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1 How I18n in Ruby on Rails Works

Internationalization is a complex problem. Natural languages differ in so many ways (e.g. in pluralization rules) that it is hard to provide tools for solving all problems at once. For that reason the Rails I18n API focuses on:

• providing support for English and similar languages out of the box
• making it easy to customize and extend everything for other languages

As part of this solution, every static string in the Rails framework - e.g. Active Record validation messages, time and date formats - has been internationalized. Localization of a Rails application means defining translated values for these strings in desired languages.

To localize store and update content in your application (e.g. translate blog posts), see the Translating model content section.

1.1 The Overall Architecture of the Library

Thus, the Ruby I18n gem is split into two parts:

• The public API of the i18n framework - a Ruby module with public methods that define how the library works
• A default backend (which is intentionally named Simple backend) that implements these methods

As a user you should always only access the public methods on the I18n module, but it is useful to know about the capabilities of the backend.

1.2 The Public I18n API

The most important methods of the I18n API are:

These have the aliases #t and #l so you can use them like this:

There are also attribute readers and writers for the following attributes:

So, let's internationalize a simple Rails application from the ground up in the next chapters!

2 Setup the Rails Application for Internationalization

There are a few steps to get up and running with I18n support for a Rails application.

2.1 Configure the I18n Module

Following the convention over configuration philosophy, Rails I18n provides reasonable default translation strings. When different translation strings are needed, they can be overridden.

Rails adds all and files from the directory to the translations load path, automatically.

The default locale in this directory contains a sample pair of translation strings:

This means, that in the locale, the key hello will map to the Hello world string. Every string inside Rails is internationalized in this way, see for instance Active Model validation messages in the file or time and date formats in the file. You can use YAML or standard Ruby Hashes to store translations in the default (Simple) backend.

The I18n library will use English as a default locale, i.e. if a different locale is not set, will be used for looking up translations.

The translations load path () is an array of paths to files that will be loaded automatically. Configuring this path allows for customization of translations directory structure and file naming scheme.

You can change the default locale as well as configure the translations load paths in as follows:

The load path must be specified before any translations are looked up. To change the default locale from an initializer instead of :

Note that appending directly to instead of to the application's configured i18n will not override translations from external gems.

2.2 Managing the Locale across Requests

A localized application will likely need to provide support for multiple locales. To accomplish this, the locale should be set at the beginning of each request so that all strings are translated using the desired locale during the lifetime of that request.

The default locale is used for all translations unless or is used.

can leak into subsequent requests served by the same thread/process if it is not consistently set in every controller. For example executing in one POST requests will have effects for all later requests to controllers that don't set the locale, but only in that particular thread/process. For that reason, instead of you can use which does not have this leak issue.

The locale can be set in an in the :

This example illustrates this using a URL query parameter to set the locale (e.g. ). With this approach, renders the Portuguese localization, while loads a German localization.

The locale can be set using one of many different approaches.

2.2.1 Setting the Locale from the Domain Name

One option you have is to set the locale from the domain name where your application runs. For example, we want to load the English (or default) locale, and to load the Spanish locale. Thus the top-level domain name is used for locale setting. This has several advantages:

• The locale is an obvious part of the URL.
• People intuitively grasp in which language the content will be displayed.
• It is very trivial to implement in Rails.
• Search engines seem to like that content in different languages lives at different, inter-linked domains.

You can implement it like this in your :

We can also set the locale from the subdomain in a very similar way:

If your application includes a locale switching menu, you would then have something like this in it:

assuming you would set to some value like .

This solution has aforementioned advantages, however, you may not be able or may not want to provide different localizations ("language versions") on different domains. The most obvious solution would be to include locale code in the URL params (or request path).

2.2.2 Setting the Locale from URL Params

The most usual way of setting (and passing) the locale would be to include it in URL params, as we did in the around_action in the first example. We would like to have URLs like or in this case.

This approach has almost the same set of advantages as setting the locale from the domain name: namely that it's RESTful and in accord with the rest of the World Wide Web. It does require a little bit more work to implement, though.

Getting the locale from and setting it accordingly is not hard; including it in every URL and thus passing it through the requests is. To include an explicit option in every URL, e.g. , would be tedious and probably impossible, of course.

Rails contains infrastructure for "centralizing dynamic decisions about the URLs" in its , which is useful precisely in this scenario: it enables us to set "defaults" for and helper methods dependent on it (by implementing/overriding ).

We can include something like this in our then:

Every helper method dependent on (e.g. helpers for named routes like or , resource routes like or , etc.) will now automatically include the locale in the query string, like this: .

You may be satisfied with this. It does impact the readability of URLs, though, when the locale "hangs" at the end of every URL in your application. Moreover, from the architectural standpoint, locale is usually hierarchically above the other parts of the application domain: and URLs should reflect this.

You probably want URLs to look like this: (which loads the English locale) and (which loads the Dutch locale). This is achievable with the "over-riding " strategy from above: you just have to set up your routes with :

Now, when you call the method you should get (for the default locale). A URL like should load the Dutch locale, then, and following calls to should return (because the locale changed).

If you don't want to force the use of a locale in your routes you can use an optional path scope (denoted by the parentheses) like so:

With this approach you will not get a when accessing your resources such as without a locale. This is useful for when you want to use the default locale when one is not specified.

Of course, you need to take special care of the root URL (usually "homepage" or "dashboard") of your application. A URL like will not work automatically, because the declaration in your doesn't take locale into account. (And rightly so: there's only one "root" URL.)

You would probably need to map URLs like these:

Do take special care about the order of your routes, so this route declaration does not "eat" other ones. (You may want to add it directly before the declaration.)

2.2.3 Setting the Locale from User Preferences

An application with authenticated users may allow users to set a locale preference through the application's interface. With this approach, a user's selected locale preference is persisted in the database and used to set the locale for authenticated requests by that user.

2.2.4 Choosing an Implied Locale

When an explicit locale has not been set for a request (e.g. via one of the above methods), an application should attempt to infer the desired locale.

2.2.4.1 Inferring Locale from the Language Header

The HTTP header indicates the preferred language for request's response. Browsers set this header value based on the user's language preference settings, making it a good first choice when inferring a locale.

A trivial implementation of using an header would be:

In practice, more robust code is necessary to do this reliably. Iain Hecker's http_accept_language library or Ryan Tomayko's locale Rack middleware provide solutions to this problem.

2.2.4.2 Inferring the Locale from IP Geolocation

The IP address of the client making the request can be used to infer the client's region and thus their locale. Services such as GeoIP Lite Country or gems like geocoder can be used to implement this approach.

In general, this approach is far less reliable than using the language header and is not recommended for most web applications.

2.2.5 Storing the Locale from the Session or Cookies

3 Internationalization and Localization

OK! Now you've initialized I18n support for your Ruby on Rails application and told it which locale to use and how to preserve it between requests.

Next we need to internationalize our application by abstracting every locale-specific element. Finally, we need to localize it by providing necessary translations for these abstracts.

Given the following example:

3.1 Abstracting Localized Code

There are two strings in our code that are in English and that users will be rendered in our response ("Hello Flash" and "Hello World"). In order to internationalize this code, these strings need to be replaced by calls to Rails' helper with an appropriate key for each string:

Now, when this view is rendered, it will show an error message which tells you that the translations for the keys and are missing.

3.2 Providing Translations for Internationalized Strings

Add the missing translations into the translation dictionary files:

Because the hasn't changed, translations use the locale and the response renders the english strings:

If the locale is set via the URL to the pirate locale (), the response renders the pirate strings:

You may use YAML () or plain Ruby () files for storing your translations in SimpleStore. YAML is the preferred option among Rails developers. However, it has one big disadvantage. YAML is very sensitive to whitespace and special characters, so the application may not load your dictionary properly. Ruby files will crash your application on first request, so you may easily find what's wrong. (If you encounter any "weird issues" with YAML dictionaries, try putting the relevant portion of your dictionary into a Ruby file.)

If your translations are stored in YAML files, certain keys must be escaped. They are:

• true, on, yes
• false, off, no

Examples:

3.3 Passing Variables to Translations

One key consideration for successfully internationalizing an application is to avoid making incorrect assumptions about grammar rules when abstracting localized code. Grammar rules that seem fundamental in one locale may not hold true in another one.

Improper abstraction is shown in the following example, where assumptions are made about the ordering of the different parts of the translation. Note that Rails provides a helper to handle the following case.

If the product's price is 10 then the proper translation for Spanish is "10 €" instead of "€10" but the abstraction cannot give it.

To create proper abstraction, the I18n gem ships with a feature called variable interpolation that allows you to use variables in translation definitions and pass the values for these variables to the translation method.

Proper abstraction is shown in the following example:

All grammatical and punctuation decisions are made in the definition itself, so the abstraction can give a proper translation.

3.4 Adding Date/Time Formats

OK! Now let's add a timestamp to the view, so we can demo the date/time localization feature as well. To localize the time format you pass the Time object to or (preferably) use Rails' helper. You can pick a format by passing the option - by default the format is used.

And in our pirate translations file let's add a time format (it's already there in Rails' defaults for English):

So that would give you:

3.5 Inflection Rules For Other Locales

Rails allows you to define inflection rules (such as rules for singularization and pluralization) for locales other than English. In , you can define these rules for multiple locales. The initializer contains a default example for specifying additional rules for English; follow that format for other locales as you see fit.

3.6 Localized Views

Let's say you have a BooksController in your application. Your index action renders content in template. When you put a localized variant of this template: in the same directory, Rails will render content in this template, when the locale is set to . When the locale is set to the default locale, the generic view will be used. (Future Rails versions may well bring this automagic localization to assets in , etc.)

You can make use of this feature, e.g. when working with a large amount of static content, which would be clumsy to put inside YAML or Ruby dictionaries. Bear in mind, though, that any change you would like to do later to the template must be propagated to all of them.

3.7 Organization of Locale Files

When you are using the default SimpleStore shipped with the i18n library, dictionaries are stored in plain-text files on the disk. Putting translations for all parts of your application in one file per locale could be hard to manage. You can store these files in a hierarchy which makes sense to you.

For example, your directory could look like this:

This way, you can separate model and model attribute names from text inside views, and all of this from the "defaults" (e.g. date and time formats). Other stores for the i18n library could provide different means of such separation.

4 Overview of the I18n API Features

You should have a good understanding of using the i18n library now and know how to internationalize a basic Rails application. In the following chapters, we'll cover its features in more depth.

These chapters will show examples using both the method as well as the view helper method (noting the additional feature provide by the view helper method).

Covered are features like these:

• looking up translations
• interpolating data into translations
• pluralizing translations
• using safe HTML translations (view helper method only)
• localizing dates, numbers, currency, etc.

4.1 Looking up Translations

4.1.1 Basic Lookup, Scopes, and Nested Keys

Translations are looked up by keys which can be both Symbols or Strings, so these calls are equivalent:

The method also takes a option which can contain one or more additional keys that will be used to specify a "namespace" or scope for a translation key:

This looks up the message in the Active Record error messages.

Additionally, both the key and scopes can be specified as dot-separated keys as in:

Thus the following calls are equivalent:

4.1.2 Defaults

When a option is given, its value will be returned if the translation is missing:

If the value is a Symbol, it will be used as a key and translated. One can provide multiple values as default. The first one that results in a value will be returned.

E.g., the following first tries to translate the key and then the key As both do not yield a result, the string "Not here" will be returned:

4.1.3 Bulk and Namespace Lookup

To look up multiple translations at once, an array of keys can be passed:

Also, a key can translate to a (potentially nested) hash of grouped translations. E.g., one can receive all Active Record error messages as a Hash with:

If you want to perform interpolation on a bulk hash of translations, you need to pass as a parameter. When you have the following dictionary:

then the nested interpolation will be ignored without the setting:

4.1.4 "Lazy" Lookup

Rails implements a convenient way to look up the locale inside views. When you have the following dictionary:

you can look up the value inside template like this (note the dot):

"Lazy" lookup can also be used in controllers:

This is useful for setting flash messages for instance:

4.2 Pluralization

In many languages — including English — there are only two forms, a singular and a plural, for a given string, e.g. "1 message" and "2 messages". Other languages (Arabic, Japanese, Russian and many more) have different grammars that have additional or fewer plural forms. Thus, the I18n API provides a flexible pluralization feature.

The interpolation variable has a special role in that it both is interpolated to the translation and used to pick a pluralization from the translations according to the pluralization rules defined in the pluralization backend. By default, only the English pluralization rules are applied.

The algorithm for pluralizations in is as simple as:

The translation denoted as is regarded as singular, and the is used as plural. If the count is zero, and a entry is present, then it will be used instead of .

If the lookup for the key does not return a Hash suitable for pluralization, an exception is raised.

4.2.1 Locale-specific rules

The I18n gem provides a Pluralization backend that can be used to enable locale-specific rules. Include it to the Simple backend, then add the localized pluralization algorithms to translation store, as .

Alternatively, the separate gem rails-i18n can be used to provide a fuller set of locale-specific pluralization rules.

4.3 Setting and Passing a Locale

The locale can be either set pseudo-globally to (which uses like, e.g., ) or can be passed as an option to and .

If no locale is passed, is used:

Explicitly passing a locale:

The defaults to which defaults to :. The default locale can be set like this:

4.4 Using Safe HTML Translations

Keys with a '_html' suffix and keys named 'html' are marked as HTML safe. When you use them in views the HTML will not be escaped.

Interpolation escapes as needed though. For example, given:

you can safely pass the username as set by the user:

Safe strings on the other hand are interpolated verbatim.

4.5 Translations for Active Record Models

You can use the methods and to transparently look up translations for your model and attribute names.

For example when you add the following translations:

Then will return "Customer" and will return "Handle".

You can also set a plural form for model names, adding as following:

Then will return "Customers". With or without params will return "Customer".

In the event you need to access nested attributes within a given model, you should nest these under at the model level of your translation file:

Then will return "Admin".

4.5.1 Error Message Scopes

Active Record validation error messages can also be translated easily. Active Record gives you a couple of namespaces where you can place your message translations in order to provide different messages and translation for certain models, attributes, and/or validations. It also transparently takes single table inheritance into account.

This gives you quite powerful means to flexibly adjust your messages to your application's needs.

Consider a User model with a validation for the name attribute like this:

The key for the error message in this case is . Active Record will look up this key in the namespaces:

Thus, in our example it will try the following keys in this order and return the first result:

When your models are additionally using inheritance then the messages are looked up in the inheritance chain.

For example, you might have an Admin model inheriting from User:

Then Active Record will look for messages in this order:

This way you can provide special translations for various error messages at different points in your models inheritance chain and in the attributes, models, or default scopes.

4.5.2 Error Message Interpolation

The translated model name, translated attribute name, and value are always available for interpolation as , and respectively.

So, for example, instead of the default error message you could use the attribute name like this : .

• , where available, can be used for pluralization if present:

4.5.3 Translations for the Active Record Helper

If you are using the Active Record helper, you will want to add translations for it.

Rails ships with the following translations:

4.6 Translations for Action Mailer E-Mail Subjects

If you don't pass a subject to the method, Action Mailer will try to find it in your translations. The performed lookup will use the pattern to construct the key.

To send parameters to interpolation use the method on the mailer.

4.7 Overview of Other Built-In Methods that Provide I18n Support

Rails uses fixed strings and other localizations, such as format strings and other format information in a couple of helpers. Here's a brief overview.

4.7.1 Action View Helper Methods

• translates and pluralizes its result and interpolates the number of seconds, minutes, hours, and so on. See datetime.distance_in_words translations.

• and use translated month names for populating the resulting select tag. See date.month_names for translations. also looks up the order option from date.order (unless you pass the option explicitly). All date selection helpers translate the prompt using the translations in the datetime.prompts scope if applicable.

• The , , , , and helpers use the number format settings located in the number scope.

4.7.2 Active Model Methods

• and use translations for model names and attribute names if available in the activerecord.models scope. They also support translations for inherited class names (e.g. for use with STI) as explained above in "Error message scopes".

• (which is used by Active Model validations but may also be used manually) uses and (see above). It also translates the error message and supports translations for inherited class names as explained above in "Error message scopes".

• prepends the attribute name to the error message using a separator that will be looked up from errors.format (and which defaults to ).

4.7.3 Active Support Methods

• uses format settings as given in the support.array scope.

5 How to Store your Custom Translations

The Simple backend shipped with Active Support allows you to store translations in both plain Ruby and YAML format.²

For example a Ruby Hash providing translations can look like this:

The equivalent YAML file would look like this:

As you see, in both cases the top level key is the locale. is a namespace key and is the key for the translation "baz".

Here is a "real" example from the Active Support translations YAML file:

So, all of the following equivalent lookups will return the date format :

Generally we recommend using YAML as a format for storing translations. There are cases, though, where you want to store Ruby lambdas as part of your locale data, e.g. for special date formats.

6 Customize your I18n Setup

6.1 Using Different Backends

For several reasons the Simple backend shipped with Active Support only does the "simplest thing that could possibly work" for Ruby on Rails³ ... which means that it is only guaranteed to work for English and, as a side effect, languages that are very similar to English. Also, the simple backend is only capable of reading translations but cannot dynamically store them to any format.

That does not mean you're stuck with these limitations, though. The Ruby I18n gem makes it very easy to exchange the Simple backend implementation with something else that fits better for your needs, by passing a backend instance to the setter.

For example, you can replace the Simple backend with the Chain backend to chain multiple backends together. This is useful when you want to use standard translations with a Simple backend but store custom application translations in a database or other backends.

With the Chain backend, you could use the Active Record backend and fall back to the (default) Simple backend:

6.2 Using Different Exception Handlers

The I18n API defines the following exceptions that will be raised by backends when the corresponding unexpected conditions occur:

The I18n API will catch all of these exceptions when they are thrown in the backend and pass them to the default_exception_handler method. This method will re-raise all exceptions except for exceptions. When a exception has been caught, it will return the exception's error message string containing the missing key/scope.

The reason for this is that during development you'd usually want your views to still render even though a translation is missing.

In other contexts you might want to change this behavior, though. E.g. the default exception handling does not allow to catch missing translations during automated tests easily. For this purpose a different exception handler can be specified. The specified exception handler must be a method on the I18n module or a class with method:

This would re-raise only the exception, passing all other input to the default exception handler.

However, if you are using this handler will also raise exception that should normally be ignored to fall back to the default pluralization rule for English locale. To avoid this you may use additional check for translation key:

Another example where the default behavior is less desirable is the Rails TranslationHelper which provides the method (as well as ). When a exception occurs in this context, the helper wraps the message into a span with the CSS class .

To do so, the helper forces to raise exceptions no matter what exception handler is defined by setting the option:

7 Translating Model Content

The I18n API described in this guide is primarily intended for translating interface strings. If you are looking to translate model content (e.g. blog posts), you will need a different solution to help with this.

Several gems can help with this:

• Globalize: Store translations on separate translation tables, one for each translated model
• Mobility: Provides support for storing translations in many formats, including translation tables, json columns (PostgreSQL), etc.
• Traco: Translatable columns stored in the model table itself

8 Conclusion

At this point you should have a good overview about how I18n support in Ruby on Rails works and are ready to start translating your project.

9 Contributing to Rails I18n

I18n support in Ruby on Rails was introduced in the release 2.2 and is still evolving. The project follows the good Ruby on Rails development tradition of evolving solutions in gems and real applications first, and only then cherry-picking the best-of-breed of most widely useful features for inclusion in the core.

Thus we encourage everybody to experiment with new ideas and features in gems or other libraries and make them available to the community. (Don't forget to announce your work on our mailing list!)

If you find your own locale (language) missing from our example translations data repository for Ruby on Rails, please fork the repository, add your data, and send a pull request.

10 Resources

11 Authors

12 Footnotes

¹ Or, to quote Wikipedia: "Internationalization is the process of designing a software application so that it can be adapted to various languages and regions without engineering changes. Localization is the process of adapting software for a specific region or language by adding locale-specific components and translating text."

² Other backends might allow or require to use other formats, e.g. a GetText backend might allow to read GetText files.

³ One of these reasons is that we don't want to imply any unnecessary load for applications that do not need any I18n capabilities, so we need to keep the I18n library as simple as possible for English. Another reason is that it is virtually impossible to implement a one-fits-all solution for all problems related to I18n for all existing languages. So a solution that allows us to exchange the entire implementation easily is appropriate anyway. This also makes it much easier to experiment with custom features and extensions.

Feedback

You're encouraged to help improve the quality of this guide.

Please contribute if you see any typos or factual errors. To get started, you can read our documentation contributions section.

You may also find incomplete content or stuff that is not up to date. Please do add any missing documentation for master. Make sure to check Edge Guides first to verify if the issues are already fixed or not on the master branch. Check the Ruby on Rails Guides Guidelines for style and conventions.

If for whatever reason you spot something to fix but cannot patch it yourself, please open an issue.

And last but not least, any kind of discussion regarding Ruby on Rails documentation is very welcome on the rubyonrails-docs mailing list.

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