def format_stats(num_tests, stats, use_color):
return '{pl} {p}/{t} {fl} {f}/{t} {sl} {s}/{t}'.format(
pl=util.color_string('PASS', 'green') if use_color else 'PASS',
fl=util.color_string('FAIL', 'red') if use_color else 'FAIL',
sl=util.color_string('SKIP', 'yellow') if use_color else 'SKIP',
p=stats['pass'], f=stats['fail'],
s=stats['skip'], t=num_tests)
def format_stats(num_tests, stats, use_color):
return '{pl} {p}/{t} {fl} {f}/{t} {sl} {s}/{t}'.format(
pl=util.color_string('PASS', 'green') if use_color else 'PASS',
fl=util.color_string('FAIL', 'red') if use_color else 'FAIL',
sl=util.color_string('SKIP', 'yellow') if use_color else 'SKIP',
p=stats['pass'],
f=stats['fail'],
s=stats['skip'],
t=num_tests)
def detail_card(player, tokens, **kwargs):
from cards.creatures import CreatureType
card_num = int(tokens[1])
curr_card = player.hand[card_num]
card_template = """
==============================
{card_header}
==============================
|(Fancy image goes here) |
| |
| |
| |
| |
| |
==============================
{card_type}
==============================
{card_abilities}
| |
| |
| |
| |
{card_power}
==============================
"""
args_dict = {}
args_dict['card_header'] = '|' + color_string(curr_card.name, curr_card.get_color())
args_dict['card_header'] += (' ' * (28 - len(curr_card.name)))
if curr_card.mana_cost:
mana_count = sum([curr_card.mana_cost[mana] for mana in curr_card.mana_cost])
mana_str = ''.join([color_string(mana.short_name * curr_card.mana_cost[mana], mana.color) for mana in curr_card.mana_cost])
args_dict['card_header'] = args_dict['card_header'][:mana_count * -1] + mana_str
args_dict['card_header'] += '|'
args_dict['card_type'] = '|' + player.hand[int(card_num)].type_name.ljust(28) + '|'
if isinstance(curr_card, CreatureType):
power_toughness = '{}/{}'.format(curr_card.power, curr_card.toughness)
args_dict['card_power'] = '|' + power_toughness.rjust(28) + '|'
ability_text = ''
if curr_card.abilities:
ability_text = ', '.join([ability.display_text for ability in curr_card.abilities])
args_dict['card_abilities'] = '|' + ability_text.ljust(28) + '|'
else:
args_dict['card_power'] = '|' + (' ' * 28) + '|'
args_dict['card_abilities'] = '|' + (' ' * 28) + '|'
card_art = card_template.format(**args_dict)
GameController.print_message(card_art)
def format_stats(num_tests, stats, use_color):
return "{pl} {p}/{t} {fl} {f}/{t} {sl} {s}/{t}".format(
pl=util.color_string("PASS", "green") if use_color else "PASS",
fl=util.color_string("FAIL", "red") if use_color else "FAIL",
sl=util.color_string("SKIP", "yellow") if use_color else "SKIP",
p=stats["pass"],
f=stats["fail"],
s=stats["skip"],
t=num_tests,
)
def pprint_string(self):
top_bottom = util.color_string('+' + ('-' * self.size) + '+',
fore='blue',
back='blue')
side = util.color_string('|', fore='blue', back='blue')
s = top_bottom + '\n'
for y in range(self.size):
s += side + ''.join([Cell.color(c)
for c in self.row(y)]) + side + '\n'
return s + top_bottom
def __str__(self):
tapped = ''
if self.tapped:
tapped = ': TAPPED'
if self.get_color():
return color_string(self.type_name + ' - ' + self.name + tapped, self.get_color())
return self.type_name + ' - ' + self.name + tapped
def __str__(self):
tapped = ''
if self.tapped:
tapped = ': TAPPED'
if self.get_color():
return color_string(self.type_name + ' - ' + self.name + tapped,
self.get_color())
return self.type_name + ' - ' + self.name + tapped
def get_mana_string(player):
mana_list = []
for color_type in player.mana_pool:
curr_string = ''
if player.mana_pool[color_type] > 0:
curr_string = color_string('O', color_type.color)
curr_string *= player.mana_pool[color_type]
if curr_string:
mana_list.append(curr_string)
return 'player mana:\n{}'.format(' '.join(mana_list))
def to_string(self, colored=False):
label = util.color_string('PASS', 'green') if colored else 'PASS'
return '{} {}'.format(label, self.test_name)
def color(cls, char):
return util.color_string(char,
fore=Cell.FORE[char],
back=Cell.BACK[char])
def to_string(self, colored=False):
label = util.color_string('FAIL', 'red') if colored else 'FAIL'
return '{} {}: {}'.format(label, self.test_name, self.message)
def color(cls, c):
return util.color_string(c, fore=Cell.FORE[c], back=Cell.BACK[c])
def to_string(self, colored=False):
label = util.color_string('SKIP', 'yellow') if colored else 'SKIP'
return '{} {}: {}'.format(label, self.test_name, self.reason)
def to_string(self, colored=False):
label = util.color_string('PASS', 'green') if colored else 'PASS'
return '{} {}'.format(label, self.test_name)
def _maybe_color(text, color, do_color):
return util.color_string(text, color) if do_color else text
def to_string(self, colored=False):
label = util.color_string('SKIP', 'yellow') if colored else 'SKIP'
return '{} {}: {}'.format(label, self.test_name, self.reason)
def to_string(self, colored=False):
label = util.color_string('FAIL', 'red') if colored else 'FAIL'
return '{} {}: {}'.format(label, self.test_name, self.message)
