public void ColorStruct()
{
string xmlPath = TestBase.GetTestFilePath("Storage", "TestColor");
using (Stream wrt = new FileStream(xmlPath, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.WriteObjectElement("data", Color.Red);
writer.WriteObjectElement("data", Color.Blue);
writer.WriteObjectElement("After", 3712 * 2);
}
}
using (Stream str = new FileStream(xmlPath, FileMode.Open))
{
SimpleServiceContainer s = new SimpleServiceContainer();
//s.Add( typeof( ISimpleTypeFinder ), SimpleTypeFinder.WeakDefault, null );
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, s))
{
CheckExactTypeAndValue(typeof(Color), Color.Red, reader.ReadObjectElement("data"));
CheckExactTypeAndValue(typeof(Color), Color.Blue, reader.ReadObjectElement("data"));
Assert.That(reader.ReadObjectElement("After"), Is.EqualTo(3712 * 2));
}
}
}
public void BinarySerializableObject()
{
string xmlPath = TestBase.GetTestFilePath("Storage", "TestBinarySerializableObject");
SerializableObject o = new SerializableObject();
o.Name = "TestName";
o.Power = 20;
using (Stream wrt = new FileStream(xmlPath, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.WriteObjectElement("Before", 3712);
writer.WriteObjectElement("data", o);
writer.WriteObjectElement("After", 3712 * 2);
}
}
using (Stream str = new FileStream(xmlPath, FileMode.Open))
{
SimpleServiceContainer s = new SimpleServiceContainer();
s.Add(typeof(ISimpleTypeFinder), SimpleTypeFinder.WeakDefault, null);
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, s))
{
Assert.That(reader.ReadObjectElement("Before"), Is.EqualTo(3712));
SerializableObject o2 = (SerializableObject)reader.ReadObjectElement("data");
Assert.AreEqual(o.Name, o2.Name);
Assert.AreEqual(o.Power, o2.Power);
Assert.That(reader.ReadObjectElement("After"), Is.EqualTo(3712 * 2));
}
}
}
public void GenericListOfString()
{
string xmlPath = TestBase.GetTestFilePath("Storage", "TestGenericListOfString");
List <string> list = new List <string>();
list.Add("content1");
list.Add("content2");
list.Add("content3");
using (Stream wrt = new FileStream(xmlPath, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.WriteObjectElement("Before", 3712);
writer.WriteObjectElement("data", list);
writer.WriteObjectElement("After", 3712 * 2);
}
}
using (Stream str = new FileStream(xmlPath, FileMode.Open))
{
SimpleServiceContainer s = new SimpleServiceContainer();
s.Add <ISimpleTypeFinder>(SimpleTypeFinder.WeakDefault);
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, s))
{
Assert.That(reader.ReadObjectElement("Before"), Is.EqualTo(3712));
CheckExactTypeAndValue(typeof(List <string>), list, reader.ReadObjectElement("data"));
Assert.That(reader.ReadObjectElement("After"), Is.EqualTo(3712 * 2));
}
}
}
public void TestIntegers()
{
string test = TestBase.GetTestFilePath("Storage", "TestIntegers");
using (Stream wrt = new FileStream(test, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.WriteObjectElement("data", (int)10);
writer.WriteObjectElement("data", (SByte)(-8));
writer.WriteObjectElement("data", (Int16)(-16));
writer.WriteObjectElement("data", (Int32)(-32));
writer.WriteObjectElement("data", (Int64)(-64));
writer.WriteObjectElement("data", (Byte)8);
writer.WriteObjectElement("data", (UInt16)16);
writer.WriteObjectElement("data", (UInt32)32);
writer.WriteObjectElement("data", (UInt64)64);
}
}
using (Stream str = new FileStream(test, FileMode.Open))
{
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, null))
{
CheckExactTypeAndValue(typeof(int), 10, reader.ReadObjectElement("data"));
CheckExactTypeAndValue(typeof(SByte), -8, reader.ReadObjectElement("data"));
CheckExactTypeAndValue(typeof(Int16), -16, reader.ReadObjectElement("data"));
CheckExactTypeAndValue(typeof(Int32), -32, reader.ReadObjectElement("data"));
CheckExactTypeAndValue(typeof(Int64), -64, reader.ReadObjectElement("data"));
CheckExactTypeAndValue(typeof(Byte), 8, reader.ReadObjectElement("data"));
CheckExactTypeAndValue(typeof(UInt16), 16, reader.ReadObjectElement("data"));
CheckExactTypeAndValue(typeof(UInt32), 32, reader.ReadObjectElement("data"));
CheckExactTypeAndValue(typeof(UInt64), 64, reader.ReadObjectElement("data"));
}
}
}
private void TestXmlSerializableObject(string path, XmlRawObjectBase original)
{
using (Stream wrt = new FileStream(path, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.WriteObjectElement("Before", 3712);
writer.WriteObjectElement("data", original);
writer.WriteObjectElement("After", 3712 * 2);
}
}
using (Stream str = new FileStream(path, FileMode.Open))
{
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, null))
{
Assert.That(reader.ReadObjectElement("Before"), Is.EqualTo(3712));
if (original.BugWhileReading == BugRead.ThrowApplicationException)
{
Assert.Throws <ApplicationException>(() => reader.ReadObjectElement("data"));
// Even if an exception is thrown, we can continue to read the data.
}
else if (original.BugWhileReading == BugRead.None)
{
CheckExactTypeAndValue(original.GetType(), original, reader.ReadObjectElement("data"));
}
else
{
XmlRawObjectBase read = (XmlRawObjectBase)reader.ReadObjectElement("data");
Assert.That(read.BugWhileReading == original.BugWhileReading);
}
Assert.That(reader.ReadObjectElement("After"), Is.EqualTo(3712 * 2), "Whatever happens above, one can continue to read.");
}
}
}
public void BugBinaryTooBigContent()
{
string xmlPath = TestBase.GetTestFilePath("Storage", "BugBinaryTooBigContent");
SerializableObject original = new SerializableObject()
{
Name = "coucou", Power = 20
};
using (Stream wrt = new FileStream(xmlPath, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.WriteObjectElement("data", original);
}
}
LoadAndModifyXml(xmlPath, d =>
{
var e = d.Root.Element("data");
e.SetValue(e.Value.Insert(e.Value.Length / 2, "00FF00FF"));
});
using (Stream str = new FileStream(xmlPath, FileMode.Open))
{
SimpleServiceContainer s = new SimpleServiceContainer();
s.Add(typeof(ISimpleTypeFinder), SimpleTypeFinder.WeakDefault, null);
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, s))
{
object obj = reader.ReadObjectElement("data");
}
}
}
public void BugBinarySizeDiffer()
{
string xmlPath = TestBase.GetTestFilePath("Storage", "BugBinarySizeDiffer");
SerializableObject original = new SerializableObject()
{
Name = "coucou", Power = 20
};
using (Stream wrt = new FileStream(xmlPath, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.WriteObjectElement("data", original);
}
}
LoadAndModifyXml(xmlPath, d => d.Root.Element("data").Attribute("size").SetValue("1"));
using (Stream str = new FileStream(xmlPath, FileMode.Open))
{
SimpleServiceContainer s = new SimpleServiceContainer();
s.Add(typeof(ISimpleTypeFinder), SimpleTypeFinder.WeakDefault, null);
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, s))
{
Assert.Throws <CKException>(() => reader.ReadObjectElement("data"));
}
}
}
public void BugUnexisting()
{
string xmlPath = TestBase.GetTestFilePath("Storage", "BugUnexistingEnum");
using (Stream wrt = new FileStream(xmlPath, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.WriteObjectElement("data", UnexistingTestEnumValues.First);
writer.WriteObjectElement("After", 3712 * 2);
writer.WriteObjectElement("data", new MayBeUnexistingButValidXmlObject());
writer.WriteObjectElement("After2", 3712 * 3);
}
}
TestBase.DumpFileToConsole(xmlPath);
using (Stream str = new FileStream(xmlPath, FileMode.Open))
{
SimpleServiceContainer s = new SimpleServiceContainer();
s.Add <ISimpleTypeFinder>(new UnexistingTypeFinder());
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, s))
{
Assert.Throws <TypeLoadException>(() => reader.ReadObjectElement("data"));
// An exception does not break the reader.
Assert.That(reader.ReadObjectElement("After"), Is.EqualTo(3712 * 2));
Assert.Throws <TypeLoadException>(() => reader.ReadObjectElement("data"));
// An exception does not break the reader.
Assert.That(reader.ReadObjectElement("After2"), Is.EqualTo(3712 * 3));
}
}
}
private void DoTestEnum(Action <XDocument> docModifier)
{
string test = TestBase.GetTestFilePath("Storage", "TestEnum");
using (Stream wrt = new FileStream(test, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.WriteObjectElement("data", TestEnumValues.First);
writer.WriteObjectElement("data", TestEnumValues.Second);
writer.WriteObjectElement("After", 3712 * 2);
}
}
LoadAndModifyXml(test, docModifier);
using (Stream str = new FileStream(test, FileMode.Open))
{
SimpleServiceContainer s = new SimpleServiceContainer();
s.Add(typeof(ISimpleTypeFinder), SimpleTypeFinder.WeakDefault, null);
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, s))
{
TestEnumValues value1 = (TestEnumValues)reader.ReadObjectElement("data");
TestEnumValues value2 = (TestEnumValues)reader.ReadObjectElement("data");
Assert.That(value1, Is.EqualTo(TestEnumValues.First));
Assert.That(value2, Is.EqualTo(TestEnumValues.Second));
Assert.That(reader.ReadObjectElement("After"), Is.EqualTo(3712 * 2));
}
}
}
public void PluginStatusCollectionMerge()
{
Guid id1 = Guid.NewGuid();
Guid id2 = Guid.NewGuid();
Guid id3 = Guid.NewGuid();
var ctx = MiniContext.CreateMiniContext("PluginStatusCollectionMerge");
PluginStatusCollection collection = new PluginStatusCollection(ctx.ConfigManager.SystemConfiguration as SystemConfiguration);
collection.SetStatus(id1, ConfigPluginStatus.Manual);
string path = TestBase.GetTestFilePath("PluginStatusCollectionMerge");
using (Stream s = new FileStream(path, FileMode.Create))
{
using (var w = SimpleStructuredWriter.CreateWriter(s, null))
{
PluginStatusCollection collection2 = new PluginStatusCollection(ctx.ConfigManager.SystemConfiguration as SystemConfiguration);
collection2.SetStatus(id1, ConfigPluginStatus.Disabled);
collection2.SetStatus(id2, ConfigPluginStatus.Disabled);
collection2.SetStatus(id3, ConfigPluginStatus.AutomaticStart);
w.WriteInlineObjectStructuredElement("PC", collection2);
}
}
int changingCount = 0, changedCount = 0;
PluginStatusCollectionChangingEventArgs lastChanging = null;
PluginStatusCollectionChangedEventArgs lastChanged = null;
collection.Changing += (o, e) => { lastChanging = e; changingCount++; };
collection.Changed += (o, e) =>
{
lastChanged = e; changedCount++;
};
using (Stream s = new FileStream(path, FileMode.Open))
{
using (var r = SimpleStructuredReader.CreateReader(s, null))
{
r.ReadInlineObjectStructuredElement("PC", collection);
}
}
// Check event count & args
Assert.That(changingCount == 0 && changedCount == 1);
Assert.That(lastChanging == null);
Assert.That(lastChanged.Action == CK.Core.ChangeStatus.ContainerUpdate);
Assert.That(lastChanged.Collection == collection);
Assert.That(lastChanged.PluginID == Guid.Empty);
Assert.That(lastChanged.Status == 0);
// Check content
Assert.That(collection.Count == 3);
Assert.That(collection.GetStatus(id1, ConfigPluginStatus.Manual) == ConfigPluginStatus.Disabled);
Assert.That(collection.GetStatus(id2, ConfigPluginStatus.Manual) == ConfigPluginStatus.Disabled);
Assert.That(collection.GetStatus(id3, ConfigPluginStatus.Manual) == ConfigPluginStatus.AutomaticStart);
}
protected virtual IStructuredWriter OpenWrite(Uri u)
{
if (u == null)
{
throw new ArgumentNullException("u");
}
if (!u.IsFile)
{
throw new ArgumentException("Only file:// protocol is currently supported.");
}
string path = u.LocalPath;
return(SimpleStructuredWriter.CreateWriter(new FileStream(path, FileMode.Create), _ctx));
}
public void WriteReadUserConfig()
{
string path = Path.Combine(TestFolder, "UserConfig.xml");
Guid id = new Guid("{6AFBAE01-5CD1-4EDE-BB56-4590C5A253DF}");
// Write ----------------------------------------------------------
{
ISharedDictionary dic = SharedDictionary.Create(null);
IConfigManagerExtended config = ConfigurationManager.Create(dic);
Assert.That(config, Is.Not.Null);
Assert.That(config.HostUserConfig, Is.Not.Null);
Assert.That(config.ConfigManager.UserConfiguration, Is.Not.Null);
config.HostUserConfig["key1"] = "value1";
config.HostUserConfig["key2"] = "value2";
config.HostUserConfig["key3"] = "value3";
config.ConfigManager.UserConfiguration.PluginsStatus.SetStatus(id, ConfigPluginStatus.AutomaticStart);
Assert.That(config.IsUserConfigDirty);
Assert.That(config.IsSystemConfigDirty, Is.False);
using (Stream wrt = new FileStream(path, FileMode.Create))
using (IStructuredWriter sw = SimpleStructuredWriter.CreateWriter(wrt, null))
{
config.SaveUserConfig(sw);
}
}
// Read ------------------------------------------------------------
{
ISimpleServiceContainer container = new SimpleServiceContainer();
ISharedDictionary dic = SharedDictionary.Create(container);
IConfigManagerExtended config = ConfigurationManager.Create(dic);
using (Stream str = new FileStream(path, FileMode.Open))
using (IStructuredReader sr = SimpleStructuredReader.CreateReader(str, container))
{
config.LoadUserConfig(sr);
}
Assert.That(config.HostUserConfig["key1"], Is.EqualTo("value1"));
Assert.That(config.HostUserConfig["key2"], Is.EqualTo("value2"));
Assert.That(config.HostUserConfig["key3"], Is.EqualTo("value3"));
Assert.That(config.ConfigManager.UserConfiguration.PluginsStatus.GetStatus(id, ConfigPluginStatus.Disabled) == ConfigPluginStatus.AutomaticStart);
}
}
public void WriteReadSystemConfig()
{
string path = Path.Combine(TestFolder, "SystemConfig.xml");
// Write ----------------------------------------------------------
{
ISharedDictionary dic = SharedDictionary.Create(null);
IConfigManagerExtended config = ConfigurationManager.Create(dic);
Assert.That(config.ConfigManager.SystemConfiguration != null);
config.HostSystemConfig["key1"] = "value1";
config.HostSystemConfig["key2"] = "value2";
config.HostSystemConfig["key3"] = "value3";
config.HostSystemConfig["{12A9FCC0-ECDC-4049-8DBF-8961E49A9EDE}"] = true;
Assert.That(config.IsSystemConfigDirty);
Assert.That(config.IsUserConfigDirty, Is.False);
using (Stream wrt = new FileStream(path, FileMode.Create))
using (IStructuredWriter sw = SimpleStructuredWriter.CreateWriter(wrt, null))
{
config.SaveSystemConfig(sw);
}
}
TestBase.DumpFileToConsole(path);
// Read ------------------------------------------------------------
{
ISharedDictionary dic = SharedDictionary.Create(null);
IConfigManagerExtended config = new ConfigManagerImpl(dic);
using (Stream str = new FileStream(path, FileMode.Open))
using (IStructuredReader sr = SimpleStructuredReader.CreateReader(str, null))
{
config.LoadSystemConfig(sr);
}
Assert.That(config.HostSystemConfig["key1"], Is.EqualTo("value1"));
Assert.That(config.HostSystemConfig["key2"], Is.EqualTo("value2"));
Assert.That(config.HostSystemConfig["key3"], Is.EqualTo("value3"));
Assert.That(config.HostSystemConfig["{12A9FCC0-ECDC-4049-8DBF-8961E49A9EDE}"], Is.EqualTo(true));
}
}
public static void Write(string testName, string path, ISharedDictionary dic, object o, Action <XmlDocument> afterWrite)
{
using (Stream wrt = new FileStream(path, FileMode.Create))
{
using (IStructuredWriter sw = SimpleStructuredWriter.CreateWriter(wrt, ServiceProvider))
{
using (ISharedDictionaryWriter w = dic.RegisterWriter(sw))
{
w.WritePluginsDataElement(testName, o);
}
}
}
if (afterWrite != null)
{
XmlDocument d = new XmlDocument();
d.Load(path);
afterWrite(d);
d.Save(path);
}
}
public void EmptyFile()
{
string test = TestBase.GetTestFilePath("Storage", "EmptyFile");
using (Stream wrt = new FileStream(test, FileMode.Create))
{
IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer());
writer.Dispose();
}
Assert.That(File.Exists(test));
using (Stream str = new FileStream(test, FileMode.Open))
{
SimpleServiceContainer s = new SimpleServiceContainer();
s.Add(typeof(ISimpleTypeFinder), SimpleTypeFinder.WeakDefault, null);
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, s))
{
Assert.That(reader.StorageVersion, Is.GreaterThanOrEqualTo(new Version(2, 5, 0)));
}
}
}
public void FirstTest()
{
string test = TestBase.GetTestFilePath("Storage", "FirstTest");
using (Stream wrt = new FileStream(test, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.WriteObjectElement("data", (int)10);
writer.Xml.WriteStartElement("test.done");
writer.Xml.WriteEndElement();
}
}
using (Stream str = new FileStream(test, FileMode.Open))
{
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, null))
{
CheckExactTypeAndValue(typeof(int), 10, reader.ReadObjectElement("data"));
Assert.That(reader.Xml.IsStartElement("test.done"));
Assert.That(reader.Xml.Read());
}
}
}
public void ArrayListWithSerializableObjects()
{
string xmlPath = TestBase.GetTestFilePath("Storage", "TestGenericListOfString");
ArrayList list = new ArrayList();
SerializableObject firstObject = new SerializableObject()
{
Name = "Albert", Power = 34
};
list.Add(firstObject);
list.Add(new DateTime(2009, 01, 11));
list.Add("Franchement, les mecs, vous trouvez que c'est normal que ce soit Spi qui se cogne tous les tests unitaires ?");
using (Stream wrt = new FileStream(xmlPath, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.WriteObjectElement("data", list);
writer.WriteObjectElement("After", 3712 * 2);
}
}
using (Stream str = new FileStream(xmlPath, FileMode.Open))
{
SimpleServiceContainer s = new SimpleServiceContainer();
s.Add(typeof(ISimpleTypeFinder), SimpleTypeFinder.WeakDefault, null);
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, s))
{
ArrayList list2 = (ArrayList)reader.ReadObjectElement("data");
Assert.AreEqual(((SerializableObject)list2[0]).Name, ((SerializableObject)list[0]).Name);
Assert.AreEqual(((SerializableObject)list2[0]).Power, ((SerializableObject)list[0]).Power);
CheckExactTypeAndValue(typeof(DateTime), list[1], list2[1]);
CheckExactTypeAndValue(typeof(string), list[2], list2[2]);
Assert.That(reader.ReadObjectElement("After"), Is.EqualTo(3712 * 2));
}
}
}
public void SimpleStructuredSerializerTest()
{
string testPath = TestBase.GetTestFilePath("CKTests.Storage", "StructuredSerializer");
IStructuredSerializer <Dog> serializer = new SimpleStructuredDogSerializer();
Dog dog = CreateDog();
using (Stream str = new FileStream(testPath, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(str, new SimpleServiceContainer()))
{
// This is an independant scope: we just created the writer...
writer.ServiceContainer.Add <UniqueService>(new UniqueService());
writer.ServiceContainer.Add <IStructuredSerializer <Dog> >(new SimpleStructuredDogSerializer());
writer.ServiceContainer.Add <IStructuredSerializer <Paw> >(new SimpleStructuredPawSerializer());
writer.WriteObjectElement("Dog", dog);
}
}
Dog readDog;
// 1 - Use ReadInlineObject
using (Stream str = new FileStream(testPath, FileMode.Open))
using (IStructuredReader reader = CreateConfiguredReader(str))
{
// This is an independant scope: we just created the reader...
reader.ServiceContainer.Add <UniqueService>(new UniqueService());
StandardReadStatus status;
object o = reader.ReadInlineObject(out status);
readDog = o as Dog;
}
CheckReadDog(readDog);
// 2 - Use ReadInlineObjectStructured( Type )
using (Stream str = new FileStream(testPath, FileMode.Open))
using (IStructuredReader reader = CreateConfiguredReader(str))
{
// This is an independant scope: we just created the reader...
reader.ServiceContainer.Add <UniqueService>(new UniqueService());
Assert.That(reader.Xml.IsStartElement("Dog"));
// We ignore attributes added by WriteObjectElement: we directly call ReadInlineObjectStructured for the Dog type.
object o = reader.ReadInlineObjectStructured(typeof(Dog), null);
readDog = o as Dog;
}
CheckReadDog(readDog);
// 3 - Use ReadInlineObjectStructured( object )
using (Stream str = new FileStream(testPath, FileMode.Open))
using (IStructuredReader reader = CreateConfiguredReader(str))
{
// This is an independant scope: we just created the reader...
reader.ServiceContainer.Add <UniqueService>(new UniqueService());
Assert.That(reader.Xml.IsStartElement("Dog"));
readDog = new Dog();
// We ignore attributes added by WriteObjectElement: we directly call ReadInlineObjectStructured for an empty Dog object.
object o = reader.ReadInlineObjectStructured(readDog);
}
CheckReadDog(readDog);
}
public void StructuredSerializedObjectTest()
{
string xmlPath = TestBase.GetTestFilePath("Storage", "FakeStructuredSerializedObject");
StructuredSerializableObject original = new StructuredSerializableObject()
{
OneInteger = 43, OneString = "Let's go..."
};
using (Stream wrt = new FileStream(xmlPath, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.ObjectWriteExData += (s, e) =>
{
if (e.Obj == original)
{
e.Writer.Xml.WriteStartElement("ExtraData");
e.Writer.Xml.WriteAttributeString("OneAtrribute", "23");
e.Writer.Xml.WriteElementString("SubValue", "string in element...");
e.Writer.Xml.WriteEndElement();
}
};
writer.WriteObjectElement("data", original);
writer.WriteObjectElement("After", 3712 * 2);
}
}
TestBase.DumpFileToConsole(xmlPath);
// Reads without reading ExtraData element.
using (Stream str = new FileStream(xmlPath, FileMode.Open))
{
SimpleServiceContainer s = new SimpleServiceContainer();
s.Add <ISimpleTypeFinder>(SimpleTypeFinder.WeakDefault);
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, s))
{
object read = reader.ReadObjectElement("data");
Assert.That(read, Is.TypeOf(typeof(StructuredSerializableObject)));
StructuredSerializableObject newOne = read as StructuredSerializableObject;
Assert.That(newOne.OneString, Is.EqualTo(original.OneString));
Assert.That(newOne.OneInteger, Is.EqualTo(original.OneInteger));
Assert.That(reader.ReadObjectElement("After"), Is.EqualTo(3712 * 2));
}
}
// Reads ExtraData element.
using (Stream str = new FileStream(xmlPath, FileMode.Open))
{
SimpleServiceContainer s = new SimpleServiceContainer();
s.Add <ISimpleTypeFinder>(SimpleTypeFinder.WeakDefault);
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, s))
{
reader.ObjectReadExData += (source, e) =>
{
Assert.That(e.Reader.Xml.IsStartElement("ExtraData"));
Assert.That(e.Reader.Xml.GetAttributeInt("OneAtrribute", -12), Is.EqualTo(23));
e.Reader.Xml.Read();
Assert.That(e.Reader.Xml.ReadElementContentAsString(), Is.EqualTo("string in element..."));
// Forget to read the end element.
Assert.That(e.Reader.Xml.NodeType == XmlNodeType.EndElement);
};
object read = reader.ReadObjectElement("data");
Assert.That(read, Is.TypeOf(typeof(StructuredSerializableObject)));
StructuredSerializableObject newOne = read as StructuredSerializableObject;
Assert.That(newOne.OneString, Is.EqualTo(original.OneString));
Assert.That(newOne.OneInteger, Is.EqualTo(original.OneInteger));
Assert.That(reader.ReadObjectElement("After"), Is.EqualTo(3712 * 2));
}
}
}
public void TestXmlSerializer()
{
XmlSerializer serIXml = new XmlSerializer(typeof(XmlObjectViaIXmlSerializable));
XmlSerializer serAttr = new XmlSerializer(typeof(XmlObjectViaAttributes));
object oIxml = new XmlObjectViaIXmlSerializable()
{
Name = "York", Power = 126
};
object oAttr = new XmlObjectViaAttributes()
{
Name = "York n°2", Power = 47
};
string xmlPath = TestBase.GetTestFilePath("Storage", "TestXmlSerializer");
using (Stream wrt = new FileStream(xmlPath, FileMode.Create))
{
using (IStructuredWriter writer = SimpleStructuredWriter.CreateWriter(wrt, new SimpleServiceContainer()))
{
writer.Xml.WriteStartElement("TestIXml");
serIXml.Serialize(writer.Xml, oIxml);
writer.Xml.WriteEndElement(); // TestIXml
writer.Xml.WriteStartElement("TestAttr");
serAttr.Serialize(writer.Xml, oAttr);
writer.Xml.WriteEndElement(); // TestAttr
writer.WriteObjectElement("Before", 3712 * 2);
writer.WriteObjectElement("data", oIxml);
writer.WriteObjectElement("After", 3712 * 3);
}
}
TestBase.DumpFileToConsole(xmlPath);
using (Stream str = new FileStream(xmlPath, FileMode.Open))
{
SimpleServiceContainer s = new SimpleServiceContainer();
s.Add <ISimpleTypeFinder>(SimpleTypeFinder.Default);
using (IStructuredReader reader = SimpleStructuredReader.CreateReader(str, s))
{
reader.Xml.ReadStartElement("TestIXml");
object oIXml2 = serIXml.Deserialize(reader.Xml);
Assert.That(oIXml2, Is.EqualTo(oIxml));
reader.Xml.ReadEndElement(); // TestIXml
reader.Xml.ReadStartElement("TestAttr");
object oAttr2 = serAttr.Deserialize(reader.Xml);
Assert.That(oAttr2, Is.EqualTo(oAttr));
reader.Xml.ReadEndElement(); // TestAttr
Assert.That(reader.ReadObjectElement("Before"), Is.EqualTo(3712 * 2));
object oIXml2bis = reader.ReadObjectElement("data");
Assert.That(oIXml2bis, Is.EqualTo(oIxml));
// Since we can not (yet) inject XmlSerializer, the XmlObjectViaAttributes
// can not be serialized as object.
// This must be done for the moment with an external Serializer.
Assert.That(reader.ReadObjectElement("After"), Is.EqualTo(3712 * 3));
}
}
}