public void GIVEN_multiple_input_metrics_AND_one_project_WHEN_estimating_time_to_completion_THEN_returned_number_of_work_days_depends_on_randomly_selected_metrics(
IReadOnlyCollection <ThroughputPerDay> throughputs, Project project, Queue <int> selectedIndices, double expectedNumberOfDaysRequired)
{
var inputMetrics = ToInputMetrics(throughputs);
var roadmap = new Roadmap(new[] { project });
randomNumberGeneratorMock
.Setup(rng => rng.GetRandomIndex(throughputs.Count))
.Returns(selectedIndices.Dequeue);
var estimator = new TimeTillCompletionEstimator(inputMetrics, randomNumberGeneratorMock.Object, someMaximumNumberOfIterations);
var estimations = estimator.Estimate(roadmap);
Assert.Equal(2, estimations.Count);
WorkEstimate roadmapWorkEstimate = estimations[0];
Assert.Equal("Roadmap", roadmapWorkEstimate.Identifier);
AssertExpectedNumberOfWorkingDaysIsEqual(expectedNumberOfDaysRequired, roadmapWorkEstimate);
AssertEstimateIsDeterminate(roadmapWorkEstimate);
WorkEstimate projectWorkEstimate = estimations[1];
Assert.Equal("Project", projectWorkEstimate.Identifier);
AssertExpectedNumberOfWorkingDaysIsEqual(expectedNumberOfDaysRequired, projectWorkEstimate);
AssertEstimateIsDeterminate(projectWorkEstimate);
}
public void GIVEN_one_input_metric_AND_one_project_WHEN_estimating_time_to_completion_THEN_return_number_of_work_days(
ThroughputPerDay throughput,
Project project,
double expectedNumberOfDaysRequired)
{
var inputMetrics = ToInputMetrics(new[] { throughput });
var roadmap = new Roadmap(new[] { project });
var estimator = new TimeTillCompletionEstimator(inputMetrics, randomNumberGeneratorMock.Object, someMaximumNumberOfIterations);
var estimations = estimator.Estimate(roadmap);
Assert.Equal(2, estimations.Count);
WorkEstimate roadmapWorkEstimate = estimations[0];
Assert.Equal("Roadmap", roadmapWorkEstimate.Identifier);
AssertExpectedNumberOfWorkingDaysIsEqual(expectedNumberOfDaysRequired, roadmapWorkEstimate);
AssertEstimateIsDeterminate(roadmapWorkEstimate);
WorkEstimate projectWorkEstimate = estimations[1];
Assert.Equal("Project", projectWorkEstimate.Identifier);
AssertExpectedNumberOfWorkingDaysIsEqual(expectedNumberOfDaysRequired, roadmapWorkEstimate);
AssertEstimateIsDeterminate(roadmapWorkEstimate);
}
public async Task <Roadmap> UpdateRoadmapAsync(ContractSearch userContract, Roadmap roadmap)
{
var url = string.Format(Endpoints.RoadmapUpdateAdminEndpoint, userContract.Id, roadmap.Year);
roadmap.Year = null;
return(await RequestWrapper.PatchAsyncWrapper <Roadmap, Roadmap>(roadmap, url));
}
/// <exception cref="ArgumentNullException">Thrown when <paramref name="roadmap"/> is null.</exception>
/// <exception cref="ArgumentOutOfRangeException">Thrown when <paramref name="roadmap"/> has no work to be completed.</exception>
/// <exception cref="InvalidOperationException">Thrown when <see cref="inputMetrics"/> doesn't have at least 1 element.</exception>
/// <returns>A collection of work estimates. The first element is the estimate the complete the whole <paramref name="roadmap"/>.
/// The remaining elements are the work estimates for the projects in <paramref name="roadmap"/>.</returns>
public IReadOnlyList <WorkEstimate> Estimate(Roadmap roadmap)
{
ValidateThatRoadmapHasWorkToBeCompleted(roadmap);
ValidateThatInputMetricsHaveAtLeastOneElement();
return(EstimateWorkRequiredForFinishWorkItems(roadmap));
}
//-------------------------------------------------------------------------
public EntityDlg(Roadmap roadmap,
Entity entity)
{
try
{
Roadmap = roadmap;
Entity = entity;
InitializeComponent();
LookUpEntityTypes();
PopualteTypeDropdownList();
PopulateDependencies();
PopulateFields();
// Restore previous pos & size.
if (LastPosition != Point.Empty)
{
StartPosition = FormStartPosition.Manual;
Location = LastPosition;
}
if (LastSize != Size.Empty)
{
Size = LastSize;
}
}
catch (Exception ex)
{
Program.HandleException(ex);
}
}
//-------------------------------------------------------------------------
private void Main_Load(object sender, EventArgs e)
{
try
{
// Load roadmap from file if one was specified.
if (RoadmapFilename != null)
{
LoadRoadmap(RoadmapFilename);
UpdateAppTitle();
}
// Create a new roadmap if we don't have one by now.
if (ActiveRoadmap == null)
{
ActiveRoadmap = new Roadmap();
}
// Update the UI.
PopulateEntityLists();
}
catch (Exception ex)
{
Program.HandleException(ex);
}
}
public WorkEstimate_specification()
{
originalThreadCulture = CultureInfo.DefaultThreadCurrentCulture;
someFinishedProject = CreateFinishedProject();
someFinishedRoadmap = CreateFinishedRoadmap();
}
/// <returns>A collection of work estimates. The first element is the estimate the complete the whole <paramref name="roadmap"/>.
/// The remaining elements are the work estimates for the projects in <paramref name="roadmap"/>.</returns>
private IReadOnlyList <WorkEstimate> EstimateWorkRequiredForFinishWorkItems(Roadmap roadmap)
{
var estimatedNumberOfWorkingDaysRequiredToFinishWorkPerProject = roadmap.Projects.ToDictionary(p => p, p => 0.0);
int iterationNumber = 0;
double leftOverThroughput = 0.0;
double numberOfDaysToFinishRoadmap = 0.0;
var workedProjects = new HashSet <Project>(estimatedNumberOfWorkingDaysRequiredToFinishWorkPerProject.Count);
var unworkedProjects = new HashSet <Project>(estimatedNumberOfWorkingDaysRequiredToFinishWorkPerProject.Keys);
do
{
var throughputOfThatDay = GetThroughputOfThatDay() + leftOverThroughput;
var amountOfWorkingDayConsumed = GetAmountOfWorkingDayConsumed(roadmap, throughputOfThatDay);
double numberOfWorkItemsFinishedThisDay = Math.Floor(throughputOfThatDay);
for (int i = 0; i < numberOfWorkItemsFinishedThisDay; i++)
{
var availableProjects = roadmap.GetCurrentAvailableProjectsThatHaveWorkToBeCompleted();
if (availableProjects.Count == 0)
{
// Nothing to do any more, so early exit from the loop.
break;
}
var projectToWorkOn = GetRandomElement(availableProjects);
projectToWorkOn.CompleteWorkItem();
unworkedProjects.Remove(projectToWorkOn);
workedProjects.Add(projectToWorkOn);
}
// Projects actually worked on can finish sooner than 1 day:
foreach (var p in workedProjects)
{
estimatedNumberOfWorkingDaysRequiredToFinishWorkPerProject[p] += amountOfWorkingDayConsumed;
}
numberOfDaysToFinishRoadmap += amountOfWorkingDayConsumed;
// Projects not worked on always complete 1 day later:
foreach (var p in unworkedProjects)
{
estimatedNumberOfWorkingDaysRequiredToFinishWorkPerProject[p] += 1;
}
leftOverThroughput = throughputOfThatDay - numberOfWorkItemsFinishedThisDay;
iterationNumber++;
foreach (var p in workedProjects.Where(p => p.HasWorkToBeCompleted))
{
unworkedProjects.Add(p);
}
workedProjects.Clear();
}while (roadmap.HasWorkToBeCompleted && !IsMaximumNumberOfIterationsReached(iterationNumber));
return(CreateWorkEstimatesResult(roadmap, numberOfDaysToFinishRoadmap, estimatedNumberOfWorkingDaysRequiredToFinishWorkPerProject));
}
/// <exception cref="ArgumentNullException">Thrown when <paramref name="roadmap"/> is null.</exception>
/// <exception cref="ArgumentOutOfRangeException">Thrown when <paramref name="roadmap"/> has no work to be completed.</exception>
private void ValidateThatRoadmapHasWorkToBeCompleted(Roadmap roadmap)
{
if (roadmap is null)
{
throw new ArgumentNullException(nameof(roadmap));
}
if (!roadmap.HasWorkToBeCompleted)
{
throw new ArgumentOutOfRangeException(nameof(roadmap), "Roadmap should have work to be completed.");
}
}
public void addDocument(Roadmap roadmap)
{
if (writer == null)
{
var analyzer = new StandardAnalyzer(LuceneVersion.LUCENE_48);
IndexWriterConfig conf = new IndexWriterConfig(LuceneVersion.LUCENE_48, analyzer);
writer = new IndexWriter(directory, conf);
}
Document doc = new Document();
string title = roadmap.Title;
string intro = roadmap.Summary;
var roadmapTags = _dbContext.Entry(roadmap)
.Collection(r => r.RoadmapTag)
.Query().Select(roadmapTag => roadmapTag.Tag);
var tags = String.Join(" ", roadmapTags);
var idField = new StringField("Id", roadmap.RoadmapId.ToString(), Field.Store.YES);
doc.Add(idField);
var titleField = new TextField("Title", title, Field.Store.YES);
titleField.Boost = 3;
doc.Add(titleField);
var introField = new TextField("Intro", intro, Field.Store.YES);
introField.Boost = 4;
doc.Add(introField);
var tagField = new TextField("Tags", tags, Field.Store.YES);
tagField.Boost = 1;
doc.Add(tagField);
foreach (var tag in roadmapTags)
{
var tokenizedTagField = new StringField("TokenizedTags", tag.TagName, Field.Store.YES);
doc.Add(tokenizedTagField);
}
writer.AddDocument(doc);
writer.Commit();
}
public void GIVEN_completed_roadmap_WHEN_estimating_time_to_completion_THEN_throw_ArgumentOutOfRangeException()
{
var inputMetrics = ToInputMetrics(new[] { new ThroughputPerDay(1) });
var project = new Project(1);
var roadmap = new Roadmap(new[] { project });
project.CompleteWorkItem();
var estimator = new TimeTillCompletionEstimator(inputMetrics, randomNumberGeneratorMock.Object, someMaximumNumberOfIterations);
void Call() => estimator.Estimate(roadmap);
var actualException = Assert.Throws <ArgumentOutOfRangeException>("roadmap", Call);
Assert.StartsWith("Roadmap should have work to be completed.", actualException.Message);
}
private static IReadOnlyList <WorkEstimate> CreateWorkEstimatesResult(
Roadmap roadmap,
double numberOfDaysToFinishRoadmap,
IReadOnlyDictionary <Project, double> estimatedNumberOfWorkingDaysRequiredToFinishWorkPerProject)
{
var workEstimates = new WorkEstimate[estimatedNumberOfWorkingDaysRequiredToFinishWorkPerProject.Count + 1];
workEstimates[0] = new WorkEstimate(roadmap, numberOfDaysToFinishRoadmap);
var index = 1;
foreach (KeyValuePair <Project, double> keyValuePair in estimatedNumberOfWorkingDaysRequiredToFinishWorkPerProject)
{
workEstimates[index++] = new WorkEstimate(keyValuePair.Key, keyValuePair.Value);
}
return(workEstimates);
}
//-------------------------------------------------------------------------
private void LoadRoadmap(string filename)
{
try
{
ActiveRoadmap = Roadmap.InstantiateFromFile(filename);
UpdateAppTitle();
PopulateEntityLists();
}
catch (Exception ex)
{
Program.HandleException(
new Exception(
"Failed to load Roadmap '" + filename + "'.",
ex));
}
}
public static void CleanData()
{
FrameNameTable = null;
FrameResource = null;
VertexBufferPool = null;
IndexBufferPool = null;
SoundSector = null;
Actors = null;
ItemDescs = null;
Collisions = null;
CityAreas = null;
CityShops = null;
roadMap = null;
ATLoader = null;
AIWorlds = null;
OBJData = null;
}
//-------------------------------------------------------------------------
private void SaveRoadmap(string filename)
{
try
{
if (ActiveRoadmap != null)
{
Roadmap.WriteToFile(filename, ActiveRoadmap);
}
}
catch (Exception ex)
{
Program.HandleException(
new Exception(
"Failed to load Roadmap '" + filename + "'.",
ex));
}
}
public void XmlPersistence()
{
// Set up allowed dependencies.
EntityRelationshipManager.AddAllowedDependency(
typeof(EntityMocks.EntityMock1),
typeof(EntityMocks.EntityMock2));
// Add some entities.
EntityMocks.EntityMock1 mock1 = TestObject.AddEntity <EntityMocks.EntityMock1>();
EntityMocks.EntityMock2 mock2_1 = TestObject.AddEntity <EntityMocks.EntityMock2>();
EntityMocks.EntityMock2 mock2_2 = TestObject.AddEntity <EntityMocks.EntityMock2>();
// Add dependencies.
mock1.AddDependency(mock2_1);
mock1.AddDependency(mock2_2);
// Get as xml.
XmlDocument xmlDoc = new XmlDocument();
XmlElement xml = xmlDoc.CreateElement("Roadmap");
TestObject.GetAsXml(xml);
// Initialise a new roadmap using the xml.
Roadmap newRoadmap = new Roadmap();
newRoadmap.InitialiseFromXml(xml);
// Check the entities are present.
Entity newMock1 = newRoadmap.GetEntity(mock1.Id);
Entity newMock2_1 = newRoadmap.GetEntity(mock2_1.Id);
Entity newMock2_2 = newRoadmap.GetEntity(mock2_2.Id);
Assert.IsNotNull(newMock1.Title, "Entity not found.");
Assert.IsNotNull(newMock2_1.Title, "Entity not found.");
Assert.IsNotNull(newMock2_2.Title, "Entity not found.");
// Check the dependencies are present.
ReadOnlyCollection <Entity> dependencies;
newMock1.GetDependencies(out dependencies);
Assert.IsTrue(dependencies.Contains(newMock2_1), "Dependency not found.");
Assert.IsTrue(dependencies.Contains(newMock2_2), "Dependency not found.");
}
//-------------------------------------------------------------------------
private void uiFileNew_Click(object sender, EventArgs e)
{
try
{
if (MessageBox.Show(
"Discard any changes to current Roadmap?",
"New Roadmap",
MessageBoxButtons.YesNo,
MessageBoxIcon.Warning) == DialogResult.Yes)
{
RoadmapFilename = null;
ActiveRoadmap = new Roadmap();
UpdateAppTitle();
PopulateEntityLists();
}
}
catch (Exception ex)
{
Program.HandleException(ex);
}
}
public void StoryIsValidWithCategories()
{
// Arrange
var roadmap = new Roadmap();
roadmap.Categories.Add(new Category());
roadmap.Name = "StoryName";
var story = new Story(roadmap, Mock.Of <ISharpcloudClient2>());
var helper = CreateQueryConnectHelper();
// Act
var isValid = helper.Validate(story, out var message);
// Assert
Assert.IsTrue(isValid);
Assert.AreEqual(message, "Reading story 'StoryName'");
}
//-------------------------------------------------------------------------
private void PopulateDependencies()
{
try
{
uiDependencies.Items.Clear();
// Iterate through all the entity types.
foreach (Type type in EntityTypes.Values)
{
// Is the entity is allowed to depend on this type?
bool dependencyAllowed =
EntityRelationshipManager.GetIsDependencyAllowed(
Entity.GetType(),
type);
if (dependencyAllowed)
{
// Get all the entities of the type (which we now know
// the entity is allowed to depend on) and add to the UI list.
ReadOnlyDictionary <int, Entity> entities;
Roadmap.GetEntities(type, out entities);
foreach (Entity e in entities.Values)
{
// Can't depend on itself.
if (e != Entity)
{
uiDependencies.Items.Add(
e,
Entity.GetIsDependantOn(e));
}
}
}
}
}
catch (Exception ex)
{
Program.HandleException(ex);
}
}
public void XmlFilePersistence()
{
// Set up allowed dependencies.
EntityRelationshipManager.AddAllowedDependency(
typeof(EntityMocks.EntityMock1),
typeof(EntityMocks.EntityMock2));
// Add some entities.
EntityMocks.EntityMock1 mock1 = TestObject.AddEntity <EntityMocks.EntityMock1>();
EntityMocks.EntityMock2 mock2_1 = TestObject.AddEntity <EntityMocks.EntityMock2>();
EntityMocks.EntityMock2 mock2_2 = TestObject.AddEntity <EntityMocks.EntityMock2>();
// Add dependencies.
mock1.AddDependency(mock2_1);
mock1.AddDependency(mock2_2);
// Write to file.
Roadmap.WriteToFile("XmlFilePersistence.roadmap", TestObject);
// Initialise a new roadmap from file.
Roadmap newRoadmap = Roadmap.InstantiateFromFile("XmlFilePersistence.roadmap");
// Check the entities are present.
Entity newMock1 = newRoadmap.GetEntity(mock1.Id);
Entity newMock2_1 = newRoadmap.GetEntity(mock2_1.Id);
Entity newMock2_2 = newRoadmap.GetEntity(mock2_2.Id);
Assert.IsNotNull(newMock1.Title, "Entity not found.");
Assert.IsNotNull(newMock2_1.Title, "Entity not found.");
Assert.IsNotNull(newMock2_2.Title, "Entity not found.");
// Check the dependencies are present.
ReadOnlyCollection <Entity> dependencies;
newMock1.GetDependencies(out dependencies);
Assert.IsTrue(dependencies.Contains(newMock2_1), "Dependency not found.");
Assert.IsTrue(dependencies.Contains(newMock2_2), "Dependency not found.");
}
//-------------------------------------------------------------------------
private void uiType_SelectedIndexChanged(object sender, EventArgs e)
{
try
{
// Changing the type?
if (uiType.Text != Entity.TypeName)
{
Roadmap.RemoveEntity(Entity);
Entity newEntity = Roadmap.AddEntity(EntityTypes[uiType.Text]);
newEntity.Title = Entity.Title;
newEntity.Description = Entity.Description;
Entity = newEntity;
PopulateFields();
}
}
catch (Exception ex)
{
Program.HandleException(ex);
}
}
public bool LockAndCreate(int nRoadmapGroupId)
{
try
{
// Get the roadmap, do not create if missing
RoadmapGroup mapGroup = GetRoadmapGroup(nRoadmapGroupId, false);
if (mapGroup != null)
{
// Get the submaps (one per year in the roadmapgroup)
List <Roadmap> maps = GetRoadmaps(mapGroup.RoadmapGroupId);
if (maps != null)
{
// This should not be the case!
}
int nCurrentYear = mapGroup.StartYear;
do
{
Roadmap tempMap = maps.Find(x => x.CurrentYear == nCurrentYear);
if (tempMap == null)
{
// This creates a new roadmap, with all properties from the RoadmapGroup
// except for the xml, and that the start/end-year is set to nCurrentYear
DbCtx.Roadmaps.Add(new Roadmap(mapGroup, nCurrentYear));
}
} while (++nCurrentYear <= mapGroup.EndYear);
DbCtx.SaveChanges();
return(true);
}
return(false);
}
catch
{
}
return(false);
}
public async Task Store(RoadmapForm form)
{
var roadmap = new Roadmap {
Title = form.Title,
Summary = form.Summary,
};
var roadmapTags = form.Tags
.Select(tagId => new Tag // First we take our form.tags and convert it to Tag objects
{
TagName = tagId
})
.Select(tag => new RoadmapTag // Then we take the result of the previous conversion and we
{ // transform again to RoadmapTags, we even could do this in one pass
Roadmap = roadmap, // but this way is more clear what the transformations are
Tag = tag
})
.ToList();
_dbContext.AddRange(roadmapTags);
await _dbContext.SaveChangesAsync();
_searchEngine.addDocument(roadmap);
}
public void GIVEN_multiple_input_metrics_AND_one_project_AND_truely_random_number_generator_WHEN_estimating_time_to_completion_THEN_return_number_of_work_days_in_range(
IReadOnlyCollection <ThroughputPerDay> throughputs, Project project, double lowerBoundExpectedNumberOfDaysRequired, double upperBoundExpectedNumberOfDaysRequired)
{
var inputMetrics = ToInputMetrics(throughputs);
var roadmap = new Roadmap(new[] { project });
var estimator = new TimeTillCompletionEstimator(inputMetrics, realRandomNumberGenerator, someMaximumNumberOfIterations);
var estimations = estimator.Estimate(roadmap);
Assert.Equal(2, estimations.Count);
WorkEstimate roadmapWorkEstimate = estimations[0];
Assert.Equal("Roadmap", roadmapWorkEstimate.Identifier);
Assert.InRange(roadmapWorkEstimate.EstimatedNumberOfWorkingDaysRequired, lowerBoundExpectedNumberOfDaysRequired, upperBoundExpectedNumberOfDaysRequired);
AssertEstimateIsDeterminate(roadmapWorkEstimate);
WorkEstimate projectWorkEstimate = estimations[1];
Assert.Equal("Project", projectWorkEstimate.Identifier);
Assert.InRange(projectWorkEstimate.EstimatedNumberOfWorkingDaysRequired, lowerBoundExpectedNumberOfDaysRequired, upperBoundExpectedNumberOfDaysRequired);
AssertEstimateIsDeterminate(projectWorkEstimate);
}
public static void BuildData()
{
List <FileInfo> vbps = new List <FileInfo>();
List <FileInfo> ibps = new List <FileInfo>();
List <ItemDescLoader> ids = new List <ItemDescLoader>();
List <Actor> act = new List <Actor>();
List <NAVData> aiw = new List <NAVData>();
List <NAVData> obj = new List <NAVData>();
DirectoryInfo dirInfo = new DirectoryInfo(ScenePath);
FileInfo[] files = dirInfo.GetFiles("*", SearchOption.AllDirectories);
XmlDocument document = new XmlDocument();
document.Load(ScenePath + "/SDSContent.xml");
XPathNavigator nav = document.CreateNavigator();
var nodes = nav.Select("/SDSResource/ResourceEntry");
while (nodes.MoveNext() == true)
{
string type;
string name;
nodes.Current.MoveToFirstChild();
type = nodes.Current.Value;
nodes.Current.MoveToNext();
name = ScenePath + "/" + nodes.Current.Value;
if (type == "IndexBufferPool")
{
ibps.Add(new FileInfo(name));
}
else if (type == "VertexBufferPool")
{
vbps.Add(new FileInfo(name));
}
else if (type == "Actors")
{
try
{
act.Add(new Actor(name));
}
catch (Exception ex)
{
Console.WriteLine("Failed to read actor {0}", name);
}
}
else if (type == "FrameResource")
{
FrameResource = new FrameResource(name);
}
else if (type == "ItemDesc")
{
ids.Add(new ItemDescLoader(name));
}
else if (type == "FrameNameTable")
{
FrameNameTable = new FrameNameTable(name);
}
else if (type == "Collisions")
{
Collisions = new Collision(name);
}
else if (type == "AnimalTrafficPaths")
{
try
{
ATLoader = new AnimalTrafficLoader(new FileInfo(name));
}
catch (Exception ex)
{
Console.WriteLine("Failed to read AnimalTrafficPaths {0}", ATLoader);
}
}
else if (nodes.Current.Value == "roadmap.gsd")
{
roadMap = new Roadmap(new FileInfo(name));
}
else if (type == "NAV_OBJ_DATA")
{
obj.Add(new NAVData(new FileInfo(name)));
}
else if (type == "Translokator")
{
Translokator = new TranslokatorLoader(new FileInfo(name));
}
}
IndexBufferPool = new IndexBufferManager(ibps);
VertexBufferPool = new VertexBufferManager(vbps);
ItemDescs = ids.ToArray();
Actors = act.ToArray();
OBJData = obj.ToArray();
}
public void Initialise()
{
TestObject = new Roadmap();
}
//Improve this, its bad.
private void HandleFile(ListViewItem item)
{
if (ToolkitSettings.UseSDSToolFormat)
{
switch (item.SubItems[1].Text)
{
case "Directory":
OpenDirectory((DirectoryInfo)item.Tag);
return;
case "SDS Archive":
OpenSDS((FileInfo)item.Tag);
break;
default:
Process.Start(((FileInfo)item.Tag).FullName);
break;
}
return;
}
MaterialTool mTool;
CollisionEditor cTool;
ActorEditor aTool;
PrefabLoader prefabs;
SpeechEditor sTool;
CutsceneLoader cutscene;
IOFxFile iofx;
EmitterFile emitterFile;
TableEditor tTool;
NAVData nav;
ApexRenderMesh mesh;
ApexClothingAssetLoader aca;
CityAreaEditor caEditor;
CityShopEditor csEditor;
SoundSectorLoader soundSector;
//DEBUG
D3DForm d3dForm;
//special case:
if (item.SubItems[0].Text.Contains("SDSContent") && item.SubItems[1].Text == "XML")
{
new SDSContentEditor((FileInfo)item.Tag);
return;
}
else if (item.SubItems[0].Text.Contains("cityareas") && item.SubItems[1].Text == "BIN")
{
caEditor = new CityAreaEditor((FileInfo)item.Tag);
return;
}
else if (item.SubItems[0].Text.Contains("FrameProps") && item.SubItems[1].Text == "BIN")
{
FrameProps fProps = new FrameProps((FileInfo)item.Tag);
return;
}
else if (item.SubItems[0].Text.Contains("cityshop") && item.SubItems[1].Text == "BIN")
{
csEditor = new CityShopEditor((FileInfo)item.Tag);
return;
}
else if (item.SubItems[0].Text.Contains("roadmap") && item.SubItems[1].Text == "GSD")
{
Roadmap roadmap = new Roadmap((item.Tag as FileInfo));
return;
}
else if (item.SubItems[0].Text.Contains("shopmenu2") && item.SubItems[1].Text == "BIN")
{
ShopMenu2Editor editor = new ShopMenu2Editor((item.Tag as FileInfo));
return;
}
else if (item.SubItems[1].Text == "BIN" && HandleStreamMap((item.Tag as FileInfo)))
{
StreamEditor editor = new StreamEditor((item.Tag as FileInfo));
return;
}
else if (item.SubItems[1].Text == "BIN" && CGameData.CheckHeader((item.Tag as FileInfo)))
{
CGameData data = new CGameData((item.Tag as FileInfo));
return;
}
else if (item.SubItems[0].Text.Contains("sdsconfig") && item.SubItems[1].Text == "BIN")
{
using (BinaryReader reader = new BinaryReader(File.Open((item.Tag as FileInfo).FullName, FileMode.Open)))
{
SdsConfigFile sdsConfig = new SdsConfigFile();
sdsConfig.ReadFromFile(reader);
}
return;
}
switch (item.SubItems[1].Text)
{
case "ARM":
mesh = new ApexRenderMesh((FileInfo)item.Tag);
return;
case "ATP":
AnimalTrafficLoader loader = new AnimalTrafficLoader((FileInfo)item.Tag);
return;
case "ACA":
aca = new ApexClothingAssetLoader((FileInfo)item.Tag);
return;
case "Directory":
OpenDirectory((DirectoryInfo)item.Tag);
return;
case "Material Library":
mTool = new MaterialTool((FileInfo)item.Tag);
return;
case "NAV":
case "NOV":
case "NHV":
nav = new NAVData((FileInfo)item.Tag);
return;
case "Speech Data":
sTool = new SpeechEditor((FileInfo)item.Tag);
return;
case "CUT":
cutscene = new CutsceneLoader((FileInfo)item.Tag);
return;
case "SDS Archive":
OpenSDS((FileInfo)item.Tag);
break;
case "PATCH Archive":
OpenPATCH((FileInfo)item.Tag);
break;
case "FR":
//fTool = new FrameResourceTool((FileInfo)item.Tag);
d3dForm = new D3DForm((FileInfo)item.Tag);
d3dForm.Dispose();
return;
case "COL":
cTool = new CollisionEditor((FileInfo)item.Tag);
return;
case "IOFX":
iofx = new IOFxFile((FileInfo)item.Tag);
return;
case "AEA":
emitterFile = new EmitterFile((FileInfo)item.Tag);
return;
case "Table":
tTool = new TableEditor((FileInfo)item.Tag);
return;
case "TRA":
TranslokatorEditor editor = new TranslokatorEditor((FileInfo)item.Tag);
return;
case "ACT":
aTool = new ActorEditor((FileInfo)item.Tag);
break;
case "PRF":
prefabs = new PrefabLoader((FileInfo)item.Tag);
return;
case "LUA":
case "AP":
case "SHP":
HandleLuaFile((FileInfo)item.Tag);
return;
case "IFL":
ResourceTypes.AnimatedTexture.AnimatedTextureLoader an = new ResourceTypes.AnimatedTexture.AnimatedTextureLoader((FileInfo)item.Tag);
return;
case "IDS":
ResourceTypes.ItemDesc.ItemDescLoader itemDesc = new ResourceTypes.ItemDesc.ItemDescLoader((item.Tag as FileInfo).FullName);
return;
case "BIN":
SoundSectorLoader sLoader = new SoundSectorLoader(item.Tag as FileInfo);
return;
default:
Process.Start(((FileInfo)item.Tag).FullName);
break;
}
}
public static void BuildData(bool forceBigEndian)
{
List <FileInfo> vbps = new List <FileInfo>();
List <FileInfo> ibps = new List <FileInfo>();
List <ItemDescLoader> ids = new List <ItemDescLoader>();
List <Actor> act = new List <Actor>();
List <NAVData> aiw = new List <NAVData>();
List <NAVData> obj = new List <NAVData>();
isBigEndian = forceBigEndian;
VertexTranslator.IsBigEndian = forceBigEndian;
if (isBigEndian)
{
MessageBox.Show("Detected 'Big Endian' formats. This will severely effect functionality!", "Toolkit", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
DirectoryInfo dirInfo = new DirectoryInfo(ScenePath);
sdsContent = new SDSContentFile();
sdsContent.ReadFromFile(new FileInfo(Path.Combine(ScenePath + "/SDSContent.xml")));
//IndexBuffers
var paths = sdsContent.GetResourceFiles("IndexBufferPool", true);
foreach (var item in paths)
{
ibps.Add(BuildFileInfo(item));
}
//Vertex Buffers
paths = sdsContent.GetResourceFiles("VertexBufferPool", true);
foreach (var item in paths)
{
vbps.Add(BuildFileInfo(item));
}
//Actors
if (!isBigEndian)
{
paths = sdsContent.GetResourceFiles("Actors", true);
foreach (var item in paths)
{
try
{
act.Add(new Actor(item));
}
catch (Exception ex)
{
Console.WriteLine("Failed to read actor {0}", item);
}
}
}
//FrameResource
if (sdsContent.HasResource("FrameResource"))
{
var name = sdsContent.GetResourceFiles("FrameResource", true)[0];
FrameResource = new FrameResource(name, isBigEndian);
}
//Item Desc
if (!isBigEndian)
{
paths = sdsContent.GetResourceFiles("ItemDesc", true);
foreach (var item in paths)
{
ids.Add(new ItemDescLoader(item));
}
}
//FrameNameTable
if (sdsContent.HasResource("FrameNameTable"))
{
var name = sdsContent.GetResourceFiles("FrameNameTable", true)[0];
FrameNameTable = new FrameNameTable(name, isBigEndian);
}
//Collisions
if (!isBigEndian && sdsContent.HasResource("Collisions"))
{
var name = sdsContent.GetResourceFiles("Collisions", true)[0];
Collisions = new Collision(name);
}
//~ENABLE THIS SECTION AT YOUR OWN RISK
//AnimalTrafficPaths
//if (!isBigEndian && sdsContent.HasResource("AnimalTrafficPaths"))
//{
// var name = sdsContent.GetResourceFiles("AnimalTrafficPaths", true)[0];
// try
// {
// ATLoader = new AnimalTrafficLoader(new FileInfo(name));
// }
// catch (Exception ex)
// {
// Console.WriteLine("Failed to read AnimalTrafficPaths {0}", ex.Message);
// }
//}
//~ENABLE THIS SECTION AT YOUR OWN RISK
if (!isBigEndian && sdsContent.HasResource("PREFAB"))
{
var name = sdsContent.GetResourceFiles("PREFAB", true)[0];
PrefabLoader loader = new PrefabLoader(new FileInfo(name));
Prefabs = loader;
}
//RoadMap
if (!isBigEndian)
{
paths = sdsContent.GetResourceFiles("MemFile", true);
foreach (var item in paths)
{
if (item.Contains("RoadMap") || item.Contains("roadmap"))
{
roadMap = new Roadmap(new FileInfo(item));
}
}
}
//~ENABLE THIS SECTION AT YOUR OWN RISK
//Translokator
//if (!isBigEndian && sdsContent.HasResource("Translokator"))
//{
// var name = sdsContent.GetResourceFiles("Translokator", true)[0];
// Translokator = new TranslokatorLoader(new FileInfo(name));
//}
//~ENABLE THIS SECTION AT YOUR OWN RISK
//~ENABLE THIS SECTION AT YOUR OWN RISK
/* Kynapse OBJ_DATA
* if (!isBigEndian)
* {
* tis' broken for now
* paths = sdsContent.GetResourceFiles("NAV_OBJ_DATA", true);
* foreach (var item in paths)
* {
* obj.Add(new NAVData(new FileInfo(item)));
* }
*
* for (int i = 0; i < obj.Count; i++)
* {
* obj[i].WriteToFile();
* }
* }
*
* AI WORLD
* if (!isBigEndian)
* {
* paths = sdsContent.GetResourceFiles("NAV_AIWORLD_DATA", true);
* foreach (var Item in paths)
* {
* aiw.Add(new NAVData(new FileInfo(Item)));
* }
* }
*
* if (!isBigEndian && sdsContent.HasResource("NAV_HPD_DATA"))
* {
* var name = sdsContent.GetResourceFiles("NAV_HPD_DATA", true)[0];
* var data = new NAVData(new FileInfo(name));
* HPDData = (data.data as HPDData);
* data.WriteToFile();
* }
*/
//~ENABLE THIS SECTION AT YOUR OWN RISK
IndexBufferPool = new IndexBufferManager(ibps, dirInfo, isBigEndian);
VertexBufferPool = new VertexBufferManager(vbps, dirInfo, isBigEndian);
ItemDescs = ids.ToArray();
Actors = act.ToArray();
OBJData = obj.ToArray();
AIWorlds = aiw.ToArray();
}
public bool ConvertToTUGVehicles(string strVehicleTemplateFile,
string strSignatureFile,
string strAxleTemplateFile,
string strVectoXsd,
bool bEnsureSignatureIsPresent,
RoadmapGroup group,
Roadmap map,
DatabaseContext dbx,
string strFailedWinsLogFile,
string strPatchListFile)
{
int nCount = 0;
try
{
Log.Debug("=>ConvertToTUGVehicles");
XNamespace ns = Reco3Common.Reco3_Defines.DeclarationNamespace;
XElement signatureTemplate = XElement.Load(strSignatureFile);
XElement signatureNode = signatureTemplate.Descendants(ns + "Signature").FirstOrDefault();
XElement axleTemplate = XElement.Load(strAxleTemplateFile);
XElement axleTemplateNode = axleTemplate.Descendants(ns + "Axle").FirstOrDefault();
XElement vehicleTemplate = XElement.Load(strVehicleTemplateFile);
/*
* Roadmap previousmap = group.Roadmaps
* .OrderByDescending(x => x.CurrentYear)
* .Where(x => x.CurrentYear < map.CurrentYear)
* .First();
*/
Log.Debug("=>ConvertToTUGVehicles.Initialize");
if (true == Converter.Initialize(ns, signatureNode, axleTemplateNode, DBContext, bEnsureSignatureIsPresent, map.CurrentYear))
{
using (XmlReader schemaReader = XmlReader.Create(strVectoXsd))
{
// Prepare schemaset
XmlSchemaSet schemaSet = new XmlSchemaSet();
schemaSet.Add(XmlSchema.Read(schemaReader,
new ValidationEventHandler(
delegate(Object sender, ValidationEventArgs e) { }
)));
DateTime dtStart = DateTime.Now;
// Protect the roadmap for the time we process it, will change the status afterwards but the protection remains.
map.ImprovedVehicleCount = 0;
map.ConvertToVehicleInput_Status = Reco3_Enums.ConvertToVehicleInputStatus.Processing;
map.Validation_Status = Reco3_Enums.ValidationStatus.ValidatedWithSuccess;
map.Protected = true;
dbx.SaveChanges();
Log.Debug("=>ConvertToTUGVehicles.Initialized. B4 vehicle-iteration");
List <Scania.Baseline.FailedPds.vehiclesVehicle> vehicleList = new List <Scania.Baseline.FailedPds.vehiclesVehicle>();
List <vehiclesVehicle> vehicles = Vehicles.vehicle.ToList();
List <Vehicle> readyVehicles = new List <Vehicle>();
// If we have a filtered VIN-list, then filter out the ones not listed
List <string> strlVinList = GetVINList(strPatchListFile);
if (strlVinList != null)
{
DateTime dtb4Filter = DateTime.Now;
var hset = new HashSet <string>(strlVinList);
vehicles = vehicles.Where(elem => hset.Contains(elem.VIN)).ToList();
DateTime dtafterFilter = DateTime.Now;
TimeSpan span = dtafterFilter.Subtract(dtb4Filter);
}
foreach (vehiclesVehicle vehicle in vehicles)
{
// Thread.Sleep(10);
nCount++;
Log.Debug("=>ConvertToTUGVehicles.Initialized. B4 conversion: " + nCount + " VIN: " + vehicle.VIN);
// 1: Make a copy of the template
XElement currentVehicle = new XElement(vehicleTemplate);
Console.WriteLine("=>ConvertToTUGVehicles.Initialized. B4 conversion: " + nCount + " VIN: " + vehicle.VIN);
// 2: Construct the vehicle.xml
bool bContainsImprovements = false;
if (true == Converter.Convert2TUGVehicle(ref currentVehicle, vehicle, ref bContainsImprovements))
{
// 3: Validate against the schema from TUG
Log.Debug("=>ConvertToTUGVehicles.Initialized. B4 validating against schema.");
bool errors = false;
XDocument doc = new XDocument(currentVehicle);
doc.Validate(schemaSet, (o, e) =>
{
Log.Information("Schemafailure, vehicle: " + vehicle.VIN + ". " + e.Message);
errors = true;
}, true);
if (errors == true)
{
Log.Debug("=>ConvertToTUGVehicles.Initialized. Schema validated, with failures...");
/*
* // Failures in the schema?
* Scania.Baseline.FailedPds.vehiclesVehicle VIN = new Scania.Baseline.FailedPds.vehiclesVehicle();
* VIN.VIN = vehicle.VIN;
* VIN.SchemaFailures = new Scania.Baseline.FailedPds.vehiclesVehicleSchemaFailure[strErrorList.Count];
* int n = 0;
* foreach (string strError in strErrorList)
* {
* vehiclesVehicleSchemaFailure failure = new vehiclesVehicleSchemaFailure();
* failure.description = strError;
* VIN.SchemaFailures[n++] = failure;
* }
*
* vehicleList.Add(VIN);
*/
}
else
{
try
{
Vehicle v = null;
if (strlVinList != null)
{
v = dbx.Vehicle
.Where(x => x.VIN == vehicle.VIN)
.Where(x => x.GroupId == map.RoadmapId)
.First();
}
if (v != null)
{
// Update the existing vehicle
v.XML = doc.AsString();
dbx.Entry(v).State = System.Data.Entity.EntityState.Modified;
dbx.SaveChanges();
// Update the report for this vehicle too
var pRoadmapGroupId = new SqlParameter("@pRoadmapGroupId", group.RoadmapGroupId);
var pRoadmapId = new SqlParameter("@pRoadmapId", map.RoadmapId);
var pVehicleId = new SqlParameter("@pVehicleId", v.VehicleId);
// I know!!!! This is fu##ing ugly but hey, if it offends you, stop reading, ok?
dbx.Database.ExecuteSqlCommand("exec GenerateRoadmapReportForVehicleId @pRoadmapGroupId , @pRoadmapId , @pVehicleId", pRoadmapGroupId, pRoadmapId, pVehicleId);
}
else
{
dbx.AddVehicle(doc.AsString(), vehicle.VIN, Reco3_Enums.VehicleMode.VectoDeclaration, map.RoadmapId);
}
/*
* Vehicle v = new Vehicle(doc.AsString(), map.RoadmapId);
* v.Vehicle_Mode = Reco3_Enums.VehicleMode.VectoDeclaration;
* v.GroupId = map.RoadmapId;
* dbx.Vehicle.Add(v);
*/
if (bContainsImprovements == true)
{
map.ImprovedVehicleCount += 1;
}
// dbx.SaveChanges();
//TriggerEvent(v);
GCSettings.LargeObjectHeapCompactionMode = GCLargeObjectHeapCompactionMode.CompactOnce;
GC.Collect();
/*
* // 2.1: If no improvements where added,...
* if (bContainsImprovements == false)
* {
*
* // ...and we have the previous map,...
* if (previousmap != null)
* {
* Log.Debug("=>ConvertToTUGVehicles.Initialized. Schema validated, with success, no changes and we have a previous version, so making a copy.");
* // ...then fetch the previous version of the vehicle...
* Vehicle oldVehicle = dbx.Vehicle
* .Where(x => x.VIN == vehicle.VIN)
* .Where(x => x.GroupId == previousmap.RoadmapId)
* .First();
*
* Vehicle clonedVehicle = oldVehicle.Clone();
* clonedVehicle.VehicleId = -1;
* clonedVehicle.GroupId = map.RoadmapId;
* dbx.Vehicle.Add(clonedVehicle);
* dbx.SaveChanges();
*
* // ..and copy the vsum...
* List<VSumRecord> results = dbx.VSum.Where(x => x.VehicleId == oldVehicle.VehicleId).ToList();
* foreach (VSumRecord res in results)
* {
* // ...clone the result, patch with the new vehicle-id and roadmap-id
* VSumRecord resCopy = res.Clone();
* resCopy.VehicleId = clonedVehicle.VehicleId;
* resCopy.SimulationId = map.RoadmapId;
* dbx.VSum.Add(resCopy);
* }
* }
* else
* {
* map.ImprovedVehicleCount += 1;
* Log.Debug("=>ConvertToTUGVehicles.Initialized. Schema validated, with success, no changes but we dont have a previous version, so making a fresh vehicle.");
* // ...and we dont have the previous map so just add it as a new one...
* //dbx.AddVehicle(doc.AsString(), vehicle.VIN, Reco3_Enums.VehicleMode.VectoDeclaration, map.RoadmapId);
* }
*
* }
* else
* {
* map.ImprovedVehicleCount += 1;
* Log.Debug("=>ConvertToTUGVehicles.Initialized. Schema validated, with success, has changes so making a fresh vehicle.");
* // ...(has changes) so just add it as a new one...
* //dbx.AddVehicle(doc.AsString(), vehicle.VIN, Reco3_Enums.VehicleMode.VectoDeclaration, map.RoadmapId);
* }
* // ...and persist the changes...
* dbx.SaveChanges();
*
* GCSettings.LargeObjectHeapCompactionMode = GCLargeObjectHeapCompactionMode.CompactOnce;
* GC.Collect();
*/
}
catch (Exception ex)
{
Log.Fatal(ex, "ConvertToTUGVehicles.Exception while updating db:");
Console.WriteLine("Exception while updating db: " + ex.Message);
}
}
doc = null;
}
else
{
using (StreamWriter w = File.AppendText(strFailedWinsLogFile))
{
w.WriteLine(vehicle.VIN);
}
Console.WriteLine(" ConvertToTUGVehicles==>Convert2TUGVehicle failed." + " (VIN: " + vehicle.VIN + ")");
Log.Debug("=>ConvertToTUGVehicles.Convert2TUGVehicle failed." + " (VIN: " + vehicle.VIN + ")");
}
currentVehicle = null;
GCSettings.LargeObjectHeapCompactionMode = GCLargeObjectHeapCompactionMode.CompactOnce;
GC.Collect();
}
map.ConvertToVehicleInput_Status = Reco3_Enums.ConvertToVehicleInputStatus.ConvertedWithSuccess;
dbx.SaveChanges();
// Add the new failures,....
if (Converter.PDFailures.vehicle != null)
{
List <Scania.Baseline.FailedPds.vehiclesVehicle> tmpList = Converter.PDFailures.vehicle.ToList();
tmpList.AddRange(vehicleList);
Converter.PDFailures.vehicle = tmpList.ToArray();
}
else
{
Converter.PDFailures.vehicle = vehicleList.ToArray();
}
DateTime dtEnd = DateTime.Now;
Console.WriteLine("Conversion started: " + dtStart.ToShortDateString() + " " + dtStart.ToShortTimeString());
Console.WriteLine("Conversion done: " + dtEnd.ToShortDateString() + " " + dtEnd.ToShortTimeString());
Log.Debug("<=ConvertToTUGVehicles");
return(true);
}
}
}
catch (Exception ex)
{
Log.Fatal(ex, "ConvertToTUGVehicles.OverallException");
Console.WriteLine(ex);
}
Log.Debug("<=ConvertToTUGVehicles");
return(false);
}
public static void BuildData(bool forceBigEndian)
{
List <FileInfo> vbps = new List <FileInfo>();
List <FileInfo> ibps = new List <FileInfo>();
List <ItemDescLoader> ids = new List <ItemDescLoader>();
List <Actor> act = new List <Actor>();
List <NAVData> aiw = new List <NAVData>();
List <NAVData> obj = new List <NAVData>();
DirectoryInfo dirInfo = new DirectoryInfo(ScenePath);
FileInfo[] files = dirInfo.GetFiles("*", SearchOption.AllDirectories);
XmlDocument document = new XmlDocument();
document.Load(ScenePath + "/SDSContent.xml");
XPathNavigator nav = document.CreateNavigator();
var nodes = nav.Select("/SDSResource/ResourceEntry");
isBigEndian = forceBigEndian;
Utils.Models.VertexTranslator.IsBigEndian = forceBigEndian;
if (isBigEndian)
{
MessageBox.Show("Detected 'Big Endian' formats. This will severely effect functionality!", "Toolkit", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
while (nodes.MoveNext() == true)
{
string type;
string name;
nodes.Current.MoveToFirstChild();
type = nodes.Current.Value;
nodes.Current.MoveToNext();
name = ScenePath + "/" + nodes.Current.Value;
if (type == "IndexBufferPool")
{
ibps.Add(new FileInfo(name));
}
else if (type == "VertexBufferPool")
{
vbps.Add(new FileInfo(name));
}
else if (type == "Actors" && !isBigEndian)
{
try
{
act.Add(new Actor(name));
}
catch (Exception ex)
{
Console.WriteLine("Failed to read actor {0}", name);
}
}
else if (type == "FrameResource")
{
FrameResource = new FrameResource(name, isBigEndian);
}
else if (type == "ItemDesc" && !isBigEndian)
{
ids.Add(new ItemDescLoader(name));
}
else if (type == "FrameNameTable")
{
FrameNameTable = new FrameNameTable(name, isBigEndian);
}
else if (type == "Collisions" && !isBigEndian)
{
Collisions = new Collision(name);
}
else if (type == "AnimalTrafficPaths" && !isBigEndian)
{
try
{
ATLoader = new AnimalTrafficLoader(new FileInfo(name));
}
catch (Exception ex)
{
Console.WriteLine("Failed to read AnimalTrafficPaths {0}", ex.Message);
}
}
else if (nodes.Current.Value == "roadmap.gsd" && !isBigEndian)
{
roadMap = new Roadmap(new FileInfo(name));
}
//else if (type == "NAV_OBJ_DATA" && !isBigEndian)
// obj.Add(new NAVData(new FileInfo(name)));
else if (type == "Translokator" && !isBigEndian)
{
Translokator = new TranslokatorLoader(new FileInfo(name));
}
}
IndexBufferPool = new IndexBufferManager(ibps, isBigEndian);
VertexBufferPool = new VertexBufferManager(vbps, isBigEndian);
ItemDescs = ids.ToArray();
Actors = act.ToArray();
OBJData = obj.ToArray();
}