Python interface features for learning

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Python is older than Java. Now, this language has developed a self-describing enterprise application, Pythonistas, which is not large but still growing. Python integrates various concepts such as modules, exceptions, dynamic input, and advanced dynamic data types and classes. It establishes interfaces with a variety of system functions, system libraries, and even various Windows systems.

If Python does not necessarily penetrate into any computing field, at least this is the case for enterprise development. In enterprise development, Python is also considered a scripting language that can replace Perl. This article briefly introduces the problem of constructing enterprise-level applications on the Python interface.

Some Characteristics of the Python language make it a reasonable choice for enterprise applications:

◆ Free and available, like Perl, Python is also open source software ).
◆ Stable Python has been released to Version 2.2. As I mentioned earlier, it is older than Java ).
◆ Good support for objects, modules and other reusable mechanisms.
◆ Ease of integration and scalability using C and Java languages.

These features are very beneficial to Python applications in enterprises. However, Python also has other reasonable factors that are suitable for enterprise applications but not very noticeable. IT usually involves a lot of tasks, but few resources are needed to support these tasks. This has become a public secret. Any IT solution that promises to improve coding efficiency and reduce software costs should be carefully considered.

A significant advantage of Python is that it can save a lot of money in the Software creation and maintenance phase of the enterprise, and the software costs in these two stages account for 50% to 95% of the total cost of the entire software lifecycle. The clear and readable Syntax of Python makes software code exceptionally easy to understand, and even feels so strong to programmers who are not initially engaged in and developing original projects.

Although some programmers oppose the extensive use of spaces in Python code, almost everyone acknowledges that the readability of Python code is far better than that of C or Java, both use Special Character Mark code block structures, loops, functions, and other programming structures to start and end.

Those who advocate Python also claim that using these characters may produce significant differences in programming style, making it difficult for those who are responsible for maintaining the code to read the code. Python's clear syntax makes it a learning curve and programming language. Experienced programmers may even master the basic knowledge of Python within one day.

It will take up to a week to get started, and programming language experts will certainly be much faster than their understanding of C, C ++, Java, and even Perl.
The biggest benefit of the Python interface due to its clear syntax may be that the development time is greatly reduced.

A developer engaged in enterprise-level application development told me that the development time of his unit was greatly reduced by the adoption of Python, but it did not bring any negative impact to the software performance. "As far as our business is concerned, developing new products quickly is much more important than developing software products with amazing performance, the development time is much more expensive than the software optimization in hourly calculation ).

It is always difficult to determine the criteria used for development speed. However, it is generally believed that the speed of developing Python applications is about 10 times faster than that of developing similar applications using Java. It will save more time than C/C ++.

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