public void CompressionCompare()
{
var data = RandInt(16000, 0, 2047);
var ser = new Serializer <int[]>();
var c1 = ser.Serialize(data);
var gzipInt = new GZipCompression <int[]>();
var c2 = gzipInt.Serialize(data);
var proto = new ProtobufSerializer <int[]>();
var gzipByte = new GZipCompression <byte[]>();
var c3 = gzipByte.Serialize(proto.Serialize(data));
var protogzip = new ProtoBufGZipCompression <int[]>();
var c4 = protogzip.Serialize(data);
var protozlib = new ProtoBufZlibCompression <int[]>();
var c5 = protozlib.Serialize(data);
var zlib = new ZlibCompression <int[]>();
var c6 = zlib.Serialize(data);
var d1 = ser.Deserialize(c1);
var d2 = gzipInt.Deserialize(c2);
var d3 = proto.Deserialize(gzipByte.Deserialize(c3));
var d4 = protogzip.Deserialize(c4);
var d5 = protozlib.Deserialize(c5);
var d6 = zlib.Deserialize(c6);
AssertSame(d1, d2);
AssertSame(d3, d4);
AssertSame(d5, d6);
AssertSame(d1, d3);
AssertSame(d1, d5);
}
public void CompressIncreasingRedundanceTest()
{
const int compressions = 1024;
var ser = new ProtoBufZlibCompression <double[]>();
var result = new byte[compressions][];
for (var i = 0; i < result.Length; i++)
{
result[i] = ser.Serialize(RandDouble(8193, i + 1));
}
}
