def add_ai(params):
"""
Tries to add ai player into game.
"""
try:
get_game_state().add_ai_player()
return {
"status": True
}
except GameIsFullError:
return {
"status": False,
"message": "Cannot add ai player - game is full"
}
def show(_):
"""
:return: Data about game.
"""
get_game_state().check_for_disconnected_players(get_client_manager())
board = get_game_state().get_board()
result = []
for row in board:
result_row = {"cells": []}
for cell in row:
result_row["cells"].append(_serialize_field(cell))
result.append(result_row)
next_player_id = get_game_state().get_next_player()
next_player = get_client_manager().get_client(next_player_id)
return {
"board": result,
"is_game_running": get_game_state().is_game_running(),
"next_player": next_player.get_name() if next_player else None,
}
def move(params):
"""
Informs game about player's move.
"""
client_id = int(params.GET.get("id"))
if get_client_manager().get_client(client_id) is None:
return None
move_def = params.GET.get("move")
grouped = [move_def[n:n+2] for n in range(0, len(move_def), 2)]
jumps = [{"x": int(m[0]), "y": int(m[1])} for m in grouped]
return get_game_state().make_move(jumps)
def join(params):
"""
Tries to join player into game.
"""
client_id = int(params.GET.get("id"))
try:
side = get_game_state().add_human_player(client_id)
return {
"status": True,
"side": str(side)
}
except GameIsFullError:
return {
"status": False,
"message": "Cannot add human player - game is full"
}
def leave(params):
"""
Removes player from game.
"""
client_id = int(params.GET.get("id"))
get_game_state().remove_player(client_id)
def get_moves(params):
"""
Returns moves available for next player.
"""
return get_game_state().get_next_player_moves()