Premiere commit - Omika
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using Microsoft.Extensions.Logging.Abstractions;
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using Omika.Diagnostics.Models;
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using Omika.Diagnostics.Tests.Fakes;
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using Omika.Diagnostics.Web.Pages;
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namespace Omika.Diagnostics.Tests;
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/// <summary>
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/// Tâche 13-F — Tests des PageModels (Diagnostics / Erreurs / Traces) : transmission
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/// des filtres de contexte (F11/F17), chargement des options dynamiques (F12),
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/// conservation de la sélection (F13), pagination (F14), détail (F15), libellé NULL
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/// historique (F16) et non-confusion du serveur producteur (§38). Les PageModels
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/// n'accèdent pas à HttpContext pour ces chemins (aucun harnais Web requis).
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/// </summary>
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public class DiagnosticPageModelTests
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{
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private static readonly DateTimeOffset From = new(2025, 1, 1, 0, 0, 0, TimeSpan.Zero);
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private static DiagnosticEventRecord Ev(
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long id,
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string eventCode = "TEST",
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string? clientCode = null,
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string? serverInstance = null,
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string? environment = null,
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DateTimeOffset? ts = null,
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string level = "Info",
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Guid? operationId = null,
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string? component = null)
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{
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DiagnosticEventRecord record = DiagnosticTestData.Event(Guid.NewGuid(), eventCode, ts ?? From, component: component, level: level);
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record.Id = id;
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record.ClientCode = clientCode;
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record.ServerInstance = serverInstance;
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record.Environment = environment;
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record.OperationId = operationId;
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return record;
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}
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// --------------------------- F11 : DiagnosticsModel transmet les filtres -----
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[Fact]
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public async Task F11_DiagnosticsModel_PassesDeploymentFiltersToQuery()
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{
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var repo = new FakeDiagnosticEventRepository();
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await repo.InsertBatchAsync(new[]
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{
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Ev(1, clientCode: "CLIENT-A", serverInstance: "API-SRV-01", environment: "Production"),
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Ev(2, clientCode: "CLIENT-B", serverInstance: "WKR-SRV-01", environment: "Staging")
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});
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var model = new DiagnosticsModel(repo)
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{
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ClientCode = "CLIENT-A",
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ServerInstance = "API-SRV-01",
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Environment = "Production"
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};
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await model.OnGetAsync();
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DiagnosticEventRecord record = Assert.Single(model.Items);
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Assert.Equal("CLIENT-A", record.ClientCode);
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Assert.Equal("API-SRV-01", record.ServerInstance);
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Assert.Equal("Production", record.Environment);
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}
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// --------------------------- F12 : options dynamiques chargées ---------------
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[Fact]
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public async Task F12_DiagnosticsModel_LoadsDeploymentFilterOptions()
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{
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var repo = new FakeDiagnosticEventRepository();
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// Les options de filtre sont bornées par une fenêtre glissante (60 jours) :
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// les événements doivent être RÉCENTS pour être observés (cf. OptionsWindowDays).
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await repo.InsertBatchAsync(new[]
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{
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Ev(1, clientCode: "CLIENT-A", serverInstance: "API-SRV-01", environment: "Production", ts: DateTimeOffset.UtcNow.AddMinutes(-5)),
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Ev(2, clientCode: "CLIENT-B", serverInstance: "WKR-SRV-01", environment: "Staging", ts: DateTimeOffset.UtcNow.AddMinutes(-4))
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});
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var model = new DiagnosticsModel(repo);
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await model.OnGetAsync();
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Assert.Contains("CLIENT-A", model.ClientOptions);
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Assert.Contains("CLIENT-B", model.ClientOptions);
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Assert.Contains("API-SRV-01", model.ServerOptions);
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Assert.Contains("WKR-SRV-01", model.ServerOptions);
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Assert.Contains("Production", model.EnvironmentOptions);
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Assert.Contains("Staging", model.EnvironmentOptions);
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}
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// --------------------------- F13 : sélection conservée -----------------------
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[Fact]
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public async Task F13_DiagnosticsModel_SelectedValueRemainsSelected()
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{
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var repo = new FakeDiagnosticEventRepository();
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await repo.InsertBatchAsync(new[] { Ev(1, clientCode: "CLIENT-A", serverInstance: "SRV-1", environment: "Production") });
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var model = new DiagnosticsModel(repo) { ClientCode = "CLIENT-Z", ServerInstance = "SRV-Z", Environment = "Custom" };
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await model.OnGetAsync();
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// La valeur active reste la valeur du modèle (jamais réécrite)…
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Assert.Equal("CLIENT-Z", model.ClientCode);
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Assert.Equal("SRV-Z", model.ServerInstance);
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Assert.Equal("Custom", model.Environment);
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// …et elle est injectée en tête des options (pagination/conservation §24).
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Assert.Equal("CLIENT-Z", model.ClientOptions[0]);
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Assert.Equal("SRV-Z", model.ServerOptions[0]);
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Assert.Equal("Custom", model.EnvironmentOptions[0]);
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Assert.True(DiagnosticsModel.IsSelected("CLIENT-Z", model.ClientCode));
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}
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// --------------------------- F14 : pagination conserve les filtres ----------
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[Fact]
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public void F14_DiagnosticsModel_RoutePreservesDeploymentFilters()
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{
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var model = new DiagnosticsModel(new FakeDiagnosticEventRepository())
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{
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ClientCode = "CLIENT-A",
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ServerInstance = "WKR-SRV-01",
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Environment = "Production"
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};
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Dictionary<string, string> route = model.Route(2);
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Assert.Equal("2", route["pageNumber"]);
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Assert.Equal("CLIENT-A", route["clientCode"]);
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Assert.Equal("WKR-SRV-01", route["serverInstance"]);
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Assert.Equal("Production", route["environment"]);
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}
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// --------------------------- F15 : détail affiche les trois valeurs ---------
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[Fact]
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public async Task F15_DiagnosticsDetail_LoadsDeploymentContext()
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{
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var repo = new FakeDiagnosticEventRepository();
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DiagnosticEventRecord record = Ev(42, clientCode: "CLIENT-A", serverInstance: "WKR-SRV-01", environment: "Production");
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await repo.InsertBatchAsync(new[] { record });
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var model = new DiagnosticsDetailModel(repo);
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Microsoft.AspNetCore.Mvc.IActionResult result = await model.OnGetAsync(42);
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Assert.IsType<Microsoft.AspNetCore.Mvc.RazorPages.PageResult>(result);
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Assert.NotNull(model.Event);
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Assert.Equal("CLIENT-A", model.Event!.ClientCode);
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Assert.Equal("WKR-SRV-01", model.Event.ServerInstance);
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Assert.Equal("Production", model.Event.Environment);
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}
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// --------------------------- F16 : NULL historique → « Non renseigné » -------
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[Theory]
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[InlineData(null)]
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[InlineData("")]
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[InlineData(" ")]
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public void F16_NullContext_RendersNonRenseigne(string? value)
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{
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Assert.Equal("Non renseigné", UiDeploymentContext.Value(value));
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}
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[Fact]
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public void F16_NonNullContext_IsPreserved()
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{
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Assert.Equal("CLIENT-A", UiDeploymentContext.Value("CLIENT-A"));
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}
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// --------------------------- F17/F18 : ErreursModel transmet + pré-agrégation -
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[Fact]
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public async Task F17_F18_ErreursModel_AppliesFiltersBeforeAggregation()
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{
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var repo = new FakeDiagnosticEventRepository();
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DateTimeOffset now = DateTimeOffset.UtcNow;
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await repo.InsertBatchAsync(new[]
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{
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Ev(1, "ERR", "CLIENT-A", "SRV-1", "Production", now.AddMinutes(-5), level: "Error", component: "Omika.Api"),
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Ev(2, "ERR", "CLIENT-A", "SRV-1", "Production", now.AddMinutes(-4), level: "Error", component: "Omika.Api"),
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Ev(3, "ERR", "CLIENT-B", "SRV-1", "Staging", now.AddMinutes(-3), level: "Error", component: "Omika.Api"),
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Ev(4, "ERR", "CLIENT-A", "SRV-1", "Staging", now.AddMinutes(-2), level: "Error", component: "Omika.Api")
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});
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// Sans filtre : un seul groupe logique, 4 occurrences.
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var allModel = new ErreursModel(repo, new FakeDiagnosticTaskRepository(), NullLogger<ErreursModel>.Instance);
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await allModel.OnGetAsync();
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Omika.Diagnostics.Queries.DiagnosticErrorGroup allGroup = Assert.Single(allModel.Groups);
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Assert.Equal(4, allGroup.OccurrenceCount);
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// Avec filtre Client + Environnement : le regroupement est recalculé sur le périmètre.
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var filteredModel = new ErreursModel(repo, new FakeDiagnosticTaskRepository(), NullLogger<ErreursModel>.Instance)
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{
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ClientCode = "CLIENT-A",
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Environment = "Production"
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};
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await filteredModel.OnGetAsync();
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Omika.Diagnostics.Queries.DiagnosticErrorGroup filteredGroup = Assert.Single(filteredModel.Groups);
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Assert.Equal(2, filteredGroup.OccurrenceCount);
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}
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// --------------------------- §38 : Traces sans confusion serveur -------------
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[Fact]
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public async Task Section38_Traces_KeepProducerServerInstanceDistinct()
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{
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var repo = new FakeDiagnosticEventRepository();
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Guid operationId = Guid.NewGuid();
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await repo.InsertBatchAsync(new[]
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{
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Ev(1, "OMK-API-HTTP-001", "CLIENT-A", "API-SRV-01", "Production", operationId: operationId, component: "Omika.Api"),
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Ev(2, "OMK-WKR-SYNC-001", "CLIENT-A", "WKR-SRV-01", "Production", operationId: operationId, component: "Omika.Worker")
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});
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var model = new TracesModel(repo) { OperationId = operationId.ToString() };
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await model.OnGetAsync();
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Assert.Equal(2, model.Timeline.Count);
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DiagnosticEventRecord api = model.Timeline.Single(e => e.Component == "Omika.Api");
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DiagnosticEventRecord worker = model.Timeline.Single(e => e.Component == "Omika.Worker");
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// Le serveur affiché est le serveur PRODUCTEUR de chaque événement, jamais mélangé.
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Assert.Equal("API-SRV-01", api.ServerInstance);
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Assert.Equal("WKR-SRV-01", worker.ServerInstance);
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Assert.Equal("CLIENT-A", worker.ClientCode);
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Assert.Equal("Production", worker.Environment);
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}
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}
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