public void Complex_example()
{
_jobs = new List<Job>
{
new Job{ processingTime = 1 },
new Job{ processingTime = 2 },
new Job{ processingTime = 2 },
new Job{ processingTime = 2 },
new Job{ processingTime = 3 }
};
_jobs[2].Constrain(new UniformConstraint(_jobs[0], 0, 2));
_jobs[4].Constrain(new UniformConstraint(_jobs[3], 0, 3));
_jobs[1].Constrain(new UniformConstraint(_jobs[0], 0, 0));
_jobs[2].Constrain(new UniformConstraint(_jobs[1], 0, 0));
_jobs[3].Constrain(new UniformConstraint(_jobs[2], 6, 0));
_jobs[4].Constrain(new UniformConstraint(_jobs[3], 0, 0));
var sched = new CyclicSchedule(_jobs);
sched.Process(100);
Assert.Equal(22m, sched.IterationCompletionTime(0));
Assert.Equal(24m, sched.IterationCompletionTime(1));
Assert.Equal(26m, sched.IterationCompletionTime(2));
Assert.True(sched.IsPeriodic());
}
public void Last_job_for_one_iteration_starts_at_0()
{
var sched = new CyclicSchedule(_jobs);
sched.Process(1);
Assert.Equal(0, _jobs.Last().StartTimes.First());
}
public void Constrain_job2_to_start_after_two_rounds_of_job1()
{
_jobs[1].Constrain(new UniformConstraint(_jobs[0], 0, 2));
var sched = new CyclicSchedule(_jobs);
sched.Process(3);
Assert.Equal(30m, sched.IterationCompletionTime(0));
}
public void Constrain_job2_to_start_after_job1_with_latency()
{
_jobs[1].Constrain(new UniformConstraint(_jobs[0], 3, 0));
var sched = new CyclicSchedule(_jobs);
sched.Process(1);
Assert.Equal(19m, sched.IterationCompletionTime(0));
}
public void CycleTime_for_one_job_five_iterations_is_processing_time()
{
var jobs = new List <Job> {
new Job {
processingTime = 3
}
};
var sched = new CyclicSchedule(jobs);
sched.Process(5);
Assert.Equal(3m, sched.CycleTime(0));
}
public void CycleTime_for_one_job_is_processingTime()
{
var jobs = new List <Job> {
new Job {
processingTime = 3
}
};
var sched = new CyclicSchedule(jobs);
sched.Process(2);
Assert.Equal(3, sched.CycleTime(0));
}
public void IterationCompletionTime_is_last_ending_minus_first_starting()
{
var jobs = new List <Job> {
new Job {
processingTime = 7
}, new Job {
processingTime = 9
}, new Job {
processingTime = 2
}
};
var sched = new CyclicSchedule(jobs);
sched.Process(5);
Assert.Equal(9m, sched.IterationCompletionTime(0));
Assert.Equal(16m, sched.IterationCompletionTime(1));
Assert.Equal(23m, sched.IterationCompletionTime(2));
Assert.Equal(30m, sched.IterationCompletionTime(3));
}
public void Three_jobs_of_time_three_process_evenly()
{
_jobs = new List <Job> {
new Job {
processingTime = 3
},
new Job {
processingTime = 3
},
new Job {
processingTime = 3
}
};
var sched = new CyclicSchedule(_jobs);
sched.Process(3);
Assert.Equal(3m, sched.IterationCompletionTime(0));
Assert.Equal(3m, sched.IterationCompletionTime(1));
}
public void Complex_example()
{
_jobs = new List <Job>
{
new Job {
processingTime = 1
},
new Job {
processingTime = 2
},
new Job {
processingTime = 2
},
new Job {
processingTime = 2
},
new Job {
processingTime = 3
}
};
_jobs[2].Constrain(new UniformConstraint(_jobs[0], 0, 2));
_jobs[4].Constrain(new UniformConstraint(_jobs[3], 0, 3));
_jobs[1].Constrain(new UniformConstraint(_jobs[0], 0, 0));
_jobs[2].Constrain(new UniformConstraint(_jobs[1], 0, 0));
_jobs[3].Constrain(new UniformConstraint(_jobs[2], 6, 0));
_jobs[4].Constrain(new UniformConstraint(_jobs[3], 0, 0));
var sched = new CyclicSchedule(_jobs);
sched.Process(100);
Assert.Equal(22m, sched.IterationCompletionTime(0));
Assert.Equal(24m, sched.IterationCompletionTime(1));
Assert.Equal(26m, sched.IterationCompletionTime(2));
Assert.True(sched.IsPeriodic());
}
public void Constrain_job2_to_start_after_job1_with_latency()
{
_jobs[1].Constrain( new UniformConstraint(_jobs[0], 3, 0));
var sched = new CyclicSchedule(_jobs);
sched.Process(1);
Assert.Equal(19m, sched.IterationCompletionTime(0));
}
public void Three_jobs_of_time_three_process_evenly()
{
_jobs = new List<Job> {
new Job { processingTime = 3 },
new Job { processingTime = 3 },
new Job { processingTime = 3 }
};
var sched = new CyclicSchedule(_jobs);
sched.Process(3);
Assert.Equal(3m, sched.IterationCompletionTime(0));
Assert.Equal(3m, sched.IterationCompletionTime(1));
}
public void Last_job_for_one_iteration_starts_at_0()
{
var sched = new CyclicSchedule(_jobs);
sched.Process(1);
Assert.Equal(0, _jobs.Last().StartTimes.First());
}
public void IterationCompletionTime_is_last_ending_minus_first_starting()
{
var jobs = new List<Job> { new Job { processingTime = 7 }, new Job { processingTime = 9 }, new Job { processingTime = 2 } };
var sched = new CyclicSchedule(jobs);
sched.Process(5);
Assert.Equal(9m, sched.IterationCompletionTime(0));
Assert.Equal(16m, sched.IterationCompletionTime(1));
Assert.Equal(23m, sched.IterationCompletionTime(2));
Assert.Equal(30m, sched.IterationCompletionTime(3));
}
public void CycleTime_for_one_job_is_processingTime()
{
var jobs = new List<Job> { new Job{ processingTime = 3 } };
var sched = new CyclicSchedule(jobs);
sched.Process(2);
Assert.Equal(3, sched.CycleTime(0));
}
public void CycleTime_for_one_job_five_iterations_is_processing_time()
{
var jobs = new List<Job> { new Job { processingTime = 3 } };
var sched = new CyclicSchedule(jobs);
sched.Process(5);
Assert.Equal(3m, sched.CycleTime(0));
}
public void Constrain_job2_to_start_after_two_rounds_of_job1()
{
_jobs[1].Constrain(new UniformConstraint( _jobs[0], 0,2));
var sched = new CyclicSchedule(_jobs);
sched.Process(3);
Assert.Equal(30m, sched.IterationCompletionTime(0));
}
