def test_mono_not_inverted(resources, outdir):
infile = resources / '2400dpi.pdf'
opt.main(infile, outdir / 'out.pdf', level=3)
rasterize_pdf(
outdir / 'out.pdf',
outdir / 'im.png',
raster_device='pnggray',
raster_dpi=Resolution(10, 10),
)
with Image.open(fspath(outdir / 'im.png')) as im:
assert im.getpixel((0, 0)) == 255, "Expected white background"
def test_mono_not_inverted(resources, outdir):
infile = resources / '2400dpi.pdf'
opt.main(infile, outdir / 'out.pdf', level=3)
rasterize_pdf(outdir / 'out.pdf',
outdir / 'im.png',
xres=10,
yres=10,
raster_device='pnggray',
log=logging.getLogger(name='test_mono_flip'))
im = Image.open(fspath(outdir / 'im.png'))
assert im.getpixel((0, 0)) == 255, "Expected white background"
def test_mono_not_inverted(resources, outdir):
infile = resources / '2400dpi.pdf'
opt.main(infile, outdir / 'out.pdf', level=3)
rasterize_pdf(
outdir / 'out.pdf',
outdir / 'im.png',
xres=10,
yres=10,
raster_device='pnggray',
log=logging.getLogger(name='test_mono_flip'),
)
im = Image.open(fspath(outdir / 'im.png'))
assert im.getpixel((0, 0)) == 255, "Expected white background"
def test_basic(resources, pdf, outpdf):
infile = resources / pdf
opt.main(infile, outpdf, level=3)
assert 0.98 * Path(outpdf).stat().st_size <= Path(infile).stat().st_size
def test_basic(resources, pdf, outpdf):
infile = resources / pdf
opt.main(infile, outpdf, level=3)
assert Path(outpdf).stat().st_size <= Path(infile).stat().st_size
