Otter Framework

Otter Localization

The localization module is built on top of an open source ngx-translate library.

Date, currency, decimal number, pluralization and selection can be easily handled by built-in Angular pipes and by providing them a locale.

Features

  • Multiple locales support, switchable at runtime

  • RTL (right-to-left) text direction support

  • Translations loader using a specific endpoint (external URL source such as a CMS for example) or defaulting to local translation bundles in the src/assets/locales folder of your application. The assets folder for bundles can be changed by configuration (via a CLI option).

  • Intelligent fallback support. For any unsupported language request, the localization service will try to fetch the translation bundle from the fallback locale map OR the first closest supported language. More information in the intelligent fallback section below.

  • Resource keys can be translated from templates (*.html) via a pipe or directive as well as from typescript (*.ts) via a service.

  • Support for resource keys with parameters.

  • Custom LocalizationConfiguration can be injected from the application.

  • Ability to toggle translations on and off to help identify the key corresponding to a translation.

How to use

We provide an Angular module in @o3r/localization called LocalizationModule which comes with a translations loader.

Configuration of Localization Module

In your AppModule, you need to import the LocalizationModule and TranslateModule (from @ngx-translate/core). The LocalizationModule could be imported calling its forRoot method with a custom configuration factory to specify the language of the application. This configuration is of type LocalizationConfiguration and describes:

  • The endpoint URL - where to fetch the translation bundles from
  • Supported locales - list of available languages
  • RTL languages - list of RTL language codes
  • The language of the application - display language
  • The fallback language - fallback in case the translation in the selected language does not exist

All the possible configuration options can be found in the LocalizationConfiguration interface.

You can also import the LocalizationModule without a configuration parameter in its forRoot method. In this case, you will be provided with some default LocalizationConfiguration.

Example :
// app.module.ts

import { registerLocaleData } from '@angular/common';
import localeAR from '@angular/common/locales/ar';
import localeEN from '@angular/common/locales/en';
import localeFR from '@angular/common/locales/fr';
import { TranslateModule } from '@ngx-translate/core';
import { LocalizationModule, translateLoaderProvider } from '@o3r/localization';

// ...

registerLocaleData(localeAR, 'ar-AR');
registerLocaleData(localeEN, 'en-GB');
registerLocaleData(localeFR, 'fr-FR');

export function localizationConfigurationFactory() {
  return {
    supportedLocales: ['en-GB', 'fr-FR', 'ar-AR'],
    fallbackLocalesMap: {
      'en-CA': 'en-GB',
      'en-US': 'en-GB',
      'de': 'fr-FR',
      'zh': 'en-GB'
    },
    fallbackLanguage: 'en-GB',
    bundlesOutputPath: environment.LOCALIZATION_BUNDLES_OUTPUT,
    useDynamicContent: true,
    debugMode: false
  };
}

@NgModule({
  imports: [
    LocalizationModule.forRoot(localizationConfigurationFactory),
    TranslateModule.forRoot({
      loader: translateLoaderProvider,
    }),
    // ...
  ],
  providers: [],
  // ...
})
export class AppModule {}

If you leave the property endPointUrl blank in the localization configuration, the loader will try to fetch translation bundles from your application's src/assets/assets-otter/i18n folder.

You can specify a language in the configuration, it will be loaded at the bootstrap time of your application. A language can be specified asynchronously by using the LocalizationService.useLanguage(...) function.

  • In case it is not enough to provide your configuration object as explained above, you can also provide a new factory for the localization configuration. You only need to provide a token LOCALIZATION_CONFIGURATION_TOKEN with your custom factory and dependencies.
Example :
// app.module.ts

import localeAR from '@angular/common/locales/ar';
import localeEN from '@angular/common/locales/en';
import localeFR from '@angular/common/locales/fr';
import { TranslateModule } from '@ngx-translate/core';
import { LOCALIZATION_CONFIGURATION_TOKEN, LocalizationModule, translateLoaderProvider } from '@o3r/localization';
// ...

registerLocaleData(localeEN, 'en-EN');
registerLocaleData(localeFR, 'fr');
registerLocaleData(localeAR, 'ar');

@NgModule({
  imports: [
    LocalizationModule,
    TranslateModule.forRoot({
      loader: translateLoaderProvider,
    })
    // ...
  ],
  // ...
  providers: [
    {provide: LOCALIZATION_CONFIGURATION_TOKEN, useFactory: customCreateLocalizationConfiguration, deps: [YourServiceNeededByTheFactory]}
  ]
})
class AppModule {}

HTTP server

You may also need to set up your http server to accept CORS and update the connect-src property of csp.json in your application.

Example :
// configs/csp.json

{
  "connect-src": "http://example.com"
}

Localizing the components

Now we are ready to localize the components of the application.

How to generate localization files for a component

Generate a localized component

You can directly generate a localized component with the following command:

Example :
ng g component ComponentName --use-localization

The --use-localization parameter triggers the localization-to-component schematic, which adds the localization architecture to a component.

This parameter is only mandatory if it is not provided in the workspace configuration file (such as angular.json, nx.json or project.json) under the schematics property, like this:

Example :
{
  "schematics": {
    "@o3r/core:component": {
      // ...
      "useLocalization": true
    },
  }
}

[!NOTE] The ngAdd of the @o3r/localization package will set the useLocalization parameter to true for all schematic packages beginning with '@o3r/core:component*' (including @o3r/core:component, @o3r/core:component-presenter, @o3r/core:component-container).

Example :
ng add @o3r/localization

Add localization to an existing component

You can also localize a component later with:

Example :
ng g localization-to-component --path='path/to/the/component/class/file'

As mentioned above, the localization-to-component schematic adds the localization architecture to a component. For an existing component, the schematic first checks that the component does not already contain localization files or properties, otherwise an error is thrown.

[!NOTE] Later you can add a localization key to a component with the following command:

Example :
ng g localization-key-to-component --path='path/to/the/component/class/file' --key='localizationKey' --value='Default value for localizationKey'

You can also do this using the Otter VSCode Extension that contains the Otter: Add localization key to component feature, which largely simplifies this command.

Generated files

Localization file (*.localization.json)

The JSON localization file defines an object of key/value pairs. Each value is a JSON object with the properties description and defaultValue. Eventually, you can reference a global key via $ref using a relative path to a global localization JSON file or in a different package in the dependencies. The purpose of this file is to provide a default localization for a component so that the developer can start building pages using components without worrying about localization. The *.localization.json file specifies default values in English only.

Example :
{
  "o3r-my-component-pres.somekey1": {
    "description": "This is somekey1 description for translators",
    "defaultValue": "This is my default value 1"
  },
  "o3r-my-component-pres.somekey2": {
    "description": "This is somekey2 description for translators",
    "defaultValue": "This is my default value 2"
  },
  "o3r-my-component-pres.someglobalkey1": {
    "$ref": "../global.localization.json#/someglobalkey1"
  },
  "o3r-my-component-pres.someglobalkey2": {
    "$ref": "@scope/common/global.localization.json#/someglobalkey2"
  }
}
How to properly create keys?
  • Manually:

To ensure the uniqueness of localization keys, it's a good idea to follow naming conventions. For components, we recommend prefixing each key by the component selector. Hence, the naming convention for keys is the component selector followed by . (dot character) and any string of your choice.

For example, if your SimpleHeaderPresComponent has the selector o3r-simple-header-pres, then your keys may look like this:

Example :
{
  "o3r-simple-header-pres.airline": {
    "description": "Airline name",
    "defaultValue": "My Airline"
  },
  "o3r-simple-header-pres.motto": {
    "description": "Airline motto phrase",
    "defaultValue": "Let's shape the future of travel"
  },
  "o3r-simple-header-pres.locWithArg": {
    "description": "Hello message to the user (passed as a parameter)",
    "defaultValue": "Hello, { user }!"
  }
}
  • VSCode Extension:

For VSCode users, we provide an Otter extension that allows to create localization keys (and their corresponding descriptions) directly from some selected text in the component's template.

More details on how to do this in the documentation.

Translation file (*.translation.ts)

The translation file is used to define the localization variables used by the component template. It typically defines an interface which extends Translation from @o3r/core with all possible variable names used by your component template. It also exports a constant (translations) that satisfies the above contract. The values for each property are localization keys (real keys from the localization bundle).

Example :
import {Translation} from  '@o3r/core';

export  interface MyComponentPresTranslation extends Translation {
  prop1: string;
  prop2: string;
}

export  const translations: MyComponentPresTranslation = {
  prop1: 'o3r-my-component-pres.somekey1',
  prop2: 'o3r-my-component-pres.somekey2'
};

For the SimpleHeaderPresComponent example, the translation file could look something like this:

Example :
import type { Translation } from '@o3r/core';

export interface SimpleHeaderPresTranslation extends Translation {
  /** Airline name */
  airline: string;
  /** Airline motto phrase */
  motto: string;
  /** Hello message to the user (passed as a parameter) */
  locWithArg: string;
}

export const translations: SimpleHeaderPresTranslation = {
  airline: 'o3r-simple-header-pres.airline',
  motto: 'o3r-simple-header-pres.motto',
  locWithArg: 'o3r-simple-header-pres.locWithArg'
};

Component file

Now to localize your component, you will start by implementing the Translatable interface which forces you to declare the translations property. This property requires 2 decorators (@Input() and @Localization(url), with url corresponding to the relative path of the localization file). This will let you override localization keys from the template and give your component some default localization if you don't have your own to start with.

Example :
import { Component, Input } from '@angular/core';
import { Localization, LocalizationModule, Translatable } from '@o3r/localization';
import { SimpleHeaderPresTranslation, translations } from './simple-header-pres.translation';

@Component({
  selector: 'o3r-simple-header-pres',
  imports: [LocalizationModule],
  styleUrls: ['./simple-header-pres.style.scss'],
  templateUrl: './simple-header-pres.template.html'
})

export class SimpleHeaderPresComponent implements Translatable<SimpleHeaderPresTranslation>, ... {
  /**
   * Localization of the component
   */
  @Input()
  @Localization('./simple-header-pres.localization.json')
  public translations: SimpleHeaderPresTranslation = translations;
}

Template file

We can now use the translations property (declared in the component file) in the template.

  • If you only need to translate text in your template file, simply use the o3rTranslate pipe with/without parameters as follows:
Example :
<!-- output: "Let's shape the future of travel" -->
{{ translations.motto | o3rTranslate }}
  • If you need to display text with HTML markup that needs to be interpreted by your browser, you need to use binding as follows:
Example :
<!-- use binding for a resource with HTML markup -->
<span [innerHTML]="translations.airline | o3rTranslate"></span>
  • If you need to display text with some dynamic elements (resource with parameters), you can pass the translation parameters like this:
Example :
<!-- output: "Hello, otter friend!" -->
{{ "o3r-simple-header-pres.locWithArg" | o3rTranslate: {user: 'otter friend'} }}

[!NOTE] The code to the o3rTranslate pipe can be found in the tools of the @o3r/localization module.

Localization bundle

How to generate a component bundle

Example :
ng run project-name:i18n

It will create an i18n folder in the component folder, with an en-GB.json file containing the mapping between the localization key and the associated default value.

Check the list of options available by running:

Example :
ng run project-name:i18n --help

How to generate an application bundle

Example :
ng run project-name:generate-translations

It will create the application bundle for each supported language.

Check the list of options available by running:

Example :
ng run project-name:generate-translations --help

Additional features

How to localize a date, decimal and currency

Use Angular's built-in DatePipe, DecimalPipe and CurrencyPipe pass the current locale as the last parameter. The locale is read from this.localizationService.getCurrentLanguage(). To be able to use this, your component must import the LocalizationModule. You will then be able to inject the LocalizationService in the component in order to get the current language.

Example :
import { Component, inject, Input } from '@angular/core';
import { Localization, LocalizationModule, LocalizationService, Translatable } from '@o3r/localization';
import { SimpleHeaderPresTranslation, translations } from './simple-header-pres.translation';

@Component({
  selector: 'o3r-simple-header-pres',
  imports: [LocalizationModule],
  styleUrls: ['./simple-header-pres.style.scss'],
  templateUrl: './simple-header-pres.template.html'
})
export class SimpleHeaderPresComponent implements Translatable<SimpleHeaderPresTranslation>, ... {

  // ...
  private readonly localizationService = inject(LocalizationService);
  public readonly currentLanguage = toSignal(
    this.localizationService.getTranslateService().onLangChange.pipe(map(({ lang }) => lang)),
    { initialData: this.localizationService.getCurrentLanguage() }
  )

  /**
   * Called upon language change to set current language
   * @param  language
   */
  public useLanguage(language: string) {
    this.localizationService.useLanguage(language);
  }
}

Now we can start using pipes:

Example :
<p>{{today | date: 'fullDate'}}</p>
<p>{{1.5487 | number: ''}}</p>
<p>{{1.5487 | currency: 'EUR' : 'symbol' : ''}}</p>

[!NOTE] A locale parameter can be added to the pipe, such as the following:

Example :
<p>{{today | date: 'fullDate' : '' : currentLanguage()}}</p>

However, the format of the pipes is based on the current locale so adding the currentLanguage() parameter is optional. Another locale can be added in order to override the current one, for example:

Example :
<p>{{1.5487 | currency: 'CAD' : 'symbol' : '' : 'fr-FR'}}</p>

How to add custom translations in the container

A container can have its own translations (for error messages for example). In this case, the container becomes Translatable as follows:

Example :
import { Translatable } from '@o3r/localization';
import { MyContTranslation } from '../my.translation.ts';

@Component({
  selector: 'o3r-my-cont',
  templateUrl: './my.template.html',
  changeDetection: ChangeDetectionStrategy.OnPush
})
export class MyContComponent implements Translatable<MyContTranslation>, Block {

  /**
   * Localization of the component
   */
  @Input()
  @Localization('./my.localization.json')
  public translations: MyContTranslation;
}

There is also a possibility for the container to override the presenter's translations and pass them as input to the presenter.

Configure the Localization Service in your root component

Example :
// app.component.ts

import { inject } from '@angular/core';
import { LocalizationService } from '@o3r/localization';

// Inject LocalizationService which will take care of configuring TranslateService using LocalizationConfiguration and call configure() method
constructor() {
  inject(LocalizationService).configure();
}

How to add RTL support in the application

The TextDirectionService has to be injected in app.component.ts as follows:

Example :
// app.component.ts

import { inject } from '@angular/core';
import { TextDirectionService } from '@o3r/localization';

private readonly textDirectionService = inject(TextDirectionService);

public ngOnInit() {
  this.subscriptions.push(this.textDirectionService.onLangChangeSubscription());
}

Lazy Compiler for ICU Translation support

To be able to handle a large amount of ICU translations, a lazy compiler is provided in the @o3r/localization package.

Example :
// app.module.ts

import localeAR from '@angular/common/locales/ar';
import localeEN from '@angular/common/locales/en';
import localeFR from '@angular/common/locales/fr';
import { TranslateCompiler, TranslateModule } from '@ngx-translate/core';
import {
  LocalizationModule,
  MESSAGE_FORMAT_CONFIG,
  TranslateMessageFormatLazyCompiler
} from '@o3r/localization';

// ...

registerLocaleData(localeEN, 'en-EN');
registerLocaleData(localeFR, 'fr');
registerLocaleData(localeAR, 'ar');

@NgModule({
  imports: [
    // ...
    LocalizationModule.forRoot({ ... }),
    TranslateModule.forRoot({
      // ...
      compiler: {provide: TranslateCompiler, useClass: TranslateMessageFormatLazyCompiler}
    })
  ],
  providers: [
    // Optional configuration:
    {provide: MESSAGE_FORMAT_CONFIG, useValue: {enableCache: false}}
  ]
})
class AppModule {}

[!NOTE] The token MESSAGE_FORMAT_CONFIG implements the LazyMessageFormatConfig interface from @o3r/localization.

How to localize plural expressions

For pluralization, we are using the TranslateMessageFormatCompiler, coming from the ngx-translate-messageformat-compiler package, which is a compiler for ngx-translate that uses messageformat.js to compile translations using ICU syntax for handling pluralization and gender.

ICU Message Format is a standardized syntax for dealing with the translation of user-visible strings into various languages that may have different requirements for the correct declension of words (e.g. according to number, gender, case) - or to simplify: pluralization.

Simple pluralization rules like 0, 1 or other work well for English, but may not be suitable for many other languages (Eastern European languages, Asian languages) where pluralization rules are much more complex. If this does not meet your requirements, we recommend reformulating your text so that you do not need to use pluralization. Example: instead of saying 'You have added 2 bags' you may want to say 'Number of bags: 2', which should suit most languages, no matter which number is considered plural.

Integration with ngx-translate

You need to configure the TranslateModule for it to use TranslateMessageFormatCompiler as a compiler. We will use TranslateMessageFormatLazyCompiler, which is an Otter extension of the base compiler. See the Lazy Compiler for ICU Translation support section above for details.

Example :
// app.module.ts

import { TranslateCompiler, TranslateModule } from '@ngx-translate/core';
import { MESSAGE_FORMAT_CONFIG, TranslateMessageFormatLazyCompiler } from '@o3r/localization';

// ...

@NgModule({
  imports: [
    TranslateModule.forRoot({
      // ...
      compiler: {
        provide: TranslateCompiler,
        useClass: TranslateMessageFormatLazyCompiler
      }
    }),
  // ...
  ],
  providers: [
    // Optional compiler configuration:
    {provide: MESSAGE_FORMAT_CONFIG, useValue: {locales: ['ar', 'fr']}}
  ]
})
class AppModule {}
Example :
{
  // the key has to be defined in the localization bundle
  "o3r-list-inline-messages-pres.nbOfErrors": "{count, plural, =0{No errors} one{# error} other{# errors}}"
  // where 'count' is the parameter received
}
Example :
<!-- component HTML template -->
</span> {{translations.nbOfErrors | o3rTranslate: {count: countMessages} }}

The value of translations.nbOfErrors is the translation key o3r-list-inline-messages-pres.nbOfErrors. The next step translates the key by passing some parameters to the translate pipe.

The output will be:

  • No errors if countMessages is 0
  • 1 error if countMessages is 1
  • 'Value of countMessages' errors if countMessages is greater than 1 (ex: 10 errors)

How to localize a choice

Sometimes you may want to display a different resource based on the value of a property that is not a number.

Example :
{
  // the key has to be defined in the localization bundle
  "global.people": "{gender, select, male{He is} female{She is} other{They are}} {how}"
  // where 'gender' is the parameter used for choice and 'how' it's a parameter used only for display
}
Example :
<!-- in component HTML -->
<ul>
  <li>{{ translations.people | o3rTranslate: { gender: 'female', how: 'influential' } }}</li>
  <li>{{ translations.people | o3rTranslate: { gender: 'male', how: 'funny' } }}</li>
  <li>{{ translations.people | o3rTranslate: { how: 'affectionate' } }}</li>
</ul>

Note again that translations.people matches the global.people key:

Example :
- She is influential
- He is funny
- They are affectionate

Intelligent fallback support

The localization service supports a fallback strategy described in the details below.

Scenario 1: Fallback based on fallbackLocalesMap and supportedLocales

In case fallbackLocalesMap is provided and the targeted translation language is unavailable in the list of supported locales, the first priority goes to fallbackLocalesMap to see if the targeted translation language can be mapped with the configured fallback map. The second priority goes to supportedLocales to match the targeted translation language to the first closest possible language, the locale may be different. If none match, it will fall back to the default language.

Let's assume:

Example :
return {
  // ...
  supportedLocales: ['en-GB', 'en-US', 'fr-FR', 'ar-AR'],
  fallbackLocalesMap: {
    'en-CA': 'en-US',
    'fr-CA': 'fr-FR',
    'de-CH': 'ar-AR',
    'de': 'fr-FR',
    'it': 'fr-FR',
    'hi': 'en-GB',
    'zh': 'en-GB'
  },
  fallbackLanguage: 'ar-AR'
}

Fallback scenarios:

  • en-CA fallbacks to en-US, as direct mapping available in fallback locales map.
  • de-CH fallbacks to ar-AR, as direct mapping available in fallback locales map.
  • de-AT fallbacks to fr-FR, as language mapping available in fallback locales map.
  • zh-CN fallbacks to en-GB, as language mapping available in fallback locales map.
  • en-AU fallbacks to en-GB, as fallback locales mapping unavailable, first nearest language available in supported locales.
  • fr-BE fallbacks to fr-FR, as fallback locales mapping unavailable, first nearest language available in supported locales.
  • bn-BD fallbacks to ar-AR, as it is the default fallback.

Scenario 2: Fallback based on supportedLocales

In case fallbackLocalesMap is not provided and the targeted translation language is unavailable in the list of supported locales, the targeted translation language will be compared to the supported locales to find the first closest match, the locale may be different. If none match, it will fall back to the default language.

Let's assume:

Example :
return {
  // ...
  supportedLocales: ['en-GB', 'fr-FR', 'fr-CA', 'ar-AR'],
  fallbackLanguage: 'en-GB'
}

Fallback scenarios:

  • en-US fallbacks to en-GB, as en-GB has the same language with a different region.
  • fr-BE fallbacks to fr-FR, as fr-FR is first in the supported locales list.
  • it-IT fallbacks to en-GB, as it is the default fallback.

Debugging

Runtime: toggle translation on and off

To make it easier to identify which key corresponds to a given text, the LocalizationService exposes a function toggleShowKeys() that can be called to deactivate or reactivate the translation mechanism at runtime. While deactivated, the translate pipe and directive will output the translation keys instead of their resolved values.

[!NOTE] This mechanism only applies to the pipe and directive exported by Otter's LocalizationModule. The original ones from ngx-translate do not support it.

First, this mechanism has to be activated via the LocalizationConfiguration that you can provide in your AppModule.

[!IMPORTANT] This is mainly for performance reasons, as it adds a new subscription to every translate pipe and directive in order to know when translations are turned on or off. Not enabling it prevents all these subscriptions and should be the baseline for a production environment.

Example:

Example :
// app.module.ts

export function localizationConfigurationFactory(): LocalizationConfiguration {
  return {
    ...DEFAULT_LOCALIZATION_CONFIGURATION,
    supportedLocales: ['en-GB', 'fr-FR', 'ar-AR'],
    fallbackLocalesMap: {
      'en-CA': 'en-GB',
      'en-US': 'en-GB',
      'de': 'fr-FR',
      'zh': 'en-GB'
    },
    fallbackLanguage: 'en-GB',
    bundlesOutputPath: environment.LOCALIZATION_BUNDLES_OUTPUT,
    useDynamicContent: true,
    // dummy example
    enableTranslationDeactivation: window.location.search.indexOf('debug=true') >= 0
  };
}

@NgModule({
  imports: [LocalizationModule],
  providers: [{provide: LOCALIZATION_CONFIGURATION_TOKEN, useFactory: localizationConfigurationFactory}]
})
export class AppModule {}

Example of usage in a debug component:

Example :
// Component class
@Component({
  selector: 'debug',
  templateUrl: './debug.template.html',
  changeDetection: ChangeDetectionStrategy.OnPush
})
export class DebugComponent {
  constructor(private localizationService: LocalizationService) {}

  public toggleTranslation() {
    this.localizationService.toggleShowKeys();
  }
}
Example :
<!-- Component template -->
<div>
  <h3>Debug:</h3>
  <button (click)="toggleTranslation()">Toggle translation</button>
</div>

Bootstrap: enable debug mode to display <key> - <translation>

You can enable debug mode by setting debugMode property of LocalizationConfiguration to true (the default value is false).

Example :

registerLocaleData(localeEN, 'en-EN');
registerLocaleData(localeFR, 'fr');
registerLocaleData(localeAR, 'ar');

@NgModule({
  imports: [
    LocalizationModule.forRoot({
      language: 'fr',
      endPointUrl: 'http://example.com',
      bundlesOutputPath: config.LOCALIZATION_BUNDLES_OUTPUT,
      supportedLocales: ['en-EN', 'fr', 'ar'],
      debugMode: true
    })
    // ...
  ]
})

This way, all your translations will be prefixed by the corresponding localization key, so you can easily map the text to the key.

Examples:

  • simpleHeader.airline - My Airline
  • simpleHeader.motto - Let's shape the future of travel

Enable Chrome extension debugging

The Otter framework provides a Chrome Extension to help debug the application. To enable the communication with the Otter Devtools, the two following steps are required:

  1. Importing the Devtools module into the application module:
Example :
import { LocalizationDevtoolsModule } from '@o3r/localization';

@NgModule({
  imports: [
    // ...,
    LocalizationDevtoolsModule
  ]
})
export class AppModule {}
  1. Importing the LocalizationDevtoolsMessageService in the main.ts file of the application (we recommend doing this to avoid polluting the app.component.ts file):
Example :
// main.ts

import { inject, runInInjectionContext } from '@angular/core';
import '@angular/localize/init';
import { platformBrowserDynamic } from '@angular/platform-browser-dynamic';
import { LocalizationDevtoolsMessageService } from '@o3r/localization';
import { AppModule } from './app/app.module';

platformBrowserDynamic().bootstrapModule(AppModule).then((m) => runInInjectionContext(m.injector, () => inject(ConfigurationDevtoolsConsoleService)))
  1. The debug message service needs to be activated:

You can do this in the main.ts file:

Example :
// main.ts
platformBrowserDynamic().bootstrapModule(AppModule).then((m) => runInInjectionContext(m.injector, () => inject(ConfigurationDevtoolsConsoleService).activate()));

Or in the AppModule:

Example :
// app.module.ts

import { OTTER_LOCALIZATION_DEVTOOLS_OPTIONS } from '@o3r/localization';

@NgModule({
  // ...
  providers: [
    // ...
    {provide: OTTER_LOCALIZATION_DEVTOOLS_OPTIONS, useValue: {isActivatedOnBootstrap: true}}
  ]
})
export class AppModule {}

[!NOTE] Get more details on Otter Chrome DevTools session.

Package link

Link to the @o3r/localization package.

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