CN102932201A - Display control system and method for network monitoring data - Google Patents
Display control system and method for network monitoring data Download PDFInfo
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- CN102932201A CN102932201A CN2012103641696A CN201210364169A CN102932201A CN 102932201 A CN102932201 A CN 102932201A CN 2012103641696 A CN2012103641696 A CN 2012103641696A CN 201210364169 A CN201210364169 A CN 201210364169A CN 102932201 A CN102932201 A CN 102932201A
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Abstract
The invention discloses a display control system and a display control method for network monitoring data. The display control method comprises the following steps that: a topological drawing core module acquires network topological data and draws a basic topological graph according to the network topological data; the basic topological graph is used as a basic layer; an expanded layer plug-in module is used for acquiring the network monitoring data corresponding to topological elements in the basic topological graph from network monitoring equipment; an expanded layer corresponding to the network monitoring data is constructed on the basic layer; position data of the topological elements on the basic topological graph; and display icons of the corresponding topological elements corresponding to the network monitoring data at the same position in the expanded layer. By the display control system and the display control method, the network monitoring data can be intuitively displayed in a graphical manner, and the flexibility and the expandability of a display control process and the customizability of displayed contents can be improved.
Description
Technical field
The application relates to the monitoring technique field of communication network, relates in particular to a kind of display control program and method of network monitoring data.
Background technology
Along with the unprecedented high development of IT application process, communication network has reached all-pervasive stage, network Development presents explosive growth, small-scale intranet expands to medium-sized enterprise's net, medium-sized enterprise's net expands Large enterprise network to, and industry has also been set up different backbone networks, such as enterprise backbone, government's backbone network etc.Therefore, present network equipment number becomes how much levels to increase, and network link is also more and more.In this case, problem of the maximum that Virtual network operator and network manager face is exactly the management to communication network, in some equipment and network link that the user focuses on, need to monitor accurately it, guarantee the unobstructed of network with this, will produce various monitor datas in monitor procedure, how these monitor datas being classified presents, and be shown to the user, will be the important technical basis that guarantees network monitoring validity.
In the prior art, the display mode of common network monitoring data adopts forms mode mostly, is about to described network monitoring data style, shows different classes of network monitoring data in different forms or disparate modules.This kind display mode, be difficult to intuitively to show network that network equipment monitor staff monitors or the concrete condition of equipment, in a lot of situations, the monitor staff need to spend a lot of times to carry out the location of network failure, control to the network operation situation also neither one overall situation, the effectiveness of network monitoring data is had a greatly reduced quality, strengthened network monitoring personnel's work difficulty.
In another kind of prior art, also there is the subnetwork management system to adopt patterned mode to come the display network monitor data, namely in topological diagram, the equipment in the network or connection carried out the network monitoring state that corresponding image special effect plays up to represent described equipment or connection.This technology has adopted patterned mode to come display network monitor state information, can show more intuitively the network monitored or the concrete state of equipment,
But, the situation of reality is, the network monitoring data amount is huge, the basic network status data such as state, equipment state that had both comprised network link, also comprise the accurately monitor data such as the flow of network link, the concrete classification situation of flow, and for the relevant health data of concrete equipment, such as health data of interface flow, bandwidth, internal memory, central processing unit (CPU) etc.
In the prior art of above-mentioned graphical display mode, it is to be solidificated in the intrinsic logic of network monitoring device that described topological map generalization and corresponding image special effect are played up operation, its autgmentability is poor, the content of the network monitoring data that shows can't flexible customization, can't adapt to miscellaneous monitor data in the reality; And the image of topological diagram and the network monitoring state of playing up is to be fixed on the pictures, often on a topological diagram, can only show one type network monitoring data, can't realize data overlap, and when network monitoring data changes, need to repaint and play up a brand-new topological diagram, this can take a large amount of computational resources in the reality scene of network monitoring data frequent updating.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of display control program and method of network monitoring data, both can patterned mode display network monitor data intuitively, can improve again the customizability of the flexibility, autgmentability and the displaying contents that show control procedure.
Technical scheme of the present invention is achieved in that
A kind of display control program of network monitoring data comprises:
Topology is drawn nucleus module, is used for obtaining the network topology data, draws basic topology figure according to described network topology data, with this basic topology figure as the parent map layer;
At least a expander graphs layer card module is used for obtaining network monitoring data corresponding to described basic topology figure topology element from network monitoring device; On described parent map layer, set up expander graphs layer corresponding to this kind network monitoring data, obtain the position data of described topology element on described basic topology figure, the same position in described expander graphs layer is drawn the display icon of corresponding topology element map network monitor data.
In a kind of preferred version, described expander graphs layer card module is further used for: the real time data of subscribing to the network monitoring data that topology element is corresponding among the described basic topology figure to network monitoring device; And after receiving the up-to-date real time data that described network monitoring device returns, the correspondence position of the described topology element on expander graphs layer corresponding to this network monitoring data is drawn the display icon of the real time data of this topology element map network monitor data.
In a kind of preferred version, this system further comprises the plug-in management module, be used for providing administration interface, according to user instruction described expander graphs layer card module selected, call the expander graphs layer card module of choosing and set up the described expander graphs layer that comprises the network monitoring data display icon on described parent map layer, the display icon that also is used for the kind of the network monitoring data that can obtain described expander graphs layer card module according to user instruction and correspondence thereof increases and decreases and manages.
In a kind of preferred version, described topology is drawn in the nucleus module and is comprised human-computer interaction module, is used for providing the drafting interface of network topology, obtains the network topology data according to the drafting instruction of user's input.
A kind of display control method of network monitoring data comprises:
Obtain the network topology data, draw basic topology figure according to described network topology data, with this basic topology figure as the parent map layer;
Obtain network monitoring data corresponding to topology element among the described basic topology figure; On described parent map layer, set up expander graphs layer corresponding to this kind network monitoring data, obtain the position data of described topology element on described basic topology figure, the same position in described expander graphs layer is drawn the display icon of corresponding topology element map network monitor data.
In a kind of preferred version, the method further comprises: the real time data of subscribing to the network monitoring data that topology element is corresponding among the described basic topology figure to network monitoring device; And after receiving the up-to-date real time data that described network monitoring device returns, the correspondence position of the described topology element on expander graphs layer corresponding to this network monitoring data is drawn the display icon of the real time data of this topology element map network monitor data.
In a kind of preferred version, the described network topology data of obtaining comprise:
Obtain the self attributes data of topological diagram;
Obtain the topology element data, described topology element comprises regional element, deviceelement and connection element, comprises identification data, position data and the attribute data of described topology element in the described topology element data.
In a kind of preferred version, described according to described network topology data drafting basic topology figure, specifically comprise:
Set up a painting canvas of drawing basic topology figure, create ground floor container at this painting canvas and scheme as a setting layer, in this Background From Layer according to the self attributes data rendering context picture of described topological diagram;
On described Background From Layer, create second layer container as topology element figure layer;
In described topology element figure layer, according to position data and the attribute data drawing area element of described regional element;
In described topology element figure layer, according to position data and the attribute data rendering apparatus element of described deviceelement;
In described topology element figure layer, draw connection element according to identification data and the attribute data of described connection element.
In a kind of preferred version, describedly obtain network monitoring data corresponding to topology element among the described basic topology figure, specifically comprise:
Determine the type of described network monitoring data, in described basic topology figure, determine the topology element sign that described network monitoring data type is corresponding;
The network monitoring device corresponding to described network monitoring data type sends data acquisition request, comprising the determined topology element sign of described previous step;
Described network monitoring device is determined network monitoring data corresponding to described each topology element according to the sign of the topology element in the described data acquisition request, and returns each topology element sign and corresponding network monitoring data thereof.
In a kind of preferred version, the described position data of described topology element on described basic topology figure of obtaining, specifically comprise: utilize the sign of described topology element and the sign of the topology element on the described basic topology figure to mate, obtain the position data of topology element on described basic topology figure that matches;
Described same position in described expander graphs layer is drawn the display icon of corresponding topology element map network monitor data, specifically comprise: the network monitoring data that inquiry is preset and the mapping relations of corresponding display icon, determine display icon corresponding to described topology element map network monitor data; In described expander graphs layer, in the same position of described topology element on basic topology figure, draw the corresponding display icon of corresponding topology element map network monitor data.
Compared with prior art, the present invention not only can patterned mode display network monitor data intuitively, make things convenient for the monitor staff network operation situation to be had a control of the overall situation, can give full play to the effectiveness of diverse network monitor data, make things convenient for fault location, reduce network monitoring personnel's work difficulty, improved operating efficiency.And, patterned way of the present invention adopts layered mode to show topological diagram and corresponding expander graphs layer, described topological diagram is the parent map layer, wherein show and change comparatively speaking little network topology structure, the expander graphs layer is arranged on the described parent map layer, be used for showing network monitoring data corresponding to topology element, kind according to network monitoring data can arrange one or more expander graphs layers, needs that can the monitor staff are selected, therefore its autgmentability is very strong, and the particular content of its shown network monitoring data on the expander graphs layer also can carry out flexible customization as required, improved the flexibility that shows in the control procedure and the customizability of displaying contents.
The solution of the present invention can be carried out data according to user's request and be shown, reaches the network monitoring effect for different user demands, reaches comprehensive, the network master data of multi-angle and the demonstration of monitor data, and the network monitoring effect is multiplied.This programme is based on the mode of figure layer plug-in unit, Basic Topological and network monitoring data are carried out comprehensive, multi-level demonstration, on the basis of basic network topological diagram layer, can arbitrarily expand the intelligent data that stack multiple network monitor data and process intellectual analysis are processed, also can arbitrarily show the data of one or several figure layer.
The network monitoring datas such as result data concrete, that the present invention especially can be after network topological diagram shows the monitor data, statistics, Intelligent treatment of each network link and the network equipment; Because the network monitoring data amount is huge, and adopts technical scheme of the present invention, can promote at double the quality of network monitoring and reduce the network monitoring cost, further effectively utilize network monitoring data.
Enhanced scalability of the present invention can reach shows that network monitoring data is in the requirement of current and future development, be particularly useful for the intelligent development demand in network monitoring, such as showing at topological diagram the network monitoring datas such as network attack hot-zone, network traffics hot-zone.
Description of drawings
A kind of composition schematic diagram of the display control program of Fig. 1 network monitoring data of the present invention;
Figure 2 shows that the composition schematic diagram with embodiment of two kinds of expander graphs layer card modules of the present invention;
Fig. 3 is another composition schematic diagram of the display control program of network monitoring data of the present invention;
Fig. 4 is a kind of flow chart of network monitoring data display control method of the present invention;
Fig. 5 is the flow chart that the described drafting of an embodiment of the present invention comprises the topological diagram of equipment state alarm monitoring data and flow status data;
Fig. 6 is that of drawing out of the described embodiment of Fig. 5 presents network basic topology figure and the superimposed intuitively schematic diagram of network monitoring data;
Figure 7 shows that the mapping relations figure of a kind of state alarm monitoring data and corresponding display icon;
Figure 8 shows that the mapping relations figure of a kind of flow status data and corresponding display icon.
Embodiment
The present invention is further described in more detail below in conjunction with drawings and the specific embodiments
A kind of composition schematic diagram of the display control program of Fig. 1 network monitoring data of the present invention; Referring to Fig. 1, this display control program comprises:
Topology is drawn nucleus module 101, is used for obtaining the network topology data, draws basic topology figure according to described network topology data, and as the parent map layer, output display is to display device with this basic topology figure;
At least a expander graphs layer card module 102 is used for obtaining network monitoring data corresponding to described basic topology figure topology element from the network monitoring device 103 of correspondence; On described parent map layer, set up expander graphs layer corresponding to this kind network monitoring data, obtain the position data of described topology element on described basic topology figure, same position in described expander graphs layer is drawn the display icon of corresponding topology element map network monitor data, will be with the expander graphs layer output display of described network monitoring data display icon to display device.
The network monitoring data that the present invention can show, the basic network status data such as state, equipment state that had both comprised network link, also comprise the accurately monitor data such as the flow of network link, the concrete classification situation of flow, and for the relevant health data of concrete equipment, such as health data of interface flow, bandwidth, internal memory, central processing unit (CPU) etc.; Can also comprise network monitoring data is carried out the data that generate behind the intelligent analysis, such as the network attack hot-zone data that obtain according to the attack monitored condition analysis to network element and the data such as network traffics hot-zone that obtain according to the monitored condition analysis of network traffics.
In specific embodiment, described a kind of expander graphs layer card module can corresponding one type network monitoring data, can obtain from the network monitoring device of correspondence such network monitoring data, described network monitoring device can utilize network monitoring data corresponding to existing monitoring technique monitoring.Described expander graphs layer card module can be named with the type of its corresponding network monitoring data that shows.For example Figure 2 shows that the composition schematic diagram with embodiment of two kinds of expander graphs layer card modules of the present invention.Referring to Fig. 2, the expander graphs layer card module that is used for show state alarm monitoring data is equipment alarm card module 121, and this equipment alarm card module 121 need to obtain corresponding state alarm monitoring data from device status monitoring equipment 131; For example be used for showing that the expander graphs layer card module of data on flows is flow card module 122, this flow card module 122 need to obtain corresponding data on flows from traffic monitoring equipment 132 again.Certain described expander graphs layer card module not only only has shown in Figure 2 two kinds, also can comprise the expander graphs layer card module for the network monitoring data that shows other type, except display icon corresponding to network monitoring data, other parts are transparent in described each expander graphs layer.Described each expander graphs layer card module can be exported the expander graphs layer successively according to pre-set priority when output display expander graphs layer.
Among a kind of embodiment of the present invention, described expander graphs layer card module can also be further used for: the real time data of subscribing to the network monitoring data that topology element is corresponding among the described basic topology figure to the network monitoring device of correspondence; Described subscription refers to: then can send up-to-date real time data to the subscriber as long as ordered network monitoring data changes.Described expander graphs layer card module is after receiving the up-to-date real time data that described network monitoring device returns, the correspondence position of the described topology element on expander graphs layer corresponding to this network monitoring data is drawn the display icon corresponding to real time data of this topology element map network monitor data.
Fig. 3 is another composition schematic diagram of the display control program of network monitoring data of the present invention; Referring to Fig. 3, in this embodiment, this display control program further comprises plug-in management module 104, be used for providing administration interface, according to user instruction described each expander graphs layer card module is selected, call the expander graphs layer card module of choosing and set up the described expander graphs layer that comprises the network monitoring data display icon on described parent map layer, the display icon that also is used for the kind of the network monitoring data that can obtain described expander graphs layer card module according to user instruction and correspondence thereof increases and decreases and manages.
In the embodiment shown in fig. 3, described topology is drawn in the nucleus module 101 and can also be comprised human-computer interaction module 111, is used for providing the drafting interface of network topology, obtains the network topology data according to the drafting instruction of user's input.For example this human-computer interaction module can be with the drafting interface of JavaScript technology in conjunction with the 5th edition (HTML5) technical construction of HTML network topology in the Web client, receive user interactive, draw out the topological diagram of What You See Is What You Get according to user interactive, wherein the inclusion region element is (such as floor area, local area network (LAN) zone etc.), deviceelement is (such as router, switch, fire compartment wall, wireless aps etc.) and the connection element between the equipment (such as link between each port of each equipment etc.), described human-computer interaction module according to user's operating result for the zone, equipment generates corresponding topology element with being connected, and comprises the sign of this element in topological diagram in the topology element, the position, attribute etc. information.Described network topology data can be deposited in a memory module such as the database, this memory module can be at client terminal local, also can be arranged on server end, when described topology is drawn the described basic topology figure of nucleus module 101 draftings, can from described memory module, obtain described network topology data.
Concrete, described network topology data comprise:
(1) the self attributes data of topological diagram; Such as information such as the length of topological diagram, width, background pictures.
(2) topology element data, described topology element comprise above-mentioned regional element, deviceelement and connection element, comprise identification data, position data and the attribute data of described topology element in the described topology element data.
The position data of wherein said deviceelement for example can be x, the y coordinate data of equipment, and the position data of described regional element for example can be x, y coordinate data or further length and the width data on summit; The data such as the attribute data of described deviceelement such as the type that comprises equipment, icon, name, father's element, data such as the title background color that comprises the zone, frame, type of the attribute data of described regional element.The sign of described deviceelement refer to this deviceelement the device id of real equipment of corresponding binding.
The attribute data of described connection element comprises the data such as the color, width, type of this connection element; The sign of described connection element can comprise the data such as the upper attached device ID of this connection, lower attached device ID, upper connection slogan, lower connection slogan, also is included as ID number that this connection distributes, and is used for distinguishing each connection of described topological diagram.
Certainly, if need not input the drafting instruction, the network topology data that meet in the file of specified format directly can also be imported described memory module, described topology is drawn nucleus module 101 and obtain the network topology data again from described memory module, draws basic topology figure according to these network topology data.
Utilize the solution of the present invention, can be take basic topology figure as the parent map layer, and divide map overlay with the data of network monitoring data or intellectual analysis generation, namely after basic topology figure layer is drawn successfully, load corresponding expander graphs layer card module according to user's request and draw corresponding monitor data figure layer, each expander graphs layer card module can work alone, do not stop to upgrade the separately real time data of expander graphs layer, finally reach to network monitoring data omnibearing, real-time, show intuitively.
Corresponding with above-mentioned display control program, the invention also discloses a kind of display control method of network monitoring data.Fig. 4 is a kind of flow chart of network monitoring data display control method of the present invention, and referring to Fig. 4, the method mainly comprises:
Step 401, obtain the network topology data, draw basic topology figure according to described network topology data, with this basic topology figure as the parent map layer;
Step 402, obtain network monitoring data corresponding to topology element among the described basic topology figure; On described parent map layer, set up expander graphs layer corresponding to this kind network monitoring data, obtain the position data of described topology element on described basic topology figure, the same position in described expander graphs layer is drawn the display icon of corresponding topology element map network monitor data.
Described parent map layer and each expander graphs layer are finally understood output display on display device, thereby represent a network topological diagram that has at least a kind of network monitoring data.
In one embodiment, the method can further include: the real time data of subscribing to the network monitoring data that topology element is corresponding among the described basic topology figure to network monitoring device; And after receiving the up-to-date real time data that described network monitoring device returns, the correspondence position of the described topology element on expander graphs layer corresponding to this network monitoring data is drawn the display icon of the real time data of this topology element map network monitor data.
In one embodiment, the described network topology data of obtaining of step 401, the drafting interface of network topology specifically is provided, the network topology data are obtained in drafting instruction according to user's input, described network topology data can be stored in the memory module, read described network topology data when drawing basic topology figure from memory module.Comprising: the self attributes data of obtaining topological diagram; Such as information such as the length of topological diagram, width, background pictures; Obtain the topology element data, described topology element comprises regional element, deviceelement and connection element, comprises identification data, position data and the attribute data of described topology element in the described topology element data.
In described step 401, describedly draw basic topology figure according to described network topology data, specifically may further comprise the steps 411 to step 415:
Step 411, set up a painting canvas of drawing basic topology figure, create ground floor container (Container) at this painting canvas and scheme as a setting layer, in this Background From Layer according to the self attributes data rendering context of described topological diagram.
Step 412, on described Background From Layer, create second layer container as topology element figure layer.
Step 413, in described topology element figure layer, according to position data and the attribute data drawing area element of described regional element.。
Step 414, in described topology element figure layer, according to position data and the attribute data rendering apparatus element of described deviceelement.
Step 415, in described topology element figure layer, draw connection element according to the identification data of described connection element and attribute data.
In described step 402, describedly obtain network monitoring data corresponding to topology element among the described basic topology figure, specifically may further comprise the steps 421 to step 423:
Step 421, determine the type of described network monitoring data, in described basic topology figure, determine the topology element sign that described network monitoring data type is corresponding;
Step 422, send data acquisition request to network monitoring device corresponding to described network monitoring data type, comprising the determined topology element sign of described step a;
Step 423, described network monitoring device are determined network monitoring data corresponding to described each topology element according to the sign of the topology element in the described data acquisition request, and return each topology element sign and corresponding network monitoring data thereof.
In described step 402, the described position data of described topology element on described basic topology figure of obtaining, specifically comprise: utilize the sign of described topology element and the sign of the topology element on the described basic topology figure to mate, obtain the position data of topology element on described basic topology figure that matches.
Described same position in described expander graphs layer is drawn the display icon of corresponding topology element map network monitor data, specifically comprise: the network monitoring data that inquiry is preset and the mapping relations of corresponding display icon, determine display icon corresponding to described topology element map network monitor data; In described expander graphs layer, in the same position of described topology element on basic topology figure, draw the corresponding display icon of corresponding topology element map network monitor data.
The below comprises equipment state alarm monitoring data and flow status data instance with the type of described network monitoring data, and method of the present invention is further specified.Fig. 5 is the flow chart that the described drafting of an embodiment of the present invention comprises the topological diagram of equipment state alarm monitoring data and flow status data, in this embodiment, the network monitoring personnel can utilize described plug-in management module to select equipment alarm card module and these two card modules of flow card module to draw corresponding expander graphs layer, suppose that the priority of equipment alarm card module is higher than the flow card module.Fig. 6 is that of drawing out of the described embodiment of Fig. 5 presents network basic topology figure and the superimposed intuitively schematic diagram of network monitoring data.Referring to Fig. 5 and Fig. 6, this flow process specifically comprises:
The Canvas technology of step 502, use HTML5 is set up the painting canvas of a drafting basic topology figure.
By above-mentioned steps 501 to step 508, then can draw out a basic topological diagram, this basic topology figure is as the parent map layer, follow-uply draws respectively corresponding expander graphs layer by described equipment alarm card module and flow card module, to be superimposed upon on the described parent map layer.
Specifically may further comprise the steps 591 to step 597.
Specifically may further comprise the steps 5101 to step 5107.
Pass through above-mentioned steps, just can patterned mode show intuitively described state alarm monitoring data and flow status data, and can utilize similar method to show the network monitoring data of other classification, make things convenient for the monitor staff network operation situation to be had a control of the overall situation, can give full play to the effectiveness of diverse network monitor data, make things convenient for fault location, reduced network monitoring personnel's work difficulty, improved operating efficiency.And, patterned way of the present invention adopts layered mode to show topological diagram and corresponding expander graphs layer, the expander graphs layer is arranged on the described parent map layer, the network monitoring data that is used for the correspondence of demonstration topology element, kind according to network monitoring data can arrange one or more expander graphs layers, needs that can the monitor staff are selected, therefore its autgmentability is very strong, and the particular content of its shown network monitoring data on the expander graphs layer also can carry out flexible customization as required, improved the flexibility that shows in the control procedure and the customizability of displaying contents.
The above only is preferred embodiment of the present invention, and is in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of making, is equal to replacement, improvement etc., all should be included within the scope of protection of the invention.
Claims (10)
1. the display control program of a network monitoring data is characterized in that, comprising:
Topology is drawn nucleus module, is used for obtaining the network topology data, draws basic topology figure according to described network topology data, with this basic topology figure as the parent map layer;
At least a expander graphs layer card module is used for obtaining network monitoring data corresponding to described basic topology figure topology element from network monitoring device; On described parent map layer, set up expander graphs layer corresponding to this kind network monitoring data, obtain the position data of described topology element on described basic topology figure, the same position in described expander graphs layer is drawn the display icon of corresponding topology element map network monitor data.
2. system according to claim 1 is characterized in that, described expander graphs layer card module is further used for: the real time data of subscribing to the network monitoring data that topology element is corresponding among the described basic topology figure to network monitoring device; And after receiving the up-to-date real time data that described network monitoring device returns, the correspondence position of the described topology element on expander graphs layer corresponding to this network monitoring data is drawn the display icon of the real time data of this topology element map network monitor data.
3. system according to claim 1, it is characterized in that, this system further comprises the plug-in management module, be used for providing administration interface, according to user instruction described expander graphs layer card module selected, call the expander graphs layer card module of choosing and set up the described expander graphs layer that comprises the network monitoring data display icon on described parent map layer, the display icon that also is used for the kind of the network monitoring data that can obtain described expander graphs layer card module according to user instruction and correspondence thereof increases and decreases and manages.
4. system according to claim 1 is characterized in that, described topology is drawn in the nucleus module and comprised human-computer interaction module, is used for providing the drafting interface of network topology, obtains the network topology data according to the drafting instruction of user's input.
5. the display control method of a network monitoring data is characterized in that, comprising:
Obtain the network topology data, draw basic topology figure according to described network topology data, with this basic topology figure as the parent map layer;
Obtain network monitoring data corresponding to topology element among the described basic topology figure; On described parent map layer, set up expander graphs layer corresponding to this kind network monitoring data, obtain the position data of described topology element on described basic topology figure, the same position in described expander graphs layer is drawn the display icon of corresponding topology element map network monitor data.
6. method according to claim 5 is characterized in that, the method further comprises: the real time data of subscribing to the network monitoring data that topology element is corresponding among the described basic topology figure to network monitoring device; And after receiving the up-to-date real time data that described network monitoring device returns, the correspondence position of the described topology element on expander graphs layer corresponding to this network monitoring data is drawn the display icon of the real time data of this topology element map network monitor data.
7. method according to claim 5 is characterized in that, the described network topology data of obtaining comprise:
Obtain the self attributes data of topological diagram;
Obtain the topology element data, described topology element comprises regional element, deviceelement and connection element, comprises identification data, position data and the attribute data of described topology element in the described topology element data.
8. method according to claim 7 is characterized in that, and is described according to described network topology data drafting basic topology figure, specifically comprises:
Set up a painting canvas of drawing basic topology figure, create ground floor container at this painting canvas and scheme as a setting layer, in this Background From Layer according to the self attributes data rendering context picture of described topological diagram;
On described Background From Layer, create second layer container as topology element figure layer;
In described topology element figure layer, according to position data and the attribute data drawing area element of described regional element;
In described topology element figure layer, according to position data and the attribute data rendering apparatus element of described deviceelement;
In described topology element figure layer, draw connection element according to identification data and the attribute data of described connection element.
9. method according to claim 7 is characterized in that, describedly obtains network monitoring data corresponding to topology element among the described basic topology figure, specifically comprises:
Determine the type of described network monitoring data, in described basic topology figure, determine the topology element sign that described network monitoring data type is corresponding;
The network monitoring device corresponding to described network monitoring data type sends data acquisition request, comprising the determined topology element sign of described previous step;
Described network monitoring device is determined network monitoring data corresponding to described each topology element according to the sign of the topology element in the described data acquisition request, and returns each topology element sign and corresponding network monitoring data thereof.
10. method according to claim 9 is characterized in that,
The described position data of described topology element on described basic topology figure of obtaining, specifically comprise: utilize the sign of described topology element and the sign of the topology element on the described basic topology figure to mate, obtain the position data of topology element on described basic topology figure that matches;
Described same position in described expander graphs layer is drawn the display icon of corresponding topology element map network monitor data, specifically comprise: the network monitoring data that inquiry is preset and the mapping relations of corresponding display icon, determine display icon corresponding to described topology element map network monitor data; In described expander graphs layer, in the same position of described topology element on basic topology figure, draw the corresponding display icon of corresponding topology element map network monitor data.
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| CN103763153A (en) * | 2014-01-10 | 2014-04-30 | 迈普通信技术股份有限公司 | Method and system for automatically converting device link circuit information into topology graph |
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