Digital technologies are the future of the civilized world. Programming is an area that IT professionals simply cannot do without in the future and nowadays. Programming is the process of instructing computer hardware about what tasks it should perform and how. This work in professional circles is also called as a coding, or more simply – development.
The software is called the very briefing, that is, the sequence of actions that the computer must perform. The term “computer” refers to any device that can process code: laptops, tablets, PCs, even ATMs and servers.
To create functional software, you need to follow the sequence of mandatory and certain steps. Many mistakenly believe that this process includes only one step -just writing a code. In fact, it includes much more actions. Only by observing all of them and the sequence of their implementation, you can create a quality application.
The stages can differ only in connection with the size of the software development. Typically, the software development process consists of 10 steps. Let’s consider them in more detail.
Stages of Creating a Software
Many novice programmers think that ten steps to getting software is too long and too much. Although this plan is classic, when creating complex projects, even more points appear and the development plan expands. To get an excellent program, you can turn to a well-known software development company in florida, because you can learn a lot from the employees of this company.
In any case, if you want to do everything right, to get a program that does not need to be finalized as a result, you will have to go through all 10 stages, namely:
1. Define the problem
This must be done before starting encoding. It is important to understand what problems the future program should solve. Thus, the tasks a logistics software development company targets are radically different from those a legacy software modernization company focuses on. Without a clear understanding of a specific problem, a developer can spend days on end solving completely wrong problems.
2. Description of requirements
Another name is specification. Here it is important to understand why lists of requirements for a future program are needed at all. They are necessary so that in the future it would not be needed, or it would be as little as possible, to make changes and edits to the finished product.
3. Planning
This step is needed to draw up a work plan, writing everything down and allocating time for each, the necessary tools and resources, and so on. In this case, it will be possible to minimize force majeure during the main work.
4. High-level design and architecture
This stage is necessary so that when solving the right problem, it is also possible to come to the right solution. High-quality architecture allows you to simplify the programming process. It usually consists of:
- zoom functions;
- features of the system and its description;
- main components;
- security system options;
- data storage method and format;
- methods for creating and building a user interface;
- performance evaluations;
- internationality.
5. Design
Its detail is observed. It is necessary to describe the software design process step by step. The process includes designing methods and classes, comparing and evaluating different methods, and selecting the final ways to implement the project.
6. Stage of coding and debugging
So, we come directly to the mechanical stage of creating a program, when a specialist creates and writes code. It is very important to prescribe it as competently as possible, because any oversight or mistake will cost time. If something does not go according to plan, then the written code will have to be edited. For efficient and error-free code development, considering nearshore staff augmentation services by azumo.com can provide a team of experienced programmers who can ensure precise coding, saving time and resources during the development process.
7. Testing
It is carried out immediately after writing and debugging the code. If the program includes several components at once, it is necessary to test each of them separately. In small projects, not individual elements are tested, but groups or classes.
8. Element integration
Individual components are integrated into a single system. That is, all the elements that were created by the programmer merge into an integral system – a ready-made, high-quality, functional program.
9. General testing
A control check is performed after all components have been connected into a single software and before it is put into operation. At this time, you need to identify all the weaknesses of the program, if any, by eliminating them.
10. Optimization, modification, maintenance
All these stages are carried out after the software has been launched into industrial use and has become available for general use.
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