201025924 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種複數網路連接埠測試系統及方 法’尤其係一種對被測裝置的複數網路連接埠測試系統及 方法。 【先前技術】 Φ 為了滿足曰益增加的網路連線及數據傳遞的需求，目 前市面上提供許多具有多個網路連接埠的網路通訊產品， 例如路由器（Router)，幫助使用者透過多連接埠的網路通 訊產品更便利地從事連結網路的活動。在這些網路通訊產 品在出廠前，對各個網路連接埠進行測試以確認連接埠 運作正常是非常重要的一項工作。 、但在習知的測試方式當中，由於電腦大多只有一個區 域網路連接埠可用來連結網路通訊產品進行測試，因此必 須依靠操作人員在電腦和待_多網路連接埠產品之間， 不斷地更換多網路連接埠產品的連接埠，⑽^ 電腦，試，使得測試的效率十分低落、而人工成本極: 之寺Λ具多連接埠的網路通訊產品 、“ ΓΓ 專’在電腦上設置兩張網路卡，分別 以連接線連結集線器及待測產品， 連結集線器的網路通道如 的封包從 連接的通道傳回電腦，上過與待測產品 相同’以判斷待财品是否:本：回的封包是否 網路卡造成成本增加，若 t本方案必須額外設置 需要改用另一部電腦進行測試時 4 201025924 還需拆卸、更換硬體，十分不便。 率和1 了改善對網路通訊產品的多個_路、 羊和便利性，本發明提：固，鱗連接埠測試的效 方法，詳細說明如下。 ，，周路連接埠測試系統及 【發明内容】 ::不方便及效率二=1::=之:品進行挪 Ϊ::Γ統及其方法，達到提升測試 為了達到所述目的，本發明根據复 2複數網路連接埠測試系統，包括案，， 裝置及一測試裝置，測試裝置更包括一第一 切換 。被測裝置包括複數個網路連接埠，:換苡= =輸出入缚及與第一訊號淳連接之一第一連以 =複數輸出人埠與該等複數網路連接埠分別—該 輪出模組透過第一訊號埠傳送一控制指令，用以ίϊ 埠其中二者，並關閉其餘之輸出入埠，被開啟 =輪出入埠分別為第-開啟輸出入埠及第二開啟輪出= 測試模組並發送一測試指令，由第一開啟發 送到斜應的網路連接埠’而被測裝置則將測試指令傳= ::換裝置的第二開啟輸出入埠；其中，切換裝置的第二S 啟輪出入埠根據該測試指令產生—回應 ，—開 ，的原傳送路徑反序回傳到測試裝置；測試裝以 據回應訊息之有無來判斷被測裝置中接收該測試指令之= 5 201025924 路連接埠是否正常運作。 為了達到上述目的，本發明根據其中一種方案，再提 二，複數網路連接埠測試方法，包括：測試裝置發送一 j指令控制i換裝置開啟其中-輸出人槔，該切換裝 . i s複數輸出入埠，且分別一一對應一被測裝置之複數 網路，接埠’控制指令並關閉其餘之輸出入槔；測試裳置 =么送測減指令，由開啟的輸出入埠傳送到對應的網路 ，接阜’被測裝置接收到該測試指令時，經由接收測試指 ❹ 7的網路連接埠透過對應之輸出入埠 ，傳回一回應訊息； /則試裝置判斷是否接收到傳回來的回應訊息，若是’則將 傳回回應訊息的網路連接埠記錄為正常；最後，發送另一 個控制；日令，_原開啟的輸出人珲、並開啟另—輸出入 埠後’返回發勒彳試指令的步驟繼續執行，直到複數網路 連接埠全部完成測試。 、根據本發明所提供的複數網路連接埠測試系統及其方 ，，首先可免除對網路通訊產品的多個網路連接埠進行測 ⑩#時^須L及拔取連接線的不便；同時，減少因 作*意、外使各連接埠物簡壞的機率；再來，更可 ，過簡易而快速的測試方式得知各個網路連接埠是否可正 吊發揮作用。上述效果可對相關產品出廠前的測試手續提 i、顯著而確切幫助’因而本發明所提供之技術手段實具有 加以保護之價值及必要。 【實施方式】 本發明係提供-種簡易且方便的複數網路連接埠測試 系統及方法’用以對具有多個網路連接瑋的待測試裝置進 6 201025924 作的檢測，以達到提高測試效率、減 M成本的效果。為了提供更詳盡的說明與解釋，以下 =3==^以便更為明確而清楚地揭露本發明201025924 VI. Description of the Invention: [Technical Field] The present invention relates to a complex network connection test system and method, and in particular to a multi-network connection test system and method for a device under test. [Prior Art] Φ In order to meet the increasing demand for network connection and data transmission, many network communication products with multiple network ports, such as routers, are available on the market to help users through more Connected network communication products make it easier to engage in network-connected activities. Before these network communication products are shipped from the factory, it is very important to test each network port to confirm that the port is functioning properly. However, in the conventional test method, since most computers have only one regional network connection, which can be used to connect network communication products for testing, it is necessary to rely on the operator between the computer and the multi-network connection product. Replace the connection of the multi-network connection 埠 product, (10) ^ computer, try, make the test efficiency is very low, and the labor cost is extremely: the temple Λ multi-connected network communication products, " ΓΓ special" on the computer Set two network cards, connect the hub and the product to be tested with the cable respectively. The packet of the network channel of the link hub is transmitted back to the computer from the connected channel, and the same as the product to be tested is used to determine whether the goods are: Ben: The cost of the returned packet is increased due to the network card. If the solution has to be set up and needs to be changed to another computer for testing, 4 201025924, it is necessary to disassemble and replace the hardware, which is very inconvenient. The road communication product has a plurality of roads, sheep and convenience, and the invention provides a method for testing the solid and scale connection ,, as described in detail below. System and [Summary of the Invention] :: Inconvenient and efficiency two = 1:: =: Product is moved:: Γ and its method, to achieve the upgrade test In order to achieve the purpose, the present invention is based on complex 2 complex network connection The test system includes a case, a device, and a test device. The test device further includes a first switch. The device under test includes a plurality of network ports: switching 苡 = = output binding and connecting with the first signal 淳a first connection = a plurality of output persons are connected to the plurality of network ports respectively - the round-out module transmits a control command through the first signal to extract both of them and close the remaining outputs , is turned on = turn-in and turn-out are the first - open output and the second open turn = test module and send a test command, sent from the first open to the oblique network connection 埠 'and the device under test Passing the test command = :: the second open output of the device; wherein the second S wheel of the switching device generates and responds according to the test command, and the original transmission path is returned to the test in reverse. Device; test loaded with response message Whether or not it is judged whether the test device receives the test command = 5 201025924 The connection port is operating normally. In order to achieve the above object, the present invention, according to one of the solutions, further mentions a plurality of network connection test methods, including: test device Sending a j command to control the i-changing device to turn on the -output port, the switching device is a plurality of input and output ports, and one to one corresponding to a plurality of networks of the device under test, followed by a 'control command and closing the remaining outputs测试; test skirt = send the measurement and subtraction command, from the open output port to the corresponding network, then the device under test receives the test command, through the network connection of the test button 7 Corresponding output, return a response message; / then the device determines whether the received response message is received, if it is 'the network connection that returns the response message is recorded as normal; finally, another control is sent; Japanese, _ original open output 珲, and open another - output 埠 ' 'return to the test step to continue execution until the complex network connection The department completed the test. According to the multi-network connection test system and the method provided by the present invention, the inconvenience of detecting the 10# of the network communication product and measuring the inconvenience of the connection line can be eliminated first; To reduce the chances of making each connection stolen due to *intention, and more, a simple and quick test method to know whether each network connection can be functioned. The above effects can provide significant and exact help to the test procedures of the relevant products before leaving the factory. Thus, the technical means provided by the present invention have the value and necessity of protection. [Embodiment] The present invention provides a simple and convenient multi-network connection test system and method for detecting a test device having multiple network ports 2010 6 201025924 to improve test efficiency. , the effect of reducing the cost of M. In order to provide a more detailed explanation and explanation, the following =3==^ to reveal the present invention more clearly and clearly
统實::ΠΐΓ月所提供的一種複數網路連接埠測試系 的方塊圖，本實施例中包括—被測裝置H 測試裝置3G: _裝置1G中包括複數個網 m; ^ —個輸出入埠202及 及;= 車204;㈣置30則包括-第-訊號埠302 及一測試模組304 ^ 盘複Γ與切換裝置2G透過魏網路連接琿⑽ 的分別—相對應連接，如第一圖所示 接m4仏到刪與輪出入槔202M,J 202d的連 綱ί接 如則透過第—訊料搬與第—連接埠 ❿ 的連經由第—訊號埠3〇2與第—連接埠204 細々° 、刀換裝置2〇的每一個輸出入埠2〇2分別設置一 ，路位址，該等網路位址皆位於同一網段，並且將每 位址設置到不同的虛擬區域網路（VLAN)。 置！ = = ; 模組3Q4 _令對被測裝 傳送,= 檢測’包括從第—訊號淳3〇2 入蜂202的開連^ 2〇4 ’用來控制複數個輸出 置20啟次關閉’本貫施例以控制指令控制切換裝 便，^^開啟該等輸出入4皿的其中兩者，為說明方 輸出2貫*施例中分別稱為第一開啟輸出入埠及第二開啟 且將其餘的輪出人埠遞設置為關閉的狀態。 7 201025924 當設置好第一及第二開啟輪出 狀態後，，组304還發送出一測試二= 第:開啟=入淳(以202b為例)的網_ = 過第一訊解搬及第—連接埠撕傳送至切換裝置20 後’f㈣指令所控制叫啟的第1啟輸出Λ (以 202a為例)’繼續傳輸到與第—開啟輸 接的網路連接物。而送達被測裝置H)，再由被=Systematic:: A block diagram of a complex network connection test system provided by Haoyue. In this embodiment, the device under test H is tested. 3G: _ Device 1G includes a plurality of nets; ^—one input and output埠202 and;; car 204; (4) 30 includes - signal - 埠 302 and a test module 304 ^ disk Γ and switching device 2G through the Wei network connection 10 (10) respectively - corresponding connection, such as In the figure, the connection between the m4 and the wheel is 202M, and the connection of the J 202d is connected through the first signal to the first connection via the first signal 埠3〇2 and the first connection.埠204 々°, each input/output 埠2〇2 of the tool changer 2〇 is set to one, the road address, the network addresses are all on the same network segment, and each address is set to a different virtual area. Network (VLAN). Set! = = ; Module 3Q4 _ is sent to the device under test, = detection 'includes from the first signal 淳3〇2 into the open connection of the bee 202 ^ 2〇 4 ' is used to control a plurality of outputs 20 start off 'this In the example, the control command is used to control the switching of the device, and the two outputs of the two devices are turned on, and the two outputs are respectively illustrated as the first open output port and the second switch. The rest of the rounds are set to the closed state. 7 201025924 After setting the first and second open rotation status, the group 304 also sends out a test 2 = the first: open = enter (take 202b as an example) network _ = the first message to move and the first - After the connection is transmitted to the switching device 20, the first start output 控制 (in the case of 202a) controlled by the 'f(4) command is transmitted to the network connection with the first open connection. And delivered to the device under test H), and then by =
遞到網路連接埠腿，最後傳送到對應連 接的第二開啟輸出入埠202b。 在此須說明的是，當輸出入埠2〇2的各網路位址被設 :到不同的虛擬區域網路時，若各網路位址不在同一網 段二在缺乏路由器作為溝通中繼的情況下即無法傳遞封包 ’但在本實麵巾，由於位於Μ虛擬區域網路的各 ，出入埠202的網路位址枝在同一網段，並且透過各輸 入埠202與各網路連接埠1G2 ——對應直接連接，因此 仍可=收測試模組304所發出的測試指令進行測試。 禮、、，當測試指令從切換裝置20 #第一開啟輸出人埠202a 达到與其相連結的網路連接埠略時，若該網路連接埠 2及職功能及運作正常無異狀，則其必可將測試指 ^傳送到第：開啟輸出人琿腦，使切換裝置20得知有 :測令傳來’並絲翻試指令㈣容回傳—回應訊 二匕田被切換裝置2〇要發送回應訊息時，由於僅有傳遞測 試指令的網路連接埠l〇2a、102b，及與網路連接埠1〇2a 相連的第—開啟輸出入埠2〇2a開啟，且第一開啟輸出入埠 202a及第二開啟輸出入埠2〇几位於不同的虛擬區域網 路因此回應訊息僅能從同一個傳輸管道反序傳回。 201025924 π自^,刀裝置2G的第—開啟輸出人埠2G2a接收到回應 、制=里又交由第一連接埠204回傳到測試裝置30。此時， G㈣為接收到回應訊息，而得知分別與第一開 j入埠202a及第二開啟輸出入埠雇連接的網路連 G2 3及102 b係可正常運作，即可將此結果加以記錄， =以相同的方式，繼續以控制指令開啟及關閉不同組 :、雨出入埠202，直到所有的網路連接土皐1〇2皆測試完 ’根據全部測試完成後的記錄判斷各網路連接痒1〇2何 、重^運作、何者異常；或是#測試後—發現有無法正常 。的網路連接4 1〇2冑立即將被測裝i 1〇判定為不良 UU 0It is handed to the network connection leg and finally transferred to the second open output port 202b of the corresponding connection. It should be noted that when the network addresses of the input ports 2〇2 are set to different virtual area networks, if the network addresses are not on the same network segment 2, there is a lack of routers as communication relays. In the case of the case, the packet cannot be delivered. However, in the virtual towel, the network addresses of the access port 202 are located on the same network segment, and are connected to the respective networks through the input ports 202.埠1G2——corresponds to the direct connection, so it can still be tested by the test command issued by the test module 304. Etiquette, when the test command is switched from the switching device 20 #first open output port 202a to the network connection with which it is connected, if the network connection 及 2 and the function and operation are normal, there is no abnormality. It is necessary to transfer the test finger to the first: to open the output person's brain, so that the switching device 20 knows that there is: the test order is sent, and the test command is sent (four), and the response is sent back. When sending a response message, only the network connection 埠l〇2a, 102b that transmits the test command, and the first-open output 埠2〇2a connected to the network connection 〇1〇2a are turned on, and the first open input and output埠202a and the second open input/output port are located in different virtual area networks, so the response message can only be returned in reverse from the same transmission pipe. 201025924 π self ^, the first open output of the knife device 2G 2G2a receives the response, and the system = is transferred back to the test device 30 by the first port 204. At this time, G(4) is a response message, and it is known that the network connection G2 3 and 102 b respectively connected to the first open source 202a and the second open input and exit employment can operate normally, and the result can be obtained. Record it, in the same way, continue to open and close different groups with control commands: Rain and rain 202, until all network connection bandits 1〇2 are tested. 'Based on the records after all tests are completed, judge each network. Road connection itch 1 〇 2 Ho, heavy ^ operation, which is abnormal; or # test - found that it is not normal. The network connection 4 1〇2胄 immediately determines that the measured device i 1〇 is bad UU 0
以電腦作為本實施例之測試裝置30為例，其與切換裝 ，20透過RS232標準介面連接，亦即第一訊號埠搬及 連接埠204係為與rs-232相容的通訊埠，例如c〇M 皁而切換裝置20與被測裝置1〇則以網路線分別連接該 等區域網路埠（LAN PGrt)，待測的被測裝置1Q例如一集 。線器（刪），而切換裝置2〇係為二層交換機（Layer 2Taking the computer as the test device 30 of the present embodiment as an example, the switch device 20 is connected to the RS232 standard interface, that is, the first signal port and the port 204 are compatible with the rs-232, for example, c. The switching device 20 and the device under test 1 are respectively connected to the local area network (LAN PGrt) by a network route, and the device under test 1Q to be tested is, for example, an episode. Line device (deleted), and switching device 2 is a layer 2 switch (Layer 2
Switch) 〇 測》式模組304可為超級終端機（HyperTermjnal)，對 切換震置20中的各個輸出入埠2〇2發出開啟（F〇rward =0如）或關閉（Disable)的指令，在本實施例中，控制指 7會控制切換裝置20每次使其中二個輸出入埠2〇2為開 啟^其他皆關閉，以便在開啟的第一及第二開啟輸出入埠 晝分在不同虛擬區域網路的情形下，形成單一傳輸通道， 達成上述 測试網路連接蟑102的目的。本實施例以下 °兒明皆以網路連接埠102a為例’但其他的連接埠亦可以相 9 201025924 同方式完成測試，在此敘明。 虽设定好第一開啟輸出入埠202a與第二開啟輸出入 璋2〇2b間的單一傳輸通道，再由超級終端機以第二開啟輸 出=埠202b的網路位址為標的，下達ping指令以發出回 應清求（ICMP ech0 request)封包到第二開啟輸出入埠 2〇2b，如上所述，若該待測的網路連接埠102a及i〇2b可 ' 正常運作，第二開啟輸出入埠202b即可經由網路連接埠 102a及i〇2b之轉送而接收到回應請求封包，並且從相同 • 路徑反向回覆一回應訊息，回應訊息包括傳送的封包大 小、偵測次數及回應時間等，超級終端機可經由接收到上 述回，訊息而判定本次所測試的網路連接埠1〇2a及搬b 可正常運作；反之，若網路連接埠1〇2a或1〇2b無法正常 接收回應明求封包’第二開啟輸出入埠2〇2b即無法據以傳 送=應訊息，當一預設的偵測時間經過後，超級終端機處 會得到逾時無回應（Timed〇ut)的資訊，則可判定該次測 試的網路連接埠102a或1〇2b至少有一者無法正常運作， ❹ ❿可將此情形加以記錄，等待全部賴完畢後分析出真正 紐運作的網路連接料何者，$是將該項被測裝置 判為不良品等後續作業。 第一圖為本發明所提供另一種複數網路連接埠測試系 統實施例的方塊圖，與第一圖所示之實施例不同之處，在 於本實施例中的測試裝置3〇a更包括一第二訊號痒3〇6, 以及被測裝置l〇a更包括一第二連接痒1〇4，其經由相容 於RS232標準介面的第一訊號谭3〇2與第一連接蜂綱的 連接’對切換裝置2G ^置-網路位址，並且由相容於 RS232標準介面的第二訊號埠3〇6與第二連接埠ι〇4的連 201025924 接，對被測裝置10a也設置一網路位址。此外，本實施例 的測试核組304以控制指令控制切換裝置2〇僅開啟其中一 個輸出入埠（例如202a )、並關閉其他的輸出入埠 (202b〜202d );測試模組304還發送出測試指令，即第一 圖所示實施例所述的Ping指令，指令中包含被測裝置1〇a 的網路位址為標的，將回應請求封包從測試裝置3〇a傳送 . 至切換裝置20後，經由控制指令所控制而開啟的輸出入埠 202a’繼續傳輸到與該輸出入埠2咖對應連接的網路連接 ❹ 埠’而送達被測裝置1〇a。 t測試指令從切換裝置20的特定輸出人蟑（如2〇2a) 傳送到與其相連結的網路連接埠（如1〇2〇時，若該網路 連接埠102a功能及運作正常無異狀，則其必可將一指 7接收’使被測裝置1〇&得知有一 ping指令傳來，並且根 據測試指令的内容回傳一回應訊息。當被測装置施要發 达回應訊息時’由於僅有與接收職指令_路連接痒 參回輸出入璋施開啟’回應訊息僅能從同一個 又輸出入埠202a接收到回應訊息後， ^乂由第-連接槔綱回傳到測試裝置3g 裝置30a即因為接收到回應牵、， 此f利式 連接的網路連接埠102a係可正常運作，即可 至J 202d) --測忒網路連接嫿Ί mu l〇2d可否正常運作。 格迷接蟑102b到 本實施例中的切換裝置2〇與被測 、 別連接該等區域網路蟑（LANp〇rt)，待測的=== 11 201025924 而切換裝置20係為三層⑼]交換 例如一路由器（Router )， 機（Layer 3 Switch )。 發=的1複數網路連接埠測試方 法實施例4圖，併參照第二圖之方塊圖 試模組304發送一控制指令，控制切換 ^ ^由f 202的其中-個（以202a為例）為的輸出入埠 的輸出入埠202 (S401)，切換寒置二並關閉其餘 迫⑽m、士·/ 包含複數個輸出入Switch) The module 304 can be a HyperTerminal (HyperTermjnal), which issues an instruction to turn on (F〇rward =0) or disable (Disable) for each output 埠2〇2 in the switching oscillator 20. In this embodiment, the control finger 7 controls the switching device 20 to turn on the two outputs 埠2〇2 each time, and the others are all turned off, so that the first and second open input and output points in the open are different. In the case of a virtual area network, a single transmission channel is formed to achieve the above test network connection 102. In the following embodiments, the network connection port 102a is taken as an example. However, other ports can also be tested in the same manner as in 201025924, which is described herein. Although a single transmission channel between the first open input port 202a and the second open input port 2〇2b is set, and then the network address of the second open output=埠202b is marked by the hyper terminal, the ping is performed. The command is sent to the second open input and output port 2〇2b by issuing an ICMP ech0 request. As described above, if the network ports 102a and i2b to be tested can be 'normally operated, the second open output The incoming 202b can receive the response request packet via the network connection 埠102a and i〇2b, and reply a response message from the same path, the response message includes the transmitted packet size, detection times and response time. Waiting, the super terminal can determine that the network connection 埠1〇2a and move b tested this time can operate normally by receiving the above reply message; otherwise, if the network connection 埠1〇2a or 1〇2b is not working properly, Receiving the response requesting the packet 'the second open output 埠 2 〇 2b can not be transmitted according to the message = response message, when a preset detection time passes, the hyper terminal will get a timeout no response (Timed 〇ut) Information, you can decide that At least one of the tested network connections 埠102a or 1〇2b is not working properly. ❹ ❿ 将此 将此 将此 将此 将此 ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ ❿ The measuring device is judged to be a follow-up operation such as a defective product. The first figure is a block diagram of another embodiment of a multiple network connection test system provided by the present invention. The difference from the embodiment shown in the first figure is that the test device 3A in the embodiment further includes a The second signal itch 3〇6, and the device under test l〇a further includes a second connection itch 1〇4, which is connected to the first connection bee via a first signal tan 3〇2 compatible with the RS232 standard interface. 'The switching device 2G ^ is set to the network address, and the second signal 埠 3 〇 6 compatible with the RS232 standard interface is connected to the connection 201025924 of the second connection , 〇 4, and the device under test 10a is also provided. Network address. In addition, the test core group 304 of the present embodiment controls the switching device 2 to open only one of the input ports (eg, 202a) and closes the other ports (202b to 202d) by the control command; the test module 304 also sends The test instruction, that is, the Ping instruction described in the embodiment shown in the first figure, the command includes the network address of the device under test 1a, and transmits the response request packet from the test device 3〇a to the switching device. After 20, the input/output port 202a' opened by the control command continues to be transmitted to the network connection port 对应' corresponding to the input port 2, and is sent to the device under test 1A. The t test command is transmitted from the specific output port (such as 2〇2a) of the switching device 20 to the network port connected thereto (for example, when the network port 102a functions and operates normally, there is no abnormality. , it must receive a finger 7 'to make the device under test 1 & know that there is a ping command, and return a response message according to the content of the test command. When the device under test sends a response message 'Because only the receiving command _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Device 3g device 30a can receive normal response, and the network connection port 102a of the f-connected system can operate normally, and it can be operated to J 202d) - test network connection 婳Ί mu l〇2d can operate normally . The switching device 102b is connected to the switching device 2 in the embodiment, and the local area network (LANp〇rt) is connected to the measured, === 11 201025924 to be tested, and the switching device 20 is three layers (9) The exchange is, for example, a router (Layer 3 Switch). =1 complex network connection 埠 test method embodiment 4 diagram, and reference to the block diagram test module 304 of the second diagram sends a control command, control switching ^ ^ by one of f 202 (take 202a as an example) For the output of the input port 埠 202 (S401), switch the cold two and turn off the rest of the forced (10) m, ± · contains multiple outputs
=202，並且與-被測裝置1〇a所包含的複數個網路連接 埠10 2 /刀別- 一對應，開啟或關閉各輸出入淳2 〇 2的 請參照第一圖所示實施例說明。 工 接著測試模組304發送一測試指令，亦即上述已說明 的Ping指令’根據被測裝置10a的網路位址，從開啟的輸 出入埠202a經由對應連接的網路連接埠1〇2&所構成的單 一路徑向被測裝置i〇a發出回應請求（S4〇3);接著，被測 裝置10a接收到測試指令後，、經由接收測試指令的該網路 連接埠102a透過輸出入埠202a傳回一回應訊息（S4〇5 ); 測試裝置30a判斷是否接收到從被測裝置1〇a根據相同的 路徑傳回的一回應訊息（S 4 〇 7 )，若未接收到回應訊息，則 记錄本次應接收測試指令的網路連接蟑為異常 (S409);反之若順利接收到回應訊息，則將本次接收測試 指令、同時回傳回應訊息的網路連接埠102a記錄為可正常 運作（S411)’記錄網路連接埠i〇2a的狀態後（S4〇9戋 S411) ’關閉本次開啟的輸出入埠202a，再發出一個控制 指令開啟另一個輸出入埠（如202b)，並返回上述以測試 指令進行測試的步驟（S403以下），繼續測試對應的網路 連接埠102b是否正常運作，並依此類推，直到被測裳置 12 201025924 10a上的各網路連接埠102都完成測試為止上述 傳送測試指令及回傳回應訊息的詳細技術手段，靖表閱上 述第二圖所示實施例之說明。 / 在其他實施方式中’步驟S409記錄其中一個網路連 接埠102無法正常運作後，也可直接中止測試程序，直接 * 將被測裝置10判定為不良品，再進行其他處置。 . 第四圖為本發明所提供的另一種複數網路連接埠測試 ❿ 方法實施例流程圖’以下說明請配合參照第一圖所示^二 塊圖。首先由測試模組304發送控制指令，開啟切換裝置 20之其中二個輸出入埠202,其中一個開啟的輸出入埠 在此稱為第一開啟輸出入埠（以2〇2a為例）（S5〇1)、另一 個稱為第二開啟輸出入埠，並關閉其餘的輸出入埠2犯 (S503)’而第二開啟輸出人槔之排列順序在第—開啟輸出 入埠202a之後（以202b為例）。 測試模組3 04接著傳送-測試指令，㈣__開啟輸出 鲁 ^埠施傳送到對應連接的網路連接埠1〇2&，再從與第 出入埠腿對應的網路連接埠_，接續將 第二開啟輸出入埠鳩⑻⑹；切換裝置2〇 ===試指令後，按照測試指令的傳遞路徑反向傳回 對:的Γ心（S507) ’亦即’從第二開啟輸出入埠2〇2b與 對應的網路連接埠102b經由 ,Λ 丄田網路連接埠102a及其對應 白勺第一開啟輸出入璋2〇2a所傳回 判斷是否接收到回應訊息（1者心貝以裝置施 註一屈、疼一 〇509)。步驟S505到S509的= 202, and corresponding to the plurality of network connections 埠 10 2 / knives included in the device under test 1 〇 a, to open or close each of the input and output 〇 2 〇 2, please refer to the embodiment shown in the first figure Description. Then, the test module 304 sends a test command, that is, the above-mentioned ping command 'based on the network address of the device under test 10a, from the open output port 202a via the corresponding connected network connection 埠1〇2& The configured single path sends a response request to the device under test i (a). Then, after receiving the test command, the device under test 10a transmits the input port 202a via the network port 102a that receives the test command. Returning a response message (S4〇5); the test device 30a determines whether a response message (S 4 〇7) transmitted from the device under test 1a according to the same path is received, and if no response message is received, Record that the network connection that should receive the test command is abnormal (S409); otherwise, if the response message is successfully received, the network connection port 102a that receives the test command and returns the response message at the same time is recorded as normal. Operation (S411) 'Record the state of the network connection 埠i〇2a (S4〇9戋S411) 'Close the input port 202a that is turned on this time, and then issue a control command to open another output port (such as 202b), And return to the above The test instruction is tested (below S403), and the corresponding network connection 埠102b is continuously tested, and so on, until the network connection 埠102 on the tested device 12 201025924 10a is completed. For detailed technical means of transmitting test instructions and returning response messages, Yasumi refers to the description of the embodiment shown in the second figure above. In other embodiments, after step S409 records that one of the network connections 102 is not functioning properly, the test procedure can be directly suspended, and the device under test 10 can be directly judged as a defective product, and then other processing is performed. The fourth figure is another multi-network connection test provided by the present invention. 流程图 Flowchart of the method embodiment </ br> The following description refers to the second block diagram shown in the first figure. First, the control module 304 sends a control command to turn on two of the input and output ports 202 of the switching device 20, and one of the turned-in outputs is referred to herein as the first open output port (for example, 2〇2a) (S5 〇1), the other is called the second open output 埠, and the remaining output 埠 2 commits (S503)' and the second open output 槔 is arranged after the first open output 202a (at 202b) For example). The test module 3 04 then transmits a test command, (4) __ turns on the output, and transmits the network connection 埠1〇2& to the corresponding connection, and then connects to the network corresponding to the first access, 接The second input/output port (8) (6) is turned on; after the switching device 2 〇 === after the test command, the heart of the pair is returned in accordance with the transmission path of the test command (S507), that is, the output from the second opening is 2 〇2b and the corresponding network connection 埠102b are transmitted back through the 丄 丄 网路 a a 102a and its corresponding first open input 璋 2 〇 2a to determine whether a response message is received (1 Give a note, a pain, 509). Steps S505 to S509
序細傳遞方式，請參閱第一 J 開啟輪出Ah③ 圖所不之實施射，關於第一 啟輪出入埠及第二開啟輪出入埠之說明。 若測試裝置30接收到0庙# ή 口應讯息，則可將與第一開啟輸 13 201025924 出入琿202a及第二開啟輸出入蜂職對應的網路連 102a及102b記錄為正常運作（S5n)。 接下來則再發出-控制指令，將本次作為第二開 出入璋的輸出入埠202b關閉，再開啟排列順序在輪出 灸Γ另一個輸出入埠，例如202c，作為新的第二開 . 啟輸出入槔後，再次進行步驟S505以下的測試程序 . 分別與輸出入埠202a及202c對應的網路連接埠1〇2& = l〇2c，衫可以糊傳遞測試指令及傳㈣應訊息， φ 已_啟排列順序在最後的—個輸出人埠作為第二開啟 出入埠（在本實施例中係為輸出入埠2〇2d)，並與同一^ 第一開啟輸出入埠202a搭配進行測試後為止（s 5 n )。 虽同一個第一開啟輸出入埠2〇2a搭配排列順序最 的第二開啟輸出入埠2〇2(1進行測試完畢後，再發出—控制 指令，將作為第一開啟輸出入埠的輸出入埠2〇2a關閉， 啟排列順序在輸出入埠202a之後的另一個輸出入埠 202b)作為新的第一開啟輸出入埠，並且返回步驟Mo]， φ 開啟排列順序在第一開啟輸出入埠202b之後的輸出入 埠，作為第二開啟輸出入埠（如2〇2c)，繼續進行如上述 步驟S503以下所解說的測試程序，直到所開啟的第—開啟 輸出入埠與第二開啟輸出入璋分別為順序最末的二個^出 入蜂（如202c、202d)為止（S515)。而判斷是否接收到 回應汛息之後（S509)，若未能正確收到回應訊息，則不另 外對進行測試的網路連接埠102作記錄，而直接執行+ S513以下的程序。 父驟 當根據上述實施方式進行測試後，得到對網路連接埠 102兩兩進行測試後的記錄，即可分析出被測裝置上 14 201025924 各網路連接埠1〇2的正常或異常情形。 第五圖為本發明所提供的另一種複數網路連接埠測試 方法實施例流程圖，仍請配合第一圖加以參照。本實施例 的步驟S601至S607與第四圖所示實施例的步驟S5〇1到 S507相同’請參閱上述說明。 ❹ 與第四圖所示實施流程不同的地方，在於判斷是否接 收到回應訊息時（S6〇9)，若測試裝置3G收到回應訊號， 即將分別與第一及第二開啟輸出入埠（如2()2&及 對，的網路連接埠102a及102b記錄為正常運作（S611); 接者關閉第-開啟輸出人埠，並將原本的第二開啟輸 出入埠2G2b開啟為新的第—開啟輸出人槔，再選擇開啟排 ^順序在新的第一開啟輸出入蟑202b後的另一輸出入 f ’作為新的第二開啟輸出人埠，如2G2e (S6G3)，並以 啟的第一及第二開啟輪出入埠2〇2b及2〇2c進行步驟 迫=下的測雜序，直到已經開啟順序在最後的輸出入 ⑼⑴202"1)為第二開啟輪出入埠，並且完成測試為止 ο.Ί 若未接收到回應訊息，則如同第四圖所示步驟 序在後二出入璋(如202a)搭配排列順 下弟一開啟輸出入埠202c，返回步驟S605以 為第ϋί μ直到已經開啟順序在最後的一個輸出入埠作 出入埠並與同1 一開啟輸出入埠⑽完 -個作為g)’此時代表第-開啟輸出入埠無法與任 息，因此㈣的其他輸出人埠傳遞回應訊 咖記錄為異常（S61^，出土痒她對應的網路連接琿 ; 再如同第四圖所示步驟S515， 15 201025924 進行第-開啟輸出人痒的選擇（s叫詳細的說明 凊參閱所述步驟S515。 =五圖所示實施例與第四圖所示實施例的差別在 =二四ΓΐΓ，檢測的結果如何，皆依序兩兩 入遠曰令二右Ν為與網路連接埠102連接的輸出 r你ί 1㈣目’測試次數為Ν(Ν，υ/2次，·而第五圖所示實 迫1 的方法’在發現作為第—開啟輸出入埠的 ❿ 掉與該特定痒口進行測 忒的其他組合，不再從頭到尾都測試 測的時間和次數，並且達到相同的檢測效果 心檢 2上述所提供的各實施例，本發明已提供一種簡便 ===路連接槔測試技術，利用便捷的方式控 埠的開啟和襲，並以簡便的測試指 :磨“达一測出各網路連接接棒的狀況，減少習知方式需 斷人為插拔職生的高成本及損壞解，亦不 參 腦上特別設置多網路卡等額外設備，對於網路通訊產品 生產線上的品管測試提供極大的助益。 11 ° 剷述所列舉之項目僅為適用本發明之部分裝置， 用以限縮本發明所咖之祕，如有其他符合本發之 【圖式簡單說明】 第圖.本發明所提供一種複數網路連接埠测試系統實 例方塊圖； 1 ^ 第一圖.本發明所提供另一種複數網路連接埠測試系統實 16 201025924 施例方塊圖； 第二圖.本發明所提供一種複數網路連接埠測試方法實施 例流程圖； 第四圖：本發明所提供另一種複數網路連接埠測試方法實 施例流程圖；及 第五圖：本發明所提供另一種複數網路連接埠測試方法實 施例流程圖。 【主要元件符號說明】 10, l〇a被測裝置 102, 102a〜l〇2d網路連接槔 104第二連接埠 20切換裝置 202, 202a〜202d輪出入埠 204第一連接蟑 30, 30a測試裝置 302第一訊號埠 304測試模組 306第二訊號埠 S401〜S413流程步驟 S501〜S515流程步驟 S601〜S619流程步驟 17For the fine transfer method, please refer to the description of the first J open-out Ah3 diagram, and the description of the first start-in and turn-out and the second open-wheel access. If the test device 30 receives the message of the 0 temple # port, the network connections 102a and 102b corresponding to the first port 13a and the second port 2a can be recorded as normal operation (S5n). . Then, the control command is issued again, and the output port 202b, which is the second opening and closing port, is closed, and then the sequence is turned on and the other output port is turned on, for example, 202c, as a new second opening. After the input and output, the test procedure below step S505 is performed again. The network connection 埠1〇2& = l〇2c corresponding to the input ports 202a and 202c respectively, the shirt can pass the test command and transmit the message (4). The φ has been arranged in the last one output as the second open input port (in this embodiment, the output is 2埠2d), and is tested with the same first open input port 202a. After that (s 5 n ). Although the same first open output 埠 2 〇 2a with the most ordering second open output 埠 2 〇 2 (1 after the test is completed, then issued - control command, will be the first open output 埠 input and output埠2〇2a is turned off, and another output port 202b) after the output port 202a is turned on as the new first open output port, and returns to step Mo], and φ is turned on in the first on output port. After the input and output of 202b, as the second open input/output port (such as 2〇2c), the test procedure as explained in the above step S503 is continued until the opened first open input port and the second open output port.璋 is the last two ins and outs of the bee (such as 202c, 202d) (S515). After judging whether or not the response message is received (S509), if the response message is not correctly received, the network connection port 102 to be tested is not recorded, and the program below + S513 is directly executed. After the test is performed according to the above embodiment, the record of the network connection 埠 102 is tested, and the normal or abnormal situation of the network connection 埠1〇2 of the device under test can be analyzed. The fifth figure is a flowchart of another embodiment of a method for testing a plurality of network ports according to the present invention, and is still referred to in conjunction with the first figure. Steps S601 to S607 of this embodiment are the same as steps S5〇1 to S507 of the embodiment shown in the fourth figure. Please refer to the above description.不同 The difference from the implementation flow shown in the fourth figure is to judge whether the response message is received (S6〇9). If the test device 3G receives the response signal, it will open the output with the first and second respectively (eg 2 () 2 & and the network connection 埠 102a and 102b are recorded as normal operation (S611); the receiver closes the first-open output 埠, and opens the original second open output 埠 2G2b to the new - Turn on the output port, and then select the next line to open the output of the new first input port 202b into the f' as the new second open output port, such as 2G2e (S6G3), and The first and second opening wheels are in and out of the steps 2〇2b and 2〇2c to perform the step-by-step measurement until the last output (9)(1)202"1) is the second opening wheel, and the test is completed. So far ο. Ί If the response message is not received, then as shown in the fourth figure, the sequence of the second and second steps (such as 202a) is arranged in the same way as the next one to open the output port 202c, and returns to step S605 to be the ϋί μ until The order of opening is done at the last output.出 埠 与 埠 埠 埠 埠 埠 埠 埠 埠 埠 埠 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 Excavation itches her corresponding network connection 珲; again, as shown in the fourth figure, steps S515, 15 201025924, the first-input output itch selection is performed (speaking for detailed explanation 凊 refer to step S515. = five figures The difference between the embodiment and the embodiment shown in the fourth figure is ==24, and the result of the detection is in the order of two and two, and the second right is the output connected to the network port 102. You ί 1 (4) 'The number of tests is Ν (Ν, υ / 2 times, and the method of the forced 1 shown in the fifth figure is found as the first - the other combination of the input and output 埠 and the specific itch is measured, No longer testing the time and number of measurements from beginning to end, and achieving the same detection effect. For the various embodiments provided above, the present invention has provided a simple === way connection test technique, which is controlled in a convenient manner. The opening and attacking of the cockroach, with a simple test means: “Dayi measures the status of each network connection, reduces the high cost and damage solution of the manual method, and does not need to set up additional equipment such as multi-network card for the network. The quality control test on the production line of communication products provides great benefits. 11 ° The items listed in the description are only some of the devices to which the present invention is applied, and are used to limit the secrets of the present invention, if there are other items in accordance with the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of an example of a complex network connection test system provided by the present invention; 1 ^ The first figure. Another complex network connection test system provided by the present invention 16 201025924 Figure 2 is a flow chart of an embodiment of a method for testing a plurality of network ports. The fourth figure is a flow chart of another method for testing a plurality of network ports according to the present invention; and a fifth figure: Another flow chart of an embodiment of a method for testing a plurality of network ports is provided by the present invention. [Main component symbol description] 10, l〇a device under test 102, 102a~l2d network connection port 104 second port 20 switching device 202, 202a~202d wheel input port 204 first port 30, 30a test Device 302 first signal 埠 304 test module 306 second signal 埠 S401 ~ S413 process steps S501 ~ S515 process steps S601 ~ S619 process step 17