public void Delete_Random_Consistency()
{
var random = new Random();
var testEnd = DateTime.Now.AddSeconds(30);
while (DateTime.Now < testEnd)
{
var tasks = new List <KAction>();
var rootTasksCount = random.Next(10);
var currentWbsParts = new Stack <int>();
currentWbsParts.Push(0);
PopulateRandom(random, tasks, currentWbsParts, 5, false);
WriteTasksWBS(tasks);
ActionsTimingsMoveManagement.DebugCheckAllWBS(tasks);
if (CheckWBS(tasks) != null)
{
throw new InvalidOperationException("Wrong generation");
}
while (tasks.Count > 0)
{
var index = random.Next(tasks.Count);
var countToDelete = Math.Min(random.Next(1, 10), tasks.Count);
var toDelete = tasks[index];
var currentStatus = Clone(tasks).ToArray();
ActionsTimingsMoveManagement.DeleteUpdateWBS(tasks.ToArray(), toDelete);
tasks.Remove(toDelete);
TestContext.WriteLine("Deleted: {0} {1}.", toDelete.WBS, toDelete.Label);
var wrongWbs = CheckWBS(tasks);
if (wrongWbs != null)
{
// Rappeler l'état d'origine et l'élément supprimé
TestContext.WriteLine("Fail!");
TestContext.WriteLine("--- Before deletion, indented format:");
WriteTasksWBS(currentStatus);
TestContext.WriteLine("--- Before deletion, appended format: {0}", string.Join(" ", currentStatus.Select(t => t.WBS)));
TestContext.WriteLine("--- Deleted element {0} {1}", toDelete.WBS, toDelete.Label);
TestContext.WriteLine("--- After deletion, indented format:");
WriteTasksWBS(tasks);
Assert.Fail("The WBS {0} is invalid", wrongWbs);
}
ActionsTimingsMoveManagement.DebugCheckAllWBS(tasks);
}
}
}
/// <summary>
/// Met à jour les actions récursivement sur les scénarios dérivés de celui spécifié.
/// </summary>
/// <param name="context">Le contexte EF.</param>
/// <param name="sourceScenario">Le scénario source.</param>
/// <param name="allScenarios">Tous les scénarios qui peuvent être impactés.</param>
/// <param name="actionsToRemove">Les actions à supprimer manuellement.</param>
internal static void UpdateActions(KsmedEntities context, Scenario sourceScenario, Scenario[] allScenarios,
out KAction[] actionsToRemove, out IList <KAction> actionsWithOriginal)
{
var derivedScenarios = ScenarioActionHierarchyHelper.GetDerivedScenarios(sourceScenario, allScenarios);
var actions = GetActionsSortedWBS(sourceScenario);
actionsWithOriginal = new List <KAction>();
foreach (var scenario in derivedScenarios)
{
// Mettre à jour IsGroup
foreach (var action in scenario.Actions)
{
action.IsGroup = WBSHelper.HasChildren(action, scenario.Actions);
}
}
foreach (var originalAction in actions)
{
// J'enlève le IsMArkedAsModified car les 2 références sont la sauvegarde des actions depuis la construction et depuis l'optimisation
// Or depuis la construction, en modification, le bout de code cidessous est déjà appelé
// Et depuis l'optimisation, il n'y a pas de changement de temps video
if (originalAction.IsMarkedAsAdded /*|| originalAction.IsMarkedAsModified*/)
{
var originalValues = originalAction.ChangeTracker.OriginalValues;
var modifiedValues = originalAction.ChangeTracker.ModifiedValues;
if (originalAction.IsMarkedAsAdded || modifiedValues.ContainsKey(ActionsTimingsMoveManagement.KActionStartPropertyName) || modifiedValues.ContainsKey(ActionsTimingsMoveManagement.KActionFinishPropertyName))
{
// Vérifier si le temps vidéo a changé
ActionsTimingsMoveManagement.GetOrignalModifiedVideoDurations(originalAction, out long originalDuration, out long modifiedDuration);
bool hasVideoDurationChanged = originalDuration != modifiedDuration;
// Si c'est une tâche créée et non dupliquée, le buildDuration est à 0, donc on doit le mettre à jour
//Sinon, si c'est une tâche dupliquée, on le laisse tel quel.
if (originalAction.BuildDuration == 0)
{
var paceRating = originalAction.Resource != null ? originalAction.Resource.PaceRating : 1d;
originalAction.BuildDuration = Convert.ToInt64(modifiedDuration * paceRating);
}
}
}
if (originalAction.IsMarkedAsAdded)
{
// Si l'action est une action nouvelle dans un scénario cible, définir automatiquement la partie réduite
if (sourceScenario.NatureCode == KnownScenarioNatures.Target && originalAction.Reduced == null)
{
SharedScenarioActionsOperations.ApplyNewReduced(originalAction);
}
var originalActionKey = context.CreateEntityKey(KsmedEntities.KActionsEntitySetName, originalAction);
var parentOriginalAction = WBSHelper.GetParent(originalAction, actions);
foreach (var derivedScenario in derivedScenarios)
{
var derivedActions = GetActionsSortedWBS(derivedScenario);
// Rechercher le parent dans le scénario dérivé
var parentDerivedAction = ScenarioActionHierarchyHelper.GetDerivedAction(parentOriginalAction, derivedScenario);
// Cloner l'action originale
var newAction = ScenarioCloneManager.CloneAction(originalAction, ActionCloneBehavior.Cascade);
// Assigner l'original
var originalActionForCurrentDerivedScenario = derivedScenario.Original == sourceScenario ? originalAction :
ScenarioActionHierarchyHelper.GetDerivedAction(originalAction, derivedScenario.Original);
newAction.Original = originalActionForCurrentDerivedScenario;
actionsWithOriginal.Add(newAction);
// Insérer l'action clonée dans le scénario dérivé
ActionsTimingsMoveManagement.InsertUpdateWBS(
derivedActions, newAction, parentDerivedAction, WBSHelper.GetParts(originalAction.WBS).Last(),
(a, wbs) => EnsureTracking(a));
// Rafraichir les actions
derivedScenario.Actions.Add(newAction);
derivedActions = GetActionsSortedWBS(derivedScenario);
// Ajouter les mêmes prédécesseurs et successeurs
foreach (var originalPredecessor in originalAction.Predecessors)
{
var derivedPredecessor = ScenarioActionHierarchyHelper.GetDerivedAction(originalPredecessor, derivedScenario);
if (derivedPredecessor != null)
{
EnsureTracking(derivedPredecessor);
ActionsTimingsMoveManagement.AddPredecessor(derivedActions, newAction, derivedPredecessor);
}
}
foreach (var originalSuccessor in originalAction.Successors)
{
var derivedSuccessor = ScenarioActionHierarchyHelper.GetDerivedAction(originalSuccessor, derivedScenario);
if (derivedSuccessor != null)
{
EnsureTracking(derivedSuccessor);
ActionsTimingsMoveManagement.AddPredecessor(derivedActions, derivedSuccessor, newAction);
}
}
EnsureTracking(derivedScenario);
SharedScenarioActionsOperations.EnsureEmptySolutionExists(derivedScenario);
SharedScenarioActionsOperations.UdpateSolutionsApprovedState(derivedScenario);
ActionsTimingsMoveManagement.DebugCheckAllWBS(derivedActions);
}
}
else if (originalAction.IsMarkedAsModified)
{
var originalValues = originalAction.ChangeTracker.OriginalValues;
var modifiedValues = originalAction.ChangeTracker.ModifiedValues;
var propertiesToCopyValues = new Dictionary <string, object>();
foreach (var propertyName in _kActionPropertyNamesToCopy)
{
if (modifiedValues.ContainsKey(propertyName))
{
propertiesToCopyValues[propertyName] = modifiedValues[propertyName];
}
}
// Vérifier si les reduced doit être impactés également
ActionsTimingsMoveManagement.GetOrignalModifiedBuildDurations(originalAction, out long originalDuration, out long modifiedDuration);
bool hasBuildDurationChanged = originalDuration != modifiedDuration;
foreach (var derivedScenario in derivedScenarios)
{
var derivedAction = ScenarioActionHierarchyHelper.GetDerivedAction(originalAction, derivedScenario);
if (derivedAction != null)
{
EnsureTracking(derivedAction);
foreach (var kvp in propertiesToCopyValues)
{
derivedAction.SetPropertyValue(kvp.Key, kvp.Value);
}
if (hasBuildDurationChanged)
{
if (derivedAction.IsReduced)
{
// Modifier l'original duration et recalculer le temps final en fonction du gain
EnsureTracking(derivedAction.Reduced);
derivedAction.Reduced.OriginalBuildDuration = modifiedDuration;
ActionsTimingsMoveManagement.UpdateTimingsFromReducedReduction(derivedAction);
}
else
{
// Simplement recopier la durée
derivedAction.BuildDuration = modifiedDuration;
}
}
}
}
}
}
var toRemove = new List <KAction>();
// Gérer les actions supprimées
// EF gérant mal l'ordre des suppressions, ça créer une ConstraintException sur la FK OriginalActionId
// Malheureusement un CascadeDelete est impossible puisque la FK est sur un même table
if (sourceScenario.ChangeTracker.ObjectsRemovedFromCollectionProperties.ContainsKey("Actions"))
{
var removedActions = sourceScenario.ChangeTracker.ObjectsRemovedFromCollectionProperties["Actions"].ToArray();
foreach (KAction originalAction in removedActions)
{
EnsureTracking(originalAction);
toRemove.Add(originalAction);
originalAction.MarkAsUnchanged();
foreach (var derivedScenario in derivedScenarios)
{
var derivedAction = ScenarioActionHierarchyHelper.GetDerivedAction(originalAction, derivedScenario);
if (derivedAction != null)
{
var derivedActions = GetActionsSortedWBS(derivedScenario);
// Mettre à jour les WBS des autres actions
ActionsTimingsMoveManagement.DeleteUpdateWBS(derivedActions, derivedAction,
(a, wbs) => EnsureTracking(a));
EnsureTracking(derivedAction);
toRemove.Add(derivedAction);
}
}
}
// Il faut maintenant trier les actions à supprimer pour que la suppression se fasse dans le bon ordre
toRemove.Reverse();
actionsToRemove = toRemove.ToArray();
}
else
{
actionsToRemove = new KAction[] { }
};
sourceScenario.CriticalPathIDuration = ActionsTimingsMoveManagement.GetInternalCriticalPathDuration(sourceScenario);
foreach (var scenario in derivedScenarios)
{
EnsureTracking(scenario);
ActionsTimingsMoveManagement.FixPredecessorsSuccessorsTimings(scenario.Actions.ToArray(), false);
ActionsTimingsMoveManagement.UpdateVideoGroupsTiming(scenario.Actions.ToArray());
ActionsTimingsMoveManagement.UpdateBuildGroupsTiming(scenario.Actions.ToArray());
scenario.CriticalPathIDuration = ActionsTimingsMoveManagement.GetInternalCriticalPathDuration(scenario);
}
}
public void Delete_From_Input_TestCases()
{
var jsonObject = JObject.Parse(File.ReadAllText("ActionsTimingsMoveManagement_DeleteTestCases.json"));
JArray cases = (JArray)jsonObject["delete"];
var testCases = JsonConvert.DeserializeObject <DeleteTestCase[]>(cases.ToString());
foreach (var tc in testCases)
{
TestContext.WriteLine("---------------------------------");
TestContext.WriteLine("Analyzing Test Case {0}", tc.Label);
var inputTasks = new List <KAction>();
var wbses = tc.Input.Split(' ');
foreach (var wbs in wbses)
{
var task = new KAction
{
Label = "T" + wbs,
WBS = wbs,
};
inputTasks.Add(task);
}
TestContext.WriteLine("Input :", tc.Label);
WriteTasksWBS(inputTasks);
TestContext.WriteLine("Delete : {0}", tc.Delete);
var tasksToDelete = inputTasks.Where(t => tc.Delete.Any(wbs => wbs == t.WBS)).ToArray();
var outputTasks = inputTasks.ToList();
foreach (var task in tasksToDelete)
{
TestContext.WriteLine("Deleting : {0}", tc.Delete);
ActionsTimingsMoveManagement.DeleteUpdateWBS(outputTasks.ToArray(), task);
outputTasks.Remove(task);
WriteTasksWBS(outputTasks);
ActionsTimingsMoveManagement.DebugCheckAllWBS(outputTasks);
}
TestContext.WriteLine("Output :", tc.Label);
WriteTasksWBS(outputTasks);
TestContext.WriteLine("Expected :", tc.Label);
WriteTasksWBS(tc.Expected);
int i = 0;
foreach (var expectedWbs in tc.Expected.Keys)
{
var expectedLabel = tc.Expected[expectedWbs];
if (outputTasks.Count - 1 < i)
{
Assert.Fail("The actual has less tasks than expected");
}
var task = outputTasks[i];
var actualWbs = task.WBS;
var actuallabel = task.Label;
Assert.AreEqual(expectedWbs, task.WBS, string.Format("Expected {0}: {1}, Found {2}: {3}", expectedWbs, expectedLabel, actualWbs, actuallabel));
Assert.AreEqual(expectedLabel, actuallabel, string.Format("Expected {0}: {1}, Found {2}: {3}", expectedWbs, expectedLabel, actualWbs, actuallabel));
i++;
}
if (i != outputTasks.Count)
{
Assert.Fail("The actual has more tasks than expected");
}
}
}
