Learn how to code!! Say a bonus!

There is no mental journey!!

In a word: read more books, practice more! Do more projects!

Experience can only be gained in real combat! No experience! You can't be a good programmer if you only read books and do a few problems!!

You can come to the Defeat Forum group where you have the technology you want to learn with the software.

I don't know, you can ask someone!!

Learning is about efficiency, and half-heartedly learning no matter how much time you have, it is like listening to a lesson carefully. It takes time to get used to high school, so if you don't understand, just ask, don't get by, and you will lose interest in learning after a long time. It's better to start with the basics, step by step, such as English, first memorize the words and then talk about the grammar sentence patterns.

Just entered high school, don't be too anxious, relax first, you can understand the school environment, meet some new friends, and when the mood is stable, you can listen to the class carefully, you can also find new classmates or old friends to discuss the topic together, remember not to put pressure on yourself, otherwise it will backfire, three years, enough to change yourself, to have self-confidence and firm perseverance!

Preview every day before the new class, draw unclear circles, listen carefully in class, and ask the teacher after class. At the same time, distribute the time of each day! Even if you can't learn it at that time, you have to make an example and take your time. You can also compare yourself with your favorite students and motivate yourself!

Let your peers watch you. Put away everything that isn't relevant to the class. Then write "Don't get distracted" and put it on the table.

1.Don't worry.

2.Memorize more words.

3.Create an environment in which to learn English, to learn in this environment.

Be diligent, and stick to it. There are no shortcuts.

As a typical digital circuit system, what can be transmitted, processed and stored in the single-chip microcomputer must be binary information, and the instructions that the CPU of the single-chip microcomputer can directly identify and execute are no exception, and must be binary encoded. This kind of instruction, which is represented in binary encoding, is called machine language. In order to facilitate writing and memory, machine language can also be represented by hexadecimal numbers, but despite this, machine language still has the shortcomings of not easy to find errors and not easy to modify, so people use symbols with certain meanings, that is, mnemonics, to represent instructions, which is assembly language.

Assembly language instructions correspond to machine language instructions one-to-one and are closely related to the internal structure of a computer. Assembly language is directly convenient for the operation of hardware resources of single-chip microcomputer, and the concept is clear, which is extremely beneficial for mastering the hardware structure of single-chip microcomputer, and has the advantages of less storage space occupation and fast execution speed.

In a high-level language, each statement corresponds to multiple machine language instructions, and is a process-oriented language that is independent of the structure of computer hardware. The use of high-level language can greatly shorten the development cycle, significantly enhance the readability of the program, easy to improve and expand, support single-chip high-level languages are basic language and C language, etc.

Both assembly language programs and high-level language programs cannot be directly recognized and executed by computers, and some tools must be used to compile them into machine language before they can be executed by microcontrollers. There are many commonly used compilation tools, and here we introduce the KEIL software.

Your question is so general, I don't know what you're going to ask There are more programming languages, the same meaning, various language versions.

This was a problem that I didn't adapt to at first, but I'm still more interested in dynamic languages.

In a word, those who are difficult will not, and those who will will not be difficult.

It should not be difficult to learn this from the experience of VC.

Personally, I find assembly language more difficult to learn... It's efficient, but it's terrifying.