CN112328320B - Consul-based power grid dispatching system configuration management device - Google Patents
Consul-based power grid dispatching system configuration management device Download PDFInfo
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Abstract
The invention discloses a configuration management device of a power grid dispatching system based on condul, which comprises the following components: the system comprises a concul data center, a nodesrv module, a configuration file automatic generation module and a system configuration module; the nodesrv module and the automatic configuration file generating module are arranged on a power grid dispatching system server; the system configuration module configures nodes and services in the power grid dispatching system and stores configuration information to a condul data center; the automatic configuration file generation module detects the value in the condul data center, regenerates the corresponding configuration file when the value changes and distributes the configuration file. By utilizing the system configuration module to uniformly input configuration information of all nodes and services required by the dispatching system through an interface, corresponding configuration files after configuration information input can be automatically generated and distributed to a designated position, and the problems that the initial deployment configuration of the dispatching system is complex, the workload is large and the technical requirements on technicians are high are solved.
Description
Technical Field
The invention relates to the technical field of power equipment control, in particular to a configuration management device of a power grid dispatching system based on condul.
Background
With the development and progress of technology, the power grid scale is also rapidly growing, and higher requirements are put on an intelligent power grid dispatching system, wherein the dispatching system generally comprises dispatching operation management, dispatching plan management, relay protection and safety automatic device management, power grid dispatching automation management, power communication management and other modules. The normal operation of each module in the system depends on the normal operation of the bottom layer service, and the normal operation of the bottom layer service is the basis for scheduling the normal operation of the system. The deployment of the dispatching system needs to configure configuration files required by the bottom layer services, the running state of each service needs to be monitored at all times in the operation and maintenance process to ensure the normal running of the dispatching system, corresponding configuration information can be changed according to the needs to meet the real-time running requirements of the system, and the configuration work of the configuration files of each bottom layer service at present needs to be manually configured by professional technicians, so that the workload is high and mistakes are very easy to occur; the running state of the underlying service cannot be effectively monitored in the running process of the system. With the increase of functions of the dispatching system, the correspondingly dependent services are increased, and the configuration and operation workload is increased, so that a method and a tool capable of configuring and managing the dispatching system are needed to reduce the configuration difficulty and operation workload of staff.
Disclosure of Invention
The embodiment of the invention aims to provide a configuration management device for a power grid dispatching system based on consul, which is characterized in that configuration information of all nodes and services required by the dispatching system is uniformly input through an interface by utilizing a system configuration module, and corresponding configuration files after configuration information input can be automatically generated and distributed to a designated position, so that the problems of complex initial deployment configuration, large workload and high technical level requirements for technicians of the existing dispatching system are solved, and the problems of difficulty in visual and real-time monitoring of the running state of bottom-layer services and missing fault prediction functions in the operation and maintenance process of the system are solved.
In order to solve the above technical problems, an embodiment of the present invention provides a configuration management device for a power grid dispatching system based on condul, including: the system comprises a concul data center, a nodesrv module, a configuration file automatic generation module and a system configuration module;
the nodesrv module and the automatic configuration file generating module are arranged on the power grid dispatching system server;
the system configuration module configures nodes and services in the power grid dispatching system and stores configuration information to the condul data center;
and the automatic configuration file generation module detects the value in the condul data center, regenerates the corresponding configuration file when the value changes and distributes the configuration file.
Further, the configuration management device of the power grid dispatching system based on condul further comprises: a system monitoring module;
the system monitoring module is connected with the condul data center and the nodesrv module, acquires the state information of nodes and services in the power grid dispatching system, and manages the services according to the state information.
Further, the consul data center comprises a plurality of consul servers;
and the conduci server and the power grid dispatching system share a server.
Further, the condu data center is provided with a callback module;
and the callback module calls a callback function when the value of the preset key changes.
Further, the automatic configuration file generation module is based on a condul Template.
Further, the automatic configuration file generation module includes: a data acquisition unit;
and the data acquisition unit stores the configuration information according to the Template file through the condu Template background program so as to obtain the corresponding configuration file.
Further, the nodesrv module may obtain real-time information for the node, the real-time information including: the resource information of the node, the running state information of the service running on the node and the service occupation resource state information; and/or
The nodesrv module may provide an interface for the system monitoring module to query real-time information of the node; and/or
The nodesrv module can control the start and stop of the service operated by the node and the main and standby state switching of the service.
The technical scheme provided by the embodiment of the invention has the following beneficial technical effects:
by utilizing the system configuration module to uniformly input configuration information of all nodes and services required by the dispatching system through an interface, corresponding configuration files after configuration information input can be automatically generated and distributed to a designated position, the problems that the initial deployment and configuration of the dispatching system are complex, the workload is large, the technical level requirements on technicians are high, and meanwhile, the problems that the running state of the bottom layer service is difficult to intuitively monitor in real time and the fault prediction function is lost in the operation and maintenance process of the system are solved.
Drawings
Fig. 1 is a general architecture diagram of a configuration management device of a power grid dispatching system based on condul provided by an embodiment of the invention;
fig. 2 is a schematic diagram of automatic configuration file generation of a configuration management device of a power grid dispatching system based on condul provided by the embodiment of the invention;
FIG. 3 is a schematic diagram of a system configuration module according to an embodiment of the present invention;
fig. 4 is a schematic diagram of a system monitoring module according to an embodiment of the present invention.
Detailed Description
The objects, technical solutions and advantages of the present invention will become more apparent by the following detailed description of the present invention with reference to the accompanying drawings. It should be understood that the description is only illustrative and is not intended to limit the scope of the invention. In addition, in the following description, descriptions of well-known structures and techniques are omitted so as not to unnecessarily obscure the present invention.
Fig. 1 is a general architecture diagram of a configuration management device of a power grid dispatching system based on condul provided by an embodiment of the invention.
Fig. 2 is a schematic diagram of automatic configuration file generation of a configuration management device of a power grid dispatching system based on condul provided by the embodiment of the invention.
Fig. 3 is a schematic diagram of a system configuration module according to an embodiment of the present invention.
Referring to fig. 1, fig. 2 and fig. 3, an embodiment of the present invention provides a configuration management device for a power grid dispatching system based on condul, including: the system comprises a concul data center, a nodesrv module, a configuration file automatic generation module and a system configuration module; the nodesrv module and the automatic configuration file generating module are arranged on a power grid dispatching system server; the system configuration module configures nodes and services in the power grid dispatching system and stores configuration information to a condul data center; the automatic configuration file generation module detects the value in the condul data center, regenerates the corresponding configuration file when the value changes and distributes the configuration file.
Wherein, condul is a distributed high-availability open source project, which can provide service registration and key/value storage service for the infrastructure; and (3) node: refers to a server or workstation running a service; configuration file: refers to a file storing configuration information necessary for the system service to start up.
According to the technical scheme, configuration information of all nodes and services required by the dispatching system is input uniformly through the interface by utilizing the system configuration module, and corresponding configuration files after configuration information input can be automatically generated and distributed to the designated positions, so that the problems that the initial deployment configuration of the existing dispatching system is complex, the workload is high, the technical level requirements of technicians are high, and meanwhile, the problems that the running state of the bottom layer service is difficult to intuitively monitor in real time and the fault prediction function is lost in the operation and maintenance process of the system are solved.
Fig. 4 is a schematic diagram of a system monitoring module according to an embodiment of the present invention.
Optionally, referring to fig. 4, the configuration management device of the power grid dispatching system based on condul further includes: and a system monitoring module. The system monitoring module is connected with the condul data center and the nodesrv module, acquires the state information of nodes and services in the power grid dispatching system, and manages the services according to the state information.
Specifically, the consul data center comprises a plurality of consul servers; the concul server shares a server with the power grid dispatching system.
Optionally, the condul data center is provided with a callback module; the callback module calls a callback function when the value of the preset key changes.
Specifically, the configuration file automatic generation module is based on a condul Template.
Further, the automatic configuration file generating module includes: a data acquisition unit; and the data acquisition unit stores the configuration information according to the Template file through a condul Template background program so as to obtain a corresponding configuration file.
Specifically, the nodesrv module may obtain real-time information of the node, where the real-time information includes: the resource information of the node, the running state information of the service running on the node and the service occupation resource state information; and/or, the nodesrv module may provide an interface for the system monitoring module to query the nodes for real-time information; and/or the nodesrv module can control the start and stop of the service operated by the node and the switching of the active and standby states of the service.
In the configuration and management process of the power grid dispatching system, firstly, a control data center is deployed (in order to send out a notification when the key/value changes, a callback function is added on the basis of an official control source code, a designated key can be monitored, and the callback function is called when the value in the key changes). In this embodiment, a cluster of 3 consul servers is used, and the consul cluster server is common to the dispatch system servers.
And secondly, a configuration file automatic generation module is deployed on each scheduling system server needing to automatically generate the service configuration file, and the module is developed based on condul Template and is used for automatically regenerating the related configuration file when the configuration information of the designated service changes, so that the manual modification of the configuration file is avoided, the operation and maintenance workload is greatly reduced, the operation and maintenance working efficiency is improved, and the reliability of the system is also improved.
The condul Template provides a convenient way to acquire data from condul, and the configuration information is saved to a file system according to a Template file through a background program of the condul-Template to form a corresponding configuration file.
Thirdly, a nodesrv module is deployed on each dispatching system server, and the module mainly functions as follows: the real-time information of the node comprises the information of the node and the related information of all the services running on the node, such as the information of the service running state, the service occupied resource state and the like; providing an interface for other modules to inquire the real-time state information of the node and corresponding service; thirdly, starting and stopping the service running on the node and switching the active and standby states of the service.
And configuring configuration information of the nodes and the services by using a system configuration module from time to time, wherein the system configuration module is connected with the condul data center, and all the configuration information is configured to the condul data center and stored. After the configuration information is stored in the key/value of the condul data center, the automatic file generation system monitors that the value changes, triggers automatic regeneration of the configuration file, generates the configuration file required by service operation and automatically distributes the configuration file to a designated position.
And finally, connecting a condul data center with a nodesrv module by using a system monitoring module, and monitoring and managing all nodes and services of the scheduling system. The system monitoring module can monitor the running states of all nodes, the running states of all services and the real-time information of the resource occupation condition, and in addition, the system monitoring module can perform management operations such as start-stop, master-slave switching and the like on the services. The system monitoring module acquires real-time information of the node and the service from the nodesrv module through an interface, wherein the real-time information comprises the running states of the node and the service; information such as a disk, a memory, a cpu service condition, a network transmission speed and the like of the node; memory, CPU use condition, information and resource occupation information of each service; the system monitoring module can send a service start-stop command and a master-slave switching command to the nodesrv through an interface to control and manage the service.
In the running process of the system, the configuration information of the service can be modified through the system configuration module, and after modification and storage, the corresponding configuration file can be automatically regenerated.
Compared with the configuration and management device of the traditional power grid dispatching system, the technical scheme of the invention utilizes the system configuration module to uniformly input configuration information of all nodes and services required by the dispatching system through the interface, corresponding configuration files after configuration information input can be automatically generated and distributed to a designated position, the working efficiency can be improved, the possibility of errors is reduced through the interface, and in addition, configuration personnel can concentrate on configuration content without paying attention to the format and storage position of the configuration files. The number of services required by the dispatching system is about 70-80 (cluster running), the configuration files of each service are about 2-3, the formats and the positions of the configuration files of different services are different, the workload of modifying the configuration files is large, and errors are easy to occur. The problems can be well solved, the workload is greatly reduced, and the working efficiency is improved by uniformly configuring through an interface and automatically generating a distribution configuration file. Then, the operation state of each service in the operation process of the dispatching system can influence the normal operation of the system, so that the service state needs to be monitored, and the traditional monitoring method is used for inquiring and recording the single service state, so that the workload is large, the archiving is not easy, and the error is easy. The configuration management device can monitor all nodes and services in real time through the system monitoring module, store the history record into the history library, appoint operation indexes through the monitoring nodes and the services, send alarm information when the appointed indexes exceed a threshold value, prompt operation and maintenance personnel to perform abnormal conditions, and can realize early discovery and early treatment and prevent major accidents. The operation and maintenance efficiency is improved.
The embodiment of the invention aims to protect a configuration management device of a power grid dispatching system based on condul, which comprises the following components: the system comprises a concul data center, a nodesrv module, a configuration file automatic generation module and a system configuration module; the nodesrv module and the automatic configuration file generating module are arranged on a power grid dispatching system server; the system configuration module configures nodes and services in the power grid dispatching system and stores configuration information to a condul data center; the automatic configuration file generation module detects the value in the condul data center, regenerates the corresponding configuration file when the value changes and distributes the configuration file. The technical scheme has the following effects:
by utilizing the system configuration module to uniformly input configuration information of all nodes and services required by the dispatching system through an interface, corresponding configuration files after configuration information input can be automatically generated and distributed to a designated position, the problems that the initial deployment and configuration of the dispatching system are complex, the workload is large, the technical level requirements on technicians are high, and meanwhile, the problems that the running state of the bottom layer service is difficult to intuitively monitor in real time and the fault prediction function is lost in the operation and maintenance process of the system are solved.
It is to be understood that the above-described embodiments of the present invention are merely illustrative of or explanation of the principles of the present invention and are in no way limiting of the invention. Accordingly, any modification, equivalent replacement, improvement, etc. made without departing from the spirit and scope of the present invention should be included in the scope of the present invention. Furthermore, the appended claims are intended to cover all such changes and modifications that fall within the scope and boundary of the appended claims, or equivalents of such scope and boundary.
Claims (6)
1. A condul-based power grid dispatching system configuration management device, comprising: the system comprises a concul data center, a nodesrv module, a configuration file automatic generation module and a system configuration module;
the nodesrv module and the automatic configuration file generating module are arranged on the power grid dispatching system server;
the system configuration module configures nodes and services in the power grid dispatching system and stores configuration information to the condul data center;
the automatic configuration file generation module detects the value in the condul data center, regenerates the corresponding configuration file when the value changes and distributes the configuration file;
the nodesrv module may obtain real-time information for the node, the real-time information including: the resource information of the node, the running state information of the service running on the node and the service occupation resource state information; and/or
The nodesrv module may provide an interface for a system monitoring module to query real-time information of the node; and/or
The nodesrv module can control the start and stop of the service operated by the node and the main and standby state switching of the service.
2. The condul-based power grid dispatching system configuration management device of claim 1, further comprising: a system monitoring module;
the system monitoring module is connected with the condul data center and the nodesrv module, acquires the state information of nodes and services in the power grid dispatching system, and manages the services according to the state information.
3. The condul-based power grid dispatching system configuration management device of claim 1, wherein,
the consul data center comprises a plurality of consul servers;
and the conduci server and the power grid dispatching system share a server.
4. The condul-based power grid dispatching system configuration management device of claim 1, wherein,
the condul data center is provided with a callback module;
and the callback module calls a callback function when the value of the preset key changes.
5. The condul-based power grid dispatching system configuration management device of claim 1, wherein,
the configuration file automatic generation module is based on a condul Template.
6. The condul-based power grid dispatching system configuration management device of claim 5, wherein,
the automatic configuration file generation module comprises: a data acquisition unit;
and the data acquisition unit stores the configuration information according to the Template file through the condu Template background program so as to obtain the corresponding configuration file.
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