CN112667736A - Digital operation management system - Google Patents
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- CN112667736A CN112667736A CN202011538739.XA CN202011538739A CN112667736A CN 112667736 A CN112667736 A CN 112667736A CN 202011538739 A CN202011538739 A CN 202011538739A CN 112667736 A CN112667736 A CN 112667736A
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Abstract
The invention relates to a digital operation management system, which comprises a data asset map construction module, a data sharing implementation module and a product supermarket implementation module; the data asset map building module comprises a catalog acquisition submodule and a parameter combing submodule; the catalog acquisition submodule is used for carding and acquiring a full data catalog, a business data catalog and an application data catalog based on a data map module of a digital operation center; the parameter combing submodule combs the contents of a request field and a response field in the model data table according to the directory information collected in the directory collecting submodule; the data sharing implementation module is used for landing the service broad table in the data center and issuing the service broad table as an application program interface end, constructing a data service function, optimizing a data application flow and increasing a data sharing mode; and the product supermarket implementation module is used for constructing typical application products for complaint reporting and power failure in a distribution room and establishing a data product unified application, sharing and publishing platform.
Description
Technical Field
The invention belongs to the field of data management, and particularly relates to a digital operation management system.
Background
In order to give full play to the important value of data, three major tasks of full data access, unified data model construction and unified data service creation are provided around three targets of 'unified data assets, unified data service and unified data application', and a user can connect data, use data and share data products by 'finding data, finding service and using data' through the whole life cycle of the data, so that the digital operation management system can share data quickly, efficiently and safely.
In the implementation of a digital operations management system, it was found that there are some problems. The existing data asset directory has an unclear and single display form; a redundant link exists in the shared data flow, and the data service mode is not rich enough; data application products generated by mass data lack an application uniform publishing and sharing platform, so that sharing and sharing of applications are restricted, and repetitive construction work is increased. This is a disadvantage of the prior art.
The present invention provides a digital operation management system, which is necessary to solve the problems in the prior art.
Disclosure of Invention
The invention aims to provide a digital operation management system aiming at the defects that the data asset catalog has single and unclear display form, redundant links exist in a shared data process, data service modes are not rich enough, the reuse rate of application products is low, a unified release and sharing platform is lacked, and a platform is lacked for supporting the normal operation of a labor competition project, so as to solve the technical problems.
In order to achieve the purpose, the invention provides the following technical scheme:
a digital operation management system comprises a data asset map construction module, a data sharing implementation module and a product supermarket implementation module;
the data asset map building module comprises a catalog acquisition submodule and a parameter combing submodule;
the catalog acquisition submodule is used for carding and acquiring a full data catalog, a business data catalog and an application data catalog based on a digital operation center data map module;
the parameter combing submodule combs the contents of a request field and a response field in the model data table according to the directory information collected in the directory collecting submodule;
the data sharing implementation module is used for landing the service broad table in the data center and issuing the service broad table as an application program interface end, constructing a data service function, optimizing a data application flow and increasing a data sharing mode;
the product supermarket implementation module is used for constructing typical application products of complaint report and station power failure, constructing a data product unified application, sharing and publishing platform and opening high-quality data application product resources to users.
Preferably, the directory collection submodule comprises a full map module implementation unit, a service data map data collection unit and an application data map data collection unit; combing and collecting a data map directory from three dimensions of total volume, service and application; the method has the advantages that the full, business and application three-layer data map display content of the digital operation center is perfected, the cleaning display of data assets is realized, and the rapid tracing of data requirements is supported.
Preferably, the full map module implementation unit combs the full data of the data center stations based on the full map module of the digital operation center, eliminates invalid data and redundant data, adjusts and optimizes related information of the data tables according to a display mode of a directory structure of the full data map, and marks the access condition of the data center stations of each data table.
Preferably, the service data map data acquisition unit and the application data map data acquisition unit are provided with data map acquisition task configuration, data map directory effective information identification, and data map directory information verification and modification.
Preferably, the data map collection task configuration is used for tracking the execution condition of the collection workflow, recording the collection workflow if the collection workflow is a collection failure task, performing problem analysis based on an execution log, and then adjusting the collection failure task and then re-executing the collection failure task.
Preferably, the data map directory effective information identification is carried out, an effective table identification rule is formulated according to the collected map data directory, a map effective table identification scheme is formed by verification, adjustment and confirmation of the corresponding rule, and the map directory information is identified according to the identification scheme to form a map effective directory list.
Preferably, the verification and modification of the directory information of the data map is performed by verifying an invalid part of the data directory in the data map based on the recognition result of the valid directory information, and if the directory table is confirmed to be invalid, the modification is performed by at least one of manual operation, recollection and the like, and the modification result is repeatedly verified.
Preferably, in the full map module implementation unit, the method for combing the access of the full data of the stations in the data and eliminating invalid data and redundant data comprises the following steps:
step one, making an invalid identification rule, verifying, adjusting and confirming the corresponding rule to form an identification scheme of an invalid table, and screening out invalid classes in the total data;
step two, formulating a redundancy identification rule, verifying, adjusting and confirming the corresponding rule, forming an identification scheme of an invalid table, and screening out redundancy in the total data;
and step three, removing the screened invalid classes and redundant classes.
The digital operation management system has the advantages that the digital operation management system completes the data carding and collecting work in functions of data maps, data services, product supermarkets and the like, and completes the landing of a business wide table and the cleaning and conversion of data; the configuration of the data map function module is completed, so that the data assets are visible and available, and the data acquisition difficulty is reduced; the implementation of the data sharing service can quickly meet the data use requirements of users; the product supermarket function is implemented, repeated construction work is reduced, and the reuse rate of data application products is improved. In addition, the invention has reliable design principle, simple structure and very wide application prospect.
Therefore, compared with the prior art, the invention has prominent substantive features and remarkable progress, and the beneficial effects of the implementation are also obvious.
Drawings
Fig. 1 is a schematic diagram of a digital operations management system according to an embodiment.
Fig. 2 is a schematic diagram of a data asset map construction module according to an embodiment.
Fig. 3 is a schematic diagram of a directory collection sub-module according to an embodiment.
The system comprises a digital operation management system 1, a 2-data asset map construction module, a 3-data sharing implementation module, a 4-product supermarket implementation module, a 5-catalog acquisition sub-module, a 6-parameter carding sub-module, a 7-panoramic map module implementation unit, an 8-business data map data acquisition unit and an 9-application data map data acquisition unit.
Detailed Description
The present invention will be described in detail below with reference to the accompanying drawings by way of specific examples, which are illustrative of the present invention and are not limited to the following embodiments.
As shown in fig. 1 to 3, a digital operation management system 1 includes a data asset map construction module 2, a data sharing implementation module 3, and a product supermarket implementation module 4;
the data asset map building module 2 comprises a catalog acquisition submodule 5, and the catalog acquisition submodule 5 is used for carding and acquiring a full data catalog, a business data catalog and an application data catalog based on a digital operation center data map module; the parameter combing submodule 6 is used for combing the contents of a request field and a response field in the model data table according to the directory information collected in the directory collecting submodule 5;
the data sharing implementation module 3 is used for landing the service broad table in the data center, issuing the service broad table as an application program interface end, constructing a data service function, optimizing a data application flow, increasing a data sharing mode and quickly responding to the data use requirement of a user;
the product supermarket implementation module 4 is used for constructing typical application products of complaint reports and station power failure, building a data product unified application, sharing and publishing platform, opening high-quality data application product resources for users, improving the reuse degree of the data application products and reducing repeated construction work.
The catalog acquisition submodule 5 comprises a full map module implementation unit 7, a business data map data acquisition unit 8 and an application data map data acquisition unit 9;
the full map module implementation unit 7 is based on a full map module of a digital operation center, sorts the full data of the data middlings, eliminates invalid data and redundant data, adjusts and optimizes related information of the system and the data tables according to a display mode of a directory structure of the full data map, marks the data middling access condition of each data table, and displays the data structure and the table relation of a company business system layer by layer from dimensions of departments, the system, the data tables, fields and the like.
The service data map data acquisition unit 8 is provided with service data map acquisition task configuration, service data map directory effective information identification, and service data map directory information verification and modification;
and the business data map acquisition task configuration tracks the execution condition of the acquisition workflow, records the acquisition failure task if the acquisition failure task is the acquisition failure task, and adjusts and executes the acquisition failure task again after carrying out problem analysis based on the execution log.
And identifying the effective information of the business data map directory, formulating an effective table identification rule according to the collected map data directory, verifying, adjusting and confirming the corresponding rule to form a map effective table identification scheme, and identifying the business map directory information according to the identification scheme to form a business map effective directory list.
The verification and modification of the directory information of the business data map are carried out by verifying the invalid part of the data directory in the business data map based on the recognition result of the valid directory information, and if the directory table is confirmed to be invalid, the modification is carried out by adopting at least one mode of manual operation, re-acquisition and the like, and the modification result is repeatedly verified.
The target acquisition submodule 5 is based on a digital operation center data map module, carries out the carding and acquisition work of a company full data directory, a business data directory and an application data directory, and combs and acquires the data map directory from three dimensions of full, business and application; the method has the advantages that the full, business and application three-layer data map display content of the digital operation center is perfected, the cleaning display of data assets is realized, and the rapid tracing of data requirements is supported.
The application data map data acquisition unit 9 is provided with application data map acquisition task configuration, application data map directory effective information identification, and application data map directory information verification and modification;
and the application data map collects task configuration, tracks the execution condition of the collection workflow, records the collection workflow if the collection workflow is a failed task, and performs problem analysis based on an execution log, and then performs re-execution after adjusting the failed task.
And identifying the effective information of the map directory of the application data, formulating an effective table identification rule according to the collected map data directory, verifying, adjusting and confirming the corresponding rule to form a map effective table identification scheme, and identifying the information of the map directory of the application data according to the identification scheme to form an effective directory list of the application map.
The verification and the rectification of the directory information of the application data map are carried out on the basis of the recognition result of the valid directory information, the invalid part of the data directory is verified in the application data map, if the directory table is confirmed to be invalid, the rectification is carried out in at least one mode of manual operation, re-acquisition and the like, and meanwhile, the rectification result is repeatedly verified.
In the full map module implementation unit 7, the method for combing the full data access of the data center station and eliminating invalid data and redundant data comprises the following steps: step one, making an invalid identification rule, verifying, adjusting and confirming the corresponding rule to form an identification scheme of an invalid table, and screening out invalid classes in the total data; step two, formulating a redundancy identification rule, verifying, adjusting and confirming the corresponding rule, forming an identification scheme of an invalid table, and screening out redundancy in the total data; and step three, removing the screened invalid classes and redundant classes.
In the parameter combing submodule 6, according to the directory information collected in the service data map, the combing work of the contents such as the request field, the response field and the like in the six thousand multi-model data table is carried out, the matching of the key contents and the full information of the data is realized, and the sharing of the service data are facilitated.
The above disclosure is only for the preferred embodiments of the present invention, but the present invention is not limited thereto, and any non-inventive changes that can be made by those skilled in the art and several modifications and amendments made without departing from the principle of the present invention shall fall within the protection scope of the present invention.
Claims (8)
1. A digital operation management system comprises a data asset map construction module, a data sharing implementation module and a product supermarket implementation module;
the data asset map building module comprises a catalog acquisition submodule and a parameter combing submodule;
the catalog acquisition submodule is used for carding and acquiring a full data catalog, a business data catalog and an application data catalog based on a digital operation center data map module;
the parameter combing submodule combs the contents of a request field and a response field in the model data table according to the directory information collected in the directory collecting submodule;
the data sharing implementation module is used for landing the service broad table in the data center and issuing the service broad table as an application program interface end, constructing a data service function, optimizing a data application flow and increasing a data sharing mode;
the product supermarket implementation module is used for constructing typical application products of complaint report and station power failure, constructing a data product unified application, sharing and publishing platform and opening high-quality data application product resources to users.
2. A digital operations management system according to claim 1, characterized by: the catalog acquisition submodule comprises a full map module implementation unit, a business data map data acquisition unit and an application data map data acquisition unit; combing and collecting a data map directory from three dimensions of total volume, service and application; and the full, business and application three-layer data map display content of the digital operation center is perfected.
3. A digital operations management system according to claim 2, characterized by: the full map module implementation unit is based on a full map module of a digital operation center, combs full data of the data intermediate stations, eliminates invalid data and redundant data, adjusts and optimizes related information of the data tables according to a display mode of a directory structure of the full map module, and marks the data intermediate station access condition of each data table.
4. A digital operations management system according to claim 3, characterized by: the service data map data acquisition unit and the application data map data acquisition unit are respectively provided with data map acquisition task configuration, data map directory effective information identification and data map directory information verification and correction.
5. A digital operations management system according to claim 4, characterized by: and the data map acquisition task configuration is used for tracking the execution condition of the acquisition workflow, recording the acquisition workflow if the acquisition workflow is a failed task, and adjusting and executing the failed task after carrying out problem analysis based on the execution log.
6. A digital operations management system according to claim 5, characterized by: and the effective information identification of the data map catalog is realized by formulating an effective list identification rule according to the collected map data catalog, verifying, adjusting and confirming the corresponding rule to form a map effective list identification scheme, and identifying the map catalog information according to the identification scheme to form a map effective catalog list.
7. A digital operations management system according to claim 6, characterized by: the verification and the rectification of the directory information of the data map are carried out on the basis of the recognition result of the valid directory information, the invalid part of the data directory is verified in the data map, if the directory table is confirmed to be invalid, the rectification is carried out in at least one mode of manual operation, re-acquisition and the like, and meanwhile, the rectification result is repeatedly verified.
8. A digital operations management system according to claim 7, characterized by: in the implementation unit of the full map module, the method for combing the full data access of the data center station and eliminating invalid data and redundant data comprises the following steps:
step one, making an invalid identification rule, verifying, adjusting and confirming the corresponding rule to form an identification scheme of an invalid table, and screening out invalid classes in the total data;
step two, formulating a redundancy identification rule, verifying, adjusting and confirming the corresponding rule, forming an identification scheme of an invalid table, and screening out redundancy in the total data;
and step three, removing the screened invalid classes and redundant classes.
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Address after: 185 Jingsi Road, Shizhong District, Jinan City, Shandong Province Patentee after: Shandong luruan Digital Technology Co.,Ltd. Address before: 185 Jingsi Road, Shizhong District, Jinan City, Shandong Province Patentee before: SHANDONG LUNENG SOFTWARE TECHNOLOGY Co.,Ltd. |
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