Say goodbye to "CRUD" and talk about the impact of low code on programmers

Original link: https://dzone.com/articles/low-code-what-are-the-implications-for-developers , with some deletions.

The difficulty of developing applications is more complicated than many "laymen" think. Programmers not only need to master a variety of development languages, but also need to understand the relevant knowledge of construction tools, testing, deployment of applications, and even have customer experience, data processing, security capabilities, and multi-terminal (PC, mobile) design capabilities. Whether the full potential of each programmer can be fully utilized is the key to improving the efficiency of the development team.

(The programmer encourages the teacher, the picture comes from the Internet)

In addition, the programmers in the enterprise-level software development team have to adapt to agile iteration and DevOps thinking in order to quickly build applications. In the case of minimizing interference with consumers, regular small-scale updates and improvements to the system and user interface .

UI. This change in software development thinking has accelerated the arrival of the era of low-code application development. Because the key feature of a low-code platform is to reduce the workload of traditional manual coding required to develop applications, which means that it delivers faster and has fewer bugs.

So, what changes have been made to programmers' development experience in the low-code era, and how can they benefit from low-code?

Find equilibrium

We need to know that the most important part of software development is to strike a balance between stability and delivery speed. Overemphasizing the former means that it is difficult for software development teams to improve the services they provide to customers and may lose out in the competition; overemphasizing the latter may bring certain risks to applications, especially for enterprise-level applications. Even if low-code or more advanced development technologies are used, basic design rules must be followed, such as database design paradigm, event control, front-end separation, role-based permission control, etc. Where is this equilibrium point? Mainly determined by the application scenario. For simple scenarios such as data reporting and office approval, the development team usually prefers the latter; while core business scenarios such as production management and equipment monitoring have prompted the development team to give more consideration to the former.

After entering the low-code era, different application scenarios and balance points have also brought us a diversified low-code development platform. These platforms are collectively referred to as "low code", but provide users with a completely different development experience.

In order to support the enterprise-level application development with higher technical requirements and higher value, the enterprise-level low-code platform represented by movable type grids, from database modeling, Web
From API construction to page design, there is almost no difference from traditional software development. Only through visualization technology and intelligent functions, it reduces the repetitive work of constructing the "addition, deletion, modification, and check" function. Programmers can easily get started during the development process and make full use of the experience accumulated under the traditional development model.

(Warehouse APP built with movable type grid)

Different from the movable type grid, more form-driven low-code products completely abandon the software development model, and integrate data tables, Web
The API is hidden behind the form and focuses on simpler application scenarios. Faced with this low-code development platform, business people are indeed easier to adapt than programmers.

(Use low-code data reporting application)

Recognizing the differences between these two types of low-code platforms can help the development team choose appropriate development tools based on project requirements and team technical composition, and put them in the embrace of low-code in a "more comfortable posture".

"Upgrade" in the development team

As we all know, low code reduces the technical threshold of software development and reduces repetitive coding labor, allowing programmers to focus on more valuable areas, and ultimately making them more capable of delivering a business that can have a huge impact on customers and lead to business success. s application. In this process, programmers can spend more time thinking, deeply integrate new technologies with user needs, and deliver value to customers as quickly as possible, instead of focusing only on technical tasks and coding.

(The mystery of low code multiplying development efficiency)

Yes, developers are more sensitive to technological update iterations, and more curious, and easier to find opportunities to apply technology to business problems. It is precisely because of this recognition that more and more companies are establishing innovative teams or laboratories, using programmers as the backbone of commercial solutions.

This means that the development team can no longer consider the "everything needs to be started from scratch" development method, and programmers can not be heavily invested in simple and repetitive coding tasks such as CRUD. In fact, with the help of low-code technology, the development team can promote programmers to the core of the team, and is committed to studying how to integrate new technologies such as AI and IoT into software, as well as those facing large amounts of data and large concurrent requests. Extreme optimization, coupled with some junior technicians and even business personnel through drag and drop, quickly and effectively complete the basic software functions such as "addition, deletion, modification, and checking" that previously required a lot of coding by programmers.

It can be simply said that the emergence of low code allows programmers to better utilize the advantages of their educational background and development experience, and easily achieve "upgrade" in the development team.

summary

We suggest that programmers, especially those engaged in enterprise-level application development, should more actively and proactively seize the opportunities brought by low-code development platforms, and strive to understand how to use these in addition to the daily "business as usual" work The new tool set and platform prepare for the upcoming team technology transformation.

Want to learn about low code? Just read this one.