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package nstypes
import (
"fmt"
"reflect"
"strings"
"testing"
)
func TestMaps(t *testing.T) {
testNSType(t, Maps)
}
func TestPlaylists(t *testing.T) {
testNSType(t, Playlists)
}
func testNSType[T interface {
fmt.GoStringer
fmt.Stringer
SourceString() string
Known() bool
Title() (string, bool)
}](t *testing.T, all func() []T) {
var dummy T
if reflect.TypeOf(dummy).Kind() != reflect.String {
t.Error("enum type must be a string")
}
reflect.ValueOf(&dummy).Elem().SetString("__nonexistent__")
name := reflect.TypeOf(dummy).Name()
if strings.Contains(name, ".") {
panic("wtf")
}
if dummy.GoString() != fmt.Sprintf("%s(%q)", name, "__nonexistent__") {
t.Error("incorrect GoString output for nonexistent enum value")
}
if dummy.String() != "__nonexistent__" {
t.Error("incorrect String output for nonexistent enum value")
}
if dummy.SourceString() != "__nonexistent__" {
t.Error("incorrect SourceString output for nonexistent enum value")
}
if dummy.Known() {
t.Error("known should not return true for nonexistent enum value")
}
if x, ok := dummy.Title(); x != "" || ok {
t.Error("incorrect Title output for nonexistent enum value")
}
for _, v := range all() {
val := reflect.ValueOf(v).String()
if v.GoString() != fmt.Sprintf("%s(%q)", name, val) {
t.Error("incorrect GoString output for existing enum value")
}
if v.String() == val {
t.Error("incorrect String output for existing enum value (should be the title, not the raw value)")
}
if v.SourceString() != val {
t.Error("incorrect SourceString output for existing enum value")
}
if !v.Known() {
t.Error("known should return true for existing enum value")
}
if x, ok := v.Title(); x != v.String() || !ok {
t.Error("incorrect Title output for existing enum value")
}
}
}
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