internal CompositeData(PortableObjectDocument document, object data, int metaTypeIndex = -1)
{
if (data == null)
{
throw new InvalidOperationException("No need to allocate CompositeData from NULL data. Write null directly"); //todo Refactor execption type,text etc...
}
m_Document = document;
var tp = data.GetType();
if (tp.IsPrimitive)
{
throw new InvalidOperationException("Can not allocate CompositeData from primitive type: " + tp.FullName); //todo Refactor execption type,text etc...
}
var dict = document.m_CompositeDataDict;
if (dict == null)
{
dict = new Dictionary <object, int>(ReferenceEqualityComparer <object> .Instance);
document.m_CompositeDataDict = dict;
}
int existingIndex;
if (dict.TryGetValue(data, out existingIndex))
{
m_ExistingReferenceIndex = existingIndex;
}
else
{
document.m_CompositeData.Add(this);
dict.Add(data, document.m_CompositeData.Count - 1);
m_MetaTypeIndex = metaTypeIndex >= 0 ? metaTypeIndex : MetaType.GetExistingOrNewMetaTypeIndex(document, data.GetType());
}
}
internal CompositeData(PortableObjectDocument document, object data, int metaTypeIndex = -1)
{
if (data==null)
throw new InvalidOperationException("No need to allocate CompositeData from NULL data. Write null directly");//todo Refactor execption type,text etc...
m_Document = document;
var tp = data.GetType();
if (tp.IsPrimitive)
throw new InvalidOperationException("Can not allocate CompositeData from primitive type: " + tp.FullName);//todo Refactor execption type,text etc...
var dict = document.m_CompositeDataDict;
if (dict==null)
{
dict = new Dictionary<object, int>(ReferenceEqualityComparer<object>.Instance);
document.m_CompositeDataDict = dict;
}
int existingIndex;
if (dict.TryGetValue(data, out existingIndex))
{
m_ExistingReferenceIndex = existingIndex;
}
else
{
document.m_CompositeData.Add(this);
dict.Add(data, document.m_CompositeData.Count-1);
m_MetaTypeIndex = metaTypeIndex>=0 ? metaTypeIndex : MetaType.GetExistingOrNewMetaTypeIndex(document, data.GetType());
}
}
internal CompositeReflectedData(PortableObjectDocument document, object data, int metaTypeIndex = -1)
: base(document, data, metaTypeIndex)
{
if (!ExistingReference)
{
serializeFields(data);
}
}
internal CompositeCustomData(PortableObjectDocument document, object data, int metaTypeIndex = -1)
: base(document, data, metaTypeIndex)
{
if (!ExistingReference)
{
serializeFromTransform(data);
}
}
internal MetaType(PortableObjectDocument document, Type type)
{
__CLRType = type;
m_Document = document;
m_Name = type.Name;
m_Namespace = type.Namespace;
m_AssemblyQualifiedName = type.AssemblyQualifiedName;
}
internal CompositeArrayData(PortableObjectDocument document, Array data, int metaTypeIndex = -1)
: base(document, data, metaTypeIndex)
{
if (!ExistingReference)
{
serializeArray(data);
}
}
public void RootPrimitive3_string()
{
var data = "test string";
var doc = new PortableObjectDocument(data);
Assert.AreEqual(typeof(MetaPrimitiveType), doc.RootMetaType.GetType());
Assert.AreEqual("test string", doc.Root);
}
public void RootPrimitive2_bool()
{
var data = true;
var doc = new PortableObjectDocument(data);
Assert.AreEqual(typeof(MetaPrimitiveType), doc.RootMetaType.GetType());
Assert.AreEqual(true, doc.Root);
}
public void RootComposite1()
{
var data = new Tuple<int, string>(5,"yes");
var doc = new PortableObjectDocument(data);
Assert.AreEqual(typeof(MetaComplexType), doc.RootMetaType.GetType());
Assert.AreEqual(typeof(CompositeReflectedData), doc.Root.GetType());
var crd = (CompositeReflectedData)doc.Root;
Assert.AreEqual(2, crd.FieldData.Length);
Assert.AreEqual(5, crd.FieldData[0]);
Assert.AreEqual("yes", crd.FieldData[1]);
}
/// <summary>
/// Obtains new or existing instance of MetaType that represents a Type in the document instance
/// </summary>
internal static int GetExistingOrNewMetaTypeIndex(PortableObjectDocument document, Type type)
{
var dict = document.m_TypesDict;
if (dict == null)
{
dict = new Dictionary <Type, int>();
document.m_TypesDict = dict;
}
int result;
if (dict.TryGetValue(type, out result))
{
return(result);
}
MetaType mtp;
if (type.IsPrimitive || type == typeof(string) || type == typeof(DateTime) || type == typeof(TimeSpan))
{
mtp = new MetaPrimitiveType(document, type);
}
else
{
mtp = new MetaComplexType(document, type);
}
//1. add to dict so no infinite loop happens during recursive call to this func
result = document.m_Types.Count;
document.m_Types.Add(mtp);
dict.Add(type, result);
//2. Build the type inner structures
mtp.Build();
return(result);
}
public void RootDictionary()
{
var originalData = new Dictionary<string, int>
{
{"x",10},
{"y",-20}
};
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject() as Dictionary<string, int>;
Assert.IsFalse( object.ReferenceEquals(originalData, convertedData) );
Assert.AreEqual(originalData.Count, convertedData.Count);
Assert.AreEqual(10, convertedData["x"]);
Assert.AreEqual(-20, convertedData["y"]);
}
public void RootCompositeWriteRead_PersonList()
{
var originalData = new List<TestPerson>
{
new TestPerson{ Name = "Kolyan", DOB = DateTime.Now, Assets=2000000, IsRegistered=true, Luck=150.89},
new TestPerson{ Name = "Zmeyan", DOB = DateTime.Now.AddYears(-25), Assets=50000000, IsRegistered=false, Luck=283.4},
};
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject() as List<TestPerson>;
Assert.IsFalse( object.ReferenceEquals(originalData, convertedData) );
Assert.AreEqual(originalData.Count, convertedData.Count);
Assert.IsTrue (originalData[0].Equals( convertedData[0] ) );
Assert.IsTrue (originalData[1].Equals( convertedData[1] ) );
}
public void RootCompositeWriteRead_BusinessFamily()
{
var originalData =
new TestBusinessFamily{
Husband = new TestPerson{ Name = "Kolyan Zver'", DOB = DateTime.Now, Assets=2000000, IsRegistered=true, Luck=150.5489},
Wife = new TestPerson{ Name = "Feiga Pozman", DOB = DateTime.Now, Assets=578, IsRegistered=false, Luck=250.489},
Kid = new TestPerson{ Name = "Mykola Zver'", DOB = DateTime.Now, Assets=12, IsRegistered=true, Luck=350.189},
Assets = 9000000000,
IsCertified = true
};
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject() as TestFamily;
Assert.IsFalse( object.ReferenceEquals(originalData, convertedData) );
Assert.IsTrue (originalData.Equals( convertedData ) );
}
public void RootCompositeWriteRead_Person()
{
var originalData = new TestPerson{ Name = "Kolyan", DOB = DateTime.Now, Assets=2000000, IsRegistered=true, Luck=150.89};
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject() as TestPerson;
Assert.IsFalse( object.ReferenceEquals(originalData, convertedData) );
Assert.IsTrue (originalData.Equals( convertedData ) );
}
public void RootCompositeWriteRead_tuple()
{
var originalData = new Tuple<int, string>(5,"yes");
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject() as Tuple<int, string>;
Assert.IsFalse( object.ReferenceEquals(originalData, convertedData) );
Assert.AreEqual(5, convertedData.Item1);
Assert.AreEqual("yes", convertedData.Item2);
}
/// <summary>
/// Serializes a graph of arbitrary CLR objects into stream using PortableObjectDocument container,
/// optionally taking document creation attributes
/// </summary>
/// <param name="stream">Target stream</param>
/// <param name="root">CLR object graph</param>
/// <param name="documentCreationDate">Optional document creation attribute</param>
/// <param name="documentNotes">Optional document creation attribute</param>
public void Serialize(Stream stream, object root, DateTime? documentCreationDate = null, string documentNotes = null)
{
var document = new PortableObjectDocument(root, documentCreationDate, documentNotes);
m_Serializer.Serialize(stream, document);
}
internal CompositeCustomData(PortableObjectDocument document, object data, int metaTypeIndex = -1)
: base(document, data, metaTypeIndex)
{
if (!ExistingReference)
serializeFromTransform(data);
}
/// <summary> /// Override to provide custome seriallization of type marked with this attribute into custom name/value bag /// </summary> /// <param name="document">Document context that this operation executes under</param> /// <param name="source">Source native data to serialize / populate data from</param> /// <param name="data">Name/value bag to write data into</param> public abstract void SerializeCustomObjectData(PortableObjectDocument document, object source, Dictionary <string, CustomTypedEntry> data);
public void RootConcurrentDictionary()
{
var originalData = new ConcurrentDictionary<string, int>();
originalData["x"] = 10;
originalData["y"] = -20;
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject() as ConcurrentDictionary<string, int>;
Assert.IsFalse( object.ReferenceEquals(originalData, convertedData) );
Assert.AreEqual(originalData.Count, convertedData.Count);
Assert.AreEqual(10, convertedData["x"]);
Assert.AreEqual(-20, convertedData["y"]);
}
internal MetaPrimitiveType(PortableObjectDocument document, Type type) : base(document, type)
{
}
internal MetaComplexType(PortableObjectDocument document, Type type) : base(document, type)
{
}
public void DeserializationTransform1()
{
var originalData = new PODTest_Ver1
{
Name = "Xerson Person",
Description = "Some description",
Age = 25
};
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject(new PODTestVersionUpgradeStrategy());
Assert.IsTrue( convertedData is PODTest_Ver2);
var ver2 = convertedData as PODTest_Ver2;
Assert.AreEqual( originalData.Name, ver2.Name);
Assert.AreEqual( originalData.Description, ver2.Description);
Assert.AreEqual( originalData.Age, ver2.AgeAsOfToday);
Assert.AreEqual( DateTime.Now.AddYears(-originalData.Age).Year, ver2.DOB.Year);
}
public void RootPrimitiveWriteRead_string()
{
var originalData = "hello testing";
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject();
Assert.AreEqual(originalData, convertedData);
}
public void RootPrimitiveWriteRead_string_null()
{
string originalData = null;
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject();
Assert.AreEqual(originalData, convertedData);
}
public void RootPrimitiveWriteRead_double()
{
var originalData = 10 / 3.01d;
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject();
Assert.AreEqual(originalData, convertedData);
}
public void RootPrimitiveWriteRead_int_nullable1()
{
int? originalData = 5;
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject();
Assert.AreEqual(originalData, convertedData);
}
public void RootPrimitiveWriteRead_datetime()
{
var originalData = DateTime.Now;
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject();
Assert.AreEqual(originalData, convertedData);
}
/// <summary> /// Override to provide custome seriallization of type marked with this attribute into custom name/value bag /// </summary> /// <param name="document">Document context that this operation executes under</param> /// <param name="source">Source native data to serialize / populate data from</param> /// <param name="data">Name/value bag to write data into</param> public abstract void SerializeCustomObjectData(PortableObjectDocument document, object source, Dictionary<string, CustomTypedEntry> data);
public void RootPrimitiveWriteRead_timespan()
{
var originalData = TimeSpan.FromDays(12.4321);
var doc = new PortableObjectDocument(originalData);
var convertedData = doc.ToOriginalObject();
Assert.AreEqual(originalData, convertedData);
}
internal CompositeArrayData(PortableObjectDocument document, Array data, int metaTypeIndex = -1)
: base(document, data, metaTypeIndex)
{
if (!ExistingReference)
serializeArray(data);
}
internal CompositeReflectedData(PortableObjectDocument document, object data, int metaTypeIndex = -1)
: base(document, data, metaTypeIndex)
{
if (!ExistingReference)
serializeFields(data);
}