What Are the Different Types of Computer Programming?

Computer programming language is the most important tool for programming. It refers to a language with certain grammatical rules that a computer can accept and process. Since the birth of computers, computer languages have gone through several stages of machine language, assembly language, and high-level language. ^[1]

Computer programming language refers to the language used for communication between people and computers. It is a medium for transmitting information between people and computers. Because it is used for programming, it is also called a programming language or programming language. ^[2]

Just as the evolution from Oracle to modern Chinese characters is accompanied by huge changes, computer languages have also undergone an evolutionary process from low-level to high-level in just a few decades. Specifically, it has gone through three stages: machine language, assembly language, and high-level language. ^[2]

1. Provide convenience for user's operation. In the design process based on current computer programs, its core main line is still occupied by both object-oriented programming and data abstraction. In order to effectively improve the operational convenience of computer programming languages, you must To ensure that the programming language is easy to learn and does not have a high degree of professionalism, the programming language must develop in a direction that provides convenience for more users. It is required that as long as the user has certain basic concepts and the ability to use basic methods, the user can write a relatively simple workflow, effectively improving the convenience of operation. ^[8]

2. The programming language will gradually develop in the direction of object orientation, providing simple class mechanisms and dynamic interface models. Objects encapsulate state variables and corresponding methods to achieve modularization and information hiding. Provides a prototype of a class of objects, and through the inheritance mechanism, subclasses can use the methods provided by the parent class to achieve code reuse; because computer networks are open, programming languages should fully consider security. Programs are written to provide a secure environment. Therefore, a security protection mechanism should be created, according to the characteristics of program writing, an adaptive security system should be formulated, and a safe and harmonious writing environment should be established; platform independence is to enable written programs to be transplanted on different machines and different platforms without being affected by the platform. Restrictions, so the writing language should be developed in a platform-independent direction, so that the programs written can be more convenient in application, and the scope of application is wider. ^[8]