void EditorsDialog::startjob(QString strDir)
{
kdDebug(9006) << "EditorsDialog::start() workDir = " << strDir << endl;
DCOPRef job = m_cvsService->editors( strDir );
m_cvsJob = new CvsJob_stub( job.app(), job.obj() );
// establish connections to the signals of the cvs m_job
connectDCOPSignal( job.app(), job.obj(), "jobExited(bool, int)", "slotJobExited(bool, int)", true );
// We'll read the ouput directly from the job ...
connectDCOPSignal( job.app(), job.obj(), "receivedStdout(QString)", "slotReceivedOutput(QString)", true );
kdDebug(9006) << "Running: " << m_cvsJob->cvsCommand() << endl;
m_cvsJob->execute();
}
void CVSLogPage::startLog( const QString &workDir, const QString &pathName )
{
kdDebug(9006) << "CVSLogPage::start() here! workDir = " << workDir <<
", pathName = " << pathName << endl;
// CvsOptions *options = CvsOptions::instance();
// "cvs log" needs to be done on relative-path basis
m_pathName = pathName;
m_diffStrings.clear();
DCOPRef job = m_cvsService->log( pathName );
m_cvsLogJob = new CvsJob_stub( job.app(), job.obj() );
// establish connections to the signals of the cvs m_job
connectDCOPSignal( job.app(), job.obj(), "jobExited(bool, int)", "slotJobExited(bool, int)", true );
// We'll read the ouput directly from the job ...
connectDCOPSignal( job.app(), job.obj(), "receivedStdout(QString)", "slotReceivedOutput(QString)", true );
// connectDCOPSignal( job.app(), job.obj(), "receivedStderr(QString)", "slotReceivedErrors(QString)", true );
kdDebug(9006) << "Running: " << m_cvsLogJob->cvsCommand() << endl;
m_cvsLogJob->execute();
}
bool CvsProcessWidget::startJob( const DCOPRef &aJob )
{
kdDebug(9006) << "CvsProcessWidget::startJob(const DCOPRef &) here!" << endl;
clear();
m_part->mainWindow()->raiseView( this );
m_part->core()->running( m_part, true );
// create a DCOP stub for the non-concurrent cvs job
if (m_job)
{
delete m_job;
m_job = 0;
}
m_job = new CvsJob_stub( aJob.app(), aJob.obj() );
// establish connections to the signals of the cvs m_job
connectDCOPSignal( m_job->app(), m_job->obj(), "jobExited(bool, int)", "slotJobExited(bool, int)", true );
connectDCOPSignal( m_job->app(), m_job->obj(), "receivedStdout(QString)", "slotReceivedOutput(QString)", true );
connectDCOPSignal( m_job->app(), m_job->obj(), "receivedStderr(QString)", "slotReceivedErrors(QString)", true );
// get command line and add it to output buffer
QString cmdLine = m_job->cvsCommand();
m_part->mainWindow()->statusBar()->message( cmdLine );
kdDebug(9006) << "Running: " << cmdLine << endl;
// disconnect 3rd party slots from our signals
disconnect( SIGNAL(jobFinished(bool, int)) );
showInfo( i18n("Started job: %1").arg( cmdLine ) );
#ifdef MYDCOPDEBUG
g_dcopExitCounter = 0;
g_dcopOutCounter = 0;
g_dcopErrCounter = 0;
#endif
return m_job->execute();
}
DCOPStub::DCOPStub( const DCOPRef& ref )
: m_app( ref.app() ), m_obj( ref.obj() ), m_status( CallSucceeded ),d(0)
{
}
DCOPRef::DCOPRef(const DCOPRef &ref) : d(ref.d)
{
m_app = ref.app();
m_obj = ref.obj();
m_type = ref.type();
}
