CN117094667A - System and method for realizing universal traceability of various industries through flow configuration - Google Patents
System and method for realizing universal traceability of various industries through flow configuration Download PDFInfo
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Abstract
The invention discloses a system and a method for realizing universal traceability of various industries through flow configuration, which belong to the technical field of traceability management in production circulation and comprise a code engine module, a basic service management module, a record management module, a model management module and a traceability code management module; the method comprises the steps that the tracing process and the tracing link of each industry are configured, and a code machine built-in a system reads configuration information and then automatically codes and compiles the configuration information to generate a corresponding tracing function; the code engine module is used for generating program codes according to the configuration content and automatically compiling the program codes into machine codes capable of being deployed on a server; the basic service management module comprises menu initialization, dictionary management and basic service model management; the record management module is used for maintaining information of upstream and downstream enterprises and operators involved in the whole traceability chain; the model management module comprises model management, link management and process management. The invention can realize the tracing of various industries and across industries without manual coding.
Description
Technical Field
The invention relates to the technical field of traceability management in production circulation, in particular to a system and a method for realizing universal traceability of various industries through flow configuration.
Background
For product tracing, the prior art generally extracts common services by widely researching tracing scenes of various industries, and then realizes tracing systems of various industries by a manual coding method. This tracing method has two limitations: firstly, the tracing business of each industry needs to be continuously researched, and secondly, a manual coding is needed to realize a tracing system. Because of business differences of various industries, a traceability system is difficult to realize, a function is realized by independently performing manual coding on businesses of a certain industry or a certain class of industries, and a new code is needed to expand the function in relation to a new industry.
Disclosure of Invention
The technical task of the invention is to provide a system and a method for realizing universal traceability of various industries through flow configuration aiming at the defects, and the traceability of various industries can be realized without manual coding.
The technical scheme adopted for solving the technical problems is as follows:
a system for realizing universal traceability of various industries through flow configuration comprises a code engine module, a basic service management module, a record management module, a model management module and a traceability code management module; the method comprises the steps that the tracing process and the tracing link of each industry are configured, and a code machine built-in a system reads configuration information and then automatically codes and compiles the configuration information to generate a corresponding tracing function;
the code engine module is used for generating program codes according to the configuration content and automatically compiling the program codes into machine codes which can be deployed on a server;
the basic service management module comprises menu initialization, dictionary management and basic service model management; the menu initialization is used for automatically generating a system menu for the function corresponding to the compiled machine code; dictionary management is used for maintaining basic information common to the system; the basic business model is used for managing raw materials and product information used in the enterprise production process;
the record management module comprises an enterprise record and an operator record and is used for maintaining information of an upstream enterprise, a downstream enterprise and an operator involved in the whole traceability chain;
the model management module comprises model management, link management and process management;
the tracing code management module comprises tracing code rule management, tracing code scanning and combining chain and scanning code display, wherein the tracing code rule management is used for configuring rules for generating tracing codes; the traceability code management is used for generating traceability codes according to the configured rules; the tracing code scanning and combining chain carries out upstream and downstream association on the tracing codes of each model, link and process in the database in real time through big data calculation, thus forming a complete tracing chain and generating the tracing codes.
Preferably, the code engine module comprises a code generation engine and a code compiling engine,
the code generation engine reads the configured content to generate the program code corresponding to the function of the code generation engine;
the code compiling engine scans the generated program code and automatically compiles the generated program code into machine code, and the machine code is deployed to a system on a server to run.
Preferably, the basic service model is managed, and information maintenance of different dimensions is performed on different types of raw materials and products by adopting a model maintenance mode.
Preferably, the model management module, a model may represent a trace type, or may represent all trace contents of an enterprise, and a trace chain may have multiple models;
a model can comprise a plurality of links, and link management realizes the description of the content of a certain traceable link in the traceable service through configuration;
one link can also contain a plurality of processes, the processes are refinement of the tracing links, the processes contained in each link can be different, and the process management realizes the description of the contents of the tracing processes through configuration.
Preferably, the traceback code rule management supports a plurality of modes including sequential serial number, unordered coding, crown + coding, and also supports code generation through regular expressions.
Preferably, the traceability code management can be generated singly or in batches.
Preferably, the tracing code scanning and combining chain forms a complete tracing chain and generates a tracing two-dimensional code, and the complete tracing chain and the auxiliary information can be seen after the mobile terminal equipment scans the code.
The invention also claims and protects a method for realizing the universal traceability of each industry through flow configuration, the traceability process, traceability links and subordinate relations of each industry are configured and stored, the configuration information is read through a built-in code machine and then is automatically encoded and compiled to generate corresponding traceability functions, and an application terminal obtains complete traceability chains and subordinate information through the traceability functions; the method comprises the following steps:
the code engine module is used for generating program codes according to the configuration content and automatically compiling the program codes into machine codes capable of being deployed on a server;
the basic service management module comprises menu initialization, dictionary management and basic service model management; the menu initialization is used for automatically generating a system menu for the function corresponding to the compiled machine code; dictionary management is used for maintaining basic information common to the system; the basic business model is used for managing raw materials and product information used in the enterprise production process;
the record management module is used for maintaining information of upstream and downstream enterprises and operators involved in the whole traceability chain;
the model management module comprises model management, link management and process management;
the tracing code management module comprises tracing code rule management, tracing code scanning and combining chain and scanning code display, wherein the tracing code rule management is used for configuring rules for generating tracing codes; the traceability code management is used for generating traceability codes according to the configured rules; the tracing code scanning and combining chain carries out upstream and downstream association on the tracing codes of each model, link and process in the database in real time through big data calculation, thus forming a complete tracing chain and generating the tracing codes.
Preferably, the code engine module comprises a code generation engine and a code compiling engine,
the code generation engine reads the program codes corresponding to the configured content generation functions;
the code compiling engine scans the generated program code and automatically compiles the generated program code into machine code, and the machine code is deployed to a system on a server to run.
Preferably, the retrospective data collection comprises a prefabricated collection module, a custom collection module and an enterprise self-built system collection.
Compared with the prior art, the system and the method for realizing universal traceability of various industries through flow configuration have the following beneficial effects:
by the implementation and application of the system, the tracing of each industry can be realized without manual coding, coding personnel are not needed, the personnel cost is greatly reduced, and deployment implementation can be quickly completed through configuration without professional technicians. Can help enterprises to realize cost reduction and efficiency improvement, and assist the enterprises in development.
Drawings
Fig. 1 is a diagram of a system architecture for implementing universal traceability of industries according to an embodiment of the present invention.
Detailed Description
The invention will be further illustrated with reference to specific examples.
The embodiment of the invention provides a system for realizing universal traceability of various industries through flow configuration, which comprises a code engine module, a basic service management module, a record management module, a model management module and a traceability code management module. The tracing process and the tracing link of each industry are configured, and the code machine built-in the system reads the configuration information and then automatically codes and compiles the configuration information to generate the corresponding tracing function.
The code engine module is used for generating program codes according to the configuration content and automatically compiling the program codes into machine codes which can be deployed on a server. The code engine module comprises a code generation engine and a code compiling engine, and the code generation engine reads the configured content to generate program codes corresponding to the functions of the code generation engine; the code compiling engine scans the generated program code and automatically compiles the generated program code into machine code, and the machine code is deployed to a system on a server to run.
The basic service management module comprises menu initialization, dictionary management and basic service model management; the menu initialization is used for automatically generating a system menu for the function corresponding to the compiled machine code; dictionary management is used for maintaining basic information common to the system; the basic business model is used for managing information such as raw materials, products and the like used in the enterprise production process; by adopting a model maintenance mode, different types of raw materials and products can be subjected to information maintenance of different dimensions.
The record management module comprises an enterprise record and an operator record, and is used for maintaining information of an upstream enterprise, a downstream enterprise and an operator involved in the whole traceability chain;
the model management module comprises model management, link management and process management; one model can represent a tracing type, can represent all tracing contents of an enterprise, and a tracing chain can be provided with a plurality of models; a model can comprise a plurality of links, and link management realizes the description of the content of a certain traceable link in the traceable service through configuration; one link can also contain a plurality of processes, the processes are refinement of the tracing links, the processes contained in each link can be different, and the process management realizes the description of the contents of the tracing processes through configuration.
The traceability code management module comprises traceability code rule management, traceability code scanning and combining chains and code scanning display, wherein the traceability code rule management is used for configuring the rule for traceability code generation, supporting various modes such as sequential serial numbers, disordered codes, crown head + codes and the like, and also supporting code generation through regular expressions; the traceability code management is used for generating traceability codes according to the configured rules, and the traceability codes can be generated singly or in batches; the tracing code scanning and combining chain carries out upstream and downstream association on the tracing codes of each model, link and process in the database in real time through big data calculation, forms a complete tracing chain, generates a tracing two-dimensional code, and can see the complete tracing chain and auxiliary information after scanning the code by using mobile terminal equipment.
The system can be used for tracing industries such as seed culture, production and processing, circulation and the like, and can also be used for tracing across industries. For example, in the gas cylinder industry, from raw material stock to production and processing to circulation use, the gas cylinder is suitable for an industry universal traceability system.
The embodiment of the invention also provides a method for realizing the universal traceability of each industry through flow configuration, which is used for configuring and storing the traceability process, traceability links and affiliations of each industry, reading the configuration information through a built-in code machine, and then automatically encoding and compiling to generate corresponding traceability functions; the application end obtains the complete tracing chain and the accessory information through the tracing function.
As shown in fig. 1, the implementation of the method includes a code engine module, a basic service management module, a record management module, a model management module and a traceability code management module.
The code engine module comprises a code generation engine and a code compiling engine, and the code generation engine reads the configured content to generate program codes corresponding to the functions of the code generation engine; the code compiling engine scans the generated program code and automatically compiles the generated program code into machine code, and the machine code is deployed to a system on a server to run.
The basic service management module comprises menu initialization, dictionary management and basic service model management; the menu initialization is used for automatically generating a system menu for the function corresponding to the compiled machine code; dictionary management is used for maintaining basic information common to the system; the basic business model is used for managing information such as raw materials, products and the like used in the enterprise production process; by adopting a model maintenance mode, different types of raw materials and products can be subjected to information maintenance of different dimensions.
The record management module comprises an enterprise record and an operator record and is used for maintaining information of an upstream enterprise and a downstream enterprise and the operator involved in the whole traceability chain;
the model management module comprises model management, link management and process management; one model may represent a trace back type, or may represent all trace back contents of an enterprise, and a trace back chain may have multiple models. A model can comprise a plurality of links, and link management realizes the description of the content of a certain traceable link in the traceable service through configuration. One link can also contain a plurality of processes, the processes are refinement of the tracing links, the processes contained in each link can be different, and the process management is also used for realizing the description of the contents of the tracing processes through configuration.
The traceability code management module comprises traceability code rule management, traceability code scanning code combination chain and code scanning display, wherein the traceability code rule management is used for configuring the rule for traceability code generation, supporting various modes such as sequential serial number, disordered coding, crown head + coding and the like, and also supporting code generation through regular expressions; the traceability code management is used for generating traceability codes according to the configured rules, and the traceability codes can be generated singly or in batches; the tracing code scanning and combining chain carries out upstream and downstream association on the tracing codes of each model, link and process in the database in real time through big data calculation, forms a complete tracing chain, generates a tracing two-dimensional code, and can see the complete tracing chain and auxiliary information after scanning the code by using mobile terminal equipment.
The retrospective data acquisition comprises a prefabricated acquisition module, a custom acquisition module and an enterprise self-built system acquisition. The prefabricated acquisition module can comprise incoming data acquisition, detection information acquisition, sales information acquisition, processing information acquisition and the like; the custom acquisition system may include a production traceability subsystem, a retail traceability subsystem, and a planting traceability subsystem; the enterprise self-building system can include a stock and sales system, a production management system, and a marketing management system.
The present invention can be easily implemented by those skilled in the art through the above specific embodiments. It should be understood that the invention is not limited to the particular embodiments described above. Based on the disclosed embodiments, a person skilled in the art may combine different technical features at will, so as to implement different technical solutions.
Other than the technical features described in the specification, all are known to those skilled in the art.
Claims (10)
1. The system for realizing universal traceability of various industries through flow configuration is characterized by comprising a code engine module, a basic service management module, a record management module, a model management module and a traceability code management module; the method comprises the steps that the tracing process and the tracing link of each industry are configured, and a code machine built-in a system reads configuration information and then automatically codes and compiles the configuration information to generate a corresponding tracing function;
the code engine module is used for generating program codes according to the configuration content and automatically compiling the program codes into machine codes which can be deployed on a server;
the basic service management module comprises menu initialization, dictionary management and basic service model management; the menu initialization is used for automatically generating a system menu for the function corresponding to the compiled machine code; dictionary management is used for maintaining basic information common to the system; the basic business model is used for managing raw materials and product information used in the enterprise production process;
the record management module is used for maintaining information of upstream and downstream enterprises and operators involved in the whole traceability chain;
the model management module comprises model management, link management and process management;
the tracing code management module comprises tracing code rule management, tracing code scanning and combining chain and scanning code display, wherein the tracing code rule management is used for configuring rules for generating tracing codes; the traceability code management is used for generating traceability codes according to the configured rules; the tracing code scanning and combining chain carries out upstream and downstream association on the tracing codes of each model, link and process in the database in real time through big data calculation, thus forming a complete tracing chain and generating the tracing codes.
2. The system for implementing business universal traceability by way of flow configuration according to claim 1, wherein said code engine module comprises a code generation engine and a code compilation engine,
the code generation engine reads the configured content to generate the program code corresponding to the function of the code generation engine;
the code compiling engine scans the generated program code and automatically compiles the generated program code into machine code, and the machine code is deployed to a system on a server to run.
3. The system for realizing universal traceability of various industries through flow configuration according to claim 2, wherein the basic business model is managed, and information maintenance of different dimensions is carried out on different types of raw materials and products by adopting a model maintenance mode.
4. A system for implementing universal traceability of industries through flow configuration according to claim 1, 2 or 3, wherein the model management module can represent a traceability type, or can represent all traceability contents of an enterprise, and a plurality of models can be arranged on a traceability chain;
a model can comprise a plurality of links, and link management realizes the description of the content of a certain traceable link in the traceable service through configuration;
one link can also contain a plurality of processes, the processes are refinement of the tracing links, the processes contained in each link can be different, and the process management realizes the description of the contents of the tracing processes through configuration.
5. The system for implementing universal traceability of industries through flow configuration according to claim 1, wherein the traceability code rule management supports multiple modes including sequential serial number, unordered coding, crown + coding, and also supports code generation through regular expressions.
6. A system for implementing universal traceability of industries through flow configuration according to claim 1 or 5, wherein said traceability code is managed, and can be generated individually or in batch.
7. The system for realizing universal traceability of various industries through flow configuration according to claim 6, wherein the traceability code scanning and merging chain forms a complete traceability chain and generates a traceability two-dimensional code, and the complete traceability chain and the auxiliary information can be seen after the mobile terminal equipment scans the code.
8. The method is characterized in that the tracing process, tracing links and subordinate relations of each industry are configured and stored, configuration information is read through a built-in code machine, then the configuration information is automatically encoded and compiled to generate corresponding tracing functions, and an application end obtains complete tracing chains and subordinate information through the tracing functions; the method comprises the following steps:
the code engine module is used for generating program codes according to the configuration content and automatically compiling the program codes into machine codes capable of being deployed on a server;
the basic service management module comprises menu initialization, dictionary management and basic service model management; the menu initialization is used for automatically generating a system menu for the function corresponding to the compiled machine code; dictionary management is used for maintaining basic information common to the system; the basic business model is used for managing raw materials and product information used in the enterprise production process;
the record management module is used for maintaining information of upstream and downstream enterprises and operators involved in the whole traceability chain;
the model management module comprises model management, link management and process management;
the tracing code management module comprises tracing code rule management, tracing code scanning and combining chain and scanning code display, wherein the tracing code rule management is used for configuring rules for generating tracing codes; the traceability code management is used for generating traceability codes according to the configured rules; the tracing code scanning and combining chain carries out upstream and downstream association on the tracing codes of each model, link and process in the database in real time through big data calculation, thus forming a complete tracing chain and generating the tracing codes.
9. The method for implementing business universal traceability by way of flow configuration according to claim 8, wherein said code engine module comprises a code generation engine and a code compilation engine,
the code generation engine reads the program codes corresponding to the configured content generation functions;
the code compiling engine scans the generated program code and automatically compiles the generated program code into machine code, and the machine code is deployed to a system on a server to run.
10. The method for implementing universal traceability of industries through process configuration according to claim 7 or 8, wherein traceability data collection comprises a prefabricated collection module, a custom collection module and an enterprise self-built system collection.
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