CN101183966B - Method of implementing synchronization of multi-graph user interface unit - Google Patents
Method of implementing synchronization of multi-graph user interface unit Download PDFInfo
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- CN101183966B CN101183966B CN2006101145376A CN200610114537A CN101183966B CN 101183966 B CN101183966 B CN 101183966B CN 2006101145376 A CN2006101145376 A CN 2006101145376A CN 200610114537 A CN200610114537 A CN 200610114537A CN 101183966 B CN101183966 B CN 101183966B
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Abstract
The invention discloses a method of realizing multi-graphical user interface unit synchronization, comprising the following steps: step 1, the graphical user interface unit sends the operation commands with synchronous marking to the server; step 2, the server demands other graphical user interface unit; step 3, other graphical user interface units performs synchronously according to synchronous marking.
Description
Technical field
The present invention relates to a kind of network management system, particularly a kind of synchronous method of many GUI (graph user interface unit) that realizes.
Background technology
The type of webmaster operational order can be divided into following several: GET, SET and Report, wherein the GET operational order is that certain GUI sends order separately to server, server receives that back return command result gives specific GUI, the Report operational order is to be broadcast to all GUI after server is received the network element incident, and there is not stationary problem in these two operational orders.Stationary problem is mainly concerned with the SET operational order.Present problem is a plurality of network element devices of server admin, and a plurality of GUI game servers can be arranged simultaneously, if a GUI operates, other GUI need show synchronously so, and is synchronous to the SET action need of server.What adopt at present is the forced synchronism mode, what promptly all other GUI is forced to refresh regardless of SET operational order, this method has been brought a lot of problems, it at first is the waste that the frequent broadcast message of network management system causes bandwidth resources, GUI needs that extra process is a lot of unnecessary reply and refresh in addition, causes system's ease for use relatively poor.
Summary of the invention
The technical problem to be solved in the present invention is to solve the bandwidth resources waste problem that the frequent broadcast message of network management system is brought; Solve the burden problem of GUI in the network management system, GUI does not need that extra process is a lot of unnecessary reply and refresh; Solve the ease of use issues of network management system.
For this reason, the invention provides a kind of synchronous method of many GUI (graph user interface unit) that realizes, comprise step:
Step 1, graph user interface unit send the operational order that comprises synchronous mark to server;
Step 2, other graph user interface units of server command carry out synchronously;
Wherein, different synchronous marks are represented different synchronization levels.
Wherein, described synchronous mark be dialog box synchronous mark, internal memory synchronous mark, correlation function dialog box synchronous mark and function internal memory synchronous mark one of them.
Wherein, if synchronous mark is the dialog box synchronous mark, then other graph user interface units carry out memory content and opening function dialog box synchronously.
Wherein, if synchronous mark is the internal memory synchronous mark, then other graph user interface units carry out memory content synchronously.
Wherein, if synchronous mark is a correlation function dialog box synchronous mark, then other graph user interface units carry out the internal memory and the dialog box of the associated internal memory of function and the function relevant with this function synchronously.
Wherein, if synchronous mark is a function internal memory synchronous mark, then other graph user interface units only carry out the internal memory of the relevant function of other graph user interface units synchronously.
For this reason, the present invention also provides a kind of method that realizes that multi-graph user interface unit is synchronous, it is characterized in that, comprises step:
Step 1, graph user interface unit are to server transmit operation order;
Step 2, server judge whether and need carry out synchronously to other graph user interface units that wherein, if there is not synchronous mark in operational order, then execution in step three, if comprise synchronous mark in operational order, then execution in step four;
Step 4, other graph user interface units of server command carry out synchronously, and other graph user interface units carry out synchronously according to synchronous mark;
Wherein, different synchronous marks are represented different synchronization levels.
Wherein, described synchronous mark be dialog box synchronous mark, internal memory synchronous mark, correlation function dialog box synchronous mark and function internal memory synchronous mark one of them.
Wherein, if synchronous mark is the dialog box synchronous mark, then other graph user interface units carry out memory content and opening function dialog box synchronously.
Wherein, if synchronous mark is the internal memory synchronous mark, then other graph user interface units carry out memory content synchronously.
Wherein, if synchronous mark is a correlation function dialog box synchronous mark, then other graph user interface units carry out the internal memory and the dialog box of the associated internal memory of function and the function relevant with this function synchronously.
Wherein, if synchronous mark is a function internal memory synchronous mark, then other graph user interface units only carry out the internal memory of the relevant function of other graph user interface units synchronously.
The present invention is provided with synchronization levels in operational order, the degree difference that system is exerted an influence according to different orders, to order classification, the synchronization granularity that different synchronization levels is corresponding different, thereby make GUI not need that extra process is a lot of unnecessary reply and refresh, solved the waste problem of bandwidth resources in the network management system.
Description of drawings
Fig. 1 network management system structure chart;
Fig. 2 is according to one of message structure of the present invention;
Fig. 3 is according to one of message structure of the present invention;
Fig. 4 is according to one of message structure of the present invention;
Fig. 5 is according to one of message structure of the present invention;
Fig. 6 is according to one of system flow chart of the present invention;
Fig. 7 is according to one of system flow chart of the present invention.
Embodiment
Below in conjunction with accompanying drawing, describe the specific embodiment of the present invention in detail.
The present invention is provided with synchronization levels to the operational order in the SET operation, the degree difference that system is exerted an influence according to different orders, to order classification, different synchronous marks is represented different synchronization levels, and the corresponding different synchronization granularity of different synchronization levels.
According to operation itself influence that system produces is defined synchronization levels.If level definition is excessive, then cause broadcast message too much, thereby increase network burden, cause user's operation disruption; If level definition is too small, then other GUI users can not in time carry out network operation, particularly for some increment order are set, and it might cause fault.Be directed to this, the present invention adds whether to need the sign of broadcasting at the header of order, whether broadcast its result according to this sign rule judgment by needs finishing certain order back for server, if do not need, then operation result sent to the GUI that initiates order and get final product; Broadcast if desired, then directly be broadcast to all GUI, thereby do not need to guarantee the unnecessary broadcasting of synch command.
GUI can customization level for each order, writes local profile, and GUI reads in internal memory after starting.GUI searches synchronous configuring condition and handles according to the type of order after receiving the broadcast results of server.Order in the present invention is set to four synchronization levels, is respectively: dialog box synchronization levels, internal memory synchronization levels, correlation function dialog box synchronization levels and function internal memory synchronization levels.Describe four synchronization levels of the present invention below in detail.
Wherein, first rank is the dialog box synchronization levels, will be referred to the operation of other GUI to network management system after this level commands operation, and other GUI must carry out synchronously, except its memory content being carried out synchronously, need carry out synchronous refresh to opening features dialog.Fig. 2 is the message structure of dialog box synchronization levels, as shown in Figure 2, the header of the order that sends at GUI adds " dialog box synchronous mark ", and then other GUI carry out synchronously memory content and opening function dialog box according to this synchronous mark, for example when generation plugs veneer or foundation/deletion network element.
Wherein, second level is the internal memory synchronization levels, will be referred to the operation of other GUI to network management system after the operation of this level commands, and it is synchronous that server carries out internal storage data to other GUI, and for example NCP and upper layer data storehouse are synchronous.Fig. 3 is the message structure to the internal memory synchronization levels, and as shown in Figure 3, the header of the order that sends at GUI adds " internal memory synchronous mark ", and then other GUI carry out other GUI memory contents according to this synchronous mark synchronously.
Wherein, the third level Wei correlation function dialog box synchronization levels, and in this synchronization levels, server also wants order with this synchronously the internal memory and the dialog box of relevant function except the associated internal memory of the order of other GUI synchronously.Fig. 4 is the message structure to correlation function dialog box synchronization levels, as shown in Figure 4, the header of the order that sends at GUI adds " correlation function dialog box synchronous mark ", and then other GUI carry out the internal memory and the dialog box of the associated internal memory of function and the function relevant with this function according to this synchronous mark synchronously.
Wherein, the fourth stage Wei function internal memory synchronization levels, and in this synchronization levels, server only carries out synchronously this relevant internal memory, and does not influence the order that is provided with of other functions.Fig. 5 is the message structure of function internal memory synchronization levels, and as shown in Figure 5, the header of the order that sends at GUI adds " function internal memory synchronous mark ", and then other GUI carry out the internal memory to the relevant function of other GUI only according to this synchronous mark synchronously.
Include the related synchronization sign of synchronization levels in the SET operational order of the present invention, server comes other GUI of order to carry out synchronously according to synchronous mark.Fig. 6 is one of system flow chart of the present invention, and as shown in Figure 6, step S1, GUI send the operational order of the related synchronization sign that includes synchronization levels to server; Step S2, server will comprise that the information of the related synchronization sign of synchronization levels sends to other GUI, and order other GUI to carry out synchronously; Step S3, other GUI judge synchronization granularity according to the related synchronization sign of synchronization levels, and carry out synchronously, wherein, if the related synchronization sign of synchronization levels is " a dialog box synchronous mark ", then other GUI carry out synchronously memory content and opening function dialog box according to this synchronous mark, if the related synchronization sign of synchronization levels is " an internal memory synchronous mark ", then other GUI carry out synchronously other GUI memory contents according to this synchronous mark, if the related synchronization sign of synchronization levels is " a correlation function dialog box synchronous mark ", then other GUI carry out synchronously the internal memory and the dialog box of the associated internal memory of function and the function relevant with this function according to this synchronous mark, if the related synchronization sign of synchronization levels is " a function internal memory synchronous mark ", then other GUI carry out an internal memory to the relevant function of other GUI according to this synchronous mark synchronously.
Fig. 7 is one of system flow chart of the present invention, as shown in Figure 7, in step S10, GUI sends GET, SET or Report operational order to server, if the SET operational order, then in the header of the order that is sent, include the related synchronization sign of synchronization levels, it is " a dialog box synchronous mark ", " internal memory synchronous mark ", " correlation function dialog box synchronous mark " and " function internal memory synchronous mark " one of them; In step S20, server is after receiving mentioned order, to each network element transmit operation order; Step S30, network element dispose and return result after the order and give server; Step S40, server receives that the related synchronization sign according to the synchronization levels in the order judges whether that needs carry out synchronously to other GUI after the result, if in header, there is not synchronous mark, then do not need synchronously, execution in step S50, if in header, comprise synchronous mark, then also need other GUI are carried out synchronously, i.e. execution in step S60; Step S50, server is replied to GUI; Step S60, server will comprise that the information of the related synchronization sign of synchronization levels sends to other GUI, and order other GUI to carry out synchronously; Step S70, other GUI judge synchronization granularity according to the related synchronization sign of synchronization levels, and carry out synchronously, wherein, if the related synchronization sign of synchronization levels is " a dialog box synchronous mark ", then other GUI carry out synchronously memory content and opening function dialog box according to this synchronous mark, if the related synchronization sign of synchronization levels is " an internal memory synchronous mark ", then other GUI carry out synchronously other GUI memory contents according to this synchronous mark, if the related synchronization sign of synchronization levels is " a correlation function dialog box synchronous mark ", then other GUI carry out synchronously the internal memory and the dialog box of the associated internal memory of function and the function relevant with this function according to this synchronous mark, if the related synchronization sign of synchronization levels is " a function internal memory synchronous mark ", then other GUI carry out an internal memory to the relevant function of other GUI according to this synchronous mark synchronously.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (4)
1. a method that realizes that multi-graph user interface unit is synchronous is characterized in that, comprises step:
Step 1, graph user interface unit send the operational order of the related synchronization sign that includes synchronization levels to server;
Step 2, server will comprise that the information of the related synchronization sign of synchronization levels sends to other graph user interface units, and order other graph user interface units to carry out synchronously;
Step 3, other graph user interface units are judged synchronization granularity according to the related synchronization sign of synchronization levels, and carry out synchronously;
Wherein, different synchronous marks is represented different synchronization levels, the synchronization granularity that different synchronization levels is corresponding different.
2. the method for claim 1 is characterized in that, described synchronous mark be dialog box synchronous mark, internal memory synchronous mark, correlation function dialog box synchronous mark and function internal memory synchronous mark one of them; Wherein,
If synchronous mark is the dialog box synchronous mark, then other graph user interface units carry out synchronously memory content and opening function dialog box;
If synchronous mark is the internal memory synchronous mark, then other graph user interface units carry out synchronously memory content;
If synchronous mark is a correlation function dialog box synchronous mark, then other graph user interface units carry out synchronously the internal memory and the dialog box of the associated internal memory of function and the function relevant with this function;
If synchronous mark is a function internal memory synchronous mark, then other graph user interface units only carry out the internal memory of the relevant function of other graph user interface units synchronously.
3. a method that realizes that multi-graph user interface unit is synchronous is characterized in that, comprises step:
Step 1, graph user interface unit send the operational order of the related synchronization sign that includes synchronization levels to server;
Step 2, server judge whether and need carry out synchronously to other graph user interface units that wherein, if there is not synchronous mark in operational order, then execution in step three, if comprise synchronous mark in operational order, then execution in step four;
Step 3, server are replied to graph user interface unit;
Step 4, server will comprise that the information of the related synchronization sign of synchronization levels sends to other graph user interface units, and order other graph user interface units to carry out synchronously, and other graph user interface units judge synchronization granularity according to the related synchronization sign of synchronization levels, and carry out synchronously;
Wherein, different synchronous marks is represented different synchronization levels, the synchronization granularity that different synchronization levels is corresponding different.
4. method as claimed in claim 3 is characterized in that, described synchronous mark be dialog box synchronous mark, internal memory synchronous mark, correlation function dialog box synchronous mark and function internal memory synchronous mark one of them; Wherein,
If synchronous mark is the dialog box synchronous mark, then other graph user interface units carry out synchronously memory content and opening function dialog box;
If synchronous mark is the internal memory synchronous mark, then other graph user interface units carry out synchronously memory content;
If synchronous mark is a correlation function dialog box synchronous mark, then other graph user interface units carry out synchronously the internal memory and the dialog box of the associated internal memory of function and the function relevant with this function;
If synchronous mark is a function internal memory synchronous mark, then other graph user interface units only carry out the internal memory of the relevant function of other graph user interface units synchronously.
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| CN105681108B (en) * | 2016-03-15 | 2018-10-30 | 迈普通信技术股份有限公司 | A kind of method and apparatus for realizing that configuration is synchronous |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1383077A (en) * | 2001-04-27 | 2002-12-04 | 华为技术有限公司 | Method for synchronously browing network pages in different windows |
| CN1482764A (en) * | 2002-09-12 | 2004-03-17 | 深圳市中兴通讯股份有限公司 | Method for synchronisation of master and standby background net management data |
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| CN1383077A (en) * | 2001-04-27 | 2002-12-04 | 华为技术有限公司 | Method for synchronously browing network pages in different windows |
| CN1482764A (en) * | 2002-09-12 | 2004-03-17 | 深圳市中兴通讯股份有限公司 | Method for synchronisation of master and standby background net management data |
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