CN109683921B - Full-process system deployment method based on power system automation operation and maintenance platform - Google Patents

Abstract

The invention discloses a full-process system deployment method based on an automatic operation and maintenance platform of an electric power system. Automatic installation and deployment, initial configuration of the system environment, custom deployment of the basic environment of the business system, data configuration transferred to the business system, and deployment of the business system; it solves the problem of manual creation and deployment of each link when deploying a new business system, and improves operation and maintenance. Efficiency reduces operation and maintenance costs, and has good application prospects.

Description

A full-process system deployment method based on power system automated operation and maintenance platform

technical field

The invention belongs to the technical field of automatic operation and maintenance construction of electric power systems, and in particular relates to a full-process system deployment method based on an automatic operation and maintenance platform of electric power systems.

Background technique

At present, with the rapid development of information technology and Internet of Things technology, private cloud technology has gradually matured, and it has been widely used in production environments. Building a private cloud platform for production environments has become an important part of power system IT construction. With the improvement of power system informatization infrastructure, the application of informatization system has been deepened in all aspects, and the work of electric power informatization has developed significantly. At the same time, with the continuous expansion of the network scale, the complexity of the system continues to increase. On the basis of meeting the needs of business operation, the difficulty of system management and maintenance continues to increase. The platform realizes the automation of operation and maintenance, reduces the cost of operation and maintenance, and improves the efficiency and quality of operation and maintenance. The built power system cloud computing platform provides an integrated operation, integration and information display environment for business applications, realizes intensive management and dynamic allocation of information resources, reduces operating costs and improves resource utilization; cloud computing technology is used to achieve intensive data center resources Management, unified use and dynamic allocation can reduce operating costs and greatly improve resource utilization.

On the other hand, as virtualization technology takes root in electric power enterprises, due to the transformation of data centers, a large number of old systems of physical systems need to be migrated to the cloud, and the manual deployment and operation and maintenance workload is huge. The online deployment and manual maintenance of a large number of new systems are inefficient. How to effectively solve the above problems and reduce costs has also become a challenge for power companies.

SUMMARY OF THE INVENTION

In order to solve the technical problems existing in the above-mentioned prior art, the present invention provides a full-process system deployment method based on an automatic operation and maintenance platform of a power system, which realizes the automatic deployment of a new business system from scratch and a full-process, by connecting to a private cloud. The platform realizes virtual machine creation or physical machine system deployment, and is reversed to the automatic operation and maintenance platform to realize the automatic deployment and configuration of the initial environment of the system, and realize the whole-process solution of automatic deployment of system middleware and business. It solves the problem of manual creation and deployment of each link in the deployment of new business systems, improves operation and maintenance efficiency, reduces operation and maintenance costs, and has good application prospects.

The present invention solves its technical problem and realizes through the following technical solutions:

A full-process system deployment method based on a power system automated operation and maintenance platform, comprising the following steps:

Step S1, fill in the host application information on the automatic operation and maintenance platform, the host application information includes the host information system name, the name of the person in charge, the host model and the operating system version, after the filling is completed, the automatic operation and maintenance platform initiates the host to the private cloud platform application process;

Step S2, after receiving the host application information, the private cloud platform in the step S1 judges and verifies the host application information;

Step S3, check whether the host application information in step S2 matches the private cloud platform, and after passing the inspection, push the host application information to the approval terminal of each relevant person in charge for approval level by level, and the person in charge checks whether the host application information complies with the application Condition, if the person in charge fails the approval, the program is judged to be rejected, and the corresponding host application information is returned to the automatic operation and maintenance platform for modification, and the application is re-applied; if the person in charge approves, the corresponding host application information is entered into the host creation. process;

Step S4, when the host application information of step S3 enters the host creation process, according to the creation type in the host application information, it is judged whether the created host is a virtual machine or a physical machine, if it is a virtual machine, then according to the host application information through OpenStack and a physical machine. The VMWare interface creates an OpenStack virtual machine or a VMWare virtual machine. If it is a physical machine, it will automatically install and deploy the operating system on the physical machine according to the host application information;

Step S5, if the result of the host creation in the step S4 is a failure, then repeat the step S4 to re-create the host or terminate the host creation process and inform the automated operation and maintenance platform, if the step S4 The result of the host creation is successful, Then it informs the automated operation and maintenance platform that the host has been created successfully;

Step S6, in the step S5, after the automatic operation and maintenance platform knows that the host has been successfully created, the successfully created host is reversed to the automatic operation and maintenance platform, and the automatic operation and maintenance platform performs the automatic installation and deployment of the proxy client. The terminal is installed on the successfully created host to realize the registration and management of the successfully created host in the automatic operation and maintenance platform;

Step S7, after the step S6 is completed, perform the system environment initialization configuration of the successfully created host, and the system environment initialization configuration includes the compliance configuration and security hardening configuration before going online;

Step S8, after completing the initial environment configuration of the successfully created host system in step S7, the automatic operation and maintenance platform further carries out the self-defined deployment of the basic environment of the business system, and the self-defined deployment of the basic environment of the business system includes the self-definition of the business user. Creation, custom installation of different versions of JDK, custom installation of middleware weblogic and tomcat;

Step S9, after completing the self-defined deployment of the successfully created host business system basic environment in step S8, the automatic operation and maintenance platform is transferred to the business system data configuration, and the business system data configuration includes the business system name, needs to be created. Configuration of domain data, service data to be created, and application data to be published;

Step S10: After completing the data configuration of the successfully created host business system in the step S9, the system deployment control center performs business system deployment. If it is Weblogic middleware, then according to the business data configuration content, automatic domain creation, server creation, Cluster creation and application release. If it is Tomcat middleware, application release is performed according to the business data configuration content.

As a further improved technical solution, in the step S4, if it is a virtual machine, then connect OpenStack and VMWare to call different virtualization platform interfaces to create a virtual machine, if it is a physical machine, then use the realized physical machine operating system automatic installation function to create a virtual machine. Physical machine creation.

As a further improved technical solution, the steps of installing the proxy client in step S6 sequentially include client download, Yum source configuration, Yum automatic installation, Key automatic configuration and Key authentication detection.

As a further improved technical solution, the steps of compliance configuration in step S7 sequentially include custom creation of business users, group permission configuration and baseline directory configuration, and after the system environment initialization configuration in step S8 is completed, the Custom installations of different versions of the secure JDK.

As a further improved technical solution, the steps of deploying the Weblogic middleware in the step S10 sequentially include creating a domain, creating a Server, starting an AdminServer, creating a cluster, creating a data source, and publishing an application.

As a further improved technical solution, the steps of deploying the Tomcat middleware in step S10 sequentially include configuring system information, selecting a deployment mode, configuring business parameters, starting Tomcat, and publishing applications.

Compared with the prior art, the beneficial effects of the present invention are:

The present invention is based on the whole-process system deployment method of the power system automatic operation and maintenance platform, realizes the automatic deployment of the new business system from scratch to the whole process, solves the problems of low efficiency of application connection and reversal of each operation and maintenance team system, complicated approval process, etc. The problem of manual creation and manual deployment of business systems can improve operation and maintenance efficiency and reduce operation and maintenance costs, and has good application prospects.

Description of drawings

Figure 1 is a flow chart of the present invention.

Detailed ways

The present invention will be further described in detail below through specific examples. The following examples are only descriptive, not restrictive, and cannot limit the protection scope of the present invention.

Example

A full-process system deployment method based on the automatic operation and maintenance platform of the power system, realizes the automatic deployment of the new business system from scratch to the whole process, solves the problems of low efficiency of application connection and reversal of the system of each operation and maintenance team, complicated approval process, etc. The problem of manual creation and manual deployment of business systems can improve operation and maintenance efficiency and reduce operation and maintenance costs, as shown in Figure 1, including the following specific steps:

Step S1, fill in the host application information on the automatic operation and maintenance platform. The host application information includes basic information such as the name of the host information system, the name of the person in charge, the host model and the operating system version. After the filling is completed, the automatic operation and maintenance platform initiates the private cloud platform. Host application process;

In step S2, the interface of the automatic operation and maintenance platform and the private cloud platform are connected in step S1, and after the private cloud platform receives the host application information, the judgment and verification of the host application information are performed;

Step S3, check whether the host application information in step S2 matches the private cloud platform, and after passing the inspection, push the host application information to the approval terminal of each relevant person in charge for approval level by level, and the person in charge checks whether the host application information complies with the application Condition, if the person in charge fails the approval, the program is judged to be rejected, and the corresponding host application information is returned to the automatic operation and maintenance platform for modification, and the application is re-applied; if the person in charge approves, the corresponding host application information is entered into the host creation. process;

Step S4, when the host application information of step S3 enters the host creation process, according to the creation type in the host application information, it is judged whether the created host is a virtual machine or a physical machine, if it is a virtual machine, then according to the host application information through the OpenStack and VMWare interfaces Create an OpenStack virtual machine or a VMWare virtual machine. If it is a physical machine, perform 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 failure, then repeat step S4 to recreate the host or terminate the host creation process and inform the automated operation and maintenance platform, if the result of the host creation in step S4 is successful, then inform the automated operation and maintenance platform. The maintenance platform host has been successfully created, and the next step of business-level deployment can be performed;

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 reversed to the automatic operation and maintenance platform, and the automatic operation and maintenance platform performs the automatic installation and deployment of the proxy client, and the proxy client is installed in the creation. On the successful host, in order to realize the registration and management of the successfully created host in the automatic operation and maintenance platform, wherein the steps of installing the proxy client include client download, Yum source configuration, Yum automatic installation, Key automatic configuration and Key authentication. detection.

Step S7, after step S6 is completed, perform the system environment initialization configuration of the successfully created host. The system environment initialization configuration includes operations such as compliance configuration and security hardening configuration before going online. The steps of compliance configuration include business users in turn. custom creation, group permission configuration and baseline directory configuration;

Step S8, after completing the initial environment configuration of the successfully created host system in step S7, according to the specific conditions of each project team, the automatic operation and maintenance platform further conducts the custom deployment of the basic environment of the business system, and the custom deployment of the basic environment of the business system includes the business system. User's custom creation, custom installation of different versions of JDK, custom installation of middleware weblogic and tomcat, among which, after the system environment is initialized and prepared, the security JDK custom installation of different versions is carried out;

Step S9, after completing the custom deployment of the successfully created host business system basic environment in step S8, the automatic operation and maintenance platform is transferred to the business system data configuration, and the business system data configuration includes the business system name, the domain data to be created, the required The configuration of the created service data and the application data to be published;

In step S10, after completing the data configuration of the successfully created host business system in step S9, the system deployment control center performs the business system deployment. If it is Weblogic middleware, the business deployment of Weblogic middleware is relatively complicated, so the configuration contents of the business data are arranged in order. Create domains, create servers, start AdminServer, create clusters, create data sources, and publish applications. If it is Tomcat middleware, configure system information, select deployment methods, configure business parameters, start Tomcat, and publish applications in sequence according to the business data configuration content. . Since then, the entire business system has been realized from scratch, and the application system has been released and used.

To sum up, the whole-process system deployment method based on the power system automatic operation and maintenance platform of the present invention realizes the automatic deployment of the new business system from scratch to the whole process, and solves the problem that the application connection of each operation and maintenance team is low in efficiency and the approval process is low. Complex problems, solve the problem of manual creation of hosts and manual deployment of business systems, improve operation and maintenance efficiency and reduce operation and maintenance costs, and have good application prospects.

The above are only the preferred embodiments of the present invention. It should be pointed out that for those skilled in the art, without departing from the principles of the present invention, several improvements and modifications can be made. It should be regarded as the protection scope of the present invention.

Claims (6)

1. A full-process system deployment method based on an automatic operation and maintenance platform for a power system, characterized in that, comprising the following steps: Step S1, fill in the host application information on the automatic operation and maintenance platform, the host application information includes the host information system name, the name of the person in charge, the host model and the operating system version, after the filling is completed, the automatic operation and maintenance platform initiates the host to the private cloud platform application process; Step S2, after receiving the host application information, the private cloud platform in the step S1 judges and verifies the host application information; Step S3, check whether the host application information in step S2 matches the private cloud platform, and after passing the inspection, push the host application information to the approval terminal of each relevant person in charge for approval level by level, and the person in charge checks whether the host application information complies with the application Condition, if the person in charge fails the approval, the program is judged to be rejected, and the corresponding host application information is returned to the automatic operation and maintenance platform for modification, and the application is re-applied; if the person in charge approves, the corresponding host application information is entered into the host creation. process; Step S4, when the host application information of step S3 enters the host creation process, according to the creation type in the host application information, determine whether the created host is a virtual machine or a physical machine, if it is a virtual machine, then pass the OpenStack interface according to the host application information. Create an OpenStack virtual machine, and create a VMWare virtual machine through the VMWare interface. If it is a physical machine, perform 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 the step S4 is a failure, then repeat the step S4 to re-create the host or terminate the host creation process and inform the automated operation and maintenance platform, if the step S4 The result of the host creation is successful, Then it informs the automated operation and maintenance platform that the host has been created successfully; Step S6, in the step S5, after the automatic operation and maintenance platform knows that the host has been successfully created, the successfully created host is reversed to the automatic operation and maintenance platform, and the automatic operation and maintenance platform performs the automatic installation and deployment of the proxy client. The terminal is installed on the successfully created host to realize the registration and management of the successfully created host in the automatic operation and maintenance platform; Step S7, after the step S6 is completed, perform the system environment initialization configuration of the successfully created host, and the system environment initialization configuration includes the compliance configuration and security hardening configuration before going online; Step S8, after completing the initial environment configuration of the successfully created host system in step S7, the automatic operation and maintenance platform further carries out the self-defined deployment of the basic environment of the business system, and the self-defined deployment of the basic environment of the business system includes the self-definition of the business user. Creation, custom installation of different versions of JDK, custom installation of middleware weblogic and tomcat; Step S9, after completing the self-defined deployment of the successfully created host business system basic environment in step S8, the automatic operation and maintenance platform is transferred to the business system data configuration, and the business system data configuration includes the business system name, needs to be created. Configuration of domain data, service data to be created, and application data to be published; Step S10: After completing the data configuration of the successfully created host business system in the step S9, the system deployment control center performs business system deployment. If it is Weblogic middleware, then according to the business data configuration content, automatic domain creation, server creation, Cluster creation and application release. If it is Tomcat middleware, application release is performed according to the business data configuration content. 2. A full-process system deployment method based on a power system automated operation and maintenance platform according to claim 1, wherein in the step S4, if it is a virtual machine, then docking OpenStack and VMWare to call different virtualization platforms The interface is used to create a virtual machine. If it is a physical machine, the physical machine is created through the automatic installation function of the physical machine operating system. 3. A full-process system deployment method based on an automatic operation and maintenance platform for a power system according to claim 1, wherein the step of installing the proxy client in the step S6 sequentially comprises client download, Yum source configuration , Yum automatic installation, Key automatic configuration and Key authentication detection. 4. A full-process system deployment method based on an automatic operation and maintenance platform for a power system according to claim 1, wherein the step of compliance configuration in the step S7 sequentially includes custom creation of business users, attribute Group authority configuration and baseline directory configuration, after the system environment initialization and preparation in the step S8 is completed, custom installation of different versions of the security JDK is performed. 5. A full-process system deployment method based on an automated operation and maintenance platform for a power system according to claim 1, wherein the step of deploying the Weblogic middleware in the step S10 sequentially comprises creating a domain, creating a Server, starting AdminServer, create clusters, create data sources and publish applications. 6. A full-process system deployment method based on an automated operation and maintenance platform for a power system according to claim 1, wherein the step of deploying the Tomcat middleware in the step S10 sequentially comprises configuration system information, deployment mode selection , configure business parameters, start Tomcat and publish applications.

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