public void IsGZipped()
{
string input = "eyup!";
byte[] compressedData = CompressionUtils.Gzip(input);
Assert.IsTrue(CompressionUtils.IsGZipped(compressedData));
}
public void TestString()
{
string input = "eyup!";
byte[] compressedData = CompressionUtils.Gzip(input);
string uncompressedData = CompressionUtils.UnGzipToString(compressedData);
Assert.AreEqual(input, uncompressedData);
}
/// <summary>
/// Encodes and compresses this container.
/// </summary>
/// <returns> The buffer. </returns>
/// <exception cref="IOException"> if an I/O error occurs. </exception>
public ByteBuffer Encode()
{
var data = GetData(); // so we have a read only view, making this method thread safe
/* grab the data as a byte array for compression */
var bytes = new byte[data.limit()];
data.mark();
data.get(bytes);
data.reset();
/* compress the data */
byte[] compressed;
if (type == COMPRESSION_NONE)
{
compressed = bytes;
}
else if (type == COMPRESSION_GZIP)
{
compressed = CompressionUtils.Gzip(bytes);
}
else if (type == COMPRESSION_BZIP2)
{
compressed = CompressionUtils.Bzip2(bytes);
}
else
{
throw new IOException("Invalid compression type");
}
/* calculate the size of the header and trailer and allocate a buffer */
var header = 5 + (type == COMPRESSION_NONE ? 0 : 4) + (IsVersioned() ? 2 : 0);
var buf = ByteBuffer.allocate(header + compressed.Length);
/* write the header, with the optional uncompressed length */
buf.put((byte)type);
buf.putInt(compressed.Length);
if (type != COMPRESSION_NONE)
{
buf.putInt(data.limit());
}
/* write the compressed length */
buf.put(compressed);
/* write the trailer with the optional version */
if (IsVersioned())
{
buf.putShort((short)version);
}
/* flip the buffer and return it */
return((ByteBuffer)buf.flip());
}
public void TestBytes()
{
string input = "eyup!";
byte[] inputBytes = Encoding.UTF8.GetBytes(input);
byte[] compressedData = CompressionUtils.Gzip(inputBytes);
byte[] uncompressedData = CompressionUtils.UnGZipToBytes(compressedData);
Assert.IsTrue(inputBytes.SequenceEqual(uncompressedData));
}
public async Task PutAsync()
{
DistributedCacheWrapperWithCompression distributedCacheWrapperWithCompression = new DistributedCacheWrapperWithCompression(_distributedCache.Object);
await distributedCacheWrapperWithCompression.PutAsync(_key, _testClass, _ttl, CancellationToken.None, true);
byte[] result = Utf8Json.JsonSerializer.Serialize(_testClass, StandardResolver.AllowPrivate);
byte[] compressedBytes = CompressionUtils.Gzip(result);
_distributedCache.Verify(x => x.SetAsync(It.Is <string>(y => y == _key), It.Is <byte[]>(y => y.SequenceEqual(compressedBytes)), It.Is <DistributedCacheEntryOptions>(y => y.AbsoluteExpirationRelativeToNow.Value == _ttl.Timespan), It.IsAny <CancellationToken>()));
}
public async Task TryGetAsync_Compressed()
{
byte[] serialisedTestClass = Utf8Json.JsonSerializer.Serialize(_testClass, StandardResolver.AllowPrivate);
byte[] compressedSerialisedTestClasss = CompressionUtils.Gzip(serialisedTestClass);
_distributedCache.Setup(x => x.GetAsync(It.IsAny <string>(), It.IsAny <CancellationToken>())).ReturnsAsync(compressedSerialisedTestClasss);
DistributedCacheWrapperWithCompression distributedCacheWrapperWithCompression = new DistributedCacheWrapperWithCompression(_distributedCache.Object);
(bool, object)result = await distributedCacheWrapperWithCompression.TryGetAsync <TestClass>(_key, CancellationToken.None, true);
Assert.IsTrue(result.Item1);
Assert.AreEqual(_testClass.Property, ((TestClass)result.Item2).Property);
}