def main():
global i, fails
fails = 0
while True:
print "1.Authorization"
print "2.Help"
print "3.Exit"
try:
i = input('Enter number:')
except SyntaxError:
print colored("Please enter valid number", 'red')
while switch(i):
if case(1):
try:
login = str(input("Enter login:"******"Enter password:"******"Reminder : string have format 'string'",
'red')
if fails == 3:
raise SystemExit("Third identification is failed")
break
except UnboundLocalError:
fails += 1
print colored("Reminder : string have format 'string'",
'red')
if fails == 3:
raise SystemExit("Third identification is failed")
break
except NameError:
fails += 1
print colored("Reminder : string have format 'string'",
'red')
if fails == 3:
raise SystemExit("Third identification is failed")
break
context = identification(login, password)
if not context:
fails += 1
print colored("Password or login isn't valid", 'red')
if fails == 3:
raise SystemExit("Third identification is failed")
else:
context.user.authorization(login, password)
if context.type == 'admin':
admin(context)
elif context.type == 'common':
user(context)
else:
raise KeyError
if case(3):
raise SystemExit
if case(2):
print colored("Варіант 6.Зацепін Олексій ФБ-31", 'blue')
print colored(
" Наявність латинських букв, символів кирилиці і цифр.",
'blue')
print colored("Please retype number", 'red')
break
def run(self, ch):
self.show_text("use 'wasd'->move, space->edit, 'c'->change labels, 'v'->save")
self.window.refresh()
for c in switch(ch):
if c(ord('w')):
self.move('up')
if c(ord('s')):
self.move('down')
if c(ord('a')):
self.move('pageup')
if c(ord('d')):
self.move('pagedown')
if c(ord('q')):
return False
if c(ord(':')):
idx = self.stdscr.getstr()
try:
self.goto(int(idx))
except:
pass
if c(ord(' ')):
self.article_viewer.start(self)
self.refresh()
if c(ord('c')):
self.label_set.start(self)
self.refresh()
if c(ord('v')):
self.article_mgr.save_label_sheet()
if c():
return True
self.refresh()
self.input_cursor_clear()
return True
def travel(stretch, origin):
vector = switch(lambda direction, length: direction, {
'U': lambda direction, length: Point((0, length)),
'R': lambda direction, length: Point((length, 0)),
'D': lambda direction, length: Point((0, -length)),
'L': lambda direction, length: Point((-length, 0)),
})
return Point(origin) + vector(**stretch)
def main():
global i, fails
fails = 0
while True:
print "1.Authorization"
print "2.Help"
print "3.Exit"
try:
i = raw_input('Enter number:')
except SyntaxError:
print colored("Please enter valid number", 'red')
while switch(i):
if case(1):
try:
login = str(raw_input("Enter login:"******"Enter password:"******"Reminder : string have format 'string'", 'red')
if fails == 3:
time.sleep(5)
raise SystemExit("Third identification is failed")
context = Context(login)
with open('base.txt', 'w') as handle:
user_list = view_user_list()
for item in user_list:
item = list(item)
temp = "".join(str(item))
#print(temp)
handle.write(context.crypt.encryptStringENC(temp)+"\n")
context = identification(login, password, context)
if not context:
fails += 1
print colored("Password or login isn't valid", 'red')
if fails == 3:
time.sleep(5)
raise SystemExit("Third identification is failed")
else:
context.user.authorization(login, password)
if context.type == 'admin':
admin(context)
elif context.type == 'common':
user(context)
if case(3):
with open('base.txt', 'w') as handle:
user_list = view_user_list()
for item in user_list:
item = list(item)
temp = "".join(str(item))
#print(temp)
handle.write(context.crypt.encryptStringENC(temp)+"\n")
raise SystemExit
if case(2):
print colored("Варіант 6.Зацепін Олексій ФБ-31", 'blue')
print colored(" Наявність латинських букв, символів кирилиці і цифр.", 'blue')
print colored("Please retype number", 'red')
break
def run(self, ch):
for c in switch(ch):
if c(ord('0'), ord('9')):
self.refresh("Input new Label for '"+chr(ch)+"'")
l = self.stdscr.getstr()
self.label[ch-ord('0')] = l
if c(ord('q')):
return False
self.refresh("Press 0~9 for editing corresponding label")
return True
def run(self, ch):
for case in switch(ch):
if case(ord('q')) or case(ord(' ')):
return False
if case(ord('0'), ord('9')):
self.toggle_label(self.article_list_viewer.label_set.get_label(int(chr(ch))))
self.update_article()
if case():
b = self.article_list_viewer.run(ch)
self.update_article()
return True
return True
def dispatchMessage(self, message):
for case in switch(message['type']):
if case(20):
# Check user credentials
authorized = False
if message['username'] == 'test1' and message['password'] == 'pass123':
authorized = True
reply = LoginMessage()
reply['username'] = message['username']
reply['authorization'] = authorized
self._clientSend(self.user.handler, reply)
if not authorized:
# Bye Bye
self.transport.loseConnection()
def run(self):
self.send_cap_request()
self.connection.settimeout(2)
while True:
messages = self.read()
for tmp_msg in messages:
debug.Debug.log(tmp_msg, received=True)
message = TwitchIrcConnection.Event(tmp_msg)
for case in switch(message.type.lower()):
if case('connection'):
if self.on_connection is not None:
self.on_connection(message)
elif case('ping'):
if self.on_ping is not None:
self.on_ping(message)
elif case('privmsg'):
if self.privmsg is not None:
self.on_ping(message)
elif case('join'):
if self.on_join_chan is not None:
self.on_join_chan(message)
elif case('part'):
if self.on_part_chan is not None:
self.on_part_chan(message)
elif case('mode'):
if message.op[0] == '+':
if self.on_usr_mod is not None:
self.on_usr_mod(message)
if message.op[0] == '-':
if self.on_usr_demod is not None:
self.on_usr_demod(message)
else:
print('UNHANDLED EVENT:' + message.type)
def user(context):
global i
while True:
print "User session, other functions are permitted"
print "1.Change password"
print "2.Exit"
try:
i = input('Enter number:')
except SyntaxError:
print "Please retype number"
while switch(i):
if case(1):
context.user.change_own_password()
break
if case(2):
raise SystemExit
print "Please retype number"
break
def dispatchMessage(self, message):
for case in switch(message['type']):
if case(20):
# Check user credentials
authorized = False
if message['username'] == 'test1' and message[
'password'] == 'pass123':
authorized = True
reply = LoginMessage()
reply['username'] = message['username']
reply['authorization'] = authorized
self._clientSend(self.user.handler, reply)
if not authorized:
# Bye Bye
self.transport.loseConnection()
def user(context):
global i
while True:
print "User session, other functions are permitted"
print "1.Change password"
print "2.Exit"
try:
i = raw_input('Enter number:')
except SyntaxError:
print "Please retype number"
while switch(i):
if case(1):
context.user.change_own_password()
break
if case(2):
raise SystemExit
print "Please retype number"
break
def run(self):
self.send_cap_request()
self.connection.settimeout(2)
while True:
messages = self.read()
for tmp_msg in messages:
debug.Debug.log(tmp_msg, received=True)
message = TwitchIrcConnection.Event(tmp_msg)
for case in switch(message.type.lower()):
if case('connection'):
if self.on_connection is not None:
self.on_connection(message)
elif case('ping'):
if self.on_ping is not None:
self.on_ping(message)
elif case('privmsg'):
if self.privmsg is not None:
self.on_ping(message)
elif case('join'):
if self.on_join_chan is not None:
self.on_join_chan(message)
elif case('part'):
if self.on_part_chan is not None:
self.on_part_chan(message)
elif case('mode'):
if message.op[0] == '+':
if self.on_usr_mod is not None:
self.on_usr_mod(message)
if message.op[0] == '-':
if self.on_usr_demod is not None:
self.on_usr_demod(message)
else:
print('UNHANDLED EVENT:' + message.type)
def decodeMessage(data):
log.msg(repr(data))
message = json.loads(data.strip())
log.msg(message)
received = None
for case in switch(message['type']):
if case(1):
log.msg('Ping')
received = Ping()
break
if case(2):
log.msg('Pong')
received = Pong()
break
if case(20):
log.msg('Login')
received = LoginMessage()
break
received.decode(data)
return received
def decodeMessage(data):
log.msg(repr(data))
message = json.loads(data.strip())
log.msg(message)
received = None
for case in switch(message['type']):
if case(1):
log.msg('Ping')
received = Ping()
break
if case(2):
log.msg('Pong')
received = Pong()
break
if case(20):
log.msg('Login')
received = LoginMessage()
break
received.decode(data)
return received
def set_handler(self, handler, function):
for case in switch(handler.lower()):
if case('PRIVMSG'):
self.on_chan_msg = function
elif case('JOIN'):
self.on_join_chan = function
elif case('LEAVE'):
self.on_part_chan = function
elif case('USRJOIN'):
self.on_usr_join_chan = function
elif case('USRPART'):
self.on_usr_part_chan = function
elif case('USRMOD'):
self.on_usr_mod = function
elif case('USRDEMOD'):
self.on_usr_demod = function
def set_handler(self, handler, function):
for case in switch(handler.lower()):
if case('PRIVMSG'):
self.on_chan_msg = function
elif case('JOIN'):
self.on_join_chan = function
elif case('LEAVE'):
self.on_part_chan = function
elif case('USRJOIN'):
self.on_usr_join_chan = function
elif case('USRPART'):
self.on_usr_part_chan = function
elif case('USRMOD'):
self.on_usr_mod = function
elif case('USRDEMOD'):
self.on_usr_demod = function
def read_record(file_, num_evo_entries):
""" Read a Mathematica protein record from file and convert into dict. """
dict_ = {}
while True:
next_line = file_.readline()
for case in switch(next_line):
if case('[ID]' + '\n'):
id_ = file_.readline()[:-1]
dict_.update({'id': id_})
elif case('[PRIMARY]' + '\n'):
primary = letter_to_num(file_.readline()[:-1], _aa_dict)
dict_.update({'primary': primary})
elif case('[EVOLUTIONARY]' + '\n'):
evolutionary = []
for residue in range(num_evo_entries):
evolutionary.append(
[float(step) for step in file_.readline().split()])
dict_.update({'evolutionary': evolutionary})
elif case('[SECONDARY]' + '\n'):
secondary = letter_to_num(file_.readline()[:-1], _dssp_dict)
dict_.update({'secondary': secondary})
elif case('[TERTIARY]' + '\n'):
tertiary = []
for axis in range(NUM_DIMENSIONS):
tertiary.append(
[float(coord) for coord in file_.readline().split()])
dict_.update({'tertiary': tertiary})
elif case('[MASK]' + '\n'):
mask = letter_to_num(file_.readline()[:-1], _mask_dict)
dict_.update({'mask': mask})
elif case('\n'):
return dict_
elif case(''):
return None
def forward(self, scores, target, mask):
"""
args:
scores (seq_len, bat_size, target_size_from, target_size_to) : crf scores
target (seq_len, bat_size, 1) : golden state
mask (size seq_len, bat_size) : mask for padding
return:
loss
"""
# print(scores)
# print(target)
# print(mask)
# calculate batch size and seq len
seq_len = scores.size(0)
bat_size = scores.size(1)
# calculate sentence score
tg_energy = torch.gather(scores.view(seq_len, bat_size, -1), 2,
target).view(seq_len,
bat_size) # seq_len * bat_size
tg_energy = tg_energy.masked_select(mask).sum()
# calculate forward partition score
# build iter
seq_iter = enumerate(scores)
# the first score should start with <start>
_, inivalues = seq_iter.__next__(
) # bat_size * from_target_size * to_target_size
# only need start from start_tag
partition = inivalues[:,
self.start_tag, :] # bat_size * to_target_size
# iter over last scores
for idx, cur_values in seq_iter:
# previous to_target is current from_target
# partition: previous results log(exp(from_target)), #(batch_size * from_target)
# cur_values: bat_size * from_target * to_target
cur_values = cur_values + partition.contiguous().view(
bat_size, self.tagset_size, 1).expand(
bat_size, self.tagset_size, self.tagset_size)
cur_partition = utils.log_sum_exp(cur_values, self.tagset_size)
# (bat_size * from_target * to_target) -> (bat_size * to_target)
partition = utils.switch(
partition, cur_partition,
mask[idx].view(bat_size,
1).expand(bat_size,
self.tagset_size)).view(bat_size, -1)
# partition = utils.switch(partition, cur_partition,
# mask[idx].contiguous().view(bat_size, 1).expand(bat_size, self.tagset_size)).contiguous().view(bat_size, -1)
# the following two may achieve higher speed, but raise run-time error
# new_partition = partition.clone()
# new_partition.masked_scatter_(mask[idx].view(-1, 1).expand(bat_size, self.tagset_size), cur_partition) #0 for partition, 1 for cur_partition
# partition = new_partition
#only need end at end_tag
partition = partition[:, self.end_tag].sum()
# average = mask.sum()
# average_batch
if self.average_batch:
loss = (partition - tg_energy) / bat_size
else:
loss = (partition - tg_energy)
return loss
def certificate_chains():
while True:
choice = utils.menu()
utils.switch(choice)
def admin(context):
global i
while True:
print colored("Admin session", 'yellow')
print "1.Change own password"
print "2.Print users list"
print "3.Create new user with blank password"
print "4.Block user"
print "5.Unblock user"
print "6.Write user list"
print "7.Exit"
try:
i = raw_input('Enter number:')
except SyntaxError:
print "Please retype number"
while switch(i):
if case(1):
context.user.change_own_password()
break
if case(2):
user_list = view_user_list()
#print colored('id login', 'blue')
#for id, login in user_list:
# print colored(str(id) + ' ' + login, 'green')
break
if case(3):
try:
new_user_login = raw_input("Enter new users login:"******"Reminder : string have format 'string'", 'red')
break
new_user = User(new_user_login, ' ')
new_user.create()
print "Successful creation %s" % new_user
break
if case(4):
try:
id = raw_input("Enter user_id:")
except:
print colored("Reminder : string have format 'string'", 'red')
break
context.user.user_blocker(id, 'block')
break
if case(5):
try:
id = raw_input("Enter user_id:")
except:
print colored("Reminder : string have format 'string'", 'red')
break
context.user.user_blocker(id, 'unblock')
break
if case(6):
with open('logs.csv', 'wb') as csvfile:
writer = csv.writer(csvfile)
user_list = view_user_list()
crypto_list = list()
for item in user_list:
item = list(item)
temp = "".join(str(item))
crypto_list.append(context.crypt.encryptStringENC(temp))
writer.writerows(crypto_list)
break
if case(7):
with open('base.txt', 'w') as handle:
user_list = view_user_list()
for item in user_list:
item = list(item)
temp = "".join(str(item))
#print(temp)
handle.write(context.crypt.encryptStringENC(temp)+"\n")
raise SystemExit
print "Please retype number"
break
def __init__(self, raw_text):
text = str(raw_text)
self.raw_msg = text
self.tag_data = None
self.type = None
self.chan = None
self.usr = None
self.msg = None
self.cmd = None
self.args = None
self.op = None
#if it's a ping then
if 'PING' == text[0:4]:
self.type = 'ping'
return
tag_data = {}
message_data = None
if (text.find(';') is not -1) and text.find(';') < text.find(':'):
tmp_data, message_data = text.split(':', 1)
tmp_data = tmp_data.split(';')
for tmp in tmp_data:
str_split = tmp.split('=')
tag_data[str_split[0]] = str_split[1]
else:
message_data = text.split(':', 1)
message_data.pop(0)
message_data = message_data[0]
if tag_data != {}:
self.tag_data = tag_data
meta_data = None
message = None
if message_data.find(':') is -1:
meta_data = message_data.split(' ')
else:
tmp_data = message_data.split(':', 1)
meta_data = tmp_data[0].split(' ')
message = tmp_data[1]
self.type = meta_data[1].lower()
for case in switch(self.type.lower()):
if case('join'):
self.usr = meta_data[0].split('!')[0]
self.chan = meta_data[2].replace('#', '')
elif case('part'):
self.usr = meta_data[0].split('!')[0]
self.chan = meta_data[2].replace('#', '')
elif case('privmsg'):
self.usr = meta_data[0].split('!')[0]
self.chan = meta_data[2].replace('#', '')
self.msg = message
elif case('userstate'):
pass
elif case('roomstate'):
pass
elif case('cap'):
pass
elif case('mode'):
self.chan = meta_data[2].replace('#', '')
self.op = meta_data[3]
self.usr = meta_data[4]
pass
elif case('notice'):
self.chan = meta_data[2].replace('#', '')
pass
elif case('376'):
self.type = 'connection'
elif case('421'):
self.type = 'invalid'
pass
def _forward_alg(self, feats, target, mask, lengths):
seq_length = feats.size(0)
batch_size = feats.size(1)
# return 0.001*torch.mm(self.transitions, Variable(torch.randn(self.tagset_size, self.tagset_size)).cuda(0)).sum()
# scores: (seq_len, batch, to_tagsize, from_tagsize) 下一个step加上的score
scores = self.compute_scores(feats, lengths)
start_tag = Variable(torch.LongTensor(1, batch_size).fill_(self.tag_to_ix[START_TAG]))
end_tag = Variable(torch.LongTensor(1, batch_size).fill_(self.tag_to_ix[STOP_TAG]))
if self.config['USE_CUDA']:
start_tag = start_tag.cuda(feats.get_device())
end_tag = end_tag.cuda(feats.get_device())
from_tag = torch.cat([start_tag, target], 0)
# to_tag: (seq_len+1, batch)
to_tag = torch.cat([target, end_tag], 0)
# scores_add_an_end: (seq_len+1, batch, to_tagsize, from_tagsize)
scores_add_an_end = torch.cat([scores, self.transitions.view(1, 1, self.target_size, self.target_size)
.expand(1, batch_size, self.target_size, self.target_size)], 0)
# from_tag: (seq_len+1, batch, to_tagsize, 1)
from_tag = from_tag.view(seq_length+1, batch_size, 1, 1)\
.expand(seq_length + 1, batch_size, self.target_size, 1)
# from_score: (seq_len+1, batch, to_tagsize)
from_score = torch.gather(scores_add_an_end, -1, from_tag).squeeze(-1)
# to_tag: (seq_len+1, batch, 1)
to_tag = to_tag.unsqueeze(-1)
# sen_scores: (seq_len+1, batch)
sen_scores = torch.gather(from_score, -1, to_tag).squeeze(-1)
# mask_add_an_end: (seq_len+1, bat_size)
one_mask = Variable(torch.ByteTensor(1, batch_size).fill_(1))
if self.config['USE_CUDA']:
one_mask = one_mask.cuda(feats.get_device())
mask_add_an_end = torch.cat([one_mask, mask], 0)
masked_sen_scores = sen_scores.masked_select(mask_add_an_end).sum()
# Do the forward algorithm to compute the partition function
init_alphas = torch.Tensor(1, self.target_size).fill_(VERY_NEG_NUMBER)
# START_TAG has all of the score.
init_alphas[0][self.tag_to_ix[START_TAG]] = 0.
# Wrap in a variable so that we will get automatic backprop
forward_var = Variable(init_alphas)
if self.config['USE_CUDA']:
forward_var = forward_var.cuda(feats.get_device())
forward_var = forward_var.expand(batch_size, self.target_size) # (batch, from_target)
for idx in range(scores.size(0)):
cur_values = scores[idx]
# brod_forward_var: (batch, to_target, from_target)
brod_forward_var = forward_var.unsqueeze(1).expand(batch_size, self.target_size, self.target_size)
next_step_var = brod_forward_var + cur_values # (batch_size, to_target, from_target)
next_step_var = log_sum_exp(next_step_var) # (batch, to_target)
# (batch, to_target) 下一个循环变成from_target
forward_var = utils.switch(forward_var.contiguous(), next_step_var.contiguous(),
mask[idx].view(batch_size, 1).expand(batch_size, self.target_size)).view(batch_size, -1)
# (B, from_target)
terminal_var = forward_var + self.transitions[self.tag_to_ix[STOP_TAG]].unsqueeze(0).expand_as(forward_var)
# terminal_var = util.switch(forward_var.contiguous(), terminal_var.contiguous(),
# mask[idx].view(batch_size, 1).expand(batch_size, self.tagset_size)).view(batch_size,
# -1)
alpha = log_sum_exp(terminal_var) # (B, )
all = alpha.sum()
loss = (all - masked_sen_scores) / batch_size
return loss
def admin(context):
global i
while True:
print colored("Admin session", 'yellow')
print "1.Change own password"
print "2.Print users list"
print "3.Create new user with blank password"
print "4.Block user"
print "5.Unblock user"
print "6.Write user list in csv"
print "7.Exit"
try:
i = input('Enter number:')
except SyntaxError:
print "Please retype number"
while switch(i):
if case(1):
context.user.change_own_password()
break
if case(2):
view_user_list()
break
if case(3):
try:
new_user_login = input("Enter new users login:"******"Reminder : string have format 'string'",
'red')
break
except UnboundLocalError:
print colored("Reminder : string have format 'string'",
'red')
break
except NameError:
print colored("Reminder : string have format 'string'",
'red')
break
new_user = User(new_user_login, ' ')
new_user.create()
print "Successful creation %s" % new_user
break
if case(4):
try:
id = input("Enter user_id:")
except SyntaxError:
print colored("Reminder : string have format 'string'",
'red')
break
except UnboundLocalError:
print colored("Reminder : string have format 'string'",
'red')
break
except NameError:
print colored("Reminder : string have format 'string'",
'red')
break
context.user.user_blocker(id, 'block')
break
if case(5):
try:
id = input("Enter user_id:")
except SyntaxError:
print colored("Reminder : string have format 'string'",
'red')
break
except UnboundLocalError:
print colored("Reminder : string have format 'string'",
'red')
break
except NameError:
print colored("Reminder : string have format 'string'",
'red')
break
context.user.user_blocker(id, 'unblock')
break
if case(6):
with open('logs.csv', 'wb') as csvfile:
writer = csv.writer(csvfile,
dialect='excel',
quotechar='"',
quoting=csv.QUOTE_ALL)
user_list = view_user_list()
writer.writerows(user_list)
break
if case(7):
raise SystemExit
print "Please retype number"
break
def getType(data):
for case in switch(data):
if case(Debug.INFO):
return 'INFO'
elif case(Debug.ERROR):
return 'ERROR'
trainx = np.array(trainx)
trainy = np.array(trainy)
trainx = trainx.reshape(-1, lstmnum, 100, 128, 3)
trainx = trainx.astype('float32')
testx = np.array(testx)
testx = testx.reshape(-1, lstmnum, 100, 128, 3)
testx = testx.astype('float32')
testy = np.array(testy)
#pdb.set_trace()
print(len(trainx))
print(len(testx))
print(podata, negdata)
modelname = sys.argv[3]
pdb.set_trace()
for case in switch(modelname):
if case('m0'):
model = createmodel.create_m0()
break
if case('m1'):
model = createmodel.create_m1()
break
if case('m2'):
model = createmodel.create_m2()
break
if case('m3'):
model = createmodel.create_m3()
break
if case('m4'):
model = createmodel.create_m4()
break
def __init__(self, raw_text):
text = str(raw_text)
self.raw_msg = text
self.tag_data = None
self.type = None
self.chan = None
self.usr = None
self.msg = None
self.cmd = None
self.args = None
self.op = None
#if it's a ping then
if 'PING' == text[0:4]:
self.type = 'ping'
return
tag_data = {}
message_data = None
if (text.find(';') is not -1) and text.find(';') < text.find(':'):
tmp_data, message_data = text.split(':', 1)
tmp_data = tmp_data.split(';')
for tmp in tmp_data:
str_split = tmp.split('=')
tag_data[str_split[0]] = str_split[1]
else:
message_data = text.split(':', 1)
message_data.pop(0)
message_data = message_data[0]
if tag_data != {}:
self.tag_data = tag_data
meta_data = None
message = None
if message_data.find(':') is -1:
meta_data = message_data.split(' ')
else:
tmp_data = message_data.split(':', 1)
meta_data = tmp_data[0].split(' ')
message = tmp_data[1]
self.type = meta_data[1].lower()
for case in switch(self.type.lower()):
if case('join'):
self.usr = meta_data[0].split('!')[0]
self.chan = meta_data[2].replace('#', '')
elif case('part'):
self.usr = meta_data[0].split('!')[0]
self.chan = meta_data[2].replace('#', '')
elif case('privmsg'):
self.usr = meta_data[0].split('!')[0]
self.chan = meta_data[2].replace('#', '')
self.msg = message
elif case('userstate'):
pass
elif case('roomstate'):
pass
elif case('cap'):
pass
elif case('mode'):
self.chan = meta_data[2].replace('#', '')
self.op = meta_data[3]
self.usr = meta_data[4]
pass
elif case('notice'):
self.chan = meta_data[2].replace('#', '')
pass
elif case('376'):
self.type = 'connection'
elif case('421'):
self.type = 'invalid'
pass
def admin(context):
global i
while True:
print colored("Admin session", 'yellow')
print "1.Change own password"
print "2.Print users list"
print "3.Create new user with blank password"
print "4.Block user"
print "5.Unblock user"
print "6.Write user list"
print "7.Exit"
try:
i = raw_input('Enter number:')
except SyntaxError:
print "Please retype number"
while switch(i):
if case(1):
context.user.change_own_password()
break
if case(2):
user_list = view_user_list()
#print colored('id login', 'blue')
#for id, login in user_list:
# print colored(str(id) + ' ' + login, 'green')
break
if case(3):
try:
new_user_login = raw_input("Enter new users login:"******"Reminder : string have format 'string'",
'red')
break
new_user = User(new_user_login, ' ')
new_user.create()
print "Successful creation %s" % new_user
break
if case(4):
try:
id = raw_input("Enter user_id:")
except:
print colored("Reminder : string have format 'string'",
'red')
break
context.user.user_blocker(id, 'block')
break
if case(5):
try:
id = raw_input("Enter user_id:")
except:
print colored("Reminder : string have format 'string'",
'red')
break
context.user.user_blocker(id, 'unblock')
break
if case(6):
with open('logs.csv', 'wb') as csvfile:
writer = csv.writer(csvfile)
user_list = view_user_list()
crypto_list = list()
for item in user_list:
item = list(item)
temp = "".join(str(item))
crypto_list.append(
context.crypt.encryptStringENC(temp))
writer.writerows(crypto_list)
break
if case(7):
with open('base.txt', 'w') as handle:
user_list = view_user_list()
for item in user_list:
item = list(item)
temp = "".join(str(item))
#print(temp)
handle.write(
context.crypt.encryptStringENC(temp) + "\n")
raise SystemExit
print "Please retype number"
break
def getType(data):
for case in switch(data):
if case(Debug.INFO):
return 'INFO'
elif case(Debug.ERROR):
return 'ERROR'
def main():
global i, fails
fails = 0
while True:
print "1.Authorization"
print "2.Help"
print "3.Exit"
try:
i = raw_input('Enter number:')
except SyntaxError:
print colored("Please enter valid number", 'red')
while switch(i):
if case(1):
try:
login = str(raw_input("Enter login:"******"Enter password:"******"Reminder : string have format 'string'",
'red')
if fails == 3:
time.sleep(5)
raise SystemExit("Third identification is failed")
context = Context(login)
with open('base.txt', 'w') as handle:
user_list = view_user_list()
for item in user_list:
item = list(item)
temp = "".join(str(item))
#print(temp)
handle.write(
context.crypt.encryptStringENC(temp) + "\n")
context = identification(login, password, context)
if not context:
fails += 1
print colored("Password or login isn't valid", 'red')
if fails == 3:
time.sleep(5)
raise SystemExit("Third identification is failed")
else:
context.user.authorization(login, password)
if context.type == 'admin':
admin(context)
elif context.type == 'common':
user(context)
if case(3):
with open('base.txt', 'w') as handle:
user_list = view_user_list()
for item in user_list:
item = list(item)
temp = "".join(str(item))
#print(temp)
handle.write(
context.crypt.encryptStringENC(temp) + "\n")
raise SystemExit
if case(2):
print colored("Варіант 6.Зацепін Олексій ФБ-31", 'blue')
print colored(
" Наявність латинських букв, символів кирилиці і цифр.",
'blue')
print colored("Please retype number", 'red')
break
