TWI329266B - System for registry-based automatic installation and component handling on a device - Google Patents

Description

1329266 发明, Invention Description: [Related Application Cross-Reference] This patent application claims the priority interest of "AUTO-INSTALL" in US Provisional Patent Application No. 60/435,486, filed on December 20, 2002. The disclosure of this patent application is hereby incorporated by reference in its entirety in its entirety for all purposes. This patent application claims priority to U.S. Provisional Patent Application Serial No. 60/435,486, entitled "REGISTRY-BASED AUTO INSTALL COMPONENT HANDLING", filed on December 20, 2002, which is based on The disclosure is hereby incorporated by reference in its entirety. BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates generally to components on a processing device, and more particularly to a system for automatic installation based on login and component processing on a device. [Prior Art] The data network provides a way for a large number of users to communicate with each other using various network-connected devices. For example, in a wireless communication network, various portable devices with network connection capabilities allow users to communicate with each other over long distances. Network-connected devices are typically configured from a variety of installed components that control how the device operates and ultimately control overall network performance. In some cases, network operators want to upgrade, install, remove, or change the configuration of a network-connected device. For example, when the system software has been improved by O:\90\90362.DOC -6 - 1329266, the network operator will want to install new components on all devices in the network to improve network operation efficiency. For example, network operations: You will want to install application software, binary executables, or other tribute on your device to provide service enhancements or upgrades. In other cases, the network operator would like to install an application or other device to upgrade the application based on a particular type of device. In addition, if it is determined that the current = installed = system component has a problem, the network operator will want to install the upgraded component to solve the problem, regardless of whether the device user is aware of the problem. For example, if the existing device component used to allow the user to view the multimedia content has problems, the network operator would like to upgrade all the attacks on the network and replace the problematic component with a new component that is not problematic. The technique used to upgrade, install, or modify components on a device is to wait for the device user to return the device to the repair center. After being delivered to the repair center, the maintenance personnel can reset the device to have the latest version of the device. However, if the device user does not detect the problem, or if the problem does not affect the device, it will not be returned to the device, so this is inefficient. Therefore, all devices will not be upgraded, so the operation of some devices does not provide optimum efficiency and the overall operation of the network is degraded. Therefore, there is a need for a system that automatically processes components on a device to allow installation and activation of selected component versions. The system should be flexible enough to handle a large number of components on the device in a short period of time in order to provide a rapid boost to all devices operating on the network, resulting in optimal device performance and increased network efficiency. SUMMARY OF THE INVENTION In one or more specific embodiments, the present invention provides an automatic permissive-installation system in a specific embodiment that uses a version of the available version that can be obtained on a download server. Put in the state of installing, updating, deleting, starting, deactivating, or changing the installation. The components that can be processed may be of any type, for example: :疋.』 Program, executable file 'Configuration information' User interface Set A machine data or any type of information. During the production period, the installation version is checked with the latest version of the action processed by the device, and the version of the action on the next (four) server is checked. If the version is different, then the device takes a list of actions from the feeding suit and parses each item in the action list to determine the components on the device. In a specific embodiment, the action list

The mother-in-law items all include -7Γ^l^h AM &7" pieces/action pairs' are used to establish an association between a component identification item j motion recognition item. The component identification item identifies a class of π pieces and their current versions. This action identifies the action of the component to be identified by the device. _ In a rich cast, the device parses each of the parts/action pairs in the list to determine if the identified component needs to be executed. The device compares the component version in the action list with the component version stored on the device. If the two components are the same version, the device will not take action on the component/pair. If the two versions are different, the device performs an action associated with the component of the action list A to change the state of the component on the device. ^, if the action is to install the identification element #, the device downloads the component from the download server and:

0:\90\9〇362.D〇C -8 - Set only two and install the component on the unit. Therefore, the installation is only for the new component version to step through the action-specific component/action pair assigned in the action list, and the new component version provided in the action list is used instead of the device. Component version. When the entire action list has been processed, the device field ^,, # is cut into early version identification items to avoid repeated processing of the current action clear/monthly in the future. Therefore, unless it is available. The published version obtained on the download server ^ TM L operation / monthly version is different from the version stored in j, otherwise the device does not process other action lists. In the body embodiment, whenever the device communicates with the download server, the system checks the version of the action list. For example, in the device two: ί: the device is connected to the downloading device at periodic intervals == for a mechanism for allowing processing of components on the device without requiring user interaction or limited interaction. For example, in the case of 2 items, 'the component can be pushed into the device when the device is turned on, and it is efficient: providing "silentinstallation" e. In another embodiment, a user interface is provided, and It is possible to be at the time of user selection. Thus the system allows components to be processed in a mandatory, prompt, demand or option manner. The system can be used to process components on a single device or a large number of devices. For example, in a data network where the Dali device can access an action list server, the list can be transmitted to all devices, and each device It can be judged. The component to be processed by the device. In another embodiment, the server can provide a plurality of actions for the type of device to be used. For example, 'different types of devices can access different action lists to handle the components that are appropriate for the device type. Thus, the system is capable of providing a global update of the Dali device' and performing an update during the number two, hour or day period when each device contacts the action list vocabulary. In addition, any type of secure communication technique (e.g., encryption or any type of compilation) can be used to communicate between the service state and a server to authenticate the device and complete the transmission of information in a secure manner. In a specific embodiment, the system provides the ability to support multiple components with a new device based on the component type. Providing a component "handler" that is assigned to handle - has a specific component type (ie, a specific "multipurpose internet mail extension standard" (chest call (four)" Extension, MIME) type. The shai processing routine is a chain of use—seven applications private or executable files for storing and authenticating component data. For example, the system can operate as Download and install a component processing routine that is used to process a plurality of components having a selected type. In the specific embodiment, the device is: Industry: Register the component processing routine in the system login. Once the element has been installed, it has the component of the selected type, and the associated processing routine will be started - the middle eight μ is the same. Therefore, The component processing routine will not be embedded in the layer of the system, so the OEM or the second party can provide the component processing routine and / or ^, Han times the dynamic download / upgrade component processing routine "This The practice not only allows the post-production SGD for Class to be processed on the device!, But also allows new types of mechanisms to deal with a new element. In a particular embodiment, the present invention ^ the kinds of automatic processing apparatus

O:\90\90362. DOC • 10 - 1329266 A method of a child, wherein the component has a selected component type. The method package (4) is provided with an installation-component processing routine, wherein the component processing routine is operable to process a plurality of components having the selected component type. The method also includes parsing the list of actions' to obtain a component/action pair for identifying the component to be processed by the device, and downloading the component to the device. The method also includes determining that the component has the selected component type, and using (10) selecting a component type to initiate the component processing routine to process the component: In a particular embodiment, the present invention provides an automatic A device that processes a component on a device, the component having a selected component type. The apparatus includes mounting logic for mounting a component processing routine on the device, wherein the component processing routine is operable to process a plurality of components having the selected component type. The apparatus also includes profiling logic for parsing the list of actions to obtain - a component/action pair for identifying the component to be processed by the device, and download logic for downloading the component to the device. The apparatus further includes: a logic to determine that the component has the selected component type; and a startup logic 1 to activate the component processing routine to process the component using the selected component type. - In the specific embodiment, the invention provides an apparatus for processing an apparatus on an automatic processing device, wherein the component has a selected component type. The apparatus includes a mounting member for mounting on the device - a component processing routine, wherein the component processing routine is operable to process a plurality of heartbeats having the selected component type. The apparatus further includes the profiling member 1 parsing the list of actions to obtain a component/action pair for identifying the component to be processed by the device, and a downloading member for downloading the component to the device. The apparatus O:\90\9O362.DOC -11 - 1329266 further comprises: a decision component for determining that the component has the selected component type; and an activation component for initiating the component processing using the selected component type The routine is to process the component. In a specific embodiment, the present invention provides a computer readable medium containing instructions that, when processed by a processing logic in a device, operate to automatically process components on the device, wherein the component has a The selected component type. The computer readable medium includes mounting instructions for mounting a component processing routine on the device, wherein the component processing routine is operable to process a plurality of components having the selected component type. The computer readable medium further includes: a parsing instruction for deciphering the action list to obtain a component/action pair for identifying a component to be processed by the device; and a download instruction for downloading the component to the Device. The computer readable medium further includes a decision component for determining that the component has the selected component type and a start command for activating the component using the S component type to process the component. Other aspects, advantages, and functions of the present invention will become apparent upon review of the <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; [Embodiment] The following detailed description describes a specific embodiment of a system for automatically processing components on a device. The system is suitable for use on any type of wired or wireless network, including but not limited to communication networks, public networks such as the Internet, private networks such as virtual private networks (VPNs), regional networks, WAN, long-distance telecommunications network or any type of data network. The system is also suitable for use with any type of device capable of downloading and installing components. For example, 0;\90\90362. DOC -12- 1329266 This system is also suitable for use with the following devices - use: office computer, pen 5 type computer and hand cloth] thief ^ / ., Μ Μ 例如, for example, A portable computer, PDA, or any type of device capable of receiving and mounting components. In the item: or a number of specific implementations, in (iv) the system is interacting with the nintime environment in which the system is used to provide, for example, a generalized beer called by providing device-specific resources. To simplify the operation of the device. - This type of execution phase environment is the "Bottom (10) Environment for WirelessTM" (Brewtm) software platform developed by QUALCOMM, Inc., California. In the next "Yueyue Valley", the rice-storage installation is performing an implementation phase such as a software platform. However, one or more embodiments of the system are suitable for use with other types of execution phase environments to automate the processing of components on a variety of wired and wireless devices. Figure 1 shows a specific embodiment of a system 100 for automatically processing components on a device. The system 100 includes a feeding device 1, a data network 1 and a device 106. The data network 1 〇 4 may be any type of wired or wireless network that allows information to be communicated between the server i 〇 2 and the device 106. For example, the data network 104 may be a communication network, a wide area network, a virtual private network, or a public network such as the Internet. In one or more specific embodiments, the system operates to process components on the device 106. For example, the server 1〇2 includes a plurality of components 112, an action list 110 and an action list version identification item 1〇8 and a plurality of component processing routines 120. The version identification item 108 identifies the current version of the action list 110. . The action list 110 includes a plurality of component/action pairs, and each component/action pair O:\90\90&gt;62.DOC-13- 1329266 includes a component identification item and a motion recognition item. The component identification item is a unique item ID that identifies a particular component. One of the component identifications is used to identify the version of the component. For example, the component identification item is a series of bits 7L, wherein one of the bits is used to identify the version of the component. The action identification identifies an action that the device 106 will perform regarding the identified element, such as an installation, update, delete, call back, deactivation, or other action. These component processing routines 120 are assigned to process the selected MIME type. Example-4π As in a particular embodiment, the component processing routines are assigned to process components having the selected defect type. The components can be processed in the device 1〇6 and the component processing routines are registered in the operating system login of the device. After installation, these iterative processing routines are initiated to process components of the corresponding format type. During operation, the server 1〇2 transmits the action/monthly version identification item 108 to the device 106 via the data network 1〇4. For example, the device 106 can contact the server 1 〇 2 during the power-on sequence, and the server 〇 2 transmits the action π single-version identification item 〇 8 to the device 106 to respond. In the specific embodiment, the device 106 is contacted when the server 1〇2 has a new version of the action list available for download. For example, in a particular embodiment, when a new version of the action list is available, the server 1〇2 will transmit a message of the action list version identification item 1 to 8 to the device. The device 106 compares the action list version identification item 1 to 8 with a stored action month version identification item 114 (indicating the last action month version to be processed by the device 1〇6). If the downloaded version 1〇8 is the same as the stored versionΗ*

〇: V90\9〇362.D〇C -14 - 1329266 In version, the device does not need to perform any installation or modification of existing components 116 on the device. However, if the downloaded version 1〇8 is a different version than the stored version 114, then the device 1〇6 knows that additional component processing actions are required. For example, there may be new components on the server 1〇2 that must be mounted on the device 〇6. Once the device 106 detects that a new version of the action list exists, a request is transmitted to the server 102 to obtain a new version of the action list U. The server 102 transmits the action list 11 to the device 1 to respond to the request. Next, the device 106 processes the action list 11() to install, delete, or process the components identified in the action list. The device 106 processes the action list 11〇 in a step-by-step manner. Each element/action pair in the alpha action 11 is determined, and it is determined whether or not the action is required for each component. For example, if the action list specifies that an element needs to be installed or updated, the device lG6 downloads the item 112 and any other necessary files from the word server (10) and installs the element on the device. If the action list 11 specifies that a component needs to be deleted, then the device is '', the component. In this manner, the device 106 processes each component/action pair of the action list i i 〇 I to install the 'update, the identity element'. (d) The list may be of any length, and after processing the list of actions, the device 106 updates the stored action list version identification item 114 to store the most recently processed action list version. In the specific embodiment of the f-item, the device 106 parses the relevant element/action pair in the action list to determine if a specific component needs to be performed. For example, the device 106 may have been installed - the latest version of the component

O:\90\90362. OOC -15- 1329266, so that the device does not need to reinstall the component. In one embodiment, the component identification item in the action list (10) contains the Beckun for the component version. For example, the version information can be attached to the component identification term. The device (10) compares the stored component version 118 with the component version downloaded in the early no. If there is no six _ 讦 奉 if the stored component version is the same version as the downloaded ’ version, then the device does not need to take the component: any action. However, if the stored component version is a different version than the downloaded component version, then device 1() 6 performs the action associated with the component in the action list. Thus the system is highly efficient because the device 106 only processes new versions of the components. In a specific embodiment, the list of actions includes a component/action pair for identifying a particular component processing routine 120 to be installed on the device 1G6. The component processing routine 120 is a program designed to process a plurality of components having a particular component type. For example, the component type may be a MIME type used to identify the file format. In a particular embodiment, the component type can be provided as a string of characters to be added to the header of the component. Basically, this component type defines how the component data is processed. In response to parsing the component/action pair, the device downloads the π-piece processing routine 12〇' 1 from the server 102 and installs the component processing routine 12〇 as part of the component processing routine 122 installed in the device. . When the component processing routine 12G is installed in the apparatus 1G6, the component processing routine 12 is registered in the operating system registration of the apparatus to process a plurality of components having the corresponding component type. For example, the operating system login identification is used to process component types (such as URLs, files, images, or other data structures).

〇: The processing routine of W\90W2D〇C 16- 1329266. : 4 pieces of the 4th routine 12G are installed in the routine 120 to operate w + T only, the item - item and the body ^ handles any element having the selected element type. In Mai's component #(10), the line operates to install 1 in the process of not processing the =L processing routine. For example, the system performs the above steps and automatically processes the components on the device. 1. A variety of types are accommodated on the device. *Load-device processing routine to process - specific component classes 2. Download - data components with this particular component type to the device. 3. Use the component processing routine to process the data component. In this manner, the system operates to allow downloading of new versions of the device from the feeder and processing the components on the device 106. The elements can include a plurality of component processing routines for processing the selected component types. To process a new component type on the device, first install a new component in the operating system login and then start the component processing routine to process the new component. Figure 2 shows a functional diagram of a device 2 that includes a specific embodiment of a system for automatically processing components on the device 200. The apparatus includes processing logic 208, comparison logic 206, function logic 2M, update version logic 224, a stored action list version identification item (ALVI) 2〇4, a plurality of component version identification items (CVI) 212, and a plurality of installations. Element 226. The hardware, software, or combination of software can be used to implement the logic and functionality provided by the two described. For example, in one or more specific embodiments, the functional components shown in FIG. 2 include a CPU, a processor, a gate array, hardware logic, a memory component, and a virtual O:\9 (n90362. DOC -17- 1329266 A machine, software, and/or any combination of hardware and software. Therefore, the processing logic 2 8 broadly includes logic for executing machine readable instructions to perform the functions described herein. It should be noted that the device 2 〇〇 is merely illustrative of a particular embodiment and may change, add or reconfigure device components without departing from the scope of the invention. Figure 3 illustrates a method 300 of operating an input device (e.g., device 200). DETAILED DESCRIPTION OF THE INVENTION In order to provide a system for automatically processing components on the device 2, the method 300 will be described with reference to the device 2 shown in Figure 2 for the sake of brevity and clarity. Further assume that the device is A secure communication is being made with a download server via a data network, as shown in Figure 1. At step 302, the device obtains an action list version identification item from the download server. For example, the device Communicating with the download server via a data network, and the download server transmits the action list version identification item to the device, as shown at 202 in Figure 2. At step 304, a test is performed to determine Whether the downloaded action list version identification item is different from the stored version identification item associated with the latest action list to be processed by the device. For example, the downloaded version identification item 202 and the stored version identification item 2〇4 are input. To the comparison logic eagle, in order to compare the two identification items to determine whether it is the same version. If the two identification items are the same, the method returns to step 302 to obtain a new version of the action at other times. If the two identification items are different (Diff)' then the method proceeds to step 3〇6. At /3G6 'the device takes the action list from the next (four) service (four), such as 'via the data network from the The word server downloads the action list 21〇 to the processing

O:\90\90362DOC -18- 1329266 Logic 208. In step 308, the device parses the first component/action pair in the action clear, and (4) the action logic clears the process logic to process the downloaded action list 21G to parse the plurality of component/action pairs. At step 310, a test is performed to determine the action (if any) that needs to be taken on the item/action pair of the current processing order. In a specific embodiment, the attack proceeds to step 312 to automatically perform the action. However, this can result in reinstalling the existing component on the device. In another embodiment, the version of the component is checked to determine if an action is required. For example, if the action is to "install" the component, the version of the component will be checked to see if the device has a version of the currently installed component. In this way, the method operates to avoid re-attacking the installed components on the device. For example, the processing logic 20 takes a stored component version identification item 212 and compares the component versions identified in the action list. In the specific case, the component version will be incorporated into the component identification provided in the action list. If the two component versions are the same, then the device does not take the advance action of the device and the method proceeds to step 416. If k two % piece versions are listed, the job processing logic flag operates to perform an action on the element ' and the method proceeds to step 312. The action associated with the component in the current component/action pair is performed at a later step 3&apos; to change the state of the identified component. For example, the processing logic 〇8 operates to control the function logic 214 to perform the installation, switch, delete, start, disable, or disable the status of the identified component. For example, a soft password can be issued to remove the component from the device, but the associated 1329266: beaker and/or authorization information is not removed. For example, if the action is to install or update the component, then the processing logic fiber is operated by the (4) network to download the component 222 (or newer version) from the carrier (four). Next, the downloaded component is mounted as an -mounted component 226. The processing logic 〇8 can execute any type of installation or update program to install or update the downloaded component as the installed component 226. If the action is a delete-element, then the processing logic 208 controls the delete logic 22G to delete the identified component from the installed component coffee. Although not apparent in Figures 2 and 3, virtually any type of action on the component can be performed, such as installing, updating, deleting, calling back, starting, revoking, or changing the state of the component on the device. At step 314, a list of component versions is updated to reflect the new version of the installed or updated component' or to reflect the deleted component. For example, the processing logic 208 controls the updated version logic 224 to update the stored component version identification 212 using new information about the currently processed component. A test is performed at step 316' to determine if all of the component/action pairs in the action list have been processed. If all component/action pairs have been processed, then the method proceeds to step 320. If all component/action pairs have not been processed, then the method proceeds to step 318 to access the next component/action pair to be processed in step 3 1 . The Action List 21 can be of any length and contains any number of component/action pairs to be processed. The action list version identification stored in the device is updated at step 320'. For example, the processing logic 208 controls the updated version logic 2.24 to update the stored action list version identification item 204 using the identification associated with the most recently processed action list. Therefore, unless a new version of the action is cleared O:\90\90362.DOC -20- 1329266, the system will not operate to process the other action list. In the specific embodiment, the system that automatically processes the components on the device includes program instructions that are stored on the type 4 media. When the processing logic 208 =: instructions, the functions described herein are provided. For example, "" is loaded from the following computer readable media to the device 2: floppy CD_R〇M, memory card, flash memory, "Μ, face or via &quot; face to any device 200 Other reading media. In another embodiment, the body cream device or the computer may, in a specific embodiment, download the command from the network resource connected to the device through the data network. When one (4) is executed, a one or more specific embodiments of the system for the components on the automatic processing device of the present invention are provided. It should be noted that the method 300 is only a specific embodiment. The illustration illustrates, and: alters, adds, or reconfigures a method component without departing from the scope of the invention. The figure illustrates a specific embodiment of a method of operating a wheeled device to handle the assignment of a particular component type for manipulation Multiple component processing routines. For purposes of simplicity and clarity, the method 400 will be described with reference to the apparatus 2 shown in Figure 2. It is assumed that the method is used to process the components as described above. Describe multiple defects The operation of the piece 'and the components of the process belong to a specific component type that has been assigned multiple component processing routines. In one or more of the embodiments, the processing logic 2〇8 is executed during execution of the program instructions The following steps are performed: 'Parts O-\90\9O3f52.DOC-21- 1329266 Download the server to obtain one of the components/step 306 to obtain the action. In step 402, the system parses the slave-action pair. For example, The list in Figure 3. At step 404, a test is performed to determine the action (^ if any) to be taken on the currently processed component/action pair. For example, if the component/action pair is compared The component version in the device disk ^, μ stores the component version, and if the two versions are different versions, the corresponding action. About the phase of the component of the device in step 406, assume that a certain action is taken, and a test is performed. In order to determine whether the identified component is a component virtual cattle processing crane. The component processing routine is a design to operate - (4) component class _ program. If (4) the component is a component processing routine 'the method The process proceeds to step 408. At step 408, the processing routines of the identified split + „ are downloaded to the device. For example, the component processing routine can be downloaded from a server (e.g., servo 102). In the step, the component processing routine is installed on the device. For example, the component processing routine is registered in the line registration of the device as if it were used to manipulate a plurality of components having a particular component type. In an embodiment, after the operating system is registered as part of the processing logic, the component processing routine 22δ becomes part of the component processing routine 230 installed on the device 2〇〇. Step 412: Update the version identification of the installed component processing routine in the stored component version identification list located on the device. [For example, the updated version logic 224 uses the currently installed component processing routine 228 version.

0-\90\90362.DOC -22- 1329266, to update the stored component version identification item 212. The method 400 then proceeds to step 402 to dissect the next component/action pair. The next invention valley assumes that step 4〇2 and the step parsing a subsequent component/action pair for identifying the component on the device to be processed. A test is performed at step 406' to determine if the identified component is a 疋-兀 processing routine. If the component is not a component processing routine, then the method proceeds to step 414. At step 414, the component is downloaded to the device. For example, the processing logic 208 downloads the component from a server (shown as 222 in Figure 2). At step 416, the format type of the component is determined. For example, the component may have a selected MIME type that belongs to other formats to indicate the format of the information in the component and/or how the information should be processed. At step 418, a component processing routine associated with the component type is initiated to process the component. For example, the operating system is logged in to determine which component processing routine should be used to process the selected component type. The component is processed by the component processing routine identified by the login. For example, the processing logic 208 initiates one of the installed component processing routines 23 to process the component. The component processing routine in step 420' processes the component. For example, the component processing routine can operate to install, delete, update, launch, merge data, or change the state of components on the device. The new component version is used in step 422' to update the component version identification stored in the device. For example, the updated version logic 224 updates the component version identification 212 stored on the device. The method then proceeds to process the component/action pair in step O:\90\9O362.DOC-23-1329266402. ^This method works as a download and install - component processing: processing the routine using this component to process the downloaded component. This type of production is designed to be processed - specific component type processing: In the normal form, it will be registered in the registration of the device - at. Processing on the device - with this type of component, the second = login to start the component processing routine to perform the second processing on the component. The component version identification on the device is then updated. In another time, the same action list, the processing routine 228 and the associated components are used to drum the device 2 (9). For example, using a first-action list to download and install the component processing regular coupon-second action list to process the component, the current installation routine will handle the component ^ in another implementation In an example, the component is installed on the device using any mounting technique. For example, the component can be installed using a transfer wheel that is separate from the feeder, or can be from the local system or device. To install the component processing routine. However, once the component processing routine has been installed, the component processing routine is registered in the operating system login to process the corresponding component. Figure 5 shows a specific embodiment of a method 5 (10) of the operation-input device for processing a plurality of component processing routines for the specified manipulation of the specified component type. The method 500 will be described with reference to the apparatus 2 (8) shown in Fig. 2 for the sake of conciseness. Assume that the method outline is used to download an action list and process components as described above. The method 500 further describes how the system handles multiple 〇:W〇W〇362.D〇C •24-1329266 component processing routines, while "one percent of the four processing routines have been assigned to manipulate a plurality of specific components In the - or more _ 〇 embodiment, the processing logic 208 executes the jr method step during execution of the program instruction. In step 502, parsing an action list to _ 彳A component/action pair processed. In step 5〇4, a test is performed to determine if any action is required to be performed on the identified component. If the desired action is changed on the device The identification element proceeds to step 5. The condition of the piece of cancer, the method proceeds to a step 506 of determining a 7L piece of processing routine for processing the element. For example, in one embodiment, the action , s s sssssssssssssssssssssssssssssssssssssssssssssssssssss The processing logic uses the "type J identification item to determine the rationale required to process the element. In step 508, the - item test is performed to determine if the required 7G piece of processing already exists on the attack. For example, the processing logic checks the S-processing routines 26 of the installations to determine if the required component processing tens have been installed. If the required component processing routines have been installed, the method proceeds to Step 516. If the required component processing routine is not used, the method proceeds to step 5 10 0. In the step, the required component processing is downloaded to the device. For example, in an item In a particular embodiment, the processing logic 2〇8 downloads the το processing routine 228 from the server. The component processing routine can be downloaded to the device using any technique. In step 512, the component processing routine is installed at On the device. For example,

O:\90\90362.DOC -25- 1329266 Register the component processing routine in the login so that the component processing routine can be started to process the selected component type. At step 514, the stored version of the process routine is updated. For example, the updated version logic 224 updates the stored component version identification 212. Then, the method proceeds to step 5丨6. At step 516, the identified component is downloaded to the device. For example, the processing logic 208 downloads the identified component from a download server. At step 518, the newly installed component processing routine is initiated to process the downloaded component. For example, the processing logic 2〇8 uses the login to determine one of the installed component processing routines 23 to be initiated to process the component. As a result, the newly installed component processing routine will be started to process the component. The component processing routine processes the components on the device at step 520' to change the state of the I component on the device. For example, the component processing routine can be implemented to install, delete, update, launch, merge data, or change the state of components on the device. At /step 522, the stored component version identification is updated. For example, the updated version logic 224 updates the stored component version identification plus. The method then proceeds to step 502 to dissect the other component/action pairs. The person 3 is called to operate to determine whether or not it is 彳*忐 u. — π 高弋兀件式,:会::一元件。. If the component is not mounted on the device, the processing arm continues to download the component processing using the downloading device, and the routine is installed and used to process a download. The routine is designed to process a particular component type, and告;:—3 When the routine is used, the component processing routine is used in the device's D-book. When there is a component of this particular type, 元件:\9〇\9〇j62.〇〇c -26- 1329266=recording is used to start the component processing routine to perform the processing on (4). The component version identification on the device is then updated. To: show the specific implementation of the system on the component of the automatic processing device; | the download device and the device, for example, the device 1Q6 shown in 'I' and the server iG2 generate the transaction 600. When the automatic processing starts, the device 1 () 6 requests the latest version of the list to the server (10), and the action list contains a plurality of component/action pairs for broadcasting the The action that the device should perform regarding the = identified component. The action list can be changed or updated periodically, and the action version version identification identifies the current version of the action list. The feeder H) 2 transmits the version identification of the current action list in response to the request of the device 1G2 as shown by 6() 4 in the figure. After receiving the action list version identification item, the device compares the identification item with a stored action list version identification item. If the two components are the same version, the device will not grab further actions. If the two version identification items are different, the device 1〇6 requests the word server 102 for a new version of the action list, as shown in Fig. 6-6. The server 102 transmits a new version of the action list to respond to the requirements of the device 1〇6, as shown at 608 in the figure. The device 1〇6 processes the parent-element/action pair in the action list to determine if the state of a particular component is to be installed, updated, deleted, or changed. If the device 106 determines that a process is required - a particular component, then the device 106 requests the component (or updated version) from the server 1 , 2, as shown at 610 in the figure. 0:\90\9M62.DOC -27- D^266. The sacred feed benefit 102 transmits the required components to the device i〇6 in response to today's request. The device 1〇6 receives the component and processes the component β=piece as needed to have one version identification item stored locally by the device. After the component is processed, the 7C piece version identification item is updated. The device analyzes: an action ^ single and selects all necessary pieces from the word processor (10) as needed. 'The device 1 () 6 uses the action list version of the _ process to update the local storage action The list version is long. Therefore, unless the version of the action list downloaded from the feeder is different from the version stored on the device=', the device (10) does not process other actions from the server (10). A specific embodiment of the action soap 700 in a system for automatically processing components on a device. The action list 7A includes an action list version identification item 702 followed by a plurality of component/action pairs (7〇4, 7〇6): for example, the 7C piece/action pair 704 includes a component identification item and a phase System action. In the specific embodiment, the component identification item further includes a component version identification item and a "type" identification item. Using the component identification (4), it is possible to use the component version to determine whether the component is currently present on the device, and to identify the component type using the type identification item and to determine the component processing routine required to process the component. The action may be an installation, update, deletion, or any other type of action to change the state of the component on the device. The information in the action list may be encoded in any suitable format for secure transmission and/or identification purposes, and the component identification and the motion recognition item may be of any type. In a specific embodiment, the component/action pair 704 identifies the component processing routine to be installed on the device, and the component/action O:\90\90362.DOC -28- 对 对 ( (4) component (4) The handle shall be judged according to this. Although it has been illustrated in this paper, it is fresh and detailed to describe the system of the upper component - or more '1 rows each # # f ifb , / the example, but should know: Various changes' without departing from their spiritual or basic characteristics. Therefore, the y mm system is exemplified by the invention, and does not limit the scope of the invention, which is proposed herein. 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> Figure 1 shows a specific embodiment of a system for automatically processing components on a device; Figure 3 shows a specific embodiment of a method of operating an input device to provide a system for automatically processing components on the device; Figure 4 shows a specific embodiment of a method of operating a wheeled device for processing A plurality of component processing routines assigned by a particular component type; Figure 5 shows a specific embodiment of a method of operating an input device to process a plurality of component processing routines for manipulating a particular component type; During the operation of a particular embodiment of the system of components on the automated processing device, the transaction between the 'T-Temporary device and the device'; and Figure 7 shows the application Listing of the system for particular kinds of automatic processing apparatus of the movable element of the embodiment.

O:\90V90362.DOC -29- 1329266 [Description of Symbols in the Drawings] 100 System 102 for Automatic Processing of Components on the Device Server 104 Data Network 106, 200 Device 108, 702 Action List Version Identification 110, 210, 700 Action Listing 112 Component Π 4, 204 Stored Action List Version Identification (ALVI) 116 Existing component on device 118 Device stored component version 120, 228 Component processing routine 122, 230 Installed component processing routine 202 Downloaded version identification 206 Comparison Logic 208 Processing Logic 212 Component Version Identification (CVI) 216 Install Component Logic 218 Update Component Logic 214 Function Logic 222 Downloaded Component 220 Delete Logic 224 Update Version Logic 226 Installed Component 704, 706 Component/Action Pair O:\ 9O\90362.DOC -30-

Claims (1)

1329266 Monthly coffee revision replacement page No. 092136235 Patent application Chinese patent application scope replacement (9'9 years i month) Pickup, patent application scope: _ 1. A method for automatically processing the upper part of the device The component has a component type, and the method includes: (4) a component processing routine, wherein the component processing routine is operable to process a plurality of components having the selected component type; Obtaining a component/action pair for identifying the device; downloading the component to the device; determining whether the component has the selected component type; and using the selected component type to initiate the component processing. To process the component. 2. If Shen Qing patent scope item 1 is the first day, the earth ^, the younger party, the installation step includes: receiving the action list on the device; and analyzing the action list to obtain - for identifying the Selected component/action pair of the component. 3. The method of claim 1, wherein the installing step comprises: identifying the component processing routine using the selected component type; and downloading the component processing routine to the device. 4. Please refer to the method of (4), the installation step, which includes registering the selected component processing routine in the device registration. 5. The method of claim 4, wherein the step of using includes using the selected type of the piece to change the shape of the element on the shock. &amp; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; 90362-990U9.DOC 1329266 - 7. ' Further includes the use of a version identification item associated with the updated component version of the component, such as the method component of the scope of the patent application. Wherein the device is a wireless farmer, as set forth in the scope of the patent application. 9. An apparatus for automatically processing a device 70, wherein the component has a selected component type, the device comprising: mounting logic 'for mounting a component processing routine on the device, wherein the workpiece processing routine is operable To process a plurality of components having the selected component type; d-analysis logic 'for parsing-action list to obtain a component/action pair for identifying the device to be processed; downloading a hash for downloading the component to the The device; the evasion suffix ' is used to determine whether the component has the selected component type; and the logic ‘ is used to start the component processing routine using the selected component type to process the component. The device of claim 9, wherein the installation logic comprises: receiving logic 'for receiving the action list on the device; and analyzing logic for parsing the action list to obtain a The component handles the selected component/action pair of the routine. The device of claim 9 of the patent scope 'where the installation logic includes: identification logic' for identifying the component processing routine using the selected component type; and 9〇362-99〇ii9. -2- 1329266 m! , &gt;'seee*·*^. » · — 111 ^ % The download logic is used to download the component processing routine to the device. 12. The device of claim 9, wherein the installation logic comprises registration logic for registering the selected component in the device registration. 13 is as described in claim 9 Include logic for using the selected component type to change the station state on the device. # 14. As for the equipment of the ninth application patent scope, the logic used includes Logic is used to process the routine using the component to mount the component on the device. 15. The device of claim 9 further comprising update logic for updating a stored component version identification item using a version identification associated with the component. 16. The apparatus of claim 9, wherein the apparatus is a device for wirelessly loading a component on an automatic processing device, wherein the component has a selected component type. The device comprises: A component processing routine is mounted on the device, wherein the component processing routine is operable to process a plurality of components having the selected component type; the J analysis component is configured to parse an action list to obtain a device for identifying the device a component/action pair to be processed; a downloading component for downloading the one piece to the device; a determining component 'for determining whether the component has the selected component class; 90362^〇119.D〇C • 3 - Qing Μ Λ,: and using the component, using the manifold to process the component selection component type to start the component at 1δ. The device of the 17th item, wherein the mounting component comprises: a receiving component for the special# Receiving the list of actions on the delta device; and: 'used to parse the action list to obtain a selected component/action pair for identifying the component processing routine. 19. The apparatus of clause (4), wherein the mounting member comprises: a member for identifying the component processing routine with the selected component type; and a receiving member for downloading the component processing routine to the device. 20. The apparatus of claim 17, wherein the mounting member comprises a registration member for registering the selected component processing routine in a device login. The device of claim 17, wherein the use member comprises means for using the selected component type to change the state of the component on the device. 22. The apparatus of claim 17, wherein the use member comprises a mounting member for processing the routine using the member to mount the member on the device. 23. The device of claim 17, further comprising an update component for updating - the stored component version identification item using a version identification associated with the component. 24. The device of claim 17 wherein the device is a wireless device 90362-990 IlixjQc -4- 1329266. 25. A computer readable medium containing instructions that, when processed by a processing logic in a device, operate to automatically process components on the device, wherein the component has a selected component type, the computer Readable media includes: 'Installation buckles? For mounting a component processing routine on the device, wherein the component processing routine is operable to process a plurality of components having the selected component type; J Analysis &amp; 7 is used for profiling - an action list to obtain - S is used to identify the component/action pair to be processed by the device. The download button 7' is used to download the component to the device; the determination command is used for the user 4 _, W 疋 whether the 7C member has the selected component type; And using the instruction for the male 兮k, using the selected component type of 5 hai to start the component processing routine to process the component. 26. The computer installation instructions as set forth in the scope of the patent application include: readable media, wherein the security Receiving an instruction for receiving the action list on the device; and: a deduction for parsing the action list to obtain a selected component/action pair for identifying the processor processing routine . 27. The computer readable medium of claim s Λ ,, wherein the installation instructions include: an identification instruction for identifying the component processing type using 所选 _ ^ ^ using the selected component type; 90362-990119.DOC -5- 丄329266 . 28. 29. 30. 31. 32. Download instruction for downloading the component processing routine to the device. The computer readable medium of claim 25, wherein the installation instructions include registration instructions for registering the selected component processing routine in a registration. The computer readable medium of claim 25, wherein the instructions for use include instructions for using the selected component type to change the state of the component on the device. The computer readable medium of claim 25, wherein the instructions for use include an installation instruction for processing the routine using the component to mount the component on the device. The computer readable medium of claim 25, further comprising an update instruction for updating a stored component version identification item using a version identification associated with the component. For example, the computer readable medium of claim 25, wherein the device is a wireless device. 90J62*990119.D〇C 6-