Archive for category: Internationalization

August 14, 2019, Boulder, CO

Lingoport is pleased to announce the release of Globalyzer 6.3. Primary features include adding an easy slider interface to prioritize internationalization (i18n) issues, helping developers focus on fixing i18n problems quickly.

Additionally, more string concatenation was added, as concatenations come in many forms and tend to be one of the most repeated problems even for internationalized applications. The list of release enhancements includes:

1. Focusing users on Top Scan Results
2. Concatenation detection for HTML Strings
3. Security enhancements for password encryption

We focused this release on getting development teams to high priority i18n results even faster. Many detected i18n issues may in fact be false positive detections as they can be conditional depending upon specific coding context. Globalyzer has the capability to detect issues with in a hierarchy of conditions, and we used that to help teams see the most likely i18n issues first and work their way towards less certain detections as they progress. That’s an important distinction for managers wanting deliver global readiness success at scale across their development teams, while also meeting demanding sprint schedules.

Release notes can be found at: https://wiki.lingoport.com/Globalyzer_Release_Notes#Globalyzer_6.3.0_Release_Notes_.28August_2019.29

To learn more about the Lingoport Suite and Globalyzer, please visit https://lingoport.com/products

Want to discuss your internationalization and continuous localization process? Contact Todd Flaska, tflaska(at)lingoport.com.

Visit our blog at https://lingoport.com/blog for industry posts, technical info and more.

Software Development Branching

Before writing code, developers will first create a branch, typically from the main repository branch, such as master or develop. A branch works like a copy of the entire repository. This allows a team of developers to work in isolation and write code in an environment under their control. Once the code is written, the branch is merged and becomes part of the main branch.

Translation for Repositories?

Resource files are files to be translated: .properties files, .resx files, .json files are de facto standards. For example, a file ‘messages_en.json’ may contain key/value pairs, where the value is displayed in the UI of an application. When the locale is switched to French, the values from ‘messages_fr.json’ are used to display the French strings for the same keys.

Keeping track of what has been translated, what has been sent to translation, what is being returned from translation, in what order, for what locale, while passing validating checks on the resource files is time consuming and a pain point for most development organization. Lingoport Resource Manager, or LRM, the Lingoport product seamlessly automates the checking,  sending, and receiving of resource files.

LRM needs a branch from which to find the resource files to be translated and to which to push the translated files. A straightforward way to on-board LRM project is to dedicate one branch to translation. LRM can rebase so that the translation branch also gets the commits from master or a deploy branch, keeping it up to date with the overall source code development. This makes for easy LRM project, where files are picked up from the translation branch and pushed back to the translation branch exclusively.

The benefit with this approach is the simplicity of the on-boarding and knowing only that branch will be affected by LRM. The drawback is that localization happens after all the development is done in a branch separate from everything else.

Advanced Branching

Git has made branching a lot easier and flexible. Developers routinely create a branch for a feature or a bug fix. Resource files are part of the artifacts created during development.

For one application, you may have one repository or you may have hundreds of repositories. You may have a couple of resource files to be translated into three locales, or hundreds of files to be translated into tens of locales. Many development organization would like to include the translation of resource files as part of the regular activities of development, inside the feature branches directly as opposed to a specific translation only branch. To do so, we recommend using LingoBot.

Lingoport Advanced Branching

LingoBot is a Chatbot which works within collaborative environments such as Slack or MS Teams. The user issues commands that the Chatbot passes along to LRM. Here is an example of a session of LingoBot in Slack:

Here the user “Andrew Wong” wanted to check the translation status of a branch, F1404-desktop-group-delivery, for a repository called ‘SSTO.webapp’. There may be lots of different branches on this repository. The one that Andrew Wong is interested in is only the “F1404-desktop-group-delivery” branch. That’s were the feature is being developed.

The system gives an overview of the status and a link to go to the Dashboard to see more information.

At some point, when the development team is ready, the files need to be sent for translation. Instead of hand picking the files from the right repository, the right directories, the right branch, verifying the correctness of the files to be sent, how many to send, tracking the files in some XL sheet, sending an email with attached files, having the attached files downloaded on the translation side, checking the files, on-board a new TMS project, it’s simply a command to tell LingoBot to send whatever is needed to be translated:

When the translation is done and send back to the repository automatically by LRM, a Slack notification will let that room know:

Note: It also provide a link to GitHub in this instance to the repository where the files were pushed and another link to the LRM Dashboard.

LingoBot and I18n

Another usage of LingoBot is to ask for the i18n issues for the files which were modified in that branch. A team of developers may modify a few files during a sprint. The overall code base may have a huge amount of files. To make sure the new code does not have more i18n issues, the command is ‘i18n scan’. It will use the Globalyzer configuration for that project to scan only those files which were modified in that branch.

Conclusion

Lingoport provides an elegant solution to complex branching and all the resource files which works from collaborative environments that developers and other team members are already familiar with. They only need to know a few simple commands, and the automation takes over. This fits in with the way software development is done in most modern companies.

As part of Lingoport and RWS Moravia’s webinar recording, A Proactive Approach to Global Release Quality, we interviewed Jim Compton, Technology Partnerships Manager at RWS to get some quick insights into the state of localization, building quality into each step of the process in alignment with sprints, and other topics he discusses in the webinar.

 

 

Lingoport: Since the start of your career in the mid-90s, what have been the most significant changes to the localization industry over the years?

Jim Compton: Back when I started, the idea of content was pretty different. It was created, first of all, uni-directionally, so it would be created by a single entity and then deployed out into the world. There was a single direction of content creator and content customer. That’s really changed. The people who are consuming content are also creating content now, and I think that’s created altogether more pressure to be agile.

Previously, you might be able to plan with your product, releasing software documentation and help, let’s say as a package. You might say, “Oh, we’re going to release in Q2 of this year, and then we’ll release our localized version sometime after that.” Industry changes have made that a not very competitive or viable way of doing business anymore. You have to be in a state of constantly releasing and iterating.

That, of course, has put pressure on the concept of the localization project, this idea where you can wait for the customer to be done with what they’re building, and then start a localization project with a defined end date. That’s totally been displaced with this model where things are constantly being created and revised and need ongoing localization support.

 

Lingport: For a company new to localization and aligning with sprints … what is the top advice that you would give them?

Jim Compton: Quality is a layer; it’s not a step. If you have mistakes upstream in a process, those mistakes will end up compounding throughout the process, and if you’re waiting until the end of the process to identify them, it becomes exponentially more expensive and time consuming to correct them. In turn, you’re increasing your cycle time past the expectations of an agile production cycle.

So, the idea of trying to prevent the problems upstream, becomes really paramount. There are different ways that you can do this, but the practice of internationalization is really consistent with this idea. Make sure that before you go from a phase of development or authoring the software into the next big step of localization, you proactively take measures to prevent potential upstream errors.

Treating quality like a layer instead of a step means if you think of it like a layer, you actually add quality control in every step of the process.

 

Lingoport: Looking into the crystal ball, what new developments do you see in store for the localization industry in the coming two years?

Jim Compton: I think the big technological shift that I’m seeing right now is a change from the concept of localization to the idea of global content management. Instead of content being created with one market in mind and then adapting it to make it work in other languages, cultures, etc., you create content that is meant to be global from the start.

This, I believe, is fundamentally different than the current localization paradigm. The people who are designing/creating the global product must embrace localization best practices, rather than just viewing it as a next step activity

Another big shift is the definition of what content is. In the past, content was primarily considered something you read, however content now goes far beyond text, and even includes things such as voice data. I think the word content is evolving to mean data, and part of the value of the localization industry won’t be just providing translations but will be to provide global data.

Why is that useful? Data is the thing that can be applied to make intelligent decisions about big picture things like, “Should we double down in this market?” “Is what we’re doing in this market working for us?” “Do we need to do something else?” Having that data available when someone is managing their global content program will help them create content that’s likely to have the highest positive business impact.

 

Ready to learn more? Check out the webinar recording!

Date/Time

• Date: June 13, 2019
• Time: 9AM Pacific, Noon Eastern, 18:00 CEST
• Duration: 40 minutes, plus audience Q&A

 

 

You’re releasing software in multiple languages for 6 markets. You get back your localized files and get ready for release. But now, at this late stage, you’ve discovered issues. Some of your interface is still in English. Perhaps dates are still showing up in a US-centric format? Perhaps the translations aren’t displaying properly because there isn’t enough space in the UI? Or, you’ve got square boxes and garbage characters that should be displaying in Japanese.

While you could find many of these issues during software development using Globalyzer (when it’s easy, fast and cheap to fix), it is still wise to have a global testing plan that includes pseudo-localization. You can test for localization support, and as a result, not have surprises after translation.

What is Pseudo-Localization?

Pseudo-localization is a technique that helps software development teams detect potential issues around user facing strings early on. Pseudo-localization transforms resource files written by developers and shows the transformed strings when a specific locale, the pseudo-locale, is passed to the application.

String Externalization

When developers write code for a global market, the strings need to be moved from the code into resource files. This process is called string externalization. If the strings are not externalized, they cannot be translated and a user looking at the application will always see the strings in the same way, with the locale set to German, French, or Japanese. Strings which are not externalized are called hard-coded strings.

For example, in some code using .ejs, if the string Family Tree is hard coded, setting the locale to French will still have “Family Tree” showing in the UI:

<span class=“visible-phone”>Family Tree</span>

If instead the string is externalized, it can be translated and setting the locale to French will show another string:

The .ejs file snippet:

<span class=“visible-phone”><%- i18n(‘FamilyTree’) %></span>

The corresponding .json resource file snippet in English:

“FamilyTree“: “Family Tree”,

The corresponding .json resource file snippet in French:

“FamilyTree“: “Arbre Familial”,

The UI set to French:

Pseudo-Localization

When strings have been externalized into a resource file, they can be transformed for testing purposes independently of translation and that transformation can be shown in the UI using a pseudo-locale.

French is a typical ‘real’ locale: French users will most likely want to see the application in their language. The same is true for most regions, like Japanese, Chinese, Spanish, etc.

A pseudo-locale is a locale that is not a going to have many, if any, users. A typical pseudo-locale is Esperanto. Very few if any users will want to see an application in Esperanto so it makes it a good candidate for a pseudo-locale.

Using the previous ‘Family Tree’ example, here is a possible corresponding snippet in Esperanto:

FamilyTree“: “[Ƒåɱîļý Ţŕéé—- П國カ내]”,

When viewing the application in Esperanto, the banner will now look like:

Why Pseudo-Localize?

The benefits of pseudo-localization are many, including:

1. If the strings are displayed in pseudo-localized form, they have been externalized and can be translated.
2. If the strings do not have any mojibake (corrupt characters), the user interface displays Unicode characters correctly.
3. If QA can see the start and end character (here “[“ and “]”), the layout takes care of strings which will be longer when translated, say, in German.
4. Pseudo-localization may also help identify concatenation issues, for instance when in what should be the same resource, the end and start characters appear multiple times.

When to Pseudo-Localize?

Pseudo-localization should be part of localization (L10n) automation. For instance, Lingoport Resource Manager, or LRM, automatically pseudo-localizes all resource files as they are modified or based on a frequency, such as twice a day.

This means that ‘someone’ does not have to think about it, ‘someone’ who may have other things to do such as coding an application.

Both Lingoport’s Globalyzer and Resource Manager support pseudo-localization. The former, helping developers unit test their work, the latter, on a continuous basis so that QA can always use pseudo-localization in their test criteria. It should be noted that pseudo-localization is a testing procedure, while using Globalyzer, particularly when it’s implemented within an IDE, helps avoid internationalization (i18n) issues as software is developed (and when it’s most efficient to fix). This includes i18n bugs beyond string-related issues. Even so, we always recommend implementing pseudo-localization as part of your software development practice.