TW538332B - Power on-off periods auto-testing system of computer equipment and the method thereof - Google Patents

Power on-off periods auto-testing system of computer equipment and the method thereof Download PDF

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TW538332B
TW538332B TW90132495A TW90132495A TW538332B TW 538332 B TW538332 B TW 538332B TW 90132495 A TW90132495 A TW 90132495A TW 90132495 A TW90132495 A TW 90132495A TW 538332 B TW538332 B TW 538332B
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Taiwan
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computer
test
data
power
cycle
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TW90132495A
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Chinese (zh)
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Yi-Shin Jan
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Mitac Int Corp
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Abstract

A power on-off periods auto-testing system for computer equipment comprises a remote host computer, a data bus circuit, a plurality of data access transmission circuit, a plurality of data transmission lines, a power on-off periods switching unit. With these circuit arrangement, the present invention conducts the automatic testing on power on-off periods for a plurality of tested computers. The testing computer will transmit the generated power-on-testing error codes to the data input port of the data bus circuit through the connected data access transmission circuit in the on-off cycles of the testing power, and transmit to and record on the remote host computer with the power-on-testing error code transmitted from each testing computer through the data access transmission circuit.

Description

538332 五、發明言兒明(1) 1. 發明領域: 本發明疋關於種電腦設備之測試技術 種電腦設備之冑源開關週期自動測試系 指- 2. 背景說明: /、列試方法。 -般新研發設計的電職置於試產階 腦裝置做各方面的測試,藉以確保其產品品質。電 品可靠度項目的測試中,電源開關週期測試(i>〇wJ如在產538332 V. Words of invention (1) 1. Field of the invention: The present invention relates to the testing technology of computer equipment. The source switch cycle automatic test of computer equipment refers to-2. Background: /. Test method. -The newly-developed electrical post is placed in the trial production stage. The brain device is tested in various aspects to ensure its product quality. In the test of the reliability project, the power switch cycle test (i > 〇wJ

TeSt)乃為相當重要的產品可靠度測試項 在電腦系統的設計中,每當電腦啟動時,電 輸出入系統(B I OS)會對系統硬體進行―序列之測試,二如 對連接於該電腦系統之顯示器、鍵盤、記憶體、 進行測試,此一開機時所進行之系統自我測試程 On Sen Test) -般簡稱為_。當在電腦系統之開機自 我測試程序中,如果偵測到有任一裝置存在著錯誤時,即 會產生相對應之開機測試錯誤碼(p〇ST c〇de)。例如當記 憶體測試偵測到錯誤時,即會在電腦螢幕上顯示記憶體測 試錯誤之訊息、或是發出警示聲響。目前所廣泛使用之個 人電腦系統大都遵循IBM標準錯誤碼之定義,例如錯誤碼 2 0 1係表示ό己十思體測試錯誤(% e m 〇 r y τ e s t F a i 1 e d )。使用 者、技術人員即可依據此一錯誤碼之定義,而查詢出系統 錯誤處。而對於電腦製造廠商、組裝廠商或維修廠商而 言’該開機測試錯誤碼更是重要的測試訊息。 在進行該電源開關週期的測試時,目前的測試方式,TeSt) is a very important product reliability test item. In the design of computer systems, every time the computer starts up, the Electrical Input-Input System (BI OS) will perform a sequence test on the hardware of the system. The computer system's display, keyboard, memory, and testing. This is the system self-test process (On Sen Test) performed when the computer is turned on-generally referred to as _. When the self-test procedure of the computer system is started, if any device is detected to have an error, a corresponding boot-test error code (p〇ST co〇de) will be generated. For example, when a memory test detects an error, a memory test error message is displayed on the computer screen, or an alert sounds. Most personal computer systems that are widely used at present follow the definition of the IBM standard error codes. For example, the error code 2 0 indicates a tenth body test error (% e m 0 r y τ e s t F a i 1 e d). Users and technicians can query the system error according to the definition of this error code. And for a computer manufacturer, an assembly manufacturer, or a maintenance manufacturer, the boot-up test error code is an important test message. When testing the power switching cycle, the current test method,

第4頁 538332Page 4 538332

五、發明言兒明⑵ 往往須要對該電源開關連續測試約200 0次以上或者3天以 上的時間,立每一受測電腦機台必須通過測試,在沒有# 誤或發生當機現象下,方能確保該電腦設備之產品$靠’θ 度,然後才考慮大量生產。 然而,以目前的電源開關週期測試技術或方法中,& 測試期間如果有一兩次或者多次錯誤發生時,往往無法# 時將其不良現象完整記錄下來。由於當受測電腦機$ t、原 重新開機時、而又無法正常啟動系統時,其錯誤訊:戍= 誤碼將隨著關機而不復存在,而難以進行錯誤之追^^ 析。在目前之測試技術中,僅能記錄每一次電源開啟使^ 統啟動(System Boot)之後執行一特定檔案,而將其計數 值(Counter)加1,並存在軟碟或硬碟的測試結果資料檔 Report File)内、或者由專人在旁隨時記錄每一受測曰電 腦機台及每一次開關電腦電路之電源執行結果及不良現 象。然而此種傳統之測試方法既不完善亦不符效率。 本發明概述: ==,=發明之主要目的即是針對前述習用技術之缺 失及貫際之,求,而研發出一種電腦電源開關週期測試系 =w j,丨郎省人力又能夠完整記錄測試過程中每一受測 包腦機台及每一次受测電腦機台的電源開關週期的執行狀 本發明之另一目的是提供一種電腦電源開關週期自動 ’則4系統’其藉由一遠端主控電腦同時監控數台受測電腦 538332 五 一、發明說明(3) ::戶= = 執行電源,我〜 矛呈庠+執狀錄末、亚可將該電源開啟自# r 21: ϊ生之開機測試_傳送至遠端主控電i Ύ f比車父或產生測試結果報表。 月甸 及分ίΚίί—目的是提供—種便於執行後續錯誤追蹤 在:開:系統,測試工程人員Ϊ: 的特定槽案之記錄結果,便可.4:…測電腦機台上 每一;:關電源的詳細執行:ί 電腦機台 期自二:工::重:,備之電源開關週 機台進行電源門 控電知對複數台受測電腦 ^ t ^ ^ ^VI ^ 由貧料擷取傳送電& 生開機測試錯誤碼時,可 -資料匯集測試錯誤碼予以操取,再由 機測試錯誤碼予以讀取貝並匯1::”所擷取到之開 有—遠端主控電腦、一 11明較佳實施例中係包括 运電路、複數條資料傳於绩,集電路、複數個資料擷取傳 藉由上述之電路安源開關週期切換單元, 源開關週期之自動測試。兮,數D叉測之電腦機台進行電 剛試電源之開關週期中,2電腦機台在電源開關週期 接之資料擷取傳送電二 之開機測試錯誤碼經由連 埠,再由該資料擷取傳集電路中之資料輸入 路將各個受測電腦機台所傳送 538332 五、發明說明(4) 來之開機測試錯誤碼 本發明之其它目 例及附呈圖式 圖式簡要 圖一係顯 連接 圖二係顯 出波 圖三係顯 圖、 電腦 圖四係顯 方塊 台、 圖五係顯 圖號說明 1 11 12 13 14 1 5 16 17 作進一 說明: 示本發 不意圖 示本發 形圖; 示本發 以及該 機台間 示本發 圖、以 資料匯 示本發 傳送及記錄於遠端主控電腦中。 的及其設計,將藉由以下之較佳實施 步之說明,其中: 明電腦電源開關週期自動測試系統之 5 明中所使用之開關週期測試電源之輸 明之資料匯集電路之進一步電路方塊 資料匯集電路與遠端主控電腦、受測 之連接關係圖; 明之資料擷取傳送電路之進一步電路 及該資料擷取傳送電路與受測電腦機 集電路間之連接關係圖; 明之控制流程圖。 遠端主控電腦 中央處理器 主記憶體 貧料匯流排 位址匯流排 控制匯流排 PCI橋接器 PCI匯流排V. Inventor's note: It is often necessary to continuously test the power switch for more than 200 times or more than 3 days. Each computer machine tested must pass the test. Without # errors or crashes, Only then can we ensure that the product of the computer equipment depends on 'θ degrees, before considering mass production. However, in the current power switch cycle test technology or method, if one or two or more errors occur during the test, it is often impossible to completely record the bad phenomenon. Because when the computer under test is restarted, and the system cannot be started normally, the error message is: 戍 = error code will disappear after shutdown, making it difficult to trace the error ^^. In the current testing technology, only a specific file can be recorded after each power-on and system boot (System Boot), and its counter value is increased by 1, and the test result data of the floppy disk or hard disk exists. (File Report File), or a dedicated person at any time to record the power supply execution results and undesirable phenomena of each tested computer and each time the computer circuit is turned on and off. However, this traditional test method is neither perfect nor efficient. The invention is summarized as follows: ==, = The main purpose of the invention is to address the lack and consistency of the aforementioned conventional technology, and to develop a computer power switch cycle test system = wj, which can fully record the test process The execution status of the power switch cycle of each tested brain machine and each tested computer machine Another object of the present invention is to provide a computer power switch cycle automatic 'three systems' which is implemented by a remote host Control computer monitors several computers under test 538332 at the same time 51. Invention description (3) :: household = = executive power supply, I ~ spear 庠 + hold the record, Ya Ke can turn on the power from # r 21: ϊ 生Start-up test_send to the remote master control unit i Ύ f than the car parent or generate a test result report. Yuedian and Fenki—The purpose is to provide—a convenient way to perform follow-up error tracking in: Open: System, test engineer Ϊ: Record results of a specific slot case, 4: ... test each on the computer machine ;: The detailed implementation of turning off the power: ί computer machine period since 2: work :: heavy :, prepared by the power switch on the machine to perform power gating on the machine to know the number of tested computers ^ t ^ ^ ^ VI ^ When transmitting the power & generating the startup test error code, the data collection test error code can be manipulated, and then read by the machine test error code and merged 1 :: " The control computer, a preferred embodiment of the eleventh embodiment includes a circuit, a plurality of pieces of data to be transmitted, a set circuit, a plurality of pieces of data to be retrieved and transmitted through the above-mentioned circuit, a source switching period switching unit, and an automatic test of the source switching period. Xi, during the D-switching test cycle of the computer machine, just test the power on and off cycle, 2 computer machine is connected to the power switch cycle to retrieve the data and send the second test error code through the port, and then the data Data input circuit of capture circuit 538332 transmitted by each computer under test V. Description of the invention (4) Boot test error code Other examples of the present invention and attached schematic diagrams Brief diagrams 1 shows the connection diagrams 2 shows the wave diagrams 3 shows Figures, computer graphics, four series of display blocks, and five series of display numbers are illustrated. 1 11 12 13 14 1 5 16 17 For further explanation: Show this hair, but do n’t show the shape of this hair; Show this hair and the machine ’s display. The map and the data display are sent and recorded in the remote host computer. The design and its design will be explained in the following preferred implementation steps, where: 5 The connection circuit diagram of the data collection circuit of the switching cycle test power supply used in the Ming Dynasty, the data collection circuit, the remote master computer, and the tested connection diagram; the further circuit of Ming Ming's data acquisition transmission circuit and the data acquisition The connection relationship diagram between the transmission circuit and the computer circuit under test; the control flow chart of the Ming. The remote main control computer central processor main memory lean bus address address bus control PCI bus PCI bridge

第7頁 538332 五、發明說明⑸ 2 資料匯集電路 2 la、21b "·21η 資料緩衝器 2 2a、22b ·· · 22η 及閘 3 a、3b ··· 3n 資料擷取傳送 3 1 資料栓鎖器、 3 2 及閘 4 a、4b ··· 4n 資料傳輸線 5 電源開關週期 6 a、6b ··· 6n 受測電腦機台 6 1 中央處理器 6 2 主記憶體 6 3 資料匯流排 64 位址匯流排 6 5 控制匯流排 6 6 PCI橋接器 6 7 PCI匯流排 較佳實施例說明: 首先參閱圖一所示,其係顯示本發明電腦設備之電源 開關週期自動測試系統之連接示意圖,該測試系統包括有 一遠端主控電腦(Remote Control PC)1、一資料匯集電路 (Data Acquis i 1: ion Dev ice)2、複數個資料擷取傳送電路 (Data Port Capture Dev ice) 3a、3b "々η、複數條資料傳 輸線(Data Transfer Cable)4a、4b·· ·4η、一電源開關週Page 7 538332 V. Description of the invention ⑸ 2 Data collection circuit 2 la, 21b " · 21η data buffer 2 2a, 22b ··· 22η and gate 3 a, 3b · 3n data acquisition and transmission 3 1 data pin Locks, 3 2 and gates 4 a, 4b ... 4n Data transmission line 5 Power switch cycle 6 a, 6b ... 6n Tested computer 6 1 Central processing unit 6 2 Main memory 6 3 Data bus 64 Address bus 6 5 Control bus 6 6 PCI bridge 6 7 Description of a preferred embodiment of the PCI bus: First, refer to FIG. 1, which is a schematic diagram showing the connection of the automatic test system for the power switch cycle of the computer equipment of the present invention. The test system includes a remote control computer (Remote Control PC) 1, a data collection circuit (Data Acquis i 1: ion Dev ice) 2, a plurality of data acquisition and transmission circuits (Data Port Capture Dev ice) 3a, 3b " 々η, multiple data transfer cables (Data Transfer Cable) 4a, 4b ... 4η, a power switch cycle

第8頁 538332 五、發明說明(6) 期切換 〇n — 〇ff Cycies Switch Unit),藉由 上述之電路安排’可對複數台受測電腦機台6a、6b…6n進 行電源開關週期之自動測試。 該資料匯集電路2係可製成插卡型式,可插置在該遠 端主控電腦1之匯流排,例如pci匯流排槽(pci Bus S1〇t)、、/貝料匯集電路2具有數個資料璋(Data Port)或資 料通道丄各個資料埠分別經由資料傳輸線4a、“…虹而分 別連接資料擷取傳送電路3a、3b。該資料擷取傳送電 路3a、3b "·3η亦可製成插卡型式,可插置在受測電腦機台 /、6b."6n上的匯流排,例如PCI匯流排槽(PCI Bus 每一台 ACV’係由電 中,言亥電源 電源後,由 ACV’(參圖二 孝少(丁1 ),而 期性地供應 6a、6 b …6n 時之電源開 圖三所 電路方塊圖 剛電月甾機台 央處理器11 ,又州1:腦機台6a 源開關週期切換 開關週期切換單 其電源輸出端輸 二所示),例如其 電綠關閉(Power 該^關週期測試 ,韃此而可以模 關操作之次數。 示’係顯示本發 、以及該資料匯 間之連接關係圖 、主記憶體1 2、 、6b…6n之開關週期測試電源 單元5所提供。在本實施例 元5由一交流電源ACV取得交流 出該開關週期測試電源 電源開啟(Power On)時間為5〇Page 8 538332 V. Description of the Invention (6) Period Switching (On-0ff Cycies Switch Unit), through the above-mentioned circuit arrangement, 'the automatic switching cycle of the plurality of computer computers 6a, 6b ... 6n can be performed. test. The data collection circuit 2 can be made into a card type, and can be inserted into the bus of the remote main control computer 1, such as the PCI bus slot (pci Bus S10t), Each data port (Data Port) or data channel: Each data port is connected to a data acquisition transmission circuit 3a, 3b via a data transmission line 4a, "... rainbow, respectively. The data acquisition transmission circuit 3a, 3b " · 3η may also be Made into a card type, which can be inserted into the bus of the computer under test, 6b. &Quot; 6n, such as a PCI bus slot. (Each ACV 'of the PCI Bus is powered by electricity. , ACV '(see Figure 2 Xiaoxiao (Ding 1)), and the power supply is scheduled to be supplied when 6a, 6 b… 6n is opened. : Brain machine 6a source switch cycle switching switch cycle switching single, its power output output is shown as 2), for example, its power green is turned off (Power off cycle test, so the number of off operations can be displayed. The connection diagram between this issue and the data bank, main memory 1 2, 6b ... 6 The switching cycle test power supply unit n is provided by the unit 5. In this embodiment, the AC power is obtained by an AC power source ACV. The switching cycle test power supply has a Power On time of 50.

Of f )時間為5秒(T2)。如此週 電源A C V至各個受測電腦機二 擬该電服機台在日後實際使用 明之資料匯集電路2之進—+ 集電路2與遠端主控電腦、= 。在遠端主控電腦1包括有= 資料匯流排1 3、位址疆流排Of f) time is 5 seconds (T2). In this week, the power supply A C V to each computer 2 under test is planned to be used in the future. The data collection circuit 2 will be used in the future— + circuit 2 and the remote master computer, =. The remote master computer 1 includes: = data bus 1 3, address stream

538332 五、發明說明⑺ 1 4、控制匯流排1 5、PC I橋接器1 6、以及pc I匯流排1 7 知構件。而該資料匯集電路2中包括有數個資料緩衝器 (Date Buffer)21a、21b...21n ’ 每一個資料緩衝器 2ΐ&、 21b…21η之資料匯流排UD Bus)係連接至遠端主控之 PCI匯流排17。 此外,該資料匯集電路2中包括有數個及閘22a、 22b... 22η ’每一個及間22a、22b...22η的其中一輸入 連接至PCI匯流#所產生之輸出入裝置讀取信號丨⑽,而'另 一輸入端則分別連接至遠端主控電腦}中選定之輸 :38〇H〜39CH)。藉由該輸出入裝置讀取信號⑽及 輸出入璋位址信號,使及閘22a、22b...22n之輸出端 別產生致能信號送至該資料緩衝器21a、21b...2in = 端G,而可選擇致能該資料緩衝器。 月匕 各個資料緩衝器21a、21b "·2ΐη之資料輪嫜ρι P2...pn係經由資料傳輸線4a、4b…胃m1' 台6a、6卜611之資料操取傳送電路&、3b...3n。 2 輸線4 a、4b ...411可採用一般9绫之杧 貝枓傳 細达、击·^丨 如9綠之^唬傳輸纜線,其中8 線為連接到開機測試錯誤碼f料的八個位元 另外-條線為連接到受測電腦機台上 牛:乍1、斥 Γ〇 ^ ^ ^ ^Power 〇n)^ 傳輸鎳。 木用匕型悲之仏旎資料 圖四係顯示本發明之資料擷取 方塊圖、以及該資料拋说你< 电叫之進一步電路 次肩貝枓蝻取傳运電路與受測電538332 V. Description of the invention ⑺ 1 4. Control bus 1 5, PC I bridge 16, and pc I bus 1 7 known components. The data collection circuit 2 includes a plurality of data buffers (Date Buffers 21a, 21b ... 21n ', each data buffer 2 缓冲器 &, 21b ... 21η data bus UD Bus) is connected to the remote master control PCI bus 17. In addition, the data collection circuit 2 includes a plurality of gates 22a, 22b ... 22η ', and one of the inputs of each of the gates 22a, 22b ... 22η is connected to the output signal of the PCI bus #.丨 ⑽, and 'the other input is connected to the remote master control computer respectively selected input: 38〇 ~ 39CH). By using the input / output device to read the signal and the input / output address signals, the output terminals of the AND gates 22a, 22b ... 22n generate an enable signal to the data buffers 21a, 21b ... 2in = Terminal G, and optionally enable the data buffer. Each data buffer 21a, 21b of the moon dagger " · 2ΐη data wheel 嫜 ρ2, P2 ... pn is a data manipulation transmission circuit &, 3b via a data transmission line 4a, 4b ... stomach m1 '6a, 6b 611 ... 3n. 2 Transmission lines 4a, 4b ... 411 can use the standard 9mm transmission cable, such as the 9th green transmission cable, 8 of which is connected to the power-on test error code f In addition to the eight bits-a line is connected to the computer under test: at first, replies Γ〇 ^^^^ Power 〇n) ^ to transfer nickel. Wooden dagger-shaped sad sorrow information Figure 4 is a block diagram showing the data extraction of the present invention, and the data toss you further circuit of the electric call

1^· 第10頁 538332 五、發明說明(8) 匯集電路間之連接關係圖。在受測電腦機台,例如第一部 受測電腦機台6a中,包括有中央處理器61、主記憶體62、 資料匯流排6 3、位址匯流排64、控制匯流排65、PCI橋接 器6 6 、以及PC I匯流排67等習知構件。而該資料擷取傳送 電路3a中包括有一資料栓鎖器31,其資料匯流排(Ad Bus) 係連接至該受測電腦機台6a之PC I匯流排6 7。 此外,該資料擷取傳送電路3a中包括有一及閘32,其 中一輸入端係連接至該受測電腦機台6a之PCI匯流排67所' 產生之輸出入裝置寫入信號I 〇W,而另一輸入端則連接至1 ^ · Page 10 538332 V. Description of the invention (8) Collect the connection relationship diagram between the circuits. The tested computer, such as the first tested computer 6a, includes a central processing unit 61, a main memory 62, a data bus 6 3, an address bus 64, a control bus 65, and a PCI bridge. Device 6 6 and PC I busbar 67 and other conventional components. The data acquisition and transmission circuit 3a includes a data latch 31, and its data bus (Ad Bus) is connected to the PC I bus 67 of the computer 6a under test. In addition, the data acquisition and transmission circuit 3a includes a sum gate 32, and one input terminal is connected to the input / output device write signal I 0W generated by the PCI bus 67 of the computer 6a under test, and The other input is connected to

文測電腦機台6 a之其中一輸出入埠位址(例如〇 )。藉廷 读輸出入裝置寫入信號10W及輸出入埠位址信號,使及閘 3 2之輸出端可產生致能信號送至該資料栓鎖器3丨之致能掉 G,而可選擇致能該資料栓鎖器。該資料栓鎖器“之資料 輪出埠DO〜D7即係經由資料傳輸線4a而連接至資料匯集 =2之第二個貧料輪入埠P1。如此,即可將受測電腦機台 開機測試過程中所產生之開機測試錯誤碼(p〇sT 3過該資料栓鎖器、資料傳輸線、及資料緩 端主控電腦中。 &』¥ 當退端主控電腦在開始勃y-:目丨丨"Μ5 Π古 ,,.One of the input / output port addresses (for example, 0) of the text measurement computer 6a. By reading the I / O device write signal 10W and the I / O port address signal, the output terminal of the AND gate 32 can generate an enable signal and send it to the enable latch G of the data latch 3 丨, and can choose to enable Can the data latch. The data wheel out port DO ~ D7 of the data latch is connected to the second lean wheel input port P1 of the data collection = 2 via the data transmission line 4a. In this way, the computer under test can be turned on and tested The boot test error code (p0sT 3 generated during the process passes the data latch, the data transmission line, and the data host computer. &Amp; ”¥ When the back host computer is starting丨 丨 " Μ5 Π ancient ,.

取資料匯集電路上的每—受測電了’並開始5買 .^ 機台所連接到之151宗蛉 出槔位址的資料,並記錄每一 安】之口疋輪 场J電腦機台上的開機測試錯誤 s曰δ買取到之每一台受 k也細之5己憶體或磁碟中。而Take the data on the circuit of the circuit-tested electricity and start to buy 5. ^ The information of the 151 cases where the machine is connected to the machine and the address of each machine are recorded on the computer of the machine. The start-up test error of s is that each of the δ purchased by δ is in the memory or disk. and

第11頁 538332 五、發明說明(9) 在各個受測電腦機台在進行測試時, ~ 即時顯示出每一受測電腦播a %扣ΰ又測電細機。亦可 該開機測試錯誤碼儲存在兮I 機測試錯誤碼,亦可將 中。 存在忒叉測電腦機台之記憶體或磁碟 圖五係顯示本發明之且妒每 合圖一至圖四所示之年構將;二=例之控制流程圖,兹配 本發明之步驟主要包之處理步驟說明如后。 開關週期測試電源ACV,至期切換單元5供應- —斗 主各個文測電腦機台6a、6b ··· 乂步驟101)。在该開關週期測試電祕 各個受測電腦機台6a、6b、隹 > —、产逼之期間, (步驟1 02),並在該電源門啟白订源開啟自我測試程序 試錯誤碼陳c。心原::自::試程序中產生開機測 之特定檔荦中(步驟1fm 十_ 儲存在圮憶體或磁碟中 在其顯心:。)’亦可將該開機測試錯誤馬顯示 ^驟1(|4中,由各個資料擷取傳送電路仏 =測Γ嶋6a、6b 於執行電源開啟自我,η 之開機測試錯誤碼予以擷取,並存於 枓搞取傳送電路之資料栓鎖器中。 仔於各個資 :測:『碼…取’並匯集傳送至^端主6控 以儲, 遠端主控電腦1可將該開機測試錯誤碼+ 储存在記憶體或磁碟中之特定播案中(步_6^ = 第12頁 五、發明説明(10) 將該開機測試 藉由上述 主控電腦同時 每一受測電腦 之執行狀況記 所產生之開機 較或產生測試 結束時’再檢 案之記錄結果 關電源的詳細 用價值。 頭不·在其 可知,本 台(例如8 執行電源 、並可將 誤碼傳送 表。故測 主控電腦 輕易得知 果。因此 錯誤碼 之說明 監控數 機台在 錄下來 測試錯 結果報 視遠端 ,便可 執行結 顯示器 發明之 -16 台) 開啟自 該電源 至遠端 試工程 及受測 每一受 ,本發 測試系 受測電 我測試 開啟自 主控電 人員只 電腦機 測電腦 明確具 統利用 腦機台 程序時 我測試 腦中, 需在測 台上的 機台每 高度之 一遠端 ,並將 所發生 程序中 以作比 試時間 特定檔 一次開 產業利 惟以上之實施例說明,僅為本發明之較佳實施例說 明,凡習於此項技術者當可依據本發明之上述實施例說明 而作其它種種之改良及變化。然而這些依據本發明實施例 所作的種種改良及變化,當仍屬於本發明之發明精神及以 下所界定之專利範圍内。Page 11 538332 V. Description of the invention (9) During the test of each tested computer machine, ~ a% of each tested computer is displayed in real time and the electric machine is tested. It is also possible to store the startup test error code in the test error code of the machine, or to store it in. The memory or disk of a computer system with a fork test. Figure 5 shows the present invention and is jealous of the annual structure shown in Figures 1 to 4. Figure 2 is an example control flow chart, and the main steps of the present invention are provided. The processing steps are described later. The ACV is tested during the switching cycle, and the switching unit 5 is supplied by the deadline. Each of the main test computer units 6a, 6b ... (step 101). During the switching cycle, test each of the computer computers 6a, 6b, and — > --- during the production period, (step 102), and start the self-test program at the power door to open the source and test the error code. c. Heart original :: from :: in the test file generated in the test file (step 1fm ten _ stored in the memory or disk in its prominent :.) 'You can also display the boot test error horse ^ In step 1 (| 4, each data acquisition and transmission circuit 仏 = measures Γ 嶋 6a, 6b. After performing the power-on self, η's power-on test error code is retrieved and stored in the data latch of the transmission circuit. In each case: test: "code ... take" and send it to ^ host 6 control for storage, the remote host computer 1 can store the boot test error code + specific code stored in memory or disk In the case (step _6 ^ = page 12 5. Description of the invention (10) The start-up test is generated by the above-mentioned main control computer and the execution status of each tested computer at the same time. The result of the re-examination case is related to the detailed use value of the power supply. It can be seen that the station (for example, 8 executes the power supply and can transmit the error code to the table. Therefore, the test host computer can easily know the result. Therefore, the error code Explain that the monitoring machine is recording the test error results End, you can execute -16 of the display inventions) Turn on the power to the remote test project and test each test, the test of the test is the test of the test power I turn on the independent power control personnel only computer test computer clear tool When I use the brain-computer program, I test my brain. I need to test the machine at the far end of each height of the machine on the test platform, and use the generated program as a specific time for the comparison time. Only the description of the preferred embodiments of the present invention, those skilled in the art can make other improvements and changes based on the description of the above embodiments of the present invention. However, these improvements and changes made according to the embodiments of the present invention , It still belongs to the spirit of the invention and the scope of patents defined below.

第13頁Page 13

Claims (1)

六, 1· 申清專利範圍 種電腦設備之雷源 包括有: 一遠端主控電腦;、汗關週期自動測試系統 一資料匯集電路,包 料緩衝器之資料匯流緩衝器,每—個資 該資料緩衝器係由該 ^编主控電腦之匯流排 控制; 主控電腦所產生之致能信號纟所 複數個資料擷取傳送 々 " 包括有一資料栓鎖哭,^ ^貝料擷取傳送電路中 之其中-個資料匯集電二 =口腦f台所產生之“信號所控:枓栓鎖器係 後,由其2週期切換單元,由一交流電源取得交流電调 I A S =源輪出端輸出開關週期測試電源,並#庫ζ、 各個叉測電腦機台; 弘7 JL供應至 ίΐ以J腦ΐ執行測試時’會經由該資料匯集電路 開啟自我㈣讀取每—受測電腦機台在執行電源 受測電腦機ί序時所發生之執行狀況,並記錄每一台 、 χ钱口的開機測試錯誤碼。 如申請裏4 f ' 刊範圍第1項所述之電腦設備之電源開關週期 白 、、目ιί 士Φ ^ “ “糸統,其中該資料匯集電路係製成插卡型式, 可插置在拎、土 #遺遇端主控電腦之PC I匯流排槽。 如申请專利範圍第1項所述之電腦設備之電源開關週期 '申ft專利範圍 自測試系 式’可插置 %中請專利 自測試系 路間係以一 電路所擷取 經由該資料 如申請專利 自勤測試系 資料傳輪線 测電腦機台 否在開機期 4¾ ) -g-, 在兮Γ中該資料擷取傳送電路係製成插卡型 μ叉測電腦機台之?(^匯流排槽。 辈色圍赏1 統,发項所述之電腦設備之電源開關週期 =傳輪線予以連接,以將該資料摘取 德=測電腦機台所送出之開機測試錯誤碼, 傳輪線送至資料匯集電路中。 ,圍第4項所述之電腦設備之電源開關週期 、、先’其中該資料傳輪線係包括有複數條信號 作為資料信號線,另包括有一線係連接到受 的工作電源,藉以判斷該受測電腦機台 間。 自!ί圍第1項所述之電腦設備之電源開關週期 錯琴碼;ρ ΐ,其中該受測電腦機台所產生之開機測試 試示在該受測電腦機台、以及將該開機測 决碼儲存在該受測電腦機台中。 自2明專利範圍第1項所述之電腦設備之電源開關週期 氣系統,其中該資料匯集電路中包括有數 之匯::1! &閘的其中一輸入端係連接至遠端主控電腦 產生之輸出入裝置讀取信號,而另一輸入端 538332 申請專利範圍 則分別連接至遠端主控電腦中選定之輪 由該輸出入裝置讀取信號及輪出入埠:,^缚位址,藉 月& 之輪出端產生致能信號送至各對鹿資 ^信說,使及閘 端。 w、竹緩衝器之致 8·如申請專利範圍第1項所述之電腦設備之 自動測試系統,其中該資料擷取傳送電電源、開關週期 閘,每一個及閘的其中一輸入端係連接包括有一及 匯流排所產生之輸出入裝置寫入信號,文蜊電腦機之 連接至受測電腦機台中選定之輸出入蜂另一輪入端則 出入裝置寫入信號及輸出入埠位址信號立:l止’藉由該輸 端產生致能信號送至該資料栓錯二使及閘之輸出 貝裔之致能端。 9· 一種電腦設備之電源開關週期自動測 端主控電腦對複數台受測電腦機台進法,係以一遠 測試,該遠端主控電腦連接有一資料^隹源開關週期之 台受測電腦機台中連接有一資料擷取二電路,而每一 方法包括下列步驟·· 咬電路,該測試 供應一開關週期測試電 在刻關週#月測試電源供電之期間幾叫 進行電源開啟自我測試程序、並 =文測電腦機 由各個資料擷取傳送電路將連 測試錯誤碼; 電源開啟自我測試程序時 ^腦機台於執; 榻取,並存於各個資料摘以=誤% 电峪《貝科栓鎖器中· 538332 六、申請專利範圍 及該資料匯集電路將各個資料擷取傳送電路中所擷取到 之受測電腦機:台之開機測試錯誤碼予以讀取,並匯集傳 送至遠端主控電腦中。 1 0.如申請專利範圍第9項所述之電腦設備之電源開關週期 ‘ 自動測試方法,其更包括將各個受測電腦機台所產生之 · 開機測試錯誤碼儲存在受測電腦機台之記憶體或磁碟中 之步驟。 1 1.如申請專範圍第9項所述之電腦設備之電源開關週期 φ 自動測試方法,其更包括將各個受測電腦機台所產生之 開機測試錯誤碼顯示在受測電腦機台顯示器上之步驟。 1 2.如申請專辛j範圍第9項所述之電腦設備之電源開關週期 自動測試方法,其更包括將各個受測電腦機台所產生之 開機測試錯誤碼儲存在該遠端主控電腦之記憶體或磁碟 中t步驟。 1 3.如申請專辛〗範圍第9項所述之電腦設備之電源開關週期 自動測試方法,其更包括將各個受測電腦機台所產生之 · 開機測試錯誤碼顯示在該遠端主控電腦顯示器上之步 驟〇VI. 1. The sources of lightning for various types of computer equipment in the scope of patent application include: a remote master control computer; an automatic test system for the sweat cycle; a data collection circuit; a data buffer buffer for the material buffer; The data buffer is controlled by the bus of the host computer; the enable signal generated by the host computer; multiple data acquisition transmissions; " includes a data lock cry, ^ ^ material acquisition One of the data in the transmission circuit is collected. The second signal is controlled by the "signal generated by the oral brain f stage: after the stern latch is connected, its 2 cycle switching unit is used to obtain the AC ESC from an AC power source. IAS = the source end. Output switch cycle test power supply, and # library ζ, each fork test computer machine; Hong 7 JL supply to ΐ ΐ J brain ΐ when the test is performed 'will self-open through the data collection circuit to read each-test computer machine The execution status that occurred when the computer of the power supply test was executed, and recorded the power-on test error code of each χ money port. The power on of the computer equipment described in the application 4 f 'issue scope item 1 Close cycle, white, and white Φ ^ "" system, where the data collection circuit is made into a card type, which can be inserted in the PC I bus slot of the main control computer at 拎, 土 # 遗 遇 端. If you apply The power switching cycle of the computer equipment described in item 1 of the patent scope 'Applicable ft patent scope self-testing system' can be inserted %% patent patent self-testing system is captured by a circuit through this information. Is the data transfer wheel and line test computer machine in the ground test system in the start-up period 4¾) -g-, in Xi Γ, the data acquisition and transmission circuit is made of a card-type μ fork test computer machine? (^ Bus slot . The system of power generation reward 1 system, the power switch cycle of the computer equipment described in the item = the transmission line is connected to extract the data = test the test error code sent by the computer machine, the transmission line is sent to In the data collection circuit, the cycle of the power switch of the computer equipment described in item 4, first, wherein the data transmission line includes a plurality of signals as data signal lines, and also includes a line connected to the receiving work. Power to judge the subject Between computer equipments: From the cycle of the power switch of the computer equipment described in item 1 above, the code is incorrect; ρ ΐ, where the startup test generated by the computer equipment under test is displayed on the computer equipment under test, and The start-up test code is stored in the computer under test. Since the power switch cycle gas system of the computer equipment described in item 1 of the Ming patent, the data collection circuit includes a number of exchanges: 1! &Amp; One of the input terminals of the brake is connected to the read signal of the input and output device generated by the remote host computer, and the other input terminal 538332 is applied to the selected wheel in the remote host computer and the input and output are connected respectively. The device reads the signal and turns in and out of the port :, ^ binds the address, and generates an enable signal by the month & w 、 Bamboo buffer 8. The automatic test system for computer equipment as described in the first item of the scope of the patent application, wherein the data capture and transmission power supply, switching cycle switch, each and one of the input terminals of the switch are connected Including one and the input and output device write signal generated by the bus, the computer is connected to the selected input and output bee in the tested computer machine, and the other input terminal is the input and output device write signal and the input and output port address signal. : Lstop 'sends the enable signal to the enable terminal of the output of the data latch and the brake by the output terminal. 9 · The power switch cycle of a computer device is automatically tested by the main control computer. The test is performed on a plurality of computers under test. The remote main control computer is connected with a piece of data. A computer is connected with a data acquisition two circuit, and each method includes the following steps: bite the circuit, this test supplies a switching cycle test electricity in the engraving week # month test power supply during the power supply several calls for the power-on self-test procedure 、 == The test computer is connected to the test error code by each data acquisition and transmission circuit; when the power is turned on and the self-test procedure is performed, the brain computer is in charge; it is retrieved and stored in each data. In the latch · 538332 6. The scope of the patent application and the data collection circuit will read the computer under test captured in each data acquisition and transmission circuit: the test error code of the computer is read and transmitted to the remote end. In the host computer. 1 0. The automatic test method of the power switch cycle of computer equipment as described in item 9 of the scope of the patent application, which further includes storing the startup test error code generated by each computer computer under test in the memory of the computer computer under test Volume or disk. 1 1. According to the automatic test method of the power switch cycle φ of the computer equipment described in item 9 of the application scope, it further includes displaying the startup test error code generated by each tested computer machine on the display of the tested computer machine. step. 1 2. The method for automatically testing the power switch cycle of a computer device as described in item 9 of the scope of the application, which further includes storing the startup test error code generated by each tested computer machine in the remote master computer. Step t in memory or disk. 1 3. According to the automatic test method of the power switch cycle of the computer equipment as described in item 9 of the scope of the application, it further includes displaying the startup test error code generated by each tested computer machine on the remote master computer Steps on the display 第17頁Page 17
TW90132495A 2001-12-27 2001-12-27 Power on-off periods auto-testing system of computer equipment and the method thereof TW538332B (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI497512B (en) * 2013-03-04 2015-08-21 Winbond Electronics Corp Verifying apparatus of flash memory

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI497512B (en) * 2013-03-04 2015-08-21 Winbond Electronics Corp Verifying apparatus of flash memory

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