private void ReadFontIndices(ImgbArchiveAccessor accessor, out WpdArchiveListing listing, out WpdEntry[] textureEntries, out WpdEntry[] fontEntries, out string[] names)
{
listing = WpdArchiveListingReader.Read(accessor);
List <WpdEntry> textures = new List <WpdEntry>(4);
List <WpdEntry> fonts = new List <WpdEntry>(4);
foreach (WpdEntry entry in listing)
{
const string prefix = "wfnt";
if (!entry.NameWithoutExtension.StartsWith(prefix))
{
continue;
}
switch (entry.Extension)
{
case "txbh":
textures.Add(entry);
break;
case "wfl":
fonts.Add(entry);
break;
}
}
names = SortAndExcludeNotPaired(textures, fonts);
fontEntries = fonts.ToArray();
textureEntries = textures.ToArray();
}
private UiNode[] ExpandTrbChilds()
{
ImgbArchiveAccessor imgbAccessor = new ImgbArchiveAccessor(_listing, _indices, _binary);
SeDbArchiveListing sedbListing = SeDbArchiveListingReader.Read(imgbAccessor);
UiNode[] result = new UiNode[sedbListing.Count];
int offset = sedbListing.Count * 16 + 0x40;
using (Stream headers = imgbAccessor.ExtractHeaders())
using (BinaryReader br = new BinaryReader(headers))
{
for (int i = 0; i < result.Length; i++)
{
SeDbResEntry entry = sedbListing[i];
String name = entry.Index.ToString();
SectionType type;
if (TryReadSectionType(br, offset, entry, out type))
{
name = name + "." + type.ToString().ToLower();
}
result[i] = new UiSeDbTableLeaf(name, entry, sedbListing)
{
Parent = this
};
}
}
return(result);
}
private void ReadXgrContent(ImgbArchiveAccessor accessor, out WpdArchiveListing listing, out WpdEntry[] fontEntries, out WflContent[] fontContent, out TextureSection[] textureHeaders, out string[] names)
{
using (Stream indices = accessor.ExtractHeaders())
{
WpdEntry[] textureEntries;
ReadFontIndices(accessor, out listing, out textureEntries, out fontEntries, out names);
fontContent = ReadFontContent(indices, fontEntries);
textureHeaders = ReadTextureHeaders(indices, textureEntries);
}
}
public TextEncodingInfo Provide()
{
ImgbArchiveAccessor accessor = CreateAccessor();
WpdArchiveListing listing;
WpdEntry[] fontEntries;
WflContent[] fontContent;
TextureSection[] textureHeaders;
string[] names;
ReadXgrContent(accessor, out listing, out fontEntries, out fontContent, out textureHeaders, out names);
DxTexture[] textures = ReadTextures(accessor, textureHeaders);
try
{
char[] chars = new char[256 + WflContent.AdditionalTableCount];
ConcurrentDictionary <char, short> codes = new ConcurrentDictionary <char, short>();
if (_oldEncoding == null)
{
_oldEncoding = InteractionService.TextEncoding.Provide();
}
UiEncodingWindowSource[] sources = PrepareWindowSources(fontContent, textures, names, chars, codes);
UiEncodingWindow wnd = new UiEncodingWindow();
foreach (UiEncodingWindowSource source in sources)
{
wnd.Add(source);
}
if (wnd.ShowDialog() == true)
{
FFXIIICodePage codepage = new FFXIIICodePage(chars, new Dictionary <char, short>(codes));
FFXIIITextEncoding encoding = new FFXIIITextEncoding(codepage);
TextEncodingInfo result = new TextEncodingInfo(encoding);
result.Save();
Inject(listing, fontEntries, fontContent);
return(result);
}
}
finally
{
textures.SafeDispose();
}
throw new OperationCanceledException();
}
private UiNode[] ExpandWpdChilds()
{
ImgbArchiveAccessor imgbAccessor = new ImgbArchiveAccessor(_listing, _indices, _binary);
WpdArchiveListing wpdListing = WpdArchiveListingReader.Read(imgbAccessor);
UiNode[] result = new UiNode[wpdListing.Count];
for (int i = 0; i < result.Length; i++)
{
WpdEntry xgrEntry = wpdListing[i];
result[i] = new UiWpdTableLeaf(xgrEntry.Name, xgrEntry, wpdListing)
{
Parent = this
};
}
return(result);
}
private static DxTexture[] ReadTextures(ImgbArchiveAccessor accessor, TextureSection[] gtexDatas)
{
DxTexture[] textures = new DxTexture[gtexDatas.Length];
using (Stream imgbStream = accessor.ExtractContent())
using (DisposableStack insurance = new DisposableStack())
{
for (int i = 0; i < gtexDatas.Length; i++)
{
GtexData data = gtexDatas[i].Gtex;
textures[i] = insurance.Add(ReadTexture(imgbStream, data));
}
insurance.Clear();
}
return(textures);
}
