int main(void)
{
// wdt_disable(); /* Stop watchdog timer */
configurePorts();
InitLCD(0x03);
/** Initialise the OS stuff, setup the control and receive tasks, and jump
to the OS. */
initNartos();
// controlTaskID = taskStart((uint16_t)*controlTask,FALSE);
testLCDID = taskStart((uint16_t)*testLCD,FALSE);
nartos();
// for (;;)
// {
// LCDByte(0,0x00);
// LCDByte(0,0x08);
// LCDWriteString("Hello");
// LCDWriteString("A");
// LCDByte(1,0x41);
// LCDByte(1,0x43);
// LCDByte(1,0x50);
// LCDByte(1,0x49);
// LCDByte(1,0x41);
// }
// for (;;)
// {
// uint8_t x=0;
// }
}
void MainWindow::startTask(Task *task)
{
connect(task, SIGNAL(started()), SLOT(taskStart()));
connect(task, SIGNAL(succeeded()), SLOT(taskEnd()));
connect(task, SIGNAL(failed(QString)), SLOT(taskEnd()));
task->start();
}
void AfterEffectsBurner::startProcess()
{
LOG_5( "AEB::startBurn() starting" );
QString cmd = executable();
QStringList args = buildCmdArgs();
mCmd = new QProcess( this );
connectProcess( mCmd );
QString outputDir = Path( mJob.outputPath() ).dirPath();
if( !QFile::exists( outputDir ) ) {
logMessage( "creating output dir: "+ outputDir );
QDir(outputDir).mkpath( outputDir );
QFile::setPermissions( outputDir, QFile::ReadUser|QFile::WriteUser|QFile::ExeUser|QFile::ReadGroup|QFile::WriteGroup|QFile::ExeGroup|QFile::ReadOther|QFile::WriteOther|QFile::ExeOther );
}
logMessage( "AEB: Starting Cmd: " + cmd + " " + args.join(" ") );
#ifdef Q_OS_WIN
mCmd->start( cmd, args );
mJobAssignment.setCommand(cmd + " " + args.join(" "));
#else
cmd = cmd + " " + args.join(" ") + "\"";
mCmd->start( cmd );
mJobAssignment.setCommand( cmd );
#endif
mCheckupTimer->start( 15 * 1000 );
taskStart( mFrame );
}
/*-----------------------------------------------------------------------------
Name : pingStartup
Description : Startup the ping module
Inputs :
Outputs :
Return :
----------------------------------------------------------------------------*/
void pingStartup(void)
{
scriptSet(NULL, "ping.script", pingTweaks);
pingAnomalyMinScreenSize = primScreenToGLScaleX(pingAnomalyMinScreenSize);
pingNewShipMinScreenSize = primScreenToGLScaleX(pingNewShipMinScreenSize);
pingBattleMinScreenSize = primScreenToGLScaleX(pingBattleMinScreenSize);
pingTaskHandle = taskStart(pingUpdateTask, PNG_TaskPeriod, 0);
listInit(&pingList);
pingReset();
}
void AfterEffectsBurner::slotProcessOutputLine( const QString & line, QProcess::ProcessChannel channel )
{
bool com = line.contains( mCompleteRE );
bool framecom = line.contains( mFrameCompleteRE );
#ifdef Q_OS_MAC
bool fatalMachError = line.contains(QRegExp("failed to name Mach port"));
if( fatalMachError ) {
logMessage(line);
jobErrored("the Host has fatal Mach Errors until AB restarts.");
mSlave->setStatus("restart");
}
#endif
if( framecom ) {
if( taskStarted() ) {
bool frameCheckFailure = false;
if( !mJob.outputPath().endsWith( ".avi" ) && !mJob.outputPath().endsWith( ".mov" ) ) {
QString framePath = makeFramePath( mJob.outputPath(), mFrame );
QFileInfo fi( framePath );
frameCheckFailure = !(fi.exists() && fi.isFile() && fi.size() > 0);
if( !frameCheckFailure )
emit fileGenerated(framePath);
QString log = QString("Frame %1 %2").arg(framePath).arg(frameCheckFailure ? "missing" : "found");
logMessage(log);
}
if( frameCheckFailure ) {
jobErrored("AE: Got frame complete message, but frame doesn't exist or is zero bytes");
return;
}
logMessage("AE: Completed frame: " + QString::number(mFrame));
taskDone( mFrame );
mFrame++;
if( !com && mFrame <= mFrameEnd )
taskStart( mFrame );
}
}
if( com ) {
if( mJob.outputPath().endsWith( ".avi" ) || mJob.outputPath().endsWith( ".mov" ) )
emit fileGenerated(mJob.outputPath());
LOG_3("AEB::slotReadOutput emit'ing jobFinished()");
jobFinished();
return;
}
JobBurner::slotProcessOutputLine( line, channel );
}
/*-----------------------------------------------------------------------------
Name : taskStartup
Description : Initialize the task module.
Inputs : frequency - frequency, in Hz of the timer to be used.
Outputs : All taskData structures cleared
Return : OKAY on success, ERROR if failure
----------------------------------------------------------------------------*/
sdword taskStartup(udword frequency)
{
sdword index;
#if TASK_VERBOSE_LEVEL >= 1
dbgMessagef("%s: Task module started using a frequency of %dHz", __FUNCTION__, frequency);
#endif
dbgAssertOrIgnore(taskModuleInit == FALSE);
for (index = 0; index < TSK_NumberTasks; index++)
{
taskData[index] = NULL;
}
taskMaxTask = 0; //no tasks
taskFrequency = (real32)frequency; //save the frequency
taskModuleInit = TRUE; //and say module init
//call the task handler dispatcher once so that it will set return pointers OK
taskExecuteAllPending(0);
#if TASK_TEST //test this crazy module
{
taskhandle handle;
handle = taskStart(taskTestFunction, 1, TF_OncePerFrame);
taskRename(handle, "Task this you commie bastards!");
taskExecuteAllPending(1);
taskExecuteAllPending(1);
taskExecuteAllPending(1);
taskExecuteAllPending(1);
taskExecuteAllPending(1);
taskExecuteAllPending(1);
}
#endif //TASK_TEST
return(OKAY);
}
void taskCallBackInit()
{
listInit(&callbacks.babies); //initialize linked list of babies
babyTaskHandle = taskStart(taskCallBackProcess, BABY_CallBackPeriod, 0);
}
