void gui_mode::update(){
/// Clear the menus
mainWindow()->modeToolbar->clear();
mainWindow()->modeMenu->clear();
/// Add the "default" mode action (modes disactivated)
mainWindow()->modeToolbar->addAction(defaultModeAction);
mainWindow()->modeMenu->addAction(defaultModeAction);
modeActionGroup->addAction(defaultModeAction);
/// Re-fill the menu with plugin names and make connections
foreach(ModePlugin* plugin, pluginManager()->modePlugins()){
if(!plugin->isApplicable()) continue;
QAction* action = plugin->action();
action->setCheckable(true);
/// Make GUI elements exclusive
modeActionGroup->addAction(action);
/// Add to menus and toolbars
mainWindow()->modeMenu->addAction(action);
if(!action->icon().isNull())
mainWindow()->modeToolbar->addAction(action);
}
/// Remember trackball is always there, thus>1
bool showtoolbar = (mainWindow()->modeToolbar->children().size() > 1);
mainWindow()->modeToolbar->setVisible(showtoolbar);
}
void OpenCachingComPlugin::initialize()
{
OpenCachingComModel *model = new OpenCachingComModel( marbleModel(), pluginManager(), this );
setModel( model );
setNumberOfItems( numberOfItemsOnScreen );
m_isInitialized = true;
}
/*!
Creates and returns a QWhereabouts object specified by \a key that will
read position data from the given \a source. The \a key is either a
built-in plugin or the class name of a whereabouts plugin
(see QWhereaboutsPlugin). Note that the keys are case-insensitive.
If \a key is an empty string, this uses the default plugin, or the first
known plugin if no default is specified.
If \a source is an empty string, a default source is used, if possible.
The default value is determined by the individual plugin.
\sa QWhereaboutsPlugin
*/
QWhereabouts *QWhereaboutsFactory::create(const QString &key, const QString &source)
{
if (key.isEmpty()) {
QSettings settings("Trolltech", "Whereabouts");
settings.beginGroup("Plugins");
QString plugin = settings.value("Default").toString();
if (plugin.isEmpty()) {
QStringList allKeys = keys();
if (allKeys.count() == 0 || allKeys[0].isEmpty())
return 0;
plugin = allKeys[0];
}
return QWhereaboutsFactory::create(plugin);
}
if (key.toLower() == "gpsd") {
if (source.trimmed().isEmpty())
return new QGpsdWhereabouts;
// QGpsdWhereabouts will take care of any bad arguments
QStringList args = source.split(":");
quint16 port = args.value(1).toUInt();
return new QGpsdWhereabouts(0, QHostAddress(args.value(0)), port);
}
QWhereaboutsPlugin *interface =
qobject_cast<QWhereaboutsPlugin *>(pluginManager()->instance(key.toLower()));
if (interface)
return interface->create(source);
return 0;
}
void OpenCachingPlugin::initialize()
{
OpenCachingModel *model = new OpenCachingModel( pluginManager(), this );
setModel( model );
setNumberOfItems( numberOfItemsOnScreen );
readSettings();
m_isInitialized = true;
}
void EarthquakePlugin::initialize()
{
EarthquakeModel *model = new EarthquakeModel( pluginManager(), this );
setModel( model );
setNumberOfItems( numberOfItemsOnScreen );
readSettings();
m_isInitialized = true;
}
Prefs_KeyboardShortcuts::Prefs_KeyboardShortcuts(QWidget* parent, ScribusDoc* doc)
: Prefs_Pane(parent)
{
setupUi(this);
languageChange();
defMenus=ActionManager::defaultMenus();
defNonMenuActions=ActionManager::defaultNonMenuActions();
QVector< QPair<QString, QStringList> >::Iterator itnmenua = defNonMenuActions->begin();
PluginManager& pluginManager(PluginManager::instance());
QStringList pluginNames(pluginManager.pluginNames(false));
ScPlugin* plugin = NULL;
ScActionPlugin* ixplug = NULL;
QString pName;
for (int i = 0; i < pluginNames.count(); ++i)
{
pName = pluginNames.at(i);
plugin = pluginManager.getPlugin(pName, true);
Q_ASSERT(plugin); // all the returned names should represent loaded plugins
if (plugin->inherits("ScActionPlugin"))
{
ixplug = dynamic_cast<ScActionPlugin*>(plugin);
Q_ASSERT(ixplug);
ScActionPlugin::ActionInfo ai(ixplug->actionInfo());
itnmenua->second << ai.name;
}
}
Q_CHECK_PTR(defMenus);
lviToActionMap.clear();
lviToMenuMap.clear();
keyTable->clear();
keyMap.clear();
keyCode = 0;
keyDisplay->setMinimumWidth(fontMetrics().width("CTRL+ALT+SHIFT+W"));
keyDisplay->setText("");
clearSearchButton->setIcon(IconManager::instance()->loadIcon("clear_right.png"));
// signals and slots connections
connect( keyTable, SIGNAL(currentItemChanged(QTreeWidgetItem *, QTreeWidgetItem *)),
this, SLOT(dispKey(QTreeWidgetItem *, QTreeWidgetItem *)));
connect( noKey, SIGNAL(clicked()), this, SLOT(setNoKey()));
connect( setKeyButton, SIGNAL(clicked()), this, SLOT(setKeyText()));
connect( loadSetButton, SIGNAL(clicked()), this, SLOT(loadKeySetFile()));
connect( importSetButton, SIGNAL(clicked()), this, SLOT(importKeySetFile()));
connect( exportSetButton, SIGNAL(clicked()), this, SLOT(exportKeySetFile()));
connect( resetSetButton, SIGNAL(clicked()), this, SLOT(resetKeySet()));
connect( clearSearchButton, SIGNAL(clicked()), this, SLOT(clearSearchString()));
connect( searchTextLineEdit, SIGNAL(textChanged(const QString &)), this, SLOT(applySearch(const QString&)));
}
void LiteApp::aboutPlugins()
{
PluginsDialog *dlg = new PluginsDialog(this,m_mainwindow);
foreach (LiteApi::IPluginFactory *factory, pluginManager()->factoryList()) {
dlg->appendInfo(factory->info());
}
bool
KWD::Decorator::enableDecorations (Time timestamp)
{
QList <WId>::ConstIterator it;
unsigned int nchildren;
WId *children;
WId root, parent;
long int select;
mDmSnTimestamp = timestamp;
if (!pluginManager ()->loadPlugin (""))
return false;
updateAllShadowOptions ();
KWD::trapXError ();
(void) QApplication::desktop (); // trigger creation of desktop widget
KWD::popXError ();
updateShadow ();
/* FIXME: Implement proper decoration lists and remove this */
mDecorNormal = new KWD::Window (mCompositeWindow,
QX11Info::appRootWindow (),
0, Window::Default);
mDecorActive = new KWD::Window (mCompositeWindow,
QX11Info::appRootWindow (),
0, Window::DefaultActive);
mActiveId = KWindowSystem::activeWindow ();
connect (KWindowSystem::self (), SIGNAL (windowAdded (WId)),
SLOT (handleWindowAdded (WId)));
connect (KWindowSystem::self (), SIGNAL (windowRemoved (WId)),
SLOT (handleWindowRemoved (WId)));
connect (KWindowSystem::self (), SIGNAL (activeWindowChanged (WId)),
SLOT (handleActiveWindowChanged (WId)));
connect (KWindowSystem::self (),
SIGNAL (windowChanged (WId, const unsigned long *)),
SLOT (handleWindowChanged (WId, const unsigned long *)));
foreach (WId id, KWindowSystem::windows ())
handleWindowAdded (id);
/* Find the switcher and add it too
* FIXME: Doing XQueryTree and then
* XGetWindowProperty on every window
* like this is really expensive, surely
* there is a better way to do this */
XQueryTree (QX11Info::display (), QX11Info::appRootWindow (),
&root, &parent, &children, &nchildren);
for (unsigned int i = 0; i < nchildren; i++)
{
if (KWD::readWindowProperty (children[i],
Atoms::switchSelectWindow, &select))
{
handleWindowAdded(children[i]);
break;
}
}
connect (Plasma::Theme::defaultTheme (), SIGNAL (themeChanged ()),
SLOT (plasmaThemeChanged ()));
// select for client messages
XSelectInput (QX11Info::display (), QX11Info::appRootWindow (),
SubstructureNotifyMask |
StructureNotifyMask |
PropertyChangeMask);
return true;
}
/*!
Returns the list of valid keys that can be passed to create(), i.e. the
names of the available whereabouts plugins.
*/
QStringList QWhereaboutsFactory::keys()
{
QStringList keys = pluginManager()->list();
keys << "gpsd";
return keys;
}
void EarthquakePlugin::initialize()
{
EarthquakeModel *model = new EarthquakeModel( pluginManager(), this );
setModel( model );
setNumberOfItems( 20 );
}
int main( void )
{
//debug:: lets find the path
#ifdef CRAP_COMPILER_MSVC
crap::string256 data_path("../../../data/");
#else
crap::string256 data_path("../data/");
#endif
//logger
crap::logger< crap::log_time_time, crap::log_channel_core, crap::log_type_debug, crap::log_target_cout, 512 > unit_logger;
//system
crap::System system;
//lets config
crap::string256 ini_path = data_path + "configuration.ini";
crap::Configuration config( 1024*10, 100 );
config.load( ini_path.c_str() );
//set config as subsystem
crap::SubSystem config_sys( "Configuration", &config, &system );
//taskmanager
const uint32_t tasksMaxNumber = config.getValue<uint32_t>("TASKS_MAX_NUM");
const uint32_t tasksDeattachedMaxNumber = config.getValue<uint32_t>("TASKS_DEATTACHED_MAX_NUM");
crap::TaskManager taskManager( tasksMaxNumber, tasksDeattachedMaxNumber );
//set TaskManager as Subsystem
crap::SubSystem tasks_sys( "TaskManager", &taskManager, &system );
//eventsystem
const uint32_t eventMaxNumber = config.getValue<uint32_t>("EVENTS_MAX_NUM");
crap::EventSystem eventSystem( eventMaxNumber );
//set EventSystem as SubSystem
crap::SubSystem events_sys( "EventSystem", &eventSystem, &system );
//resourcemanager
const uint32_t resoureMemory = config.getValue<uint32_t>("RESOURCE_MEMORY");
const uint32_t resoureNumber = config.getValue<uint32_t>("RESOURCE_NUMBER");
const crap::string64 resourceFile = config.getValue<crap::string64>("RESOURCE_FILE");
const bool resourceXML = config.getValue<uint32_t>("RESOURCE_XML") == 1;
crap::ResourceManager resourceManager( resoureMemory, resoureNumber, data_path, &system );
if( resourceXML )
resourceManager.loadXML( resourceFile );
else
resourceManager.loadPackage( resourceFile );
// set resourcemanager as subsystem
crap::SubSystem resource_sys( "ResourceManager", &resourceManager, &system );
//AudioSystem
const uint32_t audioBufferNumber = config.getValue<uint32_t>("AUDIO_BUFFER_NUM");
const uint32_t audioSourceNumber = config.getValue<uint32_t>("AUDIO_SOURCE_NUM");
crap::AudioSystem AudioSystem(audioBufferNumber, audioSourceNumber);
//set AudioSystem as subsystem
crap::SubSystem audio_sys( "AudioSystem", &AudioSystem, &system );
//componentsystem
const uint32_t componentMemory = config.getValue<uint32_t>("COMPONENT_MEMORY");
const uint32_t componentMaxNodes = config.getValue<uint32_t>("COMPONENT_MAX_NODES");
crap::ComponentSystem componentSystem( componentMemory, componentMaxNodes , &system );
//set componentsystem as subsystem
crap::SubSystem component_sys( "ComponentSystem", &componentSystem, &system );
//renderwindow
const crap::string64 windowName = config.getValue<crap::string64>("RENDER_WINDOW_NAME");
const uint32_t windowWidth = config.getValue<uint32_t>("RENDER_WINDOW_WIDTH");
const uint32_t windowHeight = config.getValue<uint32_t>("RENDER_WINDOW_HEIGHT");
const bool windowFullscreen = config.getValue<uint32_t>("RENDER_WINDOW_FULLSCREEN") == 1;
const uint32_t windowMaxCallbacks = config.getValue<uint32_t>("RENDER_WINDOW_MAX_CALLBACKS");
crap::RenderWindow renderWindow( windowMaxCallbacks );
renderWindow.create( windowName.c_str(), windowWidth, windowHeight, windowFullscreen );
//renderer
crap::RenderSystem renderer( &renderWindow );
renderer.init();
//set renderer as subsystem
crap::SubSystem renderer_sys("Renderer", &renderer, &system );
//inputmanager
const uint32_t inputMemory = config.getValue<uint32_t>("INPUT_MEMORY");
crap::InputManager inputManager( inputMemory, renderWindow.getHandle() );
//add keyboard
crap::KeyboardInput keyboardInput("Keyboard", 20, &inputManager );
keyboardInput.addListener<&exitFunc>( thekey, 0, true );
//add mouse
crap::MouseInput mouseInput("Mouse", 20, 20, 20, 20, &inputManager );
mouseInput.addButtonListener<&clickFunc>( 0, 0, true );
mouseInput.addPositionListener<&posFunc>( true );
mouseInput.addScrollListener<&scrollFunc>( true );
mouseInput.addEnterListener<&enterFunc>( true );
//controller
crap::ControllerInput controllerInput("Controller", 8, &inputManager );
uint32_t joyID = controllerInput.leaseJoystickID();
controllerInput.addAxisListener<&joyAxis>( joyID );
controllerInput.addButtonListener<&joyButton>( joyID );
/* Add directory update to taskmanager */
taskManager.addTask<crap::InputManager, &crap::InputManager::update>("InputPolling", &inputManager, 50, true, false );
/* Physic system 2D */
crap::PhysicSystem2D physicSystem2D( 1000, 0.f, 10.f, 8, 2, 1.f/200.f );
crap::SubSystem physic_sys2d( "PhysicSystem2D", &physicSystem2D, &system );
taskManager.addTask< crap::PhysicSystem2D, &crap::PhysicSystem2D::update>( "Physic2DUpdate", &physicSystem2D, 20, true, false );
//pluginmanager
const uint32_t pluginNumber = config.getValue<uint32_t>("PLUGIN_NUMBER");
const uint32_t pluginMemory = config.getValue<uint32_t>("PLUGIN_MEMORY");
crap::PluginManager pluginManager(pluginNumber, pluginMemory, &system );
//set pluginmanager as subsystem
crap::SubSystem plugin_sys( "PluginManager", &pluginManager, &system );
//set Directory listener
const uint32_t pluginFunctionNumber = config.getValue<uint32_t>("PLUGIN_FUNCTION_NUM");
const uint32_t pluginFileNumber = config.getValue<uint32_t>("PLUGIN_FILES_NUM");
const crap::string256 pluginDir = data_path + config.getValue<crap::string64>("PLUGIN_SUBDIRECTORY");
crap::DirectoryListener pluginDirectoryListener( pluginFunctionNumber, pluginFileNumber, pluginDir, false );
pluginDirectoryListener.addCallback<crap::PluginManager, &crap::PluginManager::callbackFunction>( &pluginManager );
/* Add directory update to taskmanager */
taskManager.addTask<crap::DirectoryListener, &crap::DirectoryListener::update>("PluginPath", &pluginDirectoryListener, 1000, true, false );
//init this.. (do that at last)
pluginDirectoryListener.init();
crap::Configuration* testconf = system.getSubSystem<crap::Configuration>( "Configuration" );
if( testconf != 0 )
{
std::cout << "I've worked! " << testconf->getValue<crap::string64>("SOUND_VOLUME") << std::endl;
}
float32_t zero[3] = {0.f, 0.f, 0.f};
float32_t one[3] = {1.f, 1.f, 1.f};
float32_t dir[6] = {0.f, 0.f, 1.f, 0.f, 1.f, 0.f };
crap::AudioSystem* am = system.getSubSystem<crap::AudioSystem>( "AudioSystem" );
resourceManager.loadResource( "Nagut" );
uint32_t sid = am->leaseSource( "Nagut" );
am->setListenerData( zero, zero, dir );
am->playSource( sid );
// while( am->getIsPlaying(sid) )
// crap::sleep_mil_sec(100);
crap::log( LOG_CHANNEL_CORE | LOG_TYPE_INFO | LOG_TARGET_COUT, "We're done!" );
crap::Renderer2D renderer2D( &renderWindow, 10, 10, 100 );
crap::SubSystem renderer2d_sys( "Renderer2D", &renderer2D, &system );
crap::Context2D* gc = renderer2D.getContext();
resourceManager.loadResource( "Hasi" );
resourceManager.loadResource( "Mieze" );
uint32_t guiImage = renderer2D.getImage2D("Hasi");
uint32_t guiImage2 = renderer2D.getImage2D("Mieze");
resourceManager.loadResource("CalcFont");
crap::Font2D font2d = renderer2D.getFont2D("CalcFont");
crap::Node* cnode = componentSystem.createNode();
crap::Component* trans2d = componentSystem.createComponent("Attributes2D", cnode );
componentSystem.setComponentMember( trans2d, "posX", "600" );
componentSystem.setComponentMember( trans2d, "posY", "600" );
componentSystem.setComponentMember( trans2d, "rotation", "20" );
componentSystem.setComponentMember( trans2d, "scale", "1.f" );
trans2d->init( &system );
crap::color_argb colorf;
colorf.r = 0;
colorf.b = 0;
colorf.g = 255;
colorf.a = 128;
crap::color_argb colorb;
//black
colorb.r = 0;
colorb.b = 0;
colorb.g = 0;
colorb.a = 255;
crap::color_argb col = crap::argb::black;
crap::string64 colstr("AABBCCDD");
uint32_t lolali = strtol("AABBCCDD", 0, 16 );
crap::color_argb colorino = crap::convert<crap::string64, crap::color_argb>( colstr );
crap::string64 popo = crap::convert<crap::color_argb, crap::string64>( crap::argb::orange );
crap::string64 buff = crap::convert<crap::color_argb, crap::string64>(colorf);
crap::string64 bufb = crap::convert<crap::color_argb, crap::string64>(colorb);
crap::Component* circle2d = componentSystem.createComponent("RoundedRectangle2D", cnode );
componentSystem.setComponentMember( circle2d, "width", "150" );
componentSystem.setComponentMember( circle2d, "height", "200" );
componentSystem.setComponentMember( circle2d, "corner", "20" );
componentSystem.setComponentMember( circle2d, "color", buff );
componentSystem.setComponentMember( circle2d, "border", "5" );
componentSystem.setComponentMember( circle2d, "borderColor", bufb );
circle2d->init(&system);
crap::Node* tnode = componentSystem.createNode();
crap::Component* trans2dt = componentSystem.createComponent("Attributes2D", tnode );
componentSystem.setComponentMember( trans2dt, "posX", "200" );
componentSystem.setComponentMember( trans2dt, "posY", "600" );
componentSystem.setComponentMember( trans2dt, "rotation", "0" );
componentSystem.setComponentMember( trans2dt, "scale", "1.f" );
trans2d->init( &system );
crap::Component* text2d = componentSystem.createComponent("Text2D", tnode );
componentSystem.setComponentMember( text2d, "fontName", "CalcFont" );
componentSystem.setComponentMember( text2d, "text", "Hallo ich bin ein Test" );
componentSystem.setComponentMember( text2d, "fontSize", "50" );
componentSystem.setComponentMember( text2d, "color", bufb );
componentSystem.setComponentMember( text2d, "blur", "1" );
text2d->init(&system);
//physic test
crap::Node* pnode = componentSystem.createNode();
crap::Component* ptrans2d = componentSystem.createComponent("Attributes2D", pnode );
componentSystem.setComponentMember( ptrans2d, "posX", "770" );
componentSystem.setComponentMember( ptrans2d, "posY", "550" );
componentSystem.setComponentMember( ptrans2d, "rotation", "-0.3f" );
componentSystem.setComponentMember( ptrans2d, "scale", "1.f" );
crap::Component* rect2d = componentSystem.createComponent("Rectangle2D", pnode );
componentSystem.setComponentMember( rect2d, "width", "300" );
componentSystem.setComponentMember( rect2d, "height", "50" );
componentSystem.setComponentMember( rect2d, "color", buff );
componentSystem.setComponentMember( rect2d, "border", "0" );
componentSystem.setComponentMember( rect2d, "borderColor", bufb );
crap::Component* phys2d = componentSystem.createComponent("Rectangle2DPhysic", pnode );
componentSystem.setComponentMember( phys2d, "width", "300" );
componentSystem.setComponentMember( phys2d, "height", "50" );
componentSystem.setComponentMember( phys2d, "density", "1.f" );
componentSystem.setComponentMember( phys2d, "friction", "1.f" );
componentSystem.setComponentMember( phys2d, "dynamic", "0" );
ptrans2d->init(&system);
rect2d->init(&system);
phys2d->init(&system);
//solid
crap::Node* pnode2 = componentSystem.createNode();
crap::Component* ptrans2d2 = componentSystem.createComponent("Attributes2D", pnode2 );
componentSystem.setComponentMember( ptrans2d2, "posX", "550" );
componentSystem.setComponentMember( ptrans2d2, "posY", "400" );
componentSystem.setComponentMember( ptrans2d2, "rotation", "0.2" );
componentSystem.setComponentMember( ptrans2d2, "scale", "1.f" );
crap::Component* rect2d2 = componentSystem.createComponent("Rectangle2D", pnode2 );
componentSystem.setComponentMember( rect2d2, "width", "300" );
componentSystem.setComponentMember( rect2d2, "height", "50" );
componentSystem.setComponentMember( rect2d2, "color", bufb );
componentSystem.setComponentMember( rect2d2, "border", "0" );
componentSystem.setComponentMember( rect2d2, "borderColor", bufb );
crap::Component* phys2d2 = componentSystem.createComponent("Rectangle2DPhysic", pnode2 );
componentSystem.setComponentMember( phys2d2, "width", "300" );
componentSystem.setComponentMember( phys2d2, "height", "50" );
componentSystem.setComponentMember( phys2d2, "density", "1.f" );
componentSystem.setComponentMember( phys2d2, "friction", "1.f" );
componentSystem.setComponentMember( phys2d2, "dynamic", "0" );
ptrans2d2->init(&system);
rect2d2->init(&system);
phys2d2->init(&system);
//circle
crap::Node* pnode3 = componentSystem.createNode();
crap::Component* ptrans2d3 = componentSystem.createComponent("Attributes2D", pnode3 );
componentSystem.setComponentMember( ptrans2d3, "posX", "600" );
componentSystem.setComponentMember( ptrans2d3, "posY", "50" );
componentSystem.setComponentMember( ptrans2d3, "rotation", "0" );
componentSystem.setComponentMember( ptrans2d3, "scale", "1.f" );
crap::Component* rect2d3 = componentSystem.createComponent("Circle2D", pnode3 );
componentSystem.setComponentMember( rect2d3, "radius", "20" );
componentSystem.setComponentMember( rect2d3, "color", "FF0080FF" );
componentSystem.setComponentMember( rect2d3, "border", "0" );
componentSystem.setComponentMember( rect2d3, "borderColor", "FF0000F" );
crap::Component* phys2d3 = componentSystem.createComponent("Cirlce2DPhysic", pnode3 );
componentSystem.setComponentMember( phys2d3, "radius", "20" );
componentSystem.setComponentMember( phys2d3, "density", "1.f" );
componentSystem.setComponentMember( phys2d3, "friction", "1.f" );
componentSystem.setComponentMember( phys2d3, "dynamic", "1" );
ptrans2d3->init(&system);
rect2d3->init(&system);
phys2d3->init(&system);
crap::color_argb bord;
bord.value = 0;
float32_t rot = 0.f;
while( running && !renderWindow.shouldClose() )
{
renderer.drawBegin();
renderer2D.drawBegin();
// crap::drawColoredRectangle( gc, 100.f, 100.f, 100.f, 100.f, -rot*0.1, 255, 0, 255, 255 );
// //crap::drawColoredCircle( gc, 500.f, (int32_t)(rot*100) % renderWindow.getHeight(), 50.f, 255, 0, 0, 255 );
// rot += 0.1f;
// crap::drawColoredRoundedRectangle( gc, 150.f, 150.f, 200.f, 200.f, rot, 0, 0, 255, 128, 20.f );
//
// crap::drawColorTriangle( gc, 400, 400, 140, 100, 0.f, 0, 255, 0, 255 );
//
// crap::drawImageRectangle( gc, (int32_t)(rot*10) % renderWindow.getWidth(), 400, 100, 100, rot*0.1, guiImage, 100.f, 100.f, 0.f, 0.f, 0.f, 1.f );
//
// crap::drawImageCircle( gc, 600, 200, 50, guiImage2, 255, 100.f, 100.f, 0.f, -10,10-rot*2, 0.3f);
//
// crap::drawText(gc, 400, 400, font2d, "Hallo, du Welt.", 30.f ,0.f , 0, 255, 0, 255, 0, 1, 10.f, crap::align::left);
bord.value++;
bord.value %= 100;
componentSystem.setComponentMember( circle2d, "corner", crap::convert<crap::color_argb, crap::string64>(bord) );
componentSystem.setComponentMember( text2d, "fontSize", "100" );
renderer2D.render();
renderer2D.drawEnd();
renderer.drawEnd();
//renderWindow.swap();
taskManager.update();
}
renderer2D.removeImage2D( "Mieze" );
renderer2D.removeImage2D( "Hasi" );
renderWindow.destroy();
#ifdef CRAP_COMPILER_MSVC
// std::cout << "Press a button" << std::endl;
// getchar();
#endif
pluginDirectoryListener.removeCallback<crap::PluginManager, &crap::PluginManager::callbackFunction>( &pluginManager );
pluginManager.unloadAll();
return 0;
}
