def handle_game(ubet):
if not ubet in G.valid:
app.put_console("wrong bet: '{}', must be 'r', 'p' or 's'".format(ubet))
return
cbet = random.choice(G.valid)
if cbet == ubet:
result = "that's a draw"
elif cbet + ubet in G.firstwin:
result = "I win"
G.cpoints += 1
write_status()
else:
result = "you win"
G.upoints += 1
write_status()
msg = "Your bet was '{}', my bet was '{}': {}"
app.put_console(msg.format(ubet, cbet, result))
if G.cpoints >= 10:
app.put_message("\nGame over, I have won")
game_end()
return
if G.upoints >= 10:
app.put_message("\nGame over, You have won")
game_end()
return
def init_handler():
app.put_console("~clr~")
app.put_console(
"""Welcome to the Rock-Paper-Scissor game
You play against me, who first gets 10 points is the winner.
You enter your bet: 'r', 'p' or 's', I make my own bet.
Rock wins agains Scissor, Scissor wins against Paper,
Paper wins against Rock, two equal bets are a draw.
So lets start (you can enter 'x' to end the game at any time
Your first bet, please
"""
)
app.put_message("~clr~")
app.put_message("Status of the game:\n")
G.state = "g"
G.rounds = 10 # maximum 10 rounds
G.upoints = 0
G.cpoints = 0
write_status()
def command_handler(text):
print("imp_received text: {}".format(text))
app.put_console("console text")
app.put_message("message text")
def init_handler(text):
print("imp_init_handler: {}".format(text))
app.put_console('~clr~')
app.put_console('Welcome to the Kivy world')
app.put_message('~clr~')
def write_status():
ustr = ">" * G.upoints + "." * 10
cstr = "." * 10 + "<" * G.cpoints
game = "you: {}win{} :me".format(ustr[:10], cstr[-10:])
app.put_message(game)
