def test_export_namespace(self):
try:
os.remove('/tmp/level.png')
except:
pass
self.assertFileNotExists('/tmp/level.png')
image.export_nametable(
'fixtures/nerdynights/scrolling/SMBlevel.bin',
'fixtures/nerdynights/scrolling/mario.chr',
'/tmp/level.png')
self.assertFileExists('/tmp/level.png')
img = Image.open('/tmp/level.png')
sprs, indexes = image.acquire_chr(img, optimize_repeated=False)
sprite.length(sprs)
self.assertEquals(1024, sprite.length(sprs))
return # TODO why?!
nt_file = open('fixtures/nerdynights/scrolling/SMBlevel.bin')
nt = nt_file.read()
nt_file.close()
nts = [ord(n) for n in nt]
mario = sprite.load_sprites('fixtures/nerdynights/scrolling/mario.chr')
for i in range(32):
for j in range(32):
self.assertSpriteEquals(
sprite.get_sprite(nts[i * j] + 256, mario),
sprite.get_sprite(i * j, sprs)
)
os.remove('/tmp/level.png')
def test_export_namespace(self):
try:
os.remove('/tmp/level.png')
except:
pass
self.assertFileNotExists('/tmp/level.png')
image.export_nametable(
'fixtures/nerdynights/scrolling/SMBlevel.bin',
'fixtures/nerdynights/scrolling/mario.chr',
'/tmp/level.png')
self.assertFileExists('/tmp/level.png')
img = Image.open('/tmp/level.png')
sprs, indexes = image.acquire_chr(img, optimize_repeated=False)
sprite.length(sprs)
self.assertEquals(1024,sprite.length(sprs))
return #TODO why?!
nt_file = open('fixtures/nerdynights/scrolling/SMBlevel.bin')
nt = nt_file.read()
nt_file.close()
nts = [ord(n) for n in nt]
mario = sprite.load_sprites('fixtures/nerdynights/scrolling/mario.chr')
for i in range(32):
for j in range(32):
self.assertSpriteEquals(
sprite.get_sprite(nts[i*j] + 256, mario),
sprite.get_sprite(i*j, sprs)
)
os.remove('/tmp/level.png')
def show_sprites(sprs):
ENDC = '\033[0m'
length = sprite.length(sprs)
tiles = []
for i in range(length):
spr = get_printable_sprite(sprite.get_sprite(i, sprs))
tiles.append(spr)
if len(tiles) % 8 == 0:
out = ''
for t in tiles:
for l in t:
out += l + ENDC
out += '\n'
tiles = []
print out
def show_sprites(sprs):
ENDC = '\033[0m'
length = sprite.length(sprs)
tiles = []
for i in range(length):
spr = get_printable_sprite(sprite.get_sprite(i, sprs))
tiles.append(spr)
if len(tiles) % 8 == 0:
out = ''
for t in tiles:
for l in t:
out += l + ENDC
out += '\n'
tiles = []
print (out)
def test_sprite_length(self):
length = sprite.length(self.bin)
self.assertEquals(512, length)
