void OnFileCreated(string storage, long file)
{
string mimetype;
string filename;
long rev;
Storage.GetDownloadFileInfo(storage, file, out mimetype, out filename, out rev);
if (mimetype.StartsWith("audio/"))
{
lock (instanceLock) {
if (!runningTasks.ContainsKey(storage + ":" + file + ":mp3") &&
!File.Exists(basePath + "/" + storage + "/mp3/" + file))
{
LongTask task = new LongTask(delegate {
BuildMp3(storage, file);
}, null, "Build MP3 " + storage + ":" + file);
longRunningTaskScheduler.Start(task);
runningTasks[storage + ":" + file + ":mp3"] = task;
}
if (!runningTasks.ContainsKey(storage + ":" + file + ":ogg") &&
!File.Exists(basePath + "/" + storage + "/ogg/" + file))
{
LongTask task = new LongTask(delegate {
BuildOgg(storage, file);
}, null, "Build OGG " + storage + ":" + file, LongTaskPriority.Low);
longRunningTaskScheduler.Start(task);
runningTasks[storage + ":" + file + ":ogg"] = task;
}
}
}
}
void OnFileCreated(string storage, long file)
{
string mimetype;
string filename;
long rev;
Storage.GetDownloadFileInfo(storage, file, out mimetype, out filename, out rev);
if (mimetype.StartsWith("video/"))
{
lock (instanceLock) {
if (!runningTasks.ContainsKey(storage + ":" + file + ":mp4") &&
!File.Exists(basePath + "/" + storage + "/mp4/" + file))
{
LongTask task = new LongTask(delegate {
BuildMp4(storage, file);
}, null, "Build MP4 for " + storage + ":" + file);
longRunningTaskScheduler.Start(task);
runningTasks[storage + ":" + file + ":mp4"] = task;
}
if (!runningTasks.ContainsKey(storage + ":" + file + ":webm") &&
!File.Exists(basePath + "/" + storage + "/webm/" + file))
{
LongTask task = new LongTask(delegate {
BuildWebm(storage, file);
}, null, "Build WEBM for " + storage + ":" + file, LongTaskPriority.Low);
longRunningTaskScheduler.Start(task);
runningTasks[storage + ":" + file + ":webm"] = task;
}
}
}
}
public VideoEncoder ScheduleEncode(Video video)
{
VideoEncoder encoder = null;
lock (instanceLock)
{
lock (instanceLock)
{
if (!runningEncoders.ContainsKey(video.node.id))
{
encoder = new VideoEncoder(this, video);
LongTask task = new LongTask(() => {
encoder.Run();
lock (instanceLock)
{
runningEncoders.Remove(encoder.Video.node.id);
runningEncodersById.Remove(encoder.Id);
}
}, video.node.owner, $"Build MP4 for '{video.node.name}' (id: {video.node.id})");
scheduler.Start(task);
runningEncoders[video.node.id] = encoder;
runningEncodersById[encoder.Id] = encoder;
}
else
{
encoder = runningEncoders[video.node.id];
}
}
}
return(encoder);
}
public AudioEncoder ScheduleEncode(Audio audio)
{
AudioEncoder encoder = null;
lock (instanceLock)
{
lock (instanceLock)
{
if (!runningEncoders.ContainsKey(audio.node.id))
{
encoder = new AudioEncoder(this, audio);
LongTask task = new LongTask(() => {
encoder.Run();
lock (instanceLock)
{
runningEncoders.Remove(encoder.Audio.node.id);
runningEncodersById.Remove(encoder.Id);
}
}, audio.node.owner, $"Build MP3 for '{audio.node.name}' (id: {audio.node.id})");
scheduler.Start(task);
runningEncoders[audio.node.id] = encoder;
runningEncodersById[encoder.Id] = encoder;
}
else
{
encoder = runningEncoders[audio.node.id];
}
}
}
return(encoder);
}
public void QueuePdfGenerate(string storage, long file)
{
lock (instanceLock) {
if (!runningTasks.ContainsKey(storage + ":" + file))
{
LongTask task = new LongTask(delegate {
try {
PdfGenerate(storage, file);
} finally {
// remove the task
lock (instanceLock) {
if (runningTasks.ContainsKey(storage + ":" + file))
{
runningTasks.Remove(storage + ":" + file);
}
}
}
}, null, "Build PDF " + storage + ":" + file);
longRunningTaskScheduler.Start(task);
runningTasks[storage + ":" + file] = task;
}
}
}
