A general data final review and standardization trace processing method based on batch table value parameters

Abstract

This invention discloses a general data final review and standardized traceability processing method based on batch table-value parameters, belonging to the field of data processing technology. This invention achieves efficient batch data transmission by constructing a general table-value parameter transmission model, establishes a dual traceability mechanism separating initial final review and modification operations, automatically records the operator, operation address, and operation time, and simultaneously standardizes data entry with intelligent business verification rules. It adopts a generalized architecture that is not bound to specific businesses, enabling compatibility across multiple scenarios and industries. This invention effectively solves the technical problems of low batch data processing efficiency, poor operation traceability, non-standard parameter transmission, and weak universality in traditional systems. It has the advantages of wide applicability, high processing efficiency, stable data security, full traceability of operations, strong cross-database compatibility, and easy portability and reuse, and can be widely applied to data approval, final review, and modification scenarios in various information management systems. This invention has been fully implemented in actual industrial MES systems and can operate stably in real production environments for a long time, possessing mature engineering value and industrial promotion capabilities.

Description

Technical Field

[0001] This invention relates to the field of data processing and management system technology, specifically a general data final review, intelligent verification, and standardized operation trace processing method based on batch table value parameters, which can be widely applied to various industrial management, quality management, data approval, information correction and other general business systems. Background Technology

[0002] Currently, various information management systems generally suffer from the following technical deficiencies in data review, confirmation, and final review processes: (1) Traditional data operations are mostly single-item processing, and batch processing is inefficient and cannot meet the needs of rapid processing of large amounts of data; (3) Batch data transmission often uses statement concatenation, IN condition query and other methods, which are inefficient, pose data security risks and have poor compatibility; (4) The operation log only retains a single operation log, which cannot distinguish between the first confirmation and the second modification information, resulting in poor data traceability; (5) There is no unified standard for parameter passing, the interfaces are scattered, the business logic is chaotic, and the system stability and maintainability are low. (6) Existing technical solutions are mostly tied to specific business scenarios, have poor versatility, and cannot be reused in multiple industries and scenarios.

[0003] The aforementioned problems have long existed in various management systems, lacking standardized, universal, and high-performance overall solutions. Summary of the Invention

[0004] The purpose of this invention is to overcome the shortcomings of existing technologies and provide a batch data final review and traceability processing method that is highly versatile, stable, standardized in operation, and adaptable to all scenarios, so as to achieve efficient batch data processing, full traceability of operation, standardized business logic, and universal application across scenarios. Technical solution

[0005] (1) Construct a general table-valued parameter transmission model, and use a standardized list type for batch data transmission to replace the traditional scattered parameter transmission and inefficient query method, thereby improving batch processing efficiency and data security. (2) Establish a dual operation record mechanism to automatically distinguish between the first final review operation and subsequent modification operations, and record the operator, operation address and operation time simultaneously to achieve full-process operation traceability, verification and immutability; (3) Establish intelligent business verification rules, automatically perform mandatory field verification and data validity verification according to data status, standardize data entry logic, and avoid the generation of dirty data; (4) It adopts an integrated architecture with unified backend logic encapsulation and frontend interface interaction, which is not bound to specific business scenarios and can be adapted to various industries and various data approval and final review scenarios. (5) It adopts standardized general statements, has no special function dependencies, is compatible with multiple database environments, and has stronger system portability, stability and scalability. Specific implementation steps

[0006] (1) The system loads the target dataset, filters the data to be processed according to the scenario conditions, and supports adaptive matching of multiple data sources; (2) When a user selects multiple data items to be processed on the front end, the system automatically encapsulates them into a standardized set of table value parameters. (3) The system automatically starts business rule verification after the user enters the data and performs the submission operation after the verification is passed. (4) The backend receives parameters, automatically identifies the data status, distinguishes between the initial final review and modification operations, and completes the data update; (5) Synchronously write complete operation trace information, including operator, operation address, operation time, modifier, modification address, and modification time; (6) After processing is completed, the data is automatically refreshed to display the latest data status and processing results in real time. Beneficial effects

[0007] (1) It is highly versatile and not limited to specific industries and business scenarios. It is applicable to all data review, final data review and batch modification scenarios. (2) The batch table value parameter transmission method greatly improves the processing efficiency, is safe and stable, and has no security risks; (3) The initial final review and modification operations are separated and recorded, and the operation records are complete, meeting the requirements of compliance control and data traceability; (4) Intelligent verification throughout the entire process reduces human error and significantly improves data standardization and accuracy; (5) The architecture is standardized and generalized, with high code reusability, low maintenance cost, and cross-platform and cross-database compatibility; (6) The overall architecture is simple and stable, easy to deploy, and suitable for large-scale application of various enterprise-level management systems.

[0008] (1) It pioneered a general-purpose batch table value parameter transmission mode to achieve standardized, high-performance, and highly secure transmission of batch data; (2) It pioneered a dual-track control mechanism to achieve full traceability of the data final review and modification process; (3) Build a universal architecture for all scenarios, get rid of the limitations of business scenarios, and realize the reuse of a set of technologies in multiple scenarios; (4) Standardize the verification logic and unified architecture to improve system stability, compatibility and scalability.

Claims

1. A general data final review and standardized traceability processing method based on batch table-value parameters, characterized in that, Includes the following steps: (1) Filter the data to be processed and encapsulate the multi-select data into standardized table value parameters; (2) The front end inputs the judgment information and completes the intelligent verification; (3) The backend processes data in batches through table-value parameters, distinguishes between the first final review and modification operations, and automatically records the operator, operation address, operation time, modifier, modification address, and modification time; (4) Complete data updates and full-process traceability.

2. The method according to claim 1, characterized in that, Using generic table-valued parameters for batch data transmission replaces fragmented parameter passing, statement concatenation, and IN queries, improving batch processing efficiency and data security.

3. The method according to claim 1, characterized in that, Establish a dual operation record mechanism: the final judge, the final judge's address, and the final judge's time are recorded during the first final review; the modifier, the modifier's address, and the modification time are recorded during the modification operation, so as to make the operation records traceable and tamper-proof.

4. The method according to claim 1, characterized in that, Automatically perform business verification based on data status. For data that is not up to standard, force verification of defect descriptions and responsible units to prevent dirty data.

5. The method according to claim 1, characterized in that, The overall architecture is not tied to any specific business scenario and can be universally applied to data review, final review, and batch modification scenarios in various industries.

6. The method according to claim 1, characterized in that, It uses standardized, universal statements, has no special database function dependencies, and can run compatiblely across databases and platforms.

7. A general data final review and standardized traceability processing system based on batch table-value parameters, characterized in that, The system includes a front-end interaction module, a batch parameter transmission module, an intelligent verification module, a back-end processing module, and a record keeping module; the system is used to execute the method described in any one of claims 1 to 6 to achieve integrated processing of batch data final review, verification, and record keeping.

8. The system according to claim 7, characterized in that, It supports adaptive switching between multiple data units and multiple data types, and the interface automatically adapts to the display and hiding of fields and columns and the data dictionary, enabling unified and universal operation.