CN108234438B - Cross-system multi-access automatic packaging method - Google Patents
Cross-system multi-access automatic packaging method Download PDFInfo
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- CN108234438B CN108234438B CN201710522168.2A CN201710522168A CN108234438B CN 108234438 B CN108234438 B CN 108234438B CN 201710522168 A CN201710522168 A CN 201710522168A CN 108234438 B CN108234438 B CN 108234438B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
- H04L69/08—Protocols for interworking; Protocol conversion
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/51—Discovery or management thereof, e.g. service location protocol [SLP] or web services
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
- H04L69/03—Protocol definition or specification
Abstract
The invention provides an automatic packaging method for cross-system multi-access, which comprises the following steps: after the data combing subsystem finishes the relation combing of the information resources, if an encapsulation instruction is received, the service encapsulation subsystem automatically realizes encapsulation; and after the directory management subsystem finishes directory editing, if an encapsulation instruction is received, the service encapsulation subsystem automatically realizes encapsulation. The invention can realize the rapid encapsulation among all subsystems in the information resource sharing and exchanging system.
Description
Technical Field
The invention relates to the field of data processing, in particular to an automatic packaging method for cross-system multi-access.
Background
In government information resources such as public offices, civil government offices, and human security offices, since a large number of data items are dispersed and exist in a repeated or partially repeated manner, a system for sharing and exchanging information resources must be constructed. The system for sharing and exchanging information resources is generally composed of a plurality of subsystems, such as a data carding system, a directory management system, a service encapsulation system and a shared open portal system. When the system construction of the information resource sharing exchange is completed, the service needs to be encapsulated. By encapsulation is meant: when a data packet is transmitted between different devices using a network, in order to reliably and accurately transmit the data packet to a destination and efficiently use transmission resources (transmission devices and transmission lines), the data packet to be transmitted needs to be split and packed in advance, a target address, a local address, and some bytes for error correction are added to the transmitted data packet, and when the requirements on security performance and reliability are high, the data packet needs to be encrypted and the like, which are called data encapsulation.
How to realize the automatic packaging of cross-system (data carding system, catalog management system, service packaging system) multi-access is a technical problem to be solved urgently.
Disclosure of Invention
The invention aims to: aiming at the problems in the prior art, the cross-system multi-access automatic packaging method is provided, and the problem of automatic packaging among subsystems in an information resource sharing and exchanging system is solved.
The invention aims to be realized by the following technical scheme:
an automatic packaging method for cross-system multi-access is characterized by comprising the following steps:
after the data combing subsystem finishes the relation combing of the information resources, if an encapsulation instruction is received, the service encapsulation subsystem automatically realizes encapsulation;
and after the directory management subsystem finishes directory editing, if an encapsulation instruction is received, the service encapsulation subsystem automatically realizes encapsulation.
Further, the data combing subsystem is used for respectively combing and analyzing the acquired information resource relationship from the service layer and the technical layer, automatically or manually generating all levels of service relationships and all levels of data information relationships according to the application scene, and establishing the association among the information resource, the service relationships and the data information.
Furthermore, the data combing subsystem combs government affair information resources from a business layer, and sequentially combs departments, department responsibilities, information resources related to the responsibilities and data items related to the information resources layer by layer comprehensively.
Furthermore, the data combing subsystem combs government affair information resources from a technical layer, and sequentially and comprehensively combs the government affair information resources from a department system, a department system database, a table contained in the database and fields contained in the table layer by layer.
Further, the service encapsulation subsystem is used for encapsulating a set of information resource catalog and information resources to generate a data packet of an encapsulation protocol.
Further, the catalog management subsystem is used for rearranging or cataloging the information resource catalog of all organizations of an administrative region or all departments of a company, registering and registering, and establishing catalog mapping for the data resource and the carding system.
Compared with the prior art, the invention can realize the rapid encapsulation among the subsystems in the information resource sharing and exchanging system.
Detailed Description
The present invention will be described in detail with reference to specific examples.
Examples
The invention provides an automatic packaging method for cross-system multi-access, which is used for an information data resource sharing system and comprises the following steps: after the data combing subsystem finishes the relation combing of the information resources, if an encapsulation instruction is received, the service encapsulation subsystem automatically realizes encapsulation; and after the directory management subsystem finishes directory editing, if an encapsulation instruction is received, the service encapsulation subsystem automatically realizes encapsulation. For example: the data combing subsystem is connected with government affair information resources of a public security department to obtain an identity information database, then the data combing subsystem combs the identity information to generate a directory containing fields such as names, identification numbers, certificate handling authorities, validity periods and the like, and if a service encapsulation instruction sent by a user is received, the service encapsulation subsystem fills a data interface corresponding to the directory information into an interface file to complete encapsulation.
And the information data resource sharing system is used for combing information resources in various application scenes and the like and then sharing the information resources. The information resources of the various application scenarios may be a large amount of data obtained through data acquisition, or may be data provided by a corresponding database. The sources, types, attributes, access positions of such big data may be inconsistent and the data size is huge, and how to provide the affiliations, categories and the like of such big data to the demanders who share information in a clear and organized way when the big data is used for information sharing is a serious problem.
The data information resource sharing system comprises a data combing subsystem, a service packaging subsystem and a portal subsystem. The data information resource sharing system architecture is designed as follows: starting from an overall information circulation framework, an informationized platform framework is designed according to the principles of block implementation, intercommunication interconnection, resource sharing and different emphasis so as to support all levels of services of the framework formed by all scenes.
The data combing subsystem is used for respectively combing and analyzing the acquired information resource relationship from the service layer and the technical layer, automatically or manually generating all levels of service relationships and all levels of data information relationships according to the application scene, and establishing the association among the information resource, the service relationships and the data information.
The service encapsulation subsystem is used for encapsulating a set of information resource catalog and information resources to generate a data packet of an encapsulation protocol and also can generate an information resource access mode in a WEB service form. The information resource catalog and the information resource description information generated by the carding system can be used as input information for providing WEB services by the service packaging system.
The portal subsystem is a display layer of the information service, mainly comprises an intuitive shared open portal, and realizes the display of information resources, a directory structure of the information resources and/or an access mode of the information resources generated by the service encapsulation system to users or the public through the shared open portal.
The data information resource sharing system also comprises a catalog management subsystem, which is used for rearranging or cataloging the information resource catalogues of all organizations of an administrative region or all departments of a company, registering and registering, and establishing catalog mapping for the data resources and the carding system. The catalog management subsystem may further use the re-organized or cataloged catalog for service encapsulation subsystem encapsulation by way of shared services.
The catalog management subsystem system is connected with the data combing subsystem, and the result generated by the data combing subsystem can be used as the input information of the catalog management system, so that a catalog for recompiling is autonomously selected according to the specific application purpose and the service type; the selection mode of the recomputation catalog comprises the selection based on the business layer relation and the selection based on the technology layer relation.
The portal subsystem can be respectively connected with the data combing subsystem, the directory management subsystem and the service encapsulation subsystem. The display catalog provided by the portal subsystem can be an information resource catalog generated by the data carding subsystem in a default mode, can be a catalog generated by the catalog management subsystem in a recomposing mode according to actual requirements and issued to the shared service portal, and can also be an information resource access mode generated by the service encapsulation subsystem and issued to the shared service portal. And secondly, the portal subsystem provides an entrance used by the user, the user requests to acquire service data through the entrance of the shared portal, the portal subsystem applies for auditing of the shared opening authority to the directory management subsystem and feeds back the approval to the user, and meanwhile, the corresponding shared service data are provided for the user.
The information data resource sharing system is used for government affair information data sharing, and the planning and construction of the government affair information sharing system need to be combed and integrated by double mainlines supported by government businesses and technologies, so that the data supply and platform operation modes are unified. Each government department combs government business and government business relations through each subsystem in the intranet use system, government business data catalogues under different requirements are generated, shared data and sharing authority are set, and the like, and the social public requests and acquires service and information data from a sharing portal of the portal subsystem through an external network.
The data combing subsystem combs government affair information resources from a business layer, and sequentially combs information resources related to departments, department responsibilities, responsibilities and data items related to the information resources layer by layer comprehensively.
The data combing subsystem combs government affair information resources from a technical layer, and sequentially combs the government affair information resources from a department system, a department system database, a table contained in the database and fields contained in the table layer by layer comprehensively.
Each subsystem of the information data resource sharing system can be independently used for respectively realizing the functions of the corresponding system, and two or more subsystems can be operated in a correlation mode.
The data combing subsystem comprises organization combing, service combing, information resource combing, demand combing, application system combing, association relation combing and data element combing.
Tissue combing: the organization carding is used for carding the organization departments, the upper levels of the departments and the categories of the departments, carding the categories and the functions of the lower mechanisms and the lower mechanisms of the organizations and the like, and generating basic organization information;
after the organization carding, proceeding from the business line level:
and (3) service combing: the method comprises the following steps that business carding is carried out on each lower organization of each organization, and the business carding comprises business item names, business service objects, materials required by businesses, business generation materials, a support information system and the like which are carried out by the lower organizations;
information resource combing: after the business is combed, information resources are combed for each business item, and data items including the opening condition, the sharing condition, the storage condition and the like of the data are clarified;
and (3) combing the requirements: the method comprises the following steps of carrying out demand combing while carrying out information resource combing, wherein the demand combing is to comb information resources provided by other departments required by a department for handling business;
after the tissue combing, starting from the technical aspect: (Business level and technology level can be simultaneously combing)
Combing by using an application system: the method comprises the following steps that (1) the organization under each organization develops the carding of an application system, wherein the carding comprises the name of the application system, a table in a system database, table fields (the table fields can form data items) and the like;
and (3) association relation combing: making data resources and data resource items of the service level correspond to data resources in a database table of the technical level information system and data resource items in table fields;
data element combing: and establishing a uniform database of data resource items, and associating and managing the same information resource items in different departments and different systems.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, it should be noted that any modifications, equivalents and improvements made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (6)
1. An automatic packaging method for cross-system multi-access is characterized by comprising the following steps:
after the data combing subsystem finishes the relation combing of the information resources, if an encapsulation instruction is received, the service encapsulation subsystem automatically realizes encapsulation; the data combing subsystem comprises organization combing, business combing, information resource combing, demand combing, application system combing, association relation combing and data element combing, wherein the organization combing combs organization departments, department superior levels and department categories and combs lower organizations, lower organization categories, functions and the like of the organization to generate basic organization information; the business carding is developed by each organization and each lower organization, and comprises business item names developed by the lower organizations, business service objects, materials required by the business, business generation materials and a support information system; the information resource combing is that after the service is combed, the information resource is combed for each service item, and the data item including the opening condition, the sharing condition and the storage condition of the data is defined; the requirement combing is to carry out the requirement combing while carrying out the information resource combing, and carry out the combing on the information resources provided by other departments required by the process of transacting the business by the department; the application system carding method comprises the steps that the application system carding is carried out on each organization of each organization, and the carding comprises application system names, tables in a system database and table fields; the association relationship combing corresponds the data resources and data resource items of the business level with the data resources in the database table of the technical level information system and the data resource items in the table fields; the data element combing is to establish a uniform database of data resource items, and to associate and manage the same information resource items in different departments and different systems;
after the directory management subsystem finishes directory editing, if an encapsulation instruction is received, the service encapsulation subsystem automatically realizes encapsulation; the catalog management subsystem is used for rearranging or cataloging and registering information resource catalogs of all organizations of an administrative region or all departments of a company, establishing catalog mapping for data resources and the carding system, and further using the rearranged or cataloged catalogs for the service encapsulation subsystem to encapsulate in a service sharing mode; the catalog management subsystem system is connected with the data combing subsystem, and the result generated by the data combing subsystem can be used as the input information of the catalog management system, so as to independently select a catalog for reorganization according to the specific application purpose and service type, wherein the selection mode of the reorganization catalog comprises service layer relation selection and technology layer relation selection.
2. The cross-system multi-access automatic packaging method according to claim 1, characterized in that the data combing subsystem is used for respectively combing and analyzing the relationship of the acquired information resources from a service layer and a technology layer, automatically or manually generating business relationships at each level and data information relationships at each level according to an application scene, and establishing association among the information resources, the business relationships and the data information.
3. The cross-system multi-access automatic packaging method according to claim 2, wherein the data combing subsystem combs government affair information resources from a business layer, and sequentially combs department, department duty, information resources related to the duty, and data items related to the information resources layer by layer comprehensively.
4. The cross-system multi-access automatic packaging method according to claim 2, characterized in that the data combing subsystem combs government information resources from a technical layer, and sequentially combs all layers by layers from department systems, department system databases, tables contained in the databases and fields contained in the tables.
5. The method of claim 1, wherein the service encapsulation subsystem encapsulates a set of information resource directories and information resources to generate a data packet of an encapsulation protocol.
6. The method of claim 1, wherein the catalog management subsystem is used for reorganizing or cataloging, registering, and creating catalog mapping for data resources and the carding system.
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Effective date of registration: 20221031 Address after: Room 202, No. 238, Jiangchang Third Road, Jing'an District, Shanghai 200040 Patentee after: Guoxin Zhongjian Digital Technology Co.,Ltd. Address before: Floor 20, building 10, Zone C, Tianfu Software Park, 219 Tianhua 2nd Road, hi tech Zone, Chengdu, Sichuan 610000 Patentee before: CHINAWISERV TECHNOLOGIES Inc. |
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