def get_vali_code(phone):
print_time()
print "in get_vali_code"
url = "https://hongbao.xiaojukeji.com/hongbao/send/code?phone=" + phone
res = get_html_by_requests(url)
if res.find("10000") != -1:
return "已发送"
elif res.find("30003") != -1: # 1分钟只能接受一次验证码
return "请稍后刷新重试"
else: # 每天最多发5条短信
return "今日次数达上限"
def login():
print_time()
print "\nroot: login\n"
form = LoginForm()
if form.validate_on_submit():
user_name = form.username.data
pass_word = form.password.data
print "账号密码：", user_name, pass_word
user = User(user_name)
if user.verify_password(pass_word):
login_user(user)
return redirect(
request.args.get('next') or url_for('myblueprint.add'))
return render_template('login.html', form=form)
def get():
print_time()
print "\nroot: get\n"
s = request.args.get("id", "0")
level, status = get_level_status_by_id(s)
uid = get_uid_by_id(s)
print "\n此id的level和status：", level, status, "\n"
if level in legal_level:
if status == 1:
return render_template('get.html', id=s, level=level, uid=uid)
else:
phone, amount = get_phone_amount_by_id(s)
return render_template('received.html', phone=phone, amount=amount)
else:
return u"非法链接"
def addlink():
print_time()
print "\nroot: addlink\n"
link = request.args.get("link", "")
level = int(request.args.get("level", "0"))
uid = current_user.get_id()
if level not in legal_level:
return "红包档次输入错误"
if check_link_exist(link):
return "重复入库"
res = insert_link_to_db(link, level, uid)
if res:
return "入库成功"
else:
return "入库失败"
def createlink():
print_time()
print "\nroot: createlink\n"
level = int(request.args.get("level", "0"))
uid = current_user.get_id()
if level not in legal_level:
return "红包档次输入错误"
res = insert_id_to_db(level, uid)
if res and len(res) > 0:
head = "http://toolazy.site/vali?id=" if level in vali_level else "http://toolazy.site/get?id="
links = ""
for s in res:
links += str(level) + " : " + (head + s + '\n')
return links
else:
return "链接生成错误"
def get(target_mid):
feed = Feed(target_mid, last_score=None)
while True:
feed_list, request_time, decode_time = feed.get_next_feed_list()
if not feed_list:
break
save_time_start = time.time()
success, failed = db.save_thread(feed_list, target_mid)
save_time = time.time() - save_time_start
last_time = tools.print_time(feed_list[-1])
print(
'最后一条的时间: %s, 版块: %s, 成功: %s, 失败: %s, 请求耗时 %.3f 秒, 解析耗时 %.3f 秒, 保存耗时 %.3f 秒'
% (last_time, config.mid_name_map[target_mid], success, failed,
request_time, decode_time, save_time / len(feed_list)))
print('版块: %s 已完成' % config.mid_name_map[target_mid])
cost, grad_norm = update_grads(x, xmask, y, ymask, MRTLoss)
elif config['semi_learning']:
cost, grad_norm = update_grads(x, xmask, y, ymask, y, ymask, x, xmask, valid)
elif config['PR']:
cost, grad_norm = update_grads(x, xmask, y, ymask, features, ans)
else:
cost, grad_norm = update_grads(x, xmask, y, ymask)
# NaN processing
if numpy.isinf(cost.mean()) or numpy.isnan(cost.mean()):
logging.warning('There is an NaN!')
update_params()
ed = time.time()
data.time += ed - st
data.updatetime += ed - upst
data.train_cost.append(cost.mean())
logging.debug('iteration %d: cost = %.4f, grad_norm = %.3e,' % (data.num_iter, cost.mean(), grad_norm)+
' iter_time = %.3f, total_time: %s' % (ed - st, tools.print_time(data.time)))
except KeyboardInterrupt:
logging.info('\nStop training by keyboard interruption.')
break
# save checkpoint
s = signal.signal(signal.SIGINT, signal.SIG_IGN)
logging.info('Saving model and status\n')
model.save(config['checkpoint_model'], data = data, mapping = mapping)
data.save_status(config['checkpoint_status'])
logging.info('The training is completed.\n')
signal.signal(signal.SIGINT, s)
cost, grad_norm = update_grads(x, xmask, y, ymask, y, ymask, x,
xmask, valid)
else:
#print y_parent_t
cost, grad_norm = update_grads(x, xmask, y_rule_idx,
y_parent_t, ymask)
# NaN process
if numpy.isinf(cost.mean()) or numpy.isnan(cost.mean()):
logging.warning('nan while training')
update_params()
ed = time.time()
data.time += ed - st
data.updatetime += ed - upst
data.train_cost.append(cost.mean())
logging.debug('iter: %d; cost: %.4f; grad_norm: %.3e;' %
(data.num_iter, cost.mean(), grad_norm) +
'iter time: %.3f sec; total time: %s' %
(ed - st, tools.print_time(data.time)))
except KeyboardInterrupt:
logging.info('stop training on keyboard interrupt')
break
#save checkpoint
s = signal.signal(signal.SIGINT, signal.SIG_IGN)
logging.info('saving model and status...')
model.save(config['checkpoint_model'], data=data, mapping=mapping)
data.save_status(config['checkpoint_status'])
logging.info('Done')
signal.signal(signal.SIGINT, s)
def create():
print_time()
print "\nroot: create\n"
form = LogoutForm()
return render_template('create.html', form=form)
def logout():
print_time()
print "\nroot: logout\n"
logout_user()
return redirect(url_for('myblueprint.login'))
def add():
print_time()
print "\nroot: add\n"
form = LogoutForm()
return render_template('add.html', form=form)
def getvalicode():
print_time()
print "\nroot: getvalicode\n"
phone = request.args.get("phone")
res = get_vali_code(phone)
return res