CN101447889A - Network management system and GUI client login control method - Google Patents
Network management system and GUI client login control method Download PDFInfo
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- CN101447889A CN101447889A CNA2008100847949A CN200810084794A CN101447889A CN 101447889 A CN101447889 A CN 101447889A CN A2008100847949 A CNA2008100847949 A CN A2008100847949A CN 200810084794 A CN200810084794 A CN 200810084794A CN 101447889 A CN101447889 A CN 101447889A
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Abstract
The invention provides a network management system and a GUI client login control method. The system comprises a GUI controller, a deployment controller and one or more functional elements; the GUI controller is used for controlling the functional elements to complete GUI interface initialization, and the deployment controller is used for controlling the functional elements to complete data deployment. The method comprises: all the functional elements perform the GUI interface initialization while performing the data deployment after the login process begins. By the technical proposal of the invention, the GUI interface initialization and the data deployment are divided into two parallel processes, which can greatly reduce the waiting time of the GUI client login; and hierarchy processing is performed on the data deployment of the function elements according to dependence relation among the functional elements, thus enhancing expandability of a system. The method is particularly suitable for second development.
Description
Technical field
The present invention relates to the telecommunication network management field, relate in particular to a kind of network management system and GUI client login control method.
Background technology
Along with the develop rapidly of telecommunications industry, telecommunication network management system is also done bigger and bigger, and function is more and more abundanter, and the equipment of management is more and more.The quick increase of telecommunication network management system is often by dual mode, and a kind of is to increase corresponding independent particle system for different functions; A kind ofly providing a kind of network management system that can carry out secondary development fast, at different functions, carry out secondary development based on this network management system, is exactly a bigger network management system after the function combinations of this network management system and secondary development is got up.General network management system login process is earlier checking password, loading data, initialization system interface then then, and perhaps authentication password and loading data carry out simultaneously, and then the initialization system interface.The main time often spends in initialization system interface and these two steps of loading data during the network management system login, and all be the data load of all functions to be finished just can carry out the interface initialization during login, so, such login process is lower on login efficient, and the autgmentability of network management system is bad.
Summary of the invention
The technical problem to be solved in the present invention provides a kind of network management system and GUI client login control method, has saved the spent stand-by period of GUI client login process greatly.
In order to address the above problem, the invention provides a kind of network management system, comprise GUI controller, deployment controller, one or more function element; It is characterized in that:
Described GUI controller is used to control each function element and finishes the gui interface initialization;
Described deployment controller is used to control each function element and finishes the data deployment.
Further, described system also comprises the login process top control module;
The secure authentication that described login process top control module is used to finish the user when logining; Also be used to call the gui interface initialization that the GUI controller starts each function element, and call the data deployment that deployment controller starts each function element.
Further, described function element comprises the GUI display module and disposes the device module;
Described GUI display module is used to finish the gui interface initialization; Described deployment device module is used to finish data and disposes;
Described each function element is divided into top function element and general function element;
Described top function element refers to not rely on the function element of other any function element, and described general function element is divided into the general function element that relies on other general function elements and relies on top function element but do not rely on the general function element of other general function elements;
Described each function element all disposes identifier, and the general function element that relies on other general function elements also disposes the identifier of each general function element of its dependence.
Further, described system also comprises data deployment state machine;
Described data are disposed the state that state machine is used to store the deployment device module of the identifier of each function element and described identifier correspondence.
Further, described login process top control module is used to call data that deployment controller starts each function element and disposes and be meant that the login process top control module sends the message that log-on data is disposed to deployment controller after finishing secure authentication;
Described deployment controller is used for receiving after the message that described log-on data disposes that data dispose state machine and respectively dispose the state of device module and be set to not dispose, and whether with the deployment device module of all top function element is all disposed to finish and is set to not;
The deployment device module that described deployment controller is used to control each function element is finished data and is disposed and be meant: obtain the deployment device module of all functions element, and send the message that the beginning data are disposed to the deployment device module of all top function element; And after finishing, the deployment device module deployment of all top function element sends the message that the beginning data are disposed to all deployment device modules that do not rely on the general function element of other general function elements; Also the deployment device module of all functions element that is relied in the general function element that relies on other general function elements is disposed and is finished the back sends message from the deployment of beginning data to the deployment device module of the general function element of other general function elements of described dependence;
Described deployment controller also is used to receive the state that notification data deployable state machine maintenance after the message that deployment that the device module sends finishes changes described deployment device module of disposing, wherein carry the identifier of described deployment device module place function element, and in the deployment device module of all top function element all dispose finish after the deployment device module of all top function element of notification data deployable state machine all dispose and finish;
Described deployment device module is used to finish the data deployment and is meant, disposes the laggard line data deployment of message that the device module receives that described beginning data are disposed, and return the message that deployment is finished to deployment controller after deployment is finished.
Further, described login process top control module is used to call the gui interface initialization that the GUI controller starts each function element and is meant, the login process top control module sends to the GUI controller after finishing secure authentication and starts the initialized message in interface;
The GUI display module that described GUI controller is used to control each function element is finished the gui interface initialization and is meant:
The GUI controller obtains the GUI display module of all functions element after receiving the initialized message in described startup interface, and controls each GUI display module and enter wait state; After disposing the message of finishing, the deployment device module of receiving the function element that data deployment state machine is sent sends the initialized message of beginning gui interface to the GUI of described function element display module;
Described GUI display module is used to finish the gui interface initialization and is meant, the GUI display module is received after the initialized message of beginning gui interface that described GUI controller sends beginning and finished the gui interface initialization.
Further, after described data are disposed modification that state machine is used to also to receive that deployment controller is sent and are disposed the notice of device module status, find corresponding deployment device module according to described identifier, and the state of described deployment device module changed into dispose, also notify described GUI controller with the change of described deployment device module status; Whether the deployment device module of all top function element that also are used to receive that deployment controller is sent is all disposed after the notice of finishing the deployment device module of all top function element and is all disposed to finish to be revised as and be.
The present invention also provides a kind of GUI client login control method, comprising: after login process began, each function element carried out carrying out when data are disposed the gui interface initialization.
Further, before login process begins, each function element is divided into top function element, relies on the general function element of other general function elements and relies on top function element by dependence but do not rely on the function element of other general function elements; And be each function element configuring identifier, the identifier configurations that also will rely on each general function element that the general function element of other general function elements relied on is in described function element; After login process begins, at first carry out the secure authentication of user when logining, data are disposed the state of respectively disposing the device module in the state machine and are set to not dispose then, and the deployment device module of all top function element is all disposed to finish and is set to not.
Further, carry out the gui interface initialization when described each function element is carried out the data deployment and be meant, the login process top control module sends the initialized message of startup gui interface to the GUI controller when deployment controller sends the message of log-on data deployment;
Described deployment controller receives after the message that described log-on data disposes that the deployment device module of control all functions element carries out data and dispose;
Described GUI controller receives that the GUI display module of control all functions element after the initialized message of described startup gui interface carries out the gui interface initialization.
Further, the deployment device module of described deployment controller control all functions element is carried out the data deployment and is meant that deployment controller obtains the deployment device module of all functions element, then each is disposed device module and carries out following operation:
A1, if the current deployment device module deployment device module that is top function element, then control described current deployment device module and carry out data and dispose, otherwise execution in step B1;
B1, the deployment device module that judges whether all top function element are all disposed and are finished, and are execution in step C1 then;
C1, if current deployment device module, is then controlled described current deployment device module for not relying on the deployment device module of general function element of other general function elements carries out data and disposes, otherwise execution in step D1;
Whether D1, the deployment device module of judging other function element that current deployment device module place function element is relied on are all disposed and are finished, and are then to control described current deployment device module to carry out data and dispose.
Further, among described steps A 1, C1 and the D1, after described current deployment device module deployment was finished, the status modifier of data being disposed current deployment device module described in the state machine was for disposing, and data are disposed the state change notice GUI controller of state machine with described deployment device module;
Dispose when the deployment device module of all top function element and whether data are disposed in the state machine deployment device module of all top function element after finishing and all dispose to finish to be revised as and be;
The deployment device module that judges whether all top function element among the described step B1 is all disposed the method for finishing and is, deployment controller checks that whether data dispose in the state machine deployment device module of all top function element and all dispose the status indicator of finishing, and the deployment device module that all top function element then are described is if yes all disposed and finished;
Judge among the described step C1 that whether current deployment device module is that the method for deployment device module that does not rely on the general function element of other general function elements is, deployment controller checks whether current deployment device module place function element has disposed the identifier of other function element, do not illustrate then that current deployment device module is the deployment device module that does not rely on the general function element of other general function elements, otherwise the deployment device module of current deployment device module for the general function element of other general function elements of dependence is described;
Whether the deployment device module of judging other function element that current deployment device module place function element is relied among the described step D1 is all disposed the method for finishing and is, deployment controller at first obtains the identifier of other function element of its dependence to current deployment device module place function element, checking that then data dispose in the state machine state of the deployment device module of these identifier correspondences and whether be and dispose, is that the deployment device module of other function element of illustrating that then current deployment device module place function element is relied on is all disposed and finished;
Also comprise behind the described step D1, the machine maintenance of deployment controller notification data deployable state changes the state of described deployment device module, wherein carry the identifier of described deployment device module place function element, data are disposed state machine and are found corresponding deployment device module according to described identifier, its state changed into dispose, then with the change notice GUI controller of described deployment device module status.
Further, the GUI display module of described GUI controller control all functions element carries out the gui interface initialization and is meant that the GUI controller obtains all GUI display modules, and controls each GUI display module and enter wait state; Send beginning gui interface initialized message to the GUI of described function element display module when receiving that data are disposed after the deployment device module of the function element that state machine sends is disposed the message of finishing, described GUI display module is received after the initialized message of described beginning gui interface beginning and is finished the gui interface initialization.
In sum, the invention provides a kind of network management system and GUI client login control method,, can reduce the spent stand-by period of GUI client login process in a large number by gui interface initialization and data deployment are divided into two parallel processing processes; And according to the dependence between each function classification is carried out in the data deployment of each function and handled, improved the autgmentability of system, be more suitable for secondary development.
Description of drawings
Fig. 1 is the system block diagram of network management system of the present invention;
Fig. 2 is a GUI client login control general flow chart of the present invention;
Fig. 3 is a GUI client GUI controller process chart of the present invention;
Fig. 4 is a GUI client deployment controller process chart of the present invention.
Embodiment
The invention provides a kind of network management system and GUI client login control method, by the gui interface initialization in the GUI client login process, data deployment are divided into two parallel processing processes, and according to the dependence between each function classification is carried out in the data deployment of each function and handled, can reduce the spent stand-by period of GUI client login process in a large number.
Generally all there is dependence (can rely on safety management) between the function element of network management system such as alarm management, alleged dependence is meant the data message that needs to rely on it function element when certain function element is carried out among the present invention, for example, function element 1 relies on function element 2, need use the data message of function element 2 when deployment of function element 1 data or gui interface initialization.Prerequisite of the present invention is that each function element in the network management system is divided into two kinds of top function element, general function elements according to its dependence, and top function element refers to not rely on other function element, and the general function element then refers to depend on top function element; The general function element can also be subdivided into again rely on other general function elements and do not rely on these two kinds of other general function elements.Can represent it is which kind of function element for each function element disposes an identifier, for example, can but be not limited to the unified identifier of top function element configuration, be designated as A, and be that the identifier of general function arrangements of components is designated as B, and,, be B1, B2 etc. as identifier also for it is numbered in order to distinguish each general function element.When certain function element when relying on the general function element of other general function elements, also with the identifier configurations of each general function element of its dependence in this function element.
Be illustrated in figure 1 as the system block diagram of a kind of network management system of the present invention, comprise: login process top control module, GUI controller, deployment controller, data are disposed state machine, one or more function element; Each function element comprises the GUI display module, disposes device module, data management module and interface module.
The login process top control module is used to control whole login process, secure authentication when promptly being used for the user and logining, and send the initialized message in startup interface to the GUI controller after being used to finish secure authentication, and send the message that log-on data is disposed to deployment controller.
The GUI controller is used for calling the GUI display module of each function element and finishes the gui interface initialization, obtain the GUI display module of all functions element after promptly being used to receive the initialized notice in startup interface that the login process top control module sends, and control each GUI display module and enter wait state; And be used for after the deployment device module of receiving certain function element that data deployment state machine is sent is disposed the message of finishing, sending the initialized message of beginning gui interface to the GUI of this function element display module.
Deployment controller is used to receive initialization data deployable state machine after the message that log-on data that the login process top control module is sent disposes, be about to data and dispose the state that each function element in the state machine disposes the device module and be set to not dispose, whether with the deployment device module of all top function element is all disposed to finish and is set to not.The deployment device module that also is used for calling each function element is finished data and is disposed, and promptly obtains the deployment device module of all functions element, and sends the message that the beginning data are disposed to the deployment device module of all top function element; And the deployment device module that is used for all top function element is disposed and to be finished the back sends message from the deployment of beginning data to all deployment device modules that do not rely on the general function element of other general function elements; The deployment device module that also is used to rely on all functions element that the general function element of other general function elements relied on is disposed and is finished the back sends message from the deployment of beginning data to this deployment device module that relies on the general function element of other general function elements; Deployment controller also is used to receive the state that notification data deployable state machine maintenance after the message that deployment that the device module sends finishes changes this deployment device module of disposing, wherein carry the identifier of this deployment device module place function element, and in the deployment device module of all top function element all dispose finish after the deployment device module of all top function element of notification data deployable state machine all dispose and finish.
Data are disposed the state that state machine is used to store the deployment device module of the identifier of each function element and this identifier correspondence; After the notice of the deployment device module status of certain function element of modification that also is used to receive that deployment controller is sent, find the deployment device module of correspondence according to identifier wherein, the state of this deployment device module changed into dispose, and will dispose the change notice GUI controller of device module status, whether the deployment device module of all top function element that also are used to receive that deployment controller is sent is all disposed after the notice of finishing the deployment device module of all top function element and is all disposed to finish to be revised as and be.
The GUI display module carries out the gui interface initialization after being used to receive the initialized message of beginning gui interface that the GUI controller sends.
Dispose the laggard line data of message that beginning data that the device module is used to receive that deployment controller is sent dispose and dispose, and in deployment is finished after, return the message that deployment is finished to deployment controller.Dispose the device module can also be before the beginning data be disposed the initialization data administration module.
Data management module be used for interim storage and administrative institute the function element desired data;
The function element that interface module is used for the place provides calling interface in the time of need calling the data of other function element and be called data by other function element.
Be the general flow chart of a kind of GUI client login control method of the present invention as shown in Figure 2.Concrete steps are as follows:
Step 201: the login man-machine interface is obtained parameters such as user name, password, begins to carry out register, and the login process top control module is finished the secure authentication of user when logining.
Step 202: the login process top control module calls deployment controller initialization data deployable state machine, and the state of the deployment device correspondence of all functions is set to not dispose, and all top function element are disposed devices and all disposed to finish and be set to not simultaneously.
Step 203: the login process top control module sends the message that log-on data is disposed to deployment controller, and deployment controller is received the deployment device module execution data deployment that begins to call all functions element after this message.
Step 204: in execution in step 203, the login process top control module send to start the initialized message of gui interface to the GUI controller, and the GUI controller receives that the GUI display module that calls all functions element after this message carries out the gui interface initialization of this function element.
Be illustrated in figure 3 as the process chart of GUI controller in the inventive method, concrete steps are as follows:
Step 301:GUI controller obtains the GUI display module of all functions element after receiving the initialized message of startup gui interface that the login process top control module sends, and controls each GUI display module and enter wait state;
Step 302:GUI controller is received after the deployment device module of certain function element that data deployment state machine is sent is disposed the notice of finishing and is sent the initialized message of beginning gui interface to the GUI of this function element display module;
Step 303:GUI display module is received after the initialized message of beginning gui interface that the GUI controller sends beginning and is finished the gui interface initialization.
Be illustrated in figure 4 as the GUI client deployment controller process chart of the inventive method, concrete steps are as follows:
Step 401: deployment controller receives that obtaining all after the message that log-on data that the login process top control module sends disposes disposes device modules, can also be by disposing the data management module of device module initialization correspondence;
Deployment controller is disposed the device module to each that obtain and is carried out following operation:
Step 402: judging whether current deployment device module is the deployment device module of top function element, is execution in step 407 then, otherwise execution in step 403;
Step 403: the deployment device module that judges whether all top function element is all disposed and is finished, and is execution in step 404 then, otherwise carries out this step once more;
The deployment device module that judges whether all top function element is herein all disposed the method for finishing and is, deployment controller checks that whether data dispose in the state machine deployment device module of all top function element and all dispose the status indicator of finishing, and the deployment device module that all top function element then are described is if yes all disposed and finished.
Step 404: with data dispose state machine whether all top function distributing devices all dispose and finish that to be set to be that execution in step 405 then.
Step 405: judging whether current deployment device module is the deployment device module that does not rely on the general function element of other general function elements, is execution in step 407 then, otherwise execution in step 406;
Judge that herein whether current deployment device module is that the method for deployment device module that does not rely on the general function element of other general function elements is, deployment controller checks whether current deployment device module place function element has disposed the identifier of other function element, do not illustrate then that current deployment device module is the deployment device module that does not rely on the general function element of other general function elements, otherwise the deployment device module of current deployment device module for the general function element of other general function elements of dependence is described.
Step 406: whether the deployment device module of judging the function element that current deployment device module place function element is relied on is all disposed and is finished, and is execution in step 407 then, otherwise carries out this step once more.
Whether the deployment device module of judging other function element that current deployment device module place function element is relied on is herein all disposed the method for finishing and is, deployment controller at first obtains the identifier of other function element of its dependence to current deployment device module place function element, checking that then data dispose in the state machine state of the deployment device module of these identifier correspondences and whether be and dispose, is that the deployment device module of other function element of illustrating that then current deployment device module place function element is relied on is all disposed and finished.
Step 407: deployment controller is controlled current deployment device module and is begun and finish data and dispose, and the machine maintenance of notification data deployable state changes the state of this deployment device module, wherein carry the identifier of this deployment device module place function element, data are disposed state machine and are found corresponding deployment device module according to identifier, its state changed into dispose, will dispose the change notice GUI controller of device module status then.
Claims (13)
1, a kind of network management system comprises GUI controller, deployment controller, one or more function element; It is characterized in that:
Described GUI controller is used to control each function element and finishes the gui interface initialization;
Described deployment controller is used to control each function element and finishes the data deployment.
2, the system as claimed in claim 1 is characterized in that:
Described system also comprises the login process top control module;
The secure authentication that described login process top control module is used to finish the user when logining; Also be used to call the gui interface initialization that the GUI controller starts each function element, and call the data deployment that deployment controller starts each function element.
3, the system as claimed in claim 1 is characterized in that:
Described function element comprises the GUI display module and disposes the device module;
Described GUI display module is used to finish the gui interface initialization; Described deployment device module is used to finish data and disposes;
Described each function element is divided into top function element and general function element;
Described top function element refers to not rely on the function element of other any function element, and described general function element is divided into the general function element that relies on other general function elements and relies on top function element but do not rely on the general function element of other general function elements;
Described each function element all disposes identifier, and the general function element that relies on other general function elements also disposes the identifier of each general function element of its dependence.
4, system as claimed in claim 3 is characterized in that:
Described system also comprises data deployment state machine;
Described data are disposed the state that state machine is used to store the deployment device module of the identifier of each function element and described identifier correspondence.
5, as claim 3 or 4 described systems, it is characterized in that:
Described login process top control module is used to call data that deployment controller starts each function element to be disposed and is meant that the login process top control module sends the message that log-on data is disposed to deployment controller after finishing secure authentication;
Described deployment controller is used for receiving after the message that described log-on data disposes that data dispose state machine and respectively dispose the state of device module and be set to not dispose, and whether with the deployment device module of all top function element is all disposed to finish and is set to not;
The deployment device module that described deployment controller is used to control each function element is finished data and is disposed and be meant: obtain the deployment device module of all functions element, and send the message that the beginning data are disposed to the deployment device module of all top function element; And after finishing, the deployment device module deployment of all top function element sends the message that the beginning data are disposed to all deployment device modules that do not rely on the general function element of other general function elements; Also the deployment device module of all functions element that is relied in the general function element that relies on other general function elements is disposed and is finished the back sends message from the deployment of beginning data to the deployment device module of the general function element of other general function elements of described dependence;
Described deployment controller also is used to receive the state that notification data deployable state machine maintenance after the message that deployment that the device module sends finishes changes described deployment device module of disposing, wherein carry the identifier of described deployment device module place function element, and in the deployment device module of all top function element all dispose finish after the deployment device module of all top function element of notification data deployable state machine all dispose and finish;
Described deployment device module is used to finish the data deployment and is meant, disposes the laggard line data deployment of message that the device module receives that described beginning data are disposed, and return the message that deployment is finished to deployment controller after deployment is finished.
6, system as claimed in claim 5 is characterized in that:
Described login process top control module is used to call the gui interface initialization that the GUI controller starts each function element and is meant, the login process top control module sends to the GUI controller after finishing secure authentication and starts the initialized message in interface;
The GUI display module that described GUI controller is used to control each function element is finished the gui interface initialization and is meant:
The GUI controller obtains the GUI display module of all functions element after receiving the initialized message in described startup interface, and controls each GUI display module and enter wait state; After disposing the message of finishing, the deployment device module of receiving the function element that data deployment state machine is sent sends the initialized message of beginning gui interface to the GUI of described function element display module;
Described GUI display module is used to finish the gui interface initialization and is meant, the GUI display module is received after the initialized message of beginning gui interface that described GUI controller sends beginning and finished the gui interface initialization.
7, system as claimed in claim 5 is characterized in that:
After described data are disposed modification that state machine is used to also to receive that deployment controller is sent and are disposed the notice of device module status, find corresponding deployment device module according to described identifier, and the state of described deployment device module changed into dispose, also notify described GUI controller with the change of described deployment device module status; Whether the deployment device module of all top function element that also are used to receive that deployment controller is sent is all disposed after the notice of finishing the deployment device module of all top function element and is all disposed to finish to be revised as and be.
8, a kind of GUI client login control method comprises: after login process began, each function element carried out carrying out when data are disposed the gui interface initialization.
9, method as claimed in claim 8 is characterized in that:
Before login process begins, each function element is divided into top function element, relies on the general function element of other general function elements and relies on top function element by dependence but do not rely on the function element of other general function elements; And be each function element configuring identifier, the identifier configurations that also will rely on each general function element that the general function element of other general function elements relied on is in described function element; After login process begins, at first carry out the secure authentication of user when logining, data are disposed the state of respectively disposing the device module in the state machine and are set to not dispose then, and the deployment device module of all top function element is all disposed to finish and is set to not.
10, method as claimed in claim 8 is characterized in that:
Described each function element is carried out carrying out the gui interface initialization when data are disposed and is meant that the login process top control module sends the initialized message of startup gui interface to the GUI controller when deployment controller sends the message of log-on data deployment;
Described deployment controller receives after the message that described log-on data disposes that the deployment device module of control all functions element carries out data and dispose;
Described GUI controller receives that the GUI display module of control all functions element after the initialized message of described startup gui interface carries out the gui interface initialization.
11, as claim 9 or 10 described methods, it is characterized in that:
The deployment device module of described deployment controller control all functions element is carried out the data deployment and is meant that deployment controller obtains the deployment device module of all functions element, then each is disposed device module and carries out following operation:
A1, if the current deployment device module deployment device module that is top function element, then control described current deployment device module and carry out data and dispose, otherwise execution in step B1;
B1, the deployment device module that judges whether all top function element are all disposed and are finished, and are execution in step C1 then;
C1, if current deployment device module, is then controlled described current deployment device module for not relying on the deployment device module of general function element of other general function elements carries out data and disposes, otherwise execution in step D1;
Whether D1, the deployment device module of judging other function element that current deployment device module place function element is relied on are all disposed and are finished, and are then to control described current deployment device module to carry out data and dispose.
12, method as claimed in claim 11 is characterized in that:
Among described steps A 1, C1 and the D1, after described current deployment device module deployment is finished, the status modifier of data being disposed current deployment device module described in the state machine is for disposing, and data are disposed the state change notice GUI controller of state machine with described deployment device module;
Dispose when the deployment device module of all top function element and whether data are disposed in the state machine deployment device module of all top function element after finishing and all dispose to finish to be revised as and be;
The deployment device module that judges whether all top function element among the described step B1 is all disposed the method for finishing and is, deployment controller checks that whether data dispose in the state machine deployment device module of all top function element and all dispose the status indicator of finishing, and the deployment device module that all top function element then are described is if yes all disposed and finished;
Judge among the described step C1 that whether current deployment device module is that the method for deployment device module that does not rely on the general function element of other general function elements is, deployment controller checks whether current deployment device module place function element has disposed the identifier of other function element, do not illustrate then that current deployment device module is the deployment device module that does not rely on the general function element of other general function elements, otherwise the deployment device module of current deployment device module for the general function element of other general function elements of dependence is described;
Whether the deployment device module of judging other function element that current deployment device module place function element is relied among the described step D1 is all disposed the method for finishing and is, deployment controller at first obtains the identifier of other function element of its dependence to current deployment device module place function element, checking that then data dispose in the state machine state of the deployment device module of these identifier correspondences and whether be and dispose, is that the deployment device module of other function element of illustrating that then current deployment device module place function element is relied on is all disposed and finished;
Also comprise behind the described step D1, the machine maintenance of deployment controller notification data deployable state changes the state of described deployment device module, wherein carry the identifier of described deployment device module place function element, data are disposed state machine and are found corresponding deployment device module according to described identifier, its state changed into dispose, then with the change notice GUI controller of described deployment device module status.
13, method as claimed in claim 12 is characterized in that:
The GUI display module of described GUI controller control all functions element carries out the gui interface initialization and is meant that the GUI controller obtains all GUI display modules, and controls each GUI display module and enter wait state; Send beginning gui interface initialized message to the GUI of described function element display module when receiving that data are disposed after the deployment device module of the function element that state machine sends is disposed the message of finishing, described GUI display module is received after the initialized message of described beginning gui interface beginning and is finished the gui interface initialization.
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| CN2008100847949A CN101447889B (en) | 2008-03-21 | 2008-03-21 | Network management system and GUI client login control method |
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| CN2008100847949A CN101447889B (en) | 2008-03-21 | 2008-03-21 | Network management system and GUI client login control method |
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| CN101447889A true CN101447889A (en) | 2009-06-03 |
| CN101447889B CN101447889B (en) | 2011-08-24 |
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| CN104572137A (en) * | 2013-10-10 | 2015-04-29 | 中兴通讯股份有限公司 | Implementation method and device for accelerating starting of network management client |
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| GB2350990A (en) * | 1998-11-10 | 2000-12-13 | Ibm | Initializing graphic user interface controls with extensible markup language-formatted data |
| CN1142487C (en) * | 2001-09-25 | 2004-03-17 | 北京四方同创保护与控制设备有限公司 | Method of establishing embedded graphic user interface in real-time multitask operation system |
| CN1414518A (en) * | 2002-09-18 | 2003-04-30 | 北京航空航天大学 | Standardization method of virtual reality data |
| CN1304945C (en) * | 2004-06-02 | 2007-03-14 | 中兴通讯股份有限公司 | Automatic generatnig method for configuration interface of telecommunicating apparatus |
| CN101114936A (en) * | 2007-09-06 | 2008-01-30 | 华为技术有限公司 | Topological diagram display process, system and device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104572137A (en) * | 2013-10-10 | 2015-04-29 | 中兴通讯股份有限公司 | Implementation method and device for accelerating starting of network management client |
| CN104572137B (en) * | 2013-10-10 | 2019-09-27 | 南京中兴软件有限责任公司 | A kind of implementation method and device of NM client Acceleration of starting |
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