CN101626420A - LFC resource management method, equipment and system - Google Patents

Abstract

The invention discloses an LFC resource management method, LFC resource management equipment and an LFC resource management system. The method comprises the following steps that: user equipment receives indication of performing operation on given LFC resources; the user equipment judges whether the operation on the LFC resources is allowed to be executed according to a preset LFC resource operation control flow; when the operation is allowed to be executed, the user equipment executes the operation on the LFC resources; and when the operation is not allowed to be executed, the user equipment refuses executing the operation on the LFC resources. The method, the equipment and the system can realize local management and remote management on the LFC resources, fill up the blank of the prior art for LFC resource management, and improve the flexibility of the LFC resource management.

Description

LFC resource management method and its equipment and system

technical field

The present invention relates to the technical field of communication, and in particular to an LFC resource management method and its equipment and system.

Background technique

LFC (Look and Feel Customization) refers to personalized customization related to the visual experience and feelings of mobile user equipment users. Users can use the services provided by multiple LFC service providers, and the LFC elements that can be used include:

backgrounds, wallpapers and screensavers, including images or animations;

Ringtones, audio prompts;

Images, animations or sounds when switching on and off;

Lively and dynamic screen;

The font type displayed on the screen;

notification messages and error messages;

Keyboard: including soft keys, navigation keys, and shortcut keys;

Menu: including menu items and arrangement modes;

Home page and bookmarks, etc.

The existing technology realizes the user's active downloading and installation process of these LFC elements. The user can first browse the Internet and select the LFC elements to be downloaded, and then download these LFC elements to the user device for local storage and application.

Fig. 1 shows the LFC architecture in the prior art. The architecture includes an LFC client, a user agent module, and a delivery client at the user equipment side, and an LFC content server at the network side. Based on this architecture, and according to whether metadata needs to be downloaded (that is, the description information of the LFC resource package, including the version of the LFC resource package, the size of the LFC resource package, the terminal model applicable to the LFC resource package, etc.), the delivery process of the LFC element include:

Process without downloading metadata: When the user browses the Internet through the user device, selects an LFC element and clicks the download command, the user agent module requires the LFC client to download the LFC resource package (the LFC resource package can contain multiple LFC elements); LFC The client sends a download request to the delivery client; the delivery client downloads the LFC resource package from the LFC content server or other entities (secure removable media shown in dotted lines in Figure 1) and sends it to the LFC client for use.

The process of downloading metadata: When the user browses the Internet through the user device, selects an LFC element and clicks the download command, the user agent module requires the LFC client to download the LFC resource package; The client receives the metadata, and checks whether the capacity of the user equipment can meet the size of the LFC resource package indicated by the metadata, and sends a user authorization request to the user agent module after the verification is passed; the user agent module sends the user authorization request to the delivery client through the LFC client The end sends the user authorization result; the delivery client downloads the LFC resource package from the LFC content server or other entities according to the authorization result and sends it to the LFC client for use.

The above delivery process for LFC elements has at least the following disadvantages:

Users need to actively go online to select LFC elements and send download instructions, so as to realize the download process of LFC elements, and the implementation method is not flexible enough;

For the LFC elements downloaded locally to the user equipment, there is no implementation method for local management and update of LFC resources, and no implementation method for remote management and update.

Contents of the invention

The present invention provides an LFC resource management method and its equipment and system, so as to realize the management of LFC resources.

The LFC resource management method provided by the embodiment of the present invention includes the following steps:

The user equipment receives an instruction to operate on the specified LFC resource;

According to the preset control flow of the LFC resource operation, determine whether to allow the operation on the LFC resource;

When the judgment is yes, perform the operation on the LFC resource.

The LFC client device provided by the embodiment of the present invention includes:

The LFC client is configured to receive an instruction to operate on a specified LFC resource, and judge whether to allow the operation on the LFC resource according to the preset control flow of the LFC resource operation; The LFC resource performs the described operations.

The LFC resource management system provided by the embodiment of the present invention includes:

The LFC management server is configured to send an instruction to operate on a specified LFC resource;

The LFC client device is configured to receive the instruction sent by the LFC management device; judge whether to allow the operation on the LFC resource according to the preset control flow of the LFC resource operation; The LFC resource performs the operation.

In the above embodiments of the present invention, the user equipment performs corresponding processing on the received operation instruction of the LFC resource according to the preset control flow of the LFC resource operation, thereby realizing the LFC resource management function. Since the LFC operation instruction received by the user equipment can be sent by the network side or by the user through the user equipment, it provides a remote management method and a local management method for LFC resources, and improves the flexibility of LFC resource management. .

Description of drawings

FIG. 1 is a schematic diagram of the LFC system architecture in the prior art in the prior art;

FIG. 2 is a schematic diagram of the LFC system architecture provided by the embodiment of the present invention;

FIG. 3 is a schematic structural diagram of an LFC management object tree provided by an embodiment of the present invention;

FIG. 4 is a schematic diagram of an LFC resource package delivery process provided by an embodiment of the present invention;

FIG. 5 is a schematic flowchart of a remote management operation on LFC resources provided by an embodiment of the present invention;

FIG. 6 is a state transition diagram of an LFC resource management provided by an embodiment of the present invention;

FIG. 7 is a schematic structural diagram of an LFC client in an embodiment of the present invention.

Detailed ways

Referring to FIG. 2 , the LFC architecture provided by the embodiment of the present invention includes: an LFC client on the user equipment side, and an LFC content server and an LFC management server on the network side.

The LFC content server is used to provide the LFC resource package to the user equipment;

The LFC management server is used to send an LFC operation instruction to the user equipment, and accept the returned LFC operation execution result information;

The LFC client manages LFC resource packages or LFC elements by receiving LFC operation instructions from the LFC management server or users through the LFC client; the LFC client is also responsible for notifying the LFC management server or other initiators of LFC operation instructions of LFC operations execution result.

The user equipment side may also include a user agent module and a delivery client, as shown in FIG. 2 .

The user agent module is used to receive information from the LFC client to present the LFC operation status to the user; it is also used to receive the LFC operation request and related confirmation information sent by the user to the LFC client, or send the LFC operation related information to the LFC client Relevant user authorization information;

The delivery client is used to download the LFC resource package and provide it to the LFC client; the delivery client can support over-the-air downloading or other downloading methods.

The interfaces between the functional modules of the above architecture include:

LFCUI-1 interface: allows the LFC client to send the status of LFC operations and user confirmation requests related to these LFC operations to the user agent module;

LFCUI-2 interface: allows the user agent module to send requests related to these LFC operations and user confirmation and authorization information to the LFC client;

LFCM-1 interface: Allows the LFC management server to send LFC operations, which are transmitted through device management messages;

LFCM-2 interface: Allows the LFC client to send information about the execution results of these LFC resource operations to the LFC management server, which is transmitted through device management messages;

DL-1 interface: Through this interface, the LFC content server can send the LFC resource package to the delivery client through existing transmission mechanisms such as over-the-air download, HTTP (HyperText Transfer Protocol, Hypertext Transfer Protocol), FTP (File Transfer Protocol, File Transfer Protocol) and other protocols to implement this interface.

The device management messages transmitted in the above LFCM-1 interface and LFCM-2 interface need to be supported by the underlying protocol as application layer protocol messages. In the embodiment of the present invention, two functional modules, the device management client on the user equipment side and the device management server on the network side, realize the underlying support for device management messages.

The device management server is a functional module that sends appropriate device management operations to the user equipment through various bearer technologies; the device management server can also receive specific alarm information from the device management client indicating the success or failure of the management activity;

The device management client enables the device management server to manage the device through the device management protocol defined by [DMPRO] (device management protocol), and the device management client can access the LFC element or element group on the user device, so that the device management server can manipulate It; the device management client uses the device management general notification mechanism to send the execution result of the management operation to the device management server.

The interface between the device management server and the device management client is the DM-1 interface, which is defined in the OMA DM Enabler specification. Through this interface, the device management server can send device management operations to the device management client, and the device management client Status and alert information for device management operations can also be returned to the device management server.

In the above architecture, in addition to the LFC content server providing the LFC resource to the user equipment, other entities such as secure removable media may also provide the LFC resource to the user equipment.

The LFC client, user agent module, delivery client, and device management client in the above architecture can be integrated into one physical entity, that is, user equipment; the LFC content server, LFC management server, and device management server can be integrated into one physical entity.

In order to realize local management or remote management of LFC resources, the embodiment of the present invention uniformly defines the organization and storage structure of LFC resources: LFC management object tree, and both local management and remote management of LFC resources are realized based on the LFC management object tree.

The LFC management object tree includes a root node, several child nodes under the root node, and LFC element data under the child nodes, thus forming a tree structure. Wherein, the root node is used to identify the overall entry location of the LFC resource, and the child nodes are used to identify the entry location of various LFC resources. The LFC element or element group described in the LFC management object tree structure is called the LFC management object, and it can also be the detailed catalog of the LFC element group. The LFC management object is the object for which the LFC operation is executed. The LFC management object is used as device information and can be displayed through the device management tree of the device management client.

Referring to FIG. 3 , it shows a structure of an LFC management object tree provided by an embodiment of the present invention, but in practical applications, the LFC management object tree is not limited to the structure shown in FIG. 3 . The LFC management object tree shown in Figure 3 includes a root node, and multiple sub-nodes divided according to the LFC resource type (such as themes in the figure, startup screen, shutdown screen, screen saver, wallpaper), and sub-nodes can also have sub-nodes Nodes (available topics and unavailable topics under topics in the figure, and topic 1 under available topics). Store specific LFC elements (such as the data corresponding to the startup screen, shutdown screen, and wallpaper) in the lowest-level node (ie, the leaf node) of the LFC management object tree, and can also store the attributes of the LFC element (such as the topic in the figure) 1's logo, name, version, and installation options, etc.). The LFC resource in the activated state can be indicated in the form of a pointer under the corresponding node (such as the active topic pointer in the figure). When topic 1 is used as the execution object of LFC operation, the corresponding LFC management object is expressed as:

./Customization/Themes/AvailableThemes/Themel/Data, ie, Root Node -> Themes -> Available Themes -> Theme 1 -> Data.

The embodiment of the present invention organizes LFC resources in the form of a unified LFC management object tree, so that the network side and the user equipment side can manage the LFC resources based on the unified LFC resource organization form, providing local management and remote management of LFC resources. possibility, and classify and store LFC resources through the LFC management object tree, which is also conducive to local management and remote management of LFC resources.

On the basis of the LFC resource delivery initiated by the original user equipment, the embodiment of the present invention adds the function of LFC resource management, provides two modes of local management function and remote management, and can realize the LFC resource delivery process initiated by the network side, and also Operations such as installation, activation/deactivation, addition, deletion, locking/unlocking, update, and query of LFC resources can be realized.

In the embodiment of the present invention, the processing of LFC resources in the LFC service may include the following stages:

Delivering the LFC resource package, at this stage the LFC resource package is delivered to the LFC client;

Install the LFC resource package, which will verify any data that needs to be confirmed or authenticated, and make the LFC element or element group downloaded to the local LFC resource package of the user device available to the LFC client after the verification is passed;

Activate the LFC resource pack, this stage enables the LFC elements or element groups in the installed LFC resource pack to be officially used, and the activation process can be completed in the background;

Deactivate the LFC resource package. In this stage, the LFC elements or element groups in the activated LFC resource package cannot be used. Downloading a new LFC resource pack or restoring LFC elements to default values may cause the deactivation process. The deactivated LFC element will still remain on the user's device and can still be used after the next activation;

Delete the LFC resource pack. In this stage, the LFC element or element group in the LFC resource pack that is downloaded locally or installed on the user device is deleted, and cannot be used again. Deleting an activated LFC element means that the LFC element will be deactivated and the specific data in it will no longer be retained;

Adding LFC resources, in this stage, a new node and LFC elements under the node can be added on the local LFC management object tree of the user equipment.

The LFC management server can perform the above-mentioned management operation on the LFC resource by sending a corresponding operation instruction to the LFC client.

In the embodiment of the present invention, the management operation to the LFC resource also includes:

Lock, which prohibits changes to the associated activated LFC element or element group. When an LFC element or element group is locked, their value cannot be changed by deactivation or update;

Unlock, this operation is opposite to the lock operation, unlocking the locked LFC element or element group, this operation allows changing the value of the LFC element or element group;

Update, which will correct the value of the LFC element or group of elements on the user device. This operation cannot be performed when the LFC element or element group is locked. Updating the activated LFC element or element group can activate the updated LFC element or element group;

Inquiry, which allows authorized subjects to obtain information about LFC elements or element groups on user equipment, including installed items, activated items, and default settings;

Obtain directory, which allows an authorized subject to obtain a list of all activated LFC elements on the user device, so as to provide a basis for implementing other remote management operations.

In the embodiment of the present invention, a state machine for managing LFC resources is also set in the user equipment. The LFC resource management state machine defines the control logic for managing LFC resources, which can be implemented by program code. A state transition diagram of a state machine provided by an embodiment of the present invention may be shown in FIG. 4 , but the present invention is not limited to the process shown in FIG. 4 .

The state transition diagram shown in Figure 4 represents:

When the LFC management object is in the undelivered state (such as the data of the LFC element is empty), only the delivery operation is allowed; when the LFC management object is in the delivered state, the installation or deletion operation is allowed; when the LFC management object is installed When the LFC management object is in the activated state, the activation or deletion operation is allowed; when the LFC management object is in the activated state, the lock or deactivation operation is allowed; when the LFC management object is in the locked state, the unlock operation is allowed; when the LFC management object is in the installed state, activated state or When locked, the operation of the default setting is also allowed.

Correspondingly, during the execution of the LFC operation, after receiving the LFC management operation instruction, the LFC client parses out the LFC management object, queries the current state of the object in the user equipment, and judges whether to allow the state according to the state machine. Execute the indicated management operation on the LFC management object, if allowed, perform the indicated operation on the LFC management object, and modify the state of the LFC management object after successful completion; if not allowed, refuse to perform the indicated management Operate and maintain the current state of the LFC management object. Reasonable and effective management of local LFC resources can be realized by designing a reasonable state machine.

Based on the LFC architecture shown in Figure 2, see Figure 5, the delivery process of the LFC resource package initiated by the network side is as follows:

Step 501, the LFC management server sends a notification to the device management server, instructing to perform an LFC management operation on the user equipment.

In this step, the LFC management server may send the notification to the corresponding user according to the subscription relationship of the user to the LFC resource. The user's order relationship for LFC resources can be stored in the LFC management server, and when the delivery conditions of the ordered LFC resources are met, such as when the specified time or cycle is reached, the above notification will be sent.

In steps 502 to 503, the device management server notifies the device management client to start an existing device management session, or establish a new device management session.

Step 504, the LFC management server sends an operation instruction of delivering LFC resources to the LFC client through the device management session, wherein the LFC management object to be delivered may be indicated.

Step 505a-step 505f, the LFC client performs the delivery operation according to the operation instruction, and obtains the LFC resource package by downloading.

In this step, when the LFC client judges according to the state machine on the user equipment that the LFC management object instructed to be delivered is in an undelivered state, the delivery operation is allowed to be performed.

After receiving the delivery operation instruction, the LFC client directly sends a download request to the delivery client, and the delivery client downloads the LFC resource package from the LFC content server, which includes the LFC element or element group or LFC directory indicated by the LFC management object, and sends To the LFC client (step 505c-step 505f). After receiving the delivery operation instruction, the LFC client can also notify the user through the user agent module (step 505a), and after receiving the information that the user confirms the execution of the delivery operation (step 505b), download it according to steps 505c ~ 505f LFC resource pack.

The downloaded LFC resource package may include but not limited to background, wallpaper and screen saver; ringtones, audio prompts; power-on and off screens; lively and dynamic screens; screen display fonts; notification messages and error message texts; keyboards (including soft keys, navigation keys , shortcut keys); menus (including menu items and arrangement modes); home pages and bookmarks. After receiving the LFC resource package, the LFC client stores the corresponding LFC element under the corresponding node of the LFC management object tree according to the position in the LFC management object tree indicated by the LFC management object therein.

In step 506, the LFC client confirms to the LFC management server that the LFC resource package has been received through the device management session.

In this step, the LFC client can also notify the user through the user agent module that the LFC delivery operation is successful, and can further receive confirmation information of the success information from the user through the user agent module.

In the above LFC resource delivery process, a step may also be included between step 503 and step 504: the LFC management server sends the LFC resource directory to the LFC client through the device management session, and the LFC client presents the directory to the user through the user agent module, Receive the LFC management object selected by the user from the directory. Correspondingly, in steps 505a to 505f, the LFC client indicates the LFC management object selected by the user in the download request sent to the delivery client, so that the delivery client can download the corresponding LFC element.

Based on the LFC architecture shown in Figure 1 and the LFC management object tree structure, see Figure 6, the process of remote management operations on LFC resources is as follows:

Step 601, the LFC management server sends a notification to the device management server, instructing to perform an LFC management operation on the user equipment.

In steps 602 to 603, the device management server notifies the device management client to start an existing device management session, or establish a new device management session.

Step 604, the LFC management server sends an LFC operation instruction to the LFC client through the device management session.

The LFC operation instructions in this step can be the above-mentioned management operation instructions such as installation, activation, deactivation, deletion, locking, unlocking, updating, querying or obtaining the directory, and the operation instructions also indicate the LFC management object, that is, the managed The position of the LFC element or element group in the LFC management object tree. Depending on the type of operation, the specific data of the LFC element may also need to be carried in the operation instruction. For example, the LFC server sends a Replace message to instruct to perform an LFC resource update operation, and the message includes:

LFC management object: ./Customization/Themes/AvailableThemes/Themel/Data, which means to update the data under "root node->theme->available themes->theme 1";

The data format of Data: b64;

Data size: 56763 bytes;

The specific content of Data.

Step 605, the LFC client performs corresponding LFC management operations according to the operation instruction.

In this step, the LFC client parses out the LFC management object indicated in the operation instruction and determines its state in the user equipment, and judges according to the state machine whether to allow the indicated management operation on the LFC management object in this state. Execute if allowed, otherwise deny.

When the indicated management operation is an update or delete operation, when the indicated management operation is allowed to be executed, it may be further checked whether the LFC management object in the operation instruction matches the version and other information of the corresponding LFC element locally in the user equipment, if yes , execute the corresponding operation, otherwise refuse to execute.

Step 606, the LFC client sends the execution result of the LFC management operation to the LFC management server through the device management session.

In this step, if the management operation is successfully performed by the LFC client, a success message is sent; otherwise, a failure message is sent. If the management operation type is to query or obtain a directory, the LFC client also returns the query result or the LFC resource directory to the LFC management server.

The LFC resource operation instruction in the above process is sent by the LFC management server on the network side, and the LFC resource operation instruction may also be sent by the user to the LFC client through the user agent module. For example, the user selects an LFC resource in the LFC resource directory (that is, the user presentation form of the LFC management object tree) and instructs to operate. Correspondingly, the above LFC resource management process will save the LFC management server from sending notifications to the LFC client, establishing Or a process of starting a device management session, and sending an operation instruction of the LFC resource to the LFC client through the session.

The above-mentioned delivery process of the LFC resource in the embodiment of the present invention realizes the delivery process of the LFC resource initiated by the network side, saves the trouble of users searching and downloading content online, and is also beneficial to the marketing of the LFC service. The above-mentioned LFC resource management function provided by the embodiments of the present invention allows user equipment to order LFC resources, thereby allowing different entities in the mobile environment, such as service providers, network operators, user equipment manufacturers, enterprises, equipment owners or Device users configure and customize LFC resources of user devices according to their own needs and their own rights. An example of realizing the user's personalized ordering of LFC resources through the embodiment of the present invention, such as: for football fans, you can order a football-related LFC package once or a monthly subscription, and the network side will regularly update the latest sports pictures, ringtones, and screensavers. Wait for the LFC resource to be pushed to the user device.

In order to realize the above-mentioned LFC resource management process, the LFC client in the embodiment of the present invention can be further refined into functional sub-modules as shown in Figure 7:

The receiving submodule is configured to receive an instruction to operate the LFC resource at a specified location in the LFC management object tree sent by the network side or sent by the user through the user agent module. The sub-module receives the LFC resource operation instruction sent by the LFC management server through the device management session between the LFC client and the LFC management server on the network side;

The judging sub-module is used to determine the current state of the LFC resource at the specified location in the LFC management object tree on the user equipment, and judge whether to allow the LFC resource in the current state to perform the indicated operation according to the preset control flow of the LFC resource operation operation. The judging sub-module is pre-configured with an LFC resource management state machine, which defines the operations allowed or not allowed to be performed by the LFC resource in each state, and the sub-module judges according to the state machine;

The execution sub-module is used to perform the indicated operation on the LFC resource when the judgment sub-module determines yes; otherwise, refuse to perform the indicated operation on the LFC resource;

The feedback sub-module is used to send the operation execution result of the execution sub-module to the network side, or/and present it to the user through the user agent module.

To sum up, the embodiment of the present invention provides a method for managing LFC resources in view of the deficiencies of the prior art, which can realize local user management and network remote management of LFC resources, and fills the gap between LFC resources in the prior art. The blank management function can be applied to scenarios such as regular update, addition, deletion, activation/deactivation of LFC resources.

Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalent technologies, the present invention also intends to include these modifications and variations.

Claims (20)

1, a kind of personalized customization LFC method for managing resource is characterized in that, may further comprise the steps:

Subscriber equipment receives the indication that the LFC resource of appointment is operated;

According to the control flow of default LFC resource operation, judge whether to allow described LFC resource is carried out described operation;

When being judged as when being, described LFC resource is carried out described operation.

2, the method for claim 1 is characterized in that, the LFC resource of described appointment is the LFC resource of assigned address in the LFC management object tree;

Described the LFC resource is carried out described operation, is specially:

LFC resource on the relevant position in the described LFC management object tree is carried out described operation.

3, method as claimed in claim 2 is characterized in that, described LFC management object tree comprises the root node of the position, main entrance that is used to represent the LFC resource, and being used under this root node represented the child node of the entry position of all kinds of LFC resources.

4, method as claimed in claim 3 is characterized in that, all kinds of LFC resources in the described LFC management object tree are respectively according to LFC resource data and LFC Resource Properties classification storage.

5, the method for claim 1 is characterized in that, according to the control flow of default LFC resource operation, judges whether to allow described LFC resource is carried out described operation, is specially:

Determine the current state of described LFC resource on subscriber equipment;

Control flow according to described LFC resource operation judges whether to allow the LFC resource under the current state to carry out described operation.

6, method as claimed in claim 5, it is characterized in that, the control flow of described LFC resource operation realizes by the LFC resource management status machine on the subscriber equipment, and described state machine is provided with the LFC resource and allows or do not allow the operation carried out in that different conditions is following;

Control flow according to described LFC resource operation judges whether to allow the LFC resource under the current state to carry out described operation, is specially:

Allow or do not allow the operation carried out according to the LFC resource of described LFC resource management status machine setting in that different conditions is following, judge whether to allow LFC resource to carry out described operation under the current state.

7, method as claimed in claim 5 is characterized in that, after described LFC resource is carried out described operation and run succeeded, also comprises step:

Described LFC state of resources is updated to the state of carrying out after the described operation.

8, the method for claim 1 is characterized in that, subscriber equipment receives the indication that the LFC resource of appointment is operated, and is specially:

Subscriber equipment receives network side according to the customizing relation between the LFC resource of described subscriber equipment and described appointment, sends the indication that this LFC resource is operated to described subscriber equipment.

As the described method of the arbitrary claim of claim 1 to 8, it is characterized in that 9, described being designated as sent indication, the LFC resource is carried out described operation be specially: subscriber equipment is sent indication and is downloaded described LFC resource from network side according to described;

Perhaps, described being designated as installed indication, the LFC resource carried out described operation be specially: subscriber equipment is installed according to the described LFC resource that described installation indication will download to subscriber equipment;

Perhaps, described being designated as activated indication, the LFC resource carried out described operation be specially: subscriber equipment is indicated mounted described LFC resource active according to described activation;

Perhaps, describedly be designated as deexcitation indication, the LFC resource carried out described operation be specially: the described LFC resource deexcitation that subscriber equipment will activate according to described deexcitation indication;

Perhaps, described being designated as locks indication, the LFC resource carried out described operation be specially: subscriber equipment locks the described LFC resource that has activated according to described locking indication;

Perhaps, describedly be designated as release indication, the LFC resource is carried out described operation be specially: subscriber equipment unlocks to blocked described LFC resource according to described release indication;

Perhaps, described being designated as upgraded indication, the LFC resource carried out described operation be specially: subscriber equipment upgrades the described LFC resource that downloads on the subscriber equipment according to described renewal indication;

Perhaps, described being designated as deleted indication, the LFC resource carried out described operation be specially: subscriber equipment is deleted according to the described LFC resource that described deletion indication will download on the subscriber equipment;

Perhaps, described being designated as increases indication, the LFC resource carried out described operation be specially: subscriber equipment increases unexistent described LFC resource on this subscriber equipment according to described increase indication;

Perhaps, described being designated as inquired about indication, the LFC resource carried out described operation be specially: subscriber equipment is indicated the described LFC resource information of inquiring about on this subscriber equipment according to described inquiry, and returns Query Result to network side;

Perhaps, described being designated as obtains the catalogue indication, the LFC resource is carried out described operation to be specially: subscriber equipment obtains the catalogue of the described LFC resource on this subscriber equipment according to described acquisition catalogue indication, and returns the directory information of the LFC resource that acquires to network side.

10, method as claimed in claim 9 is characterized in that, described subscriber equipment is sent indication and downloaded described LFC resource from network side according to described, is specially:

Described subscriber equipment reception is described sends indication, and the LFC Resource TOC;

Described LFC Resource TOC is presented to the user select, receive the LFC resource information that the user selects from described LFC Resource TOC;

Download the LFC resource of the selected LFC resource information correspondence that goes out from network side.

11, a kind of LFC client device is characterized in that, comprising:

The LFC client is used to receive the indication that the LFC resource of appointment is operated, and according to the control flow of default LFC resource operation, judges whether to allow described LFC resource is carried out described operation; When being judged as when being, described LFC resource is carried out described operation.

12, LFC client device as claimed in claim 11 is characterized in that, also comprises:

Facility management client, be used to start or set up the device management session that described LFC client arrives network side, described device management session is used for the indication that described LFC resource is operated that network side sends is transferred to described LFC client, also is used for the operation execution result of described LFC client is transferred to network side.

13, as claim 11 or 12 described LFC client devices, it is characterized in that, also comprise:

User agent module is used to receive the indication that the LFC resource to appointment that the user sends is operated; Also be used for described LFC client is presented to the user to the execution result of described LFC resource operation.

14, LFC client device as claimed in claim 13 is characterized in that, also comprises:

Send client, be used to receive described LFC client, and download corresponding LFC resource from network side, send to described LFC client according to described delivery request according to the described delivery request that indication sent that the LFC resource of appointment is operated.

15, LFC client device as claimed in claim 14 is characterized in that,

Described LFC client is further used for receiving the LFC Resource TOC that network side sends, and sends to described user agent module; Also be used for the user that returns according to described user agent module selection result, send delivery request to the described client of sending to described LFC Resource TOC;

Described user agent module is further used for that described LFC Resource TOC is presented to the user and selects, and receives the LFC resource information that the user selects from described LFC Resource TOC, and sends to described LFC client;

The described client of sending is further used for the described delivery request according to described LFC client transmission, downloads the corresponding LFC resource of selecting with the user of described LFC resource information from network side.

16, LFC client device as claimed in claim 11 is characterized in that, described LFC client comprises:

Receive submodule, be used for receiving the indication that the LFC resource of LFC management object tree assigned address is operated;

Judge submodule, be used for determining the current state of LFC resource on subscriber equipment of described LFC management object tree assigned address, control flow according to default LFC resource operation judges whether to allow the described LFC resource under the current state to carry out described operation;

Implementation sub-module is used for being judged as when being when described judgement submodule, and described LFC resource is carried out described operation; When being judged as not, refusal is carried out described operation to described LFC resource;

The feedback submodule is used for the operation execution result of described implementation sub-module is sent to network side or/and present to the user.

17, a kind of LFC resource management system is characterized in that, comprising:

The LFC management server is used to send the indication that the LFC resource of appointment is operated;

The LFC client device is used to receive the described indication that described LFC management equipment sends; According to the control flow of default LFC resource operation, judge whether to allow described LFC resource is carried out described operation; When being judged as when being, described LFC resource is carried out described operation.

18, system as claimed in claim 17 is characterized in that, also comprises: the LFC content providing;

Described LFC client device is further used for the described indication according to described LFC management server transmission, sends delivery request to described LFC content providing;

Described LFC content providing is used for the delivery request according to described LFC client device, sends corresponding LFC resource to this LFC client device.

19, system as claimed in claim 17 is characterized in that, also comprises: device management server and facility management client;

Described device management server is used for the notice that the LFC resource is managed that sends according to described LFC management server, and indicates described facility management client to set up or the starting device managing conversation;

Described facility management client, be used for setting up or starting device management session between described facility management client and the described device management server according to the indication of described device management server, described device management session is used for the indication that the LFC resource is operated that described LFC management server sends is transferred to described LFC client device, also is used for the operation execution result of described LFC client device is transferred to described LFC management server.

20, system as claimed in claim 17 is characterized in that, described LFC management server is further used for sending described indication according to the customizing relation between described LFC client device and the described LFC resource to described LFC client device.

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