Thank you for choosing the Universal Execution Environment (EEU) as your that the primary environment of your operating system for you help to properly create your own universal programming language and to help other programmers use your new language any language in the world. The problem that causes other people in some countries cannot master the computer programming, is the lack of understanding of syntaxes used obligatorily in English. The only thing to know is that, it is not obligatory that people learn to program in English while they do not even understand the words used for the algorithmic programming of any application. The rate of the incomprehension of computer programming exceeds more than 75% in several countries because of a language used and imposed in the whole world. But the solution is now within everyone's reach. world so that you and I can change not only your country, but also to change the whole world. At the end of reading, you be able to design your own programming language universal, programmable and comprehensive in all languages of the world or even unknown extra-terrestrial languages.

The universal runtime environment makes your tasks easier with:

 The integrated universal debugger: Capable of detecting errors in the syntaxes used by programming languages universal, adapted and multilingual.

 Appropriate syntax security: Secures your language programming or executable application, so that no one no one else can modify it without your permission.

 Formal or other language: You will be free to program at any native or other language in the world.

 Cross platforms: As long as the execution environment universal (EEU) is cross-platform, programmable and executable in all operating systems, your language programming too will be.

The universal execution environment (EEU or in English URE), is a computing environment enabling all computer programmers around the world to easily develop their applications, systems and more thanks to its structure for debugging and executing programs written in different languages or different ways for the best understanding, security of coded information or security of syntax used by programmers. Its algorithm was developed using the language assembly (ASM) or machine language, C/C++ by the developer Guyllit Aneto Minanga of Congolese nationality.

For expert developers, the objective is to help them adapt their systems, integrated development environment (EDI or IDE) and languages programming to the universal execution environment offered by the incorporated company AnetoEnterprise Inc so that other programmers beginners or even experts can understand the syntaxes and design applications or systems of the future.

In case of beginner IT developers or IT students, the goal is to make computer programming easier for everyone comprehensive levels, so that in each country students understand the structure and appropriate behavior of each system operating and programming language.

In some countries, specifically in Africa, students are ordered not to be up to date with other students occupying the different remaining continents that we have not mentioned. Let's take an example of a computer programming language released in 2019 or 2020 by a American designed completely with Anglo-Saxon syntaxes, students or even new teachers in a French-speaking or other country, do not will not be able to adapt quickly at the same time as American students or English-speaking students. Some African students English speakers will understand the entire syntaxes of this language proposed by its developer and others will never understand the syntaxes or perhaps the Understanding will come after a few years of repetition. This is what makes that understanding is not necessarily adapted in all countries and not at the same time of learning. It is because of this disadvantage that the Africans are a little weak in inventing or innovating on a daily basis.

The idea is to make a computer programming language developed in English, Tshiluba, Lingala or Swahili for example, targeting a assembly programming language (ASM) which is the language close to machine, or manipulated by programmers from all countries and using any language with suitable comprehensive syntaxes and not only the Anglo-Saxon syntaxes as always done since the decades.

With the Universal Runtime Environment, a US developer can create your computer programming system or language in English, on the other hand, an African can develop his own and both languages computer systems developed by two different nationalities, using two languages different from syntaxes or instructions, are manipulated correctly and that they are translated in each country to a language understanding of the students. Meaning that American students or English speakers using the English language could learn a language of programming created in Africa in Lingala, French or Tshiluba for example, without any difficulty. Even for Africans could study a programming language developed by an American in English, i.e. understanding in Lingala, Kikongo, Tshiluba, French or even English default language of this programming language.

Even if repetition is the mother of science as we say, this inferiority or superiority complex of using only one language to the advancement of technology should change completely is that in every continent and in each country that there is invention, innovation and understanding ensure for everyone as long as computers, mobile phones or other electronic devices do not experience any human formal language. And it’s thanks to a unique programming language assembly, otherwise called assembler designed for processors, our formal languages use it for translation and execution of programs computers.

So why force people to only one language before handling a new invention or innovation? Because the inventors or innovators are English-speaking?

To better understand the execution environment, an environment execution or runtime in English, is software responsible for the execution computer programs written in a language given programming. A runtime provides execution services programs such as input-output, stopping processes, using operating system services, processing of calculation errors, generation of events, use of services offered in another language programming, and debugging (Debugger).

A runtime can be seen as a virtual machine: in the same way that native code is executed by the processor, object code is executed by the runtime. The runtime is then used to execute object code by putting the code native available to the processor for execution.

The runtime is the interpreter: it interprets the source code, manipulates the variables, reserves memory and supports runtime errors and can accompanied by a standard library. It implements the functionalities elementary of the language, while the standard library is typically written in the language itself.

As for the universal runtime environment (URE), controls the execution of programs in different programming languages, using the different languages in the world and provides services. These services are exposed exactly even if the programming languages involved use different languages from different programmers around the world. However, the range of functions is the same in all languages and they are implemented by the same universal execution environment.

it is not only for running cross-platform applications, also considered as an execution environment in the same way as a operating system (SE or OS), also makes it easier to use or programming computer languages so that every programmer in the different countries, using the different language that its designer, arrives at understand the syntaxes proposed for the chosen language so that the future of inventions and innovations are assured.

Let's take an example of two neighbors, one of whom is bilingual who speaks very well in French and Lingala. While the other expresses himself only in Lingala. The two neighbors have one child each. But, one of the neighbors her child also understands both languages (French and Lingala) as much that his mother often learns.

So, the neighbor who speaks only in Lingala sends her child to the bilingual neighbor in order to recover her money that she had lent to her friend (The other neighbor).

To better understand this little story or procedure carried out in a computer, mobile phone or others, one of the neighbors who is bilingual is the computer operating system, the other neighbor is indeed the software or the application created by a computer programmer.

The two children, that of the bilingual neighbor, are an environment execution and the other child, is a programming language used at design of the software or application by the computer programmer.

Which results in 4 Fictional Characters from the story or procedures assigned in a computer :

 The operating system: The bilingual neighbor;

 Software: The Lingala-speaking neighbor mom;

 Execution environment: The child of the bilingual neighbor;

 The programming language: The mother next door’s child lingalaphone.

Now you will understand what happens in a computer, mobile phone or other devices used by computer programs. The Lingala-speaking neighbor mother easily sends her child in Lingala in order to go get the money back. The child (Programming language) arrives at the destination and hits the door, the other child (Execution environment) rushes to look to see if it is who it is to listen and understand what this child is going to do ask. Once the request is readable with exact words (Syntaxes), it transmits the same request to its mother (Operating System) in order to check if she really has the money. In case of success or otherwise that its mother does not have the money, she sends the answer or the money back to her child and the child in turn transmits the response received or the money received to the child who was in waiting in front of the door. Furthermore, if the words or syntax of the request have not not been correctly defined, the universal execution environment (The bilingual child) detects and returns errors to the programming language waiting for the response (The child waiting) in order to transmit it to the software or application (His mother).

NB: With this example, he shows us that the Lingala-speaking neighbor mother and their child no longer needs to know or necessarily learn the exact language that their neighbors use in order to adapt it and apply it in their House.

Before you begin to understand internal physical behavior of our universal execution environment, here is a table symbolic to understand first in order to adapt correctly in the following steps:

Is called from the console (terminal) to determine the language on which you go use for your application.

Used to comment on a syntax block in order to find it easily.

Allows you to activate the details of errors detected in order to display the real hidden syntaxes. This option or symbol is not recommended for those who want hide and secure their syntaxes. By default it is disabled.

To be used from the terminal in order to compile and secure your syntaxes.

Used to run URE in mode console followed by a file of target syntaxes.

To view help about URE.

Reads values that are enclosed in quotes.