1st thing--

// module 1
funcdef void Func();

shared interface ielement
{
    Func@ f { get; set; }
}

// module 2
funcdef void Func();

shared interface ielement
{
    Func@ f { get; set; }
}

class celement : ielement
{
    Func@ fdef;

    Func@ get_f()
    {
       return( this.fdef ); 
    }
    void set_f( Func@ newF )
    {
       @this.fdef = newF;
    }
}

Used that way, makes "Missing implementation of ..." error for both, getter and setter. So i tried to use "normal" functions.

// module 1
 
funcdef void Func();

shared interface ielement
{
     Func@ fGet();
     void fSet( Func@ );
}

// module 2

funcdef void Func();

shared interface ielement
{
    Func@ fGet();
    void fSet( Func@ );
}

class celement : ielement
{
    Func@ fdef;

    Func@ fGet()
    {
       return( this.fdef ); 
    }

    void fSet( Func@ newF )
    {
       @this.fdef = newF;
    }
}

Error changed to " Shared type 'ielement' doesn't match the original declaration in other module"

----

2nd thing--

shared interface ielement
{
   void dummy1();
}

shared interface isprite : ielement
{
    void dummy2();
}

class celement : ielement
{
   void dummy1() {}
}

class csprite : celement, isprite
{
    csprite()
    {
        super();
    }

    void dummy2() {}
}

Makes warning "The interface 'ielement' is already implemented" - is that possible to make this warning go away?

EDIT: everything was tested with r1563

I'll look into the problems reported.

As for mixin classes; they are not really inherited. When including a mixin class only the parts that are not already in the class will be included, for example, if the class already has a property that is also in the mixin class, the version from the mixin class won't be included again. The same goes for methods and implemented interfaces.

You can think of mixin classes as macros for providing default implementations.

All problems reported should now be fixed in revision 1573.

Thanks,

Andreas

Hm, looks like there are still problems when loading from bytecode (shared type doesn't match the original declaration).

That's strange. I fixed that too yesterday. Loading from bytecode had the same problem as compiling the script in the first place, in that the funcdef didn't get the same type in both modules.

What script is failing to load from bytecode? I'll have to do some further investigation on it.

funcdef void fdef();

shared interface iface
{
	fdef@ dummy();
}

Thanks. I'll investigate it.

You were right (of course). My previous test didn't catch this problem because I loaded the bytecode right after having compiled the script from source. Only when loading the bytecode into a fresh engine did the problem appear.

The bug was a bit more complex than I had imagined, but it should now be fixed in revision 1574.

funcdef void funcdef1( ifuncdef1_1& i );

shared interface ifuncdef1_1
{
    ifuncdef1_2@ events { get; set; }
    void crashme();
}

shared interface ifuncdef1_2
{
    funcdef1@ f { get; set; }
}

class cfuncdef1_1 : ifuncdef1_1
{
    ifuncdef1_2@ _events_;

    cfuncdef1_1() { @this._events_ = cfuncdef1_2(); }

    ifuncdef1_2@ get_events() { return( this._events_ ); }
    void set_events( ifuncdef1_2@ events ) { @this._events_ = events; }

    void crashme()
    {
         if( @this._events_ != null && @this._events_.f != null )
            this.events.f( this );

    }
}

class cfuncdef1_2 : ifuncdef1_2
{
    funcdef1@ ff;

    cfuncdef1_2() { @ff = null; }

    funcdef1@ get_f() { return( @this.ff ); }
    void set_f( funcdef1@ _f ) { @this.ff = _f; }
}

void start()
{
    ifuncdef1_1@ i = cfuncdef1_1();
    i.events.f = end;
    i.crashme();
}

void end( ifuncdef1_1& i  )
{
    Log( "you win!" );
}

    void crashme()
    {
        if( @this._events_ != null && @this._events_.f != null )
        {
            funcdef1@ crash = this.events.f;
            crash( this );
        }
    }

cfuncdef1_1() { @this._events_ = null; }