Traditional IT self-developed software development involves writing code through programming, as well as databases, APIs, and third-party infrastructure. As a result, the development cycle is long and difficult, and it is not easy for technicians to develop and maintain, so the price and time cost are relatively high. In the later stage, finished software that can be directly applied appeared, and now the hot low-code development method. Let's talk about these three methods.
1. The following three common enterprise application development methods
(1) Self-developed system: This kind of development method is suitable for those who have enough budget and not bad money, or have a strong production and research team. Choosing this type of development not only costs a lot of manpower, but also greatly lengthens the time cost.
(2) Purchase a finished product system: It is suitable for those who only want to do a general function, have no demand for personalization and have a certain budget. If you feel that the company's current business does not need to be changed and will not change in the future, you can choose to purchase finished products.
(3) Low-code platform construction: This is currently the mainstream software development method, which reduces costs and increases efficiency. Many companies choose it mainly because of its cost-effectiveness, cheapness, fast implementation, and strong customization capabilities...Generally only need 1~3 developments can take up to 1 month to land.
2. Why do most companies choose low-code development platforms?
Low-code is a relatively hot track in recent years. Internet giants such as Tencent, Ali, Baidu, and NetEase have layouts, and even list it as a key project. The essence of low-code is the further evolution of traditional software development, and it is applied to enterprise business scenarios with its high efficiency, flexibility and stability. If you have not experienced low code, you can experience it next.
The main reasons why most companies choose low-code development platforms to develop software are as follows:
01. Speed and efficiency : The low-code development platform allows developers to use visual development tools for application development, which can greatly increase the development speed, reduce development time, and enable enterprises to launch software products faster and respond to market demand.
02. Reduce costs : Using a low-code development platform can reduce the dependence on a large number of professional developers, thereby reducing manpower and time costs. In addition, low-code development platforms typically have low subscription fees, which can save on software purchases and licensing fees.
03. Meet diverse needs : The flexibility and scalability of the low-code development platform enable enterprises to adapt to market changes faster and meet specific business needs.
04. Breaking data silos : The low-code development platform helps integrate and share data and improve data mobility within the enterprise, thereby breaking data silos and improving business efficiency and decision-making quality.
05. Development for all : The low-code development platform enables business personnel to participate in the development process, which is of great significance for promoting the digital transformation and innovation capabilities of enterprises.
Of course, choosing self-developed or finished software also has its advantages, such as better meeting individual needs and gaining greater autonomy. However, this requires enterprises to have sufficient R&D strength and resources, and at the same time face high risks and uncertainties. Therefore, for most enterprises, choosing a low-code development platform is a more secure and effective solution.
3. Low-code application development process
The JNPF rapid development platform is a low-code development platform based on the Java language, which can help developers quickly build enterprise-level applications. The following are the steps to build a set of applications based on the JNPF rapid development platform:
(1) Register and log in to the JNPF rapid development platform, create a new project and name it. Create a new project in the JNPF development environment, fill in the project name and project description and other information.
Official website: www.jnpfsoft.com/?csdn , if you have spare time, you can do a knowledge expansion.
(2) Data modeling: Design data models in JNPF, including data tables, data fields, and data relationships. Data models can be quickly created by dragging and configuring.
(3) Create business modules: Create business modules in JNPF, including modules such as system management, user management, organization, and role authority. Business modules can also be customized according to specific needs.
(4) Design pages: Design pages in JNPF, including list pages, details pages, form pages, report pages, etc. Pages can be quickly created by dragging and configuring.
(5) Write business logic: Write business logic in JNPF, including data verification, business logic processing, data operation, etc. Business logic can be realized by writing Java code or using the component library provided by JNPF.
(6) Publish application: publish the developed application to the server, configure relevant parameters and settings, and then test and debug.
(7) Deployment and launch: Deploy the application to the production environment, configure relevant network and security settings, and then use it officially.
Through the above steps, a set of applications can be built based on the JNPF rapid development platform. It should be noted that during the development process, attention should be paid to issues such as code specification, security, and performance to ensure the quality and stability of the application.
4. Self-developed software, finished software and low-code developed software have their own disadvantages
01. Disadvantages of self-developed software:
- Long development cycle: Self-developed software needs to write code from scratch, which requires a lot of time and human resources, so the development cycle may be long.
- High technical threshold: High technical level and experience are required, and developers need to be familiar with various programming languages and technology stacks.
- High maintenance costs: It needs to be maintained and updated by itself. Once a failure or security problem occurs, more time and resources may need to be invested in repairing and upgrading.
- Lack of standardization: Often customized for specific needs and lacking standardized development processes and tools, it may be difficult to integrate or upgrade with other systems.
02. Disadvantages of finished software:
- Cannot meet specific needs: usually developed for the needs of the general public, it is difficult to meet the special needs of specific industries.
- Difficult to customize: The finished software may not allow users to customize too much, and it is difficult to meet the special needs of some enterprises.
- Software upgrades and renewal issues: Software upgrades may require additional fees, and long-term maintenance and updates may not be provided.
- Difficult to integrate: May be difficult to integrate with other systems or platforms, requiring additional development work.
03. Disadvantages of low-code development software:
- Technology dependency: Some technical knowledge and experience is still required, especially for complex applications.
- Platform lock-in: Low-code platforms can limit application portability, making it difficult to transfer applications from one vendor to another.
- Performance and scalability: Low-code platforms may impose some limitations on the performance and scalability of applications.
Listing the disadvantages of self-developed software, finished software and low-code development software is to allow companies with software development needs to choose by themselves. When choosing a software development method, they should evaluate and make decisions based on specific conditions .