What software can python develop?

It can be mainly used as applet, crawler program, system programming and so on.

Python's application fields are divided into the following categories. Here are some concrete things Python can do for us. However, we will not discuss these tools in depth. If you are interested in these topics, please get more information from old boys or other resources on the python training website.

Python can be used to write Python's built-in operating system service interface, making it an ideal tool for writing portable management tools and components (sometimes called Shell tools) to maintain the operating system.

Python programs can search files and directory trees, run other programs, use processes or threads for parallel processing, and so on.

2.python can be used for user graphical interface.

Python's simplicity and fast development cycle are very suitable for developing GUI programs. In addition, wxPythonGUIAPI, a toolkit based on C++ platform, can use Python to build a portable GUI.

Some advanced toolkits such as PythonCard and Dabo are based on the basic API of wxPython and Tkinter. With the right library, you can use other GUI toolkits, such as Qt, GTK, MFC and Swing.

3.python can be used for Internet scripts.

Python provides a standard Internet module, which enables Python to perform a wide range of network tasks on both the server and the client.

Moreover, many third-party tools for Internet programming using Python are available on the Internet. In addition, there are many Web development toolkits in Python, such as Django, TurboGears, Pylons, Zope and WebWare, which enable Python to quickly build a fully functional and high-quality website.

4.python can be used for component integration.

When Python was introduced as a control language, its component integration role was involved. Python can be extended by C/C++ system, and can nest the characteristics of C/C++ system, so it can be used as a flexible glue language to script the behavior of other systems and components.

For example, if a C library is integrated into Python, Python can be used to test and call other components in the library. By embedding Python into the product, you can customize the product independently without recompiling the whole product or distributing the source code.

5.python can be used for database programming.

For the traditional database requirements, Python provides interfaces to all mainstream relational database systems, and Python defines a portable database API for accessing SQL database systems through Python scripts, which can be uniformly used in database systems of various underlying applications.

Therefore, scripts written for the free software MySQL system can work on other systems (such as Oracle) to a large extent without any changes-you just need to replace the underlying vendor interface.

6.python can be used for rapid prototyping.

Components written in Python or C all look the same to Python programs. Because of this, we can prototype the system with Python first, and then transplant the components to compilation languages such as C or C++.

7.python can be used for numerical calculation and scientific calculation programming.

The extension of NumPy numerical programming mentioned above includes many advanced tools. By integrating Python with the conventional code of numerical calculation written in compilation language to improve the speed, other numerical calculation tools provide Python with support for animation, 3D visualization, parallel processing and other functions.

8.python can be used for games, images, artificial intelligence, XML, robots and so on.

Python has many applications, far more than those mentioned here.

For example, pygame system can be used to program graphics and games in Python. Image processing with PIL and other tools; Robot control programming with PyRo toolkit.

Of course, python can do more than that. I believe you will know many fields of python application after you finish the python automation architecture course in old boys.