200913569 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種測試監控方法及系統，尤指一種 應用於透過網路連接有伺服端與複數個客戶端之測試系 統中之測試監控方法及系統。 【先前技術】 一 電細在個人生活及工作各方面的使用越來越廣泛，似 乎已成為現代社會中不可或缺的生活必需品。由於電腦使 用普及率高的情況下，除加速電腦科技的發展，也帶動網 路科技之進步’故使電腦業者更是積極地投人健器 發。 無論是個人電腦或伺服器等電腦裝置之運作效能提 升與否，使用者最為重視的不外乎是系統的可靠性和穩定 性，故，電腦生產薇商會在產品出場前對電腦裝置進 項的電腦裝置之敎度或性能之測試，以確保產品的品 質。舉例來說，藉由設定電腦震置所需之各種工作電壓及 工作溫度之測試’即’使電腦裝置工作於較嚴苛的工作環 =下(例如工作電Μ少於標準電壓1Q%，卫作溫度㈣氏 4=)，並使電縣置執行高負載之軟體程式（例如， 視尚軟體）或重複性之硬體測試項目等。 然而，現有技術中對電腦裝置進行測試時，尤 利用網路連接有舰H與複數個客戶機進 *、 時，經常會遇到該類情況，亦即，有坻 0系 已經結束了測試，但是飼服器與複數 2的=4私式 w各戶機卻還在繼續 110398 5 200913569 工作，特別是測試人員不在測試現場的情況下，無法對已 經完成測試作業的伺服器與複數個客戶機實施及時關 機’這樣就會造成了電力資源的極度浪費，以一台7 5 〇 w 的伺服器來說，加上相關的測試設備，其功耗一般在 2000W左右，那麼在完成測試以後，如果多運行一個小 時，將會多出2000W的電力浪費，長此以往，造成的電力 成本將是一個驚人的數字。 與此同時，如不及時關閉已經完成測試作業的伺服器 與複數個客戶機，不但會縮短相關測試設備的壽命，而且 還會因爲測試設備的繼續運轉產生报大的噪音污染。 因此，如何提供一種可對該測試系統實施監控的方法 及系統，使其能夠及時關閉完成測試作業的電腦裝置，來 彌補上述種種缺失，實為相關領域之業者目前亟待解決之 【發明内容】 為解決上述習知技術之缺失，本發明之一目的在於提 供-種測試監控方法及系統，藉以節省電力能源。、 本發明之另一目的在於提供一種測試監控方法 統’以避免噪音污染。 μ 為達上述目的及其他目的’本發明即揭露—種測 控方法及系統，該賴監控方法係應用於透過網路連接: 习服端與複數個客戶端之測試系統中，且該測試系統 用以測試該伺服端與該複數個客戶端並生成測·士果之 測試模組，該測試監控方法包 次4 自无莛立一資料庫以儲 110398 200913569 存該測试系統之測試工具名稱以及與該測試工具名稱所 對應之測試進程識別訊息；爾後自該資料庫中選擇待監控 之測試工具名稱並依據所選擇之測試工具名稱，自該 庫中搜索該測試工具名稱所對應之測試進程識別訊息，並 據以分別偵測該複數客戶端以及該舰端之測試模^是 否均已元成測試作業；於偵測該伺服端以及該複數客戶端 ^測试杈組係均已完成測試作業時，透過該網路收集該該 f數客戶端及飼服端之測試模組之測試結果並儲存至了 =存儲器中；最後關閉該複數個客戶端，以及確認該複 二客戶端是否均已關閉’並於確認完成後關閉該伺服端藉 以即省電力能源。 本發明之測試監控系統，係應用於透過網路連接有伺 以個客戶端之測試系統中，且該測試系統具有用 =該舰端與該複油客戶端並生成㈣結果之測 =纽收=試監控系統包括··資料庫、選擇模組、價測 測組以及關機控制模組。該資料庫係儲存有該 之測試I具名稱以及與該測試工具名稱所對應 =進程識別訊息；該選擇模組，係自該資料庫中選擇 组皿=測試工具名稱’並輸出一偵測訊息；該偵測模 模組選擇訊息後，依據該選擇 么於—具名稱，自該資料庫中搜索該測試工具 丕：：對應之測試進程識別訊息，據以偵測該測試模組i 試作ΐ ί測=作業；並侦測結果為該測試模組係已完成測 乍業k’輪出一收集訊息；該收集模組係接受到該偵測 110398 7 200913569 存竽到士，…炱 試模組之測試結果並儲 存…貝M、'、D不至預設之存儲器中，並輸出 及該關機控制模組，係用於接受 幾，以 自，玄a *又收本杈組所輸出之關機訊 心關閉该各戶端及伺服端藉以節省電力能源。 相較於習知技術，本發明之測試監控方法 ==存有該測試系統之測試工具名稱以及與該測 二==對㈣試進程識別訊息之資料庫;爾後於 ，乂 y、 k擇測試工具名稱，並依據該資料庫中之測試 進程識別訊息偵測該測試模域否已完成測試作業，若 模組·試結果並保存至預設之存儲器 H關機訊息，以執行關機作業以關閉該客戶 端及伺服端，如此不但節省了電力能源，還避免了噪音污 染。 【實施方式】 以下係藉由特定之具體實例說明本發明之實施方 式，熟悉此技藝之人士可由本說明書所揭示之内容輕易地 暸解本發明之其他優點與功效。本發明亦可藉由其他不同 之具體實例加以實施或應用，本說明書中之各項細節亦可 基於不_點與應用，在不_本發明之精神下進行各種 修飾與變更。 。月翏閱第1圖’第1圖係顯示本發明之測試監控方法 之"IL私®本&明之κ監控方法係應用於透過網路連接 有祠服端與複數個客戶端（未圖示）之測試㈣中，且該 測試系統具有用以測試該祠月民端與該複數個客戶端並生 110398 8 200913569 成測試結果之測試模組。 端係分別為飼服器及客戶機術端與客戶 腦装置進行多項的電腦# 1，、Y、·㈣可為各種對電 非本案討論之重點，㈣之測試系統，此 模組（未圖示）復且有㈣單於本貫施例I該測試 錄，亨測早疋以對測試之結果進行記 筇該測试監控方法包括以下步驟： 如第1圖所不，首先執行步驟s卜創建 於儲存該測試系統之測試工具名稱以及與 Ϊ:、二;對應之測試進程識別訊息;於本實施例 ctc I； “用於朗例如-〉 料庫恤等測試程序所對應之測試進程；該資 添加或刪除該測試工具名稱以及與該測試工具、 冉斤對應之測試進程之關聯訊息。接著進至步驟％; 於步驟S2中’自該資料庫中選擇待監控之測試工具 測Lit實施例中，該選擇步驟係為輸入動作，即輸人 、°式具名稱。接著進至步驟S3 ; 於步驟S3中’輸出一偵測訊息；接著進至步驟s4; 於步驟S4中，接受到該偵測訊息後，執行第一偵測 於本實施例中’該第-偵測作業係自該資料庫中搜 試工具名稱所對應之測試進程識別訊息，分別伯測 ，數個客戶端之測試模組是否均已完成測試作業，若 疋則進至步驟S5，若否，則返至步驟μ ; 於步驟S5中，輪出一收集訊息；接著進至步驟％; 於步驟S6中，接受到該收集訊息後，執行第一收集 110398 9 200913569 作業，於本實施例中，該 試模組完成測試作業後，收隼係於或各戶端之測 ^ Μ , 叹木該各戶螭之測試模組之測試 試模組之測試Μ""11中；該收集之測 之存儲_ #'相預狀料料骑至該預設 之存儲裔中；接著進至步驟S7 ; = :S”，再輸出一偵測訊息;接著進至步驟S8; 作業’接受到該偵測訊息後，執行第二偵測 孛W式lit例中，該第二偵測作業係自該資料庫中搜 系落别试工具名稱所對痺 服端之測試模组4 P : 識別訊息，偵測該伺 S9，“ 、、疋 凡成測試作業，若是，則進至步驟 右否，則返至步驟S7 ; 業以Si別中於本實施例之執行該第，作 試進程，若有，則證明測二組10是否具有該測 已妹—士 、彳八遇在進仃，若否’則證明測試 匕、、工凡成，例如，判斷該LinuxVs 完成’則只需要對etc這個進程是否Η /牡式疋否 判斷u _Vss這師式：在糸統裏面就可以 _ 心式疋否已經完成了測試。 =驟S9中，輸出再一收集訊息;接著進至步細； 章，^每 又到收集矾息後，執行第二收集作 模电i成知例中肖弟二收集作業係於該飼服端之測試 試作業後’收集該飼服端之測試模組之測試結 模組之測★式έ士果又之存儲斋中；該收集之測試 貝U、，、口果係透過預設之保存路徑保存至該預設之 110398 10 200913569 .存儲器中；接著進至步驟S11 ; 需要特別説明地是’於本實施例中 二可例如位於該飼服端、客戶端、或任意—子儲器 貝抖傳輪功此之弟三方終端電子褒置、 電話、個人數位助理PDA等），且該存儲哭、仃動 該伺服端、客戶端、及第_ ^ ，、可為設置於 、击处 或弟二方終端電子裝置中之硒掷七 連接於上述各電子褒置之隨身碟。 更碟或為 於步驟S11中，輸出一關機信魚； 廉^ 關機信息係為第一關機 y’ ；只知例中，該 Ψ關機k息，接著進至步驟S12 ; 門，=驟以2中’係接受到該第一關機信息後，八別 閉该稷數個客戶端；接著進至步驟S13; 刀別關 、：：S13中’判斷所有該複數個客戶 右疋於接著進至步驟S14;若否，則返至步驟=關閉， 於步驟S14中，於+ — μ h ’ 關機作自#^^_别一 1機信息，於本實施例中，該 關械“係為弟二關機信息，接著進至步驟阳； 飼服：步:：5:二接受到該第二關崎 閉機器節二力I:輪方法步驟執行完畢，以達到關 巧1电力月源之目的。 η之=閱方第：二圖係為本發明之測試監控系統 統另可包括其他之構件，之測技控糸 基本架構僅顯示盘本發明有Μ:，式及說明，此處之 係應用構件。測試監控系統Η 嶋圖 連接有飼服端(未圖示)與複數個客戶 (未圖不）之測試系統1中，且測試系統】具有用《測 110398 11 200913569 試該飼服端與該複數個客戶端並生成測試結果之測試模 組10。於本實施例中，該词服端與客戶端係分別為祠服 器及客戶機；測試系統〗係可為各種對電腦I置進行多項 的電腦裝置穩定度或性能之測試系統， 點，故不作贅述。於本實施例中，測試模: 錄單元以對測試之結果進行記錄。 測試監控系統11包括：資料庫110，選擇模組， 偵測模組112，收集模組113以及關機控制模組114。 資料庫110係儲存有該測試系統丨之測試工具名稱以 及與该測試工具名稱所對應之測試進程識別訊息；於本實 施例中，該測試進程識別訊息係用於識別例如⑽ -〉ctc’Netherc ->smb等測試程序所對應之測試進程； 該資料庫11〇係可添加或刪除該測試工具名稱以及與該 測試工具名稱所對應之測試進程之關聯訊息。 選擇模組1U係自該資料庫中選擇待監控之測試工 具名稱，並輸出一偵測訊息；於本實施例中，選擇模組 111係為提供輸入動作，即輸入測試工具名稱。 ，偵測模組112係接受到該選擇模組lu輸出之偵測訊 息後，依據該選擇模組U1選擇之測試工具名稱，自該資 料庫110中搜索該測試工具名稱所對應之測試進程識別貝 訊息，據以偵測該測試模組10是否已完成測試作業；並 偵測結果為該測試模組10係已完成測試作業時，輸出一 收集訊息。於本實施例中，判斷該測試模組10是否已完 成測試作業之依據係為偵測該測試模組10是否具有該= 110398 12 200913569 =成=測試還在進行，若否，則證明測試 完口’二斷該UnUXVsS'〉ctc測試程式是否 :則，要對ctc這個進程是㈣在系統裏面就可以 斷Ll_Vss這個測試是否已經完成了測試。 Μ需明地是，該_模組112之__分 及第二偵測作業，其中，該第-鑛業 中搜索該測試工具名稱所對應之測試 是否均已別制該複數個客戶端之測試模組10 則繼“疋成^作業，若是，則輸出收集訊息，若否， 索該:試測作業係自該資料庫110中搜 服端之測分fr 料朗訊息，偵測該飼 收隼1自 是否已完成測試作業’若是，則輸出 右否，則繼續偵測作業；且該第一#測作輩係 物業，即該第-偵測作業先於= 自德收Γ換組113係接受到該偵測模、组112輸出之收集訊 i該飼該戦模組ig之測試結果並儲存該測試結果 組11S 、並輸出一關機訊息；於本實施例中，收集模 路押仅，集之測試模組10之測試結果係透過預設之保存 二’、存至預設之存儲器中。 該第:明地是，該收㈣組113之收集作業對應 ^ 、測作業及第二偵測作業分別具有第一收集作業 測n;rpπ作業，其中，該第一收集作業係於該客戶端之 /只j成挺組1 η 6 凡成測試作業後，收集該客戶端之測試模組 110398 13 200913569 ί:::二並儲存該測試結果至該預設之存儲器中;节 一⑺業係於該舰端之測試魅1G完成㈣竹: 收集該伺服端之測試模組之測 存：:業 ί :=之存儲器中。且該第-收集作業== 弟一收集作業’即該第一 #隹 支无於该 行。 卩/弟收集作業先於該第二收集作業執 :二資::輸功能之第三方終端電子裝置二:= 尾話個人數位助理PW 丁動 該飼服端'客戶端、或第:方)：=可為設置於 連接於上述各電子裝置之隨身;^子裝置中之硬確或為 關機控制模組⑴係用於接受收集模組η :機訊息’關閉該客戶端及伺服端。於本 機控制模組114復包括一判斷置_ 11C 、 中該關 係判斷所有該複數個客戶端^ 該判斷單元116 個伺服端，^•丕 疋否已關閉，若是，則關閉該 右，貝1重新關閉所有尚未被關閉之客戶端。 :上所述，本發明之測試監控方法及系統 ==該測試系統之測試工具名稱以及與該測試工且名 孝冉所對應之測試進程噃別自 八名 中選_試工具爾後於該資料庫 訊息偵測判m . 中之測試進程識別 該測測試作業，若是，則收集 出-關機訊息，以執行關機：辈之存儲器中，最後輸 乂心II機作業以關_客戶端及飼服 110398 14 200913569 端，如此不但節省了電力能源，還避免了噪音污染。因此， 應用本發明可克服習知技術之前述諸多缺點，而具高度產 業利用價值。 上述實施例僅為例示性說明本發明之原理及其功 效，而非用於限制本發明。任何熟習此項技藝之人士岣可 在不違背本發明之精神及範疇下，對上述實施例進行修飾 =變化。因此，本發明之權利保護範圍，應如後述之申請 專利範圍所列。 【圖式簡單説明】 弟1圖係顯示本發明之測試監控方法之流程圖；以及 第2圖係顯示為本發明之測試監控系統之功能方塊 圖〇 【主要元件符號說明】 1 測試系統 10 測試模組 11 測試監控系統 110 資料庫 111 選擇模組 112 偵測模组 113 收集模組 114 關機控制模組 116 判斷單元 S1 〜 步驟 15 110398200913569 IX. Description of the Invention: [Technical Field] The present invention relates to a test monitoring method and system, and more particularly to a test monitoring method applied to a test system in which a server and a plurality of clients are connected through a network And system. [Prior Art] The use of electric fineness in various aspects of personal life and work seems to have become an indispensable necessities in modern society. In the case of high computer penetration, in addition to accelerating the development of computer technology, it has also led to the advancement of network technology. This has made computer operators more active in investing in health. Whether the operating efficiency of a computer device such as a personal computer or a server is improved, the user's most important thing is the reliability and stability of the system. Therefore, the computer production of the computer will be used to enter the computer device before the product is released. Test the strength or performance of the device to ensure the quality of the product. For example, by setting the various operating voltages and operating temperatures required for the computer to be set up, the computer device is operated under a more severe working cycle = (for example, the operating power is less than the standard voltage of 1Q%, The temperature is (4) 4 =), and the electric county can execute a high-load software program (for example, software) or a repetitive hardware test item. However, in the prior art, when testing a computer device, especially when using a network connection with a ship H and a plurality of clients, it is often encountered in such a situation, that is, the system has ended the test. However, the feeding machine and the plural 2 = 4 private w each household still continue to work 110398 5 200913569, especially if the tester is not at the test site, the server and the plurality of clients that have completed the test operation cannot be completed. Implementing a timely shutdown, this will result in extreme waste of power resources. For a 7 5 〇w server, plus the relevant test equipment, the power consumption is generally around 2000W, then after the test is completed, Running an extra hour will result in an extra 2000W of wasted power. Over time, the cost of electricity will be an alarming number. At the same time, if the server and the plurality of clients that have completed the test operation are not closed in time, the life of the related test equipment will be shortened, and the noise pollution will be reported due to the continued operation of the test equipment. Therefore, how to provide a method and system for monitoring the test system, so that it can close the computer device that completes the test operation in time to make up for the above-mentioned various kinds of defects, is actually urgently needed to be solved by the industry in the related field. To solve the above-mentioned shortcomings of the prior art, an object of the present invention is to provide a test monitoring method and system, thereby saving power and energy. Another object of the present invention is to provide a test monitoring method to avoid noise pollution. μ is the above-mentioned object and other objects 'the invention is disclosed - a measurement and control method and system, the monitoring method is applied to a test system through a network connection: a service end and a plurality of clients, and the test system uses To test the server and the plurality of clients and generate a test module of the tester, the test monitoring method package 4 has a database from the database to store 110398 200913569 and the test tool name of the test system and a test process identification message corresponding to the name of the test tool; then selecting a test tool name to be monitored from the database and searching for the test process identification corresponding to the test tool name according to the selected test tool name a message, and respectively detecting whether the plurality of clients and the test module of the ship have been tested into a test operation; and detecting the server and the plurality of clients ^ test group have completed the test operation Collecting test results of the test module of the f-number client and the feeding end through the network and storing the test result in the memory = finally closing the plurality of guests The client, and confirming whether the duplicate client is closed, and shutting down the server after the confirmation is completed, thereby saving power and energy. The test monitoring system of the present invention is applied to a test system with a client connected through a network, and the test system has a test result of using the ship terminal and the re-oil client to generate (4) results. = Test monitoring system includes · · database, selection module, price measurement group and shutdown control module. The database stores the name of the test tool and the process identification message corresponding to the test tool name; the selection module selects the container = test tool name from the database and outputs a detection message. After the selection module selects the message, according to the selection, the search tool is searched from the database: the corresponding test process identification message, and the test module is detected.测 test = operation; and the detection result is that the test module has completed the measurement industry k' round a collection message; the collection module receives the detection 110398 7 200913569 deposits to the squad, ... 炱 test mode The test results of the group are stored...B, M, ', D are not in the default memory, and the output and the shutdown control module are used to accept a few, to, a, a, and the output of the group The shutdown message is used to turn off the various terminals and servos to save power and energy. Compared with the prior art, the test monitoring method of the present invention== the name of the test tool in which the test system exists and the database of the test process identification message with the test 2 == (4) test process; The tool name, and according to the test process identification message in the database, detecting whether the test mode has completed the test operation, and if the module and the test result are saved to the preset memory H shutdown message, the shutdown job is executed to close the The client and the server not only save energy and energy, but also avoid noise pollution. [Embodiment] The embodiments of the present invention are described by way of specific examples, and those skilled in the art can readily understand other advantages and effects of the present invention from the disclosure. The present invention may be embodied or applied by other specific embodiments, and various modifications and changes may be made without departing from the spirit and scope of the invention. .翏 第 1 1 'Fig. 1 shows the test monitoring method of the present invention "IL private ® this & κ monitoring method is applied to connect through the network with a server and a plurality of clients (not shown) In the test (4), and the test system has a test module for testing the test results of the month and the plurality of clients and generating 110398 8 200913569. The end system is a plurality of computers for the feeding machine and the client terminal and the client brain device. 1, 1, Y, (4) can be the focus of various discussion on electricity, (4) the test system, this module (not shown) The test is recorded in the present example, and the test is recorded in the test case. The test monitoring method includes the following steps: As shown in Fig. 1, the first step is performed. The name of the test tool created in the test system and the test process identification message corresponding to Ϊ:, 2; in the embodiment ctc I; the test process corresponding to the test program for the lang, for example, the library shirt; The resource adds or deletes the name of the test tool and the associated information of the test process corresponding to the test tool, and then proceeds to step %; in step S2, 'select the test tool to be monitored from the database to measure the Lit implementation. In the example, the selection step is an input action, that is, inputting a name, and then entering the step S3; in step S3, 'outputting a detection message; then proceeding to step s4; in step S4, receiving After detecting the message, The first detection in the embodiment is that the first detection operation is based on the test process identification message corresponding to the name of the search tool in the database, and the test modules of several clients are completed. If the test is performed, the process proceeds to step S5. If not, the process returns to step μ; in step S5, a message is collected; and then proceeds to step %; in step S6, after receiving the collected message, execution is performed. The first collection 110398 9 200913569 operation, in this embodiment, after the test module completes the test operation, the collection is tied to the test of each household, and the test module of the test module of each household is smashed. The test of the group quot""11; the storage of the collected test _ #' phase pre-materials are caught in the preset storage; then proceed to step S7; = :S", and then output a detection The message proceeds to step S8; after the operation 'receives the detection message, the second detection 式W type lit example is executed, and the second detection operation searches for the name of the test tool from the database. Test module 4 P : Identify the message and detect the servo S9, “, 疋If the test is performed, if the process proceeds to step No, the process returns to step S7. The process is performed in the embodiment of the present embodiment. If yes, it is proved whether the test group 10 has the test. Has been sister--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Teacher style: In the system, you can _ heart type 已经 has completed the test. = In step S9, the output collects another message; then proceeds to the step; chapter, ^ every time after collecting the suffocation, execute the second In the collection of the model, the Xiaodi II collection operation is based on the test operation of the feeding service end. The collection of the test module of the test module of the feeding service end is measured. In the fasting, the collected test U,, and the fruit are saved to the preset 110398 10 200913569 memory through a preset save path; then proceed to step S11; The second can be located, for example, at the feeding end, the client, or an arbitrary-sub-storage Shake the wheel of the brother of the three-party terminal electronic device, telephone, personal digital assistant PDA, etc., and the storage cry, shake the server, the client, and the _ ^, can be set, hit or The selenium throw in the two-party terminal electronic device is connected to the flash drive of each of the above electronic devices. The disc is in step S11, outputting a shutdown letter fish; the low-power shutdown information is the first shutdown y'; in the example, the Ψ is turned off, then proceeds to step S12; the door, = step 2 After receiving the first shutdown information, the system closes the number of clients; then proceeds to step S13; the knife is closed, and:: S13, 'determine all the plurality of clients to the right and then proceed to the step S14; if not, return to step=close, in step S14, shut down at +-μh' from the #^^_1 machine information, in this embodiment, the device is "two brothers" Shutdown information, then proceed to step Yang; Feeding: Step:: 5: Two received the second Guanzhai closed machine section two force I: round method steps are completed to achieve the purpose of the key 1 power source. ==Reading: The second picture is the test monitoring system of the present invention, and may include other components. The basic structure of the test technology control only shows the disk. The invention has the following formula:, formula and description, here is the application component Test and monitoring system 嶋 The test system 1 is connected to the feeding system (not shown) and a plurality of customers (not shown). And the test system has a test module 10 for testing the feed end and the plurality of clients and generating test results by using the test 110398 11 200913569. In the embodiment, the word service end and the client end are respectively The test system is a test system for a variety of computer device stability or performance for the computer I. It is not described here. In this embodiment, the test module: the recording unit is tested. The result is recorded. The test monitoring system 11 includes: a database 110, a selection module, a detection module 112, a collection module 113, and a shutdown control module 114. The database 110 stores the name of the test tool of the test system and a test process identification message corresponding to the test tool name; in the embodiment, the test process identification message is used to identify a test process corresponding to a test program such as (10) -> ctc 'Netherc -> smb; The library 11 can add or delete the test tool name and the associated information of the test process corresponding to the test tool name. The selection module 1U is selected from the database. The name of the test tool to be monitored is outputted with a detection message. In this embodiment, the selection module 111 provides an input action, that is, a test tool name is input. The detection module 112 receives the selection module. After the detection message is output, the test process identification message corresponding to the test tool name is searched from the database 110 according to the test tool name selected by the selection module U1, thereby detecting whether the test module 10 has been The test operation is completed; and the detection result is that the test module 10 has completed the test operation, and outputs a collection message. In this embodiment, determining whether the test module 10 has completed the test operation is based on detecting the Test module 10 has the = 110398 12 200913569 = Cheng = test is still in progress, if not, it proves that the test is completed 'two off the UnUXVsS'> ctc test program: then, to the ctc process is (four) in the system Inside it can be broken Ll_Vss this test has completed the test. It is not necessary to explicitly indicate that the _ module 112 has a __point and a second detection operation, wherein the search for the test tool name in the first mining industry has not tested the test of the plurality of clients. The module 10 follows the operation of "疋成^, if it is, then outputs a collection message. If not, it is required to: the test operation is based on the score of the search point in the database 110, and the detection of the feed is detected. 1 Since the test operation has been completed 'If yes, the output is right, then the detection operation is continued; and the first # is measured as the generation property, that is, the first detection operation precedes the = self-receiving conversion group 113 Receiving the detection mode and the output of the group 112, the test result of the 戦 module ig is stored and the test result group 11S is stored, and a shutdown message is output; in this embodiment, the collection mode is only The test result of the test module 10 is stored in the preset memory through the preset save 2'. The first: the clear ground is, the collection operation of the collection (four) group 113 corresponds to ^, the test operation and the second detect The measurement operation has a first collection operation test n; rpπ operation, wherein the first collection operation is The client/only j is a group 1 η 6 After the test operation, the test module 110398 13 200913569 ί::: of the client is collected and the test result is stored in the preset memory; (7) The system is based on the test of the ship's end of the charm 1G (four) bamboo: collect the test module of the server test:: industry ί: = in the memory. And the first - collection operation == brother one collection operation 'that is The first #隹支 is not in the line. The younger brother collects the work prior to the second collection operation: two capital:: the third-party terminal electronic device of the function: 2: the personal digital assistant PW The service end 'client, or the first party::= can be set in the portable device connected to the above electronic device; the hard device or the shutdown control module (1) is used to accept the collection module η: The message 'closes the client and the server. The local control module 114 includes a judgment set _ 11C, and the relationship determines all the plurality of clients ^ the judgment unit 116 servo ends, ^•丕疋Close, if it is, close the right, Bay 1 re-close all clients that have not been closed. The test monitoring method and system of the present invention == the test tool name of the test system and the test process corresponding to the tester and the name of the filial name are selected from the eight candidates _ test tool after the database information detection The test process in the test judges m identifies the test test operation, and if so, collects the shutdown message to perform the shutdown: in the memory of the generation, and finally the operation of the heartbeat II machine to close the client and the feeding service 110398 14 200913569 Therefore, not only the power energy is saved, but also the noise pollution is avoided. Therefore, the invention can overcome the aforementioned shortcomings of the prior art and has high industrial utilization value. The above embodiments are merely illustrative of the principles and effects of the invention and are not intended to limit the invention. Any person skilled in the art can make modifications/changes to the above embodiments without departing from the spirit and scope of the invention. Therefore, the scope of protection of the present invention should be as listed in the scope of the patent application to be described later. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a flow chart showing the test monitoring method of the present invention; and FIG. 2 is a functional block diagram showing the test monitoring system of the present invention. [Main component symbol description] 1 Test system 10 test Module 11 Test Monitoring System 110 Database 111 Selection Module 112 Detection Module 113 Collection Module 114 Shutdown Control Module 116 Judgment Unit S1 ~ Step 15 110398