void SchedulingTraceProcessor::registerLitmusExecutionTime(struct st_event_record* ster) {
LitmusSchedulingTraceRecord *litmusSchedulingTraceRecord;
litmusSchedulingTraceRecord = new LitmusExecutionTime(ST_RELEASE);
litmusSchedulingTraceRecord->setTaskSet(taskSet);
// Registers ST_RELEASE, ST_COMPLETION, ST_TERMINATION.
registeredTraceRecords.insert(pair<int,LitmusSchedulingTraceRecord*>
(ster->hdr.pid,litmusSchedulingTraceRecord));
}
void SchedulingTraceProcessor::registerLitmusSelfSuspension(struct st_event_record* ster) {
LitmusSchedulingTraceRecord *litmusSchedulingTraceRecord;
litmusSchedulingTraceRecord = new LitmusSelfSuspension(ST_BLOCK);
litmusSchedulingTraceRecord->setTaskSet(taskSet);
// Registers ST_BLOCK, ST_RESUME.
registeredSelfSuspensions.insert(pair<int,LitmusSchedulingTraceRecord*>
(ster->hdr.pid,litmusSchedulingTraceRecord));
}
void SchedulingTraceProcessor::registerLitmusInterArrivalTime(struct st_event_record* ster) {
LitmusSchedulingTraceRecord *litmusSchedulingTraceRecord;
litmusSchedulingTraceRecord = new LitmusInterArrivalTime(ST_RELEASE);
litmusSchedulingTraceRecord->setTaskSet(taskSet);
// Registers ST_RELEASE.
registeredInterArrivalTimeTraceRocords.insert(pair<int,LitmusSchedulingTraceRecord*>
(ster->hdr.pid,litmusSchedulingTraceRecord));
}
void SchedulingTraceProcessor::registerLitmusSelfSuspension(struct st_event_record* ster) {
LitmusSchedulingTraceRecord *litmusSchedulingTraceRecord;
map<pair<int,int>,LitmusSchedulingTraceRecord*>::iterator it;
litmusSchedulingTraceRecord = new LitmusSelfSuspension(ST_BLOCK);
litmusSchedulingTraceRecord->setTaskSet(taskSet);
it = registeredSelfSuspensions.begin();
registeredSelfSuspensions.insert(it, pair<pair<int,int>,LitmusSchedulingTraceRecord*>
(pair<int,int>(ST_BLOCK,ster->hdr.pid),litmusSchedulingTraceRecord));
// register the completion scheduling trace; notice that LitmusSchedulingTraceRecord is the same
it = registeredSelfSuspensions.begin();
registeredSelfSuspensions.insert(it,pair<pair<int,int>,LitmusSchedulingTraceRecord*>
(pair<int,int>(ST_RESUME,ster->hdr.pid),litmusSchedulingTraceRecord));
}
void SchedulingTraceProcessor::registerLitmusInterArrivalTime(struct st_event_record* ster) {
LitmusSchedulingTraceRecord *litmusSchedulingTraceRecord;
map<pair<int,int>,LitmusSchedulingTraceRecord*>::iterator it;
litmusSchedulingTraceRecord = new LitmusInterArrivalTime(ST_RELEASE);
litmusSchedulingTraceRecord->setTaskSet(taskSet);
it = registeredInterArrivalTimeTraceRocords.begin();
registeredInterArrivalTimeTraceRocords.insert(it, pair<pair<int,int>,LitmusSchedulingTraceRecord*>
(pair<int,int>(ST_COMPLETION,ster->hdr.pid),litmusSchedulingTraceRecord));
// register the release scheduling trace; notice that LitmusSchedulingTraceRecord is the same
it = registeredInterArrivalTimeTraceRocords.begin();
registeredInterArrivalTimeTraceRocords.insert(it,pair<pair<int,int>,LitmusSchedulingTraceRecord*>
(pair<int,int>(ST_RELEASE,ster->hdr.pid),litmusSchedulingTraceRecord));
}
void SchedulingTraceProcessor::registerLitmusExecutionTime(struct st_event_record* ster) {
LitmusSchedulingTraceRecord *litmusSchedulingTraceRecord;
map<pair<int,int>,LitmusSchedulingTraceRecord*>::iterator it;
litmusSchedulingTraceRecord = new LitmusExecutionTime(ST_RELEASE);
litmusSchedulingTraceRecord->setTaskSet(taskSet);
it = registeredTraceRecords.begin();
registeredTraceRecords.insert(it, pair<pair<int,int>,LitmusSchedulingTraceRecord*>
(pair<int,int>(ST_RELEASE,ster->hdr.pid),litmusSchedulingTraceRecord));
// register the completion scheduling trace; notice that LitmusSchedulingTraceRecord is the same
it = registeredTraceRecords.begin();
registeredTraceRecords.insert(it,pair<pair<int,int>,LitmusSchedulingTraceRecord*>
(pair<int,int>(ST_COMPLETION,ster->hdr.pid),litmusSchedulingTraceRecord));
// register the termintation scheduling trace; notice that LitmusSchedulingTraceRecord is the same
it = registeredTraceRecords.begin();
registeredTraceRecords.insert(it,pair<pair<int,int>,LitmusSchedulingTraceRecord*>
(pair<int,int>(ST_TERMINATION,ster->hdr.pid),litmusSchedulingTraceRecord));
}
