ownFieldsMap[joinFieldName] = ownField
		fieldsMap[joinFieldName] = ownField
		joinTableFields = append(joinTableFields, reflect.StructField{
			Name:    joinFieldName,
			PkgPath: ownField.StructField.PkgPath,
			Type:    ownField.StructField.Type,
			Tag: removeSettingFromTag(appendSettingFromTag(ownField.StructField.Tag, "primaryKey"),
				"column", "autoincrement", "index", "unique", "uniqueindex"),
		})
	}

//go:linkname badlinkname_rtype_Field reflect.(*rtype).Field
func badlinkname_rtype_Field(*rtype, int) StructField

//go:linkname badlinkname_rtype_FieldAlign reflect.(*rtype).FieldAlign
func badlinkname_rtype_FieldAlign(*rtype) int

//go:linkname badlinkname_rtype_FieldByIndex reflect.(*rtype).FieldByIndex
func badlinkname_rtype_FieldByIndex(*rtype, []int) StructField

//go:linkname badlinkname_rtype_FieldByName reflect.(*rtype).FieldByName

				}
				// index is negative means is pointer
				if field.FieldType.Kind() == reflect.Struct {
					ef.StructField.Index = append([]int{fieldStruct.Index[0]}, ef.StructField.Index...)
				} else {
					ef.StructField.Index = append([]int{-fieldStruct.Index[0] - 1}, ef.StructField.Index...)
				}

				if prefix, ok := field.TagSettings["EMBEDDEDPREFIX"]; ok && ef.DBName != "" {
					ef.DBName = prefix + ef.DBName

	panic("reflect: StructOf does not support methods of embedded interfaces")
}

// runtimeStructField takes a StructField value passed to StructOf and
// returns both the corresponding internal representation, of type
// structField, and the pkgpath value to use for this field.
func runtimeStructField(field StructField) (structField, string) {
	if field.Anonymous && field.PkgPath != "" {

		{
			field: StructField{Name: "s2", Type: TypeOf(int(0)), PkgPath: "other/pkg"},
		},
		{
			field: StructField{Name: "s2", Type: TypeOf(int(0)), PkgPath: "other/pkg"},
		},
		{
			field:    StructField{Name: "S", Type: TypeOf(S1{})},
			exported: true,
		},
		{
			field:    StructField{Name: "S", Type: TypeOf((*S1)(nil))},
			exported: true,
		},
		{

}

var fieldCache sync.Map // map[reflect.Type]structFields

// cachedTypeFields is like typeFields but uses a cache to avoid repeated work.
func cachedTypeFields(t reflect.Type) structFields {
	if f, ok := fieldCache.Load(t); ok {
		return f.(structFields)
	}
	f, _ := fieldCache.LoadOrStore(t, typeFields(t))
	return f.(structFields)
}

func mayAppendQuote(b []byte, quoted bool) []byte {

		}
	}
}

func TestStructOfEmbeddedIfaceMethodCall(t *testing.T) {
	type Named interface {
		Name() string
	}

	typ := reflect.StructOf([]reflect.StructField{
		{
			Anonymous: true,
			Name:      "Named",
			Type:      reflect.TypeFor[Named](),
		},
	})

	v := reflect.New(typ).Elem()
	v.Field(0).Set(
		reflect.ValueOf(reflect.TypeFor[string]()),
	)

	Elem *Type // pointer element (pointed at) type
}

type StructField struct {
	Name   Name    // name is always non-empty
	Typ    *Type   // type of field
	Offset uintptr // byte offset of field
}

func (f *StructField) Embedded() bool {
	return f.Name.IsEmbedded()
}

type StructType struct {
	Type
	PkgPath Name
	Fields  []StructField
}

// Name is an encoded type Name with optional extra data.

	}
}

func commonsize(arch *sys.Arch) int      { return abi.CommonSize(arch.PtrSize) }      // runtime._type
func structfieldSize(arch *sys.Arch) int { return abi.StructFieldSize(arch.PtrSize) } // runtime.structfield
func uncommonSize(arch *sys.Arch) int    { return int(abi.UncommonSize()) }           // runtime.uncommontype

// Type.commonType.kind
func decodetypeKind(arch *sys.Arch, p []byte) abi.Kind {

	if testenv.Builder() != "" {
		maxTypes = 1e3 // restrict cache sizes on builders
	}

	// Dynamically generate many new types.
	types := make([]reflect.Type, maxTypes)
	fs := []reflect.StructField{{
		Type:  reflect.TypeFor[string](),
		Index: []int{0},
	}}
	for i := range types {
		fs[0].Name = fmt.Sprintf("TypeFieldsCache%d", i)
		types[i] = reflect.StructOf(fs)
	}