How to get names of enum entries?

I would like to iterate a TypeScript enum object and get each enumerated symbol name, for example: enum myEnum { entry1, entry2 }

for (var entry in myEnum) { 
    // use entry's name here, e.g., "entry1"
}

Though the answer is already provided, Almost no one pointed to the docs

Here's a snippet

enum Enum {
    A
}
let nameOfA = Enum[Enum.A]; // "A"

Keep in mind that string enum members do not get a reverse mapping generated at all.

The code you posted will work; it will print out all the members of the enum, including the values of the enum members. For example, the following code:

enum myEnum { bar, foo }

for (var enumMember in myEnum) {
   console.log("enum member: ", enumMember);
}

Will print the following:

Enum member: 0
Enum member: 1
Enum member: bar
Enum member: foo

If you instead want only the member names, and not the values, you could do something like this:

for (var enumMember in myEnum) {
   var isValueProperty = parseInt(enumMember, 10) >= 0
   if (isValueProperty) {
      console.log("enum member: ", myEnum[enumMember]);
   }
}

That will print out just the names:

Enum member: bar  
Enum member: foo

Caveat: this slightly relies on an implementation detail: TypeScript compiles enums to a JS object with the enum values being members of the object. If TS decided to implement them different in the future, the above technique could break.

For me an easier, practical and direct way to understand what is going on, is that the following enumeration:

enum colors { red, green, blue };

Will be converted essentially to this:

var colors = { red: 0, green: 1, blue: 2,
               [0]: "red", [1]: "green", [2]: "blue" }

Because of this, the following will be true:

colors.red === 0
colors[colors.red] === "red"
colors["red"] === 0

This creates a easy way to get the name of an enumerated as follows:

var color: colors = colors.red;
console.log("The color selected is " + colors[color]);

It also creates a nice way to convert a string to an enumerated value.

var colorName: string = "green";
var color: colors = colors.red;
if (colorName in colors) color = colors[colorName];

The two situations above are far more common situation, because usually you are far more interested in the name of a specific value and serializing values in a generic way.

If you only search for the names and iterate later use:

Object.keys(myEnum).map(key => myEnum[key]).filter(value => typeof value === 'string') as string[];

Assuming you stick to the rules and only produce enums with numeric values, you can use this code. This correctly handles the case where you have a name that is coincidentally a valid number

enum Color {
	Red,
	Green,
	Blue,
	"10" // wat
}

var names: string[] = [];
for(var n in Color) {
	if(typeof Color[n] === 'number') names.push(n);
}
console.log(names); // ['Red', 'Green', 'Blue', '10']

With current TypeScript Version 1.8.9 I use typed Enums:

export enum Option {
    OPTION1 = <any>'this is option 1',
    OPTION2 = <any>'this is option 2'
}

with results in this Javascript object:

Option = {
	"OPTION1": "this is option 1",
	"OPTION2": "this is option 2",
	"this is option 1": "OPTION1",
	"this is option 2": "OPTION2"
}

so I have to query through keys and values and only return values:

let optionNames: Array<any> = [];    
for (let enumValue in Option) {
    let optionNameLength = optionNames.length;
    
    if (optionNameLength === 0) {
        this.optionNames.push([enumValue, Option[enumValue]]);
    } else {
        if (this.optionNames[optionNameLength - 1][1] !== enumValue) {
            this.optionNames.push([enumValue, Option[enumValue]]);
        }
    }
}

And I receive the option keys in an Array:

optionNames = [ "OPTION1", "OPTION2" ];

As of TypeScript 2.4, enums can contain string intializers https://www.typescriptlang.org/docs/handbook/release-notes/typescript-2-4.html

This allows you to write:

 enum Order {
      ONE = "First",
      TWO = "Second"
 }

console.log(`One is ${Order.ONE.toString()}`);

and get this output:

> One is First

It seems that none of the answers here will work with string-enums in strict-mode.

Consider enum as:

enum AnimalEnum {
  dog = "dog", cat = "cat", mouse = "mouse"
}

Accessing this with AnimalEnum["dog"] may result in an error like:

Element implicitly has an 'any' type because expression of type 'any' can't be used to index type 'typeof AnimalEnum'.ts(7053).

Proper solution for that case, write it as:

AnimalEnum["dog" as keyof typeof AnimalEnum]

This solution work too.

enum ScreenType {
    Edit = 1,
    New = 2,
    View = 4
}

var type: ScreenType = ScreenType.Edit;

console.log(ScreenType[type]); //Edit

In a nutshell

if your enums is as below:

export enum Colors1 {
  Red = 1,
  Green = 2,
  Blue = 3
}

to get specific text and value:

console.log(Colors1.Red); // 1 
console.log(Colors1[Colors1.Red]); // Red

to get list of value and text:

public getTextAndValues(e: { [s: number]: string }) {
  for (const enumMember in e) {
    if (parseInt(enumMember, 10) >= 0) {
      console.log(e[enumMember]) // Value, such as 1,2,3
      console.log(parseInt(enumMember, 10)) // Text, such as Red,Green,Blue
    }
  }
}
this.getTextAndValues(Colors1)

if your enums is as below:

export enum Colors2 {
  Red = "Red",
  Green = "Green",
  Blue = "Blue"
}

to get specific text and value:

console.log(Colors2.Red); // Red
console.log(Colors2["Red"]); // Red

to get list of value and text:

public getTextAndValues(e: { [s: string]: string }) {
  for (const enumMember in e) {
    console.log(e[enumMember]);// Value, such as Red,Green,Blue
    console.log(enumMember); //  Text, such as Red,Green,Blue
  }
}
this.getTextAndValues(Colors2)

Let ts-enum-util (github, npm) do the work for you and provide a lot of additional type-safe utilities. Works with both string and numeric enums, properly ignoring the numeric index reverse lookup entries for numeric enums:

String enum:

import {$enum} from "ts-enum-util";

enum Option {
    OPTION1 = 'this is option 1',
    OPTION2 = 'this is option 2'
}

// type: ("OPTION1" | "OPTION2")[]
// value: ["OPTION1", "OPTION2"]
const keys= $enum(Option).getKeys();

// type: Option[]
// value: ["this is option 1", "this is option 2"]
const values = $enum(Option).getValues();

Numeric enum:

enum Option {
    OPTION1,
    OPTION2
}

// type: ("OPTION1" | "OPTION2")[]
// value: ["OPTION1", "OPTION2"]
const keys= $enum(Option).getKeys();

// type: Option[]
// value: [0, 1]
const values = $enum(Option).getValues();

Another interesting solution found here is using ES6 Map:

export enum Type {
  low,
  mid,
  high
}

export const TypeLabel = new Map<number, string>([
  [Type.low, 'Low Season'],
  [Type.mid, 'Mid Season'],
  [Type.high, 'High Season']
]);

USE

console.log(TypeLabel.get(Type.low)); // Low Season

Starting from TypeScript 2.4, the enum would not contain the key as a member anymore. source from TypeScript readme

>The caveat is that string-initialized enums can't be reverse-mapped to get the original enum member name. In other words, you can't write Colors["RED"] to get the string "Red".

My solution:

export const getColourKey = (value: string ) => {
    let colourKey = '';
    for (const key in ColourEnum) {
        if (value === ColourEnum[key]) {
            colourKey = key;
            break;
        }
    }
    return colourKey;
};

I got tired looking through incorrect answers, and did it myself.

• THIS ONE HAS TESTS.
• Works with all types of enumerations.
• Correctly typed.

type EnumKeys<Enum> = Exclude<keyof Enum, number>

const enumObject = <Enum extends Record<string, number | string>>(e: Enum) => {
    const copy = {...e} as { [K in EnumKeys<Enum>]: Enum[K] };
    Object.values(e).forEach(value => typeof value === 'number' && delete copy[value]);
    return copy;
};

const enumKeys = <Enum extends Record<string, number | string>>(e: Enum) => {
    return Object.keys(enumObject(e)) as EnumKeys<Enum>[];
};

const enumValues = <Enum extends Record<string, number | string>>(e: Enum) => {
    return [...new Set(Object.values(enumObject(e)))] as Enum[EnumKeys<Enum>][];
};

enum Test1 { A = "C", B = "D"}
enum Test2 { A, B }
enum Test3 { A = 0, B = "C" }
enum Test4 { A = "0", B = "C" }
enum Test5 { undefined = "A" }
enum Test6 { A = "undefined" }
enum Test7 { A, B = "A" }
enum Test8 { A = "A", B = "A" }
enum Test9 { A = "B", B = "A" }

console.log(enumObject(Test1)); // {A: "C", B: "D"}
console.log(enumObject(Test2)); // {A: 0, B: 1}
console.log(enumObject(Test3)); // {A: 0, B: "C"}
console.log(enumObject(Test4)); // {A: "0", B: "C"}
console.log(enumObject(Test5)); // {undefined: "A"}
console.log(enumObject(Test6)); // {A: "undefined"}
console.log(enumObject(Test7)); // {A: 0,B: "A"}
console.log(enumObject(Test8)); // {A: "A", B: "A"}
console.log(enumObject(Test9)); // {A: "B", B: "A"}

console.log(enumKeys(Test1)); // ["A", "B"]
console.log(enumKeys(Test2)); // ["A", "B"]
console.log(enumKeys(Test3)); // ["A", "B"]
console.log(enumKeys(Test4)); // ["A", "B"]
console.log(enumKeys(Test5)); // ["undefined"]
console.log(enumKeys(Test6)); // ["A"]
console.log(enumKeys(Test7)); // ["A", "B"]
console.log(enumKeys(Test8)); // ["A", "B"]
console.log(enumKeys(Test9)); // ["A", "B"]

console.log(enumValues(Test1)); // ["C", "D"]
console.log(enumValues(Test2)); // [0, 1]
console.log(enumValues(Test3)); // [0, "C"]
console.log(enumValues(Test4)); // ["0", "C"]
console.log(enumValues(Test5)); // ["A"] 
console.log(enumValues(Test6)); // ["undefined"] 
console.log(enumValues(Test7)); // [0, "A"]
console.log(enumValues(Test8)); // ["A"]
console.log(enumValues(Test9)); // ["B", "A"]

Online version.

Assume you have an enum

export enum SCROLL_LABEL_OFFSET {
  SMALL = 48,
  REGULAR = 60,
  LARGE = 112
}

and you want to create a type based on enum but not just copy and paste. You could use an enum to create your type like this:

export type ScrollLabelOffset = keyof typeof SCROLL_LABEL_OFFSET;

In result you will receive a type with possible values as 'SMALL' | 'REGULAR' | 'LARGE'

You can use the enum-values package I wrote when I had the same problem:

Git: enum-values

var names = EnumValues.getNames(myEnum);

Based on some answers above I came up with this type-safe function signature:

export function getStringValuesFromEnum<T>(myEnum: T): (keyof T)[] {
  return Object.keys(myEnum).filter(k => typeof (myEnum as any)[k] === 'number') as any;
}

Usage:

enum myEnum { entry1, entry2 };
const stringVals = getStringValuesFromEnum(myEnum);

the type of stringVals is 'entry1' | 'entry2'

See it in action

According to TypeScript documentation, we can do this via Enum with static functions.

Get Enum Name with static functions

enum myEnum { 
    entry1, 
    entry2 
}

namespace myEnum {
    export function GetmyEnumName(m: myEnum) {
      return myEnum[m];
    }
}


now we can call it like below
myEnum.GetmyEnumName(myEnum.entry1);
// result entry1 

for reading more about Enum with static function follow the below link https://basarat.gitbooks.io/typescript/docs/enums.html

I wrote an EnumUtil class which is making a type check by the enum value:

export class EnumUtils {
  /**
   * Returns the enum keys
   * @param enumObj enum object
   * @param enumType the enum type
   */
  static getEnumKeys(enumObj: any, enumType: EnumType): any[] {
    return EnumUtils.getEnumValues(enumObj, enumType).map(value => enumObj[value]);
  }

  /**
   * Returns the enum values
   * @param enumObj enum object
   * @param enumType the enum type
   */
  static getEnumValues(enumObj: any, enumType: EnumType): any[] {
    return Object.keys(enumObj).filter(key => typeof enumObj[key] === enumType);
  }
}

export enum EnumType {
  Number = 'number',
  String = 'string'
}

How to use it:

enum NumberValueEnum{
  A= 0,
  B= 1
}

enum StringValueEnum{
  A= 'A',
  B= 'B'
}

EnumUtils.getEnumKeys(NumberValueEnum, EnumType.Number);
EnumUtils.getEnumValues(NumberValueEnum, EnumType.Number);

EnumUtils.getEnumKeys(StringValueEnum, EnumType.String);
EnumUtils.getEnumValues(StringValueEnum, EnumType.String);

Result for NumberValueEnum keys: ["A", "B"]

Result for NumberValueEnum values: [0, 1]

Result for StringValueEnumkeys: ["A", "B"]

Result for StringValueEnumvalues: ["A", "B"]

They have provided a concept called 'reverse-mapping' in their official documentation. It helped me:

https://www.typescriptlang.org/docs/handbook/enums.html#reverse-mappings

The solution is quite straight forward:

enum Enum {
 A,
}

let a = Enum.A;
let nameOfA = Enum[a]; // "A"

The only solution that works for me in all cases (even if values are strings) is the following :

var enumToString = function(enumType, enumValue) {
    for (var enumMember in enumType) {
        if (enumType[enumMember]==enumValue) return enumMember
    }
}

I found this question by searching "TypeScript iterate over enum keys". So I just want to post solution which works for me in my case. Maybe it'll help to someone too.

My case is the following: I want to iterate over each enum key, then filter some keys, then access some object which has keys as computed values from enum. So this is how I do it without having any TS error.

    enum MyEnum = { ONE = 'ONE', TWO = 'TWO' }
	const LABELS = {
	   [MyEnum.ONE]: 'Label one',
	   [MyEnum.TWO]: 'Label two'
	}


    // to declare type is important - otherwise TS complains on LABELS[type]
    // also, if replace Object.values with Object.keys - 
    // - TS blames wrong types here: "string[] is not assignable to MyEnum[]"
    const allKeys: Array<MyEnum> = Object.values(MyEnum)

    const allowedKeys = allKeys.filter(
      (type) => type !== MyEnum.ONE
    )
    
    const allowedLabels = allowedKeys.map((type) => ({
      label: LABELS[type]
    }))

In TypeScript, an enum is compiled to a map (to get the value from the key) in javascript:

enum MyEnum {
  entry0,
  entry1,
}

console.log(MyEnum['entry0']); // 0
console.log(MyEnum['entry1']); // 1

It also creates a reversed map (to get the key from the value):

console.log(MyEnum[0]); // 'entry0'
console.log(MyEnum[0]); // 'entry1'

So you can access the name of an entry by doing:

console.log(MyEnum[MyEnum.entry0]); // 'entry0'
console.log(MyEnum[MyEnum.entry1]); // 'entry1'

---

However, string enum has no reverse map by design (see comment and pull request) because this could lead to conflict between keys and values in the map object.

enum MyEnum {
  entry0 = 'value0',
  entry1 = 'value1',
}

console.log(MyEnum['value0']); // undefined
console.log(MyEnum['value1']); // undefined

If you want to force your string enum to compile a reversed map (you then have to make sure all the keys and values are different), you can use this trick:

enum MyEnum {
  entry0 = <any>'value0',
  entry1 = <any>'value1',
}

console.log(MyEnum['value0']); // 'entry0'
console.log(MyEnum['value1']); // 'entry1'
console.log(MyEnum[MyEnum.entry0]); // 'entry0'
console.log(MyEnum[MyEnum.entry1]); // 'entry1'

Old question, but, why do not use a const object map?

Instead of doing this:

enum Foo {
    BAR = 60,
    EVERYTHING_IS_TERRIBLE = 80
}

console.log(Object.keys(Foo))
// -> ["60", "80", "BAR", "EVERYTHING_IS_TERRIBLE"]
console.log(Object.values(Foo))
// -> ["BAR", "EVERYTHING_IS_TERRIBLE", 60, 80]

Do this (pay attention to the as const cast):

const Foo = {
    BAR: 60,
    EVERYTHING_IS_TERRIBLE: 80
} as const

console.log(Object.keys(Foo))
// -> ["BAR", "EVERYTHING_IS_TERRIBLE"]
console.log(Object.values(Foo))
// -> [60, 80]

If you have enum

enum Diet {
  KETO = "Ketogenic",
  ATKINS = "Atkins",
  PALEO = "Paleo",
  DGAF = "Whatever"
}

Then you can get key and values like:

Object.keys(Diet).forEach((d: Diet) => {
  console.log(d); // KETO
  console.log(Diet[d]) // Ketogenic
});

You can get an array of names from Enum in this way:

const enumNames: string[] = Object.keys(YourEnum).filter(key => isNaN(Number(key)));

I find that solution more elegant:

for (let val in myEnum ) {

 if ( isNaN( parseInt( val )) )
     console.log( val );
}

It displays:

bar 
foo

To get the list of the enum values you have to use:

enum AnimalEnum {
  DOG = "dog", 
  CAT = "cat", 
  MOUSE = "mouse"
}

Object.values(AnimalEnum);

Can be short and simple:

enum AnimalEnum {
  DOG = "dog", 
  CAT = "cat", 
  MOUSE = "mouse"
}

Object.keys(AnimalEnum).filter(v => typeof v == 'string' && isNaN(v))

My Enum is like this:

export enum UserSorting {
    SortByFullName = "Sort by FullName", 
    SortByLastname = "Sort by Lastame", 
    SortByEmail = "Sort by Email", 
    SortByRoleName = "Sort by Role", 
    SortByCreatedAt = "Sort by Creation date", 
    SortByCreatedBy = "Sort by Author", 
    SortByUpdatedAt = "Sort by Edit date", 
    SortByUpdatedBy = "Sort by Editor", 
}

so doing this return undefined:

UserSorting[UserSorting.SortByUpdatedAt]

To resolve this issue, I choose another way to do it using a Pipe:

import { Pipe, PipeTransform } from '@angular/core';

@Pipe({
	name: 'enumKey'
})
export class EnumKeyPipe implements PipeTransform {

  transform(value, args: string[] = null): any {
    let enumValue = args[0];
    var keys = Object.keys(value);
    var values = Object.values(value);
    for (var i = 0; i < keys.length; i++) {
      if (values[i] == enumValue) {
        return keys[i];
      }
    }
    return null;
	}
}

And to use it:

return this.enumKeyPipe.transform(UserSorting, [UserSorting.SortByUpdatedAt]);

I hope the question is still relevant. I use such functions:

function enumKeys(target: Record<string, number|string>): string[] {
  const allKeys: string[] = Object.keys(target);
  const parsedKeys: string[] = [];

  for (const key of allKeys) {
    const needToIgnore: boolean
      = target[target[key]]?.toString() === key && !isNaN(parseInt(key));

    if (!needToIgnore) {
      parsedKeys.push(key);
    }
  }

  return parsedKeys;
}

function enumValues(target: Record<string, number|string>): Array<string|number> {
  const keys: string[] = enumKeys(target);
  const values: Array<string|number> = [];

  for (const key of keys) {
    values.push(target[key]);
  }

  return values;
}

Example:

enum HttpStatus {
  OK,
  INTERNAL_ERROR,
  FORBIDDEN = 'FORBIDDEN',
  NOT_FOUND = 404,
  BAD_GATEWAY = 'bad-gateway'
}


console.log(enumKeys(HttpStatus));
// > ["OK", "INTERNAL_ERROR", "FORBIDDEN", "NOT_FOUND", "BAD_GATEWAY"] 

console.log(enumValues(HttpStatus));
// > [0, 1, "FORBIDDEN", 404, "bad-gateway"]

This would work more efficiently for key-value based enum:

enum yourEnum {
  ["First Key"] = "firstWordValue",
  ["Second Key"] = "secondWordValue"
}

Object.keys(yourEnum)[Object.values(yourEnum).findIndex(x => x === yourValue)]
// Result for passing values as yourValue
// FirstKey
// SecondKey

Having numeric enum:

enum MyNumericEnum {
 First = 1,
 Second = 2
}

You need to convert it to array first:

const values = Object.values(MyNumericEnum);
// ['First', 'Second', 1, 2]

As you see, it contains both keys and values. Keys go first.

After that, you can retrieve its keys:

values.slice(0, values.length / 2);
// ['First', 'Second']

And values:

values.slice(values.length / 2);
// [1, 2]

For string enums, you can use Object.keys(MyStringEnum) in order to get keys and Object.values(MyStringEnum) in order to get values respectively.

Though it's somewhat challenging to extract keys and values of mixed enum.

I wrote a helper function to enumerate an enum:

static getEnumValues<T extends number>(enumType: {}): T[] {
  const values: T[] = [];
  const keys = Object.keys(enumType);
  for (const key of keys.slice(0, keys.length / 2)) {
    values.push(<T>+key);
  }
  return values;
}

Usage:

for (const enumValue of getEnumValues<myEnum>(myEnum)) {
  // do the thing
}

The function returns something that can be easily enumerated, and also casts to the enum type.

There are already a lot of answers here but I figure I'll throw my solution onto the stack anyway.

TypeScript Playground

enum AccountType {
  Google = 'goo',
  Facebook = 'boo',
  Twitter = 'wit',
}

type Key = keyof typeof AccountType // "Google" | "Facebook" | "Twitter"

// this creates a POJO of the enum "reversed" using TypeScript's Record utility
const reversed = (Object.keys(AccountType) as Key[]).reduce((acc, key) => {
  acc[AccountType[key]] = key
  return acc
}, {} as Record<AccountType, string>)

For Clarity:

/*
 * reversed == {
 *   "goo": "Google",
 *   "boo": "Facebook",
 *   "wit": "Twitter",
 * }
 * reversed[AccountType.Google] === "Google" 👍
 */

Reference for TypeScript Record

A nice helper function:

const getAccountTypeName = (type: AccountType) => {
  return reversed[type]
};

// getAccountTypeName(AccountType.Twitter) === 'Twitter'

You can do the following, which I think is shortest, cleanest and fastest:

Object.entries(test).filter(([key]) => (!~~key && key !== "0"))

Given the following mixed type enum definition:

enum testEnum {
  Critical = "critical",
  Major = 3,
  Normal = "2",
  Minor = "minor",
  Info = "info",
  Debug = 0
};

It will get transpire to the following:

var testEnum = { 
  Critical: 'critical', 
  Major: 3,
  Normal: "2",
  Minor: 'minor',
  Info: "info",
  Debug: 0,
  [0]: "critical",
  [1]: 3,
  [2]: "2",
  [3]: "minor",
  [4]: "info",
  [5]: 0
}

function safeEnumEntries(test) {
    return Object.entries(test).filter(([key]) => (!~~key && key !== "0"));
};

console.log(safeEnumEntries(testEnum));

After executing the function, you will get only the good entries:

[  ["Critical", "critical"],
  ["Major", 3],
  ["Normal", "2"],
  ["Minor", "minor"],
  ["Info", "info"],
  ["Debug", 0]
] 

Using a current version TypeScript you can use functions like these to map the Enum to a record of your choosing. Note that you cannot define string values with these functions as they look for keys with a value that is a number.

enum STATES {
  LOGIN,
  LOGOUT,
}

export const enumToRecordWithKeys = <E extends any>(enumeration: E): E => (
  Object.keys(enumeration)
    .filter(key => typeof enumeration[key] === 'number')
    .reduce((record, key) => ({...record, [key]: key }), {}) as E
);

export const enumToRecordWithValues = <E extends any>(enumeration: E): E => (
  Object.keys(enumeration)
    .filter(key => typeof enumeration[key] === 'number')
    .reduce((record, key) => ({...record, [key]: enumeration[key] }), {}) as E
);

const states = enumToRecordWithKeys(STATES)
const statesWithIndex = enumToRecordWithValues(STATES)

console.log(JSON.stringify({
  STATES,
  states,
  statesWithIndex,
}, null ,2));

// Console output:
{
  "STATES": {
    "0": "LOGIN",
    "1": "LOGOUT",
    "LOGIN": 0,
    "LOGOUT": 1
  },
  "states": {
    "LOGIN": "LOGIN",
    "LOGOUT": "LOGOUT"
  },
  "statesWithIndex": {
    "LOGIN": 0,
    "LOGOUT": 1
  }
}

Quite a few answers here and considering I looked it up despite this being 7 years old question, I surmise many more will come here. Here's my solution, which is a bit simpler than other ones, it handles numeric-only/text-only/mixed value enums, all the same.

enum funky {
    yum , tum='tum', gum = 'jump', plum = 4
}

const list1 = Object.keys(funky)
  .filter(k => (Number(k).toString() === Number.NaN.toString()));
console.log(JSON.stringify(list1)); // ["yum","tum","gum","plum"]" 

 // for the numeric enum vals (like yum = 0, plum = 4), typescript adds val = key implicitly (0 = yum, 4 = plum)
 // hence we need to filter out such numeric keys (0 or 4)
 

If it's your enum and you define as seen below, names and values are the same, it'll give you the entries' names directly.

enum myEnum { 
    entry1="entry1", 
    entry2="entry2"
 }

for (var entry in myEnum) { 
    // use entry's name here, e.g., "entry1"
}

Just to keep this question updated with all possible solutions , now we can use iterator protocol to make any object iterable

enum carsEnum{
  BMW="BMW",
  MERCEDES="Mercedes",
  TOYOTA="toyota",
}

carsEnum.[Symbol.iterator]=function(){
    let keys = Object.keys(carsEnum)
    let idx =0;
    return {
       next:()=>
         (idx<keys.length)?{value:this[keys[idx++]],done:false}:{value:undefined,done:true}
    } 
  }

for(let value of carsEnum){
  console.log(value) //'BMW' 'Mercedes'  'toyota'
}

It is not exactly answer of your question but it is a trick to tackle your problem.

export module Gender {

  export enum Type {
    Female = 1,
    Male = 2
  };

  export const List = Object.freeze([
    Type[Type.Female] ,
    Type[Type.Male]
  ]);

}

You can extend your list model in a way you want.

export const List = Object.freeze([
    { name: Type[Type.Female], value: Type.Female } ,
    { name: Type[Type.Male], value: Type.Male }
  ]);

Now, you can use it in this way:

for(const gender of Gender.List){
  console.log(gender.name);
  console.log(gender.value);
}

or:

if(i === Gender.Type.Male){
  console.log("I am a man.");
}