CN102412995B - Cross-network-element service configuration management method - Google Patents
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Abstract
The invention discloses a cross-network-element service configuration management method, comprising the following steps of: A10, establishing corresponding global templates on a network management system (NMS) according to network element models and different service template types, wherein each successfully established global template adds one record in a NMS database; A20, selecting a plurality of network elements in the NMS and binding or de-binding the selected network elements and the corresponding global templates, and recording the association relationship between the global templates and the network elements in the NMS data base; A30, selecting board cards or ports of the plurality of network elements and binding and de-binding the selected board cards or ports and the corresponding global templates, by the NMS, and recording the association relationship between the global templates and the network elements in the database of the NMS; and A40, updating the association relationship between the network elements and the global templates in the database by the NMS according to the feedbacks of the corresponding network elements. According to the invention, by means of the global templates, the operation to a cross-network-element data configuration service and a voice service is simpler and more convenient, and the service fulfillment efficiency of passive optical network equipment is increased.
Description
Technical field
The present invention relates to EPON management, be specifically related to the business configuration management method of inter-network element.
Background technology
Access Network is the bridge that user enters metropolitan area network/backbone network, is " last kilometer " of the information transfer channel.In various broadband access technologys, the advantages such as EPON is large with its capacity, transmission range length, lower cost, full-service support become hot technology.
In PON (EPON), topmost three parts comprise OLT (the Optical Line Terminal that is positioned at local side, optical line terminal), terminal ONU (Optical Network Unit, optical network unit) and ODN (Optical Distribution Network, optical distribution), in network management system, these passive optical network equipments are also called for short network element.
The business configuration process of passive optical network equipment comprises the configuration of local side apparatus and the configuration of terminal equipment, and each configuration is divided into again data service and the large class of speech business two, some groups, associated complicated configuration item.At present, a lot of passive optical network equipments provide business masterplate function, and business masterplate is the set of the attribute of a certain class business object, and these community sets are by analyzing business configuration data conventional in each money passive optical network equipment, and last induction-arrangement gets; Business masterplate comprises masterplate name and masterplate attribute column (one or more attribute column); Be illustrated in figure 1 the structural representation of ADSL masterplate, comprise the attribute column such as masterplate name and descending maximum noise tolerance limit.
Business masterplate function to a certain degree alleviated the complexity of single net element business configuration, but, the business masterplate that current passive optical network equipment provides belongs to single network element masterplate, and this configuration mode by single NE management business masterplate can not be realized the inter-network element of business masterplate and share.User uses network management system once can only configure the equipment of a platform independent, even if multiple devices are identical for the configuration of certain order, also need each equipment separate configurations, cause configure very loaded down with trivial details, redundant information input is many, length consuming time and easily makeing mistakes, affects the efficiency of engineering opening especially.Therefore, the urgent hope of user can provide a kind of inter-network element business configuration management method.
Summary of the invention
Technical problem to be solved by this invention is the problem that solves the loaded down with trivial details redundancy of inter-network element business configuration process operation.
In order to solve the problems of the technologies described above, the technical solution adopted in the present invention is to provide a kind of business configuration management method of inter-network element, comprises the following steps:
A10, in network management system, according to network element model and different business masterplate type, create corresponding overall masterplate, each creates successful overall masterplate increases a record in the database of network management system;
A20, in network management system, select several network elements and corresponding overall masterplate bind or unbind, and in the database of network management system, record the incidence relation of overall masterplate and network element;
Under A30, network management system, select the board of several network elements or port and corresponding overall masterplate bind or unbind, and in the database of network management system, record the incidence relation of overall masterplate and network element;
A40, network management system are upgraded the incidence relation of this network element and overall masterplate in database according to the feedback of respective network elements.
In said method, also comprise the step that overall masterplate is revised, after overall masterplate is revised, the database update overall situation masterplate of network management system; For, by the overall masterplate of the board of network element or port binding, the overall masterplate of network element side synchronously upgrades.
In said method, overall masterplate is revised and is comprised the following steps:
A401, by network management system, select corresponding overall masterplate;
The content of the overall masterplate that A402, modification are chosen;
The incidence relation that A403, NMS inquire about overall masterplate and corresponding network element according to keyword overall situation masterplate ID in database, judges by " bound object address " whether current overall masterplate has been tied to network element; If no, nms database is preserved the revised context of overall masterplate, overall masterplate is not handed down to network element; Otherwise, enter steps A 404;
A404, NMS prompting likely affects business, and whether reminding user issue the configuration of overall masterplate, if confirm not issue configuration, returns to NMS overall situation masterplate configuration interface; Otherwise, enter steps A 405;
A405, NMS issue overall masterplate to corresponding network element, and the overall masterplate content synchronization of network element side is upgraded, and NMS preserves the revised context of overall masterplate.
In said method, also comprise the step that overall masterplate is deleted, concrete steps are as follows:
A501, select corresponding overall masterplate;
The incidence relation that A502, NMS inquire about overall masterplate and corresponding network element according to keyword overall situation masterplate ID in database, judges by " bound object address " whether current overall masterplate has been tied to other network element; If no, delete the overall masterplate of choosing in database; Otherwise prompting can not be carried out deletion action, return to overall masterplate configuration interface.
In said method, steps A 20 comprises the following steps:
A201, the network element binding interface of opening overall masterplate;
A202, NMS inquire about the incidence relation of overall masterplate and network element in database according to keyword overall situation masterplate ID;
Incidence relation between A203, modification network element and corresponding overall masterplate;
A204, determine whether bindings, if network element is bound overall masterplate, enter steps A 205; The overall masterplate if network element unbinds, enters steps A 206;
A205, NMS issue overall masterplate to network element, and nms database records the mapping relations of overall masterplate ID and NE ID, and upgrade the incidence relation of overall masterplate and network element;
A206, by " bound object address ", judge whether board or port and the binding of this overall situation masterplate, if had, do not allowed to carry out this operation, returned to the network element binding interface of overall masterplate; Otherwise enter steps A 207;
A207, NMS issue overall masterplate name, and network element is deleted overall masterplate, and nms database upgrades the incidence relation of overall masterplate and network element.
In said method, steps A 30 comprises following concrete steps:
A301, the board of selecting respective network elements, port and the overall masterplate that need to bind;
The incidence relation that A302, NMS inquire about overall masterplate and network element according to keyword overall situation masterplate ID in data, if certain overall masterplate is associated with board or port on network element, represents that board or the port on this network element bound this overall situation masterplate; Otherwise, represent that overall masterplate is not bundled on the board or port of network element;
A303, revise the incidence relation between overall masterplate and network element;
A304, determine whether bindings, if so, enter steps A 305; Otherwise enter steps A 306;
A305, NMS issue overall masterplate Bind NE board or port arrangement, and network element is by its corresponding board or port binding overall situation masterplate, and nms database upgrades the incidence relation of overall masterplate and network element;
A306, NMS issue overall masterplate name unbind network element board or port arrangement, and network element completes the operation that unbinds of overall masterplate, and nms database upgrades the incidence relation of overall masterplate and network element.
In said method, steps A 10 is further comprising the steps:
A101, according to network element model and corresponding business masterplate type, the overall masterplate of a newly-increased specified type;
A102, NMS inquire about the current sum of overall masterplate from database, judge whether the current sum of overall masterplate reaches maximum upper limit, if reach the upper limit, NMS prompting does not allow newly-increased masterplate; Otherwise, enter steps A 103;
A103, NMS inquire about the masterplate name of newly-increased overall masterplate from database, judge whether masterplate name exists; If existed, the newly-increased overall masterplate failure of prompting; Otherwise, enter steps A 104;
A104, NMS newly increase an overall masterplate record in database, and this record consists of " overall masterplate ID ", " overall masterplate name ", " network element model ", " masterplate type ", " masterplate content-length " and " masterplate content ".
The present invention, by overall masterplate, makes the operation of inter-network element configuration data business and speech business easier, solves the problem of the loaded down with trivial details redundancy of inter-network element business configuration process operation, has improved the efficiency that service of passive optical network equipment is opened.
Accompanying drawing explanation
Fig. 1 is a kind of protocol format of ADSL business masterplate;
Fig. 2 is the protocol format of a kind of overall masterplate binding or unbind board or port;
Fig. 3 is the overall masterplate description list in nms database;
Fig. 4 is the overall masterplate incidence relation description list in nms database;
Fig. 5 is the bound object address protocol form in overall masterplate incidence relation description list;
Fig. 6 is that NMS creates overall masterplate flow chart;
Fig. 7 is that NMS revises overall masterplate flow chart;
Fig. 8 is that NMS deletes overall masterplate flow chart;
Fig. 9 is that network element is bound overall masterplate flow chart;
Figure 10 is board or port binding/overall masterplate flow chart unbinds;
Figure 11 is inter-network element business configuration management method flow chart provided by the invention.
Embodiment
The invention provides a kind of business configuration management method of inter-network element, utilize overall masterplate to make network management system (Network Management System, NMS) can carry out data service configuration and speech business operation by inter-network element, and operate easylier, improved the efficiency that service of passive optical network equipment is opened.Overall situation masterplate configuration mode is a kind of configuration mode by NMS unified management business masterplate, belongs to inter-network element level masterplate configuration mode, and the business masterplate of configuration is called overall masterplate in this way; Overall situation masterplate is different from single network element masterplate, and it can, by batch configuration to multiple network elements, realize the business configuration of inter-network element.
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail.
As shown in figure 11, the business configuration management method of inter-network element provided by the invention comprises the following steps:
A10, in network management system, according to network element model and different business masterplate type, create corresponding overall masterplate, if only corresponding a kind of business masterplate of some network elements only creates an overall masterplate corresponding with this network element model; If the corresponding multiple business masterplate of some network elements, creates respectively the multiple overall masterplate corresponding with this network element model, the corresponding a kind of business masterplate of each overall masterplate.
Overall situation masterplate adopts two-stage classification, first according to network element model, carries out one-level classification, such as the network element such as AN5006-15, AN5006-20 model; According to business masterplate type, carry out secondary classification again, such as ADSL masterplate, PVC masterplate, DSL masterplate etc.Overall template information description list consists of " overall masterplate ID ", " overall masterplate name ", " network element model ", " masterplate type ", " masterplate content-length ", " masterplate content " as shown in Figure 3, wherein " overall masterplate ID " unique identification overall situation masterplate, " masterplate content " is the content of resolving according to business masterplate protocol format, i.e. the configuration parameter of network element; Each creates successful overall masterplate can increase a record in nms database.
Overall situation masterplate creates and mainly completes the database that overall masterplate content is directly saved in to NMS, is not issued to network element; Therefore, when overall masterplate can or not exist at network element off-line, create, and do not rely on the state of network element.
As shown in Figure 6, the concrete steps of steps A 10 are as follows:
A101, on NMS overall situation masterplate configuration interface, select network element model and corresponding business masterplate type, the overall masterplate of a newly-increased specified type;
A102, NMS inquire about the current sum of overall masterplate from database, judge whether the current sum of overall masterplate reaches maximum upper limit, if reach the upper limit, NMS prompting does not allow newly-increased masterplate; Otherwise, enter steps A 103;
A103, NMS inquire about the masterplate name of newly-increased overall masterplate from database, judge whether masterplate name exists; If existed, the newly-increased overall masterplate failure of prompting; Otherwise, enter steps A 104;
A104, NMS newly increase an overall masterplate record in database, and this record consists of " overall masterplate ID ", " overall masterplate name ", " network element model ", " masterplate type ", " masterplate content-length " and " masterplate content ";
A20, in network management system, select several network elements and corresponding overall masterplate bind or unbind, and in the database of network management system, record the incidence relation of overall masterplate and network element.
Steps A 10 has completed and in nms database, has created overall masterplate, but in network element, there is not this overall situation masterplate, overall masterplate need to be tied to network element, user can select one or more network elements to bind overall masterplate on NMS, if binding success, nms database can record the incidence relation of overall masterplate and network element.
Overall situation masterplate and network element incidence relation description list consist of " overall masterplate ID ", " NE ID ", " bound object address ", referring to Fig. 4; Wherein, " bound object address " defined same overall masterplate and has been tied to board or a port address protocol format of specifying network element; This protocol format consists of object entry, object address, and object entry accounts for two bytes, and object address accounts for six bytes, and wherein object address comprises slot number, port numbers and reserve bytes, referring to Fig. 5.
As shown in Figure 9, the concrete steps of steps A 20 are as follows:
A201, the network element binding interface of opening overall masterplate on NMS;
A202, NMS inquire about the incidence relation of overall masterplate and network element in database according to keyword overall situation masterplate ID;
If certain overall masterplate is associated with network element, represent that this overall situation masterplate has created successfully on this network element; If the equal onrelevant relation of certain overall masterplate and any network element, represents that this overall situation masterplate does not create on any equipment.
Incidence relation (binding still unbinds) between A203, modification network element and corresponding overall masterplate;
A204, determine whether bindings, if network element is bound overall masterplate, enter steps A 205; The overall masterplate if network element unbinds, enters steps A 206;
A205, NMS issue overall masterplate to network element, and nms database records the mapping relations of overall masterplate ID and NE ID, and upgrade the incidence relation of overall masterplate and network element;
A206, by " bound object address ", judge whether board or port and the binding of this overall situation masterplate, if had, do not allowed to carry out this operation, returned to the network element binding interface of overall masterplate; Otherwise enter steps A 207;
A207, NMS issue overall masterplate name, and network element is deleted overall masterplate, and nms database upgrades the incidence relation of overall masterplate and network element.
A30, the board of selecting several network elements in network management system or port and corresponding overall masterplate are bound or unbind, and in the database of network management system, record the incidence relation of overall masterplate and network element.
Network element is bound overall masterplate and is not completed the business configuration of network element, and it has just realized the establishment of overall masterplate on network element, only have by the board of network element or port binding overall masterplate, just completed the business configuration of network element.
The configuration protocol parameter of the binding of overall situation masterplate or unbind network element board or port comprises overall masterplate name, bound object address and action identifier (bind/unbind), referring to Fig. 2; Wherein, bound object address protocol form is referring to Fig. 5.
As shown in figure 10, steps A 30 comprises the following steps:
A301, board/port binding interface of opening overall masterplate on NMS, select board, the port of respective network elements and need the overall masterplate of binding;
The incidence relation that A302, NMS inquire about overall masterplate and network element according to keyword overall situation masterplate ID in data, if certain overall masterplate is associated with board or port on network element, represents that board or the port on this network element bound this overall situation masterplate; Otherwise, represent that overall masterplate is not bundled on the board or port of network element;
A303, revise incidence relation between overall masterplate and network element (binding still unbinds);
A304, determine whether bindings, if so, enter steps A 305; Otherwise enter steps A 306;
A305, NMS issue overall masterplate Bind NE board or port arrangement, and network element is by its corresponding board or port binding overall situation masterplate, and nms database upgrades the incidence relation of overall masterplate and network element;
A306, NMS issue overall masterplate unbind network element board or port arrangement, and network element completes the operation that unbinds of overall masterplate, and nms database upgrades the incidence relation of overall masterplate and network element.
When the order that unbinds does not come into force to network element or board, port, NMS can force the masterplate that unbinds, and removes the incidence relation of network element and overall masterplate, and NMS does not issue configuration to network element.
In said method, also comprise the step that overall masterplate is revised and overall masterplate is deleted.After overall situation masterplate is revised, nms database upgrades overall masterplate content; For by the board of network element or port binding overall masterplate, NMS completes overall masterplate revise after, also to, by the down sending content of overall masterplate to network element, allow it synchronously upgrade.
As shown in Figure 7, overall masterplate is revised and is comprised the following steps:
A401, on NMS overall situation masterplate configuration interface, select the overall masterplate of specified type;
The content of the overall masterplate that A402, modification are chosen;
The incidence relation that A403, NMS inquire about overall masterplate and corresponding network element according to keyword overall situation masterplate ID in database, judges by " bound object address " whether current overall masterplate has been tied to network element; If no, nms database is preserved the revised context of overall masterplate, overall masterplate is not handed down to network element; Otherwise, enter steps A 404;
A404, NMS prompting likely affects business, and whether reminding user issue the configuration of overall masterplate, if confirm not issue configuration, returns to NMS overall situation masterplate configuration interface; Otherwise, enter steps A 405;
A405, NMS issue overall masterplate to corresponding network element, and the overall masterplate content synchronization of network element side is upgraded, and NMS preserves the revised context of overall masterplate.
As shown in Figure 8, overall masterplate is deleted and is comprised following concrete steps:
A501, on NMS overall situation masterplate configuration interface, choose overall masterplate to be deleted;
The incidence relation that A502, NMS inquire about overall masterplate and corresponding network element according to keyword overall situation masterplate ID in database, judges by " bound object address " whether current overall masterplate has been tied to network element; If no, delete the overall masterplate of choosing in database; Otherwise prompting can not be carried out deletion action, return to overall masterplate configuration interface.For, by the overall masterplate of the board of other network elements or port binding, do not allow user directly to delete.
In the present invention, the incidence relation of network element and overall masterplate can be inquired about with manual by automatic synchronization; Establishment, the renewal of overall situation masterplate and network element, board or port association relation are all to complete the operation of overall masterplate is upgraded afterwards automatically at NMS; In addition, NMS can inquire about according to the keyword overall situation masterplate ID incidence relation of overall masterplate and corresponding network element in database.
The present invention is not limited to above-mentioned preferred forms, and anyone should learn the structural change of making under enlightenment of the present invention, and every have identical or close technical scheme with the present invention, within all falling into protection scope of the present invention.
Claims (6)
1. the business configuration management method of inter-network element, is characterized in that, comprises the following steps:
A10, on network management system NMS, according to network element model and different business masterplate type, create corresponding overall masterplate, each creates successful overall masterplate increases a record in nms database;
A20, on NMS, select several network elements and corresponding overall masterplate bind or unbind, and in nms database, record the incidence relation of overall masterplate and network element;
A30, the board of selecting several network elements on NMS or port and corresponding overall masterplate are bound or unbind, and in nms database, record the incidence relation of overall masterplate and network element;
A40, NMS upgrade the incidence relation of this network element and overall masterplate in nms database according to the feedback of respective network elements;
Wherein, steps A 20 comprises the following steps:
A201, the network element binding interface of opening overall masterplate;
A202, NMS inquire about the incidence relation of overall masterplate and network element in database according to keyword overall situation masterplate ID;
Incidence relation between A203, modification network element and corresponding overall masterplate;
A204, determine whether bindings, if network element is bound overall masterplate, enter steps A 205; The overall masterplate if network element unbinds, enters steps A 206;
A205, NMS issue overall masterplate to network element, and nms database records the mapping relations of overall masterplate ID and NE ID, and upgrade the incidence relation of overall masterplate and network element;
A206, by " bound object address ", judge whether board or port and the binding of this overall situation masterplate, if had, do not allowed to carry out this operation, returned to the network element binding interface of overall masterplate; Otherwise enter steps A 207;
A207, NMS issue overall masterplate name, and network element is deleted overall masterplate, and nms database upgrades the incidence relation of overall masterplate and network element.
2. the business configuration management method of inter-network element as claimed in claim 1, is characterized in that, also comprises the step that overall masterplate is revised, and after overall masterplate is revised, nms database upgrades overall masterplate; For, by the overall masterplate of the board of network element or port binding, the overall masterplate of network element side synchronously upgrades.
3. the business configuration management method of inter-network element as claimed in claim 2, is characterized in that, overall masterplate is revised and comprised the following steps:
A401, by NMS, select corresponding overall masterplate;
The content of the overall masterplate that A402, modification are chosen;
The incidence relation that A403, NMS inquire about overall masterplate and corresponding network element according to keyword overall situation masterplate ID in database, judges by " bound object address " whether current overall masterplate has been tied to network element; If no, nms database is preserved the revised context of overall masterplate, overall masterplate is not handed down to network element; Otherwise, enter steps A 404;
A404, NMS prompting likely affects business, and whether reminding user issue the configuration of overall masterplate, if confirm not issue configuration, returns to NMS overall situation masterplate configuration interface; Otherwise, enter steps A 405;
A405, NMS issue overall masterplate to corresponding network element, and the overall masterplate content synchronization of network element side is upgraded, and NMS preserves the revised context of overall masterplate.
4. the business configuration management method of inter-network element as claimed in claim 1, is characterized in that, also comprises the step that overall masterplate is deleted, and concrete steps are as follows:
A501, select corresponding overall masterplate;
The incidence relation that A502, NMS inquire about overall masterplate and corresponding network element according to keyword overall situation masterplate ID in database, judges by " bound object address " whether current overall masterplate has been tied to other network element; If no, delete the overall masterplate of choosing in database; Otherwise prompting can not be carried out deletion action, return to overall masterplate configuration interface.
5. the business configuration management method of inter-network element as claimed in claim 1, is characterized in that, steps A 30 comprises following concrete steps:
A301, the board of selecting respective network elements, port and the overall masterplate that need to bind;
The incidence relation that A302, NMS inquire about overall masterplate and network element according to keyword overall situation masterplate ID in data, if certain overall masterplate is associated with board or port on network element, represents that board or the port on this network element bound this overall situation masterplate; Otherwise, represent that overall masterplate is not bundled on the board or port of network element;
A303, revise the incidence relation between overall masterplate and network element;
A304, determine whether bindings, if so, enter steps A 305; Otherwise enter steps A 306;
A305, NMS issue overall masterplate Bind NE board or port arrangement, and network element is by its corresponding board or port binding overall situation masterplate, and nms database upgrades the incidence relation of overall masterplate and network element;
A306, NMS issue overall masterplate name unbind network element board or port arrangement, and network element completes the operation that unbinds of overall masterplate, and nms database upgrades the incidence relation of overall masterplate and network element.
6. the business configuration management method of inter-network element as claimed in claim 1, is characterized in that, steps A 10 is further comprising the steps:
A101, according to network element model and corresponding business masterplate type, the overall masterplate of a newly-increased specified type;
A102, NMS inquire about the current sum of overall masterplate from database, judge whether the current sum of overall masterplate reaches maximum upper limit, if reach the upper limit, NMS prompting does not allow newly-increased masterplate; Otherwise, enter steps A 103;
A103, NMS inquire about the masterplate name of newly-increased overall masterplate from database, judge whether masterplate name exists; If existed, the newly-increased overall masterplate failure of prompting; Otherwise, enter steps A 104;
A104, NMS newly increase an overall masterplate record in database, and this record consists of " overall masterplate ID ", " overall masterplate name ", " network element model ", " masterplate type ", " masterplate content-length " and " masterplate content ".
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| CN101383871A (en) * | 2007-09-06 | 2009-03-11 | 中兴通讯股份有限公司 | Network element configuration implementing method and apparatus |
| CN101771572A (en) * | 2010-04-07 | 2010-07-07 | 烽火通信科技股份有限公司 | Method for batch configuration of service of passive optical network equipment |
| CN101888655A (en) * | 2010-06-28 | 2010-11-17 | 中兴通讯股份有限公司 | Method and device for configuring network element data in template way in network management system |
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| CN101383871A (en) * | 2007-09-06 | 2009-03-11 | 中兴通讯股份有限公司 | Network element configuration implementing method and apparatus |
| CN101771572A (en) * | 2010-04-07 | 2010-07-07 | 烽火通信科技股份有限公司 | Method for batch configuration of service of passive optical network equipment |
| CN101888655A (en) * | 2010-06-28 | 2010-11-17 | 中兴通讯股份有限公司 | Method and device for configuring network element data in template way in network management system |
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