Files
LehrerApp/LehrerApp.Desktop.Tests/QuickInputViewModelTests.cs
T

105 lines
3.9 KiB
C#

using LehrerApp.Core.Models;
using LehrerApp.Desktop.ViewModels.Groups;
using Xunit;
namespace LehrerApp.Desktop.Tests;
public sealed class QuickInputViewModelTests
{
[Theory]
[InlineData(AttendanceStatus.Late, false, "Verspätet", "V")]
[InlineData(AttendanceStatus.SignificantlyLate, false, "Erheblich verspätet", "V!")]
[InlineData(AttendanceStatus.LeftDuringClass, true, "Während des Unterrichts abgängig", "A")]
[InlineData(AttendanceStatus.LearningIsland, true, "Lerninsel", "L")]
[InlineData(AttendanceStatus.Suspended, true, "Suspendiert", "S")]
public void ZusaetzlicheAnwesenheitsstatus_HabenAnzeigeUndPassendeAbwesenheitswertung(
AttendanceStatus status, bool isAbsent, string label, string symbol)
{
var row = new ParticipationStudentRow(Guid.NewGuid(), "Anna",
new ParticipationEntry { Attendance = status }, [], []);
Assert.Equal(isAbsent, row.IsAbsent);
Assert.Equal(label, row.AttendanceTooltip);
Assert.Equal(symbol, row.AttendanceLabel);
Assert.False(string.IsNullOrWhiteSpace(AttendanceDisplay.Color(status)));
}
[Fact]
public void ZurueckZuVorherigemSchueler_ZeigtBereitsGesetzteBewertung()
{
var aspects = new List<AspectColumnDef>
{
new(new ParticipationAspect { Key = "mitarbeit", Label = "Mitarbeit" }),
};
var rows = new List<ParticipationStudentRow>
{
new(Guid.NewGuid(), "Anna", new ParticipationEntry(), aspects, []),
new(Guid.NewGuid(), "Ben", new ParticipationEntry(), aspects, []),
};
var vm = new QuickInputViewModel(rows, aspects);
vm.SetRatingByNumber(4); // Scale5, 4. Stufe -> Rohwert 1 ("+"), Anna bewerten
vm.NextStudent(); // zu Ben
vm.PreviousStudent(); // zurück zu Anna
Assert.Equal(1, vm.AspectRows[0].Value);
}
[Fact]
public void AnwesenderSchueler_CurrentStudentIsAbsent_IstFalse()
{
var aspects = new List<AspectColumnDef>
{
new(new ParticipationAspect { Key = "a", Label = "A" }),
};
var rows = new List<ParticipationStudentRow>
{
new(Guid.NewGuid(), "Anna", new ParticipationEntry { Attendance = AttendanceStatus.Present }, aspects, []),
};
var vm = new QuickInputViewModel(rows, aspects);
Assert.False(vm.CurrentStudentIsAbsent);
Assert.Equal(1.0, vm.CurrentStudentContentOpacity);
}
[Fact]
public void AbwesenderSchueler_CurrentStudentIsAbsent_IstTrueUndGedimmt()
{
var aspects = new List<AspectColumnDef>
{
new(new ParticipationAspect { Key = "a", Label = "A" }),
};
var rows = new List<ParticipationStudentRow>
{
new(Guid.NewGuid(), "Anna", new ParticipationEntry(), aspects, []),
new(Guid.NewGuid(), "Ben", new ParticipationEntry { Attendance = AttendanceStatus.Unexcused }, aspects, []),
};
var vm = new QuickInputViewModel(rows, aspects);
vm.NextStudent(); // zu Ben, unentschuldigt abwesend
Assert.True(vm.CurrentStudentIsAbsent);
Assert.Equal("Krank, unentschuldigt", vm.CurrentStudentAttendanceLabel);
Assert.Equal(0.4, vm.CurrentStudentContentOpacity);
}
[Fact]
public void VorherigerAspekt_SpringtRueckwaertsMitUmlauf()
{
var aspects = new List<AspectColumnDef>
{
new(new ParticipationAspect { Key = "a", Label = "A" }),
new(new ParticipationAspect { Key = "b", Label = "B" }),
};
var rows = new List<ParticipationStudentRow>
{
new(Guid.NewGuid(), "Anna", new ParticipationEntry(), aspects, []),
};
var vm = new QuickInputViewModel(rows, aspects);
vm.PreviousAspect(); // von Index 0 rückwärts -> letzter Aspekt (Umlauf)
Assert.Equal(1, vm.AspectIndex);
}
}