def get(self):
# req_json = json.loads(self.request.body)
# note_id = req_json[IDENTIFIER_NOTE_ID]
note_id = self.request.get(IDENTIFIER_NOTE_ID)
# user_email = req_json[IDENTIFIER_USER_EMAIL]
user_email = self.request.get(IDENTIFIER_USER_EMAIL)
# description = req_json[IDENTIFIER_DESCRIPTION_NAME]
description = self.request.get(IDENTIFIER_DESCRIPTION_NAME)
reply_id = uuid.uuid4()
notes = Note.query(Note.id == note_id).fetch()
note = notes[0]
user_lst = User.query(User.user_email == user_email).fetch()
user = user_lst[0]
new_reply = Reply(author_email=user_email,
note_id=str(note_id),
reply_id=str(reply_id),
description=description,
nick_name=user.nick_name)
new_reply.put()
note.reply_id_lst.append(str(reply_id))
note.put()
self.respond(reply_id=str(reply_id), status="Success")
def get(self):
apt_name = self.request.get(IDENTIFIER_APT_NAME)
user_email = self.request.get(IDENTIFIER_USER_EMAIL)
apt_lst = Apartment.query(Apartment.apt_name == apt_name).fetch()
# print "called: " + user_email + ", " + apt_name
cur_apt = None
for apt in apt_lst:
if user_email in apt.user_email_lst:
cur_apt = apt
cur_notebook_lst = NoteBook.query(
NoteBook.notebook_id == cur_apt.notebook_id).fetch()
if len(cur_notebook_lst) == 0:
response = {}
response[
'error'] = 'we dont have notebook for the apt: ' + apt_name
return self.respond(**response)
cur_notebook = cur_notebook_lst[0]
retList = []
for noteid in cur_notebook.note_id_lst:
note_lst = Note.query(Note.id == noteid).fetch()
cur_note = note_lst[0]
ret_note = {}
ret_note['author'] = cur_note.author_email
ret_note['description'] = cur_note.description
date = str(cur_note.date)
ret_note['last_edit_date'] = date
retList.append(ret_note)
self.respond(AllNoteLst=retList, status="Success")
def get(self):
# req_json = json.loads(self.request.body)
# note_id = req_json[IDENTIFIER_NOTE_ID]
note_id = self.request.get(IDENTIFIER_NOTE_ID)
# user_email = req_json[IDENTIFIER_USER_EMAIL]
user_email = self.request.get(IDENTIFIER_USER_EMAIL)
# description = req_json[IDENTIFIER_DESCRIPTION_NAME]
description = self.request.get(IDENTIFIER_DESCRIPTION_NAME)
reply_id = uuid.uuid4()
notes = Note.query(Note.id == note_id).fetch()
note = notes[0]
user_lst = User.query(User.user_email == user_email).fetch()
user = user_lst[0]
new_reply = Reply(author_email = user_email,
note_id = str(note_id),
reply_id = str(reply_id),
description = description,
nick_name = user.nick_name
)
new_reply.put()
note.reply_id_lst.append(str(reply_id))
note.put()
self.respond(reply_id = str(reply_id),
status="Success")
def get(self):
# req_json = json.loads(self.request.body)
# user_email = req_json[IDENTIFIER_USER_EMAIL]
user_email = self.request.get(IDENTIFIER_USER_EMAIL)
# note_id = req_json[IDENTIFIER_NOTE_ID]
note_id = self.request.get(IDENTIFIER_NOTE_ID)
# new_description = req_json[IDENTIFIER_NEW_DESCRIPTION_NAME]
new_description = self.request.get(IDENTIFIER_NEW_DESCRIPTION_NAME)
cur_note_lst = Note.query(Note.id == note_id).fetch()
if len(cur_note_lst) == 0:
response = {}
response['error'] = 'the note with id : ' + note_id + ' is valid'
return self.respond(**response)
cur_note = cur_note_lst[0]
if user_email != cur_note.author_email:
response = {}
response['error'] = 'you cannot edit this note'
return self.respond(**response)
cur_note.description = new_description
cur_note.put()
self.respond(status="Success")
def get(self):
apt_name = self.request.get(IDENTIFIER_APT_NAME)
user_email = self.request.get(IDENTIFIER_USER_EMAIL)
apt_lst = Apartment.query(Apartment.apt_name == apt_name).fetch()
# print "called: " + user_email + ", " + apt_name
cur_apt = None
for apt in apt_lst:
if user_email in apt.user_email_lst:
cur_apt = apt
cur_notebook_lst = NoteBook.query( NoteBook.notebook_id == cur_apt.notebook_id).fetch()
if len(cur_notebook_lst) == 0:
response = {}
response['error'] = 'we dont have notebook for the apt: ' + apt_name
return self.respond(**response)
cur_notebook = cur_notebook_lst[0]
retList = []
for noteid in cur_notebook.note_id_lst:
note_lst = Note.query(Note.id == noteid).fetch()
cur_note = note_lst[0]
ret_note = {}
ret_note['author'] = cur_note.author_email
ret_note['description'] = cur_note.description
date = str(cur_note.date)
ret_note['last_edit_date'] = date
retList.append(ret_note)
self.respond(AllNoteLst = retList, status="Success")
def get(self):
# req_json = json.loads(self.request.body)
# user_email = req_json[IDENTIFIER_USER_EMAIL]
user_email = self.request.get(IDENTIFIER_USER_EMAIL)
# note_id = req_json[IDENTIFIER_NOTE_ID]
note_id = self.request.get(IDENTIFIER_NOTE_ID)
# new_description = req_json[IDENTIFIER_NEW_DESCRIPTION_NAME]
new_description = self.request.get(IDENTIFIER_NEW_DESCRIPTION_NAME)
cur_note_lst = Note.query(Note.id == note_id).fetch()
if len(cur_note_lst) == 0:
response = {}
response['error'] = 'the note with id : ' + note_id + ' is valid'
return self.respond(**response)
cur_note = cur_note_lst[0]
if user_email != cur_note.author_email:
response = {}
response['error'] = 'you cannot edit this note'
return self.respond(**response)
cur_note.description = new_description
cur_note.put()
self.respond(status="Success")
def get(self):
user_email = self.request.get(IDENTIFIER_USER_EMAIL)
note_id = self.request.get(IDENTIFIER_NOTE_ID)
cur_note_lst = Note.query(Note.id == note_id).fetch()
if len(cur_note_lst) == 0:
response = {}
response['error'] = 'The ID is not available: ' + note_id
return self.respond(**response)
cur_note = cur_note_lst[0]
retValue = {}
retValue['author'] = cur_note.author_email
retValue['last_edit_date'] = str(cur_note.date)
retValue['description'] = cur_note.description
self.respond(Note=retValue, status="Success")
def get(self):
user_email = self.request.get(IDENTIFIER_USER_EMAIL)
note_id = self.request.get(IDENTIFIER_NOTE_ID)
cur_note_lst = Note.query(Note.id == note_id).fetch()
if len(cur_note_lst) == 0:
response = {}
response['error'] = 'The ID is not available: ' + note_id
return self.respond(**response)
cur_note = cur_note_lst[0]
retValue = {}
retValue['author'] = cur_note.author_email
retValue['last_edit_date'] = str(cur_note.date)
retValue['description'] = cur_note.description
self.respond(Note = retValue, status="Success")
def get(self):
note_id = self.request.get(IDENTIFIER_NOTE_ID)
notes = Note.query(Note.id == note_id).fetch()
note = notes[0]
replys = note.getAllreply()
reply_lst = []
sorted_replys = sorted(replys, key=lambda reply: reply.date)
for reply in sorted_replys:
cur_reply = {}
cur_reply['author'] = reply.nick_name
cur_reply['author_email'] = reply.author_email
cur_reply['description'] = reply.description
cur_reply['reply_id'] = str(reply.reply_id)
cur_reply['date'] = str(reply.date)
reply_lst.append(cur_reply)
self.respond(reply_lst=reply_lst, status="Success")
def get(self):
note_id = self.request.get(IDENTIFIER_NOTE_ID)
notes = Note.query(Note.id == note_id).fetch()
note = notes[0]
replys = note.getAllreply()
reply_lst = []
sorted_replys = sorted(replys, key=lambda reply:reply.date)
for reply in sorted_replys:
cur_reply = {}
cur_reply['author'] = reply.nick_name
cur_reply['author_email'] = reply.author_email
cur_reply['description'] = reply.description
cur_reply['reply_id'] = str(reply.reply_id)
cur_reply['date'] = str(reply.date)
reply_lst.append(cur_reply)
self.respond(reply_lst = reply_lst,
status="Success")
def get(self):
logging.info('stats calculator...starting')
# create a UserStat object for all Users in the db
users = list(User.query().fetch())
data = dict(
(user.key.id(), UserStats(user=user.key))
for user in users
)
for user in users:
user_stat = data[user.key.id()]
user_stat.logins = user.login_count
user_stat.logouts = user.logout_count
user_stat.bio = 1 if user.bio else 0
for photo in Photo.query().fetch():
user_id = photo.user.id()
user_stat = data[user_id]
if photo.competition is None:
user_stat.extra_photos += 1
else:
if photo.competition.get().status != COMPLETED:
# not interested in competition photos for incomplete
# competitions
continue
user_stat.comp_photos += 1
user_stat.total_points += photo.total_score
if photo.position == 1:
user_stat.first_place += 1
user_stat.medals += 1
elif photo.position == 2:
user_stat.second_place += 1
user_stat.medals += 1
elif photo.position == 3:
user_stat.third_place += 1
user_stat.medals += 1
completed_comp_count = Competition.count()
for user_stat in data.values():
if user_stat.comp_photos == completed_comp_count:
user_stat.all_comps = 1
for comment in Comment.query().fetch():
# give
data[comment.user.id()].comments_give += 1
# receive
receiver = comment.photo.get().user.id()
data[receiver].comments_receive += 1
for score in Scores.query().fetch():
receiver = score.photo.get().user.id()
if score.score == 10:
# give 10
data[score.user_from.id()].score_10_give += 1
# receive 10
data[receiver].score_10_receive += 1
elif score.score == 0:
# give 0
data[score.user_from.id()].score_0_give += 1
# receive 0
data[receiver].score_0_recieve += 1
for note in Note.query().fetch():
data[note.user.id()].notes += 1
# is this person a GIVER
for user in data.values():
if user.comments_give > user.comments_receive:
user.giver += 1
if user.score_10_give > user.score_10_receive:
user.giver += 1
# last place finishers
self._last_positions(data)
self._photo_with_most_comments(data)
self._photo_with_high_score(data)
self._houses(data)
self._most(data, 'comments_give')
self._most(data, 'comments_receive')
self._most(data, 'notes')
self._most(data, 'logins')
self._most(data, 'logouts')
self._most(data, 'medals')
self._most(data, 'first_place')
self._most(data, 'second_place')
self._most(data, 'third_place')
self._most(data, 'last_place')
UserStats.delete_all()
for stat in data.values():
stat.put()
logging.info(data)
logging.info('stats calculator...finished')
