bool
MainWindow::beforeCloseCheckRunningJobs() {
auto tool = jobTool();
if (!tool)
return true;
auto model = tool->model();
if (!model->hasRunningJobs())
return true;
if ( Util::Settings::get().m_warnBeforeAbortingJobs
&& (Util::MessageBox::question(this)
->title(QY("Abort running jobs"))
.text(Q("%1 %2").arg(QY("There is currently a job running.")).arg(QY("Do you really want to abort all currently running jobs?")))
.buttonLabel(QMessageBox::Yes, QY("&Abort jobs"))
.buttonLabel(QMessageBox::No, QY("Cancel"))
.exec()) == QMessageBox::No)
return false;
model->stop();
model->withAllJobs([](Jobs::Job &job) {
if (Jobs::Job::Running == job.status()) {
job.setQuitAfterFinished(true);
job.abort();
}
});
return false;
}
bool
MainWindow::beforeCloseCheckRunningJobs() {
auto tool = jobTool();
if (!tool)
return true;
auto model = tool->model();
if (!model->hasRunningJobs())
return true;
if ( Util::Settings::get().m_warnBeforeAbortingJobs
&& Util::MessageBox::question(this, QY("Abort running jobs"), Q("%1 %2").arg(QY("There is currently a job running.")).arg(QY("Do you want to abort that job and quit?"))) == QMessageBox::No)
return false;
model->stop();
model->withAllJobs([](Jobs::Job &job) {
if (Jobs::Job::Running == job.m_status) {
job.m_quitAfterFinished = true;
job.abort();
}
});
return false;
}