def reg(request):
reg_form = RegForm(request.GET);
if reg_form.is_valid():
user = User()
user.login_id = reg_form.cleaned_data[ParamConsts.LOGINID]
user.login_id_type = reg_form.cleaned_data[ParamConsts.LOGINIDTYPE]
user.device_id = reg_form.cleaned_data[ParamConsts.DEVICEID]
user.device_model = reg_form.cleaned_data[ParamConsts.DEVICEMODEL]
user.device_os = reg_form.cleaned_data[ParamConsts.DEVICEOS]
user.device_token = reg_form.cleaned_data[ParamConsts.DEVICETOKEN]
user.country_code = reg_form.cleaned_data[ParamConsts.COUNTRYCODE]
user.language = reg_form.cleaned_data[ParamConsts.LANGUAGE]
returnCode = errors.ERROR_SUCCESS
try:
services.register_user(user)
except errors.ErrorException as e:
returnCode = e.code
if returnCode == errors.ERROR_SUCCESS:
return get_json_response(get_return_dict(returnCode, {ParamConsts.USERID: user.id}))
else:
return get_json_response(get_return_dict(returnCode))
else:
returnCode = errors.ERROR_PARAMETER
return get_json_response(get_return_dict(returnCode, message=reg_form.errors))
def gnp(request):
gnp_form = GnpForm(request.GET)
if gnp_form.is_valid():
latitude = gnp_form.cleaned_data[ParamConsts.LATITUDE]
longtitude = gnp_form.cleaned_data[ParamConsts.LONGTITUDE]
places = services.get_nearby_places(latitude, longtitude)
return_code = errors.ERROR_SUCCESS
return get_json_response(get_return_dict(return_code, __get_return_list(places)))
else:
return_code = errors.ERROR_PARAMETER
return get_json_response(get_return_dict(return_code, message=gnp_form.errors))
def ufp(request):
ufp_form = UfpForm(request.GET)
if ufp_form.is_valid():
user_id = ufp_form.cleaned_data[ParamConsts.USERID]
place_id = ufp_form.cleaned_data[ParamConsts.PLACEID]
services.user_follow_place(user_id, place_id);
return_code = errors.ERROR_SUCCESS
return get_json_response(get_return_dict(return_code))
else:
returnCode = errors.ERROR_PARAMETER
return get_json_response(get_return_dict(returnCode, message=ufp_form.errors))
pass
def gpp(request):
gpp_form = GppForm(request.GET)
if gpp_form.is_valid():
place_id = gpp_form.cleaned_data[ParamConsts.PLACEID]
before = gpp_form.cleaned_data[ParamConsts.AFTER_TIMESTAMP]
max_count = gpp_form.cleaned_data[ParamConsts.MAX_COUNT]
posts = services.get_place_posts(place_id, before, max_count)
returnCode = errors.ERROR_SUCCESS
return get_json_response(get_return_dict(returnCode, __get_return_list(posts)))
else:
returnCode = errors.ERROR_PARAMETER
return get_json_response(get_return_dict(returnCode, message=gpp_form.errors))
def cpl(request):
cpl_form = CplForm(request.GET)
if cpl_form.is_valid():
place = Place()
place.name = cpl_form.cleaned_data[ParamConsts.NAME]
place.user_id = cpl_form.cleaned_data[ParamConsts.USERID]
place.app_id = cpl_form.cleaned_data[ParamConsts.APPID]
place.latitude = cpl_form.cleaned_data[ParamConsts.LATITUDE]
place.longitude = cpl_form.cleaned_data[ParamConsts.LONGTITUDE]
place.radius = cpl_form.cleaned_data[ParamConsts.RADIUS]
place.post_type = cpl_form.cleaned_data[ParamConsts.POSTTYPE]
services.new_place(place);
returnCode = errors.ERROR_SUCCESS
return get_json_response(get_return_dict(returnCode, {ParamConsts.PLACEID: place.id}))
else:
returnCode = errors.ERROR_PARAMETER
return get_json_response(get_return_dict(returnCode, message=cpl_form.errors))
def cp(request):
cp_form = CpForm(request.GET)
if cp_form.is_valid():
post = Post()
post.user_id = cp_form.cleaned_data[ParamConsts.USERID]
post.app_id = cp_form.cleaned_data[ParamConsts.APPID]
post.place_id = cp_form.cleaned_data[ParamConsts.PLACEID]
post.content_type = cp_form.cleaned_data[ParamConsts.CONTENT_TYPE]
post.text_content = cp_form.cleaned_data[ParamConsts.TEXT_CONTENT]
post.latitude = cp_form.cleaned_data[ParamConsts.LATITUDE]
post.longitude = cp_form.cleaned_data[ParamConsts.LONGTITUDE]
post.user_latitude = cp_form.cleaned_data[ParamConsts.USER_LATITUDE]
post.user_longitude = cp_form.cleaned_data[ParamConsts.USER_LONGITUDE]
services.new_post(post);
returnCode = errors.ERROR_SUCCESS
return get_json_response(get_return_dict(returnCode, {ParamConsts.POSTID: post.id, ParamConsts.CREATE_DATE: date2str(post.create_date)}))
else:
returnCode = errors.ERROR_PARAMETER
return get_json_response(get_return_dict(returnCode, message=cp_form.errors))
def internal_method(request):
if request.method == 'GET':
in_form = InternalForm(request.GET)
logger.info('[RECV] %s' % in_form.data)
if in_form.is_valid():
try:
method = getattr(place.api.methods, in_form.cleaned_data[MethodConsts.METHOD])
return method(request)
except AllServersUnavailable:
returnCode = errors.ERROR_CASSANDRA_UNAVAILABLE;
logger.error('Catch exception, fail to connect to cassandra database')
return get_json_response(get_return_dict(returnCode))
except Exception:
returnCode = errors.ERROR_PARA_METHOD_NOT_FOUND
logger.exception('%s', traceback.extract_stack())
return get_json_response(get_return_dict(returnCode))
else:
returnCode = errors.ERROR_PARAMETER
return get_json_response(get_return_dict(returnCode, message=in_form.errors))
else:
returnCode = errors.ERROR_NOT_GET_METHOD
return get_json_response(get_return_dict(returnCode))
def get(request, post_id):
photos = Photo.objects.all()
return get_json_response(Photo, photos)