CN105790978A - Network manager communication message processing method and device, server and main control board - Google Patents

Abstract

The invention provides a processing method, device, server and main control board for network management communication messages, relates to the field of communication, and solves the problem that existing network management synchronous responses have defects. The processing method includes: storing the command sent by the upper layer network management in In the node of the preset queue; according to the number of lower-level network management or devices corresponding to the command in the node, the command is converted into a plurality of preset subcommands, and a subcommand identifier corresponding to each subcommand is generated; the subcommand and the subcommand identifier Send it to the lower-layer network management or device according to the corresponding relationship, and obtain the response information with the sub-command identifier returned by the lower-layer network management or device according to the subcommand; according to the subcommand identifier, the subcommand included in the node obtained within the preset time Analyze the response information, and return the processing result of the command to the upper network management according to the analysis result. The scheme of the invention can process commands of a plurality of upper-layer network managers at the same time, and solves the problem that synchronous responses cannot satisfy complex applications.

Description

Method, device, server and main control board for processing network management communication messages

technical field

The invention relates to the communication field, in particular to a method for processing network management communication messages, a device server and a main control board.

Background technique

As the network management system becomes larger and more functional, and the types and quantities of managed devices are also increasing, it is now necessary to convert one command of the upper-layer network management into multiple commands of the lower-layer network management, and in a certain Collect the execution results of these multiple lower-layer network management commands within a short period of time and respond to the situation of the upper-layer network management. For example, the client graphical user interface GUI sends a command to create a path. Since this command involves multiple network elements, it is necessary for the server (generally called the manager in network management) to convert this command into the command of each network element. The command is issued to the network elements, and the processing results of all network elements are waited within the set time, and the results are summarized and reported to the client. Similarly, if the main control board of the network element receives a Manager command involving multiple boards, such as querying the performance of multiple boards, it is also necessary to convert this command into a command for each board and issue it. to the single board, and wait for the processing results of all the single boards within the set time, and report the results to the Manager after summarizing.

If a lower-layer NMS only connects to one upper-layer NMS, then the processing will be relatively simple. You only need to send all the converted commands, and then count the reported return results. Expect the results to be summarized and reported, which is a synchronous process. However, in the actual network management, one Manager is often connected to multiple clients. Similarly, the main control board of the equipment network element is often managed by multiple Managers at the same time, which brings new challenges to command conversion and waiting for response processing. Requirements, using the method of synchronously waiting for a response can no longer meet this scenario.

Contents of the invention

The technical problem to be solved by the present invention is to provide a processing method, device, server and main control board for network management communication messages, so as to solve the problem that the synchronous response method of network management messages in the prior art cannot satisfy complex application scenarios.

In order to solve the above technical problems, an embodiment of the present invention provides a method for processing network management communication messages, the processing method comprising:

Store the commands sent by the upper-layer network management into the nodes of the preset queue;

Converting the command into a plurality of preset sub-commands according to the number of lower-level network managers or devices corresponding to the command in the node, and generating a sub-command identifier corresponding to each of the sub-commands;

Send the subcommand and the subcommand identifier to the lower-layer network management or device according to the corresponding relationship, and obtain the response information with the subcommand identifier returned by the lower-layer network management or device according to the subcommand ;

According to the sub-command identifier, analyze the response information of the sub-command included in the node acquired within a preset time, and return the processing result of the command to the upper-layer network management system according to the analysis result.

Wherein, according to the subcommand identifier, analyzing the response information of the subcommand contained in the node obtained within a preset time, and returning the processing result of the command to the upper network management according to the analysis result, including :

According to the subcommand identifier, if the response information of all subcommands included in the node is obtained within a preset time, the response information is summarized and reported to the upper-layer network management, otherwise, a timeout message is generated and Report to the upper network management.

Wherein, according to the subcommand identifier, if the response information of all subcommands contained in the node is obtained within a preset time, the response information is summarized and reported to the upper network management; otherwise, a Overtime message and report to the upper network management, including:

According to the subcommand identifier, according to the preset time interval, regularly judge whether to obtain the response information of all the subcommands contained in the node;

If the response information of all subcommands contained in the node is obtained, the response information is summarized and reported to the upper network management; otherwise, the counter stored in the node in advance is counted once, and the When the counter accumulates to the number of times corresponding to the preset time, generate a timeout message and report it to the upper network manager.

Wherein, after sending the sub-command and the sub-command identifier to the lower-layer network manager or device according to the corresponding relationship, it also includes:

Initialize the counter stored in the node in advance.

Wherein, according to the subcommand identifier, after analyzing the response information of the subcommand included in the node obtained within a preset time, and returning the processing result of the command to the upper network management according to the analysis result, Also includes:

Delete the node corresponding to the command.

In order to solve the above technical problems, an embodiment of the present invention also provides a processing device for network management communication messages, the processing device includes:

The storage module is used to store the commands sent by the upper-layer network management into the nodes of the preset queue;

A conversion module, configured to convert the command into a plurality of preset sub-commands according to the number of lower-level network managers or devices corresponding to the command in the node, and generate a sub-command identifier corresponding to each of the sub-commands;

A sending module, configured to send the sub-command and the sub-command identifier to the lower-layer network manager or device according to the corresponding relationship, and obtain the information returned by the lower-layer network manager or device according to the sub-command, with the The response information identified by the subcommand;

The processing module is configured to analyze the response information of the subcommand contained in the node acquired within a preset time according to the subcommand identifier, and return the processing result of the command to the upper network management according to the analysis result.

Wherein, the processing module includes:

The processing sub-module is configured to, according to the sub-command identifier, if the response information of all sub-commands contained in the node is obtained within a preset time, then summarize the response information and report to the upper-layer network management, otherwise, Generate a timeout message and report it to the upper network manager.

Wherein, the processing submodule includes:

A judging module, configured to regularly judge whether to obtain response information of all subcommands contained in the node according to the subcommand identifier and according to a preset time interval;

A reporting module, configured to summarize the response information and report it to the upper-layer network management if the response information of all subcommands included in the node is obtained; otherwise, the counter stored in the node in advance is Counting, and when the counter accumulates to the number of times corresponding to the preset time, generate a timeout message and report it to the upper-layer network management.

Wherein, the processing device also includes:

The initialization module is configured to initialize the counter stored in the node in advance after sending the subcommand and the subcommand identifier to the lower network manager or device according to the corresponding relationship.

Wherein, the processing device also includes:

The deletion module is configured to analyze the response information of the subcommand contained in the node obtained within a preset time according to the subcommand identifier, and return the processing result of the command to the upper network management according to the analysis result , delete the node corresponding to the command.

In order to solve the above technical problem, an embodiment of the present invention further provides a server, including: the above-mentioned device for processing communication packets of a network management system.

In order to solve the above technical problem, an embodiment of the present invention further provides a main control board, including: the above-mentioned device for processing communication messages of a network management system.

The beneficial effects of above-mentioned technical scheme of the present invention are as follows:

The method for processing network management communication messages in the embodiment of the present invention first stores the commands sent by the upper-layer network management in the nodes of the preset queue; then converts the commands in the nodes according to the number of lower-layer network management or devices corresponding to the commands in the nodes Preset multiple subcommands, and generate subcommand identifiers corresponding to each subcommand; then send the subcommands and subcommand identifiers to the lower-layer network management or device according to the corresponding relationship, and obtain the information returned by the lower-layer network management or device according to the subcommand, Response information with subcommand identification; finally, according to the subcommand identification, analyze the response information of the subcommand of the node obtained within the preset time, and return the processing result of the command to the upper network management according to the analysis result. In this way, the commands of different nodes in the preset queue are distinguished through the sub-command identification, and the effective response to different upper-layer network management commands is realized, and the asynchronous processing method is adopted so that different commands will not be disturbed, and multiple upper-layers can be processed at the same time The commands issued by the network management system effectively solve the problem that the synchronous response method cannot meet complex application scenarios, save processing time, and improve processing efficiency.

Description of drawings

Fig. 1 is the flow chart of the processing method of network management communication message of the present invention;

Fig. 2 is the flow chart of a specific embodiment of the processing method of the network management communication message of the present invention;

Fig. 3 is a structural schematic diagram of an application example of a processing method of a network management communication message of the present invention;

FIG. 4 is a schematic structural diagram of a device for processing communication messages of a network management system according to the present invention.

detailed description

In order to make the technical problems, technical solutions and advantages to be solved by the present invention clearer, the following will describe in detail with reference to the drawings and specific embodiments.

The method for processing communication messages of the network management in the embodiment of the present invention can effectively process the commands of the upper-layer network management into multiple commands for delivery when the lower-layer network management or equipment is connected to multiple upper-layer network managements, and the processing is performed within a set time. Response, which effectively solves the problem that the synchronous response method cannot meet complex application scenarios.

As shown in Figure 1, the processing method of the network management communication message of the embodiment of the present invention includes:

Step 11, storing the command sent by the upper-layer network management in the node of the preset queue;

Step 12, converting the command into a plurality of preset sub-commands according to the number of lower-level network managers or devices corresponding to the command in the node, and generating a sub-command identifier corresponding to each of the sub-commands;

Step 13, sending the sub-command and the sub-command identifier to the lower-level network manager or device according to the corresponding relationship, and obtaining the sub-command returned by the lower-layer network manager or device according to the sub-command with the sub-command identifier response information;

Step 14, according to the subcommand identifier, analyze the response information of the subcommand contained in the node acquired within a preset time, and return the processing result of the command to the upper network management according to the analysis result.

The processing method of the network management communication message in the embodiment of the present invention first saves the command issued by the upper layer network management to the node of the preset queue; then converts the command in the node into a plurality of subcommands, and generates subcommands corresponding to the subcommands Then send the subcommand and subcommand identifier to the lower-level network management or device to obtain the response information of the lower-layer network management or device; finally, according to the subcommand identifier, analyze the response status of the node subcommand obtained within the preset time , and return the processing result to the upper-layer network management according to the analysis result. In this way, the commands of different nodes in the preset queue are distinguished through the sub-command identification, and the effective response to different upper-layer network management commands is realized, and the asynchronous processing method is adopted so that different commands will not be disturbed, and multiple upper-layers can be processed at the same time The commands issued by the network management system effectively solve the problem that the synchronous response method cannot meet complex application scenarios, save processing time, and improve processing efficiency.

In a specific embodiment of the present invention, the steps of the above-mentioned step 14 may include:

Step 141, according to the subcommand identifier, if the response information of all subcommands contained in the node is obtained within a preset time, the response information is summarized and reported to the upper network management, otherwise, a timeout is generated The message is reported to the upper network management.

At this time, through the subcommand identification, the response information returned by the lower-level network management or equipment can be mapped to the node to which the subcommand belongs, so as to effectively judge whether the response information of all subcommands contained in the node has been obtained within the preset time. When the response information of all subcommands of the node is obtained, the response information is summarized and reported, and when the response information of all subcommands of the node is not obtained, a timeout message is generated and reported. Therefore, according to the subcommand identifier, the commands stored in the node are effectively processed, and the processing accuracy and efficiency are guaranteed.

Wherein, the above step 12 may further include: saving the subcommand identifiers corresponding to all subcommands contained in the node in the node. In this way, it is ensured that the response information of the lower-level network management or equipment is mapped to the node through the sub-command identification, so as to effectively judge whether the response information of all sub-commands contained in the node is obtained within the preset time.

Wherein, the above step 13 may further include: saving the response information in the corresponding node according to the subcommand identifier saved by the node and the subcommand identifier carried in the response information. In this way, the judgment of whether all the response information of the node is obtained within the preset time can be made more quickly and effectively, and only the response information stored in the node can be checked, which improves the processing efficiency and optimizes the processing method.

Further, the steps in the above step 141 may include:

Step 1411, according to the subcommand identifier, regularly judge whether to obtain the response information of all subcommands contained in the node according to the preset time interval;

Step 1412, if the response information of all subcommands contained in the node is obtained, the response information is summarized and reported to the upper network management, otherwise, the counter stored in the node in advance is counted once, And when the counter accumulates to the number of times corresponding to the preset time, generate a timeout message and report it to the upper-layer network manager.

At this time, a counter is pre-saved in the node, and when the response information of all subcommands contained in the node is not obtained at regular intervals, the counter is counted once until the counter accumulates to the number of times corresponding to the preset time, and a timeout is generated message. The effective judgment of node command response timeout is realized, the accuracy of judgment is improved, the processing method is optimized, and the processing efficiency is improved.

Wherein, the counter can perform cumulative counting or decremental counting.

Wherein, the above step 11 may further include: assigning a counter to each of the nodes. Provide prerequisites for the above-mentioned completion of timeout statistics through counters to ensure the smooth completion of statistics.

Wherein, in the above step 13, after sending the sub-command and the sub-command identifier to the lower-level network manager or device according to the corresponding relationship, it may also include:

Step 131, initialize the counter stored in the node in advance.

At this time, after sending the sub-commands to the lower-level network management or equipment, the counter is initialized to perform a new round of counting statistics on the issued commands, which ensures the accuracy and validity of the counting.

Preferably, after the above step 14, it may also include:

Step 15, delete the node corresponding to the command.

At this time, after processing the command issued by the upper network management, delete the node corresponding to the command to release resources and provide storage nodes for new commands, ensuring the efficiency and rationality of processing.

Wherein, the method for processing network management communication packets in the embodiment of the present invention can be applied to a server (generally called a Manager in network management), and can also be applied to a main control board of a network element.

In the following, the client is used as the upper-layer network management, the device network element is used as the lower-layer network management, and the Manager is the execution body. The specific embodiments of the present invention are illustrated as follows.

Among them, if the client issues a command to create a path, since this command involves multiple network elements, it is necessary for the Manager to receive this command and convert it into a command for each network element and issue it to the network element, and Wait for the processing results of all network elements within the set time, and report the results to the client after summarizing them. If multiple clients issue commands to create paths at the same time, the Manager is required to process the requests of different clients at the same time, and report whether the execution of different client commands is successful or timed out within the set time.

As shown in Figure 3, the Manager (C) accesses two clients (A and B), and controls network elements (AA), (BB), (CC), (DD), and (EE). Then apply the method of the embodiment of the present invention, Manager (C) can realize above-mentioned function, as shown in Figure 2, the steps include:

In step S11, the Manager (C) stores commands from different clients into nodes in a preset queue, and assigns a counter to each node. For example, the command from client (A) is stored in node 11, and the command from client (B) is stored in node 22. At the same time, a timeout interval counter is assigned to node 11 and node 22 respectively. For example, the client requires a command The waiting timeout is 2 minutes, and the preset time interval is 5 seconds. Then, when the count of the counter is 2×60/5=24, it means that the 2-minute timeout waiting has been reached.

Step S12, start a task to convert the command in the queue node into a plurality of preset sub-commands, generate a sub-command ID corresponding to each sub-command, and record the sub-command ID into the node.

Step S13 , sending the subcommands and subcommand identifiers to the lower-level network management according to the corresponding relationship, and initializing the counters in the nodes.

Wherein, if the Manager (C) is a process, a thread can be started to complete the conversion work of the command. For example, node 11 involves network elements (AA), (BB), (CC), (DD), and node 22 involves network elements (AA), (BB), (EE), then node 11 needs to be converted into four command, convert node 22 into three subcommands, and assign a unique subcommand identifier to each subcommand. In actual operation, it is more convenient to use consecutive numbers. Here, it is assumed that the subcommand identifiers of the four subcommands converted by node 11 are 101, 102, 103, and 104 respectively, and the subcommand identifiers of the three subcommands converted by node 22 are 105 and 106 respectively. , 107. Then node 11 needs to record subcommand identifiers 101, 102, 103, 104; node 22 needs to record subcommand identifiers 105, 106, 107. Then Manager (C) sends all 7 sub-commands to the network element, and initializes the timeout interval counters of node 11 and node 22.

Step S14, obtain the response information with the subcommand identifier returned by the lower layer network management according to the subcommand, and save the response information in the corresponding node according to the subcommand identifier saved by the node and the subcommand identifier carried in the response information.

Wherein, after the network element receives the subcommand, the response needs to bring back the subcommand identifier. For example, when the network element receives the subcommand with the identifier of 101, the response also needs to bring the subcommand identifier of 101. After the Manager (C) receives the response message with the 101 subcommand identifier, it finds in the preset list that the 101 subcommand identifier is converted by the node 11, and saves this response message in the node 11.

Step S15, start a task to traverse all the nodes in the preset queue at preset time intervals, if the response information of all subcommands contained in the node has been collected, then report the response information to the upper network management after summarizing, and at the same time retrieve the information from the queue Delete the node; if the response information of all the subcommands contained in the node has not been collected, the counter saved by the node will be accumulated or decremented; if the count of the node counter reaches the number of times corresponding to the timeout period, a timeout message will be generated and reported to the upper network management, and delete the node from the queue at the same time.

Wherein, if the Manager (C) is a process, a thread is also started, for example, periodically traversing the nodes 11 and 22 in the preset queue at intervals of 5 seconds. For example, when traversing to node 11, it is found that the response messages of the four subcommands 101, 102, 103, and 104 waiting for node 11 have been collected, then the response messages of the four subcommands 101, 102, 103, and 104 recorded in node 11 are collected. The text is summarized into one message and reported to the client (A), and node 11 is deleted from the list; for example, when traversing to node 22, it is found that the response messages of the three subcommands 105, 106, and 107 waiting for node 22 have not been collected yet , then operate on the timeout interval counter of node 22, such as using an accumulation operation, if the counter does not reach the counting upper limit (such as 24), then continue to wait for the next traversal of 5 seconds; Assuming that the node 22 has not collected the responses of the three subcommands 105, 106, and 107 within the time, then a timeout message is generated and reported to the client (B), and the node 22 is deleted from the list at the same time.

The method for processing network management communication messages in the embodiment of the present invention distinguishes the commands of different nodes in the preset queue through sub-command identifiers, realizes effective responses to different upper-layer network management commands, and uses asynchronous processing to make the difference between different commands will not be disturbed. It can process commands issued by multiple upper-layer network management at the same time, effectively solving the problem that the synchronous response method cannot meet complex application scenarios, saving processing time and improving processing efficiency.

As shown in Figure 4, the embodiment of the present invention also provides a processing device for network management communication messages, the processing device includes:

The storage module is used to store the commands sent by the upper-layer network management into the nodes of the preset queue;

A conversion module, configured to convert the command into a plurality of preset sub-commands according to the number of lower-level network managers or devices corresponding to the command in the node, and generate a sub-command identifier corresponding to each of the sub-commands;

A sending module, configured to send the sub-command and the sub-command identifier to the lower-layer network manager or device according to the corresponding relationship, and obtain the information returned by the lower-layer network manager or device according to the sub-command, with the The response information identified by the subcommand;

The processing module is configured to analyze the response information of the subcommand contained in the node acquired within a preset time according to the subcommand identifier, and return the processing result of the command to the upper network management according to the analysis result.

The device for processing network management communication messages in the embodiment of the present invention distinguishes the commands of different nodes in the preset queue through sub-command identifiers, realizes effective responses to different upper-layer network management commands, and uses asynchronous processing to make the difference between different commands will not be disturbed. It can process commands issued by multiple upper-layer network management at the same time, effectively solving the problem that the synchronous response method cannot meet complex application scenarios, saving processing time and improving processing efficiency.

In a specific embodiment of the present invention, the processing module may include:

The processing sub-module is configured to, according to the sub-command identifier, if the response information of all sub-commands contained in the node is obtained within a preset time, then summarize the response information and report to the upper-layer network management, otherwise, Generate a timeout message and report it to the upper network manager.

At this time, through the subcommand identification, the response information returned by the lower-level network management or equipment can be mapped to the node to which the subcommand belongs, so as to effectively judge whether the response information of all subcommands contained in the node has been obtained within the preset time. When the response information of all subcommands of the node is obtained, the response information is summarized and reported, and when the response information of all subcommands of the node is not obtained, a timeout message is generated and reported. Therefore, according to the subcommand identifier, the commands stored in the node are effectively processed, and the processing accuracy and efficiency are guaranteed.

Wherein, the processing submodule may include:

A judging module, configured to regularly judge whether to obtain response information of all subcommands contained in the node according to the subcommand identifier and according to a preset time interval;

A reporting module, configured to summarize the response information and report it to the upper-layer network management if the response information of all subcommands included in the node is obtained; otherwise, the counter stored in the node in advance is Counting, and when the counter accumulates to the number of times corresponding to the preset time, generate a timeout message and report it to the upper-layer network management.

At this time, a counter is pre-saved in the node, and when the response information of all subcommands contained in the node is not obtained at regular intervals, the counter is counted once until the counter accumulates to the number of times corresponding to the preset time, and a timeout is generated message. The effective judgment of node command response timeout is realized, the accuracy of judgment is improved, the processing method is optimized, and the processing efficiency is improved.

Wherein, the processing device may also include:

The initialization module is configured to initialize the counter stored in the node in advance after sending the subcommand and the subcommand identifier to the lower network manager or device according to the corresponding relationship.

At this time, after sending the sub-commands to the lower-level network management or equipment, the counter is initialized to perform a new round of counting statistics on the issued commands, which ensures the accuracy and validity of the counting.

Wherein, the processing device may also include:

The deletion module is configured to analyze the response information of the subcommand contained in the node obtained within a preset time according to the subcommand identifier, and return the processing result of the command to the upper network management according to the analysis result , delete the node corresponding to the command.

At this time, after processing the command issued by the upper network management, delete the node corresponding to the command to release resources and provide storage nodes for new commands, ensuring the efficiency and rationality of processing.

The device for processing network management communication messages in the embodiment of the present invention can simultaneously process commands issued by multiple upper-layer network management, effectively solve the problem that the synchronous response method cannot meet complex application scenarios, save processing time, and improve processing efficiency.

It should be noted that the processing device of the network management communication message is a device corresponding to the above-mentioned processing method of the network management communication message, wherein all the implementation methods in the above method embodiment are applicable to the embodiment of the device, and can also achieve Same technical effect.

Since the device for processing network management communication messages in the embodiment of the present invention is applied to a server, the embodiment of the present invention also provides a server, including: the device for processing network management communication messages in the above embodiments. Wherein, the implementation embodiments of the above-mentioned apparatus for processing communication messages of the network management system are all applicable to the embodiment of the server, and can also achieve the same technical effect.

Since the device for processing network management communication messages in the embodiment of the present invention is applied to the main control board, the embodiment of the present invention also provides a main control board, including: the processing of network management communication messages as described in the above-mentioned embodiments device. Wherein, the implementation embodiments of the above-mentioned apparatus for processing communication messages of the network management system are all applicable to the embodiment of the main control board, and can also achieve the same technical effect.

The above description is a preferred embodiment of the present invention, it should be pointed out that for those of ordinary skill in the art, without departing from the principle of the present invention, some improvements and modifications can also be made, and these improvements and modifications can also be made. It should be regarded as the protection scope of the present invention.

Claims (12)

1. the processing method of a webmaster communication packet, it is characterised in that the treating method comprises:

The order storage sent by upper strata webmaster is in the node of default queue；

The lower floor webmaster corresponding according to the order in described node or the quantity of equipment, convert such commands into default multiple subcommand, and generate the subcommand mark that each described subcommand is corresponding respectively；

Described subcommand and described subcommand are identified described lower floor webmaster or the equipment of being handed down to according to corresponding relation, and obtains what described lower floor webmaster or equipment returned according to described subcommand, with the response message that described subcommand identifies；

Identify according to described subcommand, the response message of the subcommand that the described node got in Preset Time comprises is analyzed, and according to analyzing the result result to the described order of return of described upper strata webmaster.

2. processing method according to claim 1, it is characterized in that, described identify according to described subcommand, the response message of the subcommand that the described node got in Preset Time comprises is analyzed, and according to analyzing the result result to the described order of return of described upper strata webmaster, including:

Identifying according to described subcommand, if getting the response message of all subcommands that described node comprises in Preset Time, then reporting described upper strata webmaster after being collected by described response message, otherwise, generate a timeout packet and report described upper strata webmaster.

3. processing method according to claim 2, it is characterized in that, described identify according to described subcommand, if getting the response message of all subcommands that described node comprises in Preset Time, described upper strata webmaster is reported after then being collected by described response message, otherwise, generate a timeout packet and report described upper strata webmaster, including:

Identifying according to described subcommand, according to prefixed time interval, timing judges whether to get the response message of all subcommands that described node comprises；

If getting the response message of all subcommands that described node comprises, described upper strata webmaster is reported after then being collected by described response message, otherwise, the enumerator being pre-stored in described node is made once to count, and when described enumerator is accumulated to number of times corresponding to described Preset Time, generates a timeout packet and report described upper strata webmaster.

4. processing method according to claim 3, it is characterised in that described described subcommand and described subcommand are identified be handed down to described lower floor webmaster or equipment according to corresponding relation after, also include:

The enumerator being pre-stored in described node is initialized.

5. processing method according to claim 1, it is characterized in that, described identify according to described subcommand, the response message of the subcommand that the described node got in Preset Time comprises is analyzed, and according to analyze result to described upper strata webmaster return described order result after, also include:

Delete the node that described order is corresponding.

6. the process device of a webmaster communication packet, it is characterised in that described process device includes:

Memory module, stores in the node of default queue for the order sent by upper strata webmaster；

Modular converter, for the quantity of the lower floor webmaster corresponding according to the order in described node or equipment, converts such commands into default multiple subcommand, and generates the subcommand mark that each described subcommand is corresponding respectively；

Issue module, for described subcommand and described subcommand are identified described lower floor webmaster or the equipment of being handed down to according to corresponding relation, and obtain what described lower floor webmaster or equipment returned according to described subcommand, with the response message that described subcommand identifies；

Processing module, for identifying according to described subcommand, is analyzed the response message of the subcommand that the described node got in Preset Time comprises, and according to analyzing the result result to the described order of return of described upper strata webmaster.

7. process device according to claim 6, it is characterised in that described processing module includes:

Process submodule, for identifying according to described subcommand, if getting the response message of all subcommands that described node comprises in Preset Time, then report described upper strata webmaster after being collected by described response message, otherwise, generate a timeout packet and report described upper strata webmaster.

8. process device according to claim 7, it is characterised in that described process submodule includes:

Judge module, for identifying according to described subcommand, according to prefixed time interval, timing judges whether to get the response message of all subcommands that described node comprises；

Reporting module, if for the response message getting all subcommands that described node comprises, described upper strata webmaster is reported after then being collected by described response message, otherwise, the enumerator being pre-stored in described node is made once to count, and when described enumerator is accumulated to number of times corresponding to described Preset Time, generates a timeout packet and report described upper strata webmaster.

9. process device according to claim 8, it is characterised in that described process device also includes:

Initialization module, after described subcommand and described subcommand being identified and being handed down to described lower floor webmaster or equipment according to corresponding relation, initializes the enumerator being pre-stored in described node.

10. process device according to claim 6, it is characterised in that described process device also includes:

Removing module, for identifying according to described subcommand, the response message of the subcommand that the described node got in Preset Time comprises is analyzed, and according to after the result analyzing result and returning to described upper strata webmaster described order, deletes the node that described order is corresponding.

11. a server, it is characterised in that including: the process device of the webmaster communication packet as described in any one of claim 6-10.

12. a master control borad, it is characterised in that including: the process device of the webmaster communication packet as described in any one of claim 6-10.