def run(self):
# Update datastore.
self.log("===== Feed: %s =====" % self.feedid)
feed = self.registry.feed(self.feedid)
filename = self.filename or os.path.join(self.workdir,
'%s.zip' % feed.onestop())
self.log("Opening: %s" % filename)
gtfs_feed = mzgtfs.feed.Feed(filename)
self.log("Creating Onestop Entities")
gtfs_feed.preload()
feed.load_gtfs(gtfs_feed, populate=False)
if not feed.operators():
self.log(
"No matching operators specified in the feed registry entry. Nothing to do."
)
return
# Precalculate all Onestop IDs
for o in feed.operators():
o._cache_onestop()
# Compare against datastore entities and merge if possible.
for stop in feed.stops():
self._merge_stop(stop)
# Upload changeset.
self.log("Updating feed: %s" % feed.onestop())
# Create empty changeset
changeset = self.datastore.postjson('/api/v1/changesets',
{"changeset": {
"payload": {}
}})
changeset_id = changeset['id']
self.log("Changeset ID: %s" % changeset_id)
# Append each entity
self._append_batch(feed.operators(), changeset_id, change_entity)
self._append_batch(feed.routes(), changeset_id, change_entity)
self._append_batch(feed.stops(), changeset_id, change_entity)
if self.schedule_stop_pairs:
self._append_batch(make_ssp(gtfs_feed), changeset_id, change_ssp)
# Apply changeset
self.log("Applying changeset...")
self.datastore.postjson('/api/v1/changesets/%s/apply' % changeset_id)
self.log(" -> ok")
self.log("Finished!")
def run(self):
# Update datastore.
self.log("===== Feed: %s ====="%self.feedid)
feed = self.registry.feed(self.feedid)
filename = self.filename or os.path.join(self.workdir, '%s.zip'%feed.onestop())
self.log("Opening: %s"%filename)
gtfs_feed = mzgtfs.feed.Feed(filename)
self.log("Creating Onestop Entities")
gtfs_feed.preload()
feed.load_gtfs(gtfs_feed, populate=False)
if not feed.operators():
self.log("No matching operators specified in the feed registry entry. Nothing to do.")
return
# Precalculate all Onestop IDs
for o in feed.operators():
o._cache_onestop()
# Compare against datastore entities and merge if possible.
for stop in feed.stops():
self._merge_stop(stop)
# Upload changeset.
self.log("Updating feed: %s"%feed.onestop())
# Create empty changeset
changeset = self.datastore.postjson('/api/v1/changesets', {"changeset": {"payload": {}}} )
changeset_id = changeset['id']
self.log("Changeset ID: %s"%changeset_id)
# Append each entity
self._append_batch(feed.operators(), changeset_id, change_entity)
self._append_batch(feed.routes(), changeset_id, change_entity)
self._append_batch(feed.stops(), changeset_id, change_entity)
if self.schedule_stop_pairs:
self._append_batch(make_ssp(gtfs_feed), changeset_id, change_ssp)
# Apply changeset
self.log("Applying changeset...")
self.datastore.postjson('/api/v1/changesets/%s/apply'%changeset_id)
self.log(" -> ok")
self.log("Finished!")
def run(self):
# Create GTFS Artifacts
self.log("===== Feed: %s =====" % self.feedid)
feed = self.registry.feed(self.feedid)
filename = self.filename or os.path.join(self.workdir,
'%s.zip' % feed.onestop())
self.log("Opening: %s" % filename)
gtfsfeed = mzgtfs.feed.Feed(filename)
for stop in gtfsfeed.stops():
identifier = stop.feedid(self.feedid)
self.log("Looking for identifier: %s" % identifier)
found = self.datastore.stops(identifier=identifier)
if not found:
self.log(" No identifier found!")
stop.set('onestop_id', None)
stop.set('osm_way_id', None)
continue
match = sorted(found, key=lambda x: x.data['updated_at'])[0]
onestop_id = match.onestop()
osm_way_id = match.tag('osm_way_id')
self.log(" onestop_id: %s, osm_way_id: %s" %
(onestop_id, osm_way_id))
stop.set('onestop_id', onestop_id)
stop.set('osm_way_id', osm_way_id)
# Write output
stopstxt = os.path.join(self.workdir, 'stops.txt')
artifact = os.path.join(self.workdir,
'%s.artifact.zip' % feed.onestop())
if os.path.exists(stopstxt):
os.unlink(stopstxt)
if os.path.exists(artifact):
os.unlink(artifact)
#
self.log("Creating output artifact: %s" % artifact)
gtfsfeed.write(stopstxt, gtfsfeed.stops(), sortkey='stop_id')
gtfsfeed.make_zip(artifact, files=[stopstxt], clone=filename)
#
if os.path.exists(stopstxt):
os.unlink(stopstxt)
self.log("Finished!")
def run(self):
# Validate feeds
self.log("===== Feed: %s ====="%self.feedid)
feed = self.registry.feed(self.feedid)
filename = self.filename or os.path.join(self.workdir, '%s.zip'%feed.onestop())
report = os.path.join(self.workdir, '%s.html'%feed.onestop())
self.log("Validating: %s"%filename)
gtfsfeed = mzgtfs.feed.Feed(filename)
validator = mzgtfs.validation.ValidationReport()
# gtfsfeed.validate(validator)
gtfsfeed.validate_feedvalidator(
validator,
feedvalidator=self.feedvalidator,
report=report,
)
# validator.report()
self.log("Validation report:")
if not validator.exceptions:
self.log("No errors")
for e in validator.exceptions:
self.log("%s: %s"%(e.source, e.message))
self.log("Finished!")
def run(self):
# Create GTFS Artifacts
self.log("===== Feed: %s ====="%self.feedid)
feed = self.registry.feed(self.feedid)
filename = self.filename or os.path.join(self.workdir, '%s.zip'%feed.onestop())
self.log("Opening: %s"%filename)
gtfsfeed = mzgtfs.feed.Feed(filename)
for stop in gtfsfeed.stops():
identifier = stop.feedid(self.feedid)
self.log("Looking for identifier: %s"%identifier)
found = self.datastore.stops(identifier=identifier)
if not found:
self.log(" No identifier found!")
stop.set('onestop_id', None)
stop.set('osm_way_id', None)
continue
match = sorted(found, key=lambda x:x.data['updated_at'])[0]
onestop_id = match.onestop()
osm_way_id = match.tag('osm_way_id')
self.log(" onestop_id: %s, osm_way_id: %s"%(onestop_id, osm_way_id))
stop.set('onestop_id', onestop_id)
stop.set('osm_way_id', osm_way_id)
# Write output
stopstxt = os.path.join(self.workdir, 'stops.txt')
artifact = os.path.join(self.workdir, '%s.artifact.zip'%feed.onestop())
if os.path.exists(stopstxt):
os.unlink(stopstxt)
if os.path.exists(artifact):
os.unlink(artifact)
#
self.log("Creating output artifact: %s"%artifact)
gtfsfeed.write(stopstxt, gtfsfeed.stops(), sortkey='stop_id')
gtfsfeed.make_zip(artifact, files=[stopstxt], clone=filename)
#
if os.path.exists(stopstxt):
os.unlink(stopstxt)
self.log("Finished!")
def run(self):
# Validate feeds
self.log("===== Feed: %s =====" % self.feedid)
feed = self.registry.feed(self.feedid)
filename = self.filename or os.path.join(self.workdir,
'%s.zip' % feed.onestop())
report = os.path.join(self.workdir, '%s.html' % feed.onestop())
self.log("Validating: %s" % filename)
gtfsfeed = mzgtfs.feed.Feed(filename)
validator = mzgtfs.validation.ValidationReport()
# gtfsfeed.validate(validator)
gtfsfeed.validate_feedvalidator(
validator,
feedvalidator=self.feedvalidator,
report=report,
)
# validator.report()
self.log("Validation report:")
if not validator.exceptions:
self.log("No errors")
for e in validator.exceptions:
self.log("%s: %s" % (e.source, e.message))
self.log("Finished!")
# Everything is now ready to create the feed.
print "Loading feed:", filename
f = mzgtfs.feed.Feed(filename, debug=args.debug)
# Create Transitland Feed from GTFS.
kw = {}
kw['debug'] = args.debug
kw['url'] = args.url
if args.feedname:
kw['feedname'] = args.feedname
feed = entities.Feed(**kw)
feed.bootstrap_gtfs(f)
# Print basic feed information.
print "Feed:", feed.onestop()
print " Stops:", len(feed.stops())
print " Routes:", len(feed.routes())
print " Operators:", len(feed.operators())
# Print basic operator information.
for operator in feed.operators():
print " Operator:", operator.name()
print " Routes:", len(operator.routes())
print " Stops:", len(operator.stops())
# Write out updated feed.
output = args.output or '%s.json'%feed.onestop()
data = feed.json()
if args.printjson:
util.json_pretty_print(data)
if os.path.exists(output):
# Everything is now ready to create the feed.
print "Loading feed:", filename
f = mzgtfs.feed.Feed(filename, debug=args.debug)
# Create Transitland Feed from GTFS.
kw = {}
kw['debug'] = args.debug
kw['url'] = args.url
if args.feedname:
kw['feedname'] = args.feedname
feed = entities.Feed(**kw)
feed.bootstrap_gtfs(f)
# Print basic feed information.
print "Feed:", feed.onestop()
print " Stops:", len(feed.stops())
print " Routes:", len(feed.routes())
print " Operators:", len(feed.operators())
# Print basic operator information.
for operator in feed.operators():
print " Operator:", operator.name()
print " Routes:", len(operator.routes())
print " Stops:", len(operator.stops())
# Write out updated feed.
output = args.output or '%s.json' % feed.onestop()
data = feed.json()
if args.printjson:
util.json_pretty_print(data)
if os.path.exists(output):
