WO2017193705A1

WO2017193705A1 - Method and apparatus for monitoring communication power supply device, and storage medium

Info

Publication number: WO2017193705A1
Application number: PCT/CN2017/077474
Authority: WO
Inventors: 杨枝; 陶安祥
Original assignee: 中兴通讯股份有限公司
Priority date: 2016-05-10
Filing date: 2017-03-21
Publication date: 2017-11-16
Also published as: CN107360049B; CN107360049A

Abstract

The present invention provides a method and an apparatus for monitoring a communication power supply device, and a storage medium. The method comprises: extracting all command messages in a communication protocol with a communication power supply device, wherein the communication protocol comprises multiple command messages distinguished with command names; receiving a monitoring instruction for monitoring the communication power supply device, wherein the monitoring instruction comprises a command name of a command message in the communication protocol with the communication power supply device; generating an instruction message on the basis of the monitoring instruction, and sending the instruction message to the communication power supply device; and obtaining a response message fed back by the communication power supply device according to the instruction message, and monitoring the communication power supply device on the basis of the response message.

Description

Monitoring method, device and storage medium for communication power supply device

Technical field

The present invention relates to the field of communication power supply technologies, and in particular, to a method, an apparatus, and a storage medium for monitoring a communication power supply device.

Background technique

At present, the communication power equipment monitoring technology is developing rapidly. For the scene use scenario, many sites have no need to configure the LCD interface for foreground monitoring, and can directly adopt the background monitoring mode, thereby reducing the hardware cost of the communication power supply device, but the existing communication power supply equipment background monitoring software The installation and configuration process is complicated, and the software occupies a large amount of resources. It is not suitable for scenarios such as production line commissioning and rapid configuration of products. Therefore, it is difficult to implement the liquid crystal configuration of the communication power equipment front-end monitoring unit.

In addition, the communication interface between the communication power supply device and the background has 232 serial port, Ethernet network port, etc., the background communication protocol type is 1104, 1363 protocol specified by the telecommunication standard, and also has a customized A interface protocol. The diversity of communication interface and communication protocol of communication power supply equipment makes the development and debugging of background monitoring software extremely cumbersome. Currently, it is a background communication background development and debugging for a certain communication power supply device. Even a certain communication power supply device is often compatible with a variety of background communication protocols, but the current specific monitoring background software often cannot resolve various background communication protocols compatible with the communication power supply device, and thus cannot meet the diversification requirements of the communication protocol. At this time, it is necessary to generate a command according to the protocol group package, and send a command through the debugging assistants of various communication interfaces, and then parse the response information, in a communication power supply device with complicated background communication parameters, real-time and historical data volume. The workload is large and the commissioning cost is high.

Summary of the invention

Embodiments of the present invention provide a monitoring method, device, and storage medium for a communication power supply device. The invention aims to solve the problem that the background monitoring software installed and configured in the background communication technology of the existing communication power supply device is complicated and cannot resolve various background communication protocols.

The embodiment of the invention provides a monitoring method for a communication power supply device, including:

Extracting all command information in a communication protocol with the communication power device, wherein the communication protocol includes a plurality of command information distinguished by a command name;

Receiving a monitoring instruction for monitoring the communication power supply device, wherein the monitoring instruction includes a command name of a command information in a communication protocol with the communication power supply device;

The monitoring instruction includes a command name of a command information in a communication protocol between the monitoring communication power source device;

Generating the instruction information based on the monitoring instruction, and transmitting the instruction information to the communication power supply device;

Acquiring the response information fed back by the communication power device according to the instruction information, and monitoring the communication power device based on the response information.

In the above solution, the extracting all the command information in the communication protocol between the communication power supply device includes:

Importing a communication protocol in a corresponding format with the communication power supply device;

Parsing the communication protocol and extracting all command information in the communication protocol.

In the above solution, the receiving the monitoring instruction for monitoring the communication power device includes:

When any one of the command names of all the command information in the communication protocol displayed on the display interface with the communication power source device is selected, the monitoring command is generated according to the command name.

In the above solution, the generating the instruction information based on the monitoring instruction, and sending the instruction information to the communication power device, includes:

Obtaining command information corresponding to the command name in the monitoring instruction;

Generating the instruction information according to the obtained command information;

The instruction information is transmitted to the communication power supply device.

In the above solution, the monitoring instruction further includes: acquiring a first instruction of all parameter information of the communication power supply device; correspondingly, the generating the instruction information based on the monitoring instruction, and sending the instruction information to the communication power supply Equipment, including:

Extracting all the acquisition parameter command information included in the first instruction to form a collection parameter command information set;

Generating a corresponding instruction information set according to the acquisition parameter command information set;

A corresponding set of instruction information is sent to the communication power device.

In the above solution, the acquiring, by the communication power supply device, the response information that is fed back according to the instruction information, and monitoring the communication power device based on the response message, including:

Obtaining batch parameter information of the communication power device carried in the response information set fed back by the communication power device according to the corresponding instruction information set;

And monitoring the communication power device according to the obtained batch parameter information.

In the above solution, after the obtaining the batch parameter information of the communication power device carried in the response information set fed back by the communication power device according to the corresponding instruction information set, the method further includes:

Comparing the pre-acquired first parameter information with the batch parameter information;

When the first parameter information and the batch parameter information have different parameters, the batch parameter information is changed according to the first parameter information, and the changed batch parameter information is imported into the control Communication power supply equipment;

According to the batch parameter information imported into the communication power device, the communication power device is configured with parameters and monitored in real time.

In the above solution, before the extracting all the command information in the communication protocol between the communication power supply device, the method further includes:

Obtaining a language determining instruction, and calling a preset corresponding language switching configuration file according to the language determining instruction and a language supported by the current operating system;

Switching the configuration file according to the corresponding language and the language determination instruction switch the language supported by the current operating system to the language corresponding to the language determination instruction.

The embodiment of the invention further provides a monitoring device for a communication power supply device, the device comprising:

An extraction module configured to extract all command information in a communication protocol in a different format from the communication power device, where the communication protocol includes a plurality of command information distinguished by the command name;

Monitoring a sending module, configured to receive a monitoring instruction for monitoring the communication power device, wherein the monitoring command includes a command name of a command information in a communication protocol with the communication power device;

The monitoring module is configured to obtain response information fed back by the communication power device according to the instruction information, and monitor the communication power device based on the response information.

In the above solution, the extraction module includes:

Importing a submodule configured to import a communication protocol in a corresponding format with the communication power device;

The first extraction submodule is configured to parse the communication protocol and extract all command information in the communication protocol.

In the above solution, the monitoring and sending module includes:

The processing submodule is configured to generate the monitoring instruction according to the command name when any one of the command names configured to monitor all the command information in the communication protocol displayed on the display interface with the communication power device is selected.

In the above solution, the monitoring and sending module includes:

The first obtaining submodule is configured to acquire command information corresponding to the command name in the monitoring instruction;

a first generation submodule configured to generate the instruction information according to the obtained command information;

The first sending submodule is configured to send the instruction information to the communication power device.

In the above solution, the monitoring instruction further includes: a first instruction for acquiring all parameter information of the communication power device; and correspondingly, the monitoring and transmitting module includes:

The second extraction submodule is configured to extract all the acquisition parameter command information included in the first instruction, and form a collection parameter command information set;

a second generation submodule configured to generate a corresponding instruction information set according to the acquisition parameter command information set;

And a second sending submodule configured to send the corresponding instruction information set to the communication power device.

In the above solution, the monitoring module includes:

a second obtaining sub-module configured to acquire batch parameter information of the communication power device carried in the response information set fed back by the communication power device according to the corresponding instruction information set;

The first monitoring submodule is configured to monitor the communication power device according to the obtained batch parameter information.

In the above solution, the monitoring module further includes:

Comparing the submodule, configured to compare the pre-acquired first parameter information with the batch parameter information;

Changing the sub-module, configured to: when the first parameter information and the batch parameter information have different parameters, modify the batch parameter information according to the first parameter information, and change the batch Parameter information is imported into the communication power supply device;

The second monitoring submodule is configured to perform parameter configuration and real-time monitoring on the communication power device according to the batch parameter information that is imported into the communication power device.

In the above solution, the content displayed on the display interface is displayed in a language supported by the current operating system, and the device further includes:

The calling module is configured to acquire a language determining instruction according to the language determining instruction and a language supported by the current operating system to preset a corresponding language switching configuration before extracting all command information in the communication protocol between the communication power device and the communication power device file;

And a switching module configured to switch the configuration file according to the corresponding language and the language determining instruction to switch the language supported by the current operating system to a language corresponding to the language determining instruction.

The embodiment of the present invention further provides a computer storage medium, wherein the computer storage medium stores computer executable instructions, and the computer executable instructions are used to execute the monitoring method of the communication power supply device according to the embodiment of the present invention.

The beneficial effects of the above technical solutions of the embodiments of the present invention are as follows:

In the solution of the present invention, all the command information distinguished by the command name in the communication protocol of different formats pre-established between different communication power supply devices is extracted; when the monitoring instruction of the communication power supply device to be monitored is displayed on the display interface, The communication power supply device to be monitored sends the instruction information generated according to the monitoring instruction, wherein the monitoring instruction includes the corresponding command name, and obtains the data information of the communication power supply device to be monitored carried in the response information fed back by the communication power supply device to be monitored according to the instruction information, and treats Monitor communication power supplies for monitoring. The solution can support a variety of background communication protocols, save background software development and debugging time, improve the flexibility of background communication protocol analysis, has strong versatility and scalability, is suitable for different application scenarios, and is for remote background monitoring and The communication power supply system is convenient to provide, and the communication power supply device in the solution does not need to be configured with a liquid crystal display, which reduces the hardware cost of the communication power supply device.

DRAWINGS

1 is a schematic diagram of a monitoring method of a communication power supply device according to an embodiment of the present invention;

2 is a schematic diagram of a monitoring method of a communication power supply device according to Embodiment 2 of the present invention;

3 is a flowchart of a method for implementing language switching by a monitoring platform according to an embodiment of the present invention;

4 is a flowchart of acquiring batch parameter information by a monitoring platform according to an embodiment of the present invention;

FIG. 5 is a flowchart of monitoring a communication power device according to batch parameter information by a monitoring platform according to an embodiment of the present invention;

6 is a schematic diagram 1 of a monitoring device for a communication power supply device according to an embodiment of the present invention;

FIG. 7 is a second schematic diagram of a monitoring device for a communication power supply device according to an embodiment of the present invention.

detailed description

The technical problems, the technical solutions, and the advantages of the present invention will be more clearly described in the following description.

Embodiment 1

FIG. 1 is a schematic diagram of a monitoring method of a communication power supply device according to an embodiment of the present invention, including:

Step 101: Extract all command information in a communication protocol with the communication power device.

The monitoring platform first obtains a communication protocol with each communication power device, wherein different communication power devices have different communication protocol formats, the monitoring platform can support different format communication protocols, and one communication protocol includes multiple command information, one command The information corresponds to a command name, and each command information is distinguished by a different command name.

Step 102: Receive a monitoring instruction for monitoring the communication power supply device, generate instruction information based on the monitoring instruction, and send the instruction information to the communication power supply device.

The monitoring instruction includes a command name of a command information in a communication protocol between the communication power supply device to be monitored.

It should be noted that, before monitoring the monitoring command of the communication power device to be monitored on the display interface, the command name of all the command information in the communication protocol with the communication power device to be monitored needs to be displayed on the display interface.

The command name is displayed in the form of a tree structure control TreeView tree node in the display interface provided by the monitoring platform. Because different communication power supply devices have different communication protocols, The command names of the command information in the protocol are also different. The display interface of the monitoring platform established by the TreeView tree node of the tree structure control is also different.

It should be noted that the process of generating the monitoring instruction is specifically: when any one of the command names of all the command information in the communication protocol displayed on the display interface and the communication power supply device to be monitored is selected, according to the command The name generates a monitoring command.

Specifically, when the user needs to obtain related information of the communication power device to be monitored, the corresponding command name may be clicked on the display interface, a monitoring instruction is formed according to the obtained command name, command information is generated according to the monitoring instruction, and then the command information is sent to Communication power supply equipment to be monitored.

Step 103: Acquire response information fed back by the communication power device according to the instruction information, and monitor the communication power device based on the response information.

After the command information is sent to the communication power supply device to be monitored, the communication power supply device to be monitored feeds back response information to the monitoring platform according to the instruction information, and after obtaining the response information fed back by the communication power supply device to be monitored, the response information is parsed to obtain response information. The data information of the communication power supply device to be monitored carried in is monitored according to the data information to be monitored by the communication power supply device.

It should be noted that the incoming and outgoing messages between the monitoring platform and the communication power supply device to be monitored are transmitted in the form of data packets. The response information is encapsulated. After receiving the response information, the monitoring platform needs to perform parsing to obtain the data information of the communication power device to be monitored.

It should be noted that the present invention is a monitoring platform established by using the C# language based on the Windows Forms application development, and utilizes rich Microsoft Visual Studio software resources to extract and parse the command information of the communication power supply device through serial communication, and can Controlling the communication power supply device provides convenience for the user to monitor and operate the communication power supply device.

Among them, C# is an object-oriented high-level programming language that runs on the .NET Framework. It simplifies the C++ language's operations in classes, namespaces, method overloading, and exception handling. It eliminates the complexity of C++, makes it easier to use, and less error-prone. Using C# language based on Windows Forms application development to create a display interface for Windows The form control adds an event function to complete the specified function, which is beneficial to shorten the development time of the background software, and facilitate the function expansion and daily maintenance of the background.

Embodiment 1 of the present invention extracts all command information that is distinguished by a command name in a communication protocol of a different format pre-established between different communication power supply devices; when monitoring a monitoring instruction of the communication power supply device to be monitored on the display interface, The communication power supply device to be monitored sends the instruction information generated according to the monitoring instruction, wherein the monitoring instruction includes the corresponding command name, and obtains the data information of the communication power supply device to be monitored carried in the response information fed back by the communication power supply device to be monitored according to the instruction information, and treats Monitor communication power supplies for monitoring. The solution can support multiple background communication protocols, save background software development and debugging time, improve the flexibility of background communication protocol parsing, and provide convenience for remote background monitoring and operation of communication power system, and the communication power supply device does not need to be configured in this solution. The liquid crystal display reduces the hardware cost of the communication power supply device.

Embodiment 2

FIG. 2 is a schematic diagram of a monitoring method of a communication power supply device according to Embodiment 2 of the present invention, including:

Step 201: Import, for each communication power device, a communication protocol in a corresponding format with the communication power device, parse the communication protocol, and extract all command information in the communication protocol.

Firstly, for each communication power supply device, a communication protocol corresponding to the format of the communication power supply device is required, wherein the communication protocol of the different communication power supply devices has different formats, and the monitoring platform can support communication protocols of different formats. After importing a communication protocol with the communication power supply device for a communication power supply device, the communication protocol is parsed to obtain a plurality of command information stored in the communication protocol, and each command information is distinguished by a different command name.

The command name is displayed in the form of a tree structure control TreeView tree node in the display interface provided by the monitoring platform. The text content displayed on the display interface is displayed in a language supported by the current operating system.

Step 202: When monitoring the monitoring instruction of the communication power supply device to be monitored on the display interface, obtain Take the command information corresponding to the command name in the monitoring command.

When the user needs to obtain the related information of the communication power device to be monitored, the corresponding command name may be clicked on the display interface, and the monitoring platform forms a monitoring instruction according to the obtained command name, and obtains command information corresponding to the command name in the monitoring instruction. One of the command information includes a command name and a corresponding data packet.

The command information is any one of the following information: real-time data command information, control command information, real-time alarm command information, parameter setting command information, and historical data command information; the corresponding command name is any one of the following names: Real-time data command name, control command name, real-time alarm command name, parameter setting command name, and historical data command name.

Step 203: Generate instruction information according to the acquired command information, and send the instruction information to the communication power supply device to be monitored.

The command information is generated according to the acquired data of the command information, and the command information is sent to the communication power supply device to be monitored, wherein the monitoring platform and the communication power supply device to be monitored perform information transmission in the form of a data packet.

Step 204: Obtain the data information of the to-be-monitored communication power supply device carried in the response information fed back by the communication power supply device to be monitored according to the instruction information, and monitor the communication power supply device to be monitored.

After the command information is sent to the communication power supply device to be monitored, the communication power supply device to be monitored feeds back the response information to the monitoring platform according to the instruction information, and after obtaining the response information fed back by the communication power supply device to be monitored, acquiring the carried information to be monitored in the response information The data information of the communication power supply device is monitored according to the data information to be monitored by the communication power supply device.

A response message according to an instruction information feedback is any one of the following information: real-time data information, control information, real-time alarm information, parameter setting information, and historical data information.

Real-time data information includes: general segment information of communication power system, AC segment information, rectifier segment information, DC segment information, environmental segment information, lead-acid battery segment information, iron-lithium battery segment information, and other parts of analog quantity, alarm amount, and switch Information such as quantity and device properties and system version.

When refreshing real-time data, it includes automatic refresh and manual refresh. In the automatic refresh mode, you can customize the automatic refresh interval. In the real-time data manual refresh mode, the user clicks the real-time data command name of the monitoring platform display interface, and can send the data packet of the command information corresponding to the command name to the communication power supply device to be monitored, and receive and parse the response information, and the response information The display interface output is displayed according to the specific data name and current value corresponding to the command name. In the automatic refresh mode, it is not necessary to manually double-click the real-time data command name, and the data packet of the command information corresponding to the selected tree node command name is sent according to the set time requirement interval, and the current response information is continuously updated. UI.

The control information includes all control quantity command information required by the communication protocol, and the communication power supply device can be remotely controlled by the control information.

The real-time alarm information includes all alarm information sent by the communication protocol.

When the real-time alarm information is refreshed, it includes: auto-refresh mode and manual refresh mode. In the auto-refresh mode, the interval is set to be refreshed. In the manual refresh mode, the user needs to perform operations before refreshing.

The parameter setting information includes the parameter quantity command information required by the communication protocol, and the parameter setting information is used to separately obtain and set parameters of different sub-device segments such as general segment information, AC segment information, and rectifier segment information, and the same sub-device can also be set at the same time. One or more parameters of the segment.

The monitoring platform reads the communication protocol corresponding to the communication power device by importing the protocol file information, and performs parsing processing to convert it into identifiable instruction information.

The monitoring platform switches the Chinese and English language operating system installation environment through language setting information. It is a Chinese operating environment on the Chinese WINDOWS (WIN7/WIN8) operating system; it is an English operating environment in the English WINDOWS operating system. It can be switched to the English interface on the Chinese operating system. Switch to Chinese interface on English operating system.

The monitoring platform realizes the serial port RS232 communication function through the serial port configuration information, and completes the underlying communication serial port configuration, including the serial port number, baud rate, parity bit, stop bit and data bit, and can be set. Set the serial port and baud rate.

The historical data information includes all historical records required by the communication protocol, mainly including historical data and historical alarm information, and the monitoring platform downloads historical data information according to the EXCEL format and saves it on the local PC.

The monitoring platform performs data exchange of the serial communication protocol by displaying the communication frame information, provides the user with a detailed serial communication frame to send the data packet and receive the data packet, and can export the data to the local for viewing in the form of a txt text file, or can be cleared in time. Window communication frame packet information.

It should be noted that before displaying the corresponding content on the display interface, a method for displaying interface language switching is also provided, as shown in FIG. 3, including:

Step 301: Generate a language switching configuration file.

The language switching configuration file may include a Chinese-English switching configuration file, a Chinese-Chinese switching configuration file, an English-French switching configuration file, and the like. The language switching configuration file in the embodiment of the present invention is described by taking the Chinese and English switching configuration files as an example. According to the communication protocol of the communication power supply device, all the Chinese information and its corresponding English translations are stored in a table named Chinese-English Switch.xls, and the Chinese and English switching configuration files are generated. The Chinese information in the Chinese-English switching configuration file and the corresponding English translation can cover all the data names in the communication protocol commonly used by the communication power supply device as much as possible, so that the monitoring platform of the embodiment of the present invention can support the communication power supply device by using the Chinese-English interface. monitor.

Step 302: Store the language switching configuration file in a completely qualified path of the current working directory.

Among them, the key technologies used to achieve Chinese and English display are: generic dictionary Dictionary, singleton mode, multi-threading. In addition, the monitoring platform can realize the multi-language display customization requirement, and only needs to modify the Chinese-English configuration table file in the installation path to translate the Chinese-English translation into other languages, and change the display interface control button name text attribute in the corresponding monitoring platform code. Without modifying the business module code such as other protocol parsing and serial data processing.

The Chinese information in the Chinese-English switching configuration file and the corresponding English translation are initialized and stored using the generic dictionary Dictionary method. When Dictionary<string,string> is used to store Chinese and English switching profile information, all Chinese information is used as a key (Key), and the corresponding English translation is used as a value (Value), without any data type conversion. The definition of Chinese and English information Dictionary is as follows:

Public Dictionary<String,String>ChinTOEngList=new Dictionary<String,String>().

The method of displaying Chinese and English by using Dictionary<String, String> is: If a string of Chinese characters such as "battery voltage" needs to be displayed in English, then only need to add "Chinese-English Switch.xls" in the Chinese-English switch configuration file. "Battery voltage" and its English translation "Batt.Volt.", and you can use ChinTOEngList "battery voltage" directly when you need to display "battery voltage" in English.

Step 303: Acquire a language determination instruction, and invoke a preset corresponding language switching configuration file according to the language determination instruction and a language supported by the current operating system.

Obtain the language determination instruction input by the user, and then call the corresponding switching configuration file. For example, the current operating system supports the English display. After obtaining the Chinese determination instruction input by the user, the Chinese and English switching configuration file needs to be called.

It should be noted that, in order to meet the Chinese and English language adaptive environment, the monitoring platform can be adaptively adjusted to the Chinese or English interface according to the Chinese/English operating system of the computer, and only needs to be obtained according to the main interface object constructor when adjusting. The type of computer operating system, and then use the corresponding statement code: C# statement:

System.Threading.Thread.CurrentThread.CurrentCulture.ThreeLetterWind owsLanguageName can be, if the statement is "CHS" or "CHT", then the current PC (personal computer, personal computer) operating system is Chinese operating system, otherwise it is considered English operating system At the same time, the single-case mode single-class variable is used to record the Chinese and English status.

The Chinese and English states saved by the singleton class variables are obtained in addition to the PC/English operating system. The Chinese and English display can be switched on the monitoring platform visual language setting sub-window interface, thereby changing the current Chinese and English display state, thereby changing the value of the single-case variable, so that the Chinese interface can be switched to the English interface display, also in English. The operating system can be switched to the Chinese interface display.

Step 304: Switch the language supported by the current operating system to the language corresponding to the language determination instruction according to the corresponding language switching configuration file and the language determination instruction.

When the obtained Chinese and English display status is an English scene, the Chinese information to be displayed is directly used to read the corresponding English value in the Dictionary type variable ChinTOEngList for display; when the obtained Chinese and English display status is Chinese scene, the direct display is based on Chinese information parsed by the communication protocol.

The display related to the control on the display platform of the monitoring platform can modify the Text property of the control according to the value of the single-case variable in the English-Chinese state of the record. The display of the visual information such as real-time data and real-time alarm generated on the interface is adopted. The Dictionary method implements the display of corresponding Chinese and English information.

The monitoring platform provides a method for displaying interfaces in different languages. The switching language interface displays high real-time performance, and the information analysis and display of real-time data command information and real-time alarm command information are accurate and timely, which proves the feasibility of realizing the display method in different language interfaces.

In the embodiment of the present invention, the monitoring instruction further includes: when acquiring the first instruction of all the parameter information of the communication power supply device to be monitored, as shown in FIG. 4, the method may further include the following steps:

Step 401: Extract all the acquisition parameter command information included in the first instruction, and form a collection parameter command information set.

Step 402: Generate a corresponding instruction information set according to the acquiring parameter command information set.

Step 403: Send a corresponding instruction information set to the communication power supply device to be monitored.

Step 404: Obtain batch parameter information of the to-be-monitored communication power device carried in the response information set fed back by the communication power device to be monitored according to the corresponding instruction information set;

Step 405: Monitor the communication power supply device according to the obtained batch parameter information.

Specifically, after extracting all the acquisition parameter command information included in the first instruction, composing the acquisition parameter command information set, and then generating corresponding instruction information for each acquisition parameter command information, forming an instruction information set, and then sending the instruction information set The communication power supply device to be monitored receives the batch parameter information of the communication power supply device to be monitored carried in the response information set fed back according to the corresponding instruction information set, and monitors the communication power supply device according to the obtained batch parameter information. .

It is to be noted that after obtaining the batch parameter information of the to-be-monitored communication power supply device carried in the response information set that is to be monitored by the communication power supply device to be monitored according to the corresponding instruction information set, as shown in FIG. 5, the method further includes:

Step 501: Compare the first parameter information acquired in advance with the batch parameter information.

Step 502: When there are different parameters in the first parameter information and the batch parameter information, the batch parameter information is changed according to the first parameter information, and the changed batch parameter information is imported into the communication power supply device to be monitored;

Step 503: Perform parameter configuration and real-time monitoring on the communication power supply device to be monitored according to the batch parameter information of the communication power supply device to be monitored.

Specifically, the batch parameter information fed back by the communication power supply device to be monitored is stored in the List type structure variable V1, and the obtained first parameter information is stored in the List type structure variable V2, and each of the structural variable variables V1 and V2 is compared. Whether the current value of the parameter is equal. The first parameter information is parameter information required by the user.

When the current values of the respective parameters in V1 and V2 are equal, the information in the structure variable V1 is saved, and the monitoring information is generated based on the information in the structure variable V1. When the current values of the respective parameters in V1 and V2 are not equal, the batch parameter information in the structure variable V1 is changed according to the current value of the parameter in V2, and the batch parameter information in the changed structure variable V1 is saved, and The batch parameter information in the changed structure variable V1 is sent to the communication power supply to be monitored. The batch parameter information in the modified structure variable V1 is imported into the communication power supply device to be monitored, and the parameters of the communication power supply device to be monitored are determined according to the batch parameter information of the communication power supply device to be monitored, that is, the batch parameter information saved by the monitoring platform. Configure and monitor in real time to generate monitoring information.

The monitoring platform can realize the rapid import and export of all parameters of the communication power supply device, and can export all the parameter information of the communication power supply device to generate an EXCEL form file, which can be stored in the computer; and can import the parameter configuration EXCEL form file in the computer into the communication power supply device. It is convenient for users to quickly complete batch configuration of parameters.

It should be noted that, when monitoring the communication power supply device to be monitored, the generated monitoring information is notified to the user through the display interface, and the user obtains corresponding monitoring information according to the display interface. Among them, different menu options are set on the display interface, and the user clicks the corresponding option according to the requirement. When the user needs to view the historical data information of the communication power device, select the corresponding option through the submenu of the main interface to enter the history downloading process.

The monitoring platform includes a UI thread unit, which is responsible for display and corresponding scheduling of various function applications, and provides function menu layout, real-time information, real-time alarm, parameter setting, remote control, history, automatic refresh setting, serial port configuration and topology. Such interface display, through this interface can also enter other functional interfaces, and interface integration and beautification design, improve the interactive and easy to use monitoring platform.

The UI thread unit creates a command sub-thread, and the sub-thread can send real-time data command information, real-time data refresh command information, control command information, real-time alarm command information, real-time alarm refresh command information, and parameter setting command information.

It should be added that when the Chinese-English interface is switched, all the information of the display interface of the monitoring platform can be updated by the command sub-thread to the language state to be displayed.

The function menu module of the monitoring platform display interface mainly includes submenus such as files, settings, functions, and the like. The file submenu includes import protocol files, import parameter files, and export parameter files. Its function is to import and parse a variety of different communication protocol files, and batch import and export all parameters of the currently monitored communication power supply device.

The setting submenu can be used to control the RS232 serial port data communication, and at the same time, the display interface of the monitoring platform can be switched between languages and displayed in different languages, that is, the configuration file is switched by changing the language of the monitoring platform installation package without changing the software. Display of different languages for all data content of different protocols.

The function submenu is used to display all data frame information of the serial communication communication between the communication power supply device to be monitored and the monitoring platform in real time, and save the communication frame data information to the local. It can also be used to download and save all historical data information and historical alarm information of the communication power supply to be monitored.

In the second embodiment of the present invention, all the command information distinguished by the command name in the communication protocol of different formats pre-established between different communication power supply devices is extracted; when the monitoring instruction of the communication power supply device to be monitored is displayed on the display interface, The communication power supply device to be monitored sends the instruction information generated according to the monitoring instruction, wherein the monitoring instruction includes the corresponding command name, and obtains the data information of the communication power supply device to be monitored carried in the response information fed back by the communication power supply device to be monitored according to the instruction information, and treats Monitor communication power supplies for monitoring. The solution can support multiple background communication protocols, save background software development and debugging time, improve the flexibility of background communication protocol parsing, and provide convenience for remote background monitoring and operation of communication power system, and the communication power supply device does not need to be configured in this solution. The liquid crystal display reduces the hardware cost of the communication power supply device.

Embodiment 3

Embodiment 3 of the present invention provides a monitoring device for a communication power supply device, as shown in FIG.

The extraction module 10 is configured to extract all the command information in the communication protocol with the communication power device, where the communication protocol includes a plurality of command information distinguished by the command name;

The monitoring sending module 20 is configured to receive a monitoring instruction for monitoring the communication power device, wherein the monitoring command includes a command name of a command information in a communication protocol with the communication power device;

The monitoring module 30 is configured to acquire response information fed back by the communication power device according to the instruction information, and monitor the communication power device based on the response information.

In a specific embodiment, as shown in FIG. 7, the extraction module 10 includes:

Importing the sub-module 11 configured to import a communication protocol in a corresponding format with the communication power supply device;

The first extraction sub-module 12 is configured to parse the communication protocol and extract all the command information in the communication protocol.

In a specific implementation, the monitoring and transmitting module 20 includes:

The processing sub-module 21 is configured to generate a monitoring instruction according to the command name when it is configured to monitor any one of the command names of all the command information in the communication protocol displayed on the display interface with the communication power supply device.

The first obtaining submodule 22 is configured to acquire command information corresponding to the command name in the monitoring instruction;

The first generation submodule 23 is configured to generate instruction information according to the acquired command information;

The first sending submodule 24 is configured to send the command information to the communication power device.

In a specific implementation, the monitoring instruction further includes: obtaining a first instruction of all parameter information of the communication power device, and the monitoring sending module 20 includes:

The second extraction sub-module 25 is configured to extract all the acquisition parameter command information included in the first instruction, and compose the acquisition parameter command information set;

The second generation sub-module 26 is configured to generate a corresponding instruction information set according to the acquisition parameter command information set;

a second sending submodule 27 configured to send a corresponding instruction information set to the communication power Source device.

In a specific implementation, the monitoring module 30 includes:

The second obtaining sub-module 31 is configured to acquire batch parameter information of the to-be-monitored communication power device carried in the response information set fed back by the communication power device to be monitored according to the corresponding instruction information set;

The first monitoring submodule 32 is configured to monitor the communication power device according to the obtained batch parameter information.

In a specific implementation, the monitoring module 30 further includes:

The comparison sub-module 33 is configured to: after the second acquisition sub-module 31 acquires the batch parameter information of the to-be-monitored communication power supply device carried in the response information set fed back by the communication power supply device to be monitored according to the corresponding instruction information set, the pre-acquired A parameter information is compared with batch parameter information;

The change sub-module 34 is configured to: when the first parameter information and the batch parameter information have different parameters, modify the batch parameter information according to the first parameter information, and import the changed batch parameter information into the communication power device;

The second monitoring sub-module 35 is configured to perform parameter configuration and real-time monitoring on the communication power device according to the batch parameter information of the communication power device to be monitored.

In a specific implementation, the content displayed on the display interface is displayed in a language supported by the current operating system, and the device further includes:

The calling module 40 is configured to acquire a language determining instruction before the extraction module 10 extracts all the command information in the communication protocol with the communication power source device, and invoke the preset corresponding language according to the language determining instruction and the language supported by the current operating system. Switch configuration files;

The switching module 50 is configured to switch the language supported by the current operating system to the language corresponding to the language determining instruction according to the corresponding language switching configuration file and the language determining instruction.

In the embodiment of the present invention, the module is extracted and pre-established with different communication power devices. All command information in the communication protocol of different formats is distinguished by the command name; when monitoring the monitoring command of the communication power supply device to be monitored on the display interface, the command information generated according to the monitoring instruction is sent to the communication power supply device to be monitored, wherein the monitoring information is generated. The command includes a corresponding command name, and obtains data information of the communication power supply device to be monitored carried in the response information fed back by the communication power supply device to be monitored according to the instruction information, and monitors the communication power supply device to be monitored. The solution can support multiple background communication protocols, save background software development and debugging time, improve the flexibility of background communication protocol parsing, and provide convenience for remote background monitoring and operation of communication power system, and the communication power supply device does not need to be configured in this solution. The liquid crystal display reduces the hardware cost of the communication power supply device.

It should be noted that, the device for performing background monitoring on the communication power supply device provided by the embodiment of the present invention is a device applying the foregoing method, and all embodiments of the foregoing method are applicable to the device, and all of the same or similar beneficial effects can be achieved. .

The functions performed by the extraction module 10, the monitoring and transmitting module 20, the monitoring module 30, the calling module 40, and the switching module 50 in the monitoring device of the communication power supply device proposed in the embodiment of the present invention can be implemented by a processor, and of course The specific logic circuit is implemented; wherein the processor may be a processor on a server, and in practical applications, the processor may be a central processing unit (CPU), a microprocessor (MPU), a digital signal processor (DSP), or Field programmable gate array (FPGA), etc.

In the embodiment of the present invention, if the monitoring method of the communication power supply device is implemented in the form of a software function module and sold or used as a stand-alone product, it may also be stored in a computer readable storage medium. Based on such understanding, the technical solution of the embodiments of the present invention may be embodied in the form of a software product in essence or in the form of a software product stored in a storage medium, including a plurality of instructions. A computer device (which may be a personal computer, server, or network device, etc.) is caused to perform all or part of the methods described in various embodiments of the present invention. The foregoing storage medium includes: a USB flash drive, a mobile hard disk, a read only memory (ROM), a magnetic disk, or an optical disk, and the like. The medium of the code. Thus, embodiments of the invention are not limited to any specific combination of hardware and software.

Correspondingly, the embodiment of the present invention further provides a computer storage medium, where the computer storage medium stores a computer program, and the computer program is used to execute the monitoring method of the communication power supply device according to the embodiment of the present invention.

The above is a preferred embodiment of the present invention, and it should be noted that those skilled in the art can also make a number of improvements and retouchings without departing from the principles of the present invention. These improvements and retouchings should also be considered as The scope of protection of the invention.

Claims

A method for monitoring a communication power supply device, the method comprising:

Extracting all command information in a communication protocol with the communication power device, wherein the communication protocol includes a plurality of command information distinguished by a command name;

Receiving a monitoring instruction for monitoring the communication power supply device, wherein the monitoring instruction includes a command name of a command information in a communication protocol with the communication power supply device;

Generating the instruction information based on the monitoring instruction, and transmitting the instruction information to the communication power supply device;

Acquiring the response information fed back by the communication power device according to the instruction information, and monitoring the communication power device based on the response information.
The method of claim 1, wherein the extracting all command information in a communication protocol with the communication power device comprises:

Importing a communication protocol in a corresponding format with the communication power supply device;

Parsing the communication protocol and extracting all command information in the communication protocol.
The method of claim 1, wherein the receiving the monitoring instruction for monitoring the communication power device comprises:

When any one of the command names of all the command information in the communication protocol displayed on the display interface with the communication power source device is selected, the monitoring command is generated according to the command name.
The method of claim 1, wherein the generating the instruction information based on the monitoring instruction to send the instruction information to the communication power device comprises:

Obtaining command information corresponding to the command name in the monitoring instruction;

Generating the instruction information according to the obtained command information;

The instruction information is transmitted to the communication power supply device.
The method of claim 1, wherein the monitoring instruction further comprises: acquiring the location a first instruction for all parameter information of the communication power device;

Correspondingly, the generating the instruction information based on the monitoring instruction, and sending the instruction information to the communication power device, includes:

Extracting all the acquisition parameter command information included in the first instruction to form a collection parameter command information set;

Generating a corresponding instruction information set according to the acquisition parameter command information set;

A corresponding set of instruction information is sent to the communication power device.
The method of claim 5, wherein the obtaining, by the communication power device, the monitoring of the communication power device based on the response message according to the response information fed back by the instruction information comprises:

Obtaining batch parameter information of the communication power device carried in the response information set fed back by the communication power device according to the corresponding instruction information set;

And monitoring the communication power device according to the obtained batch parameter information.
The method of claim 6, wherein the method further comprises: after acquiring the batch parameter information of the communication power device carried in the response information set fed back by the communication power device according to the corresponding instruction information set, the method further comprising:

Comparing the pre-acquired first parameter information with the batch parameter information;

When the first parameter information and the batch parameter information have different parameters, the batch parameter information is changed according to the first parameter information, and the changed batch parameter information is imported into the communication. Power supply equipment;

According to the batch parameter information imported into the communication power device, the communication power device is configured with parameters and monitored in real time.
The method of claim 1, wherein before the extracting all of the command information in the communication protocol with the communication power supply device, the method further comprises:

Acquiring a language determination instruction, determining instructions according to the language and supported by the current operating system The language calls the preset corresponding language switching configuration file;

Switching the configuration file according to the corresponding language and the language determination instruction switch the language supported by the current operating system to the language corresponding to the language determination instruction.
A monitoring device for a communication power supply device, the device comprising:

An extraction module configured to extract all command information in a communication protocol with the communication power device, where the communication protocol includes a plurality of command information distinguished by the command name;

Monitoring a sending module, configured to receive a monitoring instruction for monitoring the communication power device, wherein the monitoring command includes a command name of a command information in a communication protocol with the communication power device;

Generating the instruction information based on the monitoring instruction, and transmitting the instruction information to the communication power supply device;

The monitoring module is configured to obtain response information fed back by the communication power device according to the instruction information, and monitor the communication power device based on the response information.
The apparatus of claim 9, wherein the extraction module comprises:

Importing a submodule configured to import a communication protocol in a corresponding format with the communication power device;

The first extraction submodule is configured to parse the communication protocol and extract all command information in the communication protocol.
The apparatus of claim 9, wherein the monitoring and transmitting module comprises:

The processing submodule is configured to generate the monitoring instruction according to the command name when any one of the command names configured to monitor all the command information in the communication protocol displayed on the display interface with the communication power device is selected.
The apparatus of claim 9, wherein the monitoring and transmitting module comprises:

The first obtaining submodule is configured to acquire command information corresponding to the command name in the monitoring instruction;

a first generation submodule configured to generate the instruction information according to the obtained command information;

The first sending submodule is configured to send the instruction information to the communication power device.
The apparatus according to claim 9, wherein the monitoring instruction further comprises: a first instruction to acquire all parameter information of the communication power supply device;

Correspondingly, the monitoring and sending module comprises:

The second extraction submodule is configured to extract all the acquisition parameter command information included in the first instruction, and form a collection parameter command information set;

a second generation submodule configured to generate a corresponding instruction information set according to the acquisition parameter command information set;

And a second sending submodule configured to send the corresponding instruction information set to the communication power device.
The apparatus of claim 13 wherein said monitoring module comprises:

a second obtaining sub-module configured to acquire batch parameter information of the communication power device carried in the response information set fed back by the communication power device according to the corresponding instruction information set;

The first monitoring submodule is configured to monitor the communication power device according to the obtained batch parameter information.
The device of claim 14, wherein the monitoring module further comprises:

Comparing the submodule, configured to compare the pre-acquired first parameter information with the batch parameter information;

Changing the sub-module, configured to: when the first parameter information and the batch parameter information have different parameters, modify the batch parameter information according to the first parameter information, and change the batch Parameter information is imported into the communication power supply device;

The second monitoring submodule is configured to perform parameter configuration and real-time monitoring on the communication power device according to the batch parameter information that is imported into the communication power device.
The apparatus of claim 9 wherein said apparatus further comprises:

The calling module is configured to acquire a language determining instruction according to the language determining instruction and a language supported by the current operating system to preset a corresponding language switching configuration before extracting all command information in the communication protocol between the communication power device and the communication power device file;

And a switching module configured to switch the configuration file according to the corresponding language and the language determining instruction to switch the language supported by the current operating system to a language corresponding to the language determining instruction.
A computer storage medium storing computer executable instructions for performing the monitoring method of the communication power supply device according to any one of claims 1 to 8.