public void TestLessonWrite()
{
List <ConSim.Lib.Classes.clsTask> Tasks =
new List <ConSim.Lib.Classes.clsTask> ();
List <ConSim.Lib.Classes.clsModule> AllowedModules =
new List <ConSim.Lib.Classes.clsModule> ();
Tasks.Add(task);
AllowedModules.Add(module);
ConSim.Lib.Classes.clsLesson lesson =
new ConSim.Lib.Classes.clsLesson(Name, Version, Tasks, AllowedModules, lessonDir);
lesson.save(lessonJSON);
lesson = new ConSim.Lib.Classes.clsLesson(lessonJSON);
// Test that the lesson was read back correctly
Assert.AreEqual(lesson.Name, Name);
Assert.AreEqual(lesson.Version, Version);
Assert.AreEqual(lesson.activeTask.ExpectedResult,
Tasks [0].ExpectedResult);
Assert.AreEqual(lesson.activeTask.LongDescription,
Tasks [0].LongDescription);
Assert.AreEqual(lesson.activeTask.Name, Tasks [0].Name);
Assert.AreEqual(lesson.activeTask.ShortDescription,
Tasks [0].ShortDescription);
Assert.AreEqual(lesson.AllowedModules [0].filename, module.filename);
Assert.AreEqual(lesson.AllowedModules [0].gettype, module.gettype);
}
public void TestLessonFlow()
{
List <ConSim.Lib.Classes.clsTask> Tasks =
new List <ConSim.Lib.Classes.clsTask> ();
List <ConSim.Lib.Classes.clsModule> AllowedModules =
new List <ConSim.Lib.Classes.clsModule> ();
Tasks.Add(
new ConSim.Lib.Classes.clsTask(task.Name, task.ShortDescription,
task.LongDescription, "2")
);
Tasks.Add(
new ConSim.Lib.Classes.clsTask(task.Name, task.ShortDescription,
task.LongDescription, "3")
);
AllowedModules.Add(module);
ConSim.Lib.Classes.clsLesson lesson =
new ConSim.Lib.Classes.clsLesson(Name, Version, Tasks, AllowedModules,
lessonDir);
lesson.save(lessonJSON);
lesson = new ConSim.Lib.Classes.clsLesson(lessonJSON);
string[] args = new string[1];
//Test a failed try returns false
args[0] = lesson.activeTask.ExpectedResult.ToString();
Assert.AreEqual(lesson.attemptTask("increment", args,
lesson.clsToiMod(module)), false);
//Test a weird value still returns false
args[0] = "random";
Assert.AreEqual(lesson.attemptTask("increment", args,
lesson.clsToiMod(module)), false);
//Test the right value returns false but advances the task
args[0] = (Convert.ToInt32(lesson.activeTask.ExpectedResult) - 1).
ToString();
Assert.AreEqual(lesson.attemptTask("increment", args,
lesson.clsToiMod(module)), false);
Assert.AreNotEqual(lesson.activeTask.ExpectedResult, 2);
//Test the final task completion returns true
args[0] = (Convert.ToInt32(lesson.activeTask.ExpectedResult) - 1).
ToString();
Assert.AreEqual(lesson.attemptTask("increment", args,
lesson.clsToiMod(module)), true);
}
public void TestSandboxLessonFlow()
{
// Copy the module file for sandbox tests
if (Directory.Exists(sandboxLessonDir + ps + "Modules" + ps) == false)
{
Directory.CreateDirectory(sandboxLessonDir + ps + "Modules" + ps);
}
File.Copy(lessonModule, sandboxLessonDir + ps + "Modules" +
ps + DLLName, true);
List <ConSim.Lib.Classes.clsTask> Tasks =
new List <ConSim.Lib.Classes.clsTask> ();
List <ConSim.Lib.Classes.clsModule> AllowedModules =
new List <ConSim.Lib.Classes.clsModule> ();
AllowedModules.Add(module);
ConSim.Lib.Classes.clsLesson lesson =
new ConSim.Lib.Classes.clsLesson(Name, Version, Tasks, AllowedModules,
sandboxLessonDir);
lesson.save(sandboxLessonJSON);
lesson = new ConSim.Lib.Classes.clsLesson(sandboxLessonJSON);
string[] args = new string[1];
//Test multiple commands and ensure the expected output
args[0] = "1";
Assert.AreEqual(lesson.attemptTask("increment", args,
lesson.clsToiMod(module)), false);
Assert.AreEqual(lesson.lastStandardOutput, "2");
args[0] = "random";
Assert.AreEqual(lesson.attemptTask("increment", args,
lesson.clsToiMod(module)), false);
Assert.AreEqual(lesson.lastErrorOutput,
"Unexpected format in arguments");
}
public void TestSandboxLessonFlow()
{
// Copy the module file for sandbox tests
if (Directory.Exists (sandboxLessonDir + ps + "Modules" + ps) == false)
Directory.CreateDirectory (sandboxLessonDir + ps + "Modules" + ps);
File.Copy (lessonModule, sandboxLessonDir + ps + "Modules" +
ps + DLLName, true);
List<ConSim.Lib.Classes.clsTask> Tasks =
new List<ConSim.Lib.Classes.clsTask> ();
List<ConSim.Lib.Classes.clsModule> AllowedModules =
new List<ConSim.Lib.Classes.clsModule> ();
AllowedModules.Add (module);
ConSim.Lib.Classes.clsLesson lesson =
new ConSim.Lib.Classes.clsLesson (Name, Version, Tasks, AllowedModules,
sandboxLessonDir);
lesson.save (sandboxLessonJSON);
lesson = new ConSim.Lib.Classes.clsLesson (sandboxLessonJSON);
string[] args = new string[1];
//Test multiple commands and ensure the expected output
args[0] = "1";
Assert.AreEqual(lesson.attemptTask("increment", args,
lesson.clsToiMod(module)), false);
Assert.AreEqual (lesson.lastStandardOutput, "2");
args[0] = "random";
Assert.AreEqual (lesson.attemptTask ("increment", args,
lesson.clsToiMod(module)), false);
Assert.AreEqual (lesson.lastErrorOutput,
"Unexpected format in arguments");
}
public void TestLessonWrite()
{
List<ConSim.Lib.Classes.clsTask> Tasks =
new List<ConSim.Lib.Classes.clsTask> ();
List<ConSim.Lib.Classes.clsModule> AllowedModules =
new List<ConSim.Lib.Classes.clsModule> ();
Tasks.Add (task);
AllowedModules.Add (module);
ConSim.Lib.Classes.clsLesson lesson =
new ConSim.Lib.Classes.clsLesson (Name, Version, Tasks, AllowedModules,lessonDir);
lesson.save (lessonJSON);
lesson = new ConSim.Lib.Classes.clsLesson (lessonJSON);
// Test that the lesson was read back correctly
Assert.AreEqual (lesson.Name, Name);
Assert.AreEqual (lesson.Version, Version);
Assert.AreEqual (lesson.activeTask.ExpectedResult,
Tasks [0].ExpectedResult);
Assert.AreEqual (lesson.activeTask.LongDescription,
Tasks [0].LongDescription);
Assert.AreEqual (lesson.activeTask.Name, Tasks [0].Name);
Assert.AreEqual (lesson.activeTask.ShortDescription,
Tasks [0].ShortDescription);
Assert.AreEqual (lesson.AllowedModules [0].filename, module.filename);
Assert.AreEqual (lesson.AllowedModules [0].gettype, module.gettype);
}
public void TestLessonFlow()
{
List<ConSim.Lib.Classes.clsTask> Tasks =
new List<ConSim.Lib.Classes.clsTask> ();
List<ConSim.Lib.Classes.clsModule> AllowedModules =
new List<ConSim.Lib.Classes.clsModule> ();
Tasks.Add (
new ConSim.Lib.Classes.clsTask (task.Name, task.ShortDescription,
task.LongDescription, "2")
);
Tasks.Add (
new ConSim.Lib.Classes.clsTask (task.Name, task.ShortDescription,
task.LongDescription, "3")
);
AllowedModules.Add (module);
ConSim.Lib.Classes.clsLesson lesson =
new ConSim.Lib.Classes.clsLesson (Name, Version, Tasks, AllowedModules,
lessonDir);
lesson.save (lessonJSON);
lesson = new ConSim.Lib.Classes.clsLesson (lessonJSON);
string[] args = new string[1];
//Test a failed try returns false
args[0] = lesson.activeTask.ExpectedResult.ToString();
Assert.AreEqual(lesson.attemptTask("increment", args,
lesson.clsToiMod(module)), false);
//Test a weird value still returns false
args[0] = "random";
Assert.AreEqual (lesson.attemptTask ("increment", args,
lesson.clsToiMod(module)), false);
//Test the right value returns false but advances the task
args[0] = (Convert.ToInt32(lesson.activeTask.ExpectedResult) - 1).
ToString();
Assert.AreEqual (lesson.attemptTask ("increment", args,
lesson.clsToiMod(module)), false);
Assert.AreNotEqual (lesson.activeTask.ExpectedResult, 2);
//Test the final task completion returns true
args[0] = (Convert.ToInt32(lesson.activeTask.ExpectedResult) - 1).
ToString();
Assert.AreEqual (lesson.attemptTask ("increment", args,
lesson.clsToiMod(module)), true);
}