def show(request):
"""
show user infomation
"""
access_token_input = input_for_show_func(request)
kan_user = KanUser('', access_token_input)
kan_user.verify_and_login()
if kan_user.is_logged_in():
response_dict = extract_class_instance_to_dict(kan_user.get_user())
response = HttpResponse(serialize(response_dict))
else:
response = HttpResponse(serialize(None))
return response
def verify(request):
"""
verify user infomation, return access_token
"""
sohupassport_uuid, access_token_input = input_for_verify_func(request)
kan_user = KanUser(sohupassport_uuid, access_token_input)
kan_user.verify_and_login()
if kan_user.is_logged_in():
response_dict = dict()
response_dict['access_token'] = kan_user.get_access_token()
response = HttpResponse(serialize(response_dict))
else:
response = HttpResponse(serialize(None))
return response
def update(request):
"""
update user infomation
"""
access_token_input, user_info_dict = input_for_update_func(request)
kan_user = KanUser('', access_token_input)
kan_user.verify_and_login()
if kan_user.is_logged_in():
kan_user.set_kan_username(user_info_dict.get('kan_username', ''))
kan_user.set_kan_self_description(
user_info_dict.get('kan_self_description', ''))
response_dict = extract_class_instance_to_dict(kan_user.get_user())
response = HttpResponse(serialize(response_dict))
else:
response = HttpResponse(serialize(None))
return response
def api2_access_token(request):
passport_userid, passport_token, passport_gid = api2_input_for_access_token_func(
request)
sohupassport_uuid = api2_auth_token(passport_userid, passport_token,
passport_gid)
kan_user = KanUser(sohupassport_uuid, '')
kan_user.verify_and_login()
response = None
mimetype = 'text/xml'
if kan_user.is_logged_in():
http_response = HttpResponse(kan_user.get_access_token())
http_response.set_cookie('access_token',
kan_user.get_access_token(),
expires=datetime.datetime.now() +
datetime.timedelta(days=1),
httponly=False)
else:
error = KanError('1000')
error_etree = error.get_error_etree()
response = etree.tostring(error_etree,
xml_declaration=True,
encoding='utf-8')
http_response = HttpResponse(response, mimetype=mimetype)
return http_response
def update(request):
"""
update user infomation
"""
access_token_input, user_info_dict = input_for_update_func(request)
kan_user = KanUser('', access_token_input)
kan_user.verify_and_login()
if kan_user.is_logged_in():
kan_user.set_kan_username(user_info_dict.get('kan_username', ''))
kan_user.set_kan_self_description(user_info_dict.get('kan_self_description', ''))
response_dict = extract_class_instance_to_dict(kan_user.get_user())
response = HttpResponse(serialize(response_dict))
else:
response = HttpResponse(serialize(None))
return response
def api2_update(request):
access_token_input, modify_info = api2_input_for_update_func(request)
kan_user = KanUser('', access_token_input)
kan_user.verify_and_login()
response = None
mimetype = 'text/xml'
if kan_user.is_logged_in():
api2_modify_kan_user_common(kan_user, modify_info)
kan_user_etree = api2_convert_kan_user_to_xml_etree(kan_user)
if kan_user_etree is not None:
response = etree.tostring(kan_user_etree, xml_declaration=True, encoding='utf-8')
http_response = HttpResponse(response, mimetype=mimetype)
http_response.set_cookie('access_token', kan_user.get_access_token())
else:
error = KanError('1000')
error_etree = error.get_error_etree()
response = etree.tostring(error_etree, xml_declaration=True, encoding='utf-8')
http_response = HttpResponse(response, mimetype=mimetype)
return http_response
def api2_update(request):
access_token_input, modify_info = api2_input_for_update_func(request)
kan_user = KanUser('', access_token_input)
kan_user.verify_and_login()
response = None
mimetype = 'text/xml'
if kan_user.is_logged_in():
api2_modify_kan_user_common(kan_user, modify_info)
kan_user_etree = api2_convert_kan_user_to_xml_etree(kan_user)
if kan_user_etree is not None:
response = etree.tostring(kan_user_etree,
xml_declaration=True,
encoding='utf-8')
http_response = HttpResponse(response, mimetype=mimetype)
http_response.set_cookie('access_token', kan_user.get_access_token())
else:
error = KanError('1000')
error_etree = error.get_error_etree()
response = etree.tostring(error_etree,
xml_declaration=True,
encoding='utf-8')
http_response = HttpResponse(response, mimetype=mimetype)
return http_response
def api2_verify_credentials(request):
access_token_input = api2_input_for_verify_credentials_func(request)
kan_user = KanUser('', access_token_input)
kan_user.verify_and_login()
response = None
mimetype = 'text/xml'
if kan_user.is_logged_in():
kan_user_etree = api2_convert_kan_user_to_xml_etree(kan_user)
if kan_user_etree is not None:
response = etree.tostring(kan_user_etree,
xml_declaration=True,
encoding='utf-8')
http_response = HttpResponse(response, mimetype=mimetype)
http_response.set_cookie('access_token',
kan_user.get_access_token(),
expires=datetime.datetime.now() +
datetime.timedelta(days=1),
httponly=False)
else:
error = KanError('1000')
error_etree = error.get_error_etree()
response = etree.tostring(error_etree,
xml_declaration=True,
encoding='utf-8')
http_response = HttpResponse(response, mimetype=mimetype)
return http_response
def api2_verify_credentials(request):
access_token_input = api2_input_for_verify_credentials_func(request)
kan_user = KanUser('', access_token_input)
kan_user.verify_and_login()
response = None
mimetype = 'text/xml'
if kan_user.is_logged_in():
kan_user_etree = api2_convert_kan_user_to_xml_etree(kan_user)
if kan_user_etree is not None:
response = etree.tostring(kan_user_etree, xml_declaration=True, encoding='utf-8')
http_response = HttpResponse(response, mimetype=mimetype)
http_response.set_cookie('access_token',
kan_user.get_access_token(),
expires=datetime.datetime.now() + datetime.timedelta(days=1),
httponly=False)
else:
error = KanError('1000')
error_etree = error.get_error_etree()
response = etree.tostring(error_etree, xml_declaration=True, encoding='utf-8')
http_response = HttpResponse(response, mimetype=mimetype)
return http_response
def show(request):
"""
show user infomation
"""
access_token_input = input_for_show_func(request)
kan_user = KanUser('', access_token_input)
kan_user.verify_and_login()
if kan_user.is_logged_in():
response_dict = extract_class_instance_to_dict(kan_user.get_user())
response = HttpResponse(serialize(response_dict))
else:
response = HttpResponse(serialize(None))
return response
def verify(request):
"""
verify user infomation, return access_token
"""
sohupassport_uuid, access_token_input = input_for_verify_func(request)
kan_user = KanUser(sohupassport_uuid, access_token_input)
kan_user.verify_and_login()
if kan_user.is_logged_in():
response_dict = dict()
response_dict['access_token'] = kan_user.get_access_token()
response = HttpResponse(serialize(response_dict))
else:
response = HttpResponse(serialize(None))
return response
def api2_access_token(request):
passport_userid, passport_token, passport_gid = api2_input_for_access_token_func(request)
sohupassport_uuid = api2_auth_token(passport_userid, passport_token, passport_gid)
kan_user = KanUser(sohupassport_uuid, '')
kan_user.verify_and_login()
response = None
mimetype = 'text/xml'
if kan_user.is_logged_in():
http_response = HttpResponse(kan_user.get_access_token())
http_response.set_cookie('access_token',
kan_user.get_access_token(),
expires=datetime.datetime.now() + datetime.timedelta(days=1),
httponly=False)
else:
error = KanError('1000')
error_etree = error.get_error_etree()
response = etree.tostring(error_etree, xml_declaration=True, encoding='utf-8')
http_response = HttpResponse(response, mimetype=mimetype)
return http_response