func Callers(skip int, pc []uintptr) int {
limit := hx.CallInt("", "Scheduler.getNumCallers", 1, hx.GetInt("", "this._goroutine"))
for i := 0; i < limit; i++ {
if i > skip {
pc = append(pc, uintptr(hx.CallInt("", "Scheduler.getCallerX", 2, hx.GetInt("", "this._goroutine"), i)))
}
}
return limit - skip
}
func createHaxeType(id int) *rtype {
if id <= 0 || id >= hx.GetInt("", "TypeInfo.nextTypeID") {
//panic("reflect.createHaxeType() invalid haxe id: " + hx.CallString("", "Std.string", 1, id))
return nil
}
// new version of type infomation:
return (*rtype)(unsafe.Pointer(haxegoruntime.TypeTable[id]))
}
func Caller(skip int) (pc uintptr, file string, line int, ok bool) {
pc = uintptr(hx.CallInt("", "Scheduler.getCallerX", 2, hx.GetInt("", "this._goroutine"), 1+skip))
fnc := FuncForPC(pc)
file, line = fnc.FileLine(pc)
ok = true
if file == "" || line == 0 {
ok = false
}
return
}
fields []structField // sorted by offset
}
func fillStructType(stp *structType, rtype rtype, fields []structField) {
*stp = structType{rtype, fields}
}
// NOTE end of reflect type clones
//type ErrorInterface interface {
// Error() string
//}
// TypeTable provides a mapping between used type numbers (the index) to their reflect definitions
// but reflect is not used here in order to avoid pulling it into every build
var TypeTable = make([]*rtype, hx.GetInt("", "TypeInfo.nextTypeID"))
func init() {
hx.Call("", "Tgotypes.setup", 0) // to set-up the TypeTable above
//typetest()
//println("DEBUG sizeof(funcType{}) = ", unsafe.Sizeof(funcType{}))
}
func AddHaxeType(ptr unsafe.Pointer) {
TypeTable = append(TypeTable, (*rtype)(ptr))
hx.SetInt("", "TypeInfo.nextTypeID", len(TypeTable))
}
func typetest() {
for i, tp := range TypeTable {
if tp != nil {
