def setUp(self):
"""Sets up test senario"""
self.gamerules = GameRules()
self.board = Board()
self.gamerules.rooms = self.board.get_rooms
self.gamerules.player_list = self.board.get_player_list
self.Player1 = Player("Player1")
self.Player2 = Player("Player2")
self.Player3 = Player("Player3")
self.board.set_player_location(self.Player1,'Study')
self.board.set_player_location(self.Player2,'Study-Hall')
self.board.set_player_location(self.Player3,'Hall')
def initialize(self,players):
"""
Initializes game
"""
self.players = players
self.case_file = self.__create_case()
self._card_list = self.__make_card_list(self.case_file)
self.game_board = Board()
self.gamerules = GameRules()
self.active_player = self.players[0]
self.__game_status = True
for player in self.players:
player.character = self.__characters.pop(0)
while len(self._card_list) > 0:
for player in self.players:
card = self.__get_remaining_card(self._card_list)
player.hand[card] = card
class GameRulesTestCase(unittest.TestCase):
def setUp(self):
"""Sets up test senario"""
self.gamerules = GameRules()
self.board = Board()
self.gamerules.rooms = self.board.get_rooms
self.gamerules.player_list = self.board.get_player_list
self.Player1 = Player("Player1")
self.Player2 = Player("Player2")
self.Player3 = Player("Player3")
self.board.set_player_location(self.Player1,'Study')
self.board.set_player_location(self.Player2,'Study-Hall')
self.board.set_player_location(self.Player3,'Hall')
def test_is_adjacent_to(self):
""" Test if a room is adjacent to another room"""
self.assertFalse(self.gamerules.is_adjacent_to("Library","Hall")) #Not adjacent
self.assertTrue(self.gamerules.is_adjacent_to("Study","Study-Hall")) #Adjacent
def test_has_secret_passage(self):
""" Test if a room has a secret passage"""
self.assertTrue(self.gamerules.has_secret_passage("Conservatory")) #Has Passage
self.assertFalse(self.gamerules.has_secret_passage("Ballroom")) #Doesn't Have passage
def test_is_hallway(self):
""" Test if a room is a hallway"""
self.assertFalse(self.gamerules.is_hallway("Dinning Room")) #Not hallway
self.assertTrue(self.gamerules.is_hallway("Hall-Lounge")) #Is a hallway
def test_is_empty_room(self):
""" Test if a room is empty."""
self.assertTrue(self.gamerules.is_empty_room("Dining")) # Room can be occupided by more than 1 person
self.assertTrue(self.gamerules.is_empty_room("Study-Library")) #Empty Hallway, is empty
self.assertFalse(self.gamerules.is_empty_room("Study-Hall")) #Occupied Hallway
def test_is_valid_move(self):
""" Test if a player's move is valid."""
self.assertTrue(self.gamerules.is_valid_move(self.board,self.Player1,"Kitchen")) #valid move
self.assertFalse(self.gamerules.is_valid_move(self.board,self.Player1,"Study-Hall")) #Not valid move
from renderer import render_map, render_projectiles
from map import GameMap
from tank import PlayerTank, EnemyTank
from gamelevel import GameLevel
from position import Position
from gamerules import GameRules
game_map = GameMap()
player_tank = PlayerTank(Position(10, 10))
enemy_tanks = [
EnemyTank(Position(14, 10)),
EnemyTank(Position(13, 15)),
EnemyTank(Position(17, 1)),
EnemyTank(Position(15, 22)),
EnemyTank(Position(14, 20))
]
game_level = GameLevel(game_map, player_tank, enemy_tanks)
game_rules = GameRules(game_level)
while not game_rules.game_over:
game_rules.check_if_enemy_tanks_exist()
game_rules.check_player_health()
render_map(game_level)
game_rules.process_user_input()
if len(game_level.projectiles) > 0:
render_projectiles(game_level)
game_rules.randomly_shoot_projectile()
if len(game_level.projectiles) > 0:
render_projectiles(game_level)
game_rules.move_enemy_tanks()
class Game(object):
def __init__(self):
self.case_file = {}
self.active_player = None
self.__game_status = False
self.players = []
self.__character_dict = {0 :"Colonel Mustard", 1:"Miss Scarlet", 2:"Prof. Plum", 3:"Mr. Green", 4:"Mrs. White", 5:"Mrs. Peacock"}
self.__weapon_dict = {0 :"Rope", 1:"Lead Pipe", 2:"Knife", 3:"Wrench", 4:"Candlestick", 5:"Pistol"}
self.__room_dict = {0 :"Hall", 1:"Lounge", 2:"Dining Room", 3:"Kitchen", 4:"Ballroom", 5:"Conservatory", 6:"Billiard Room", 7:"Library", 8:"Study"}
self.__characters = ["Miss Scarlet","Colonel Mustard","Mrs. White","Mr. Green","Mrs. Peacock","Prof. Plum"]
self.suggest_suspect = None
self.suggest_room = None
self.suggest_weapon = None
self.__num_players = 0
self.__turn_tracker = None #flatfile to track turns in place of a database
self.__tracker_name = "turn"
self.game_board = None
self.user_tracker = None #flatfile to track number of users playing
self.user_tracker_name = "users"
self.gamerules = None
def __get_card(self,card_dict):
"""
Returns a random card from the card dictionary
"""
card = card_dict[randrange(0,len(card_dict))]
return card
def __create_case(self):
"""
Returns case dictionary including the suspect, weapon, and room
"""
case = {}
case['Suspect'] = self.__get_card(self.__character_dict)
case['Weapon'] = self.__get_card(self.__weapon_dict)
case['Room'] = self.__get_card(self.__room_dict)
return case
def __make_card_list(self,case):
"""
Returns suffled list of cards not in case file
"""
cards = []
for value in self.__character_dict.values():
if value != case['Suspect']:
cards.append(value)
for value in self.__weapon_dict.values():
if value != case['Weapon']:
cards.append(value)
for value in self.__room_dict.values():
if value != case['Room']:
cards.append(value)
shuffle(cards)
return cards
def __get_remaining_card(self,card_list):
"""
Returns a random card from the remaing card list and removes
it from the list
"""
card = card_list.pop(randrange(0,len(card_list)))
return card
def update_turntracker(self, player):
"""
Updates a flatfile to use to track whose turn it is
May need to update this to incorporate authentication (pyramid_who)
"""
try:
self.__turn_tracker = open(self.__tracker_name, 'w')
self.__turn_tracker.write(player)
self.__turn_tracker.close()
except IOError:
return False
return True
def create_turntracker(self, player):
try:
if path.exists(self.tracker_name):
print("A game is already in progress. Please try again later.")
except IOError:
return false
return true
def cleanup(self):
"""
Remove turn and user trackers at end of game
"""
try:
self.__turn_tracker.close
remove(self.__turn_tracker)
self.__user_tracker.close
remove(self.__user_tracker)
except IOError:
print "Something went wrong cleaning up the game"
return false
return true
def read_truntracker(self):
"""
Get the current player
"""
pass
def initialize(self,players):
"""
Initializes game
"""
self.players = players
self.case_file = self.__create_case()
self._card_list = self.__make_card_list(self.case_file)
self.game_board = Board()
self.gamerules = GameRules()
self.active_player = self.players[0]
self.__game_status = True
for player in self.players:
player.character = self.__characters.pop(0)
while len(self._card_list) > 0:
for player in self.players:
card = self.__get_remaining_card(self._card_list)
player.hand[card] = card
@property
def get_case(self):
"""
Returns the case file
"""
return self.case_file
@property
def get_active_player(self):
"""
Returns the active player
"""
return self.active_player.get_name
@property
def get_game_state(self):
"""
Returns the state of the game
"""
return self.__game_status
def __set_active_player(self):
"""
Set the next active player
"""
player_inplay = False
current_active = self.active_player.get_name
while player_inplay == False:
try:
self.active_player = self.players[self.players.index(self.active_player) + 1]
current_player = self.players[self.players.index(self.active_player)]
player_inplay = current_player.inplay
except IndexError:
self.active_player = player = self.players[0]
current_player = self.players[0]
player_inplay = current_player.inplay
# If loop through all players and no on is active
if self.active_player.get_name == current_active:
self.__game_status = False
print "It was %s in the %s with the %s" % (self.case_file["Suspect"],self.case_file["Room"],self.case_file["Weapon"])
print "The Game is Over.Everyone guessed incorrectly"
break
#update turn tracker
if not (self.update_turntracker(self.active_player.character)):
print("Error") #need to decide what to do here
def __set_disprove_player_order(self):
"""
Return a list of players in order for disproving a suggestion
"""
disprove_player_list = []
if self.players.index(self.active_player) == 0:
disprove_player_list = disprove_player_list + self.players[:]
else:
disprove_player_list = disprove_player_list + self.players[self.players.index(self.active_player):]
disprove_player_list = disprove_player_list + self.players[:self.players.index(self.active_player) - 1]
return disprove_player_list
def add_player(self, player_name):
"""
This function should be called when a user decides to join the game.
"""
if not path.exists(self.tracker_name):
try:
self.__user_tracker = open(self.__user_tracker_name, 'r+')
except IOError:
return false
try:
np = self.__user_tracker.readline
if np != "":
self.__num_players = np + 1
else:
np = 1
self.__user_tracker.write(self.__num_players)
except IOError:
return false
players.add(player_name)
return true
def get_num_players(self):
try:
self.__num_players = self.__user_tracker.readline
except IOError:
return None
return self.__num_players
def make_move(self,move_to):
"""
Movement of player
"""
if self.gamerules.is_valid_move(self.game_board,self.active_player,move_to):
self.game_board.set_player_location(self.active_player, move_to)
print "%s has moved to %s" % (self.active_player.get_name,move_to)
return True
else:
print "That is not a valid move."
return False
def make_suggestion(self,suspect,weapon):
"""
Player makes a suggestion
"""
self.suggest_room = self.active_player.get_position
self.suggest_suspect = suspect
self.suggest_weapon = weapon
#Move player's character to new room
for p in self.players:
if p.get_character == suspect:
self.game_board.set_player_location(p,self.suggest_room)
print "%s (%s) is now at %s" % (p.get_name,p.get_character,p.get_position)
print ("%s thinks it was %s in the %s with a %s." %\
(self.active_player.get_name, self.suggest_suspect, self.suggest_room,self.suggest_weapon))
def check_disprove_suggestion(self,player):
"""
Checks if a player can disprove a suggestion
"""
if self.suggest_room in player.get_hand.values():
return True
elif self.suggest_suspect in player.get_hand.values():
return True
elif self.suggest_weapon in player.get_hand.values():
return True
else:
return False
def available_cards_disprove(self,player):
"""
Returns a dict of cards available from a player to
disprove a suggestion
"""
can_disprove = {}
if self.suggest_room in player.get_hand.values():
can_disprove[self.suggest_room] = self.suggest_room
if self.suggest_suspect in player.get_hand.values():
can_disprove[self.suggest_suspect] = self.suggest_suspect
if self.suggest_weapon in player.get_hand.values():
can_disprove[self.suggest_weapon] = self.suggest_weapon
return can_disprove
def disprove_suggestion(self,player,card):
#I think this will need to be implemented once the interaction
#once there is a way to interace with the UI
"""
Player can disprove another's suggestion
"""
print ("Player %s disproved suggestion by revealing %s." %\
(player.get_name, player.reveal_card(card)))
return True
def make_accusation(self,room,suspect,weapon):
"""
Player makes accusation
"""
if (suspect == self.case_file["Suspect"]) and (room == self.case_file["Room"]) and (weapon == self.case_file["Weapon"]):
print "You are correct. You have won"
self.__game_status = False
else:
self.active_player.inplay = False
print "Your guess was incorrect"
print "It was not %s in the %s with the %s" % (suspect,room,weapon)
def game_play(self):
"""
This is the main game loop that would be
called by playgame moduel
"""
while self.__game_status == True:
print "It is %s turn." % (self.active_player.get_name)
print "=== Menu ==="
print "1. Make Movement"
print "2. Make Suggestion"
print "3. Make Accusation"
print "4. End Turn"
user_choice = raw_input("Choose an option from the menu: ")
if user_choice == "1":
new_room = raw_input("Enter the name of the room you will move to: ")
self.make_move(new_room)
elif user_choice == "2":
suspect = raw_input("Enter a suspect: ")
weapon = raw_input("Enter a weapon: ")
self.make_suggestion(suspect,weapon)
disprove_player_list = self.__set_disprove_player_order()
for disprove_player in reversed(disprove_player_list):
print disprove_player.get_name
if disprove_player == self.active_player:
print "No one can disprove the suggestion"
break
else:
if self.check_disprove_suggestion(disprove_player) == True:
print self.available_cards_disprove(disprove_player)
card_choosen = raw_input("Enter card to disprove: ")
self.disprove_suggestion(disprove_player,card_choosen)
break
elif user_choice == "3":
suspect = raw_input("Enter a suspect: ")
weapon = raw_input("Enter a weapon: ")
room = raw_input("Enter a room: ")
self.make_accusation(room,suspect,weapon)
self.__set_active_player()
elif user_choice == "4":
self.__set_active_player()
class Game(object):
def __init__(self):
self.case_file = {}
self.active_player = None
self.__game_status = False
self.players = []
self.__character_dict = {0 :"Colonel Mustard", 1:"Miss Scarlet", 2:"Prof. Plum", 3:"Mr. Green", 4:"Mrs. White", 5:"Mrs. Peacock"}
self.__weapon_dict = {0 :"Rope", 1:"Lead Pipe", 2:"Knife", 3:"Wrench", 4:"Candlestick", 5:"Pistol"}
self.__room_dict = {0 :"Hall", 1:"Lounge", 2:"Dining Room", 3:"Kitchen", 4:"Ballroom", 5:"Conservatory", 6:"Billiard Room", 7:"Library", 8:"Study"}
self.__characters = ["Miss Scarlet","Colonel Mustard","Mrs. White","Mr. Green","Mrs. Peacock","Prof. Plum"]
self.suggest_suspect = None
self.suggest_room = None
self.suggest_weapon = None
self.__num_players = 0
self.engine = None
self.game_table = None #database table
self.players_table = None #db table
self.board_table = None
self.game_ins = None
self.player_ins = None
self.board_ins = None
self.conn = None #database connection
self.game_board = None
self.metadata = None
def __get_card(self,card_dict):
"""
Returns a random card from the card dictionary
"""
card = card_dict[randrange(0,len(card_dict))]
return card
def __create_case(self):
"""
Returns case dictionary including the suspect, weapon, and room
"""
case = {}
case['Suspect'] = self.__get_card(self.__character_dict)
case['Weapon'] = self.__get_card(self.__weapon_dict)
case['Room'] = self.__get_card(self.__room_dict)
try:
ins = game_ins.values(casefile=case)
self.conn.execute(ins)
except:
raise
return case
def __make_card_list(self,case):
"""
Returns suffled list of cards not in case file
"""
cards = []
for value in self.__character_dict.values():
if value != case['Suspect']:
cards.append(value)
for value in self.__weapon_dict.values():
if value != case['Weapon']:
cards.append(value)
for value in self.__room_dict.values():
if value != case['Room']:
cards.append(value)
shuffle(cards)
return cards
def __get_remaining_card(self,card_list):
"""
Returns a random card from the remaing card list and removes
it from the list
"""
card = card_list.pop(randrange(0,len(card_list)))
return card
def check_game_status(self):
try:
s = game.select(game_status)
if self.conn.execute(s):
print("A game is already in progress. Please try again later.")
return true
except:
raise
return false
def cleanup(self):
"""
Remove game info from database
"""
try:
d = self.conn.begin()
for table in reversed(meta.sorted_tables):
print table.delete()
self.conn.execute(table.delete())
d.commit()
except:
print "Something went wrong cleaning up the game"
return false
return true
def initialize(self):
"""
Initialize game
"""
initialize_db #may need to manage sessions and/or connection pools?
#create list of player objects
num_players = self.get_num_players
players = []
temp_chars = self.__characters
#if a game isn't already in progress, continue
if not check_game_status:
for i in 0..num_players:
p = Player()
players.add(temp_chars.pop())
self.players = players
self.case_file = self.__create_case()
self._card_list = self.__make_card_list(self.case_file)
self.game_board = Board()
self.gamerules = GameRules()
#initialize board & write to DB
for p in players:
for r in self.__room_dict:
if self.gamerules.is_empty_room(r):
self.game_board.set_player_location(p, r, self.conn)
try:
self.game_board.set_player_location(p, self.conn)
except:
raise
for w in self.__weapon_dict:
for r in self.__room_dict:
self.game_board.set_weapon_location(w, r, self.conn)
self.active_player = self.players[0]
self.__game_status = True
#update DB
try:
ins = game_ins(player_list=self.players)
self.conn.execute(ins)
ins = game_ins(active_player = self.active_player.get_character(self.conn))
self.conn.execute(ins)
ins = game_ins(game_status = self.__game_status)
self.conn.execute(ins)
except:
raise
while len(self._card_list) > 0:
for player in self.players:
card = self.__get_remaining_card(self._card_list)
player.hand[card] = card
#add each player to DB
try:
ins = player_ins(character_name=player.get_character)
self.conn.execute(ins)
ins = player_ins(location=player.location)
self.conn.execute(ins)
ins = player_ins(cards=player.hand)
self.conn.execute(ins)
ins = player_ins(inplay=player.inplay)
self.conn.execute(ins)
except:
print "Something went wrong writing game information to database. \
Game play can't continue"
cleanup
sys.exit
@property
def get_case(self):
"""
Returns the case file
"""
return self.case_file
@property
def get_active_player_name(self):
"""
Returns the active player's name
"""
try:
active_player_name = self.conn.execute("SELECT active_player FROM game")
except:
raise
return active_player_name
def get_active_player(self):
"""
Returns the active player's name
"""
name = get_active_player_name
for p in players:
if p.get_character == name:
return p
@property
def get_game_state(self):
"""
Returns the state of the game
"""
try:
self.__game_status = self.conn.execute("SELECT game_status FROM game")
except:
raise
return self.__game_status
def __set_active_player(self):
"""
Set the next active player
"""
player_inplay = False
self.active_player = get_active_player
while player_inplay == False:
try:
self.active_player = self.players[self.players.index(self.active_player) + 1]
current_player = self.players[self.players.index(self.active_player)]
player_inplay = current_player.inplay
try:
status = self.conn.execute("UPDATE players SET active_player=" + self.active_player)
except:
raise
except IndexError:
self.active_player = player = self.players[0]
current_player = self.players[0]
player_inplay = current_player.inplay
# If loop through all players and no one is active
if self.active_player.get_name == current_active:
self.__game_status = False
status = self.conn.execute("UPDATE game SET status=FALSE")
try:
self.case_file = self.conn.execute("SELECT case_file FROM players")
except:
raise
print "It was %s in the %s with the %s" % (self.case_file["Suspect"],self.case_file["Room"],self.case_file["Weapon"])
print "The game is over. Everyone guessed incorrectly"
break
def __set_disprove_player_order(self):
"""
Return a list of players in order for disproving a suggestion
"""
disprove_player_list = []
self.active_player = get_active_player
if self.players.index(self.active_player) == 0:
disprove_player_list = disprove_player_list + self.players[:]
else:
disprove_player_list = disprove_player_list + self.players[self.players.index(self.active_player):]
disprove_player_list = disprove_player_list + self.players[:self.players.index(self.active_player) - 1]
return disprove_player_list
def add_player(self, player_name):
"""
This function should be called when a user decides to join the game.
"""
try:
self.conn.create
num_players = self.conn.execute("SELECT num_players FROM players")
num_players += 1
ins = player_ins(num_players = num_players)
self.conn.execue(ins)
except:
raise
players.add(player_name)
try:
ins = game_ins(name = player_name)
self.conn.execute(ins)
except:
return false
return true
def get_num_players(self):
try:
self.__num_players = self.conn.execute("SELECT num_players FROM game")
except:
raise
return self.__num_players
def make_move(self,move_to):
"""
Movement of player
"""
if self.gamerules.is_valid_move(self.game_board, self.active_player, move_to):
self.game_board.set_player_location(self.active_player, move_to, self.conn)
print "%s has moved to %s" % (self.active_player.get_name, move_to)
self.active_player.move_status = True
return True
else:
print "That is not a valid move."
return False
def make_suggestion(self,suspect,weapon):
"""
Player makes a suggestion
"""
self.active_player = get_active_player
self.suggest_room = self.active_player.get_position
self.suggest_suspect = suspect
self.suggest_weapon = weapon
#Move player's character to new room
for p in self.players:
if p.get_character == suspect:
self.game_board.set_player_location(p, self.suggest_room, self.conn)
print "%s (%s) is now at %s" % (p.get_name, p.get_character, p.get_position)
print ("%s thinks it was %s in the %s with a %s." %\
(self.active_player.get_name, self.suggest_suspect, self.suggest_room, self.suggest_weapon))
def check_disprove_suggestion(self,player):
"""
Checks if a player can disprove a suggestion
"""
if self.suggest_room in player.get_hand.values():
return True
elif self.suggest_suspect in player.get_hand.values():
return True
elif self.suggest_weapon in player.get_hand.values():
return True
else:
return False
def available_cards_disprove(self,player):
"""
Returns a dict of cards available from a player to
disprove a suggestion
"""
can_disprove = {}
if self.suggest_room in player.get_hand.values():
can_disprove[self.suggest_room] = self.suggest_room
if self.suggest_suspect in player.get_hand.values():
can_disprove[self.suggest_suspect] = self.suggest_suspect
if self.suggest_weapon in player.get_hand.values():
can_disprove[self.suggest_weapon] = self.suggest_weapon
return can_disprove
def disprove_suggestion(self,player,card):
#I think this will need to be implemented once the interaction
#once there is a way to interace with the UI
"""
Player can disprove another's suggestion
"""
print ("Player %s disproved suggestion by revealing %s." %\
(player.get_name, player.reveal_card(card)))
return True
def make_accusation(self,room,suspect,weapon):
"""
Player makes accusation
"""
try:
self.case_file = self.conn.executet("SELECT case_file FROM game")
self.active_player = get_active_player
except:
raise
if (suspect == self.case_file["Suspect"]) and (room == self.case_file["Room"]) and (weapon == self.case_file["Weapon"]):
print "You are correct. You have won"
self.__game_status = False
try:
self.conn.execute("UPDATE game SET case_file=" + self.__game_status)
except:
raise
else:
self.active_player.inplay = False
print "Your guess was incorrect"
print "It was not %s in the %s with the %s" % (suspect,room,weapon)
try:
self.conn.execute("UPDATE players SET inplay=" + self.activeplayer.inplay \
+ " WHERE players.character_name=" + self.active_player.get_character)
except:
raise
#TODO: update for DB?
def game_play(self):
"""
This is the main game loop that would be
called by playgame moduel
"""
while self.__game_status == True:
print "It is %s turn." % (self.active_player.get_name)
print "=== Menu ==="
print "1. Make Movement"
print "2. Make Suggestion"
print "3. Make Accusation"
print "4. Show Hand"
print "5. End Turn"
user_choice = raw_input("Choose an option from the menu: ")
if user_choice == "1":
if self.active_player.move_status == False:
new_room = raw_input("Enter the name of the room you will move to: ")
self.make_move(new_room)
else:
print "You can only make 1 move per turn."
elif user_choice == "2":
if self.active_player.get_position in self.__room_dict.values():
suspect = raw_input("Enter a suspect: ")
weapon = raw_input("Enter a weapon: ")
self.make_suggestion(suspect,weapon)
disprove_player_list = self.__set_disprove_player_order()
for disprove_player in reversed(disprove_player_list):
print disprove_player.get_name
if disprove_player == self.active_player:
print "No one can disprove the suggestion"
break
else:
if self.check_disprove_suggestion(disprove_player) == True:
print self.available_cards_disprove(disprove_player)
card_choosen = raw_input("Enter card to disprove: ")
self.disprove_suggestion(disprove_player,card_choosen)
break
else:
print "You are in a room, you can't make a suggestion."
elif user_choice == "3":
suspect = raw_input("Enter a suspect: ")
weapon = raw_input("Enter a weapon: ")
room = raw_input("Enter a room: ")
self.make_accusation(room,suspect,weapon)
self.active_player.move_status=False
self.__set_active_player()
elif user_choice == "4":
hand = self.active_player.get_hand
print "Your hand is: %s" % (self.active_player.get_hand.values())
elif user_choice == "5":
self.active_player.move_status=False
self.__set_active_player()
'''
def encode_num_players(self):
num_players = json.dumps(self.get_num_players)
return num_players
def encode_player_info(self):
temp_player_list = []
for p in self.__characters:
try:
if path.exists(p):
file = open(p, 'r')
temp_player = pickle.load(file)
temp_player_list.append(json.dumps(temp_player))
except:
print "Something went wrong reading file"
return temp_player_list
'''
def initialize_db(self):
metadata = MetaData()
players_table = Table('players', metadata,
Column('character_name', Integer, primary_key = True), \
Column('inplay', Boolean, nullable = False), \
Column('location', String(60), nullable = True), \
Column('cards', PickleType(), nullable = False))
game_table = Table('game', metadata, \
Column('num_players', Integer, primary_key = True), \
Column('case_file', PickleType(), nullable = False), \
Column('active_player', ForeignKey("players.character_name"), nullable=False), \
Column('game_status', Boolean, nullable = False), \
Column('player_list', PickleType(), nullable = False))
board_table = Table('board', metadata, \
Column('weapon', String(40), nullable = False), \
Column('weapon_location', String(40), nullable = False), \
Column('player', ForeignKey("players.character_name"), nullable = False), \
Column('player_location', String(40), nullable = False))
engine = create_engine('sqlite:////var/www/mrboddy/boddyinc/boddyinc/database.db')
metadata.create_all(engine)
self.game_ins = game_table.insert()
self.player_ins = players_table.insert()
self.board_ins = board_table.insert()
def initialize(self):
"""
Initialize game
"""
initialize_db #may need to manage sessions and/or connection pools?
#create list of player objects
num_players = self.get_num_players
players = []
temp_chars = self.__characters
#if a game isn't already in progress, continue
if not check_game_status:
for i in 0..num_players:
p = Player()
players.add(temp_chars.pop())
self.players = players
self.case_file = self.__create_case()
self._card_list = self.__make_card_list(self.case_file)
self.game_board = Board()
self.gamerules = GameRules()
#initialize board & write to DB
for p in players:
for r in self.__room_dict:
if self.gamerules.is_empty_room(r):
self.game_board.set_player_location(p, r, self.conn)
try:
self.game_board.set_player_location(p, self.conn)
except:
raise
for w in self.__weapon_dict:
for r in self.__room_dict:
self.game_board.set_weapon_location(w, r, self.conn)
self.active_player = self.players[0]
self.__game_status = True
#update DB
try:
ins = game_ins(player_list=self.players)
self.conn.execute(ins)
ins = game_ins(active_player = self.active_player.get_character(self.conn))
self.conn.execute(ins)
ins = game_ins(game_status = self.__game_status)
self.conn.execute(ins)
except:
raise
while len(self._card_list) > 0:
for player in self.players:
card = self.__get_remaining_card(self._card_list)
player.hand[card] = card
#add each player to DB
try:
ins = player_ins(character_name=player.get_character)
self.conn.execute(ins)
ins = player_ins(location=player.location)
self.conn.execute(ins)
ins = player_ins(cards=player.hand)
self.conn.execute(ins)
ins = player_ins(inplay=player.inplay)
self.conn.execute(ins)
except:
print "Something went wrong writing game information to database. \
Game play can't continue"
cleanup
sys.exit
play_menu = pygameMenu.Menu(
screen,
window_width=width,
window_height=height,
font=pygameMenu.fonts.FONT_MUNRO,
font_title=pygameMenu.fonts.FONT_8BIT,
font_color=Settings.text_colour,
option_shadow=False,
title='Play',
onclose=PYGAME_MENU_BACK, #go back one menu
menu_color_title=Settings.menu_colour,
menu_color=Settings.background_colour,
bgfun=mainmenu_background,
)
gamerules_menu = GameRules(screen)
# create the text for the About textmenu
ABOUT = [
'Plonk v1.0',
'inspired by Pong',
'Created by: Jennifer Du',
'Individual Programming Project 2017-2018',
]
# create About textmenu
about_menu = pygameMenu.TextMenu(
screen,
window_width=width,
window_height=height,
font=pygameMenu.fonts.FONT_MUNRO,