def send_confirmation_mail(self):
recipient = UsersModel.find_by_id(self.user_id).email
quantity = str(self.quantity)
isbn = str(self.isbn)
subject = 'Order confirmation'
message = 'Has comprat ' + quantity + ' llibre/s amb isbn ' + isbn
send_email(recipient, subject, message)
def send_email(self,
send_to,
subject,
body,
from_addr=None,
cc=None,
attachments=None):
try:
mail.send_email(send_to,
subject,
body,
from_addr,
cc=cc,
attachments=attachments,
timeout=conf.email_server.timeout)
except Exception as e:
if self.request.retries >= self.max_retries - 1:
exception_to_sentry()
else:
logbook.warning(
"Exception during sending email to {} with subject {}: {} from: {}",
send_to,
subject,
e,
from_addr,
exc_info=True)
send_email.retry(exc=e)
def post(self, request):
"""
提交请求重置密码
---
request_serializer: ApplyResetPasswordSerializer
"""
serializer = ApplyResetPasswordSerializer(data=request.data)
if serializer.is_valid():
data = serializer.data
captcha = Captcha(request)
if not captcha.check(data["captcha"]):
return error_response(u"验证码错误")
try:
user = User.objects.get(email=data["email"])
except User.DoesNotExist:
return error_response(u"用户不存在")
if user.reset_password_token_create_time and (now() - user.reset_password_token_create_time).total_seconds() < 20 * 60:
return error_response(u"20分钟内只能找回一次密码")
user.reset_password_token = rand_str()
user.reset_password_token_create_time = now()
user.save()
email_template = codecs.open(settings.TEMPLATES[0]["DIRS"][0] + "utils/reset_password_email.html", "r", "utf-8").read()
email_template = email_template.replace("{{ username }}", user.username).\
replace("{{ website_name }}", settings.WEBSITE_INFO["website_name"]).\
replace("{{ link }}", request.scheme + "://" + request.META['HTTP_HOST'] + "/reset_password/t/" + user.reset_password_token)
send_email(settings.WEBSITE_INFO["website_name"],
user.email,
user.username,
settings.WEBSITE_INFO["website_name"] + u" 登录信息找回邮件",
email_template)
return success_response(u"邮件发送成功,请前往您的邮箱查收")
else:
return serializer_invalid_response(serializer)
def do_user(user_name):
user = models.User(user_name)
with user.lock:
user.sync_from_db()
try:
if not (user.enabled and drivers[user.target].check_settings(
user.target_settings)):
return # Drivers should always return True or throw Exception. This means user disabled somewhere, we skip the user.
except SyncException as e:
if e.disable_user:
user.enabled = False
user.update()
if e.logout_user:
user.last_target = user.target
user.target = None
user.update()
if e.send_email:
mail.send_error_to_user(user.email, e.message,
traceback.format_exc(), locals())
else:
mail.send_error_to_admin(traceback.format_exc(), locals())
return
except Exception as e:
mail.send_error_to_admin(traceback.format_exc(), locals()) # TODO
return
try:
if not api.ivle.validate_token(user):
mail.send_email(
user.email, 'IVLE Login Expired.',
"Your IVLE login has expired. Please refresh by accessing our page and re-enable syncing."
)
with user.lock:
user.sync_from_db()
user.enabled = False
user.update()
return
except Exception as e:
mail.send_error_to_admin(traceback.format_exc(), locals()) # TODO
return
try:
file_list = api.ivle.read_all_file_list(user)
except ConnectionError as e:
return
except Exception as e:
mail.send_error_to_admin(traceback.format_exc(), locals())
return # TODO: Should be Json Parsing Exception & Network Exception - We skip the user and inform the admin
for file in file_list:
if file['ID'] not in user.synced_files and not file_queue.fetch_job(
'%s:%s' % (user_name, file['ID'])):
file_queue.enqueue_call(func=do_file,
args=(user_name, file['ID'], file['path'],
file['size']),
job_id='%s:%s' % (user_name, file['ID']),
timeout=-1)
def run_test(self):
'''总程序执行'''
p = subprocess.Popen('pytest -s -v {} --alluredir {}'.format(
CASE_DIT, self.report_original_name))
p.wait()
cmd_new = 'allure generate {} -o {}'.format(self.report_original_name,
self.report_final_name)
os.system(cmd_new)
zip_files(self.zip_file, self.email_zip_file)
send_email().email_init(self.email_zip_file, self.zip_name)
def __init__(self):
self.sleep_time = settings.TIME
# self.sleep_time = 20
self.d_db = None # 一次申报从数据库获取数据的子进程
self.d_ftp = None # 一次申报从ftp获取文件的子进程
self.n_db = None # 核注清单从数据库获取数据的子进程
self.n_ftp = None # 核注清单从ftp获取文件的子进程
self.p_db = None # 核放单从数据库获取数据的子进程
self.p_ftp = None # 核放单从ftp获取文件的子进程
self.run_d_db() # 启动时先执行一次程序（一次申报）
self.run_d_ftp() # 启动时先执行一次程序（一次申报）
self.run_n_db() # 启动时先执行一次程序（核注清单）
# self.run_n_ftp() # 启动时先执行一次程序（核注清单）
self.run_p_db() # 启动时先执行一次程序（核放单）
self.run_p_ftp() # 启动时先执行一次程序（核放单）
while 1:
try:
while 1:
time.sleep(self.sleep_time) # 休息10分钟，判断程序状态
self.monitor_process(self.d_db, self.run_d_db, '一次申报db')
self.monitor_process(self.d_ftp, self.run_d_ftp, '一次申报ftp')
self.monitor_process(self.n_db, self.run_n_db, '核注清单db')
# self.monitor_process(self.n_ftp, self.run_n_ftp, '核注清单ftp')
self.monitor_process(self.p_db, self.run_p_db, '核放单db')
self.monitor_process(self.p_ftp, self.run_p_ftp, '核放单ftp')
# if self.d_db.is_alive():
# logger.info("%s,运行正常" % self.d_db.name)
# # print("现在运行的是:%s,运行正常" % self.p.name)
# else:
# logger.error("未检测到db进程运行状态，准备启动程序")
# # print("未检测到程序运行状态，准备启动程序")
# self.run_d_db()
#
# if self.d_ftp.is_alive():
# logger.info("%s,运行正常" % self.d_ftp.name)
# # print("现在运行的是:%s,运行正常" % self.p.name)
# else:
# logger.error("未检测到ftp进程运行状态，准备启动程序")
# # print("未检测到程序运行状态，准备启动程序")
# self.run_d_ftp()
except Exception as e:
logger.exception(e)
logger.error("程序异常,重启")
mail.send_email(text=str(traceback.format_exc()), subject="ftp或db进程异常终止,请火速前往处理")
logger.warn("ftp或db进程异常终止,以邮件通知")
time.sleep(settings.EXCEPTION_WAIT_TIME)
self.reload_process(self.d_db, self.run_d_db(), '一次申报db')
self.reload_process(self.d_ftp, self.run_d_ftp(), '一次申报ftp')
self.reload_process(self.n_db, self.run_n_db(), '核注清单db')
# self.reload_process(self.n_ftp, self.run_n_ftp(), '一次申报ftp')
self.reload_process(self.p_db, self.run_p_db(), '核注清单db')
self.reload_process(self.p_ftp, self.run_p_ftp(), '一次申报ftp')
def send_email(self, send_to, subject, body, from_addr=None, cc=None, attachments=None):
try:
mail.send_email(send_to, subject, body, from_addr, cc=cc,
attachments=attachments, timeout=conf.email_server.timeout)
except Exception as e:
if self.request.retries >= self.max_retries - 1:
exception_to_sentry()
else:
logbook.warning("Exception during sending email to {} with subject {}: {} from: {}",
send_to, subject, e, from_addr, exc_info=True)
send_email.retry(exc=e)
def do_file(user_name, file_id, file_path, file_size):
user = models.User(user_name)
url = api.ivle.get_file_url(user, file_id)
if file_id in user.synced_files:
return
try:
if not (user.enabled and drivers[user.target].check_settings(user.target_settings)):
return
if file_size > GLOBAL_MAX_FILE_SIZE or file_size > drivers[user.target].MAX_FILE_SIZE:
raise SyncException(
'File %s is too big to be automatically transferred. Please manually download it <a href="%s">here</a>. Sorry for the inconvenience!' % (
file_path, url), retry=False, send_email=True, disable_user=False, logout_user=False)
if not api.ivle.validate_token(user):
mail.send_email(user.email, 'IVLE Login Expired.', "Your IVLE login has expired. Please refresh by accessing our page and re-enable syncing.")
with user.lock:
user.sync_from_db()
user.enabled = False
user.update()
return
if drivers[user.target].transport_file(user, url, file_path):
with user.lock:
user.sync_from_db()
user.synced_files.append(file_id)
user.update()
else:
raise SyncException("transport_file returned False", retry=True, send_email=False, disable_user=False, logout_user=False)
except SyncException as e:
if not e.retry:
with user.lock:
user.sync_from_db()
user.synced_files.append(file_id)
user.update()
if e.send_email:
mail.send_error_to_user(user.email, e.message, traceback.format_exc(), locals())
else:
mail.send_error_to_admin(traceback.format_exc(), locals())
if e.disable_user:
with user.lock:
user.sync_from_db()
user.enabled = False
user.update()
if e.logout_user:
with user.lock:
user.sync_from_db()
user.last_target = user.target
user.target = None
user.update()
return
except api.ivle.IVLEUnknownErrorException as e:
mail.send_error_to_admin(traceback.format_exc(), locals())
return # TODO: Walao eh IVLE bug again, skip it and inform the admin
except Exception as e:
mail.send_error_to_admin(traceback.format_exc(), locals())
return
def thread_get_remote_file(self):
"""从ftp获取文件的线程"""
while 1:
try:
logger.info('ftp download start')
self.task_start()
logger.info('ftp download end')
time.sleep(settings.LOOP_TIME)
except Exception as e:
logger.exception(e)
mail.send_email(text=str(traceback.format_exc()), subject="下载回执线程异常,请火速前往处理")
logger.warn("下载回执线程异常,以邮件通知")
time.sleep(settings.EXCEPTION_WAIT_TIME)
def thread_analyze_receipt_upload_to_mdn(self):
"""分析回执,生成回执上传到mdn文件夹的线程"""
while 1:
try:
logger.info('ftp analyze upload start')
self.task_analyze_receipt_upload_to_mdn()
logger.info('ftp analyze upload end')
time.sleep(settings.LOOP_TIME)
except Exception as e:
logger.exception(e)
mail.send_email(text=str(traceback.format_exc()),subject="分析-生成-上传回执线程异常,请火速前往处理")
logger.warn("分析-生成-上传回执线程异常,以邮件通知")
time.sleep(settings.EXCEPTION_WAIT_TIME)
def main():
option_parser, opts, args = parse_command_line_parameters(**script_info)
really = opts.really
# if level is set to DEBUG log messages will be written
logging.basicConfig(filename=opts.output_log_fp, level=logging.DEBUG, \
format='[%(asctime)s].%(levelname)s: %(message)s')
ag_data_access = data_access_factory(ServerConfig.data_access_type,
'american_gut')
# cursor to update the sent e-mails
con = ag_data_access.getMetadataDatabaseConnection()
cursor = ag_data_access.dynamicMetadataSelect("""
select al.name, al.email, ak.kit_verification_code, ak.supplied_kit_id, ak.kit_password, ak.swabs_per_kit
from ag_login al
inner join ag_kit ak
on al.ag_login_id = ak.ag_login_id
where ak.verification_email_sent = 'n'
order by al.email""")
for entry in cursor:
recipient_name, target_email, verification_code, supplied_kit_id,\
kit_password, swabs_per_kit = entry
logging.debug('\n+++++++++++++++++++++++++++++++++++++++++++++++++++\n')
logging.debug("""recipient_name {0}, target_email {1}, """
"""verification_code {2}, supplied_kit_id {3}, kit_password {4}, """
"""swabs_per_kit {5}\n""".format(recipient_name, target_email,
verification_code, supplied_kit_id, kit_password, swabs_per_kit))
buffer_message = BODY_MESSAGE.format(recipient_name, supplied_kit_id, verification_code)
try:
logging.debug('Message is %s\n' % buffer_message)
logging.debug('Sent to %s\n' % target_email)
if really == True:
send_email(buffer_message, SUBJECT, target_email)
query_string = "update ag_kit set verification_email_sent = 'y' where supplied_kit_id = '{0}'".format(supplied_kit_id)
con.cursor().execute(query_string)
con.cursor().execute('commit')
else:
logging.debug('DRY RUNNING, NOT SENDING A MESSAGE\n')
except Exception, e:
logging.debug('Exception value is %s\n' % str(e))
logging.debug('ERROR SENDING TO: %s' % target_email)
logging.debug('+++++++++++++++++++++++++++++++++++++++++++++++++++\n\n')
def run(self):
if not settings.DB_TASK:
return
while 1:
try:
logger.info('%s start' % self.name)
self.exec_task()
logger.info('%s end' % self.name)
time.sleep(settings.LOOP_TIME)
except Exception as e:
logger.exception(e)
mail.send_email(text=str(traceback.format_exc()),
subject="db线程异常,请火速前往处理")
logger.warn("db线程异常,以邮件通知")
time.sleep(settings.EXCEPTION_WAIT_TIME)
def _send_email(self, data_node_ip, text):
try:
# send email
host_ip = getHostIp()
version_str = '{0}-{1}'.format(__app__, __version__)
subject = "[%s] %s" % (data_node_ip, text)
body = "[%s] %s" % (data_node_ip, text)
body += "\n" + version_str[0] + "\nip:" + host_ip
# email_from = "%s <noreply@%s>" % (options.sitename, options.domain)
if options.send_email_switch:
send_email(options.admins, subject, body)
except Exception, e:
logging.error("send email process occurs error", e)
def login_send_email(request):
if request.method == "POST":
email = request.POST.get("email")
is_email = User.objects.filter(email=email)
if is_email.exists():
if cache.get(email, 0):
return JsonResponse({
'code': 1007,
'msg': '180内不能重复发送',
})
else:
send = send_email(email)
if send:
return JsonResponse({
'code': 1,
'msg': 'success',
})
else:
return JsonResponse({'code': 1005, 'msg': '服务器正忙'})
else:
return JsonResponse({
'code': 1004,
'msg': '用户未注册',
})
else:
return JsonResponse({'code': 1003, 'msg': '请求方式错误'})
def do_user(user_name):
user = models.User(user_name)
with user.lock:
user.sync_from_db()
try:
if not (user.enabled and drivers[user.target].check_settings(user.target_settings)):
return # Drivers should always return True or throw Exception. This means user disabled somewhere, we skip the user.
except SyncException as e:
if e.disable_user:
user.enabled = False
user.update()
if e.logout_user:
user.last_target = user.target
user.target = None
user.update()
if e.send_email:
mail.send_error_to_user(user.email, e.message, traceback.format_exc(), locals())
else:
mail.send_error_to_admin(traceback.format_exc(), locals())
return
except Exception as e:
mail.send_error_to_admin(traceback.format_exc(), locals()) # TODO
return
try:
if not api.ivle.validate_token(user):
mail.send_email(user.email, 'IVLE Login Expired.', "Your IVLE login has expired. Please refresh by accessing our page and re-enable syncing.")
with user.lock:
user.sync_from_db()
user.enabled = False
user.update()
return
except Exception as e:
mail.send_error_to_admin(traceback.format_exc(), locals()) # TODO
return
try:
file_list = api.ivle.read_all_file_list(user)
except ConnectionError as e:
return
except Exception as e:
mail.send_error_to_admin(traceback.format_exc(), locals())
return # TODO: Should be Json Parsing Exception & Network Exception - We skip the user and inform the admin
for file in file_list:
if file['ID'] not in user.synced_files and not file_queue.fetch_job('%s:%s' % (user_name, file['ID'])):
file_queue.enqueue_call(func=do_file, args=(user_name, file['ID'], file['path'], file['size']), job_id='%s:%s' % (user_name, file['ID']),
timeout=-1)
def _send_error_email(self, exception):
try:
# send email
host_ip = getHostIp()
version_str = '{0}-{1}'.format(__app__, __version__)
subject = "[%s]Internal Server Error" % options.sitename
exception += "\n" + version_str + "\nhost ip :" + host_ip
# body = self.render_string("errors/500_email.html", exception=exception)
# email_from = "%s <noreply@%s>" % (options.sitename, options.domain)
if options.send_email_switch:
send_email(options.admins, subject, exception)
except Exception:
logging.error(traceback.format_exc())
def _send_email(self, data_node_ip, text):
try:
# send email
host_ip = getHostIp()
invokeCommand = InvokeCommand()
cmd_str = "rpm -qa beehive"
version_str = invokeCommand._runSysCmd(cmd_str)
subject = "[%s] %s" % (data_node_ip, text)
body = "[%s] %s" % (data_node_ip, text)
body += "\n" + version_str[0] + "\nip:" + host_ip
# email_from = "%s <noreply@%s>" % (options.sitename, options.domain)
if options.send_email_switch:
send_email(options.admins, subject, body)
except Exception, e:
logging.error("send email process occurs error", e)
def reload_process(self, process, run_process, name):
"""
重启进程
:param process: 进程
:param run_process: 进程启动函数
:param name: 进程名称（一次申报、核注单、核放单）
:return: None
"""
try:
process.terminate()
except Exception as e:
logger.exception(e)
logger.error("{}进程结束发生异常,重启{}进程".format(name, name))
mail.send_email(text=str(traceback.format_exc()), subject="{}进程结束发生异常,请火速前往处理".format(name))
logger.warn("{}进程结束发生异常,以邮件通知".format(name))
finally:
run_process()
def post(self):
if request.form and 'cancel' in request.form:
return redirect(url_for('index'))
email = request.form.get('email', None)
status = check_email(email)
if status:
return render_template('account.forget.html', error=status[1])
user = get_user_by_email(email=email)
if user:
stub = create_token(20)
try:
send_email(user.email, \
config.FORGET_EMAIL_TITLE,
origin_render('email.html', user=user, stub=stub))
except:
logger.exception("send mail failed")
create_forget(user.id, stub)
return render_template('account.forget.html', send=1)
def _send_error_email(self, exception):
try:
# send email
host_ip = getHostIp()
invokeCommand = InvokeCommand()
cmd_str = "rpm -qa beehive"
version_str = invokeCommand._runSysCmd(cmd_str)
subject = "[%s]Internal Server Error" % options.sitename
exception += "\n" + version_str[0] + "\nhost ip :" + host_ip
# body = self.render_string("errors/500_email.html", exception=exception)
# email_from = "%s <noreply@%s>" % (options.sitename, options.domain)
if options.send_email_switch:
send_email(options.admins, subject, exception)
except Exception:
logging.error(traceback.format_exc())
def _send_error_email(self, exception):
try:
local_ip = get_host_ip()
invokeCommand = InvokeCommand()
cmd_str = "rpm -qa jetty-manager"
version_str = invokeCommand._runSysCmd(cmd_str)
logging.info("version_str :" + str(version_str))
# send email
subject = "[%s]Internal Server Error " % options.sitename
body = self.render_string("errors/500_email.html",
exception=exception)
body += "\n" + version_str[0] + "\nip:" + local_ip
# email_from = "%s <noreply@%s>" % (options.sitename, options.domain)
if options.send_email_switch:
send_email(options.admins, subject, body)
except Exception:
logging.error(traceback.format_exc())
def _send_error_email(self, exception):
try:
local_ip = getHostIp()
version_str = '{0}-{1}'.format(__app__, __version__)
logging.info("version_str :" + str(version_str))
# send email
subject = "[%s]Internal Server Error " % options.sitename
body = self.render_string("../templates/errors/500_email.html",
exception=exception)
body += "\n" + version_str + "\nip:" + local_ip
# email_from = "%s <noreply@%s>" % (options.sitename, options.domain)
if options.send_email_switch:
send_email(options.admins, subject, body)
except Exception:
logging.error(traceback.format_exc())
def form_valid(self, form):
form.submit()
subject, body = self.prepare_message(**form.cleaned_data)
success = send_email(to_email=self.to_email,
subject=subject,
message=body)
if success:
return super().form_valid(form)
return redirect("feedback_error", err_type="send")
def notify(rp, action_taken=False):
if rp['email_alert']:
# Check last email sent time and send condition
let = Cacher().get_last_email_time(rp['app'], rp['dyno'],
rp['category'])
if int(time.time()) - let > settings.EMAIL_COOLING_PERIOD_PER_TOPIC:
# Send email
logging.warning("Sending email. Topic: {}:{}:{}".format(
rp['app'], rp['dyno'], rp['category']))
sub = "{} Error Detected in {}:{}".format(rp['category'],
rp['app'], rp['dyno'])
msg = "Atleast {} error(s) of type {} detected in the last {} seconds. ".format(
rp['least_count'], rp['category'], rp['time_window'])
msg += "Action taken: {}".format(
rp['action']) if action_taken else ""
send_email(sub, msg)
Cacher().set_last_email_time(rp['app'], rp['dyno'], rp['category'])
return True
return False
def main(argv):
last_prices = []
log_path = os.path.dirname(
os.path.abspath(__file__)) + data.get("logger",{}).get("path", "")
logger = logging_setup(__name__, log_path)
r = requests.get(data.get("api",""))
raw_result = r.text
result = json.loads(raw_result)
current_price = 0.0
for cex_data in result.get("data", []):
for track in data.get("track", []):
if cex_data.get("symbol1","") == track.get("symbol1", "") and cex_data.get("symbol2","") == track.get("symbol2",""):
current_price = float(cex_data.get("lprice"))
last_bought_price = get_eth_price()
for price in last_prices:
if price >= current_price + 100:
send_email(data.get("alerts",{}).get("user",""), data.get("alerts",{}).get("password",""), data.get("alerts",{}).get("to",[]), "ALERTA COMPRAR DINEROS", "Bajón de precio a {}. ¡Comprando ETH!".format(current_price)))
save_eth_price(current_price)
break
if last_bought_price > 0:
if last_bought_price + 100 <= current_price:
send_email(data.get("alerts",{}).get("user",""), data.get("alerts",{}).get("password",""), data.get("alerts",{}).get("to",[]), "ALERTA COMPRAR DINEROS", "Subidón de precio a {}. ¡Vendiendo ETH!".format(current_price)))
save_eth_price(0)
break
last_prices.append(current_price)
if len(last_prices) > 6:
del last_prices[0]
logger.info("{} current price: {} {}".format(cex_data.get("symbol1",""), current_price, cex_data.get("symbol2","")))
if current_price <= track.get("limits",{}).get("min", 0):
send_email(data.get("alerts",{}).get("user",""), data.get("alerts",{}).get("password",""), data.get("alerts",{}).get("to",[]), "ALERTA DINEROS", "{0} por debajo del limite ({3} {2})\n\nPrecio actual: {1} {2}".format(track.get("symbol1", ""), current_price, cex_data.get("symbol2",""), track.get("limits",{}).get("min", 0)))
def send_email(cls, user_id, transactions):
recipient = UsersModel.find_by_id(user_id).email
msg = "Has comprat els seguents llibres:\n - " + ",\n - ".join(
transactions)
send_email(recipient, 'Confirmacio del correu', msg)
def send_email(self, email, url_root):
message = f"Gràcies per registrarte a BookShelter! Accedeix a {url_root}verify?key={self.key} "\
f"per confirmar el teu email. \n L'enllaç deixarà de ser vàlid en {self.VALID_UNTIL}"
send_email(email, 'Verify your email', message)
import unittest
from utils.HTMLTestRunner import HTMLTestRunner
from utils.mail import send_email
# 1,加载所用的测试用例
# unittest自动到case文件夹下去查找test_*.py的里面的所用继承untest.testCase的test_方法.
testcase = unittest.defaultTestLoader.discover("case", "test_*.py")
# 2,使用htmltestrunner运行测试用例,并收集测试报告
filepath = "./report/report.html"
title = '测试报告'
desc = "这个测试报告描述"
# wb w=写 b=字节 以字节的方式写入它 as f 用一个f的变量保存起来
with open(filepath, "wb") as f:
runner = HTMLTestRunner(stream=f, title=title, description=desc)
runner.run(testcase)
# 3.发送邮件，发送最新测试报告html
send_email(filepath)
def _send_email(from_name, to_email, to_name, subject, content):
send_email(from_name, to_email, to_name, subject, content)
def do_file(user_name, file_id, file_path, file_size):
user = models.User(user_name)
url = api.ivle.get_file_url(user, file_id)
if file_id in user.synced_files:
return
try:
if not (user.enabled
and drivers[user.target].check_settings(user.target_settings)):
return
if file_size > GLOBAL_MAX_FILE_SIZE or file_size > drivers[
user.target].MAX_FILE_SIZE:
raise SyncException(
'File %s is too big to be automatically transferred. Please manually download it <a href="%s">here</a>. Sorry for the inconvenience!'
% (file_path, url),
retry=False,
send_email=True,
disable_user=False,
logout_user=False)
if not api.ivle.validate_token(user):
mail.send_email(
user.email, 'IVLE Login Expired.',
"Your IVLE login has expired. Please refresh by accessing our page and re-enable syncing."
)
with user.lock:
user.sync_from_db()
user.enabled = False
user.update()
return
if drivers[user.target].transport_file(user, url, file_path):
with user.lock:
user.sync_from_db()
user.synced_files.append(file_id)
user.update()
else:
raise SyncException("transport_file returned False",
retry=True,
send_email=False,
disable_user=False,
logout_user=False)
except SyncException as e:
if not e.retry:
with user.lock:
user.sync_from_db()
user.synced_files.append(file_id)
user.update()
if e.send_email:
mail.send_error_to_user(user.email, e.message,
traceback.format_exc(), locals())
else:
mail.send_error_to_admin(traceback.format_exc(), locals())
if e.disable_user:
with user.lock:
user.sync_from_db()
user.enabled = False
user.update()
if e.logout_user:
with user.lock:
user.sync_from_db()
user.last_target = user.target
user.target = None
user.update()
return
except api.ivle.IVLEUnknownErrorException as e:
mail.send_error_to_admin(traceback.format_exc(), locals())
return # TODO: Walao eh IVLE bug again, skip it and inform the admin
except Exception as e:
mail.send_error_to_admin(traceback.format_exc(), locals())
return
def send_email(self, email, url_root):
message = f"Has sol·licitat una recuperació de contrasenya. Accedeix a {url_root}reset?key={self.key} "\
f"per canviar de contrasenya. \n L'enllaç deixarà de ser vàlid en {self.VALID_UNTIL} o si es torna " \
f"a solicitar un canvi en la mateixa compte."
send_email(email, 'Password recovery', message)
aggregated_data = {}
for symbol in symbols.split(","):
currency = data[symbol]
name = currency["name"]
symbol = currency["symbol"]
circulation_supply = currency["circulating_supply"]
total_supply = currency["total_supply"]
quotes = currency["quote"]["USD"]
price = quotes["price"]
market_cap = quotes["market_cap"]
percent_change_1h = quotes["percent_change_1h"]
percent_change_24h = quotes["percent_change_24h"]
percent_change_7d = quotes["percent_change_7d"]
currency_data = {}
currency_data["Name"] = name
currency_data["Circulation Supply"] = circulation_supply
currency_data["Total Supply"] = total_supply
currency_data["Market Cap"] = market_cap
currency_data["Hour Change"] = str(percent_change_1h)
currency_data["Day Change"] = str(percent_change_24h)
currency_data["Week Change"] = str(percent_change_7d)
currency_data["Price"] = price
aggregated_data[symbol] = currency_data
if __name__ == "__main__":
send_email(aggregated_data)