public static Sample.Business.SalesPerson MapFromSalesPerson(this ReverseMapper mapper, SalesPerson source, Sample.Business.SalesPerson target)
{
// Null maps to null:
if (source == null)
{
return(null);
}
// Check if object already mapped (as in circular reference scenarios):
object mappedTarget = mapper.GetMappedTarget(source);
if (Object.ReferenceEquals(mappedTarget, null) == false)
{
return((Sample.Business.SalesPerson)mappedTarget);
}
// Retrieve target object:
if (target == null)
{
target = mapper.TryGetTarget <Sample.Business.SalesPerson>(source);
}
if (target == null)
{
throw new Max.Domain.Mapping.MappingException(String.Format("Cannot map {0} to an existing instance.", source.GetType().Name));
}
// Register mapping:
mapper.RegisterMapping(source, target);
// Perform mapping:
if (mapper.CanUpdate(target))
{
mapper.UpdateSalesPerson(source, target);
}
// Return target:
return(target);
}
// Test Method
public static void Test()
{
// Obtain type information using a SalesPerson instance.
SalesPerson salesPerson = new SalesPerson("Moamen", "Soroor", 25);
// Obtaining a Type Reference Using System.Object.GetType() - instance method
Type type = salesPerson.GetType();
Console.WriteLine(type.Name);
// Obtaining a Type Reference Using typeof() - operator takes
Type type2 = typeof(SalesPerson);
Console.WriteLine(type.Name);
// Obtaining a Type Reference Using System.Type.GetType() - static method
// ------------------------------------------------------------------------------------------
// The Type.GetType() method has been overloaded to allow you to specify two Boolean parameters,
// one of which controls whether an exception should be thrown if the type cannot be found, and the other of
// which establishes the case sensitivity of the string.
// defaults are case sensitivity with no error thrown if
// public static Type GetType(string typeName);
// it Gets the System.Type with the specified name, performing a case-sensitive search, no error thrown.
// if not a type, returns null
Type type3 = Type.GetType("System.String");
Console.WriteLine(type3.Name);
// public static Type GetType(string typeName, bool throwOnError);
Type type5 = Type.GetType("System.String", false);
Console.WriteLine(type5.Name);
// public static Type GetType(string typeName, bool throwOnError, bool ignoreCase);
Type type4 = Type.GetType("system.string", false, true);
Console.WriteLine(type4.Name);
// However, when you want to obtain metadata for a type within an external private
// assembly, the string parameter is formatted using the type’s fully qualified name, followed by a comma,
// followed by the friendly name(Assembly name without .dll or .exe) of the assembly containing the type.
//"fullyQualifiedName, AssemblyFriendlyName"
// Obtain type information for a type within an external assembly.
Type type6 = Type.GetType("CarLibrary.Car, CarLibrary"); // "fullyQualifiedName, AssemblyFriendlyName"
Console.WriteLine(type6.Name);
// As well, do know that the string passed into Type.GetType() may specify a plus token(+) to denote a
// nested type.
// Obtain type information for a nested enumeration
// within the current assembly.
Type type7 = Type.GetType("CarLibrary.JamesBondCar+SpyOptions");
Console.WriteLine(type7.Name);
}