def run(self):
inp = TextInput()
mfiles = [fn for fn in os.listdir(tut_dir) if not fn.startswith('.')]
choices = [ (first(f.split('.')), f) for f in mfiles ]
while True:
Tutorial(inp.menu(choices)).play()
def getScreen(stdscr):
return Screen(stdscr, 8, 4, [Text(1, 2, 'Register')],
[[TextInput(2, 2, "Name")], [TextInput(3, 2, "ShortDsc")],
[TextInput(4, 2, "Desc")], [TextInput(5, 2, "Value")],
[TextInput(6, 2, "Category")],
[AddButton(7, 1, "Add"),
BackButton(7, 3, "Back")]])
def run(self):
inp = TextInput()
mfiles = [fn for fn in os.listdir(tut_dir) if not fn.startswith('.')]
choices = [(first(f.split('.')), f) for f in mfiles]
while True:
Tutorial(inp.menu(choices)).play()
def run(self):
# allow entering of multiple (up to 10) locations
pattern = "%s? loc%s" % (mark_key, " loc?"*9)
self.textinput = TextInput(pattern, board, singlechar_cmds=True)
while True:
board.draw()
self.make_move()
def getScreen(stdscr):
return Screen(
stdscr, 8, 4, [Text(1, 2, 'Register')],
[[TextInput(2, 2, "Username")], [TextInput(3, 2, "Password")],
[TextInput(4, 2, "First")], [TextInput(5, 2, "Last")],
[TextInput(6, 2, "Role")],
[RegisterButton(7, 1, "Register"),
BackButton(7, 3, "Back")]])
def run(self):
self.textinput = TextInput("loc %d", board)
while True:
board.draw()
loc, val = self.get_move()
board[loc] = Number(val)
sudoku.check_end()
def run(self):
self.textinput = TextInput(board=board)
for p in cycle(players.keys()):
board.draw()
tile = board.ai_move(p) if p in ai_players else self.get_move(p)
tile.increment(p)
bblocks.check_end(p)
def run(self):
# board is only used to check if location is within range (using board.valid())
self.textinput = TextInput(board=first(players).board)
for player in cycle(players):
bship.draw()
tile = self.ai_move(player) if player.ai else self.get_move(player)
tile.hit()
bship.check_end(player.enemy())
def run(self):
cmdpat = "%d?"
cmdpat = cmdpat + " (%s)" % sjoin(commands.keys(), '|')
pattern = cmdpat + (" %s?" % cmdpat) * (max_cmds - 1)
self.textinput = TextInput(pattern, board, accept_blank=True, singlechar_cmds=True)
while True:
board.draw()
for unit in players + robots:
cprog = self.create_program if unit.player else unit.create_program
unit.program = unit.program or cprog()
unit.go()
def run(self):
moves = board.get_valid_moves
player = rndchoice(players)
player = first(players)
self.textinput = TextInput(board=board)
while True:
board.draw()
move = player.get_random_move() if player.ai else self.get_move(player)
player.make_move(move)
# give next turn to enemy OR end game if no turns left, FALLTHRU: current player keeps the turn
if moves(player.enemy()) : player = player.enemy()
elif not moves(player) : versi.game_end()
def run(self):
self.textinput = TextInput("(r|p|s)")
scores = [0, 0]
while True:
choice1, choice2 = (self.get_move(p) for p in players)
if choice1 != choice2:
winplayer = 1 if (choice1 + choice2 in wins) else 0
scores[winplayer] += 1
print(status % (players[0], scores[0], players[1], scores[1],
choice1, choice2))
sleep(pause_time)
class Test(object):
def run(self):
moves = 'd'*2 + 'r'*18 + 'u'*11 + 'l'*17
moves = 'r'*9 + 'l'*8
moves = 'r'*30 + 'l'*30
for move in moves:
board.draw()
player.move(move, wrap)
return
####
self.textinput = TextInput(("%hd %hd %s", randcmd))
while True:
words.display()
cmd = self.textinput.getinput()
if first(cmd) == randcmd : words.randreveal()
else : self.reveal_letter( *cmd )
words.check_end()
def reveal_letter(self, *cmd):
try : words.guess(*cmd)
except IndexError : print(self.textinput.invalid_move)
class BasicInterface(object):
def run(self):
cmdpat = "%d?"
cmdpat = cmdpat + " (%s)" % sjoin(commands.keys(), '|')
pattern = cmdpat + (" %s?" % cmdpat) * (max_cmds - 1)
self.textinput = TextInput(pattern,
board,
accept_blank=True,
singlechar_cmds=True)
while True:
board.draw()
print(", ".join("%s: %s" % (k, v) for k, v in commands.items()))
for unit in players + robots:
if unit.player:
cprog = self.create_program
else:
cprog = unit.create_program
unit.program = unit.program or cprog()
unit.go()
def create_program(self):
while True:
try:
program = self.textinput.getinput() or ['r']
return rgame.expand_program(program)
except (KeyError, IndexError):
print(self.textinput.invalid_inp)
class BasicInterface(object):
def run(self):
""" Run main game loop.
If more than one valid move is available to the human player, let him make the choice
with `get_move()`.
"""
def offer_choice(): return bool(not player.ai and len(valid_moves) > 1)
self.textinput = TextInput('%hd')
pchar = first(p for p in player_chars if p not in ai_players)
if pchar: print("You are playing:", pchar)
for player in cycle(players):
race.draw()
movedist = dice.rollsum()
valid_moves = race.valid_moves(player, movedist)
getmove = self.get_move if offer_choice() else rndchoice
race.move(*getmove(valid_moves))
player.check_end()
def get_move(self, valid_moves):
"""Get player's choice of move."""
moves = [space] * (length + 6)
for n, (loc, _) in enumerate1(valid_moves):
moves[loc] = n
print(sjoin(moves))
while True:
try:
return valid_moves[ self.textinput.getval() ]
except IndexError:
print(self.textinput.invalid_move)
def run(self):
self.textinput = TextInput(board=board)
for p in cycle(players.keys()):
board.draw()
tile = board.ai_move(p) if p in ai_players else self.get_move(p)
tile.increment(p)
bblocks.check_end(p)
def run(self):
""" Run main game loop.
If more than one valid move is available to the human player, let him make the choice
with `get_move()`.
"""
def offer_choice(): return bool(not player.ai and len(valid_moves) > 1)
self.textinput = TextInput('%hd')
pchar = first(p for p in player_chars if p not in ai_players)
if pchar: print("You are playing:", pchar)
for player in cycle(players):
race.draw()
movedist = dice.rollsum()
valid_moves = race.valid_moves(player, movedist)
getmove = self.get_move if offer_choice() else rndchoice
race.move(*getmove(valid_moves))
player.check_end()
def run(self):
moves = 'd'*2 + 'r'*18 + 'u'*11 + 'l'*17
moves = 'r'*9 + 'l'*8
moves = 'r'*30 + 'l'*30
for move in moves:
board.draw()
player.move(move, wrap)
return
####
self.textinput = TextInput(("%hd %hd %s", randcmd))
while True:
words.display()
cmd = self.textinput.getinput()
if first(cmd) == randcmd : words.randreveal()
else : self.reveal_letter( *cmd )
words.check_end()
class BasicInterface(object):
def run(self):
self.textinput = TextInput("loc %d", board)
while True:
board.draw()
loc, val = self.get_move()
board[loc] = Number(val)
sudoku.check_end()
def get_move(self):
while True:
cmd = self.textinput.getinput()
if sudoku.valid_move(*cmd) : return cmd
else : print(self.textinput.invalid_move)
class Test(object):
def run(self):
self.textinput = TextInput(board=board)
for p in cycle(players.keys()):
board.draw()
tile = board.ai_move(p) if p in ai_players else self.get_move(p)
tile.increment(p)
bblocks.check_end(p)
def get_move(self, player):
while True:
loc = self.textinput.getloc()
if board.valid_move(player, board[loc]): return board[loc]
else: print(self.textinput.invalid_move)
class BasicInterface(object):
def run(self):
# board is only used to check if location is within range (using board.valid())
self.textinput = TextInput(board=first(players).board)
for player in cycle(players):
bship.draw()
tile = self.ai_move(player) if player.ai else self.get_move(player)
tile.hit()
bship.check_end(player.enemy())
def get_move(self, player):
"""Get user command and return the tile to attack."""
return player.enemy().board[self.textinput.getloc()]
def ai_move(self, player):
"""Very primitive 'AI', always hits a random location."""
return player.enemy().board.random_unhit()
class BasicInterface(object):
def run(self):
# allow entering of multiple (up to 10) locations
pattern = "%s? loc%s" % (mark_key, " loc?"*9)
self.textinput = TextInput(pattern, board, singlechar_cmds=True)
while True:
board.draw()
self.make_move()
def make_move(self):
cmd = self.textinput.getinput()
mark = bool(first(cmd) == mark_key)
if mark: cmd.pop(0)
for loc in cmd:
tile = board[loc]
tile.toggle_mark() if mark else board.reveal(tile)
mines.check_end(tile)
class RockPaperScissors(object):
def run(self):
self.textinput = TextInput("(r|p|s)")
scores = [0, 0]
while True:
choice1, choice2 = (self.get_move(p) for p in players)
if choice1 != choice2:
winplayer = 1 if (choice1 + choice2 in wins) else 0
scores[winplayer] += 1
print(status % (players[0], scores[0], players[1], scores[1],
choice1, choice2))
sleep(pause_time)
def get_move(self, player):
if player in ai_players: return randchoice(moves)
else: return self.textinput.getval()
class BasicInterface(object):
def run(self):
moves = board.get_valid_moves
player = rndchoice(players)
player = first(players)
self.textinput = TextInput(board=board)
while True:
board.draw()
move = player.get_random_move() if player.ai else self.get_move(player)
player.make_move(move)
# give next turn to enemy OR end game if no turns left, FALLTHRU: current player keeps the turn
if moves(player.enemy()) : player = player.enemy()
elif not moves(player) : versi.game_end()
def get_move(self, player):
while True:
loc = self.textinput.getloc()
if board.valid_move(player, loc) : return loc
else : print(self.textinput.invalid_move)
def run(self):
player.look()
while True:
cmd = TextInput("(a|s|w|d|p|i|m|l)").getval()
getattr(player, commands[cmd])()
from os.path import exists
from textwrap import wrap
from time import sleep
from copy import copy
from utils import TextInput, Container, shuffled, getitem, nl, space
width = 78
screensep = 30
border = Container(tl='╭', tr='╮', bl='╰', br='╯', horiz='─', vertical='│')
cards_fn = "cards.txt"
question = " Did you get it right (Y/n)? "
status = "\n %d right out of %d (%d%%)\n"
sep = "--"
textinput = Container(question=TextInput(accept_blank=True, prompt=question),
pause=TextInput(accept_blank=True))
class Card(object):
def __init__(self, card):
front, back = card.split(sep, 1)
self.front = front.strip()
self.back = back.strip()
def draw(self, status_msg):
print(nl * screensep)
self.box(self.front)
print(status_msg)
textinput.pause.getinput()
def getScreen(stdscr):
return Screen(
stdscr, 5, 4, [Text(1, 2, 'Search')],
[[TextInput(2, 2, "Category")], [TextInput(3, 2, "Name")],
[SearchResultsButton(4, 1, "Search"),
BackButton(4, 3, "Back")]])
def getScreen(stdscr):
return Screen(
stdscr, 5, 4, [Text(1, 2, 'Login')],
[[TextInput(2, 2, "Username")], [TextInput(3, 2, "Password")],
[LoginButton(4, 1, "Login"),
BackButton(4, 3, "Back")]])