NS_IMETHODIMP
MIDIBackgroundRunnable::Run() {
AssertIsOnBackgroundThread();
if (!MIDIPlatformService::IsRunning()) {
return NS_OK;
}
RunInternal();
return NS_OK;
}
//-----------------------------------------------------------------------------
void tIMX51Video::SetColourKey(const QColor &key)
{
m_ColourKey = key;
if( m_RunningInternal )
{
StopInternal();
RunInternal();
}
}
NS_IMETHODIMP
nsDOMWorkerScriptLoader::Run()
{
NS_ASSERTION(NS_IsMainThread(), "Wrong thread!");
// We may have been canceled already.
if (mCanceled) {
return NS_BINDING_ABORTED;
}
nsresult rv = RunInternal();
if (NS_SUCCEEDED(rv)) {
return rv;
}
// Ok, something failed beyond a normal cancel.
// If necko is holding a ref to us then we'll end up notifying in the
// OnStreamComplete method, not here.
PRBool needsNotify = PR_TRUE;
// Cancel any async channels that were already opened.
for (PRUint32 index = 0; index < mScriptCount; index++) {
ScriptLoadInfo& loadInfo = mLoadInfos[index];
nsIRequest* request = static_cast<nsIRequest*>(loadInfo.channel.get());
if (request) {
#ifdef DEBUG
nsresult rvInner =
#endif
request->Cancel(NS_BINDING_ABORTED);
NS_WARN_IF_FALSE(NS_SUCCEEDED(rvInner), "Failed to cancel channel!");
// Necko is holding a ref to us so make sure that the OnStreamComplete
// code sends the done event.
needsNotify = PR_FALSE;
}
else {
// Make sure to set this so that the OnStreamComplete code will dispatch
// the done event.
loadInfo.done = PR_TRUE;
}
}
if (needsNotify) {
NotifyDone();
}
return rv;
}
//-----------------------------------------------------------------------------
void tIMX51Video::SetGeometryInternal()
{
UpdateVideoGeometry();
if( m_RunningInternal )
{
StopInternal();
RunInternal();
}
else if(m_pGstSource)
{
g_object_set(m_pGstSource, "capture-width", m_VideoGeometry.width(), NULL);
g_object_set(m_pGstSource, "capture-height", m_VideoGeometry.height(), NULL);
g_object_set(m_pGstSource, "preview-width", m_VideoGeometry.width(), NULL);
g_object_set(m_pGstSource, "preview-height", m_VideoGeometry.height(), NULL);
g_object_set(m_pGstSource, "preview-top", m_VideoGeometry.top(), NULL);
g_object_set(m_pGstSource, "preview-left", m_VideoGeometry.left(), NULL);
}
}
bool SHM_MsgReplyConnection::Run(bool runFull)
{
if (m_has_had_error) return true;
if (runFull) return RunInternal();
m_shmmutex.Enter();
int s=m_shm->Run();
if (m_shm->send_queue.Available() > m_maxqueuesize) s=-1;
m_shmmutex.Leave();
if (s<0) m_has_had_error=true;
else if (m_shm && m_shm->WantSendKeepAlive())
{
int zer=0;
Send(0,NULL,0,NULL,0,&zer);
}
return s<0;
}
status_t
AbstractProcess::Run()
{
{
AutoLocker<BLocker> locker(&fLock);
if (ProcessState() != PROCESS_INITIAL) {
printf("cannot start process as it is not idle");
return B_NOT_ALLOWED;
}
if (fWasStopped) {
printf("cannot start process as it was stopped");
return B_CANCELED;
}
fProcessState = PROCESS_RUNNING;
}
status_t runResult = RunInternal();
if (runResult != B_OK)
printf("[%s] an error has arisen; %s\n", Name(), strerror(runResult));
AbstractProcessListener* listener;
{
AutoLocker<BLocker> locker(&fLock);
fProcessState = PROCESS_COMPLETE;
fErrorStatus = runResult;
listener = fListener;
}
// this process may be part of a larger bulk-load process and
// if so, the process orchestration needs to know when this
// process has completed.
if (listener != NULL)
listener->ProcessExited();
return runResult;
}
//-----------------------------------------------------------------------------
void tIMX51Video::timerEvent(QTimerEvent *)
{
if(m_EosReceived)
{
if(m_RunningInternal)
{
// There is a bug in the ipu that causes playback to fail. This then seems to cause an EOS event
// to be posted along the pipeline and then to the application. Detect this and restart the
// playback
qDebug() << "tHalVideoSr2::HandleEosEvent unexpected EOS event. Restarting video playback";
m_RunningInternal = false;
killTimer(m_TimerId);
gst_element_set_state( m_pGstPipeline, GST_STATE_NULL );
gst_element_get_state( m_pGstPipeline, NULL, NULL, 3000000000ULL );
gst_object_unref( GST_OBJECT( m_pGstPipeline ) );
m_pGstPipeline = 0;
RunInternal();
}
m_EosReceived = false;
}
}
Result<ExitCode> ProcessWithLogon::Run(const Settings& settings, ProcessTracker& processTracker) const
{
Trace trace(settings.GetLogLevel());
trace < L"ProcessWithLogon::Run";
if (_changeIntegrityLevel)
{
trace << L" elevated";
}
Environment callingProcessEnvironment;
Environment targetUserEnvironment;
Environment environment;
if (settings.GetInheritanceMode() != INHERITANCE_MODE_OFF)
{
trace < L"ProcessWithLogon::Get calling process Environment";
auto callingProcessEnvironmentResult = Environment::CreateForCurrentProcess(trace);
if (callingProcessEnvironmentResult.HasError())
{
return Result<ExitCode>(callingProcessEnvironmentResult.GetError());
}
callingProcessEnvironment = callingProcessEnvironmentResult.GetResultValue();
environment = callingProcessEnvironment;
}
if (settings.GetInheritanceMode() != INHERITANCE_MODE_ON)
{
trace < L"ProcessWithLogon::Get target user environment";
Settings getEnvVarsProcessSettings(
settings.GetUserName(),
settings.GetDomain(),
settings.GetPassword(),
L"cmd.exe",
settings.GetWorkingDirectory(),
EXIT_CODE_BASE,
{ L"/U", L"/C", L"SET" },
{ },
INHERITANCE_MODE_OFF,
INTEGRITY_LEVEL_AUTO,
SHOW_MODE_HIDE,
false);
if(settings.GetLogLevel() == LOG_LEVEL_DEBUG)
{
getEnvVarsProcessSettings.SetLogLevel(LOG_LEVEL_DEBUG);
}
else
{
getEnvVarsProcessSettings.SetLogLevel(LOG_LEVEL_OFF);
}
wstringstream getEnvVarsStream;
StringWriter getEnvVarsWriter(getEnvVarsStream);
StubWriter nullWriter;
ProcessTracker getEnvVarsProcessTracker(getEnvVarsWriter, nullWriter);
auto getEnvVarsResult = RunInternal(trace, getEnvVarsProcessSettings, getEnvVarsProcessTracker, targetUserEnvironment, false);
if (getEnvVarsResult.HasError() || getEnvVarsResult.GetResultValue() != 0)
{
return getEnvVarsResult;
}
targetUserEnvironment = Environment::CreateFormString(getEnvVarsStream.str(), trace);
environment = targetUserEnvironment;
}
if (settings.GetInheritanceMode() == INHERITANCE_MODE_AUTO)
{
environment = Environment::Override(callingProcessEnvironment, targetUserEnvironment, trace);
}
environment = Environment::Apply(environment, Environment::CreateFormList(settings.GetEnvironmentVariables(), L"from command line", trace), trace);
return RunInternal(trace, settings, processTracker, environment, _changeIntegrityLevel);
}
int SHM_MsgReplyConnection::Send(int type, const void *msg, int msglen,
void *replybuf, int maxretbuflen, const int *forceMsgID,
const void *secondchunk, int secondchunklen,
WDL_HeapBuf *hbreplyout)
{
if (!m_shm||m_has_had_error) return -1;
if (secondchunk && secondchunklen>0) msglen+=secondchunklen;
else secondchunklen=0;
int msgid;
{
WDL_MutexLock lock(&m_shmmutex);
m_shm->send_queue.AddDataToLE(&type,4,4);
if (forceMsgID) msgid = *forceMsgID;
else
{
if (!replybuf&&!hbreplyout) msgid=0;
else if (!(msgid = ++m_lastmsgid)) msgid = ++m_lastmsgid;
}
m_shm->send_queue.AddDataToLE(&msgid,4,4);
m_shm->send_queue.AddDataToLE(&msglen,4,4);
if (msglen>secondchunklen) m_shm->send_queue.Add(msg,msglen-secondchunklen);
if (secondchunklen>0) m_shm->send_queue.Add(secondchunk,secondchunklen);
#ifdef VERIFY_MESSAGES
WDL_SHA1 t;
t.add(&type,4);
t.add(&msgid,4);
t.add(&msglen,4);
if (msglen>secondchunklen) t.add(msg,msglen-secondchunklen);
if (secondchunklen>0) t.add(secondchunk,secondchunklen);
char tb[WDL_SHA1SIZE];
t.result(tb);
m_shm->send_queue.Add(tb,sizeof(tb));
#endif
if ((!replybuf && !hbreplyout) || !msgid) m_shm->Run(); // get this reply out ASAP
}
if ((hbreplyout||replybuf) && msgid)
{
int wait_cnt=30; // dont run idleproc for first Xms or so
while (!m_has_had_error)
{
if (wait_cnt<=0 && IdleProc && IdleProc(this))
{
m_has_had_error=true;
break;
}
WaitingMessage *msg=NULL;
bool r = RunInternal(msgid,&msg);
if (msg)
{
int rv = msg->m_msgdata.GetSize();
if (hbreplyout)
{
memcpy(hbreplyout->Resize(rv,false),msg->m_msgdata.Get(),rv);
}
if (replybuf)
{
if (rv > maxretbuflen) rv=maxretbuflen;
if (rv>0) memcpy(replybuf,msg->m_msgdata.Get(),rv);
}
m_shmmutex.Enter();
msg->_next = m_spares;
m_spares=msg;
m_shmmutex.Leave();
return rv;
}
else if (r) break;
if (wait_cnt>0) wait_cnt--;
HANDLE evt=m_shm->GetWaitEvent();
if (evt) WaitForSingleObject(evt,1);
else Sleep(1);
}
}
if (hbreplyout) hbreplyout->Resize(0,false);
return -1;
}
void MessageLoop::RunAllPending() {
assert(this == current());
state_->quit_received_ = true;
RunInternal();
}
void MessageLoop::Run() {
assert(this == current());
AutoRunState auto_state(this);
RunInternal();
}
