CN115186968A - Data asset management system - Google Patents
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- CN115186968A CN115186968A CN202210563245.XA CN202210563245A CN115186968A CN 115186968 A CN115186968 A CN 115186968A CN 202210563245 A CN202210563245 A CN 202210563245A CN 115186968 A CN115186968 A CN 115186968A
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Abstract
The invention belongs to the technical field of nuclear power station control, and particularly relates to a data asset management system. The system comprises the following modules: the instruction generating module is used for inputting and generating a control instruction by a user; the file data generating module is used for generating corresponding file data according to the control instruction; the communication module is used for transmitting and receiving the control command and the file data between a background and a front end; the change module is used for analyzing the control instruction and notifying the configuration deployment module and the operation management module; a configuration deployment module: the system is used for generating and deploying corresponding interface service through a Docker tool according to the control instruction; and the operation management module is used for operating, updating or pausing the corresponding service according to the control instruction. The beneficial effects are that: the invention can provide corresponding data assets in a customized manner according to the requirements of users so as to realize effective management of the data assets.
Description
Technical Field
The invention belongs to the technical field of nuclear power station control, and particularly relates to a data asset management system.
Background
A large amount of time sequence data can be generated in the production operation process of the nuclear power plant, and the time sequence data is typical industrial data and is an important data asset of the nuclear power plant. The time sequence data can be used for monitoring the real-time running state of the power plant, and can also be used for removing equipment faults, optimizing configuration, improving production efficiency, reducing production cost, analyzing potential equipment and human factor potential safety hazards and the like through historical data analysis.
The time sequence data is generally divided into real-time sequence data and historical time sequence data, and the acquisition mode, the storage technology, the calculation analysis mode and the application scene of the real-time sequence data and the historical time sequence data have considerable differences. The time series data management system can define the definition of time series data assets, and data interfaces issuing different access rights for different users.
However, the management products for data assets on the market today are basically for managing relational data and there are few specialized time series data asset management tools. Therefore, there is a need for a data asset management method and system, which can conveniently and quickly implement the release and update of data assets and simplify the data management process.
Disclosure of Invention
The invention aims to provide a data asset management system which can conveniently and quickly realize the release and the update of data assets so as to provide corresponding data assets according to the requirements of users and requirements.
The technical scheme of the invention is as follows: a data asset management system comprising the following modules:
the instruction generating module is used for inputting and generating a control instruction by a user;
the file data generation module is used for generating corresponding file data according to the control instruction;
the communication module is used for transmitting and receiving the control instruction and the file data between a background and a front end;
the change module is used for analyzing the control instruction and notifying the configuration deployment module and the operation management module;
a configuration deployment module: the system comprises a control instruction and a Docker tool, wherein the control instruction is used for generating and deploying corresponding interface services through the Docker tool according to the control instruction;
and the operation management module is used for operating, updating or suspending the corresponding service according to the control instruction.
The communication module comprises: a configuration item sending module, a configuration data receiving module, a configuration change command sending module and a command receiving and de-configuration command analyzing module.
And the file data in the file data generating module is transmitted to a configuration data receiving module at the front end through a configuration item sending module at the background.
The configuration change command sending module transmits the control command to the command receiving and de-configuration command analysis module at the front end.
The control command in the instruction generation module is one or more of combination of on-line property, off-line property, digital property configuration downloading and driving change.
The file data in the file data generation module comprises one or more combinations of asset data, asset configuration data and driving data.
The invention has the beneficial effects that: the invention can provide corresponding data assets in a customized manner according to the requirements of users so as to realize the effective management of the data assets, which comprises the online and offline of the data assets, the configuration of the digital assets and the drive change management; when the data assets are subjected to online and offline operations, each asset is a Docker in an operating state, and a user can online or offline the assets in an offline state; when data asset configuration operation is carried out, each asset is a Docker in an operating state; each service can be customized through a configuration file, so that the same asset can provide different services for different users; when the drive is updated, the customized processing of the designated data assets can be performed as required, including data encryption, data desensitization, and the like.
Detailed Description
The present invention will be described in further detail with reference to specific examples.
A data asset management system comprising the following modules:
the command generation module is used for inputting and generating a control command by a user, wherein the control command is one or more combinations of asset online, asset offline, digital asset configuration downloading and drive change;
the file data generating module is used for generating corresponding file data according to the control instruction, and the file data comprises one or more combinations of asset data, asset configuration data and driving data;
a communication module, configured to send and receive the control command and the file data between a background and a front end, including: the system comprises a configuration item sending module, a configuration data receiving module, a configuration change command sending module and a command receiving and de-configuration command analyzing module;
the file data is transmitted to a configuration data receiving module at the front end through a configuration item sending module at the background;
the control command is transmitted to a command receiving and de-configuration command analysis module at the front end through a configuration change command sending module at the background;
the change module is used for analyzing the control instruction and informing the configuration deployment module and the operation management module;
a configuration deployment module: the system comprises a control instruction and a Docker tool, wherein the control instruction is used for generating and deploying corresponding interface services through the Docker tool according to the control instruction;
and the operation management module is used for operating, updating or suspending the corresponding service according to the control instruction.
The data asset management system can achieve customized management of data assets according to user requirements, and comprises data asset online and offline, digital asset configuration and drive change; when the data asset online and offline operation is carried out, each asset is a Docker in an operating state, and a user can online or offline the asset in an offline state; when data asset configuration operation is carried out, 1, each asset is a Docker in a running state; each service can be customized by a configuration file, so that the same asset can provide different services for different users; when the drive is updated, the customized processing of the designated data assets can be performed as required, including data encryption, data desensitization, and the like.
Specifically, the instruction generation module comprises a data asset configuration tool front-end interface, and a user selects a corresponding button on the data asset configuration tool front-end interface according to needs to generate a corresponding control instruction;
the file data generation module generates corresponding file data according to the control instruction; if the data asset online instruction is used, the corresponding asset measuring point data is called from an offline configuration library according to the control instruction and packaged to form a file, and if the data is used as the operation data of a certain specified pump in a specified time period; and if the control instruction and the file data are completely prepared, the control instruction and the file data are transmitted through the communication module, and the data assets are updated through the cooperation of the change module, the configuration deployment module and the operation management module.
The following description is made with reference to specific work flows
The first process is as follows: asset online or offline
When online or offline assets are needed, a user clicks an online button or an offline button on a front-end interface of a data asset configuration tool, and at the moment, a control instruction and corresponding file data are generated;
a configuration change command sending module: sending a command through a message queue;
the command receiving and analyzing module: receiving a command and analyzing command parameters;
a configuration deployment module: judging whether the command content is an on-line command or not;
if the command content is judged to be an online command, the operation management module judges whether the interface is operated, if so, the current asset is judged to be online, the process is ended, if not, the configuration deployment module judges whether a data resource Docker mirror image exists, if not, the configuration deployment module generates a data resource interface service Docker mirror image, the data resource interface service Docker mirror image is deployed in an online configuration library and then is transferred to the operation management module for processing, and if so, the operation management module is directly transferred to the operation management module for processing; the operation management module finds a Docker mirror image from the online configuration library and loads and operates the Docker mirror image so as to complete online of the asset;
if the command content is judged to be an offline command, the operation management module judges whether the interface is operated, if so, the operation management module stops the data resource interface service docker, if not, the current asset is judged to be offline, and the process is ended.
And a second process: digital asset allocation lower garment
When the digital asset configuration downloading operation is required, the user clicks a 'digital asset configuration downloading' button from a front-end interface of the data asset configuration tool, and at the moment:
XX judges whether the off-line configuration has updating, if not, the whole process is directly ended; if the assets are updated, the configuration item sending module sends the updated assets in increments, and the tenant configuration is sent in a configuration file form; meanwhile, the configuration change command sending module sends a configuration update command; correspondingly, the configuration data receiving module receives the data sent by the configuration item sending module and updates the online configuration library; meanwhile, the command receiving and analyzing module receives the command sent by the configuration change command sending module and analyzes the command parameters;
the configuration data receiving module judges whether the updating is successful, if so, the configuration deployment module is switched to judge whether the assets exist, if so, the management module 1 is operated, and the Docker operation mirror image related to the assets is found; 2. updating mirror image configuration 3 and informing an operating program in the mirror image to reload configuration; if not, configuring a deployment module, namely creating a Docker mirror image 2 in the operation configuration library, configuring data asset interface service in the Docker mirror image, informing the operation management module after the configuration is finished, and enabling the operation management module to deploy according to the configuration deployment module: 1. configuring asset access operation interface service 2, loading and operating a Docker mirror image;
after the above steps are finished, judging whether the configuration is updated successfully by the operation interface service, if so, judging that the process is finished; if not, the operation management module sends an error message, and meanwhile, the configuration data receiving module restores the configuration and ends the flow;
and a third process: drive update
When updating is driven, the work of the file generation module comprises the following steps: user (driver developer): compiling Java driver source codes according to a predefined specification; data asset configuration tool: 1. compiling java source codes, generating a jar package 2, generating an operation configuration file 3 and packaging a driver; judging whether the drive packet is successfully generated, if not, repeating the steps until the drive packet is successfully generated;
when the drive package is judged to be updated successfully, clicking a drive update button on a front-end interface of the data asset configuration tool by a user to generate a control instruction;
at this time, the configuration item sending module sends the driver package in the form of a tar compressed file, and the configuration change command sending module: sending a drive updating command; correspondingly, the configuration data receiving module receives and updates the online configuration library, and the command receiving and analyzing module receives and analyzes the command parameters;
then, a data receiving module is configured to judge whether the updating is successful or not; if not, ending the process; if yes, configuring a deployment module: 1. a driver package 2 is deployed in a formulated directory of a driver library, after a configuration file is inquired to find all running interfaces using the driver and relevant Docker images thereof, a configuration deployment module judges whether the interface Docker is already running, and if not, the process is ended; if yes, the management module is operated: 1. restarting Docker 2. The Docker related to the drive reloads and runs the drive; then, the interface service is operated to judge whether the drive is operated successfully, if so, the drive is judged to be updated successfully, and the process is ended; if not, the operation management module sends an error report message, and simultaneously: 1. recovering the original drive 2, restarting Docker, and ending the process;
the data asset relationship system also comprises an operation monitoring service module and an operation state monitoring module, wherein the operation monitoring service module is respectively in communication connection with the operation management module and is used for monitoring the working state of the operation management module;
the data asset management system also comprises an operation state monitoring module which is respectively in communication connection with the operation monitoring service module and is used for monitoring the working state of each module.
Claims (8)
1. A data asset management system, comprising the modules of:
the instruction generating module is used for inputting and generating a control instruction by a user;
the file data generation module is used for generating corresponding file data according to the control instruction;
the communication module is used for transmitting and receiving the control instruction and the file data between a background and a front end;
the change module is used for analyzing the control instruction and informing the configuration deployment module and the operation management module;
a configuration deployment module: the system comprises a control instruction and a Docker tool, wherein the control instruction is used for generating and deploying corresponding interface services through the Docker tool according to the control instruction;
and the operation management module is used for operating, updating or suspending the corresponding service according to the control instruction.
2. A data asset management system according to claim 1, wherein said communication module comprises: a configuration item sending module, a configuration data receiving module, a configuration change command sending module and a command receiving and de-configuration command analyzing module.
3. A data asset management system according to claim 1, wherein: and the file data in the file data generating module is transmitted to a configuration data receiving module at the front end through a configuration item sending module at the background.
4. A data asset management system according to claim 1, wherein: the configuration change command sending module transmits the control command to the command receiving and de-configuration command analysis module at the front end.
5. A data asset management system according to claim 1, wherein: the control command in the instruction generation module is one or more of combination of on-line property, off-line property, digital property configuration downloading and driving change.
6. A data asset management system according to claim 1, wherein: the file data in the file data generation module comprises asset data.
7. A data asset management system according to claim 1, wherein: the file data in the file data generation module comprises asset configuration data.
8. A data asset management system according to claim 1, wherein: the file data in the file data generation module comprises drive data.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202210563245.XA CN115186968A (en) | 2022-05-20 | 2022-05-20 | Data asset management system |
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| CN202210563245.XA CN115186968A (en) | 2022-05-20 | 2022-05-20 | Data asset management system |
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| CN114399394A (en) * | 2022-01-14 | 2022-04-26 | 长城人寿保险股份有限公司 | Insurance contract data changing method and device |
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2022
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Patent Citations (7)
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| CN104639374A (en) * | 2015-03-03 | 2015-05-20 | 上海瀚银信息技术有限公司 | Application program deployment management system |
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