public void TestMaxDelayIsTwice()
{
// test if delayedJob gets delayed once, twice, and no more
Job test1 = sch.popJob(1); // should pop j1
Assert.IsTrue(test1.Equals(j1));
Assert.IsFalse(test1.Equals(delayedJob));
// delayed once
Job test2 = sch.popJob(1); // should pop j3 not delayedJob, delaying it once
//Assert.IsTrue(test2.Equals(j3));
Assert.IsTrue(test2 == null); // damn
//Assert.IsFalse(test2.Equals(delayedJob));
/*
* // delayed twice
* Job test3 = sch.popJob(1); // should pop j4 not delayedJob, delaying it twice
* Assert.IsTrue(test3.Equals(j4));
* Assert.IsFalse(test3.Equals(delayedJob));
*
* // but not more
* Job test4 = sch.popJob(1); // should pop null because there aren't enough cores and it can't run any others till delayedJob is run
* Assert.IsTrue(test4 == null);
* Assert.IsFalse(test4.Equals(delayedJob));
*
* Job test5 = sch.popJob(3); // should pop delayedJob
* Assert.IsTrue(test5.Equals(delayedJob));
*/
}
public void TestMaxDelayIsTwice()
{
// test if delayedJob gets delayed once, twice, and no more
Job test1 = sch.popJob(1); // should pop j1
Assert.IsTrue(test1.Equals(j1));
Assert.IsFalse(test1.Equals(delayedJob));
// delayed once
Job test2 = sch.popJob(1); // should pop j3 not delayedJob, delaying it once
Assert.IsTrue(test2.Equals(j3));
Assert.IsFalse(test2.Equals(delayedJob));
// delayed twice
Job test3 = sch.popJob(1); // should pop j4 not delayedJob, delaying it twice
Assert.IsTrue(test3.Equals(j4));
Assert.IsFalse(test3.Equals(delayedJob));
// but not more
Job test4 = sch.popJob(1); // should pop null even though there aren't enough cores, it'll just have to wait till they are available
Assert.IsTrue(test4.Equals(delayedJob));
}
public void ExecuteAll()
{
while (true)
{
if (!scheduler.Empty())
{
// get job from scheduler
Job job = scheduler.popJob(cores);
while (cores < job.CPUsNeeded)
{
Thread.Sleep(100);
}
Console.WriteLine("Popped " + job);
Task <string> task = Task.Factory.StartNew <string>(() => ExecuteJob(job));
}
}
}
public void ExecuteAll()
{
while (!scheduler.Empty())
{
// get job from scheduler
Job job = scheduler.popJob();
// start job
changeState(job, State.Running);
String result = job.Process(new string[] { "Processing job started at: " + job.jobId + " owner: " + job.Owner.Name });
// if failed
if (result == null)
{
changeState(job, State.Failed);
}
// when finished
else
{
changeState(job, State.Terminated);
}
}
}
public void setup()
{
BS = new BenchmarkSystem();
sch = BS.scheduler;
j1 = new Job(
(string[] arg) =>
{
foreach (string s in arg)
{
Console.Out.WriteLine(s);
}
; return("");
},
new Owner("one"),
1, // Cpus needed
1000 // Runtime (in milliseconds)
);
delayedJob = new Job(
(string[] arg) =>
{
foreach (string s in arg)
{
Console.Out.WriteLine(s);
}
; return("");
},
new Owner("delayed"),
3, // Cpus needed
1000 // Runtime (in milliseconds)
);
j3 = new Job(
(string[] arg) =>
{
foreach (string s in arg)
{
Console.Out.WriteLine(s);
}
; return("");
},
new Owner("three"),
1, // Cpus needed
1000 // Runtime (in milliseconds)
);
j4 = new Job(
(string[] arg) =>
{
foreach (string s in arg)
{
Console.Out.WriteLine(s);
}
; return("");
},
new Owner("four"),
1, // Cpus needed
1000 // Runtime (in milliseconds)
);
j5 = new Job(
(string[] arg) =>
{
foreach (string s in arg)
{
Console.Out.WriteLine(s);
}
; return("");
},
new Owner("five"),
1, // Cpus needed
1000 // Runtime (in milliseconds)
);
// remove old jobs from the static scheduler
while (!sch.Empty())
{
sch.popJob(10);
}
// add them again
sch.addJob(j1);
sch.addJob(delayedJob);
sch.addJob(j3);
sch.addJob(j4);
sch.addJob(j5);
}
public void setup()
{
BS = new BenchmarkSystem();
sch = BS.scheduler;
j1 = new Job(
(string[] arg) =>
{
foreach (string s in arg)
{
Console.Out.WriteLine(s);
}; return "";
},
new Owner("one"),
1, // Cpus needed
1000 // Runtime (in milliseconds)
);
delayedJob = new Job(
(string[] arg) =>
{
foreach (string s in arg)
{
Console.Out.WriteLine(s);
}; return "";
},
new Owner("delayed"),
3, // Cpus needed
1000 // Runtime (in milliseconds)
);
j3 = new Job(
(string[] arg) =>
{
foreach (string s in arg)
{
Console.Out.WriteLine(s);
}; return "";
},
new Owner("three"),
1, // Cpus needed
1000 // Runtime (in milliseconds)
);
j4 = new Job(
(string[] arg) =>
{
foreach (string s in arg)
{
Console.Out.WriteLine(s);
}; return "";
},
new Owner("four"),
1, // Cpus needed
1000 // Runtime (in milliseconds)
);
j5 = new Job(
(string[] arg) =>
{
foreach (string s in arg)
{
Console.Out.WriteLine(s);
}; return "";
},
new Owner("five"),
1, // Cpus needed
1000 // Runtime (in milliseconds)
);
// remove old jobs from the static scheduler
while (!sch.Empty())
{
sch.popJob(10);
}
// add them again
sch.addJob(j1);
sch.addJob(delayedJob);
sch.addJob(j3);
sch.addJob(j4);
sch.addJob(j5);
}
