1288872 九、發明說明： 【發明所屬之技術領域】 別為==為—種顯示BI叫貞錯碼完整訊息的方法，其特 =:::於可無線傳輪之資訊裳置中，用以顯示其 债錯碼元整訊息的方法。 【先前技術】 主機板可說是f腦或任何資訊電子產品最重要的元 主播/有微處理②體、晶片組和介面卡，都安裝在 、反上’或者藉由插座或插槽等週邊連接裝置與主機板 主機板上密密麻麻的線路，它們負責各個元件之間 :息傳輸：而主機板和磁碟機之間，則是透過排線來連 ，輸^料。又主機板上，還有幾個位於背後用以連 接螢幕與鍵盤㈣邊㈣座。就是透料種方式，所有的 ，邊零组件得以與主機板連結，所以主機板又稱為祕沈 Board，可以說是電腦或任何資訊電子產品的地基。 職是基本輸入輸出系、統（Basic細此&㈣此 System )的簡稱。其係健存於唯讀記憶體中的—_體，該 基本輸入輸出系統’也是正常啟動電腦所必須的條件。當 啟動電腦時’微處理器首先要根據娜程式的内容，來一 :核對主機板、顯示卡等設備上的每個基礎設備是否正 常，然後才會將控制權交給作業系統，進行正常運作。透 過改寫BIGS的内容’可以達到提升設備性能和兼容性的目 的。因為BIOS為最底層的基礎部分，因此非常的重要，所 1288872 以-旦BIOS出現錯誤，後果也就相當嚴重的。 BIOS的主要作用有三點：丨·自檢及初始化：開機後 BIOS最先被啟動’然後它會對電腦的設備進行完全徹底的 才欢驗和測減。如果發現問題，將會分成兩種情況加以處 f : a·嚴重故障則料•非嚴重故障則將相_故障之訊 心給出至顯不幕加以提示或以聲音信號報警之，並等待用 =處理。如果未發現問題，則將硬體設置為備用狀態，然 後啟動作業系統，並把對電腦的控制權交給用戶。2·服 务fOS直接控制计异機的1/〇 (工叩此愚，輸入/輸 出）/又備’以傳送或接收各種外部設備的數#。3·設定中 斷·開機％，BIOS會告訴cpu各硬體設備的中斷訊號，者 :=使用某個設備的指令後，cpu就根據中斷訊“ 、硬體以元成工作’又再根據中斷訊號跳回原來 工作。 —當開機通電後，一般微處理器會自BIOS載入資料以執 ;之二？時β 1 〇S第一段要執行的程式即是開機自我測 :自=所 rposT(p〇w^^ e 1匕括對CPU、RAM、CMOS存儲器、各插槽、 =卡三軟硬碟機系統及鍵盤等之測試。開機自我測試執 訊自，以接：: 生時，運算單元會發出一些特定的 干^訊自=錯决’其中偵錯碼便是其中一種常用來表 方式。因為騰為-相當基礎的程式，因此 錯碼後，必須要進一步對照相關技術 = 1288872 二而習知偵錯碼的取得，多藉由將 =機反上之PCI/ISABUS插槽，再由除錯卡上之七 :顯而最後仍然要再將該顯示之偵錯；手、 冊對恥，才能了解完整的錯誤訊息内容。 于 $有葬:1之取仔’除了藉由除錯卡之方式取得外，習知 =由視訊圖形陣列_埠等其它方式 :而=，但其不外乎藉由有線或實體連接方式進行 ㈣技術手冊核得⑴貞料之完整气 二二。除了使用上極為不方便外，當應用產 在相當的不=查閱偵錯碼之完整訊息，在效率上實 【發明内容】 有電=之:::是:有要之便利性及_ 能力，使資訊裝置其執行開丄二里運异、儲存及顯示考 =線傳輸之方式，將該谓錯輸 1 猎由該電子裝置之運作，衣置申，再 檢測或維修人員使用。 、元整的訊息内容，以便利 為達上述之目的，本發 整訊息的方法，其係藉由'二貞錯瑪完 線傳輪裝置、具藍芽協定之無線傳:m·紅外 I令平m衣置、具無線網路協 1288872 2之無線傳輪裝置或其它射頻通訊裝置等 =〇s偵錯碼傳送至一電子裝置中，再藉；; 將原⑽代號性質之侦錯碼，對照出其完整之 予以顯示之。 …幕將該元整之訊息内容 揭明首先必須内建相關資料或預設相關設定，苴包 由百先建立-偵錯碼及其完整訊息之資料表於該電子裝 運算及卜來自，身訊裝置之_碼時，能加以 ,^ 、…、接者於該貧訊裝置中提供一 I/O埠模組，苴 2用=作為該資喊置其運算單元與無線傳輸裝置間之^ 出錯碼能正確的傳送’因此設定㈣㈣錯碼之 输出位置為該I/O埠模組。 於該貧訊裳置開機後，開始執行開機自我測試時，首 該資訊裝置中之1/0埠模組及無線傳輸裝置， ,、、、、後啟動該㈣傳輸裝置，使其處於可 執行後續之開機自我測試，並對電腦的設備進行;全= ==試，若有錯誤則會產生偵錯碼。由於 貞 置為特定之1/0璋模組，因此該侦錯碼會： 达至該指定I/O遠槿如，二# & a ^ ιψ -無線傳輸裝置，因㈣埠模組又連接有 外發送，而㈣錯碼逆=錯碼可错由該無線傳輪裝置對 此％ -電子裝置因設有與該f訊裝置相容之 ”’故可接收該資訊裝置所發射出之訊號，因而接= 該偵錯碼。又因為該電子裝置已内建有每_偵錯碼及其戶^ 8 1288872 對應完整訊息内容之資 該資料表對照後，即可得到該^將該接收到之谓錯碼與 息内容。接著再藉由該電子；置：：所:表之特定完整訊 此就可以快速且完全不幕加以顯示之，如 谓錯竭完整之訊息内容。_目11技術手冊，即可得到 田本發明應用於生產製造 或大量的待檢測機台會發出相可能有多數 明所使用之1線傳，、、，曰碼之汛息，因此本發 藍芽協定之使用紅外線傳輪裝置或具 問題。 因此不會有訊息混淆的 ^ (Wirless LAN)" ί ^ ^ ^ " 心：:::Γ資訊裝置中預設有-身分識別碼。當資 :=Γ組封包後再加以傳輸。當電子農置接收:同 其ΐ，因為每一封包都具有身分識別碼於 器，因而不會有:號包究竟屬於哪-台機 藉由本發明的實施， 、藉由本發明之實施， 錯碼訊號傳送之功能 、错由本發明之實施， 至/可以達到下列之進步功效·· 可達到不需有線連接即可進行偵 〇 可陕速便利的顯示偵錯碼之完整 1288872 訊息内容，而不需要對照該相關技術手冊，不但明確 且具高效率。 三、 藉由本發明之實施’可同時處理多數或大量的待檢測 械台’因而可長：南生產製造時之檢測效率。 四、 藉由本發明之實施，不需要增加特製之硬體設備，因 此具經濟及實用性。 為使對本發明的目的、構造特徵及其功能有進一步的 了解，茲配合相關實施例及圖式詳細說明如下·· 【貫施方式】 如弟-圖所不’係為本發明之應用實施例圖，其 ^ Π :32、33 ·..)係位於電子裝置⑽)其無線 傳輸訊唬可接收範圍内之複數台資訊裝置，而其 置⑽之對應及距離關係，係視其選用之無線傳Μ置、 ::)不同而有所差異’例如第一實施例，該 紅外線傳輸裝置或-具藍芽協定之無線傳= ，因-人兩者之間為-種特定對應之關係。又例如第二杳 該無線傳輪襞置（54)為—具有無線網路 二 :輸裝置或其它射頻傳輪之傳輸裝置，因此其為一種;： 式之對應之關係。 禋廣播 如弟二圖所示，孫 體架構示意圖，㈣^本發明資訊裝置及電子I置之硬 ⑽之基本架構，又第早—魏裝置（31)及單—電子裝置 34...)其基本竿槿：乐―圖所示之資訊裝置(32、33、 厂、基本木構係於第二圖所示之資訊裝置 10 1288872 該貝式裝置（31)至少具有一唯讀記憶體⑸）、一運算 (5= — I/G埠⑼⑽及—無線傳輸|置⑸）。其中該 唯讀記憶體（51)係用以儲存一聰程式，而管單以 以傳、Η目㈣自^通之介面，而無線傳輸裝置（54)則用 == 铺。而該電子裝置⑽至少具有-無線 傳輸衣置(54)、一 1/0埠模組(53)、一記憶單元㈤、一 運…(52)及一顯示單元⑽。其中該無線傳輸裝置 ⑽用⑽收該資訊裝置⑽）所發送之訊息資料，而該 係電子褒置⑽用以與外界溝通之介面， ;亍；有：、*笪，，存：資料表，而運算單元(52)用以執 …L _不早兀(56)則顯示最後相關之訊息。 〈弟一實施例〉 ⑽第為方法步驟流程圖 图，姑=欠抓主~ 係為本弟一貝施例之資料表結構 :至少包括一偵錯碼(71)及-完整訊息 法例為一種顯™偵錯碼完整訊息的方 表，二電子農二：；建立一谓錯碼及其完整訊息之資料 資訊裝置中，：以你、步Γ!11);提供一1/0埠模組於該 面（句S12) 1為運算單元與該無線傳輸裝置間之介 :二=)，錯碼之輸出位置為該1/0璋模 於開始執行開機Γ我口 ：模組及該無線傳輸裝置， ^…式T ( y驟S14);啟動該資訊裝置 11 1288872 傳輸裝置（步驟S15);執行後續之開機自我測試 7 夂錯碼，又藉由該無線傳輸裝置送出之（步驟 接1 ;接收該偵料，係藉由該電子裝置之無線傳輸農置 /之（步驟S17);對照該偵錯碼，藉由該資料表，以特 =碼所代表之特定完整訊息（步驟S18);以及顯 不該特疋完整訊息（步驟幻9)。 具體而3，上述之實施方法係包括❺大部份，其 2用於該資訊裝置之—種刪偵錯碼之傳送方法⑹)、，其 匕括下列步驟：提供—I/G蟑模組於該資訊裝置中，用以 作為運算單元與該無線傳輸裝置間之介面 _1288872 IX. Description of the invention: [Technical field to which the invention belongs] The method of displaying the complete message of the BI call error code is: =::: in the information slot of the wireless transmission wheel, A method of displaying the error message of the entire symbol. [Prior Art] The motherboard can be said to be the most important meta-cast/micro-processing 2 body, chipset and interface card of f-brain or any information electronics, all installed or reversed or surrounded by sockets or slots. The connecting device and the motherboard board are densely packed, and they are responsible for the transmission between the components: and between the motherboard and the disk drive, the cable is connected and the material is connected. On the motherboard, there are also a few behind the screen to connect the screen to the keyboard (4) side (four). It is a kind of material type, all the side components can be connected with the motherboard, so the motherboard is also called the secret sink board, which can be said to be the foundation of a computer or any information electronic product. The job is the abbreviation of the basic input and output system, the basic (Basic fine this & (4) this System). It is a body that is stored in the read-only memory, and the basic input/output system is also a necessary condition for starting the computer normally. When starting the computer, the microprocessor must first check the content of the program, check whether the basic equipment on the motherboard, display card and other devices are normal, and then hand over the control to the operating system for normal operation. . By rewriting the content of BIGS, the goal of improving device performance and compatibility can be achieved. Because the BIOS is the bottom layer of the basic part, it is very important, 1288872 to the BIOS error, the consequences are quite serious. The main role of the BIOS is threefold: 丨·Self-test and initialization: The BIOS is first booted after booting. Then it will completely and completely check and reduce the computer equipment. If a problem is found, it will be divided into two situations: f: a. Serious fault is expected. • If the fault is not serious, the signal of the fault will be given to the display or alarmed by an audible signal. = Processing. If no problems are found, set the hardware to the standby state, then start the operating system and give control of the computer to the user. 2. The service fOS directly controls the 1/〇 (work 叩, input/output)/replacement of the different machine to transmit or receive the number # of various external devices. 3. Set interrupt/boot %, the BIOS will tell the CPU the interrupt signal of each hardware device, if: = After using the instruction of a certain device, the cpu will be based on the interrupt message, the hardware will work as the unit, and then according to the interrupt signal. Jump back to the original work. - When the power is turned on, the general microprocessor will load the data from the BIOS to execute; the second step of the first step of β 1 〇S is to start the self test: since = rposT ( P〇w^^ e 1 includes tests on CPU, RAM, CMOS memory, each slot, = card three hard drive system and keyboard, etc. Boot self-test from, to:: Health, operation The unit will issue some specific information from the = error. The error detection code is one of the commonly used methods. Because it is a fairly basic program, after the error code, it must be further compared with the related technology = 1288872 However, the acquisition of the error detection code by the conventional machine is reversed by the PCI/ISABUS slot, and then by the seven on the debug card: the final display still needs to be debugged again; the hand and the book are correct. Shame, in order to understand the complete error message content. In the funeral: 1 In addition to the way of debugging the card, the conventional = by video graphics array _ 埠 and other means: and =, but it is not only by wired or physical connection (4) technical manual (1) completeness of the second two In addition to the extremely inconvenient use, when the application is produced in a fairly complete non-inspection error detection code, the efficiency is practical. [Inventive content] Power = ::: Yes: Convenience and _ ability In order to enable the information device to perform the operation of opening and closing, storing and displaying the test transmission, the operation of the electronic device is performed by the operation of the electronic device, and the clothing is used for re-inspection or maintenance personnel. The whole message content, in order to facilitate the above purposes, the method of sending the whole message is to use the wireless transmission of the blue-and-blue protocol: m·infrared I The clothing, the wireless network device 1288872 2 wireless transmission device or other radio communication device, etc. = 〇 s error detection code is transmitted to an electronic device, and then borrow;; the original (10) coded nature of the error detection code, The complete display of it. First, you must first create relevant information or preset related settings. The data sheet of the first-set-detection code and its complete message can be added to the electronic device. ^,..., the receiver provides an I/O埠 module in the poor device, and 苴2 uses the = as the screaming between the computing unit and the wireless transmission device. The error code can be correctly transmitted. Therefore, the setting (4) (4) The output position of the error code is the I/O埠 module. After the power-on self-test is started, the 1/0埠 module and the wireless transmission device in the first information device are started, And then start the (four) transmission device so that it can perform the subsequent boot self-test and perform the computer equipment; all === test, if there is an error, an error detection code will be generated. Since the device is set to a specific 1/0璋 module, the error detection code will: reach the specified I/O far away, such as two # & a ^ ιψ - wireless transmission device, because (four) 埠 module is connected There is an external transmission, and (4) the error code inverse = the wrong code can be wrong. The wireless transmission device can receive the signal transmitted by the information device because the "%-electronic device is compatible with the device" And thus the = error detection code. And because the electronic device has built-in _ debugging code and its household ^ 8 1288872 corresponding to the complete message content of the data table comparison, you can get the ^ will receive It is said that the error code and the content of the content. Then by the electronic; set:: the specific completion of the table can be quickly and completely displayed, such as the complete message content. The manual, you can get the application of the invention in the field or the large number of machines to be tested will emit the suffocation of the 1 line transmission, and the weight that may be used by the majority. Therefore, the use of the Bluetooth protocol is Infrared transfer device or problem. So there will be no message confusion ^ (Wirless LAN)&Quot; ί ^ ^ ^ " Heart::::ΓThe information device is pre-configured with -identity identification code. When the capital:=Γ group is packaged and then transmitted. When the electronic farmer receives: the same as the other, because each The packets all have the identity identifier, so there is no such thing as: the number of packets belongs to which - the machine is implemented by the present invention, and the function of the error code transmission by the implementation of the present invention is wrongly implemented by the present invention to / The following advancement effects can be achieved. · The complete 1288872 message content of the display error detection code that can be detected without the need of a wired connection can be achieved without the need to refer to the relevant technical manual, which is not only clear and efficient. Third, with the implementation of the present invention 'the majority or a large number of to-be-detected machines can be processed at the same time' and thus can be long: the detection efficiency in the south manufacturing process. 4. With the implementation of the invention, it is not necessary to add special hardware devices, so It is economical and practical. In order to further understand the object, structural features and functions of the present invention, the following embodiments and drawings are described in detail below. Is not an embodiment of the application of the present invention, wherein: 、: 32, 33 ·..) is located in the electronic device (10), the wireless information transmission range of the plurality of information devices, and its (10) Correspondence and distance relationship are different depending on the wireless transmission device selected by ::,). For example, in the first embodiment, the infrared transmission device or the wireless transmission with the Bluetooth protocol = There is a specific correspondence between the two. For example, the second wireless transmission device (54) is a transmission device having a wireless network 2: transmission device or other radio frequency transmission, so it is a type; The corresponding relationship. 禋Broadcast as shown in the second figure, the schematic diagram of the grandchild structure, (4) ^ The basic structure of the information device and the electronic I set hard (10), and the early-wei device (31) and single-electronic device 34...) Basic information: The information device shown in the music diagram (32, 33, factory, basic wood structure is shown in the second figure of the information device 10 1288872) The shell device (31) has at least one Read-only memory (5)), one operation (5=—I/G埠(9)(10) and—wireless transmission|set (5)). The read-only memory (51) is used to store a program, and the tube is used to transmit and display (4) the interface, while the wireless transmission device (54) is used with ==. The electronic device (10) has at least a wireless transmission device (54), a 1/0埠 module (53), a memory unit (5), a computer (52), and a display unit (10). The wireless transmission device (10) uses (10) the information data sent by the information device (10), and the electronic device (10) is used to communicate with the outside world; 亍; has:, *笪,, save: data table, The arithmetic unit (52) is used to execute ... L _ not early (56) to display the last related message. (An example of the younger brother) (10) The flow chart of the first method step, the abbreviation of the main unit is the data structure of the case of the younger brother: at least one error detection code (71) and the complete message law is a kind of The square table of the complete error detection code, two electronic farmer two:; to establish a data error device for the wrong code and its complete message,: you, step! 11); provide a 1 / 0 埠 module On the face (S12) 1 is the interface between the arithmetic unit and the wireless transmission device: two =), the output position of the error code is the 1/0 mode, and the start of the boot is performed: the module and the wireless transmission Device, ^...form T (y step S14); activate the information device 11 1288872 transmission device (step S15); perform subsequent power-on self-test 7 error code, and send it by the wireless transmission device (step 1; Receiving the detection, by wireless transmission of the electronic device (step S17); comparing the error detection code, by the data table, the specific complete message represented by the special code (step S18); And it should not be a complete message (Step Magic 9). Specifically, the above implementation methods include most of the above. The method for transmitting the error detection code (6) for the information device comprises the following steps: providing an I/G蟑 module in the information device for use as an operation unit and the wireless transmission Interface between devices _
二.匕以I/O埠模組及該無線傳輸裝置，於開 =試時(步糊，·啟動該資訊裝置之該無線傳輸S 藉由該無線傳輸裝置送出之（步驟卿。_碼’又 其二係為應用於該電子裝置之一㈣〇s侦錯 ==，其包括下列步驟:建立一偵錯碼及其二 H貝料表，於該電子襄置中（步驟sn) 碼，係藉由該電子裝置之無線傳輸裝置接收之（=偵錯 S17)，對照該偵錯碼，#由該資料表，以特定 所：表之特定完整訊息（步驟⑽)；以及顯:定 訊息（步驟S19)。 寸疋凡整 置或置(54)係為-紅外綠傳輪裝 •X —牙協疋之*線傳輸裝置’因為紅外線傳輪及藍 1288872 芽協定在規範上，兩構聯之通訊裝置間已具有特定之對應 性，也就是進行傳輸之兩設備均為特定，其中紅外線傳輸 係以一對一的方式進行，而藍芽協定除了 一對一的方式 外，目前亦可有一對七的單獨對應，因此當多台機台欲進 行檢測時，以紅外線傳輸方式進行傳輸時，必須一對一的 單獨檢測，而使用藍芽協定之傳輸方式進行傳輸時，則可 依其規範之可對應數目之上限而彈性應用，以上述之傳輸 方式因相關技術已相當成熟，因此運作時，不會有不同機 台之偵錯碼其訊息相互混淆的問題。 由於本發明係為一種顯示BIOS偵錯碼完整訊息的方 法，因此所適用之資訊裝置（30)係為任何具有BIOS，且須 進行開機自我測試之資訊裝置（30)，具體而言本實施例之 資訊裝置（30)可以為桌上型電腦、伺服器、筆記型電腦、 個人數位助理器或手機…等其中之一者。 用以顯示該偵錯碼之電子裝置（40)，係為一可以接收 該些資訊裝置（30)所發射之訊號，並加以對照以產生該偵 錯碼之完整訊息者，具體而言本實施例之電子裝置（40)可 以為一桌上型電腦、伺服器、筆記型電腦、個人數位助理 器或手機…等其中之一者。 由於開機自我測試，係為一台機器於開機時才會進行 之，當開機自我測試執行完畢後，電腦將會將控制權交給 作業系統，以進行正常之運作。原先為了傳送偵錯碼而設 定之I/O埠模組（53)及無線傳輸裝置（54)，此時不會因為 要再次傳輸偵錯碼而被再次使用，因此可將其設定予以清 13 1288872 除，釋放原先設定之控制權，待作 設定，以避免I/O之衝突。 ......先有需要時再加以 如第五圖所示’係為本實施例電子 顯示谓錯碼完整訊息之一實施例圖。告2其頒示單元， 裝置⑽於開機後’進行開機自我測；時：=之資訊 產生谓錯碼Η 0 4，然後資訊裝置（3 ^ =因此 (54)發射該偵錯碼H04。之 由…、線傳輸裝置 綱，並依照第四圖所示之資料^ (4〇)接收該伯錯碼 到㈣錯碼腦之完整訊息為『處理器=對照，因此得 由電子裝置⑽之顯示單元(56)加以心之：所 腿，又經電子裝置⑽之運作，二取::偵錯碼 腦之完整内容為『處理器錯 因為二^、錯碼 傳輸衣置（54)為紅外線傳輸裝置或藍芽協定之無線傳輸裝 置’因此不會有不知道’該積錯碼完整錯誤訊息係為哪一 台機器所發出的問題。 〈第二實施例〉 第/、圖所不，係為本第二實施例之方法步驟流程圖 (80)，而本實施例之資料結構表與第一實施例相同。本實 施例為一種顯示BIOS偵錯碼完整訊息的方法，其包括下列 步驟··建立一偵錯碼及其完整訊息之資料表，於該電子裝 置中（步驟S11);預設一身分識別碼於該資訊裝置中（步 驟ΡΠ);提供一 I/O埠模組於該資訊裝置中，用以作為運 异單元與違無線傳輸裝置間之介面（步驟2);設定Bi〇s 14 1288872 偵錯碼之輸出位置為該I/Q _模組（步驟⑽；初始化該 =埠模組及該無線傳輸裝置，於開始執行開機自我測試 二/驟S14) ’啟動該資崎置之該無線傳輸裝置（步驟 卿^ 執行後續之開機自我測試並產生偵錯碼（步驟 P12)，項取該身分識別碼，並將其與該偵錯碼結合為同一 2封包，又藉由該無線傳輸裝置送出之（步驟P13);接收 ^包，係藉由該電子裝置之無線傳輸裝置接收之（步驟 =4，紀錄該身分識料並進行彳貞錯碼之對照， 錯碼所代表之特定完整訊息（步驟pi5);以及顯= 身分識別碼及該偵錯碼之完整訊息（步驟⑽。 ，、體上述之貫施方法係包括兩大部份，其一 4用於該資訊裝置之—種臟偵錯碼之傳送方法⑽，宜 碼於該資訊裳置中（步驟 ^ ^ ' 土拉組於該貧訊裝置中，用以作為運算 早-舆該無線傳輸裳置間之介面（步糊)；設定二 ，碼之：出位置為該1/〇埠模組（步驟⑽；初始化該、 I/O埠模組及該益魂彳I 〜 時（步細).：： 開始執行開機自我測試 二Γ 該資訊裝置之該無線傳輸裝置（步寶 卿；執行後續之開機自我測試並產生谓錯碼（步驟々驟 二頃：?!分識別碼’並將其與該债錯碼結合為同-，、，于匕又糟由該無線傳輸裝置送出之（步驟P13) ::係為應用於該電子裝置之一 ▲ 訊息之資料表，;：=下列步驟：建立一倩錯瑪及其完整 貝料於該電子裝置中（步驟S11);接收該封 15 1288872 Γΐ4)係Γ由該電子裳置之無線傳輸裝置接收之（步驟 、己錄該身分識別碼並進行偵錯碼之對照，以特定出 身j碼所代表之特定完整訊息（步驟Ρ15);以及顯示該 知碼及該偵錯碼之完整訊息（步驟Ρ16)。 夕& # *⑪例之無線傳輸裝置（54)為一具有無線網路協定 :、、、^輸I置或其它射頻傳輸之傳輸裝置，以該4b傳輸 =行傳輪時，係有如廣播之方式加以進行，也： 間之才各個设備’只要其通訊協定相同，可以進行多點 4 “不需特定’ t應用於多台機器進行檢測時，其 二示要特定對應才能傳輸¥料之限制，使應用上更為便 ’旦也因此會有不同機器其似碼訊息相互混清 7¾ ° κίΤί上述問題’本實施例必需進-步於發射訊號 身分識別碼4該身分識別碼係與—偵錯碼結合 二：g，包f才f送出去，如此接收端於接收該封包訊息 二I7可判斷出每一偵錯碼是屬於哪一台機器所發射出， 因此不同機器之偵錯碼，將不會有相互混淆的問題。 "有關f分識別碼因其須具有單—性之特性，因此本實 w ^ Γ ^ ^ 1 (3〇) ^ # ^ ^ ^ ^ (CPU Serial ' Ν—為其身分識別碼，或者亦可於每-資訊裝置⑽之 非揮發性記憶體（no請lati】e mem〇ry)内儲存一特定識別 :广般而言該非揮發性記憶體以唯讀記憶體⑻為最 二中Π =種方式所產生之身分識別碼，均可在霞程 式中予以設定呼叫之。 16 1288872 又將該接收到之封包，其中之身分識別碼儲存於記憶 單元中’待偵錯碼對照完成後，將該身分識別碼及對照後 之偵錯碼完整訊息一起顯示於螢幕上，如此使用者即可得 之某一台機器及其錯誤之内容。 如第七圖所示，係為本實施例電子裝置其顯示單元， 於,、、、員示偵錯碼完整訊息時之一實施例圖，當第一圖所示之 負λ衣置（31)開機後，進行開機自我測試時發現錯誤，因 此f生偵錯碼Η〇3，接著系統會自唯讀記憶體（51)讀取一 識別碼001 ，並將該身分識別碼001及該偵錯碼Η03 結合為同一封包，然後藉由無線傳輸裝置（54)加以發送 之。相同的方式資訊裝置（32)亦可發射一身分識別碼〇〇2 及偵錯碼謝之封包訊息，而資訊裝置（33)也可發射-身 分識別碼003及偵錯碼Η〇4之封包訊息。 少一電子裝置（40)於接收到該些封包後，會以下列方式進 :_ Μ如接收到資訊裝置（31)之封包後’電子裝置 胃先將該封包之身分識別碼〇〇1儲存於一記憶單元 將⑻貞錯碼，依照第四®1所示之資料表（70)進 ，因此得到該偵錯碼腦之完整訊息為『鍵盤控制 ]』、，人呼叫該儲存於記憶料中之身分識別 裝置⑽及資訊裝糊中。相同的，資訊 夕 1 L日_抑 J之封包亦會以相同之方式處理 之。如此絲貝示單元（56)可顯 錯碼完整訊息。 了〜組不同資訊裝置⑽之谓 因為所使用之無線傳輪裝置（54)為具無線網路協定之 17 1288872 無線傳輸裝置或其它射 裝置（30)其發射之封包 裝置（40)就不會有不同 題0 頻傳輸之傳輸裝置，故於每一資訊 内均設有一身分識別碼，如此電子 機台之偵錯碼其訊息相互混淆的問 於第二實施财’部份未特職明之步㈣容，因其 與第-實施例係為相同之功能、方法及結果，因次請參閱 第-實施例’在此不再贅述。又以上兩種實施例，有關無 線傳輸裝置（54)目前產品多已内建於該資訊裝置⑽及該 電子裝置（4G) ’但若未内建者，本發明亦可應用於外掛式 之無線傳輸裝置⑽，因此内件及外掛均應屬本發明 之範圍。 唯以上所述，僅為本發明之較佳實施例，當不能以之 限制本發明的範m凡依本發明中請專利範圍所做之 均等變化及修飾，仍將不失本發明之要義所在，亦不脫離 本發明之精神及範圍，故都應視為本發明之進—步實施狀 況。 ^ 【圖式簡單說明】 第一圖係為本發明之應用實施例圖。 第二圖係為本發明資訊裝置及電子裝置之硬體架構示音 圖。 第三圖係為第一實施例之方法步驟流程圖。 第四圖係為第一實施例之資料表結構圖。 18 1288872 第五圖係為第一實施例電子裝置其顯示單元 整訊息之一實施例圖。、、不侦錯螞完 第六圖係為第二實施例之方法步驟流程圖。 第七圖係為第二實施例電子裝置其顯示單 完整訊息時之一實施例圖。 ；.”、員示偵錯喝 【主要元件符號說明】 31、32、33··· 資訊裝置 40 電子裝置 5〇 無線傳輸裝置 51 唯讀記憶體 52 運算單元 53 I/O璋模組 54 無線傳輸裝置 55 記憶單元 56 顯示單元 60 61 62 70 71 第一實施例之方法步驟流程圖 第一實施例之一種BIOS偵錯碼之僂 第-實施例之-種BIOS偵錯碼解綠去抓私圖 第-及第二實_之資料表貝及頒示方法流程圖 "ί貞錯瑪搁位 ?2 完整訊息攔位 80 第二實施例之方法步驟流程圖 第二實施例之一種BI〇s偵錯石馬 之傳送方法流程圖 19 81 1288872 82第二實施例之一種職谓錯碼解讀 步糊建立-俱錯妈及其完整訊息之資料表== 裝置中。 …/私丁 步驟S12 ^供一 1/0埠模組於該資訊裝置令，用以作為運 异單70與該無線傳輸裝置間之介面。 ’' 步驟S13設定biGSy貞錯碼之輸出位置為該埠模组。 步驟Si4初始化該ί/〇痒模組及該無線傳輸、於 執行開機自我測試時。 開始 步驟S15啟動該資訊裝置之該無線傳輸裳置。 步脚執行後續之開機自我測試並產生偵錯碼 該無線傳輸裝置送出之。 曰 步驟S17接收該偵錯碼，係藉 置接收之。輕“電子裝置之無線傳輸裝 步驟训對照該偵錯碼，藉由該資料表， 所代表之特定完整訊息。 出1偵錯 步驟S19顯示該特定完整訊息。 步驟Ρ11預設-身分識別碼於該資訊裝置中。 步謂執行後續之開機自我測試並產生偵錯碼。 步_=== 其與㈣錯碼結合為同 糟由該热線傳輸裝置送出之。 步驟Ρ14接收該封包，係藉 ^ 接收之。手精由該电子裝置之無線傳輪裝置 步驟Ρ15紀錄該身分識別碼並進行偵錯碼之對昭 出該读錯碼所代表之特定完整訊息/、、 疋 20 1288872 步驟P16顯示該身分識別碼及該偵錯碼之完整訊息。 212. With the I/O module and the wireless transmission device, during the open test (step paste, the wireless transmission S that activates the information device is sent by the wireless transmission device (step qing._code' The second method is applied to one of the electronic devices (4) 侦s debugging==, which comprises the steps of: establishing an error detection code and a two-H material list thereof, in the electronic device (step sn) code, Receiving by the wireless transmission device of the electronic device (=detection S17), comparing the error detection code, # by the data table, specifying the specific complete message of the table (step (10)); and displaying the message (Step S19). Inch or arbitrarily set (54) is - infrared green transmission wheel installation * X - tooth coordination * * line transmission device 'Because of infrared transmission wheel and blue 1288872 bud agreement in the specification, two structures There is a specific correspondence between the communication devices, that is, the two devices for transmission are specific, wherein the infrared transmission is performed in a one-to-one manner, and the Bluetooth protocol can be used in addition to the one-to-one method. There is a pair of seven separate counterparts, so when multiple machines want to detect, infra-red When the line transmission mode is transmitted, it must be detected one-to-one separately, and when the transmission method using the Bluetooth protocol is used for transmission, it can be flexibly applied according to the upper limit of the corresponding number of the specification, and the above-mentioned transmission method is related to the related technology. It is quite mature, so when it is in operation, there will be no problem that the error codes of different machines are confused with each other. Since the present invention is a method for displaying a complete message of the BIOS debug code, the applicable information device (30) It is any information device (30) that has a BIOS and needs to be booted and self-tested. Specifically, the information device (30) of this embodiment may be a desktop computer, a server, a notebook computer, a personal digital assistant or One of the mobile phones, etc. The electronic device (40) for displaying the error detection code is a signal that can be received by the information devices (30) and compared to generate the complete error detection code. The information device, in particular, the electronic device (40) of the embodiment may be a desktop computer, a server, a notebook computer, a personal digital assistant or a mobile phone, etc. One. Because the boot self-test is performed for one machine at boot time, when the boot self-test is completed, the computer will give control to the operating system for normal operation. Originally for transmission detection The I/O埠 module (53) and the wireless transmission device (54) set in error code are not used again because the error detection code is to be transmitted again, so the setting can be cleared. 13 1288872 The control rights originally set are to be set to avoid the conflict of I/O. ...... If necessary, please add the complete message of the electronic display error code as shown in the fifth figure. An embodiment of the invention. The announcement unit, the device (10) performs a self-test after power-on; when: the information generates a false error code Η 0 4, and then the information device (3 ^ = therefore (54) transmits the Detector Error code H04. According to the information of the line transmission device, and according to the data shown in the fourth figure ^ (4〇), the complete message of receiving the error code to the (4) error code brain is "processor = control, so it is obtained by the electronic device (10) The display unit (56) is connected to the heart: the leg is operated by the electronic device (10), and the second is taken as follows: The complete content of the error detection code brain is "the processor is wrong because the second error code transmission device (54) is infrared The transmission device or the Bluetooth protocol's wireless transmission device 'so does not have the problem of which machine the complete error message of the error code is. <Second Embodiment> The second embodiment is the flow chart (80) of the method steps of the second embodiment, and the data structure table of the present embodiment is the same as the first embodiment. This embodiment is a method for displaying a BIOS error detection code complete message, which includes the following steps: establishing a data table of an error detection code and a complete message thereof in the electronic device (step S11); presetting a identity identifier In the information device (step ΡΠ); providing an I/O埠 module in the information device for use as an interface between the transport unit and the wireless transmission device (step 2); setting Bi〇s 14 1288872 The output position of the error code is the I/Q_module (step (10); initialize the =埠 module and the wireless transmission device, and start the boot self-test 2/step S14) to start the wireless transmission of the Zisaki The device (step Qing) performs a subsequent boot self-test and generates an error detection code (step P12), the item takes the identity identification code, and combines the same with the error detection code into the same 2 packets, and sends the same by the wireless transmission device. (Step P13); receiving the packet, which is received by the wireless transmission device of the electronic device (step = 4, recording the identity identification and performing the error code comparison, the specific complete message represented by the error code ( Step pi5); and display = identity The complete code of the code and the error detection code (step (10).), the above-mentioned method of applying the method includes two major parts, and one of the four methods for transmitting the dirty error detection code (10) of the information device is suitable. The code is placed in the information (step ^ ^ ' Tula group in the poor device, used as an operation early - 舆 the wireless transmission between the interface (step paste); set two, code: out position For the 1/〇埠 module (step (10); initialize the I/O埠 module and the beneficial soul I~~ (step fine).:: Start the boot self-test II. The wireless transmission of the information device Device (Bu Baoqing; perform subsequent boot self-test and generate pre-error code (step two is: ?! sub-identification code ' and combine it with the debt error code to the same -,,, and The wireless transmission device sends out (step P13): is a data sheet applied to one of the electronic devices ▲ message;; == the following steps: establishing a Qianqianma and its complete bedding in the electronic device (step S11); receiving the cover 15 1288872 Γΐ 4) is received by the wireless transmission device of the electronic device (step The identity identifier is recorded and the error detection code is compared to the specific complete message represented by the specific birth j code (step ) 15); and the complete message of the knowledge code and the error detection code is displayed (step ) 16). &# *11 The wireless transmission device (54) is a transmission device having a wireless network protocol: , , , , or other radio frequency transmission. When the 4b transmission = line transmission, it is broadcasted. The way to carry out, also: between the individual devices 'as long as their communication protocols are the same, you can carry out multi-point 4 "do not need to be specific" applied to multiple machines for testing, the second indicates that a specific correspondence can be transmitted Restrictions, making the application more convenient - and therefore there will be different machines whose code-like messages are mixed with each other. The above problem must be stepped in to transmit the signal identity ID 4 and the identity code and - The error detection code is combined with two: g, and the packet f is sent out, so that the receiving end can receive the packet message II. The I7 can determine which machine the detection code belongs to, and therefore the error code of the different machine. Will not be mixed with each other Confusing questions. "About the f-identification code because it must have a single-sex character, so this real w ^ Γ ^ ^ 1 (3〇) ^ # ^ ^ ^ ^ (CPU Serial ' Ν - for its identity, or A specific identification can be stored in the non-volatile memory (no lati) e mem〇ry of each information device (10): in general, the non-volatile memory is the second best in the read only memory (8). The identity identifier generated by the method can be set to be called in the Xia program. 16 1288872 The received packet is stored in the memory unit, and the error code is compared. The identity identification code and the corresponding error detection code complete message are displayed on the screen together, so that the user can obtain a certain machine and its error content. As shown in the seventh figure, the electronic device of the embodiment is The display unit, the , , , , and the member of the error detection code complete message embodiment, when the negative λ clothing (31) shown in the first figure is turned on, the boot self-test is found to be an error, so f The error detection code Η〇3, then the system will read one from the read-only memory (51) The identification code 001 combines the identity identification code 001 and the error detection code Η03 into the same packet, and then transmits it by the wireless transmission device (54). The same manner information device (32) can also transmit a identity identifier. 〇〇2 and the error detection code thank the packet message, and the information device (33) can also transmit the packet identification message of the identity identifier 003 and the error detection code 。 4. The lesser electronic device (40) receives the packets. After that, it will enter in the following way: _ For example, after receiving the packet of the information device (31), the electronic device first stores the identity identifier of the packet 〇〇1 in a memory unit (8) erroneous code, according to the fourth The data sheet (70) shown in ®1 is entered, so that the complete message of the error detection code brain is "keyboard control", and the person calls the identity recognition device (10) stored in the memory material and the information paste. The information will be processed in the same way as the L-day-suppressed J. The silk-screen display unit (56) can display the complete message of the error code. The different information devices (10) are called because of the wireless used. The transmission device (54) is a wireless network protocol 17 1288872 The transmitting device (40) of the wireless transmission device or other transmitting device (30) does not have a transmission device with different frequency transmission, so a identification code is provided in each information, such that the electronic device The error detection code is confused with the message of the second implementation. The part of the second implementation is not the same as the first embodiment. Because it is the same function, method and result as the first embodiment, please refer to the first implementation. For example, in the above two embodiments, the current wireless transmission device (54) is currently built in the information device (10) and the electronic device (4G) 'but if not built, the present invention It can also be applied to an external wireless transmission device (10), so that the internals and the external components are all within the scope of the present invention. The above is only the preferred embodiment of the present invention, and the equivalents and modifications of the scope of the invention in the present invention are not limited thereto, and the essence of the present invention will remain. It is also considered to be a further implementation of the invention without departing from the spirit and scope of the invention. ^ BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a diagram of an application embodiment of the present invention. The second figure is a hardware architecture diagram of the information device and the electronic device of the present invention. The third figure is a flow chart of the method steps of the first embodiment. The fourth figure is a structure diagram of the data table of the first embodiment. 18 1288872 The fifth figure is an embodiment of an embodiment of the display unit of the electronic device of the first embodiment. The sixth figure is a flow chart of the method steps of the second embodiment. The seventh figure is an embodiment of the electronic device of the second embodiment which displays a single complete message. ;.", member of the debugging error [main component symbol description] 31,32,33··· information device 40 electronic device 5 wireless transmission device 51 read-only memory 52 arithmetic unit 53 I / O 璋 module 54 wireless Transmission unit 55 memory unit 56 display unit 60 61 62 70 71 method steps of the first embodiment flowchart of a BIOS error detection code of the first embodiment - a BIOS error detection code to solve the problem Figure - and the second real data table and the method of the presentation method " 贞 玛 搁 搁 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 s Debugging stone horse transmission method flow chart 19 81 1288872 82 The second embodiment of a job of the wrong code interpretation step paste establishment - all wrong mother and its complete message data table == device. ... / private steps S12 ^ A 1/0埠 module is used in the information device to serve as an interface between the transport module 70 and the wireless transmission device. '' Step S13 sets the output position of the biGSy error code to the UI module. Si4 initializes the ί/itch module and the wireless transmission, and performs booting from At the beginning of the test, the wireless transmission device of the information device is started in step S15. The step foot performs a subsequent power-on self-test and generates an error detection code to be sent by the wireless transmission device. 曰 Step S17 receives the error detection code, and receives the error detection code. The "wireless transmission step of the electronic device is compared with the error detection code, and the specific complete message represented by the data table. Out of 1 Debugging Step S19 displays the specific complete message. Step 预设11 preset-identity identification code is in the information device. The step is to perform a subsequent boot self test and generate an error detection code. Step _=== It is combined with the (4) error code to be sent by the hot line transmission device. Step 接收14 receives the packet and accepts it by ^. The hand is recorded by the wireless transmission device step Ρ15 of the electronic device and the pair of error detection codes is displayed to indicate the specific complete message represented by the error code/, 疋20 1288872. The P16 displays the identity identifier. And the complete message of the error detection code. twenty one