void scheduleQueries(TaskGraph::Node taskId, uint32_t queryType, Scheduler& scheduler, ScheduleGraph& taskGraph, queryfiles::QueryBatcher& batches,
runtime::QueryState& queryState, bool logScheduling) {
// Schedule query tasks
TaskGroup queryTasks;
unsigned count=0;
auto taskBatches=batches.getBatches(queryType);
for(auto batchIter=taskBatches.begin(); batchIter!=taskBatches.end(); batchIter++) {
queryfiles::QueryBatch* batch = *batchIter;
assert(batch->queryType==queryType);
queryTasks.schedule(LambdaRunner::createLambdaTask(RunBatch(scheduler, taskGraph, taskId, queryState, batch), taskId));
count++;
}
queryTasks.join(LambdaRunner::createLambdaTask(UpdateTask(taskGraph, taskId),taskId));
if(logScheduling) {
assert(batches.batchCounts[queryType]==count);
LOG_PRINT("[Queries] Schedule " << count << " of type: "<< queryType);
}
// Disable early close
taskGraph.updateTask(taskId, 1);
if(taskId==TaskGraph::Query1) {
scheduler.schedule(queryTasks.close(), Priorities::LOW, false);
} else {
scheduler.schedule(queryTasks.close(), Priorities::CRITICAL, false);
}
}
logical DLInterpreter :: ExecuteCommands ( )
{
char procname[ID_SIZE+2];
char *name;
logical term = NO;
// if ( echo )
ShowCurrentLine();
if ( name = current_node->GetAutoRun() )
{
memset(procname,0,sizeof(procname));
procname[0] = '@';
strncpy(procname+1,name,ID_SIZE);
RunBatch(procname);
top_cmdline = this;
}
run_option = NO;
while ( GetConsoleCommand() )
if ( *GetCommand() )
if ( ExecuteCommand() || run_option )
break;
return(term);
}
