200921511 九、發明說明： 【發明所屬之技術領域】 本發明係有關於—種 統及方、去，爭謹而丄 貝隹。貝5己丨思體初始化設置系 自我、、則m ;之’係關於—種於電子裝置執行開機 中對所有的選項唯讀記憶體執行設置的選 員隹靖zk體初始化設置系統及方法。 【先前技術】 ”生！著不斷研發與精進，電子裝置之設計皆朝向 =::==品質之9標發展。因此，為了達到上 、一“裝置需要在使用及測試過程中不斷改 進。 目刖各種電子裂置中具有报多晶片，而由於晶片廠商 口广’故由許多晶片、组成的晶片組（Chipset)中的控制 為細r〇ller)對應的選項唯讀記憶體（〇pti〇n議， 以：間稱選項_)就有所不同，所以在對這些選項_ 細刀始化設置的時候，必須在電子裝置進行開機自我測 "、（ower On Self Testing ; Post)時進入對應的選項 :〇!^1設置，例如設置物理磁片冗餘陣列（RAID)的等 、及°又置等，待完成設置後退出對應的選項ROM，並需要重 新啓動系統來啟動設置；若該電子裝置具有第二個選項 ROM需要進行初始化設置，那麽就需要重複上述步驟，且 再次重新啓動系統。 叙就伺服益而g，特別是在對其測試過程中會有三 個、甚至更多的選項R〇M需要進行初始化設置。因此，若 110579 5 200921511 電子裝置具有辣選項_，則均f對各選項_進行設 置’且完成設置後亦需重新啟動，而系統重新啓動需花費 一定的時間，對於測試人員而言，將會耗費相#多的時間 在重新啓動系統的處理上。 因此，如何提供一種選項唯讀記憶體初始化設置系統 及方法，以將該電子裝置巾所有選項_在完成設置後， 僅執行-次的重新啓動系統，從而節省時間，實為 欲解決的課題。 上 【發明内容】 鑒於上述習知技術之缺點，本發明之主要目的在於 供-種選項唯讀記憶體初始化設置系統及方法，用以將1 電子裝置中所有的選項唯讀記憶體進行設置，並僅執行二 次的重新啓動系統，從而達到節省測試時間的目的。 述目的，本發明提供—種選射讀記憶體初始 k置糸統及方法。本發明之選項唯讀記憶體初始化嘹置 有Γ自我測試系統及該選項唯讀記憶 二裝置中，該選項唯讀記憶體初始化設置系統包 括·儲存早兀，於該電子裝置開機而啟動該開機自我 糸統以執行開機自我測試工 1 選項唯讀記憶體進行檢測時，用以二：：子衣置内所有的 、、先所檢測到的各該選項唯嘈咅 糸 视化設定介面，用以讀二;保存單元;可 _之資訊並加以續干==儲存的所有選項唯讀 記憶體之資輯應提丨貞7"出的各選項唯讀 、°又疋輸入列，藉由與各選項唯讀記 110579 6 200921511 憶體之資訊對應的設定輸入列來選擇或設定所欲設置的 選項唯讀記憶體，並將所設定的設置内容儲存於該保存單 元中，且該可視化設定介面具有調用模組以及判斷模組， 該調用模組係依據該可視化設定介面所接收到的選項唯 讀記憶體之選擇結果進入與該選擇結果對應的選項唯讀 記憶體中，以供設定該選擇的選項唯讀記憶體之設置内 容，該判斷模組係用以比對該儲存單元所儲存的資訊及保 存單元所儲存的設置内容，以判斷該電子裝置内的所有選 項唯讀記憶體是否完成設置；以及啟動模組，於該判斷模 組判斷所有的選項唯讀記憶體均完成設置後，重新啓動該 電子裝置，並同時啟動各該選項唯讀記憶體之初始化設 置。 該選項唯讀記憶體初始化設置方法，係應用於具有開 機自我測試系統及選項唯讀記憶體之電子裝置中，該方法 包括以下步驟：於該電子裝置中預設儲存單元及保存單 元；於該電子裝置開機而啟動該開機自我測試系統執行開 機自我測試過程中，對所有的選項唯讀記憶體進行檢測以 將取得的該選項唯讀記憶體之資訊儲存於該儲存單元 中；讀取該儲存單元儲存的所有選項唯讀記憶體之資訊， 以所讀取到的資訊提供一可視化設定介面並顯示於該電 子裝置上，且該可視化設定介面針對所顯示出的各選項唯 讀記憶體之資訊對應提供設定輸入列，藉由與各該選項唯 讀記憶體之資訊對應的設定輸入列來選擇或設定所欲設 置的選項唯讀記憶體，並將所設定的設置内容儲存於該保 7 110579 200921511 '存單元中，其中，係依據該可視化設定介面所接收到的選 項唯讀記憶體之選擇結杲進入與該選擇結果對應的選項 唯讀記憶體中，以供設定該選擇的選項唯讀記憶體之設置 内容；以及比對該儲存單元所儲存的選項唯讀記憶體資訊 是否同樣儲存於該保存單元中，以判斷該電子裝置内的所 有選項唯讀記憶體是否均完成設置，若判斷結果為所有的 選項唯讀記憶體均完成設置後，重新啓動該電子裝置，並 同時啟動各該選項唯讀記憶體之初始化設置，若判斷結果 f 為尚有未完成内容設置的選項唯讀記憶體時，持續提供該 可視化設定介面。 相較於習知技術，本發明之選項唯讀記憶體初始化設 置系統及方法，係將該電子裝置中所有需要初始化設置之 選項唯讀記憶體全部進行設置後，僅需執行一次的重新啓 動系統，從而節約時間。此外，透過本發明之選項唯讀記 憶體初始化設置系統及方法所提供的可視化設定介面，更 f便於管理電子裝置内的所有選項唯讀記憶體。 κ) 【實施方式】 以下係藉由特定的具體實例說明本發明之實施方 式，熟悉此技藝之人士可由本說明書所揭示之内容輕易地 暸解本發明之其他優點與功效。本發明亦可藉由其他不同 的具體實例加以施行或應用，本說明書中的各項細節亦可 基於不同觀點與應用，在不悖離本發明之精神下進行各種 修飾與變更。 請參閱第1圖，係顯示本發明之選項唯讀記憶體初始 8 110579 200921511 化設置系統基本架構方塊示意圖。如圖所示，本發明之選 $唯讀記憶體⑶州⑽則初始化設置系統2^應用於 電:裝置中，於本實施例中，該電子裝置為飼服器，該電 子裝置中具有用以對内部設備進行開機檢測之開機自我 測^ ( POST)系統卜本發明之選項唯讀記憶體初始化設 置ΐ、先2至；包括儲存單兀21、可視化設定介面23、保 存單元24以及啟動模組26。 於該電子裝置開機通電後，該開機自我測試系統^ 執:開機自我測試過程中，會對該電子裝置内所有的選項 唯讀記憶體10進行檢測，並對所檢測到的各該選項唯讀 兄憶體進行讀取，以將各該選項唯讀記憶體10儲存的可 2=資訊儲存於該儲存單元21中。該開機自我測試系 ί =賴絲巾對各料射讀記憶體丨〇所讀取到的 括選項唯讀記憶體製造商資料，例％⑶選項唯 項記憶體' Intel選項唯讀記憶體等。 、 L所有设Ϊ介面23用以讀取該儲存單元21儲存的 :己憶體10資訊並加以顯示，且針對所 =各選項唯讀記憶體1〇資訊對應提供設定輸入列（在 4予以圖不），藉由與各選項唯讀記憶體1〇資訊對應 ::設定輪入列來選擇或設定所欲設置的選項唯讀記，體 1 / 更於測試人員進行選擇以及操作。再者，需說明的 視化設定介面23於本實施例中，係依據該電子 衣置内建例如Wlnpe系統所提供，但不限僅以此系統建立 該可視化設定介面23。 元遷立 110579 9 200921511 以及視化設定介面23包括調用模組230 八面23所H 2用模組23Q係依據該可視化設定 該選擇結果對應的、記憶體10之選擇結果進入與 組230用以建:二\ 1Q + ’亦即該調用模 頌不於該可視化設定介面23上夂1選# 唯讀記憶體10資訊上σ 項 鏈接關係；㈣，選項唯較憶體之間的 定輸入列㈣料設定介面23所提供的設 將所設置的内容儲存唯，記憶體1G進行設置，並 言，該保存單_ ; W呆存單兀24中，就本實施例而 , 70 係指所選擇設置的選項唯讀呓憶麟J0 亡二亦即該設置内容將保存於該選擇 ：“ 疋的選項唯讀記恃俨 』又1 π合0又 保存單元24亦可為内建於該為限定，該 備，且藉由該獨立儲存設 設 記憶體10之設置内容。仔汁有、擇-置的砥項唯讀 判斷模6且9 9 9 m 記憶體ι〇是否==判斷電子裝置内的所有選項唯讀 21所儲存的選#判斷方式係比對該儲存單元 存單元24中：由憶體1〇資訊是否同樣儲存於該保 已將所有檢測到的選t；!裝置開機自我測試的過程中， 單元21，據此使該判斷二Π憶體訊儲存於該儲存 存單元24所传存的次.果、、且32比對該儲存單元21與保 體H)是否完成^“，即可得知所有的選項唯讀記憶 <占兀成设置，亦即，兮 _ 内容中，若含有該儲存單元二早：儲存的設置 布仔早凡21所储存的資訊，且表示與 110579 200921511 鮮訊對應的選項唯讀記憶體已完成設置。當判斷模組判 斷出尚有未完成設置的選項唯讀記憶豸1〇，該 定介面23則提供關於尚未穿罢从、〇又 〇禾凡成6又置的選項唯讀記憶體之 才疋不心'，以對不進行設置之選項唯讀記憶體Μ加以提 不’使測試人員依該提示m自决办士 10的設置。 丁汛心末几成所有選項唯讀記憶體 該啟動模組26於該判斷模組232判斷所有選盖 記憶體H)均完成設置，則重新啓動該電子裝置，並^ 2據該保存單元24所儲存的設置内容來啟動各該選項唯 蟥兄憶體1 〇之初始化設置。 外请參閲第2圖’係顯示本發明之選項唯讀記憶體初始 化設置方法之流程示意圖。如圖所示，本發明之選項唯讀 1憶體初始化設置方法’係、於電子裝置進行開機自我測試 j POST)過程中，對所有能夠檢測到之選項唯讀記憶體進 ^刀始=設置’於本實施例中，該電子裝置為伺服器。該 ο砥項隹頃记憶體初始化設置方法所執行的步驟如下。 =步驟S11中，於該電子裝置中預設儲存單元21及 保存單元24，以供後續選項唯讀記憶體初始化設置之使 用，接著進至步驟s 12。 於步驟S12中，於該電子裝置進行開機自我測試過程 中，將檢測到的各該選項唯讀記憶體10之資訊儲存於該 達存單元21 ’該資訊例如製造該選項唯讀記憶體之製造 商；接著進至步驟S13。 於步驟S13中，提供一可視化設定介面23，並對各 11 110579 200921511 該選項唯讀記憶體1 〇資m加 ..peτ5 Α . 貝0孔加以頒不，且針對所顯示出的 各遙項唯讀記憶體10資訊對雍 ^ 胃。峨美供設定輸入列（在此未 卞U圖不），赭由與各選 — 貝隹貝。己饭體10育訊對應的設 疋幸別入列來送擇或設定所 β人°又置的适項唯讀記憶體1 0 ; 接者進至步驟S14。 於步驟S14中，建立銪+你兮_、 逐.'，、員不灰该可視化設定介面23上 σ uy； k項唯§買s己憶體之資訊愈實_卜t q& 灿 貝0tL只只肢上各该選項唯讀記憶200921511 IX. INSTRUCTIONS: [Technical field to which the invention pertains] The present invention relates to a system, a party, a party, and a competition. The initial setting of the self-contained body is self-, and then m; the system is about setting up the setting system and method for the selection of the read-only memory for all the options in the electronic device. [Prior Art] "Life! With continuous research and development, the design of electronic devices is oriented towards the development of =::==Quality. Therefore, in order to achieve the above, "the device needs to be continuously improved during use and testing. Seeing that there are many multi-chips in various electronic cracks, and because of the wide range of wafer manufacturers, the control in the chipset composed of many wafers is finer 〇ller). The corresponding read-only memory (〇pti) 〇n,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Enter the corresponding option: 〇! ^1 settings, such as setting the physical disk redundant array (RAID), etc., and then set the wait, after exiting the corresponding option ROM, and need to restart the system to start the settings; If the electronic device has a second option ROM that needs to be initialized, then the above steps need to be repeated and the system restarted again. In terms of servo benefits, especially in the course of testing, there will be three or even more options R〇M need to be initialized. Therefore, if the 110579 5 200921511 electronic device has the spicy option _, then f is set for each option _ and restarts after the setting is completed, and the system restart takes a certain time, for the tester, It takes a lot of time to restart the processing of the system. Therefore, how to provide an option read-only memory initialization setting system and method to save all time by executing all the options of the electronic device _ after the setting is completed, thereby saving time, which is a problem to be solved. SUMMARY OF THE INVENTION In view of the above disadvantages of the prior art, the main object of the present invention is to provide a read-only memory initialization setting system and method for setting all the optional read-only memories in an electronic device. And only perform a second restart system to save test time. In summary, the present invention provides a method for selecting an initial read-memory memory and a method. The option read-only memory initialization device of the present invention has a self-test system and the option read-only memory device. The option read-only memory initialization setting system includes: storing early, and starting the booting of the electronic device. When the self-supplied system performs the test of the boot-up self-tester 1 option read-only memory, it is used to display all the options in the sub-clothes: To read the second; save the unit; can _ the information and continue to dry == all the options stored in the read-only memory should be raised 7 " out of the options read-only, ° and 疋 input column, by Each option is only read 110579 6 200921511 The setting input column corresponding to the information of the body selects or sets the option read only memory, and stores the set setting content in the saving unit, and the visual setting interface Having a calling module and a judging module, the calling module enters an option corresponding to the selection result according to the selection result of the read-only memory received by the visual setting interface In the memory, the option for setting the selection is only the setting content of the memory, and the determining module is configured to compare the information stored in the storage unit and the setting content stored in the saving unit to determine the electronic device. All of the options read-only memory is completed; and the boot module, after the judging module judges that all the options read-only memory are set, restarts the electronic device, and simultaneously starts each of the options read-only memory Initialization settings. The option read-only memory initialization setting method is applied to an electronic device having a boot self-test system and an option read-only memory, the method comprising the steps of: presetting a storage unit and a saving unit in the electronic device; When the electronic device is powered on and the booting self-test system performs the boot self-test, all the options read-only memory are detected to store the obtained information of the read-only memory in the storage unit; reading the storage All the options stored in the unit read the information of the memory, provide a visual setting interface with the read information and display it on the electronic device, and the visualization setting interface only reads the information of the memory for each option displayed. Correspondingly, the setting input column is provided, and the option read-only memory to be set is selected or set by the setting input column corresponding to the information of the read-only memory of the option, and the set setting content is stored in the protection 7 110579 200921511 'Storage unit, which is based on the option received by the visualization setting interface. The selection of the body enters the option read-only memory corresponding to the selection result, so that the option of setting the selection is only the setting content of the read-only memory; and whether the read-only memory information is more than the option stored in the storage unit The device is also stored in the saving unit to determine whether all the read-only memory in the electronic device is set. If the result of the determination is that all the read-only memory is set, the electronic device is restarted and simultaneously The initialization setting of the read-only memory of each option is started, and if the result f is the option read-only memory that has the unfinished content setting, the visualization setting interface is continuously provided. Compared with the prior art, the option read-only memory initialization setting system and method of the present invention is to restart the system only after all the optional read-only memory of the electronic device is set. , saving time. In addition, the visual setting interface provided by the optional read-only memory initialization setting system and method of the present invention facilitates management of all options read-only memory in the electronic device. 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The present invention may be embodied or applied by other specific embodiments, and various modifications and changes may be made without departing from the spirit and scope of the invention. Please refer to FIG. 1 , which is a block diagram showing the basic architecture of the optional read-only memory of the present invention. As shown in the figure, the optional read-only memory (3) state (10) of the present invention is used to initialize the setting system 2 to be used in a device: in the embodiment, the electronic device is a feeding device, and the electronic device has a function in the electronic device. Boot-on self-test (POST) system for booting internal devices. The option of the present invention is read-only memory initialization setting ΐ, first 2 to; including storage unit 21, visualization setting interface 23, saving unit 24, and startup mode Group 26. After the electronic device is powered on, the boot self-test system is executed: during the boot self-test, all the optional read-only memory 10 in the electronic device is detected, and each of the detected options is read only. The brother recalls the reading to store the 2= information stored in the read-only memory 10 of the option in the storage unit 21. The boot self-test system ί = ray silk scarf for each material reading memory 丨〇 read the option read-only memory manufacturer information, example % (3) option only memory 'Intel option read-only memory, etc. . And all the setting interfaces 23 are used to read the information stored in the storage unit 21 and display the information, and provide a setting input column for the read-only memory 1〇 information corresponding to each option (in FIG. 4) No), by corresponding to the read-only memory 1〇 information of each option:: set the round-in column to select or set the option to be set only, the body 1 / more than the tester to select and operate. Furthermore, the visual setting interface 23 to be described is provided in the present embodiment according to the electronic device built-in, for example, the Wlnpe system, but is not limited to the system to establish the visual setting interface 23. Yuan Qianli 110579 9 200921511 and the visual setting interface 23 include the calling module 230, the eight sides 23, the H2 module 23Q, according to the visualization setting, the selection result of the memory 10 is entered into the group 230 for Built: two \ 1Q + 'that is, the call module is not in the visual setting interface 23 夂 1 select # 唯 记忆 memory 10 information on the σ item link relationship; (d), the option is only the input column between the memory (4) The setting provided by the material setting interface 23 stores the set content only, the memory 1G is set, and the saving list _; W is stored in the single unit 24, and in the present embodiment, 70 means the selected setting. The option is read only by Yi Yilin J0. The setting is saved in the selection: "疋 唯 唯 唯 恃俨 又 』 』 π π 0 又 又 又 又 保存 保存 保存 保存 保存 保存 保存 保存 保存 保存 保存 保存 保存 保存 保存 保存 保存The device is provided with the setting content of the memory 10 by the independent storage. The 汁 有 有 择 唯 唯 唯 判断 且 且 且 且 且 且 且 且 且 且 且 且 9 9 判断 判断 判断 判断All options read only 21 stored in the ## judgment mode is compared to the storage unit deposit slip 24: In the process of self-testing by the memory of the device, the unit 21 is configured to store the detected data in the storage device. If the storage unit 21 and the security unit H) are completed, it is known that all the options are read-only memory, that is,兮 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ When the judging module judges that there is still an option for reading the unfinished setting, the setting interface 23 provides the option of reading only the memory that has not been worn, and then 〇 〇 成 6 6 6 6 6 6 6 6 Don't care, 'I don't want to set the option to read the memory, don't ask the tester to follow the prompt m to self-determine the setting of the 10th. In the end of the game, all the options are read-only memory. The startup module 26 determines that all the selected memory devices H) have been set, and then restarts the electronic device, and according to the storage unit 24 The stored settings are used to initiate the initial settings of each option. Referring to Fig. 2, there is shown a flow chart showing the method for initializing the read-only memory of the option of the present invention. As shown in the figure, the option of the present invention is only a read-only memory initialization setting method, and in the process of booting a self-test j POST in an electronic device, the read-only memory is input to all the options that can be detected. In the present embodiment, the electronic device is a server. The steps performed by the memory initialization setting method are as follows. In step S11, the storage unit 21 and the storage unit 24 are preset in the electronic device for use by the subsequent option read-only memory initialization setting, and then proceeds to step s12. In step S12, during the booting self-test of the electronic device, the detected information of the selected read-only memory 10 is stored in the storage unit 21. The information is, for example, the manufacture of the optional read-only memory. Then, proceed to step S13. In step S13, a visual setting interface 23 is provided, and for each 11 110579 200921511, the option read-only memory 1 is added with m..peτ5 Α. The 0 hole is not specified, and for each displayed remote item Read-only memory 10 information on 雍^ stomach. Comparable to the input input column (not shown here), it is selected by each one - Beibeibei. The device corresponding to the food culture 10 is fortunately selected to set or set the suitable read-only memory 10 for the β person; and the process proceeds to step S14. In step S14, 铕+你兮_, 逐.', 员 不 该 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 可视 σ Only the limbs of this option are read-only memory
月豆之間的鏈接關係；接著進至步驟S15。 於步驟S15中，由該可視化設定介面23中選擇之選 項唯讀記憶體依據該鏈接關係進己 — 仃相關°又置，亚將設置内容儲存於保存單 :中；接著進至步，驟S16。須說明的是，本實施例中，藉 鍵接關係以在選擇欲執行設置内容設定的選項唯^ 记憶體中建立該保存單元1，並不以此為限，該保存單 凡亦可為建立於該電子裝置内的獨立儲存設備。 入ΑS16巾，判斷所有的選項唯讀記憶體10是否 、15:成叹置，若全部完成，則進至步驟S17 ;反之，則 f ^ V知S18。在此須提出說明的是，所有的選項唯讀記 L'版1 〇疋否均已完成設置的判斷方式係比對該儲存單元 =。所儲存的選項唯讀記憶體1〇資訊是否同樣儲存於該保 中’由於在電子装置開機自我測試的過程中， ^將所有檢測到的選項唯讀記憶體丨〇資訊儲存於該儲存 ，據此比對該儲存單元21與保存單元24所儲存 的貝。R ’即可得知所有的選項唯讀記憶體10是否完成設 12 110579 200921511 置。 於步驟Si7 + , 完成設置，故可1，於所有的選項唯讀記憶體10均已 置進行重新啓動W該可視化設定介® 23並對該電子裝 初始化設置Y ，且同時啟動各該選項唯讀記憶體10之 於步驟s 18 Φ，A ^ 記憶體，故該可:二:有未完成初化設置的選項唯讀 f 對未進彳行置之tr面23則提供提㈣息，亦即， 員k項唯讀記憶體10加以提示，使測試人 示訊息來完成所有選項唯讀記憶體iO的設置； j 回步驟S15,以持續對未完成初化設置的選項唯讀 記憶體進行設置。 k貝隹η貝 述，本發明之選項唯讀記憶體初始化設置系統 ί方法，係將該電子裝置中所有需要初始化設置之選項唯 0貝6己‘[思體，透過一可視化設定介面以在電子裝置中的所有 遙項唯讀記憶體完成設置後，僅需重新啓動系統一次，即 :可-併啟動所有選項唯讀記憶體的設置，從而節約時間， 以及避S習知電子裝置重新啟動次數因依據内建選項唯 讀記憶體數量來執行重新啟動，導致多次且密集的重新啟 動而降低該電子裝置的品質及壽命。 上述實施例僅例示性說明本發明之原理及其功效，而 非用於限制本發明。任何熟習此項技藝之人士均可在不j 背本發明之精神及範脅下’對上述實施例進行修飾= 變。因此，本發明之權利保護範圍，應如後述之申請專利 範圍所列。 110579 13 200921511 【圖式簡單說明】 第1圖為一方塊示意圖，係顯示本發明：選項唯讀記 憶體初始化設置系統之基本架構方塊示意圖；以及 第2圖為一流程示意圖，係顯示本發明之選項 』 憶體初始化設置方法之流程示意圖。 、' 【主要元件符號說明】 1 開機自我測試系統 10 選項唯讀記憶體 2 選項唯讀記憶體初始化設置系统 21 儲存單元 23 可視化設定介面 230 調用模組 232 判斷模組 24 保存單元 26 啟動模組 S11 至 S18 步驟 Π0579 14The link relationship between the moon beans; then proceeds to step S15. In step S15, the option read-only memory selected by the visualization setting interface 23 enters according to the link relationship, and the related content is stored in the save list: and then proceeds to step S16. . It should be noted that, in this embodiment, the key unit is used to establish the save unit 1 in the memory of the option to select the setting content to be executed, and the save unit may not be limited thereto. An independent storage device built into the electronic device. After entering the S16 towel, it is judged whether all the options are read only by the memory 10, 15 or not, and if all are completed, the process proceeds to step S17; otherwise, f ^ V is known as S18. It should be noted here that all the options read only L'Version 1 〇疋 No way to determine the setting is compared to the storage unit =. The stored option is only read memory 1 〇 information is also stored in the protection' because during the electronic device boot self-test, ^ all the detected option read-only memory information is stored in the storage, according to This compares the storage stored in the storage unit 21 and the storage unit 24. R ’ can know all the options of the read-only memory 10 is set to 12 110579 200921511. In step Si7 + , the setting is completed, so it can be 1, in all the options, the read-only memory 10 is set to restart. The visual setting is set to 23 and the setting of Y is initialized for the electronic device, and each of the options is activated at the same time. The read memory 10 is in the step s 18 Φ, A ^ memory, so the: 2: there is an option to complete the initial setting, only read f, and the tr-face 23 is not provided. That is, the k-th read-only memory 10 prompts the tester to complete the setting of all the options read-only memory iO; j returns to step S15 to continue the option read-only memory for the unfinished initialization setting. Settings. k 隹 贝 贝 , , , , , , , , , , , , , , 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本After all the remote read-only memory in the electronic device is set, only the system needs to be restarted once, that is, the setting of all options read-only memory can be started, thereby saving time and avoiding the restart of the electronic device. The number of times is restarted based on the number of read-only memory built-in options, resulting in multiple and intensive restarts that degrade the quality and longevity of the electronic device. The above-described embodiments are merely illustrative of the principles of the invention and its effects, and are not intended to limit the invention. Any person skilled in the art can modify or modify the above embodiments without departing from the spirit and scope of the invention. Therefore, the scope of protection of the present invention should be as set forth in the scope of the patent application to be described later. 110579 13 200921511 [Simplified Schematic] FIG. 1 is a block diagram showing the basic architecture of the present invention: an optional read-only memory initialization setting system; and FIG. 2 is a schematic flow chart showing the present invention. Option 』 The flow chart of the memory initialization setting method. , ' [Main component symbol description] 1 Boot self-test system 10 Option read-only memory 2 Option read-only memory initialization setting system 21 Storage unit 23 Visualization setting interface 230 Calling module 232 Judging module 24 Saving unit 26 Starting module S11 to S18 Step Π0579 14