bool TaskListPlugin::loadFile(QString *errorString, const QString &context, const QString &fileName)
{
clearTasks();
bool result = parseTaskFile(errorString, context, fileName);
if (result) {
SessionManager::setValue(QLatin1String(SESSION_BASE_KEY), context);
SessionManager::setValue(QLatin1String(SESSION_FILE_KEY), fileName);
} else {
stopMonitoring();
}
return result;
}
void AbstractEngine::init() {
log->record(GreasyLog::devel, "AbstractEngine::init", "Entering...");
log->record(GreasyLog::silent,"Start greasing " + taskFile);
parseTaskFile();
checkDependencies();
if ((validTasks.size() != taskMap.size())&&(!strictChecking)) {
log->record(GreasyLog::warning, "Invalid tasks found. Greasy will ignore them");
}
// Only set the number of workers if any subclass has not changed the value before.
if (nworkers == 0){
// Set the number of workers
if (config->keyExists("NWorkers")) {
log->record(GreasyLog::devel, "Using defined NWorkers: " + toString(nworkers));
nworkers = fromString(nworkers, config->getValue("NWorkers"));
} else {
getDefaultNWorkers();
log->record(GreasyLog::warning, "Falling back to the default number of workers " + toString(nworkers));
log->record(GreasyLog::warning, "Consider setting environment variable GREASY_NWORKERS to the desired cpus to use");
}
}
if (!fileErrors) {
if(nworkers>0) {
ready = true;
log->record(GreasyLog::info, toUpper(engineType) + " engine is ready to run with "
+ toString(nworkers) + " workers");
} else {
log->record(GreasyLog::error, toUpper(engineType) + " engine has no workers. Please check your greasy setup");
}
}
log->record(GreasyLog::devel, "Configuration contents:\n\n" + config->printContents());
log->record(GreasyLog::devel, "End of configuration contents");
log->record(GreasyLog::devel, "AbstractEngine::init", "Exiting...");
}
