def _doCreateObject(self, data):
"""Builds the game object given the draw data returned from the database query"""
from Model.game import Game
game_ = Game(data["id"])
# get creator User object
umapper = UserMapper()
game_.setCreator(umapper.find(data["creator"]))
#query = "SELECT * FROM users WHERE id = %s"
#params = (data["creator"],)
#creator = DeferredUser(data["creator"], UserMapper, query, params)
#game_.setCreator(creator)
# Build the game type information
gt_data = {}
gt_data["id"] = data["game_type_id"]
gt_data["name"] = data["game_type_name"]
GTM = GameTypeMapper()
gametype = GTM.createObject(
gt_data
) # advantage is the object is added to the object watcher for future references
print gametype
print str(type(gametype))
game_.setGameType(gametype)
# set the rest of the information
game_.setName(data["name"])
game_.setTime(data["time"])
game_.setStartTime(data["start_time"])
game_.setEndTime(data["end_time"])
return game_
def _doCreateObject(self, data):
"""Builds the game object given the draw data returned from the database query"""
from Model.game import Game
game_ = Game(data["id"])
# get creator User object
umapper = UserMapper()
game_.setCreator(umapper.find(data["creator"]))
#query = "SELECT * FROM users WHERE id = %s"
#params = (data["creator"],)
#creator = DeferredUser(data["creator"], UserMapper, query, params)
#game_.setCreator(creator)
# Build the game type information
gt_data = {}
gt_data["id"] = data["game_type_id"]
gt_data["name"] = data["game_type_name"]
GTM = GameTypeMapper()
gametype = GTM.createObject(gt_data) # advantage is the object is added to the object watcher for future references
print gametype
print str(type(gametype))
game_.setGameType(gametype)
# set the rest of the information
game_.setName(data["name"])
game_.setTime(data["time"])
game_.setStartTime(data["start_time"])
game_.setEndTime(data["end_time"])
return game_
def _doCreateObject(self, data): """Builds the kill object using the raw data provided from the database""" from Model.player import Player player_ = Player(data["id"]) gmapper = GameMapper() game_ = gmapper.find(data["game_id"]) # If the game is deleted and the player is still linked, then errors can occur player_.setGame(game_) umapper = UserMapper() user_ = umapper.find(data["user_id"]) if user_ is not None: player_.setUser(user_) player_.setName(data["name"]) player_.setPhoto(data["photo"]) player_.setLat(data["lat"]) player_.setLon(data["lon"]) player_.setScore(data["score"]) player_.setTime(data["time"]) return player_
def _doCreateObject(self, data):
"""Builds the kill object using the raw data provided from the database"""
from Model.player import Player
player_ = Player(data["id"])
gmapper = GameMapper()
game_ = gmapper.find(data["game_id"])
# If the game is deleted and the player is still linked, then errors can occur
player_.setGame(game_)
umapper = UserMapper()
user_ = umapper.find(data["user_id"])
if user_ is not None:
player_.setUser(user_)
player_.setName(data["name"])
player_.setPhoto(data["photo"])
player_.setLat(data["lat"])
player_.setLon(data["lon"])
player_.setScore(data["score"])
player_.setTime(data["time"])
return player_
def _doCreateObject(self, data): """Builds the Apitoken object using the raw data provided from the database""" from Model.apitoken import Apitoken apitoken_ = Apitoken(data["id"]) apitoken_.setToken(data["key"]) apitoken_.setGroup(data["group_id"]) umapper = UserMapper() apitoken_.setUser(umapper.find(data["user_id"])) return apitoken_
def _doCreateObject(self, data):
"""Builds the Apitoken object using the raw data provided from the database"""
from Model.apitoken import Apitoken
apitoken_ = Apitoken(data["id"])
apitoken_.setToken(data["key"])
apitoken_.setGroup(data["group_id"])
umapper = UserMapper()
apitoken_.setUser(umapper.find(data["user_id"]))
return apitoken_
