public void AddSubCategory(SubCategory subcat, TagsStore tags)
{
if (subcat.Options.Count == 0)
{
return;
}
StringTaggerWidget tagger = new StringTaggerWidget(subcat, tags);
table1.Attach(tagger, 0, 1, table1.NRows - 1, table1.NRows);
table1.NRows++;
tagger.Show();
}
public static void GetVideoAndAudioTags(TagsStore tagsStore, byte[] data)
{
MemoryStream stream = null;
try {
stream = new MemoryStream(data);
using (HDSBinaryReader br = new HDSBinaryReader(stream)) {
stream = null;
FLVTag tag = Parse(br);
while (tag != null)
{
// only audio or video and skipping small sized packet
if (tag.DataSize > 2 && (tag.Type == TagType.AUDIO || tag.Type == TagType.AKAMAI_ENC_AUDIO || tag.Type == TagType.VIDEO || tag.Type == TagType.AKAMAI_ENC_VIDEO))
{
if (!tagsStore.hasAudio && tag is FLVTagAudio audioTag)
{
tagsStore.hasAudio = true;
tagsStore.AudioFormat = audioTag.SoundFormat;
tagsStore.AudioRate = audioTag.SoundRate;
tagsStore.AudioChannels = audioTag.SoundChannels;
}
if (!tagsStore.hasVideo && tag is FLVTagVideo videoTag)
{
tagsStore.hasVideo = true;
tagsStore.VideoCodec = videoTag.CodecID;
}
tagsStore.Enqueue(tag);
if (tag.Timestamp > tagsStore.lastTS)
{
tagsStore.lastTS = tag.Timestamp;
}
if (!tagsStore.isAkamaiEncrypted && tag.IsAkamaiEncrypted)
{
tagsStore.isAkamaiEncrypted = true;
}
}
tag = Parse(br);
}
}
} finally {
if (stream != null)
{
stream.Dispose();
}
}
}
public void AddTagSubcategory(SubCategory subcat, TagsStore tags)
{
/* the notebook starts invisible */
taggerwidget1.AddSubCategory(subcat, tags);
subcategoryAdded = true;
}
public void AddTagSubcategory(SubCategory subcat, TagsStore tags)
{
/* the notebook starts invisible */
taggerwidget1.AddSubCategory(subcat, tags);
subcategoryAdded = true;
}
