MCU Program Development

In the final analysis, the development of single-chip microcomputer programs depends on diligent study, more practice, and more accumulation. There are too few people like Newton and Einstein in this world, and few people have real innovative thinking ability. I think that generally speaking, the so-called innovative ability is to improve on the basis of others. The development of single-chip microcomputers is no exception. Only after mastering the basic knowledge of single-chip microcomputers can we talk about innovation and creation. The so-called mastery of these basic knowledge cannot be judged by how many points you have scored in the single-chip microcomputer course, but depends on how many small source programs you have debugged on the development board and whether you have truly mastered these source programs. These source programs can be the correct source programs written by others, and you can debug and modify them on the experimental board by yourself; or you can refer to other people's programs and have new ideas, and then rewrite them. Writing a program is like building a house. Don't expect to make every brick and tile of the house by yourself. Others have already made the raw materials for building a house. You just need to take them, use them directly or make slight modifications, and you can use them to build your house. If you do everything by yourself, then maybe you will never be able to live in this new house in your life. The same is true for programming. With some basic source code, participating in the national electronic competition or writing large software is like building blocks. You only need to make slight modifications at most. Without these daily accumulations, everything is at a loss. Some people say "start from scratch", which is a lie. Nowadays, no one can start from scratch for anything they do, unless you go back to primitive society. Always remember this sentence, "Standing on the shoulders of others, you will see farther"!