static object DecodeMessage(CodedInputStream stream, Type type)
{
if (type == typeof(ProcedureCall))
{
var message = new Schema.KRPC.ProcedureCall();
message.MergeFrom(stream);
return(message.ToMessage());
}
throw new ArgumentException("Cannot decode protocol buffer messages of type " + type);
}
public void EncodeMessage()
{
var call = new Schema.KRPC.ProcedureCall();
call.Service = "ServiceName";
call.Procedure = "ProcedureName";
var data = Encoder.Encode(call, typeof(Schema.KRPC.ProcedureCall));
const string expected = "0a0b536572766963654e616d65120d50726f6365647572654e616d65";
Assert.AreEqual(expected, data.ToHexString());
}
public static ProcedureCall ToMessage(this Schema.KRPC.ProcedureCall call)
{
// Note: this method must not throw an exception, if the call is to an invalid
// procedure. If the ProcedureSignature cannot be obtained, returns a
// ProcedureCall with no decoded arguments
try {
var procedureSignature = Service.Services.Instance.GetProcedureSignature(call.Service, call.Procedure);
var result = new ProcedureCall(call.Service, call.Procedure);
foreach (var argument in call.Arguments)
{
var position = (int)argument.Position;
// Ignore the argument if its position is not valid
if (position >= procedureSignature.Parameters.Count)
{
continue;
}
var type = procedureSignature.Parameters [position].Type;
result.Arguments.Add(argument.ToMessage(type));
}
return(result);
} catch (RPCException) {
return(new ProcedureCall(call.Service, call.Procedure));
}
}
