As digital transformation and software demands continue to grow, traditional hand-coded development methods are no longer able to meet the need to launch applications quickly. In order to speed up software development and lower the technical threshold, the low-code development model emerged as the times require. This article will introduce the concept of low code and discuss what is low code and what is a low code platform?
1. Definition of low code
Low-code is a software development approach that drastically reduces application development time by using visual programming tools and a small amount of handwritten code . Compared with traditional handwritten code, the low-code development model focuses more on graphical operations and visual interfaces, allowing non-professional developers to quickly build applications. The goal of low-code is to speed up the application development and deployment process and lower the technical threshold.
2. Definition of low-code platform
A low-code platform is an integrated development environment (IDE) that helps developers quickly build and deploy applications by providing visual programming tools and predefined components. Low-code platforms typically have the following characteristics:
1. Visual development: Low-code platforms provide graphical interfaces and visual programming tools, allowing developers to build applications through drag-and-drop, configuration and setting properties, reducing the need for handwritten code.
2. Component library: Low-code platforms usually provide a series of predefined components, such as forms, reports, workflows, etc. Developers can select and integrate these components according to their needs to quickly create feature-rich applications.
3. Automation: Low-code platforms significantly reduce developers’ repetitive workload through automated tools and templates. For example, automatically generate database structures, implement data access, handle errors, etc.
4. Cross-platform deployment: Low-code platforms usually support multi-platform deployment, including Web, mobile and cloud, so that applications can run on different terminals and operating systems.
3. Advantages of low-code platforms
Low-code development models and platforms bring many advantages, making it one of the preferred development methods for enterprises.
1. Accelerate the development cycle: The low-code platform provides a series of visual tools and predefined components to enable developers to quickly build applications. Compared with traditional handwritten code, the low-code development model can significantly shorten the development cycle and save time and costs.
2. Lower the technical threshold: The visual programming tools of the low-code platform enable non-professional developers to easily create applications without in-depth knowledge of programming languages and underlying technologies. This feature of lowering the technical threshold allows more people to participate in the application development process.
3. Improve efficiency and collaboration: The low-code platform provides visual development tools and team collaboration functions to promote collaborative work and project management of the development team. Developers can share code, version control, and issue tracking on the same platform, improving efficiency and collaboration.
4. Flexibility and scalability: Low-code platforms are usually highly flexible and scalable, allowing developers to use custom code and scripts for personalized expansion. This allows developers to implement complex business logic and integrate external systems based on specific needs.
5. Digital transformation: The low-code development model provides important tools and support for the digital transformation of enterprises. It can quickly launch new applications and features, helping enterprises adapt to market changes and meet user needs.
The low-code platform concretizes certain recurring scenes and processes into components, APIs, and database interfaces to avoid reinventing the wheel. Greatly improves programmers' productivity.
Here we introduce a useful low-code platform - JNPF rapid development platform. JNPF is similar to "Lego" in application software. Just like building blocks, you can quickly build applications for various business scenarios. Everything from form collection to project management, work order management and even full-process management can be implemented in JNPF.
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The visual low-code operating platform can turn the process of writing JSON into drag-and-drop components and debugging property configuration . This interaction method is more intuitive and friendly to users, and development efficiency will be higher. It adopts microservices, front-end and back-end separation architecture , and quickly builds business applications based on visual process modeling, form modeling, and report modeling tools. The platform can be deployed privately and also supports K8S deployment .
It is suitable for use on multiple terminals such as mobile phones, computers, and enterprise WeChat terminals. It is a super convenient, simple-to-operate, novice-friendly cloud-based online collaboration software. If you are an application developer, specifically the person in charge of a software company or enterprise IT department, it not only provides full source code, but also supports rich API interfaces. Based on it, you can develop more practical functions to cope with the complexity of enterprises. Changing business.
4. Summary
Low-code development models and platforms have become important tools for enterprises to cope with digital transformation by accelerating the development cycle, lowering technical barriers, and improving efficiency and flexibility . It enables developers to build applications faster and meet changing business needs. However, low-code platforms are not suitable for all types of applications, and for some complex business needs or specific technical requirements, traditional hand-written code is still a better choice. Therefore, when choosing a low-code platform, companies need to conduct a comprehensive evaluation based on their own needs and project characteristics, and choose the most appropriate development model and tools.