public void JobFileReadTest()
{
// Arrange
JobFileReader fileReader = new JobFileReader();
int answerNumberOfJobs = 12;
Job[] answerArrayOfJobs = new Job[answerNumberOfJobs];
answerArrayOfJobs[0] = new Job(8, 50);
answerArrayOfJobs[1] = new Job(74, 59);
answerArrayOfJobs[2] = new Job(31, 73);
answerArrayOfJobs[3] = new Job(45, 79);
answerArrayOfJobs[4] = new Job(24, 10);
answerArrayOfJobs[5] = new Job(41, 66);
answerArrayOfJobs[6] = new Job(93, 43);
answerArrayOfJobs[7] = new Job(88, 4);
answerArrayOfJobs[8] = new Job(28, 30);
answerArrayOfJobs[9] = new Job(41, 13);
answerArrayOfJobs[10] = new Job(4, 70);
answerArrayOfJobs[11] = new Job(10, 58);
(int, Job[])myJobData;
// Act
myJobData = fileReader.ReadJobFile(@"C:\Users\Paul\Documents\Open Source Society for Computer Science (OSSU)\Algorithms Coursera\Programming Assignments\Week 9 Programming Assignment\TestCases\Test Case 1.txt");
// Assert
Assert.Equal(answerNumberOfJobs, myJobData.Item1);
for (int i = 0; i < answerArrayOfJobs.Length; i++)
{
Assert.Equal(answerArrayOfJobs[i]._weight, myJobData.Item2[i]._weight);
Assert.Equal(answerArrayOfJobs[i]._length, myJobData.Item2[i]._length);
}
}
static void Main(string[] args)
{
Console.WriteLine("Hello World!");
Job hello = new Job(23, 23);
JobFileReader fileReader = new JobFileReader();
(int, Job[])myJobData = fileReader.ReadJobFile(@"C:\Users\Paul\Documents\Open Source Society for Computer Science (OSSU)\Algorithms Coursera\Programming Assignments\Week 9 Programming Assignment\TestCases\Test Case 1.txt");
JobScheduler jobScheduler = new JobScheduler();
Job[] gg = jobScheduler.DifferenceCriterion(myJobData.Item2);
foreach (Job j in gg)
{
Console.WriteLine(j._jobValue);
}
Console.WriteLine("---------------------------");
Week9FileReader fileReader2 = new Week9FileReader();
Dictionary <int, List <(int?, int)> > adjacentGraph = fileReader2.GraphFileReader(@"C:\Users\Paul\Documents\Open Source Society for Computer Science (OSSU)\Algorithms Coursera\Programming Assignments\Week 9 Programming Assignment with DLL\Assignment9\MST Data.txt");
Prim prim = new Prim();
Graph graph = new Graph(adjacentGraph);
Console.WriteLine("");
List <Edge> tree = prim.Apply(graph, graph._vertices[1]);
int myAnswer = 0;
foreach (Edge ed in tree)
{
myAnswer += ed._length;
}
Console.WriteLine("MST Length: " + myAnswer);
Console.ReadKey();
}
public void DifferenceCriterion_Test()
{
// Arrange
Job[] valueAnswer = new Job[12];
valueAnswer[0] = new Job(88, 4, 84);
valueAnswer[1] = new Job(93, 43, 50);
valueAnswer[2] = new Job(41, 13, 28);
valueAnswer[3] = new Job(74, 59, 15);
valueAnswer[4] = new Job(24, 10, 14);
valueAnswer[5] = new Job(28, 30, -2);
valueAnswer[6] = new Job(41, 66, -25);
valueAnswer[7] = new Job(45, 79, -34);
valueAnswer[8] = new Job(31, 73, -42);
valueAnswer[9] = new Job(8, 50, -42);
valueAnswer[10] = new Job(10, 58, -48);
valueAnswer[11] = new Job(4, 70, -66);
JobFileReader fileReader = new JobFileReader();
(int, Job[])myJobData = fileReader.ReadJobFile(@"C:\Users\Paul\Documents\Open Source Society for Computer Science (OSSU)\Algorithms Coursera\Programming Assignments\Week 9 Programming Assignment\TestCases\Test Case 1.txt");
JobScheduler jobScheduler = new JobScheduler();
// Act
Job[] myJobAnswer = jobScheduler.DifferenceCriterion(myJobData.Item2);
// Assert
for (int i = 0; i < 12; i++)
{
Assert.Equal(valueAnswer[i]._jobValue, myJobAnswer[i]._jobValue);
}
// Difference Test
Assert.Equal(68615, jobScheduler.GetWeightedSum(myJobAnswer));
}
public void RatioCriterion_Test()
{
JobFileReader fileReader = new JobFileReader();
(int, Job[])myJobData = fileReader.ReadJobFile(@"C:\Users\Paul\Documents\Open Source Society for Computer Science (OSSU)\Algorithms Coursera\Programming Assignments\Week 9 Programming Assignment\TestCases\Test Case 1.txt");
JobScheduler jobScheduler = new JobScheduler();
// Act
Job[] myJobAnswer = jobScheduler.RatioCriterion(myJobData.Item2);
// Assert
Assert.Equal(67247, jobScheduler.GetWeightedSum(myJobAnswer));
}
static void Main(string[] args)
{
string jobString = "JobFiles/jobs10.txt";
Stopwatch sw = new Stopwatch();
IHybridAlgProcessor hybridAlg = new HybridAlgProcessor();
IJobFileReader reader = new JobFileReader();
IGenAlgProcessor GA = new GenAlgProcessor(10, 10);
reader.ReadFile(jobString);
List <Job> originalJobList = reader.Jobs;
List <CompletionNode> originalCompletionList = GA.CalculateCompletionList(originalJobList);
Console.WriteLine("Beginning Schedule");
Console.WriteLine("\tTotal Delay: " + GA.CalculateTotalDelay(originalCompletionList));
Console.WriteLine("\tSchedule:");
Console.WriteLine("\t\tjobID\t\texecTime\tdueTime");
foreach (var job in originalJobList)
{
Console.WriteLine("\t\t" + job.jobID + "\t\t" + job.execTime + "\t\t" + job.dueTime);
}
Console.WriteLine("\nRunning Hybrid Algorithm...\n");
sw.Start();
hybridAlg.RunHybridAlg(jobString);
sw.Stop();
Console.WriteLine("Optimal Schedule");
Console.WriteLine("\tElapsed Time (ms): " + sw.ElapsedMilliseconds);
Console.WriteLine("\tTotal Delay: " + hybridAlg.OpSchedTotalDelay);
Console.WriteLine("\tCalculated Schedule:");
Console.WriteLine("\t\tjobID\t\texecTime\tdueTime");
foreach (var job in hybridAlg.OpSched)
{
Console.WriteLine("\t\t" + job.jobID + "\t\t" + job.execTime + "\t\t" + job.dueTime);
}
Console.ReadLine();
}
