///// <summary>
///// Dictionary where values are derived
///// from the prefedined dictionary value type
///// </summary>
//[DataMember, ProtoMember(21)]
//public ComplexObjectPolymorphicDictionary ComplexObjectDictionary { get; set; }
///// <summary>
///// Multidimensional array of generic object with polymorphic attribute
///// </summary>
//[DataMember, ProtoMember(24)]
//public GenericObject<ComplexObject>[,] MultiArrayOfGenericObjectWithPolymorphicArgument { get; set; }
///// <summary>
///// Array of objects where every item can be of other type
///// It is serialized as SingleDimensionalArrayProperty
///// </summary>
//[DataMember, ProtoMember(25)]
//public object[] SingleArrayOfObjects { get; set; }
public static ComplexContainer[] CreateContainerArray(int itemCount)
{
var result = new List <ComplexContainer>();
for (int i = 0; i < itemCount; i++)
{
result.Add(ComplexContainer.CreateFakeRoot());
}
return(result.ToArray());
}
public static ComplexContainer CreateFakeRoot()
{
var root = new ComplexContainer();
root.SimpleSByte = -33;
root.SimpleInt = 42;
root.SimpleSingle = -352;
root.SimpleDouble = 42.42;
root.SimpleDateTime = new DateTime(2004, 5, 5);
root.SimpleTimeSpan = new TimeSpan(5, 4, 3);
root.SimpleEnum = EnSimpleEnum.Three;
root.FlagsEnum = FlagEnum.Alfa | FlagEnum.Beta;
root.SimpleDecimal = Convert.ToDecimal(17.123);
root.SimpleString = "sth";
root.EmptyString = string.Empty;
root.AdvancedStruct1 = new AdvancedStruct()
{
DateTime = new DateTime(2010, 4, 10), SimpleText = "nix"
};
//root.SingleArray = new[] { "ala", "ma", null, "kota" };
//root.DoubleArray = new[,] { { "k1", "k2" }, { "b1", "b2" }, { "z1", "z2" } };
root.PolymorphicSingleArray = new ComplexObject[] { new ComplexObject()
{
SimpleInt = 999
} };
root.GenericList = new List <string> {
"item1", "item2", "item3"
};
root.GenericDictionary = new Dictionary <int, string>();
root.GenericDictionary.Add(5, null);
root.GenericDictionary.Add(10, "ten");
root.GenericDictionary.Add(20, "twenty");
root.GenericDictionaryOfPolymorphicValues = new Dictionary <int, ComplexObject>();
root.GenericDictionaryOfPolymorphicValues.Add(2012, new ComplexObject()
{
SimpleInt = 2012000
});
root.ComplexObject1 = new ComplexObject {
SimpleInt = 33
};
root.ComplexObjectCollection1 = new ComplexObjectPolymorphicCollection {
new ComplexObject {
SimpleInt = 11
}, new ComplexObject {
SimpleInt = 12
}
};
//root.ComplexObjectDictionary = new ComplexObjectPolymorphicDictionary();
//root.ComplexObjectDictionary.Add(100, new ComplexObject { SimpleInt = 101 });
//root.ComplexObjectDictionary.Add(200, new ComplexObject { SimpleInt = 202 });
//root.ComplexObjectDictionary.Add(300, null);
root.GenericListOfComplexObjects = new List <ComplexObject> {
new ComplexObject {
SimpleInt = 303
}
};
root.GenericObjectOfComplexObject = new GenericObject <ComplexObject>(new ComplexObject {
SimpleInt = 12345
});
//root.MultiArrayOfGenericObjectWithPolymorphicArgument = new GenericObject<ComplexObject>[1, 1];
//root.MultiArrayOfGenericObjectWithPolymorphicArgument[0, 0] = new GenericObject<ComplexObject>() { Data = new ComplexObject() { SimpleInt = 1357 } };
////it contains objects of different types and a nested array
//root.SingleArrayOfObjects = new object[] { 42, "nothing to say", false, BusinessObjects.SimpleEnum.Three, null, new object[] { 42, "nothing to say", false, BusinessObjects.SimpleEnum.Three, null } };
return(root);
}
