public bool setup(DecoderCallback callback_obj, int width, int height) //format_hint is aviFileContent
{
callbackThread = new HandlerThread("H264DecoderHandler");
callbackThread.Start();
handler = new Handler(callbackThread.Looper);
mDecoder = MediaCodec.CreateDecoderByType(MIME);
mCallbackObj = callback_obj;
myCallback = new MyCallback(mDecoder, mCallbackObj);
mDecoder.SetCallback(myCallback, handler);
//mOutputFormat = mDecoder.GetOutputFormat(); // option B
inputFormat = MediaFormat.CreateVideoFormat(MIME, width, height);
inputFormat.SetInteger(MediaFormat.KeyMaxInputSize, width * height);
inputFormat.SetInteger("durationUs", 63446722);
//inputFormat.SetInteger(MediaFormat.KeyColorFormat, (int)MediaCodecCapabilities.Formatyuv420semiplanar);
//inputFormat.SetInteger(MediaFormat.KeyIFrameInterval, 60);
try
{
mDecoder.Configure(inputFormat, null, null, 0 /* Decoder */);
}
catch (Exception ex)
{
throw ex;
}
Console.WriteLine("before mDecoder.Start()");
mDecoder.Start();
Console.WriteLine("after mDecoder.Start()");
return(true);
}
Future <Codec> _loadAsync(FileImage key, DecoderCallback decode)
{
#if UNITY_ANDROID && !UNITY_EDITOR
var path = Path.Combine(Application.streamingAssetsPath, key.file);
#else
var path = "file://" + Path.Combine(Application.streamingAssetsPath, key.file);
#endif
using (var unpackerWWW = UnityWebRequest.Get(path)) {
unpackerWWW.SendWebRequest();
while (!unpackerWWW.isDone)
{
} // This will block in the webplayer.
if (unpackerWWW.isNetworkError || unpackerWWW.isHttpError)
{
throw new Exception($"Failed to get file \"{path}\": {unpackerWWW.error}");
}
var data = unpackerWWW.downloadHandler.data;
if (data.Length > 0)
{
return(decode(data));
}
throw new Exception("not loaded");
}
}
public override ImageStreamCompleter load(FileImage key, DecoderCallback decode)
{
IEnumerable <DiagnosticsNode> infoCollector()
{
yield return(new ErrorDescription($"Path: {file}"));
}
return(new MultiFrameImageStreamCompleter(_loadAsync(key, decode),
scale: key.scale,
informationCollector: infoCollector));
}
public override ImageStreamCompleter load(AssetBundleImageKey key, DecoderCallback decode)
{
IEnumerable <DiagnosticsNode> infoCollector()
{
yield return(new DiagnosticsProperty <ImageProvider>("Image provider", this));
yield return(new DiagnosticsProperty <AssetBundleImageKey>("Image key", key));
}
return(new MultiFrameImageStreamCompleter(
codec: _loadAsync(key, decode),
scale: key.scale,
informationCollector: infoCollector
));
}
Future <Codec> _loadAsync(NetworkImage key, DecoderCallback decode)
{
var completer = Completer.create();
var isolate = Isolate.current;
var panel = UIWidgetsPanelWrapper.current.window;
if (panel.isActive())
{
panel.startCoroutine(_loadCoroutine(key.url, completer, isolate));
return(completer.future.to <byte[]>().then_ <byte[]>(data => {
if (data != null && data.Length > 0)
{
return decode(data);
}
throw new Exception("not loaded");
}).to <Codec>());
}
return(new Future <Codec>(Future.create(() => FutureOr.value(null))));
}
Future <Codec> _loadAsync(AssetBundleImageKey key, DecoderCallback decode)
{
Object data;
// Hot reload/restart could change whether an asset bundle or key in a
// bundle are available, or if it is a network backed bundle.
try {
data = key.bundle.LoadAsset(key.name);
}
catch (Exception e) {
PaintingBinding.instance.imageCache.evict(key);
throw e;
}
if (data != null && data is Texture2D textureData)
{
return(decode(textureData.EncodeToPNG()));
}
else
{
PaintingBinding.instance.imageCache.evict(key);
throw new Exception("Unable to read data");
}
}
public override ImageStreamCompleter load(_SizeAwareCacheKey assetBundleImageKey, DecoderCallback decode)
{
Future <Codec> decodeResize(byte[] bytes, int?cacheWidth = 0, int?cacheHeight = 0)
{
D.assert(
cacheWidth == null && cacheHeight == null,
() =>
"ResizeImage cannot be composed with another ImageProvider that applies cacheWidth or cacheHeight."
);
return(decode(bytes, cacheWidth: width, cacheHeight: height));
}
return(imageProvider.load(assetBundleImageKey.providerCacheKey, decodeResize));
}
Future <Codec> _loadAsync(MemoryImage key, DecoderCallback decode)
{
D.assert(key == this);
return(decode(bytes));
}
public override ImageStreamCompleter load(MemoryImage key, DecoderCallback decode)
{
return(new MultiFrameImageStreamCompleter(
_loadAsync(key, decode),
scale: key.scale));
}
public MyCallback(MediaCodec decoder, DecoderCallback callback_obj)
{
mCallbackObj = callback_obj;
mDecoder = decoder;
}
public override ImageStreamCompleter load(T key, DecoderCallback decode) => imageProvider.load(key, decode);
