Current location - Education and Training Encyclopedia - University ranking - What do you study in college programming class?
What do you study in college programming class?
College programming courses mainly study C language, Python, C++, JavaScript, Java and so on.

C language: As a simple and flexible high-level programming language, C language is a process-oriented language, which is generally used as a basic introductory language course for computer majors.

Python:Python is an object-oriented interactive computer programming language. It is characterized by simple and clear grammar. Because it is easy to learn and easy to read, some schools use it instead of C as the basic introductory language. At the same time, Python has a rich and powerful class library, which is basically competent for the usual programming work, and also has good support for some emerging technologies such as big data and machine learning.

C++:C+4 language retains the characteristics of C language, such as effectiveness and flexibility, and increases the support of object-oriented programming. It has powerful programming functions and can easily simulate the process and operation of real problems.

JavaScript:JavaScript is a lightweight programming language. It is a scripting language, which can be embedded in HTML pages, interpreted and executed by browsers, and used to realize the interaction between browsers and users. Its application scenario is mainly based on Web development.

Java: is a traditional object-oriented language, which is characterized by supporting cross-platform development. Jav language is designed based on the idea of object-oriented, but some object-oriented features that are rarely used or difficult to use in c++ are deleted. With the development of Internet, Java language is becoming more and more popular, and a large number of open source frameworks and class libraries support the development practice of Java in various scenarios.

Programming advantage

1, cultivate children's patience and carefulness

Writing a program is often not a one-step process, but a process of constant debugging and trial and error. Through continuous testing and modification, the smooth operation of the program can be guaranteed.

2. Cultivate children's autonomous learning ability.

Programming is essentially a process of decomposing and solving problems. In this process, there will inevitably be difficulties. Only by actively learning relevant knowledge and mending loopholes can children solve the difficulties and finally ensure the smooth progress of the program. Therefore, children who learn programming have strong awareness and ability of independent learning and exploration.