8 Programming Languages: Non-English Terms in Practice

Contents:

• Russian Programming Languages: 1C, Robik, and Rapira
• Fjölnir: The Icelandic Programming Language of Reykjavik
• The Spanish Programming Language Lexico: Encounter with Uniqueness
• Teuton: A German Programming Language with a Unique Approach
• Latin: Lingua Romana Perligata and Its Modern Features
• French GOTO++: Not Just a Programming Language
• Conclusion and Prospects

Russian programming languages: 1C, Robik and Rapira

Cyrillic programming languages ​​began their development in the Soviet Union. Many of them disappeared along with the collapse of the USSR and changes in the economy. However, some Cyrillic languages ​​still have significant significance and are in demand in modern technologies. Their use may be due to unique features that make them convenient for certain tasks, as well as to the preservation of the cultural heritage of programming.

The 1C language attracts our attention as one of the most popular tools in the field of programming. Despite its popularity, it is criticized for its simplicity and some shortcomings. It should be noted that 1C allows the use of English keywords, which brings it closer to "Russian Pascal", although the syntax is more flexible. A sample code for a simple greeting could be written as "Hello, World!". The 1C language continues to evolve and is used in various fields, which underscores its importance and relevance in programming.

It is unclear why accountants need the 1C language, and this question remains open. In the 1C programming community, the language does not evoke much sympathy. Compared to more elegant languages, such as JavaScript, 1C appears less attractive. The main criticisms of 1C are related to its low performance, the lack of classes, and concepts such as inheritance and polymorphism. However, it is worth noting that 1C offers its own database object model and query language, which makes it a unique tool for automating accounting and management reporting.

Despite significant criticism, 1C software continues to be in demand in Russian business. This creates a steady demand for specialists with the skills to work with this system. 1C professionals play a key role in automating business processes and financial management, making them indispensable for many companies.

Robik is a programming language developed by Gennady Zvenigorodsky in 1975, designed to teach schoolchildren the basics of programming. The language was created to run on vintage Agat computers and was based on the concept of executors, similar to the "turtle" in Logo. However, Robik includes several executors, each with a unique set of commands, which allows for a more varied learning process and develops students' logical thinking.

Users can create their own virtual executors, adapting them to specific tasks. The most popular executors, such as "Ant" and "Painter," allow you to move between cells and color them. This may seem simple to today's generation, but for schoolchildren of the 1970s, it was a true technological breakthrough. The ability to program one's own executables opened new horizons in teaching and developing logical thinking. Creating and customizing virtual executables fostered an interest in programming and computing, making this experience indispensable for the educational process at the time.

You can learn the language by reviewing the archival documentation, which is available at the following link: [here](https://example.com). This resource contains valuable materials that will help you gain a deeper understanding of the language's structure and features.

Rapira is an educational programming language created in the early 1980s in the USSR. It served as an intermediate step for high school and university students transitioning from Robik to more complex programming languages. Calculators, search and sorting algorithms, as well as simple games and solutions to mathematical problems were developed in Rapira. This language helped students master the basics of programming and prepared them for more complex projects in the future. Rapier remains an important milestone in the history of educational languages, helping to develop programming skills in young professionals.

An example of "Hello, World!" code in the Rapira programming language is represented as follows: …

Rapira had versions in various languages, including Russian, English, Estonian, and Georgian. This project can be seen as a digital reflection of communist ideas, but it failed to gain popularity in Europe.

Rapira documentation is available in the web archive and on the website of Novosibirsk resident Ershov. You can find up-to-date information and resources related to Rapier on these platforms.

Fjölnir: Icelandic Programming Language Reykjavik

Fjölnir, pronounced "Fjöllnir," is a unique programming language based on the Icelandic language. It utilizes list processing and modular programming, similar to languages ​​in the Lisp family. One of its key features is its ability to create dependencies, allowing names to be imported across modules rather than within each module. This makes Fjölnir a flexible tool for developers seeking efficient dependency management and improved code structure.

An example of a "Hello, World!" program in Fjölnir, developed in Iceland, is shown below:

Fjölnir was developed by University of Iceland computer science professor Snorri Agnarsson in the 1980s. This programming language quickly became popular among local developers due to its simplicity and efficiency. If you come across files with the .fjo or .sma extension, they are written in Fjölnir. Its use continues to grow and it remains a sought-after tool in the Icelandic IT ecosystem.

For those looking to deepen their knowledge of the language, a complete book covering its features and capabilities in detail is available online. This book will be a valuable resource for learning and understanding all aspects of the language, helping you become a more confident user.

The Spanish Programming Language Lexico: Encounter with Uniqueness

Lexico is an object-oriented programming language created in 1985 by Laboratorios Riosur.net E U. The main goal of Lexico is to simplify software development for students and teachers involved in object-oriented programming (OOP). This language is optimized for Microsoft's .NET platform and has undergone significant changes since its inception. Important updates in 1992, 2002, and 2009 improved Lexico's functionality and performance, making it more attractive to educational institutions and developers. Lexico continues to be a relevant tool for teaching and developing in the field of programming.

Lexico provides the ability to create algorithms and logical circuits based on two key classes: quantity and nature. Instead of the traditional assignment operator, the keyword "copie" is used, which gives the language unique features. Lexico's syntax is largely reminiscent of C#, making it easy to learn for developers experienced with this technology. Lexico can be an excellent tool for those looking for a new approach to programming, combining familiar elements with innovative solutions.

Lexico, unfortunately, is only available on the Microsoft platform, which creates serious limitations for users of Linux and other operating systems. This situation negatively affects the popularity of the language and its use in real-world development, making it less common among professional programmers. Limited compatibility with various operating systems makes it difficult to integrate Lexico into a wide range of projects, which may reduce its appeal to developers looking to leverage modern tools and technologies.

Many developers note that coding in Spanish is not only a fun activity but also a poetic process. Code in Lexico can be perceived as a piece of music that can be played with a guitar. For example, the phrase "Privados! El obhecto valores un caracter!" illustrates this creative approach. Using Spanish in programming allows not only to express ideas but also to bring uniqueness and artistry to the code, which makes the development process more interesting and inspiring.

Here is some sample Lexico code for creating a graphical window. This code demonstrates the basic elements needed to develop a graphical user interface. Lexico offers flexible options for creating interfaces that can be adapted to a variety of needs. In this example, we create a basic window with specified dimensions and a title, and add a few controls, such as buttons and text fields. Use this code as a basis for creating more complex interfaces, expanding the functionality as needed.

For detailed information about the language specifications and its unique features, we recommend visiting the official website or studying the Microsoft documentation. Familiarization with Microsoft resources will help you better understand the functionality and capabilities of the language, which is especially useful for developers and programming professionals.

Teuton: A German Programming Language with a Unique Approach

Teuton is not just a programming language, but a unique interpretation of CEDSimply, focused on creating localizations for Python. Developed by Kai Schlüer, this language combines elements of programming and German culture. Implementing Teuton requires developing a lookup table, which Schlüer successfully accomplished by adding a touch of humor. Teuton opens up new opportunities for programmers looking to integrate cultural nuances into their projects and highlights the importance of localization in modern programming. Kai Schlüer, founder of Teuton, explains the creation of this programming language: "Before Teuton, there were no programming languages ​​in German, which was always the dream of students spending evenings drinking beer at Oktoberfest. Teuton doesn't have any special features; it simply implements ideas in German. I was inspired by Andy Dent, who discussed CEDSimply on his blog." Teuton offers a unique opportunity for German-speaking programmers by creating a more accessible environment for software development. Schlüer didn't stop at creating a simple lookup table. In Teuton, he implemented two forms of the preposition "in" (in and im), which grammatically adapt to the cases and articles inherent to the German language. This makes Teuton an attractive tool for Germanists and language enthusiasts. The program provides users with the opportunity to gain a deeper understanding of the grammatical structure of the German language and improve their skills. Teuton is suitable for both language learners and those who want to improve their knowledge of German studies. The question of who still uses the Teuton programming language remains relevant. Perhaps the musical compositions of bands like Rammstein and Lacrimosa are coded using programs written in this language. Imagine compiling Mutter and getting something bright and positive, reminiscent of the smile of a character from a classic comedy. Teuton can bring new possibilities to the world of programming, opening the door to creative solutions and innovative projects.

Latin: Lingua Romana Perligata and Its Modern Features

Lingua Romana Perligata is an innovative Perl module that allows developers to write code in Latin. The project's creators argue that English has limitations in lexical structure, while ancient languages ​​like Latin offer a more extensive vocabulary and flexible word order rules. This module opens new horizons for programmers eager to experiment with language forms and programming styles. Embedding Latin in code can not only enrich the developer experience but also draw attention to the historical aspects of the programming language.

The Latin version of Perl has a number of unique features. One of them is that Latin does not use punctuation marks to denote direct quotations, but uses the verb "inquit," which translates as "said." In accordance with this concept, in Lingua Romana Perligata, character strings are formed not with quotation marks, but through the use of the verbal noun inquementum, which translates as "the result of an utterance." This feature highlights the originality of the approach to string processing in the Latin context and demonstrates how linguistic traditions can influence programming.

Programmers working with Lingua Romana Perligata can effectively use Latin expressions to denote mathematical operators, values, and variables. Latin terms add uniqueness and depth to the code and also allow for a better understanding of the programming logic. For example, there is a table of correspondences between the equality and inequality operators, which have their own unique notations in the Latin version. This not only simplifies the coding process but also makes it more aesthetically pleasing and understandable for specialists. Using Latin expressions in programming can also improve collaboration and knowledge sharing among developers.

In Lingua Romana Perligata programming, the code for iterating over values, such as the i variable, differs from traditional Perl. These features provide developers with the opportunity to learn new methods and approaches to writing code, expanding their skills and understanding of programming languages. Learning these differences can lead to more efficient problem solving and improved software quality.

If you would like more detailed information about the syntax of Lingua Romana Perligata, we recommend consulting specialized online resources such as the Perl Documentation and MetaCPAN. These platforms provide extensive materials and examples that will help you better understand how to effectively use this module to develop programs in Latin.

French GOTO++: More than Just a Programming Language

GOTO++ is a unique programming language that combines elements of French and English syntax. Although it is often considered an esoteric language, it also falls into the category of weirdlang, which implies unusual features related to its structure and syntax. GOTO++ attracts the attention of developers interested in unconventional approaches to programming. Its eccentric nature makes it an interesting object for study and experimentation, opening new horizons in the world of programming. GOTO++ is a programming language that supports both procedural and object-oriented programming. Its authors describe it as "a language you won't have a hard time with," emphasizing its complexity and unique features. In GOTO++, comments are placed after the GOTO keyword, and reversed curly braces (}{) are used to group mathematical operations. This approach makes the language unconventional and requires care and skill from programmers. GOTO++'s symbol is a green warthog with red eyes, which represents its "wild nature" and originality. GOTO++ may be of interest to those seeking new programming challenges and wanting to deepen their knowledge of non-standard languages.

The GOTO++ documentation is presented in French, which the authors consider the most elegant and expressive. The official website for English-speaking developers contains a warning: "Unfortunately, you need to learn French." This emphasizes the importance of language skills for fully mastering the tool and its capabilities.

To demonstrate the GOTO++ syntax, we provide an example of the classic "Hello, World!" program. This code fragment may seem difficult to understand, especially for those unfamiliar with this programming language:

If you want to learn more about GOTO++, we recommend that you familiarize yourself with the detailed information at the following link: [here](https://example.com).

Conclusion and Outlook

Instead of the usual moral, we invite you to consider the future of programming. English is truly a key language in the tech industry, but it's not the only area for growth. In the next part of our article, we'll explore the fascinating world of Asian programming languages ​​and introduce innovative technologies inspired by the Star Trek universe. This approach will open new horizons for developers and allow them to view programming from a different perspective, enriching their experience and expanding their opportunities in this dynamic field.

If you're just starting to learn programming, consider in-demand languages ​​like Java and Python. These languages ​​are highly sought after in the industry and offer excellent employment prospects. To help you choose the right course, we recommend visiting the "Programming" section on the Skillbox platform, where you'll find the latest training programs and resources. Choosing the right course will help you master programming skills faster and increase your competitiveness in the job market.