/* 5-Feb-19
* FORMAT SIZE SERIALIZE DESERIALIZE
* JSON: 4,062KB 143ms 84ms
* ProtoBuff: 4,024KB 239ms 84ms
* MsgPack: 3,905KB 109ms 90ms
* LW: 3,918KB 182ms 179ms
*/
/* 8-Feb-19 Improved algorithm (header-less where possible)
* FORMAT SIZE SERIALIZE DESERIALIZE
* JSON: 4,062KB 115ms 91ms
* ProtoBuff: 4,024KB 207ms 74ms
* MsgPack: 3,905KB 111ms 52ms
* LW: 3,886KB 244ms 90ms
*/
/* 9-Feb-19 Added VLQ encoding cache
* FORMAT SIZE SERIALIZE DESERIALIZE
* JSON: 4,062KB 82ms 50ms
* ProtoBuff: 4,024KB 240ms 53ms
* MsgPack: 3,905KB 164ms 59ms
* LW: 3,886KB 201ms 140ms
*/
private static void Main(String[] args)
{
// Open test data (Book => Chapter => Verse => Content)
var bible = JsonConvert.DeserializeObject <Dictionary <String, Dictionary <Int32, Dictionary <Int32, String> > > >(File.ReadAllText("esv.json"));
Byte[] pbOutput;
var pbSerialize = Stopwatch.StartNew();
pbOutput = new ProtobufCommonSerializer().SerializeToByteArray(bible);
pbSerialize.Stop();
var pbDeserialize = Stopwatch.StartNew();
var pbResult = new ProtobufCommonSerializer().Deserialize <Dictionary <String, Dictionary <Int32, Dictionary <Int32, String> > > >(new MemoryStream(pbOutput));
if (pbResult.Count != bible.Count)
{
Console.WriteLine("ProtoBuff DISQUALIFIED");
}
pbDeserialize.Stop();
Byte[] mpOutput;
var mpSerialize = Stopwatch.StartNew();
mpOutput = new MsgPackCommonSerializer().SerializeToByteArray(bible);
mpSerialize.Stop();
var mpDeserialize = Stopwatch.StartNew();
var mpResult = new MsgPackCommonSerializer().Deserialize <Dictionary <String, Dictionary <Int32, Dictionary <Int32, String> > > >(new MemoryStream(mpOutput));
if (mpResult.Count != bible.Count)
{
Console.WriteLine("MsgPack DISQUALIFIED");
}
mpDeserialize.Stop();
String nsOutput;
var nsSerialize = Stopwatch.StartNew();
nsOutput = JsonConvert.SerializeObject(bible);
nsSerialize.Stop();
var nsDeserialize = Stopwatch.StartNew();
var nsResult = JsonConvert.DeserializeObject <Dictionary <String, Dictionary <Int32, Dictionary <Int32, String> > > >(nsOutput);
if (nsResult.Count != bible.Count)
{
Console.WriteLine("Json DISQUALIFIED");
}
nsDeserialize.Stop();
var lw = new LightWeight();
lw.PrepareFor <Dictionary <String, Dictionary <Int32, Dictionary <Int32, String> > > >(); // Cheating? Not sure.
var lwSerialize = Stopwatch.StartNew();
var lwOutput = lw.Encode(bible);
lwSerialize.Stop();
var lwDeserialize = Stopwatch.StartNew();
var lwResult = lw.Decode <Dictionary <String, Dictionary <Int32, Dictionary <Int32, String> > > >(lwOutput);
if (lwResult.Count != bible.Count)
{
Console.WriteLine("LightWeight DISQUALIFIED");
}
lwSerialize.Stop();
Console.WriteLine("FORMAT SIZE SERIALIZE DESERIALIZE");
Console.WriteLine("JSON: {0,5:N0}KB {1,5:N0}ms {2,5:N0}ms", nsOutput.Length / 1024, nsSerialize.ElapsedMilliseconds, nsDeserialize.ElapsedMilliseconds);
Console.WriteLine("ProtoBuff: {0,5:N0}KB {1,5:N0}ms {2,5:N0}ms", pbOutput.Length / 1024, pbSerialize.ElapsedMilliseconds, pbDeserialize.ElapsedMilliseconds);
Console.WriteLine("MsgPack: {0,5:N0}KB {1,5:N0}ms {2,5:N0}ms", mpOutput.Length / 1024, mpSerialize.ElapsedMilliseconds, mpDeserialize.ElapsedMilliseconds);
Console.WriteLine("LW: {0,5:N0}KB {1,5:N0}ms {2,5:N0}ms", lwOutput.Length / 1024, lwSerialize.ElapsedMilliseconds, lwDeserialize.ElapsedMilliseconds);
Console.WriteLine("Done.");
}