CN1953394A - A method for parameter configuration of functional assembly and its system and terminal equipment - Google Patents
A method for parameter configuration of functional assembly and its system and terminal equipment Download PDFInfo
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- CN1953394A CN1953394A CN 200610104377 CN200610104377A CN1953394A CN 1953394 A CN1953394 A CN 1953394A CN 200610104377 CN200610104377 CN 200610104377 CN 200610104377 A CN200610104377 A CN 200610104377A CN 1953394 A CN1953394 A CN 1953394A
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Abstract
The invention relates to a function parameter distributing method in OMA DM field. Wherein, it comprises that in terminal device, based on each function element, distributing relative parameter node group; the device manage server sets relative parameter in each node to set the parameter for function element. The invention also discloses a relative distributing device and terminal device.
Description
Technical field
The present invention relates to Open Mobile Alliance (OMA, Open Mobile Alliance) equipment control (DM, Device Management) technology, relate in particular to a kind of method for parameter configuration of functional assembly and system thereof, reach terminal equipment.
Background technology
Mobile terminal device is that whole mobile network runs the important component part in the service system, equipment control (DM, Device Management) is meant by aerial download (OTA, Over The Air) mode downloads to packet on the terminal equipment from network side, and move automatically, and then finish follow-up corresponding software and install and configuration process by terminal equipment; The business information that operator can also be needed and the function information of terminal equipment etc. are delivered to the DM server side from terminal equipment automatically simultaneously.This shows, equipment management system (DMS, Device Management System) provides a kind of lower cost solution, come the software and the data of maintenance and management terminal equipment, comprise the initial configuration information that terminal equipment is set, and on terminal equipment, install and the renewal permanent information, reach extract management information from terminal equipment, and all kinds of incidents of processing terminal equipment generation and warning information etc.
At existing open mobile alliance device management (OMA DM, Open Mobile Alliance DM) in the standard, realized terminal equipment is carried out as network parameter, and the configuration process of some general service parameters etc., Network Access Point (NAP for example, Network Access Point) parameter, agency (Proxy) parameter, WAP (wireless application protocol) agency (WAP Proxy, Wireless Application Protocol Proxy) parameter etc. all are network parameter.But corresponding a kind of mechanism that provides is not provided existing OMA DM standard, is used for functional unit parameter on the configurating terminal device, such as the capacity of equipment parameter, and application software parameter etc.Wherein application software package includes network chat client, photograph album (Photo) client, online games etc., software parameter for example can be server address, user account or the like.Promptly under OMA DM mode, the DM agreement is not set at corresponding connection management object with the relevant parameter of functional unit, is not easy to the management of DM server to the functional unit relevant parameter.
Summary of the invention
The technical problem to be solved in the present invention is to propose a kind of method for parameter configuration of functional assembly and system thereof, to realize the configuration management to the functional unit parameter in the equipment control standard.
Accordingly, the invention allows for a kind of terminal equipment.
For addressing the above problem, the technical scheme that the present invention proposes is as follows:
A kind of method for parameter configuration of functional assembly comprises step:
In terminal equipment, the corresponding parameters groups of nodes is set respectively at each functional unit;
Device management server is realized functional unit is carried out parameter configuration by each the intranodal configuration relevant parameter in functional unit corresponding parameters groups of nodes.
Preferably, described method comprises that also device management server carries out updating steps to the parameter that described intranodal has disposed.
Preferably, the described process that the parameter that has disposed is upgraded specifically comprises:
The relevant parameter that device management server has disposed to the terminal equipment request;
Terminal equipment response described request feeds back to device management server with the parameter that has disposed in the interdependent node in the corresponding parameter groups of nodes;
Device management server is configured to new argument in the corresponding node of this parameter groups of nodes in the terminal equipment when the parameter of terminal equipment feedback and the new argument that issues in advance are inconsistent.
Preferably, described parameter groups of nodes comprises the node that is used to represent the node of parameter name and is used to represent parameter value.
Preferably, described parameter groups of nodes also comprises the node that is used to represent the node of parameter type and is used to represent parameter format.
Preferably, described parameter groups of nodes exists based on the management object form.
Preferably, each is set on the management subtree of corresponding function assembly in the device management tree based on the parameter groups of nodes that the management object form exists.
Preferably, independently be arranged on the described parameter groups of nodes that exists based on the management object form in the terminal equipment; And set up association between described parameter groups of nodes and the corresponding function component identification.
Preferably, independently be arranged on the described parameter groups of nodes that exists based on the management object form in the terminal equipment; And on the management subtree of corresponding function assembly, dispose reference node, be used to quote the parameter groups of nodes that this exists based on the management object form.
Preferably, the corresponding parameter groups of nodes that disposes respectively at each functional unit is a public parameter groups of nodes.
A kind of functional unit parameter configuring system comprises:
In terminal equipment, the groups of nodes that corresponding parameter groups of nodes is set respectively at each functional unit is provided with the unit; With
In device management server,, the unit realizes functional unit is carried out the parameter configuration unit of parameter configuration at each intranodal configuration relevant parameter of the corresponding parameter groups of nodes of functional unit setting by being set in groups of nodes.
Preferably, described system also is included in the parameter that in the device management server parameter configuration unit has been disposed and carries out the updated parameters updating block in interdependent node.
A kind of terminal equipment comprises that the groups of nodes that is used for being provided with respectively at each functional unit corresponding parameter groups of nodes is provided with the unit.
A kind of method for parameter configuration of functional assembly comprises step:
On the management subtree of corresponding function assembly, reference node is set, is used for corresponding already present parameter groups of nodes on the referenced device management tree;
Device management server is realized the corresponding function assembly is carried out parameter configuration by each the intranodal configuration relevant parameter in the parameter groups of nodes that is cited.
Preferably, existed the sign of parameter groups of nodes to realize quoting this already present parameter groups of nodes by configuration in described reference node is corresponding.
Preferably, described parameter groups of nodes exists based on the management object form.
Preferably, described parameter groups of nodes is the connection management object; Or be the specific management object of corresponding correlation function assembly; Or be the public management object of corresponding a plurality of functional units of while.
A kind of functional unit parameter configuring system comprises:
Dispose reference node on the management subtree of corresponding function assembly, the reference node that is used for corresponding already present parameter groups of nodes on the referenced device management tree is provided with the unit; With
Each intranodal configuration relevant parameter of the parameter groups of nodes of quoting by the reference node that the unit setting is set at the node that is cited in device management server realizes the corresponding function assembly is carried out the parameter configuration unit of parameter configuration.
A kind of terminal equipment comprises being used on the management subtree of corresponding function assembly reference node being set, and in order to the reference node of corresponding already present parameter groups of nodes on the referenced device management tree unit is set.
The beneficial effect that the present invention can reach is as follows:
The present invention is by in terminal equipment, at each functional unit the corresponding parameters groups of nodes is set respectively, the DM server is realized functional unit is carried out parameter configuration by each the intranodal configuration relevant parameter in functional unit corresponding parameters groups of nodes, thereby can solve in the existing OMA DM standard problem that can not carry out parameter configuration and management to the functional unit in the terminal equipment by the DM server, can make things convenient for of configuration and the management of DM server the functional unit parameter in the terminal equipment and some other parameters.
Technical solution of the present invention is also by being provided with reference node on the management subtree of corresponding function assembly, come corresponding already present parameter groups of nodes on the referenced device management tree with the reference node that uses this setting, the DM server is realized the corresponding function assembly is carried out parameter configuration by each the intranodal configuration relevant parameter in the parameter groups of nodes that is cited like this, thereby also can solve the problem that can not be carried out parameter configuration and management by the DM server to the functional unit in the terminal equipment in the existing OMA DM standard.
Description of drawings
Fig. 1 is the main realization principle flow chart of first kind of method for parameter configuration of functional assembly of the present invention's proposition;
Fig. 2 between the parameter groups of nodes that is provided with in DM server and the terminal equipment mutual, and terminal equipment in reciprocal process schematic diagram between application software and the parameter groups of nodes;
Fig. 3 is the processing procedure schematic diagram of the server identification of the E-mail client software that disposed in the DM server update terminal equipment in the inventive method;
Fig. 4 when hanging in the DM management tree relevant position in the corresponding software component management subtree based on the parameter groups of nodes of MO form, the structural representation of parameter groups of nodes;
Fig. 5 is a parameter groups of nodes separate configurations based on the MO form in terminal equipment the time, the structural representation of parameter groups of nodes;
Fig. 6 carries out the structural representation of the parameter groups of nodes of parameter configuration for the form of operation parameter name parameter value coupling;
Fig. 7 is the main composition structured flowchart of first kind of functional unit parameter configuring system of the present invention's proposition;
Fig. 8 is the main composition structured flowchart of first kind of terminal equipment of the present invention's proposition;
Fig. 9 is the second method principle that proposes according to the present invention, and the management tree structural representation of reference node is set on the SCOMO of correspondence.
Embodiment
Design philosophy of the present invention is that corresponding each functional unit is provided with the relevant parameters groups of nodes on the DM of terminal equipment tree, wherein each parameter groups of nodes can be arranged to the management object form, thereby the operations such as increase, modification and deletion that make the DM server can carry out parameter by each intranodal in each functional unit corresponding parameters groups of nodes realize the parameter configuration to the corresponding function assembly.
Wherein the functional unit mentioned here of the present invention comprises component software (Software Component), capacity of equipment assembly (Device Capability Component), appearance customization assembly (Look and FeelCustomization) etc.Particularly component software can but be not limited to executable application program (as exe), storehouse (as lib, dll), configuration (as ini), resource (as jpg, png, ico) etc.Wherein a lot of configurable items all exist with the functional unit form on the terminal equipment, such as user interface (skin, menu, desktop theme, wallpaper etc.), function (the tinkle of bells, video, shooting are first-class), application software (chat software, photograph album software, E-mail software, online game etc.), so these functional units all need configuration parameter.
Below in conjunction with each accompanying drawing main realization principle of the present invention and concrete performance thereof are explained in detail.
Please refer to Fig. 1, this figure is the main realization principle flow chart of first kind of method for parameter configuration of functional assembly proposing of the present invention, and its main implementation procedure is as follows:
Above-mentioned realization principle according to the inventive method, the DM server can be by the parameter groups of nodes that is provided with on the DM agreement remote operation terminal equipment, and the application software of installing in the terminal equipment can be by the parameter of configuration in the respective nodes in the interface accessing parameter groups of nodes of respective design; Wherein above-mentioned the corresponding interface of mentioning can be come specific design to determine by concrete terminal equipment production firm.For example the application software in the terminal equipment can be come the configuration parameter in the respective nodes in the corresponding parameter groups of nodes of complete call by underlying operating system, in the concrete terminal equipment application software how to call in the corresponding node configuration parameter, be not the problem that the present invention program will be concerned about, the focusing on of the present invention program will solve the DM server and realize functional unit is carried out parameter configuration by configuration relevant parameter in the respective nodes of the corresponding parameter groups of nodes that is provided with on terminal equipment.Particularly, between the parameter groups of nodes that is provided with in DM server and the terminal equipment mutual, and terminal equipment in reciprocal process schematic diagram between application software and the parameter groups of nodes please refer to shown in Figure 2.
In technical solution of the present invention, if the parameter groups of nodes that corresponding each functional unit is provided with exists based on the MO form, and each is arranged in the terminal equipment based on the form with the management subtree between the parameter groups of nodes of MO form existence, then the DM server carries out the process of parameter configuration to the application software in the terminal equipment, and the follow-up process that the functional unit parameter that has disposed is carried out maintenance management just can have been finished dealing with by the DM agreement of standard.It is specific as follows that wherein the parameter that has disposed in the corresponding node of DM server to parameter groups of nodes in the terminal equipment is upgraded the process of processing:
The relevant parameter that the DM server has disposed to the terminal equipment request;
The request that the terminal equipment response is received feeds back to the DM server with the parameter that has disposed in the interdependent node in the corresponding parameter groups of nodes;
The DM server is configured to new argument in the corresponding node of this parameter groups of nodes in the terminal equipment when the parameter of terminal equipment feedback and the new argument that issues in advance are inconsistent.
Because the implementation process that each different functional unit is carried out parameter configuration is similar, be that example describes with the implementation method of component software being carried out parameter configuration only below, the implementation method that other functional units such as capacity of equipment assembly, appearance customization assembly are carried out parameter configuration similarly.
Please refer to Fig. 3, this figure is the processing procedure schematic diagram of the server identification of the E-mail client software that disposed in the DM server update terminal equipment in the inventive method, and its concrete processing procedure is as follows:
1, software supplier provides the software assembly parameter configuration packet by network service interface (WSI, Web Service Interface) to the DM server;
2, DM server and terminal equipment are set up session connection, and its session connection is set up process and carried out according to the OMA session connection mechanism of standard;
3, the DM server sends the request of the server identification be used to obtain the E-mail client software to terminal equipment:
<Get>
<Item>
<Target>
<LocURI>./Setting/Server/Server ID</LocURI>
</Target>
</Item>
</Get>
4, terminal equipment responds the request that receives, and extracts the server identification of the former E-mail client software that has disposed in the respective nodes in the corresponding parameter groups of nodes, and returns to the DM server;
<Results>
<Item>
<Source>
<LocURI>./Setting/Server/Server ID</LocURI>
</Source>
<Data>pop.huawei.com</Data>
</Item>
</Results>
5, whether the server identification of the former E-mail client software of DM server comparison terminal equipment feedback is consistent with the server identification of new E-mail client software;
6, in above-mentioned 5 under the inconsistent situation of comparative result, the DM server issues new server identification to terminal equipment, and terminal equipment stores new server identification in this corresponding node in the above-mentioned parameter groups of nodes into;
<Replace>
<Item>
<Source>
<LocURI>./Setting/Server/Server ID</LocURI>
</Source>
<Data>pop3.huawei.com</Data>
</Item>
</Replace>
7, terminal equipment is to DM server feedback parameter update success message.
Preferably, the parameter groups of nodes that is provided with as if the corresponding function assembly in terminal equipment exists based on the MO form, then each can be set on the management subtree of corresponding function assembly in the device management tree based on the parameter groups of nodes that the MO form exists, be about to hang on the management subtree relevant position of corresponding function assembly in the DM tree with the parameter groups of nodes that the MO form exists.Also corresponding each functional unit can be provided with based on the parameter groups of nodes separate configurations of MO form in terminal equipment, and set up association between parameter groups of nodes and the corresponding function component identification.There is situation at parameter groups of nodes above-mentioned two kinds in terminal equipment, will be described respectively below:
One, will hang over the situation on the corresponding function assembly management subtree relevant position in the DM management tree based on each parameter groups of nodes that the MO form exists:
As shown in Figure 4, when the parameter groups of nodes that this figure is based on the MO form hangs in the DM management tree relevant position in the corresponding software component management subtree, the structural representation of parameter groups of nodes; On the DM management tree in terminal equipment, the DM server is realized mounted application software is carried out parameter configuration by each the intranodal configuration relevant parameter in the parameter groups of nodes.Wherein should be as follows based on the implication specific explanations of each node in the parameter groups of nodes of MO form:
<X>/<Setting>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| ZeroOrOne (0 or 1) | Node (node) | Get (obtaining) |
This node is based on the father node of the parameter groups of nodes that the MO form exists, the relevant software assembly parameter configuration information of storage below this node.
To omit when node path is described below＜X/, use ./this path represented.
./<Setting>/<Server>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| ZeroOrMore (0 or many) | Node (node) | Get (obtaining) |
This node is the server parameter of application software, the relevant parameter information of storage server below the node, as to the client software on some networks server being set, it is available to have a plurality of servers, also may need to use simultaneously a plurality of servers.
./<Setting>/<Server>/<Server ID>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| One(1) | Chr (character) | Get (obtaining) |
This node is used to describe server identification, and this node has one＜Name〉attribute, can be used to represent the title of server, such as being reception server, send server etc.
./<Setting>/<Server>/<IP Address>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| ZeroOrOne (0 or 1) | Chr (character) | Get (obtaining) |
This node is used to describe the IP address of server.
./<Setting>/<Server>/<AAuthName>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| ZeroOrMore (0 or many) | Chr (character) | Get (obtaining) |
This node is used to describe the authentication name of user on server.
./<Setting>/<Server>/<AAuthSecret>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| ZeroOrMore (0 or many) | Chr (character) | Get (obtaining) |
This node is used to describe the authentication password of user on server, and it is to be calculated through hash algorithm by user's authentication name and password.
./<Setting>/<Parameter list>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| ZeroOrOne (0 or 1) | Node (node) | Get (obtaining) |
This node is the father node of other parameter informations of component software, and other parameters of storing software below the node are such as integral parameter in network connection information (as port numbers parameter, proxy parameter etc.) and the Games Software etc.; Because the parameter that each component software need dispose has nothing in common with each other, this storage organization has only carried out unified arrangement to server and user account number relatively more commonly used in the network software assembly, and some other software assembly parameter of configuration that needs just is placed on below this node.
./<Setting>/<Parameter>/<X>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| ZeroOrMore (0 or many) | Node (node) | Get (obtaining) |
This node is a placeholder, other parameters of store software components below the node.
./<Setting>/<Parameter list>/<X>/<Parameter>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| One(1) | Chr (character) | Get (obtaining) |
This node is used to describe concrete parameter value, can with node＜Name attribute represents the concrete title of software assembly parameter.
./<Setting>/<Ext>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| ZeroOrOne (0 or 1) | Node (node) | Get (obtaining) |
This node is a secondary node, is used for other relevant informations of store software components parameter configuration, or expansion is used after keeping.
Two, the situation of each parameter groups of nodes separate configurations in terminal equipment that will exist based on the MO form:
The parameter groups of nodes based on the MO form that promptly is provided with in terminal equipment is self-existent, does not hang on any one-level node of corresponding functional unit management subtree, and this independent set-up mode can guarantee the flexibility of parameter groups of nodes.
As shown in Figure 5, for when the parameter groups of nodes separate configurations of MO form is in terminal equipment, the structural representation of parameter groups of nodes, parameter groups of nodes shown in this figure is for above-mentioned parameter groups of nodes shown in Figure 4, only many software identification＜Soft ID〉node, this parameter groups of nodes and corresponding component software are associated being used for; The implication of other nodes is identical with explained earlier.
./<Setting>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| One(1) | Node (node) | Get (obtaining) |
This node is based on the start node of the parameter groups of nodes of MO form, i.e. the root node of each software assembly parameter configuration; This node can be placed on below the root node of device management tree (DM management tree) Anywhere, it is a permanent node (permanent node is meant the node that the DM server can not be deleted), can produce by equipment manufacturers, also can produce as required by other manager; Wherein in device description framework (DDF, Device Description Framework) document, its particular location on the DM management tree will be described.
./<Setting>/<X>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| ZeroOrMore (0 or many) | Node (node) | Get (obtaining) |
This node is a placeholder, the relevant parameter configuration of certain component software of storage below the node.
./<Setting>/<X>/<Soft ID>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| One(1) | Chr (character) | Get (obtaining) |
This node is used for the sign of store software components, so that should can be associated with corresponding component software based on the parameter groups of nodes of MO form.
Said method is that each parameter is carried out standardized execution mode.In fact, also have a lot of functional units that its special application parameter is arranged, these application parameters can't be defined as public parameter.Under parameter can't standardized situation, can be handed down to terminal by form with parameter name and parameter value pairing, terminal equipment is given the function corresponding assembly according to this matching form with various parameter configuration, so just require to comprise the node that is used to represent the node of parameter name and is used to represent parameter value in the parameter groups of nodes of corresponding each functional unit, further can also and then comprise the node that is used to represent the node of parameter type and is used to represent parameter format.
The schematic diagram of the parameter groups of nodes when as shown in Figure 6, carrying out parameter configuration for employing parameter name parameter value matching form.This parameter groups of nodes can leave on the management tree of corresponding function assembly, as its child node.Concrete implication to each node in this parameter groups of nodes is explained as follows:
/<Parameter>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| ZeroOrOne (0 or 1) | Node (node) | Get (obtaining) |
This internal node is the father node of parameter groups of nodes, and node is the one or more parameter nodes of storage down.
./<Parameter>/<X>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| OneOrMore (1 or many) | Node (node) | Get (obtaining) |
This node is the placeholder node, and this node can have one or more, is used to store a parameter groups of nodes under each node.
./<Parameter>/<X>/<Para Name>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| One(1) | Chr (character) | Get (obtaining) |
This node is used to represent the title of parameter.
./<Parameter>/<X>/<Para Value>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| One(1) | Chr (character) | Get (obtaining) |
This node is used to represent the value of parameter.
./<Parameter>/<X>/<Para Format>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| One(1) | Chr (character) | Get (obtaining) |
This node is used to represent the form of parameter, and possible form is ' b64 ', ' bin ', ' int ', ' float ', ' chr ', ' bool ', ' xml, ' date ', ' time ' etc.
./<Parameter>/<X>/<Para Type>
| TreeOccurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| One(1) | Chr (character) | Get (obtaining) |
This node is used to represent the access type of parameter, such as, can this parameter be obtained by serviced device, can serviced device modification etc.
./<Parameter>/<X>/<Ext>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| ZeroOrOne (0 or 1) | Node (node) | Get (obtaining) |
This node gives over to expansion.
Such as, certain software needs configured port number, device management server can be taked the right form of above-mentioned parameter that parameter is handed down to terminal to carry out parameter configuration, for example with the parameter centering＜Para Name that issues〉be made as Port,＜Para Value〉be made as 8080,＜Para Format〉be made as int,＜Para Type〉be made as Replace.
In addition, when existing based on the MO form for the parameter groups of nodes of corresponding each functional unit setting in terminal equipment, and when the parameter groups of nodes independently is arranged in the terminal equipment, can also on the management subtree of corresponding function assembly, dispose corresponding reference node, the reference node of this configuration is used to quote this based on the self-existent parameter groups of nodes of management object form, so also can realize making terminal equipment based on the relevant parameter that disposes in the corresponding parameter groups of nodes of function corresponding component call.Especially when the corresponding parameter groups of nodes that disposes respectively at each functional unit is a public parameter groups of nodes, when in terminal equipment, the parameter groups of nodes being set independently based on this mode, memory source that can very effective saving terminal equipment.The specific implementation details of relevant this mode will describe in detail in second kind of method for parameter configuration of functional assembly that following the present invention proposes.
First method corresponding to the above-mentioned proposition of the present invention realizes principle, here also corresponding proposition a kind of functional unit parameter configuring system, please refer to Fig. 7, this figure is the main composition structured flowchart of first kind of functional unit parameter configuring system proposing of the present invention, it comprises that mainly groups of nodes is provided with unit 100 and parameter configuration unit 110, and wherein the concrete effect of each component units is as follows:
Groups of nodes is provided with unit 100, is used at terminal equipment, at each functional unit corresponding parameter groups of nodes is set respectively;
Also comprise a parameter update unit 120 in the functional unit parameter configuring system of the present invention in addition, be used for the parameter that above-mentioned parameter dispensing unit 110 has disposed being upgraded processing in interdependent node at the DM server.
Accordingly, the invention allows for a kind of terminal equipment, as shown in Figure 8, this figure is the main composition structured flowchart of first kind of terminal equipment proposing of the present invention, it comprises that mainly groups of nodes is provided with unit 100, is used at each functional unit corresponding parameter groups of nodes being set respectively.
Wherein groups of nodes is provided with unit 100 and each parameter groups of nodes of corresponding each functional unit can be set to the MO form respectively, and hangs on the relevant position of corresponding function assembly management subtree in the DM tree; Also can be in terminal equipment with each parameter groups of nodes separate configurations of corresponding each functional unit, to comprise also in terminal equipment that in this case the association of a sign sets up unit 102, each parameter groups of nodes that unit 100 is provided with and the association between the DM tree corresponding function component identification are set to be used for setting up groups of nodes.
Realization principle except the method for parameter configuration of functional assembly of the above-mentioned proposition of the present invention, when having existed some connection management object or certain functional unit to have specific management object on the terminal equipment, then can on the DM tree, increase reference node in the corresponding function assembly management subtree, to quote these existing management objects, the DM server is by the relevant parameter of configuration in these each nodes of existing MO like this, just can realize making the quote effect of corresponding function assembly by this reference node in the terminal equipment, refer to corresponding dispose relevant parameter deposit MO, thereby be reached for the purpose of correlation function arrangement of components parameter.
At above-mentioned principle, the main implementation procedure of second kind of method for parameter configuration of functional assembly that the present invention proposes is as follows:
In terminal equipment, on the management subtree of corresponding function assembly, relevant reference node is set, the reference node of this setting is used to quote corresponding already present parameter groups of nodes on the DM tree;
The DM server is realized the corresponding function assembly is carried out parameter configuration by each the intranodal configuration relevant parameter in the parameter groups of nodes that is cited; Preferably can exist the sign (ID) of parameter groups of nodes to realize quoting this already present parameter groups of nodes by configuration in described reference node is corresponding.
Following will be that component software is that example describes at functional unit, and a kind of more excellent implementation is that this already present parameter groups of nodes can exist based on the form of MO, and already present like this parameter groups of nodes comprises following three kinds of situations:
First embodiment: already present parameter groups of nodes is the connection management object that has existed in the terminal equipment, because some public link information has been defined by storing according to the structure of standardization MO in the DM agreement, such as Proxy, NAP, information such as Porr just are stored among the MO of standard, if the connection parameter of certain component software can use existing standard connection MO to store like this, just can quote these standards that store relevant parameter and connecting MO, so that the DM server is managed for configuration the connection parameter of terminal equipment reference node directly is set on should the management subtree of component software.
Second embodiment: already present parameter groups of nodes is the specific management object of corresponding related software assembly in the terminal equipment, if such as the DM server with data sync (DS, Data Sync) client software downloads on the terminal equipment by the DM mode, this software information will be stored on the SCOMO, the data sync client end has the DSMO that oneself defines again simultaneously, the relevant configured parameter of the last storage of DSMO DS client, link information etc.The data sync client end downloads and installs information stores on the SCOMO management tree like this, corresponding simultaneously relevant parameter configuration information is stored on the DSMO, thought based on this method of the present invention just can define a reference node on the management subtree of this SCOMO, to quote existing this DSMO, the DM server just can suffer to the relevant parameter information configuration of this SCOMO configuration to the interdependent node among this corresponding DSMO like this, thereby just the information that downloads and installs of component software and relevant parameter informational linkage have been got up, be convenient to of the management of DM server component software.
The 3rd embodiment: already present parameter groups of nodes is the public management object of corresponding a plurality of component softwares of while in the terminal equipment, as can be public the time corresponding to the parameter of a plurality of component softwares, can see public MO of independent definition for these software groups, thereby can on the corresponding respectively management subtree of each component software, define a reference node, be used to quote the MO that this is defined separately, the DM server just can be configured to relevant parameters in each node of this MO that is defined separately like this, has realized disposing for a plurality of component softwares simultaneously the purpose of relevant parameters.
Be illustrated in figure 9 as according to the present invention the second method principle that proposes, the management tree structural representation of reference node be set on the SCOMO of correspondence, the concrete implication of each node in this tree is explained as follows:
./Deployed/<X>/ConRefs
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| ZeroOrOne (0 or 1) | Node (node) | Get (obtaining) |
This internal node is the father node of each reference node, and this node is the one or more reference nodes of storage down, are used to quote the connection management object relevant with corresponding component software or some specific management object;
./Deployed/<X>/ConRefs/<X>
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access type) |
| OneOrMore (1 or many) | Node (node) | Get (obtaining) |
This node is the placeholder node, the corresponding reference node of each node;
./Deployed/<X>/ConRefs/<X>/ConRef
| Tree Occurrence (occurrence number) | Format (form) | Min.Access Types (minimum access class |
| One(1) | Chr (character) | Get (obtaining) |
This leaf node is used to store concrete reference information, as the connection management object that is cited or the id information of some specific management object etc., quotes the connection management object relevant with component software or some specific management object by the reference information of its storage.
Corresponding to the method that the present invention proposes here, the present invention and then also proposed corresponding functional unit parameter configuring system and terminal equipment, wherein the functional unit parameter configuring system of Ti Chuing mainly comprises:
Reference node is provided with the unit, is used for disposing reference node to quote corresponding already present parameter groups of nodes on the DM tree on the management subtree of terminal equipment corresponding function assembly;
Parameter configuration unit is used for the server at DM, and each intranodal configuration relevant parameter of the parameter groups of nodes of quoting by the reference node that the unit setting is set at the node that is cited is realized the corresponding function assembly is carried out parameter configuration.
Wherein the terminal equipment that proposes is here gone back on the basis of existing composition structure and then is comprised that a reference node is provided with the unit, be used on the management subtree of corresponding function assembly, reference node being set, in order to corresponding already present parameter groups of nodes on the referenced device management tree.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, if of the present invention these are revised and modification belongs within the scope of claim of the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these changes and modification interior.
Claims (19)
1, a kind of method for parameter configuration of functional assembly is characterized in that, comprises step:
In terminal equipment, the corresponding parameters groups of nodes is set respectively at each functional unit;
Device management server is realized functional unit is carried out parameter configuration by each the intranodal configuration relevant parameter in functional unit corresponding parameters groups of nodes.
2, the method for claim 1 is characterized in that, comprises that also device management server carries out updating steps to the parameter that described intranodal has disposed.
3, method as claimed in claim 2 is characterized in that, the described process that the parameter that has disposed is upgraded specifically comprises:
The relevant parameter that device management server has disposed to the terminal equipment request;
Terminal equipment response described request feeds back to device management server with the parameter that has disposed in the interdependent node in the corresponding parameter groups of nodes;
Device management server is configured to new argument in the corresponding node of this parameter groups of nodes in the terminal equipment when the parameter of terminal equipment feedback and the new argument that issues in advance are inconsistent.
As claim 1,2 or 3 described methods, it is characterized in that 4, described parameter groups of nodes comprises the node that is used to represent the node of parameter name and is used to represent parameter value.
5, method as claimed in claim 4 is characterized in that, described parameter groups of nodes also comprises the node that is used to represent the node of parameter type and is used to represent parameter format.
As claim 1,2 or 3 described methods, it is characterized in that 6, described parameter groups of nodes exists based on the management object form.
7, method as claimed in claim 6 is characterized in that, each is set on the management subtree of corresponding function assembly in the device management tree based on the parameter groups of nodes that the management object form exists.
8, method as claimed in claim 6 is characterized in that, independently is arranged on the described parameter groups of nodes that exists based on the management object form in the terminal equipment; And
Set up the association between described parameter groups of nodes and the corresponding function component identification.
9, method as claimed in claim 6 is characterized in that, independently is arranged on the described parameter groups of nodes that exists based on the management object form in the terminal equipment; And
On the management subtree of corresponding function assembly, dispose reference node, be used to quote the parameter groups of nodes that this exists based on the management object form.
10, method as claimed in claim 9 is characterized in that, the corresponding parameter groups of nodes that disposes respectively at each functional unit is a public parameter groups of nodes.
11, a kind of functional unit parameter configuring system is characterized in that, comprising:
In terminal equipment, the groups of nodes that corresponding parameter groups of nodes is set respectively at each functional unit is provided with the unit; With
In device management server,, the unit realizes functional unit is carried out the parameter configuration unit of parameter configuration at each intranodal configuration relevant parameter of the corresponding parameter groups of nodes of functional unit setting by being set in groups of nodes.
12, system as claimed in claim 11 is characterized in that, also is included in the parameter that in the device management server parameter configuration unit has been disposed and carries out the updated parameters updating block in interdependent node.
13, a kind of terminal equipment is characterized in that, comprises that the groups of nodes that is used for being provided with respectively at each functional unit corresponding parameter groups of nodes is provided with the unit.
14, a kind of method for parameter configuration of functional assembly is characterized in that, comprises step:
On the management subtree of corresponding function assembly, reference node is set, is used for corresponding already present parameter groups of nodes on the referenced device management tree;
Device management server is realized the corresponding function assembly is carried out parameter configuration by each the intranodal configuration relevant parameter in the parameter groups of nodes that is cited.
15, method as claimed in claim 14 is characterized in that, has existed the sign of parameter groups of nodes to realize quoting this already present parameter groups of nodes by configuration in described reference node is corresponding.
As claim 14 or 15 described methods, it is characterized in that 16, described parameter groups of nodes exists based on the management object form.
17, method as claimed in claim 16 is characterized in that, described parameter groups of nodes is:
The connection management object; Or
The specific management object of corresponding correlation function assembly; Or
The public management object of corresponding a plurality of functional units of while.
18, a kind of functional unit parameter configuring system is characterized in that, comprising:
Dispose reference node on the management subtree of corresponding function assembly, the reference node that is used for corresponding already present parameter groups of nodes on the referenced device management tree is provided with the unit; With
Each intranodal configuration relevant parameter of the parameter groups of nodes of quoting by the reference node that the unit setting is set at the node that is cited in device management server realizes the corresponding function assembly is carried out the parameter configuration unit of parameter configuration.
19, a kind of terminal equipment is characterized in that, comprises being used on the management subtree of corresponding function assembly reference node being set, and in order to the reference node of corresponding already present parameter groups of nodes on the referenced device management tree unit is set.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006101043777A CN1953394B (en) | 2005-08-30 | 2006-08-10 | A method for parameter configuration of functional assembly and its system and terminal equipment |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2005100935984A CN1848760A (en) | 2005-08-30 | 2005-08-30 | Software assembly parameter configuration method, and system and terminal equipment thereof |
| CN200510093598.4 | 2005-08-30 | ||
| CN2006101043777A CN1953394B (en) | 2005-08-30 | 2006-08-10 | A method for parameter configuration of functional assembly and its system and terminal equipment |
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| CN1953394A true CN1953394A (en) | 2007-04-25 |
| CN1953394B CN1953394B (en) | 2010-08-04 |
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| CN2006101043777A Active CN1953394B (en) | 2005-08-30 | 2006-08-10 | A method for parameter configuration of functional assembly and its system and terminal equipment |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2012024851A1 (en) * | 2010-08-23 | 2012-03-01 | 中兴通讯股份有限公司 | Processing method and system for over-the-air bootstrap |
| US9002787B2 (en) | 2009-01-30 | 2015-04-07 | Blackberry Limited | Method and apparatus for tracking device management data changes |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| AU2002351015C1 (en) * | 2002-11-21 | 2009-06-25 | Nokia Technologies Oy | Method and device for defining objects allowing to establish a device management tree for mobile communication devices |
| US7292846B2 (en) * | 2003-02-28 | 2007-11-06 | Nokia Corporation | Apparatus, and associated method, for retrieving mobile-node device management tree information |
-
2006
- 2006-08-10 CN CN2006101043777A patent/CN1953394B/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US9002787B2 (en) | 2009-01-30 | 2015-04-07 | Blackberry Limited | Method and apparatus for tracking device management data changes |
| WO2012024851A1 (en) * | 2010-08-23 | 2012-03-01 | 中兴通讯股份有限公司 | Processing method and system for over-the-air bootstrap |
| US8931065B2 (en) | 2010-08-23 | 2015-01-06 | Zte Corporation | OTA bootstrap method and system |
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| Publication number | Publication date |
|---|---|
| CN1953394B (en) | 2010-08-04 |
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