def get_leg_route_number(leg):
short_path = ['NS1:Verkehrsmittel', 'NS1:Informationen',
'NS1:Nummer'] # seems to be identical to 'NS1:ExterneNummer'
return get_node_text_value(leg, short_path)
def eval_error_type(response, params, CONFIG):
"""
Different 500 errors can occur - Below is the v1 documentation (we're using v2) so might be out of date
FahrplanService_V1_0.wsdl
SBB successfully operates an online timetable that can be used to perform timetable enquiries and query
arrival/departure tables, trains/services and other information. The web service enables third parties to query this
information via a standardised interface and use it in their own applications. In the event of an error, a SOAP
fault is generated with associated error code. The following error codes are available:
- SPF-0000: General error. Unidentified cause.
- SPF-1000: Timetable system responding with error status code. The timetable system's error code is appended to the
code generated by the timetable service, e.g. SPF_1000_K9260
- SPF-1001: Technical error during timetable system query, occurs e.g. if the timetable system is unavailable.
- SPF-2000: Validation error. The request does not conform to the schema.
- SPF-3000: Error interpreting query. The query is valid but cannot be interpreted.
- SPF-3100: Error interpreting timetable system response. The timetable system has supplied a response that cannot
be interpreted.
- SPF-5000: Not authorised to carry out this operation.
- SPF-9000: Search query does not contain any entries.
Known messages / codes that have been encountered so far:
SPF-1000_C1
Fahrplansystem Error
Communication: No server found accepting us. (server is down?)
SPF-1000_W-K890
Fahrplansystem Error
No connections found.
SPF-1000_F2
Fahrplansystem Error
Spool: Error writing the spoolfile.
SPF-3000
Request Transformation error
WSINPHDR:SOAP_Extract
:param response:
:param params:
:return:
"""
logging.debug(response.content)
# TODO : this should output proper error logs based on the output from SBB.
# TODO : The different kind of errors should be pushed to a statsd counter so we can monitor them
try:
root = ET.fromstring(response.content)
# Get the SBB error code (all errors are labeled as 500 in the response)
error_code_path = [
'soapenv:Envelope ', 'soapenv:Body', 'soapenv:Fault', 'faultcode'
]
error_code = get_node_text_value(root, error_code_path)
# Get the SBB error code (all errors are labeled as 500 in the response)
error_string_path = [
'soapenv:Envelope ', 'soapenv:Body', 'soapenv:Fault', 'faultstring'
]
error_string = get_node_text_value(root, error_string_path)
# Get the message associated with the error
error_msg_path = [
'soapenv:Envelope ', 'soapenv:Body', 'soapenv:Fault', 'detail'
'NS5:technicalDetails', 'text'
]
error_msg = get_node_text_value(root, error_msg_path)
logging.error('Query failed, ERROR {e}'.format(e=response.status_code))
logging.error(
'SBB API Error/Fault (Code : String - Technical Details), {c} : {s} - {m}'
.format(c=error_code, s=error_string, m=error_msg))
logging.error('Parameters supplies: \n{q}'.format(q=params))
logging.error('Full response: \n{r}'.format(r=response.content))
# decide on output behavior:
# RETRY / EXIT / SKIP
if error_code == 'SPF-1000_C1':
return 'retry'
elif error_code == 'SPF-1000_F2':
return 'retry'
elif error_code == 'SPF-3000':
return 'retry'
elif error_code == 'SPF-1000_W-K890':
return 'skip'
except:
send_email(
'Error processing SBB API response:\n{r}'.format(
r=response.content), CONFIG)
return None
def get_leg_route_category(leg):
short_path = [
'NS1:Verkehrsmittel', 'NS1:Informationen', 'NS1:Kategorie',
'NS1:Abkuerzung'
]
return get_node_text_value(leg, short_path)
def get_leg_route_line(leg):
short_path = ['NS1:Verkehrsmittel', 'NS1:Informationen', 'NS1:Linie']
return get_node_text_value(leg, short_path)
def get_leg_type(leg):
short_path = ['NS1:Verkehrsmittel', 'NS1:Typ']
return get_node_text_value(leg, short_path)
def get_leg_route_full_name(leg):
short_path = ['NS1:Verkehrsmittel', 'NS1:Informationen', 'NS1:Name']
return get_node_text_value(leg, short_path)
def get_seg_stop_id(segment):
short_path = [
'NS1:Haltestelle', 'NS1:Standort', 'NS1:Id', 'NS1:ExterneStationId'
]
return get_node_text_value(segment, short_path).lstrip('0')
def get_seg_type(segment):
short_path = ['NS1:Haltestelle', 'NS1:Standort', 'NS1:Typ']
return get_node_text_value(segment, short_path)
def get_leg_platform_end(leg):
short_path = ['NS1:Ankunft', 'NS1:Haltestelle', 'NS1:Gleis', 'NS1:Aktuell']
return get_node_text_value(leg, short_path)
def get_leg_station_name_end(leg):
short_path = ['NS1:Ankunft', 'NS1:Haltestelle', 'NS1:Standort', 'NS1:Name']
# return remove_non_ascii(get_node_text_value(leg, short_path))
return get_node_text_value(leg, short_path)
def get_leg_stop_id_end(leg):
short_path = [
'NS1:Ankunft', 'NS1:Haltestelle', 'NS1:Standort', 'NS1:Id',
'NS1:ExterneStationId'
]
return get_node_text_value(leg, short_path).lstrip('0')
def get_leg_platform_start(leg):
short_path = ['NS1:Abfahrt', 'NS1:Haltestelle', 'NS1:Gleis', 'NS1:Aktuell']
return get_node_text_value(leg, short_path)
def get_leg_agency_id(leg):
short_path = [
'NS1:Verkehrsmittel', 'NS1:Informationen',
'NS1:TransportUnternehmungCode'
]
return get_node_text_value(leg, short_path)