CN101060437A - A parallel management method and device for several same types of network elements - Google Patents
A parallel management method and device for several same types of network elements Download PDFInfo
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- CN101060437A CN101060437A CN 200710100313 CN200710100313A CN101060437A CN 101060437 A CN101060437 A CN 101060437A CN 200710100313 CN200710100313 CN 200710100313 CN 200710100313 A CN200710100313 A CN 200710100313A CN 101060437 A CN101060437 A CN 101060437A
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Abstract
The disclosed parallel management method for multiple same-type network elements comprises: a network manage client sends parallel management command through a network manage server, and it executes the parallel management. This invention reduces operation error rate, and improves maintenance efficiency.
Description
Technical field
The invention belongs to the communications field, relate in particular in a kind of network management system conflict management method and device a plurality of similar network elements.
Background technology
In existing telecom network management system, generally be to come telecommunication apparatus is carried out daily Operation and Maintenance with graphical interfaces and command line mode.Operating personnel can carry out Operation and Maintenance to network element device by graphical interfaces; Or network element device is operated by order line terminal tissue and the manmachine command that issues appointment.If use the webmaster graphical interfaces that network element device is carried out Operation and Maintenance, less demanding for the essential professional knowledge of grasping of operating personnel institute, make things convenient for user such as telecommunicatioin network management to use, thereby realization is to every management function of a network element.And the mode of operation by order line is that the order line terminal interface that directly provides by network management system issues the privately owned manmachine command of equipment and realizes Operation and Maintenance to network element; In the order line terminal, the help system of respective queries manmachine command is arranged simultaneously, for operating personnel offer help when operating.
The Operation and Maintenance of telecommunication apparatus generally all is to carry out Operation and Maintenance separately at some network elements, and in the middle of daily use, need the often management function of use, when in whole system, a plurality of similar network elements being managed simultaneously, have following shortcoming: the webmaster graphical interfaces that must open each network element separately, and the network management system of actual general beginning is managing tens even hundreds of network elements, and the some network management functions in the graphical interfaces could begin to carry out after often will opening a plurality of interfaces, repeat the multistep processing ease and unnecessary mistake occurs.And command line mode requires to be familiar with manmachine command, though perfect help system is arranged, uses the order line terminal that still need open a network element separately and carries out manmachine command.This has equally also brought operational loaded down with trivial details to operating personnel.
Above-mentioned two kinds of way to manages all relate to the multi-pass operation to a plurality of network element devices, and need manual intervention, go manual execution immediately, and the unified way to manage of neither one as a result to carrying out.Therefore, even operating personnel need carry out identical bookkeeping to similar a plurality of network elements, also need constantly to repeat identical operations work, this has brought inconvenience for operating personnel on managed network element equipment.
In summary, existingly a plurality of network elements are carried out in the identical bookkeeping technology existing not enough, on reality is used, obviously have inconvenience and defective, so be necessary to be improved.
Summary of the invention
At above-mentioned defective, the object of the present invention is to provide a kind of conflict management method and device to a plurality of similar network elements, safeguard to be implemented in the parallel work-flow that a plurality of similar network elements are carried out in the regular job maintenance, reduce the operate miss rate of a plurality of similar network elements in regular job is safeguarded.
To achieve these goals, the invention provides a kind of conflict management method to a plurality of similar network elements, be used to comprise the network management system of NM client and NM server end, this method comprises:
Described NM client is carried out parallel step of managing by described NM server end to the parallel transmission administration order of a plurality of similar network elements and to described a plurality of similar network elements.
According to conflict management method of the present invention, described step further comprises:
A. the NM client assembling comprises the administration order of network element ID;
B. NM client is with the parallel NM server end that sends to of described administration order;
C. the NM server end is according to the network element ID in the described administration order, sends to a plurality of similar network elements to carry out parallel management with this administration order is parallel.
According to conflict management method of the present invention, before described steps A, also comprise the step of described NM client to described NM server end registration message theme; And/or
After described step C, also comprise: after E, described NM server end are received the message that network element returns, these network element return messages are transmitted to described NM client show or point out.
According to conflict management method of the present invention, described step e further comprises the steps:
Described NM server termination is received the message that network element returns;
Described NM server end is handled the form of described network element return messages;
Described NM server end is according to the registration message theme of NM client, obtains corresponding network element return messages and sends to NM client and show or point out.
According to conflict management method of the present invention, in described steps A, described NM client is also assembled the periodic duty administration order that comprises network element ID and cycle information;
In described step C, described NM server end is set up corresponding periodic duty according to described periodic duty administration order, and sends the periodic duty administration order with the parallel management of execution cycle property to a plurality of similar network elements according to described network element ID termly with cycle information.
According to conflict management method of the present invention, after described NM server end is set up periodic duty, store into this periodic duty on the memory location of described NM server end appointment with the periodic duty document form; When restarting, described NM server end restarts periodic duty according to the described periodic duty file of storage.
According to conflict management method of the present invention, further comprise after the described step C:
F, described NM server end are stored in the NM server end with these network element return messages after receiving the message that network element returns.
According to conflict management method of the present invention, described step F further comprises:
Described NM server end is stored in described network element return messages on the memory location of NM server end appointment according to binary format;
The title of described network element return messages storage is stored according to the date literal form; Described memory location presses network element ID and NE type is set up.
To achieve these goals, the invention provides a kind of parallel management devices to a plurality of similar network elements, be used to comprise the network management system of NM client and NM server end, described NM client, is managed so that a plurality of similar network elements are carried out to walk abreast to the parallel transmission of a plurality of similar network elements administration order by the NM server end.
According to parallel management devices of the present invention, described NM client is provided with the order management module, is used to assemble the administration order that comprises network element ID; NM client is with the parallel NM server end that sends to of described administration order; Described NM server end is according to the network element ID in this administration order, sends to a plurality of similar network elements to carry out parallel management with described administration order is parallel.
According to parallel management devices of the present invention, the order management module of described NM client also is used to assemble the periodic duty administration order that comprises network element ID and cycle information;
Described NM server end is provided with the periodic duty module, this periodic duty module is used for setting up corresponding periodic duty according to described periodic duty administration order, and described periodic duty module sends the periodic duty administration order with the parallel management of execution cycle property to a plurality of similar network elements according to this network element ID termly with cycle information.
NM client, is managed so that a plurality of similar network elements are carried out to walk abreast to the parallel transmission of a plurality of similar network elements administration order by the NM server end among the present invention.Reduce the operate miss rate of a plurality of similar network elements in regular job is safeguarded.Simultaneously,, realized parallel management, improved the efficient of operating personnel in the work of regular maintenance network element a plurality of similar network elements by the device to the parallel management of a plurality of similar network elements provided by the invention.
Description of drawings
Fig. 1 is the conflict management method flow chart to a plurality of similar network elements that provides in the one embodiment of the invention;
Fig. 2 is the structural representation to the parallel management devices of a plurality of similar network elements provided by the invention;
Fig. 3 utilizes parallel management devices provided by the invention to realize the schematic diagram that a plurality of similar network elements are walked abreast and manage in the eighth embodiment of the present invention;
Fig. 4 utilizes parallel management devices provided by the invention to realize the schematic diagram that a plurality of similar network elements are walked abreast and manage in the ninth embodiment of the present invention.
Embodiment
In order to make purpose of the present invention, technical scheme and advantage clearer,, the present invention is further elaborated below in conjunction with drawings and Examples.Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
Basic thought of the present invention is: utilize the parallel management of parallel management devices realization provided by the invention to a plurality of similar network elements, should comprise NM client and NM server end by parallel management devices, NM client, is managed so that a plurality of similar network elements are carried out to walk abreast to the parallel transmission of a plurality of similar network elements administration order by the NM server end.Realize the parallel work-flow maintenance in a plurality of similar network elements being carried out the regular job maintenance, and reduced the operate miss rate of a plurality of similar network elements in regular job is safeguarded.
In daily network element is safeguarded, occur a plurality of network elements are carried out same bookkeeping through regular meeting, these a plurality of network element devices can be divided into similar network element in this case.Conflict management method to a plurality of similar network elements is provided among the present invention, residing management system comprises NM client and NM server end, NM client, is managed so that a plurality of similar network elements are carried out to walk abreast to the parallel transmission of a plurality of similar network elements administration order by the NM server end in the described method.
Fig. 1 shows in the first embodiment of the invention the conflict management method flow process of a plurality of similar network elements, is described below;
Among the step S101, the NM client assembling comprises the administration order of network element ID.
In this step, will assemble for the identical management corresponding management operation of a plurality of similar network elements.Operating personnel can import administration order by manual edit at NM client; Perhaps the administration order that need carry out at the interface inediting is in NM client.This administration order comprises network element ID, and network element ID is used for the network element that the identity management order need walk abreast and send to.
Among the step S102, NM client is with the parallel NM server end that sends to of described administration order.
NM client is needs walk abreast bookkeeping to a plurality of similar network element devices when, with the parallel NM server end that sends to of the administration order that assembles among the step S101.
In one embodiment of the invention, NM client comprises the instruction that makes the NM server end produce a unduplicated serial number to the parallel administration order that sends described a plurality of similar network elements of NM server end in the described administration order.The NM server end generates described unduplicated serial number, when the network element return messages when the NM server end returns, comprise this serial number in the return messages structure, NM client just can circulate and not wait administration order to be sent like this.In addition, when network element was arrived in the administration order of processing of NM server end and forwarding NM client, all administration orders also were parallel each network element that sends to.
Among the step S103, the NM server end is according to the network element ID in the described administration order, sends to a plurality of similar network elements to carry out parallel management with this administration order is parallel.
The NM server termination is received the administration order that NM client sends, then according to the network element ID in the described administration order, with the parallel a plurality of similar network element that sends to its correspondence of this administration order.
In one embodiment of the invention, the NM server end is according to the network element ID of described administration order, with the parallel a plurality of similar network element that sends to correspondence of described administration order.At the NM server end, according to network element ID, each network element ID symbol starts a thread, order sends administration order to the NM server end, this is to need not to wait for that receiving message just continues to send next bar administration order in proper order, the NM server end is whenever received an administration order just according to the network element ID assembling administration order structure in the administration order tabulation, and the forwarding administration order is to corresponding net element.
In other second embodiment of the present invention, different with first embodiment is that also comprise before the described step S101: NM client is to the step of NM server end registration message theme.In this step, NM client at first registration message theme is told that the NM server end is the message of which NM client registration, and is monitored the message that the NM server end returns to the NM server end.The NM server end just can be in the network element return messages, and the registration message subject information according to NM client is forwarded to NM client with the corresponding net element return messages.
In addition, after a plurality of similar network elements receive the administration order of NM server end forwarding, then need to respond the administration order of NM client, send return messages to NM client.Therefore, in the third embodiment of the present invention, after also comprising the message that the NM server termination receives that network element returns after different with first or second embodiment is described step S103, these network element return messages are transmitted to the step that NM client shows or points out.In this step, the NM server termination is received the message that network element returns; The NM server end is handled the form of described network element return messages; The NM server end is according to the registration message theme of NM client, obtains corresponding network element return messages and sends to NM client and show or point out.
After the NM server termination was received the message that network element returns, the NM server end was handled the form of the message that described network element returns; And according to the message subject and the filtering information of NM client registration, the message that this network element is returned sends to NM client corresponding in the registration message theme.After the message that NM client returns network element is handled, show or show, grasp the result that network element is operated for operating personnel at the NM client interface.
To the operation of a plurality of similar network element devices, might be it to be carried out some regular jobs safeguard, need periodically carry out, so in the present invention, the parallel periodic duty that sends administration order to a plurality of similar network elements of NM client cycle is set.
In the fourth embodiment of the present invention, different with first embodiment is to comprise that in described step S101 the NM client assembling comprises the step of the periodic duty administration order of network element ID and cycle information; And comprise in the described step 103 that the NM server end sets up corresponding periodic duty according to described periodic duty administration order, and send the step of periodic duty administration order to a plurality of similar network elements termly with the parallel management of execution cycle property according to described network element ID and cycle information.
And after described NM server end is set up periodic duty, store into this periodic duty on the memory location of NM server end appointment with the periodic duty document form; When restarting, the NM server end restarts periodic duty according to this periodic duty file.
The foundation of periodic duty is the instruction that NM client is initiated the foundation of periodic duty, this instruction comprises the flag information in the cycle of setting up of a NM server end identification, and one group of administration order and cycle information that contains network element ID, the NM server end is received the instruction of setting up periodic duty, and set up corresponding periodic duty according to instruction, administration order and the associated period information of periodic duty, store periodic duty into NM server end assigned catalogue with document form simultaneously.
After the NM server end is set up periodic duty, regularly send one group of administration order according to the network element ID in cycle information and the administration order to each network element circulation of appointment, and store return results into NM server end designated directory, after NM client is set up periodic duty, can initiate a series of action commands to the periodic duty set up, for example check task list, the task detail, the results list of task executions, the details of every execution result, deletion task, modification task, the hang-up task is restarted task dispatching.
In the fifth embodiment of the present invention, different with the 4th embodiment is, after described step S103, comprise the message that described NM server end receives that network element returns after, these network element return messages are stored in the step of NM server end.The message stores that described network element is returned can restart to carry out the forwarding of described administration order according to the file of NM server end storage when the NM server end is restarted at the NM server end.
In the sixth embodiment of the present invention, different with a last embodiment is, after the NM server end is received the message that network element returns, these network element return messages are stored in the step of NM server end and comprise: described NM server end is stored in described network element return messages on the memory location of NM server end appointment according to binary format; The title of described network element return messages storage is stored according to the date literal form; The step of network element ID and NE type foundation is pressed in described memory location.
As shown in Figure 2, in order better to realize the present invention, it is a kind of to the parallel management devices 1 of a plurality of similar network elements that the present invention provides accordingly, comprise NM client 10 and NM server end 20, described NM client 10, is managed so that a plurality of similar network elements are carried out to walk abreast to the parallel transmission of a plurality of similar network elements (comprising a plurality of similar network elements such as network element 30, network element 40 and network element n) administration order by NM server end 20.
In the seventh embodiment of the present invention, described NM client 10 is provided with order management module 101, and this order management module 101 is used to assemble the administration order that comprises network element ID; NM client 10 is with the parallel NM server end 20 that sends to of described administration order; Described NM server end 20 is according to the network element ID in this administration order, sends to a plurality of similar network elements to carry out parallel management with described administration order is parallel.
Comprise one-period task module 201 at described NM server end 20 accordingly, order management module 101 is to the 201 parallel transmission administration orders of periodic duty module, and the described administration order of parallel transmission was to a plurality of similar network elements (comprising a plurality of similar network elements such as network element 30, network element 40 and network element n) after periodic duty module 201 received described administration order.After a plurality of similar network elements receive described administration order, to the periodic duty module 201 transmission return messages of NM server end 20; Periodic duty module 201 will be according to the registration message theme of NM client 10, obtains corresponding network element return messages and sends to corresponding NM client 10 and show or point out.
Fig. 3 utilizes parallel management devices provided by the invention to realize the schematic diagram that a plurality of similar network elements are walked abreast and manage in the eighth embodiment of the present invention, be described below;
In the present embodiment, NM client 10 at first the registration message theme tell NM server end 20 to be the message of which NM client registration and to monitor the message that NM server end 20 returns to NM server end 20.
The 101 assembling administration order tabulations of order management module, and sending the periodic duty module 201 of administration order in batches to NM server end 20, NM client 10 imports by manual edit or arrives order management module 101 in the administration order that the interface inediting need be carried out; Order management module 101 accords with according to network element ID, each network element ID symbol starts a thread and sends administration order in proper order to NM server end 20, this is to need not to wait to receive that message just continues to send next bar administration order in proper order, NM server end 20 receives that whenever an administration order is just according to the network element ID assembling administration order structure in the administration order tabulation, transmit administration order to corresponding net element (network element 30～network element n), after network element is received administration order and execution, send return messages to NM server end 20, NM server end 20 is according to the message subject of NM client 10 registrations, and send the order management module 101 of return messages to the NM client 10 of appointment according to the identification information of NM client 10, be shown to NM client 10 after handling by 101 pairs of message of order management module.
Wherein, order management module 101 sends an order, produce a unduplicated serial number at NM server end 20, when return messages when NM server end 20 returns, comprise this serial number in the structure of message, do not wait administration order to be sent so 101 all orders of order management module are capable of circulation, NM server end 20 processing simultaneously and forwarding administration order also are parallel each network element that sends to all administration orders of network element.
Operation and Maintenance for a plurality of similar network elements, might be that its some regular jobs are safeguarded, need periodically carry out, in the present invention, for the operating personnel that are more convenient for safeguard a plurality of similar network elements, can set up periodic duty by parallel management devices provided by the invention, to realize parallel periodical operation maintenance to a plurality of similar network elements.
Fig. 4 utilizes parallel management devices provided by the invention to realize the schematic diagram that a plurality of similar network elements are walked abreast and manage in the ninth embodiment of the present invention, be described below;
In the present embodiment, the order management module 101 of described NM client 10 also is used to assemble the periodic duty administration order that comprises network element ID and cycle information;
Described NM server end 20 is provided with periodic duty module 201, this periodic duty module 201 is used for setting up corresponding periodic duty according to described periodic duty administration order, and described periodic duty module 201 sends the periodic duty administration order with the parallel management of execution cycle property to a plurality of similar network elements according to this network element ID termly with cycle information.
NM server end 20 comprises periodic duty module 201, this sentences NM server end 20 and represents, the instruction that periodic duty is set up in NM client 10 initiations, this instruction comprises the flag information in the cycle of setting up of a NM server end 20 identifications, and one group of administration order and cycle information that contains network element ID, NM server end 20 is received the instruction of setting up periodic duty that the order management module 101 of NM client 10 sends, and sets up corresponding periodic duty according to this instruction, administration order and associated period information.Simultaneously, store periodic duty into NM server end 20 assigned catalogues with document form.
After NM server end 20 is set up periodic duty, regularly send one group of administration order according to the network element ID in cycle information and the administration order, and store the message result that each network element returns into NM server end 20 designated directory to each network element (comprising a plurality of similar network elements such as network element 30, network element 40 and network element n) circulation of appointment.After NM client 10 is set up periodic duty, can initiate a series of action commands, for example check task list, the task detail the periodic duty set up, the results list of task executions, the details of every execution result, deletion task, the modification task, the hang-up task is restarted task dispatching.
When NM server end 20 was closed, periodic duty module 201 promptly read the mission bit stream storage in the internal memory, when NM server end 20 starts once more, recovered and restarted periodic duty according to the periodic duty information in the assignment file.
After NM client 10 has been set up periodic duty, can send many administration orders to a plurality of similar network elements simultaneously by NM server end 20, so that similar network element device is carried out unified management, can set up a plurality of periodic duties at NM server end 20, each periodic duty is at similar network element, task 1 corresponding X type network element for example, task 2 can corresponding Y type network elements, and task n can corresponding Z type network element.Each tasks in parallel send administration order arrive the network element of pipe, and return messages are stored in NM server end 20 for NM clients 10 query display, make things convenient for the user that unattended management is carried out in the operation of some regular maintenance.
In sum, NM client, is managed so that a plurality of similar network elements are carried out to walk abreast to the parallel transmission of a plurality of similar network elements administration order by the NM server end among the present invention.Reduce the operate miss rate of a plurality of similar network elements in regular job is safeguarded.Simultaneously,, realized parallel management, improved the efficient of operating personnel in the work of regular maintenance network element a plurality of similar network elements by the device to the parallel management of a plurality of similar network elements provided by the invention.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (11)
1, a kind of conflict management method to a plurality of similar network elements is used to comprise the network management system of NM client and NM server end it is characterized in that this method comprises:
Described NM client is carried out parallel step of managing by described NM server end to the parallel transmission administration order of a plurality of similar network elements and to described a plurality of similar network elements.
2, conflict management method according to claim 1 is characterized in that, described step further comprises:
A. the NM client assembling comprises the administration order of network element ID;
B. NM client is with the parallel NM server end that sends to of described administration order;
C. the NM server end is according to the network element ID in the described administration order, sends to a plurality of similar network elements to carry out parallel management with this administration order is parallel.
3, conflict management method according to claim 2 is characterized in that,
Before described steps A, also comprise the step of described NM client to described NM server end registration message theme; And/or
After described step C, also comprise:
After E, described NM server end are received the message that network element returns, these network element return messages are transmitted to described NM client show or point out.
4, conflict management method according to claim 3 is characterized in that, described step e further comprises the steps:
Described NM server termination is received the message that network element returns;
Described NM server end is handled the form of described network element return messages;
Described NM server end is according to the registration message theme of NM client, obtains corresponding network element return messages and sends to NM client and show or point out.
5, conflict management method according to claim 2 is characterized in that,
In described steps A, described NM client is also assembled the periodic duty administration order that comprises network element ID and cycle information;
In described step C, described NM server end is set up corresponding periodic duty according to described periodic duty administration order, and sends the periodic duty administration order with the parallel management of execution cycle property to a plurality of similar network elements according to described network element ID termly with cycle information.
6, conflict management method according to claim 5 is characterized in that, after described NM server end is set up periodic duty, stores into this periodic duty on the memory location of described NM server end appointment with the periodic duty document form; When restarting, described NM server end restarts periodic duty according to the described periodic duty file of storage.
7, conflict management method according to claim 5 is characterized in that, further comprises after the described step C:
F, described NM server end are stored in the NM server end with these network element return messages after receiving the message that network element returns.
8, conflict management method according to claim 7 is characterized in that, described step F further comprises:
Described NM server end is stored in described network element return messages on the memory location of NM server end appointment according to binary format; The title of described network element return messages storage is stored according to the date literal form; Described memory location presses network element ID and NE type is set up.
9, a kind of parallel management devices of realizing each method of claim 1～8, be used to comprise the network management system of NM client and NM server end, it is characterized in that, described NM client, is managed so that a plurality of similar network elements are carried out to walk abreast to the parallel transmission of a plurality of similar network elements administration order by the NM server end.
10, parallel management devices according to claim 9 is characterized in that, described NM client is provided with the order management module, is used to assemble the administration order that comprises network element ID; NM client is with the parallel NM server end that sends to of described administration order; Described NM server end is according to the network element ID in this administration order, sends to a plurality of similar network elements to carry out parallel management with described administration order is parallel.
11, parallel management devices according to claim 10 is characterized in that, the order management module of described NM client also is used to assemble the periodic duty administration order that comprises network element ID and cycle information;
Described NM server end is provided with the periodic duty module, this periodic duty module is used for setting up corresponding periodic duty according to described periodic duty administration order, and described periodic duty module sends the periodic duty administration order with the parallel management of execution cycle property to a plurality of similar network elements according to this network element ID termly with cycle information.
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| CN2007101003134A CN101060437B (en) | 2007-06-07 | 2007-06-07 | A parallel management method and device for several same types of network elements |
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| CN1152338C (en) * | 2001-07-20 | 2004-06-02 | 华为技术有限公司 | Parallel distributed-data base processing method and device |
| CN100395987C (en) * | 2004-08-23 | 2008-06-18 | 华为技术有限公司 | Method and system for realizing telecommunication network universal performance management |
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| CN102014002A (en) * | 2010-12-13 | 2011-04-13 | 中兴通讯股份有限公司 | Method and system for managing multiple kinds of network element equipment |
| CN102638828A (en) * | 2011-02-12 | 2012-08-15 | 苏州达联信息科技有限公司 | Remote debugging method and device for railway track monitoring and sensing network |
| CN103200021B (en) * | 2012-01-04 | 2018-02-27 | 中兴通讯股份有限公司 | Network management system, client, service end and the method for realizing batch configuration data |
| CN103200021A (en) * | 2012-01-04 | 2013-07-10 | 中兴通讯股份有限公司 | Network management system, client-end, service-end and method for achieving data allocation in batches |
| CN104486332A (en) * | 2014-12-12 | 2015-04-01 | 深圳市讯方通信技术有限公司 | SDH (Synchronous Digital Hierarchy) optical transmission system and control method thereof |
| CN105790978A (en) * | 2014-12-23 | 2016-07-20 | 中兴通讯股份有限公司 | Network manager communication message processing method and device, server and main control board |
| CN105491029A (en) * | 2015-11-26 | 2016-04-13 | 盛趣信息技术（上海）有限公司 | Game server cluster |
| CN106850245A (en) * | 2015-12-07 | 2017-06-13 | 中兴通讯股份有限公司 | A kind of diagnostic test message treatment method and device |
| CN106850245B (en) * | 2015-12-07 | 2020-12-29 | 中兴通讯股份有限公司 | Diagnostic test message processing method and device |
| CN105847041A (en) * | 2016-03-18 | 2016-08-10 | 烽火通信科技股份有限公司 | Interactive method based on command line data of network management system |
| CN105847041B (en) * | 2016-03-18 | 2019-06-07 | 烽火通信科技股份有限公司 | A kind of exchange method based on network management system command-line data |
| CN106789166A (en) * | 2016-11-28 | 2017-05-31 | 上海斐讯数据通信技术有限公司 | A kind of method and device of network element batch configuration |
| CN106789166B (en) * | 2016-11-28 | 2020-12-25 | 金华市智甄通信设备有限公司 | Method and device for network element batch configuration |
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