def on_message(self, message):
if message.startswith("{"):
msg = None
try:
json_message = json.loads(message)
except Exception as e:
return self.write_message("JSON ERROR")
else:
id_user = None
if "phanterpwa-authorization" in json_message and "message" in json_message:
msg = json_message["message"]
if json_message["phanterpwa-authorization"] is not "anonymous":
t = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
self.projectConfig['BACKEND'][self.app_name]['default_time_user_token_expire']
)
token_content = None
try:
token_content = t.loads(json_message['phanterpwa-authorization'])
except BadSignature:
token_content = None
except SignatureExpired:
token_content = None
if token_content and 'id' in token_content:
id_user = token_content['id']
if id_user:
q_user = self.DALDatabase(self.DALDatabase.auth_user.id == id_user).select().first()
if q_user:
self.phanterpwa_current_user = q_user
try:
new_set = set(self._online_users[self.phanterpwa_current_user.id])
except KeyError:
new_set = set([self])
for con in new_set:
if not con.ws_connection:
new_set.remove(con)
new_set.add(self)
self._online_users[self.phanterpwa_current_user.id] = new_set
if msg == "command_online":
print("{0} webSocket opened".format(self.phanterpwa_current_user.email))
self.write_message(u"__ You're online")
return
if message[:17] == "check_compilation":
r = check_compilation.findall(message)
if r:
app_compilation = r[0]
if str(self.projectConfig['PROJECT']['compilation']) == app_compilation:
self.write_message("Compilation: {0}".format(app_compilation))
else:
self.write_message("reload")
else:
self.write_message(u"You said: " + message)
for con in self.get_connections():
print("usuario:", id(con))
con.write_message(
"O usuário {0} falou: {1}".format(id(self), message)
)
def verify_reset_token(token):
s = Serialize(current_app.config['SECRET_KEY'])
# we could have errors when token expire so we use try
try:
user_id = s.loads(token)['user_id']
except:
return None
return User.query.get(user_id)
def __init__(self,
_id,
secret_key,
time_token_expire,
num_opt=4,
question="Which figure below corresponds to: {option}.",
debug=False,
translator=None):
super(Captcha, self).__init__()
self.debug = debug
self.secret_key = secret_key
self.time_token_expire = time_token_expire
self.serializer = Serialize(
self.secret_key,
self.time_token_expire
)
self._background_color = {
"red": "#990000",
"yellow": "#FFCC00",
"blue": "#6699FF"
}
self._foreground_color = {
"black": "#1F1A17",
"white": "white",
"green": "#009933"
}
self._signature = None
self._choice = None
self.translator = translator
self.color_pairs = dict()
self.options = dict()
self._opt = []
self.recipes = dict()
self.classification = set()
self.vectors = dict()
self.grafical_forms = dict()
self.svg_forms = dict()
self.question = question
if isinstance(_id, str):
self._id = _id
else:
raise ValueError("The captcha id must be string. Given: {0}".format(type(_id)))
self.num_opt = num_opt
self.keys_attributes = []
self.keys_lines_cols = []
if self.debug or not os.path.exists(os.path.join(__dirname__, "captchadata.json")):
self._combine_colors()
self._recipes()
self._vectors()
self._svgs()
else:
with open(os.path.join(__dirname__, "captchadata.json"), "r", encoding="utf-8") as f:
captchadata = json.load(f)
self.options = captchadata[0]
self.grafical_forms = captchadata[1]
def get(self, *args, **kargs):
"""
Receive request to create and response with a token csrf or captcha
"""
form_identify = args[0]
list_forms = self.list_forms
id_client = int(self.phanterpwa_client_token_checked["id_client"])
if form_identify in list_forms:
self.DALDatabase((self.DALDatabase.csrf.client == id_client)
& (self.DALDatabase.csrf.form_identify ==
form_identify)).delete()
t = Serialize(
"csrf-{0}".format(self.projectConfig['BACKEND'][self.app_name]
['secret_key']),
self.projectConfig['BACKEND'][
self.app_name]['default_time_csrf_token_expire'])
id_csrf = self.DALDatabase.csrf.insert(
form_identify=form_identify,
user_agent=self.phanterpwa_user_agent,
ip=self.phanterpwa_remote_ip,
client=id_client)
if id_csrf:
sign_captha = t.dumps({
'id': str(id_csrf),
'form_identify': form_identify,
'user_agent': self.phanterpwa_user_agent,
'ip': self.phanterpwa_remote_ip,
'user': self.phanterpwa_current_user.id
})
sign_captha = sign_captha.decode("utf-8")
q_csrf = self.DALDatabase(
self.DALDatabase.csrf.id == id_csrf).select().first()
q_csrf.update_record(token=sign_captha)
msg = "Form signed"
self.DALDatabase.commit()
self.set_status(200)
return self.write({
"status": "OK",
"code": 200,
"message": msg,
"i18n": {
"message": self.T(msg)
},
"csrf": sign_captha
})
self.DALDatabase.commit()
msg = "The form can't sign"
self.set_status(400)
return self.write({
"status": "Bad Request",
"code": 400,
"message": msg,
"i18n": {
"message": self.T(msg)
}
})
def post(self, request):
# 进行注册处理
# 获取信息
username = request.POST.get('user_name')
password = request.POST.get('pwd')
email = request.POST.get('email')
allow = request.POST.get('allow')
print(username)
# 数据校验
if not all([username, password, email]):
return render(request, 'register.html', {'errmsg': '信息输入不完整'})
if not re.match(r'^[a-z0-9][\w.\-]*@[a-z0-9\-]+(\.[a-z]{2,5}){1,2}$',
email):
return render(request, 'register.html', {'errmsg': '邮箱格式不正确'})
if allow != 'on':
return render(request, 'register.html', {'errmsg': '请勾选同意'})
# 检验用户名是否重复
try:
user = User.objects.get(username=username)
except User.DoesNotExist:
# 用户名不存在
user = None
if user:
return render(request, 'register.html', {'errmsg': '用户已存在'})
# 业务处理 :用户注册
user = User.objects.create_user(username, email, password)
user.is_active = 0
user.save()
# user =User()
# user.username = username
# user.password = password
# user.email =email
# user.save()
# 发送激活邮件，包含激活链接：https://127.0.0.1:8000/user/active/1
# 激活邮件中需要包含用户的身份信息，并且把身份信息加密
# 加密用户信息，生成激活token
serialize = Serialize(settings.SECRET_KEY, 3600)
info = {'confirm': user.id}
token = serialize.dumps(info) # byte
token = token.decode('utf-8')
# # 发邮件1
send_register_active_email.delay(email, username, token) # 发出任务
# 发邮件2
# subject = '天天生鲜欢迎信息'
# message = ''
# sender = settings.EMAIL_FROM
# receiver = [email]
# html_message = '<h1>%s,欢迎注册天天生鲜会员</h1>请点击以下链接激活您的账户<br/><a href="http://127.0.0.1:8000/user/active/%s">http://127.0.0.1:8000/user/active/%s</a>' %(username, token, token)
# send_mail(subject, message, sender, receiver, html_message=html_message)
# # 返回应答，跳转首页
return redirect(reverse('goods:index'))
def rest_password(token, new_password, expiration=600):
s = Serialize(current_app.config['SECRET_KEY'], expiration)
try:
data = s.loads(token.encode('utf-8'))
except:
return False
uid = data.get('id')
with db.auto_commit():
user = User.query.get(uid)
user.password = new_password
return True
def get(self, request, token):
serialize = Serialize(settings.SECRET_KEY, 3600)
try:
info = serialize.loads(token)
user_id = info['confirm']
user = User.objects.get(id=user_id)
user.is_active = 1
user.save()
except SignatureExpired as e:
return HttpResponse('链接已过期')
return redirect(reverse('user:login'))
def get(self,request,token):
# 进行解密，获取要激活的用户信息
serializer = Serialize(settings.SECRET_KEY, 3600)
# 解密
try:
info = serializer.loads(token)
user_id = info['confirm']
logger.info("userId=%s" % (user_id,))
user = User.objects.get(id=user_id)
user.is_active = 1
user.save()
# 跳转到登录页面
return redirect(reverse('user:login'))
except SignatureExpired as ex:
return HttpResponse('此链接激活已过期')
def post(self, *args):
db = self.DALDatabase
db(
(db.internal_messages.senders == self.phanterpwa_current_user.id)
& (db.internal_messages.subject == None)
& (db.internal_messages.text_message == None)
& (db.internal_messages.message_sent != True)
).delete()
id_new_message = db.internal_messages.insert(
senders=self.phanterpwa_current_user.id,
written_on=datetime.now(),
message_sent=False
)
id_client = int(self.phanterpwa_client_token_checked["id_client"])
db((db.csrf.client == id_client) &
(db.csrf.form_identify == "phanterpwa-form-send-messages")).delete()
t = Serialize(
"csrf-{0}".format(self.projectConfig['BACKEND'][self.app_name]['secret_key']),
self.projectConfig['BACKEND'][self.app_name]['default_time_csrf_token_expire']
)
id_csrf = db.csrf.insert(
form_identify="phanterpwa-form-send-messages",
user_agent=self.phanterpwa_user_agent,
ip=self.phanterpwa_remote_ip,
client=id_client
)
sign_csrf = t.dumps({
'id': str(id_csrf),
'form_identify': "phanterpwa-form-send-messages",
'user_agent': self.phanterpwa_user_agent,
'ip': self.phanterpwa_remote_ip,
'user': self.phanterpwa_current_user.id
})
sign_csrf = sign_csrf.decode("utf-8")
q_csrf = db(db.csrf.id == id_csrf).select().first()
q_csrf.update_record(token=sign_csrf)
message = 'Create new message'
i18nmessage = self.T(message)
db.commit()
self.set_status(200)
return self.write({
'status': 'OK',
'code': 200,
'csrf': sign_csrf,
'id_new_message': id_new_message,
'message': message,
'i18n': {'message': i18nmessage},
})
def post(self, request):
# 1. 接收数据
username = request.POST.get('user_name')
password = request.POST.get('pwd')
repassword = request.POST.get('cpwd')
email = request.POST.get('email')
allow = request.POST.get('allow')
# 2. 数据校验
if not all([username, password, repassword, email]):
return render(request, 'regsister.html', {'errmsg': '数据不完整'})
if password != repassword:
return render(request, 'register.html', {'errmsg': '两次密码不一致'})
if not re.match(r'^[a-z0-9][\w.\-]*@[a-z0-9\-]+(\.[a-z]{2,5}){1,2}$',
email):
return render(request, 'register.html', {'errmsg': '邮箱格式错误'})
if allow != 'on':
return render(request, 'register.html', {'errmsg': '请同意协议'})
try:
user = User.objects.get(username=username)
except User.DoesNotExist:
user = None
if user:
return render(request, 'register.html', {'errmsg': '用户名已存在'})
# 3. 业务处理
user = User.objects.create_user(username, email, password)
# 取消默认的账户激活
user.is_active = 0
user.save()
# 加密激活信息
serialize = Serialize(settings.SECRET_KEY, 3600)
info = {'confirm': user.id}
token = serialize.dumps(info)
token = token.decode('utf8')
# 发送邮件
send_register_active_email.delay(email, username, token)
# 4. 返回应答
url = reverse('goods:index')
return redirect(url)
def get(self, request, token):
'''进行用户激活'''
# 解密，获取要激活的用户信息
serialize = Serialize(settings.SECRET_KEY, 3600)
try:
info = serialize.loads(token)
# 获取待激活用户的id
user_id = info['confirm']
# 根据id获取用户信息
user = User.objects.get(id=user_id)
user.is_active = 1
user.save()
# 跳转登录页面
return redirect(reverse('user:login'))
except SignatureExpired as e:
# 激活链接已失效
return HttpResponse('链接已失效')
def post(self, request):
username = request.POST.get("user_name")
password = request.POST.get("pwd")
email = request.POST.get("email")
allow = request.POST.get("allow")
if not all([username, password, email]):
return render(request, 'register.html', {'errmsg': '信息不完善！！'})
if allow != 'on':
return render(request, 'register.html', {'errmsg': '请勾选协议！！'})
# 校验用户名是否存在
try:
# user = models.DfUser.objects.get(user_name=username)
user = User.objects.get(username=username)
except User.DoesNotExist:
user = None
if user:
# 用户名已存在
return render(request, 'register.html', {'errmsg': '用户名已存在'})
# user = models.DfUser.objects.create(user_name=username, password=password, email=email)
user = User.objects.create_user(username, email, password)
user.is_active = 0
user.ctime = datetime.datetime.now()
user.save()
# 发送激活邮件，包含激活链接: http://127.0.0.1:8000/user/active/3
# 激活链接中需要包含用户的身份信息, 并且要把身份信息进行加密
# 加密用户的身份信息，生成激活token 有效期1小时
serializer = Serialize(settings.SECRET_KEY, 3600)
info = {'confirm': user.id}
# 加密
token = serializer.dumps(info)
token = token.decode() # bytes 转 str
logger.info("token:%s" % token)
# 发邮件
send_register_active_email.delay(email, username, token)
return redirect(reverse('goods:index'))
def create_serialize():
return Serialize(current_app.config['SECRET_KEY'],expires_in=7200)
def generate_token(self, expiration=600):
s = Serialize(current_app.config['SECRET_KEY'], expiration)
temp = s.dumps({'id': self.id}).decode('utf-8')
return temp
def get(self, *args, **kargs):
social_name = args[0]
dict_arguments = {k: self.request.arguments.get(k)[0].decode('utf-8') for k in self.request.arguments}
url_base = self.projectConfig['BACKEND'][self.app_name]['http_address']
if social_name == "google":
state = dict_arguments.get("state")
q_state = self.DALDatabase(
(self.DALDatabase.social_auth.social_name == "google") & (self.DALDatabase.social_auth.request_state == state)).select().first()
origin = None
if not q_state or q_state.used is True:
message = "The authentication request has already been used."
return self.write({
'status': 'Bad Request',
'code': 400,
'message': message,
'i18n': {
'message': self.T(message)
}
})
else:
self.phanterpwa_client_token = q_state.client_token
q_state.update_record(used=True)
origin = q_state.origin
self.DALDatabase.commit()
uri = "{0}{1}".format(url_base, self.request.uri)
client_id = self.projectConfig['OAUTH_{0}'.format(social_name.upper())]['client_id']
client_secret = self.projectConfig['OAUTH_{0}'.format(social_name.upper())]['client_secret']
redirect_uri = '{0}/api/oauth/redirect/{1}'.format(url_base, social_name)
scope = ['openid', 'https://www.googleapis.com/auth/userinfo.email',
'https://www.googleapis.com/auth/userinfo.profile']
oauth = OAuth2Session(client_id, redirect_uri=redirect_uri,
scope=scope)
try:
token = oauth.fetch_token(
'https://accounts.google.com/o/oauth2/token',
authorization_response=uri,
client_secret=client_secret)
except Exception as e:
self.logger_api.warning(e)
message = "There was a problem trying to authenticate using a google account."
return self.write({
'status': 'Bad Request',
'code': 400,
'uri': uri,
'message': message,
'i18n': {
'message': self.T(message)
}
})
else:
url_consult = self.projectConfig['OAUTH_{0}'.format(social_name.upper())]['remote_address']
googleapi = "{0}?access_token={1}".format(
url_consult, quote(token['access_token']))
try:
with urllib.request.urlopen(googleapi) as req:
googleapi_user = req.read()
googleapi_user = json.loads(googleapi_user)
except Exception as e:
self.logger_api.warning(e)
message = "There was a problem trying to load user information on google api."
self.set_status(400)
return self.write({
'status': 'Bad Request',
'code': 400,
'uri': googleapi,
'message': message,
'i18n': {
'message': self.T(message)
}
})
else:
email_verified = googleapi_user.get("email_verified", False)
if not email_verified:
self.logger_api.warning(
'LOGIN BY OAUTH METHOD (EMAIL NOT VERIFIED)\n\tsocial_login: {0}\n\tname: {1}\n\temail: {2}\n\temail_verified: {3}\n\tlocale: {4}'.format(
social_name,
googleapi_user.get("name", False),
googleapi_user.get("email", False),
googleapi_user.get("email_verified", False),
googleapi_user.get("locale", False),
)
)
message = "The google email has not been verified."
self.set_status(400)
return self.write({
'status': 'Bad Request',
'code': 400,
'message': message,
'google_api': googleapi_user,
'i18n': {
'message': self.T(message)
}
})
email = googleapi_user.get('email', None)
if email:
q_user = self.DALDatabase(self.DALDatabase.auth_user.email == email).select().first()
if q_user:
self.logger_api.info(
'LOGIN BY OAUTH METHOD\n\tsocial_login: {0}\n\tname: {1}\n\temail: {2}'.format(
social_name,
googleapi_user.get("name", False),
googleapi_user.get("email", False)
)
)
q_user.update_record(activated=True)
timeout_token_user = self.projectConfig['BACKEND'][self.app_name]['default_time_user_token_expire_remember_me']
t_user = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
timeout_token_user
)
content = {
'id': str(q_user.id),
'email': email
}
token_user = t_user.dumps(content)
token_user = token_user.decode('utf-8')
q_role = self.DALDatabase(
(self.DALDatabase.auth_membership.auth_user == q_user.id)
& (self.DALDatabase.auth_group.id == self.DALDatabase.auth_membership.auth_group)
).select(self.DALDatabase.auth_group.role, orderby=self.DALDatabase.auth_group.grade)
roles = [x.role for x in q_role]
role = None
if roles:
role = roles[-1]
q_user.update_record(login_attempts=0)
t_client = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
self.projectConfig['BACKEND'][self.app_name]['default_time_client_token_expire']
)
t_url = URLSafeSerializer(
self.projectConfig['BACKEND'][self.app_name]["secret_key"],
salt="url_secret_key"
)
r_client = self.DALDatabase(self.DALDatabase.client.token == self.phanterpwa_client_token).select().first()
if r_client:
r_client.delete_record()
id_client = self.DALDatabase.client.insert(auth_user=q_user.id, date_created=datetime.now())
q_client = self.DALDatabase(self.DALDatabase.client.id == id_client).select().first()
content = {
'id_user': str(q_user.id),
'id_client': str(id_client),
'user_agent': self.phanterpwa_user_agent,
'remote_addr': self.phanterpwa_remote_ip
}
token_url = t_url.dumps(content)
token_client = t_client.dumps(content)
token_client = token_client.decode('utf-8')
q_client.update_record(
token=token_client,
date_created=datetime.now(),
remember_me=True,
locked=False,
)
if not q_user.permit_mult_login:
r_client = self.DALDatabase(
(self.DALDatabase.client.auth_user == q_user.id)
& (self.DALDatabase.client.token != token_client)
).select()
if r_client:
r_client = self.DALDatabase(
(self.DALDatabase.client.auth_user == q_user.id)
& (self.DALDatabase.client.token != token_client)
).delete()
user_image = PhanterpwaGalleryUserImage(q_user.id, self.DALDatabase, self.projectConfig)
social_image = googleapi_user.get("picture", None)
redirect = "{0}#_phanterpwa:/oauth/{1}/{2}".format(
origin if origin else self.projectConfig['BACKEND'][self.app_name]['http_address'],
social_name, state
)
q_state.update_record(user_credentials=json.dumps({
'authorization': token_user,
'client_token': token_client,
'url_token': token_url,
'auth_user': {
'id': str(q_user.id),
'first_name': E(q_user.first_name),
'last_name': E(q_user.last_name),
'email': email,
'remember_me': q_client.remember_me,
'roles': roles,
'role': role,
'activated': True,
'image': user_image.id_image,
'social_image': social_image,
'two_factor': False,
'multiple_login': q_user.permit_mult_login,
'social_login': social_name
}
}))
self.DALDatabase.commit()
self.set_status(200)
return self.write(
str(HTML(HEAD(), BODY(SCRIPT("window.location = '{0}'".format(redirect))))))
else:
self.logger_api.warning(
'CREATING ACCOUNT AND LOGIN BY OAUTH METHOD\n\tsocial_login: {0}\n\tname: {1}\n\temail: {2}\n\temail_verified: {3}\n\tlocale: {4}'.format(
social_name,
googleapi_user.get("name", False),
googleapi_user.get("email", False),
googleapi_user.get("email_verified", False),
googleapi_user.get("locale", False),
)
)
new_password = os.urandom(3).hex()
password_hash = pbkdf2_sha512.hash("password{0}{1}".format(
new_password, self.projectConfig['BACKEND'][self.app_name]['secret_key']))
table = self.DALDatabase.auth_user
social_image = googleapi_user.get("picture", None)
first_name = googleapi_user.get("given_name", "")
last_name = googleapi_user.get("family_name", "")
dict_arguments = {
"first_name": first_name,
"last_name": last_name,
"email": email,
"password_hash": password_hash,
"activated": True
}
result = FieldsDALValidateDictArgs(
dict_arguments,
*[table[x] for x in table.fields if x in [
"first_name", "last_name", "email", "password_hash"]]
)
r = result.validate_and_insert(self.DALDatabase.auth_user)
if r and r.id:
q_user = self.DALDatabase(self.DALDatabase.auth_user.id == r.id).select().first()
id_user = q_user.id
q_user.update_record(activated=True)
if r.id == 1:
role = "root"
id_role = self.DALDatabase(self.DALDatabase.auth_group.role == 'root').select().first()
if id_role:
self.DALDatabase.auth_membership.insert(
auth_user=1,
auth_group=id_role.id
)
else:
role = "user"
self.DALDatabase.auth_membership.insert(auth_user=r.id, auth_group=3)
t_user = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
self.projectConfig['BACKEND'][self.app_name]['default_time_user_token_expire']
)
content_user = {
'id': str(r.id),
'email': dict_arguments['email']
}
token_user = t_user.dumps(content_user)
token_user = token_user.decode('utf-8')
token_client = self.phanterpwa_client_token
id_client = self.DALDatabase.client.update_or_insert(auth_user=r.id)
t_client = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
self.projectConfig['BACKEND'][self.app_name]['default_time_client_token_expire']
)
t_url = URLSafeSerializer(
self.projectConfig['BACKEND'][self.app_name]["secret_key"],
salt="url_secret_key"
)
content_client = {
'id_user': str(r.id),
'id_client': str(id_client),
'user_agent': self.phanterpwa_user_agent,
'remote_addr': self.phanterpwa_remote_ip
}
token_url = t_url.dumps(content_client)
token_client = t_client.dumps(content_client)
token_client = token_client.decode('utf-8')
q_client = self.DALDatabase(self.DALDatabase.client.id == id_client).select().first()
q_client.update_record(
token=token_client,
date_created=datetime.now()
)
r_client = self.DALDatabase(self.DALDatabase.client.token == self.phanterpwa_client_token).select().first()
if r_client:
r_client.delete_record()
if not q_user.permit_mult_login:
r_client = self.DALDatabase(
(self.DALDatabase.client.auth_user == id_user)
& (self.DALDatabase.client.token != self.phanterpwa_client_token)
).select()
if r_client:
r_client = self.DALDatabase(
(self.DALDatabase.client.auth_user == id_user)
& (self.DALDatabase.client.token != self.phanterpwa_client_token)
).remove()
user_image = PhanterpwaGalleryUserImage(r.id, self.DALDatabase, self.projectConfig)
self.set_status(201)
roles = ["user"]
role = "user"
redirect = "{0}#_phanterpwa:/oauth/{1}/{2}".format(
origin if origin else self.projectConfig['BACKEND'][self.app_name]['http_address'],
social_name, state
)
q_state.update_record(user_credentials=json.dumps({
'authorization': token_user,
'client_token': token_client,
'url_token': token_url,
'auth_user': {
'id': str(q_user.id),
'first_name': E(q_user.first_name),
'last_name': E(q_user.last_name),
'email': email,
'remember_me': q_client.remember_me,
'roles': roles,
'role': role,
'activated': True,
'image': user_image.id_image,
'social_image': social_image,
'two_factor': False,
'multiple_login': q_user.permit_mult_login,
'social_login': social_name
}
}))
self.DALDatabase.commit()
return self.write(
str(HTML(HEAD(), BODY(SCRIPT("window.location = '{0}'".format(redirect))))))
elif social_name == "facebook":
state = dict_arguments.get("state")
q_state = self.DALDatabase(
(self.DALDatabase.social_auth.social_name == "facebook") & (self.DALDatabase.social_auth.request_state == state)).select().first()
origin = None
if not q_state:
message = "The authentication request has already been used."
return self.write({
'status': 'Bad Request',
'code': 400,
'message': message,
'i18n': {
'message': self.T(message)
}
})
else:
self.phanterpwa_client_token = q_state.client_token
origin = q_state.origin
q_state.delete_record()
self.DALDatabase.commit()
uri = "{0}{1}".format(url_base, self.request.uri)
client_id = self.projectConfig['OAUTH_{0}'.format(social_name.upper())]['client_id']
client_secret = self.projectConfig['OAUTH_{0}'.format(social_name.upper())]['client_secret']
redirect_uri = '{0}/api/oauth/redirect/{1}'.format(url_base, social_name)
oauth = OAuth2Session(client_id, redirect_uri=redirect_uri, scope='email')
try:
token = oauth.fetch_token(
'https://graph.facebook.com/oauth/access_token',
authorization_response=uri,
client_secret=client_secret)
except Exception as e:
self.logger_api.warning(e)
message = "There was a problem trying to authenticate using a facebook account."
return self.write({
'status': 'Bad Request',
'code': 400,
'uri': uri,
'message': message,
'i18n': {
'message': self.T(message)
}
})
else:
try:
facebook_user = oauth.get(
'https://graph.facebook.com/me?fields=name,first_name,last_name,email,picture')
facebookapi_user = json.loads(facebook_user.content)
except Exception as e:
self.logger_api.warning(e)
message = "There was a problem trying to load user information on facebook api."
self.set_status(400)
return self.write({
'status': 'Bad Request',
'code': 400,
'message': message,
'i18n': {
'message': self.T(message)
}
})
else:
email = facebookapi_user.get('email', None)
social_image = None
try:
social_image = facebookapi_user["picture"]["data"]["url"]
except Exception as e:
self.logger_api.warning(e)
if email:
q_user = self.DALDatabase(self.DALDatabase.auth_user.email == email).select().first()
if q_user:
q_user.update_record(activated=True)
timeout_token_user = self.projectConfig['BACKEND'][self.app_name]['default_time_user_token_expire_remember_me']
t_user = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
timeout_token_user
)
content = {
'id': str(q_user.id),
'email': email
}
token_user = t_user.dumps(content)
token_user = token_user.decode('utf-8')
q_role = self.DALDatabase(
(self.DALDatabase.auth_membership.auth_user == q_user.id) &
(self.DALDatabase.auth_group.id == self.DALDatabase.auth_membership.auth_group)
).select(self.DALDatabase.auth_group.role, orderby=self.DALDatabase.auth_group.grade)
roles = [x.role for x in q_role]
role = None
if roles:
role = roles[-1]
q_user.update_record(login_attempts=0)
t_client = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
self.projectConfig['BACKEND'][self.app_name]['default_time_client_token_expire']
)
t_url = URLSafeSerializer(
self.projectConfig['BACKEND'][self.app_name]["secret_key"],
salt="url_secret_key"
)
r_client = self.DALDatabase(self.DALDatabase.client.token == self.phanterpwa_client_token).select().first()
if r_client:
r_client.delete_record()
id_client = self.DALDatabase.client.insert(auth_user=q_user.id, date_created=datetime.now())
q_client = self.DALDatabase(self.DALDatabase.client.id == id_client).select().first()
content = {
'id_user': str(q_user.id),
'id_client': str(id_client),
'user_agent': self.phanterpwa_user_agent,
'remote_addr': self.phanterpwa_remote_ip
}
token_url = t_url.dumps(content)
token_client = t_client.dumps(content)
token_client = token_client.decode('utf-8')
q_client.update_record(
token=token_client,
date_created=datetime.now(),
remember_me=True,
locked=False,
)
if not q_user.permit_mult_login:
r_client = self.DALDatabase(
(self.DALDatabase.client.auth_user == q_user.id) &
(self.DALDatabase.client.token != token_client)
).select()
if r_client:
r_client = self.DALDatabase(
(self.DALDatabase.client.auth_user == q_user.id) &
(self.DALDatabase.client.token != token_client)
).delete()
user_image = PhanterpwaGalleryUserImage(q_user.id, self.DALDatabase, self.projectConfig)
redirect = "{0}#_phanterpwa:/oauth/{1}/{2}".format(
origin if origin else self.projectConfig['BACKEND'][self.app_name]['http_address'],
social_name, state
)
q_state.update_record(user_credentials=json.dumps({
'authorization': token_user,
'client_token': token_client,
'url_token': token_url,
'auth_user': {
'id': str(q_user.id),
'first_name': E(q_user.first_name),
'last_name': E(q_user.last_name),
'email': email,
'remember_me': q_client.remember_me,
'roles': roles,
'role': role,
'activated': True,
'image': user_image.id_image,
'social_image': social_image,
'two_factor': False,
'multiple_login': q_user.permit_mult_login,
'social_login': social_name
}
}))
self.DALDatabase.commit()
self.set_status(200)
return self.write(
str(HTML(HEAD(), BODY(SCRIPT("window.location = '{0}'".format(redirect))))))
else:
new_password = os.urandom(3).hex()
password_hash = pbkdf2_sha512.hash("password{0}{1}".format(
new_password, self.projectConfig['BACKEND'][self.app_name]['secret_key']))
table = self.DALDatabase.auth_user
social_image = googleapi_user.get("picture", None)
first_name = googleapi_user.get("given_name", "")
last_name = googleapi_user.get("family_name", "")
dict_arguments = {
"first_name": first_name,
"last_name": last_name,
"email": email,
"password_hash": password_hash,
"activated": True
}
result = FieldsDALValidateDictArgs(
dict_arguments,
*[table[x] for x in table.fields if x in [
"first_name", "last_name", "email", "password_hash"]]
)
r = result.validate_and_insert(self.DALDatabase.auth_user)
if r and r.id:
q_user = self.DALDatabase(self.DALDatabase.auth_user.id == r.id).select().first()
id_user = q_user.id
q_user.update_record(activated=True)
if r.id == 1:
role = "root"
id_role = self.DALDatabase(self.DALDatabase.auth_group.role == 'root').select().first()
if id_role:
self.DALDatabase.auth_membership.insert(auth_user=1,
auth_group=id_role.id)
else:
role = "user"
self.DALDatabase.auth_membership.insert(auth_user=r.id, auth_group=3)
t_user = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
self.projectConfig['BACKEND'][self.app_name]['default_time_user_token_expire']
)
content_user = {
'id': str(r.id),
'email': dict_arguments['email']
}
token_user = t_user.dumps(content_user)
token_user = token_user.decode('utf-8')
token_client = self.phanterpwa_client_token
id_client = self.DALDatabase.client.update_or_insert(auth_user=r.id)
t_client = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
self.projectConfig['BACKEND'][self.app_name]['default_time_client_token_expire']
)
t_url = URLSafeSerializer(
self.projectConfig['BACKEND'][self.app_name]["secret_key"],
salt="url_secret_key"
)
content_client = {
'id_user': str(r.id),
'id_client': str(id_client),
'user_agent': self.phanterpwa_user_agent,
'remote_addr': self.phanterpwa_remote_ip
}
token_url = t_url.dumps(content_client)
token_client = t_client.dumps(content_client)
token_client = token_client.decode('utf-8')
q_client = self.DALDatabase(self.DALDatabase.client.id == id_client).select().first()
q_client.update_record(
token=token_client,
date_created=datetime.now()
)
r_client = self.DALDatabase(self.DALDatabase.client.token == self.phanterpwa_client_token).select().first()
if r_client:
r_client.delete_record()
if not q_user.permit_mult_login:
r_client = self.DALDatabase(
(self.DALDatabase.client.auth_user == id_user) &
(self.DALDatabase.client.token != self.phanterpwa_client_token)
).select()
if r_client:
r_client = self.DALDatabase(
(self.DALDatabase.client.auth_user == id_user) &
(self.DALDatabase.client.token != self.phanterpwa_client_token)
).remove()
user_image = PhanterpwaGalleryUserImage(r.id, self.DALDatabase, self.projectConfig)
self.set_status(201)
roles = ["user"]
role = "user"
redirect = "{0}#_phanterpwa:/oauth/{1}/{2}".format(
origin if origin else self.projectConfig['BACKEND'][self.app_name]['http_address'],
social_name, state
)
q_state.update_record(user_credentials=json.dumps({
'authorization': token_user,
'client_token': token_client,
'url_token': token_url,
'auth_user': {
'id': str(q_user.id),
'first_name': E(q_user.first_name),
'last_name': E(q_user.last_name),
'email': email,
'remember_me': q_client.remember_me,
'roles': roles,
'role': role,
'activated': True,
'image': user_image.id_image,
'social_image': social_image,
'two_factor': False,
'multiple_login': q_user.permit_mult_login,
'social_login': social_name
}
}))
self.DALDatabase.commit()
return self.write(
str(HTML(HEAD(), BODY(SCRIPT("window.location = '{0}'".format(redirect))))))
message = "An error occurred while trying to authenticate."
self.set_status(400)
return self.write({
'status': 'Bad Request',
'code': 400,
'message': message,
'i18n': {
'message': self.T(message)
}
})
def delete(self, *args):
id_session = args[0]
t_client = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
self.projectConfig['BACKEND'][
self.app_name]['default_time_client_token_expire'])
if self.phanterpwa_client_token:
db = self.DALDatabase
# self.phanterpwa_current_client.as_dict(datetime_to_str=True)
q = db(db.client.token ==
self.phanterpwa_client_token).select().first()
if q:
token_content_client = None
try:
token_content_client = t_client.loads(
self.phanterpwa_client_token)
except BadSignature:
msg = 'The client have a invalid client-token, a new one has been generated.'
token_content_client = None
except SignatureExpired:
msg = 'The client have a expired client-token, a new one has been generated.'
token_content_client = None
if token_content_client:
sessions = []
q_sessions = db(db.client.auth_user ==
self.phanterpwa_current_user.id).select(
orderby=db.client.date_created)
for x in q_sessions:
this_session = False
if x.token == self.phanterpwa_client_token:
this_session = True
if (str(x.id) == id_session) and not this_session:
x.delete_record()
else:
tc = None
try:
tc = t_client.loads(x.token)
except:
tc = None
user_agent = None
remote_addr = None
date_created = x.date_created
if tc:
remote_addr = tc['remote_addr']
user_agent = tc['user_agent']
sessions.append(
dict(user_agent=user_agent,
agent=user_agent_parse(user_agent),
remote_addr=remote_addr,
date_created=str(date_created),
this_session=this_session,
identify=x.id))
self.set_status(200)
self.write({
'status': 'OK',
'code': 200,
'message': 'Deleted Session',
'i18n': {
'message': self.T('Deleted Session')
},
'sessions': sessions
})
def get(self, *args, **kargs):
q_client = self.DALDatabase(self.DALDatabase.client.token == self.
phanterpwa_client_token).select().first()
remember_me = q_client.remember_me
timeout_to_resign = self.projectConfig['BACKEND'][
self.app_name]["timeout_to_resign"]
time_resing_client = int(self.projectConfig['BACKEND'][
self.app_name]['default_time_client_token_expire'] * 0.8) + 1
if remember_me:
timeout_to_resign = int(
self.projectConfig['BACKEND'][self.app_name]
['default_time_user_token_expire_remember_me'] * 0.8) + 1
t_client = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
self.projectConfig['BACKEND'][
self.app_name]['default_time_client_token_expire'])
t_url = URLSafeSerializer(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
salt="url_secret_key")
if q_client.last_resign is None or (
(q_client.last_resign + timedelta(seconds=timeout_to_resign)) <
datetime.now()):
timeout_token_user = self.projectConfig['BACKEND'][
self.app_name]['default_time_user_token_expire']
if remember_me:
timeout_token_user = self.projectConfig['BACKEND'][
self.
app_name]['default_time_user_token_expire_remember_me']
t_user = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
timeout_token_user)
content_client = {
'id_user': str(self.phanterpwa_current_user.id),
"id_client": str(q_client.id),
'user_agent': self.phanterpwa_user_agent,
'remote_addr': self.phanterpwa_remote_ip,
}
content_user = {
'id': str(self.phanterpwa_current_user.id),
'email': self.phanterpwa_current_user.email
}
token_user = t_user.dumps(content_user)
token_user = token_user.decode('utf-8')
token_client = self.phanterpwa_client_token
token_url = t_url.dumps(content_client)
msg = 'Re-sign just user token'
q_client.update_record(last_resign=datetime.now())
if not self.phanterpwa_current_user.permit_mult_login:
self.DALDatabase((self.DALDatabase.client.auth_user ==
self.phanterpwa_current_user.id)
& (self.DALDatabase.client.token !=
self.phanterpwa_client_token)).delete()
self.DALDatabase.commit()
self.set_status(200)
return self.write({
"status": "OK",
'message': msg,
'authorization': token_user,
'client_token': token_client,
'url_token': token_url,
"i18n": {
"message": self.T(msg)
}
})
elif q_client.date_created +\
timedelta(seconds=time_resing_client) < datetime.now():
q_client.delete_record()
timeout_token_user = self.projectConfig['BACKEND'][
self.app_name]['default_time_user_token_expire']
if remember_me:
timeout_token_user = self.projectConfig['BACKEND'][
self.
app_name]['default_time_user_token_expire_remember_me']
t_user = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
timeout_token_user)
new_client = self.DALDatabase.client.insert(
auth_user=q_client.auth_user,
remember_me=q_client.remember_me,
last_resign=datetime.now(),
date_created=datetime.now())
content = {
'id_user': str(self.phanterpwa_current_user.id),
"id_client": str(new_client),
'user_agent': self.phanterpwa_user_agent,
'remote_addr': self.phanterpwa_remote_ip,
}
content_user = {
'id': str(self.phanterpwa_current_user.id),
'email': self.phanterpwa_current_user.email
}
token_user = t_user.dumps(content_user)
token_user = token_user.decode('utf-8')
token_url = t_url.dumps(content)
token_client = t_client.dumps(content)
token_client = token_client.decode("utf-8")
q_client.delete_record()
q_client = self.DALDatabase(
self.DALDatabase.client.id == new_client).select().first()
q_client.update_record(token=token_client)
self.phanterpwa_client_token = token_client
msg = 'Re-sign client token, user token and url token'
if not self.phanterpwa_current_user.permit_mult_login:
self.DALDatabase((self.DALDatabase.client.auth_user ==
self.phanterpwa_current_user.id)
& (self.DALDatabase.client.token !=
self.phanterpwa_client_token)).delete()
self.DALDatabase.commit()
self.set_status(200)
return self.write({
"status": "OK",
'message': msg,
'authorization': token_user,
'client_token': token_client,
'url_token': token_url,
"i18n": {
"message": self.T(msg)
}
})
else:
msg = "This is not the time to re-sign"
self.set_status(202)
return self.write({
'status': 'Accepted',
'message': msg,
"i18n": {
"message": self.T(msg)
}
})
def post(self, *args, **kargs):
"""
Receive captcha user choice and response with csrf token
"""
form_identify = args[0]
list_forms = self.list_forms
dict_arguments = {
k: self.request.arguments.get(k)[0].decode('utf-8')
for k in self.request.arguments
}
choice = dict_arguments['user_choice']
sign = dict_arguments['signature']
id_client = int(self.phanterpwa_client_token_checked["id_client"])
q_captcha = self.DALDatabase(
self.DALDatabase.captcha.token == sign).select().first()
if q_captcha:
self.DALDatabase((self.DALDatabase.captcha.client == id_client)
& (self.DALDatabase.captcha.form_identify ==
form_identify)).delete()
self.DALDatabase((self.DALDatabase.csrf.client == id_client)
& (self.DALDatabase.csrf.form_identify ==
form_identify)).delete()
q_captcha.delete_record()
captcha = Captcha(form_identify,
"csrf-{0}".format(self.projectConfig['BACKEND'][
self.app_name]['secret_key']),
self.projectConfig['BACKEND'][self.app_name]
['default_time_csrf_token_expire'],
translator=self.Translator_captcha)
if captcha.check(sign, choice):
id_csrf = self.DALDatabase.csrf.insert(
form_identify=form_identify,
user_agent=self.phanterpwa_user_agent,
ip=self.phanterpwa_remote_ip,
client=id_client)
if id_csrf:
t = Serialize(
"csrf-{0}".format(self.projectConfig['BACKEND'][
self.app_name]['secret_key']),
self.projectConfig['BACKEND'][
self.app_name]['default_time_csrf_token_expire'])
sign_captha = t.dumps({
'id': str(id_csrf),
'form_identify': form_identify,
'user_agent': self.phanterpwa_user_agent,
'ip': self.phanterpwa_remote_ip
})
sign_captha = sign_captha.decode("utf-8")
q_csrf = self.DALDatabase(
self.DALDatabase.csrf.id == id_csrf).select().first()
q_csrf.update_record(token=sign_captha)
self.DALDatabase.commit()
self.set_status(200)
return self.write({
"status": "OK",
"code": 200,
"message": "Captcha resolved",
"i18n": {
"message": self.T("Captcha resolved")
},
"captcha": captcha.html_ok.xml(),
"csrf": sign_captha
})
else:
id_client = int(
self.phanterpwa_client_token_checked["id_client"])
if form_identify in list_forms:
self.DALDatabase(
(self.DALDatabase.captcha.client == id_client)
& (self.DALDatabase.captcha.form_identify ==
form_identify)).delete()
captcha = Captcha(
form_identify,
secret_key="csrf-{0}".format(
self.projectConfig['BACKEND'][
self.app_name]['secret_key']),
time_token_expire=self.projectConfig['BACKEND'][
self.app_name]['default_time_csrf_token_expire'],
translator=self.Translator_captcha)
html_captcha = captcha.html.xml()
signature = captcha.signature
self.DALDatabase.captcha.insert(
token=signature,
form_identify=form_identify,
user_agent=self.phanterpwa_user_agent,
ip=self.phanterpwa_remote_ip,
date_created=datetime.now(),
client=id_client)
self.DALDatabase.commit()
self.set_status(400)
return self.write({
"status": "Bad Request",
"code": 400,
"captcha": html_captcha,
"signature": signature,
"message": "Incorrect captcha",
"i18n": {
"message": self.T("Incorrect captcha")
}
})
else:
self.DALDatabase.commit()
self.set_status(400)
return self.write({
"status": "Bad Request",
"code": 400,
"message": "Incorrect captcha",
"i18n": {
"message": self.T("Incorrect captcha")
}
})
else:
self.DALDatabase.commit()
self.set_status(400)
return self.write({
"status": "Bad Request",
"code": 400,
"message": "Incorrect captcha, not found.",
"i18n": {
"message": self.T("Incorrect captcha, not found.")
}
})
def get(self, *args, **kargs):
self.phanterpwa_client_token = self.request.headers.get(
'phanterpwa-client-token')
self.phanterpwa_authorization = self.request.headers.get(
'phanterpwa-authorization')
t_client = Serialize(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
self.projectConfig['BACKEND'][
self.app_name]['default_time_client_token_expire'])
t_url = URLSafeSerializer(
self.projectConfig['BACKEND'][self.app_name]['secret_key'],
salt="url_secret_key")
msg = 'The client does not have a client-token, a new one has been generated.'
q = None
if self.phanterpwa_client_token:
q = self.DALDatabase(self.DALDatabase.client.token == self.
phanterpwa_client_token).select().first()
if q:
token_content_client = None
try:
token_content_client = t_client.loads(
self.phanterpwa_client_token)
except BadSignature:
msg = 'The client have a invalid client-token, a new one has been generated.'
token_content_client = None
except SignatureExpired:
msg = 'The client have a expired client-token, a new one has been generated.'
token_content_client = None
if token_content_client:
if token_content_client[
'user_agent'] == self.phanterpwa_user_agent:
if 'id_user' in token_content_client:
token_url = t_url.dumps({**token_content_client})
if self.phanterpwa_authorization:
t_user = Serialize(
self.projectConfig['BACKEND'][
self.app_name]['secret_key'],
self.projectConfig['BACKEND'][
self.app_name]
['default_time_user_token_expire'])
token_content_user = None
try:
token_content_user = t_user.loads(
self.phanterpwa_authorization)
except BadSignature:
token_content_user = None
except SignatureExpired:
token_content_user = None
if token_content_user and 'id' in token_content_user:
id_user = token_content_user['id']
q_user = self.DALDatabase(
self.DALDatabase.auth_user.id ==
id_user).select().first()
q_client = self.DALDatabase(
(self.DALDatabase.client.auth_user ==
id_user)
& (self.DALDatabase.client.token ==
self.phanterpwa_client_token)
).select().first()
if q_user and q_client:
msg = "".join([
'The client-token is valid and belongs ',
'to a login user, will be reused.'
])
time_resing_client = int(
self.projectConfig['BACKEND'][
self.app_name]
['default_time_client_token_expire']
* 0.8) + 1
if q_client.date_created +\
timedelta(seconds=time_resing_client) < datetime.now():
new_client = self.DALDatabase.client.insert(
auth_user=q_client.auth_user,
remember_me=q_client.
remember_me,
last_resign=datetime.now(),
date_created=datetime.now())
content = {
'id_user':
str(q_user.id),
"id_client":
str(new_client),
'user_agent':
self.phanterpwa_user_agent,
'remote_addr':
self.phanterpwa_remote_ip,
}
token_url = t_url.dumps(content)
token_client = t_client.dumps(
content)
token_client = token_client.decode(
"utf-8")
q_client.delete_record()
q_client = self.DALDatabase(
self.DALDatabase.client.id ==
new_client).select().first()
q_client.update_record(
token=token_client)
self.phanterpwa_client_token = token_client
msg = "".join([
'The client-token is valid and belongs ',
'to a login user, but a new one has been generated.'
])
if not q_user.permit_mult_login:
self.DALDatabase(
(self.DALDatabase.client.
auth_user == id_user)
& (self.DALDatabase.client.
token != self.
phanterpwa_client_token)
).delete()
q_role = self.DALDatabase(
(self.DALDatabase.auth_membership.
auth_user == q_user.id)
& (self.DALDatabase.auth_group.id
== self.DALDatabase.
auth_membership.auth_group)
).select(
self.DALDatabase.auth_group.id,
self.DALDatabase.auth_group.role,
orderby=self.DALDatabase.
auth_group.grade)
roles = [x.role for x in q_role]
dict_roles = {
x.id: x.role
for x in q_role
}
role = None
if roles:
role = roles[-1]
self.DALDatabase.commit()
user_image = PhanterpwaGalleryUserImage(
q_user.id, self.DALDatabase,
self.projectConfig)
self.set_status(200)
return self.write(
{
'status': 'OK',
'code': 200,
'message': msg,
'auth_user': {
'id':
q_user.id,
'first_name':
E(q_user.first_name),
'last_name':
E(q_user.last_name),
'email':
q_user.email,
'remember_me':
q_client.remember_me,
'roles':
roles,
'role':
role,
'dict_roles':
dict_roles,
'activated':
q_user.activated,
'image':
user_image.id_image,
'two_factor':
q_user.two_factor_login,
'multiple_login':
q_user.permit_mult_login,
'locale':
q_user.locale,
'social_login':
None
},
'i18n': {
'message': self.T(msg),
'auth_user': {
'role': self.T(role)
}
},
'client_token':
self.phanterpwa_client_token,
'url_token': token_url,
})
else:
msg = "".join([
'The client-token is valid and belongs ',
'to a logout user, will be reused.'
])
self.set_status(200)
return self.write({
'status': 'OK',
'code': 200,
'message': msg,
'auth_user': '******',
'i18n': {
'message': self.T(msg),
'auth_user': self.T('logout')
},
'client_token':
self.phanterpwa_client_token,
'url_token': token_url,
})
else:
msg = 'The client-token is valid and anonymous, will be reused'
self.set_status(200)
return self.write({
'status':
'OK',
'code':
200,
'message':
msg,
'auth_user':
'******',
'i18n': {
'message': self.T(msg),
'auth_user': self.T('anonymous')
},
'client_token':
self.phanterpwa_client_token
})
else:
msg = "".join([
'The client-token is valid but appears to ',
'belong to another client, a new one has been generated.'
])
else:
if self.phanterpwa_authorization:
t_user = Serialize(
self.projectConfig['BACKEND'][self.app_name]
['secret_key'], self.projectConfig['BACKEND']
[self.app_name]['default_time_user_token_expire'])
token_content_user = None
try:
token_content_user = t_user.loads(
self.phanterpwa_authorization)
except BadSignature:
token_content_user = None
except SignatureExpired:
token_content_user = None
if token_content_user and 'id' in token_content_user:
id_user = token_content_user['id']
if int(token_content_user['id']) == int(id_user):
q_user = self.DALDatabase(
self.DALDatabase.auth_user.id ==
id_user).select().first()
if q_user:
content = {
'id_user': str(q_user.id),
"id_client": str(q.id),
'user_agent':
self.phanterpwa_user_agent,
'remote_addr':
self.phanterpwa_remote_ip,
}
token_url = t_url.dumps(content)
token_client = t_client.dumps(content)
token_client = token_client.decode('utf-8')
q.update_record(
token=token_client,
id_user=q_user.id,
date_created=datetime.now())
if not q_user.permit_mult_login:
self.DALDatabase(
(self.DALDatabase.client.auth_user
== id_user)
& (self.DALDatabase.client.token !=
self.phanterpwa_client_token)
).delete()
q_role = self.DALDatabase(
(self.DALDatabase.auth_membership.
auth_user == q_user.id) &
(self.DALDatabase.auth_group.id ==
self.DALDatabase.auth_membership.
auth_group)).select(
self.DALDatabase.auth_group.id,
self.DALDatabase.auth_group.role,
orderby=self.DALDatabase.
auth_group.grade)
roles = [x.role for x in q_role]
dict_roles = {x.id: x.role for x in q_role}
role = None
if roles:
role = roles[-1]
self.DALDatabase.commit()
msg = "".join([
'The client token is valid but expired, ',
'a new one has been generated.'
])
user_image = PhanterpwaGalleryUserImage(
q_user.id, self.DALDatabase,
self.projectConfig)
self.set_status(200)
return self.write({
'status': 'OK',
'code': 200,
'message': msg,
'auth_user': {
'id': q_user.id,
'first_name': E(q_user.first_name),
'last_name': E(q_user.last_name),
'email': q_user.email,
'remember_me': q.remember_me,
'roles': roles,
'role': role,
'dict_roles': dict_roles,
'activated': q_user.activated,
'image': user_image.id_image,
'two_factor':
q_user.two_factor_login,
'multiple_login':
q_user.permit_mult_login,
'locale': q_user.locale,
'social_login': None
},
'i18n': {
'message': self.T(msg),
'auth_user': {
'role': self.T(role)
}
},
'client_token': token_client,
'url_token': token_url
})
else:
msg = 'The client have a invalid client-token, a new one has been generated.'
q.delete_record()
else:
msg = 'The client have a invalid client-token, not found, a new one has been generated.'
if q:
id_client = q.id
else:
id_client = self.DALDatabase.client.insert(
date_created=datetime.now())
content = {
"id_client": id_client,
'user_agent': self.phanterpwa_user_agent,
'remote_addr': self.phanterpwa_remote_ip
}
token_client = t_client.dumps(content)
token_client = token_client.decode('utf-8')
q_client = self.DALDatabase(
self.DALDatabase.client.id == id_client).select(
self.DALDatabase.client.id).first()
if q_client:
q_client.update_record(token=token_client)
self.DALDatabase.commit()
self.set_status(200)
return self.write({
'status': 'OK',
'code': 200,
'message': msg,
'auth_user': '******',
'i18n': {
'message': self.T(msg),
'auth_user': self.T('anonymous')
},
'client_token': token_client
})
def post(self, *args):
self.phanterpwa_authorization = self.request.headers.get(
'phanterpwa-authorization')
dict_arguments = {
k: self.request.arguments.get(k)[0].decode('utf-8')
for k in self.request.arguments
}
if dict_arguments.get('edata'):
used_temporary = None
edata = dict_arguments['edata']
email, password = edata.split(":")
email = base64.b64decode(email).decode('utf-8').strip().lower()
password = base64.b64decode(password).decode('utf-8')
q_user = self.DALDatabase(
self.DALDatabase.auth_user.email == email).select().first()
if q_user:
if not q_user.login_attempts:
q_user.update_record(login_attempts=1)
else:
q_user.update_record(login_attempts=q_user.login_attempts +
1)
result = None
try:
result = pbkdf2_sha512.verify(
"password{0}{1}".format(
password, self.projectConfig['BACKEND'][
self.app_name]['secret_key']),
q_user.password_hash)
except Exception:
self.logger_api.error("Problem on check password",
exc_info=True)
finally:
if not result and\
q_user.temporary_password_expire and\
(datetime.now() < q_user.temporary_password_expire) and q_user.temporary_password_hash:
result = pbkdf2_sha512.verify(
"password{0}{1}".format(
password, self.projectConfig['BACKEND'][
self.app_name]['secret_key']),
q_user.temporary_password_hash)
if result:
used_temporary = password
q_user.update_record(login_attempts=0)
if q_user.login_attempts > self.projectConfig['BACKEND'][
self.app_name]['max_login_attempts']:
if q_user.datetime_next_attempt_to_login and\
(datetime.now() <= q_user.datetime_next_attempt_to_login):
t_delta = q_user.datetime_next_attempt_to_login - datetime.now(
)
msg = "Please, wait approximately {time_next_attempt} to try again."
tna = int(t_delta.total_seconds())
message = msg.format(
time_next_attempt=humanize_seconds(tna))
message_i18n = self.T(msg).format(
time_next_attempt=humanize_seconds(
tna, self.i18nTranslator))
self.DALDatabase.commit()
self.set_status(400)
return self.write({
'status': 'Bad Request',
'code': 400,
'message': message,
'login_attempts': q_user.login_attempts,
'i18n': {
'message': message_i18n,
}
})
else:
q_user.update_record(login_attempts=1)
if result:
remember_me = False
timeout_token_user = self.projectConfig['BACKEND'][
self.app_name]['default_time_user_token_expire']
rem_me = checkbox_bool(dict_arguments['remember_me'])
if rem_me:
remember_me = True
timeout_token_user = self.projectConfig['BACKEND'][
self.app_name][
'default_time_user_token_expire_remember_me']
t_user = Serialize(
self.projectConfig['BACKEND'][self.app_name]
['secret_key'], timeout_token_user)
content = {'id': str(q_user.id), 'email': email}
token_user = t_user.dumps(content)
token_user = token_user.decode('utf-8')
q_role = self.DALDatabase((
self.DALDatabase.auth_membership.auth_user == q_user.id
) & (self.DALDatabase.auth_group.id ==
self.DALDatabase.auth_membership.auth_group)).select(
self.DALDatabase.auth_group.id,
self.DALDatabase.auth_group.role,
orderby=self.DALDatabase.auth_group.grade)
roles = [x.role for x in q_role]
dict_roles = {x.id: x.role for x in q_role}
roles_id = [x.id for x in q_role]
role = None
if roles:
role = roles[-1]
q_user.update_record(login_attempts=0)
t_client = Serialize(
self.projectConfig['BACKEND'][self.app_name]
['secret_key'], self.projectConfig['BACKEND'][
self.app_name]['default_time_client_token_expire'])
t_url = URLSafeSerializer(self.projectConfig['BACKEND'][
self.app_name]["secret_key"],
salt="url_secret_key")
r_client = self.DALDatabase(
self.DALDatabase.client.token ==
self.phanterpwa_client_token).select().first()
if r_client:
r_client.delete_record()
id_client = self.DALDatabase.client.insert(
auth_user=q_user.id, date_created=datetime.now())
q_client = self.DALDatabase(self.DALDatabase.client.id ==
id_client).select().first()
content = {
'id_user': str(q_user.id),
'id_client': str(id_client),
'user_agent': self.phanterpwa_user_agent,
'remote_addr': self.phanterpwa_remote_ip
}
token_url = t_url.dumps(content)
token_client = t_client.dumps(content)
token_client = token_client.decode('utf-8')
q_client.update_record(
token=token_client,
date_created=datetime.now(),
remember_me=remember_me,
locked=False,
)
if not q_user.permit_mult_login:
r_client = self.DALDatabase(
(self.DALDatabase.client.auth_user == q_user.id)
& (self.DALDatabase.client.token != token_client)
).select()
if r_client:
r_client = self.DALDatabase((
self.DALDatabase.client.auth_user == q_user.id
) & (self.DALDatabase.client.token != token_client)
).delete()
self.DALDatabase.commit()
user_image = PhanterpwaGalleryUserImage(
q_user.id, self.DALDatabase, self.projectConfig)
if (
q_user.two_factor_login or two_factor
) and not used_temporary and not self.phanterpwa_form_identify == "user_locked":
two_factor_serialize = URLSafeSerializer(
self.projectConfig['BACKEND'][
self.app_name]["secret_key"],
salt="two_factor_url")
content = {
'id_user': str(q_user.id),
'id_client': str(id_client),
'user_agent': self.phanterpwa_user_agent,
'remote_addr': self.phanterpwa_remote_ip
}
two_factor_url = two_factor_serialize.dumps(content)
two_factor_code = generate_activation_code()
self.Translator_email.direct_translation = self.phanterpwa_language
keys_formatter = dict(
app_name=self.projectConfig['PROJECT']['name'],
user_name="{0} {1}".format(q_user.first_name,
q_user.last_name),
code=two_factor_code,
time_expires=humanize_seconds(
self.projectConfig['BACKEND'][self.app_name]
['default_time_two_factor_code_expire'],
self.Translator_email),
user_agent=self.phanterpwa_user_agent,
user_ip=self.phanterpwa_remote_ip,
copyright=interpolate(
self.projectConfig['CONTENT_EMAILS']
['copyright'], {'now': datetime.now().year}),
link_to_your_page=self.projectConfig[
'CONTENT_EMAILS']['link_to_your_site'])
email_password.text.formatter(keys_formatter)
text_email = email_two_factor_code.text.html(
minify=True,
translate=True,
formatter=keys_formatter,
i18nInstance=self.Translator_email,
dictionary=self.phanterpwa_language,
do_not_translate=["\n", " ", "\n\n", " "],
escape_string=False)
html_email = email_two_factor_code.html.html(
minify=True,
translate=True,
formatter=keys_formatter,
i18nInstance=self.Translator_email,
dictionary=self.phanterpwa_language,
do_not_translate=["\n", " ", "\n\n", " "],
escape_string=False)
e_mail = MailSender(
self.projectConfig['EMAIL']['default_sender'],
self.projectConfig['EMAIL']['password'],
q_user.email,
subject="Two factor authentication code",
text_message=text_email,
html_message=html_email,
server=self.projectConfig['EMAIL']['server'],
port=self.projectConfig['EMAIL']['port'],
use_tls=self.projectConfig['EMAIL']['use_tls'],
use_ssl=self.projectConfig['EMAIL']['use_ssl'])
result = ""
try:
if self.projectConfig["PROJECT"]["debug"]:
self.logger_api.warning(
"TWO FACTOR CODE: {0}".format(
two_factor_code))
else:
self.logger_api.warning(
"Email from '{0}' to '{1}' -> Activation Code: {2}"
.format(
self.projectConfig['EMAIL']
['default_sender'], q_user.email,
two_factor_code))
e_mail.send()
except Exception as e:
result = "Email from '{0}' to '{1}' don't send! -> Error: {2} -> password: {3}".format(
self.projectConfig['EMAIL']['default_sender'],
dict_arguments['email'], e, two_factor_code)
self.logger_api.error(result, exc_info=True)
message = "There was an error trying to send the email."
message_i18n = self.T(
"There was an error trying to send the email.")
self.DALDatabase.rollback()
self.set_status(400)
return self.write({
'status': 'Bad Request',
'code': 400,
'message': message,
'i18n': {
'message': message_i18n
}
})
else:
self.DALDatabase.two_factor_login.insert(
auth_user=q_user.id,
two_factor_url=two_factor_url,
two_factor_code=two_factor_code)
message = 'A code has been sent to your email.'
message_i18n = self.T(
'A code has been sent to your email.')
self.DALDatabase.commit()
self.set_status(206)
return self.write({
'status':
'OK',
'message':
message,
'client_token':
token_client,
'as':
self.phanterpwa_form_identify,
'auth_user': {
'remember_me': q_client.remember_me
},
'i18n': {
'message': message_i18n
},
'authorization_url':
two_factor_url
})
else:
self.set_status(200)
return self.write({
'status': 'OK',
'code': 200,
'message': 'The user is logged',
'authorization': token_user,
'client_token': token_client,
'url_token': token_url,
'used_temporary': used_temporary,
'auth_user': {
'id': str(q_user.id),
'first_name': E(q_user.first_name),
'last_name': E(q_user.last_name),
'email': email,
'remember_me': q_client.remember_me,
'roles': roles,
'role': role,
'dict_roles': dict_roles,
'roles_id': roles_id,
'activated': q_user.activated,
'image': user_image.id_image,
'two_factor': q_user.two_factor_login,
'multiple_login': q_user.permit_mult_login,
'locale': q_user.locale,
'social_login': None
},
'i18n': {
'message': self.T('The user is logged'),
'auth_user': {
'role': self.T(role)
}
}
})
else:
q_user.update_record(
temporary_password_expire=datetime.now() +
timedelta(seconds=self.projectConfig['BACKEND'][
self.app_name]
['default_time_temporary_password_expire']),
datetime_next_attempt_to_login=datetime.now() +
timedelta(seconds=self.projectConfig['BACKEND'][
self.app_name]['timeout_to_next_login_attempt']))
msg = 'Wrong password! Attempt {attempt_number} from {max_attempts}'
message = msg.format(
attempt_number=q_user.login_attempts,
max_attempts=self.projectConfig['BACKEND'][
self.app_name]['max_login_attempts'])
message_i18n = self.T(msg).format(
attempt_number=q_user.login_attempts,
max_attempts=self.projectConfig['BACKEND'][
self.app_name]['max_login_attempts'])
self.DALDatabase.commit()
self.set_status(400)
return self.write({
'status': 'Bad Request',
'code': 400,
'message': message,
'login_attempts': q_user.login_attempts,
'i18n': {
'message': message_i18n
}
})
else:
self.set_status(401)
return self.write({
'status': 'Unauthorized',
'code': 401,
'message': 'Invalid password or email',
'i18n': {
'message': self.T('Invalid password or email')
}
})
self.set_status(400)
return self.write({
'status': 'Bad Request',
'code': 400,
'message': 'Invalid password or email',
'as': dict_arguments.get('edata'),
'i18n': {
'message': self.T('Invalid password or email')
}
})
def get_reset_token(self, expires_sec=1800):
s = Serialize(current_app.config['SECRET_KEY'], expires_sec)
return s.dumps({'user_id': self.id}).decode('utf-8')