Tool for flexibly converting and checking states of main circuit and bypass circuit and use method of tool

Abstract

The invention relates to the technical field of communication, in particular to a tool for flexibly converting and checking main and bypass states of a line and a use method of the tool, and the tool comprises a configuration file for storing a corresponding relation between an access unit and a processing machine room and a corresponding relation between the access unit and processing equipment; the processing module is used for receiving the processing mode and the access unit name parameter, analyzing the configuration file and automatically logging in corresponding processing equipment; and the instruction generation module is used for generating and executing a corresponding instruction according to the processing mode and the type of the processing equipment so as to realize the conversion or viewing of the line state. Compared with the prior art, the method has the advantages that the manpower demand of the main bypass state conversion and inspection task is reduced; the execution speed is increased, and the possibility of line conversion misoperation is reduced; state comparison check is automatically carried out after line conversion is completed, and it is ensured that an expected success standard is reached; and the compatibility is good, and line adjustment of the access unit does not need to modify the tool.

Description

Technical Field

[0001] The invention relates to the field of communication technology, in particular to a tool for flexibly switching and checking the main bypass state of a line and a use method thereof. Background Art

[0002] When processing services, the existing technology needs to frequently switch and check the status of the main bypass lines on the processing equipment where the access unit is located. This process involves thousands of lines, which are distributed in different processing rooms and equipment. In the workflow, each time the status of the main bypass line is switched, it is necessary to first locate the corresponding room and processing equipment, and then execute specific instructions to complete the switch. After the switch is completed, it is also necessary to check and confirm whether the line status has been successfully switched.

[0003] This method has the following shortcomings: the number of lines is huge, and manual operation is not only time-consuming but also inefficient; after the conversion is completed, the status needs to be manually confirmed, which increases the complexity and time cost of the operation; due to the large number of access units, processing rooms and processing equipment, and the intricate correspondence between them, for example, an access unit may have multiple lines distributed on different devices, or a device needs to process lines from multiple access units. This complexity increases the risk of operational errors and may affect the normal operation of the business; the instructions for performing conversion and status checks on different devices are inconsistent, which increases the difficulty of operation and easily leads to confusion, resulting in conversion or check failures.

[0004] In order to improve efficiency and reduce errors, there is an urgent need to design an automated tool or system to simplify this process and achieve rapid conversion and accurate confirmation of line status. Summary of the invention

[0005] The purpose of the present invention is to overcome the shortcomings of the prior art and provide a tool and a method for using the tool for flexibly switching and viewing the main bypass status of a line, so as to flexibly switch and view the main bypass status of the corresponding lines on the processing device where several designated access units are located.

[0006] In order to achieve the above-mentioned purpose, a tool for flexibly converting and viewing the main bypass status of a line is designed, comprising: a configuration file for storing the correspondence between the access unit and the processing room and the processing equipment; a processing module for receiving the processing mode and access unit name parameters, parsing the configuration file, and automatically logging in to the corresponding processing equipment; an instruction generation module for generating and executing corresponding instructions according to the processing mode and the type of processing equipment to realize the conversion or viewing of the line status.

[0007] Preferably, the tool for flexibly converting and viewing the main bypass status of the line provided by the present invention also has other technical features, including a log module that records key information during the operation of the tool and stores it on the hard disk to generate a searchable log file.

[0008] The present invention also provides a method for flexibly converting and viewing the main bypass status of the line using the above-mentioned tool, and the method steps include: recording the correspondence between the lines of all access units and the processing rooms and equipment in a configuration file; receiving and passing in the processing mode and access unit name parameters; parsing the configuration file, finding and confirming the existence of the access unit; logging in to the corresponding processing equipment, and viewing or converting the main bypass status of the line; if it is a state conversion, automatically querying and comparing the current line status with the expected status, and outputting the conversion result.

[0009] Preferably, the method for flexibly converting and checking the main and bypass status of lines provided by the present invention also has other technical features, wherein, in step S2, there are three types of incoming modes: converting the line to the main line mode, converting the line to the bypass mode and checking the current line status; the access unit name parameter includes a single access unit, multiple access units and all access units.

[0010] Preferably, the method for flexibly converting and viewing the main and bypass status of lines provided by the present invention also has other technical features, wherein, in step S4, when the incoming processing mode is to convert the line to the main mode or to convert the line to the bypass mode, the tool prompts a successful conversion or a failed conversion based on the operating status returned by the processing device. After the conversion is completed, the tool automatically queries the current status of the line, and compares it with the expected conversion status to determine whether the output meets expectations. If it does not meet expectations, it is marked in red and a prompt that does not meet expectations is printed; when the incoming processing mode is to view the current line status, the tool prints the line status output returned by the processing device.

[0011] Compared with the prior art, the present invention has the following advantages: 1. By fully automating the process of parsing the corresponding relationship between the access unit and the equipment in the processing room and executing specific commands, the manpower requirements are greatly reduced. Users only need to master how to use this tool to easily complete the conversion and inspection tasks of the main bypass status.

[0012] 2. Compared with the traditional method of manually logging into the device and executing instructions, the automation tool significantly improves the execution speed and effectively reduces the possibility of line conversion errors due to operational errors.

[0013] 3. The tool supports automatic status comparison check after the line conversion is completed, thereby ensuring that each line conversion can meet the expected success standards.

[0014] 4. The tool has good compatibility. When adjusting the access unit line, the user only needs to update the corresponding relationship in the configuration file without making any modifications to the tool itself, ensuring the flexibility and convenience of operation. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 , is the work flow chart of the present invention. DETAILED DESCRIPTION

[0016] In order to make the purpose, principle and structure of the present invention more clear, it is further described below in conjunction with the drawings and specific embodiments.

[0017] The present invention provides a tool for flexibly switching and viewing the main bypass state of a line and a method for flexibly switching and viewing the main bypass state of a line using the tool, the tool comprising: An efficient and flexible tool for switching and monitoring the main bypass status of the line, its core components include: Configuration file: This file stores the detailed correspondence between the access unit and the processing room and processing equipment, providing the necessary mapping information for the tool.

[0018] Processing module: This module is responsible for receiving the processing mode and access unit name specified by the user as input parameters. It parses the configuration file, automatically identifies and logs in to the corresponding processing device, and realizes automated device access.

[0019] Instruction generation module: Based on the processing mode selected by the user and the type of processing equipment, this module intelligently generates and executes the correct instructions to complete the line status conversion or viewing tasks.

[0020] Log module: This module is responsible for recording all key operations and status changes during the operation of the tool. It stores this information on the hard disk to form a log file that is easy to query and analyze, making it easier for users to track operation history and perform troubleshooting.

[0021] How to use the tool include: Step S101: Record the correspondence between all access unit lines and processing rooms and equipment in a configuration file.

[0022] Step S201: Input processing mode and access unit name parameters. There are three input modes: convert line to main line mode, convert line to bypass mode, and check current line status. The access unit name parameter supports single access unit, multiple access units, and all access units.

[0023] Step S301: Parse the configuration file and store the corresponding relationship in the memory.

[0024] Step S401: According to the input access unit parameters, search the memory to see whether the input access unit list exists.

[0025] Step S402: If the incoming access unit cannot be found in the memory, the tool will terminate its operation and prompt that the incoming access unit does not exist.

[0026] Step S403: If the input access unit is found in the memory, obtain the device list corresponding to each input access unit.

[0027] Step S501: Log in to the device list obtained in step S401 in sequence, and check the login device type through commands.

[0028] Step S601: According to the input processing mode parameters and the device type obtained in step S501, the complete instruction to be issued is determined, and the instruction is directly issued and executed on the device.

[0029] Step S602: If the processing mode in step S601 is to switch the line to the main line mode or to switch the line to the bypass mode.

[0030] The tool will prompt the conversion success or failure based on the operation status returned by the processing device. After the conversion is completed, the tool will also automatically query the current status of the conversion line and compare it with the expected status after the conversion to determine whether the output meets expectations. If it does not meet expectations, the tool will print a red message indicating that it does not meet expectations.

[0031] Step S603: If the processing mode in step S601 is to view the current line status, the tool will print out the line status returned by the processing device.

[0032] Step S701: The tool stores all information obtained during the operation process to the hard disk and writes logs to the disk. The log name is the start time of each tool operation to facilitate the search of important information.

[0033] The above description is only a specific implementation mode of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent substitutions or changes according to the technical solutions and novel concepts of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A tool for flexibly switching and viewing the main bypass status of a line, characterized by include: A configuration file storing the corresponding relationship between the access unit and the processing room and the processing equipment; A processing module, used to receive processing mode and access unit name parameters, parse the configuration file, and automatically log in to the corresponding processing device; An instruction generation module generates and executes corresponding instructions according to the processing mode and the type of processing device to realize the conversion or viewing of the line status.

2. A tool for flexibly switching and viewing the main bypass status of a line as claimed in claim 1, characterized in that It also includes a log module that records key information during the operation of the tool and stores it on the hard disk to generate a queryable log file.

3. A method for flexibly switching and checking the main bypass status of a line using the tool as claimed in claim 1, characterized in that The method steps include S1. Record the correspondence between the lines of all access units and the processing rooms and equipment in the configuration file; S2 receives and passes in the processing mode and access unit name parameters; S3. Parse the configuration file, find and confirm the existence of the access unit; S4. Log in to the corresponding processing device and issue instructions to the device in combination with the corresponding incoming processing mode; S5. Store the information obtained during the operation into the hard disk and record it as a data log.

4. A method for flexibly switching and checking the main bypass status of a line as claimed in claim 3, characterized in that The method is specifically as follows: In step S2, There are three incoming modes: convert line to main line mode, convert line to bypass mode and check current line status; The access unit name parameter includes a single access unit, multiple access units and all access units.

5. A method for flexibly switching and checking the main bypass status of a line as claimed in claim 4, characterized in that The method is specifically as follows: In step S4, When the incoming processing mode is to convert the line to the main line mode or the bypass line mode, the tool prompts whether the conversion is successful or failed according to the operation status returned by the processing device. After the conversion is completed, the tool automatically queries the current status of the line and compares it with the expected conversion status to determine whether the output meets expectations. If it does not meet expectations, it is marked in red and a prompt of non-conformity is printed; When the incoming processing mode is to view the current line status, the tool will print out the line status returned by the processing device.

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