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8495e1b8d0
KI-Unterstützung: neuer Einstellungen-Tab (Anmeldung, Guthaben) und Button im Planungs-Tab, der Einheiten+Stunden als JSON an ein neues PHP-Backend (ai-backend/) sendet und die Antwort als prüfbare Vorschlagsliste zurückbringt. Provider-Aufruf, Guthabenverwaltung und Abrechnung nach echten Token-Kosten laufen serverseitig, der Desktop-Client sieht nie einen LLM-API-Key. Zentral abgesichert: eine von der KI zurückgegebene Stunden-Id, die zu keiner echten Lesson der Einheit passt, wird nie als Update übernommen, sondern immer als neue Stunde behandelt. Kompetenzkatalog-Import (8.1.2): JSON-Export/Import für Kompetenzkataloge.
231 lines
11 KiB
C#
231 lines
11 KiB
C#
using LehrerApp.Core.Models;
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using LehrerApp.Desktop.Services;
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using LehrerApp.Desktop.ViewModels.Groups;
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using Xunit;
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namespace LehrerApp.Desktop.Tests;
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/// Tests für die Unterrichtsplanung (4.1 Einheiten / 4.2 Einzelstunden): Fortschrittsberechnung,
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/// Verschieben mit/ohne Nachrücken der Folgestunden und die Vorlage-Kopie in eine andere Gruppe.
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public class PlanningTabViewModelTests
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{
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private static (PlanningTabViewModel Vm, FakeUnits Units, FakeLessons Lessons, Guid GroupId) BuildScenario()
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{
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var groupId = Guid.NewGuid();
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var group = new LearningGroup { Id = groupId, Name = "Testgruppe" };
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var groups = new FakeGroups([group]);
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var subjects = new FakeSubjects([]);
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var competencyDomains = new FakeCompetencyDomains();
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var units = new FakeUnits();
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var lessons = new FakeLessons();
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var vm = new PlanningTabViewModel(units, lessons, groups, subjects, competencyDomains,
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TestSupport.BuildAiSettingsService());
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vm.Initialize(groupId);
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return (vm, units, lessons, groupId);
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}
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[Fact]
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public void LoadUnits_BerechnetFortschrittAusDurchgefuehrtenStunden()
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{
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var (vm, units, lessons, groupId) = BuildScenario();
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var unit = new Unit { GroupId = groupId, Title = "Optik" };
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units.Add(unit);
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lessons.Add(new Lesson { UnitId = unit.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 1), Status = LessonStatus.Conducted, Topic = "A" });
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lessons.Add(new Lesson { UnitId = unit.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 8), Status = LessonStatus.Conducted, Topic = "B" });
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lessons.Add(new Lesson { UnitId = unit.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 15), Status = LessonStatus.Planned, Topic = "C" });
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vm.Initialize(groupId);
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var summary = vm.Units.Single(u => u.Id == unit.Id);
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Assert.Equal(2, summary.ConductedCount);
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Assert.Equal(3, summary.TotalCount);
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Assert.Equal(2.0 / 3, summary.ProgressFraction, 3);
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Assert.Contains("2 / 3", summary.ProgressText);
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}
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[Fact]
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public async Task MoveLesson_MitNachrueckenVerschiebtNurGeplanteFolgestundenNachDemStichtag()
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{
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var (vm, units, lessons, groupId) = BuildScenario();
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var unit = new Unit { GroupId = groupId, Title = "Mechanik" };
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units.Add(unit);
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var l1 = new Lesson { UnitId = unit.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 1), Status = LessonStatus.Planned, Topic = "1" };
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var l2 = new Lesson { UnitId = unit.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 8), Status = LessonStatus.Planned, Topic = "2" };
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var l3 = new Lesson { UnitId = unit.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 15), Status = LessonStatus.Planned, Topic = "3" };
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var l4 = new Lesson { UnitId = unit.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 22), Status = LessonStatus.Conducted, Topic = "4" };
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lessons.Add(l1); lessons.Add(l2); lessons.Add(l3); lessons.Add(l4);
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vm.Initialize(groupId);
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vm.SelectedUnit = vm.Units.Single(u => u.Id == unit.Id);
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vm.SelectedLesson = vm.Lessons.Single(l => l.Id == l1.Id);
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vm.OnPickMoveTarget = _ => Task.FromResult<MoveLessonTarget?>(new MoveLessonTarget(new DateOnly(2025, 9, 3), true));
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await vm.MoveLessonCommand.ExecuteAsync(null);
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var byUnit = lessons.GetByUnit(unit.Id).ToDictionary(l => l.Id);
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Assert.Equal(new DateOnly(2025, 9, 3), byUnit[l1.Id].Date);
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Assert.Equal(new DateOnly(2025, 9, 10), byUnit[l2.Id].Date); // +2 Tage nachgerückt
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Assert.Equal(new DateOnly(2025, 9, 17), byUnit[l3.Id].Date); // +2 Tage nachgerückt
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Assert.Equal(new DateOnly(2025, 9, 22), byUnit[l4.Id].Date); // Conducted: unverändert
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}
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[Fact]
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public async Task MoveLesson_OhneNachrueckenVerschiebtNurDieAusgewaehlteStunde()
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{
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var (vm, units, lessons, groupId) = BuildScenario();
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var unit = new Unit { GroupId = groupId, Title = "Mechanik" };
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units.Add(unit);
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var l1 = new Lesson { UnitId = unit.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 1), Status = LessonStatus.Planned, Topic = "1" };
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var l2 = new Lesson { UnitId = unit.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 8), Status = LessonStatus.Planned, Topic = "2" };
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lessons.Add(l1); lessons.Add(l2);
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vm.Initialize(groupId);
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vm.SelectedUnit = vm.Units.Single(u => u.Id == unit.Id);
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vm.SelectedLesson = vm.Lessons.Single(l => l.Id == l1.Id);
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vm.OnPickMoveTarget = _ => Task.FromResult<MoveLessonTarget?>(new MoveLessonTarget(new DateOnly(2025, 9, 5), false));
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await vm.MoveLessonCommand.ExecuteAsync(null);
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var byUnit = lessons.GetByUnit(unit.Id).ToDictionary(l => l.Id);
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Assert.Equal(new DateOnly(2025, 9, 5), byUnit[l1.Id].Date);
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Assert.Equal(new DateOnly(2025, 9, 8), byUnit[l2.Id].Date); // unverändert
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}
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[Fact]
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public async Task CopyUnit_ErhaeltAbstaendeUndSetztGroupIdAufZielgruppe()
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{
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var (vm, units, lessons, sourceGroupId) = BuildScenario();
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var targetGroupId = Guid.NewGuid();
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var kurzversionId = Guid.NewGuid(); // Katalog-Referenz, bleibt beim Kopieren unverändert
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var unit = new Unit
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{
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GroupId = sourceGroupId,
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Title = "Kinetik",
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StartDate = new DateOnly(2025, 9, 1),
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EndDate = new DateOnly(2025, 10, 1),
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Notes = "Original-Notiz",
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};
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units.Add(unit);
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var l1 = new Lesson
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{
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UnitId = unit.Id, GroupId = sourceGroupId, Date = new DateOnly(2025, 9, 1),
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Topic = "Einführung", Status = LessonStatus.Conducted, Reflection = "lief gut",
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StartTime = new TimeOnly(11, 45),
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Phases = [new LessonPhaseStep { Name = "Einstieg", DurationMinutes = 10, Material = "AB01", Shorthand = "L->AB01", AlternativePathId = kurzversionId }],
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};
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var l2 = new Lesson
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{
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UnitId = unit.Id, GroupId = sourceGroupId, Date = new DateOnly(2025, 9, 8),
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Topic = "Vertiefung", Status = LessonStatus.Planned,
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};
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lessons.Add(l1); lessons.Add(l2);
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vm.Initialize(sourceGroupId);
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vm.SelectedUnit = vm.Units.Single(u => u.Id == unit.Id);
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var anchor = new DateOnly(2025, 10, 1);
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vm.OnPickCopyTarget = _ => Task.FromResult<CopyUnitTarget?>(new CopyUnitTarget(targetGroupId, anchor));
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await vm.CopyUnitCommand.ExecuteAsync(null);
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var newUnit = units.GetByGroup(targetGroupId).Single();
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Assert.Equal("Kinetik", newUnit.Title);
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Assert.Equal(UnitStatus.Planned, newUnit.Status);
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Assert.Equal(anchor, newUnit.StartDate);
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Assert.Equal(anchor.AddDays(30), newUnit.EndDate); // ursprünglich 30 Tage nach StartDate
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var copiedLessons = lessons.GetByUnit(newUnit.Id).OrderBy(l => l.Date).ToList();
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Assert.Equal(2, copiedLessons.Count);
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Assert.All(copiedLessons, l => Assert.Equal(targetGroupId, l.GroupId)); // nicht sourceGroupId
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Assert.Equal(anchor, copiedLessons[0].Date);
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Assert.Equal(anchor.AddDays(7), copiedLessons[1].Date); // 7-Tage-Abstand erhalten
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Assert.All(copiedLessons, l => Assert.Equal(LessonStatus.Planned, l.Status));
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Assert.Null(copiedLessons[0].Reflection); // Reflexion wird bei der Kopie geleert
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Assert.Equal(new TimeOnly(11, 45), copiedLessons[0].StartTime); // Beginn wird übernommen
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Assert.Single(copiedLessons[0].Phases);
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Assert.Equal("Einstieg", copiedLessons[0].Phases[0].Name);
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Assert.Equal("L->AB01", copiedLessons[0].Phases[0].Shorthand);
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Assert.Equal(kurzversionId, copiedLessons[0].Phases[0].AlternativePathId);
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Assert.NotEqual(l1.Phases[0].Id, copiedLessons[0].Phases[0].Id); // frische Id, keine geteilte Referenz
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// Ursprüngliche Einheit/Stunden bleiben unverändert in der Quellgruppe.
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Assert.Single(units.GetByGroup(sourceGroupId));
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Assert.Equal(LessonStatus.Conducted, lessons.GetByUnit(unit.Id).Single(l => l.Id == l1.Id).Status);
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}
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[Fact]
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public void LoadUnits_SammeltMaterialienAusAllenStundenphasenDerGruppe()
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{
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var (vm, units, lessons, groupId) = BuildScenario();
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var unit1 = new Unit { GroupId = groupId, Title = "Einheit 1" };
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var unit2 = new Unit { GroupId = groupId, Title = "Einheit 2" };
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units.Add(unit1); units.Add(unit2);
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lessons.Add(new Lesson
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{
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UnitId = unit1.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 1), Topic = "A",
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Phases = [new LessonPhaseStep { Material = "Arbeitsblatt" }],
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});
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lessons.Add(new Lesson
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{
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UnitId = unit2.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 2), Topic = "B",
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Phases =
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[
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new LessonPhaseStep { Material = "Modell" },
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new LessonPhaseStep { Material = "Arbeitsblatt" }, // Duplikat, soll nur einmal erscheinen
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new LessonPhaseStep { Material = "" }, // leer, soll ignoriert werden
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],
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});
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vm.Initialize(groupId);
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Assert.Equal(["Arbeitsblatt", "Modell"], vm.KnownMaterials);
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}
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[Fact]
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public async Task GenerateLessonSeries_RuftDelegateMitAusgewaehlterEinheitAufUndLaedtBeiErfolgNeu()
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{
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var (vm, units, lessons, groupId) = BuildScenario();
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var unit = new Unit { GroupId = groupId, Title = "Optik" };
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units.Add(unit);
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vm.Initialize(groupId);
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vm.SelectedUnit = vm.Units.Single(u => u.Id == unit.Id);
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Unit? passedUnit = null;
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vm.OnGenerateLessonSeries = u =>
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{
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passedUnit = u;
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lessons.Add(new Lesson { UnitId = unit.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 1), Topic = "" });
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return Task.FromResult<LessonSeriesResult?>(new LessonSeriesResult(1, 0, 0));
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};
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await vm.GenerateLessonSeriesCommand.ExecuteAsync(null);
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Assert.Equal(unit.Id, passedUnit!.Id);
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Assert.Single(vm.Lessons);
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}
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[Fact]
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public void LoadUnits_SammeltKurzsymboleAusAllenStundenphasenDerGruppe()
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{
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var (vm, units, lessons, groupId) = BuildScenario();
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var unit = new Unit { GroupId = groupId, Title = "Einheit 1" };
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units.Add(unit);
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lessons.Add(new Lesson
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{
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UnitId = unit.Id, GroupId = groupId, Date = new DateOnly(2025, 9, 1), Topic = "A",
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Phases =
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[
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new LessonPhaseStep { Shorthand = "Plenum" },
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new LessonPhaseStep { Shorthand = "L->AB01" },
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new LessonPhaseStep { Shorthand = "" }, // leer, soll ignoriert werden
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],
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});
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vm.Initialize(groupId);
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Assert.Equal(["L->AB01", "Plenum"], vm.KnownShorthands);
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}
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}
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