public ThemeClass(ThemeFile parent, string name, string appName, string className)
{
Parent = parent;
Name = name;
AppName = appName;
ClassName = className;
}
private ThemeBitmap LoadReferencedImage(ThemeFile themeFile, int resRef)
{
ResInfoHandle resInfo = themeFile.Theme.FindResource("IMAGE", resRef);
if (resInfo.IsInvalid)
{
return(null);
}
return(new ThemeBitmap(resRef, themeFile.Theme, resInfo));
}
private void ReadProperties(ThemeFile themeFile, string type, string name)
{
ResInfoHandle rh = themeFile.Theme.FindResourceEx(type, name, 0);
var data = themeFile.Theme.LoadResourceAccessor(rh);
bool globals = false;
ThemeClass cls = null;
int recordCount = 0;
int currClass = -1;
for (long offset = 0; offset < data.Capacity;)
{
var recordOffset = offset;
var recordId = recordCount++;
var record = data.Read <VSRecord>(ref offset);
if (cls == null || record.Class != currClass)
{
string fullName = themeFile.ClassNames[record.Class];
string className = fullName;
ParseClassName(ref className, out string appName);
globals = className == "globals";
cls = themeFile.AddClass(fullName, appName, className);
currClass = record.Class;
}
if (LoadRecordValue(themeFile, record, data, offset, out var value))
{
}
var prop = cls.AddProperty(
recordId, recordOffset, record.Part, record.State,
record.Type, record.SymbolVal, value, globals);
if (record.ResId == 0)
{
offset += record.ByteLength;
}
DataExtensions.AlignTo(ref offset, 8);
}
}
public ThemeFile LoadTheme()
{
var themeFile = new ThemeFile(filePath, neutralModule, muiModule);
themeFile.Version = GetVersion();
var classNames = ReadClassMap();
var vmap = ReadVariantMap();
var bcmap = ReadBaseClassMap();
themeFile.VariantMap = vmap;
themeFile.ClassNames = classNames;
UxThemeExNativeMethods.UxOpenThemeFile(filePath, isHighContrast, out var themeFileHandle).ThrowIfFailed();
themeFile.NativeThemeFile = themeFileHandle;
ReadProperties(themeFile, "RMAP", "RMAP");
ReadProperties(themeFile, "VARIANT", vmap.Name);
foreach (var @class in themeFile.Classes)
{
AddKnownPartsAndStates(@class);
}
var classMap = themeFile.Classes.ToDictionary(x => x.Name);
var classNames2 = themeFile.ClassNames.Skip(4).ToList();
foreach (var entry in bcmap.Map)
{
var className = classNames2[entry.Key];
var baseClassName = classNames2[entry.Value];
if (classMap.TryGetValue(className, out ThemeClass @class) &&
classMap.TryGetValue(baseClassName, out ThemeClass baseClass))
{
@class.BaseClass = baseClass;
}
}
themeFile.Sort();
return(themeFile);
}
private bool LoadRecordValue(
ThemeFile theme, VSRecord record,
UnmanagedMemoryAccessor data, long offset, out object value)
{
TPID id = GetThemePrimitiveId(record.SymbolVal, record.Type);
if (id == TPID.Invalid)
{
value = null;
return(false);
}
if (record.ResId == 0)
{
var payload = new byte[record.ByteLength];
data.ReadArray(offset, payload, 0, payload.Length);
switch (id)
{
case TPID.STRING:
value = data.ReadZString(offset);
return(true);
case TPID.ENUM:
value = GetEnum(data.ReadInt32(offset), (TMT)record.SymbolVal);
return(true);
case TPID.BOOL:
value = data.ReadInt32(offset) == 1;
return(true);
case TPID.INT:
value = data.ReadInt32(offset);
return(true);
case TPID.COLOR:
value = ColorUtils.ColorFromCOLORREF(data.ReadInt32(offset));
return(true);
case TPID.MARGINS:
value = data.Read <MARGINS>(offset);
return(true);
case TPID.SIZE:
value = data.ReadInt32(offset);
return(true);
case TPID.POSITION:
value = data.Read <POINT>(offset);
return(true);
case TPID.RECT:
value = data.Read <RECT>(offset);
return(true);
case TPID.HIGHCONTRASTCOLORTYPE:
value = (HIGHCONTRASTCOLOR)data.ReadInt32(offset);
return(true);
case TPID.SIMPLIFIEDIMAGETYPE:
if (record.SymbolVal == (int)TMT.HCSIMPLIFIEDIMAGE)
{
value = data.ReadArray <HCIMAGEPROPERTIES>(offset, record.ByteLength);
}
else
{
value = data.ReadArray <IMAGEPROPERTIES>(offset, record.ByteLength);
}
return(true);
case TPID.INTLIST:
int length = data.ReadInt32(offset);
if (length <= 1)
{
value = new IntList(new int[0]);
return(true);
}
int dim = data.ReadInt32(offset + 4);
Debug.Assert(length - 1 == dim * dim);
var intList = new int[length - 1];
data.ReadArray(offset + 8, intList, 0, intList.Length);
value = new IntList(intList);
return(true);
default:
Console.WriteLine($"Unprocessed resource property type {id}");
value = null;
return(false);
}
}
else
{
value = null;
switch (id)
{
case TPID.BITMAPIMAGE1:
case TPID.BITMAPIMAGE2:
case TPID.BITMAPIMAGE3:
case TPID.BITMAPIMAGE4:
case TPID.BITMAPIMAGE5:
case TPID.BITMAPIMAGE6:
case TPID.BITMAPIMAGE7:
case TPID.STOCKBITMAPIMAGE:
case TPID.GLYPHIMAGE:
case TPID.COMPOSEDIMAGETYPE:
return(LoadImageFileRes(theme.Theme, record.ResId, out value));
// TPID_ATLASIMAGE
// TPID_ATLASINPUTIMAGE
// TPID_ENUM
case TPID.STRING:
return(LoadStringRes(theme.MUI, record.ResId, out value));
// TPID_INT
case TPID.BOOL:
return(LoadBoolRes(theme.MUI, record.ResId, out value));
// TPID_COLOR
// TPID_MARGINS
case TPID.FILENAME:
if (IsImageFile((TMT)record.SymbolVal))
{
return(LoadImageFileRes(theme.Theme, record.ResId, out value));
}
return(LoadStringRes(theme.MUI, record.ResId, out value));
// TPID_SIZE
// TPID_POSITION
case TPID.RECT:
return(LoadRectRes(theme.MUI, record.ResId, out value));
case TPID.FONT:
return(LoadFontRes(theme.MUI, record.ResId, out value));
case TPID.DISKSTREAM:
value = "DISKSTREAM(" + record.ResId + ", len=" + record.ByteLength + ")";
//var window = new Form();
//window.ShowDialog();
//var th = StyleNativeMethods.OpenThemeData(
// window.Handle, "LISTVIEW");
//IntPtr stream;
//uint streamLen;
//HResult hr = StyleNativeMethods.GetThemeStream(
// th, (int)header.Part, (int)header.State, (int)header.Property,
// out stream, out streamLen, tf.hTheme);
//th.Dispose();
//GC.KeepAlive(window);
return(true);
default:
Console.WriteLine($"Unprocessed MUI resource property type {id}");
return(false);
}
}
}
