Mobile development, why use C

C++ is the inheritance of the C language, which can not only carry out the process programming of the C language, but also carry out the object-based programming characterized by abstract data types, and can also carry out the object-oriented programming characterized by inheritance and polymorphism. C++ excels at object-oriented programming as well as process-based programming. C++ supports data encapsulation and data hiding by establishing user-defined classes.

It not only has the practical characteristics of efficient computer operation, but also strives to improve the programming quality of large-scale programs and the ability to describe problems in programming languages. In C++, classes are tools that support data encapsulation, and objects are implementations of data encapsulation. In object-oriented programming, data and functions that operate legally on that data are encapsulated as a class definition.

Inheritance and reuse can help you organize your program structure more effectively, clarify relationships between classes, and make the most of existing classes for more complex and in-depth development. Extended information: C++ is often used in system development, engine development and other application fields, supporting class, encapsulation, inheritance, polymorphism and other features.

The C++ language is flexible, with rich operator data structures, structured control statements, high program execution efficiency, and at the same time, it also has the advantages of high-level language and assembly language. C++ draws a multi-purpose operator from the Algol language, references and variables that can be explained anywhere in the subprogram, synthesizes the generic characteristics of the ADA language and the module characteristics of the CLU language to form an abstract class, draws exception handling from the ADA CLU and ML languages, and draws the C++ language from the BCPL language to represent the annotation The C++ language maintains the advantages of the C language of compactness, flexibility, efficiency and easy portability. C++'s support for data abstraction is mainly for class concepts and mechanisms, and the support for style-oriented is mainly through virtual mechanism functions, because the C++ language has both data abstraction and object-oriented capabilities, high running performance, and the popularity of the C language, and the transition from C language to C++ language is relatively smooth.

Because mobile applications, such as Android, are based on the C++ Linux system, they often need to use C++ to call the underlying things, such as some image algorithms, call the underlying functional hardware-related APIs, and so on.

Because mobile development mainly uses C++ and Object C,

There are several reasons for this:

C++ is the basic language, and the C++ language can reflect your algorithmic ideas, because other languages have a high degree of abstraction, and there are basically ready-made methods, and it is not easy to see the level of the subject.

It depends on whether you understand C++