Shulou(Shulou.com)06/02 Report--

Today, I will talk to you about how to understand the characteristics of Python language, which may not be well understood by many people. in order to make you understand better, the editor has summarized the following content for you. I hope you can get something according to this article.

The Python language has an interactive development environment because Python is interpreted and run, which greatly saves time per compilation. Python syntax is simple, and there are several advanced data structures built in, such as dictionaries, lists, and so on, which make it particularly easy to use.

Programmers can learn it in an afternoon, and ordinary people can master it in a week. Python has the characteristics of most object-oriented languages and can be completely object-oriented programming. It can run on many kinds of OS, such as MS-DOS, Windows, Windows NT, Linux, Soloris, Amiga, BeOS, OS/2, VMS, QNX and so on.

Python can be used as a batch language, write some simple tools, process some data, and debug the interface of other software. Python language can be used as a functional language to develop artificial intelligence programs and has most of the functions of Lisp language.

Python language can be used as a process language for our common application development, and it can be used the same as VB and other languages. Python language can be used as an object-oriented language, which has the characteristics of most object-oriented languages. It is often used as a prototype development of large-scale application software, and then rewritten with C++, and some are directly developed with Python. Python is also good at databases and can connect to a variety of databases for data processing, from commercial databases to open source databases.

For example: Oracle,Ms SQL Server and so on. There are several interfaces that can connect to the database, including at least ODBC. There are many companies that adopt the Python+MySql architecture. Therefore, mastering Python enables you to take full advantage of object-oriented features and add power in database processing. Using PIL, Piddle, ReportLab and other modules, you can process images, sound, video, animation, etc., so as to add brilliance to your program.

The generation of dynamic charts and statistical analysis of charts can be done through Python. In addition, there is OpenGL. With the PyOpenGl module, you can write 3D scenes very quickly. If you have mastered Python and want to use it in Java, you can use Jython. Jython is a Python implemented in Java language. In this way, you can call Java's various class libraries as long as you follow the syntax of Python.

Quickly write a program based on Java. That is, through Jython, write Java programs. In this way, the function of Java can be realized more quickly. Python is similar to Java in object orientation. The benefit of Python due to its clear syntax may be a significant reduction in development time. A developer working on enterprise application development told me.

His unit's development time has been greatly saved due to the adoption of Python, but it has not had any negative impact on software performance. "as far as our business is concerned, developing new products quickly is much more important than developing software products with amazing performance, and development time is much more expensive than software optimization (per hour)," he said.

PHP has won brilliant success in the field of enterprise software, mainly due to its wide range of practical product categories, such as discussion boards, chat servers and group calendars, as well as instant messaging systems. By contrast, Python offers far fewer solutions.

The distribution of the Python language does include some extended class libraries, and more and more programmers are working on developing Python tools equivalent to PHP, but considering the time urgency of the market, and the problems you face already have ready-made PHP solutions to deal with, then PHP will naturally become your *.

What is more fatal than the lack of GUI tools is that Python has few protocol tools to support team development. Java is quite rich in these tools, at least comparable to C++. In the enterprise software development market, this defect can be seen as a fatal issue.

It is almost impossible for many programmers to work on the same project without such tools. Python reduces this need with features such as modularity and namespace analysis, which make it impossible for multiple programmers to develop projects where code conflicts can occur. However, this also does not change the seriousness of its lack of collaborative performance.

After reading the above, do you have any further understanding of how to understand the features of Python language? If you want to know more knowledge or related content, please follow the industry information channel, thank you for your support.

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