CN108429630A - A kind of simulated panel map generalization method and apparatus of quantum devices - Google Patents
A kind of simulated panel map generalization method and apparatus of quantum devices Download PDFInfo
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- CN108429630A CN108429630A CN201710081662.XA CN201710081662A CN108429630A CN 108429630 A CN108429630 A CN 108429630A CN 201710081662 A CN201710081662 A CN 201710081662A CN 108429630 A CN108429630 A CN 108429630A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/14—Network analysis or design
- H04L41/145—Network analysis or design involving simulating, designing, planning or modelling of a network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/22—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks comprising specially adapted graphical user interfaces [GUI]
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Abstract
This application discloses a kind of simulated panel map generalization method and apparatus of quantum devices, this method, including：In response to the entity quantum devices of user's selection, the configuration information of all parts of the entity quantum devices is obtained, the configuration information of each component respectively includes corresponding component marker character；Obtain the quantum devices component model data to match with the component marker character of each component respectively from the quantum devices template being pre-created；The simulated panel figure of entity quantum devices is drawn according to the configuration information of each corresponding component in each quantum devices component model data and the entity quantum devices.The quantum devices simulated panel figure corresponding with entity quantum devices generated by this method can be on height artificial site entity quantum devices, can realize the remote monitoring to quantum devices, the monitoring accuracy and efficiency of quantum devices can be improved.
Description
Technical field
This application involves simulation technology field more particularly to a kind of simulated panel map generalization methods of quantum devices
And device.
Background technology
According to communication network feature and each network O＆M and way to manage and experience, monitoring system and communication equipment are not
In same computer room, and most equipment and monitoring system realize the remote monitoring of quantum devices and preliminary management apart from far
It is quantum network management urgent problem.
And the simulated panel figure of quantum devices can be realized to the intuitive monitoring of quantum devices and management, each portion of quantum devices
The effective monitoring of part warning information and the intuitive of each component operating status of quantum devices and performance indicator show, and therefore, quantum is set
Standby simulated panel figure is the important means for the Distant supervision and control for realizing quantum devices.
Therefore, it is necessary to provide a kind of simulated panel figure of quantum devices, to realize to the remote monitorings of quantum devices and
Management.
Invention content
In view of this, this application provides a kind of simulated panel map generalization method and apparatus of quantum devices, to generate
The simulated panel figure of quantum devices realizes the Distant supervision and control to quantum devices.
In order to solve the above-mentioned technical problem, the application uses following technical solution：
A kind of simulated panel map generalization method of quantum devices, including：
In response to the entity quantum devices of user's selection, obtain all parts of the entity quantum devices matches confidence
The configuration information of breath, each component respectively includes corresponding component marker character；
It obtains from the quantum devices template being pre-created and to match with the component marker character of each component respectively
Quantum devices component model data；
According to each corresponding component in each quantum devices component model data and the entity quantum devices
Configuration information draw entity quantum devices simulated panel figure.
Optionally, the entity quantum devices include multiple components, and multiple component is according to its relative position relation point
For many levels；
Each correspondence according in each quantum devices component model data and the entity quantum devices
The configuration information of component draws the simulated panel figure of entity quantum devices, specifically includes：
According to each corresponding component in each quantum devices component model data and the entity quantum devices
Configuration information successively draw the simulated panel figures of entity quantum devices.
Optionally, the quantum devices include machine frame, plate and port, the quantum devices template packet being pre-created
It includes：Machine frame template, plate template and port template；
The component marker character phase obtained respectively from the quantum devices template being pre-created with each component
The quantum devices component model data matched；According to each quantum devices component model data and the entity quantum devices
In each corresponding component configuration information draw entity quantum devices simulated panel figure, specifically include：
Machine frame mould corresponding with the network element marker character is obtained from the machine frame template being pre-created according to network element marker character
Plate data；
Machine frame is drawn according to the machine frame template data to match with the network element marker character, generates machine frame panel figure；
Plate corresponding with the board marker character is obtained from the plate template being pre-created according to board marker character
Template data；
According to the board in the plate template data corresponding with the board marker character and board configuration information
Conduit location information on machine frame draws board on the machine frame panel figure on corresponding conduit, generate and be filled with board
Machine frame panel figure；
Port corresponding with port label symbol is obtained from the port template being pre-created according to port label symbol
Template data；
According to the port template data corresponding with port label symbol and port configuration information, filled out described
Port is drawn on machine frame panel figure filled with board, to generate the simulated panel figure of complete quantum devices.
Optionally, the method further includes：
The real-time alarm data that receiving entity quantum devices upload；The real-time alarm data carries alarm components label
Symbol；
Component corresponding with the alarm components marker character is searched on the simulated panel figure of the quantum devices；
It is carried out on component corresponding with the alarm components marker character on the simulated panel figure of the quantum devices
Alarm prompt.
Optionally, the method further includes：
The alarm quantity of each alarm components is counted respectively；
According to the correspondence between the alarm quantity of alarm components and the health status of component, shown on simulated panel figure
Show health status corresponding with the alarm quantity of alarm components.
Optionally, the method further includes：
In response to the component for the quantum devices that user selects on simulated panel figure, obtains corresponding entity quantum and set
The operating status and/or performance indicator of standby component；
The operating status and/or performance of the component of the corresponding entity quantum devices are shown on simulated panel figure
Data.
Optionally, it is provided with equipment reboot button on the simulated panel figure, the method further includes：
When triggering the equipment reboot button, entity quantum devices corresponding with the equipment reboot button execute immediately restarts
Operation.
Optionally, the method further includes：
It is pre-created quantum devices template.
Optionally, described to be pre-created quantum devices template, it specifically includes：
Configuration machine frame template, plate template and port template；
The configuration machine frame template specifically includes：Configuration machine frame template title, network element marker character, frame number, machine frame front
Background, machine frame reverse background figure, conduit number, conduit number, conduit Background and conduit coordinate；
The network element marker character is used to obtain corresponding machine frame template for entity quantum devices；
Machine frame front Background, machine frame reverse background figure and conduit Background are used to be attached to the background of physical machine frame panel figure
On, realize simulated effect；
Conduit is remained unchanged with respect to machine frame position when conduit coordinate is for ensureing to draw；
The configuration plate template includes configuration board marker character, network element marker character, length, width and Background and pass
Join port template mark symbol, port template position；Wherein, board marker character, network element marker character set for realizing with entity quantum
The association of standby hardware configuration information；
Configuration port template specifically includes：Configure port label symbol, size and port Background, the port label
It accords with for being associated with the hardware configuration informations of entity quantum devices.
A kind of simulated panel map generalization device of quantum devices, including：
First acquisition unit, the entity quantum devices for being selected in response to user, obtains the entity quantum devices
The configuration information of the configuration information of all parts, each component respectively includes corresponding component marker character；
Second acquisition unit, for obtaining the portion with each component respectively from the quantum devices template being pre-created
The quantum devices component model data that part marker character matches；
Drawing unit, for according in each quantum devices component model data and the entity quantum devices
The configuration information of each corresponding component draws the simulated panel figure of entity quantum devices.
Optionally, the entity quantum devices include multiple components, and multiple component is according to its relative position relation point
For many levels；
The drawing unit is particularly for according to each quantum devices component model data and the entity amount
The configuration information of each corresponding component in sub- equipment successively draws the unit of the simulated panel figure of entity quantum devices.
Compared to the prior art, the application has the advantages that：
As seen through the above technical solutions, in the embodiment of the present application, in the quantum devices template being pre-created, including with
The quantum devices component model data that all parts marker character of entity quantum devices matches.Therefore, each according to what is got
A component marker character can obtain the component model data to match with the component marker character, then by quantum devices component model
The configuration information of corresponding component in data binding entity quantum devices draws the simulated panel figure of entity quantum devices.In this way,
The simulated panel figure of generation can be on height artificial site entity quantum devices.It is set with entity quantum by what this method generated
Standby corresponding quantum devices simulated panel figure can realize the remote monitoring to quantum devices, can improve the prison of quantum devices
Control accuracy and efficiency.
Description of the drawings
In order to which the specific implementation mode of the application is more clearly understood, when the application specific implementation mode is described below
The attached drawing used does a brief description.
Fig. 1 is the configuration method flow diagram of quantum devices template provided by the embodiments of the present application；
Fig. 2 is plate template configuration schematic diagram provided by the embodiments of the present application；
Fig. 3 is machine frame template configuration schematic diagram provided by the embodiments of the present application；
Fig. 4 is a kind of simulated panel map generalization method flow signal for quantum devices that the embodiment of the present application one provides
Figure；
Fig. 5 is the simulated panel map generalization method flow signal for another quantum devices that the embodiment of the present application one provides
Figure；
Fig. 6 is the flow diagram of the simulated panel map generalization method for the quantum devices that the embodiment of the present application two provides；
Fig. 7 is a kind of simulated panel map generalization method flow signal for quantum devices that the embodiment of the present application three provides
Figure；
Fig. 8 is that the simulated panel diagram for the quantum devices that the embodiment of the present application generates is intended to；
Fig. 9 is the functional schematic of the simulated panel figure for the quantum devices that the embodiment of the present invention generates；
Figure 10 is the simulated panel map generalization apparatus structure schematic diagram for the quantum devices that the embodiment of the present invention four provides.
Specific implementation mode
The specific implementation mode of the application is described in detail below in conjunction with the accompanying drawings.
It is to be appreciated that in the embodiment of the present application, in order to generate the simulated panel figure of quantum devices, needing to create in advance
Build quantum devices template.In the embodiment of the present application, the configuration that quantum devices template seeks to realize quantum devices template is created
Function.
In the embodiment of the present application, entity quantum devices may include machine frame, plate and port, correspondingly, quantum devices
Template may include machine frame template, plate template and port template.Therefore, creating quantum devices template can specifically include：Match
Set machine frame template, plate template and port template.It is to be appreciated that in the embodiment of the present application, the configuration of machine frame template, Spile form
Figure pulling mode is supported in the configuration of plate and the configuration of port template, and provides quick the alignment button, realizes that finding is institute
.
As an example, Fig. 1 shows the configuration method flow diagram of quantum devices template.As shown in Figure 1, the quantum is set
The configuration method of standby template includes the following steps：
S101, configuration port template：
Configuration port template specifically includes：Configure port label symbol, size and Background.
The effect for the port label symbol being configured in the template of port is to be got from the template of port and entity quantum
The port template data that port in equipment matches.This is because the port in entity quantum devices is also configured with port label
Symbol, therefore the port to match with the port in entity quantum devices can be got from the template of port according to port label symbol
Template data.As an example, port label symbol can be port model or port-mark.
Background is the background picture that the environment residing for the port in entity quantum devices is formed.When Background is attached to
After in the template of port, port template and the port in entity quantum devices are even more like so that the simulated panel figure ultimately generated
It is more vivid, true to nature.
S102, port Background is attached in the background of port template：
In order to realize height simulated effect, the entity quantum devices in simulation and artificial site, using textures mode to end
The background of mouth template sticks port Background.
S103, configuration plate template：
The configuration plate template may include configuration board marker character, network element marker character, length, width and plate background
Figure and associated ports template mark symbol, port template position；Wherein, board marker character, network element marker character for realizing with reality
The association of panel data in body quantum devices.Specially：Plate in entity quantum devices has board marker character, network element tool
There is network element marker character, in order to enable the plate template data in quantum devices template and the plate in the entity quantum devices at scene
Match, network element template data and the network element of the entity quantum devices at scene match, and when configuring plate template, establish plate
Template and the correspondence of board marker character and the correspondence of network element template and network element marker character, in this way, passing through board mark
Note symbol and network element marker character can find plate template data corresponding with the plate in entity quantum devices.As showing
Example, board marker character can be that either plate mark network element marker character can be network element model or network element ID to interposer type number.
S104, plate Background is attached in the background of plate template：
In order to realize height simulated effect, the entity quantum devices in simulation and artificial site, using textures mode to inserting
The Background of plate is sticked in the background of template die plate.
Fig. 2 shows plate template configuration schematic diagrams.
S105, judge to whether there is port in the plate template, if so, executing step S106：
S106, the correspondence for establishing plate template port template corresponding with the port of presence thereon：
S107, configuration machine frame template and machine frame conduit template：
The configuration machine frame template specifically includes：Configuration machine frame template title, network element marker character, frame number, positive background
Figure, reverse background figure, conduit number, conduit number, conduit Background and conduit coordinate；
The network element marker character is used to obtain corresponding machine frame template for entity quantum devices.Specifically, at the scene, no
With entity quantum devices there is different network element marker characters, in order to enable machine frame template in quantum devices template with positioned at existing
The entity device of field is corresponding, can be network element marker character different in different machine frame template configurations in configuration machine frame template,
The corresponding machine frame template of entity quantum devices so can be obtained by network element marker character.As an example, network element marker character can be with
For network element model or network element ID.
Machine frame front Background, reverse background figure and conduit Background realize emulation for being attached to above machine frame panel figure
Effect.
Conduit is remained unchanged with respect to machine frame position when conduit coordinate is for ensureing to draw.
S108, the positive background and reverse background that machine frame front Background, machine frame reverse background figure are attached to machine frame template
On, conduit Background is attached in the background of machine frame conduit template：
In order to realize height simulated effect, the entity quantum devices in simulation and artificial site, using textures mode to machine
Corresponding Background is sticked in frame template and machine frame conduit template.
As an example, Fig. 3 is shown with the machine frame template schematic diagram postponed.
Quantum devices template based on above-mentioned establishment and configuration, this application provides a kind of simulated panel figures of quantum devices
Generation method.Referring specifically to following embodiment one.
Embodiment one
Fig. 4 is a kind of simulated panel map generalization method flow signal for quantum devices that the embodiment of the present application one provides
Figure.As shown in figure 4, this approach includes the following steps：
S401, the entity quantum devices selected in response to user, obtain matching for all parts of the entity quantum devices
Confidence ceases, and the configuration information of each component respectively includes corresponding component marker character：
It is to be appreciated that in the embodiment of the present application, component marker character can be component mark or number of element types.Wherein, portion
Part mark can be component names, such as device name, board title and port name.
Specifically, the configuration information of all parts of entity quantum devices may include network element configuration information, board configuration
Information and port configuration information.Wherein, network element configuration information includes network element ID, network element model, element name, NE type
Deng.Wherein, network element ID or network element model can be used as network element marker character.
Board configuration information includes：Board mark, board model, board title, affiliated network element, board number and frame number
Deng.Wherein, board mark or board model can be used as board marker character.
Port configuration information is mainly port-mark, port model and affiliated board information.Wherein, port-mark or port
Model can be used as port label to accord with.
S402, from the quantum devices template being pre-created respectively obtain and each component component marker character phase
The each quantum devices component model data matched：
When creating the template of each component of quantum devices, meeting entity quantum devices in the template configuration of each component
Component marker character can so be found according to the component marker character of the entity quantum devices of the configuration from quantum devices template
The template to match with entity quantum devices.
When configuring the template of quantum equipment components, the component marker character of quantum devices component can be configured, in this way, logical
The component marker character crossed in the hardware configuration information of the entity quantum devices got can be searched from quantum devices template with
Matched component model data, when being configured to the quantum devices component marker character of quantum devices template and entity quantum devices
When component marker character matches, which is corresponding with entity quantum devices component
Template data.
For example：In configuration machine frame template, the network element model of upper entity quantum devices can be configured in machine frame template.
After getting the network element model of entity quantum devices, system can be utilized and be searched in the network element model slave frame template library therewith
The network element model matched, when the network element model of entity quantum devices is matched with the network element model of a certain machine frame template, then this is a certain
The corresponding template data of machine frame template is the machine frame template data to match with entity quantum devices configuration information.
S403, according to each correspondence in each quantum devices component model data and the entity quantum devices
The configuration information of component draws the simulated panel figure of entity quantum devices：
It is to be appreciated that in the embodiment of the present application, it can be according to each quantum devices component model data and institute
The configuration information for stating each corresponding component in entity quantum devices uses the emulation face of HTML5 technology to drawing entity quantum devices
Plate figure.In this way, the configuration information due to combining entity quantum devices component when drawing simulated panel figure, it draws out
Simulated panel figure can with scene entity quantum devices it is corresponding, realize the example of the quantum devices on simulated panel figure
Change.
In addition, including multiple components in entity quantum devices, multiple component is set according to integral entity quantum where it
Standby upper relative position relation is divided into many levels.As an example, entity quantum devices include machine frame, plate and port, wherein
Plate is mounted on machine frame, and port is mounted on plate, therefore, can be with according to machine frame, plate and the relative position relation of port
Machine frame, plate and port are divided into three different levels.
As the specific embodiment of the application, step S403 is specifically as follows：According to each quantum devices component model
The configuration information of each corresponding component in data and entity quantum devices successively draws the simulated panel of entity quantum devices
Figure.
In addition, can also be from amount when drawing simulated panel figure in order to highly emulate and simulate live entity quantum devices
Obtain the Background of corresponding entity quantum devices component in sub- equipment template, and by the Background of the entity quantum devices component
It is added on the simulated panel figure drawn out.Specifically, in the corresponding emulation face of each component for successively drawing entity quantum devices
When plate figure, it can be obtained from the quantum devices template being pre-created after the simulated panel figure for having drawn every layer of component
The corresponding component Background of this layer of component；The corresponding component Background of this layer of component is added to the simulated panel figure of the component
On.
It is to be appreciated that in the embodiment of the present application, it can be according to each quantum devices component model data and entity quantum
The configuration information of corresponding component draws out the front simulated panel figure and reverse side simulated panel figure of entity quantum devices in equipment.Such as
This, user can be as needed, switches the front simulated panel figure and reverse side simulated panel figure of quantum devices.
In order to be more clearly understood that above-mentioned quantum devices simulated panel map generalization method provided by the embodiments of the present application, under
Component in face of quantum devices is embodied, and quantum devices simulated panel provided by the embodiments of the present application is more specifically described
The specific implementation mode of map generalization method.
Fig. 5 is the more specific embodiment of quantum devices simulated panel map generalization method provided by the embodiments of the present application
Flow diagram.As shown in figure 5, this approach includes the following steps：
S501, in response to user selection entity quantum devices, obtain the entity quantum devices network element configuration information,
Board configuration information and port configuration information：
Wherein, network element configuration information includes network element ID, network element model, element name, NE type etc..
Board configuration information includes：Board mark, board model, board title, affiliated network element, board number and frame number
Deng.
Port configuration information is mainly port-mark, port model and affiliated board information.
In embodiments of the present invention, network element model is for realizing the machine frame of entity device and being associated with for machine frame template, board
Model for realizing the board of entity device and being associated with for plate template, port model for realizing entity device port and end
The association of mouth template.
S502, machine frame template number corresponding with network element model is obtained from the machine frame template being pre-created according to network element model
According to：
It is to be appreciated that in the machine frame template that the embodiment of the present application is pre-created, different machine frame template configurations difference
Network element model therefore can be obtained from the machine frame template being pre-created according to the network element model of entity quantum devices and net
The corresponding machine frame template of first model, and then get machine frame template data corresponding with network element model.
Machine frame template data is each data configured in configuration machine frame template.As an example, machine frame template data can
To include but not limited to：Machine frame template name, unit type, frame number, front Background, reverse background figure, conduit number, conduit
Number, conduit Background and conduit coordinate.
S503, machine frame is drawn according to the machine frame template data to match with the network element model, generates machine frame panel figure：
It is specifically as follows：Using HTML5 technologies according to the machine frame template data rendering enginer to match with the network element model
Frame, to generate machine frame panel figure.As an example, the machine frame panel figure generated can be shown in Fig. 3.
S504, plate corresponding with the board model is obtained from the plate template being pre-created according to board model
Template data：
It is to be appreciated that in the plate template that the embodiment of the present application is pre-created, different plate templates is configured with difference
Board model therefore can be according to the board model of the entity quantum devices got from the plate template being pre-created
Obtain plate template data corresponding with the board model：
It is to be appreciated that plate template data can be the data being configured to when creating plate template in plate template.Make
For example, plate template data packet is included but is not limited to：Plate model, network element model, length, width and plate Background and pass
Join port template model, port template position.
Board in S505, basis plate template data corresponding with board model and board configuration information is in machine frame
On conduit location information, draw board on corresponding conduit on the machine frame panel figure, generate the machine frame filled with board
Panel figure：
It is to be appreciated that in the embodiment of the present application, the board configuration information of the entity quantum devices of acquisition includes that board exists
Conduit location information on machine frame, i.e. board are located at the information on which conduit of machine frame.
In this way, by the plate template data got from the plate template being pre-created and the entity quantum got
Conduit location information of the board on machine frame in the board configuration information of equipment, it is corresponding on the machine frame panel figure of above-mentioned generation
Conduit on draw board, generate the machine frame panel figure filled with board.
S506, port corresponding with the port model is obtained from the port template being pre-created according to port model
Template data：
It is to be appreciated that in the port template that the embodiment of the present application is pre-created, different port template configurations is different
Port model therefore can be according to the port model in the port configuration information of the entity quantum devices got from advance
Port template data corresponding with the port model is obtained in the port template of establishment.
S507, port template data corresponding with the port model and the port configuration information according to,
Port is drawn on the machine frame panel figure filled with board, to generate the simulated panel figure of complete quantum devices.
It is the specific embodiment party of the simulated panel map generalization method for the quantum devices that the embodiment of the present application one provides above
Formula.In this specific embodiment, include matching with all parts of entity quantum devices in the quantum devices template being pre-created
The matched quantum devices component model data of confidence manner of breathing.Therefore, it can be obtained according to all parts configuration information got
The component model data to match with the component configuration information, then according to quantum devices component model data and entity quantum
The configuration information of corresponding component in equipment draws the simulated panel figure of entity quantum devices.In this way, the simulated panel figure generated
Entity quantum devices that can be on height artificial site.The quantum corresponding with entity quantum devices generated by this method is set
Standby simulated panel figure can realize the remote monitoring to quantum devices, can improve the monitoring accuracy and efficiency of quantum devices.
In addition, in the specific implementation mode, during generating simulated panel figure, got from quantum devices template
The each quantum devices component model data to match with the configuration information of all parts may include component Background, such as
This, the simulated panel figure drawn out according to component model data can simulate the true environment of entity quantum devices, so that
Simulated panel figure is more vivid, true to nature, and user is allowed to have a kind of feeling being in the action when watching simulated panel figure.
Seen from the above description, the simulated panel figure that above-described embodiment one generates has the work(that can show quantum devices figure
Energy.
As the more specific embodiment of the present invention, the embodiment of the present application also provides one kind having display entity quantum devices
Warning information quantum devices simulated panel map generalization method specific implementation mode, referring specifically to embodiment two.
Embodiment two
It is to be appreciated that the simulated panel map generalization method for the quantum devices that embodiment two provides includes described in embodiment one
Generation method Overall Steps, for the sake of brevity, the embodiment of the present invention not to these repetition steps be described, the application
Embodiment is only described in detail its difference.
Fig. 6 is the flow diagram of the simulated panel map generalization method for the quantum devices that the embodiment of the present application two provides.
As shown in fig. 6, the generation method includes the following steps：
The real-time alarm data that S601, receiving entity quantum devices upload；The real-time alarm data carries alarm portion
Part marker character：
When the operating status of entity quantum devices reaches alert if, entity quantum devices can be uploaded to device panel figure
Real-time alarm data.In this way, the real-time alarm data that device panel figure receiving entity quantum devices upload, and upload real-time
Alarm components marker character is carried in alarm data.It is to be appreciated that in embodiments of the present invention, alarm components marker character can be
Alarm components identify or alarm components model.
S602, portion corresponding with the alarm components marker character is searched on the simulated panel figure of the quantum devices
Part：
Due to when generating simulated panel figure, the component pair of figure and entity quantum devices in the simulated panel figure of drafting
Therefore the component marker character that the figure answered, and drawn is provided with correspondent entity quantum devices passes through the component mark in alarm data
Note symbol can find component corresponding with the alarm components marker character on the simulated panel figure of quantum devices.
On S603, the component corresponding with the alarm components marker character on the simulated panel figure of the quantum devices
Carry out alarm prompt：
It is specifically as follows：Component corresponding with alarm components marker character on the simulated panel figure of quantum devices is enterprising
The highlighted flicker of row.Optionally, the color for highlighting flicker can be different and different according to the rank of alarm.
User is easy to find the component alarmed in entity quantum devices according to the alarm prompt, can be right in time
Alarm components take debugging to handle, thus, which improves the timeliness of monitoring and debugging.
After user is complete to alarming processing, the alarm prompt in the alarm components of simulated panel figure can disappear automatically.
It is the specific implementation side of the alarm prompt function of quantum devices simulated panel figure provided in an embodiment of the present invention above
Formula can realize that the alarm prompt on simulated panel figure is with the alarm in entity quantum devices in the specific implementation
Quasi real time with it is synchronous.Moreover, on simulated panel figure real-time rendering mode can be used to alarm prompt, user is facilitated to be easy
It was found that alarm, improves the monitoring accuracy and efficiency to entity quantum devices.
In addition, the specific implementation side of the alarm prompt function in quantum devices simulated panel figure provided by the embodiments of the present application
Alarm statistics can also be carried out in formula.In this way, generation method described above can also include the following steps：
S604, the alarm quantity for counting each alarm components respectively：
S605, according to the correspondence between the alarm quantity of alarm components and the health status of component, in simulated panel
Health status corresponding with the alarm quantity of alarm components is shown on figure：
It is to be appreciated that in the simulated panel figure of quantum devices, it is pre-established with the alarm quantity and component of alarm components
Health status between correspondence.
According to the correspondence, the alarm quantity phase of the alarm components obtained with statistics can be shown on simulated panel figure
Corresponding health status.It is to be appreciated that alarm statistics can be arranged on simulated panel figure is presented column.Column is presented in the alarm statistics
The statistics legend that each rank alarm quantity of current device is counted according to alarm level, can intuitively display device healthy shape
State.
It is the specific implementation for the quantum devices simulated panel map generalization method that the embodiment of the present application two provides above.
The simulated panel figure generated by the specific implementation mode can not only display device figure, additionally it is possible to announcement is shown in alarm components
Alert information.
Quantum is set in addition, the simulated panel figure for the quantum devices that above-described embodiment one or implementation two generate can also have
The monitoring function of standby operating status and/or performance indicator, in order to realize the function, the present invention provides the emulation faces of quantum devices
Another specific implementation mode of plate map generalization method, referring specifically to embodiment three.
Embodiment three
Fig. 7 is a kind of simulated panel map generalization method flow signal for quantum devices that the embodiment of the present application three provides
Figure.As shown in fig. 7, the generation method includes the following steps：
S701, the quantum devices component selected on simulated panel figure in response to user, obtain corresponding entity amount
The operating status and/or performance indicator of the component of sub- equipment：
It is to be appreciated that the operating status of the real-time collection site entity device of quantum devices simulated panel map generalization device
And/or performance indicator data, and these collected data are stored in lane database.Quantum devices simulated panel map generalization
Device can automatically, periodically inquire newest operating status and/or performance indicator data in database.
User can click a certain component position on simulated panel figure, be chosen at the position by the clicking operation
Component.In response to the quantum devices component that user selects on simulated panel figure, quantum devices simulated panel map generalization dress
The component marker character of the quantum devices component can be obtained by setting, thus quantum devices simulated panel map generalization device can pass through
The component marker character of the quantum devices component searches entity quantum devices component corresponding with the component marker character from lane database
Operating status and/or performance indicator.
S702, shown on simulated panel figure the corresponding entity quantum devices component operating status and/
Or performance data：
The operating status and/or performance data include：Device keys amount, at code check, operating status, key state, temperature
Degree, CPU usage, memory usage.
In the embodiment of the present application, legend or the mode of instrument board can be used to show the fortune of the component of entity quantum devices
Row state and/or performance data.Moreover, in monitoring system provided by the embodiments of the present application, equipment can also be previously provided with
Operating status and/or performance data upper limit value, when the real-time running state and/or performance indicator of the quantum devices got
When data are more than the upper limit value, indicate that quantum devices operating statuses is abnormal, at this point, in the legend or instrument board of simulated panel figure
Out-of-limit prompting is had in corresponding operating status and/or performance data, and out-of-limit prompting is carried out for example, by using red background.
On simulated panel figure, have the function of supporting the time-tendency graph that right button checks quantum devices performance data.
In addition, the simulated panel figure generated in any of the above-described embodiment can also have the function of restarting quantum devices.
In order to realize the function, equipment reboot button is provided on simulated panel figure, which is equipment
Restart interface, after triggering the equipment reboot button, scene entity device corresponding with the equipment reboot button executes weight immediately
Open operation.
In equipment restarting process, quantum devices simulated panel map generalization device persistently monitors the state of quantum devices,
It can be communicated with analogue system when equipment is restarted so that quantum devices simulated panel map generalization device gets equipment
Existing state is successfully reminded to after equipment is restarted successfully, show to restart on simulated panel figure.
In summary the specific implementation mode of the simulated panel figure of the quantum devices described in all embodiments, the application generate
Quantum devices simulated panel figure schematic diagram it is as shown in Figure 8.
The function that the simulated panel figure for the quantum devices that the application generates has is as shown in Figure 9.It includes mainly：Template is matched
Set function, device panel figure function, equipment performance management function.Wherein, template configuration function includes：Machine frame template configuration is inserted
Plate template configuration, port template configuration and component background picture management.Device panel figure function includes：Device data inquiry,
Real-time Alarm reception, data correlation processing, alarm flicker in real time, the presentation of simulated panel figure, alarm statistics, equipment are restarted and are alerted
Statistics is presented.
Equipment performance management includes：Quantum devices performance obtains, quantum devices performance evaluation and quantum performance are presented.
It is the specific implementation mode of the simulated panel map generalization method of quantum devices provided in an embodiment of the present invention above.
Based on the specific implementation mode, the embodiment of the present invention additionally provides a kind of tool of the simulated panel map generalization device of quantum devices
Body embodiment.Referring specifically to example IV.
Example IV
Figure 10 is the simulated panel map generalization apparatus structure schematic diagram for the quantum devices that the embodiment of the present invention four provides.Such as
Shown in Figure 10, which includes：
First acquisition unit 101, the entity quantum devices for being selected in response to user, obtains the entity quantum devices
All parts configuration information, the configuration information of each component respectively includes corresponding component marker character；
Second acquisition unit 102, for being obtained and each component respectively from the quantum devices template being pre-created
The quantum devices component model data that match of component marker character；
Drawing unit 103, for according to each quantum devices component model data and the entity quantum devices
In each corresponding component configuration information draw entity quantum devices simulated panel figure.
Optionally, the entity quantum devices include multiple components, and multiple component is according to its relative position relation point
For many levels；The drawing unit 103 is particularly for according to each quantum devices component model data and described
The configuration information of each corresponding component in entity quantum devices successively draws the unit of the simulated panel figure of entity quantum devices.
It these are only embodiments herein, be not intended to limit this application.To those skilled in the art,
The application can have various modifications and variations.It is all within spirit herein and principle made by any modification, equivalent replacement,
Improve etc., it should be included within the scope of claims hereof.
Claims (11)
1. a kind of simulated panel map generalization method of quantum devices, which is characterized in that including：
In response to the entity quantum devices of user's selection, the configuration information of all parts of the entity quantum devices is obtained, often
The configuration information of a component respectively includes corresponding component marker character；
Obtain the quantum to match with the component marker character of each component respectively from the quantum devices template being pre-created
Part of appliance template data；
According to matching for each corresponding component in each quantum devices component model data and the entity quantum devices
Confidence breath draws the simulated panel figure of entity quantum devices.
2. according to the method described in claim 1, it is characterized in that, the entity quantum devices include multiple components, and this is more
A component is divided into many levels according to its relative position relation；
Each corresponding component according in each quantum devices component model data and the entity quantum devices
Configuration information draw entity quantum devices simulated panel figure, specifically include：
According to matching for each corresponding component in each quantum devices component model data and the entity quantum devices
Confidence breath successively draws the simulated panel figure of entity quantum devices.
3. described according to the method described in claim 1, it is characterized in that, the quantum devices include machine frame, plate and port
The quantum devices template being pre-created includes：Machine frame template, plate template and port template；
Described obtain respectively from the quantum devices template being pre-created matches with the component marker character of each component
Quantum devices component model data；According in each quantum devices component model data and the entity quantum devices
The configuration information of each corresponding component draws the simulated panel figure of entity quantum devices, specifically includes：
Machine frame template number corresponding with the network element marker character is obtained from the machine frame template being pre-created according to network element marker character
According to；
Machine frame is drawn according to the machine frame template data to match with the network element marker character, generates machine frame panel figure；
Plate template corresponding with the board marker character is obtained from the plate template being pre-created according to board marker character
Data；
According to the board in the plate template data corresponding with the board marker character and board configuration information in machine
Conduit location information on frame draws board on the machine frame panel figure on corresponding conduit, generate the machine filled with board
Frame panel figure；
Port template corresponding with port label symbol is obtained from the port template being pre-created according to port label symbol
Data；
According to the port template data corresponding with port label symbol and port configuration information, it is filled with described
Port is drawn on the machine frame panel figure of board, to generate the simulated panel figure of complete quantum devices.
4. according to claim 1-3 any one of them methods, which is characterized in that the method further includes：
The real-time alarm data that receiving entity quantum devices upload；The real-time alarm data carries alarm components marker character；
Component corresponding with the alarm components marker character is searched on the simulated panel figure of the quantum devices；
It is alerted on component corresponding with the alarm components marker character on the simulated panel figure of the quantum devices
Prompt.
5. according to the method described in claim 4, it is characterized in that, the method further includes：
The alarm quantity of each alarm components is counted respectively；
According to the correspondence between the alarm quantity of alarm components and the health status of component, on simulated panel figure display with
The corresponding health status of alarm quantity of alarm components.
6. according to claim 1-3 any one of them methods, which is characterized in that the method further includes：
In response to the component for the quantum devices that user selects on simulated panel figure, corresponding entity quantum devices are obtained
The operating status and/or performance indicator of component；
The operating status and/or performance number of the component of the corresponding entity quantum devices are shown on simulated panel figure
According to.
7. according to claim 1-3 any one of them methods, which is characterized in that be provided with equipment weight on the simulated panel figure
Button is opened, the method further includes：
When triggering the equipment reboot button, entity quantum devices corresponding with the equipment reboot button execute immediately restarts behaviour
Make.
8. according to claim 1-3 any one of them methods, which is characterized in that the method further includes：
It is pre-created quantum devices template.
9. according to the method described in claim 8, it is characterized in that, described be pre-created quantum devices template, specifically include：
Configuration machine frame template, plate template and port template；
The configuration machine frame template specifically includes：Configuration machine frame template title, network element marker character, frame number, machine frame front background
Figure, machine frame reverse background figure, conduit number, conduit number, conduit Background and conduit coordinate；
The network element marker character is used to obtain corresponding machine frame template for entity quantum devices；
Machine frame front Background, machine frame reverse background figure and conduit Background are used to be attached to the background of physical machine frame panel figure,
Realize simulated effect；
Conduit is remained unchanged with respect to machine frame position when conduit coordinate is for ensureing to draw；
The configuration plate template is including configuration board marker character, network element marker character, length, width and Background and is associated with end
Mouth template marker character, port template position；Wherein, board marker character, network element marker character for realizing with entity quantum devices
The association of hardware configuration information；
Configuration port template specifically includes：Port label symbol, size and port Background are configured, the port label symbol is used
It is associated in the hardware configuration informations of entity quantum devices.
10. a kind of simulated panel map generalization device of quantum devices, which is characterized in that including：
First acquisition unit, the entity quantum devices for being selected in response to user, obtains each of the entity quantum devices
The configuration information of the configuration information of component, each component respectively includes corresponding component marker character；
Second acquisition unit, for obtaining the component mark with each component respectively from the quantum devices template being pre-created
The quantum devices component model data that note symbol matches；
Drawing unit, for according to each in each quantum devices component model data and the entity quantum devices
The configuration information of corresponding component draws the simulated panel figure of entity quantum devices.
11. device according to claim 10, which is characterized in that the entity quantum devices include multiple components, and should
Multiple components are divided into many levels according to its relative position relation；
The drawing unit is set particularly for according to each quantum devices component model data and the entity quantum
The configuration information of each corresponding component in standby successively draws the unit of the simulated panel figure of entity quantum devices.
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Application publication date: 20180821 |