What are some of the most popular non-English programming languages spoken around the world, and what are their benefits?
Java vs. Python
The most popular non-English computer programming languages are Java (created by Sun Microsystems) and Python (created by Guido Van Rossum, Pydev), both of which are multi-lingual. In fact, the number of times a program written in a language other than English is viewed is about equal to the number of times a program written in Java or Python is viewed.
Popularity of Languages
Here are the rankings for different languages in terms of popularity based on a survey of 14,000 developers:
The most popular programming languages on Earth
How do these programming languages differ from English-based programming languages, and how do they affect software development projects?
In order to speak a non-English programming language, one first needs to learn English – which, of course, is not ideal. For example, in order to write an iPhone application in Chinese, an iPhone programmer would have to understand English. Also, since the vast majority of programming books are written in English, beginning programmers will have to spend time learning English in order to be able to read English-language programming books. And, a programmer using a non-English programming language will have to know English in order to read the error messages produced by the non-English programming language.
In addition, when it comes to debugging and code maintenance, non-English based applications present additional difficulties. Because most of the world sees English as an exotic language rather than as a practical one, there are very few resources available for programmers who are debugging or who need to maintain code that was originally written by somebody else.
What challenges do developers face when working with non-English programming languages, and how can they overcome these challenges effectively?
Learning a programming language is a difficult task, and it will take time before one can learn to use the language effectively. Even though some beginning programmers may be able to work with a non-English programming language, they will have trouble communicating with others in that language. Also, the programs written in these languages are less flexible than those produced in English: since these programming languages were intended for non-English speakers, there are built-in translation tools to help programmers translate existing programs into their native tongue. Finally, since non-English languages were not designed to support object-oriented programming (first seen in the 1970s), they may not be as efficient or flexible as English-based programming languages.
Without translation tools, there are some common problems that non-English programmers face:
* Finding other programmers who can work with the programming language. Many programming language tutorials are written in English. However, it is sometimes difficult to locate other people who know the same programming language as you do. If you have difficulty finding someone else to work on your program, try looking in the forums (programming software support groups) for your desired programming language’s FAQ or news group.
* Being able to read the source code. As mentioned, programs written in non-English languages are often translated into the native language of the programmer before they are submitted to a program review board (such as Microsoft’s Software Development Kit, or “SDK.”) However, there is nothing within these translated files that you can use to check for errors. Therefore, if you find an error in your program, it might be difficult to track down exactly where the error is coming from. For example, a programmer might tell you that the error is due to a mistake in their program’s code. However, you will have little way of knowing whether they actually made the mistake or not.
Which companies are using non-English programming languages in their software development projects, and why have they made this decision?”
Since many multinational corporations operate in international markets, they need to provide their software in different languages. However, programmers still write the original code in English. The companies therefore have people who translate the English-language code into the non-English language. They also employ programmers to write these non-English programs. These programmers work to make their programs as efficient and flexible as possible, while still meeting the needs of their non-English speaking customers. This is especially true of programmers who are creating the code for operating systems and applications that are intended to be used globally.
The two most common non-English programming languages used today are Chinese and Arabic. Other languages that people use include Russian, French, German, Hebrew, Greek, Portuguese and Spanish.
Arabic software is important in the Middle East and Arabic-speaking countries around the world. The Arabic language has a complicated alphabet system with many consonants that end in the letter “n. “
Chinese programmers use a variety of coding languages that are written in Chinese characters. The most popular are C++ and Java, which programmers use to create software for all types of computer users, including those in China and those who live outside that country.
How will the increasing popularity of non-English programming languages impact the software development industry as a whole, and what implications does this have for businesses worldwide?”
The increasing popularity of non-English programming languages will increase the demand for translators, who will work to create programs that can be translated into non-English languages. It will also increase the demand for programmers who understand English in order to translate code into non-English languages. Furthermore, since many of these non-English languages were not originally intended to support object-oriented programming, programmers will have to create new programming tools in order to develop non-English object-oriented programs.
Smaller companies will have particular difficulty with non-English programming because the demand for translators, who normally work for larger companies, will increase. Smaller companies will also have a harder time finding programmers who are fluent in both English and other non-English languages; it is not uncommon for some programmers to be unable to read their own code after it has been translated into another language.
The increased popularity of non-English programming languages has a significant impact on businesses because the demand for programmers and translators will increase. As a result, businesses will have a harder time hiring experienced workers to develop programs, which in turn means that they will have to spend more money developing software or outsourcing it to countries with large engineering pools, such as India and China.