// Value release the index reference and returns the list content.
// You just have to assert to a map[string]*ExpectedType
//
func (im *itemMap) Value() interface{} {
defer im.Release()
switch im.typ {
case itemMapTypeAnimation:
C.list_animation(gldi.CIntPointer(im.ID))
ret := make(map[string]*gldi.Animation)
for name, mod := range im.list {
ret[name] = mod.(*gldi.Animation)
}
return ret
// return im.Value().(map[string]*gldi.Animation)
case itemMapTypeCairoDeskletDecoration:
C.list_desklet_decoration(gldi.CIntPointer(im.ID))
ret := make(map[string]*gldi.CairoDeskletDecoration)
for name, mod := range im.list {
ret[name] = mod.(*gldi.CairoDeskletDecoration)
}
return ret
case itemMapTypeCairoDockRenderer:
C.list_dock_renderer(gldi.CIntPointer(im.ID))
ret := make(map[string]*gldi.CairoDockRenderer)
for name, mod := range im.list {
ret[name] = mod.(*gldi.CairoDockRenderer)
}
return ret
case itemMapTypeDialogDecorator:
C.list_dialog_decorator(gldi.CIntPointer(im.ID))
ret := make(map[string]*gldi.DialogDecorator)
for name, mod := range im.list {
ret[name] = mod.(*gldi.DialogDecorator)
}
return ret
case itemMapTypeModule:
C.list_dock_module(gldi.CIntPointer(im.ID))
ret := make(map[string]*gldi.Module)
for name, mod := range im.list {
ret[name] = mod.(*gldi.Module)
}
return ret
}
return nil
}
// Value release the index reference and returns the list content.
// You just have to assert to a []*ExpectedType
//
func (il *itemList) Value() interface{} {
defer il.Release()
switch il.typ {
case itemListTypeDesklet:
C.list_desklets(gldi.CIntPointer(il.ID))
var ret []*gldi.Desklet
for _, mod := range il.list {
ret = append(ret, mod.(*gldi.Desklet))
}
return ret
case itemListTypeShortkey:
C.list_shortkey(gldi.CIntPointer(il.ID))
var ret []cdglobal.Shortkeyer
for _, mod := range il.list {
ret = append(ret, mod.(cdglobal.Shortkeyer))
}
return ret
}
return nil
}
