def as_dict(self):
representation = HALRepresentation({})
representation.add_embed('events', [
HALEventRepresentation(e, 'events.event').as_dict()
for e in self.events
])
if self.day and self.month and self.year:
representation.add_links(
get_nav_links(self.endpoint,
self.start,
self.count,
self.size,
day=self.day,
month=self.month,
year=self.year))
representation.add_link(
'self',
url_for(self.endpoint,
day=self.day,
month=self.month,
year=self.year))
else:
representation.add_links(
get_nav_links(self.endpoint, self.start, self.count,
self.size))
representation.add_link('self', url_for(self.endpoint))
return representation.as_dict()
def as_dict(self):
base = super(HALCourseRepresentation, self).as_dict()
presentations = base.pop('presentations')
representation = HALRepresentation(base)
representation.add_embed('presentations', presentations)
representation.add_link('self', url_for(self.endpoint, id=self.course.id))
return representation.as_dict()
def as_dict(self):
base = super(HALTypesRepresentation, self).as_dict()
representation = HALRepresentation(base)
representation.add_link("self", url_for(self.endpoint))
representation.add_curie("hl", RELATIONS_CURIE)
representation.add_link("hl:search", url_for("places.search") + "?type={type}")
return representation.as_dict()
def as_dict(self):
representation = HALRepresentation({"query": self.search, "size": self.size})
url_kwargs = {}
if self.search:
url_kwargs["q"] = self.search
if self.type:
url_kwargs["type"] = self.type
if self.type_exact:
url_kwargs["type_exact"] = self.type_exact
if self.facets:
url_kwargs["facet"] = self.facets.keys()
if self.other_args:
url_kwargs.update(self.other_args)
representation.add_link("self", url_for(self.endpoint, start=self.start, count=self.count, **url_kwargs))
representation.add_links(get_nav_links(self.endpoint, self.start, self.count, self.size, **url_kwargs))
representation.add_embed("pois", [HALPOIRepresentation(r, "places.poidetail").as_dict() for r in self.results])
if self.facets:
for field_name, facet_counts in self.facets.items():
curie = FACET_CURIE
friendly_name = field_name
if field_name in FACET_RENAME:
curie, friendly_name = FACET_RENAME[field_name]
for val, count in facet_counts.items():
kwargs = {"value": val, "count": count}
if field_name in FACET_BY_TYPE:
kwargs["title"] = find_type_name(val)
kwargs["name"] = val
url_kwargs[field_name] = val
representation.update_link(
"%s:%s" % (curie, friendly_name), url_for(self.endpoint, **url_kwargs), **kwargs
)
del url_kwargs[field_name]
return representation.as_dict()
def as_dict(self):
base = super(HALWebcamRepresentation, self).as_dict()
representation = HALRepresentation(base)
representation.add_link('self', url_for(self.endpoint, slug=self.webcam.slug))
if self.webcam.poi:
# TODO remove hardcoded endpoint for places
representation.add_link('poi', url_for('places.poidetail', ident=self.webcam.poi))
return representation.as_dict()
def as_dict(self):
representation = HALRepresentation(self.notification.as_dict())
followups = [HALFollowUpRepresentation(fu, self.notification, 'notifications.followp_details').as_dict()
for fu in self.notification.followups]
if followups:
representation.add_embed('followups', followups)
representation.add_link('self', url_for(self.endpoint, ident=self.notification.uuid))
return representation.as_dict()
def as_dict(self):
representation = HALRepresentation({})
halified = []
for notification in self.notifications:
halified.append(HALNotificationRepresentation(notification, 'notifications.notification_details').as_dict())
representation.add_embed('notifications', halified)
representation.add_link('self', url_for(self.endpoint))
return representation.as_dict()
def as_dict(self):
representation = HALRepresentation({})
representation.add_embed('webcams', [
HALWebcamRepresentation(w, 'webcams.webcam').as_dict()
for w in self.webcams
])
representation.add_link('self', url_for('webcams.webcams'))
return representation.as_dict()
def as_dict(self):
values = {}
values[<XXX>] = <XXX>
values['_attribution'] = self.attribution
values['_last_updated'] = self.last_updated
representation = HALRepresentation(values)
representation.add_link('self', url_for(self.endpoint))
return representation.as_dict()
def get_routes():
path = request.path
representation = HALRepresentation({})
representation.add_curie('hl', TRANSPORT_CURIE)
representation.add_link('self', '{bp}'.format(bp=path))
representation.add_link('hl:p-r', '{bp}park-and-rides'.format(bp=path),
title='Park and Rides Real-Time Information')
response = make_response(representation.as_json(), 200)
response.headers['Content-Type'] = "application/json"
return response
def get_routes():
path = request.path
representation = HALRepresentation({})
representation.add_curie('hl', 'http://moxie.readthedocs.org/en/latest/http_api/contact.html#{rel}')
representation.add_link('self', '{bp}'.format(bp=path))
representation.add_link('hl:search', '{bp}search?q={{q}}&medium={{medium}}'.format(bp=path),
templated=True, title='Search')
response = make_response(representation.as_json(), 200)
response.headers['Content-Type'] = "application/json"
return response
def as_dict(self):
base = super(HALWebcamRepresentation, self).as_dict()
representation = HALRepresentation(base)
representation.add_link('self',
url_for(self.endpoint, slug=self.webcam.slug))
if self.webcam.poi:
# TODO remove hardcoded endpoint for places
representation.add_link(
'poi', url_for('places.poidetail', ident=self.webcam.poi))
return representation.as_dict()
def handle_request(self):
ctx = _app_ctx_stack.top
services = ctx.app.blueprints
self.browser_url = ctx.app.config.get('HAL_BROWSER_REDIRECT', None)
representation = HALRepresentation({})
representation.add_link('self', '/')
representation.add_curie('app', APPS_CURIE)
for service, conf in services.iteritems():
representation.add_link('app:{app}'.format(app=service), '{prefix}/'.format(prefix=conf.url_prefix))
return representation
def as_dict(self):
response = {
'query': self.query,
}
# Need to have the '.' before 'course' to correctly pick the URL
courses = [HALCourseRepresentation(r, '.course').as_dict() for r in self.courses]
representation = HALRepresentation(response)
representation.add_embed('courses', courses)
representation.add_link('self', url_for(self.endpoint, q=self.query))
representation.add_links(get_nav_links(self.endpoint, self.start, self.count, self.size, q=self.query))
return representation.as_dict()
def as_dict(self):
representation = HALRepresentation({})
representation.add_embed('events', [HALEventRepresentation(e, 'events.event').as_dict()
for e in self.events])
if self.day and self.month and self.year:
representation.add_links(get_nav_links(self.endpoint, self.start, self.count, self.size,
day=self.day, month=self.month, year=self.year))
representation.add_link('self', url_for(self.endpoint, day=self.day, month=self.month, year=self.year))
else:
representation.add_links(get_nav_links(self.endpoint, self.start, self.count, self.size))
representation.add_link('self', url_for(self.endpoint))
return representation.as_dict()
def as_dict(self):
values = {}
if self.observation:
values['observation'] = self.observation.as_dict()
else:
values['observation'] = None
values['forecasts'] = [f.as_dict() for f in self.forecasts]
values['_attribution'] = self.attribution
values['_last_updated'] = self.last_updated
representation = HALRepresentation(values)
representation.add_link('self', url_for(self.endpoint))
return representation.as_dict()
def as_dict(self):
base = super(HALPresentationRepresentation, self).as_dict()
representation = HALRepresentation(base)
courses_service = CourseService.from_context()
try:
courses_service.get_provider(self.presentation)
except ProviderException:
logger.debug('No single provider found for: %s'
% self.presentation.id)
else:
representation.add_link('book', url_for('.presentation_booking',
id=self.presentation.id))
if self.presentation.location:
representation.add_link('poi', url_for('places.poidetail',
ident=self.presentation.location))
return representation.as_dict()
def get_routes():
path = request.path
representation = HALRepresentation({})
representation.add_curie('hl', PLACES_CURIE)
representation.add_link('self', '{bp}'.format(bp=path))
representation.add_link('hl:search', '{bp}search?q={{q}}'.format(bp=path),
templated=True, title='Search')
representation.add_link('hl:types', '{bp}types'.format(bp=path),
title='List of types')
representation.add_link('hl:detail', '{bp}{{id}}'.format(bp=path),
templated=True, title='POI detail')
representation.add_link('hl:rti',
'{bp}{{id}}/rti/{{type}}'.format(bp=path), templated=True,
title='Real-Time Information for a given POI')
response = make_response(representation.as_json(), 200)
response.headers['Content-Type'] = "application/json"
return response
def test_hal_json_helper_representation(self):
representation = HALRepresentation({'a':'b'})
representation.add_link('self', '/a/b')
representation.add_link('list', '/list', templated=True)
representation.update_link('child', '/child/1')
representation.update_link('child', '/child/2')
representation.add_curie('cu', 'http://curie.com')
representation.add_embed('rel', [HALRepresentation({'embed': 'yes'},
links={'self':{'href':'a'}}).as_dict()])
self.assertDictContainsSubset({'_links': {
'self': {'href': '/a/b'},
'list': {'href': '/list', 'templated': True},
'child': [{'href': '/child/1'}, {'href': '/child/2'}],
'curie': {'href': 'http://curie.com', 'name': 'cu', 'templated': True}}},
representation.as_dict())
self.assertDictContainsSubset(
{'_embedded': {'rel': [{'embed': 'yes',
'_links': {'self': {'href': 'a'}}}]}},
representation.as_dict())
def get_routes():
path = request.path
representation = HALRepresentation({})
representation.add_curie('hl', CURIE_ENDPOINT)
representation.add_link('self', '{bp}'.format(bp=path))
representation.add_link('hl:bookings', '{bp}bookings'.format(bp=path), title="Bookings")
representation.add_link('hl:subjects', '{bp}subjects'.format(bp=path), title="Subjects")
representation.add_link('hl:search', '{bp}search?q={{q}}'.format(bp=path),
templated=True, title='Search')
representation.add_link('hl:course', '{bp}course/{{id}}'.format(bp=path),
templated=True, title='Course details')
response = make_response(representation.as_json(), 200)
response.headers['Content-Type'] = "application/json"
return response
def get_routes():
path = request.path
representation = HALRepresentation({})
representation.add_curie('hl', 'http://moxie.readthedocs.org/en/latest/http_api/library.html#{rel}')
representation.add_link('self', '{bp}'.format(bp=path))
representation.add_link('hl:search', '{bp}search?title={{title}}&author={{author}}&isbn={{isbn}}'.format(bp=path),
templated=True, title='Search')
representation.add_link('hl:item', '{bp}item:{{id}}'.format(bp=path),
templated=True, title='POI detail')
response = make_response(representation.as_json(), 200)
response.headers['Content-Type'] = "application/json"
return response
def get_routes():
path = request.path
representation = HALRepresentation({})
representation.add_curie('hl', 'http://moxie.readthedocs.org/en/latest/http_api/oxford_dates.html#{rel}')
representation.add_link('self', '{bp}'.format(bp=path))
representation.add_link('hl:today', '{bp}today'.format(bp=path),
title='Today date')
representation.add_link('hl:date', '{bp}{{yyyy}}-{{mm}}-{{dd}}'.format(bp=path),
templated=True, title="Format arbitrary date")
response = make_response(representation.as_json(), 200)
response.headers['Content-Type'] = "application/json"
return response
def get_routes():
path = request.path
representation = HALRepresentation({})
representation.add_curie(
'hl',
'http://moxie.readthedocs.org/en/latest/http_api/events.html#{rel}')
representation.add_link('self', '{bp}'.format(bp=path))
representation.add_link('hl:search',
'{bp}search'.format(bp=path),
title="Search events")
representation.add_link('hl:event',
'{bp}event/{{id}}'.format(bp=path),
templated=True,
title="Event")
response = make_response(representation.as_json(), 200)
response.headers['Content-Type'] = "application/json"
return response
def as_dict(self):
rivers = RiversStatusRepresentation(self.rivers,
self.last_updated).as_dict()
representation = HALRepresentation(rivers)
representation.add_link('self', url_for(self.endpoint))
return representation.as_dict()
def as_dict(self):
base = super(HALPOIRepresentation, self).as_dict()
representation = HALRepresentation(base)
representation.add_link("self", url_for(self.endpoint, ident=self.poi.id))
if self.poi.files:
reps = [FileRepresentation(r).as_dict() for r in self.poi.files]
representation.add_embed("files", reps)
try:
poi_service = POIService.from_context()
except NoConfiguredService:
poi_service = None
if poi_service and self.add_parent_children_links:
# Merging all IDs (parent and children) into one set to
# do only one query to the service
pois_ids = set(self.poi.children)
pois_ids.update(self.poi.parent)
if self.poi.primary_place:
pois_ids.add(self.poi.primary_place)
if pois_ids:
pois_objects = poi_service.get_places_by_identifiers(pois_ids)
# ease lookup by having a dict with ID as key
if pois_objects:
pois = dict((poi.id, poi) for poi in pois_objects)
else:
pois = {}
def add_link(relation, method, identifier):
"""Add a link w/ or w/o title depending if we found a POI
:param relation: link rel (parent or child)
:param method: method to apply (add_link or update if it should be an array)
:param identifier: ID of the POI for lookup
"""
poi = pois.get(identifier, None)
if poi and poi.name:
method(
relation,
url_for(self.endpoint, ident=identifier),
title=poi.name,
type=poi.type,
type_name=poi.type_name,
)
else:
method(relation, url_for(self.endpoint, ident=identifier))
if self.poi.parent:
for parent in self.poi.parent:
add_link("parent", representation.update_link, parent)
if self.poi.primary_place:
add_link("primary_place", representation.add_link, self.poi.primary_place)
if self.poi.children:
for child in self.poi.children:
add_link("child", representation.update_link, child)
try:
transport_service = TransportService.from_context()
except NoConfiguredService:
# Transport service not configured so no RTI information
logger.warning("No configured Transport service", exc_info=True)
else:
try:
provider = transport_service.get_provider(self.poi)
except ProviderException:
logger.debug("No single provider found for: %s" % self.poi.id)
else:
representation.add_curie("rti", RTI_CURIE)
for rtitype, title in provider.provides.items():
representation.add_link(
"rti:%s" % rtitype, url_for("places.rti", ident=self.poi.id, rtitype=rtitype), title=title
)
return representation.as_dict()
def as_dict(self):
base = super(HALEventRepresentation, self).as_dict()
representation = HALRepresentation(base)
representation.add_link('self', url_for(self.endpoint, ident=self.event.signature))
return representation.as_dict()
def as_dict(self):
representation = HALRepresentation({"count": self.count})
representation.add_link("self", url_for(self.endpoint, ident=",".join(self.pois_ids)))
representation.add_embed("pois", [HALPOIRepresentation(r, "places.poidetail").as_dict() for r in self.results])
return representation.as_dict()
def as_dict(self):
representation = HALRepresentation({})
representation.add_embed('webcams', [HALWebcamRepresentation(w, 'webcams.webcam').as_dict()
for w in self.webcams])
representation.add_link('self', url_for('webcams.webcams'))
return representation.as_dict()
def as_dict(self):
base = super(HALEventRepresentation, self).as_dict()
representation = HALRepresentation(base)
representation.add_link(
'self', url_for(self.endpoint, ident=self.event.signature))
return representation.as_dict()
def as_dict(self):
persons = PersonsRepresentation(self.persons).as_dict()
representation = HALRepresentation(persons)
representation.add_link('self', url_for(self.endpoint, q=self.query, medium=self.medium, match=self.match))
return representation.as_dict()
def as_dict(self):
rivers = RiversStatusRepresentation(self.rivers,
self.last_updated).as_dict()
representation = HALRepresentation(rivers)
representation.add_link('self', url_for(self.endpoint))
return representation.as_dict()
def as_dict(self):
representation = HALRepresentation(self.followup.as_dict())
representation.add_link('self', url_for(self.endpoint,
ident=self.notification.uuid,
id=self.followup.id))
return representation.as_dict()