CN102904751B - The generation method and apparatus of network topology view - Google Patents
The generation method and apparatus of network topology view Download PDFInfo
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Abstract
The embodiment of the present invention provides a kind of generation method and apparatus of network topology view, by generating all hierarchical topology views comprising all topology objects in this level, topology objects are checked to allow user stratification, and all topology objects and the link information of same level can be checked, information presents more abundant and directly perceived, is applicable to that middle number of devices is many, the network management of link relation complexity.Improvement is done to the man-machine interaction mode of topological view simultaneously, promoted Consumer's Experience.
Description
Technical field
The embodiment of the present invention relates to wireless communication technology, particularly relates to a kind of generation method and apparatus of network topology view.
Background technology
Along with the development of telecommunications industry, the equipment that the service integration webmaster of telecommunications will manage gets more and more.In prior art, alarm and communication state that industry generally adopts network management system to pass through topological view to show each equipment in the networking situation of network and network intuitively, to reflect network operation situation, user can hold hierarchical structure and the running status of whole network equipment.Described topological view by the topology objects such as gui interface display device and link, can use the technological development such as Flash, JavaScript, and is embedded in the html page and shows, and supports man-machine interaction.
Fig. 1 is topological view schematic diagram in prior art, and as shown in Figure 1, existing topological view is generally multi-level single path tree topology view, and all topology objects carry out storing and presenting according to the set membership between object.User can track leaf node according to individual paths from root node always.
In the process realizing the embodiment of the present invention, inventor finds, existing multi-level single path tree topology view display logic is comparatively simple, click arbitrary object, only show the direct child node of this object, user can only see one group of limited topology objects any moment, cannot see all topology objects of same layer and the link relation between them.And existing equipment in network quantity is more, link relation is complicated, user has and wishes to see same level all devices and the practical application request of link relation between it, and existing multi-level single path tree topology view cannot meet this demand.
Summary of the invention
The embodiment of the present invention, for existing defect, provides a kind of generation method and apparatus of network topology view, in order to see same level all devices and link relation between it in same user interface.
The generation method of the network topology view that the embodiment of the present invention provides, comprising:
Network management system creates the topology objects container of respective numbers according to the level in network, each level one_to_one corresponding of each topology objects container and described network, and described topology objects container has corresponding topological hierarchy attributes; And generating multiple topology objects, described topology objects have hierarchical index attribute;
The topology objects that described hierarchical index attribute is identical with described topological hierarchy attributes add in the topology objects container with described topological hierarchy attributes by described network management system, generate the hierarchical topology view of corresponding level; Described hierarchical topology view comprises topology objects all in this level, and the link relation between described topology objects; Topology objects in the adjacent described hierarchical topology view up and down corresponding to two levels are set membership;
Described network management system, after the trigger command receiving display-object level, shows the hierarchical topology view corresponding with the described hierarchy of objectivies on a user interface.
The generating apparatus of the network topology view that the embodiment of the present invention provides, comprising:
Creation module, for creating the topology objects container of respective numbers according to the level in network, each level one_to_one corresponding of each topology objects container and described network, described topology objects container has corresponding topological hierarchy attributes; And generating multiple topology objects, described topology objects have hierarchical index attribute;
Generation module, adds in the topology objects container with described topological hierarchy attributes for the topology objects that described hierarchical index attribute is identical with described topological hierarchy attributes, generates the hierarchical topology view of corresponding level; Described hierarchical topology view comprises topology objects all in this level, and the link relation between described topology objects; Topology objects in the adjacent described hierarchical topology view up and down corresponding to two levels are set membership;
Display module, for after the trigger command receiving display-object level, the hierarchical topology view that display is corresponding with the described hierarchy of objectivies on a user interface.
The generation method and apparatus of the network topology view that the embodiment of the present invention provides, by generating all hierarchical topology views comprising all topology objects in this level, topology objects are checked to allow user stratification, and all topology objects and the link information of same level can be checked, information presents more abundant and directly perceived, is applicable to that middle number of devices is many, the network management of link relation complexity.
Accompanying drawing explanation
Fig. 1 is topological view schematic diagram in prior art;
Fig. 2 is the schematic flow sheet of the generation embodiment of the method for network topology view of the present invention;
Fig. 3 is it " product " object schematic diagram of embodiment of the present invention topology objects layering;
Fig. 4 is it " network element " object schematic diagram of embodiment of the present invention topology objects layering;
Fig. 5 is it " node " object schematic diagram of embodiment of the present invention topology objects layering;
Fig. 6 is autoplacement configuration file embodiment schematic diagram of the present invention;
Fig. 7 is the structural representation of the generating apparatus embodiment of network topology view of the present invention.
Embodiment
The interactive mode of network topology view of the prior art is from root node from top to bottom, successively shows the direct child node of the topology objects chosen.One group of limited topology objects can only be seen at any time, all topology objects of same layer and the link relation between them cannot be seen, for the above-mentioned defect of single path tree topology view multi-level in prior art, the solution that various embodiments of the present invention provide allows user stratification to check topology objects, and can check all topology objects and the link information of same level; Improvement is done to the man-machine interaction mode of topological view simultaneously, promoted Consumer's Experience.
Topological view in various embodiments of the present invention uses flex technological development (Flash, JavaScript certainly can also be used to develop), be embedded in the html page and show, client flashplayer or other playout softwares are play, support complicated man-machine interaction, can the action of monitoring users.
Fig. 2 is the schematic flow sheet of the generation embodiment of the method for network topology view of the present invention, and as shown in Figure 2, the method comprises the steps:
Step 200, network management system creates the topology objects container of respective numbers according to the level in network, and generates multiple topology objects;
Level in network described in the embodiment of the present invention can comprise: logical layer view is by the hierarchical relationship layering of " solution----product----network element----node (two-shipper or cluster) ", and physical layer view is by the hierarchical relationship layering of " subnet----website---machine room----equipment ".Following examples are described for the three-layer network level of " product----NE type----node ", certainly do not limit to this.Particularly, network management system creates three topology objects containers according to three of network levels.A corresponding topology objects container of level, realize with the example of canvas control in flex, each topology objects container has corresponding topological hierarchy attributes, and described topological hierarchy attributes is used for distinguishing multiple different level.Network management system gets after network is divided into three levels, just creates three corresponding topology objects containers, and distributes topological hierarchy attributes accordingly.
The attribute of topology objects comprises base attribute and extended attribute, and different attributes is stored in different tables.When mapping the multiple topology objects of generation after network management system creative management object, for topology objects increase hierarchical index attribute newly in order to indicate the level belonging to these topology objects, hierarchical index attribute can be deposited in extended attribute table as the extended attribute of topology objects.
Step 201, the topology objects that described hierarchical index attribute is identical with described topological hierarchy attributes add in the topology objects container with described topological hierarchy attributes by described network management system, generate the hierarchical topology view of corresponding level;
Network management system is when generating topology objects, obtain the hierarchical index attribute of each topology objects, and the topological hierarchy attributes of each topology objects container, then be divided in corresponding topology objects container by all topology objects generated, to comprise the hierarchical index attribute of topology objects identical with the topological hierarchy attributes of the topology objects container at its place for division rule particularly.The topological hierarchy attributes of three the topology objects containers such as created is respectively " 1 ", " 2 " and " 3 ", so just, the topology objects being " 1 " by hierarchical index attribute add in the topology objects container corresponding to " product " level, the topology objects being " 2 " by hierarchical index attribute add in the topology objects container corresponding to " network element " level, and the topology objects being " 3 " by hierarchical index attribute add in the topology objects container corresponding to " node " level.
Comprise all topology objects (being not limited to certain single solution or product) that should present at this level in the embodiment of the present invention in topology objects container, topology objects UIElement class realizes.When topological view initialization, all topology objects add in different topology object container according to different levels, generate the hierarchical topology view of corresponding level.Described hierarchical topology view can comprise topology objects all in this level, and the link relation between described topology objects.
Further, the topology objects in adjacent in the embodiment of the present invention hierarchical topology view up and down corresponding to two levels are set membership.For example, the topology objects belonged in the topology objects container corresponding to " node " level are " child node ", and the topology objects belonged in the topology objects container corresponding to " network element " level are " father node ", and the rest may be inferred.
Step 202, described network management system, after the trigger command receiving display-object level, shows the hierarchical topology view corresponding with the described hierarchy of objectivies on a user interface.
After described network management system generates each hierarchical topology view, just can play up visual user interface and show, but also each hierarchical topology view can be shown respectively.If when user needs to switch topological view, sent the trigger command representing and will be switched to the hierarchical topology view of the hierarchy of objectivies to network management system by scheduled operation, described network management system, after the trigger command receiving display-object level, shows the hierarchical topology view corresponding with the hierarchy of objectivies on a user interface.The hierarchy of objectivies can be upper strata or the lower floor of current layer time.
The generation method of the network topology view that the embodiment of the present invention provides, by generating all hierarchical topology views comprising all topology objects in this level, topology objects are checked to allow user stratification, and all topology objects and the link information of same level can be checked, information presents more abundant and directly perceived, is applicable to that middle number of devices is many, the network management of link relation complexity.
In the embodiment of the generation method of above-mentioned network topology view, the hierarchical topology view of the corresponding level of described generation comprises the steps: that network management system determines the band of position of described topology objects according to the coordinate range that autoplacement configuration file limits, the particular location in the described band of position is determined according to the position attribution information of described topology objects, each topology objects are arranged on after on corresponding particular location, described topology objects are connected, to generate described hierarchical topology view according to described link relation.
Fig. 3 is it " product " object schematic diagram of embodiment of the present invention topology objects layering, Fig. 4 is it " network element " object schematic diagram of embodiment of the present invention topology objects layering, Fig. 5 is it " node " object schematic diagram of embodiment of the present invention topology objects layering, as in Figure 3-5, the topological view of network system divides in order to 3 different levels, i.e. " product " layer, " network element " layer and " node " layer, and at levels different arbitrarily, topological view can demonstrate all topology objects under this level, and the link relation between topology objects.Topology objects carry out layout according to autoplacement configuration file such as topo_layout.xml in three hierarchical topology views, Fig. 6 is autoplacement configuration file embodiment schematic diagram of the present invention, as shown in Figure 6, according to the restriction of autoplacement configuration file, each topology objects have the coordinate range determined.
The position attribution information (such as coordinate figure) of topology objects is effective for the container of certain specific level.Under default situations, the user of system shares a topological view, also just means, the adjustment operation of user to topology objects position can not be saved in database, and open topological view, topology objects all recover auto arrangement layout at every turn.In the present invention, the information such as position attribution information of extended attribute table, autoplacement configuration file, equipment can be stored in described database.
In the generation embodiment of the method for network topology view of the present invention, also provide topological view switching mode flexibly, the first clicks to regulate engineer's scale to switch, and the second is switched by roll mouse roller.The essence that topological view level switches represents that the topology objects container of former view level is hidden, the topology objects container display of new view level.
For first kind of way, in said method embodiment, trigger command can be generated by the engineer's scale clicked or pull in user interface.Accordingly, the described hierarchy of objectivies is determined by the arrow button clicking described engineer's scale; The corresponding last layer of forward button, negative sense button next level corresponding; Or the described hierarchy of objectivies is determined by the drag direction of described engineer's scale; Forward pulls corresponding last layer, and negative sense pulls next level corresponding.
In the screen area of formed objects, upper strata topological view only has less father's topology objects, lower floor's topological view has a fairly large number of subtopology object, then is aided with the frame change representing topology objects occupied area scope, and user just can be allowed to feel the effect of topological view convergent-divergent.Mouse clicks engineer's scale, triggers view level handover event, and program, according to the switching type (switching to upper strata or lower floor) of the level of current display and click, shows different contents.
For the second way, in said method embodiment, trigger command can be generated by roll mouse.Accordingly, the described hierarchy of objectivies is determined by the rotating direction of described mouse; Scroll up corresponding last layer, and roll downwards next level corresponding.
Mouse event monitor mouseWheelListener and corresponding event-handling method mouseWheelEventHandler is set up at Topology Management interface, in order to monitor mouse roller rolling event, and recording events occur time mouse position p(stageX, stageY).When receiving the mouse roller event on topological view when monitor, trigger mouseWheelEventHandler method.First mouseWheelEventHandler method determines the positional information that mouse is current, the central point switched for view level with this position p.Then judge that direction that mouse roller rolls is to determine to switch to upper strata or lower floor switches, the visible that first set a property by the hierarchical topology view of current level is false, the hierarchical topology view that then will show shows, implementation method is that its attribute visible is set to true, utilize the Zoom animation effect of flash simultaneously, demonstrate zooming effect more true to nature.Calculate the coordinate offset of topology objects in new level view while switching, allow each topology objects all be presented at correct position.Due to the restriction of user interface size, on a user interface can the partial view of hierarchical topology view corresponding to display-object level or whole views.The visible attribute arranging hierarchical topology view in the present embodiment realizes it and hides or display, is equally applicable to first kind of way.
In addition, the packet mode of node and the level of acquiescence display can customize according to customer demand.Topology objects in topological view, its Key Performance Indicator (KeyPerformanceIndicator; KPI) and alarm status all support that superior converges, realize any one deck topological view all to show the running status of whole network equipment.
Apply method provided by the invention, user can by the topological structure of Topology Management global monitoring whole network equipment and running status, once discovery alarm, as long as roll mouse roller just can navigate to rapidly the equipment of generation problem, very large improved efficiency is brought by attendant, and good Consumer's Experience.
Fig. 7 is the structural representation of the generating apparatus embodiment of network topology view of the present invention, as shown in Figure 7, this device comprises creation module 71, generation module 72 and display module 73, wherein, creation module 71 is for creating the topology objects container of respective numbers according to the level in network, each level one_to_one corresponding of each topology objects container and described network, described topology objects container has corresponding topological hierarchy attributes; And generating multiple topology objects, described topology objects have hierarchical index attribute; Generation module 72 adds to for the topology objects that described hierarchical index attribute is identical with described topological hierarchy attributes in the topology objects container with described topological hierarchy attributes, generates the hierarchical topology view of corresponding level; Described hierarchical topology view comprises topology objects all in this level, and the link relation between described topology objects; Topology objects in the adjacent described hierarchical topology view up and down corresponding to two levels are set membership; Display module 73, for after the trigger command receiving display-object level, shows the hierarchical topology view corresponding with the described hierarchy of objectivies on a user interface.
Particularly, creation module 71 creates three topology objects containers according to three of network levels.The corresponding topology objects container of each level, and each topology objects container all has each self-corresponding topological hierarchy attributes, described topological hierarchy attributes is used for distinguishing multiple different level.Creation module 71 is also responsible for generating multiple topology objects, and described topology objects have hierarchical index attribute.Particularly, when mapping the multiple topology objects of generation after creative management object, creation module 71 increases hierarchical index attribute newly in order to indicate the level belonging to these topology objects for topology objects, and hierarchical index attribute can be deposited in extended attribute table as the extended attribute of topology objects.Generation module 72 obtains the hierarchical index attribute of each topology objects, and the topological hierarchy attributes of each topology objects container, then all topology objects that creation module 71 generates are divided in corresponding topology objects container, to comprise the hierarchical index attribute of topology objects identical with the topological hierarchy attributes of the topology objects container at its place for division rule particularly, and the topology objects in the adjacent hierarchical topology view up and down corresponding to two levels are set membership.After generation module 72 generates each hierarchical topology view, display module 73 just can be played up visual user interface and be shown, but also can show each hierarchical topology view respectively.If when user needs to switch topological view, sent the trigger command representing and will be switched to the hierarchical topology view of the hierarchy of objectivies to network management system by scheduled operation, generating apparatus, after the trigger command receiving display-object level, shows the hierarchical topology view corresponding with the hierarchy of objectivies on a user interface by display module 73.The hierarchy of objectivies can be upper strata or the lower floor of current layer time.
The generating apparatus of the network topology view that the embodiment of the present invention provides, by generating all hierarchical topology views comprising all topology objects in this level, topology objects are checked to allow user stratification, and all topology objects and the link information of same level can be checked, information presents more abundant and directly perceived, is applicable to that middle number of devices is many, the network management of link relation complexity.
In the generating apparatus embodiment of network topology view of the present invention, also provide topological view switching mode flexibly, the first clicks to regulate engineer's scale to switch, and the second is switched by roll mouse roller.The essence that topological view level switches represents that the topology objects container of former view level is hidden, the topology objects container display of new view level.The trigger command of display-object level can be generated by the mode clicking or pull the engineer's scale in described user interface, and the wherein said hierarchy of objectivies is determined by the arrow button clicking described engineer's scale; The corresponding last layer of forward button, negative sense button next level corresponding; Or the described hierarchy of objectivies is determined by the drag direction of described engineer's scale; Forward pulls corresponding last layer, and negative sense pulls next level corresponding.The trigger command of display-object level can also be generated by roll mouse, and the wherein said hierarchy of objectivies is determined by the rotating direction of described mouse; Scroll up corresponding last layer, and roll downwards next level corresponding.
Another embodiment of the present invention provides a kind of generating apparatus of network topology view, comprise processor, described processor is used for the topology objects container creating respective numbers according to the level in network, each level one_to_one corresponding of each topology objects container and described network, described topology objects container has corresponding topological hierarchy attributes; And generating multiple topology objects, described topology objects have hierarchical index attribute; And the topology objects that described hierarchical index attribute is identical with described topological hierarchy attributes are added in the topology objects container with described topological hierarchy attributes, generate the hierarchical topology view of corresponding level; Described hierarchical topology view comprises topology objects all in this level, and the link relation between described topology objects; Topology objects in the adjacent described hierarchical topology view up and down corresponding to two levels are set membership; And after the trigger command receiving display-object level, the hierarchical topology view that display is corresponding with the described hierarchy of objectivies on a user interface.
In several embodiments that the application provides, should be understood that disclosed apparatus and method can realize by another way.Such as, device embodiment described above is only schematic, such as, the division of described unit, be only a kind of logic function to divide, actual can have other dividing mode when realizing, such as multiple unit or assembly can in conjunction with or another system can be integrated into, or some features can be ignored, or do not perform.Another point, shown or discussed coupling each other or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of device or unit or communication connection can be electrical, machinery or other form.
The described unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed in multiple network element.Some or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.
In addition, each functional unit in each embodiment of the application can be integrated in a processing unit, also can be that the independent physics of unit exists, also can two or more unit in a unit integrated.Above-mentioned integrated unit both can adopt the form of hardware to realize, and the form that hardware also can be adopted to add SFU software functional unit realizes.
The above-mentioned integrated unit realized with the form of SFU software functional unit, can be stored in a computer read/write memory medium.Above-mentioned SFU software functional unit is stored in a storage medium, comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) or processor (processor) perform the part steps of method described in each embodiment of the application.And aforesaid storage medium comprises: USB flash disk, portable hard drive, read-only memory (Read-OnlyMemory, ROM), random access memory (RandomAccessMemory, RAM), magnetic disc or CD etc. various can be program code stored medium.
Those skilled in the art can be well understood to, for convenience and simplicity of description, only be illustrated with the division of above-mentioned each functional module, in practical application, can distribute as required and by above-mentioned functions and be completed by different functional modules, internal structure by device is divided into different functional modules, to complete all or part of function described above.The specific works process of the device of foregoing description, with reference to the corresponding process in preceding method embodiment, can not repeat them here.
Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (5)
1. a generation method for network topology view, is characterized in that, comprising:
Network management system creates the topology objects container of respective numbers according to the level in network, each level one_to_one corresponding of each topology objects container and described network, and described topology objects container has corresponding topological hierarchy attributes; And generating multiple topology objects, described topology objects have hierarchical index attribute;
The topology objects that described hierarchical index attribute is identical with described topological hierarchy attributes add in the topology objects container with described topological hierarchy attributes by described network management system, generate the hierarchical topology view of corresponding level; Described hierarchical topology view comprises topology objects all in this level, and the link relation between described topology objects; Topology objects in the adjacent described hierarchical topology view up and down corresponding to two levels are set membership;
Described network management system, after the trigger command receiving display-object level, shows the hierarchical topology view corresponding with the described hierarchy of objectivies on a user interface;
Described trigger command is generated by the engineer's scale clicked or pull in described user interface; Accordingly, the described hierarchy of objectivies is determined by the arrow button clicking described engineer's scale; The corresponding last layer of forward button, negative sense button next level corresponding; Or the described hierarchy of objectivies is determined by the drag direction of described engineer's scale; Forward pulls corresponding last layer, and negative sense pulls next level corresponding;
Or,
Described trigger command is generated by roll mouse; Accordingly, the described hierarchy of objectivies is determined by the rotating direction of described mouse; Scroll up corresponding last layer, and roll downwards next level corresponding;
Also comprise and obtain the current positional information of described mouse; Accordingly, the described display on a user interface hierarchical topology view corresponding with the described hierarchy of objectivies comprises: the positional information current according to described mouse, obtains the coordinate offset of all topology objects in hierarchical topology view corresponding to the described hierarchy of objectivies; According to described coordinate offset, described user interface shows the partial view of hierarchical topology view corresponding to the described hierarchy of objectivies or whole view.
2. method according to claim 1, is characterized in that, the hierarchical topology view of the corresponding level of described generation comprises:
The coordinate range limited according to autoplacement configuration file determines the band of position of described topology objects, the particular location in the described band of position is determined according to the position attribution information of described topology objects, each topology objects are arranged on after on corresponding particular location, described topology objects are connected, to generate described hierarchical topology view according to described link relation.
3. method according to claim 2, is characterized in that, described hierarchical index property store is in the extended attribute table of topology objects; Described extended attribute table, described autoplacement configuration file, described position attribution information store in a database.
4. method according to claim 3, is characterized in that, described user interface changes the position of described topology objects, is not saved in described database.
5. a generating apparatus for network topology view, is characterized in that, comprising:
Creation module, for creating the topology objects container of respective numbers according to the level in network, each level one_to_one corresponding of each topology objects container and described network, described topology objects container has corresponding topological hierarchy attributes; And generating multiple topology objects, described topology objects have hierarchical index attribute;
Generation module, adds in the topology objects container with described topological hierarchy attributes for the topology objects that described hierarchical index attribute is identical with described topological hierarchy attributes, generates the hierarchical topology view of corresponding level; Described hierarchical topology view comprises topology objects all in this level, and the link relation between described topology objects; Topology objects in the adjacent described hierarchical topology view up and down corresponding to two levels are set membership;
Display module, for after the trigger command receiving display-object level, the hierarchical topology view that display is corresponding with the described hierarchy of objectivies on a user interface;
Described trigger command is generated by the engineer's scale clicked or pull in described user interface; Accordingly, the described hierarchy of objectivies is determined by the arrow button clicking described engineer's scale; The corresponding last layer of forward button, negative sense button next level corresponding; Or the described hierarchy of objectivies is determined by the drag direction of described engineer's scale; Forward pulls corresponding last layer, and negative sense pulls next level corresponding;
Or,
Described trigger command is generated by roll mouse; Accordingly, the described hierarchy of objectivies is determined by the rotating direction of described mouse; Scroll up corresponding last layer, and roll downwards next level corresponding;
Also comprise and obtain the current positional information of described mouse; Accordingly, the described display on a user interface hierarchical topology view corresponding with the described hierarchy of objectivies comprises: the positional information current according to described mouse, obtains the coordinate offset of all topology objects in hierarchical topology view corresponding to the described hierarchy of objectivies; According to described coordinate offset, described user interface shows the partial view of hierarchical topology view corresponding to the described hierarchy of objectivies or whole view.
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| CN102281154A (en) * | 2011-07-12 | 2011-12-14 | 广东宜通世纪科技股份有限公司 | Display method and system of network topology graphing |
| CN102638455A (en) * | 2012-03-19 | 2012-08-15 | 华为技术有限公司 | Method and device for processing network element object information in three-dimensional (3D) topology view |
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