CN103281196A - Method for showing railway digital ring topology structure through creating clone network element - Google Patents
Method for showing railway digital ring topology structure through creating clone network element Download PDFInfo
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- CN103281196A CN103281196A CN2013100540467A CN201310054046A CN103281196A CN 103281196 A CN103281196 A CN 103281196A CN 2013100540467 A CN2013100540467 A CN 2013100540467A CN 201310054046 A CN201310054046 A CN 201310054046A CN 103281196 A CN103281196 A CN 103281196A
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Abstract
The invention relates to a method for showing a railway digital ring topology structure through creating a clone network element. The method belongs to the technical field of network equipment management systems, and comprises the following steps: selecting and completing a main system and a subsystem in a digital ring by an administrator, and clicking to save; and polling and judging status and the like of each digital link point. The invention also provides a method for deleting the subsystem of the digital ring. The problem that when one subsystem belongs to multiple digital rings, lines of the digital rings are mutually interwoven, so that the railway digital ring star topology structure cannot be shown intuitively is solved. The problem that a communication direction of each station in the digital ring cannot be shown in a topological graph is solved. The method can be used for intuitively showing a star structure of the railway digital ring, so that the administrator can fully control the whole system; and when one subsystem belongs to the multiple digital rings, alarms generated by the subsystem in different digital rings can be respectively shown on corresponding clone network elements, so that the administrator can quickly locate an alarm source.
Description
Technical field
The present invention relates to a kind of by creating the method that clone's network element represents railway digital rings topological structure, relate generally to establishment and the amending method of digital rings topological diagram, and the delet method of the digital rings of creating topological structure-digital rings subsystem, belong to the network apparatus management system technical field.
Background technology
Network management system is the abbreviation of network apparatus management system, be mainly used in to whole network system carry out that topology represents, data configuration, monitoring, maintenance and test.Network management system is sub server end and client, and client represents the physical connection between the managed devices and equipment in the network with the form of topological diagram.
Each railway station has a cover controlling equipment, and the controlling equipment at each station is connected to form loop by the 2M line on railway line, communicates by the 2M line between each controlling equipment, and this loop is referred to as the railway digital rings.The dispatching patcher that Railway Bureau disposes is referred to as main system, and main system is by each making station control system of digital rings management subordinate.This has just formed the star topology that a main system is administered a plurality of digital rings.
At present, the mode that most of network management topological figure represents this star structure employing Fig. 1 of railway digital rings and Fig. 2 shows that (Fig. 1 is existing digital rings topological diagram ways of presentation one, and the existing digital rings topological diagram demonstration of Fig. 2 represents two.）
The major defect of existing digital rings topological diagram ways of presentation one is when a station belongs to a plurality of digital rings, and each digital rings line of topological diagram is interweaved, unintelligible; The direction that can not show digital rings communication.
The major defect of existing digital rings topological diagram ways of presentation two is the Star topology graph structures that can not intuitively represent whole system, can not show the situation that a station belongs to a plurality of digital rings intuitively.
Summary of the invention
The present invention is directed to above-mentioned defective discloses a kind of by creating the method that clone's network element represents railway digital rings topological structure.
A kind of this method contains establishment and the modification of digital rings topological diagram by creating the method that clone's network element represents railway digital rings topological structure, and concrete steps are as follows:
1) keeper selects to finish after a digital rings interior main system and subsystem, clicks and preserves;
2) poll is judged the state of each digital rings node.If the digital rings node has been designated clone's network element, then return the ID of this clone's network element; If the digital rings node is not clone's network element, then enter 3).
3) if the digital rings node is main system, judge then whether this digital rings link point has been the main system of other digital rings.If the digital rings node has been the main system of other digital rings, then return clone's NE ID of its correspondence; Otherwise enter 4).If the digital rings node is subsystem, then enter 5).
4) judge whether the digital rings node has been the subsystem of other digital rings, if then create clone's network element of this link point in clone's network element table, clone's element name is this nodename+" _ "+digital rings title, and returns the ID of this clone's network element.
5) judge whether link point has been main system or the subsystem of other digital rings, if then create clone's network element of this link point in clone's network element table, clone's element name is this nodename+" _ "+digital rings title, and returns the ID of this clone's network element.Otherwise clone's NE ID of the correspondence of this link point is set to sky.
6) clone's NE ID field of this link point is set to clone's NE ID that above-mentioned steps is obtained in the digital rings node table.
7) in topological diagram, add the new digital rings of creating.
The present invention can be by the painted processing of digital rings line, and administrative staff can observe the communication direction between each system in each digital rings intuitively.
It is a kind of according to above-mentioned a kind of by creating a kind of delet method of digital rings subsystem that clone's network element represents the method for railway digital rings topological structure that the present invention also provides, and this method step is as follows:
1) chooses the digital rings node that to delete, click deletion.
2) if this link point identification is clone's network element, then this clone's network element of deletion in clone's network element table, and the digital rings node data that deletion is chosen in the digital rings node table.
3) if the link point that will delete is not clone's network element, judge then whether the digital rings node that will delete has clone's network element on other digital rings, if this clone network element of deletion in clone's network element table is arranged then, and in the digital rings node table, be sky with clone's network element field identification of the subsystem of deleted clone's network element.Otherwise the digital rings node data that deletion is chosen in the digital rings node table.
4) refresh the topological structure of this digital rings.
The invention solves a subsystem when belonging to a plurality of digital rings each digital rings line be interweaved, can not represent the problem of railway digital rings star topology intuitively.And solved the problem that can not represent the communication direction of each website in the digital rings at topological diagram.
Beneficial effect of the present invention is: the present invention is applied to network management system, is improved, and is in particular in: 1) network management topological figure can represent the star structure of railway digital rings intuitively, makes administrative staff do comprehensive control to whole system; 2) because the line between each digital rings no longer interweaves, by the painted processing of digital rings line, administrative staff can observe the communication direction between each system in each digital rings intuitively; 3) when a subsystem belongs to a plurality of digital rings, this subsystem can be presented at respectively on corresponding clone's network element in the alarm that the different digital ring produces, and makes the keeper can locate alarm source fast.
Description of drawings
Fig. 1 has digital rings topological diagram ways of presentation one now.
The existing digital rings topological diagram demonstration of Fig. 2 represents two.
Fig. 3 is establishment and the modification process figure of digital rings topological diagram.
Fig. 4 is the deletion flow chart of digital rings subsystem.
Fig. 5 is final effect figure of the present invention.
Embodiment
The present invention is further described below in conjunction with accompanying drawing.
Fig. 3 is establishment and the modification process figure of digital rings topological diagram.
As shown in Figure 3, the establishment of digital rings topological diagram and modification process:
1) keeper selects to finish after a digital rings interior main system and subsystem, clicks and preserves;
2) poll is judged the state of each digital rings node.If the digital rings node has been designated clone's network element, then return the ID of this clone's network element; If the digital rings node is not clone's network element, then enter 3).
3) if the digital rings node is main system, judge then whether this digital rings link point has been the main system of other digital rings.If the digital rings node has been the main system of other digital rings, then return clone's NE ID of its correspondence; Otherwise enter 4).If the digital rings node is subsystem, then enter 5).
4) judge whether the digital rings node has been the subsystem of other digital rings, if then create clone's network element of this link point in clone's network element table, clone's element name is this nodename+" _ "+digital rings title, and returns the ID of this clone's network element.
5) judge whether link point has been main system or the subsystem of other digital rings, if then create clone's network element of this link point in clone's network element table, clone's element name is this nodename+" _ "+digital rings title, and returns the ID of this clone's network element.Otherwise clone's NE ID of the correspondence of this link point is set to sky.
6) clone's NE ID field of this link point is set to clone's NE ID that above-mentioned steps is obtained in the digital rings node table.
7) in topological diagram, add the new digital rings of creating.
Final effect such as Fig. 5.Fig. 5 is final effect figure of the present invention.
The present invention can be by the painted processing of digital rings line, and administrative staff can observe the communication direction between each system in each digital rings intuitively.
Fig. 4 is the deletion flow chart of digital rings subsystem.As shown in Figure 4, the deletion flow process of digital rings node is as follows:
1) chooses the digital rings node that to delete, click deletion.
2) if this link point identification is clone's network element, then this clone's network element of deletion in clone's network element table, and the digital rings node data that deletion is chosen in the digital rings node table.
3) if the link point that will delete is not clone's network element, judge then whether the digital rings node that will delete has clone's network element on other digital rings, if this clone network element of deletion in clone's network element table is arranged then, and in the digital rings node table, be sky with clone's network element field identification of the subsystem of deleted clone's network element.Otherwise the digital rings node data that deletion is chosen in the digital rings node table.
4) refresh the topological structure of this digital rings.
The present invention is applied to network management system, and network management topological figure can represent the star structure of railway digital rings intuitively, makes administrative staff do comprehensive control to whole system; Because the line between each digital rings no longer interweaves, by the painted processing of digital rings line, administrative staff can observe the communication direction between each system in each digital rings intuitively; When a subsystem belonged to a plurality of digital rings, this subsystem can be presented at respectively on corresponding clone's network element in the alarm that the different digital ring produces, and makes the keeper can locate alarm source fast.
Claims (3)
1. one kind by creating the method that clone's network element represents railway digital rings topological structure, it is characterized in that this method step is as follows:
1) keeper selects to finish after a digital rings interior main system and subsystem, clicks and preserves;
2) poll is judged the state of each digital rings node: if the digital rings node has been designated clone's network element, then return the ID of this clone's network element; If the digital rings node is not clone's network element, then enter 3);
3) if the digital rings node is main system, judge then whether this digital rings link point has been the main system of other digital rings; If the digital rings node has been the main system of other digital rings, then return clone's NE ID of its correspondence; Otherwise enter 4); If the digital rings node is subsystem, then enter 5);
4) judge whether the digital rings node has been the subsystem of other digital rings, if then create clone's network element of this link point in clone's network element table, clone's element name is this nodename+" _ "+digital rings title, and returns the ID of this clone's network element;
5) judge whether link point has been main system or the subsystem of other digital rings, if then create clone's network element of this link point in clone's network element table, clone's element name is this nodename+" _ "+digital rings title, and returns the ID of this clone's network element; Otherwise clone's NE ID of the correspondence of this link point is set to sky;
6) clone's NE ID field of this link point is set to clone's NE ID that above-mentioned steps is obtained in the digital rings node table;
7) in topological diagram, add the new digital rings of creating.
2. according to claim 1 a kind of by creating the method that clone's network element represents railway digital rings topological structure, it is characterized in that, by the painted processing of digital rings line, administrative staff can observe the communication direction between each system in each digital rings intuitively.
3. the delet method of a digital rings subsystem is characterized in that, this method step is as follows:
1) chooses the digital rings node that to delete, click deletion;
2) if this link point identification is clone's network element, then this clone's network element of deletion in clone's network element table, and the digital rings node data that deletion is chosen in the digital rings node table;
3) if the link point that will delete is not clone's network element, judge then whether the digital rings node that will delete has clone's network element on other digital rings, if this clone network element of deletion in clone's network element table is arranged then, and in the digital rings node table, be sky with clone's network element field identification of the subsystem of deleted clone's network element; Otherwise the digital rings node data that deletion is chosen in the digital rings node table;
4) refresh the topological structure of this digital rings.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104410571A (en) * | 2014-10-30 | 2015-03-11 | 北京思特奇信息技术股份有限公司 | Method and system for generating line-sequential route automatically for resource prediction |
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| CN101635732A (en) * | 2009-08-27 | 2010-01-27 | 迈普通信技术股份有限公司 | Network management system integrated with IP network and cluster network as well as method thereof |
| US20100142409A1 (en) * | 2006-12-21 | 2010-06-10 | Liam Fallon | Self-Forming Network Management Topologies |
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Patent Citations (6)
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|---|---|---|---|---|
| CN1747404A (en) * | 2005-10-14 | 2006-03-15 | 杭州华为三康技术有限公司 | Network topological graph updation and management |
| US20070153708A1 (en) * | 2006-01-05 | 2007-07-05 | Dominick Scott M | Topology comparison |
| US20100142409A1 (en) * | 2006-12-21 | 2010-06-10 | Liam Fallon | Self-Forming Network Management Topologies |
| CN101414980A (en) * | 2008-11-27 | 2009-04-22 | 北京理工大学 | Method for designing and maintaining three-color loop network structure of main routing system |
| CN101635732A (en) * | 2009-08-27 | 2010-01-27 | 迈普通信技术股份有限公司 | Network management system integrated with IP network and cluster network as well as method thereof |
| CN102904753A (en) * | 2012-09-26 | 2013-01-30 | 迈普通信技术股份有限公司 | Method and system for rapidly establishing network topology |
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| CN104410571A (en) * | 2014-10-30 | 2015-03-11 | 北京思特奇信息技术股份有限公司 | Method and system for generating line-sequential route automatically for resource prediction |
| CN104410571B (en) * | 2014-10-30 | 2017-05-17 | 北京思特奇信息技术股份有限公司 | Method and system for generating line-sequential route automatically for resource prediction |
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