feat mapster tool

[DocSvartz]

No description provided.

[DocSvartz]

@andrerav
That is, if you emulate a cases that is not currently supported:

 public interface IMyTypeMapper
 {
     internal AddressDTO Map(Address p1);
     internal Expression<Func<AddressDTO, Address>> Projection { get; }
 }

or

internal interface IMyTypeMapper
{
    internal AddressDTO Map(Address p1);
    internal Expression<Func<AddressDTO, Address>> Projection { get; }
}

emulation step

1. replace Address to internal

internal class Address

2. in TypeDefinitions set

IsInternal = false,

we get valid mapper :

public partial class CustomerMapper : IMyTypeMapper 
{
    internal AddressDTO Map(Address p1)
    {
        return p1 == null ? null : new AddressDTO()
        {
            Id = p1.Id,
            City = p1.City,
            Country = p1.Country
        };
    }
    AddressDTO TemplateTest.IMyTypeMapper.Map(Address p1)
    {
        return p1 == null ? null : new AddressDTO()
        {
            Id = p1.Id,
            City = p1.City,
            Country = p1.Country
        };
    }
    internal Expression<Func<AddressDTO, Address>> Projection => p2 => new Address()
    {
        Id = p2.Id,
        City = p2.City,
        Country = p2.Country
    };
    Expression<Func<AddressDTO, Address>> TemplateTest.IMyTypeMapper.Projection => p2 => new Address()
    {
        Id = p2.Id,
        City = p2.City,
        Country = p2.Country
    };
}

I thought this shouldn't work, but the assembly with this class compiles and the mapper itself works when cast to the interface.🤔

[DocSvartz]

@andrerav If I'm not mistaken in the current implementation😃

Now mapper members are created correctly depending on the public/internal access modifiers specified for it or using for maping internal clases.

And IsInternal continues to work as before, forcing the creation of an internal mapper with an internal members.