WO2012155668A1 - Procédé et appareil de gestion de configurations de gestion de réseau - Google Patents

Procédé et appareil de gestion de configurations de gestion de réseau Download PDF

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Publication number
WO2012155668A1
WO2012155668A1 PCT/CN2012/072849 CN2012072849W WO2012155668A1 WO 2012155668 A1 WO2012155668 A1 WO 2012155668A1 CN 2012072849 W CN2012072849 W CN 2012072849W WO 2012155668 A1 WO2012155668 A1 WO 2012155668A1
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Prior art keywords
configuration
user
query
module
request
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PCT/CN2012/072849
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English (en)
Chinese (zh)
Inventor
顾凤嫱
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中兴通讯股份有限公司
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Publication of WO2012155668A1 publication Critical patent/WO2012155668A1/fr

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/02—Standardisation; Integration
    • H04L41/0246—Exchanging or transporting network management information using the Internet; Embedding network management web servers in network elements; Web-services-based protocols
    • H04L41/0253—Exchanging or transporting network management information using the Internet; Embedding network management web servers in network elements; Web-services-based protocols using browsers or web-pages for accessing management information
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • 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
    • H04L41/085—Retrieval of network configuration; Tracking network configuration history

Definitions

  • the present invention relates to the field of mobile communications, and in particular, to a WEB2.0-based network management configuration management method and apparatus. Background technique
  • microwave communication As a pioneer of modern wireless communication, has always played an important role in the field of communication and plays an indispensable role in mobile networks. Whether in the mobile access network, mobile metro network and core network, microwave devices can be seen everywhere, especially in emergency communications, microwave is an irreplaceable means. The monitoring and management of microwave network elements has also become a focus of attention.
  • Microwave stations transmit information through the ground line of sight and are a point-to-point transmission.
  • a large network management device is used to manage network elements in a network on the ground. Before networking, you must first implement basic configuration on a single NE device to add an independent NE to a line, tree, or Going in the ring network to achieve the docking of functions.
  • the microwave network element has its own network management interface. Users can use this network management interface to implement basic access and configuration of the current network element.
  • the invention provides a WEB2.0-based network management configuration management method and device, to solve the present In the case of widely used embedded devices, limited resources, and low priority of the network management configuration module, the problem of friendliness, effectiveness, and real-time performance of the rich management of the network management cannot be guaranteed.
  • the present invention provides a method for managing a network management system, including:
  • the Internet WEB page display module is configured to load and display the dynamic data required by the user configuration, and submit the user's configuration/query request to the WEB server response processing module through asynchronous communication according to the user's configuration/query operation;
  • the WEB server response processing module includes three main functions: internationalization support for users' multi-language, user session SESSION record management, and user operation list management.
  • the multi-language internationalization support of users can meet the needs of users in different countries;
  • the user SESSION record management assigns a unique SESSIONID value to each user accessing the device and records different personalization settings of the user, such as operation rights, language types, and the like.
  • the user operation list management mainly classifies various functions of all the embedded devices into the network. When the user initiates the query/configuration request, the configuration/query request is classified, and the processing result is passed through the local network management according to the classification result.
  • the process management module is further sent to the device, and the local network management process management module receives the feedback information of the device, and saves the feedback information corresponding to the configuration/query operation.
  • the WEB server response processing module obtains the latest feedback information through asynchronous communication, and sends the feedback information to the WEB page display module.
  • the WEB page display module extracts the received feedback information and dynamically displays it to the user.
  • the method further includes: before the submitting the configuration/query request of the user to the WEB server response processing module by using the asynchronous communication mode according to the configuration/query operation of the user;
  • the WEB server response processing module implements a connection between the client of the user and the device end by using a hypertext transfer protocol HTTP and using a socket manner;
  • the WEB server response processing module performs authority control on the user, creates and/or records the login operation information of the user, and returns a response to the user after the authentication is passed. Should be the message.
  • the WEB server responds to the processing module to classify the configuration/query request, and forwards the processed device-recognizable configuration/query content to the device through the local network management process management module according to the classification result.
  • the local network management process management module receives the feedback information of the device, and saves the feedback information corresponding to the configuration/query operation.
  • the WEB server response processing module allocates a corresponding interface to the configuration/query request, and classifies the configuration/query request according to a category that the user can operate.
  • the interface is converted to The device can identify the information and send the information to the local network management process management module;
  • the local network management process management module sends the information to the device, and receives the feedback information of the device, and imports the feedback information corresponding to the configuration/query operation into the data storage module.
  • the allocating the corresponding interface to the configuration/query request by the WEB server response processing module includes:
  • the WEB server response processing module determines, according to the request field identifier of the configuration/query request, whether the request is a configuration request or a query request, and performs classification processing according to different requests; and when it is determined to be a configuration request, the configuration is Requesting to allocate a unified configuration interface, and further classifying according to the basic configuration authority and the advanced configuration authority included in the configuration interface category; in the case of determining the query request, assigning a unified query interface to the query request, and according to the query interface
  • the browsing permissions in the category are further categorized.
  • the WEB page display module submits the configuration/query request of the user to the WEB server response processing module by using an asynchronous communication manner according to a configuration/query operation of the user. Thereafter, the method further includes: the WEB page display module performing other data configuration/query operations.
  • the asynchronous communication mode is asynchronous JavaScript and extensible markup language XML, that is, AJAX asynchronous communication mode; the device end is an embedded wave communication device.
  • the invention also provides a network management configuration management device, comprising:
  • An Internet WEB page display module configured to submit a configuration/query request of the user to the WEB server response processing module by using an asynchronous communication manner according to a configuration/query operation of the user;
  • the WEB server response processing module configured to configure the / Query request is classified, and the processed device-recognable configuration/query content is sent to the local network management process management module according to the result of the classification;
  • the local network management process management module is configured to send the configured configuration/query content that is identifiable by the device to the device, and receive feedback information of the device, and save the corresponding configuration/query operation. Feedback information;
  • the WEB server response processing module is further configured to: obtain the latest feedback information by using the asynchronous communication manner, and send the feedback information to the WEB page display module;
  • the WEB page display module is further used to: dynamically update the data feedback information received by the user and display it to the user, which greatly reduces the amount of interactive communication.
  • the configuration of the local network management in the prior art is widely applied, the low task priority, and the low device resources are implemented.
  • the multi-language support is adopted to meet the application requirements of the device in different countries.
  • the processing of the WEB server response processing module and the local network management process management module can effectively reduce the use of system CPU resources and improve the reliability of data reception results.
  • the synchronization of the user interface with the real-time status of the device is guaranteed.
  • FIG. 1 is a flowchart of a network management configuration management method according to an embodiment of the present invention
  • FIG. 2 is a schematic flowchart of processing of a network management configuration management method according to an embodiment of the present invention
  • FIG. 3 is a signaling flowchart of user login according to an embodiment of the present invention
  • FIG. 5 is a schematic structural diagram of a network management configuration management apparatus according to an embodiment of the present invention. detailed description
  • the invention provides a network management configuration method and device, that is, a browser/server (B/S)-based embedded NE configuration.
  • the management method and the device through the processing of the WEB server response processing module and the local network management process management module, can perform the user query configuration operation in the case of the low-priority priority, so that the high-priority service module does not affect the user when occupying the CPU resources. Perform other basic data query operations and always get the latest data.
  • a network management configuration management method includes the following processing:
  • Step 101 The WEB page display module loads and displays the dynamic data required by the user configuration, and responds to the WEB server through asynchronous communication according to the configuration/query operation of the user.
  • the management module submits the user's configuration/query request;
  • the asynchronous communication mode is asynchronous JavaScript and Extensible Markup Language (XML), that is, AJAX asynchronous communication mode; before performing step 101, the following processing is also required: 1.
  • the WEB server response processing module passes HyperText Transfer Protocol (HTTP) and use socket to realize the connection between the client and the device; 2.
  • the WEB server response processing module performs language classification and permission control for the user, and logs in to the user. The information is created and/or recorded, and after the authentication is passed, a response message is returned to the user.
  • the device end is an embedded microwave communication device.
  • the WEB page display module can perform other data configuration/query operations.
  • the WEB page display module submits the user's request and obtains the latest data returned according to various configuration/query operations of the user, and only updates the latest data obtained in the user interface, and also needs to process the user based on the mouse and The interaction of the keyboard, ie, performing other data configuration/query operations.
  • Step 102 The WEB server responds to the processing module to classify the configuration/query request, and further distributes the configured configuration/query content of the processed device to the device through the local network management process management module according to the result of the classification, and the local network management
  • the process management module receives the feedback information of the device, and starts the data saving module to save the feedback information corresponding to the configuration/query operation.
  • the WEB server responds to the processing module to classify the configuration/query request, and according to The result of the classification forwards the configuration/query request to the local network management process management module.
  • the WEB server response processing module allocates a corresponding interface for the configuration/query request, and classifies the configuration/query request according to the category that the user can operate.
  • the interface is converted into the device through the allocated interface.
  • the information can be identified and sent to the local network management process management module.
  • the local network management process management module sends the above information to the device.
  • the standby end receives the feedback information of the device, and imports the feedback information corresponding to the configuration/query operation into the data saving module.
  • the WEB server response processing module allocates a corresponding interface for the configuration/query request, including the following processing:
  • the WEB server response processing module determines whether the request is a configuration request or a query request according to the request field identifier of the configuration/query request, and performs classification processing according to different requests; and when determining the configuration request, assigns a unified configuration interface to the configuration request. And further classifying according to the basic configuration authority and the advanced configuration authority included in the configuration interface category, and when determining the query request, assigning a unified query interface to the query request, and further classifying according to the browsing authority in the query interface category.
  • the WEB server response processing module processes the data information submitted by the user through the interface through the unified query module and the configuration module, and the query module provides further query support according to the user category, and the configuration module determines the basic configuration authority or the advanced according to the user category.
  • the configuration permission is further sent to the device for processing, or the configuration permission is not supported, the interaction with the device is terminated, and the response is directly fed back to the WEB page display module.
  • the local network management process management module is responsible for processing the actual device-side message and the WEB server response processing module for sending and receiving messages, and saving the data.
  • Step 103 The WEB server response processing module obtains the latest feedback information through asynchronous communication, and sends the feedback information to the WEB page display module.
  • the WEB page display module only extracts data received from the received data feedback information, and dynamically updates and displays it to user.
  • the WEB server response processing module can obtain the latest feedback information from the data saving module by asynchronous communication, and then convert the feedback information, and send the converted feedback information to the WEB page display module.
  • the WEB page display module will be the same as the ordinary web page browsing, and the WEB server response processing module responds to the operation according to the user operation sequence, and after the device end completes the response, it will correspond.
  • the data is placed in the data saving module.
  • the WEB server response processing module will preferentially process the user's latest operation, and simultaneously update the user from the data saving module. The obtained feedback information is taken out and fed back to the WEB page display module display.
  • the WEB page display module displays the newly obtained feedback information to the user, and then, if the user performs other query configuration operations or repeats the previous operation when the previous operation has not been completed, the WEB page display module will The user's latest operation result is fed back to the user.
  • the asynchronous communication method based on the B/S architecture can effectively solve the problem of rich client configuration under low CPU resources caused by large data volume communication during user configuration, and real-time data without refresh feeling. Update the issue.
  • FIG. 2 is a schematic diagram of a processing flow of a network management configuration management method according to an embodiment of the present invention.
  • a user uses a browser on a user PC to asynchronously access an embedded server (corresponding to the above WEB server response processing module).
  • the embedded server processes the data and sends it to the local network management process management module.
  • the local network management process management module sends the data to the device through the forwarding module.
  • the device sends the execution to the embedded server through the forwarding module and the local network management process management module.
  • the result data is displayed to the user through the browser after the embedded server processes the execution result data.
  • each module is loaded sequentially.
  • the embedded server on the device side that is, the above-mentioned WEB server response processing module
  • the embedded server performs initialization, including:
  • the session table module is initialized when the server is initialized, and two operable regions are included in the table.
  • the domain that is, the session operation management area and the single user list, the session operation management specifically includes: generation of the user corresponding session number, query management of attributes such as user name and password, and marking of user operation authority.
  • the user language module will be initialized, the memory space will be opened, and the existing language package will be loaded into the memory for the user to select the configuration.
  • the client state retention mode specifically includes:
  • the server will jump to the login interface and generate a unique session ID (sessionid) number during the communication process according to the user request. The status is maintained by handing it over to the browser.
  • sessionid session ID
  • the manner in which users access the system specifically includes:
  • the user enters the user name and password on the login page, clicks the login button, and the browser sends the user name, password and other information to the embedded server through the AJAX asynchronous communication method, and the embedded server sends the submitted user value to the embedded server.
  • the user management module on the device side performs verification.
  • the result is returned to the embedded server, and the embedded server returns a value according to the return value. If the return is successful, the embedded server creates a user list for the corresponding user, and uses the sessionid value as the user identifier. At the same time, the success or failure information is returned to the browser's callback function in JSON data mode.
  • the callback function makes the interface display user not exist according to the data result, or jumps to The system home page is displayed.
  • the user performs query configuration in the local network management system, and submits the corresponding action to the embedded server.
  • the embedded server finds the corresponding interface processing module according to the corresponding query or configuration request, according to different interface processing modules and user operation levels. Classification, for the user operation that can be supported, the user operation content is sent to the local network management process management module, in which the sending status indicates that the user request is forwarded to the forwarding module connected to the device end, and the receiving status indicates that the processing is performed by the forwarding module.
  • the uploaded data is placed in the data storage module, and the embedded server finds the corresponding data and sends it back to the browser for display.
  • Step 1 In the browser script, in response to the user's click event on the interface, the user's request identifier, the user's sessionid, and the parameter with the user query or the configuration data of the configuration are encapsulated into a fixed data format and sent to the server.
  • Step 2 On the embedded server side, including the unified query interface module and the unified configuration interface module, according to the request identifier submitted by the user, the operation is performed on the query interface or the configuration interface, and further classified according to the current user's corresponding authority. Take the next step when the permissions are met.
  • the query is taken as an example.
  • the data parser is used to parse the data submitted by the browser to extract data.
  • the post-encapsulation is further processed by the local network management process management module.
  • Step 3 Receive the response after the data processing is completed: For the query operation, return the local data content value to be queried to the interface; for the configuration operation, when the operation is successful, return the operation success identifier to the interface, if the device side generates the key according to the operation The information returns the key information together; when the operation fails, the failed identifier and related abnormal information are returned to the interface.
  • FIG. 3 is a signaling flowchart of user login according to an embodiment of the present invention. As shown in FIG. 3, the following processing is included: Step 1, the user enters the user name and password in the browser address bar and clicks the login button; Step 2, the embedded server receives the user verification request, and sends it to the user management module through the forwarding module;
  • Step 3 the user management module determines whether the user is legal, returns the verification result to the embedded server termination processing, and proceeds to step 4;
  • Step 4 the server receives the message, if the verification is successful, the corresponding user information is created in the session management module, and the success message is sent to the browser, and the process proceeds to step 6;
  • Step 5 If the verification fails, the failure message is directly sent to the browser, and the process goes to step 7; Step 6, the client processes the completed message, and the interface jumps to the system home page;
  • Step 7 keep the page does not jump, prompt the user does not exist or the password is wrong.
  • FIG. 4 is a signaling flowchart of detailed processing of the network management configuration according to the embodiment of the present invention. As shown in FIG. 4, the following processing is included:
  • Step 1 In the user system page, open the peer-to-peer service configuration interface.
  • Step 2 The embedded server receives the interface query prompt, and sends the prompt request to the embedded device.
  • Step 3 The embedded device reads the corresponding data content, such as the transmission unit table, the status information of all the boards of the device, the board constraint logic, and the like;
  • Step 4 After the available configuration logic is displayed on the interface, the user starts to configure a service.
  • the transmission unit is a TUB board, set the board working mode, port number, channel number, slot number, and click the Add button.
  • Step 5 The user requests the embedded server to be delivered.
  • the embedded server selects the unified configuration interface according to the user operation type and configuration method.
  • the function is further classified, and the current user's permission supports the configuration.
  • the category is privileged, the configuration data is sent to the forwarding module through the local network management process management module.
  • Step 6 the forwarding module is allocated to the corresponding embedded device for processing;
  • Step 7 After the processing of the embedded device end is completed, the reverse process returns the processing result and the route identification keyword to the forwarding module, and the forwarding module forwards the configuration result to the embedded server.
  • the embedded server asynchronously waits to read the configuration result. After the embedded server obtains the configuration result, it sends it to the browser interface. At this time, a routing information is dynamically added in the interface routing table, and a valid point-to-point configuration information record is added to the database.
  • FIG. 5 is a schematic structural diagram of a network management configuration management apparatus according to an embodiment of the present invention.
  • the network management configuration management apparatus includes: The WEB page display module 50, the WEB server response processing module 51, and the local network management process management module 52, the respective modules of the embodiments of the present invention are described in detail below.
  • the WEB page display module 50 is configured to load the dynamic data and submit the configuration/query request of the user to the WEB server response processing module 51 according to the configuration/query operation of the user; and extract the latest feedback information received. , and only update the key data of the feedback information to the user. That is to say, the WEB page display module 50 displays the latest obtained feedback information to the user in the same manner as the ordinary web page browsing, and then, if the user performs other query configuration operations or repeats before the previous operation is completed, Operation, the WEB page display module will feedback the user's latest operation result to the user.
  • the WEB page display module 50 can also execute other numbers.
  • the asynchronous communication mode is the AJAX asynchronous communication mode; that is, the WEB page display module 50 mainly encapsulates the user operation information and submits the operation information to the server module through the AJAX asynchronous communication mode, and the module is in an asynchronous waiting process. The user can continue to wait for the result of the operation, or access other interfaces.
  • the WEB server response processing module 51 is configured to perform the classification processing on the configuration/query request, and send the configuration/query content to the local network management process management module 52 according to the result of the classification; the WEB server response processing module 51 obtains the feedback information through the asynchronous communication manner. And sending the feedback information to the WEB page display module 50; specifically, the WEB server response processing module 51 can obtain the latest feedback information from the data saving module, and then convert the feedback information, and send the converted feedback information to WEB page display module.
  • the WEB server response processing module 51 allocates a corresponding interface for the configuration/query request, and converts the configuration/query request into a device language recognizable by the device, and sends the device language to the local network management process management module through the allocated interface.
  • the WEB server response processing module 51 determines whether the request is a configuration request or a query request according to the request field identifier of the configuration/query request; if it is determined to be a configuration request, assigns a unified configuration interface to the configuration request, and determines that the query is In the case of a request, a uniform query interface is assigned to the query request.
  • the WEB server response processing module 51 is further configured to: implement a connection between the client and the device end of the user through a hypertext transfer protocol HTTP protocol and adopt a socket manner, and perform authority control on the user, and create a login operation information of the user and/or Or recording, and after the authentication is passed, returning a response message to the user; preferably, the device end is an embedded microwave communication device.
  • the WEB server response processing module 51 is mainly responsible for completing the interaction between the user PC and the microwave network element device, and interacting with the device service modules within the network element, wherein the interaction with the user PC is implemented by using the HTTP protocol. , using sockets for communication construction, user authority control, user login operation information recording, and realizing user requests.
  • the interaction with the device-side service module interacts with the local network management process management module by responding to and assigning the corresponding interface.
  • the WEB server response processing module 51 responds to the operation according to the user operation sequence. After the device end completes the response, the corresponding data is placed in the data storage module. In this process, if the user suddenly performs other query configuration operations, the WEB server The response processing module 51 will preferentially process the user's latest operation, and at the same time take out the latest operation of the user from the data saving module, and feed back to the WEB page display module 50 for display.
  • the local network management process management module 52 is configured to send the configurable configuration/query content of the processed device to the device, and receive the feedback information of the device, and save the feedback information corresponding to the configuration/query operation.
  • the local network management process management module 52 can import the feedback information corresponding to the configuration/query operation into the data saving module.
  • the local network management process management module 52 is responsible for performing the communication processing between the actual device end and the embedded server, and importing the information returned by the device end into a fixed data storage block, and the WEB server response processing module 51 Dynamic recognition reading.
  • the asynchronous communication method based on the B/S architecture can effectively solve the problem of rich client configuration under low CPU resources caused by large data volume communication during user configuration, and real-time data without refresh feeling. Update the issue.
  • the user sends data to the embedded server (equivalent to the above-mentioned WEB server response processing module) through the browser on the user end, and the embedded server processes the data and sends it to the local network management system.
  • the process management module, the local network management process management module is sent to the device through the forwarding module, and the device sends the execution result data to the embedded server through the forwarding module and the local network management process management module, and after the embedded server processes the execution result data,
  • the browser displays to the user.
  • the system equipment starts.
  • each module is loaded sequentially.
  • the embedded server on the device side that is, the above-mentioned WEB server response processing module
  • the initialization of the embedded server specifically includes:
  • the server side initializes a session table module, and the table includes two operable areas, namely session operation management.
  • the area and the single user list, the session operation management specifically includes: the generation of the corresponding session number of the user, the query management of the attribute such as the user name and the password, and the marking of the user operation authority.
  • the user language module will be initialized, the memory space will be opened, and the existing language package will be loaded into the memory for the user to select the configuration.
  • the client state retention mode specifically includes:
  • the server will jump to the login interface and generate a unique session ID (sessionid) number during the communication process according to the user request. The status is maintained by handing it over to the browser.
  • sessionid session ID
  • the manner in which users access the system specifically includes:
  • the user enters the user name and password on the login page, clicks the login button, and the browser sends the user name, password and other information to the embedded server through the AJAX asynchronous communication method, and the embedded server sends the submitted user value to the embedded server.
  • the user management module on the device side performs verification.
  • the result is returned to the embedded server, and the embedded server returns a value according to the return value. If the return is successful, the embedded server creates a user list for the corresponding user, and uses the sessionid value as the user identifier. At the same time, the success or failure information is returned to the browser's callback function in JSON data mode.
  • the callback function makes the interface display user not exist according to the data result, or jumps to the system home page display.
  • the user performs basic query configuration in the local network management system, and submits the corresponding action to the embedded server.
  • the embedded server finds the corresponding interface processing function according to the corresponding request field identifier, and sends the user operation to the local network management process management module.
  • the sending status indicates that the user request is forwarded to the forwarding module that is connected to the device end
  • the receiving status indicates that the data uploaded by the forwarding module is processed and placed in the data storage module
  • the embedded server finds the corresponding data. Then send it back to the browser to display it.
  • Step 1 In the browser script, in response to the user's click event on the interface, the user's request identifier, the user's sessionid, and the parameter with the user query or the configuration data of the configuration are encapsulated into a fixed data format and sent to the server.
  • Step 2 On the embedded server side, the unified query interface module and the unified configuration interface module are classified according to the request identifier submitted by the user, and the operation is performed on the query interface or the configuration interface, and further classified after entering the corresponding interface processing function.
  • the query function is mainly classified into the browsing permission.
  • the main configuration in the configuration interface is the basic configuration operation and the advanced configuration operation. In this case, the permissions supported by the current user are compared.
  • the user rights support the classified functions the interaction with the device is performed.
  • the classified function is supported, it is directly fed back to the WEB display module, and the display operation is terminated.
  • the query is taken as an example. As shown in FIG. 1 , in the corresponding query interface, the data parser is used to parse and extract the data submitted by the browser. Data is encapsulated as a message block via the local network management process management module Further processing.
  • Step 3 Receive the response after the data processing is completed: For the query operation, return the local data content value to be queried to the interface; for the configuration operation, only the identifier of the operation success or failure is returned to the interface.
  • the implementation of the B/S architecture solves the configuration of the local network management system with low task priority and low device resources in the prior art, and ensures the user through asynchronous communication.
  • the operation of data configuration is more reliable and secure; the processing of the WEB server response processing module and the local network management process management module can effectively reduce the use of system CPU resources and the reliability of data reception results, and improve the performance of the device.
  • the invention solves the configuration of the local network management under the low task priority and the low device resources in the prior art through the implementation of the B/S architecture, and ensures the operation of the user when performing data configuration through the asynchronous communication mode.
  • Security through the processing of the WEB server response processing module and the local network management process management module, the use of the system CPU resources and the reliability of the data reception result can be effectively reduced, and the performance of the device is improved.

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  • Information Transfer Between Computers (AREA)

Abstract

La présente invention concerne un procédé et un appareil de gestion de configurations de gestion de réseau. Le procédé comporte les étapes suivantes : un module Internet d'affichage de pages Web, en fonction de l'opération de configuration / d'interrogation d'un utilisateur, soumet la demande de configuration / d'interrogation de l'utilisateur à un module de traitement de réponses de serveur Web en mode de communication asynchrone ; le module de traitement de réponses de serveur Web applique un traitement de classification à l'opération de configuration / d'interrogation et, en fonction du niveau d'exploitation que l'utilisateur prend en charge, décide de l'opération suivante ; lorsque le niveau d'exploitation de l'utilisateur prend en charge l'opération correspondante d'interrogation / de configuration, le contenu de configuration / d'interrogation est transmis à une extrémité de dispositif par un module de gestion locale de processus de gestion du réseau, le module de gestion locale de processus de gestion du réseau reçoit les informations de réponse de l'extrémité de dispositif et sauvegarde les informations de réponse correspondantes de ce processus de configuration / d'interrogation ; le module de traitement de réponses de serveur Web obtient les informations de réponse en mode de communication asynchrone et envoie les informations de réponse au module d'affichage de pages Web, le module d'affichage de pages Web extrait les données-clés des plus récentes informations de réponse reçues et met à jour dynamiquement l'affichage présenté à l'utilisateur.
PCT/CN2012/072849 2011-05-19 2012-03-22 Procédé et appareil de gestion de configurations de gestion de réseau WO2012155668A1 (fr)

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WO2015132630A1 (fr) * 2014-03-05 2015-09-11 Pismo Labs Technology Limited Procédés et systèmes de transmission de données
CN106209934A (zh) * 2015-04-30 2016-12-07 西门子瑞士有限公司 火灾报警系统中的控制装置及其配置方法
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CN105577446B (zh) * 2015-12-30 2019-02-05 邦彦技术股份有限公司 一种轻量级嵌入式网络管理系统和方法
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CN111294219B (zh) * 2018-12-06 2023-04-07 杭州海康威视系统技术有限公司 一种终端配置方法及装置
CN111988187B (zh) * 2020-09-02 2022-07-26 北京亿安天下科技股份有限公司 中央管理服务器的互联网连接方法及装置

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