def test_nested_formattingstring(monkeypatch):
"""Test nested __call__ behavior of formatters.FormattingString."""
from blessed.formatters import FormattingString
# given, with arg
pstr = FormattingString(u'a1-', u'n-')
zstr = FormattingString(u'a2-', u'n-')
# exercise __call__
assert pstr('x-', zstr('f-'), 'q-') == 'a1-x-a2-f-n-a1-q-n-'
def test_formattingstring(monkeypatch):
"""Test simple __call__ behavior of formatters.FormattingString."""
from blessed.formatters import FormattingString
# given, with arg
pstr = FormattingString(u'attr', u'norm')
# exercise __call__,
assert pstr._normal == u'norm'
assert str(pstr) == u'attr'
assert pstr('text') == u'attrtextnorm'
# given, with empty attribute
pstr = FormattingString(u'', u'norm')
assert pstr('text') == u'text'
def test_formattingstring(monkeypatch):
"""Test formatters.FormattingString"""
from blessed.formatters import (FormattingString)
# given, with arg
pstr = FormattingString(u'attr', u'norm')
# excersize __call__,
assert pstr._normal == u'norm'
assert str(pstr) == u'attr'
assert pstr('text') == u'attrtextnorm'
# given, without arg
pstr = FormattingString(u'', u'norm')
assert pstr('text') == u'text'
def render_all(
t: Terminal,
game_map: GameMap,
entities,
fov_map,
fov_recompute: bool
):
"""
Renders everything. The whole lot.
"""
# Define tile colors here to save on memory
# Don't need them defined in each tile instance
colors = {
'dark_wall': FormattingString(t.black, t.normal),
'dark_ground': FormattingString(t.green, t.normal),
'light_wall': FormattingString(t.yellow, t.normal),
'light_ground': FormattingString(t.red, t.normal),
}
if fov_recompute:
"""
Only bother redrawing all the tiles if the FOV was recomputed.
Otherwise they will still be on the screen from last time.
"""
for y in range(game_map.height):
for x in range(game_map.width):
visible = tcod.map_is_in_fov(fov_map, x, y)
wall = game_map.tiles[x][y].block_sight
# Optimize this whole thing, it's ridiculous
if visible:
if wall:
# TODO: Optimize. Don't need to move to each tile individually.
print(colors['light_wall'](t.move(y, x) + '#'))
else:
print(colors['light_ground'](t.move(y, x) + '.'))
else:
if wall:
print(colors['dark_wall'](t.move(y, x) + '#'))
else:
print(colors['dark_ground'](t.move(y, x) + '.'))
for ent in entities:
render_entity(t, ent)
def test_nested_formattingstring_type_error(monkeypatch):
"""Test formatters.FormattingString raising TypeError."""
from blessed.formatters import FormattingString
# given,
pstr = FormattingString(u'a-', u'n-')
expected_msg = ("Positional argument #1 is {0} expected any of ".format(
type(1)))
# exercise,
with pytest.raises(TypeError) as err:
pstr('text', 1, '...')
# verify,
assert expected_msg in '{0}'.format(err)
def test_nested_formattingstring_type_error(monkeypatch):
"""Test formatters.FormattingString raising TypeError."""
from blessed.formatters import FormattingString
# given,
pstr = FormattingString(u'a-', u'n-')
expected_msgs = (
(
"TypeError for FormattingString argument, 291, at position 1: "
"expected type str, got int" # py3x
),
("TypeError for FormattingString argument, 291, at position 1: "
"expected type basestring, got int")) # py2
# exercise,
with pytest.raises(TypeError) as err:
pstr('text', 0x123, '...')
# verify,
assert str(err.value) in expected_msgs
def main():
t = Terminal()
# Prelude
logger.info("----------------------------------")
logger.info("Starting new run.")
logger.info("Datetime: %s", datetime.datetime.now().isoformat())
logger.info("Revision: %s", os.getenv('REVISION'))
logger.info("Terminal colors: %d", t.number_of_colors)
logger.info("Terminal size: %dx%d", t.width, t.height)
logger.info("----------------------------------")
#
# Create the world
map_dimensions = (20, 12)
if t.width < map_dimensions[0] or t.height < map_dimensions[1]:
logger.fatal("Terminal too small: Must be at least %dx%d in size.",
map_dimensions[0], map_dimensions[1])
sys.exit(1)
game_map = GameMap(map_dimensions[0], map_dimensions[1])
game_map.make_map()
fov_map = initialize_fov(game_map)
entities = [
Entity(4,
4,
'@',
'Player',
FormattingString(t.red, t.normal),
fighter=Fighter(hp=30, defense=2, power=5)),
Entity(map_dimensions[0] // 2 + 5, map_dimensions[1] // 2 - 2, '$',
'Mysterious Object', FormattingString(t.yellow, t.normal)),
Entity(3,
3,
'%',
'Crate',
FormattingString(t.blue, t.normal),
pushable=True),
Entity(10,
5,
'o',
'Goblin',
FormattingString(t.green, t.normal),
fighter=Fighter(hp=16, defense=1, power=3),
ai=BasicMonster())
]
# Ready the screen for drawing
print(t.enter_fullscreen())
with t.hidden_cursor():
# Handle input immediately
with t.cbreak():
# Enter the main game loop
game_loop(t, game_map, entities, fov_map)
print(t.exit_fullscreen())
