In the wave of digital transformation, the low-quality platform has emerged with its efficient and easy-to-use characteristics, attracting the attention of many enterprises.Accelerate the development process:The low** platform provides pre-built modules and components that allow developers to quickly build applications through a graphical interface, significantly reducing the need for handwriting** and thus shortening the development cycle.However, despite the convenience of rapid development brought by low-level platforms, some programmers have reservations or even negative attitudes towards it. So why do we have this concern, let's talk about the advantages and disadvantages of low ** today, and the future development of **low**.
Lowering the technical barrier to entry:The low** platform simplifies programming complexity, enabling users who do not have deep programming skills to develop and deploy applications.
Increased Productivity:Because a lot of repetitive work is automated, developers can spend more time innovating and solving complex business problems instead of writing and debugging the basics.
Cost Reduction:Low** platforms reduce reliance on professional developers while reducing development time, which reduces application development costs.
Degrees of freedom are limited:Many programmers worry that the templating and standardization of low-level platforms will limit their creativity and prevent them from developing highly customized.
Performance issues:For complex or performance-sensitive applications, programmers often assume that a low-level platform may not provide the same level of optimization as handwriting.
Career Development:Some programmers are concerned that the popularity of low** platforms may reduce the importance of coding skills and affect their career paths.
Control of **:Traditional developers tend to have complete control over the platform, and the low level of abstraction on the platform can be uncomfortable.
In the face of these concerns, we do not change the R&D habits at the same time, on the basis of improving efficiency and reducing difficulty, to achieve engineering operation and maintenance as our own responsibility, after five years of in-depth research and development and practical testing, we have successfully created a digital OinOne (a low-level platform based on Internet architecture), one of its core uniqueness is: the integration of low-** and no-** application design (abbreviation: low-no-one).
The digital Oinone platform is very open to meet the various habits of developers, such as the original IDE environment, the familiar Spring Boot engineering structure, etc. Moreover, in the low mode of digital oinone, R&D personnel can also modify the application visually in a non-primary way. In this way, developers can keep their original habits and improve development efficiency, even in the case of using low mode.
Digital OinOne provides a very open solution that allows developers to freely customize and combine various functions. When there is a special functional requirement in the industry, developers can integrate it into platform components and integrate them into their applications. The low-** mode of the number formula 0inone has a high degree of openness and flexibility, which makes it a clear advantage in comparison with other low** platforms. Compared to other low** platforms, the number 0inone does not limit the creativity of developers in situations where they cannot meet specific needs.