TEDPlayer(const string &fileName) {
LOGD("Trying to play TED music");
haveSound = false;
counter = 0;
audio = new PluginAudio();
audio->ted = machineInit(44100, 24);
tedplayMain(fileName.c_str(), audio);
//audio->sleep(300);
//audio->ted->putKey(1);
setMeta("songs", 10);
// "game", track0->game,
// "composer", track0->author,
// "copyright", track0->copyright,
// "length", track0->length > 0 ? track0->length / 1000 : 0,
// "sub_title", track0->song,
// "format", track0->system,
// "songs", gme_track_count(emu)
//);
}
void
ExceptionLocal::init(VPNum vpnum, MemoryMgrPrimitiveKern *memory)
{
uval space;
vp = vpnum;
machineInit(vp, memory);
enum {EXCEPTION_STACK_SIZE = (1 * PAGE_SIZE)};
memory->alloc(space, EXCEPTION_STACK_SIZE, PAGE_SIZE);
exceptionStack = space + EXCEPTION_STACK_SIZE;
enum {DEBUG_STACK_SIZE = (2 * PAGE_SIZE)};
memory->alloc(space, DEBUG_STACK_SIZE, PAGE_SIZE);
mainDebugStack = space + DEBUG_STACK_SIZE;
memory->alloc(space, DEBUG_STACK_SIZE, PAGE_SIZE);
auxDebugStack = space + DEBUG_STACK_SIZE;
currentDebugStack = mainDebugStack;
exceptionMsgMgr = NULL;
hwPerfMonRep = NULL;
serverCDA = NULL;
kernelTimer.init();
dispatchQueue.init(vp, memory);
ipcTargetTable.init(memory);
ipcRetryManager.init();
if (vp == 0) {
memory->alloc(space, Scheduler::VPLimit*sizeof(RemoteIPCBuffer *), 8);
OldRemoteIPCBuffers = (RemoteIPCBuffer **) space;
for (VPNum i = 0; i < Scheduler::VPLimit; i++) {
OldRemoteIPCBuffers[i] = NULL;
}
}
}
