Globalization Software Testing
In this article, I am going to discuss Globalization Software Testing. Please read our previous article, where we discussed Adhoc Software Testing. At the end of this article, you will understand the following essential pointers related to Globalization Software Testing.
- What is Globalization Software Testing?
- What is the Purpose of Globalization Testing?
- Why Testing for Globalization Is Necessary?
- Types of Globalization Software Testing
- What are the Advantages of Globalization Testing?
- What are the Disadvantages of Globalization Testing?
What is Globalization Software Testing?
Software testing, known as Globalization Testing, ensures the system or software application can operate regardless of the location or cultural context. It guarantees that the program can be used globally and that all text in all languages is accepted.
With the development of new technologies, every software product is now created to be globally accessible. The practice of testing software that has been translated into numerous languages is known as globalization testing. In contrast, the process of updating an application or piece of software to support multiple languages is known as globalization.
Because the apps are designed to be utilized globally, we can witness the advancement in numerous technologies; thus, this testing assures that the program will handle multiple languages and features.
What is the Purpose of Globalization Testing?
The following are the main goals of globalization testing:
- It is used to ensure that the application will support all international languages.
- It is employed to identify the different implementation phases.
- It is used to specify how the software’s user interfaces will look.
- The application’s global experiences will be the focus of this testing.
- It is employed to guarantee that the code can manage all foreign support without impairing the application’s functioning.
Why Testing for Globalization Is Necessary?
To meet the requirements below, globalization testing is necessary:
Understanding the linguistic vocabulary:
The application’s architecture should simplify comprehension of the various languages used worldwide.
In US→ English
In India→ Hindi and English
Imagine that you and I were residents of the UK, where zip codes comprise alphanumeric characters, and India, where zip codes are expressed as six-digit numbers. Therefore, it should only take a 6-digit number if we choose our country, such as India, then enter the pin code for our state. Thus, in this case, the software should get the zip code in the format used in the UK. Therefore, confirming that the zip code functionality is accurate for each area is crucial.
Format for addresses and phone numbers:
The program needs to be tested to access the formats for addresses and numbers in many countries.
Explain Types of Globalization Software Testing
The two categories into which globalization testing is divided are as follows:
Software internationalization is a unique procedure where online software is developed to be equally removed from any culture and regional specificities. For instance, correctly editing all associated editing options (data format, time, digital, and currency editing) is one of the challenges of software internationalization.
Additionally, while determining whether the software complies with 118N testing criteria, testers evaluate a product’s work to decide whether or not it is equitable in all countries and cultures.
The primary goal of internationalization testing is to determine whether a program’s code can perform with full international support without impairing its operation, which could result in data loss or problems with the integrity of the information.
Internationalization testing primarily aims to:
- Linguistic compatibility testing. It determines if a web product can operate effectively in a specific language setting;
- Functionality testing includes the complete execution of regression tests in a variety of linguistic contexts (proper presentation of the relevant information, such as date, time, and currency);
- Checking whether a graphical interface displays appropriately;
- Testing the software’s usability involves determining how easy it is to use it on various operating systems, devices, etc.
Localization is a process that should work well to adapt the program to a specific area (language, geographic region, coding, etc.). The entire software’s content must be translated for end users as part of this form of testing. We should consider the icons, instructional graphics, references, technical manuals, and other cultural quirks of the regions that will use our software in the future when translating.
What are the Advantages of Globalization Testing?
The following are some benefits of globalization testing:
- The free version of software applications or other content will be available for testing at various sites.
- This testing makes that the program can be utilized in different languages without requiring the entire product to be rewritten.
- It will improve the product’s quality and code design.
- The global customer base will grow as a result.
- Our localization testing will take less time and expense thanks to this testing.
- We will have additional scalability and flexibility thanks to this testing.
What are the Disadvantages of Globalization Testing?
The following are some drawbacks of globalization testing:
- The scheduling challenge could affect the test engineer.
- To undertake globalization testing, a domain specialist is required. Additionally, this process is more expensive because a local translator is needed.
In the next article, I am going to discuss Mutation Software Testing. Here, in this article, I try to explain Globalization Software Testing. I hope you enjoy this Globalization Software Testing article.
About the Author: Pranaya Rout
Pranaya Rout has published more than 3,000 articles in his 11-year career. Pranaya Rout has very good experience with Microsoft Technologies, Including C#, VB, ASP.NET MVC, ASP.NET Web API, EF, EF Core, ADO.NET, LINQ, SQL Server, MYSQL, Oracle, ASP.NET Core, Cloud Computing, Microservices, Design Patterns and still learning new technologies.