def connect_four_consoleUI():
''' This is the main user interface where the program is executed and the Connect Four
game runs with all its respective functions '''
WelcomeBanner() # prints welcome banner
print()
PlayerRed = InputRed() # creates player 1 - red
PlayerYellow = InputYellow() # creates player 2 - yellow
print()
GameState = connectfour.new_game() # starts a new game and prints an empty board
Project2commonUI.printBoard(GameState.board)
while True:
PlayerTurn(GameState, PlayerRed, PlayerYellow) # function call to PlayerTurn() which determines whose turn it is
message = input()
message = message.upper() # prompts for input to drop/pop a piece
try:
if len(message) == 0: # if there is nothing, this error is printed.
print('\nSorry invalid input. Try again. :p\n')
else:
Responses = message.split() # otherwise the move is placed on the board and printed through InputMove()
GameState = InputMove(Responses, GameState)
except connectfour.InvalidMoveError:
print('Invalid move! Try again. :p\n[ You can only POP your own piece or DROP a piece in an empty column! ]') # error for invalid move
except ValueError:
print('Invalid column number! Try again. :p\n[ Number must be 1, 2, 3, 4, 5, 6, or 7! ]\n') # error for value error - wrong col num.
finally:
Finale = WinningBanner(GameState, PlayerRed, PlayerYellow) # prints the banner and returns the exit string
if Finale == 'You may exit the program!': # if exit string is correct then the program breaks and ends.
break
def connect_four_consoleUI():
''' This is the main user interface where the program is executed and the Connect Four
game runs with all its respective functions '''
WelcomeBanner() # prints welcome banner
print()
PlayerRed = InputRed() # creates player 1 - red
PlayerYellow = InputYellow() # creates player 2 - yellow
print()
GameState = connectfour.new_game(
) # starts a new game and prints an empty board
Project2commonUI.printBoard(GameState.board)
while True:
PlayerTurn(
GameState, PlayerRed, PlayerYellow
) # function call to PlayerTurn() which determines whose turn it is
message = input()
message = message.upper() # prompts for input to drop/pop a piece
try:
if len(message
) == 0: # if there is nothing, this error is printed.
print('\nSorry invalid input. Try again. :p\n')
else:
Responses = message.split(
) # otherwise the move is placed on the board and printed through InputMove()
GameState = InputMove(Responses, GameState)
except connectfour.InvalidMoveError:
print(
'Invalid move! Try again. :p\n[ You can only POP your own piece or DROP a piece in an empty column! ]'
) # error for invalid move
except ValueError:
print(
'Invalid column number! Try again. :p\n[ Number must be 1, 2, 3, 4, 5, 6, or 7! ]\n'
) # error for value error - wrong col num.
finally:
Finale = WinningBanner(
GameState, PlayerRed,
PlayerYellow) # prints the banner and returns the exit string
if Finale == 'You may exit the program!': # if exit string is correct then the program breaks and ends.
break
def ClientInputMove(L: list, GameState) -> None:
''' Given a list of the input and the current GameState this function moves
a Client's piece and updates the GameState of Connect Four '''
if L[0] == 'DROP' or L[0] == 'POP': # The following is an 'if' statement that takes a Client input and calls user_move to do the
print() # appropriate action to make a move and returns the updated GameState regardless of the input
GameState = Project2commonUI.user_move(L, GameState)
Board = Project2commonUI.printBoard(GameState.board)
return GameState
print()
else:
return GameState
def InputMove(L: list, GameState) -> None:
''' Given a list of the input and the current GameState this function moves
a piece and updates the GameState of Connect Four '''
if len(L) == 2: # the following drops a piece with the function call user_move()
if L[0] == 'DROP' or L[0] == 'POP': # it is only done if 'DROP' or 'POP' are in the input
print()
GameState = Project2commonUI.user_move(L, GameState)
Board = Project2commonUI.printBoard(GameState.board) # Once drops it prints the board with the new piece
return GameState
print()
else:
print('\nSorry invalid input. Try again. :p\n') # regardless of the outcomem GameState is always returned
return GameState
else:
print('\nSorry invalid input. Try again. :p\n') # error message is printed if the input is wrong
return GameState
def InputMove(L: list, GameState) -> None:
''' Given a list of the input and the current GameState this function moves
a piece and updates the GameState of Connect Four '''
if len(
L
) == 2: # the following drops a piece with the function call user_move()
if L[0] == 'DROP' or L[
0] == 'POP': # it is only done if 'DROP' or 'POP' are in the input
print()
GameState = Project2commonUI.user_move(L, GameState)
Board = Project2commonUI.printBoard(
GameState.board
) # Once drops it prints the board with the new piece
return GameState
print()
else:
print('\nSorry invalid input. Try again. :p\n'
) # regardless of the outcomem GameState is always returned
return GameState
else:
print('\nSorry invalid input. Try again. :p\n'
) # error message is printed if the input is wrong
return GameState
def connect_four_networkUI() -> None:
''' Acts as a user interface which runs the entire Connect Four game
and its respective functions '''
WelcomeBanner() # prints welcome banner!
host = read_host() # prompts for host
port = read_port() # promps for port
print('\nConnecting to {} (port {})...'.format(host, port)) # prints that its attempting to connect to the server
time.sleep(2)
connection = Project2sockethandling.connect(host, port) # function used to connect to server with given host & port
print('Connected!') # prints 'Connected' if successful
time.sleep(1)
name = InitiateGame(connection) # calls to InitiateGame() which prompts user to enter AI_GAME to initiate system
GameState = connectfour.new_game()
Project2commonUI.printBoard(GameState.board) # Once done, this initializes new game and prints the empty board
while True:
while True:
if PlayerTurn(GameState, name) == True: # Calls to function PlayerTurn() which checks if it is User's Turn
message = read_message() # If so, the following prompts the user to drop or pop a piece
message = message.upper()
response = message.split()
if len(response)== 2: # if the response given is a list of 2 elements, the following executes...
if response[0] == 'DROP' or response[0] == 'POP': # if drop or pop is in the input then the client sends a message to the server of the placement
if response[1] in response:
if response[1] in ['1','2','3','4','5','6','7']:
Project2sockethandling.send_message(connection, message)
else:
print('\nInvalid column number; Try again.\nNumber must be 1, 2, 3, 4, 5, 6, or 7!\n') # if its invalid its prints this message
break # breaks out of this while loop
else:
print('\nSorry invalid input; try again\n') # if its empty its prints this error message
break # breaks out of this while loop
if GameState.turn == 2: # if it is the computer's turn the function call ServerTurn() is made to print that the server is going to make a move
response = ServerTurn(connection)
try:
GameState = ClientInputMove(response, GameState) # This function ClientInputMove() updates the GameState with the server's move
response = ServerResponse(response, connection) # This function ServerResponse() prints the server's response after the move is made
if type(response) == list: # If type of response is list, this executes...
if response[0] == 'DROP' or response[0] == 'POP': # The following executes if 'DROP' or 'POP' is in input
GameState = Project2commonUI.user_move(response, GameState) # Updates the server with the new move
answer = Project2sockethandling.receive_response(connection)
response = answer.split()
time.sleep(1)
ServerReady(response) # Prints that the server is ready after move is placed
time.sleep(1)
Project2commonUI.printBoard(GameState.board) # prints the board with the server's move placed
print()
### for invalid move
except connectfour.InvalidMoveError:
answer = Project2sockethandling.receive_response(connection) # Once the response is recieved, the function call InvalidMovePrint() is made...
response = answer.split()
Result = InvalidMovePrint(response, connection) # ... if the move made previously brings up this type of exception
if type(Result) == list:
ServerReady(Result) # it then prints that the server is ready for the next action
except ValueError: ### for column numbers
answer = Project2sockethandling.receive_response(connection) # Once the response is recieved, the function call InvalidValuePrint() is made...
response = answer.split()
Result = InvalidValuePrint(response, connection) # ... if the move made previously brings up this type of exception
if type(Result) == list:
ServerReady(Result) # it then prints that the server is ready for the next action
finally:
if connectfour.winner(GameState) == 1:
answer = Project2sockethandling.receive_response(connection) # Once everything is done, a winner is determined...
response = answer.split()
if response[0] == 'WINNER_RED': # if the winner is red (the user) it prints out the banner that they won!
time.sleep(1.5)
print('\n*****************************************\n')
print('** Player RED -- {} has won! :D **\n'.format(name))
print('*****************************************\n')
time.sleep(2)
return False # return false breaks out of the while loops and closes the connection and program
if connectfour.winner(GameState) == 2:
print()
if response[0] == 'WINNER_YELLOW':
time.sleep(1.5)
print('\n*************************************\n')
print('** Player YELLOW -- AI has won! :( **\n') # if the winner is yellow (the server) it prints out the banner that they won!
print('*************************************\n')
time.sleep(2)
return False # return false breaks out of the while loops and closes the connection and program
pass