protected override void ExecuteCommandsLogic(CmdsExecutionData data)
{
var contentFile = data.ContainerFile.GetContentFileByPath(data.ContentPath);
if (contentFile.FileType != ContentFileType.Image)
{
throw new CmdExecutionFailedException(
String.Format("Invalid targetContentPath: \"{0}\". It doesn't target an image content file.", data.ContentPath),
DefaultExecutionErrorMsg);
}
TgvImage oldTgv = BytesToTgv(contentFile.Content);
TgvImage newtgv = DDSFileToTgv(data.ModificationSourcePath, !Command.UseMipMaps);
ImageComposerService.ReplaceImageTile(
oldTgv,
newtgv,
(uint)Command.TileSize.Value,
(uint)Command.Column.Value,
(uint)Command.Row.Value);
var newContet = TgvToBytes(oldTgv, !Command.UseMipMaps);
contentFile.LoadCustomContent(newContet);
}
protected override void ExecuteCommandsLogic(CmdsExecutionData data)
{
var contentFile = data.ContainerFile.GetContentFileByPath(data.ContentPath);
var content = (new ContentFileReader()).Read(data.ModificationSourcePath);
contentFile.LoadCustomContent(content);
}
protected override void ExecuteCommandsLogic(CmdsExecutionData data)
{
var contentFile = data.ContainerFile.GetContentFileByPath(data.ContentPath);
//To nie będzie potrzebne tutaj jeśli nie bedzie trzeba ładować i wykorzystywać starego obrazka.
if (contentFile.FileType != ContentFileType.Image)
{
throw new CmdExecutionFailedException(
String.Format("Invalid targetContentPath: \"{0}\". It doesn't target an image content file.", data.ContentPath),
DefaultExecutionErrorMsg);
}
//Ładowanie starego obrazka nie będzie potrzebne jeśli bedzie pewnośc ze recznie wygenerowana checkusma jest ok.
//Ale co z info o kompresji? Trudno żeby użytkownik je znał poprawnie...
TgvImage oldTgv = BytesToTgv(contentFile.Content, false);
TgvImage newtgv = DDSFileToTgv(data.ModificationSourcePath, !Command.UseMipMaps);
//newtgv.SourceChecksum = newtgv.ComputeContentChecksum();
//newtgv.IsCompressed = Command.UseCompression;
newtgv.SourceChecksum = oldTgv.SourceChecksum;
newtgv.IsCompressed = oldTgv.IsCompressed;
var newContent = TgvToBytes(newtgv, !Command.UseMipMaps);
contentFile.LoadCustomContent(newContent);
}
protected override void ExecuteInternal(CmdExecutionContext context, CancellationToken token)
{
InitializeProgress();
//Cancel if requested;
token.ThrowIfCancellationRequested();
String sourceFullPath = Command.SourcePath.GetAbsoluteOrPrependIfRelative(context.InstallerSourceDirectory);
if (!File.Exists(sourceFullPath))
{
throw new CmdExecutionFailedException(
String.Format("One of the commands refers to a non-existing source file: \"{0}\" ", Command.SourcePath),
DefaultExecutionErrorMsg);
}
String targetfullPath = Command.TargetPath.GetAbsoluteOrPrependIfRelative(context.InstallerTargetDirectory);
if (!File.Exists(targetfullPath))
{
throw new CmdExecutionFailedException(
String.Format("One of the commands refers to a non-existing target file: \"{0}\"", Command.TargetPath),
DefaultExecutionErrorMsg);
}
String contentPath = Command.NestedTargetPath.LastPart;
if (contentPath == null)
{
throw new CmdExecutionFailedException(
"One of the commands has an invalid targetContentPath value.",
DefaultExecutionErrorMsg);
}
//var containerFileReader = new EdataFileReader();
//var containerFile = CanGetTargetContainerFromContext(context) ?
// GetTargetContainerFromContext(context) :
// containerFileReader.Read(targetfullPath, false);
var containerFile = GetTargetContainerFromContext(context);
var data = new CmdsExecutionData
{
ContainerFile = containerFile,
//ContainerPath = targetfullPath,
ContentPath = contentPath,
ModificationSourcePath = sourceFullPath,
};
ExecuteCommandsLogic(data);
//if (!CanGetTargetContainerFromContext(context))
//{
// SaveTargetContainerFile(containerFile, token);
//}
SetMaxProgress();
}
protected override void ExecuteCommandsLogic(CmdsExecutionData data)
{
var contentFile = data.ContainerFile.GetContentFileByPath(data.ContentPath);
var entries = (new TradDictBinReader()).Read(contentFile.Content);
var hashToEntriesMap = entries.ToDictionary(key => key.Hash, new ByteArrayComparer());
RemoveEntries(hashToEntriesMap);
AddEntries(hashToEntriesMap);
RenameEntries(hashToEntriesMap);
var rawDictionaryData = (new TradDictBinWriter()).Write(hashToEntriesMap.Values);
contentFile.LoadCustomContent(rawDictionaryData);
}
protected override void ExecuteCommandsLogic(CmdsExecutionData data)
{
if (!data.ContainerFile.ContainsContentFileWithPath(data.ContentPath))
{
TgvImage image = DDSFileToTgv(data.ModificationSourcePath, !Command.UseMipMaps);
//Trzeba mieć na to oko, czy nie powoduje problemów, bo przy replace była używana checksuma starego obrazka.
image.SourceChecksum = !String.IsNullOrEmpty(Command.Checksum)
? MiscUtilities.HexByteStringToByteArray(Command.Checksum)
: image.ComputeContentChecksum();
image.IsCompressed = Command.UseCompression;
var newContentFile = new EdataContentFile();
newContentFile.Path = data.ContentPath;
newContentFile.LoadCustomContent(TgvToBytes(image, !Command.UseMipMaps));
data.ContainerFile.AddContentFile(newContentFile);
}
else if (Command.OverwriteIfExist)
{
var contentFile = data.ContainerFile.GetContentFileByPath(data.ContentPath);
//To nie będzie potrzebne tutaj jeśli nie bedzie trzeba ładować i wykorzystywać starego obrazka.
if (contentFile.FileType != ContentFileType.Image)
{
throw new CmdExecutionFailedException(
String.Format("Invalid targetContentPath: \"{0}\". It doesn't target an image content file.", data.ContentPath),
DefaultExecutionErrorMsg);
}
//Ładowanie starego obrazka nie będzie potrzebne jeśli bedzie pewnośc ze recznie wygenerowana checkusma jest ok.
//Ok, tu kiedyś było odczytywanie starych danych z starego obrazka, teraz checksuma jest generowana na nowo,
//żeby uniknac konieczności ładowania tych starych danych, bo nie sa potrzeben przy dodawaniu, a tutaj były by potrzebne
//i trudno to rozwiązać przy założeniu ze dane są ładowane na zewnątrz.
//TgvImage oldTgv = BytesToTgv(contentFile.Content);
TgvImage image = DDSFileToTgv(data.ModificationSourcePath, !Command.UseMipMaps);
image.SourceChecksum = !String.IsNullOrEmpty(Command.Checksum)
? MiscUtilities.HexByteStringToByteArray(Command.Checksum)
: image.ComputeContentChecksum();
image.IsCompressed = Command.UseCompression;
contentFile.LoadCustomContent(TgvToBytes(image, !Command.UseMipMaps));
}
}
protected override void ExecuteCommandsLogic(CmdsExecutionData data)
{
if (!data.ContainerFile.ContainsContentFileWithPath(data.ContentPath))
{
var newContentFile = new EdataContentFile();
newContentFile.Path = data.ContentPath;
var content = (new ContentFileReader()).Read(data.ModificationSourcePath);
newContentFile.LoadCustomContent(content);
data.ContainerFile.AddContentFile(newContentFile);
}
else if (Command.OverwriteIfExist)
{
var contentFile = data.ContainerFile.GetContentFileByPath(data.ContentPath);
var content = (new ContentFileReader()).Read(data.ModificationSourcePath);
contentFile.LoadCustomContent(content);
}
}
protected abstract void ExecuteCommandsLogic(CmdsExecutionData data);
