def parseOdvXML(self, xmldata):
if xmldata.itdOdvPlace['state'] == 'empty':
return classes.EmptyTripPoint()
if 'list' in [xmldata.itdOdvPlace['state'].encode('utf-8'), xmldata.itdOdvName['state'].encode('utf-8')]:
result = classes.TripPointCompatibleUnclear()
result.place=[elem.getText().encode('utf-8').strip() for elem in xmldata.itdOdvPlace('odvPlaceElem')]
result.name=[elem.getText().encode('utf-8').strip() for elem in xmldata.itdOdvName('odvNameElem')]
else:
odvtype = xmldata['type']
if odvtype == 'any': odvtype = xmldata.itdOdvName.odvNameElem['anyType']
if odvtype == 'stop':
result = classes.Station()
result.place=xmldata.itdOdvPlace.odvPlaceElem.getText().encode('utf-8').strip()
result.name=xmldata.itdOdvName.odvNameElem.getText().encode('utf-8').strip()
result.stopid=xmldata.itdOdvName.odvNameElem['stopID'] if xmldata.itdOdvName.odvNameElem.has_attr('stopID') else xmldata.itdOdvName.odvNameElem['id']
if xmldata.itdOdvName.odvNameElem.has_attr('x'): result.coords = tools.coords(xmldata.itdOdvName.odvNameElem['x'], xmldata.itdOdvName.odvNameElem['y'])
elif odvtype == 'address':
result = classes.Address()
result.place=xmldata.itdOdvPlace.odvPlaceElem.getText().encode('utf-8').strip()
result.name=xmldata.itdOdvName.odvNameElem.getText().encode('utf-8').strip()
result.streetname=xmldata.itdOdvName.odvNameElem['streetName']
result.housenumber=xmldata.itdOdvName.odvNameElem['houseNumber']
if xmldata.itdOdvName.odvNameElem.has_attr('x'): result.coords = tools.coords(xmldata.itdOdvName.odvNameElem['x'], xmldata.itdOdvName.odvNameElem['y'])
else:
raise exceptions.NotImplementedException('unknown type of odv: "%s"' % xmldata['type'])
return result
def parseStopJSON(self, jsondata, result):
result.name = jsondata['nameWO'].encode('utf8').strip()
result.place = jsondata['name'].encode('utf8').strip()
result.place = ' '.join(result.place.split(' ')[0:0-len(result.name.split(' '))])
result.stopid = jsondata['ref']['id']
result.platformname = jsondata['platformName'].encode('utf8').replace('Gleis', '').replace('Bstg.', '').strip()
if 'arrDateTime' in jsondata['ref']:
result.arrival = datetime.datetime.strptime(jsondata['ref']['arrDateTime'].replace('24:', '00:'), '%Y%m%d %H:%M')
if 'arrDelay' in jsondata['ref'] and int(jsondata['ref']['arrDelay']) >= 0:
result.arrival_delay = int(jsondata['ref']['arrDelay'])
result.arrival_live = result.arrival+datetime.timedelta(minutes=result.arrival_delay)
else:
result.arrival_delay = None
result.arrival_live = None
if 'depDateTime' in jsondata['ref']:
result.departure = datetime.datetime.strptime(jsondata['ref']['depDateTime'].replace('24:', '00:'), '%Y%m%d %H:%M')
if 'depDelay' in jsondata['ref'] and int(jsondata['ref']['depDelay']) >= 0:
result.departure_delay = int(jsondata['ref']['depDelay'])
result.departure_live = result.departure+datetime.timedelta(minutes=result.departure_delay)
else:
result.departure_delay = None
result.departure_live = None
if 'arrDateTime' not in jsondata['ref'] and 'depDateTime' not in jsondata['ref']:
result.nostop = True
c = self.parseJSONcoords(jsondata['ref']['coords'])
if c is not None: result.coords = tools.coords(c[0], c[1])
return result
def parsePointXML(self, xmldata, result):
result.place = xmldata['locality'].encode('utf-8').strip()
result.name = xmldata['nameWO'].encode('utf-8').strip() if xmldata['locality'] != '' or xmldata['nameWO'] != '' else xmldata['name'].encode('utf-8').strip()
result.stopid = xmldata['stopID']
result.platformname = xmldata['platformName'].encode('utf-8').replace('Gleis', '').replace('Bstg.', '').strip()
if xmldata('x'): result.coords = tools.coords(xmldata['x'], xmldata['y'])
times = []
if xmldata('itdDateTimeTarget'): times.append(self.parseDateTimeXML(xmldata.itdDateTimeTarget))
if xmldata('itdDateTime'): times.append(self.parseDateTimeXML(xmldata.itdDateTime))
if len(times) > 0:
setattr(result, '%s' % xmldata['usage'], times[0])
if len(times) == 2:
setattr(result, '%s_live' % xmldata['usage'], times[1])
setattr(result, '%s_delay' % xmldata['usage'], int((times[1]-times[0]).total_seconds())/60)
return result
def parsePointJSON(self, jsondata, result):
if result.place is None or result.place == '':
result.place = jsondata['place'].encode('utf8').strip()
if result.name is None or result.name == '':
result.name = (jsondata['name'] if not jsondata['name'].startswith(jsondata['place']) else jsondata['name'][len(jsondata['place']):]).encode('utf8').strip()
result.stopid = jsondata['ref']['id']
if result.platformname is None:
result.platformname = jsondata['ref']['platform'].encode('utf8').strip()
c = self.parseJSONcoords(jsondata['ref']['coords'])
if c is not None: result.coords = tools.coords(c[0], c[1])
if jsondata['dateTime']['time'] != '24:00':
datetimeObject = datetime.datetime.strptime('%s %s' % (jsondata['dateTime']['date'], jsondata['dateTime']['time']), '%d.%m.%Y %H:%M')
else:
datetimeObject = datetime.datetime.strptime('%s' % (jsondata['dateTime']['date']), '%d.%m.%Y') + datetime.timedelta(1)
setattr(result, jsondata['usage'], datetimeObject)
return result
def parseTripJSON(self, rawdata, result):
jsondata = json.loads(rawdata)
# Metadaten
for param in jsondata['parameters']:
if param['name'] in ('sessionID', 'serverID'):
setattr(result, param['name'].lower(), param['value'])
setattr(result, 'json%s' % param['name'].lower(), param['value'])
# Stationen
# Gibts nicht! Naja…
# Routen parsen
routesJSON = jsondata['trips']
i = 0
for routeJSONfoo in routesJSON:
routeJSON = routeJSONfoo['trip']
newroute = result.addroute(i)
newroute.duration = self.parseHourMinutes(routeJSON['duration'])
partsJSON = routeJSON['legs']
j = 0
for partJSON in partsJSON:
newpart = newroute.addpart(j)
if newpart.origin is None: newpart.origin = classes.Point()
if newpart.destination is None: newpart.destination = classes.Point()
newpart.origin = self.parsePointJSON(partJSON['points'][0], newpart.origin)
newpart.destination = self.parsePointJSON(partJSON['points'][1], newpart.destination)
newpart.mot = self.parseMotJSON(partJSON['mode'], classes.Mot())
newpart.via = []
newpart.via_all = []
if 'path' in partJSON: newpart.path = [tools.coords(*c.split(',')) for c in partJSON['path'].strip().split(' ')]
stopsJSON = partJSON['stopSeq'] if 'stopSeq' in partJSON else []
k = 0
for stopJSON in stopsJSON:
newstop = self.parseStopJSON(stopJSON, classes.Point())
newpart.via.append(newstop)
newstop.k = k
k+=1
# So, und jetzt müssen wir dinge kompliziert machen, um bugs der EFA zu Workarounden
# Zunächst mal original origin und destination durch die detaillierteren versionen aus der Stopliste ersetzen
for k in xrange(len(newpart.via)):
via = newpart.via[k]
if via.stopid == newpart.origin.stopid and via.get_maybelive_time('departure') == newpart.origin.departure and via.coords == newpart.origin.coords:
newpart.origin = via
newpart.via.pop(k)
break
for k in xrange(len(newpart.via)):
via = newpart.via[len(newpart.via)-1-k]
if via.stopid == newpart.destination.stopid and via.get_maybelive_time('arrival') == newpart.destination.arrival and via.coords == newpart.destination.coords:
newpart.destination = via
newpart.via.pop(len(newpart.via)-1-k)
break
# Gefilterte liste ohne durchfahren erstellen
newpart.via_all = newpart.via
newpart.via = []
for via in newpart.via_all:
if not via.nostop: newpart.via.append(via)
newpart.duration = int((newpart.destination.arrival - newpart.origin.departure).total_seconds())/60
if 'turnInst' in partJSON:
newpart.distance = sum([int(inst['dis']) for inst in partJSON['turnInst']])
j+=1
i+=1
if len(result.routes) > 0:
result.origin = result.routes[0].parts[0].origin
result.destination = result.routes[0].parts[-1].destination
return result
