Method for full-process automatic processing of industrial finished material contract cancellation

Abstract

The application discloses a kind of industrial finished material contract cancellation full-process automation processing methods, belong to industrial ERP / MES sales and inventory management field.The application uses front and rear independent research and development deep fusion architecture, seamlessly connects through self-research front end interface and rear storage process, realizes multi-mode contract cancellation automation processing;Through front and rear double check intercepts illegal operation, automatically corrects attribute according to material type, resets inventory, updates contract hash value;Whole transaction control, exception automatically rolls back, and complete record traces information, forms end-to-end closed loop.The application is compatible with SQL Server and Gauss DB, has actually landed in industry, can standardize process, avoid data confusion, improve management automation level, and has strong expansibility and maintainability.

Description

Technical Field

[0001] This invention belongs to the field of sales and inventory management technology of industrial ERP / MES systems. Specifically, it relates to a fully automated processing method for contract termination application, cancellation, execution and automatic data reset of industrial finished materials, which is independently developed and deeply integrated between the front and back ends. Background Technology

[0002] In industrial production and sales management, contract termination is a common business operation. Traditional systems often use simple marking or direct data deletion to achieve this, lacking standardized application and review processes, which easily leads to problems such as misoperation, duplicate operations, and data inconsistency. After contract termination, product attributes, inventory status, contract association information, hash identifiers, etc., cannot be automatically synchronized and corrected. Especially when dealing with different types of industrial materials such as normal production materials, historical materials, and materials with quality degradation, the lack of a unified and rigorous processing logic results in chaotic inventory data, unclear product ownership, and inability to reschedule production and sales normally. At the same time, the lack of complete operation traceability records makes it difficult to meet the enterprise's requirements for refined, compliant, and traceable management. In addition, traditional similar systems often rely on third-party development adaptation or front-end and back-end separation development, which easily leads to problems such as disconnect between front-end interaction logic and back-end data processing, poor adaptability, and insufficient operational continuity. Without the support of an independently developed integrated front-end and back-end architecture, it is impossible to achieve a precise closed loop of business processes and data processing. Summary of the Invention

[0003] The front-end interactive control interface and back-end data processing logic of this invention are both independently developed and implemented. Through deep adaptation and seamless connection between the self-developed unified storage process and the self-developed front-end operation interface, the entire process of contract termination for industrial finished products and materials is automated. It supports multiple operation modes such as termination application, cancellation of termination application, normal material termination, residual material termination, and downgraded product termination. Through strict front-end and back-end dual data verification, pre-judgment of status, transaction control, and automatic updates of multiple tables, the entire contract termination process is standardized, automated, and traceable, without any third-party development adaptation links, forming an independently developed end-to-end operation and data closed loop.

[0004] Before executing an operation, the system first performs basic error prevention verification through a self-developed front-end interface. Then, standardized parameters are passed to a self-developed back-end stored procedure for in-depth verification of parameter validity and data status. The system checks whether the table is empty, whether the operation type is valid, whether a single operation exceeds the single material limit, and whether the current material status allows the current operation. For critical process values ​​such as thickness and width in the scenario of degraded products being removed, the system performs range verification. If any condition is not met, the back-end directly rolls back all operations and provides clear error information to the front-end interface for intuitive display. The front-end and back-end verification logic is self-designed and precisely linked, fundamentally avoiding illegal operations and invalid requests.

[0005] Based on different operation types, the system executes its own proprietary business logic, ensuring real-time data synchronization and bidirectional feedback between the front-end and back-end: When an application is cancelled, the back-end accurately records the applicant, application address, and application time, while the front-end synchronously refreshes the data status and identifies the application trace; when an application is cancelled, the back-end clears the corresponding application information, while the front-end updates the displayed material status in real time; when normal materials are cancelled, the back-end automatically identifies the product type based on the material number prefix and updates the product name, clears associated fields such as plan number, customer, and sales contract number, and recalculates and generates the contract hash value according to material, thickness, width, process parameters, and surface grade; when legacy materials are cancelled, the back-end matches the corresponding prefix based on the original product name, regenerates the contract hash value, and completes data reset; when downgraded products are cancelled, the back-end synchronously updates the thickness, width, and nominal dimensions of the finished product and the product, retains the original contract number, and recalculates the hash identifier to achieve compliant downgrade processing. For industrial materials of different process types, the back-end system automatically clears inapplicable process parameters and other fields to ensure a unified and reasonable data structure. All back-end data processing results are fed back to the self-developed front-end interface in real time, ensuring complete consistency between the front-end display status and the actual back-end data.

[0006] The entire process is completed within a single backend transaction, ensuring that all data updates either succeed completely or are rolled back entirely. Simultaneously, the backend accurately records complete traceability information such as the person terminating the contract, the termination address, and the termination time. The frontend can retrieve all traceability data at any time. In the event of system anomalies, the backend autonomously captures error content and detailed information, returning it intuitively through the frontend interface, ensuring operational security and data consistency. From frontend operation initiation and parameter verification to backend data processing and transaction control, and finally to frontend result feedback and data refresh, the entire process is seamlessly connected by self-developed frontend and backend logic, forming a closed-loop contract termination process without any breaks. Beneficial effects

[0007] This invention standardizes, streamlines, and automates the termination of contracts for industrial finished goods. Its core advantage lies in the fact that both the front-end interactive interface and the back-end data processing logic are independently developed. From the front-end operation interaction, error prevention verification, and data display to the back-end stored procedures, data verification, transaction control, and multi-table linkage, all are independently designed and developed. This completely avoids problems such as logical disconnect, poor compatibility, and inconsistent operation caused by third-party development and adaptation. It achieves deep integration and precise linkage between the front-end and back-end, creating an independently developed integrated contract termination management architecture.

[0008] This invention adapts to multiple scenarios, covering all contract termination business types for industrial enterprises, including normal materials, legacy materials, and downgraded products. Through dual front-end and back-end verification and full-process control, it fundamentally avoids misoperation and violations. After contract termination, the back-end automatically corrects product attributes, resets inventory data, and regenerates contract hash values, while the front-end displays the data in real time, ensuring data accuracy and consistency and supporting subsequent normal re-scheduling and sales of materials. Full-process operation traceability allows for precise tracking of the operating entities and information at each stage, meeting the requirements of internal responsibility definition, financial auditing, and management traceability, and completely solving the pain points of vague responsibility definition and lack of traceability in traditional processes. The back-end transaction mechanism and accurate anomaly capture ensure data security and stability, avoiding problems such as partial data updates and data chaos.

[0009] The entire methodology is independently designed and developed based on the actual production operations of industrial enterprises, and is tailored to on-site operating habits and management needs. It has been running stably in the field system and can significantly improve the standardization, accuracy and automation of contract management and inventory management for industrial enterprises. Moreover, the independently developed front-end and back-end architecture has strong scalability, maintainability and flexibility, and can quickly adjust and optimize functional modules according to the business needs of enterprises without relying on third parties, which greatly reduces the subsequent maintenance and upgrade costs of the system.

Claims

1. A fully automated method for terminating industrial finished product material contracts, characterized in that, It adopts a deeply integrated front-end and back-end architecture developed in-house, and seamlessly connects a self-developed unified storage procedure with a self-developed front-end user interface to achieve fully automated processing, including the following steps: (1) Pre-operation double verification: The front end first completes the basic operation error prevention verification, and then passes the standardized parameters to the back end stored procedure. The back end performs in-depth verification of parameter legality, data status, and process value range. If any condition is not met, the operation is rolled back and a unified error message is fed back. (2) Multi-mode operation execution: Supports multiple operation modes such as release application, cancellation of release application, normal material release, legacy material release, and downgraded product release. It executes exclusive self-developed business logic according to the operation type, and the front-end and back-end data are synchronized in real time and have two-way feedback. (3) Automatic data reset and hash value update: When the cancellation operation is executed, the backend automatically corrects the product attributes, resets the inventory status, recalculates or updates the contract hash value according to the material type, and automatically clears inapplicable fields to ensure the consistency of the data structure. (4) Full-process transaction control and traceability: All operations are completed within a single backend transaction. If an exception occurs, the entire process is rolled back. At the same time, the operator, address, time and other full traceability information are accurately recorded and can be retrieved at any time by the frontend. (5) End-to-end closed-loop implementation: from front-end operation initiation, parameter verification, back-end data processing, transaction management, and front-end result feedback and data refresh, a complete closed-loop process without interruption is formed.

2. The method according to claim 1, characterized in that, The deep verification includes determining whether the table is empty, whether the operation type is legal, whether a single operation exceeds the single material limit, whether the current state of the material allows the operation, and whether the key process values ​​of the downgraded product are within the compliance range.

3. The method according to claim 1, characterized in that, The hash value processing rules for different materials are as follows: Normal materials are regenerated based on material, thickness, width, process parameters, and surface grade; Legacy materials are regenerated by matching the original product name with a prefix; Downgraded products retain the original contract number and recalculate the hash identifier.

4. The method according to claim 1, characterized in that, The front-end and back-end are independently developed and deeply integrated architectures, without any third-party development or adaptation steps, and the front-end display status is completely consistent with the actual back-end data.

5. The method according to any one of claims 1-4, characterized in that, All database operations use standard SQL basic syntax, without using proprietary functions or JOIN syntax, and are compatible with SQL Server and GaussDB platforms. All data modification operations are subject to transaction management to ensure atomicity.