1. Unified design principles
Overall planning and unified design of system structure. In particular, the application system construction structure, data model structure, data storage structure, and system expansion planning need to be considered from a global perspective and a long-term perspective. The database and the interface need to consider the unity of each other, to ensure the consistency of the system's interface and data storage, and to ensure the high-performance application of the system.
2. The principle of advancement
The system has domestic advanced level, and conforms to the international development trend of technology, software products and equipment. In the design process, it fully complies with international norms and standards, drawing on the current mature domestic and foreign mainstream network and integrated information system architecture,
3. High reliability / high security principle
System design and data architecture design fully take into account the safety and reliability of the system. For high-performance requirements of the platform environment, the system must be guaranteed-safe and reliable, in order to obtain lasting and stable development.
4. Standardization principle
Establish an educational system that abides by unified standards, support business development, horizontal information expansion and macro management requirements, making this system an authoritative system for visualizing party building platforms. The system standardizes operations, that is, the system has a check-in and check-out mechanism, which can ensure the consistency of data maintenance and the operability of version control.
5. Principle of applicability
Protect existing resources, special use of resource equipment, equipped with special use servers to ensure the independent and efficient operation of the system.
6. Scalability principle
The system design is simple and clear, reduce the coupling degree of each functional module, and fully consider the compatibility, the system supports the storage of data in multiple formats. For the storage of massive data, the design of the system has an efficient and separate deployment structure, which not only ensures that the interface can be easily established, but also improves the scalability of the database.
