200937183 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種偵錯訊息處理系統及方法’更詳而 —種制於手持電子裝置與㈣處理裝置 間之偵錯訊息處理系統及方法。 且 【先前技術】 在習知技術中，業界使用债錯訊息來輔助產品的開發 維護疋非常普遍的使用方式，且在各種產品或 €)相當常見的功能。 干上疋 十目前偵錯訊息的輸出是使用產品或元件上的串列璋 :進仃’使用者經由如電腦裝置等資料處理裝置的串列二 人數位助理等手持式電子装置，並接收 子裝置内部㈣錯訊息，此種連接方式簡便易用，且可適 用於絕大部分的資料處理裝置。 然前述習知應用於資料處理裝置與手持式電子 ❹訊息處理技術，會使任何熟悉此方式的技術：員 笔無困難的獲得债錯訊息及其中重要的資訊進 $ 品相關技術。此外，於前述習知技術中，手持式電=置 的應用程式會不斷向作業系統請求服務以使該手持式電 子裝置不斷輸出谓錯訊息，進而導致該手持式電子裝置 整體執行運作效能受到影響，降低其運作速度。、、 方面’習知偵錯訊息之傳輸技術欠缺傳輪過程中 件過遽與加解密保護之機制，亦使得偵錯訊 心處理過財效率與資料安純大幅的降低。 110615 5 200937183 因此’’如何提供一種 提高谓錯訊息傳輪過程中的^全·及方法，除能 理過程中的效率，實為 ^曰加偵錯訊息處 _【發_容;I 別業界亟将解決之課題。 #於上述習知技術之缺點，本發明 供一種偵錯訊息處料^主要目的在於提 資料處理裝置，其中，=持=括：手持式電子裝置以及 係用以依據偵錯訊二持二電=置包括··來源模組， ，，係':«接收並二 ·=用以依據該資料處理裝置所發出之偵錯 =料處理裝置連接，且接受該資：= .曰，之要求’並依據該資料處 之广將該第-處理模組所提取之該相對:=: 二覆予該^處理裝置；而該資料處理裝㈣包括^ ❾手持式電子裝置連接，用以發出侦錯訊息要 m裝置，及接收該手持式電子裳置所發出 之，回應；苐二處理模組，係用以透過該同步模组 該官理模組向該第一處理槿細恭 訊息的要求。 發出提取該相對應之偵錯 =卜，本發明復提供之偵錯訊息處理方法，係用以提 ^手持式電子裝置與轉處理裝置間執行㈣訊息之處 理’本發明之偵錯訊息處理方法包括以下步驟：首先，建 立該手持式電子裝置與該資料處理裝置間之連結；其次， 110615 6 200937183 令該資料處理裝置發出偵錯訊息之要求予該手持式。 裝置；以及令該手持式電子裝置接受該資料處理裝 出偵錯訊息之要求後，依據該資料處理裴置所發^ 二 要求，提取相對應之债錯訊息，並回覆予；資料：： 裝置。 相較於習知技術，本發明之偵錯訊息處 主要係透過手持式電子裝置與該資料處理裝糸置统 結，以令資料處理裝置發出偵錯訊息之要求予 連 〇2置手持式電子裝置能夠接受資料處理裝置所；： 偵錯訊心之要求，並依據其要求提取相 ::予該資料處理装置，此外，復能進-步結合== 據此，除此藉由使用串列埠以外之與端控制 加非授權使用者檢視偵錯1自齙痒 面增 #錯哎自傳幹之Γ 外，復能限制與過濾、 貞』^傳輸之Μ ’而透過加解密程序更能增 息傳輸之私密性。 1貝錯Λ ❹ 【實施方式】 以下係藉由特定的具體實例說明 式，熟悉此技藝之人士可由 /月之只施方 瞭解本發明之其他優點與功效兄/曰所揭不之内容輕易地 請參閱第！圖，其係為本發明之 應用架構示意圖。於本實施例中，本發 *統係應用於手持式電子裝置i以；:;處1 搭接之資料處理裝置2，用以提供手 大電子裝置j 料處理裝置2間執行偵 子裝置1與負 筠巩息之處理。於本實施例中，手 110615 7 200937183 =式電衫置丨可例如但不限定為個人導銳機、車用導航 機、订動電話或個人數位助理等具有可搞性之資料處 置。此外’手持式電子裝置i與資料處理裝置2可透過如 1 =列匯流排⑽)、藍芽傳輸⑶uet。⑽ 、’周（Ethernet)荨連接介面相互連接。 :持式電子裝置i包括：來源模組u、暫存模組12、 第處理杈組13、加密模組14與管理模組15。 裝置2則包括同步模组21、第-卢柿播4 。 貝竹處理 ❹Μ。 』7糗，，且Z1弟一處理模組22與解密模組 ❹ 來源模組η係用以依據谓錯訊息之要求輸出相對應 之偵錯訊息。較佳者，於本實施例中，手持式電子裝置1 中復包括有應隸式16及驅動程式以來源模組^復 包括作業系統⑴’作業系統lu係用以接收該應用程式 16及驅動程式17所發出之該偵錯訊息之要求。作業系統 111可例如為Windows CE™，作業系統ηι無法接受如手 持式電子裝置1之於使設備製造或專業代工廠商 (〇riginal Equipment Manufacturer，〇em)所任意更改。 而應用程式16係安裝於手持式電子裝置丨中，俾於 手持式電子裝置1中執行，並能向作業系統i i i請求包括 輸出偵錯訊息之要求等服務，驅動程式17則係包括所有 於手持式電子裝置1中執行並會定時或不定時的向作業 系統111請求包括輸出摘錯訊息之要求等服務。據此，當 應用程式16及/或驅動程式17向作業系統ηι請求包^BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a debug message processing system and method, and more particularly to a debug message processing system and method between a handheld electronic device and a (4) processing device. And [Prior Art] In the prior art, the industry uses debt error messages to assist in product development, maintenance, very common usage, and functions that are quite common in various products or €). The output of the current debugging error message is to use the serial port on the product or component: the user uses a handheld electronic device such as a serial two-digit assistant such as a computer device, and receives the receiver. Inside the device (4) wrong message, this connection method is simple and easy to use, and can be applied to most data processing devices. However, the above-mentioned conventional application to the data processing device and the hand-held electronic ❹ message processing technology will enable any technology familiar with this method to obtain the debt error message and its important information into the related technology. In addition, in the prior art, the handheld electronic device will continuously request the service system to enable the handheld electronic device to continuously output the error message, thereby causing the overall performance of the handheld electronic device to be affected. , reducing its speed of operation. The transmission technology of the traditional error-detection message lacks the mechanism of over-the-counter and encryption-decryption protection in the process of transmission, which also makes the error-detection signal greatly reduce the financial efficiency and data security. 110615 5 200937183 Therefore, how to provide a way to improve the process of the error message transmission, in addition to the efficiency of the process, is the error detection information _ [发_容; I I will solve the problem. In the above-mentioned shortcomings of the prior art, the present invention is directed to a debug information device. The main purpose of the present invention is to provide a data processing device, wherein: ======================================================== =Set includes ··Source module, ,, is ':«Received and 2·= used to connect to the processing device according to the error detection = material processing device, and accept the capital: = .曰, the requirement ' And according to the information, the relative extraction of the first processing module: =: two to the processing device; and the data processing device (4) includes a handheld electronic device connection for issuing debugging The message is to be sent to and received by the handheld electronic device. The second processing module is used to request the information from the first module through the synchronization module. The method for processing the error detection message provided by the present invention is used to improve the processing of the message between the handheld electronic device and the transfer processing device. The method includes the following steps: First, establishing a connection between the handheld electronic device and the data processing device; secondly, 110615 6 200937183 causes the data processing device to issue a request for a debugging error to the handheld device. And after the handheld electronic device accepts the data processing request for loading and debugging the error message, extracting the corresponding debt error message according to the request of the data processing device, and replying to the data; . Compared with the prior art, the debug information of the present invention is mainly integrated with the data processing device through the handheld electronic device, so that the data processing device sends the error detection message to the handheld electronic device. The device is capable of accepting the data processing device;: detecting the request of the message, and extracting the phase according to the request:: to the data processing device, in addition, the complex energy step-by-step combination == according to this, except by using the serial埠 与 与 与 加 加 加 加 加 加 加 加 加 非 非 非 非 龅 龅 龅 龅 龅 龅 龅 龅 龅 Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ The privacy of the transmission of interest. 1B Error Λ [Embodiment] The following is a specific example of a specific example, and those skilled in the art can understand the other advantages and effects of the present invention by See the first! The figure is a schematic diagram of an application architecture of the present invention. In the present embodiment, the present invention is applied to the hand-held electronic device i; the data processing device 2 is connected to the hand-held electronic device; Deal with the loss of interest. In this embodiment, the hand 110615 7 200937183 = type of electric shirt can be, for example, but not limited to, a personal sharpening machine, a car navigation machine, a mobile phone, or a personal digital assistant. In addition, the handheld electronic device i and the data processing device 2 can transmit, for example, 1 = column bus (10), and Bluetooth transmission (3) uet. (10), 'Ethernet' connection interface is connected to each other. The holding electronic device i includes a source module u, a temporary storage module 12, a first processing group 13, an encryption module 14, and a management module 15. The device 2 includes a synchronization module 21 and a first-division broadcast 4 . Bamboo processing. 』7糗,, and Z1, a processing module 22 and a decryption module ❹ The source module η is used to output a corresponding debug message according to the requirement of the error message. Preferably, in the embodiment, the handheld electronic device 1 further includes a driver 16 and a driver program, and the source module includes an operating system (1), and the operating system is used to receive the application 16 and the driver. The request for the debug message issued by the program 17. The operating system 111 can be, for example, Windows CETM, and the operating system ηι cannot accept any changes such as the handheld electronic device 1 for device manufacturing or professional equipment manufacturers (〇em). The application 16 is installed in the handheld electronic device, is executed in the handheld electronic device 1, and can request the operating system iii to include a request for outputting a debugging error message, and the driver 17 includes all the handheld devices. The electronic device 1 executes and periodically or irregularly requests a service including the request to output an error message to the operating system 111. Accordingly, when the application 16 and/or the driver 17 requests the package from the operating system η ^
輸出偵錯訊息之要求時，作業系統⑴會向來源模組H 110615 8 200937183 提出相對應之要求，俾來 輸出相對應之谓錯訊息。"、、、、依據债錯訊息之要求 元、’來源模組U復包括除錯單元112 ’除錯單 几112係用以接收你^不扣 息。於本w 據修正指令修正该錯訊 般使用者透過手持式電子裝置^如為t備製tt 入用以修正偵錯訊息之修正指令的輪…(未圖示)輸 ©承前::杈係用以接收並儲存相對應之偵錯訊息。 ϋ承則所述’當來源模組u 應之偵錯訊息時，來泝槿知"A u要求輪出相對 模組12。暫存模组12'可、、丨 將偵錯訊息暫存於暫存 記.声單元，M m 例如為隨機存取記憶體之揮發性 純如為㈣域_硬式則等之非揮 時會例中’暫存模組12儲存偵錯訊息 〇 予以儲存。㈣錯訊息之儲存時間，並將儲存時間 于以儲存。更佳者，暫存模組u於儲 依據儲存時間順序，將I雀 二3 T，會 更多的儲錯訊息優先丢棄，俾釋放 2儲存工間以儲存新進之偵錯訊息。 之偵二組13係用以依據資料處理裝置2所發出 、，日訊心要求至暫存模組12提取 承前所述’當資料處理裝置2向手捭^應之偵錯訊息。 用程々1R芬” Μ Ζ向手持式電子裝置1中之應 ==驅動程式Η發出之偵錯訊息要求，而應 式16及/或驅動程式17接著向作举夺 括輸出摘錯訊息之要求後，作聿 業系統⑴靖求包 業系統111會向來源模組 110615 9 200937183 Π提，出相對應之要求，接著 之要者來原換組11復依據偵錯訊息 後ΓΤ:貞錯訊息並储存於暫存模組12，之 要求至暫：：：13即依據資料處理衷置2之偵錯訊息 - 暫存模、，且12提取相對應之偵錯訊息。 加密模組14係用以對第—處理模組&所提取之 、μ之偵錯訊息進行加密程序。 ^ 可似、承β施例中，加密程序 :例如但不限定為使用咖加密法對 = 饮。需補充說明者’加密模組】 ：：〜灯σ ❹持式電子裝置i中，…一二了選擇性地設置於手 的私密性。 3 增加偵錯訊息傳述過程 官理模組15係用以與資 資料處理梦罟9祕政山π 装罝2連接，且接受 震置f = L 訊息之要求，並依據資料處理 取之相之要求’將第—處理模組13所提 例中%理ίΓΓΛ 予f料處理装置2°於本實施 〇 供的-且由為RAPI模組，其係由微軟所提 tm作料统之手拉Γ成之函數，用以對安震Wind〇ws ce 乍業糸統之手持式電子裝置1執行任何操作。 同步模組21係用以與手持式電子裝置工連接 出要求至手持式電子梦詈〗 發 所述，由於本實施例係使~^ 係令裝置1之作業系統，則同步模組” 置1二互連„與具有管理模組15之手持式電子裝 j接’並據以執行包㈣錯訊息之=#料的傳I 第一處理模虹22’係用以透過同步模組21，藉由总 110615 10 200937183 =模組―第-處理漁13發出提取 :要求。較佳者，第二處理胸係經由同步二;丨: 13過/出理提依據預定之時間周期，向 發出美取相對應之偵錯訊息的要求。 •㈣組22向第-處理模組13發出提取相對應之偵二^ 的要求係包括條件，且體今 錯希望自手持式電—㈣ ◎進持式電子裝置1之第-處理模組13則更 Ϊ求I；?；?括條件之提取相對應之谓錯訊息的 之-訊二:=錯訊息’藉以提供允符條件 拉組14,則資料處理裝置2更 1具有加密 ❹用以針對經過加密模組14加密的一偵的包^莫組仏 還原出原始的偵錯訊息。於本實施=訊息進行解碼，俾 對應於刪加密法之解密演算法，]:對::程序係使用 密。 以對偵錯訊息進行解 6月參閱第2圖，其係本發明 程圖。本發明之偵錯訊息處理方法^訊息處理方法之流 裳置與資料處理裝置間執行偵錯訊自以提供手持式電子 於步驟S101中，建立手持式電子。^之處理，如圖所示， 之連結。於本實施例中，手持式3與資料處理裝置間 子裝置可例如但不限定 π 110615 200937183 為個人導航機、車用導航機、行動電話或個人數位助理等 具有可攜性之資料處理裝置。此外，手持式電子裝置與資 料處理裝置可透過如通用串列匯流排、藍芽傳輪‘乙：網 等連接介面相互連接。接著進至步驟51〇2。 於步驟S102中，令資料處理裝置發出偵錯訊自之 求予手持式電子裝置。接著進至步驟幻〇3。 ^ 於步驟測中，令手持式電子裝置接受資料處理農 ，所，幻貞錯訊息之要求後，依據資料處理裝置所 之要求，提取相對應之偏訊息，並回覆予資料處 為呈：參！第3圖，其係本發明之债錯訊息處理方法之更 下步驟。 圖所不則述之步驟幻03復包括以 /或二步驟湖1中，令手持式電子裝置中之應用程式及 :動程式，依據資料處理裝置所發出偵錯訊 ❿咖2發出提取相對叙錢訊息要求。接著進^步驟 hi/ 要求，並將所接收到之#錯訊 =要求儲存至暫存模組。於本實施例中，較佳者= 作業糸統接收應用寇+ B / 4、 係7 之要求，並將所接心二=程式所發出之偵錯訊息 存模組之儲存時門j 息以及偵錯訊息儲存於暫 5助。之儲存¥間’儲存至暫存模組。接著進至步驟 110615 12 200937183 於步職S1033中，令手持式電子裝置接受資料處理裝 置㈣出债錯訊息之要求後，依據資料處理裝置所發出偵 、·曰I。之要求’自暫存模組中提取相對應之债錯訊息，並 回覆予資料處理裝置。 請參閱第4圖，其係本發明之债錯訊息處理方法之更 為八體之机私圖。如圖所示，前述之步驟復包括以 下步驟。 於步驟S1G321巾，判斷該暫存模組儲存空間是否足 Ο夠儲存該谓錯訊息，若否，則進至步驟測22;若是， 則進至步驟S10323。 …於步驟S10322中，令該暫存模組依據該暫存模組將 取舊之偵錯訊息丟棄，並回覆至步驟si〇32i。 於步驟S10323中’儲存該偵錯訊息於該暫存模組中。 請參閱第5圖，其係本發明之谓錯訊息處理方法之另 一實施例的流程圖。須特別說明者，係本實施例可於本發 ❹明之其他實施例相互結合。於步驟㈣中，建立手持式 電子裝置與資料處理裝置間之連結。接著進至步驟㈣。 於步驟S202中，令資料處理裝置發出债錯訊息之要 求予手持式電子裝置。接著進至步驟82〇3。 於步驟S203中，令手持式電子裝置接受資料處理裝 置所發出债錯訊息之要求後，依據㈣處理裝 錯訊息之要求，提取相對應之摘錯訊息，並予以加密後回 覆予資料處理裝置。於本實施例中，較佳者係使用咖 加密法對倾訊息進行加密。接著進至步驟sm。 110615 13 200937183 二S’中’令資料處理裝置將所接收到之偵錯 汛心予以解岔。於本實施 錯訊息進行解密。 幻中’係使用而D解密法對偵 —請f閱第6圖，其係本發明之谓錯訊息處理方法之又 發明之其他實施例相互結合。二可於本 式電子裝置與資料處理装置門之节灶 立手持 S302。 裝置間之連結。接著進至步驟 ❹期及ms3G2中，令資料處理裝置依據預定之時間周 ^及/或條件，發㈣錯訊息之要 ^ 置。接著進至步驟S303。 亍荇式電子裝 於步驟S303中，令手掊彳啻工壯m 置所發出包括條件之摘錯訊/之要求後斗處理裝 出允符條件之谓錯訊息，再回覆予資料處理裝1。取過滤 〇 二：二息處理系統及方法主要係 Λ电于裝置與該貧料處理裝置間之連結欠 料處理裝置發出偵錯訊息之要求予該 7貝 後’手持式電子裝置能夠接受資料處理裝置所；出：裝置 資料處理裝置，此外’復能進一步結合:二=予該 二除能藉由使用串列埠以外之與端控制介面二= 貞錯訊息困難度外’復能限制與“ r私密性a•、’而透過加解密程序更能增加偵錯孰息傳輪 110615 14 200937183 ’上述乏實施例僅為例示性說明本發明之特點及其功 效’而非用於限制本發明之實質技術内容的範圍。㈣孰 習此技藝之人士均可在不違背本發明之精神及範嘴下，對 f述貫施例進行修改與變化。因此，本發明之權利與 觀圍，應如後述之申請專利範圍所列。 【圖式簡單說明】 第1圖係為本發明之偵錯訊息處理系統之應用架構 不意圖， ❹ 流程圖； 第 第2圖係為本發明之偵錯訊息處理方法之流程 第3圖係本發明之偵錯訊息處理方法之更為 圖； 具體之 流程圖； • 4圖係本發明之摘錯訊息處理方法之更為具 體之 第5圖係本發明 的流程圖；以及 之偵錯訊息處理方法之另 '實施例When the request for the debug message is output, the operating system (1) will make a corresponding request to the source module H 110615 8 200937183 to output the corresponding error message. ",,,, according to the requirements of the debt error message, the 'source module U complex includes the debug unit 112' debugger. The 112 is used to receive you without deduction. According to the correction command, the user is corrected by the correction command. The user can use the handheld electronic device to prepare a correction command for correcting the error detection message. (not shown). Used to receive and store the corresponding debug message. In the case of the source module u, when the error message is detected, it is necessary to turn the relative module 12 out. The temporary storage module 12' can temporarily store the error detection message in the temporary memory unit, and the Mm is, for example, the randomness of the random access memory, such as (4) domain_hard type, etc. In the example, the temporary storage module 12 stores the debug message and stores it. (4) The storage time of the wrong message, and the storage time is stored for storage. More preferably, the temporary storage module u stores the data in the order of storage time, and will discard more of the error-protected messages, and release the storage room to store the new debugging information. The detective second group 13 is used to extract the error detection message from the data processing device 2 to the hand-held device according to the data processing device 2 and the daily message request to the temporary storage module 12. The use of the program to send the error message request to the driver=== driver in the handheld electronic device 1, and then the driver 16 and/or the driver 17 then request the output of the error message After that, the system of business (1) Jingqi package system 111 will raise the corresponding requirements to the source module 110615 9 200937183, and then the original person will return to the original group 11 after the error detection message: error message And stored in the temporary storage module 12, the request to the temporary::: 13 is based on the data processing of the 2 error detection message - temporary storage mode, and 12 extract the corresponding error detection message. Encryption process is performed on the error detection message extracted by the first processing module & ^. In the case of β, the encryption program: for example, but not limited to the use of coffee encryption method = drink. Illustrator 'encryption module】 ::~light σ holding electronic device i, ... one or two selectively set in the privacy of the hand. 3 increase the debugging message narration process the official module 15 is used to Data processing nightmare 9 secret political mountain π installed 2 connection, and received the shock f = L message Requirement, and according to the requirements of the data processing, the % of the example processed by the processing module 13 is supplied to the f processing device 2° in the present embodiment - and is the RAPI module. Microsoft's tm system is used to perform any operation on the handheld electronic device 1 of Anzhen Wind 〇 s s 。 。 。 同步 同步 同步 同步 同步 同步 同步 同步 同步 同步 同步 同步 同步 同步 同步 同步 同步Connecting the request to the handheld electronic nightmare. As described in the present embodiment, since the operating system of the device 1 is used, the synchronous module is connected to the handheld device and the handheld device having the management module 15 The electronic device is connected to the computer and the packet is processed. The first processing module is used to transmit the synchronization module 21, by means of the total 110615 10 200937183 = module - the first processing fish 13 issuance extraction: request. Preferably, the second processing chest system is synchronized by two; 丨: 13 over/supplied according to a predetermined time period, and the request for the corresponding debug message is sent out. • (4) Group 22 The request to the first processing module 13 to extract the corresponding detective includes the condition, and the present It is hoped that the self-handheld power-(4) ◎ the first processing module 13 of the electronic device 1 is more pleading for I;?; including the extraction of the condition corresponding to the error message - the second message: = error message By providing the conditional pull group 14, the data processing device 2 further has an encryption file for recovering the original debug message for the packet that is encrypted by the encryption module 14. In this implementation = message Decoding, 俾 corresponds to the decryption algorithm of the decryption method,]:::: The program uses the secret. To solve the error message, see the second picture in June, which is the process diagram of the present invention. The message processing method ^the message processing method performs the error detection between the data processing device and the data processing device to provide the handheld electronic device. In step S101, the handheld electronic device is established. ^ Processing, as shown, the link. In this embodiment, the handheld device 3 and the data processing device may be, for example but not limited to, π 110615 200937183, a portable data processing device such as a personal navigation device, a car navigation device, a mobile phone or a personal digital assistant. In addition, the handheld electronic device and the data processing device can be connected to each other through a connection interface such as a universal serial bus and a Bluetooth transmission wheel. Then proceed to step 51〇2. In step S102, the data processing device is caused to issue an error detection request to the handheld electronic device. Then proceed to Step Magic 3. ^ In the step-by-step test, after the handheld electronic device accepts the data processing requirements of the farmer's office, the error message is extracted according to the requirements of the data processing device, and the corresponding information is extracted and returned to the data office as: ! Fig. 3 is a further step of the method for processing a debt error message of the present invention. The steps described in the figure are included in the / or two-step lake 1, and the application and the program in the handheld electronic device are issued according to the data processing device. Money message request. Then go to the step hi/ request and save the received #error = request to the temporary storage module. In this embodiment, the preferred one = the operating system receives the requirements of the application 寇+B/4, the system 7, and stores the error information of the debug message storage module issued by the program. The debugging information is stored in the temporary 5 help. The storage ¥ room is stored to the temporary storage module. Then, the process proceeds to step 110615 12 200937183. In step S1033, the handheld electronic device receives the request of the data processing device (4) for the error message, and then sends the detection according to the data processing device. The requirement is to extract the corresponding debt error message from the temporary storage module and reply to the data processing device. Please refer to FIG. 4, which is a more private diagram of the eight-body machine for processing the debt error message of the present invention. As shown, the foregoing steps include the following steps. In step S1G321, it is determined whether the storage space of the temporary storage module is sufficient to store the error message. If not, the process proceeds to step 22; if yes, the process proceeds to step S10323. In step S10322, the temporary storage module discards the old error detection message according to the temporary storage module, and returns to step si〇32i. The error detection message is stored in the temporary storage module in step S10323. Please refer to FIG. 5, which is a flow chart of another embodiment of the method for processing error message according to the present invention. It is to be noted that the present embodiment can be combined with each other in other embodiments of the present invention. In step (4), a connection between the handheld electronic device and the data processing device is established. Then proceed to step (4). In step S202, the data processing device is caused to issue a request for a faulty message to the handheld electronic device. Then proceed to step 82〇3. In step S203, after the handheld electronic device accepts the request for the error message sent by the data processing device, the corresponding error message is extracted according to the request of (4) processing the error message, and is encrypted and then returned to the data processing device. In this embodiment, the preferred method uses the coffee encryption method to encrypt the tilt message. Then proceed to step sm. 110615 13 200937183 The second S'zhong's data processing device will solve the error detection received. Decrypt the message in this implementation. The illusion is used and the D decryption method is Detected. Please refer to Fig. 6, which is a method for processing the erroneous message of the present invention. Second, the S302 can be held in the focus of the electronic device and the data processing device door. The connection between the devices. Then proceed to the step cycle and ms3G2, so that the data processing device sends a (four) error message according to the predetermined time period and/or condition. Then it proceeds to step S303. The 亍荇-type electronic device is installed in step S303, so that the hand-worker is provided with the error message including the conditional error-receiving/requesting process, and the error processing message is sent to the data processing device. . Filtering 2: The binary processing system and method mainly requires the connection of the device and the poor material processing device to issue a debugging message to the 7-beith. The handheld electronic device can receive data processing. Device; device: device data processing device, in addition, 'complex energy further combination: two = the second can be used by using the serial control interface other than the serial port 2 = error message difficulty outside the 'reergy limit and r privacy a•, 'and through the encryption and decryption procedures can increase the error detection suffocation pass 110615 14 200937183 'The above-mentioned simplifications are only illustrative of the features of the invention and its efficacy' and not for limiting the invention The scope of the substantive technical content. (4) Anyone who is ignoring this skill can modify and change the description of the application without departing from the spirit and scope of the present invention. Therefore, the rights and views of the present invention should be as The scope of the patent application mentioned later is as follows: [Simplified description of the drawing] Fig. 1 is a schematic diagram of the application architecture of the debug error processing system of the present invention, ❹ a flowchart; the second figure is the detection of the present invention FIG. 3 is a more detailed diagram of the method for processing the debug information of the present invention; a specific flowchart; and FIG. 4 is a more detailed fifth embodiment of the error message processing method of the present invention. Flowchart; and another embodiment of the method for processing error detection messages
第6圖係本發明 的流程圖。 之俄錯訊息處理方法之又一實施例 【主 1 11 111 112 12 13 要元件符號說明】 手持式電子裝置 來源模組 作業系统 除錯單元 暫存模組 第一處理模組 110615 15 200937183 Η '' 加密模組 15 管理模組 16 應用程式 17 驅動程式 2 資料處理裝置 21 同步模組 22 第二處理模組 23 解密模組 0 S101-S103 步驟 S103卜S1033 步驟 S10321〜S10323 步驟 S201-S204 步驟 S301 、 S302 步驟 ❿ 16 110615Figure 6 is a flow chart of the present invention. Yet another embodiment of the Russian error message processing method [Main 1 11 111 112 12 13 Description of the required component symbols] Handheld electronic device source module operating system debug unit temporary storage module first processing module 110615 15 200937183 Η ' 'Encryption Module 15 Management Module 16 Application 17 Driver 2 Data Processing Device 21 Synchronization Module 22 Second Processing Module 23 Decryption Module 0 S101-S103 Step S103 Bu S1033 Steps S10321 to S10323 Steps S201-S204 Step S301 , S302 Step ❿ 16 110615