What are the core competencies of low**?
1. Full-stack visual programming.
Visualization has two meanings:
1) Click, drag and drop and configure operations supported when editing;
2) The WYSIWYG preview effect after editing is completed.
Traditional IDEs also support some visualization capabilities (such as MFC WPF in Visual Studio in the early years), but low IDE emphasizes full-stack, end-to-end visual programming, covering all technical aspects (interface, data, logic) involved in a complete application development.
2. Full life cycle management.
As a one-stop application development platform, it supports the full lifecycle management of applications, that is, from the design stage (some platforms also support more front-end project and requirements management), through development, build, testing, and deployment, all the way to various operations and maintenance (e.) after launchg.Monitoring alarms, applications going online and offline) and operations (e.g.Data reports, user feedback) are supported.
3. Low scalability.
When using low-level development, it is still inseparable in most cases, so the platform must be able to flexibly extend the various layers of the application with a small number of ** when necessary, such as adding custom components, modifying the CSS style of the theme, customizing the logic flow action, etc. Some possible demand scenarios include: UI style customization, legacy reuse, dedicated encryption algorithms, and non-standard system integration.
4. Strong integration capabilities.
Low** platforms need to be able to easily integrate with a wide range of systems, tools, and services. This means that it should offer a rich API and plugin mechanism so that users can easily connect their existing systems and tools with low** platforms. This integration capability ensures that users can leverage their existing technology and resources when developing applications, resulting in more efficient development.
5. Intelligent auxiliary tools.
Low** platforms should have intelligent auxiliary tools to help users develop applications more efficiently. These tools may include auto-generation, smart alerts, error detection, and auto-repair. These tools can greatly reduce the amount of manual writing that users need to write during the development process, improve development efficiency, and reduce the possibility of errors.
6. Security guarantee.
Applications developed on low-quality platforms need to be fully secured. This means that the platform needs to provide a series of security mechanisms, such as data encryption, access control, security audit, etc., to ensure that users' data and applications can be fully protected during development, deployment, and operation.
To sum up, the core capabilities of the low-level platform should include full-stack visual programming, full-lifecycle management, low-scale capabilities, strong integration capabilities, intelligent auxiliary tools, and security assurance. Together, these capabilities form the core competitiveness of low-level platforms, enabling users to develop applications faster and more efficiently, while maintaining application flexibility and scalability.