public List<Job> sampleSchedule()
{
List<Job> schedule = new List<Job> ();
Job jobA;
Job jobB;
Job jobC;
Job jobD;
Job jobE;
Job jobF;
Job jobG;
Job jobH;
Job jobI;
Job jobJ;
Job jobK;
Job jobL;
jobA = new Job ("A", 2, new List<Job>(){}, new List<Job>(){});
jobB = new Job ("B", 3, new List<Job>(){}, new List<Job>(){});
jobC = new Job ("C", 2, new List<Job>(){}, new List<Job>(){});
jobD = new Job ("D", 3, new List<Job>(){}, new List<Job>(){});
jobE = new Job ("E", 2, new List<Job>(){}, new List<Job>(){});
jobF = new Job ("F", 1, new List<Job>(){}, new List<Job>(){});
jobG = new Job ("G", 4, new List<Job>(){}, new List<Job>(){});
jobH = new Job ("H", 5, new List<Job>(){}, new List<Job>(){});
jobI = new Job ("I", 3, new List<Job>(){}, new List<Job>(){});
jobJ = new Job ("J", 3, new List<Job>(){}, new List<Job>(){});
jobK = new Job ("K", 2, new List<Job>(){}, new List<Job>(){});
jobL = new Job ("L", 2, new List<Job>(){}, new List<Job>(){});
// A
jobA.setSuccessors (new List<Job>(){jobD,jobG});
jobA.setPredecessors (new List<Job>(){});
schedule.Add(jobA);
// B
jobB.setSuccessors (new List<Job>(){jobE,jobF});
jobB.setPredecessors (new List<Job>(){});
schedule.Add(jobB);
// C
jobC.setSuccessors (new List<Job>(){jobE,jobH});
jobC.setPredecessors (new List<Job>(){});
schedule.Add(jobC);
// D
jobD.setSuccessors (new List<Job>(){jobI});
jobD.setPredecessors (new List<Job>(){jobA});
schedule.Add(jobD);
// E
jobE.setSuccessors (new List<Job>(){jobJ});
jobE.setPredecessors (new List<Job>(){jobB,jobC});
schedule.Add(jobE);
// F
jobF.setSuccessors (new List<Job>(){jobI});
jobF.setPredecessors (new List<Job>(){jobA,jobB});
schedule.Add(jobF);
// G
jobG.setSuccessors (new List<Job>(){jobJ});
jobG.setPredecessors (new List<Job>(){jobA});
schedule.Add(jobG);
// H
jobH.setSuccessors (new List<Job>(){});
jobH.setPredecessors (new List<Job>(){jobC});
schedule.Add(jobH);
// I
jobI.setSuccessors (new List<Job>(){jobK});
jobI.setPredecessors (new List<Job>(){jobD,jobF});
schedule.Add(jobI);
// J
jobJ.setSuccessors (new List<Job>(){});
jobJ.setPredecessors (new List<Job>(){jobE,jobG});
schedule.Add(jobJ);
// K
jobK.setSuccessors (new List<Job>(){jobL});
jobK.setPredecessors (new List<Job>(){jobI});
schedule.Add(jobK);
// L
jobL.setSuccessors (new List<Job>(){});
jobL.setPredecessors (new List<Job>(){jobK});
schedule.Add(jobL);
return schedule;
}
// This is really bad, but the && operator wasnt working, idk why
private bool partOfCriticalPath(Job job)
{
if (job.earlyEnd == job.lateEnd) {
if (job.earlyStart == job.lateStart) {
return true;
} else {
return false;
}
}
else{
return false;
}
}
