func (l langType) rtypeBuild(i int, sizes types.Sizes, t types.Type, name string) (string, reflect.Kind) {
var kind reflect.Kind
kind, name = getTypeInfo(t, name)
sof := int64(4)
aof := int64(4)
if kind != reflect.Invalid {
sof = sizes.Sizeof(t)
aof = sizes.Alignof(t)
}
ret := "Go_haxegoruntime_newRRtype.callFromRT(0,\n"
ret += fmt.Sprintf("\t/*size:*/ %d,\n", sof)
ret += fmt.Sprintf("\t/*align:*/ %d,\n", aof)
ret += fmt.Sprintf("\t/*fieldAlign:*/ %d,\n", aof) // TODO check correct for fieldAlign
ret += fmt.Sprintf("\t/*kind:*/ %d, // %s\n", kind, (kind & ((1 << 5) - 1)).String())
alg := "false"
if types.Comparable(t) {
alg = "true"
}
ret += fmt.Sprintf("\t/*comprable:*/ %s,\n", alg) // TODO change this to be the actual function
ret += fmt.Sprintf("\t/*string:*/ \"%s\", // %s\n", escapedTypeString(t.String()), t.String())
ret += fmt.Sprintf("\t/*uncommonType:*/ %s,\n", l.uncommonBuild(i, sizes, name, t))
ptt := "null"
for pti, pt := range l.hc.typesByID {
_, isPtr := pt.(*types.Pointer)
if isPtr {
ele := l.hc.pte.At(pt.(*types.Pointer).Elem())
if ele != nil {
if i == ele.(int) {
ptt = fmt.Sprintf("type%d()", pti)
}
}
}
}
ret += fmt.Sprintf("\t/*ptrToThis:*/ %s", ptt)
ret += ")"
return ret, kind
}
