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test_filtergraph_filter.py
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299 lines (266 loc) · 8.38 KB
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import logging
logging.basicConfig(level=logging.INFO)
import operator
import pytest
from ffmpegio import filtergraph as fgb
def test_Filter():
f = fgb.Filter("concat")
print(f)
assert f[0] == "concat"
assert f.name == "concat"
assert f.id is None
print(f.info)
# fgb.Filter('concat',2)
# fgb.Filter('concat')
# fgb.Filter('concat')
@pytest.mark.parametrize(
"filter_spec,option_name,expected",
[
("concat=n=3", "n", 3),
("concat=3", "n", 3),
("concat", "n", 2),
],
)
def test_filter_get_option_value(filter_spec, option_name, expected):
f = fgb.Filter(filter_spec)
try:
assert f.get_option_value(option_name) == expected
except fgb.Filter.InvalidName:
pass # ffmpeg version issue
@pytest.mark.parametrize(
"filter_spec,expected",
[
("overlay", 2),
("overlay=no1", 2),
("hstack=inputs=4", 4),
("afir=nbirs=1", 2),
("concat=n=3", 3),
("decimate=ppsrc=1", 2),
("fieldmatch=ppsrc=1", 2),
("headphone=FL|FR|FC|LFE|BL|BR|SL|SR", 9),
("headphone=FL|FR", 3),
("headphone=map=FL|FR|FC|LFE|BL|BR|SL|SR:hrir=multich", 2),
("interleave=nb_inputs=2", 2),
("mergeplanes=0x001020:yuv444p", 3),
("mergeplanes=0x00010210:yuv444p", 2),
("premultiply=inplace=1", 1),
("unpremultiply=inplace=0", 2),
("signature=nb_inputs=2", 2),
],
)
def test_filter_get_num_inputs(filter_spec, expected):
f = fgb.Filter(filter_spec)
try:
assert f.get_num_inputs() == expected
except fgb.Filter.InvalidName:
logging.warning(f"skipped {filter_spec}: not supported by FFmpeg")
@pytest.mark.parametrize(
"filter_spec,expected",
[
(["split"], 2),
(["split", 3], 3),
(("acrossover", {"split": "1500 8000", "order": "8th"}), 3),
(("afir", {"response": 0}), 1),
(("aiir", {"response": 1}), 2),
(("anequalizer", {"curves": 1}), 2),
(("asegment", {"timestamps": [60, 150]}), 3),
(("segment", "60|150"), 3),
(("astreamselect", {"map": "1 0 2"}), 3),
# (("streamselect",), None),
(("channelsplit", {"channel_layout": "5.1"}), 6),
(("extractplanes", "y+u+v"), 3),
(("ebur128", {"video": 1}), 2),
(("aphasemeter", {"video": 0}), 1),
(("concat", {"n": 3, "v": 1, "a": 2}), 3),
# "amovie": (None, None), # streams(+-separated)
# "movie": (None, None), # streams(+-separated)
(("movie", "dvd.vob", {"s": "v:0+#0x81"}), 2),
],
)
def test_filter_get_num_outputs(filter_spec, expected):
has_kws = isinstance(filter_spec[-1], dict)
if has_kws:
*filter_spec, kwargs = filter_spec
else:
kwargs = {}
f = fgb.Filter(*filter_spec, **kwargs)
try:
assert f.get_num_outputs() == expected
except fgb.Filter.InvalidName:
logging.warning(f"skipped {filter_spec}: not supported by FFmpeg")
@pytest.mark.parametrize(
"expr, pad, filter, chain, exclude_chainable, chainable_first, ret",
[
("color", None, None, None, False, False, []),
("vstack", None, None, None, False, False, [0, 1]),
("vstack", 0, None, None, False, False, [0]),
("vstack", 1, None, None, False, False, [1]),
("vstack", 2, None, None, False, False, None),
("vstack", -1, None, None, False, False, [1]),
("vstack", None, 0, None, False, False, [0, 1]),
("vstack", None, 1, None, False, False, None),
("vstack", None, None, 0, False, False, [0, 1]),
("vstack", None, None, 1, False, False, None),
("vstack", None, None, None, True, False, [0]),
("vstack", None, None, None, False, True, [1, 0]),
("vstack", None, None, None, True, True, []),
],
)
def test_iter_input_pads(
expr,
pad,
filter,
chain,
exclude_chainable,
chainable_first,
ret,
):
fg = fgb.Filter(expr)
it = fg.iter_input_pads(
pad,
filter,
chain,
exclude_chainable=exclude_chainable,
chainable_first=chainable_first,
)
if ret is None:
with pytest.raises(fgb.FiltergraphInvalidIndex):
next(it)
else:
for r in ret:
index, f, out_index = next(it)
assert index == (r,) and f == fg and out_index == None
@pytest.mark.parametrize(
"expr, pad, filter, chain, exclude_chainable, chainable_first, ret",
[
("nullsink", None, None, None, False, False, []),
("split", None, None, None, False, False, [0, 1]),
("split", 0, None, None, False, False, [0]),
("split", 1, None, None, False, False, [1]),
("split", 2, None, None, False, False, None),
("split", -1, None, None, False, False, [1]),
("split", None, 0, None, False, False, [0, 1]),
("split", None, 1, None, False, False, None),
("split", None, None, 0, False, False, [0, 1]),
("split", None, None, 1, False, False, None),
("split", None, None, None, True, False, [0]),
("split", None, None, None, False, True, [1, 0]),
("split", None, None, None, True, True, []),
],
)
def test_iter_output_pads(
expr,
pad,
filter,
chain,
exclude_chainable,
chainable_first,
ret,
):
fg = fgb.Filter(expr)
it = fg.iter_output_pads(
pad,
filter,
chain,
exclude_chainable=exclude_chainable,
chainable_first=chainable_first,
)
if ret is None:
with pytest.raises(fgb.FiltergraphInvalidIndex):
next(it)
else:
for r in ret:
index, f, in_index = next(it)
assert index == (r,) and f == fg and in_index == None
def test_iter_chains():
assert len([*fgb.Filter("fps").iter_chains()]) == 1
def test_apply():
f = fgb.Filter("fade=in:5:20:color=yellow")
print(str(f))
f1 = f.apply({1: "in", 2: 4, "color": "red"})
print(str(f1))
@pytest.mark.parametrize(
"op, lhs,rhs,expected",
[
# fmt:off
(
operator.__add__,
fgb.scale(),
"overlay",
"[UNC0]scale[L0];[L0][UNC1]overlay[UNC2]",
),
(
operator.__add__,
"scale",
fgb.Filter("overlay"),
"[UNC0]scale[L0];[L0][UNC1]overlay[UNC2]",
),
(
operator.__rshift__,
fgb.Filter("split"),
"hflip",
"[UNC0]split[L0][UNC1];[L0]hflip[UNC2]",
),
(
operator.__rshift__,
fgb.Filter("split"),
(1, "overlay"),
"[UNC0]split[UNC2][L0];[L0][UNC1]overlay[UNC3]",
),
(
operator.__rshift__,
fgb.Filter("split"),
(1, "[in]overlay"),
"[UNC0]split[UNC2][L0];[L0][UNC1]overlay[UNC3]",
), # X
(
operator.__rshift__,
fgb.Filter("split"),
(1, 1, "overlay"),
"[UNC0]split[UNC2][L0];[UNC1][L0]overlay[UNC3]",
),
(
operator.__rshift__,
fgb.Filter("split"),
(None, "[over]", "[base][over]overlay"),
"[UNC0]split[L0][UNC1];[base][L0]overlay[UNC2]",
), # X
(
operator.__rshift__,
"hflip",
fgb.Filter("overlay"),
"[UNC0]hflip[L0];[L0][UNC1]overlay[UNC2]",
),
(
operator.__rshift__,
("split", 1),
fgb.Filter("overlay"),
"[UNC0]split[L0][UNC2];[UNC1][L0]overlay[UNC3]",
), # X
(
operator.__rshift__,
("split", (0, 1)),
fgb.Filter("overlay"),
"[UNC0]split[L0][UNC2];[UNC1][L0]overlay[UNC3]",
), # X
(
operator.__rshift__,
("split[out]", 1),
fgb.Filter("overlay"),
"[UNC0]split[L0][UNC2];[UNC1][L0]overlay[UNC3]",
), # X
(
operator.__rshift__,
("split[out]", "[out]", None),
fgb.Filter("overlay"),
"[UNC0]split[L0][UNC2];[L0][UNC1]overlay[UNC3]",
),
# X
# (operator.__rshift__, fgb.Graph("split[out1][out2]"), ('[out1]', '[over]', "[base][over]overlay"), "split[out1][out2];[base][out1]overlay"),
# fmt:on
],
)
def test_ops(op, lhs, rhs, expected):
assert op(lhs, rhs).compose() == expected
if __name__ == "__name__":
test_apply()