/// <summary>
/// Initializes a new instance of the <see cref="Classes.clsTask"/> class.
/// < /summary>
/// <param name="filepath">Path to a valid json task.</param>
public clsTask(string filepath)
{
clsTask newTask = null;
using (FileStream f = new FileStream(filepath, FileMode.Open)) {
DataContractJsonSerializer ser =
new DataContractJsonSerializer(typeof(clsTask));
newTask = (clsTask)ser.ReadObject(f);
f.Close();
}
// Set readonly variables
this.ExpectedResult = newTask.ExpectedResult;
this.LongDescription = newTask.LongDescription;
this.Name = newTask.Name;
this.ShortDescription = newTask.ShortDescription;
this.lazyMatching = newTask.lazyMatching;
this.regexMatching = newTask.regexMatching;
this.commandToTask = newTask.commandToTask;
this.errorToTask = newTask.errorToTask;
this.allowedCommands = newTask.allowedCommands;
this.disallowedStrings = newTask.disallowedStrings;
if (this.allowedCommands == null)
{
this.allowedCommands = new List <string> ();
}
if (this.disallowedStrings == null)
{
this.disallowedStrings = new List <string> ();
}
}
public void TestExistingTaskRead()
{
ConSim.Lib.Classes.clsTask newTask =
new ConSim.Lib.Classes.clsTask (taskJSON);
// Assert that the values on read-back are the same
Assert.AreEqual (newTask.ExpectedResult, "true");
Assert.AreEqual (newTask.LongDescription, "This is a long description");
Assert.AreEqual (newTask.ShortDescription, "This is short");
Assert.AreEqual (newTask.Name, "taskness");
}
public void TestExistingTaskRead()
{
ConSim.Lib.Classes.clsTask newTask =
new ConSim.Lib.Classes.clsTask(taskJSON);
// Assert that the values on read-back are the same
Assert.AreEqual(newTask.ExpectedResult, "true");
Assert.AreEqual(newTask.LongDescription, "This is a long description");
Assert.AreEqual(newTask.ShortDescription, "This is short");
Assert.AreEqual(newTask.Name, "taskness");
}
public void TestTaskWrite()
{
task.save(taskJSON);
ConSim.Lib.Classes.clsTask newTask =
new ConSim.Lib.Classes.clsTask(taskJSON);
// Assert that the values on read-back are the same
Assert.AreEqual(newTask.ExpectedResult, ExpectedResult);
Assert.AreEqual(newTask.LongDescription, LongDescription);
Assert.AreEqual(newTask.ShortDescription, ShortDescription);
Assert.AreEqual(newTask.Name, Name);
}
public void TestLazyMatching()
{
ConSim.Lib.Classes.clsTask newTask =
new clsTask (Name, ShortDescription, LongDescription, "needle", true,
false, false, false, new System.Collections.Generic.List<string>(),
new System.Collections.Generic.List<string>());
string result = "hayneedlestack";
string result2 = "haynedlestack";
// Assert that lazy matching does what it is supposed to.
Assert.True(newTask.hasPassed(result));
Assert.False (newTask.hasPassed (result2));
}
public void TestTaskWrite()
{
task.save (taskJSON);
ConSim.Lib.Classes.clsTask newTask =
new ConSim.Lib.Classes.clsTask (taskJSON);
// Assert that the values on read-back are the same
Assert.AreEqual (newTask.ExpectedResult, ExpectedResult);
Assert.AreEqual (newTask.LongDescription, LongDescription);
Assert.AreEqual (newTask.ShortDescription, ShortDescription);
Assert.AreEqual (newTask.Name, Name);
}
/// <summary>
/// Loop during a lesson until finished.
/// </summary>
private static void lessonLoop()
{
while (true == true)
{
ConSim.Lib.Classes.clsTask task = null;
if (currentLesson.isSandbox == false)
{
task = currentLesson.activeTask;
}
Console.Write(lessonHeader() + nl + nl);
Console.Write(">");
string[] line = Console.ReadLine().Split(' ');
string command = line [0];
string[] args = filterLine(line);
bool attemptTask = false;
bool boolBreak = false;
try {
ConSim.Lib.Interfaces.iModule mod = currentLesson.cmdToiMod(command);
mod.errorOutputChanged +=
new EventHandler <iModuleOutputEventArgs>(onErrorOutputChange);
mod.standardOutputChanged +=
new EventHandler <iModuleOutputEventArgs>(onStandardOutputChange);
mod.resultCodeChanged +=
new EventHandler <iModuleOutputEventArgs>(onResultChange);
attemptTask = currentLesson.attemptTask(command, args, mod);
mod.errorOutputChanged -= onErrorOutputChange;
mod.standardOutputChanged -= onStandardOutputChange;
mod.resultCodeChanged -= onResultChange;
} catch (Exception ex) {
currentLesson.lastErrorOutput = ex.Message;
Console.WriteLine(nl + ex.Message);
}
// Lesson has been completed
if (attemptTask && currentLesson.isSandbox == false)
{
Console.Write(nl + "Congratulations! You passed the lesson!");
boolBreak = true;
}
// Task was completed but still more tasks to go
if (attemptTask == false &&
currentLesson.isSandbox == false &&
task.Equals(currentLesson.activeTask) == false)
{
Console.Write(nl + "Congratulations! You passed this task!");
}
// Attempt was unsuccessful
if (attemptTask == false &&
currentLesson.isSandbox == false &&
task.Equals(currentLesson.activeTask))
{
Console.Write(nl + "Unfortunately this was not the expected " +
"output :(. Try Again!");
}
if (currentLesson.isSandbox == false)
{
Console.ReadKey();
Console.Clear();
}
if (boolBreak)
{
break;
}
}
}