public bool TryDequeue(out ChunkDecompressionInfo info)
{
if (position >= length.Value)
{
info = default;
return(false);
}
reader.Read(infoBuffer, 0, ChunkCompressedInfo.SIZE, position);
position += ChunkCompressedInfo.SIZE;
var compressedInfo = ChunkCompressedInfo.FromBinary(infoBuffer, 0);
info = new ChunkDecompressionInfo(
new ChunkInfo(position, compressedInfo.size),
compressedInfo.target);
position += compressedInfo.size;
return(true);
}
public void Execute()
{
while (generator.TryDequeue(out var chunk))
{
reader.Read(readBuffer.Value, 0, chunk.source.size, chunk.source.offset);
var compressedSize = compressor.Compress(
readBuffer.Value, 0, chunk.source.size,
compressionBuffer.Value, ChunkCompressedInfo.SIZE, compressionBuffer.Value.Length - ChunkCompressedInfo.SIZE);
var info = new ChunkCompressedInfo(
compressedSize,
chunk.source);
ChunkCompressedInfo.ToBinary(info, compressionBuffer.Value, 0);
writer.Write(compressionBuffer.Value, 0, ChunkCompressedInfo.SIZE + compressedSize);
}
}
public void ShouldSerializeDeserialize(int size1, long offset2, int size2)
{
// Arrange
var buffer = new byte[ChunkCompressedInfo.SIZE];
var input = new ChunkCompressedInfo(size1, new ChunkInfo(offset2, size2));
// Act
ChunkCompressedInfo.ToBinary(input, buffer, 0);
var result = ChunkCompressedInfo.FromBinary(buffer, 0);
// Assert
Assert.Equal(size1, result.size);
Assert.Equal(offset2, result.target.offset);
Assert.Equal(size2, result.target.size);
}
