void SceneSync::EndClientSync(bool abort)
{
    if (fTimerID != 0 || fUpdateSignal)
    {
        KillTimer(NULL, fTimerID);
        fTimerID = 0;

        if (!abort)
        {
            SaveResMgr();
            IShutdownClient();
        }
        else
        {
            // Delete files so we won't try to run with this possibly corrupted data
            char path[MAX_PATH];
            if (GetOutputDir(path))
                IDeletePath(path);
        }

        delete fUpdateSignal;
        fUpdateSignal = nil;

    hsAssert( false, "YOU NEED TO FIX ME" );
//      hsgResMgr::ResMgr()->PageOutConverted();
//      hsgResMgr::Reset();
    }
}
Exemple #2
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void WorkspaceWork::AddFile(ADDFILE af)
{
	String active = GetActivePackage();
	if(active.IsEmpty()) return;
	FileSel *fs = &OutputFs();
	RealizeDirectory(GetLocalDir());
	switch(af)
	{
	case PACKAGE_FILE: fs = &BasedSourceFs(); fs->BaseDir(GetFileFolder(PackagePathA(active))); break;
	case ANY_FILE:     fs = &AnySourceFs(); break;
	case OUTPUT_FILE:  fs->ActiveDir(GetOutputDir()); break;
	case CONFIG_FILE:  fs->ActiveDir(GetConfigDir()); break;
	case HOME_FILE:    fs->ActiveDir(GetHomeDirectory()); break;
	case LOCAL_FILE:   fs->ActiveDir(GetLocalDir()); break;
	default: ; // GCC warns otherwise
	}
	if(!fs->ExecuteOpen("Add files to package..")) return;
	int fci = filelist.GetCursor();
	int cs = filelist.GetSbPos();
	int ci = fci >= 0 && fci < fileindex.GetCount() ? fileindex[fci] : -1;
	for(int i = 0; i < fs->GetCount(); i++) {
		Package::File& f = ci >= 0 ? actual.file.Insert(ci++) : actual.file.Add();
		f = (*fs)[i];
		f.readonly = fs->GetReadOnly();
	}
	SaveLoadPackage(false);
	filelist.SetSbPos(cs);
	filelist.SetCursor(fci >= 0 ? fci : filelist.GetCount() - 1);
	FileSelected();
}
bool SceneSync::BeginClientSync(const char *semaphoreName, const char *pipeName)
{
    char path[MAX_PATH];
    if (!GetOutputDir(path))
        return false;

    char datPath[MAX_PATH];
    sprintf(datPath, "%sdat", path);

    // Load the saved rooms and their keys (but not objects)
    hsAssert( false, "YOU NEED TO FIX ME" );
//  hsgResMgr::ResMgr()->ForceLoadDirectory(datPath, true/*false*/); // TEMP

    // Set the keys in the plMaxNodes.  Also, delete Plasma objects for any
    // plMaxNodes that can't be found (must have been deleted).
    IReadNodeMap(path);

    if (!fSceneWatcher)
        IStartWatching(true);

    if (fUpdateFreq != -1)
        fTimerID = SetTimer(NULL, 0, fUpdateFreq, ITimerProc);

//  Update();

    fUpdateSignal = new hsSemaphore(0, semaphoreName);

    fPipeName = pipeName;

    return true;
}
bool SceneSync::SaveResMgr()
{
    // Get the output directory for the current file
    char path[MAX_PATH];
    if (!GetOutputDir(path))
        return false;

    IWriteNodeMap(path);
    
    return true;
}
bool SceneSync::CreateClientData()
{
    char path[MAX_PATH];
    if (!GetOutputDir(path))
        return false;

    char datPath[MAX_PATH];
    sprintf(datPath, "%sdat", path);

    // Setup for the convert
    plExportErrorMsg msg;
    plConvertSettings settings;
    settings.fSceneViewer = true;
    plConvert::Instance().Init(GetCOREInterface(), &msg, &settings);

    // Do the convert
    plConvert::Instance().Convert();

    // If convert failed, fail too
    if (msg.IsBogus())
        return false;

    // Clear the dirty flags since everything is fresh
    IClearDirtyRecur((plMaxNode*)GetCOREInterface()->GetRootNode());

    //
    // Write the converted data out and page out the objects
    //
    IDeletePath(path);
    CreateDirectory(path, NULL);
    CreateDirectory(datPath, NULL);

    // TEMP
    char oldCWD[MAX_PATH];
    getcwd(oldCWD, MAX_PATH);
    chdir(path);

    hsAssert( false, "YOU NEED TO FIX ME" );
//  hsgResMgr::ResMgr()->Write();

    // TEMP
    chdir(oldCWD);

    IWriteNodeMap(path);

    // TEMP
    hsMaterialConverter::Instance().FreeMaterialCache(path);

    hsAssert( false, "YOU NEED TO FIX ME" );
//  hsgResMgr::ResMgr()->PageOutConverted();
    hsgResMgr::Reset();

    return true;
}
bool SceneSync::CanLoadOldResMgr()
{
    char path[MAX_PATH];
    if (!GetOutputDir(path))
        return false;
    strcat(path, kKeysFile);

    hsUNIXStream s;
    if (s.Open(path))
    {
        s.Close();
        return true;
    }

    return false;
}
Exemple #7
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void WorkspaceWork::InsertSpecialMenu(Bar& menu)
{
	bool isaux = IsAux();
	menu.Add("Insert any file(s)", THISBACK1(AddFile, ANY_FILE))
		.Key(K_SHIFT|K_CTRL_I)
		.Help("Insert files from anywhere on disk (discouraged in portable packages)");
	menu.Add(isaux && GetOutputDir().GetCount(), "Insert output directory file(s)", THISBACK1(AddFile, OUTPUT_FILE))
		.Help("Open file selector in output / intermediate directory for current package");
#ifdef PLATFORM_POSIX
	menu.Add(isaux && GetConfigDir().GetCount(), "Insert config directory file(s)", THISBACK1(AddFile, CONFIG_FILE))
		.Help("Open file selector in output / intermediate directory for current package");
#endif
	menu.Add(isaux, "Insert Local directory file(s)", THISBACK1(AddFile, LOCAL_FILE))
		.Help("Open file selector in Local directory for current package");
	menu.Add("Insert home directory file(s)", THISBACK1(AddFile, HOME_FILE))
		.Help("Open file selector in current user's HOME directory");
}
Exemple #8
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static FileOutputStream *InitialiseIO (const HashTable * const config_p, const char * const key_s, const char * const suffix_s)
{
	FileOutputStream *stream_p = NULL;
	const char * const output_dir_s = GetOutputDir ();

	/* Make sure that the output directory exists */
	if (EnsureDirectoryExists (output_dir_s))
		{
			char *output_filename_s = (char *) GetFromHashTable (config_p, "OutputFilename");

			/* Adapt the streams to be relative to our output directory */
			char *name_s = GetStreamName (output_dir_s, output_filename_s, (char *) GetFromHashTable (config_p, key_s), suffix_s);
			stream_p = AllocateFileOutputStream (name_s);

			if (name_s)
				{
					FreeCopiedString (name_s);
				}

		}		/* if (CreateNewDirectory (output_dir_s)) */

	return stream_p;
}