CN106998271B - Automatic adaptation processing system and method - Google Patents
Automatic adaptation processing system and method Download PDFInfo
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- CN106998271B CN106998271B CN201710346381.2A CN201710346381A CN106998271B CN 106998271 B CN106998271 B CN 106998271B CN 201710346381 A CN201710346381 A CN 201710346381A CN 106998271 B CN106998271 B CN 106998271B
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- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0876—Aspects of the degree of configuration automation
- H04L41/0886—Fully automatic configuration
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Abstract
An automatic adaptation processing system and method, the said system includes the server inputs the terminal station, server information management module, network equipment information management module, network configuration information management module, system management terminal and network equipment and logs on the configuration module; the system management terminal inputs network equipment users, network equipment passwords and network equipment login modes into the network equipment login configuration module, and the network configuration information management module automatically inputs specific configuration commands to corresponding network equipment according to the server information and the network equipment information to complete a network configuration process; therefore, intensive utilization of server network information and network equipment information is realized, and the flexibility, maintainability and fault-tolerant capability of processing are improved to the maximum extent.
Description
Technical Field
The invention relates to the technical field of automatic processing of equipment networks, in particular to an automatic adaptation processing system and method based on a large network.
Background
With the construction of an information data center, the number of server equipment deployed in a large-scale data center machine room increases in a geometric progression, network equipment with different configuration commands are interconnected in a complex logical topology, and when a certain server of the data center is on line, different commands are selected to provide network access services for network equipment of different brands according to information such as the position of the server, internet access network numbers and the like.
According to the traditional processing method, network equipment configuration needs to be manually carried out according to the knowledge reserve of a network engineer and server information, and due to the fact that the configuration commands of network equipment of various brands are different, the requirement on manual operation is very high, and the situations of command inconsistency or manual operation errors often occur.
Such conventional and typical command configuration methods cannot meet the requirements of development in the technical field in many aspects such as fast on-line of equipment, fault tolerance, flexibility, maintainability and the like.
Disclosure of Invention
The invention aims to overcome the defects of the command configuration mode of the existing data center network equipment, and provides an automatic adaptation processing system and method based on a large network.
In order to achieve the above purpose, the automatic adaptation processing system provided by the invention comprises a server input terminal, a server information management module, a network equipment information management module, a network configuration information management module and a network equipment login configuration module; the server entry terminal is used for receiving entered server equipment information; the server information management module is connected with the server input terminal and used for analyzing and obtaining a server internet access number and a server IP address according to the server equipment information; the network equipment information management module is connected with the server information management module and is used for acquiring a network configuration command library of equipment corresponding to the server internet access number according to the corresponding relation between the server internet access number and an equipment port in the network equipment module; the network configuration information management module is connected with the server information management module and used for acquiring network segment parameters corresponding to the server IP address according to the server IP address and generating a configuration command according to the network segment parameters and the network configuration command library; the network equipment login configuration module is connected with the network configuration information management module and used for obtaining a preset network equipment login mode and a preset user password according to server equipment information, logging in the network equipment through the network equipment login mode and the user password and completing command configuration of the network equipment by using a configuration command.
In the above automatic adaptation processing system, preferably, the system further includes a system management terminal, and the system management terminal is connected to the server information management module, the network device information management module, the network configuration information management module, and the network device login configuration module, and is configured to provide the network device information management module, the network configuration information management module, and the network device login configuration module for storage according to preset network device information, network segment configuration information, comprehensive wiring information, network device login information, and a network configuration command library.
In the above automatic adaptation processing system, preferably, the server information management module includes a server information storage unit, a port matching unit for a gateway and a network device, and a network segment configuration matching unit; the server information storage unit is used for storing the server equipment information input by the user through the server information input terminal; the network port and network equipment port matching unit is used for extracting server network port number information in the server equipment information and matching the network equipment and the port thereof corresponding to the server through the server network port number information and the comprehensive wiring information; the network segment configuration matching unit is used for extracting server IP address information in the server equipment information, calling the server IP address to compare with the network segment configuration of the network equipment through the network segment configuration information, and obtaining the ID parameter or Trunk configuration parameter of the network segment according to the comparison result.
In the above automatic adaptation processing system, preferably, the network device information management module includes a network device information storage unit, a device login information matching unit, and a device brand and model matching unit; the network equipment information storage unit is used for storing network equipment information and comprehensive wiring information which are input by a user through a system management terminal; the equipment login information matching unit is used for matching a network equipment address in the network equipment information with the network equipment login configuration module, calling an equipment user name and a password and a login mode stored in the network equipment login configuration module, and logging in network equipment; the equipment brand and model matching unit is used for storing network equipment information, entering a corresponding network equipment configuration command library through brand and model information of network equipment in the network equipment information, and acquiring a configuration command.
In the above automatic adaptation processing system, preferably, the network configuration information management module includes a network configuration command library, and the network configuration command library is configured to store the network configuration command library and call a corresponding configuration command according to brand model information corresponding to the network device.
The invention also provides an automatic adaptation processing method, which comprises the following steps: receiving input server equipment information; analyzing and acquiring a server internet access number and a server IP address according to the server equipment information; acquiring a network configuration command library of equipment corresponding to the server internet access number according to the corresponding relation between the server internet access number and an equipment port in a network equipment module; acquiring network segment parameters corresponding to the server IP address according to the server IP address, and generating a configuration command according to the network segment parameters and the network configuration command library; and obtaining a preset network equipment login mode and a user password according to the network equipment information, logging in the network equipment through the network equipment login mode and the user password, and completing command configuration on the network equipment by using a configuration command.
In the above automatic adaptation processing method, preferably, the server device information includes a server brand, a server model, a server location, a server portal number, and a server ip address; the network equipment information comprises a network equipment brand, a network equipment model, a network equipment management address, a network equipment port, comprehensive wiring information, a network equipment position and network segment configuration information; the comprehensive wiring information comprises the corresponding relation between the wiring label information and the network equipment and the ports thereof.
In the foregoing method, preferably, obtaining, according to a correspondence between the server portal number and a device port in a network device module, a network configuration command library of a device corresponding to the server portal number includes: acquiring network equipment information and network equipment port information according to the server network port number and the comprehensive wiring information; acquiring a network equipment brand, a network equipment model and a network equipment management address according to the network equipment information and the network equipment port information; acquiring a network equipment user, a password and a login mode according to the network equipment management address; and obtaining a corresponding network configuration command library according to the brand and the model of the network equipment.
In the foregoing method, preferably, obtaining, according to the server IP address, a network segment parameter corresponding to the server IP address includes: and calling the server IP address and the network segment configuration of the network equipment for comparison according to the server IP address and the network segment configuration information, and obtaining the ID parameter of the network segment in which the server IP address is located according to the comparison result.
In the above automatic adaptation processing method, preferably, the receiving the entered server device information further includes: and matching the server equipment information with data in a database, and outputting modification confirmation when the server equipment information exists in the database.
The invention has the beneficial technical effects that: 1. the labor cost is reduced, the number of server equipment deployed in a large-scale data center machine room is large, network equipment of various brands are interconnected in a complex logic topology, high requirements on knowledge storage and experience of engineers are met, and in addition, a manual operation method is repeated and a large misoperation risk exists. The invention can solve the problems and remarkably reduce the labor cost.
2. The automatic response is timely and quick, the online efficiency of the server equipment is improved, and the server equipment, the network equipment and the operation records are synchronously managed and stored.
3. The invention defines each module, can conveniently and rapidly add and delete server information, network equipment information, network configuration information and command library, can delete by adding in the brand, model and command library of the network equipment under the condition of simultaneously having various brands of network equipment, such as Cisco, Huashi, Huasan, Sharp and the like, can automatically call after once defining, and can complete the work by a large amount of manual repeated operations before completing.
4. The system is easy to use, and after the command library is maintained for the first time, the subsequent automatic operation and configuration are completed according to the information of the server equipment by defining various modules for calling, so that the operation according to professional skills is not needed, the requirement on the operation skills is reduced, and the system is easy to use.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the principles of the invention. In the drawings:
FIG. 1 is a system structure diagram of an automatic adaptation processing system based on a large network according to the present invention;
FIG. 2 is a block diagram of a server information management module of the system for automatic adaptation over large networks according to the present invention;
FIG. 3 is a block diagram of a network device information management module of the system for automatic adaptation over large networks according to the present invention;
FIG. 4 is a diagram of a network configuration information management module of the system for automatic adaptation based on large-scale network according to the present invention;
FIG. 5 is a block diagram of a network device login configuration module of the system for automatic adaptation over large networks according to the present invention;
FIG. 6 is a flowchart of the operation of the system for automatic adaptation based on large scale network;
fig. 7 is a flow chart of network automatic adaptation processing of the automatic adaptation processing method based on a large network according to the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the present invention is described in further detail below with reference to the embodiments and the accompanying drawings. The exemplary embodiments and descriptions of the present invention are provided to explain the present invention, but not to limit the present invention.
Referring to fig. 1, the automatic adaptation processing system provided by the present invention includes a server entry terminal 1, a server information management module 2, a network device information management module 3, a network configuration information management module 4, and a network device login configuration module 5; the server entry terminal 1 is used for receiving entered server equipment information; the server information management module 2 is connected with the server input terminal 1 and used for analyzing and obtaining a server internet access number and a server IP address according to the server equipment information; the network equipment information management module 3 is connected with the server information management module 2 and is used for acquiring a network configuration command library of equipment corresponding to the server internet access number according to the corresponding relation between the server internet access number and an equipment port in the network equipment module; the network configuration information management module 4 is connected with the server information management module 2 and is used for acquiring network segment parameters corresponding to the server IP address according to the server IP address and generating a configuration command according to the network segment parameters and the network configuration command library; the network device login configuration module 5 is connected with the network configuration information management module 4 and is used for obtaining a preset network device login mode and a preset user password according to server device information, logging in the network device through the network device login mode and the user password and completing command configuration of the network device by using a configuration command.
In a preferred embodiment of the present invention, the system further includes a system management terminal 6, where the system management terminal 6 is connected to the server information management module 2, the network device information management module 3, the network configuration information management module 4, and the network device login configuration module 5, respectively, and is configured to provide the network device information management module 3, the network configuration information management module 4, and the network device login configuration module 5 with the system management terminal 6 for storage according to the preset network device information, network segment configuration information, integrated wiring information, network device login information, and network configuration command library.
Referring to fig. 1 again, in actual work, in the automatic adaptation processing system provided by the present invention, the service information input terminal 1 is connected to the server information management module 2, the server information management module 2 is connected to the network device information management module 3, the network device information management module 3 is connected to the network configuration information management module 4, the network configuration information management module 4 is connected to the network device login configuration module 5, and the system management terminal 6 is connected to the server information management module 2, the network device information management module 3, the network configuration information management module 4, and the network device login configuration module 5, respectively.
When the automatic adaptation processing system runs, the server information input terminal 1 inputs the server information into the server management module 2, the system management terminal 6 inputs the network equipment information (including brand, network equipment model, network equipment management address, network equipment port, network equipment position, network segment information and comprehensive wiring information) and the network configuration command library into the network equipment information management module 3 and the network configuration information management module 4, and inputs the network equipment user, the network equipment password and the network equipment login mode into the network equipment login configuration module 5, and the network configuration information management module 4 automatically inputs a specific configuration command to corresponding network equipment according to the server information and the network equipment information to complete the network configuration process. Wherein, each unit realizes the following functions:
the server information input terminal 1 is used for inputting server information, and the server equipment information comprises a server brand, a server model, a server position, a server internet access number and a server ip address.
And the server information management module 2 is used for receiving the server equipment information input by the server information input terminal 1, and detecting, storing and analyzing the server equipment information.
And the network equipment information management module 3 is used for receiving network equipment information input by the system management terminal 6 according to the managed network equipment condition, storing the network equipment information after checking the network equipment information, providing analysis and calling the network equipment information, and the network equipment information comprises a network equipment brand, a network equipment model, a network equipment management address, a network equipment port, comprehensive wiring information and a network equipment position. The comprehensive wiring information comprises the corresponding relation between the wiring label information and the network equipment and the ports thereof.
And the network configuration information management module 4 is used for receiving network segment configuration information which is input by the system management terminal 6 according to the managed network configuration condition, storing the network segment configuration information after checking the network segment configuration information, providing analysis and calling, and corresponding to respective network configuration command libraries of different brands.
And the network device login configuration module 5 is configured to automatically perform device login and device configuration operations according to a network device user, a network device password, and a network device login manner, which are transmitted from the system management terminal 6, store information such as the network device user, the network device password, a network device address, and the network device login manner, and complete port configuration of the access layer network device by calling network segment configuration information on the core layer network device and then calling a configuration command from a network configuration command library of the corresponding access layer network device in cooperation with the network segment configuration information of the core layer network device.
And the system management terminal 6 is used for inputting information required by the network equipment information management module 3, the network configuration information management module 4 and the network equipment login configuration module 5, and specifically comprises administered network equipment information, network segment configuration information, comprehensive wiring information, network equipment login information, a network configuration command library and the like.
Referring to fig. 2, in a preferred embodiment of the present invention, the server information management module 2 includes a server information storage unit 21, a port and network device port matching unit 22, and a network segment configuration matching unit 23; the server information storage unit 21 is configured to store server device information entered by a user through the server information entry terminal; the network port and network device port matching unit 22 is configured to extract server network port number information in the server device information, and match a network device and a port thereof corresponding to the server with the comprehensive wiring information through the server network port number information and the comprehensive wiring information; the network segment configuration matching unit 23 is configured to extract server IP address information in the server device information, call a network segment configuration of the network device to compare the server IP address with the network segment configuration of the server device through the network segment configuration information, and obtain an ID parameter or a Trunk configuration parameter of a network segment where the server IP address is located according to a comparison result.
To more clearly describe the server information management module 2 provided by the present invention, please refer to fig. 2 again, after the server information storage unit 21 receives and stores the server device information transmitted from the server information input terminal 1, the network port and network device port configuration unit 22 processes the server network port number to obtain the corresponding network device and its port; and the network segment configuration matching unit 23 processes the IP address of the server to obtain the network segment parameters. The server information storage unit 21 is mainly used for storing server device information entered by a user through the server information entry terminal 1, and includes a server brand, a server model, a server position, a server portal number, and a server IP address. The network port and network device port matching unit 22 is connected with the server information management module 2 and the network device information management module 3, and is used for extracting the server network port number information stored in the server information storage unit 21, namely when network comprehensive wiring is performed, the specific port of which specific switch the network cable is connected to is clearly indicated in the form of a binding label on the cable, so that the network port number of the server can be matched with the specific network device and the port thereof through the comprehensive wiring information. And the network segment configuration matching unit 23 is connected with the server information management module 2 and the network configuration information management module 4, and is used for extracting the server IP address information stored in the server information storage unit 21, calling the server IP address to compare with the network segment configuration of the core layer network equipment through the network segment configuration information, and determining the ID parameter or Trunk configuration parameter of the network segment in which the server IP address is located.
Referring to fig. 3, in a preferred embodiment of the present invention, the network device information management module 3 includes a network device information storage unit 31, a device login information matching unit 32, and a device brand and model matching unit 33; the network device information storage unit 31 is used for storing network device information and comprehensive wiring information which are input by a user through a system management terminal; the device login information matching unit 32 is configured to match a network device address in the network device information with the network device login configuration module, and call a device username and password and a login manner stored in the network device login configuration module to log in the network device; the device brand and model matching unit 33 is configured to store network device information, and enter a corresponding network device configuration command library through the brand and model information of the network device in the network device information to obtain a configuration command. In actual operation, the network device information storage unit 31 is mainly used for storing the network device information and the integrated wiring information which are input by the user through the system management terminal 6. The network equipment information comprises a network equipment brand, a network equipment model, a network equipment management address, a network equipment port and a network equipment position, and the comprehensive wiring information comprises the corresponding relation between wiring label information and the network equipment and the port thereof; the device login information matching unit 32 matches the network device login configuration module 5 with the network device address, and calls the device username and password and the login mode stored in the network device login configuration module 5 to realize the automatic login of the device. (ii) a The device brand and model matching unit 33 is connected with the network device information management module 3 and the network configuration information management module 4, and is used for storing the managed multi-brand and multi-model network device information, entering the corresponding network device configuration command library through the brand and model information of the network device, and obtaining the result of the network configuration command library required to be called.
Referring to fig. 4 to 5, in a preferred embodiment of the present invention, the network configuration information management module 4 includes a network configuration command library 41, configured to store the network configuration command library and invoke a corresponding configuration command according to brand-model information corresponding to a network device. The network device login configuration 5 module calls a user name and a password of the corresponding network device through the device information matching unit 32 to automatically login the device, and then the command calling configuration unit 51 is used for completing command calling and configuration, and inputting the formed command configuration into the specific network device. Thereby completing the entire auto-configuration process.
The invention also provides an automatic adaptation processing method, which comprises the following steps: receiving input server equipment information; analyzing and acquiring a server internet access number and a server IP address according to the server equipment information; acquiring a network configuration command library of equipment corresponding to the server internet access number according to the corresponding relation between the server internet access number and an equipment port in a network equipment module; acquiring network segment parameters corresponding to the server IP address according to the server IP address, and generating a configuration command according to the network segment parameters and the network configuration command library; and obtaining a preset network equipment login mode and a user password according to the network equipment information, logging in the network equipment through the network equipment login mode and the user password, and completing command configuration on the network equipment by using a configuration command.
In the above embodiment, the server device information includes a server brand, a server model, a server location, a server portal number, and a server ip address; the network equipment information comprises a network equipment brand, a network equipment model, a network equipment management address, a network equipment port, comprehensive wiring information, a network equipment position and network segment configuration information; the comprehensive wiring information comprises the corresponding relation between the wiring label information and the network equipment and the ports thereof. Wherein, the obtaining the network segment parameter corresponding to the server IP address according to the server IP address comprises: and calling the server IP address and the network segment configuration of the network equipment for comparison according to the server IP address and the network segment configuration information, and obtaining the ID parameter of the network segment in which the server IP address is located according to the comparison result. The receiving the entered server device information further includes: and matching the server equipment information with data in a database, and outputting modification confirmation when the server equipment information exists in the database.
To more clearly illustrate the flow and steps of the automatic adaptation processing method in actual work, please refer to fig. 6, which includes:
step S601: the server entry terminal 1 receives the entered server device information, including the server brand, the server model, the server position, the server internet access number, the server IP address, and the like.
Step S602: the server information management module 2 matches the server device information, that is, determines whether there is a conflict between the received server device information and the existing information in the database.
Step S603: the server information management module 2 reports the conflict content and pops up a dialog box to prompt the user whether to continue modifying.
Step S604: if the user confirms the modification, the step S605 is executed; and if the user confirms the conflict content and chooses not to modify, stopping the operation and returning to the input page of the server input terminal 1.
Step S605: the server information management module 2 performs a write operation on the received server apparatus information. And meanwhile, the serial number of the server network port and the IP address of the server are respectively transmitted to the network equipment information management module 3 and the network configuration information management module 4.
Step S606: the network device information management module 3 matches the correspondence between the server port number transmitted in step S605 and the device port in the network device module, and invokes the brand model configuration command library corresponding to the device.
Step S607: the network configuration information management module 4 matches the corresponding network segment parameters according to the server IP address transmitted in step S605, and completes the generation of the configuration command by combining the command in step S606.
Step S608: the network device login configuration module 5 automatically selects a corresponding network device login mode and a user password according to the device information, and automatically logs in the network device and completes command configuration.
In the above embodiment, obtaining, according to the correspondence between the server portal number and the device port in the network device module, the network configuration command library of the device corresponding to the server portal number includes: acquiring network equipment information and network equipment port information according to the server network port number and the comprehensive wiring information; acquiring a network equipment brand, a network equipment model and a network equipment management address according to the network equipment information and the network equipment port information; acquiring a network equipment user, a password and a login mode according to the network equipment management address; obtaining a corresponding network configuration command library according to the brand and the model of the network equipment; specifically, please refer to fig. 7:
fig. 7 is a network automatic adaptation processing flow chart of the automatic adaptation processing method based on the large network of the present invention, which is a detailed processing procedure of two steps S606 and S607, and the network automatic adaptation processing flow includes:
step S701: and acquiring the input network port number information of the server, and delivering the information to the network port and network equipment port matching unit 22 for processing.
Step S702: and acquiring the IP address or Trunk interface of the input server, and handing the IP address or Trunk interface to the network segment configuration matching unit 23 for processing.
Step S703: the network port and network device port matching unit 22 queries the integrated wiring information and determines specific network devices and specific network device port information.
Step S704: the network segment configuration matching unit 23 determines the ID parameter or Trunk configuration parameter of the network segment where the IP address of the server is located.
Step S705: the system judges whether the recorded server network port information exists or not, and checks and confirms the validity and the accuracy of the server network port information to prevent error input.
Step S706: the system judges whether the network segment to which the server IP address belongs exists or not, and checks and confirms the validity and accuracy of the server IP address information to prevent error input.
Step S707: after matching the specific network device and the specific network device port, the network device brand, the network device model, and the network device management address are acquired from the network device information management module 3.
Step S708: and according to the network equipment management address, obtaining a network equipment user, a password and a login mode from the network equipment login configuration module 4.
Step S709: and determining a corresponding network configuration command library according to the brand and the model of the network equipment, and calling a configuration command template.
Step S710: parameters such as a network segment ID are determined according to the IP address of the server, and a final configuration command is formed through the configuration command template determined in the step S709.
Step S711: and step S710, the configuration command is sent to the network device login configuration module for storage and recording, and the network device login is synchronously completed.
Step S712: and automatically configuring corresponding network equipment according to the final configuration command to complete network configuration.
The automatic adaptation processing system and the method thereof improve the flexibility and maintainability of the system by maintaining different types of network equipment command libraries and network configuration information; through the analysis of the server equipment information, corresponding commands and information are automatically called to complete corresponding network adaptation; the equipment information is automatically recorded through recording and analyzing each time of recording and scheduling, and self-feedback information adaptation and display are realized; therefore, intensive utilization of server network information and network equipment information is realized, and the flexibility, maintainability and fault-tolerant capability of processing are improved to the maximum extent.
The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are only exemplary embodiments of the present invention, and are not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (8)
1. An automatic adaptation processing system is characterized in that the system comprises a server input terminal, a server information management module, a network equipment information management module, a network configuration information management module, a system management terminal and a network equipment login configuration module;
the server entry terminal is used for receiving entered server equipment information;
the server information management module is connected with the server input terminal and used for analyzing and obtaining a server internet access number and a server IP address according to the server equipment information;
the network equipment information management module is connected with the server information management module and is used for acquiring a network configuration command library of equipment corresponding to the server internet access number according to the corresponding relation between the server internet access number and an equipment port in the network equipment module;
the network configuration information management module is connected with the server information management module and used for acquiring network segment parameters corresponding to the server IP address according to the server IP address and generating a configuration command according to the network segment parameters and the network configuration command library;
the network equipment login configuration module is connected with the network configuration information management module and used for obtaining a preset network equipment login mode and a user password according to server equipment information, logging in the network equipment through the network equipment login mode and the user password and completing command configuration on the network equipment by using a configuration command;
the system management terminal is respectively connected with the server information management module, the network equipment information management module, the network configuration information management module and the network equipment login configuration module, and is used for inputting preset network equipment information, network segment configuration information, comprehensive wiring information, network equipment login information and a network configuration command library, and providing the preset network equipment information, network segment configuration information, comprehensive wiring information, network equipment login information and a network configuration command library to the network equipment information management module, the network configuration information management module and the network equipment login configuration module for storage.
2. The automatic adaptation processing system of claim 1, wherein the server information management module comprises a server information storage unit, a port and network device port matching unit, and a network segment configuration matching unit;
the server information storage unit is used for storing the server equipment information input by the user through the server information input terminal;
the network port and network equipment port matching unit is used for extracting server network port number information in the server equipment information and matching the network equipment and the port thereof corresponding to the server through the server network port number information and the comprehensive wiring information;
the network segment configuration matching unit is used for extracting server IP address information in the server equipment information, calling the server IP address to compare with the network segment configuration of the network equipment through the network segment configuration information, and obtaining the ID parameter or Trunk configuration parameter of the network segment according to the comparison result.
3. The automatic adaptation processing system of claim 1, wherein the network device information management module comprises a network device information storage unit, a device login information matching unit, and a device brand and model matching unit;
the network equipment information storage unit is used for storing network equipment information and comprehensive wiring information which are input by a user through a system management terminal;
the equipment login information matching unit is used for matching a network equipment address in the network equipment information with the network equipment login configuration module, calling an equipment user name and a password and a login mode stored in the network equipment login configuration module, and logging in network equipment;
the equipment brand and model matching unit is used for storing network equipment information, entering a corresponding network equipment configuration command library through brand and model information of network equipment in the network equipment information, and acquiring a configuration command.
4. The system according to claim 1, wherein the network configuration information management module includes a network configuration command library, and the network configuration command library is configured to store the network configuration command library and invoke the corresponding configuration command according to the brand-model information corresponding to the network device.
5. An automatic adaptation processing method, the method comprising:
receiving input server equipment information;
analyzing and acquiring a server internet access number and a server IP address according to the server equipment information;
acquiring a network configuration command library of equipment corresponding to the server internet access number according to the corresponding relation between the server internet access number and an equipment port in a network equipment module;
acquiring network segment parameters corresponding to the server IP address according to the server IP address, and generating a configuration command according to the network segment parameters and the network configuration command library;
obtaining a preset network equipment login mode and a user password according to network equipment information, logging in network equipment through the network equipment login mode and the user password, and completing command configuration on the network equipment by using a configuration command;
the server equipment information comprises a server brand, a server model, a server position, a server internet access number and a server ip address; the network equipment information comprises a network equipment brand, a network equipment model, a network equipment management address, a network equipment port, comprehensive wiring information, a network equipment position and network segment configuration information; the comprehensive wiring information comprises the corresponding relation between the wiring label information and the network equipment and the ports thereof.
6. The method of claim 5, wherein obtaining the network configuration command library of the device corresponding to the server portal number according to the correspondence between the server portal number and the device port in the network device module comprises:
acquiring network equipment information and network equipment port information according to the server network port number and the comprehensive wiring information;
acquiring a network equipment brand, a network equipment model and a network equipment management address according to the network equipment information and the network equipment port information;
acquiring a network equipment user, a password and a login mode according to the network equipment management address;
and obtaining a corresponding network configuration command library according to the brand and the model of the network equipment.
7. The automatic adaptation processing method according to claim 5, wherein obtaining the network segment parameter corresponding to the server IP address according to the server IP address comprises: and calling the server IP address and the network segment configuration of the network equipment for comparison according to the server IP address and the network segment configuration information, and obtaining the ID parameter of the network segment in which the server IP address is located according to the comparison result.
8. The automated adaptation process of claim 5, wherein the receiving the entered server device information further comprises: and matching the server equipment information with data in a database, and outputting modification confirmation when the server equipment information exists in the database.
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| CN102006183A (en) * | 2010-11-12 | 2011-04-06 | 百度在线网络技术（北京）有限公司 | Configuration parameter based Method and configuration equipment for configuring network equipment |
| CN105337772A (en) * | 2015-11-18 | 2016-02-17 | 上海斐讯数据通信技术有限公司 | System and method for backing up and restoring configuration of network equipment |
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| CN105337772A (en) * | 2015-11-18 | 2016-02-17 | 上海斐讯数据通信技术有限公司 | System and method for backing up and restoring configuration of network equipment |
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