CN110780916A - Software operation and maintenance method, device and system of power grid dispatching control system - Google Patents

Abstract

The invention discloses a software operation and maintenance method, device and system for a power grid dispatching control system. The method includes: in response to an external software update trigger signal, acquiring the latest version source code data in a software version management system; compiling the received source code data , classification, packaging, and version marking to obtain a software upgrade package; upload the software upgrade package to the software warehouse of the software version management system, so that the software version management system sends a software update signal to each power grid dispatching control system server in response to the software warehouse update. The power grid dispatching control system server compares the local multi-type software with the latest version software upgrade package of the corresponding category in the software warehouse. When the comparison result is different, it downloads the corresponding software upgrade package and then performs local software upgrade. The invention can realize the intelligent upgrade of the power grid dispatching control system software, improve the software release efficiency, and shorten the software release cycle.

Description

A software operation and maintenance method, device and system for a power grid dispatching control system

technical field

The invention relates to the technical field of software application of a power grid dispatching system, in particular to a software operation and maintenance method, device and system of a power grid dispatching control system.

Background technique

The current scheduling control system version control is based on centralized software version methods and tools, which are inefficient and difficult to achieve multi-site synchronization version management. In the operation and maintenance stage, the system software upgrade mainly relies on the manufacturer's technical support personnel to bring the updated source program to the site to recompile and generate new system software, lack of software version management, long upgrade cycle and easy to cause human upgrade errors. The current version management can no longer meet the needs of the development, operation and maintenance of the scheduling control system, which is mainly reflected in:

(1) The hardware and software of the previous dispatch control system were deployed locally. Different from previous systems, the current system is basically deployed and run in different places except monitoring applications that are deployed and run locally. Each control center logically forms a set of services through on-site real-time monitoring and centralized model management, analysis and decision-making services. Complete scheduling control system. This is a new model of coexistence of local applications and cloud application services. Obviously, the existing version management capability is difficult to guarantee that the system software can be released in multiple centers in a consistent and repeatable manner. The version management of the current scheduling control system is in urgent need of improvement.

(2) Release Engineering is a discipline within software engineering that focuses on building and delivering software. Release engineering defines the overall steps involved in releasing software including source code management, compilation, testing, packaging, and final execution of deployment, and develops policies for deployment tracking and smooth rollback of updates. The system supports multiple control centers to obtain services through centralized model management and analysis decision centers, which makes the configuration management of the system more complex and delicate than previous systems. The quality of configuration management is one of the important sources of system instability. . The current on-site upgrade of the dispatching control system mainly relies on manual participation, it is difficult to establish a traceability mechanism, and it cannot adapt to the deployment requirements of the system.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide a software operation and maintenance method, device and system for the power grid dispatching control system, which can realize the intelligent upgrade of the power grid dispatching control system software, improve the software release efficiency and shorten the software release period.

The technical scheme adopted by the present invention is as follows:

In one aspect, the present invention provides a software operation and maintenance method for a power grid dispatching control system, including:

Acquire the latest version source code data in the software version management system in response to an external software update trigger signal;

Compile the received source code data to obtain software program data;

Classify compiled software program data;

The classified software program data are packaged and version marked respectively to obtain a software upgrade package corresponding to a single category;

Upload the software upgrade package to the software warehouse of the software version management system, so that the software version management system sends a software upgrade signal to each power grid dispatching control system server in response to the software warehouse update, so that each power grid dispatching control system server responds to the software. The upgrade signal compares the local multi-type software with the latest version of the software upgrade package of the corresponding category in the software warehouse, and downloads the corresponding software upgrade package in response to different version comparison results to perform local software upgrade.

The above method can be run independently in a software compiling server, and the software compiling server and the software version management system are connected through network communication.

Optionally, the method further includes visually displaying the software upgrade process of each power grid dispatching control system server. That is, the upgrade process information of each power grid dispatching control system server is obtained, and the corresponding information is displayed and output. It is convenient for software control personnel to quickly and accurately judge whether the system upgrade is completed normally from the visual operation and maintenance graph, grasp the system upgrade process in time, deal with faults and risks in a timely manner, and further improve the operation and maintenance efficiency.

Optionally, the external software update trigger signal comes from a software version management system, and the software version management system outputs a software update trigger signal in response to an external source code upload operation.

Optionally, the version marking includes recording the original software version, the upgraded version and the upgraded content corresponding to the current software package. This information can be stamped on the corresponding software package in the form of version upgrade labels. Version marking facilitates system software upgrade comparison and version traceability.

Optionally, the compiled software program data is classified according to software usage categories, and the categories include system management, database management, pre-application, graphical interface, and advanced application. Each software upgrade can upgrade one or more software categories. After the software is compiled, a corresponding number of various software upgrade packages can be obtained. When the power grid dispatching system server compares the software versions, it compares and compares the various software versions. Downloading and upgrading reduces the size of a single upgrade package and improves the upgrade efficiency of multi-category software upgrades.

In a second aspect, the present invention also discloses a software operation and maintenance device for a power grid dispatching control system, including:

The source code data acquisition module is configured to acquire the latest version source code data in the software version management system in response to an external software update trigger signal;

The software compilation module is configured to compile the received source code data to obtain software program data;

a software classification module configured to classify the compiled software program data;

The software packaging module is configured to separately package and version mark the separated various software program data to obtain a software upgrade package corresponding to a single category;

and a software release module, configured to upload the software upgrade package to the software warehouse of the software version management system, so that the software version management system sends a software update signal to each power grid dispatching control system server in response to the software warehouse update, thereby making each power grid In response to the software upgrade signal, the scheduling control system server compares the local multi-type software with the latest version software upgrade package of the corresponding category in the software warehouse, and downloads the corresponding category software upgrade package in response to different version comparison results. upgrade.

The software operation and maintenance device further includes an upgrade process display module, which is configured to acquire and output and display the software upgrade process information of each power grid dispatching control system server.

In a third aspect, the present invention also discloses a software operation and maintenance method for the power grid dispatching control system on the server side of the power grid dispatching control system, including:

Acquiring the software upgrade signal in response to a software upgrade signal sent by the software version management system when at least one category of software upgrade package in the software repository is updated;

In response to having obtained the software upgrade signal, compare the versions of various types of local software with the latest version software upgrade packages of the corresponding categories in the software warehouse;

Downloading software upgrade packages of corresponding categories in response to different version comparison results;

Use the downloaded software upgrade packages to upgrade local software of corresponding categories. The invention also provides a software operation and maintenance system of the power grid dispatching control system, including a software operation and maintenance device, a power grid dispatching control system server and a software version management system;

The software version management system transmits a software update trigger signal to the software operation and maintenance device in response to the external input of source code upgrade data;

The software operation and maintenance device obtains the latest version source code data in the software version management system in response to the software update trigger signal, and compiles it to obtain software program data; then classifies the compiled software program data, and then separates various types of software program data. Packaging and version marking are performed separately to obtain the software upgrade package of the corresponding category; and then upload the software upgrade package to the software warehouse of the software version management system;

The software version management system sends a software upgrade signal to each power grid dispatching control system server in response to the software warehouse data update;

In response to the software upgrade signal, each power grid dispatching control system server compares the local multi-type software with the latest version software upgrade package of the corresponding category in the software warehouse, and then downloads the corresponding category software upgrade package in response to different version comparison results. Perform a local software upgrade.

Optionally, the software operation and maintenance device acquires software upgrade process information of each power grid dispatching control system server and outputs and displays it.

beneficial effect

The present invention can be used for the integrated software intelligent release of the power grid dispatching control system. After the source code is compiled and classified, the software upgrade packages corresponding to each category are generated, so that the dispatching control system server side can perform software upgrades for each category of software when the software is upgraded. Version comparison, upgrade package download and upgrade, and then complete the upgrade of all scheduling control system software. That is, the present invention provides an online publishing technology of power grid dispatching control system software based on overall upgrade and incremental upgrade, which can realize intelligent upgrade of power grid dispatching control system software. The online release technology of the overall upgrade and incremental upgrade is particularly reflected in the classification and packaging of the software source code when compiling, which greatly reduces the size of a single software upgrade package, thereby improving the software release time and shortening the software release cycle, that is, Improve the efficiency of software release operation and maintenance.

Description of drawings

FIG. 1 is a schematic flowchart of a software operation and maintenance method according to an embodiment of the present invention;

FIG. 2 is a schematic diagram of a software compilation architecture according to an embodiment of the present invention;

FIG. 3 is a schematic diagram of software upgrade according to an embodiment of the present invention.

Detailed ways

The following is further described in conjunction with the accompanying drawings and specific embodiments.

The general inventive concept of the present invention is as follows: by monitoring the software version management system of the power grid dispatching control system, checking for software updates, and finding that the software is updated, the updated source code is automatically updated from the power grid dispatching control system software version management system to the local compilation server for execution. Compile, classify the compiled programs (classified according to the software functions of the power grid dispatching control system), package them into upgrade packages and label them with a version, then upload them to the software warehouse, and automatically communicate with the software warehouse on the server running the power grid dispatching control system software. Compare the software in the software (comparing the version information with the upgrade package, etc.), and automatically upgrade if you need to upgrade.

In addition, the above information such as code update, compilation process, software packaging process and system upgrade can be displayed in multiple dimensions through a variety of visual graphics.

Example 1

Referring to FIGS. 1 to 3 , especially the process in the dashed box in FIG. 1 , the present embodiment is a software operation and maintenance method for a power grid dispatching control system, including:

Acquire the latest version source code data in the software version management system in response to an external software update trigger signal;

Compile the received source code data to obtain software program data;

Classify compiled software program data;

Package and version mark the separated software program data respectively to obtain the software upgrade package corresponding to a single category;

Upload the software upgrade package to the software warehouse of the software version management system, so that the software version management system sends a software upgrade signal to each power grid dispatching control system server in response to the software warehouse update, so that each power grid dispatching control system server responds to the software. The upgrade signal compares the local multi-type software with the latest version software upgrade package of the corresponding category in the software warehouse, and downloads the corresponding category software upgrade package in response to different version comparison results to perform local software upgrade.

Referring to FIG. 2 , the above method can be independently run in one or more software compilation servers, and the software compilation server and the software version management system are connected through network communication.

The method of this embodiment further includes, visually displaying the software upgrade process of each power grid dispatching control system server. That is, the upgrade process information of each power grid dispatching control system server is obtained, and the corresponding information is displayed and output. It is convenient for software control personnel to quickly and accurately judge whether the system upgrade is completed normally from the visual operation and maintenance graph, grasp the system upgrade process in time, deal with faults and risks in a timely manner, and further improve the operation and maintenance efficiency.

Similarly, the process from software compilation to software upgrade package generation can also be visualized, so that operation and maintenance personnel can understand the compilation process and related information.

In this embodiment, the external software update trigger signal comes from a software version management system, and the software version management system outputs a software update trigger signal in response to an external source code upload operation. It can realize the automation of software download and compilation process, and improve the intelligent level of software operation and maintenance.

The version mark includes recording the original software version corresponding to the current software package, the upgraded version and the upgraded content. This information can be stamped on the corresponding software package in the form of version upgrade labels. Version marking facilitates system software upgrade comparison and version traceability. When the power grid dispatching control system server compares the software versions of various types, the local software version information is compared with the version upgrade label information of the latest software upgrade package in the software version management system. If a certain type of local software version is lower than the latest software version version, trigger the automatic download and upgrade of the software upgrade package.

The compiled software program data is classified according to the software usage category, and the categories include but are not limited to system management, database management, pre-application, graphical interface and advanced application. Each software upgrade can upgrade one or more software categories. After the software is compiled, a corresponding number of various software upgrade packages can be obtained. When the power grid dispatching system server compares the software versions, it compares and compares the various software versions. Downloading and upgrading reduces the size of a single upgrade package and improves the upgrade efficiency of multi-category software upgrades.

Example 2

This embodiment is a software operation and maintenance device of a power grid dispatching control system, including:

The source code data acquisition module is configured to acquire the latest version source code data in the software version management system in response to an external software update trigger signal;

The software compilation module is configured to compile the received source code data to obtain software program data;

a software classification module configured to classify the compiled software program data;

The software packaging module is configured to package and version mark the separated various software program data to obtain software upgrade packages corresponding to each type;

and a software release module, configured to upload the software upgrade package to the software warehouse of the software version management system, so that the software version management system sends a software update signal to each power grid dispatching control system server in response to the software warehouse update, and each power grid dispatching control system In response to the software upgrade signal, the system server compares the local multi-type software with the latest version software upgrade package of the corresponding category in the software warehouse, and then downloads the corresponding software upgrade package in response to different version comparison results and performs local software upgrade.

The software operation and maintenance device further includes an upgrade process display module, which is configured to acquire and output and display the software upgrade process information of each power grid dispatching control system server.

Example 3

This embodiment is a software operation and maintenance method for a power grid dispatch control system on the server side of a power grid dispatch control system, including:

Acquiring the software upgrade signal in response to a software upgrade signal sent by the software version management system when at least one category of software upgrade package in the software repository is updated;

In response to having obtained the software upgrade signal, compare the versions of various types of local software with the latest version software upgrade packages of the corresponding categories in the software warehouse;

Downloading software upgrade packages of corresponding categories in response to different version comparison results;

Use the downloaded software upgrade packages to upgrade local software of corresponding categories.

In terms of comparing software versions of various categories, this embodiment provides two methods: one is to load the version upgrade information of each category through a software upgrade signal, such as the upgraded category and its version marking information. In this mode, the power grid dispatching control The system server obtains and finds the current version information of the corresponding category of software in its own system according to the upgraded category and its version information in the software upgrade signal, so as to realize the version comparison of only the upgraded software category, and further improve the efficiency of software operation and maintenance; One is that the software management warehouse only provides simple reminder information that the software has been upgraded. After receiving the software upgrade signal, the power grid dispatching control system server exchanges version information with the software version management system to exchange all types of software in its own system. Compare the versions with all types of software upgrade package versions in the software repository, so as to achieve version comparison.

Example 4

1 to 3, the present embodiment is a software operation and maintenance system of a power grid dispatching control system, including a software operation and maintenance device, a power grid dispatching control system server, and a software version management system;

The software version management system transmits a software update trigger signal to the software operation and maintenance device in response to the external input of source code upgrade data;

The software operation and maintenance device obtains the latest version source code data in the software version management system in response to the software update trigger signal, and compiles it to obtain software program data; then classifies the compiled software program data, and then separates various types of software program data. Packaging and version marking are performed separately to obtain the software upgrade package of the corresponding category; and then upload the software upgrade package to the software warehouse of the software version management system;

The software version management system sends a software upgrade signal to each power grid dispatching control system server in response to the software warehouse data update;

In response to the software upgrade signal, each power grid dispatching control system server compares the local multi-type software with the latest version software upgrade package of the corresponding category in the software warehouse, and then downloads the corresponding category software upgrade package in response to different version comparison results. Perform a local software upgrade.

The software operation and maintenance device obtains the software upgrade process information of each power grid dispatching control system server and outputs and displays it. At the same time, the software operation and maintenance device visually displays its own software compilation process through the display interface.

When this embodiment is applied, the workflow of the system mainly includes the following contents:

Intelligent software compilation: automatically find out whether the software needs to be upgraded from the software version management system of the power grid dispatching control system, if necessary, automatically download the code and compile it;

Intelligent software release: automatically classify and package the compiled grid dispatching control system software by category, upload it to the software warehouse and release it;

Intelligent software upgrade: automatically check the latest power grid dispatching control system software in the software warehouse, and compare the version with the currently running system software to determine whether the current running version needs to be upgraded;

Visual display: Visually display the software upgrade process in the power grid dispatching control system.

When the developer uploads the source code that needs to be upgraded to the power grid dispatching control system software version management system, a compilation task will be automatically triggered, and then the latest code will be automatically downloaded from the power grid dispatching control system software version management system and compiled.

When compiling and packaging software, the traditional software packaging method is to compress all compiled software into a compressed file as a whole, without corresponding software version labels, etc., and can only be compared and upgraded manually. In the present invention, the compiled power grid dispatching control system software is divided according to different software usage categories before software packaging (divided into system management category, database management category, pre-application category, graphical interface category, advanced application category, etc.), Then make the corresponding programs and dependent libraries into similar operating system installation packages according to different categories, and label the software version upgrade (including the corresponding software source version, upgraded version and software upgrade content, etc.) For system software upgrade comparison and version traceability. After the installation package is made, upload it to the software repository for software release.

In terms of software upgrade of the power grid dispatching control system, the original upgrade method basically relies on the experience of operation and maintenance engineers or continuous iteration to upgrade, or even purely manual inspection. The present invention realizes the standardization and automation of the upgrade by formulating the automatic deployment, and improves the intelligence of the software upgrade of the power grid dispatching control system.

As will be appreciated by those skilled in the art, the embodiments of the present application may be provided as a method, a system, or a computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment, or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, etc.) having computer-usable program code embodied therein.

The present application is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the present application. It will be understood that each flow and/or block in the flowcharts and/or block diagrams, and combinations of flows and/or blocks in the flowcharts and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to the processor of a general purpose computer, special purpose computer, embedded processor or other programmable data processing device to produce a machine such that the instructions executed by the processor of the computer or other programmable data processing device produce Means for implementing the functions specified in one or more of the flowcharts and/or one or more blocks of the block diagrams.

These computer program instructions may also be stored in a computer-readable memory capable of directing a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory result in an article of manufacture comprising instruction means, the instructions An apparatus implements the functions specified in a flow or flows of the flowcharts and/or a block or blocks of the block diagrams.

These computer program instructions can also be loaded on a computer or other programmable data processing device to cause a series of operational steps to be performed on the computer or other programmable device to produce a computer-implemented process such that The instructions provide steps for implementing the functions specified in one or more of the flowcharts and/or one or more blocks of the block diagrams.

The embodiments of the present invention have been described above with reference to the accompanying drawings, but the present invention is not limited to the above-mentioned specific embodiments. The above-mentioned specific embodiments are only illustrative rather than restrictive. Under the inspiration of the present invention, without departing from the scope of protection of the present invention and the claims, many forms can be made, which all belong to the protection of the present invention.

Claims (10)

1. a software operation and maintenance method of a power grid dispatching control system, is characterized in that, comprises: Acquire the latest version source code data in the software version management system in response to an external software update trigger signal; Compile the received source code data to obtain software program data; Classify compiled software program data; The classified software program data are packaged and version marked respectively, and software upgrade packages corresponding to a single category are obtained; Upload the software upgrade package to the software warehouse of the software version management system, so that the software version management system sends a software upgrade signal to each power grid dispatching control system server in response to the software warehouse update, so that each power grid dispatching control system server responds to the software. The upgrade signal compares the local multi-type software with the latest version software upgrade package of the corresponding category in the software warehouse, and downloads the corresponding category software upgrade package in response to different version comparison results to perform local software upgrade. 2 . The method according to claim 1 , further comprising: visually displaying the software upgrade process of each power grid dispatching control system server. 3 . 3. The method according to claim 1 or 2, wherein the external software update trigger signal comes from a software version management system, and the software version management system outputs a software update trigger signal in response to an external source code upload operation. 4. The method according to claim 1 or 2, wherein the version marking comprises recording the original software version, the upgraded version and the upgraded content information corresponding to the current software package. 5. The method according to claim 1 or 2, wherein the compiled software program data is classified according to software usage categories, and the classified categories include system management class, database management class, pre-application class, graphical interface classes and advanced application classes. 6. A software operation and maintenance device for a power grid dispatching control system, characterized in that it comprises: The source code data acquisition module is configured to acquire the latest version source code data in the software version management system in response to an external software update trigger signal; The software compilation module is configured to compile the received source code data to obtain software program data; a software classification module configured to classify the compiled software program data; The software packaging module is configured to separately package and version mark the separated various software program data to obtain software upgrade packages corresponding to a single category; and a software release module, configured to upload the software upgrade package to the software warehouse of the software version management system, so that the software version management system sends a software update signal to each power grid dispatching control system server in response to the software warehouse update, thereby making each power grid The scheduling control system server, in response to the software upgrade signal, compares the local multi-type software with the latest version software upgrade package of the corresponding category in the software warehouse, and downloads the corresponding software upgrade package in response to different version comparison results. . 7 . The software operation and maintenance device of the power grid dispatching control system according to claim 6 , wherein the software operation and maintenance device further comprises an upgrade process display module, which is configured to obtain the software upgrade of each power grid dispatching control system server. 8 . Process information and output display. 8. A software operation and maintenance method for a power grid dispatching control system, comprising: In response to the software version management system sending a software upgrade signal when at least one category of software upgrade packages in the software repository is updated, acquiring the software upgrade signal; In response to having obtained the software upgrade signal, compare the versions of various types of local software with the latest version software upgrade packages of the corresponding categories in the software warehouse; Downloading software upgrade packages of corresponding categories in response to different version comparison results; Use the downloaded software upgrade packages to upgrade local software of corresponding categories. 9. A software operation and maintenance system for a power grid dispatching control system, characterized in that it comprises a software operation and maintenance device, a power grid dispatching control system server, and a software version management system; The software version management system transmits a software update trigger signal to the software operation and maintenance device in response to the external input of source code upgrade data; The software operation and maintenance device obtains the latest version source code data in the software version management system in response to the software update trigger signal, and compiles it to obtain software program data; then classifies the compiled software program data, and then separates various types of software program data. Packaging and version marking are performed separately to obtain the software upgrade package of the corresponding category; and then upload the software upgrade package to the software warehouse of the software version management system; The software version management system sends a software upgrade signal to each power grid dispatching control system server in response to the software warehouse data update; In response to the software upgrade signal, each power grid dispatching control system server compares the local multi-type software with the latest version software upgrade package of the corresponding category in the software warehouse, and then downloads the corresponding category software upgrade package in response to different version comparison results. Perform a local software upgrade. 10 . The software operation and maintenance system of the power grid dispatching control system according to claim 9 , wherein the software operation and maintenance device obtains software upgrade process information of each power grid dispatching control system server and outputs and displays it. 11 .

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