void DeviceAudioDX11::shutdownAudio (void)
{
#if DT2_MULTITHREADED_AUDIO
AutoSpinLockRecursive lock(&_lock);
#endif
// Save source for after reinitialize
_save_channels.resize(_channels.size());
for (DTuint c = 0; c < _channels.size(); ++c) {
_save_channels[c]._source = RETAIN(_channels[c]._source);
_save_channels[c]._sound_loader = RETAIN(_channels[c]._sound_loader);
for (DTuint i = 0; i < ARRAY_SIZE(_save_channels[c]._packets); ++i) {
_save_channels[c]._packets[i] = _channels[c]._packets[i];
}
}
// Don't stop sound channels so that we can begin playing them again
destroyChannels();
_x_master_voice->DestroyVoice();
_x_master_voice = NULL;
SAFE_RELEASE(_x_audio_2);
}
void ComponentGUIScroller::hitTest (GUITouchEvent *event, GUIObject* &hit_object, const Color &parent_color)
{
GUIObject *gui = checkedCast<GUIObject*>(getOwner());
if (!gui)
return;
Color c = parent_color * gui->getColor();
if (c.getA() == 0)
return;
Vector2 object_pos = gui->positionToObjectCoord (event->getPosition());
if (gui->getRectangle().isTouching(object_pos)) {
hit_object = gui;
std::list<PlaceableObject*> children = gui->getChildren();
for (auto i : children) {
GUIObject *gui = checkedCast<GUIObject*>(i);
if (!gui)
continue;
gui->hitTest(event, _focused, c);
if (_focused) {
RETAIN(_focused);
break;
}
}
}
}
void decl_replace_with(decl *to, decl *from)
{
/* XXX: memleak of .ref */
memcpy_safe(&to->where, &from->where);
to->ref = from->ref;
to->attr = RETAIN(from->attr);
to->spel_asm = from->spel_asm;
/* no point copying bitfield stuff */
memcpy_safe(&to->bits, &from->bits);
}
void decl_replace_with(decl *to, decl *from)
{
attribute **i;
/* XXX: memleak of .ref */
memcpy_safe(&to->where, &from->where);
to->ref = from->ref;
to->spel_asm = from->spel_asm, from->spel_asm = NULL;
/* no point copying bitfield stuff */
memcpy_safe(&to->bits, &from->bits);
for(i = from->attr; i && *i; i++)
dynarray_add(&to->attr, RETAIN(*i));
}
void TilesWidget::setTileSet(TileSet *tileSet)
{
TileSet *oldTileSet = _tileSet;
_tileSet = RETAIN(tileSet);
RELEASE(oldTileSet);
if (tileSet)
{
if (_tileEntries) free(_tileEntries);
_tileEntries = (TileEntry *) malloc(tileSet->tileCount() * sizeof(TileEntry));
// add new buttons
int tileX = kBorder;
int tileY = kBorder;
int tileWidth = _tileSet->tileWidth();
int tileHeight = _tileSet->tileHeight();
for (int tileIndex = 0; tileIndex < tileSet->tileCount(); ++tileIndex)
{
TileEntry &entry = _tileEntries[tileIndex];
entry.tileIndex = tileIndex;
entry.x = tileX;
entry.y = tileY;
entry.w = tileWidth;
entry.h = tileHeight;
tileX += tileWidth + kBorder;
if (tileX >= width())
{
tileX = kBorder;
tileY += tileHeight + kBorder;
}
}
}
repaint();
}
static void init_attr(type *ty, void *ctx)
{
ty->bits.attr = RETAIN((attribute *)ctx);
}
