def send_response(code, message=None):
r = HTTPResponse(status=code)
r.add_header('Access-Control-Allow-Origin', '*')
r.set_header('Content-Type', 'application/json')
if message is None:
r.set_header('Content-Type', 'text/plain')
elif type(message) is str:
e = {'error': message}
r.body = json.dumps(e)
elif type(message) is dict:
r.body = json.dumps(message)
else:
r.body = message
return r
def _create_response(self, event):
local_response = HTTPResponse(headers=event.headers)
status, status_message = event.status
local_response.status = "{code} {message}".format(code=status, message=status_message)
local_response.set_header("Content-Type", event.content_type)
local_response.body = "" if int(status) == 204 else self._format_response_data(event)
return local_response
def get_powerstatus(request, _xbox):
#
args = get_request_log_args(request)
#
try:
#
isOn = _xbox.power_status()
#
data = {'isOn': isOn}
#
status = httpStatusSuccess
#
args['result'] = logPass
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
response = HTTPResponse()
response.status = status
response.body = data
enable_cors(response)
#
return response
#
except Exception as e:
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPError(status)
def get_ui_index(request):
#
args = get_request_log_args(request)
#
try:
with open(
os.path.join(os.path.dirname(__file__), '..',
'webfiles/index.html'), 'r') as f:
page_body = f.read()
#
status = httpStatusSuccess
args['result'] = logPass
#
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
response = HTTPResponse()
response.status = status
response.body = page_body
enable_cors(response)
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPError(status)
def get_commands(request, _virginmedia_tivo):
#
args = get_request_log_args(request)
#
try:
#
data = _virginmedia_tivo.getCommands()
#
status = httpStatusSuccess
#
args['result'] = logPass
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
response = HTTPResponse()
response.status = status
response.body = data
#
return response
#
except Exception as e:
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPError(status)
def success():
response = HTTPResponse()
response.status = 200
response.body = json.dumps(
{
'message': 'Success'
}
) + "\n"
return response
def apikeyNotValid():
response = HTTPResponse()
response.status = 200
response.body = json.dumps(
{
'message': 'api key not valid',
}
) + "\n"
return response
def badRequest(key):
response = HTTPResponse()
response.status = 400
response.body = json.dumps(
{
'message': 'Failed',
'BadRequest': key
}
) + "\n"
return response
def cannotTweet():
response = HTTPResponse()
response.status = 500
response.body = json.dumps(
{
'message': 'Failed',
'Error': 'CannotTweet'
}
) + "\n"
return response
def get_headlines(request, option):
#
args = get_request_log_args(request)
args['timestamp'] = datetime.now()
args['process'] = 'inbound'
#
try:
#
data = {}
#
if option == 'sources':
data['articles'] = cache.cache['headlines']['sources']
data['sources'] = cache.cache['sources']['sources']
elif option == 'categories':
data['articles'] = cache.cache['headlines']['categories']
data['sources'] = cache.cache['sources']['categories']
elif option == 'country':
data['articles'] = cache.cache['headlines']['country']
data['sources'] = cache.cache['sources']['country']
elif option == 'language':
data['articles'] = cache.cache['headlines']['language']
data['sources'] = cache.cache['sources']['language']
else:
data = False
#
if not bool(data):
status = httpStatusFailure
args['result'] = logFail
else:
status = httpStatusSuccess
args['result'] = logPass
#
args['http_response_code'] = status
args['description'] = '-'
cache.logQ.put(args)
#
response = HTTPResponse()
response.status = status
#
if not isinstance(data, bool):
response.body = data
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
cache.logQ.put(args)
#
raise HTTPError(status)
def get_calendar_daterange(request, option, dateFrom, dateTo):
#
args = get_request_log_args(request)
args['timestamp'] = datetime.now()
args['process'] = 'inbound'
#
try:
# '_dateFrom' and '_dateTo' should be in format "yyyy-mm-dd"
_dateFrom = datetime.strptime(dateFrom, '%Y-%m-%d')
_dateTo = datetime.strptime(dateTo, '%Y-%m-%d')
#
if option == str_calendar_events:
data = {
str_calendar_events:
cache.cache['_icloud'].get_events_daterange(
_dateFrom, _dateTo)
}
elif option == str_calendar_birthdays:
data = {
str_calendar_birthdays:
get_birthdays_daterange(_dateFrom, _dateTo)
}
else:
data = False
#
if not bool(data):
status = httpStatusFailure
args['result'] = logFail
else:
status = httpStatusSuccess
args['result'] = logPass
#
args['http_response_code'] = status
args['description'] = '-'
cache.logQ.put(args)
#
response = HTTPResponse()
response.status = status
#
if not isinstance(data, bool):
response.body = data
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
cache.logQ.put(args)
#
raise HTTPError(status)
def hello(): # pylint: disable=unused-variable
paper_id = str(request.params.paper_id) # pylint: disable=no-member
paper_pdf_url = str(request.params.paper_pdf_url) # pylint: disable=no-member
response = HTTPResponse(status=200)
if (not paper_id) or (not paper_pdf_url):
response.status = 400
response.body = {'status': response.status}
parse_xhtml(paper_id, paper_pdf_url)
return response
def api_get_info():
response = HTTPResponse()
all_ = request.query.get('all')
issue = request.query.get('issue')
if all_ in ['1', 'True', 'true']:
rows = get_all_info()
response.body = json.dumps(
rows,
default=default_datetime_format
) + "\n"
elif issue is not None:
row = get_info(issue)
response.body = json.dumps(
row,
default=default_datetime_format
) + "\n"
else:
row = get_latest_info()
response.body = json.dumps(
row,
default=default_datetime_format
) + "\n"
return response
def get_sunrisesunset(request, _weather, _sunrisesunset, date):
#
# 'date' in YYYY-MM-DD format. Also accepts other date formats and even relative date formats.
# If not present, date defaults to current date. Optional.
#
args = get_request_log_args(request)
#
try:
#
location = _weather.get_location()
lat = location['latitude']
long = location['longitude']
#
if date:
data = _sunrisesunset.get_sunrise_sunset(lat, long, date)
else:
data = _sunrisesunset.get_sunrise_sunset(lat, long, 'today')
#
if not bool(data):
status = httpStatusFailure
args['result'] = logFail
else:
status = httpStatusSuccess
args['result'] = logPass
#
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
response = HTTPResponse()
response.status = status
#
if not isinstance(data, bool):
response.body = data
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPError(status)
def get_data_infoservice(service=False, resource_requested=False):
#
global infoservices
#
log = log_msg(request, uri_data_infoservice)
#
try:
#
if (not service) or (not resource_requested):
log_error('{log} - {error}'.format(log=log, error='URI invalid'))
raise HTTPError(404)
#
try:
info_seq = get_cfg_info_seq(service)
except Exception as e:
log_error('{log} - {error}'.format(log=log, error=e))
raise HTTPError(404)
#
data_dict = {'data': resource_requested}
#
if len(request.query.decode()) > 0:
data_dict.update(request.query.decode())
#
#
rsp = infoservices[info_seq].getData(data_dict)
#
response = HTTPResponse()
enable_cors(response)
#
if isinstance(rsp, bool):
if rsp:
response.status = 200
else:
response.status = 400
else:
if bool(rsp):
response.body = str(rsp)
response.status = 200
else:
response.status = 400
#
log_general(log)
return response
#
except Exception as e:
log_error('{log} - {error}'.format(log=log, error=e))
raise HTTPError(500)
def get_calendar_all(request, option):
#
args = get_request_log_args(request)
args['timestamp'] = datetime.now()
args['process'] = 'inbound'
#
try:
#
if option == str_calendar_events:
data = {str_calendar_events: cache.cache['calendar']['events']}
elif option == str_calendar_birthdays:
data = {
str_calendar_birthdays: cache.cache['calendar']['birthdays']
}
else:
data = False
#
if not bool(data):
status = httpStatusFailure
args['result'] = logFail
else:
status = httpStatusSuccess
args['result'] = logPass
#
args['http_response_code'] = status
args['description'] = '-'
cache.logQ.put(args)
#
response = HTTPResponse()
response.status = status
#
if not isinstance(data, bool):
response.body = data
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
cache.logQ.put(args)
#
raise HTTPError(status)
def get_all(request, _weather, _sunrisesunset):
#
args = get_request_log_args(request)
#
try:
#
data = _weather.get_weather_forecast()
#
if not bool(data):
status = httpStatusFailure
args['result'] = logFail
else:
status = httpStatusSuccess
args['result'] = logPass
#
for day_key in data['days'].keys():
#
data['days'][day_key][
'sunRiseSet'] = _sunrisesunset.get_sunrise_sunset(
data['location']['latitude'],
data['location']['longitude'],
data['days'][day_key]['date'])
#
#
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
response = HTTPResponse()
response.status = status
#
if not isinstance(data, bool):
response.body = data
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPError(status)
def get_forecast(request, _weather, option):
#
args = get_request_log_args(request)
#
try:
#
if option == 'all':
data = _weather.get_weather_forecast()
elif option == '3hourly':
data = False
elif option == 'daily':
data = False
else:
data = False
#
if not bool(data):
status = httpStatusFailure
args['result'] = logFail
else:
status = httpStatusSuccess
args['result'] = logPass
#
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
response = HTTPResponse()
response.status = status
#
if not isinstance(data, bool):
response.body = data
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPError(status)
def trigger():
group_id = request.query.group_id
start_time = request.query.start_time
duration = request.query.duration
hashtag = request.query.hashtag
hashtag = hashtag.replace('#', '\#')
start_time = fetch_unix_time()
print(start_time, flush=True)
cmd = 'php filter-oauth.php {} {}'.format(group_id, hashtag)
Thread(target=run_cmd, args=(cmd, start_time, duration)).start()
res = HTTPResponse(200)
res.body = {}
res.body['start_time'] = start_time
return res
def get_apps_all(request, _tvlgnetcast):
#
args = get_request_log_args(request)
#
try:
#
r = _tvlgnetcast.getApps_all()
#
# Add URI for retrieving image item
for k in r.keys():
r[k]['image'] = '/img/appicon/{auid}'.format(auid=r[k]['auid'])
#
if not bool(r):
status = httpStatusFailure
result = logFail
else:
status = httpStatusSuccess
result = logPass
#
args['result'] = result
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
response = HTTPResponse()
response.status = status
enable_cors(response)
#
if not isinstance(r, bool):
response.body = r
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPError(status)
def get_news_config_html(request):
#
args = get_request_log_args(request)
args['timestamp'] = datetime.now()
args['process'] = 'inbound'
#
try:
#
data = {}
#
body = build_page()
#
if not bool(body):
status = httpStatusFailure
args['result'] = logFail
else:
status = httpStatusSuccess
args['result'] = logPass
#
args['http_response_code'] = status
args['description'] = '-'
cache.logQ.put(args)
#
response = HTTPResponse()
response.status = status
#
if not isinstance(data, bool):
response.body = body
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
cache.logQ.put(args)
#
raise HTTPError(status)
def render_response(self, resp):
# always ensure we have a http response instance
if not isinstance(resp, HTTPResponse):
resp = HTTPResponse(resp)
# create new response type
nresp = HTTPResponse()
resp.apply(nresp)
if not request.nctx.renderer: return nresp
# apply rendering
nresp.body = request.nctx.renderer.render(nresp.body)
nresp.content_type = request.nctx.response_content_type
# XXX: manually append charset due to bug
# https://github.com/bottlepy/bottle/issues/1048
if request.nctx.renderer.charset:
to_append = '; charset={}'.format(request.nctx.renderer.charset.upper())
nresp.content_type += to_append
return nresp
def get_volume(request, _tvlgnetcast):
#
args = get_request_log_args(request)
#
try:
#
r = _tvlgnetcast.getVolume()
#
if not bool(r):
status = httpStatusFailure
result = logFail
else:
status = httpStatusSuccess
result = logPass
#
args['result'] = result
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
response = HTTPResponse()
response.status = status
enable_cors(response)
#
if not isinstance(r, bool):
response.body = r
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPError(status)
def render_response(self, resp):
# always ensure we have a http response instance
if not isinstance(resp, HTTPResponse):
resp = HTTPResponse(resp)
# create new response type
nresp = HTTPResponse()
resp.apply(nresp)
if not request.nctx.renderer: return nresp
# apply rendering
nresp.body = request.nctx.renderer.render(nresp.body)
nresp.content_type = request.nctx.response_content_type
# XXX: manually append charset due to bug
# https://github.com/bottlepy/bottle/issues/1048
if request.nctx.renderer.charset:
to_append = '; charset={}'.format(
request.nctx.renderer.charset.upper())
nresp.content_type += to_append
return nresp
def consume(self, event, *args, **kwargs):
# There is an error that results in responding with an empty list that will cause an internal server error
original_event_class, response_queue = self.responders.pop(event.event_id, None)
if response_queue:
accept = event.get('accept', original_event_class.content_type)
if not isinstance(event, self.CONTENT_TYPE_MAP[accept]):
self.logger.warning(
"Incoming event did did not match the clients Accept format. Converting '{current}' to '{new}'".format(
current=type(event), new=original_event_class.__name__))
event = event.convert(self.CONTENT_TYPE_MAP[accept])
local_response = HTTPResponse()
status, status_message = event.status
local_response.status = "{code} {message}".format(code=status, message=status_message)
for header, value in event.headers.iteritems():
local_response.set_header(header, value)
local_response.set_header("Content-Type", event.content_type)
if int(status) == 204:
response_data = ""
else:
response_data = self.format_response_data(event)
local_response.body = response_data
response_queue.put(local_response)
response_queue.put(StopIteration)
self.logger.info("[{status}] Service '{service}' Returned in {time:0.0f} ms".format(
service=event.service,
status=local_response.status,
time=(datetime.now()-event.created).total_seconds() * 1000), event=event)
else:
self.logger.warning("Received event response for an unknown event ID. The request might have already received a response", event=event)
def post_2fa_code_request(request):
#
args = get_request_log_args(request)
args['timestamp'] = datetime.now()
args['process'] = 'inbound'
#
try:
r = cache.cache['_icloud'].request_validation_code_default()
#
if r['result']:
status = httpStatusSuccess
args['result'] = logPass
else:
status = httpStatusFailure
args['result'] = logFail
#
args['http_response_code'] = status
args['description'] = '-'
cache.logQ.put(args)
#
response = HTTPResponse()
response.status = status
response.body = r
enable_cors(response)
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
cache.logQ.put(args)
#
raise HTTPError(status)
def get_devices_type(request, _nest, device_type):
#
args = get_request_log_args(request)
#
try:
#
r = _nest.getDevicesType(device_type)
#
if not bool(r):
status = httpStatusFailure
args['result'] = logFail
else:
status = httpStatusSuccess
args['result'] = logPass
#
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
response = HTTPResponse()
response.status = status
#
if not isinstance(r, bool):
response.body = r
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPError(status)
def get_location(request, _weather):
#
args = get_request_log_args(request)
#
try:
#
data = _weather.get_location()
#
if not bool(data):
status = httpStatusFailure
args['result'] = logFail
else:
status = httpStatusSuccess
args['result'] = logPass
#
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
response = HTTPResponse()
response.status = status
#
if not isinstance(data, bool):
response.body = data
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPError(status)
def api_update_info(id_):
response = HTTPResponse()
required_key = ['apikey']
optional_key = ['type', 'service', 'begin', 'end', 'detail']
try:
params = require(required_key)
except RequireNotSatisfiedError as e:
return badRequest(e.message)
params.update(optional(optional_key))
tw_flg = request.forms.get('tweet', False)
if params['apikey'] != cfg['API_KEY']:
return apikeyNotValid()
for value in params.values():
if value is not None:
if update(id_, params) and tw_flg:
tweet(get_status(get_info(id_)))
break
row = get_info(id_)
response.body = json.dumps(
row,
default=default_datetime_format
)+"\n"
return response
def get_recordings(request, _virginmedia_tivo):
#
args = get_request_log_args(request)
#
try:
#
r = _virginmedia_tivo.getRecordings()
#
if not bool(r):
status = httpStatusFailure
else:
status = httpStatusSuccess
#
args['result'] = logPass
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
response = HTTPResponse()
response.status = status
#
if not isinstance(r, bool):
response.body = r
#
return response
#
except Exception as e:
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPError(status)
def get_checkchannels(request):
#
args = get_request_log_args(request)
#
try:
#
r = checkChannels()
#
if not r:
status = httpStatusFailure
else:
status = httpStatusSuccess
#
args['result'] = logPass
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
response = HTTPResponse()
response.status = status
#
if not isinstance(r, bool):
response.body = r
#
return response
#
except Exception as e:
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPError(status)
def jsonify(body='', status=200):
response = HTTPResponse(content_type='application/json')
response.body = json.dumps(body)
response.status = status
return response
def jsonify(obj, status=200):
response = HTTPResponse(content_type='application/json')
response.body = json.dumps(obj, encoding='latin1')
response.status = status
return response
def get_js(file_path):
r = HTTPResponse(status=200)
r.headers['Content-Type'] = 'text/css; charset=utf-8'
r.body = static_file(file_path, root='./css')
return r
def get_ui_config(request):
#
args = get_request_log_args(request)
#
try:
#
status = httpStatusSuccess
args['result'] = logPass
#
args['http_response_code'] = status
args['description'] = '-'
log_inbound(**args)
#
modules = get_cfg_details_modules()
tempModules = {}
for module in modules:
if not module['group'] in tempModules:
tempModules[module['group']] = {}
tempModules[module['group']][module['index']] = module
#
r = 'window.onload=function() {'
#
for groupKey in tempModules:
modules = tempModules[groupKey]
#
for moduleKey in sorted(modules.keys()):
module = modules[moduleKey]
#
moduleType = module['module']
group = module['group']
index = module['index']
#
try:
r += "module_init('{module}', '{group}', {index}, '{url}');\n".format(
module=moduleType,
group=group,
index=index,
url=module['url'])
except:
r += "module_init('{module}', '{group}', {index});\n".format(
module=moduleType, group=group, index=index)
#
r += '}'
#
response = HTTPResponse()
response.body = r
response.status = status
enable_cors(response)
#
return response
#
except Exception as e:
#
status = httpStatusServererror
#
args['result'] = logException
args['http_response_code'] = status
args['description'] = '-'
args['exception'] = e
log_inbound(**args)
#
raise HTTPResponse(status=status)
