CN115001760B - Industrial Internet converged code sending service system and method - Google Patents
Industrial Internet converged code sending service system and method Download PDFInfo
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- CN115001760B CN115001760B CN202210551169.0A CN202210551169A CN115001760B CN 115001760 B CN115001760 B CN 115001760B CN 202210551169 A CN202210551169 A CN 202210551169A CN 115001760 B CN115001760 B CN 115001760B
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- 238000013507 mapping Methods 0.000 description 4
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- H04L67/00—Network arrangements or protocols for supporting network services or applications
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Abstract
The invention discloses an industrial Internet converged code sending service system and method, wherein the service system comprises: the unified interface service module is used for receiving external requests of various types; the interface adapter module is used for converting the data format of the input external request into a standard format, determining a secondary node for finally providing service, and sending the external request converted by the secondary node docking module to the secondary node for finally providing service; and the secondary node docking module is used for converting the external request in the standard format into the interface format of the secondary node which finally provides the service when the secondary node docking is carried out, and calling the secondary node which finally provides the service to finish the service of the request.
Description
Technical Field
The invention relates to the field of industrial Internet identification, in particular to an industrial Internet fusion code sending service system and method.
Background
The industrial Internet identification analysis system of China consists of international root nodes, national top-level nodes, secondary nodes, enterprise nodes, recursive nodes and other elements. Wherein:
The secondary node is a common node that provides an identification service for a particular industry or industries. The secondary node is not only required to be in butt joint with the national top-level node upwards, but also required to be downwards distributed with identification codes and provide identification registration, identification analysis, identification data service and the like for enterprises, and meanwhile, the requirements on the aspects of safety, stability, expansibility and the like are met. The secondary nodes are divided into a VAA secondary node, a Handle secondary node, an OID secondary node and the like according to different executed protocols, and each secondary node provides identification services such as identification registration, analysis and the like by using different butting modes.
Enterprise node: the enterprise node can provide identification registration, identification analysis, identification data service and the like for a specific enterprise, can be independently deployed and can be used as a component element of an enterprise information system, and the enterprise node needs to be in butt joint with a secondary node so as to be accessed into an identification analysis system.
Currently, multiple secondary nodes exist in the same industry, and an operation main body is often an enterprise with a competition relationship, and supply chain enterprises of the operation main body are coincident. When a supply chain enterprise supplies goods to a secondary node operation main body, the supply chain enterprise is usually required to perform identification registration on corresponding secondary nodes, which results in that when the supply chain enterprise supplies goods to different secondary node operation main bodies, a plurality of secondary nodes need to be in butt joint or a plurality of enterprise nodes need to be deployed.
Therefore, how to solve the above problems is a focus of attention of those skilled in the art.
Disclosure of Invention
The invention aims to provide an industrial Internet converged code sending service system and method, which can avoid unnecessary cost and repeated construction caused by butting a plurality of secondary nodes or deploying a plurality of enterprise nodes when an enterprise codes a plurality of secondary nodes.
In order to achieve the above object, the present invention provides an industrial internet converged transcoding service system, comprising:
The unified interface service module is used for receiving external requests of various types;
the interface adapter module is used for converting the data format of the input external request into a standard format, determining a secondary node for finally providing service, and sending the external request converted by the secondary node docking module to the secondary node for finally providing service;
and the secondary node docking module is used for converting the external request in the standard format into the interface format of the secondary node which finally provides the service when the secondary node docking is carried out, and calling the secondary node which finally provides the service to finish the service of the request.
In an alternative, the system further comprises:
And the enterprise node management module is used for configuring the acquired enterprise prefix and key and completing authority authentication when the secondary node which finally provides the service calls.
In an alternative, the interface adapter module includes:
A data format conversion unit for converting an input data format of the external request into a standard format;
the service node judging unit is used for determining the secondary node which finally provides service according to the strategy of the enterprise in the enterprise node management module for the external request in the standard format after conversion;
And the permission conversion unit reads the registration information configured by the enterprise node management module or writes the permission authentication into the external request by using the shared registration information according to the confirmed secondary node which finally provides the service.
In an alternative scheme, when the secondary node docking is performed, the secondary node docking module generates a conversion mapping from a standard format to an interface format of the secondary node which finally provides the service, so that after the secondary node docking module receives the external request in the standard format, the external request is converted into the interface format of the secondary node which finally provides the service according to the conversion mapping.
In an alternative scheme, the enterprise node management module includes an enterprise prefix configuration unit and an application prefix configuration unit, which are respectively used for configuring default prefixes and application default prefixes of the enterprise.
In an alternative scheme, the unified interface service module is configured to provide an identifier service interface for identifier registration, identifier batch registration, identifier analysis, attribute change, batch attribute change, identifier deletion, and identifier authorization, where each of the identifier service interfaces may receive the external requests of multiple identifier protocols.
In an alternative, the unified interface service module is further configured to verify validity of the external request.
On the other hand, the invention also discloses an industrial Internet fusion code sending service method, which is based on the industrial Internet fusion code sending service system, and comprises the following steps:
Step 1, the unified interface service module receives external requests of various types;
Step2, the interface adapter module converts the external request into a standard format and determines a secondary node which finally provides service;
step 3, the secondary node docking module converts the external request in the standard format into an interface format of a secondary node which finally provides service;
Step 4, the interface adapter module sends the external request converted by the secondary node docking module to the secondary node which finally provides service;
And 5, the secondary node docking module calls the secondary node which finally provides the service to finish the requested service.
In an alternative, the step1 further includes: verifying the legitimacy of the external request.
In an alternative scheme, the system further comprises an enterprise node management module, and the interface adapter module comprises a data format conversion unit, a service node judgment unit and a permission conversion unit;
In the step 2, the data format conversion unit converts the external request into a standard format; determining a secondary node for finally providing service by the service node judging unit according to a strategy configured by an enterprise in the enterprise node management module;
The step 4 further includes writing, by the rights conversion unit, a rights certificate of the secondary node that ultimately provides the service, and writing the rights certificate to the external request.
The invention has the beneficial effects that:
By means of the integrated code sending service system, supply chain enterprises in the same industry can complete identification registration at corresponding secondary nodes according to the requirements of purchasing enterprises only by means of one-time registration and docking. Meanwhile, when the enterprise in the industry changes the identification attribute, the enterprise does not need to be in butt joint with the code sending node, and the identification attribute can be directly changed through the application, so that the identification data of the whole life cycle of the identification object can be conveniently maintained at any time.
The invention greatly reduces the threshold of the application of the mark and can effectively assist the popularization of the mark in the industry.
The invention has other features and advantages which will be apparent from or are set forth in detail in the accompanying drawings and the following detailed description, which are incorporated herein, taken in conjunction with the accompanying drawings and the detailed description, which illustrate certain principles of the invention.
Drawings
The above and other objects, features and advantages of the present invention will become more apparent by describing in more detail exemplary embodiments thereof with reference to the attached drawings.
Fig. 1 shows a schematic structural diagram of an industrial internet converged transcoding service system according to an embodiment of the present invention.
Description of the reference numerals
100-Unifying an interface service module; 200-an enterprise node management module; 300-interface adapter module; 400-two-level node docking module.
Detailed Description
The present invention will be described in more detail below. While the invention has been provided in connection with the preferred embodiments, it should be understood that the invention may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art.
Example 1
Referring to fig. 1, an embodiment of the present invention provides an industrial internet converged transcoding service system, including:
A unified interface service module 100, where the unified interface service module 100 is configured to receive external requests of various types;
An interface adapter module 300, where the interface adapter module 300 is configured to convert an input data format of the external request into a standard format, determine a secondary node that ultimately provides a service, and send the external request converted by the secondary node docking module 400 to the secondary node that ultimately provides the service;
The secondary node docking module 400 is configured to convert the external request in the standard format into an interface format of a secondary node that finally provides a service when the secondary node docking module 400 performs secondary node docking, and call the secondary node that finally provides the service to complete the service of the request.
Specifically, in this embodiment, the unified interface service module 100 is configured to provide identifier service interfaces such as identifier registration, identifier batch registration, identifier analysis, attribute change, batch attribute change, identifier deletion, and identifier authorization, where each identifier service interface can receive external requests of multiple identifier protocols. In this embodiment, the unified interface service module is further configured to verify validity of the external request. That is, the present module is also responsible for verifying whether the enterprise or application that initiated the external request is a licensed user of the present service.
In this embodiment, the system further includes: and the enterprise node management module 200 is used for configuring the acquired enterprise prefix and key and completing authority authentication when the secondary node which finally provides the service calls. In an alternative embodiment, the enterprise node management module 200 includes an enterprise prefix configuration unit and an application prefix configuration unit, which are respectively configured to configure a default prefix and an application default prefix of an enterprise. The enterprise may configure default prefixes and application of default prefixes for the enterprise. When the prefix is not specified by the code transmitting interface, the system automatically transmits codes by using the default prefix.
The interface adapter module 300 is responsible for processing the input external request, processing the data format and the authority of the external request, and forwarding the external request to the corresponding secondary node. In this embodiment, the interface adapter module 300 includes a data format conversion unit, a service node determination unit, and a rights conversion unit. The data format conversion unit is used for converting the input data format of the external request into a standard format, and the standard format is an internal program processing format of the invention, which takes the aggregate subscription of the field meanings contained in each request of OID, VAA, handle protocols. The service node judging unit is used for determining the secondary node which finally provides service according to the strategy of the enterprise in the enterprise node management module for the external request in the standard format after conversion; and the permission conversion unit reads the registration information configured by the enterprise node management module according to the confirmed secondary node for finally providing the service, or writes the permission authentication into the external request by using common registration information.
In this embodiment, when the secondary node docking is performed, the secondary node docking module 400 generates a conversion mapping from a standard format to an interface format of the secondary node that ultimately provides the service, so that after the secondary node docking module receives the external request in the standard format, the external request is converted into the interface format of the secondary node that ultimately provides the service according to the conversion mapping.
By means of the integrated code sending service system, supply chain enterprises in the same industry can complete identification registration at corresponding secondary nodes according to the requirements of purchasing enterprises only by means of one-time registration and docking. Meanwhile, when the enterprise in the industry changes the identification attribute, the enterprise does not need to be in butt joint with the code sending node, and the identification attribute can be directly changed through the application, so that the identification data of the whole life cycle of the identification object can be conveniently maintained at any time. The invention greatly reduces the threshold of the application of the mark and can effectively assist the popularization of the mark in the industry.
Example 2
The invention also discloses an industrial Internet converged code sending service method, which is based on the industrial Internet converged code sending service system, and comprises the following steps:
Step 1, the unified interface service module receives external requests of various types;
Step2, the interface adapter module converts the external request into a standard format and determines a secondary node which finally provides service;
step 3, the secondary node docking module converts the external request in the standard format into an interface format of a secondary node which finally provides service;
Step 4, the interface adapter module sends the external request converted by the secondary node docking module to the secondary node which finally provides service;
And 5, the secondary node docking module calls the secondary node which finally provides the service to finish the requested service.
In this embodiment, the step1 further includes: verifying the legitimacy of the external request.
In this embodiment, the system further includes an enterprise node management module, where the interface adapter module includes a data format conversion unit, a service node determination unit, and a permission conversion unit;
in the step 2, the data format conversion unit converts the external request into a standard format; determining a secondary node for finally providing service by the service node judging unit according to a strategy configured by an enterprise in the enterprise node management module; the step 4 further includes writing, by the rights conversion unit, a rights certificate of the secondary node that ultimately provides the service, and writing the rights certificate to the external request.
The foregoing description of embodiments of the invention has been presented for purposes of illustration and description, and is not intended to be exhaustive or limited to the embodiments disclosed. Many modifications and variations will be apparent to those of ordinary skill in the art without departing from the scope and spirit of the various embodiments described.
Claims (7)
1. An industrial internet converged code sending service system, comprising:
The unified interface service module is used for receiving external requests of various types;
the interface adapter module is used for converting the data format of the input external request into a standard format, determining a secondary node for finally providing service, and sending the external request converted by the secondary node docking module to the secondary node for finally providing service;
The secondary node docking module is used for converting the external request in the standard format into an interface format of a secondary node which finally provides service when the secondary node docking is carried out, and calling the secondary node which finally provides service to finish the service of the request;
the enterprise node management module is used for configuring the obtained enterprise prefix and key and completing authority authentication when the secondary node which finally provides the service calls;
The interface adapter module includes:
A data format conversion unit for converting an input data format of the external request into a standard format;
the service node judging unit is used for determining the secondary node which finally provides service according to the strategy of the enterprise in the enterprise node management module for the external request in the standard format after conversion;
And the permission conversion unit reads the registration information configured by the enterprise node management module or writes the permission authentication into the external request by using the shared registration information according to the confirmed secondary node which finally provides the service.
2. The industrial internet converged transcoding service system of claim 1, wherein the secondary node docking module converts the external request into the interface format of the secondary node ultimately providing service according to the conversion map by generating the conversion map of the standard format to the interface format of the secondary node ultimately providing service when the secondary node docking module receives the external request in the standard format.
3. The industrial internet converged transcoding service system of claim 1, wherein the enterprise node management module comprises an enterprise prefix configuration unit and an application prefix configuration unit, for respectively configuring a default prefix and an application default prefix of an enterprise.
4. The industrial internet converged messaging service system of claim 1, wherein the unified interface service module is configured to provide identity service interfaces for identity registration, identity batch registration, identity resolution, attribute change, batch attribute change, identity deletion, and identity authorization, each of the identity service interfaces being configured to receive the external requests for a plurality of identity protocols.
5. The industrial internet converged transcoding service system of claim 1, wherein the unified interface service module is further adapted to verify the legitimacy of the external request.
6. An industrial internet converged transcoding service method, characterized in that based on the system of any one of claims 1-5, the method comprises:
Step 1, the unified interface service module receives external requests of various types;
Step2, the interface adapter module converts the external request into a standard format and determines a secondary node which finally provides service;
step 3, the secondary node docking module converts the external request in the standard format into an interface format of a secondary node which finally provides service;
step 4, the interface adapter module sends the external request converted by the secondary node docking module to the secondary node which finally provides service; writing, by the rights conversion unit, a rights certificate of the secondary node that ultimately provides the service, and writing the rights certificate into the external request;
Step 5, the secondary node docking module calls the secondary node which finally provides the service to finish the requested service;
In the step 2, the data format conversion unit converts the external request into a standard format; determining a secondary node for finally providing service by the service node judging unit according to a strategy configured by an enterprise in the enterprise node management module; and configuring the acquired enterprise prefix and key and completing authority authentication when the secondary node finally providing service calls by the enterprise node management module.
7. The industrial internet converged code sending service method of claim 6, wherein the step 1 further comprises: verifying the legitimacy of the external request.
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