public ActionResult Index()
{
var nextDay = CalculationClass.GetWeekDayFromDateTime(DateTime.Now.AddDays(1).DayOfWeek);
ViewBag.NextDay = nextDay.ToString();
if (Request.IsAuthenticated)
{
var account = AccountServiceCaller.Get(User.Identity.Name);
var organizer = OrganizerServiceCaller.Get(account.OrganizerId);
var courseList = CalculationClass.GetCoursesFromDay(organizer.Courses.ToList(), nextDay);
ViewBag.CourseList = courseList;
var nextExam = CalculationClass.GetNextExam(organizer.Exams.ToList());
var daysTillTheNextExam = 0;
if (nextExam != null)
{
daysTillTheNextExam = CalculationClass.CalculateNumberOfDaysTillActivity(nextExam.Date);
}
ViewBag.NextExam = nextExam;
ViewBag.DaysTillTheNextExam = daysTillTheNextExam;
}
else
{
ViewBag.CourseList = new List <CourseModel>();
ViewBag.NextExam = null;
}
return(View());
}
// GET: Exam
public ActionResult Index()
{
var currentUser = AccountServiceCaller.Get(User.Identity.Name);
var userOrganizer = OrganizerServiceCaller.Get(currentUser.OrganizerId);
var examList = CalculationClass.SortExamsByDifficulty(userOrganizer.Exams.ToList());
return(View(examList));
}
// GET: Course
public ActionResult Index()
{
var currentUser = AccountServiceCaller.Get(User.Identity.Name);
var userOrganizer = OrganizerServiceCaller.Get(currentUser.OrganizerId);
var courseList = userOrganizer.Courses;
courseList = CalculationClass.SortCoursesByDayAndHour(courseList.ToList());
return(View(courseList));
}
public void TestDivisionBy0()
{
//Angaben
double x = 2436.23;
double operation = 5;
double value = CalculationClass.ChooseOperation(x, 0, operation);
Assert.AreEqual(value, Double.PositiveInfinity, "//0 = Unendlich");
}
public void TestHoch0()
{
//Angaben
double x = 213;
double y = 0;
double operation = 2;
double expected = 1;
//Durchfürung
double actual = CalculationClass.ChooseOperation(x, y, operation);
//Überprüfung
Assert.AreEqual(expected, actual, "HochNull");
}
public void TestPower()
{
//Angaben
double x = 213;
double y = 13;
double operation = 2;
double expected = Math.Pow(x, y);
//Durchfürung
double actual = CalculationClass.ChooseOperation(x, y, operation);
//Überprüfung
Assert.AreEqual(expected, actual, "Exponential geht nicht.");
}
public void TestSubtraction()
{
//Angaben
double x = 213;
double y = 13;
double operation = 7;
double expected = x - y;
//Durchfürung
double actual = CalculationClass.ChooseOperation(x, y, operation);
//Überprüfung
Assert.AreEqual(expected, actual, "Subtraktion geht nicht.");
}
public void TestRoot()
{
//Angaben
double x = 213;
double y = 13;
double operation = 3;
double expected = Math.Pow(x, (1 / y));
//Durchfürung
double actual = CalculationClass.ChooseOperation(x, y, operation);
//Überprüfung
Assert.AreEqual(expected, actual, "Wurzel geht nicht.");
}
public void TestModulo()
{
//Angaben
double x = 213;
double y = 13;
double operation = 1;
double expected = 5;
//Durchfürung
double actual = CalculationClass.ChooseOperation(x, y, operation);
//Überprüfung
Assert.AreEqual(expected, actual, "Modulo geht nicht.");
}
public void TestMethod()
{
var mockRPL = new Mock<IReverse> () ;
mockRPL.Setup(a => a.GetRevPolNote()).
Returns(new List <string> () { "1" , "30" , "um" , "sin" , "+" } ) ;
Mock mockRevNote = new Mock <MockNote>() ;
CalculationClass CC = new CalculationClass( mockRPL.Object , new mockOpKit()) ;
string result = CC.Caculate() ;
Assert.AreEqual("0,5" , result ) ;
}
public void PerformCalculationOnExecute()
{
CalculationClass obj1 = new CalculationClass(1, 1);
SimpleClass obj2 = new SimpleClass(0, 0);
Circuit circuit = new Circuit();
Node node1 = new Node(obj1);
Node node2 = new Node(obj2);
circuit.AddNode(node1);
circuit.AddRoot(node1);
circuit.AddNode(node2);
node1.Attach("x", node2, "y");
circuit.Execute();
Assert.True(obj2.y == 2, "Obj2.y is " + obj2.y + " but should be " + obj1.x + ".");
Assert.True(obj1.x == 2, "Obj1.x is " + obj1.x + " but should be 2.");
}
