def test_import_and_render(self):
importer = memory_importer.MemoryImporter()
mem = importer.read_ram('testdata/full-image.mem')
self.args.output = self.args.tmpfile('full-image.png')
a = app.Application()
a.create_output(mem, self.args, 'horizontal')
self.assert_equal_image(self.args.output, 'testdata/full-image.png')
def test_output(self):
img = Image.open('testdata/full-image.png')
self.process_image(img)
a = app.Application()
a.create_output(self.ppu_memory, self.args, 'horizontal')
actual_file = self.args.compile
expect_file = 'testdata/full-image-rom.nes'
self.assert_file_eq(actual_file, expect_file)
def test_output_square_small_with_locked_tiles(self):
img = Image.open('testdata/full-image-small-square.png')
self.args.is_locked_tiles = True
self.process_image(img)
a = app.Application()
a.create_output(self.ppu_memory, self.args, 'horizontal')
actual_file = self.args.compile
expect_file = 'testdata/full-image-rom-small-square-locked-tiles.nes'
self.assert_file_eq(actual_file, expect_file)
def test_import_by_kind(self):
importer = memory_importer.MemoryImporter()
mem = importer.read('testdata/full-image.mem', 'ram')
a = app.Application()
a.create_output(mem, self.args, 'horizontal')
self.assert_output_result('chr')
self.assert_output_result('nametable')
self.assert_output_result('palette')
self.assert_output_result('attribute')
def test_output_from_memory_dump(self):
"""Memory can be imported then split into components."""
memfile = 'testdata/full-image-mem.bin'
a = app.Application()
a.read_memory(memfile, 'ram', self.args)
self.assert_output_result('chr')
self.assert_output_result('nametable')
self.assert_output_result('palette')
self.assert_output_result('attribute')
def test_views(self):
"""Create views of the input."""
img = Image.open('testdata/full-image.png')
self.process_image(img)
a = app.Application()
a.create_views(self.ppu_memory, self.args, img)
self.assert_file_eq(self.args.palette_view, self.golden('pal', 'png'))
self.assert_file_eq(self.args.colorization_view,
self.golden('color', 'png'))
self.assert_file_eq(self.args.reuse_view, self.golden('reuse', 'png'))
self.assert_file_eq(self.args.nametable_view, self.golden('nt', 'png'))
self.assert_file_eq(self.args.chr_view, self.golden('chr', 'png'))
self.assert_file_eq(self.args.grid_view, self.golden('grid', 'png'))
def test_view_for_free_sprite_hard(self):
"""View for the zones in free sprites with hard areas."""
img = Image.open('testdata/free-sprites-hard.png')
self.args.bg_color = bg_color_spec.build('00=30')
self.args.is_sprite = True
self.args.traversal = 'free'
self.args.clear_views()
self.args.free_zone_view = self.args.tmppng('free-zone-hard')
self.process_image(img)
a = app.Application()
a.create_views(self.ppu_memory, self.args, img)
self.golden_file_prefix = 'free-zone-hard'
self.assert_file_eq(self.args.free_zone_view,
self.golden('view', 'png'))
def test_views_sprite(self):
"""Create views for a sprite image."""
img = Image.open('testdata/reticule.png')
self.args.bg_color = bg_color_spec.build('30')
self.args.is_sprite = True
self.args.nametable_view = None
self.args.colorization_view = None
self.process_image(img)
a = app.Application()
a.create_views(self.ppu_memory, self.args, img)
self.golden_file_prefix = 'reticule'
self.assert_file_eq(self.args.palette_view, self.golden('pal-view', 'png'))
self.assert_file_eq(self.args.reuse_view, self.golden('reuse-view', 'png'))
self.assert_file_eq(self.args.chr_view, self.golden('chr-view', 'png'))
self.assert_file_eq(self.args.grid_view, self.golden('grid-view', 'png'))
def create_output(self):
a = app.Application()
if self.args.bg_color.fill:
self.ppu_memory.override_bg_color(self.args.bg_color.fill)
a.create_output(self.ppu_memory, self.args, self.args.traversal)
