CN109683921B - Full-process system deployment method based on power system automation operation and maintenance platform - Google Patents
Full-process system deployment method based on power system automation operation and maintenance platform Download PDFInfo
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Abstract
The invention discloses a full-flow system deployment method based on an automatic operation and maintenance platform of an electric power system, which comprises the steps of inputting host application information, judging and verifying the host application information, carrying out stage-by-stage approval of an approval end, creating a host, carrying out automatic installation and deployment of an agent client, carrying out system environment initialization configuration, carrying out service system basic environment self-defined deployment, transferring into service system data configuration and carrying out service system deployment; the problem of manual creation and deployment of each link when a new business system is deployed is solved, the operation and maintenance efficiency is improved, the operation and maintenance cost is reduced, and the method has a good application prospect.
Description
Technical Field
The invention belongs to the technical field of automatic operation and maintenance construction of an electric power system, and particularly relates to a full-flow system deployment method based on an automatic operation and maintenance platform of the electric power system.
Background
Currently, with the high-speed development of information technology and internet of things technology, private cloud technology is mature gradually and widely applied to production environments, and the construction of a private cloud platform applied to the production environments becomes an important content of electric power system IT construction. With the increasingly perfect informatization infrastructure of the power system, the application of the informatization system is deepened in various aspects, and the power informatization work is obviously developed. Meanwhile, along with the continuous expansion of network scale, the complexity of the system is continuously increased, the difficulty of system management and maintenance is continuously increased on the basis of meeting the service operation requirement, and an automatic operation and maintenance platform is built for meeting the increasingly huge operation and maintenance scale, so that the operation and maintenance automation is realized, the operation and maintenance cost is reduced, and the operation and maintenance efficiency and quality are improved. The built cloud computing platform of the power system provides an integrated operation, integration and information display environment for business application, realizes intensive management and dynamic allocation of information resources, reduces the operation cost and improves the resource utilization rate; the cloud computing technology is adopted to realize intensive management, unified use and dynamic allocation of data center resources, the operation cost is reduced, and the resource utilization rate is greatly improved.
On the other hand, as the virtualization technology roots on the ground of the power enterprise, and the data center is modified, old systems of a large number of physical systems need to be subjected to cloud migration, and the operation and maintenance workload of pure manual deployment is huge. Manual maintenance for online deployment of a large number of new systems is inefficient. How to effectively solve the problems and reduce the cost also become the challenges faced by power enterprises.
Disclosure of Invention
In order to solve the technical problems in the prior art, the invention provides a full-flow system deployment method based on an automatic operation and maintenance platform of an electric power system, which realizes automatic deployment of a new service system from nothing to full flow, realizes virtual machine creation or physical machine system deployment by butting a private cloud platform, and realizes automatic deployment and configuration of an initial environment of the system by turning to the automatic operation and maintenance platform, thereby realizing a full-flow solution for automatic deployment of system middleware and services. The problem of manual creation and deployment of each link when a new business system is deployed is solved, the operation and maintenance efficiency is improved, the operation and maintenance cost is reduced, and the method has a good application prospect.
The technical problem to be solved by the invention is realized by the following technical scheme:
a full-flow system deployment method based on an electric power system automation operation and maintenance platform comprises the following steps:
step S1, filling host application information in the automatic operation and maintenance platform, wherein the host application information comprises a host information system name, a name of a person in charge, a host model and an operating system version, and after filling, initiating a host application process to the private cloud platform by the automatic operation and maintenance platform;
step S2, after the private cloud platform in step S1 receives the host application information, the private cloud platform judges and verifies the host application information;
step S3, checking whether the host application information in the step S2 is matched with a private cloud platform, after the host application information is checked to be qualified, pushing the host application information to the approval end of each relevant responsible person to carry out stage-by-stage approval, checking whether the host application information meets the application condition by the responsible person, if the approval of the responsible person does not pass, judging the program to be rejected, returning the corresponding host application information to the automatic operation and maintenance platform to modify, and then re-applying; if the principal passes the approval, the corresponding host application information enters a host establishing process;
step S4, when the host application information of step S3 enters a host creation process, determining whether the created host is a virtual machine or a physical machine according to a creation type in the host application information, if the created host is a virtual machine, creating an OpenStack virtual machine or a VMWare virtual machine through OpenStack and VMWare interfaces according to the host application information, and if the created host is a physical machine, performing automated operating system installation and deployment on the physical machine according to the host application information;
step S5, if the result of the host creation in step S4 is a failure, repeating step S4 to re-create the host or terminate the host creation process and notify the automation operation and maintenance platform, and if the result of the host creation in step S4 is a success, notifying the automation operation and maintenance platform that the host creation is successful;
step S6, in the step S5, after the automatic operation and maintenance platform knows that the host is successfully created, the successfully created host is twisted to the automatic operation and maintenance platform, the automatic operation and maintenance platform automatically installs and deploys the agent client, and the agent client is installed on the successfully created host to register and manage the successfully created host on the automatic operation and maintenance platform;
step S7, after the step S6 is completed, system environment initialization configuration of the host computer is successfully established, wherein the system environment initialization configuration comprises compliance configuration and safety reinforcement configuration before online;
step S8, after the initial environment configuration of the successfully created host system in the step S7 is completed, the automatic operation and maintenance platform further performs service system basic environment customized deployment, wherein the service system basic environment customized deployment comprises the customized creation of service users, the customized installation of different versions of JDK, and the customized installation of middleware weblogic and tomcat;
step S9, after the customized deployment of the successfully created basic environment of the host business system in the step S8 is completed, the automatic operation and maintenance platform transfers the configuration of the business system data, wherein the configuration of the business system data comprises the configuration of the business system name, the domain data to be created, the service data to be created and the application data to be released;
step S10, after the successful creation of the host business system data configuration in step S9, the system deployment control center deploys the business system, if the business system data configuration is Weblogic middleware, the automatic domain creation, server creation, cluster creation and application release are carried out according to the business data configuration content, and if the business system data configuration is Tomcat middleware, the application release is carried out according to the business data configuration content.
As a further improved technical solution, in step S4, if the virtual machine is a virtual machine, different virtualization platform interfaces are called by the OpenStack and the VMWare to create the virtual machine, and if the virtual machine is a physical machine, the physical machine is created through the implemented automatic installation function of the operating system of the physical machine.
As a further improved technical solution, the step of installing the proxy client in step S6 sequentially includes client downloading, Yum source configuration, Yum automatic installation, Key automatic configuration, and Key authentication detection.
As a further improved technical solution, the step of compliance configuration in step S7 sequentially includes custom creation of a service user, permission configuration of an affiliate group, and baseline directory configuration, and after the initialization configuration of the system environment in step S8 is completed, the custom installation of the secure JDK of each different version is performed.
As a further improved technical solution, the step of Weblogic middleware deployment in step S10 sequentially includes creating a domain, creating a Server, starting an AdminServer, creating a cluster, creating a data source, and issuing an application.
As a further improved technical solution, the step of deploying the Tomcat middleware in step S10 sequentially includes configuring system information, selecting a deployment mode, configuring service parameters, starting Tomcat, and issuing an application.
Compared with the prior art, the invention has the beneficial effects that:
the full-process system deployment method based on the power system automation operation and maintenance platform realizes the automatic deployment of a new service system from no operation to full process, solves the problems of low application linking and twisting efficiency, complex approval process and the like of various operation and maintenance teams and groups, solves the problems of manual creation of a host and manual deployment of the service system, improves the operation and maintenance efficiency, reduces the operation and maintenance cost, and has good application prospect.
Drawings
FIG. 1 is a flow chart of the present invention.
Detailed Description
The present invention is further illustrated by the following specific examples, which are intended to be illustrative, not limiting and are not intended to limit the scope of the invention.
Examples
A full-process system deployment method based on an automatic operation and maintenance platform of an electric power system is used for realizing automatic deployment of a new service system from no operation to full process, solving the problems of low application, connection and torsion efficiency, complex approval process and the like of various operation and maintenance teams and systems, solving the problems of manual creation of a host and manual deployment of the service system, improving the operation and maintenance efficiency and reducing the operation and maintenance cost, and comprises the following specific steps as shown in figure 1:
step S1, filling host application information in the automatic operation and maintenance platform, wherein the host application information comprises basic information such as a host information system name, a leader name, a host model and an operating system version, and after filling, initiating a host application process to the private cloud platform by the automatic operation and maintenance platform;
step S2, the automatic operation platform and the private cloud platform interface are in butt joint in step S1, and after the private cloud platform receives the host application information, the host application information is judged and verified;
step S3, checking whether the host application information in the step S2 is matched with a private cloud platform, after the host application information is checked to be qualified, pushing the host application information to the approval end of each relevant responsible person to carry out stage-by-stage approval, checking whether the host application information meets the application condition by the responsible person, if the approval of the responsible person does not pass, judging the program to be rejected, returning the corresponding host application information to the automatic operation and maintenance platform to modify, and then re-applying; if the principal passes the approval, the corresponding host application information enters a host establishing process;
step S4, when the host application information of step S3 enters the host creation process, judging whether the created host is a virtual machine or a physical machine according to the creation type in the host application information, if the created host is the virtual machine, creating an OpenStack virtual machine or a VMWare virtual machine through OpenStack and VMWare interfaces according to the host application information, and if the created host is the physical machine, performing automatic operating system installation and deployment on the physical machine according to the host application information;
step S5, if the result of the creation of the host in step S4 is a failure, repeating step S4 to re-create the host or terminate the host creation process and notify the automation operation and maintenance platform, and if the result of the creation of the host in step S4 is a success, notifying the automation operation and maintenance platform that the creation of the host has been successful, and performing the next service level deployment;
step S6, in step S5, after the automatic operation and maintenance platform knows that the host has been successfully created, the successfully created host is twisted to the automatic operation and maintenance platform, the automatic operation and maintenance platform performs automatic installation and deployment of the agent client, and the agent client is installed on the successfully created host to register and manage the successfully created host on the automatic operation and maintenance platform, wherein the step of installing the agent client sequentially includes client downloading, Yum source configuration, Yum automatic installation, Key automatic configuration, and Key authentication detection.
Step S7, after step S6 is completed, system environment initialization configuration of the host computer is successfully established, the system environment initialization configuration comprises operations such as compliance configuration and security reinforcement configuration before online, and the compliance configuration sequentially comprises custom establishment of business users, attribute group authority configuration and baseline directory configuration;
step S8, after the initial environment configuration of the successfully created host system is completed in step S7, the automatic operation and maintenance platform further performs service system basic environment customized deployment according to the specific conditions of each project group, the service system basic environment customized deployment comprises the customized creation of service users, the customized installation of different versions of JDK, the customized installation of middleware weblogic and tomcat, wherein the safe customized installation of different versions of JDK is performed after the system environment initialization configuration is completed;
step S9, after the user-defined deployment of the successfully created basic environment of the host business system is completed in step S8, the automatic operation and maintenance platform transfers the configuration of the business system data, wherein the configuration of the business system data comprises the name of the business system, the domain data to be created, the service data to be created and the configuration of the application data to be released;
step S10, after completing the configuration of the successfully created host business system data in step S9, the business system deployment is performed by the system deployment control center, if the Weblogic middleware is adopted, the business deployment of the Weblogic middleware is relatively complex, so that the domain creation, the Server creation, the AdminServer startup, the cluster creation, the data source creation and the application release are performed in sequence according to the business data configuration content, and if the Tomcat middleware is adopted, the system information configuration, the deployment mode selection, the business parameter configuration, the Tomcat startup and the application release are performed in sequence according to the business data configuration content. Therefore, the release and use of the application system from the nothing of the whole service system are realized.
In conclusion, the full-process system deployment method based on the power system automation operation and maintenance platform of the invention realizes the automatic deployment of a new service system from the absence to the full process, solves the problems of low application linking and twisting efficiency, complex approval process and the like of each operation and maintenance team system, solves the problems of manual creation of a host and manual deployment of the service system, improves the operation and maintenance efficiency, reduces the operation and maintenance cost, and has good application prospect.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.
Claims (6)
1. A full-flow system deployment method based on an electric power system automation operation and maintenance platform is characterized by comprising the following steps:
step S1, filling host application information in the automatic operation and maintenance platform, wherein the host application information comprises a host information system name, a name of a person in charge, a host model and an operating system version, and after filling, initiating a host application process to the private cloud platform by the automatic operation and maintenance platform;
step S2, after the private cloud platform in step S1 receives the host application information, the private cloud platform judges and verifies the host application information;
step S3, checking whether the host application information in the step S2 is matched with a private cloud platform, after the host application information is checked to be qualified, pushing the host application information to the approval end of each relevant responsible person to carry out stage-by-stage approval, checking whether the host application information meets the application condition by the responsible person, if the approval of the responsible person does not pass, judging the program to be rejected, returning the corresponding host application information to the automatic operation and maintenance platform to modify, and then re-applying; if the principal passes the approval, the corresponding host application information enters a host establishing process;
step S4, when the host application information of step S3 enters a host creation process, determining whether the created host is a virtual machine or a physical machine according to a creation type in the host application information, if the created host is a virtual machine, creating an OpenStack virtual machine through an OpenStack interface according to the host application information, creating a VMWare virtual machine through a VMWare interface, and if the created host application information is a physical machine, performing automated operating system installation and deployment on the physical machine according to the host application information;
step S5, if the result of the host creation in step S4 is a failure, repeating step S4 to re-create the host or terminate the host creation process and notify the automation operation and maintenance platform, and if the result of the host creation in step S4 is a success, notifying the automation operation and maintenance platform that the host creation is successful;
step S6, in the step S5, after the automatic operation and maintenance platform knows that the host is successfully created, the successfully created host is twisted to the automatic operation and maintenance platform, the automatic operation and maintenance platform automatically installs and deploys the agent client, and the agent client is installed on the successfully created host to register and manage the successfully created host on the automatic operation and maintenance platform;
step S7, after the step S6 is completed, system environment initialization configuration of the host computer is successfully established, wherein the system environment initialization configuration comprises compliance configuration and safety reinforcement configuration before online;
step S8, after the initial environment configuration of the successfully created host system in the step S7 is completed, the automatic operation and maintenance platform further performs service system basic environment customized deployment, wherein the service system basic environment customized deployment comprises the customized creation of service users, the customized installation of different versions of JDK, and the customized installation of middleware weblogic and tomcat;
step S9, after the customized deployment of the successfully created basic environment of the host business system in the step S8 is completed, the automatic operation and maintenance platform transfers the configuration of the business system data, wherein the configuration of the business system data comprises the configuration of the business system name, the domain data to be created, the service data to be created and the application data to be released;
step S10, after the successful creation of the host business system data configuration in step S9, the system deployment control center deploys the business system, if the business system data configuration is Weblogic middleware, the automatic domain creation, server creation, cluster creation and application release are carried out according to the business data configuration content, and if the business system data configuration is Tomcat middleware, the application release is carried out according to the business data configuration content.
2. The method for deploying a full-flow system based on an electric power system automation operation and maintenance platform according to claim 1, wherein in step S4, if the virtual machine is used, the OpenStack and the VMWare are docked to call different virtualization platform interfaces to create a virtual machine, and if the virtual machine is used, the physical machine is created through an implemented automatic installation function of a physical machine operating system.
3. The method for deploying the full-flow system based on the power system automation operation and maintenance platform according to claim 1, wherein the step of installing the agent client in the step S6 sequentially comprises client downloading, Yum source configuration, Yum automatic installation, Key automatic configuration and Key authentication detection.
4. The method as claimed in claim 1, wherein the step of performing compliance configuration in step S7 includes custom creation by a service user, permission configuration by an affiliate group, and baseline directory configuration in sequence, and the step S8 performs custom installation of different versions of the security JDK after the system environment initialization configuration is completed.
5. The method for deploying the full-flow system based on the power system automation operation and maintenance platform as claimed in claim 1, wherein the step of Weblogic middleware deployment in the step S10 includes creating a domain, creating a Server, starting an AdminServer, creating a cluster, creating a data source and issuing an application in sequence.
6. The method for deploying the full-flow system based on the power system automation operation and maintenance platform as claimed in claim 1, wherein the step of deploying the Tomcat middleware in the step S10 sequentially includes configuring system information, selecting a deployment mode, configuring service parameters, starting Tomcat and issuing an application.
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106325951A (en) * | 2016-08-30 | 2017-01-11 | 广西电网有限责任公司 | Automatic deployment method for application system supporting multiple databases and multiple middleware types |
| CN106325954A (en) * | 2016-08-30 | 2017-01-11 | 广西电网有限责任公司 | Oracle and Weblogic combined one-key automatic deployment method |
| CN106603267A (en) * | 2016-08-30 | 2017-04-26 | 广西电网有限责任公司 | Automatic one-key deployment method of MySQL and Weblogic combination |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106325951A (en) * | 2016-08-30 | 2017-01-11 | 广西电网有限责任公司 | Automatic deployment method for application system supporting multiple databases and multiple middleware types |
| CN106325954A (en) * | 2016-08-30 | 2017-01-11 | 广西电网有限责任公司 | Oracle and Weblogic combined one-key automatic deployment method |
| CN106603267A (en) * | 2016-08-30 | 2017-04-26 | 广西电网有限责任公司 | Automatic one-key deployment method of MySQL and Weblogic combination |
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