private void RegisterSimpleCodec <T>(SimpleCodec <T> codec)
{
Contracts.Assert(!_loadNameToCodecCreator.ContainsKey(codec.LoadName));
Contracts.Assert(!_simpleCodecTypeMap.ContainsKey(codec.Type.RawKind));
_loadNameToCodecCreator.Add(codec.LoadName, codec.GetCodec);
_simpleCodecTypeMap.Add(codec.Type.RawKind, codec);
}
public void ObjectGraphCodecExampleCodecCommentSample()
{
// Example code begins here //
var p1 = new Person("John");
p1.Children.Add(new Person("Peter"));
p1.Children.Add(new Person("Mary"));
// Create a sample object graph
var factory = new PublicPropertyObjectGraphFactory();
var graph1 = factory.CreateObjectGraph(p1);
// Encode that object graph
var stream = new MemoryStream();
var codec = new SimpleCodec();
codec.EncodeObjectGraph(graph1, stream);
// Print the result
Console.WriteLine(Encoding.UTF8.GetString(stream.GetBuffer()));
// Decode the object graph
var graph2 = codec.DecodeObjectGraph(stream);
// Result should be false, because we encoded only tree top nodes
// from the whole object graph
var result = new ObjectGraphComparer().Compare(graph1, graph2);
Trace.WriteLine("{0}", result ? "Object graphs are equal!" : "Object graphs are NOT equal!");
// Example code ends here //
Assert.False(result);
}
public void ObjectGraphCodecExampleCodecCommentSampleRoundtrip()
{
var p1 = new Person("John");
p1.Children.Add(new Person("Peter"));
p1.Children.Add(new Person("Mary"));
var factory = new PublicPropertyObjectGraphFactory();
var graph1 = factory.CreateObjectGraph(p1);
var stream = new MemoryStream();
var codec = new SimpleCodec();
codec.EncodeObjectGraph(graph1, stream);
// Round trip original object graph
graph1 = codec.DecodeObjectGraph(stream);
var graph2 = codec.DecodeObjectGraph(stream);
var result = new ObjectGraphComparer().Compare(graph1, graph2);
Assert.True(result);
}