def _store_locked(self):
""" Store the game after having acquired the object lock """
assert self.uuid is not None
gm = GameModel(id = self.uuid)
gm.timestamp = self.timestamp
gm.ts_last_move = self.ts_last_move
gm.set_player(0, self.player_ids[0])
gm.set_player(1, self.player_ids[1])
gm.irack0 = self.initial_racks[0]
gm.irack1 = self.initial_racks[1]
gm.rack0 = self.state.rack(0)
gm.rack1 = self.state.rack(1)
gm.over = self.is_over()
sc = self.final_scores() # Includes adjustments if game is over
gm.score0 = sc[0]
gm.score1 = sc[1]
gm.to_move = len(self.moves) % 2
gm.robot_level = self.robot_level
gm.prefs = self._preferences
tile_count = 0
movelist = []
best_word = [None, None]
best_word_score = [0, 0]
player = 0
for m in self.moves:
mm = MoveModel()
coord, tiles, score = m.move.summary(self.state.board())
if coord:
# Regular move: count the tiles actually laid down
tile_count += m.move.num_covers()
# Keep track of best words laid down by each player
if score > best_word_score[player]:
best_word_score[player] = score
best_word[player] = tiles
mm.coord = coord
mm.tiles = tiles
mm.score = score
mm.rack = m.rack
mm.timestamp = m.ts
movelist.append(mm)
player = 1 - player
gm.moves = movelist
gm.tile_count = tile_count
# Update the database entity
gm.put()
# Storing a game that is now over: update the player statistics as well
if self.is_over():
pid_0 = self.player_ids[0]
pid_1 = self.player_ids[1]
u0 = User.load(pid_0) if pid_0 else None
u1 = User.load(pid_1) if pid_1 else None
if u0:
mod_0 = u0.adjust_highest_score(sc[0], self.uuid)
mod_0 |= u0.adjust_best_word(best_word[0], best_word_score[0], self.uuid)
if mod_0:
# Modified: store the updated user entity
u0.update()
if u1:
mod_1 = u1.adjust_highest_score(sc[1], self.uuid)
mod_1 |= u1.adjust_best_word(best_word[1], best_word_score[1], self.uuid)
if mod_1:
# Modified: store the updated user entity
u1.update()
def _store_locked(self):
""" Store the game after having acquired the object lock """
assert self.uuid is not None
gm = GameModel(id=self.uuid)
gm.timestamp = self.timestamp
gm.ts_last_move = self.ts_last_move
gm.set_player(0, self.player_ids[0])
gm.set_player(1, self.player_ids[1])
gm.irack0 = self.initial_racks[0]
gm.irack1 = self.initial_racks[1]
gm.rack0 = self.state.rack(0)
gm.rack1 = self.state.rack(1)
gm.over = self.is_over()
sc = self.final_scores() # Includes adjustments if game is over
gm.score0 = sc[0]
gm.score1 = sc[1]
gm.to_move = len(self.moves) % 2
gm.robot_level = self.robot_level
gm.prefs = self._preferences
tile_count = 0
movelist = []
best_word = [None, None]
best_word_score = [0, 0]
player = 0
for m in self.moves:
mm = MoveModel()
coord, tiles, score = m.move.summary(self.state)
if coord:
# Regular move: count the tiles actually laid down
tile_count += m.move.num_covers()
# Keep track of best words laid down by each player
if score > best_word_score[player]:
best_word_score[player] = score
best_word[player] = tiles
mm.coord = coord
mm.tiles = tiles
mm.score = score
mm.rack = m.rack
mm.timestamp = m.ts
movelist.append(mm)
player = 1 - player
gm.moves = movelist
gm.tile_count = tile_count
# Update the database entity
gm.put()
# Storing a game that is now over: update the player statistics as well
if self.is_over():
pid_0 = self.player_ids[0]
pid_1 = self.player_ids[1]
u0 = User.load(pid_0) if pid_0 else None
u1 = User.load(pid_1) if pid_1 else None
if u0:
mod_0 = u0.adjust_highest_score(sc[0], self.uuid)
mod_0 |= u0.adjust_best_word(best_word[0], best_word_score[0],
self.uuid)
if mod_0:
# Modified: store the updated user entity
u0.update()
if u1:
mod_1 = u1.adjust_highest_score(sc[1], self.uuid)
mod_1 |= u1.adjust_best_word(best_word[1], best_word_score[1],
self.uuid)
if mod_1:
# Modified: store the updated user entity
u1.update()
