def write_classroom(self, classroom):
students = ndb.get_multi(classroom.students)
assignments = models.Assignment.query(ancestor=classroom.key)
response = models.to_dict(classroom)
response['students'] = [models.to_dict(student) for student in students]
response['assignments'] = [models.to_dict(assignment) for assignment in assignments]
self.write(response)
def write(self, data):
if isinstance(data, ndb.Model):
data = models.to_dict(data)
elif isinstance(data, list) and len(data) > 0 and isinstance(data[0], ndb.Model):
data = [models.to_dict(m) for m in data]
json_txt = ")]}',\n" + json.dumps(data, default=datetime_handler)
logging.info(self.request.path + ' response: ' + json_txt)
self.response.headers['Content-Type'] = 'application/json; charset=UTF-8'
self.response.write(json_txt)
def to_dict(self):
ret = models.to_dict(self)
ret["channel_id"] = self.key().name()
q = VideoModel.all()
q.ancestor(self)
ret["total"] = q.count()
return ret
def get(self):
tab = self.request.get('tab')
if not tab:
tab = 'all'
#show all, unassigned, and every region on the page, use display none on the front end to show one list at time
allchapters = models.getallchapters()
unassignedchapters = self.unassignedchapters()
regions = models.getallregions()
regionswchapters = {}
for r in regions:
#get the chapter list for each region
chs = models.getchaptersinregion(r)
chaptersdict = []
for c in chs:
chapterkey = c.key()
chapterdict = models.to_dict(c)
chapterdict['key'] = str(chapterkey)
chaptersdict.append(chapterdict)
regionswchapters[r.name] = chaptersdict
template_values = {
'regions' : regions,
'chaptersbyregion' : regionswchapters,
'allchapters' : allchapters,
'unassignedchapters' : unassignedchapters,
'tabname' : tab
}
path = os.path.join(os.path.dirname(__file__), 'templates/chapters.html')
self.response.out.write(template.render(path, template_values))
def RestaurantTag_Retrieve():
""" Returns the complete list of tags that can be used for restaurants """
items = [models.to_dict(x) for x in models.RestaurantTag.all()]
response = {}
response['Count'] = len(items)
response['Items'] = items
return {}
def get(self):
selectiontype = self.request.get('selectiontype')
regionkey = self.request.get('regionkey')
if selectiontype == 'all':
chapters = models.getallchapters()
print 'all'
elif selectiontype == 'unassigned':
chapters = models.getallchapters()
chaptersworegion = []
for chapter in chapters:
if not chapter.parent():
chaptersworegion.append(chapter)
chapters = chaptersworegion
#print 'unassigned'
elif selectiontype == 'region':
chapters = models.getchaptersinregion(regionkey)
#print 'region'
else:
chapters = []
#print 'broken'
chaptersarr = []
for ch in chapters:
chaptersarr.append(models.to_dict(ch))
self.response.out.write(json.dumps({'chapters': chaptersarr}))
def get(self):
selectiontype = self.request.get('selectiontype')
regionkey = self.request.get('regionkey')
if selectiontype == 'all':
chapters = models.getallchapters()
print 'all'
elif selectiontype == 'unassigned':
chapters = models.getallchapters()
chaptersworegion = []
for chapter in chapters:
if not chapter.parent():
chaptersworegion.append(chapter)
chapters = chaptersworegion
#print 'unassigned'
elif selectiontype == 'region':
chapters = models.getchaptersinregion(regionkey)
#print 'region'
else:
chapters = []
#print 'broken'
chaptersarr = []
for ch in chapters:
chaptersarr.append(models.to_dict(ch))
self.response.out.write( json.dumps({ 'chapters' : chaptersarr }) )
def Region_Retrieve():
""" Returns the complete region list """
items = [models.to_dict(x) for x in models.Region.all()]
response = {}
response['Count'] = len(items)
response['Items'] = items
return response
def get(self):
tab = self.request.get('tab')
if not tab:
tab = 'all'
#show all, unassigned, and every region on the page, use display none on the front end to show one list at time
allchapters = models.getallchapters()
unassignedchapters = self.unassignedchapters()
regions = models.getallregions()
regionswchapters = {}
for r in regions:
#get the chapter list for each region
chs = models.getchaptersinregion(r)
chaptersdict = []
for c in chs:
chapterkey = c.key()
chapterdict = models.to_dict(c)
chapterdict['key'] = str(chapterkey)
chaptersdict.append(chapterdict)
regionswchapters[r.name] = chaptersdict
template_values = {
'regions': regions,
'chaptersbyregion': regionswchapters,
'allchapters': allchapters,
'unassignedchapters': unassignedchapters,
'tabname': tab
}
path = os.path.join(os.path.dirname(__file__),
'templates/chapters.html')
self.response.out.write(template.render(path, template_values))
def update_or_create_event(event, result):
"""Update or create an event in elasticsearch using the response of
search_event(event) request.
"""
url = _HOSTNAME + _INDEX + 'event/'
accompanists = models.Session.query(models.Accompanists).\
filter(models.Accompanists.event_id == event.id).all()
print([(acc.event_id, acc.date) for acc in accompanists])
if result['hits']['total'] == 0: # We need to create the event
data = models.to_dict(event)
data['accompanists'] = add_accompanists(
accompanists, data['begin'], data['end'])
data['from'] = [get_unique_id()]
del data['id']
UrlRequest(url=url, req_body=json.dumps(data), on_error=print_error,
on_success=lambda req, res: send_contacts(event, result, _id=res['_id']), timeout=1,
on_failure=print_error)
else:
res = result['hits']['hits'][0]['_source']
if get_unique_id() in res['from']:
send_contacts(event, result)
return # We already synchronize event, just send the contacts
# We add our id and our accompanists
res['from'].append(get_unique_id())
res['accompanists'] = add_accompanists(
accompanists, res['begin'], res['end'], res['accompanists'])
url += result['hits']['hits'][0]['_id'] + '/_update'
res = {"doc": res}
UrlRequest(url=url, req_body=json.dumps(res), on_error=print_error,
on_success=lambda req, res: send_contacts(event, result), timeout=1,
on_failure=print_error)
def search_event(event, return_=False):
"""Returns the result of a search request
An event is unique by its name, location and dates.
"""
url = _HOSTNAME + _INDEX + 'event/_search'
method = "GET"
d = models.to_dict(event)
del d['id']
data = {"query":
{"bool":
{"must":
[{"match_phrase": {k: v}} for k, v in d.iteritems()]
}
}
}
success = None if return_ else \
lambda req, res: update_or_create_event(event, res)
req = UrlRequest(url=url, req_body=json.dumps(data), method=method,
timeout=1, on_error=print_error, on_success=success)
if return_:
req.wait() # We need the result before continuing
return req.result
def post(self):
chapterkey = self.request.get('chapterkey')
chapter = models.getchapter(chapterkey)
chapterdict = models.to_dict(chapter)
self.response.out.write(
json.dumps({
'chapter': chapterdict,
'chapterkey': chapterkey
}))
def RestaurantDetail_Retrieve():
""" Returns the restaurant details """
restaurant = None
for restaurant in models.Restaurant.all().filter("Uid =", RESTAURANT_UID):
break
assert restaurant, 'The expected restaurant record %r does not exists? It should\'ve been created already' % RESTAURANT_UID
response = {}
response['Count'] = 1
response['Items'] = [models.to_dict(restaurant)]
return response
def create_or_none(result, contact, date, _id):
if 'hits' not in result or 'total' not in result['hits'] or \
result['hits']['total'] == 0:
url = _HOSTNAME + _INDEX + 'contact/?parent=' + str(_id)
data = models.to_dict(contact)
data['date'] = str(date)
data['tablet'] = get_unique_id()
del data['id']
UrlRequest(url=url, req_body=json.dumps(data), on_success=print_success,
on_error=print_error, on_failure=print_error)
def post(self):
zipcodequery = self.request.get('q')
chapters = models.getchaptersfromzip(zipcodequery)
chaptersdict = []
for c in chapters:
coords = helpers.coordsfromchapterkey(c)
chapterkey = c.key()
chapterdict = models.to_dict(c)
chapterdict['coords'] = coords
chapterdict['key'] = str(chapterkey)
chaptersdict.append(chapterdict)
self.response.out.write( json.dumps({ 'chapters' : chaptersdict }) )
def post(self):
zipcodequery = self.request.get('q')
chapters = models.getchaptersfromzip(zipcodequery)
chaptersdict = []
for c in chapters:
coords = helpers.coordsfromchapterkey(c)
chapterkey = c.key()
chapterdict = models.to_dict(c)
chapterdict['coords'] = coords
chapterdict['key'] = str(chapterkey)
chaptersdict.append(chapterdict)
self.response.out.write(json.dumps({'chapters': chaptersdict}))
def post(self):
regionkey = self.request.get('regionkey')
region = models.getregion(regionkey)
chapters = models.getchaptersinregion(region)
chaptersdict = []
for c in chapters:
coords = helpers.coordsfromchapterkey(c)
chapterkey = c.key()
chapterdict = models.to_dict(c)
chapterdict['coords'] = coords
chapterdict['key'] = str(chapterkey)
chaptersdict.append(chapterdict)
self.response.out.write( json.dumps({ 'chapters' : chaptersdict, 'regionkey' : regionkey }) )
def get(self):
regionkey = self.request.get('regionkey')
region = models.getregion(regionkey)
chapters = models.getchaptersinregion(region)
chaptersdict = []
for c in chapters:
coords = helpers.coordsfromchapterkey(c)
chapterkey = c.key()
chapterdict = models.to_dict(c)
chapterdict['coords'] = coords
chapterdict['key'] = str(chapterkey)
chaptersdict.append(chapterdict)
self.response.out.write( json.dumps({ 'chapters' : chaptersdict }) )
def RestaurantDetail_Update(Title=None, Details=None, Tags=None, Regions=None):
""" Updates the restaurant details """
restaurant = None
for restaurant in models.Restaurant.all().filter("Uid =", RESTAURANT_UID):
break
assert restaurant, 'The expected restaurant record %r does not exists? It should\'ve been created already' % RESTAURANT_UID
if Title is not None:
restaurant.Title = Title
if Details is not None:
restaurant.Details = Details
if Tags is not None:
restaurant.Tags = Tags
if Regions is not None:
restaurant.Regions = Regions
restaurant.put()
response = {}
response['Count'] = 1
response['Items'] = [models.to_dict(restaurant)]
return response
def post(self):
if self.request.get('chapterkey'):
chapters = [models.getchapter(self.request.get('chapterkey'))]
elif self.request.get('regionkey'):
chapters = models.getchaptersinregion(models.keyfromstr(self.request.get('regionkey')))
else:
pass
chaptersdict = []
for c in chapters:
coords = helpers.coordsfromchapterkey(c)
chapterkey = c.key()
chapterdict = models.to_dict(c)
chapterdict['coords'] = coords
chapterdict['key'] = str(chapterkey)
chaptersdict.append(chapterdict)
self.response.out.write( json.dumps({ 'chapters' : chaptersdict }) )
def post(self):
if self.request.get('chapterkey'):
chapters = [models.getchapter(self.request.get('chapterkey'))]
elif self.request.get('regionkey'):
chapters = models.getchaptersinregion(
models.keyfromstr(self.request.get('regionkey')))
else:
pass
chaptersdict = []
for c in chapters:
coords = helpers.coordsfromchapterkey(c)
chapterkey = c.key()
chapterdict = models.to_dict(c)
chapterdict['coords'] = coords
chapterdict['key'] = str(chapterkey)
chaptersdict.append(chapterdict)
self.response.out.write(json.dumps({'chapters': chaptersdict}))
def get(self):
"""
Simple offset-based endless json/jsonp feed
"""
articles = Article.all().filter('publish_state = ', True)\
if self.request.get('start') and self.request.get('end'):
articles = articles.filter('publish_date >=',
datetime.strptime(self.request.get('start'), '%d/%m/%Y')
).filter('publish_date <=',
datetime.strptime(self.request.get('end'), '%d/%m/%Y'))
articles = articles.order('-publish_date').fetch(10, offset=int(self.request.get('offset', 0)))
articles = [to_dict(item) for item in articles]
callback = self.request.get('callback')
if callback:
self.jsonp_response(articles, callback)
else:
self.json_response(articles)
def _iterconvert(obj):
# namedtuple/sqlalchemy result
if isinstance(obj, tuple) and hasattr(obj, "_asdict"):
# this doesn't include any columns without label()s
dct = obj._asdict()
# sqlalchemy result's asdict has broken ordering
if not isinstance(dct, OrderedDict):
dct = OrderedDict((k, dct[k]) for k in obj._fields)
obj = dct
if isinstance(obj, db.Model.query_class):
return [_iterconvert(o) for o in obj]
elif isinstance(obj, db.Model):
return to_dict(obj)
elif isinstance(obj, (list, tuple)):
return [_iterconvert(o) for o in obj]
elif isinstance(obj, dict):
items = obj.items()
if not isinstance(obj, OrderedDict):
# same as sort_keys=True
items = sorted(items, key=lambda kv: kv[0])
return OrderedDict([(k, _iterconvert(v)) for k, v in items])
return obj
def _iterconvert(obj):
# namedtuple/sqlalchemy result
if isinstance(obj, tuple) and hasattr(obj, '_asdict'):
# this doesn't include any columns without label()s
dct = obj._asdict()
# sqlalchemy result's asdict has broken ordering
if not isinstance(dct, OrderedDict):
dct = OrderedDict((k, dct[k]) for k in obj._fields)
obj = dct
if isinstance(obj, db.Model.query_class):
return [_iterconvert(o) for o in obj]
elif isinstance(obj, db.Model):
return to_dict(obj)
elif isinstance(obj, (list, tuple)):
return [_iterconvert(o) for o in obj]
elif isinstance(obj, dict):
items = obj.items()
if not isinstance(obj, OrderedDict):
# same as sort_keys=True
items = sorted(items, key=lambda kv: kv[0])
return OrderedDict([(k, _iterconvert(v)) for k, v in items])
return obj
def to_dict(self):
ret = models.to_dict(self)
ret["video_id"] = self.key().id()
ret["channel_id"] = self.parent_key().name()
return ret;
def get_items(self, session, clauses=None, max_items=None):
res = self.group_by(session, Generator.version, self._outerjoins,
clauses=clauses, max_items=max_items)
return to_dict(res)
def post(self):
chapterkey = self.request.get('chapterkey')
chapter = models.getchapter(chapterkey)
chapterdict = models.to_dict(chapter)
self.response.out.write( json.dumps({ 'chapter' : chapterdict , 'chapterkey' : chapterkey }) )
def get_items(self, session, clauses=None, max_items=None):
res = self.group_by(session, Sut.buildarch, self._outerjoins,
clauses=clauses, max_items=max_items)
return to_dict(res)
def get_items(self, session, clauses=None, max_items=None):
res = self.group_by(session, File.givenpath, self._outerjoins,
clauses=clauses, max_items=max_items)
return to_dict(res)
def get_items(self, session, clauses=None, max_items=None):
res = self.group_by(session, Result.testid, self._outerjoins,
clauses=clauses, max_items=max_items)
return to_dict(res)
def get_items(self, session, clauses=None, max_items=None):
res = self.group_by(session, Function.name, self._outerjoins,
clauses=clauses, max_items=max_items)
return to_dict(res)
