def give(game, params, user_id, user_name):
""" Give one of your dice to someone else """
if len(params) < 2:
return SlackResponse("Usage: /fiasco die slack_name")
from_player = game.get_user(user_id)
if not from_player:
return SlackResponse(
"You are not registered as a player. Please type /fiasco register your_game_name"
)
# Load up our user and desired die
slack_name = params[-1].replace('@', '') # Allow use of @
if slack_name == 'pool':
to_player_id = 'pool'
else:
to_player_id = game.get_user_id_for_slack_name(slack_name)
if not to_player_id:
return SlackResponse('No player found with slack name "%s"' %
slack_name)
try:
die = Die(params=params[0:-1])
except InvalidDie:
return SlackResponse('Format is w5 or white 5 (or b1 or black 1)')
if not game.take_die_from(die, user_id):
return SlackResponse(u'%s does not have a %s' % (user_name, die))
if slack_name == 'pool':
dice = game.dice
dice.append(die)
game.dice = dice
else:
game.give_die_to(die, to_player_id)
return SlackResponse(
u"%s gave %s to %s" % (user_name, die.to_emoji(), slack_name), True)
def give(game,params,user_id,user_name):
""" Give one of your dice to someone else """
if len(params) < 2:
return SlackResponse("Usage: /fiasco die slack_name")
from_player = game.get_user(user_id)
if not from_player:
return SlackResponse("You are not registered as a player. Please type /fiasco register your_game_name")
# Load up our user and desired die
slack_name = params[-1].replace('@','') # Allow use of @
if slack_name == 'pool':
to_player_id = 'pool'
else:
to_player_id = game.get_user_id_for_slack_name(slack_name)
if not to_player_id:
return SlackResponse('No player found with slack name "%s"' % slack_name)
try:
die = Die(params=params[0:-1])
except InvalidDie:
return SlackResponse('Format is w5 or white 5 (or b1 or black 1)')
if not game.take_die_from(die,user_id):
return SlackResponse(u'%s does not have a %s' % (user_name, die))
if slack_name == 'pool':
dice = game.dice
dice.append(die)
game.dice = dice
else:
game.give_die_to(die,to_player_id)
return SlackResponse(u"%s gave %s to %s" % (user_name,die.to_emoji(),slack_name),True)
def spend(game,params,user_id,user_name):
""" Let a user spend one of their dice """
dice = game.get_user_dice(user_id)
try:
die = Die(params=params)
except InvalidDie:
return SlackResponse('Format is w5 or white 5 (or b1 or black 1)')
for i,d in enumerate(dice):
if die.to_json() == d.to_json():
del dice[i]
game.set_user_dice(user_id,dice)
return SlackResponse("%s spent %s" % (user_name, die.to_emoji()),True)
return SlackResponse("You don't have a %s" % die.to_emoji())
def spend(game, params, user_id, user_name):
""" Let a user spend one of their dice """
dice = game.get_user_dice(user_id)
try:
die = Die(params=params)
except InvalidDie:
return SlackResponse('Format is w5 or white 5 (or b1 or black 1)')
for i, d in enumerate(dice):
if die.to_json() == d.to_json():
del dice[i]
game.set_user_dice(user_id, dice)
return SlackResponse("%s spent %s" % (user_name, die.to_emoji()),
True)
return SlackResponse("You don't have a %s" % die.to_emoji())
def test_user_dice(self):
self.assertEquals([], self.game.get_user_dice('12456'))
self.game.set_user_dice('12456', [Die(number=5, color='w')])
self.assertEquals([{
'n': 5,
'c': 'white'
}], [x.to_json() for x in self.game.get_user_dice('12456')])
def test_dice(self):
self.assertEquals([], self.game.dice)
self.game.dice = [Die(number=5, color='w')]
self.assertEquals([{
'n': 5,
'c': 'white'
}], [x.to_json() for x in self.game.dice])
def test_take_die_from(self):
self.game.set_user_dice('12456', [Die(params=['b1'])])
self.assertTrue(self.game.take_die_from(Die(params=['b1']), '12456'))
self.assertFalse(
self.game.take_die_from(Die(params=['b1']), '12456none'))
self.assertFalse(self.game.take_die_from(Die(params=['w1']), '12456'))
self.assertEquals(
{
'game': {
'users': {
'12456': {
'name': 'Test',
'slack_name': 'Bar',
'dice': []
}
}
}
}, self.game.game_state.data)
def take(game,params,user_id,user_name):
""" Take a specific die from the pool """
if len(params) < 1:
return SlackResponse("Usage: /fiasco take color number")
# Validate
try:
die = Die(params=params)
except InvalidDie:
return SlackResponse('Format is w5 or white 5 (or b1 or black 1')
# Find die
user_dice = game.get_user_dice(user_id) or []
if game.take_die_from_pool(die):
user_dice.append(die)
game.set_user_dice(user_id,user_dice)
return SlackResponse ("%s claimed %s.\nPool: %s" % (user_name, die.to_emoji(),game.format_dice_pool(game.dice) or 'Empty'),True)
return SlackResponse(u"Could not find a %s" % die)
def take(game, params, user_id, user_name):
""" Take a specific die from the pool """
if len(params) < 1:
return SlackResponse("Usage: /fiasco take color number")
# Validate
try:
die = Die(params=params)
except InvalidDie:
return SlackResponse('Format is w5 or white 5 (or b1 or black 1')
# Find die
user_dice = game.get_user_dice(user_id) or []
if game.take_die_from_pool(die):
user_dice.append(die)
game.set_user_dice(user_id, user_dice)
return SlackResponse(
"%s claimed %s.\nPool: %s" %
(user_name, die.to_emoji(), game.format_dice_pool(game.dice)
or 'Empty'), True)
return SlackResponse(u"Could not find a %s" % die)
def test_give_die_to(self):
self.assertTrue(self.game.give_die_to(Die(params=['b1']), '12456'))
self.assertEquals(
{
'game': {
'users': {
'12456': {
'dice': [{
'c': 'black',
'n': 1
}],
'name': 'Test',
'slack_name': 'Bar'
}
}
}
}, self.game.game_state.data)
def pool(game, params, user_id, user_name):
""" Output the dice pool. Based on parameters, optionally reset or reroll. """
dice = game.dice
if params == ['reset']:
# Reset dice
dice = []
user_count = len(game.users)
if not user_count:
return SlackResponse(
"No registered users so no dice rolled. /fiasco register Your Name to register yourself."
)
for color in ('black', 'white'):
for i in range((user_count * 2)):
dice.append(Die(color=color, number=random.randint(1, 6)))
game.dice = dice
elif params == ['reroll']:
# Reroll dice still in pool
dice = game.dice
for die in dice:
die.roll()
game.dice = dice
return SlackResponse(
game.format_dice_pool(dice) or "No dice in pool", True)
def test_json(self):
self.assertEquals(u':d6-3-black:',
Die(json={
'c': 'black',
'n': '3'
}).to_emoji())
def test_default(self):
self.assertEquals(u':d6-5:', Die(color='white', number=5).to_emoji())
self.assertEquals(u':d6-1-black:',
Die(color='black', number=1).to_emoji())
def test_clear(self):
self.game.dice = [Die(number=5, color='w')]
self.game.set_user('abc', 'Slack', 'Test')
self.game.clear()
self.assertEquals({'game': {}}, self.game.game_state.data)
def test_format_dice_pool(self):
self.assertEquals(
u':d6-1: :d6-5-black: :d6-6-black:',
self.game.format_dice_pool(
(Die(number=5, color='black'), Die(number=1, color='white'),
Die(number=6, color='black'))))
def test_take_die_from_pool(self):
self.game.dice = [Die(number=1, color='b')]
self.game.take_die_from_pool(Die(number=1, color='b'))
self.assertEquals([], self.game.dice)
def test_unicode(self):
self.assertEquals(u'black 2', unicode(Die(params=['b2'])))
def test_to_json(self):
self.assertEquals({'c': 'white', 'n': 1}, Die(params=['w1']).to_json())
def test_params(self):
self.assertEquals(u':d6-1:', Die(params=['w1']).to_emoji())
self.assertEquals(u':d6-3-black:', Die(params=['b3']).to_emoji())
self.assertEquals(u':d6-6:', Die(params=['white 6']).to_emoji())
self.assertEquals(u':d6-1-black:', Die(params=['black 1']).to_emoji())
def test_roll(self):
die = Die(color='w', number=1)
self.assertEquals('white', die.color)
self.assertEquals(1, die.number)
new_number = die.roll()
self.assertEquals(die.number, new_number)
def test_roll(self):
die = Die(color='w',number=1)
self.assertEquals('white',die.color)
self.assertEquals(1, die.number)
new_number = die.roll()
self.assertEquals(die.number,new_number)