public override IElement Load(BinaryReader reader, IList <DirectoryEntry> entries)
{
// Create the map.
DoomFormatMapElement map = new DoomFormatMapElement(entries[0].Name);
// Iterate through the remaining entries and construct appropriate
// data for each one.
foreach (DirectoryEntry entry in entries)
{
// Set the reader's position.
reader.BaseStream.Position = entry.Offset;
// Load the data into the map.
switch (entry.Name)
{
case "THINGS":
map.Things = LoadThings(reader, entry);
break;
case "LINEDEFS":
map.Lines = LoadLines(reader, entry);
break;
case "SIDEDEFS":
map.Sides = LoadSides(reader, entry);
break;
case "VERTEXES":
map.Vertexes = LoadVertexes(reader, entry);
break;
case "SEGS":
map.Segments = reader.ReadBytes(entry.Size);
break;
case "SSECTORS":
map.SubSectors = reader.ReadBytes(entry.Size);
break;
case "NODES":
map.Nodes = reader.ReadBytes(entry.Size);
break;
case "SECTORS":
map.Sectors = LoadSectors(reader, entry);
break;
case "REJECT":
map.RejectTable = reader.ReadBytes(entry.Size);
break;
case "BLOCKMAP":
map.Blockmap = reader.ReadBytes(entry.Size);
break;
}
}
// Return the complete map.
return(map);
}
public void A_Wad_Has_The_Correct_Number_Of_Things()
{
WadLoader loader = new WadLoader();
WadFile wad = loader.Load(@"TestData\testmap.wad");
DoomFormatMapElement map = (DoomFormatMapElement)wad.Elements[0];
Assert.AreEqual(28, map.Things.Count);
}
