//export gGoclosureFinalizeGo
func gGoclosureFinalizeGo(goclosure_up unsafe.Pointer) {
goclosure := (*C.GGoClosure)(goclosure_up)
clo := *(*interface{})(C.gGoclosureGetFunc(goclosure))
recv := *(*interface{})(C.gGoclosureGetRecv(goclosure))
Holder.Release(clo)
Holder.Release(recv)
}
//export gGoclosureMarshalGo
func gGoclosureMarshalGo(goclosure_up, ret_up unsafe.Pointer, nargs int32, args_up unsafe.Pointer) {
var callargs [20]reflect.Value
var recv reflect.Value
goclosure := (*C.GGoClosure)(goclosure_up)
ret := (*Value)(ret_up)
args := (*(*[alot]Value)(args_up))[:nargs]
f := reflect.ValueOf(*(*interface{})(C.gGoclosureGetFunc(goclosure)))
ft := f.Type()
callargsn := ft.NumIn()
recvi := *(*interface{})(C.gGoclosureGetRecv(goclosure))
if recvi != nil {
recv = reflect.ValueOf(recvi)
}
if callargsn >= 20 {
panic("too many arguments in a closure")
}
for i, n := 0, callargsn; i < n; i++ {
idx := i
if recvi != nil {
idx--
if i == 0 {
callargs[i] = recv
continue
}
}
in := ft.In(i)
// use default value, if there is not enough args
if len(args) <= idx {
callargs[i] = reflect.New(in).Elem()
continue
}
v := args[idx].GetGoValue(in)
callargs[i] = v
}
out := f.Call(callargs[:callargsn])
if len(out) == 1 {
ret.SetGoValue(out[0])
}
}