threads.input_reader(True)
input_thread.start()
#wait for the response
#If first client, the the server answer with init
#If not, then another client will send the key
while True:
data = s.recv(4096)
mes = Messages.Message()
mes.process_message(data, None, sign_keys)
if mes.msgtype == "INI" and mes.sender == "Serve":
aes_key = AES.generate_key()
break
elif mes.msgtype == "KEY":
aes_key = mes.msg
break
print("Init Done\n")
#Start socket monitoring thread
data_thread = Threads.data_reader(s, True)
data_thread.start()
while True:
try:
#Waiting for messages
data = data_thread.data_list.pop(0)
mes = Messages.Message()
#and process them
mes.process_message(data, aes_key, sign_keys)
if mes.msgtype == "INI":
#If INI, then we send the key
data = Messages.create_KEY_message(aes_key, Crypto.PublicKey.RSA.import_key(mes.msg.encode('utf-8')), sign_key, sender)
s.sendall(data)
#And broadcast, that there is a new participant
data = Messages.create_DAT_message(mes.sender + " connected.", aes_key, sign_key, sender)
print(mes.sender + " connected.")
s.sendall(data)
#If DAT, then we write the message to the console
if mes.msgtype == "DAT":
print(mes.sender + ": " + mes.msg)
#If key, then we use it as AES key
if mes.msgtype == "KEY":
aes_key = mes.msg
except:
pass
try:
msg = input_thread.input_list.pop(0)
#END_CONN is the quit message
if msg == "END_CONN":
print("Connection is closed.\n")
break
#Send out the user input
data = Messages.create_DAT_message(msg, aes_key, sign_key, sender)
s.sendall(data)
except:
pass
if data_thread.end == True:
print("Server closed connection.\n")
break
#Terminate threads
input_thread.active = False
data_thread.active = False
input_thread.join()
data_thread.join()
#Terminate socket
s.shutdown(socket.SHUT_RDWR)
s.close()
return
def search(self, ):
flag = 0
counter = 1
name = input('Enter The Contact Name :')
for x in self.AllContacts:
flag = x.Name.find(name)
if (flag) > -1:
print(counter, ':')
print('Name :', x.Name)
print('Number :', x.Number)
print()
break
counter = counter + 1
selection = input('Enter Contact Selection Number : ')
selection = int(selection)
selection = selection - 1
print('1. To Call Contact')
print('2. To Message Contact')
print('3. To Edit Contact')
print('4. To Delete Contact')
choice = input('Enter Choice : ')
if (choice == '1'):
number = self.AllContacts[int(selection)].Number
file = open('action.txt', 'w')
file.writelines('dialNumber' + '\n')
file.writelines(number)
file.close()
ftp.connect('192.168.43.1', 2121)
ftp.login(user='******', passwd='password')
ftp.cwd('/storage/emulated/0/com.hipipal.qpyplus/project/')
ftp.storbinary('STOR action.txt', open('action.txt', 'rb'))
elif (choice == '2'):
number = self.AllContacts[int(selection)].Number
obj = Messages.Message()
container = Messages.MessageObjects()
obj.setRecipient(number)
message = input('Enter Message Contents: ')
obj.setMessage(message)
status = input(
'Enter "send" to send and "save" to save in drafts and "delete" to delete: '
)
obj.setState(status)
obj.setTime()
if (obj.getState() == 'send'):
file = open('action.txt', 'w')
file.writelines('smsSend' + '\n')
file.writelines(obj.recipient + '\n')
file.writelines(obj.message)
file.close()
ftp.connect('192.168.43.1', 2121)
ftp.login(user='******', passwd='password')
ftp.cwd('/storage/emulated/0/com.hipipal.qpyplus/project/')
ftp.storbinary('STOR action.txt', open('action.txt', 'rb'))
ftp.close()
container.SentObjects.append(obj)
print('Message Sent!')
elif (obj.getState() == 'save'):
self.DraftObjects.append(obj)
elif (choice == '3'):
pass
elif (choice == '4'):
pass
else:
print('Wrong Choice')
if (flag == '0'):
print('No Contact Found')
'''
