/// <summary>
/// Creates a new reference for the client.
/// </summary>
private CloseableReference <V> NewClientReference(Entry entry)
{
IncreaseClientCount(entry);
return(CloseableReference <V> .of(
entry.ValueRef.Get(),
new ResourceReleaserImpl <V>(v => ReleaseClientReference(entry))));
}
public void Initialize()
{
_byteBufferRef = CloseableReference <IPooledByteBuffer> .of(
new TrivialPooledByteBuffer(new byte[] { }), _releaser);
_inputStreamSupplier = new MockSupplier <FileStream>(_inputStream);
}
/// <summary>
/// Creates a memory-backed encoded image from the stream.
/// The stream is closed.
/// </summary>
protected EncodedImage GetByteBufferBackedEncodedImage(Stream inputStream, int length)
{
var reference = default(CloseableReference <IPooledByteBuffer>);
try
{
if (length <= 0)
{
reference = CloseableReference <IPooledByteBuffer> .of(
_pooledByteBufferFactory.NewByteBuffer(inputStream));
}
else
{
reference = CloseableReference <IPooledByteBuffer> .of(
_pooledByteBufferFactory.NewByteBuffer(inputStream, length));
}
return(new EncodedImage(reference));
}
finally
{
Closeables.CloseQuietly(inputStream);
CloseableReference <IPooledByteBuffer> .CloseSafely(reference);
}
}
/// <summary>
/// Creates a bitmap of the specified width and height. This is intended for ImagePipeline's
/// internal use only.
///
/// <param name="width">the width of the bitmap</param>
/// <param name="height">the height of the bitmap</param>
/// <param name="bitmapConfig">the Bitmap.Config used to create the Bitmap</param>
/// <returns>a reference to the bitmap</returns>
/// <exception cref="OutOfMemoryException">if the Bitmap cannot be allocated</exception>
/// </summary>
public override CloseableReference <SoftwareBitmap> CreateBitmapInternal(
int width,
int height,
BitmapPixelFormat bitmapConfig)
{
_bitmap = new SoftwareBitmap(bitmapConfig, width, height);
return(CloseableReference <SoftwareBitmap> .of(_bitmap, BITMAP_RESOURCE_RELEASER));
}
/// <summary>
/// Construct a new instance of this output stream with this
/// initial capacity.
/// It is not an error to have this initial capacity be inaccurate.
/// If the actual contents end up being larger than the
/// initialCapacity, then we will reallocate memory if needed.
/// If the actual contents are smaller, then we'll end up wasting
/// some memory.
/// </summary>
/// <param name="pool">The pool to use.</param>
/// <param name="initialCapacity">
/// Initial capacity to allocate for this stream.
/// </param>
public NativePooledByteBufferOutputStream(
NativeMemoryChunkPool pool,
int initialCapacity)
{
Preconditions.CheckArgument(initialCapacity > 0);
_pool = Preconditions.CheckNotNull(pool);
_count = 0;
_bufRef = CloseableReference <NativeMemoryChunk> .of(_pool.Get(initialCapacity), _pool);
}
/// <summary>
/// Creates a bitmap of the specified width and height.
/// </summary>
/// <param name="width">The width of the bitmap.</param>
/// <param name="height">The height of the bitmap.</param>
/// <param name="bitmapConfig">
/// The <see cref="BitmapPixelFormat"/> used to create the
/// decoded Bitmap.
/// </param>
/// <returns>A reference to the bitmap.</returns>
/// <exception cref="OutOfMemoryException">
/// if the Bitmap cannot be allocated.
/// </exception>
public override CloseableReference <SoftwareBitmap> CreateBitmapInternal(
int width,
int height,
BitmapPixelFormat bitmapConfig)
{
SoftwareBitmap bitmap = new SoftwareBitmap(
bitmapConfig, width, height, BitmapAlphaMode.Premultiplied);
return(CloseableReference <SoftwareBitmap> .of(bitmap, SimpleBitmapReleaser.Instance));
}
private Task <EncodedImage> GetAsync(ICacheKey key, AtomicBoolean isCancelled)
{
try
{
if (isCancelled.Value)
{
throw new OperationCanceledException();
}
EncodedImage result = _stagingArea.Get(key);
if (result != null)
{
Debug.WriteLine($"Found image for { key.ToString() } in staging area");
_imageCacheStatsTracker.OnStagingAreaHit();
}
else
{
Debug.WriteLine($"Did not find image for { key.ToString() } in staging area");
_imageCacheStatsTracker.OnStagingAreaMiss();
try
{
IPooledByteBuffer buffer = ReadFromDiskCache(key);
if (buffer == null)
{
return(Task.FromResult(default(EncodedImage)));
}
CloseableReference <IPooledByteBuffer> reference =
CloseableReference <IPooledByteBuffer> .of(buffer);
try
{
result = new EncodedImage(reference);
}
finally
{
CloseableReference <IPooledByteBuffer> .CloseSafely(reference);
}
}
catch (Exception)
{
return(Task.FromResult(default(EncodedImage)));
}
}
return(Task.FromResult(result));
}
catch (Exception)
{
// Log failure
// TODO: 3697790
Debug.WriteLine($"Failed to schedule disk-cache read for { key.ToString() }");
throw;
}
}
public void Initialize()
{
_stagingArea = StagingArea.Instance;
_closeableReference = CloseableReference <IPooledByteBuffer> .of(new TrivialPooledByteBuffer(BYTES));
_closeableReference2 = CloseableReference <IPooledByteBuffer> .of(new TrivialPooledByteBuffer(BYTES));
_encodedImage = new EncodedImage(_closeableReference);
_secondEncodedImage = new EncodedImage(_closeableReference2);
_cacheKey = new SimpleCacheKey("http://this.is/uri");
_stagingArea.Put(_cacheKey, _encodedImage);
}
public void TestIsJpegCompleteAt_Complete()
{
byte[] encodedBytes = new byte[ENCODED_BYTES_LENGTH];
encodedBytes[ENCODED_BYTES_LENGTH - 2] = JfifUtil.MARKER_FIRST_BYTE;
encodedBytes[ENCODED_BYTES_LENGTH - 1] = JfifUtil.MARKER_EOI;
IPooledByteBuffer buf = new TrivialPooledByteBuffer(encodedBytes);
EncodedImage encodedImage = new EncodedImage(
CloseableReference <IPooledByteBuffer> .of(buf, _releaser));
encodedImage.Format = ImageFormat.JPEG;
Assert.IsTrue(encodedImage.IsCompleteAt(ENCODED_BYTES_LENGTH));
}
public void Initialize()
{
_chunk = new FakeNativeMemoryChunk(BYTES.Length);
_chunk.Write(0, BYTES, 0, BYTES.Length);
_pool = new FakeNativeMemoryChunkPool();
var poolRef = CloseableReference <NativeMemoryChunk> .of(_chunk, _pool);
_pooledByteBuffer = new NativePooledByteBuffer(
poolRef,
BUFFER_LENGTH);
poolRef.Dispose();
}
/// <summary>
/// Notifies consumer of new result and finishes if the result
/// is final.
/// </summary>
private void HandleResult(CloseableImage decodedImage, bool isFinal)
{
var decodedImageRef = CloseableReference <CloseableImage> .of(decodedImage);
try
{
MaybeFinish(isFinal);
Consumer.OnNewResult(decodedImageRef, isFinal);
}
finally
{
CloseableReference <CloseableImage> .CloseSafely(decodedImageRef);
}
}
/// <summary>
/// Creates a new IPooledByteBuffer instance of given size.
/// </summary>
public IPooledByteBuffer NewByteBuffer(int size)
{
Preconditions.CheckArgument(size > 0);
var chunkRef = CloseableReference <NativeMemoryChunk> .of(_pool.Get(size), _pool);
try
{
return(new NativePooledByteBuffer(chunkRef, size));
}
finally
{
chunkRef.Dispose();
}
}
/// <summary>
/// Creates a new instance of a CloseableStaticBitmap.
/// </summary>
public CloseableStaticBitmap(
SoftwareBitmap bitmap,
IResourceReleaser <SoftwareBitmap> resourceReleaser,
IQualityInfo qualityInfo,
int rotationAngle)
{
_bitmap = Preconditions.CheckNotNull(bitmap);
_bitmapReference = CloseableReference <SoftwareBitmap> .of(
_bitmap,
Preconditions.CheckNotNull(resourceReleaser));
_qualityInfo = qualityInfo;
_rotationAngle = rotationAngle;
}
public void Initialize()
{
// Initializes the IFileCache
_fileCacheFactory = new DiskStorageCacheFactory(new DynamicDefaultDiskStorageFactory());
_fileCache = _fileCacheFactory.Get(DiskCacheConfig.NewBuilder().Build());
// Initializes the IPooledByteBufferFactory and PooledByteStreams
_poolFactory = new PoolFactory(PoolConfig.NewBuilder().Build());
_byteBufferFactory = _poolFactory.PooledByteBufferFactory;
_pooledByteStreams = _poolFactory.PooledByteStreams;
// Initializes the IPooledByteBuffer from an image
var file = StorageFile.GetFileFromApplicationUriAsync(
new Uri("ms-appx:///Assets/SplashScreen.scale-200.png")).GetAwaiter().GetResult();
using (var stream = file.OpenReadAsync().GetAwaiter().GetResult())
{
_pooledByteBuffer = _byteBufferFactory.NewByteBuffer(
ByteStreams.ToByteArray(stream.AsStream()));
}
_closeableReference = CloseableReference <IPooledByteBuffer> .of(_pooledByteBuffer);
_encodedImage = new EncodedImage(_closeableReference);
_stagingArea = StagingArea.Instance;
_imageCacheStatsTracker = NoOpImageCacheStatsTracker.Instance;
// Initializes the cache keys
IList <ICacheKey> keys = new List <ICacheKey>();
keys.Add(new SimpleCacheKey("http://test.uri"));
keys.Add(new SimpleCacheKey("http://tyrone.uri"));
keys.Add(new SimpleCacheKey("http://ian.uri"));
_cacheKey = new MultiCacheKey(keys);
// Initializes the executors
_isCancelled = new AtomicBoolean(false);
_readPriorityExecutor = Executors.NewFixedThreadPool(1);
_writePriorityExecutor = Executors.NewFixedThreadPool(1);
// Initializes the disk cache
_bufferedDiskCache = new BufferedDiskCache(
_fileCache,
_byteBufferFactory,
_pooledByteStreams,
_readPriorityExecutor,
_writePriorityExecutor,
_imageCacheStatsTracker);
}
/// <summary>
/// Reallocate the local buffer to hold the new length specified.
/// Also copy over existing data to this new buffer.
/// </summary>
/// <param name="newLength">New length of buffer.</param>
/// <exception cref="InvalidStreamException">
/// If the stream is invalid.
/// </exception>
/// <exception cref="SizeTooLargeException">
/// If the allocation from the pool fails.
/// </exception>
internal void Realloc(int newLength)
{
EnsureValid();
/* Can the buffer handle @i more bytes, if not expand it */
if (newLength <= _bufRef.Get().Size)
{
return;
}
NativeMemoryChunk newbuf = _pool.Get(newLength);
_bufRef.Get().Copy(0, newbuf, 0, _count);
_bufRef.Dispose();
_bufRef = CloseableReference <NativeMemoryChunk> .of(newbuf, _pool);
}
/// <summary>
/// Get exclusive access to the byte array of size greater or
/// equal to the passed one.
///
/// <para />Under the hood this method acquires an exclusive
/// lock that is released when the returned reference is closed.
/// </summary>
public CloseableReference <byte[]> Get(int size)
{
Preconditions.CheckArgument(size > 0, "Size must be greater than zero");
Preconditions.CheckArgument(size <= _maxByteArraySize, "Requested size is too big");
_semaphore.Wait();
try
{
byte[] byteArray = GetByteArray(size);
return(CloseableReference <byte[]> .of(byteArray, _resourceReleaser));
}
catch (Exception)
{
_semaphore.Release();
throw;
}
}
public void Initialize()
{
_resourceReleaser = new ResourceReleaserImpl <int>(_ => { });
_dataSubscriber = new MockDataSubscriber <IList <CloseableReference <int> > >();
_settableDataSource1 = SettableDataSource <int> .Create <int>();
_settableDataSource2 = SettableDataSource <int> .Create <int>();
_listDataSource = ListDataSource <int> .Create(_settableDataSource1, _settableDataSource2);
_ref1 = CloseableReference <int> .of(1, _resourceReleaser);
_ref2 = CloseableReference <int> .of(2, _resourceReleaser);
_runtimeException = new Exception();
_listDataSource.Subscribe(_dataSubscriber, CallerThreadExecutor.Instance);
}
/// <summary>
/// Associates bitmaps with the bitmap counter.
/// <para />If this method throws TooManyBitmapsException,
/// the code will have called<see cref="SoftwareBitmap.Dispose"/>
/// on the bitmaps.
/// </summary>
/// <param name="bitmaps">The bitmaps to associate.</param>
/// <returns>
/// The references to the bitmaps that are now tied to the
/// bitmap pool.
/// </returns>
/// <exception cref="TooManyBitmapsException">
/// If the pool is full.
/// </exception>
public IList <CloseableReference <SoftwareBitmap> > AssociateBitmapsWithBitmapCounter(
IList <SoftwareBitmap> bitmaps)
{
int countedBitmaps = 0;
try
{
for (; countedBitmaps < bitmaps.Count; ++countedBitmaps)
{
SoftwareBitmap bitmap = bitmaps[countedBitmaps];
if (!Increase(bitmap))
{
throw new TooManyBitmapsException();
}
}
List <CloseableReference <SoftwareBitmap> > ret = new List <CloseableReference <SoftwareBitmap> >(bitmaps.Count);
foreach (var bitmap in bitmaps)
{
ret.Add(CloseableReference <SoftwareBitmap> .of(bitmap, _unpooledBitmapsReleaser));
}
return(ret);
}
catch (Exception)
{
if (bitmaps != null)
{
foreach (var bitmap in bitmaps)
{
if (countedBitmaps-- > 0)
{
Decrease(bitmap);
}
bitmap.Dispose();
}
}
throw;
}
}
public void Initialize()
{
_releaseCallCount = 0;
_releaseValues = new List <int>();
_releaser = new ResourceReleaserImpl <int>(
v =>
{
++_releaseCallCount;
_releaseValues.Add(v);
});
_onExclusivityChangedCallCount = 0;
_isExclusive = null;
_entryStateObserver = new EntryStateObserverImpl <string>(
(v, b) =>
{
++_onExclusivityChangedCallCount;
_isExclusive = b;
});
_cacheTrimStrategy = new CacheTrimStrategyImpl(v => _trimRatio);
_valueDescriptor = new ValueDescriptorImpl <int>(v => v);
_params = new MemoryCacheParams(
CACHE_MAX_SIZE,
CACHE_MAX_COUNT,
CACHE_EVICTION_QUEUE_MAX_SIZE,
CACHE_EVICTION_QUEUE_MAX_COUNT,
CACHE_ENTRY_MAX_SIZE);
_paramsSupplier = new MockSupplier <MemoryCacheParams>(_params);
_platformBitmapFactory = new MockPlatformBitmapFactory();
_bitmap = new SoftwareBitmap(BitmapPixelFormat.Rgba8, 50, 50);
_bitmapReference = CloseableReference <SoftwareBitmap> .of(
_bitmap, BITMAP_RESOURCE_RELEASER);
_cache = new CountingMemoryCache <string, int>(
_valueDescriptor,
_cacheTrimStrategy,
_paramsSupplier,
_platformBitmapFactory,
true);
}
public async Task TestParseMetaData_PNG()
{
var file = await StorageFile.GetFileFromApplicationUriAsync(
new Uri("ms-appx:///Assets/ImagePipeline/Images/image.png"));
using (var stream = await file.OpenReadAsync())
{
IPooledByteBuffer buf = new TrivialPooledByteBuffer(
ByteStreams.ToByteArray(stream.AsStream()));
EncodedImage encodedImage = new EncodedImage(
CloseableReference <IPooledByteBuffer> .of(buf, _releaser));
await encodedImage.ParseMetaDataAsync();
Assert.AreEqual(ImageFormat.PNG, encodedImage.Format);
Assert.AreEqual(800, encodedImage.Width);
Assert.AreEqual(600, encodedImage.Height);
}
}
private async Task <EncodedImage> BuildEncodedImage(
IPooledByteBuffer imageBytes,
IRandomAccessStream imageStream)
{
using (var stream = imageStream.AsStream())
{
Tuple <int, int> dimensions = await BitmapUtil
.DecodeDimensionsAsync(stream)
.ConfigureAwait(false);
int rotationAngle = GetRotationAngle(stream);
int width = dimensions != default(Tuple <int, int>) ?
dimensions.Item1 :
EncodedImage.UNKNOWN_WIDTH;
int height = dimensions != default(Tuple <int, int>) ?
dimensions.Item2 :
EncodedImage.UNKNOWN_HEIGHT;
EncodedImage encodedImage;
CloseableReference <IPooledByteBuffer> closeableByteBuffer =
CloseableReference <IPooledByteBuffer> .of(imageBytes);
try
{
encodedImage = new EncodedImage(closeableByteBuffer);
}
finally
{
CloseableReference <IPooledByteBuffer> .CloseSafely(
closeableByteBuffer);
}
encodedImage.Format = ImageFormat.JPEG;
encodedImage.RotationAngle = rotationAngle;
encodedImage.Width = width;
encodedImage.Height = height;
return(encodedImage);
}
}
private CloseableReference <CloseableImage> PostprocessInternal(CloseableImage sourceImage)
{
CloseableStaticBitmap staticBitmap = (CloseableStaticBitmap)sourceImage;
SoftwareBitmap sourceBitmap = staticBitmap.UnderlyingBitmap;
CloseableReference <SoftwareBitmap> bitmapRef =
_postprocessor.Process(
sourceBitmap,
_parent._bitmapFactory,
_parent._flexByteArrayPool);
int rotationAngle = staticBitmap.RotationAngle;
try
{
return(CloseableReference <CloseableImage> .of(
new CloseableStaticBitmap(bitmapRef, sourceImage.QualityInfo, rotationAngle)));
}
finally
{
CloseableReference <SoftwareBitmap> .CloseSafely(bitmapRef);
}
}
private void NotifyConsumer(
PooledByteBufferOutputStream pooledOutputStream,
bool isFinal,
IConsumer <EncodedImage> consumer)
{
CloseableReference <IPooledByteBuffer> result =
CloseableReference <IPooledByteBuffer> .of(pooledOutputStream.ToByteBuffer());
EncodedImage encodedImage = null;
try
{
encodedImage = new EncodedImage(result);
encodedImage.ParseMetaDataAsync().Wait();
consumer.OnNewResult(encodedImage, isFinal);
}
finally
{
EncodedImage.CloseSafely(encodedImage);
CloseableReference <IPooledByteBuffer> .CloseSafely(result);
}
}
/// <summary>
/// Creates a bitmap from encoded bytes.
/// Supports JPEG but callers should use DecodeJPEGFromEncodedImage
/// for partial JPEGs.
/// </summary>
/// <param name="encodedImage">
/// The reference to the encoded image with the reference to the
/// encoded bytes.
/// </param>
/// <param name="bitmapConfig">
/// The <see cref="BitmapPixelFormat"/> used to create the decoded
/// SoftwareBitmap.
/// </param>
/// <returns>The bitmap.</returns>
/// <exception cref="OutOfMemoryException">
/// If the Bitmap cannot be allocated.
/// </exception>
public Task <CloseableReference <SoftwareBitmap> > DecodeFromEncodedImageAsync(
EncodedImage encodedImage, BitmapPixelFormat bitmapConfig)
{
Stream inputStream = encodedImage.GetInputStream();
Preconditions.CheckNotNull(inputStream);
return(_executor.Execute(async() =>
{
BitmapDecoder decoder = await BitmapDecoder.CreateAsync(
inputStream.AsRandomAccessStream())
.AsTask()
.ConfigureAwait(false);
SoftwareBitmap bitmap = await decoder
.GetSoftwareBitmapAsync(bitmapConfig, BitmapAlphaMode.Premultiplied)
.AsTask()
.ConfigureAwait(false);
return CloseableReference <SoftwareBitmap> .of(bitmap);
})
.Unwrap());
}
/// <summary>
/// Creates a bitmap from encoded JPEG bytes.
/// Supports a partial JPEG image.
/// </summary>
/// <param name="encodedImage">
/// The reference to the encoded image with the reference to the
/// encoded bytes.
/// </param>
/// <param name="bitmapConfig">
/// The <see cref="BitmapPixelFormat"/> used to create the decoded
/// SoftwareBitmap.
/// </param>
/// <param name="length">
/// The number of encoded bytes in the buffer.
/// </param>
/// <returns>The bitmap.</returns>
/// <exception cref="OutOfMemoryException">
/// If the Bitmap cannot be allocated.
/// </exception>
public Task <CloseableReference <SoftwareBitmap> > DecodeJPEGFromEncodedImageAsync(
EncodedImage encodedImage, BitmapPixelFormat bitmapConfig, int length)
{
return(_executor.Execute(async() =>
{
bool isJpegComplete = encodedImage.IsCompleteAt(length);
Stream jpegDataStream = encodedImage.GetInputStream();
// At this point the Stream from the encoded image should not
// be null since in the pipeline,this comes from a call stack where
// this was checked before. Also this method needs the Stream to
// decode the image so this can't be null.
Preconditions.CheckNotNull(jpegDataStream);
if (encodedImage.Size > length)
{
jpegDataStream = new LimitedInputStream(jpegDataStream, length);
}
if (!isJpegComplete)
{
jpegDataStream = new TailAppendingInputStream(jpegDataStream, EOI_TAIL);
}
BitmapDecoder decoder = await BitmapDecoder.CreateAsync(
jpegDataStream.AsRandomAccessStream())
.AsTask()
.ConfigureAwait(false);
SoftwareBitmap bitmap = await decoder
.GetSoftwareBitmapAsync(bitmapConfig, BitmapAlphaMode.Premultiplied)
.AsTask()
.ConfigureAwait(false);
return CloseableReference <SoftwareBitmap> .of(bitmap);
})
.Unwrap());
}
private async Task DoTransform(EncodedImage encodedImage, bool isLast)
{
_producerContext.Listener.OnProducerStart(_producerContext.Id, PRODUCER_NAME);
ImageRequest imageRequest = _producerContext.ImageRequest;
PooledByteBufferOutputStream outputStream =
_parent._pooledByteBufferFactory.NewOutputStream();
IDictionary <string, string> extraMap = default(IDictionary <string, string>);
EncodedImage ret = default(EncodedImage);
Stream inputStream = default(Stream);
try
{
int numerator = GetScaleNumerator(imageRequest, encodedImage);
extraMap = GetExtraMap(encodedImage, imageRequest, numerator);
inputStream = encodedImage.GetInputStream();
#if HAS_LIBJPEGTURBO
JpegTranscoder.TranscodeJpeg(
inputStream.AsIStream(),
outputStream.AsIStream(),
GetRotationAngle(imageRequest, encodedImage),
numerator,
DEFAULT_JPEG_QUALITY);
#else // HAS_LIBJPEGTURBO
inputStream.CopyTo(outputStream);
#endif // HAS_LIBJPEGTURBO
CloseableReference <IPooledByteBuffer> reference =
CloseableReference <IPooledByteBuffer> .of(outputStream.ToByteBuffer());
try
{
ret = new EncodedImage(reference);
ret.Format = ImageFormat.JPEG;
try
{
await ret.ParseMetaDataAsync().ConfigureAwait(false);
_producerContext.Listener.OnProducerFinishWithSuccess(
_producerContext.Id, PRODUCER_NAME, extraMap);
Consumer.OnNewResult(ret, isLast);
}
finally
{
EncodedImage.CloseSafely(ret);
}
}
finally
{
CloseableReference <IPooledByteBuffer> .CloseSafely(reference);
}
}
catch (Exception e)
{
_producerContext.Listener.OnProducerFinishWithFailure(
_producerContext.Id, PRODUCER_NAME, e, extraMap);
Consumer.OnFailure(e);
return;
}
finally
{
Closeables.CloseQuietly(inputStream);
outputStream.Dispose();
}
}
private CloseableReference <int> NewReference(int size)
{
return(CloseableReference <int> .of(size, _releaser));
}
/// <summary>
/// Constructs a CloseableReference of byte[] with provided.
/// </summary>
/// <param name="size">Byte array size.</param>
/// <returns>CloseableReference of byte[].</returns>
public CloseableReference <byte[]> Get(int size)
{
return(CloseableReference <byte[]> .of(_delegatePool.Get(size), _resourceReleaser));
}
public void Initialize()
{
// Initializes the mock RequestListener
ProducerListenerImpl producerListener = new ProducerListenerImpl(
(_, __) => { },
(_, __, ___) => { },
(_, __, ___) => { },
(_, __, ___, ____) => { },
(_, __, ___) => { },
(_) => { return(false); });
_requestListener = new RequestListenerImpl(
producerListener,
(imageRequest, callerContext, requestId, isPrefetch) =>
{
_onRequestStartInvocation = true;
_internalImageRequest = imageRequest;
_internalCallerContext = callerContext;
_internalRequestId = requestId;
_internalIsPrefetch = isPrefetch;
},
(imageRequest, requestId, isPrefetch) =>
{
_onRequestSuccessInvocation = true;
_internalImageRequest = imageRequest;
_internalRequestId = requestId;
_internalIsPrefetch = isPrefetch;
},
(imageRequest, requestId, exception, isPrefetch) =>
{
_onRequestFailureInvocation = true;
_internalImageRequest = imageRequest;
_internalRequestId = requestId;
_internalException = exception;
_internalIsPrefetch = isPrefetch;
},
(requestId) =>
{
_onRequestCancellationInvocation = true;
_internalRequestId = requestId;
});
_resourceReleaser = new ResourceReleaserImpl <object>(_ => { });
_resultRef1 = CloseableReference <object> .of(new object(), _resourceReleaser);
_resultRef2 = CloseableReference <object> .of(new object(), _resourceReleaser);
_resultRef3 = CloseableReference <object> .of(new object(), _resourceReleaser);
_dataSubscriber1 = new MockDataSubscriber <CloseableReference <object> >();
_dataSubscriber2 = new MockDataSubscriber <CloseableReference <object> >();
_internalIsPrefetch = true;
_settableProducerContext = new SettableProducerContext(
IMAGE_REQUEST,
REQUEST_ID,
producerListener,
CALLER_CONTEXT,
RequestLevel.FULL_FETCH,
IS_PREFETCH,
true,
Priority.HIGH);
_producer = new ProducerImpl <CloseableReference <object> >(
(consumer, _) =>
{
_internalConsumer = consumer;
});
_dataSource = CloseableProducerToDataSourceAdapter <object> .Create(
_producer,
_settableProducerContext,
_requestListener);
Assert.IsTrue(_onRequestStartInvocation);
Assert.AreSame(_internalImageRequest, IMAGE_REQUEST);
Assert.AreSame(_internalCallerContext, CALLER_CONTEXT);
Assert.AreSame(_internalRequestId, REQUEST_ID);
Assert.IsFalse(_internalIsPrefetch);
Assert.IsNotNull(_internalConsumer);
_onRequestStartInvocation = false;
_dataSource.Subscribe(_dataSubscriber1, CallerThreadExecutor.Instance);
}
public void Initialize()
{
_mockCloseable = new MockDisposable();
_closeableReference = CloseableReference <IDisposable> .of(_mockCloseable);
}
