public void TestCopyableInferLevels()
{
Assert.True(Copyable264Infer.CompareLevels("4.2", 42));
Assert.False(Copyable264Infer.CompareLevels("4.1", 42));
Assert.True(Copyable264Infer.CompareLevels("1.0", 10));
Assert.False(Copyable264Infer.CompareLevels("1.0", 15));
}
public void TestCopyableInfer()
{
Assert.True(Copyable264Infer.DetermineCopyCanBeDone("yuv420p", "4.0", "High",
new List <DEnc.Serialization.MediaStream>()
{
new DEnc.Serialization.MediaStream()
{
codec_name = "h264", level = 40, pix_fmt = "yuv420p", profile = "High"
}
}));
Assert.True(Copyable264Infer.DetermineCopyCanBeDone("yuv420p", "4.2", "High",
new List <DEnc.Serialization.MediaStream>()
{
new DEnc.Serialization.MediaStream()
{
codec_name = "h264", level = 40, pix_fmt = "yuv420p", profile = "Main"
}
}));
Assert.False(Copyable264Infer.DetermineCopyCanBeDone("yuv420p", "4.0", "High",
new List <DEnc.Serialization.MediaStream>()
{
new DEnc.Serialization.MediaStream()
{
codec_name = "h264", level = 40, pix_fmt = "yuv420p10le", profile = "High"
}
}));
Assert.False(Copyable264Infer.DetermineCopyCanBeDone("yuv420p", "4.0", "High",
new List <DEnc.Serialization.MediaStream>()
{
new DEnc.Serialization.MediaStream()
{
codec_name = "h264", level = 40, pix_fmt = "yuv420p", profile = "High 10"
}
}));
}
public void TestCopyableInferProfiles()
{
Assert.True(Copyable264Infer.CompareProfiles("Main", "baseline"));
Assert.True(Copyable264Infer.CompareProfiles("main", "main"));
Assert.True(Copyable264Infer.CompareProfiles("High 10", "High"));
Assert.True(Copyable264Infer.CompareProfiles("High444", "High 10"));
Assert.False(Copyable264Infer.CompareProfiles("High", "High 10"));
Assert.False(Copyable264Infer.CompareProfiles("High", "High10"));
Assert.False(Copyable264Infer.CompareProfiles("main", "High 422"));
}
