A sales settlement whole-process integrated management method based on table value parameters

Abstract

This invention discloses an integrated management and control method for the entire sales settlement process based on table-valued parameters, belonging to the field of sales settlement management technology for industrial enterprises. This invention adopts a back-end-heavy, front-end-light architecture, using custom table-valued parameters as a unified data transmission carrier to batch transmit core information such as settlement order numbers, finished product roll numbers, and final unit prices. A single stored procedure centrally manages all business operations, including settlement order binding, unit price modification, and status updates. The front-end is only responsible for interface display and unified interface calls, without handling complex business logic. The back-end incorporates centralized data verification and database atomic transaction control to ensure data consistency, while supporting multi-dimensional combination filtering, batch selection of roll numbers, and automatic weight and amount statistics. This invention solves the pain points of traditional settlement systems, such as fragmented logic, high coupling, inefficient batch operations, and data error susceptibility. It has been fully implemented and is running in actual industrial MES / ERP integrated systems, possessing advantages such as stable architecture, efficient operation, long-term iterative capability, and strong scalability, making it suitable for the standardized and intelligent management needs of sales settlement in manufacturing enterprises. This technical solution is not a theoretical model, but a mature technical solution that has been fully engineered, developed, and stably run in actual industrial manufacturing enterprise MES / ERP integrated systems.

Description

Technical Field

[0001] This invention belongs to the field of sales settlement management technology for industrial enterprises, and specifically relates to a method for multi-dimensional filtering of sales settlement based on table-value parameters, batch selection of volume numbers, automatic calculation of weight and amount, batch binding of settlement order numbers, unified modification of final unit price, and integrated data synchronization. Background Technology

[0002] In the actual sales settlement operations of manufacturing enterprises, traditional settlement management methods have the following technical problems: The settlement query conditions are scattered, and the front-end concatenates SQL statements, which is prone to errors and has poor scalability; The logic for batch selection of volume numbers, binding of settlement order numbers, and calculation of weight and amount is written on the front end, which results in high coupling and redundant code. Data transmission relies mainly on scattered parameters, resulting in low efficiency and high risk of anomalies in batch operations. The lack of unified verification for unit price modifications can easily lead to invalid unit prices, affecting the accuracy of financial settlements. The business logic is scattered, resulting in high maintenance costs and requiring extensive refactoring when the technology stack is updated. Inconsistent data refreshes after operations, and discrepancies between the main table and the detailed table, affect reconciliation and settlement efficiency.

[0003] The aforementioned problems result in cumbersome settlement processes, poor data consistency, and difficulties in system maintenance, failing to meet the management needs for standardization, intelligence, and long-term iterative capabilities. Summary of the Invention

[0004] This invention provides an integrated management and control method for the entire sales settlement process based on table-valued parameters. It adopts a back-end-heavy, front-end-light architecture. All business logic, data verification, transaction control, and status updates are implemented in the database layer. The front-end is only responsible for interface display, data selection, and unified interface calls, and does not carry complex business rules. This results in a minimalist, stable, reliable, easy-to-maintain, and long-term iterative architecture.

[0005] The technical solution of this invention is as follows: Custom table-valued parameters are used as the unified data transmission carrier for the entire process, and information such as settlement order number, contract number, contract hash value, finished product volume number, final unit price, operator, and operation address are transmitted in batches, so as to achieve interface standardization and parameter unification.

[0006] (1) The front end adopts a minimalist and unified structure, which only implements data loading, volume number selection, condition entry, parameter table construction, unified interface call and interface refresh functions. No business logic is written and no SQL statements are concatenated. The code is small, the structure is unified and the stability is strong.

[0007] (2) Multiple operations within the same business domain can be completed through a single stored procedure. Based on the input type, behaviors such as bill binding, unit price modification, and status update can be implemented to avoid interface fragmentation and logic dispersion.

[0008] (3) Establish a unified data verification mechanism to centrally verify the legality of unit price, the validity of selected records, and the integrity of data in the backend. Illegal data will be returned with clear prompts to ensure the accuracy of settlement data from the source.

[0009] (4) All data changes are executed within the atomic transactions of the database. Successful operations are committed uniformly, while exceptions or failures in verification are automatically rolled back, ensuring strong consistency of core data such as settlement order number, unit price, weight, and amount.

[0010] (5) Supports multi-dimensional combination filtering, and can perform precise queries by date, customer, contract number, and settlement number. The filtering conditions are uniformly encapsulated as table structure parameters and passed to the backend query through the standard interface.

[0011] (6) Supports batch selection of volume number and automatic real-time statistics of weight and amount. Selected data is automatically summarized without manual calculation, improving the efficiency and accuracy of settlement operations.

[0012] (7) All business logic is stored in the database layer, and the front end is only the presentation layer. When the technology stack is updated in the future, only the front-end interface and interface adaptation layer need to be replaced. The core business logic does not need to be reconstructed, thus achieving long-term low-cost iteration. Detailed Implementation

[0013] The system pre-creates core data tables, temporary table structures, and custom table types related to sales settlement as a unified data interaction standard between the front end and the back end.

[0014] When the front-end loads, it automatically reads the corresponding settlement data, contract information, customer information, and settlement order number information, and displays a list of operable data.

[0015] When a user selects a roll number, the front end automatically calculates the quantity, weight, and amount of the selected roll in real time and displays them.

[0016] When a user performs a settlement binding or unit price modification, the front end builds a unified parameter table and adds information such as the selected volume number, settlement order number, contract information, unit price, and operator to the table in batches.

[0017] The unified public interface is called to pass table-valued parameters to the backend stored procedure, and the backend performs parameter validation, validity judgment, business logic processing, data update and transaction control.

[0018] If the verification fails or an error occurs, an error message is returned and the operation is terminated to ensure that the data is not changed; if the verification passes, the batch update is completed and the transaction is committed.

[0019] After the operation is successful, the front end calls the unified query interface to automatically refresh the relevant list interface, keeping the data in the main table, detail table, and unit price information table synchronized.

[0020] It supports multi-dimensional queries by date, customer, contract number, and settlement number. Filtering conditions are encapsulated as table parameters for input, enabling standardized and modular queries.

[0021] Beneficial effects The architecture is extremely simple and stable: the front end has no business logic or complex SQL, the amount of code is greatly reduced, and the system stability and maintainability are significantly improved.

[0022] Strong data consistency: Atomic transactions and centralized verification mechanisms eliminate problems such as invalid unit prices, data corruption, and inconsistent settlements.

[0023] Efficient and convenient operation: Supports batch selection, automatic statistics, batch binding, and batch modification, greatly improving settlement efficiency.

[0024] The entire process is integrated: filtering, selection, statistics, binding, price modification, query, and refresh are all under unified management, forming a closed loop.

[0025] Long-term iterable: Business logic is stored in the database, so there is no need to refactor the core when changing the front-end technology stack in the future, reducing long-term maintenance costs for more than ten years.

[0026] Highly scalable: The entire solution is standardized, modular, and unified, and can be directly reused and implemented in various manufacturing enterprise sales settlement scenarios.

[0027] Highly practical: This invention is an engineering solution that has been developed, launched, and is running stably in an industrial environment, possessing real business value and significance for industry promotion.

Claims

1. A method for integrated management and control of the entire sales settlement process based on table-valued parameters, characterized in that, It adopts a back-end-heavy, front-end-light architecture, uses custom table-value parameters as the unified data transmission carrier, and centrally completes all settlement business processing through a single back-end stored procedure. This enables closed-loop management of multi-dimensional filtering, batch volume number selection, automatic weight and amount statistics, settlement order number binding, unified unit price modification, and integrated data synchronization.

2. The control method according to claim 1, characterized in that, The table-valued parameters are used to carry settlement order number, contract number, contract hash value, finished product volume number, final unit price, operator, and operation address information in batches, so as to achieve standardization of front-end and back-end interfaces and unification of parameter transmission.

3. The control method according to claim 1, characterized in that, The front-end is only responsible for interface rendering, data loading, volume number selection, condition entry, parameter table construction, API calls and interface refresh; it does not write business logic or concatenate SQL statements.

4. The control method according to claim 1, characterized in that, By using a single stored procedure, the execution of settlement order binding, final unit price modification, and status update business is differentiated according to the operation type, avoiding interface and logic fragmentation.

5. The control method according to claim 1, characterized in that, The backend performs unified data validity checks, including unit price validity, selected record integrity, and data standardization. If the check fails, an error message is returned directly.

6. The control method according to claim 1, characterized in that, All data changes are executed within atomic database transactions. Successful operations are committed uniformly, while exceptions or failed verifications result in automatic rollback, ensuring strong consistency of settlement data.

7. The control method according to claim 1, characterized in that, It supports multi-dimensional filtering by date, customer, contract number, and settlement order number. The filtering conditions are encapsulated as table structure parameters and passed to the backend through a standard interface.

8. The control method according to claim 1, characterized in that, It supports batch selection of roll numbers, and the front end automatically calculates the number, total weight, and total amount of the selected rolls in real time, eliminating the need for manual calculation.

9. The control method according to claim 1, characterized in that, All business logic is stored in the database layer. When iterating the front-end technology stack, only the interface and adaptation layer need to be changed, and the core business logic does not need to be refactored.

10. The control method according to any one of claims 1-9, characterized in that, This method has been engineered and implemented in an integrated industrial MES / ERP system, and can stably support the standardized and intelligent operation of the entire sales settlement process for manufacturing enterprises.