public async Task <ActionResult> UpdateIndex(long id)
{
var service = new CustomerService();
var types = new TypesService();
var model = new CustomerModel();
var result = await service.ReadCustomerByIdOrName(id);
if (result.Code == 200)
{
var documentTypes = await types.GetDocumentTypes();
var countries = await types.GetCountries();
var departments = await types.GetDepartments(result.Data.CountryId);
var cities = await types.GetCities(result.Data.DepartmentId, result.Data.CountryId);
model = result.Data;
model.DocumentTypes = documentTypes.Data;
model.Countries = countries.Data;
model.Departments = departments.Data;
model.Cities = cities.Data;
}
return(View(model));
}
// Generate an enum class from a MetaData.xml
static void Main(string[] args)
{
// Get input data
Console.WriteLine("### input data");
IList <VehicleTypeDto> vehicleTypes = new TypesService()
.GetVehicleTypes();
vehicleTypes.ForEach(x => Console.WriteLine(x));
Console.WriteLine();
// Generate enumeration class
Console.WriteLine("### generate class");
string className = "VehicleType";
string code = new CodeGenerator(Assembly.GetEntryAssembly().GetName().Name)
.CreateClass(className, vehicleTypes);
Console.WriteLine(code);
Console.WriteLine("### add file to project");
new ProjectAppender().
AddFile(className, code);
Console.WriteLine("### output new class");
// Output contains not the latest generated file! Project needs to be reloaded!
// todo: Doesn't work if code is generated with errors or the file doesn't exist
VehicleType.GetAll().ToList().ForEach(x => Console.WriteLine(x));
Console.ReadLine();
}
public async Task <ActionResult> GetCities(long countryId, long departmentId)
{
var service = new TypesService();
var deps = await service.GetCities(departmentId, countryId);
return(Json(deps, JsonRequestBehavior.AllowGet));
}
public void SetUp()
{
_typesRepo = new Mock<ITypesRepository>();
_typesService = new TypesService(_typesRepo.Object);
}
public void WhenGettingAllTypes_ShouldReturnEighteenType()
{
var allTypes = new TypesService(null).GetAllTypes().ToList();
allTypes.ShouldNotContain(PokemonType.Unknown);
allTypes.Count().ShouldBe(18);
}
/// <summary>
/// use this method only when recreate a map or the map id the database is null
/// </summary>
/// <param name="MapName"></param>
/// <param name="layers"></param>
/// <param name="racks"></param>
/// <param name="columns"></param>
/// <returns></returns>
public Entity.Map CreateNewMap(string MapName, int layers, int racks, int columns)
{
using (TransactionScope scope = new TransactionScope())
{
Map = new Entity.Map();
Map.MapName = MapName;
Map.RackCount = racks;
Map.LayerCount = layers;
Map.ColumnCount = columns;
//first save map initial messages
this.MapDictionaryService = new Repository.MapDictionaryService();
this.MapDictionaryService.InsertMap(Map);
//Reset Zones' static color
Zone.ResetRrandomColor();
//initial all services as the map reference for one
InitialServices(Map);
//create general types list
List <Entity.Types> generalTypes = TypesService.LoadTypes();
if (generalTypes.Count == 0)//if there has no types in the database, create new and save from code
{
generalTypes = GetGeneralTypes();
this.TypesService.InsertTypes(generalTypes);
}
//ALERT!! must be constrainted here as the same name of all the GENERAL_TYPES, or will has logical error
//ALERT!! you can modify and make contraint from "public class ItemTypesString" in this singleton class
Entity.Types tt = Map.Types.Single(t => t.Name == ItemTypesString.ITEM_TYPE_DEFAULT_STORAGE);
this._default_storage = tt;
//then set mapitems, default type Id is zt's Type Id
List <Entity.MapItems> additionMapItemList = new List <MapItems>();
for (int i = 0; i < layers; i++)
{
for (int j = 0; j < racks; j++)
{
for (int k = 0; k < columns; k++)
{
Entity.MapItems tmp = new Entity.MapItems();
DAL.MapItems DAL_tmp = new DAL.MapItems()
{
MapItemLayer = i,
MapItemRack = j,
MapItemColumn = k,
TypeId = tt.Id,
ZoneId = 0,
CargowayId = 0,
Status = (int)MapItems.MapItemStatus.STATUS_NOT_STORAGE
};
tmp.DAL_SetMapItem(DAL_tmp);
additionMapItemList.Add(tmp);
}
}
}
MapItemsService.InsertMapItems(additionMapItemList);
scope.Complete();
}
return(Map);
}
/// <summary>
/// Creates new instance of Workspace type
/// </summary>
internal Workspace(Guid snapshotId, TimeSpan timeout, INodeProvider <Guid, object, EdgeData> nodeProvider, IWorkspaceFacade commitTarget, ProxyCreatorService proxyCreatorService, TypesService typesService, IsolationLevel isolationLevel, IProxyMap immutableProxyMap)
{
this.workspaceId = Guid.NewGuid();
this.thread = Thread.CurrentThread;
if (!typeof(TDataType).IsInterface)
{
throw new ArgumentException("Interface type expected: " + typeof(TDataType).AssemblyQualifiedName);
}
this.snapshotId = snapshotId;
this.nodeProvider = nodeProvider;
this.proxyCreatorService = proxyCreatorService;
this.typesService = typesService;
this.isolationLevel = isolationLevel;
this.workspaceFacade = commitTarget;
this.immutableProxyMap = immutableProxyMap;
workspaceFacade.OpenWorkspace(workspaceId, snapshotId, isolationLevel, timeout);
if (isolationLevel == IsolationLevel.ReadOnly)
{
// Rely directly on parent provider if read only
this.objectInstancesService = new ObjectInstancesService(nodeProvider, typesService);
this.immutableInstancesService = new ObjectInstancesService(nodeProvider, typesService);
this.collectionInstancesService = new CollectionInstancesService(nodeProvider, typesService);
this.dictionaryInstancesService = new DictionaryInstancesService(nodeProvider, typesService);
}
else
{
// Construct isolated provider for local changes
var isolatedStorage = new DirectNodeProviderUnsafe <Guid, object, EdgeData>(new MemoryStorageUnsafe <Guid, object>(), false);
isolatedProvider = new IsolatedNodeProvider(nodeProvider, isolatedStorage, thread);
this.objectInstancesService = new ObjectInstancesService(isolatedProvider, typesService);
this.immutableInstancesService = new ObjectInstancesService(nodeProvider, typesService);
this.collectionInstancesService = new CollectionInstancesService(isolatedProvider, typesService);
this.dictionaryInstancesService = new DictionaryInstancesService(isolatedProvider, typesService);
}
this.runtimeProxyFacade = new RuntimeProxyFacade(typesService, objectInstancesService, immutableInstancesService, collectionInstancesService, new CollectionInstancesService(nodeProvider, typesService), dictionaryInstancesService, new DictionaryInstancesService(nodeProvider, typesService), mutableProxyMap, immutableProxyMap, proxyCreatorService);
// Initialize root data proxy
var rootObjectId = commitTarget.GetRootObjectId(snapshotId);
rootProxy = proxyCreatorService.NewObject <TDataType>(runtimeProxyFacade, rootObjectId, isolationLevel == IsolationLevel.ReadOnly);
if (isolationLevel == IsolationLevel.ReadOnly)
{
immutableProxyMap.AddProxy(rootObjectId, rootProxy);
}
else
{
mutableProxyMap.AddProxy(rootObjectId, rootProxy);
}
}
public RuntimeProxyFacade(TypesService typesService, ObjectInstancesService objectInstancesService, ObjectInstancesService immutableInstancesService, CollectionInstancesService collectionInstancesService, CollectionInstancesService immutableCollectionInstancesService, DictionaryInstancesService dictionaryInstancesService, DictionaryInstancesService immutableDictionaryInstancesService, IProxyMap mutableProxyMap, IProxyMap immutableProxyMap, ProxyCreatorService proxyCreatorService)
{
this.objectInstancesService = objectInstancesService;
this.immutableInstancesService = immutableInstancesService;
this.collectionInstancesService = collectionInstancesService;
this.dictionaryInstancesService = dictionaryInstancesService;
this.immutableCollectionInstancesService = immutableCollectionInstancesService;
this.immutableDictionaryInstancesService = immutableDictionaryInstancesService;
this.mutableProxyMap = mutableProxyMap;
this.immutableProxyMap = immutableProxyMap;
this.proxyCreatorService = proxyCreatorService;
this.typesService = typesService;
}
/// <summary>
/// Initializes the ProxyFacade class
/// </summary>
/// <param name="typesService">Service for type manipulation</param>
public static void Initialize(TypesService typesService)
{
if (typesService == null)
{
throw new ArgumentNullException("typesService");
}
StaticProxyFacade inst = new StaticProxyFacade();
inst.typesService = typesService;
instance = inst; // Instance initialized
}
public TypeViewModel(Type type, TypesService typesService)
{
DeferValidationUntilFirstSaveCall = false;
_modelBackup = type.CreateBackup();
_typesService = typesService;
Type = type;
RedirectTargets = _typesService.GetRedirectTargets(type);
TypesRedirectingToThis = (from t in Type.GlobalTypes
where t.RedirectType == type
orderby t.FullTypeName
select t).ToList();
AllowRedirect = TypesRedirectingToThis.Count == 0;
}
public async Task <ActionResult> CreateIndex()
{
var service = new TypesService();
var model = new CustomerModel();
var documentsTypes = await service.GetDocumentTypes();
var countries = await service.GetCountries();
model.DocumentTypes = documentsTypes.Data;
model.Countries = countries.Data;
return(View(model));
}
public async Task <ActionResult> DeleteIndex(long id)
{
var service = new CustomerService();
var types = new TypesService();
var model = new CustomerModel();
var result = await service.ReadCustomerByIdOrName(id);
if (result.Code == 200)
{
model = result.Data;
}
return(View(model));
}
public TypesCharacteristicsViewModel(DataPersisterService dataPersisterService, GlobalService globalService,
IUIVisualizerService visualizerService, IViewModelFactory viewModelFactory,
CharacteristicsService characteristicsService, TypesService typesService,
IAdvancedMessageService advancedMessageService)
{
_dataPersisterService = dataPersisterService;
_visualizerService = visualizerService;
_viewModelFactory = viewModelFactory;
_globalService = globalService;
_characteristicsService = characteristicsService;
_typesService = typesService;
_advancedMessageService = advancedMessageService;
Title = "Edit Types / Characteristics";
AddTypeCommand = new TaskCommand(OnAddTypeCommandExecuteAsync);
EditTypeCommand = new TaskCommand(OnEditTypeCommandExecuteAsync, EditTypeCanExecute);
DeleteTypeCommand = new TaskCommand(OnDeleteTypeCommandExecuteAsync, DeleteTypeCanExecute);
ShowTypeUsageCommand = new TaskCommand(OnShowTypeUsageCommandExecuteAsync, ShowTypeUsageCanExecute);
AddCharacteristicCommand = new TaskCommand(OnAddCharacteristicCommandExecuteAsync);
EditCharacteristicCommand =
new TaskCommand(OnEditCharacteristicCommandExecuteAsync, EditCharacteristicCanExecute);
DeleteCharacteristicCommand =
new TaskCommand(OnDeleteCharacteristicCommandExecuteAsync, DeleteCharacteristicCanExecute);
ShowCharacteristicUsageCommand = new TaskCommand(OnShowCharacteristicUsageCommandExecuteAsync,
ShowCharacteristicUsageCanExecute);
SelectedTypes.CollectionChanged += SelectedTypesOnCollectionChanged;
SelectedCharacteristics.CollectionChanged += SelectedCharacteristicsOnCollectionChanged;
Types = _typesService.TypeUsages;
Characteristics = _characteristicsService.CharacteristicUsages;
_characteristicsService.UpdateCharacteristicsUsages();
_typesService.UpdateTypesUsages();
TypesView = (ListCollectionView)CollectionViewSource.GetDefaultView(_typesService.TypeUsages);
TypesView.IsLiveSorting = false;
TypesView.IsLiveFiltering = false;
CharacteristicsView =
(ListCollectionView)CollectionViewSource.GetDefaultView(
_characteristicsService.CharacteristicUsages);
CharacteristicsView.IsLiveSorting = false;
CharacteristicsView.IsLiveFiltering = false;
}
private void InitializeServices()
{
typesService = new TypesService(provider);
var interfaceToTypeIdMapping = typesService.InitializeTypeSystem(serverContext.EntityTypes);
var completeTypesList = interfaceToTypeIdMapping.Keys;
generationService = new GenerationService(typesService);
// TODO (nsabo) Optional loading of proxy types from the given assembly (we dont want always to generate on small devices, Silverlight...)
// Note: Collection/Dictionary types are not saved in the assembly
var interfaceToGeneratedMapping = generationService.GenerateProxyTypes(completeTypesList, Properties.Settings.Default.SaveGeneratedAssemblyToDisk, Properties.Settings.Default.GeneratedAssemblyFileName);
proxyCreatorService = new ProxyCreatorService(completeTypesList, interfaceToTypeIdMapping, interfaceToGeneratedMapping);
StaticProxyFacade.Initialize(typesService);
}
public void GivenADoubleWeakPokemon_MultiplierShouldBeCorrect(
PokemonType moveType,
PokemonType defendingPokemonType1,
PokemonType defendingPokemonType2,
float expectedMultiplier)
{
var defendingPokemon = new Pokemon()
{
Types = new[] { defendingPokemonType1, defendingPokemonType2 }
};
var attackingMove = new QuickMove()
{
Type = moveType
};
var effectivenessSource = CreateEffectivenessSource();
var typeService = new TypesService(effectivenessSource);
typeService.GetTypeAdvantageMultiplier(attackingMove, defendingPokemon).Result.ShouldBe(expectedMultiplier);
}
private async void LoadTypes()
{
var result = await TypesService.GetAll();
result.ForEach(x => Types.Add(x));
}
private void InitializeServices(Type rootEntityType, Type[] entityTypes, UpgradeConfiguration upgradeConfiguration)
{
this.rootEntityType = rootEntityType;
this.entityTypes = entityTypes;
typesService = new TypesService(provider);
objectSerializationService.TypesService = typesService;
var interfaceToTypeIdMapping = typesService.InitializeTypeSystem(entityTypes);
var completeTypesList = interfaceToTypeIdMapping.Keys;
generationService = new GenerationService(typesService);
// TODO (nsabo) Optional loading of proxy types from the given assembly (we dont want always to generate on small devices, Silverlight...)
// Note: Collection/Dictionary types are not saved in the assembly
var interfaceToGeneratedMapping = generationService.GenerateProxyTypes(completeTypesList, Properties.Settings.Default.SaveGeneratedAssemblyToDisk, Properties.Settings.Default.GeneratedAssemblyFileName);
proxyCreatorService = new ProxyCreatorService(completeTypesList, interfaceToTypeIdMapping, interfaceToGeneratedMapping);
snapshotsService = new SnapshotsService(provider);
#region Parent map provider setup
if (Properties.Settings.Default.ParentMappingFileStorageUsed)
{
// Usage of file for caching parent information
var indexedFile = new IndexedFileStorage(new FileStream(this.parentMappingFileName, FileMode.Create), Properties.Settings.Default.ParentMappingFileBlockSize, false);
indexedFile.Serializer = this.objectSerializationService;
disposables.Add(indexedFile);
var parentProviderStorage = new CachedWriteNodeProviderUnsafe <Guid, object, EdgeData>(
new DirectNodeProviderUnsafe <Guid, object, EdgeData>(indexedFile, true),
new LimitedDirectNodeProviderUnsafe <Guid, object, EdgeData>(
new LimitedMemoryStorageUnsafe <Guid, object>(Properties.Settings.Default.ParentMappingMemoryMinimumCount, Properties.Settings.Default.ParentMappingMemoryMaximumCount), false)
);
disposables.Add(parentProviderStorage);
mutableParentProvider = new ParentMapProvider(parentProviderStorage, provider, null, true);
}
else
{
// Default parent information is stored in memory and has only the last snapshot available
mutableParentProvider = new ParentMapProvider(new DirectNodeProviderUnsafe <Guid, object, EdgeData>(new MemoryStorageUnsafe <Guid, object>(), false), provider, null, true);
}
#endregion
#region Merge rule provider setup
IMergeRuleProvider mergeRuleProvider = null;
if (SnapshotIsolationEnabled)
{
if (Properties.Settings.Default.ConcurrencyAutoOverrideResolution)
{
mergeRuleProvider = new AutoOverrideMergeRuleProvider();
}
else
{
if (Properties.Settings.Default.ConcurrencyAttributesEnabled)
{
mergeRuleProvider = new AttributeBasedMergeRuleProvider(typesService);
}
else
{
throw new ArgumentException("No selected provider for merge rules in snapshot isolation conflicts. Check configuration of merge rule providers.");
}
}
}
#endregion
#region Setup change set provider
// TODO (nsabo) Provide option for change set safety when context goes offline, OfflineWorkspaces should enable commits when context is back online
if (Properties.Settings.Default.ChangeSetHistoryFileStorageUsed)
{
var indexedFile = new IndexedFileStorage(new FileStream(Properties.Settings.Default.ChangeSetHistoryFileStorageFileName, FileMode.Create), 256, false);
indexedFile.Serializer = this.objectSerializationService;
disposables.Add(indexedFile);
var changeSetProviderStorage = new CachedWriteNodeProviderUnsafe <Guid, object, EdgeData>(
new DirectNodeProviderUnsafe <Guid, object, EdgeData>(indexedFile, true),
new LimitedDirectNodeProviderUnsafe <Guid, object, EdgeData>(
new LimitedMemoryStorageUnsafe <Guid, object>(Properties.Settings.Default.ChangeSetHistoryWriteCacheMinimumCount, Properties.Settings.Default.ChangeSetHistoryWriteCacheMaximumCount), false)
);
disposables.Add(changeSetProviderStorage);
changeSetProvider = new TrackingChangeSetProvider(changeSetProviderStorage);
}
else
{
changeSetProvider = new TrackingChangeSetProvider(new DirectNodeProviderUnsafe <Guid, object, EdgeData>(new MemoryStorageUnsafe <Guid, object>(), false));
}
#endregion
var immutableParentProvider = new ParentMapProvider(new DirectNodeProviderUnsafe <Guid, object, EdgeData>(new MemoryStorageUnsafe <Guid, object>(), false), provider, null, false);
collectedNodesProvider = new CollectedNodesProvider(new DirectNodeProviderUnsafe <Guid, object, EdgeData>(new MemoryStorageUnsafe <Guid, object>(), false), provider);
commitDataService = new CommitDataService(provider, typesService, snapshotsService, mutableParentProvider, immutableParentProvider, changeSetProvider, new NodeMergeExecutor(mergeRuleProvider, typesService), collectedNodesProvider);
workspaceExclusiveLockProvider = new WorkspaceExclusiveLockProvider();
disposables.Add(workspaceExclusiveLockProvider);
trackingWorkspaceStateProvider = new TrackingWorkspaceStateProvider(workspaceExclusiveLockProvider);
objectInstancesService = new ObjectInstancesService(provider, typesService);
subscriptionManagerService = new SubscriptionManagerService(typesService, objectInstancesService);
workspaceFacade = new WorkspaceFacade(commitDataService, trackingWorkspaceStateProvider, subscriptionManagerService, snapshotsService, workspaceExclusiveLockProvider);
backupService = new BackupService();
bool firstRun = snapshotsService.InitializeSnapshots();
if (firstRun)
{
InitializeDefaultSnapshot();
}
else
{
OptimizeData();
}
StaticProxyFacade.Initialize(typesService);
}
private static void LogObject(Guid nodeId, Node <Guid, object, EdgeData> node, INodeProvider <Guid, object, EdgeData> nodes, INodeProvider <Guid, object, EdgeData> changes, int tabLevel, Hashtable visited, TypesService typesService)
{
var typeId = typesService.GetInstanceTypeId(node);
var typeName = typesService.GetTypeFromId(typeId).Name;
Debug.WriteLine(LogTabs(tabLevel) + nodeId + "(" + typeName + ")");
Debug.WriteLine(LogTabs(tabLevel) + "Previous=" + node.Previous);
foreach (var value in node.Values)
{
Debug.WriteLine(LogTabs(tabLevel) + typesService.GetMemberName(typeId, value.Key) + "=" + value.Value);
}
foreach (var edge in node.Edges)
{
if (edge.Value.Data.Semantic == EdgeType.Property)
{
Debug.WriteLine(LogTabs(tabLevel) + typesService.GetMemberName(typeId, (Guid)edge.Value.Data.Data) + "=");
LogNodesRecursive(edge.Value.ToNodeId, nodes, changes, tabLevel + 1, visited, typesService);
}
}
}
public NodeMergeExecutor(IMergeRuleProvider objectAttributeProvider, TypesService typesService)
{
this.objectAttributeProvider = objectAttributeProvider;
this.typesService = typesService;
}
internal static void LogNodesRecursive(Guid nodeId, INodeProvider <Guid, object, EdgeData> nodes, INodeProvider <Guid, object, EdgeData> changes, int tabLevel, Hashtable visited, TypesService typesService)
{
if (visited.ContainsKey(nodeId))
{
Debug.WriteLine(LogTabs(tabLevel) + nodeId);
return;
}
visited.Add(nodeId, null);
if (changes.Contains(nodeId))
{
var node = changes.GetNode(nodeId, NodeAccess.Read);
switch (node.NodeType)
{
case NodeType.Object:
LogObject(nodeId, node, nodes, changes, tabLevel, visited, typesService);
break;
case NodeType.Collection:
LogCollection(nodeId, node, nodes, changes, tabLevel, visited, typesService);
break;
case NodeType.Dictionary:
LogCollection(nodeId, node, nodes, changes, tabLevel, visited, typesService);
break;
default:
Debug.WriteLine(LogTabs(tabLevel) + node.Previous + "->" + nodeId + "[" + node.NodeType + "]");
foreach (var edge in node.Edges)
{
Debug.WriteLine(LogTabs(tabLevel) + edge.Key + "=");
LogNodesRecursive(edge.Value.ToNodeId, nodes, changes, tabLevel + 1, visited, typesService);
}
break;
}
}
else
{
Debug.WriteLine(LogTabs(tabLevel) + nodeId);
}
}
private static void LogCollection(Guid nodeId, Node <Guid, object, EdgeData> node, INodeProvider <Guid, object, EdgeData> nodes, INodeProvider <Guid, object, EdgeData> changes, int tabLevel, Hashtable visited, TypesService typesService)
{
Edge <Guid, EdgeData> typeEdge = null;
BPlusTreeOperations.TryFindEdge(nodes, nodeId, new EdgeData(EdgeType.OfType, null), out typeEdge);
var typeId = typeEdge.ToNodeId;
var typeName = typesService.GetTypeFromId(typeId).Name;
Debug.WriteLine(LogTabs(tabLevel) + nodeId + "(" + typeName + ")");
Debug.WriteLine(LogTabs(tabLevel) + "Previous=" + node.Previous);
using (var enumeration = BPlusTreeOperations.GetEnumerator(nodes, nodeId, EdgeType.ListItem))
{
while (enumeration.MoveNext())
{
Debug.WriteLine(LogTabs(tabLevel) + enumeration.Current.Data + "=");
LogNodesRecursive(enumeration.Current.ToNodeId, nodes, changes, tabLevel + 1, visited, typesService);
}
}
}
/// <summary>
/// Creates new instance of GenerationService type
/// </summary>
/// <param name="typesService">Type service to use</param>
public GenerationService(TypesService typesService)
{
this.typesService = typesService;
}
public AttributeBasedMergeRuleProvider(TypesService typesService)
{
this.typesService = typesService;
Initialize();
}
public void SetUp()
{
_typesRepo = new Mock <ITypesRepository>();
_typesService = new TypesService(_typesRepo.Object);
}
/// <summary>
/// Creates new instance of SubscriptionManagerService type
/// </summary>
/// <param name="typesService">Service which manages types</param>
/// <param name="objectInstancesService">Service which handles object instances</param>
public SubscriptionManagerService(TypesService typesService, ObjectInstancesService objectInstancesService)
{
this.typesService = typesService;
this.objectInstancesService = objectInstancesService;
}
