private static RootClass CreateMappingClasses() { var classMapping = new RootClass(); var componentMapping = new NHibernate.Mapping.Component(classMapping); var componentPropertyMapping = new Property(componentMapping); componentPropertyMapping.Name = "ComponentPropertyInClass"; classMapping.AddProperty(componentPropertyMapping); var stringValue = new SimpleValue(); stringValue.TypeName = typeof(string).FullName; var stringPropertyInComponentMapping = new Property(stringValue); stringPropertyInComponentMapping.Name = "StringPropertyInComponent"; componentMapping.AddProperty(stringPropertyInComponentMapping); var componentType = (IAbstractComponentType)componentMapping.Type; Assume.That(CascadeStyle.None == stringPropertyInComponentMapping.CascadeStyle); Assume.That(CascadeStyle.None == componentType.GetCascadeStyle(0)); Assume.That(CascadeStyle.None == componentPropertyMapping.CascadeStyle); return(classMapping); }
public void Tests() { var root = new RootClass(); Assert.Null(root.Name); root.Name = "Root"; var propertyChanged = 0; root.OnNotify.Add(p => { propertyChanged++; }); Assert.Equal("Root.NumericClass.IntProperty", root.NumericClass.IntProperty.FullName); Assert.NotEmpty(root.ChangedProperties()); Assert.Equal(4, root.ChangedProperties().Count()); Assert.Empty(root.ChangedProperties().Where(i => i.TimeStamp != DateTime.MinValue)); root.NumericClass.DoubleProperty.Value = 4711; Assert.Equal(1, propertyChanged); Assert.Single(root.ChangedProperties().Where(i => i.TimeStamp != DateTime.MinValue)); foreach (var item in root.ChangedProperties()) { WriteLine(item.ToChangeString(false)); WriteLine(item.ToChangeString(true)); } }
public void GetFieldValue_InferType_Lazy_ReturnsConcrete() { //Assign Item item = _db.GetItem(_item2Path); SitecoreProperty property = AttributeConfigurationLoader.GetProperty(typeof(RootClass).GetProperty("LazyLoadedInferred")); _handler.ConfigureDataHandler(property); RootClass root = new RootClass(); //Act var result = _handler.GetFieldValue( item.ID.ToString(), item, _service); root.LazyLoadedInferred = result as EmptyTemplate1; //Assert Assert.IsNotNull(root.LazyLoadedInferred); Assert.AreNotEqual(typeof(EmptyTemplate1), root.LazyLoadedInferred.GetType()); Assert.AreNotEqual(typeof(EmptyTemplate2), root.LazyLoadedInferred.GetType()); //the type is inferred so should be EmptyTemplate2 Assert.IsTrue(root.LazyLoadedInferred is EmptyTemplate2); }
public void Bind(HbmClass classSchema, IDictionary <string, MetaAttribute> inheritedMetas) { var rootClass = new RootClass(); BindClass(classSchema, rootClass, inheritedMetas); // OPTIMISTIC LOCK MODE rootClass.OptimisticLockMode = classSchema.optimisticlock.ToOptimisticLock(); inheritedMetas = GetMetas(classSchema, inheritedMetas, true); // get meta's from <class> //TABLENAME string schema = classSchema.schema ?? mappings.SchemaName; string catalog = classSchema.catalog ?? mappings.CatalogName; string tableName = GetClassTableName(rootClass, classSchema); if (string.IsNullOrEmpty(tableName)) { throw new MappingException( string.Format( "Could not determine the name of the table for entity '{0}'; remove the 'table' attribute or assign a value to it.", rootClass.EntityName)); } Table table = mappings.AddTable(schema, catalog, tableName, classSchema.Subselect, rootClass.IsAbstract.GetValueOrDefault(), classSchema.schemaaction); ((ITableOwner)rootClass).Table = table; log.Info("Mapping class: {0} -> {1}", rootClass.EntityName, rootClass.Table.Name); rootClass.IsMutable = classSchema.mutable; rootClass.Where = classSchema.where ?? rootClass.Where; if (classSchema.check != null) { table.AddCheckConstraint(classSchema.check); } rootClass.IsExplicitPolymorphism = classSchema.polymorphism == HbmPolymorphismType.Explicit; BindCache(classSchema.cache, rootClass); new ClassIdBinder(Mappings).BindId(classSchema.Id, rootClass, table); new ClassCompositeIdBinder(Mappings).BindCompositeId(classSchema.CompositeId, rootClass); new ClassDiscriminatorBinder(rootClass, Mappings).BindDiscriminator(classSchema.discriminator, table); BindTimestamp(classSchema.Timestamp, rootClass, table, inheritedMetas); BindVersion(classSchema.Version, rootClass, table, inheritedMetas); rootClass.CreatePrimaryKey(); BindNaturalId(classSchema.naturalid, rootClass, inheritedMetas); new PropertiesBinder(mappings, rootClass).Bind(classSchema.Properties, inheritedMetas); BindJoins(classSchema.Joins, rootClass, inheritedMetas); BindSubclasses(classSchema.Subclasses, rootClass, inheritedMetas); BindJoinedSubclasses(classSchema.JoinedSubclasses, rootClass, inheritedMetas); BindUnionSubclasses(classSchema.UnionSubclasses, rootClass, inheritedMetas); new FiltersBinder(rootClass, Mappings).Bind(classSchema.filter); mappings.AddClass(rootClass); }
private static void BindCache(HbmCache cacheSchema, RootClass rootClass) { if (cacheSchema != null) { rootClass.CacheConcurrencyStrategy = GetXmlEnumAttribute(cacheSchema.usage); rootClass.CacheRegionName = cacheSchema.region; } }
private static void BindCache(HbmCache cacheSchema, RootClass rootClass) { if (cacheSchema != null) { rootClass.CacheConcurrencyStrategy = cacheSchema.usage.ToCacheConcurrencyStrategy(); rootClass.CacheRegionName = cacheSchema.region; } }
/// <summary> /// Creates a tree with its root /// </summary> /// <param name="id">Id of the root</param> /// <param name="title">Title of the node</param> /// <param name="data">Data for the node</param> public Tree(string id, string title, T data = null) { Root = new RootClass { id = id, title = title, data = data }; }
private static void BindCache(HbmCache cacheSchema, RootClass rootClass) { if (cacheSchema != null) { rootClass.CacheConcurrencyStrategy = cacheSchema.usage.ToCacheConcurrencyStrategy(); rootClass.CacheRegionName = cacheSchema.region; rootClass.SetLazyPropertiesCacheable(cacheSchema.include == HbmCacheInclude.All); } }
public void GetJsonStringTest_Null() { var obj = new { X = new RootClass() { A = "Jeffrey", B = 31, C = null, ElementClassA = new ElementClass() { A = "Jeffrey", B = null }, ElementClassB = null }, Y = new { O = "0", Z = (string)null } }; var obj2 = new RootClass() { A = "Jeffrey", B = 31, C = null, ElementClassA = new ElementClass() { A = "Jeffrey", B = null }, ElementClassB = null }; var obj3 = new RootClass() { A = "Jeffrey", B = 31, C = null, ElementClassA = new ElementClass() { A = "Jeffrey", B = null }, ElementClassB = null, ElementClass2 = new ElementClass2() { A = "A" } }; DateTime dt1 = DateTime.Now; SerializerHelper js = new SerializerHelper(); var json = js.GetJsonString(obj, new JsonSetting(true, new List<string>(new[] { "Z", "C" }))); Console.WriteLine(json); var json2 = js.GetJsonString(obj2, new JsonSetting(true, new List<string>(new[] { "B" }))); Console.WriteLine(json2); var json3 = js.GetJsonString(obj3, new JsonSetting(true, null, new List<Type>(new[] { typeof(ElementClass2) }))); Console.WriteLine(json3); Console.WriteLine((DateTime.Now - dt1).TotalMilliseconds); }
public void Example1() { var subscriber = Logger.CreateSubscriber(VerboseLevel.All); subscriber.NewLogMessage += subscriber_Log; var c = new RootClass(); c.A.WriteMessage(); c.B.WriteMessage(); c.C.WriteMessage(); c.WriteMessage(); }
public void DeepCloneTest(DeepCloneMethod method) { Where(); DeepClone_ConstructorCount = 0; RootClass a = new RootClass(); a.Int1 = Util.RandSInt31(); a.Str1 = a.Int1.ToString(); a.Test1 = new ElementClass2("Hello"); a.Test2 = new ElementClass2("Hello"); a.Test3 = a.Test2; a.Test1.TestList = new List <ElementClass2>(); a.Test1.TestList.Add(a.Test2); a.Test2.TestList = new List <ElementClass2>(); a.Test2.TestList.Add(a.Test1); int tmp = Util.RandSInt31(); a._GetFieldReaderWriter(true).SetValue(a, "Int2", tmp); a._GetFieldReaderWriter(true).SetValue(a, "Str2", tmp.ToString()); a.Dict = new Dictionary <int, ElementClass>(); a.Element = new ElementClass { Int1 = 1, Str1 = "Hello", Root = null }; a.Element.Element2 = new ElementClass2("Neko"); for (int i = 0; i < 1000; i++) { ElementClass e = new ElementClass(); e.Int1 = Util.RandSInt31(); e.Str1 = e.Int1.ToString(); e._GetFieldReaderWriter(true).SetValue(e, "Int2", tmp); e._GetFieldReaderWriter(true).SetValue(e, "Str2", tmp.ToString()); e.Root = a; a.Dict.Add(i, e); } DeepClone_ConstructorCount = 0; RootClass b = a._CloneDeep(method); Assert.False(object.ReferenceEquals(b.Test1, b.Test2)); Assert.True(object.ReferenceEquals(b.Test2, b.Test3)); Assert.True(object.ReferenceEquals(b.Test1 !.TestList ![0], b.Test2));
public void Example1() { var subscriber = Logger.CreateSubscriber(VerboseLevel.All); subscriber.NewLogMessage += subscriber_Log; var c = new RootClass(); c.A.WriteMessage(); c.B.WriteMessage(); c.C.WriteMessage(); c.WriteMessage(); }
public string GetResourceFilePath() { string assemblyName = Assembly.GetExecutingAssembly().FullName; assemblyName = assemblyName.Substring(0, assemblyName.IndexOf(',')); string myFilePath = GetRealClassPath(); //If base class is in the root directory, this could just be replaced by string projectFolder = GetFilePathLoc(); string projectFolder = RootClass.GetPath(); //Remove the "absolute part" of the path myFilePath = myFilePath.Substring(projectFolder.Length); return("/" + assemblyName + ",component/" + myFilePath); }
private static void AssertDeserializedMappingClasses(RootClass deserializedClassMapping) { var deserializedComponentPropertyMapping = deserializedClassMapping.GetProperty("ComponentPropertyInClass"); var deserializedComponentMapping = (NHibernate.Mapping.Component)deserializedComponentPropertyMapping.Value; var deserializedComponentType = (IAbstractComponentType)deserializedComponentMapping.Type; var deserializedStringPropertyInComponentMapping = deserializedComponentMapping.GetProperty("StringPropertyInComponent"); // Must be all the same objects since CascadeStyles are singletons and are // compared with "==" and "!=" operators. Assert.AreSame(CascadeStyle.None, deserializedStringPropertyInComponentMapping.CascadeStyle); Assert.AreSame(CascadeStyle.None, deserializedComponentType.GetCascadeStyle(0)); Assert.AreSame(CascadeStyle.None, deserializedComponentPropertyMapping.CascadeStyle); }
public static void SetGuidToUniqueWithDefaultValue(NHibernate.Cfg.Configuration config) { foreach (PersistentClass @class in config.ClassMappings) { RootClass rootClass = @class.RootClazz; Table table = rootClass.Table; foreach (Column column in table.ColumnIterator.Where(column => column.Name == "Guid")) { column.IsUnique = true; column.DefaultValue = "newid()"; } } }
public string Translate(string from, string to, string source) { String currentUrl = String.Format(TRANSLATE_URL, languageMapDict[from], languageMapDict[to], source); WebClient webClient = new WebClient(); String ret = webClient.DownloadString(currentUrl); RootClass obj = Newtonsoft.Json.JsonConvert.DeserializeObject <RootClass>(ret); if (obj == null || obj.trans_result == null || obj.trans_result.data == null) { return(null); } return(obj.trans_result.data[0].dst); }
public static String getAddressfromGoogle(double lat, double lon) { try { WebClient webClient = new WebClient(); var jsonData = webClient.DownloadData("http://maps.googleapis.com/maps/api/geocode/json?latlng=" + lat + "," + lon + "&sensor=true"); DataContractJsonSerializer ser = new DataContractJsonSerializer(typeof(RootClass)); RootClass rootObject = (RootClass)ser.ReadObject(new MemoryStream(jsonData)); return(rootObject.results[0].formatted_address); } catch (InvalidPluginExecutionException ex) { throw new Exception("GetAddress.getAddressfromGoogle()" + ex.Message + ex.StackTrace + ex.Source); } }
public static object DefaultRootClassHashInput(RootClass rootClass) { // This is the standard enumeration done for the EntityMetamodel // constructor to build *all* properties (including properties that // refer to collections). var serialized = new List <Tuple <string, string> >(rootClass.PropertyClosureSpan); foreach (var property in rootClass.PropertyClosureIterator) { serialized.Add(Tuple.Create(property.Name, property.Type.ToString())); } return(serialized); }
public void Bind(XmlNode node, HbmClass classSchema, IDictionary <string, MetaAttribute> inheritedMetas) { RootClass rootClass = new RootClass(); BindClass(node, classSchema, rootClass, inheritedMetas); inheritedMetas = GetMetas(classSchema, inheritedMetas, true); // get meta's from <class> //TABLENAME string schema = classSchema.schema ?? mappings.SchemaName; string catalog = classSchema.catalog ?? mappings.CatalogName; string tableName = GetClassTableName(rootClass, classSchema); if (string.IsNullOrEmpty(tableName)) { throw new MappingException( string.Format( "Could not determine the name of the table for entity '{0}'; remove the 'table' attribute or assign a value to it.", rootClass.EntityName)); } Table table = mappings.AddTable(schema, catalog, tableName, null, rootClass.IsAbstract.GetValueOrDefault(), classSchema.schemaaction); ((ITableOwner)rootClass).Table = table; log.InfoFormat("Mapping class: {0} -> {1}", rootClass.EntityName, rootClass.Table.Name); rootClass.IsMutable = classSchema.mutable; rootClass.Where = classSchema.where ?? rootClass.Where; if (classSchema.check != null) { table.AddCheckConstraint(classSchema.check); } rootClass.IsExplicitPolymorphism = classSchema.polymorphism == HbmPolymorphismType.Explicit; BindCache(classSchema.cache, rootClass); new ClassIdBinder(this).BindId(classSchema.Id, rootClass, table); new ClassCompositeIdBinder(this).BindCompositeId(classSchema.CompositeId, rootClass); new ClassDiscriminatorBinder(this).BindDiscriminator(classSchema.discriminator, rootClass, table); BindTimestamp(classSchema.Timestamp, rootClass, table, inheritedMetas); BindVersion(classSchema.Version, rootClass, table, inheritedMetas); rootClass.CreatePrimaryKey(dialect); PropertiesFromXML(node, rootClass, inheritedMetas); mappings.AddClass(rootClass); }
static void Main(string[] args) { string path; string inputPath = "../../Config/"; string outputPath = "../../Output/"; XmlDocument doc = new XmlDocument(); string[] files = Directory.GetFiles(inputPath); for (int i = 0; i < files.Length; ++i) { path = files[i]; doc.Load(path); RootClass data = RootClassParser.Parse(doc.FirstChild); break; //!!! } }
private static RootClass GetTestObject() { var @object = new RootClass { StringProperty = "Root String Value", DateProperty = new DateTime(2012, 3, 31, 16, 27, 55), Child = new ChildClass { IntegerProperty = 23, StringProperty = "Child String Value", DecimalProperty = 12.5m, DoubleProperty = 23.45, BooleanProperty = false } }; return(@object); }
public void ValidatesObjectRecursively() { var root = new RootClass(); var validationContext = new ValidationContext(root); var validationResults = new List <ValidationResult>(); // Validate recursively Assert.False(RecursiveValidator.TryValidateObject(root, validationContext, validationResults)); Assert.Equal(6, validationResults.Count); Assert.Contains(validationResults, r => r.MemberNames.FirstOrDefault() == nameof(RootClass.SomeString)); Assert.Contains(validationResults, r => r.MemberNames.FirstOrDefault() == $"{nameof(RootClass.SingleChild)}.{nameof(ChildClass.SomeOtherString)}"); Assert.Contains(validationResults, r => r.MemberNames.FirstOrDefault() == $"{nameof(RootClass.SingleChild)}.{nameof(ChildClass.NestedItems)}[0].{nameof(ChildItem.SomeOtherOtherString)}"); Assert.Contains(validationResults, r => r.MemberNames.FirstOrDefault() == $"{nameof(RootClass.SingleChild)}.{nameof(ChildClass.NestedItems)}[1].{nameof(ChildItem.SomeOtherOtherString)}"); Assert.Contains(validationResults, r => r.MemberNames.FirstOrDefault() == $"{nameof(RootClass.Items)}[0].{nameof(ChildItem.SomeOtherOtherString)}"); Assert.Contains(validationResults, r => r.MemberNames.FirstOrDefault() == $"{nameof(RootClass.Items)}[1].{nameof(ChildItem.SomeOtherOtherString)}"); }
public void Execute() { var rt = RuntimeTypeModel.Create(); rt.Add(typeof(IEnumerableClass), true); rt.Add(typeof(RootClass), true); rt.Compile(); var c1 = new IEnumerableClass() { Prop1 = 1, Prop2 = "a" }; var i1 = new RootClass() { Prop1 = 1, Prop2 = "blabla", Prop3 = c1 }; var cloned = rt.DeepClone(i1) as RootClass; Assert.Equal(1, cloned.Prop3.Prop1); }
private void AppendComputedVersion(RootClass rootClass, HashAlgorithm hashAlgorithm, Queue <Action> actionQueue) { var isCacheDisabled = String.IsNullOrEmpty(rootClass.CacheConcurrencyStrategy); if (isCacheDisabled) { return; } var hashInput = getRootClassHashInput(rootClass); var hash = Hash(hashAlgorithm, hashInput); actionQueue.Enqueue(() => { var oldCacheRegionName = rootClass.CacheRegionName; var newCacheRegionName = formatRegionName(oldCacheRegionName, hash); onChanges.ForEach(x => x(oldCacheRegionName, newCacheRegionName, hash)); rootClass.CacheRegionName = newCacheRegionName; }); }
public void GetFieldValue_InvalidData_ReturnsNull() { //Assign //Assign Item item = _db.GetItem(_item1Path); SitecoreProperty property = AttributeConfigurationLoader.GetProperty(typeof(RootClass).GetProperty("LazyLoaded")); _handler.ConfigureDataHandler(property); RootClass root = new RootClass(); //Act var result = _handler.GetFieldValue( "random value", item, _service); root.LazyLoaded = result as EmptyTemplate1; //Assert Assert.IsNull(root.LazyLoaded); }
public void GetFieldValue_IsLazyFalse_ReturnsConcrete() { //Assign Item item = _db.GetItem(_item1Path); SitecoreProperty property = AttributeConfigurationLoader.GetProperty(typeof(RootClass).GetProperty("NotLazyLoaded")); _handler.ConfigureDataHandler(property); RootClass root = new RootClass(); //Act var result = _handler.GetFieldValue( item.ID.ToString(), item, _service); root.LazyLoaded = result as EmptyTemplate1; //Assert Assert.IsNotNull(root.LazyLoaded); //should not be equal because of proxy class Assert.AreEqual(typeof(EmptyTemplate1), root.LazyLoaded.GetType()); }
public static object DefaultRootClassSerializer(RootClass rootClass) { return(DefaultRootClassHashInput(rootClass)); }
private static RootClass GetTestObject() { var @object = new RootClass { StringProperty = "Root String Value", DateProperty = new DateTime(2012, 3, 31, 16, 27, 55), Child = new ChildClass { IntegerProperty = 23, StringProperty = "Child String Value", DecimalProperty = 12.5m, DoubleProperty = 23.45, BooleanProperty = false } }; return @object; }
public void GetJsonStringTest_Null() { var obj = new { X = new RootClass() { A = "Jeffrey", B = 31, C = null, ElementClassA = new ElementClass() { A = "Jeffrey", B = null }, ElementClassB = null }, Y = new { O = "0", Z = (string)null } }; var obj2 = new RootClass() { A = "Jeffrey", B = 31, C = null, ElementClassA = new ElementClass() { A = "Jeffrey", B = null }, ElementClassB = null }; var obj3 = new RootClass() { A = "Jeffrey", B = 31, C = null, ElementClassA = new ElementClass() { A = "Jeffrey", B = null }, ElementClassB = null, ElementClass2 = new ElementClass2() { A = "A" } }; DateTime dt1 = DateTime.Now; SerializerHelper js = new SerializerHelper(); var json = js.GetJsonString(obj, new JsonSetting(true, new List <string>(new[] { "Z", "C" }))); Console.WriteLine(json); var json2 = js.GetJsonString(obj2, new JsonSetting(true, new List <string>(new[] { "B" }))); Console.WriteLine(json2); var json3 = js.GetJsonString(obj3, new JsonSetting(true, null, new List <Type>(new[] { typeof(ElementClass2) }))); Console.WriteLine(json3); Console.WriteLine((DateTime.Now - dt1).TotalMilliseconds); }
public void Bind(System.Type entity) { var rootClass = new RootClass(); BindClass(entity, rootClass); }
public void GetFieldValue_IsLazyFalse_ReturnsConcrete() { //Assign Item item = _db.GetItem(_item1Path); SitecoreProperty property = AttributeConfigurationLoader.GetProperty(typeof(RootClass).GetProperty("NotLazyLoaded")); _handler.ConfigureDataHandler(property); RootClass root = new RootClass(); //Act var result = _handler.GetFieldValue( item.ID.ToString(), item, _service); root.LazyLoaded = result as EmptyTemplate1; //Assert Assert.IsNotNull(root.LazyLoaded); //should not be equal because of proxy class Assert.AreEqual(typeof(EmptyTemplate1), root.LazyLoaded.GetType()); }
public void GetFieldValue_InvalidData_ReturnsNull() { //Assign //Assign Item item = _db.GetItem(_item1Path); SitecoreProperty property = AttributeConfigurationLoader.GetProperty(typeof(RootClass).GetProperty("LazyLoaded")); _handler.ConfigureDataHandler(property); RootClass root = new RootClass(); //Act var result = _handler.GetFieldValue( "random value", item, _service); root.LazyLoaded = result as EmptyTemplate1; //Assert Assert.IsNull(root.LazyLoaded); }
public CtrDependentChildClass(RootClass x) : base(x) { Xs.Add(x); }
public void GetJsonStringTest_Null() { var obj = new { X = new RootClass() { A = "Jeffrey", B = 31, C = null, ElementClassA = new ElementClass() { A = "Jeffrey", B = null }, ElementClassB = null }, Y = new { O = "0", Z = (string)null } }; DateTime dt1 = SystemTime.Now; { //不进行任何设置,返回原始JSON var json = SerializerHelper.GetJsonString(obj, jsonSetting: null); Console.WriteLine(json); var exceptedJson = "{\"X\":{\"A\":\"Jeffrey\",\"B\":31,\"C\":null,\"ElementClassA\":{\"A\":\"Jeffrey\",\"B\":null,\"RootClass\":null},\"ElementClassB\":null,\"ElementClass2\":null},\"Y\":{\"O\":\"0\",\"Z\":null}}"; Assert.AreEqual(exceptedJson, json); } { //不忽略任何属性 var json = SerializerHelper.GetJsonString(obj, new JsonSetting(false)); Console.WriteLine(json); var exceptedJson = "{\"X\":{\"A\":\"Jeffrey\",\"B\":31,\"ElementClassA\":{\"A\":\"Jeffrey\",\"B\":null,\"RootClass\":null},\"ElementClassB\":null,\"ElementClass2\":null},\"Y\":{\"O\":\"0\",\"Z\":null}}"; Assert.AreEqual(exceptedJson, json); } { //忽略所有为null的属性 var json = SerializerHelper.GetJsonString(obj, new JsonSetting(true)); Console.WriteLine(json); var exceptedJson = "{\"X\":{\"A\":\"Jeffrey\",\"B\":31,\"ElementClassA\":{\"A\":\"Jeffrey\"}},\"Y\":{\"O\":\"0\"}}"; Assert.AreEqual(exceptedJson, json); var obj2 = new RootClass() { A = "Jeffrey", B = 31, C = null, ElementClassA = new ElementClass() { A = "Jeffrey", B = null }, ElementClassB = null }; var json2 = SerializerHelper.GetJsonString(obj2, new JsonSetting(true, new List <string>(new[] { "B" }))); var exceptedJson2 = "{\"A\":\"Jeffrey\",\"B\":31,\"ElementClassA\":{\"A\":\"Jeffrey\"}}"; Console.WriteLine(json2); Assert.AreEqual(exceptedJson2, json2); } { //忽略特定为null的属性 var json = SerializerHelper.GetJsonString(obj, new JsonSetting(false, new List <string>(new[] { "Z" })));//Z属性会被忽略 Console.WriteLine(json); var exceptedJson = "{\"X\":{\"A\":\"Jeffrey\",\"B\":31,\"ElementClassA\":{\"A\":\"Jeffrey\",\"B\":null,\"RootClass\":null},\"ElementClassB\":null,\"ElementClass2\":null},\"Y\":{\"O\":\"0\"}}"; Assert.AreEqual(exceptedJson, json); } { //忽略特定值测试(忽略特定值,以及忽略null) var obj4 = new RootClass() { A = "IGNORE",//会被忽略 B = 31, C = null, ElementClassA = null, ElementClassB = null, ElementClass2 = null }; var json = SerializerHelper.GetJsonString(obj4, new JsonSetting(true));//Z属性会被忽略 Console.WriteLine(json); var exceptedJson = "{\"B\":31}"; Assert.AreEqual(exceptedJson, json); } { //忽略特定值测试(只忽略特定值,不忽略null) var obj4 = new RootClass() { A = "IGNORE",//会被忽略 B = 31, C = null, ElementClassA = null, ElementClassB = null, ElementClass2 = null }; var json = SerializerHelper.GetJsonString(obj4, new JsonSetting(false));//Z属性会被忽略 Console.WriteLine(json); var exceptedJson = "{\"B\":31,\"ElementClassA\":null,\"ElementClassB\":null,\"ElementClass2\":null}"; Assert.AreEqual(exceptedJson, json); } { //忽略特定值测试(不匹配,因此不忽略) var obj4 = new RootClass() { A = "DO NET IGNORE",//不会被忽略 B = 31, C = null, ElementClassA = null, ElementClassB = null, ElementClass2 = null }; var json = SerializerHelper.GetJsonString(obj4, new JsonSetting(true));//Z属性会被忽略 Console.WriteLine(json); var exceptedJson = "{\"A\":\"DO NET IGNORE\",\"B\":31}"; Assert.AreEqual(exceptedJson, json); } { //忽略特定类型为null的属性 var obj3 = new RootClass() { A = "Jeffrey", B = 31, C = null, ElementClassA = new ElementClass() { A = "Jeffrey", B = null }, ElementClassB = null, ElementClass2 = null//将会被忽略 }; var json3 = SerializerHelper.GetJsonString(obj3, new JsonSetting(false, null, new List <Type>(new[] { typeof(ElementClass), typeof(ElementClass2) }))); Console.WriteLine(json3); var exceptedJson3 = "{\"A\":\"Jeffrey\",\"B\":31,\"ElementClassA\":{\"A\":\"Jeffrey\",\"B\":null,\"RootClass\":null}}"; Assert.AreEqual(exceptedJson3, json3); } Console.WriteLine((SystemTime.Now - dt1).TotalMilliseconds); }
public MainWindow() { InitializeComponent(); DataContext = new RootClass(); }
public void GetFieldValue_InferType_Lazy_ReturnsConcrete() { //Assign Item item = _db.GetItem(_item2Path); SitecoreProperty property = AttributeConfigurationLoader.GetProperty(typeof(RootClass).GetProperty("LazyLoadedInferred")); _handler.ConfigureDataHandler(property); RootClass root = new RootClass(); //Act var result = _handler.GetFieldValue( item.ID.ToString(), item, _service); root.LazyLoadedInferred = result as EmptyTemplate1; //Assert Assert.IsNotNull(root.LazyLoadedInferred); Assert.AreNotEqual(typeof(EmptyTemplate1), root.LazyLoadedInferred.GetType()); Assert.AreNotEqual(typeof(EmptyTemplate2), root.LazyLoadedInferred.GetType()); //the type is inferred so should be EmptyTemplate2 Assert.IsTrue(root.LazyLoadedInferred is EmptyTemplate2); }