public object Read(NodeEntry node, BinaryReader reader, List <INodeParser> parsers)
{
reader.Skip(4); // Skip Id
var result = new DefaultRepresentation();
result.Blob = reader.ReadBytes(node.TrueSize - 4);
ParserUtils.ParseChildren(node.Children, reader, parsers);
return(result);
}
public void CreatesDefaultRepresentation()
{
var representation = new DefaultRepresentation();
var resource = new ResourceModel
{
A = 1,
B = 2,
C = 3
};
var hal = ((IHal)representation).RepresentationOf(resource);
hal.State.Should().BeEquivalentTo(resource);
}
public async Task RepresentationOf_CreatesDefaultRepresentation()
{
var representation = new DefaultRepresentation();
var resource = new ResourceModel
{
A = 1,
B = 2,
C = 3
};
var hal = await((IHal)representation).RepresentationOfAsync(resource);
hal.State.Should().BeEquivalentTo(resource);
}
public object Read(NodeEntry node, BinaryReader reader, List <INodeParser> parsers)
{
reader.Skip(4); // Skip Id
var result = new DefaultRepresentation();
result.HeaderBlob = reader.ReadBytes(node.DataSize - 4);
ParserUtils.ParseChildren(node.Children, reader, parsers);
Debug.Assert(node.TrailingSize >= 0);
result.TrailingBlob = reader.ReadBytes(node.TrailingSize);
result.Node = node;
return(result);
}
public HexEditorControl(DefaultRepresentation data)
{
_data = data;
InitializeComponent();
var byteviewer = new ByteViewer();
byteviewer.Dock = DockStyle.Fill;
if (data.Blob == null)
{
byteviewer.SetBytes(new byte[] {});
}
else
{
byteviewer.SetBytes(data.Blob);
}
byteviewer.SetDisplayMode(DisplayMode.Hexdump);
Controls.Add(byteviewer);
}
