TW200422869A - System for registry-based automatic installation and component handling on a device - Google Patents

Abstract

System for registry-based automatic installation and component handling on a device. A method is provided for automatically processing a component on a device, where the component has a selected component type. The method includes installing a component handler on the device, where the component handler is operable to process components having the selected component type. The method also includes parsing an action list to obtain a component/action pair that identifies 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 the selected component type to activate the component handler to process the component.

Description

200422869 发明 Description of the invention: [Cross-reference to related applications] This patent application claims the priority benefit of US Provisional Patent Application No. 60 / 435,486 titled "AUTO-INSTALL" filed on December 20, 2002, For all purposes, the disclosure of this patent application is incorporated herein by reference in its entirety. This patent application claims the priority benefit of US Provisional Patent Application No. 60 / 435,486, filed on December 20, 2002, titled "REGISTRY-BASED AUTO INSTALL COMPONENT HANDLING". For all purposes, the patent application The disclosure is incorporated herein by reference in its entirety. [Technical Field to which the Invention belongs] The present invention relates generally to processing components on a device, and more particularly, to a system for automatic installation based on login and processing of components on a device. [Prior Art] Data networks provide a way for a large number of users to communicate with each other using various network-connected devices. For example, in wireless communication networks, various portable devices with network connection capabilities allow users to communicate with each other over long distances. Network-connected devices are usually configured by various installed components that control the operation of the device and ultimately control the performance of the entire network. In some cases, network operators want to upgrade, install, delete, or change the configuration of network-capable devices. For example, when the system software is O: \ 90 \ 90362.DOC -6- 200422869 = improved, network operators will want to install new components on all devices in the network in order to improve network operation efficiency. For example, a network operator: wants to install manufacturing software on the device, or carry out a bid or other information to provide service enhancements or upgrades. In other cases, the network operator may want to upgrade applications based on—a particular type of device, installing an enterprise application, or other devices. In addition, if it is determined that there is a problem with the currently installed system components, the network operation I will want to install upgraded components to solve the problem 'regardless of whether the device user notices the problem. For example, if there is a problem with an existing device component that allows users to view multimedia content, the network operator would want to upgrade all devices on the network and replace the problematic component with a new one that is not problematic. One technique for upgrading, installing, removing, or changing components on a device is to wait for the device user to return the device to a repair center. After being delivered to the service center, the service personnel can repeat the installation 4 to keep the device with the latest component version. However, if the device user is not aware of the problem, or the problem does not affect the operation of the device, the device will not be returned, so this is inefficient. = Do n’t upgrade all the devices, so the operation of some devices cannot provide the best efficiency, and the overall network operation is degraded. Therefore, there is a need for a system that automatically processes the components on the device to allow the installation and activation of the selected component version. The system should be flexible enough to handle components on a large number of devices in a relatively short period of time, thereby providing a rapid upgrade of all devices operating on the network, leading to optimal device performance and increased network efficiency. [Summary of the Invention]

O: \ 90 \ 90362.DOC In one or more specific embodiments, the present invention provides a system for flat top elements. Example processing In the specific embodiment, this department. Noon device can be used on a download server to make a list for installation, update, deletion, activation = version of the version. In addition to activation, deactivation, or change—the state of dreams. The components that can be processed may be of any type, such as: applications, executables, configuration information, user interface, think machine data, or any type of information. During the operation of the system, the device paired Π 5 and the main set 4 Μ were stored with the latest version of the mobile device that was processed by the device, and the stored version was checked. If the version Γ is the same, the device is The feeder downloads new, early months, and analyzes the components on the device in the action list. In the -item specific embodiment, the action is clear: the pen items all include -element / action pairs, which are used to establish the association between the -item identification item and the 21-item identification item. This category identified 70 items of a class > and their current versions. The motion recognition item identifies the motion of the identified component to be performed by the device. In a specific implementation, the device analyzes each of the action lists in the action list to determine whether the identified actions need to be performed. "Compare the version of the component in the action list with the version of the component that is active on the device. If the two component versions are the same, the device will not take action on the it / action pair. If the two versions are different, the Z device performs the action associated with the component in the action list to change the state of the element on the device. For example, if the action is to install the identified component, the device downloads the component and any

O: \ 90 \ 90362.DOC -8-200422869 Other necessary information Set to 0 for new work only, and install obsolete parts on the device. Therefore, several versions of the dream are used to gradually perform the motion processing assigned to the π early middle school-after a specific component / action pair, the new component version provided will be used to replace the stored on the device-Du Zaozhong When dealing with the entire action list, version 70. When the item is recorded, the version identification of the record is used to avoid future repeated processing of the current action list. N =: The version of the listed action list obtained on the server is different from the continued and saved version, otherwise the device does not process other Action list. In the following embodiment, the version of the action list is checked every time the device communicates with the download ship communication device. For example, after the device is turned on or at intervals, the device communicates with the letter. The system provides a field and a service to each other. Β Universal users can interact with the components on the device without user interaction or limited user interaction. For example, in the present embodiment, 'the component can be pushed into the device when the device is turned on, so that it can be used for "silent installation" (entry). In another embodiment, a user interface is provided so that everything can be processed when the user chooses. So 'the system allows components to be handled as mandatory' prompts, requirements or options. The system can handle a single device or a large number of devices. For example, 'in a data network where a large number of devices can access the -action list server, the -single-action list can be passed to all devices, and each device can determine the components that the device will process. In another specific implementation: In the servo, 1§ can provide multiple action clearings applicable to different device types.

O: \ 90 \ 90362.DOC -9- 200422869. For example, different types of devices can access different action lists to process components that are appropriate for that type of device. Therefore, the system is capable of providing a global update of a large number of devices, and the update is performed during a period of hours or days when each device contacts the action list server. In addition, any type of secure communication technology (for example, encryption or any type of encoding) can be used to communicate between the server 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 a new 4I component based on a component type. Provides a component "handler" that is assigned to handle a component with a specific type (i.e., the "Multipurpose Internet Mail Extensions", mime) type). The processing routine is a manufacturing program or executable right for storing and recognizing 7L pieces of data. For example, the system can operate to download and install a component handler that is assigned to handle multiple components with a selected MIME type. In a specific embodiment, the component handler is registered in the operating system registration of the device. Once the component processing routine has been installed, the system can download a component of the selected type, and an associated processing routine will be launched to process the component. Therefore, multiple component processing routines are not lost in the operating system layer. Therefore, bribe 2 :: can provide component processing routines and / or can dynamically download / upgrade component locations. This approach allows not only post-production SGD 4 types to be processed on the device, but also new mechanisms to handle new component types. In a specific embodiment, the present invention provides an automatic processing device.

O: \ 90 \ 90362.DOC -10- 200422869 File method, where the component has a selected component type. The method includes installing on the device a component processing routine, the component processing routine being operable to process a plurality of components having the selected component type. The method also analyzes the action list in order to obtain an element / action pair for identifying the element to be processed by the device, and download the element to the device. The method also includes determining that the component has the selected component class #, and using the component type with the selected component to start the component processing routine to process the component. In a specific embodiment, the present invention provides an automatic In a device that processes components on a device, the component has a selected component type. The device includes installation logic 'for installing a component processing routine on the device, wherein the component processing routine is operable to process multiple components having the selected component type. The device also includes: parsing logic ' for parsing the action list in order to obtain a component / action pair for identifying a component to be processed by the device; and download logic for downloading the component to the device. The device further includes: a judgment; t logic for determining that the element has the selected element type; and activation logic for activating the element processing routine with the selected element type to process the element. In a specific embodiment, the present invention provides an element of an automatic processing device, the element has a selected element type. The device includes a mounting member for mounting on the device-a component handling routine, wherein the component handling routine is operable to handle a plurality of components having the selected component type. The device further includes: an analyzing member 'for analyzing the action list so as to obtain an element / action pair for identifying a component to be processed by the device; and a downloading member' for downloading the component to the device. The device O: \ 90 \ 90362-DOC -11-200422869 further includes: the judging unit 1 determines that the element has the selected element type; and a starting member for starting the element processing using the selected element type. A routine to handle the element. In a specific embodiment, the present invention provides a computer-readable medium containing instructions. When the processing logic in the device executes these instructions, it operates to automatically process components on the device, where the The component has a selected component type. The computer-readable medium includes installation instructions for installing a component processing routine on the device, wherein the component processing routine is operable to process multiple A pieces having a selected component type.豸 Computer-readable media also includes: profiling instructions for parsing the action list to obtain a component / action pair for identifying the component to be processed by the device; and download instructions for downloading the component to the device . The computer-readable medium also includes: a determining means for determining that the element has the selected element type; and a start-up instruction for activating the element processing routine with the selected element type to process the element. A review of the [embodiment], [schematic description], and [patent application] 'proposed below will reveal other aspects, advantages, and functions of the present invention. [Embodiment] The following detailed description describes a specific embodiment of a system for processing components on an automatic device. The system is suitable for use in 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 (VPN), and local area networks. , Wide area network, 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, O: \ 90 \ 90362.DOC -12- 200422869 This system is also suitable for use with the following essential, ❿σ and other devices: office computers, pens, and other portable electric moon steroids, for example, Portable computer, pDA or any type of device capable of receiving and installing components. In one or more specific embodiments, the system interacts with a runtlme environment that is being subscribed on the device, the runtime environment being used, for example, to provide generalized calls by providing device-specific resources To simplify device operation. One such execution stage environment is the "Binary Runtime Environment f0r WirelessTM" (brewtm) software platform developed by QUALCOM, Inc. of San 04, California, USA. In the following 5 content, it is assumed that the device is executing an execution stage environment such as the BREW software platform. However, one or more specific embodiments of the system are suitable for use with other types of execution environment to automatically process components on various wired and wireless devices. Figure 1 shows a specific embodiment of a system 100 for processing components on an automatic device. The system 100 includes a server 102, a data network 104, and a device 106. The data network 104 may be any type of wired or wireless network that allows information to be communicated between the server 102 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 102 includes a plurality of components 112, an action list 110 and an action list version identification item 108, 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 multiple component / action pairs, and each component / action pair O: \ 90 \ 90362. D0C -13- 200422869 includes a 70-item identification item and an action identification item. The unique item m used to identify a particular component. The other item is-the sub-system is used to identify the version of the component. For example, the component recognition unit is string-wise, and the 5th item in the middle is a continuous one-part of the special position is used to = the action identification item identifies the action that the device 1 06 will perform on the piece, such as' Install, update, and delete 2 actions. It is used for ITO or other two temple element processing routines 12 to be assigned to handle all axis types. In the implementation of this project, the material component processing routine is assigned to two components with the selected MEMS type. These component processing routines can be placed in the device 106, and two such component processing routines can be registered in the operating system registration of the device. After installation, these component processing routines are started to process components with the corresponding format type. the Lord! During operation, the server 102 transmits the action early morning version identification item 108 to the device 106 via the data network 104. For example, the device 06 may contact the device 102 during the boot sequence, and the feeder 102 transmits the action list version identification item 108 to the device 106 in response. In a specific embodiment, the device 106 is contacted when the ship 1 () 2 has a new version action list available for download. For example, in a specific embodiment, when a new version of the action list is available, the server 10 will send a message containing the action list version identification item i 08 to the device. The child device 106 compares the action list version identification item 108 with a stored action / monthly version identification item 1 丨 4 (indicating the last action list version to be processed by the device ι06). If the downloaded version 108 is the same as the stored version 114

O: \ 90 \ 90362.DOC -14- 200422869 version, the county does not need to perform any installation or modification of existing components on the device. However, if the subscription version ⑽ is different from the stored version 114, the device 1 () 6 knows that additional component processing action is required. For example, the server 102 may have new components that must be installed on the device. Once the action list of the new version of the device 106 is available, the request will be transmitted to the server 102 to obtain a new version of the action list. The server 102 will transmit the action list 11 to the user. John to the device in response to the request. Then, the device 106 processes the action list 11 to install, delete, or process the components identified in the action list 110. Second, the operation mode of the device 106 for processing the action list 11 is to execute step by step. Each element / action pair in 11 o'clock in the morning is determined, and it is determined whether it is necessary to be attached to each element's action. For example, if the action list specifies that a component needs to be installed or updated, the device 106 downloads the feature 112 and any other necessary files from the word server 102, and installs the element on the device 106. If the action ί 青 单! If 10 means that a component needs to be deleted, the device 6 deletes the element. In this way, the device 106 processes each element / action pair in the action list "ο in order to install, update, and delete the identified component. The action list may be of any length and is processing the action list & quot The device 10 updates the misidentified action list version identification item 114 in order to store the recently processed version of the action list. In the specific example of the member, 'the attacker 106 analyzes the parent-component in the action list 1 i 〇 / Action pair in order to determine whether an action related to a specific component is required. For example, the device 10 may have the latest version of a component installed

O: \ 90 \ 90362.DOC -15- 200422869 As far as money is concerned, it is necessary to reinstall the component. In this example, the action list u 体 实 从 从 从 欠 从 欠 欠-件 件-The item identifying item contains the poor information used to determine the version of the element. For example, the end of the 1 "piece. The device U) 6tt | f | the component version downloaded from the component identification item no Γ component version 118 and the action clear component version μ Fruit 7 and" piece version and The downloaded task = this, then the device does not need to take the second component: Γ. However, 'if the stored component version and the downloaded component version are different versions, the device 1G6 executes the 2: Actions associated with cattle. Therefore, the system is highly efficient because the device 106 only handles components of the new version. In a specific embodiment, the action list includes an element / action pair for identification The specific 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 specific component type. For example, the component type may be a type for Identifies the MIME type of the frame format. In one specific embodiment, the element type may be provided as a string that is added to the header of the element file. Basically, the element type defines the processing of the element data In response to analyzing the component / action pair, the device downloads the 7C processing routine 120 from the server 102 and installs the component processing routine 120 as the component processing routine 122 installed in the device. When the component processing routine 120 is installed in the device 106, it will be registered in the operating system registration of the device and the component processing routine 12 will be activated to handle as many as the corresponding component type. Components. For example, the operating system registry identifies processing routines to be used to process component types (such as URLs, documents, images, or other data files) O: \ 90 \ 90362.DOC -16- 200422869. Rational processing routines After 120 is installed in the device 106, the component is ... confirmed / processed to handle any component with the selected component type. In the following examples, the system operates to install-used to process components Processing routines. For example, the system performs the above steps to automatically process components on a device. To handle a specific component class 1. Install a component processing routine on the device. 02. Have a specific component. Type data components are downloaded to the device. 3 • Use the 70-piece processing routine to process the data components. In this way, the 3H system operates to allow downloading new version components from the server and downloading the components to the device 106 These components can be processed. These components can contain multiple component processing routines for processing the selected S-piece type. ^ To be processed on this device-a new component type 'First install a new one in the operating system registration Component processing routine, and then starting the component processing routine to process new components. Figure 2 shows a functional diagram of a device 200 that includes a specific embodiment of a system for automatically processing components on the device 200. The device It includes processing logic 208, comparison logic 206, function logic 214, update version logic 224, a stored action list version identification item (ALVI) 204, multiple component version identification items (CVI) 212, and multiple installed components 226. The logic and functions provided by the 200 described may be implemented using hardware, software, or a combination of software bodies. 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 element, and a virtual O: \ 90 \ 90362.DOC -17- 200422869, software and / or any combination of software and hardware. Therefore, the processing logic II: is used to: execute the logic of machine-readable instructions in order to perform the function H idea of Figure II of this article, the device 2GG is only-specific embodiment: h brother Ming, and can be changed , Adding or reconfiguring device elements without departing from the scope of the present invention. FIG. 3 shows a specific embodiment of a method 300 for operating an input device (such as a device outline) to provide a system for automatically processing paste components of the device. For the sake of simplicity and clarity, the description will be made with reference to the device shown in FIG. 2. The method 300. It is further assumed that the device 200 is in secure communication with a download server via a data network, as shown in Figure i. In step 302, the device obtains an action list version from the download feeder. Identification item. For example, 'the device enters the bamboo tunnel L with the download server through a data network and the download server transmits the action list version identification item to the device, as shown at 202 in FIG. 2 Step 304: Perform a test to determine whether the downloaded action list version identifier is different from the stored version identifier associated with the latest action list to be processed by the device. For example, the downloaded version identifier 202 and The version identification item outline of the storage # is input to the comparison logic to compare the two identification items 202 to determine whether they are the same version. If the two identification items If it is the same, the method returns to step 302 to obtain a new version of the action list at another time. If the two identification items are different (Diff), the method proceeds to step 306. In step 306, the device starts from The download server retrieves the action list. For example, the action list is downloaded from the server through the data network to the process O: \ 90 \ 9O362.DOC -18-logic 208. At step 3 08, the装 詈 立 ， 丨 ^^ # Pair, ... Make the first pen component / mover in the list to start processing the action list. For example, handle the action of the downloaded motion management logic to run the action. ) To analyze multiple element / action pairs. In step 3 1 0, execute a g ,, 蚪, and a ^ to determine the action to be taken on the Vulture action pair currently being processed (if, medium, install this In one specific embodiment guide: order 'v step 312 to automatically perform this action. However, this will lead to re-security on the device-in the example, check, one. In another specific implementation ... Version to determine if action is needed. For example, the action is " ”The component, it will check the version of the component, and then check whether the device has the version of the component currently installed. In this way, the method works to avoid reinstalling the component already installed on the device. For example,“ the processing logic 2〇_ fetch-store the component version identification item 212, and compare the component versions identified in the action list. In a specific practical example, 'the component version will be incorporated into the action list provided Component identification item. If the two component versions are the same, the device will not take a step-by-step action on the 70 pieces, and the method proceeds to step 416. If the two it versions are different, then the processing logic moves Operation is performed to perform an action on the file, and the method proceeds to step 312. At step 3 12 the action associated with the element in the current element / action pair is performed to change the status of the identified element. For example, the processing logic 208 operates to control the functional logic 214 to perform installation, update, removal, activation, deactivation, callback, or change the status of the identified component. For example, you can perform a soft callback to remove the component from the device, but not remove the related

O: \ 90 \ 90362.DOC -19- 200422869 link and / or authorization information. For example, if the action is to install or update the component, the device processing logic 208 operates to download the component 222 (or a later version) from the download server via the data network. Then, the downloaded component is mounted as a mounted component 226. The processing logic 208 may perform any type of installation or update procedure to install or update the downloaded component 222 into the installed component 226. If the action is to delete a component, the processing logic 20 8 controls the deletion logic 220 to delete the identified component from the installed components 226. Although not depicted in Figures 2 and 3, virtually any type of action related to the element can be performed, such as installing, updating, removing callbacks, activating, revoking the element, or changing the state of the element on the device. At step 314, a component version list 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 update version logic 224 to update the stored component version identification item 212 with new information about the currently processed component. In step 3 1 6 a test is performed to determine if all the element / action pairs in the action early in the morning have been processed. If all element / action pairs have been processed, the method proceeds to step 32. If all element / action pairs have not been processed, the method proceeds to step 318 to access the next element / action pair to be processed in step 31o. The action list 21 may be of any length and contains any number of component / action pairs to be processed. In step 320, the action list version identifier stored in the device is updated. For example, the processing logic 208 controls the update version logic 224 to update the stored action list version identification item 2G4 with the identification item associated with the most recently processed action list. Therefore, unless a new version of Action Clearance is available

O: \ 90 \ 90362.DOC • 20-2〇422422 Mouth — early ’Otherwise the system will not work to process another action list. In a specific embodiment, the system for automatically processing the components on the device includes program instructions stored on the electronic media, and when the processing logic 208 executes such instructions, it will provide the functions described in this article. . For example, instructions can be loaded into the device 200 from a computer-readable medium such as a floppy disk, CD-ROM, memory card, flash memory, RAM, ROM, or connected to the device 2 through the M side. 〇 Any other type of memory device or computer can: type media. In another specific embodiment, a data network is used to download instructions from a network resource connected to the device 200 via an interface to the device 200. When the processing logic 208 executes these instructions, one or more specific embodiments of the system for automatically processing the components on the device as described herein will be provided. It should be noted that the method 300 is merely an illustration of a specific embodiment, and method elements can be changed, added, or reconfigured without departing from the present invention, which is a specific embodiment of the method of operating-input devices. In order to process multiple component processes assigned to manipulate a particular component type '. Based on the simplicity and clarity, the method 400 will be explained with reference to the apparatus 200 shown in FIG. 2. Assume that the method 300 is used to download an action list and the processing element is as described above. This method further describes the operation mode of the Xigu 7L parts in this system ’, and the components of these processes belong to the type of material components that have been assigned to the routine handling control. In the case of one or more items, the processing logic 208 executes the following steps during the execution of the program instruction.

O: \ 90 \ 90362.DOC -21-200422869 In step 402, here is w ... Private ^ μ 糸, first analysis obtains an action pair from a download server. For example, you have pressed R 70 pieces / list. Prepare ... As described in step 306 in Figure 3 to obtain the action. In step 404, perform a test element / action on the county run from the cylinder 仏 ^ 疋 and on the item / action in the target processing :: = 1. ). For example, if the two versions such as the element are compared with the version of the component that is not stored in the 7V version, and if the corresponding action is the same as the version, then the phase of the identified component is taken in step 406, assuming that an action is taken; the identified element # μ β 仃 m in order to determine whether or not 疋 疋 是-component processing ^ component processing genus 40% manipulation-the selected component type ^ 如一 元 ## 抑 / ^】 疋 ° 海 凡 件 是 半 处理 ㊉ 式, The method proceeds to step 408. In step 4G8, the identified component processing routine is downloaded to the device. The component processing routine may be installed on the device from a server (for example, the server is called downloading the heartware processing routine in step 4H). For example, registering the component handler in the operating system registration of the device as a means for manipulating multiple components having a specific component type. In one embodiment, the operating system registration belongs to the processing logic 2Q8. After the driver's manual, the component processing routine 228 becomes part of the component processing routine 230 already installed on the device 2000. In step 412, the version identification of the installed component handler is updated in the stored component version identification list located on the device. For example, the updated version logic 224 uses the currently installed version of the component processing routine O: \ 90 \ 90362.DOC -22- to update the stored version identification item 2 12 of the file.接 莫 兮 + 丄 Proceed to step 402 to call ττ. This method 400d analyzes the next element / action pair. The following description assumes that step 402 and the dreams to be processed are used to identify and place the subsequent component / action pairs of components. In step 406, ^ ^ θ performs an item test to determine whether the identified component is a component processing routine. If the element is not a component processing routine, the method proceeds to step 414. In step 414, the component is set to warn the warlord. For example, the processing logic 208 downloads a piece of το from a server (shown as 222 in FIG. 2). The format type of the element is determined at step 416 '. 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. In step 418, a component processing routine associated with the component type is started to process 470 pieces. For example, use this operating system login to determine which component handler should be used to handle the selected component type. The component is processed by the component processing routine identified by the registration. For example, the processing logic 208 initiates one of the installed component processing routines 230 to process the component. In step 420, the activated component processing routine processes the component. For example, the component handler can operate to install, delete, update, activate, merge data, or change the state of a component on the device. At step 422 ', the new component version is used to update the component version identifier stored in the device. For example, the update version logic 224 updates the component version identification item 212 stored on the device. The method then continues to process the next element / action pair at step O: \ 90 \ 90362.DOC -23- 200422869 402. Therefore, the method 400 operates as: Putian Xi-From $ 莉 及 女 # a few pieces of processing routines, and then use "70 pieces of processing routines to handle-妾 routines are designed to handle a special. "Every piece of processing routine will be registered in the device ^ book / = 1 when the 7 " piece of processing routine is processed on the device. ^ When there is a specific type of component, it is closed Processing. Missing type to perform necessary processing related to the component. Then, update the component version identification item on the device. In another specific embodiment, make the component processing hall + Action list, download the element: 228 and associated components to the Xiangzheng Zheng, for example, use the first action list to download — Zhan Nu Ling, the component processing routine, and use a second action list to process the The elementary routine will process the component.-In the specific embodiment of the component installed first, 'use any mounting technology in the unit 2. Place the component on the woman's component processing routine 228. For example, 1 uses a The component processing routine is installed separately from the transmission of the download feeder, or the component processing routine can be installed from a local system. However, once the component processing routine is installed, the component processing routine is registered in the operating system registration to process the corresponding component. FIG. 5 shows a specific embodiment of a method 5 of an operation-input device, in order to process a multi-component processing routine of a specified control finger type. For the sake of simplicity and clarity, the method 500 will be described with reference to the device shown in FIG. 2. Assume that the method 300 is used to tailor an action list and process components, as described above. The method 500 further describes how the system processes multiple O: \ 90 \ 90362.DOC -24- 200422869 component processing routines, and multiple specific component types. In an item: the formula has been assigned to control the implementation of the item A. The logic 208 executes the following method steps during the execution of a program instruction. " Processing In step 502, the -action list is parsed to obtain -component / action pairs to be on the device. In step 504, a test is performed to determine: any action taken on the identified 7C piece is meaningful). If the action is to change the status of the identified component on the device, the party: Go to step 506. Ordering In step 506, it is determined that the component processing required for processing the component is usually, for example, in the-specific embodiment, the component identification item 1 in the action list contains a "type" identification item for identifying the type of the component. The processing logic 20ζ uses the "type" identification term to determine the unary suppression routine required to process the component. At step 508, a test is performed to determine whether the required component processing routine already exists on the device. For example, the processing logic 208 checks the = installed component processing routine 226 to determine whether the facility is installed;: component processing routine. If the required component processing routine is already installed, the method proceeds to step 516. If the required component processing routine is not installed, the method proceeds to step 510. % At step 5 10, download the required component processing routine to the device. For example, in a specific embodiment, the processing logic 208 downloads the meta-processing routine 228 from a server. The component can be processed to the device using any technique. In step 5 1 2, the component processing routine is mounted on the device. For example O: \ 90 \ 90362.DOC -25- 200422869 Register the component handler in the registration so that the component handler can be started to process the selected component type. At step 514, the stored routine version is updated. For example, the update version logic 224 updates the stored component version identifier 212. The method then proceeds to step 516. At step 516, the identified component is downloaded to the device. For example, the processing logic 208 downloads the identified components from a download server. In step 518, the newly installed component handler is started to process the downloaded component. For example, the processing logic 208 uses the registration to determine one of the installed component processing routines 23 to be activated to process the component. As a result, the newly installed component processing routine is started to process the component. In step 520, the component processing routine processes the components on the device to. Helium puts on and changes the state of the component. For example, the component handler can be used to install, delete, update, activate, merge data, or change the status of components on the device. In step 522, the stored component version identification is updated. For example, the update version logic 224 updates the stored component version identification items 2 丨 2. The method then proceeds to step 502 to analyze other component / action pairs. Therefore, the method 500 operates to determine whether a required component processing routine can be obtained to process a component. If the component processing routine is not installed on the device, the component processing is downloaded from a download server, and the 7L piece processing routine is installed and subsequently used to process a downloaded component. The component processing routine is designed to handle a specific component type, and when the component processing routine is installed, the component processing routine is registered in the registration of the device. When a component with that particular type is processed on the device, the login O: \ 90 \ 90362.DOC -26- 200422869 is used to start the component processing routine to perform the necessary processing on the component. Next, the component version identification item on the device is updated. Figure 6 shows a transaction 600 between a download server and a device during operation of a specific embodiment of a system of components on an automated processing device. For example, figure! The transaction 600 occurs between the device 106 and the server 102 shown. At the beginning of the automatic processing, the device 106 requests the server 102 for an identification item of the latest version of the action α sheet, as shown at 602 in the figure. The action list contains multiple element / action pairs that describe the actions that the device should perform with respect to each identified element. The action list can be changed or updated periodically, and the action list version identifier identifies the current version of the action list. The server 102 transmits the version identification item of the current action list in response to the request of the device 102, as shown by 604 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 component versions are the same, the device takes no further action. If the identification items of the two versions are different, the device 106 requests a new version of the action list from the server 102, as shown in FIG. 60. The server 102 will transmit a new version of the action list in response to the request of the device i 〇6, as shown by 608 in the figure. The device 106 processes each element / action pair in the action list to determine whether to install, update, delete, or change the status of a particular element. If the device 106 determines that a specific component needs to be processed, the device 106 requests the server 102 for the component (or an updated version) 'as shown at 610 in the figure. O: \ 90 \ 90362.DOC -27- 200422869 The server 102 transmits the requested component to the device 106 in response to the request. The device 106 receives the component and processes the component as needed. The component may have a component version identification item stored locally on the device. After the device processes the component, the component version identifier is updated. After the device has parsed the entire action list and retrieved all necessary το from the server 102 as needed, the device 106 uses the action list version just processed to update a locally stored action list version identifier. . Therefore, unless the version of the action list downloaded from the server is different from the version stored on the device, the device 106 does not process other actions from the server 102. Figure 7 shows the components used in an automatic processing device. A specific embodiment of the action list 700 in the system. The action list 700 includes an action list version identification item 702, followed by a plurality of component / action pairs (704, 706). For example, the 'component / action pair 704 contains a component identification item and a corresponding action. In a specific embodiment, the component identification item further includes a component version identification item and a "type" identification item. Using this component identification item also enables the component version to be used to determine if the component currently exists on the device. Use this type identifier to indicate the type of component and determine the component handlers required to process the component. The action may be an installation, update, removal, 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 using any suitable format for the purpose of secure transmission and / or authentication, and the component identification item and the motion identification item may be of any type. In a specific embodiment, the component / action pair 704 identifies a component handling routine to be installed on the device, and the component / action O: \ 90 \ 90362.DOC -28-200422869 pairs 706 identifies the component What the processing routine needs to handle—the component. According to this', although this article has illustrated and described a number of specific embodiments of the automatic processing device with ㈣ 明: == ΓΓ, it should be known that the progress will not depart from its spirit or basic characteristics. : =: Γ The specification is intended as a model of the present invention. Example 2 2 restricts the material of the present invention. The material of the present invention is within the scope of the patents that are requested. [Simplified illustration of the drawings] The clear point of view and the detailed implementation of the _ Beishe described in this article-a specific implementation of the system of components on the automatic processing device ^; Figure 2-shows the functional diagram of a device, the device contains a A specific embodiment of a system for processing 7L pieces on an automatic processing device; Figure 3 shows a specific embodiment of a method of operating an input device to provide a system of components on an automatic processing device; Figure 4 "Not a single operation A specific embodiment of a method of an input device for processing a plurality of component processing routines assigned to manipulate a specific component type; FIG. 5 shows a specific embodiment of a method of operating an input device for processing a specific component Multiple component processing routines assigned by the M piece type; Figure 6 shows the interaction between the download server and a device during the operation of a specific embodiment of a system of components on an automatic processing device.易; and FIG. 7 shows a specific embodiment of the action list not used in a system of an automatic processing device.

O: \ 90 \ 90362.DOC -29- 200422869 [Explanation of Symbols] 100 systems for automatic processing of components on the device 102 server 104 data network 106, 200 devices 108, 702 action list version identification items 110, 210, 700 Action List 112 Components 114, 204 Stored Action List Version Identifier (ALVI) 116 Existing components on the device 118 Device stored versions 120, 228 Component handling routines 122, 230 Installed component handling routines 202 Downloaded version Identifier 206 Comparison logic 208 Processing logic 212 Component version identifier (CVI) 216 Install component logic 218 Update component logic 214 Functional logic 222 Downloaded component 220 Delete logic 224 Update version logic 226 Installed component 704, 706 Component / action pair O : \ 90 \ 90362.DOC -30-

Claims (1)

Pick up and apply for patents: l-A method for automatically processing components on a device, wherein the component type is meta-selected, the method includes: installing a component processing routine on the device, wherein the component processing routine is operable to process Multiple components with the selected component type; "analyze the list to get # 一 用" to identify the component / action pair required by the device; download the component to the device; determine whether the component has the selected component type; and / Use the selected component type to start the component processing routine to process the component. Declaring a patent | & method around item 1, wherein the installation step includes: receiving the action list on the device; and analyzing the action list to obtain a selected component / action for identifying a component processing routine Correct. 3 · If applied for% patent scope! Item, wherein the installation step includes: identifying the component processing routine by the type of the component; and downloading the component processing routine to the device. The method of claiming the patent No. 1 item, wherein the installation step includes registering the selected component processing routine in the device registration. 5. The method according to item 丨 in the patent application, wherein the using step includes using the selected component type for exemption] 7 # ^ 变更 Change the status of the component on the device. 6. The method as claimed in the patent application, wherein the use dream step includes using the component to handle a conventional u # hanging type to mount the component on the device. O: \ 90 \ 90362.DOC 200422869 7. If the method with the oldest scope of patent application is applied, the step further includes updating a component version identification item of a storage # using a version identification item corresponding to the component. 8. If the method of applying for a patent * surrounds item}, the device is a wireless device. 9 · A device for automatically processing a component on a device, wherein the component has a selected component type, the device includes: a women's clothing series for mounting a component processing routine on the device, wherein the component processing routine may be Operation to process multiple components with the selected component type; d analysis series for analyzing an action list to obtain a component / action pair for identifying the device to be processed; download logic for downloading the component to The device; the judging logic 'is used to determine whether the component has the selected component type; and using an editor, & using the selected component type to start the component processing method to process the component. ίο. According to the device of the scope of patent application, the installation logic includes: receiving logic 'for receiving the action list on the device, and analysis logic for analyzing the action list to obtain-for identifying the Selected component / action pair of the component processing routine "Shi Shen, Patent No. 9 of the device, wherein the installation logic includes: identification logic for identifying the component processing routine using the selected component type; and O : \ 9Q \ 90362.DOC -2-12. Download logic to download the component handler to the device. For example, for a device in the scope of patent application 9, the installation logic includes registration logic for registering the selected component handler in a device registration. 13. 14. 15. 16. 17. The device of claim 9 wherein the use logic includes use logic for using the selected component type to change the state of the component on the device. For example, the device of claim 9 in which the use logic includes installation logic for using the component processing routine to install the component on the device. For example, the device of claim 9 further includes update logic for updating a stored component version identification item with a version identification item associated with the component. Goshen calls the device of the scope of the patent, wherein the device is a wireless device. An apparatus for automatically processing a component on a device, wherein the component has a selected component type, the device includes: a mounting member 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; an analysis component for analyzing an action list to obtain a component / action pair for identifying the device to be processed; a download component for downloading the component to the device; a determination component , Used to determine whether the component has the selected component class; O: \ 90 \ 90362.DOC -3- and dual purpose :: Used to use the selected component type to start the component processing mode to process the component . 1δ · The device according to item 17 of the patent application scope, wherein the mounting member includes: a receiving member 'for receiving the action list on the device; and an analysis member for analyzing the action list to obtain a π for identifying the π The selected component / action pair for the component handler. 19. The device according to item 17 of the patent, wherein the mounting member includes: an identifying member for identifying the elementary routine using the selected component type; and a receiving member for downloading the component processing routine To the device. 20. The device according to item 17 of the patent application, wherein the mounting member includes a registration member for registering the selected component process in a device registration. 21. The device as claimed in claim 17 in which the use member includes a use member for using the selected component type to change the state of the component on the device. 22. The device as claimed in claim 17 in which the use member includes a mounting member for using the component processing routine to mount the component on the device. 23. The device according to item 17 of the scope of patent application, further comprising an update component for updating a stored component version identification item with a version identification item associated with the component. 24. The device according to item 17 of the patent application scope, wherein the device is a wireless device O: \ 90 \ 90362.DOC -4- device. 25 _ Commanded computer-readable media, when the processing logic in a device executes these instructions, it is expected to automatically process the component in the device body package t on the device. The component has a selected component type, and the computer is readable. "Type Media Two Installation" is used to install on the device-component processing routine, which / file processing hanging type can be operated to process multiple components with the selected component type; analysis instructions, used to establish status _ & Analyze the action list to obtain a component / action pair used to identify the device to be processed; Download Private "is used to download the component to the device; The order 'for de-ordering'-one, one should Whether the part has the selected component type; and ^ processes the component with a processing mode for initiating the component using the selected component type. 26 = Computer-readable media of the scope of application for patent No. 25, wherein the installation instructions include: receiving I for receiving the action list on the device; and an analysis means f analyzing the action list to obtain-for identification This feature handles the selected element / action pair of the routine. 27. The computer-readable media including item 5 in the scope of patent application, wherein the security identification instructions are used to use Ling ^ ^ to identify the component processing routine with the selected component type; and O: \ 90 \ 90362.DOC -5- 28: Contains instructions for downloading the processing routine of this component Selected routine handling routine. ~ 29. The computer readable media claiming item 25 of the patent claim, wherein the usage instructions include a usage instruction 'for using the selected component type to change the status of the component on the device. 30. In the case of a computer-readable medium of the scope of application for a patent, the use instructions include installation instructions for using the component processing routine to install the component on the device. 31. The computer-readable medium of claim 25, further comprising an update instruction 'for updating a stored component version identification item with a version identification item associated with the component. 32. The computer-readable media of claim 25, wherein the device is a wireless device. O: \ 90 \ 90362.DOC 6-