def case_2_organization(self):
driver = self.driver
organization_del(driver) # 清空机构
organization(driver) # 创建机构
meeting_room_del(driver, 1) # 清空会议室
meeting_room(driver, 0) # 创建会议室
meeting_type_del(driver, 1) # 清空会议类型
meeting_type(driver, 0) # 创建会议类型
user_del(driver) # 清空用户
user(driver) # 创建用户
meeting_del(driver) # 清空会议
meeting(driver) # 创建会议
while (1):
sleep(1)
try:
driver.find_element_by_xpath("//span[text()='会议列表']").click()
driver.find_element_by_xpath("//span[text()='自动化大会0']").click()
break
except:
pass
sleep(1)
meeting_staff(driver) # 参会人员
meeting_agenda(driver) # 会议议程
meeting_file(driver) # 会议资料
meeting_file_del(driver) # 删除资料
meeting_agenda_del(driver) # 删除议程
meeting_summary(driver) # 会议纪要
meeting_vote(driver) # 会议投票
meeting_vote_del(driver) # 删除投票
meeting_questionnaire(driver) # 会议问卷
meeting_questionnaire_del(driver) # 删除问卷
meeting_message(driver) # 会议通知
meeting_message_del(driver) # 删除通知
def test_user():
u1 = user(userName="******")
u2 = user(userName="******")
print "Created new user u1"
print "u1.userName: "******"u1.numMessagesToKeep: " + str(u1.numMessagesToKeep)
def menu(client) :
while True :
client.send("dialog --menu \"Menu List\" 30 50 8 1 \"User Management\" 2 \"Directory Management\" 3 \"File Management\" 4 \"Software Management\" 5 \"Device Partition Management\" 6 \"Logical Volume Management\" 7 \"Server Management\" 8 \"Exit\" ")
choice = client.recv(10)
if choice == "1" :
import user
user.user(client)
elif choice == "2" :
import dirs
dirs.dirs(client)
elif choice == "3" :
import files
files.files(client)
elif choice == "4" :
import software
software.software(client)
elif choice == "5" :
import dpm
dpm.dpm(client)
elif choice == "6" :
import lvm
lvm.lvm(client)
elif choice == "7" :
import sm
sm.sm(client)
elif choice == "8" :
client.send("recieve only")
client.send("dialog --infobox \"Thank You... \n Exiting....\" 5 18")
client.send("false")
def __init__(self):
global once
if once is not None:
return None
once = 1
global userObjs
userObjs = {
"Jane": user.user(),
"Joe": user.user(),
"Fred": user.user(),
"Anne": user.user()
}
global users
users = {
"Jane": "123",
"Joe": "abc",
"Fred": "spacepirate",
"Anne": "netflix"
}
global admins
admins = []
global voters
voters = []
admins.append("Anne")
voters.append("Jane")
voters.append("Fred")
voters.append("Joe")
global adminopts
adminopts = {
"Instructions": "I see you are an admin! Welcome! Please choose from the following options",
"type": "MultipleChoice",
"1": "Create Election",
"2": "Edit Election",
"3": "View Results"
}
global voteropts
voteropts = {
"Instructions": "I see you are a voter, please choose from the following options",
"type": "MultipleChoice",
"1": "Candidate A",
"2": "Candidate B",
}
global incorrectpass
incorrectpass = {
"Instructions": "Password Incorrect",
"type": "PasswordFail",
}
global incorrectuser
incorrectuser = {
"Instructions": "Username Incorrect",
"type": "UsernameFail",}
return None
def registrar(self, u, p): if(len(u)>20 or len(p)>20): return False if(len(self.users)==0): u = user(u, p) self.users.append(u) else: print self.buscar(u) if self.buscar(u) == None : self.users.append(user(u,p)) return True
def login(self, event):
usuario = self.email.get()
senha = self.senha.get()
if (usuario == '' or senha == ''):
tkMessageBox.showwarning('Campos Vazios',
'erro de leitura dos campos')
self.email['bg'] = 'red'
self.senha['bg'] = 'red'
else:
try:
user.user(usuario, senha, '', '')
except:
tkMessageBox.showerror(
'ERRO!', 'NAO ESTA AVANCANDO A JANELA DO USUARIO')
def get_user(self, nick ):
query = 'SELECT * FROM users WHERE nick like \'{0}\''.format(nick)
print query
cur = self.dbmgr.execute(query)
row = cur.fetchone()
userg = user('','','','2012-01-01','',0,'',0)
if row is not None :
userg = user(row["nick"], row["seen"], row["command"],
row["last"], row["perm"], row["karma"],
row["pass"], row["pipianlvl"])
return userg
def __init__(self, userID):
self.userID = userID
self.user = user(userID)
self.lastXImages = 30
self.lastXUsers = 40
self.topXUsers = 20
self.numRecommendations = 10
def recommend_similar_users(self, mode):
a = user(self.uid)
a.find_similar_users()
result = {}
su = a.similar_users
rp = a.reco_algo(mode)
er = a.error
result['similar_users'] = su
result['recommended_problems'] = rp
result['error'] = er
result = json.dumps(result, indent=4, separators=(',', ': '))
os.write(self.result_file,result)
res = "\nShowing similar users and problem recommendations for: \n" + self.uid + "\nUser similarity: \n"
os.write(self.log_file,res)
print res
res = json.dumps(su, indent=4, separators=(',', ': '))
os.write(self.log_file,res)
print res
res = "\nRecommended problems: \n"
os.write(self.log_file,res)
print res
res = json.dumps(rp, indent=4, separators=(',', ': '))
os.write(self.log_file,res)
print res
res = "\nEstimated error in rating: \n" + str(er)
os.write(self.log_file,res)
print res
def addUser(self, uname, pwd):
"""
:uname type: string
:pwd type: string
:rtype: int
"""
us = user.user(uname, pwd)
print('正在添加用户' + uname)
print('正在登录')
if us.login() == True:
print('登录成功')
print('正在检查是否为已存在用户')
with open('users', 'r+') as file_user:
for line in file_user.readlines():
if line[0] == '#':
continue
mat = re.match(uname + '\t', line)
if mat != None:
print('这个用户已存在')
print('==================')
return 2
print('用户' + uname + '添加成功')
print('==================')
file_user.write(uname + '\t' + pwd + '\n')
return 0
else:
print('登录失败')
print('==================')
return 1
def login():
print request.args.get('action')
msg = "Login"
if request.args.get('action') == 'login':
u = user()
if u.tryLogin(request.form.get('email'), request.form.get('password')):
session['login_time'] = time.time()
session['user_data'] = u.data[0]
return header() + "Login Successful <br> Welcome " + str(
u.data[0]['fname']) + mainMenu() + footer()
else:
msg = "Login failed"
elif request.args.get('action') == 'logout':
session['login_time'] = None
session['user_data'] = None
msg = 'Logout successful.'
return header() + msg + '''
<div >
<form action="/?action=login" method="POST">
Email:<br>
<input type="text" name="email"/>
<br><br>
Password:<br>
<input type="password" name="password"/>
<br><br>
<input type="submit" value="Login"/>
</form>
</div>
''' + footer()
def list_users():
if not checkSession(2):
return redirect("/mainmenu")
html = ''' <b> Users </b>
<table style="width:600px;">
<tr style="background-color:#bbb;">
<td>User_ID</td>
<td>Name</td>
<td>Email</td>
<td>Role</td>
</tr>'''
u = user()
u.getAll()
i = 0
for row in u.data:
c = '#eee;'
if i % 2 == 0:
c = '#ddd;'
html += '''<tr style="background-color:''' + c + ''''">
<td> <a href="/user/''' + str(row['user_id']) + '''">''' + str(
row['user_id']) + '''</a> </td>
<td>''' + str(row['fname']) + '''</td>
<td>''' + str(row['email']) + '''</td>
<td>''' + str(row['role']) + '''</td>
</tr>'''
i += 1
html += '''</table>
<a href="user/new">Create New User</a><br><br>
<a href="/mainmenu">Main Menu</a><br>'''
return header() + html + footer()
def start(message):
global users
number = tools.find(users, message.chat.id)
lang = 'ru' if message.from_user.language_code == 'ru' else 'us'
lang = 'ua' if message.from_user.language_code == 'uk' else 'us'
if number is None:
client = user.user(id=message.chat.id,
name=message.from_user.first_name,
surname=message.from_user.last_name)
client.settings['language'] = lang
users.append(client)
number = tools.find(users, message.chat.id)
bot.send_message(
message.chat.id,
languages.assembly['hi'][users[number].settings['language']] + ' ' +
users[number].name + '.\n' +
languages.assembly['greeting'][users[number].settings['language']],
reply_markup=keyboard)
bot.send_message(message.chat.id,
languages.assembly['choose a language'][
users[number].settings['language']],
reply_markup=language_selection)
def adduser():
u = user(context)
u.surname = 'Mazarei'
u.common_name = 'Masoud'
u.password = '******'
u.user_id = 'm.mazarei'
u.save()
def parseAndMergeArgs( self, parser ):
"""
Parse the CLI args using the parser passed in.
Configure logger, override loaded values with CLI args/values
Return parsed args
"""
c = conf.conf
args = parser.parse_args( sys.argv[ 2: ] )
# before we can do anything, config the logger
dblog.configFromArgs( args )
# start log a pretty initial entry / log-header
dblog.logSandwich( self.PROG_NAME )
# set config, args.config defaults to c.FILENAME_DEFAULT
self.configParser = c.loadConf( args.config )
# dump for debugging purposes
self.dumpConf( )
dblog.logLettuce( logging.DEBUG )
self.dumpRunArgs( args )
dblog.logLettuce( logging.DEBUG )
# merge args into configs, will print at info level
self.mergeArgsAndConfigs( args )
# set data manager
self.dataMgr = datamgr.datamgr( self )
# set user preferences
self.user = user.user( typingWpm = self.getConf( c.OPTIONS, c.OPTION_TYPING_WPM ),
typingRand = self.getConf( c.OPTIONS, c.OPTION_TYPING_ERR ) )
return args
def __init__(self, my_artists=['150', '989', '194647', '390392', '511147', '532992']):
self.artist_IDs = my_artists
with open('user_friends.csv', 'rb') as csvfile:
self.edges = list(csv.reader(csvfile))[1:]
print "edges done"
with open('user_artists.csv', 'rb') as csvfile:
all_artist_data = list(csv.reader(csvfile))[1:]
self.user_artist_data = [x for x in all_artist_data if x[1] in self.artist_IDs]
print "user_artist_data done"
Gg, Cg = create_graph(self.edges)
self.graph = Gg
print "graph done"
self.c_graph = Cg
print "c_graph done"
t_users = {}
for user_n in Gg.nodes():
name = user_n
artists = self.get_artists(name) #TODO: implement
t_users[name] = user.user(name, artists)
self.users = t_users
print "users done"
self.cds_sold = 0
self.art_analisys = {}
for aa in self.artist_IDs:
self.art_analisys[aa] = 0
def get_user_by_id(db_conn, id):
cursor = db_conn.cursor()
query = '''
SELECT e.entity,
e.username,
e.first_name,
e.last_name,
e.email_address,
r.label
FROM tb_entity e
JOIN tb_role r
ON e.role = r.role
WHERE e.entity = %(id)s
AND e.disabled = FALSE
'''
cursor.execute(query, {"id":id})
rows = cursor.fetchall()
if len(rows) > 1:
raise ValueError, "IDs are not unique (this shouldn't be allowed by the schema)"
if len(rows) < 1:
raise ValueError, "User with that id does not exist: %s" % (id)
return user.user(rows[0][0], rows[0][1], rows[0][2], rows[0][3], rows[0][4], rows[0][5])
def getUser(username_local, server_name_local):
#连接服务器
try:
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.connect((server_name, remote_server_port))
sock.settimeout(15)
#检测服务器是否关闭
except socket.timeout:
print "Error:timeout"
return None
sock.send('{"action":"login","uid":0,"username":"******","ip":"%s"}' %(username_local,server_name_local))
userdata = sock.recv(1024)
print userdata
u = user.user()
u.set(json.loads(userdata))
while True:
print "[FLOATER FIND] try to find fellow"
sock.send('{"action":"find"}')
fellow = sock.recv(1024)
if fellow != "None":
print "[FLOATER FOUND]", fellow
userData = json.loads(fellow)
u.set(userData)
break
time.sleep(5)
sock.send('{"action":"close"}')
sock.close()
GUI.setRemote(u)
def getUser(self, username, server):
# 连接服务器
time.sleep(3)
try:
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.connect((config.server_name, config.remote_server_port))
sock.settimeout(15)
# 检测服务器是否关闭
except Exception:
info("connection error", "error")
return None
sock.send('{"action":"login","uid":0,"username":"******","ip":"%s"}' % (username, server))
userdata = sock.recv(1024)
print userdata
u = user.user()
u.set(json.loads(userdata))
while True:
print "[FLOATER FIND] try to find fellow"
sock.send('{"action":"find"}')
fellow = sock.recv(1024)
if fellow != "None":
print "[FLOATER FOUND]", fellow
userData = json.loads(fellow)
u.set(userData)
break
time.sleep(3)
sock.send('{"action":"close"}')
sock.close()
global username_remote
username_remote = userData["username"]
global server_name_remote
server_name_remote = userData["ip"]
def _run_issuer(self):
self.logger.info('Starting issuer user thread')
user_code = self._config.get(self._test_name,'issuer_user')
user_sip = ast.literal_eval(self._config.get(self._test_name,'issuer_user_devices'))['sip']
user_gsm = ast.literal_eval(self._config.get(self._test_name,'issuer_user_devices'))['gsm']
user_actions = self._config.get(self._test_name,'issuer_user_actions')
self.logger.info('Initalizing issuer user: user_code:%s, sip:%s, gsm:%s, actions:%s',user_code,user_sip,user_gsm,user_actions)
u = user.user(user_code,sip=user_sip,gsm=user_gsm)
self.logger.info('Starting issuer user')
u.start(dispsip=user_sip, dispgsm=user_gsm)
sleep(10)
for act in user_actions.split(','):
if act == 'gsm_dial':
self.logger.info('Launching GSM dial action')
u.gsm_dial('00447730520578')
sleep(10)
elif act == 'gsm_sms':
self.logger.info('Launching GSM sms action')
u.send_gsm_sms('00447730520578')
sleep(10)
self.logger.info('Issuer actions finished. Collecting issuer metrics and stoping user')
self.add_metrics(u.get_metrics(sip=user_sip,gsm=user_gsm))
u.stop(dispsip=user_sip, dispgsm=user_gsm)
def b_user(id, msg, lis):
if not (id in user.users()):
user.add_user(id, '')
lis[id] = user(id)
#userlis[id] = user (id)
ituser = lis[id]
imd = ituser.mode
if ituser.name == '' and ituser.mode == '0':
ituser.smode('name')
elif ituser.mode == 'name2':
ituser.set_name(msg)
ituser.smode('name3')
elif imd == 'rename2':
ituser.set_name(msg)
ituser.smode('rename3')
elif ituser.mode == 'name':
send_message({
"to":
id,
"type":
"TEXT",
"body":
"واقعا بابت تصمیمت خوشحال شدم(گرچه همه زحمتا با منه;)\nراستی اسمتو نگفتی!؟"
})
ituser.smode('name2')
def createuser(self):
#向用户字典中添加一对键值对（卡号-用户）
name = input('请输入您的姓名：')
idcard = input('请输入您的身份证号：')
phone = input('请输入您的电话号码：')
prestoremony = int(input('请输入预存款金额：'))
if prestoremony < 0:
print('预存款输入有误')
return -1
onepasswd = input('请设置密码：')
if not self.checkpasswd(onepasswd):
print('密码输入错误，开户失败')
return -1
cardid = self.randomcardid()
card1 = card(cardid, onepasswd, prestoremony)
user0 = user(name, idcard, phone, card1)
#0-身份证号，1-密码，2-余额，3-锁定状态
alluser = [
user0.idcard, user0.card.cardpasswd, user0.card.cardmoney,
user0.card.lock
]
#0-用户名，1-电话号码，2-卡号
userinfo = [user0.name, user0.phone, user0.card.cardid]
#print(list(user1))
self.alluser[cardid] = alluser
self.userinfo[idcard] = userinfo
print('开户成功！请记住卡号(%s)' % cardid)
def run(n_replications, n_steps, mean, cov, sigma, featurelist):
total_reward = 0
var = 0
total_regret = 0
for sample in range(n_replications):
User = user.user(mean, cov, sigma)
User.generate_user()
Server = server.server(mean, cov, sigma, featurelist, n_steps)
maxrate = User.maxrate(featurelist)
reward = 0
for i in range(n_steps):
restaurant = Server.recommand()
rate = User.rate(restaurant)
reward += rate
Server.update(restaurant, rate)
reward = reward * 1.0 / n_steps
#print 'rating', reward * n_steps
total_reward += reward
var += reward * reward
total_regret += maxrate - reward
mean_reward = total_reward * 1.0 / n_replications
var = var * 1.0 / n_replications - mean_reward * mean_reward
CI = [mean_reward - 1.96 * np.sqrt(var/n_replications), mean_reward + 1.96 * np.sqrt(var/n_replications)]
mean_regret = total_regret * 1.0 / n_replications
return mean_regret, mean_reward, CI
def __init__(self):
self.user = user.user()
self.view = "login"
self.mode = ""
self.current_input = ""
self.running = False
self.input_mode = True
def get_all_users(limit=None, sort='old', subreddit=None):
user_list = []
cur_connection = DatabaseManager.get_connection()
cursor = cur_connection.cursor()
query = """SELECT * FROM users """
if subreddit is not None:
query += """ Where subreddit='{subreddit}' """.format(
subreddit=subreddit)
query += """ ORDER BY last_update ASC, username ASC """
if limit is not None:
query += """ LIMIT {limit} """.format(limit=limit)
result = DatabaseManager._execute_robust(cursor, query)
for row in result:
new_user = user(row[0], row[1], row[2])
user_list.append(new_user)
return user_list
def add_user(u, password):
global users
global voters
global userObjs
userObjs[u] = user.user()
users[u] = password
voters.append(u)
def getUser(self, username, server):
#连接服务器
time.sleep(3)
try:
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.connect((config.server_name, config.remote_server_port))
sock.settimeout(15)
#检测服务器是否关闭
except Exception:
info("connection error", "error")
return None
sock.send('{"action":"login","uid":0,"username":"******","ip":"%s"}' %
(username, server))
userdata = sock.recv(1024)
print userdata
u = user.user()
u.set(json.loads(userdata))
while True:
print "[FLOATER FIND] try to find fellow"
sock.send('{"action":"find"}')
fellow = sock.recv(1024)
if fellow != "None":
print "[FLOATER FOUND]", fellow
userData = json.loads(fellow)
u.set(userData)
break
time.sleep(3)
sock.send('{"action":"close"}')
sock.close()
global username_remote
username_remote = userData["username"]
global server_name_remote
server_name_remote = userData["ip"]
def register_session(sock, sock_msgs):
# receive "NICK nick\r\n"
msg = sio.try_read(sock, sock_msgs)
nick = msg.replace("NICK ", "")
# receive "USER user_name * * :real_name\r\n"
msg = sio.try_read(sock, sock_msgs)
first, second = msg.split(" * * :")
user_name = first.replace("USER ", "")
real_name = second
client = user(nick, user_name, real_name)
client.set_sock(sock)
# send confirmation message
# <thisIP> 001 <nick> :Welcome to the
# Internet Relay Network <nick>!<user>@<theirIP>\r\n
theirIP, _ = sock.getpeername()
thisIP = socket.getfqdn()
msg = "{} {} {} :Welcome to the ".format(thisIP,
RPL_WELCOME,
client.nick)
msg += "Internet Relay Network "
msg += "{}!{}@{}\r\n".format(client.nick,
client.whoami,
theirIP)
sio.try_write(sock, msg)
return client
def loginevent(self):
inputed_login = self.login.get('1.0', 'end-1c')
inputed_password = self.password.get('1.0', 'end-1c')
q = get_all_log_pass()
self.cur.execute(q)
tmp = self.cur.fetchall()
print(tmp)
res = ""
for i in range(len(tmp)):
if tmp[i][0] == inputed_login and tmp[i][1] == inputed_password:
if inputed_login == "admin":
res = "admin"
else:
res = "user"
if res == "admin":
self.remove_all()
#...
elif res == "user":
self.remove_all()
user_page = user(self.r, self.bgc, inputed_login, self.cur)
user_page.place_start()
return True
#...
else:
self.errorlabel.place(x=300, y=275)
return False
def make_iplist(self,rawlist):
u = user()
count = 0
output = []
number = len(rawlist["address_detail"])
for _ in range(number):
detail = str(rawlist["address_detail"][count][1]).split('|')
if len(detail) == 2:
username = detail[0]
date = detail[1]
status = "Ok"
# check if username exists already
username_exists = int(u.check_user(username))
if not username_exists == 1:
status = "Orphaned"
else:
username = detail[0]
date = None
status = "Manually Created"
ip = str(rawlist["address_ip"][count][1])
output.append({"username": username, "ip": ip, "status": status, "datetime": date})
count += 1
return output
def login(self,userinfo):
if userinfo[0] == "" or userinfo[1] == "":
return
if self.conn is None:
messagebox.showerror("Error","fail to connect to mysql database!")
return
try:
search_sql = "select user_pass from person where user_name = '%s' and priot = %d;"%(userinfo[0],userinfo[1])
self.cursor = self.conn.cursor()
self.cursor.execute(search_sql)
rs = self.cursor.fetchone()
if rs is None:
messagebox.showerror("Error","nothing fetch")
else:
if userinfo[2] in rs:
messagebox.showinfo("Success","login success")
self.getCommission()
if userinfo[1] == 1:
us = manager.user(userinfo)
else:
us = user.user(userinfo)
else:
messagebox.showerror("Error","count and password error")
except pymysql.Error as e:
self.conn.rollback()
print(e)
def run_example():
#first lets get the auth code from the client
request_token_url = huddleAuthServer + "request?response_type=code" + "&client_id=" + consumer_key + "&redirect_uri=" + redirect_uri
print "Get Your Authorization Code and paste it back into python\n" + request_token_url
code = raw_input('--> ')
auth = oAuth.oAuth(huddleAuthServer, code, consumer_key, redirect_uri)
#store our access token
tokenStore = auth.handleAccessToken()
#now we can make calls to the api
api = huddleApi.huddleApi(huddleApiServer, tokenStore)
getWorkspaces = user.user(api.getUser())
print "You currently have " + str(
getWorkspaces.getWorkSpaceSize()) + " workspaces!"
for i in range(getWorkspaces.getWorkSpaceSize()):
print "\nWorkspace : " + str(
getWorkspaces.getWorkSpaceTitle(i)) + " has the following links: "
for x in range(getWorkspaces.getWorkSpaceLinks(i)):
print getWorkspaces.getWorkSpaceLinkRel(
i, x) + ":" + getWorkspaces.getWorkSpaceLinkHref(i, x)
os.system("pause")
def run(n_replications, n_steps, mean, cov, sigma, featurelist):
total_reward = 0
var = 0
total_regret = 0
for sample in range(n_replications):
User = user.user(mean, cov, sigma)
User.generate_user()
Server = server.server(mean, cov, sigma, featurelist, n_steps)
maxrate = User.maxrate(featurelist)
reward = 0
for i in range(n_steps):
restaurant = Server.recommand()
rate = User.rate(restaurant)
reward += rate
Server.update(restaurant, rate)
reward = reward * 1.0 / n_steps
#print 'rating', reward * n_steps
total_reward += reward
var += reward * reward
total_regret += maxrate - reward
mean_reward = total_reward * 1.0 / n_replications
var = var * 1.0 / n_replications - mean_reward * mean_reward
CI = [
mean_reward - 1.96 * np.sqrt(var / n_replications),
mean_reward + 1.96 * np.sqrt(var / n_replications)
]
mean_regret = total_regret * 1.0 / n_replications
return mean_regret, mean_reward, CI
def __init__(self, loginnickname):
self.myuser = user.user(loginnickname)
self.root = Tk()
self.root.title('聊天主界面0.0.1')
self.root.geometry('350x600+400+50')
#个人信息区域
self.head = Canvas(self.root, bg='orange')
self.head.create_oval(30, 30, 80, 80)
self.head.place(x=5, y=5, heigh=120, width=340)
#好友区域
self.frend = Canvas(self.root, bg='pink')
self.frend.place(x=5, y=130, heigh=420, width=340)
#设置区域
self.setting = Canvas(self.root, bg='yellow')
self.setting.place(x=5, y=555, heigh=40, width=340)
#好友栏
self.frendstext = scrolledtext.ScrolledText(self.frend)
self.frendstext.place(x=5, y=5, heigh=410, width=330)
#自己的昵称名标签
self.myselfnicknamelable = Label(self.head,
text=self.myuser.getnickname())
self.myselfnicknamelable.place(x=100, y=30)
friendnum = 10
for i in range(friendnum):
Thread(target=self.friendbuttonthread,
args=('用户' + str(i + 1), )).start()
def setUp(self):
root = Tk()
bg_color = "white"
user_login = "******"
cur = Mock()
cur.fetchall.return_value = [("1"), ()]
self.t_user = user(root, "white", user_login, cur)
def recommend_similar_users(self, mode):
a = user(self.uid)
a.find_similar_users()
result = {}
su = a.similar_users
rp = a.reco_algo(mode)
er = a.error
result['similar_users'] = su
result['recommended_problems'] = rp
result['error'] = er
result = json.dumps(result, indent=4, separators=(',', ': '))
os.write(self.result_file, result)
res = "\nShowing similar users and problem recommendations for: \n" + self.uid + "\nUser similarity: \n"
os.write(self.log_file, res)
print res
res = json.dumps(su, indent=4, separators=(',', ': '))
os.write(self.log_file, res)
print res
res = "\nRecommended problems: \n"
os.write(self.log_file, res)
print res
res = json.dumps(rp, indent=4, separators=(',', ': '))
os.write(self.log_file, res)
print res
res = "\nEstimated error in rating: \n" + str(er)
os.write(self.log_file, res)
print res
def __init__(self):
# 그래픽 업데이트를 체크하기 위한 변수
self.check = True
# 센서 노드(비콘 노드)의 수
self.node_num = 0
# 유저 노드의 객체 (user 파일 참조)
self.user = us.user((0, 0))
# 현재 사용되는 channel : dict 형태로 저장됨
self.channel_list = {}
for i in range(11, 27):
self.channel_list[i] = []
# channel별 간섭의 레벨 : dict 형태로 저장됨
# 기본 간섭은 0Mbps
self.interference_level = {}
for i in range(11, 27):
self.interference_level[i] = 0
# 센서 노드를 위한 grid map : dict 형태로 저장됨
# 값이 0이면 node가 없는 것 / 값이 1이면 node가 있는 것
self.grid_map = {}
for i in range(1, 21):
for j in range(1, 21):
self.grid_map[(i,j)] = 0
# 유저 노드를 위한 grid map : dict 형태로 저장됨
# 유저 노드의 실제 위치를 저장
# 값이 0이면 user가 없는 것 / 값이 1이면 user가 있는 것
self.user_grid = {}
for i in range(1, 21):
for j in range(1, 21):
self.user_grid[(i,j)] = 0
# 유저 노드를 위한 grid map : dict 형태로 저장됨
# 유저 노드의 예측 위치를 저장
# 값이 0이면 user가 없는 것 / 값이 1이면 user가 있는 것
self.esti_grid = {}
for i in range(1, 21):
for j in range(1, 21):
self.esti_grid[(i,j)] = 0
# KNN 구현을 위해 생성한 Radio map
self.radio_map = {}
for i in range(1, 21):
for j in range(1, 21):
self.radio_map[(i,j)] = []
# 시뮬레이션 중인지 체크를 위한 변수
# True면 시뮬레이션 중
self.in_simul = False
# 채널에 따른 packet loss exponent를 랜덤하게 설정
# 0.6에서 1.4 사이
self.ple_seed ={}
for i in range(11,27):
self.ple_seed[i] = random.uniform(0.6, 1.4)
def get_by_id(self, id):
cur = self.conn.cursor()
cur.execute("""SELECT id, email, first_name, last_name, google_id, facebook_id FROM users WHERE id=%s""", (id,))
row = cur.fetchone()
cur.close()
return user.user(row[0], row[1], row[2], row[3], row[4], row[5])
def __init__(self, msg):
self._msg = msg
# user
self._user = user(self._msg.get('user'))
#
self._created_at = self._msg.get('created_at')
self._id = self._msg.get('id')
self._text = self._msg.get('text')
def __init__(self, address, port, connections, server): self.server = server server = socket.socket ( socket.AF_INET, socket.SOCK_STREAM ) server.bind ( ( address, port ) ) server.listen ( connections ) while True: channel, details = server.accept() self.uid = self.uid + 1 self.users.append(user.user(channel, self.uid)) wsthread.WebSocketThread (channel, details, self).start()
def authenticate_user(self):
#return True
if self.db:
# First check for delegation backdoor
if self.opts.get('on_behalf_of') and self.opts.get("access_token") in self.db.config.get('delegate_tokens'):
self.user = user.user(cache = self.cache)
self.user.id = self.opts['on_behalf_of']
return True
else:
# Must be normal or admin access_token
self.user = user.user(access_token = self.opts.get("access_token",""),
#slc_server = self.db.config.get("slc_server_host",user.default_slc_server),
#url_path = self.db.config.get("slc_token_check_path",user.default_url_path),
admin_access_tokens = self.db.config.get("admin_access_tokens",{}),
delegate_tokens = self.db.config.get("delegate_tokens",[]),
cache = self.cache)
#print "USER STR",self.user,":",self.user.access_token,":",self.opts,":",self.opts.get("access_token",""),":"
return self.user.authenticate()
self.errors.append("No DB connection. Cannot authenticate user.")
return False
def set_users_set(self, rootdir="E:\\rthings\\code\\python\\weibo\\output\\jieba\\user"):
for parent_, dirnames_, filenames_ in os.walk(rootdir):
parent = parent_.decode('gbk').encode('utf-8')
for filename_ in filenames_: # 输出文件信息
filename = filename_.decode('gbk').encode('utf-8')
if filename.startswith("user_segment_user_weibo_"):
user_id = filename[-10:-1]
filenamefull = os.path.join(parent, filename)
user_item = user.user(user_id=user_id)
user_item.set_segment_result_list(filename_segment=filenamefull)
user_item.set_result_set()
self.users_set[user_id] = user_item
def getMatchedImage(inUser):
"""Get an image can match this user, keep it simple and stupid"""
if len(LoadedImage.loadedImages) > 0:
for img in reversed(LoadedImage.loadedImages):
imgUser = fetchUserByID(img.authorID)
if (inUser.openid != imgUser.openid) and not(inUser.combinedHistory.get(str(img._id), None)):
inUser.combinedHistory[str(img._id)] = 'used'
return img
dfImage = Image()
dfImage.author = user('openid')
dfImage.author.nickName = '羽毛粉丝'
dfImage.url = 'http://www.enjoyxue.com/static/IMG_0493.JPG'
return dfImage
def sign_up(self, message, sender):
""" Create a user object for a given person and add the object to the recipient_list
@param message: body of text message
@param sender: sender of text message
"""
split_vals = message.split(" ")
que = split_vals.pop(0)
username = "******".join(split_vals)
if sender not in self.recipient_set:
new_user = user.user(username, sender)
self.recipient_set.add(sender)
self.recipient_list.append(new_user)
def get_all(self):
cur = self.conn.cursor()
cur.execute("""SELECT id, email, first_name, last_name, google_id, facebook_id FROM users""")
rows = cur.fetchall()
cur.close()
users = []
for row in rows:
users.append(user.user(row[0], row[1], row[2], row[3], row[4], row[5]))
return users
def login(username, password):
if username == 'admin':
return False
select_query = "SELECT username, password, address FROM users \
WHERE username = ? AND password = ? LIMIT 1"
cursor.execute(select_query, (username, password))
current_user = cursor.fetchone()
if(current_user):
return user(current_user[0], current_user[2])
return False
def main():
domain = ""
project = ""
project_type = ''
estrue = True
while(domain==""):
domain = raw_input("\033[92mDominio (Sin www):\033[0m ")
while(project==""):
project = raw_input("\033[92mNombre del proyecto:\033[0m ")
while estrue:
project_type = raw_input("\033[92mTipo de proyecto\n"
"--> python\n"
"--> php\n"
"Pon uno de los tipos permitidos:\033[0m ")
if project_type == "php":
estrue = False
if project_type =="python":
estrue = False
#Comprobamos si nginx esta instalado
nginx_check()
#Llamamos al modulo de usuario
user(project)
dirweb(project)
if project_type == "python":
#Comprobamos si esta instalado supervisor
supervisor_check()
#Comprobamos si esta instalado virtualenv o virtualenvwrapper
virtualenv_check()
#Al ser python creamos una virtualenv para el proyecto
virtualenv(project)
#Llamamos la modulo de nginx
nginx_main(domain, project, project_type)
#si el projecto esta en python, llamamos a supervisor para generar la configuracion
if project_type == "python":
supervisor_conf(project)
def load(self):
if(os.path.isfile("usuarios")):
f = open("usuarios","rb")
self.users=[]
while(True):
u = f.read(20)
p = f.read(20)
while u:
u = self.shor(u)
p = self.shor(p)
self.users.append(user(u, p))
u = f.read(20)
p = f.read(20)
break
f.close()
def check(buffer, msg, i, s):
u_info = msg[0]
i_msg = buffer[buffer.find(buffer.split()[3])+1:]
spker = user.user()
spker.l_name = u_info[1:u_info.find("!")]
spker.n_name = u_info[(u_info.find("!")+2):u_info.find("@")]
if "[enter]#" in buffer:
j_ch = buffer[buffer.find("[enter]")+7:]
i.join(j_ch)
with s:
s.insert_channel(j_ch)
if "[exit]#" in buffer:
e_ch = buffer[buffer.find("[exit]")+6:]
i.part(e_ch)
with s:
s.insert_channel(msg[2])
s.insert_log(spker.l_name, msg[1], msg[2], i_msg)
def _run_receiver(self):
self.logger.info('Starting receiver user thread')
user_code = self._config.get(self._test_name,'receiver_user')
user_sip = ast.literal_eval(self._config.get(self._test_name,'receiver_user_devices'))['sip']
user_gsm = ast.literal_eval(self._config.get(self._test_name,'receiver_user_devices'))['gsm']
waiting_time = self._config.get(self._test_name,'receiver_user_waiting_time')
self.logger.info('Initalizing receiver user: user_code:%s, sip:%s, gsm:%s, waiting_time:%s s',user_code,user_sip,user_gsm,waiting_time)
u = user.user(user_code,sip=user_sip,gsm=user_gsm)
self.logger.info('Starting receiver user')
u.start(dispsip=user_sip, dispgsm=user_gsm)
self.logger.info('Entering reveicer user in sleeping mode for %s seconds',waiting_time)
sleep(float(waiting_time))
self.logger.info('Receiver waiting time finished. Collecting receiver metrics and stoping user')
self.add_metrics(u.get_metrics(sip=user_sip,gsm=user_gsm))
u.stop(dispsip=user_sip, dispgsm=user_gsm)
def main():
global client
global my
global host_id
host_id = 'stackoverflow.com'
setup_logging()
if 'ChatExchangeU' in os.environ:
email = os.environ['ChatExchangeU']
else:
email = raw_input('>> What is your email? \n')
if 'ChatExchangeP' in os.environ:
password = os.environ['ChatExchangeP']
else:
password = raw_input('>> What is your password? \n')
client = user.user(host_id, email, password)
my = client.get_me()
room = bot.join(client, 113461, chat_event)
if 'first_start' in sys.argv:
commit = os.popen('git log --pretty=format:"%h" -n 1').read()
room.send_message('Super Goggles is up! Running on commit: [`'
+ commit
+ '`](https://github.com/Jacob-Gray/super-goggles/commit/'
+ commit + ')')
while True:
message = raw_input('<< ')
if message == 'die':
room.send_message('Shutting down...')
time.sleep(0.4)
break
elif message == 'pull':
os._exit(3)
else:
room.send_message(message)
os._exit(6)
def __init__( self ):
"""
Do argument setup / description, and execute subcommand
"""
cmdStr = ''
for cmd, desc in sorted( self.commands.items() ):
cmdStr += ' %s%s\n' % ( cmd.ljust( 10, ' ' ), desc )
parser = argparse.ArgumentParser( prog = self.PROG_NAME, description = '', usage = '''%(prog)s <command> [<args>]
The most commonly used %(prog)s commands are:
''' + cmdStr )
parser.add_argument( 'command', help = 'Subcommand to run' )
args = parser.parse_args( sys.argv[ 1:2 ] )
if ( not hasattr( self, args.command ) ) or ( args.command not in self.commands.keys() ):
print( 'Unrecognized command' )
parser.print_help( )
exit( 1 )
# setup our default member vars
self.user = user.user( )
self.processedUrls = { }
self.historian = historian.historian( self )
self.configParser = conf.conf( ).genDefault( )
self.txtFile = False
self.skipHandling = False
self.browsers = { }
self.urllist = [ ]
self.blacklist = [ ]
self.whitelist = [ ]
self.stats = {
'tick': datetime.now( ),
'tock': None,
'visited': 0,
'skipped': 0,
'handled': 0
}
# use CLI command == function name, use it
getattr( self, args.command )( )
def run_example():
#first lets get the auth code from the client
request_token_url = huddleAuthServer + "request?response_type=code" + "&client_id=" + consumer_key + "&redirect_uri=" + redirect_uri
print "Get Your Authorization Code and paste it back into python\n" + request_token_url
code = raw_input('--> ')
auth = oAuth.oAuth(huddleAuthServer, code, consumer_key, redirect_uri)
#store our access token
tokenStore = auth.handleAccessToken()
#now we can make calls to the api
api = huddleApi.huddleApi(huddleApiServer, tokenStore)
getWorkspaces = user.user(api.getUser())
print "You currently have " + str(getWorkspaces.getWorkSpaceSize()) + " workspaces!"
for i in range(getWorkspaces.getWorkSpaceSize()):
print "\nWorkspace : " + str(getWorkspaces.getWorkSpaceTitle(i)) + " has the following links: "
for x in range(getWorkspaces.getWorkSpaceLinks(i)):
print getWorkspaces.getWorkSpaceLinkRel(i, x) + ":" + getWorkspaces.getWorkSpaceLinkHref(i, x)
os.system("pause")
def clientthread(connection, address):
#infinite loop so that function do not terminate and thread do not end.
auser = user.user()
while True:
try:
buf = connection.recv(1024)
data = json.loads(buf)
if data["action"] == "login":
newUser = auser.login(data["username"], data["ip"])
print "[FLOATER LOGIN] ", data["ip"]
connection.send(json.dumps(newUser))
elif data["action"] == "find":
result = auser.findFellow()
print "[FLOATER FIND FELLOW] user:"******"find", result
connection.send(str(result))
elif data["action"] == "logout":
auser.logout()
connection.send(str("{statu: OK}"))
elif data["action"] == "close":
print"[FLOATER CLOSE CONNECTION] ", address
break
else:
auser.logout()
print"[FLOATER CLOSE CONNECTION] ", address
break
except Exception as e:
auser.logout()
print"[FLOATER CLOSE CONNECTION] ", address
print e, traceback.print_exc()
connection.close()
exit()
return
time.sleep(1)
#came out of loop
connection.close()
time.sleep(10)
auser.logout()
print "cleared peer info"
def startUser(self): self.user = user(self.api) self.api.user = self.user
def user(self, username, connection):
if username not in self.users:
self.users[username] = user.user(username, connection)
else:
self.users[username].connection = connection
return self.users[username]
try:
from user import user
except ImportError as exc:
print("Error: failed to import settings module ({})".format(exc))
try:
import db
except ImportError as exc:
print("Error: failed to import settings module ({})".format(exc))
print "Starting generating user based reco : ", time.strftime("%d-%m-%Y %H:%M")
#config
options = {}
options['tag_based'] = 0
options['normalize'] = 0
options['sample_data'] = 0
options['penalize'] = 1
conn = db.connect()
cursor = conn.cursor()
sql = "SELECT erd_handle, cfs_handle FROM user"
result = db.read(sql, cursor)
for u in result:
a = user(erd_handle = u[0][3:], cfs_handle = u[1][3:], options = options)
a.reco_algo(1)
print 'Recommendation generated for ' + u[0][3:]
print "Finished generating problem based reco : ", time.strftime("%d-%m-%Y %H:%M")