TWI715481B

TWI715481B - Server test method

Info

Publication number: TWI715481B
Application number: TW109111141A
Authority: TW
Inventors: 根誌平
Original assignee: 神達電腦股份有限公司
Priority date: 2020-04-01
Filing date: 2020-04-01
Publication date: 2021-01-01
Also published as: TW202139653A

Abstract

一種伺服器測試方法，包含一接收比對步驟中，一交換裝置比對每一連接埠所接收到的媒體存取控制位址而判斷出每一連接埠所需連結的測試裝置、一判斷連結步驟中，當該交換裝置判斷需連結該第一測試裝置時，該交換裝置將該媒體存取控制位址對應的連接埠連結至一第一測試裝置，與當該交換裝置判斷需連結該第二測試裝置時，該交換裝置將該媒體存取控制位址對應的連接埠連結至一第二測試裝置，及一測試指令傳送步驟中，該第一測試裝置傳送一第一測試指令經該交換裝置傳送至每一第一待測伺服器裝置進行測試，該第二測試裝置傳送一第二測試指令經該交換裝置傳送至該第二待測伺服器裝置進行測試，可達成同步進行不同機種的待測伺服器裝置的測試作業。A server testing method, including a receiving and comparing step, a switching device compares the media access control address received by each port to determine the test device to be connected to each port, and a judgment link In the step, when the switching device determines that the first test device needs to be connected, the switching device connects the port corresponding to the media access control address to a first test device, and when the switching device determines that the first test device needs to be connected In the second test device, the switch device connects the port corresponding to the media access control address to a second test device, and in a test command transmission step, the first test device transmits a first test command through the switch The device is sent to each first server device under test for testing, and the second test device sends a second test command via the switching device to the second server device under test for testing, which can achieve simultaneous testing of different models Test operation of the server device under test.

Description

Server test method

本發明是有關於一種測試方法，特別是指一種伺服器測試方法。The invention relates to a testing method, in particular to a server testing method.

近年來，伺服器已廣泛應用與發展，且伺服器在出廠前，需要經過測試驗證以確保其功能性與穩定性。一般來說，常見的測試方式是將待測伺服器單元(Unit under Test，UUT)透過網路連線至測試設備(Test Server)進行測試，且不同機種的待測伺服器單元所需進行的測試也不同，所以每一機種的待測伺服器單元進行測試時，是需要連結至對應的測試機台才能進行正確的測試。In recent years, servers have been widely used and developed, and before they leave the factory, they need to be tested and verified to ensure their functionality and stability. Generally speaking, the common testing method is to connect the unit under test (UUT) to the test equipment (Test Server) through the network for testing, and different types of server units need to be tested. The test is also different, so when the server unit under test of each model is tested, it needs to be connected to the corresponding test machine to perform the correct test.

而在工廠測試時，常見需進行多種機種的待測伺服器單元的測試，所以需要將每一種機種的待測伺服器單元與其對應的測試機台進行獨立網路連線而進行測試。但通常所需進行測試的待測伺服器單元種類繁多，往往使用者須將每一種機種的待測伺服器單元與其對應的測試機台建立起獨立網路連線架構的硬體設備系統，不僅非常浪費時間與人力，且每一獨立架構網路連線系統會額外佔用一定的空間，而間接影響工廠內的使用空間與生產動線，造成使用者的不便與困擾，極需從業人員研究探討改善。In the factory test, it is common to test the server unit under test of multiple models, so it is necessary to connect the server unit under test of each model and its corresponding test machine through independent network connection for testing. However, there are usually many types of server units under test that need to be tested, and users often have to establish a hardware device system with independent network connection architecture between the server unit under test of each model and its corresponding test machine. It is a waste of time and manpower, and each independent network connection system will take up a certain amount of space, which indirectly affects the use of space and production lines in the factory, causing inconvenience and trouble for users, and it is extremely necessary for practitioners to study improve.

因此，本發明之目的，即在提供一種適用於測試多種待測伺服器裝置的伺服器測試方法。Therefore, the purpose of the present invention is to provide a server testing method suitable for testing multiple server devices under test.

於是，本發明伺服器測試方法，應用於一伺服器測試系統。該伺服器測試系統包含一第一測試裝置、一第二測試裝置、多個第一待測伺服器裝置、多個第二待測伺服器裝置，及一交換裝置。該交換裝置連結該第一測試裝置、該第二測試裝置、所述第一待測伺服器裝置與所述第二待測伺服器裝置。且該交換裝置具有多個可供所述第一待測伺服器裝置與所述第二待測伺服器裝置連結的連接埠。該伺服器測試方法包含一初始傳送步驟、一接收比對步驟、一判斷連結步驟、一測試指令傳送步驟，及一測試步驟。Therefore, the server testing method of the present invention is applied to a server testing system. The server test system includes a first test device, a second test device, a plurality of first server devices to be tested, a plurality of second server devices to be tested, and a switching device. The switching device connects the first test device, the second test device, the first server device under test and the second server device under test. And the switching device has a plurality of connection ports for connecting the first server device under test and the second server device under test. The server testing method includes an initial sending step, a receiving and comparing step, a judging connection step, a test command sending step, and a testing step.

於該初始傳送步驟中，每一第一待測伺服器裝置與每一第二待測伺服器裝置分別會傳送對應的一媒體存取控制位址且經對應的連接埠傳送至該交換裝置。In the initial transmission step, each first server device under test and each second server device under test respectively send a corresponding medium access control address and send it to the switching device via the corresponding port.

於接收比對步驟中，該交換裝置經每一連接埠接收到每一連接埠所接收的媒體存取控制位址時，該交換裝置透過內建的一預定測試表比對所接收到的每一媒體存取控制位址而判斷出每一媒體存取控制位址所需連結的測試裝置。In the receiving and comparing step, when the switching device receives the media access control address received by each port through each port, the switching device compares the received media through a built-in predetermined test table. A media access control address is used to determine the test device to be connected to each media access control address.

於該判斷連結步驟中，當該交換裝置判斷所接收到的該媒體存取控制位址需連結該第一測試裝置時，代表所需執行測試的待測伺服器裝置是其中一第一待測伺服器裝置，該交換裝置將該媒體存取控制位址對應的連接埠連結至該第一測試裝置，當該交換裝置判斷所接收到的該媒體存取控制位址需連結該第二測試裝置時，代表所需執行測試的待測伺服器裝置是其中一第二待測伺服器裝置，該交換裝置將該媒體存取控制位址對應的連接埠連結至該第二測試裝置。In the judging connection step, when the switching device judges that the received media access control address needs to be connected to the first test device, it represents that the server device under test that needs to be tested is one of the first test devices. A server device that connects the port corresponding to the media access control address to the first test device when the switch device determines that the received media access control address needs to be connected to the second test device When, it means that the server device under test to be tested is one of the second server devices under test, and the switching device connects the port corresponding to the media access control address to the second test device.

於該測試指令傳送步驟中，當該第一測試裝置連結至該交換裝置中對應每一第一待測伺服器裝置的連接埠時，該第一測試裝置傳送一第一測試指令經該交換裝置中對應每一第一待測伺服器裝置的連接埠傳送至每一第一待測伺服器裝置，當該第二測試裝置連結至該交換裝置中對應每一第二待測伺服器裝置的連接埠時，該第二測試裝置傳送一第二測試指令經該交換裝置中對應每一第二待測伺服器裝置的連接埠傳送至該第二待測伺服器裝置。In the test command transmission step, when the first test device is connected to the port corresponding to each first server device under test in the switching device, the first test device transmits a first test command through the switching device The connection port corresponding to each first server device under test is sent to each first server device under test when the second test device is connected to the switch device corresponding to the connection of each second server device under test When using a port, the second test device sends a second test command to the second server device under test via the connection port corresponding to each second server device under test in the switching device.

於該測試步驟中，每一第一待測伺服器裝置執行該第一測試指令且將執行完的測試資料經對應的連接埠回傳至該第一測試裝置；每一第二待測伺服器裝置執行該第二測試指令且將執行完的測試資料經對應的連接埠回傳至該第二測試裝置。In the test step, each first server device under test executes the first test command and returns the executed test data to the first test device via the corresponding port; each second server device under test The device executes the second test command and returns the executed test data to the second test device via the corresponding port.

本發明之功效在於：藉由於該接收比對步驟中，該交換裝置透過該預定測試表比對所接收到的每一媒體存取控制位址而判斷出所需連結的測試裝置，且配合於該判斷連結步驟與測試指令傳送步驟中，當該交換裝置判斷需連結該第一測試裝置時，該交換裝置將該媒體存取控制位址對應的連接埠連結至該第一測試裝置，且該第一測試裝置傳送該第一測試指令經該交換裝置傳送至每一第一待測伺服器裝置進行測試，當該交換裝置判斷需連結該第二測試裝置時，該交換裝置將該媒體存取控制位址對應的連接埠連結至該第二測試裝置，該第二測試裝置傳送該第二測試指令經該交換裝置傳送至該第二待測伺服器裝置進行測試，而可達成同步進行不同機種的所述第一待測伺服器裝置與所述第二待測伺服器裝置的測試作業，不須另外建構獨立的網路測試架構，有效省時省力且提高測試效率。The effect of the present invention is that, in the receiving and comparing step, the switching device compares each media access control address received through the predetermined test table to determine the test device to be connected, and cooperates with In the determining connection step and the test command transmission step, when the switching device determines that the first test device needs to be connected, the switching device connects the port corresponding to the media access control address to the first test device, and the The first test device sends the first test command to each first server device under test via the switch device for testing. When the switch device determines that the second test device needs to be connected, the switch device accesses the medium The port corresponding to the control address is connected to the second test device, and the second test device sends the second test command via the switching device to the second server device under test for testing, which can achieve synchronization for different models The test operations of the first server device under test and the second server device under test do not need to construct an independent network test framework, which effectively saves time and effort and improves test efficiency.

在本發明被詳細描述之前，應當注意在以下的說明內容中，類似的元件是以相同的編號來表示。Before the present invention is described in detail, it should be noted that in the following description, similar elements are represented by the same numbers.

參閱圖1與圖2，本發明伺服器測試方法的實施例，應用於一伺服器測試系統1。該伺服器測試系統1包含一第一測試裝置11、一第二測試裝置12、多個第一待測伺服器裝置13(UUT)、多個第二待測伺服器裝置14(UUT)，及一交換裝置15(Switch)。該交換裝置15連結該第一測試裝置11、該第二測試裝置12、所述第一待測伺服器裝置13與所述第二待測伺服器裝置14。該交換裝置15具有多個可供所述第一待測伺服器裝置13與所述第二待測伺服器裝置14連結的連接埠151。該伺服器測試方法包含一初始傳送步驟2、一接收比對步驟3、一判斷連結步驟4、一測試指令傳送步驟5、一測試步驟6，及一完成步驟7。Referring to FIG. 1 and FIG. 2, the embodiment of the server testing method of the present invention is applied to a server testing system 1. The server test system 1 includes a first test device 11, a second test device 12, a plurality of first server devices under test 13 (UUT), a plurality of second server devices under test 14 (UUT), and A switching device 15 (Switch). The switching device 15 connects the first testing device 11, the second testing device 12, the first server device under test 13 and the second server device under test 14. The switching device 15 has a plurality of connection ports 151 for connecting the first server device 13 under test and the second server device 14 under test. The server testing method includes an initial transmission step 2, a receiving and comparing step 3, a judging connection step 4, a test command transmission step 5, a test step 6, and a completion step 7.

首先，於該初始傳送步驟2中，每一第一待測伺服器裝置13與每一第二待測伺服器裝置14分別會傳送對應的一媒體存取控制位址（MAC Address）且經對應的連接埠151傳送至該交換裝置15。接著，於接收比對步驟3中，該交換裝置15經每一連接埠151接收到每一連接埠151所接收的媒體存取控制位址時，該交換裝置15透過內建的一預定測試表比對所接收到的每一媒體存取控制位址而判斷出每一媒體存取控制位址所需連結的測試裝置。也就是說，就是所述第一待測伺服器裝置13與所述第二測試裝置12一開始連結到該交換裝置15的所述連接埠151時，每一第一待測伺服器裝置13與每一第二待測伺服器裝置14會傳送對應的媒體存取控制位址（MAC Address），而該交換裝置15透過內建的該預定測試表比對所接收到的每一媒體存取控制位址而判斷出每一媒體存取控制位址所需連結的測試裝置。簡單來說，就是該交換裝置15根據每一連接埠151所接收到的媒體存取控制位址而判斷出每一媒體存取控制位址對應的是該第一待測伺服器裝置13或是該第二待測伺服器裝置14。於本實施例中，每一第一待測伺服器裝置13的媒體存取控制位址的前六碼為相同編碼，每一第二待測伺服器裝置14的媒體存取控制位址的前六碼為相同編碼，該交換裝置15的預定測試表記錄有對應所述第一待測伺服器裝置13的媒體存取控制位址的前六碼與所述第二待測伺服器裝置14的媒體存取控制位址的前六碼，所以於接收比對步驟3中，該交換裝置15透過該預定測試表的內容比對所接收到的每一媒體存取控制位址的前六碼而判斷出每一媒體存取控制位址是對應該第一待測伺服器裝置13或是對應該第二待測伺服器裝置14，進而判斷出所需連結的測試裝置是該第一測試裝置11或是該第二測試裝置12。First, in the initial transmission step 2, each first server device under test 13 and each second server device under test 14 respectively transmit a corresponding MAC address (MAC Address) and corresponding The connection port 151 is sent to the switching device 15. Then, in the receiving and comparing step 3, when the switching device 15 receives the media access control address received by each port 151 via each port 151, the switching device 15 uses a built-in predetermined test table Compare each received medium access control address to determine the test device to be connected to each medium access control address. In other words, when the first server device under test 13 and the second test device 12 are initially connected to the port 151 of the switching device 15, each first server device under test 13 and Each second server device under test 14 sends a corresponding MAC Address, and the switching device 15 compares each received MAC address through the built-in predetermined test table Address to determine the test device to be connected to each media access control address. To put it simply, the switching device 15 determines whether each MAC address corresponds to the first server device 13 under test according to the MAC address received by each port 151. The second server device 14 under test. In this embodiment, the first six codes of the media access control address of each first server device 13 under test are the same code, and the first six codes of the media access control address of each second server device under test 14 The six codes are the same code. The predetermined test table of the switching device 15 records the first six codes corresponding to the media access control address of the first server device 13 under test and the second server device 14 under test. The first six codes of the media access control address, so in step 3 of receiving and comparing, the switching device 15 compares the first six codes of each received media access control address through the content of the predetermined test table. Determine whether each media access control address corresponds to the first server device under test 13 or the second server device under test 14, and then determine that the test device to be connected is the first test device 11 Or the second testing device 12.

接著，於該判斷連結步驟4中，當該交換裝置15判斷所接收到的該媒體存取控制位址需連結該第一測試裝置11時，代表所需執行測試的待測伺服器裝置是其中一第一待測伺服器裝置13，該交換裝置15將該媒體存取控制位址對應的連接埠151連結至該第一測試裝置11，當該交換裝置15判斷所接收到的該媒體存取控制位址需連結該第二測試裝置12時，代表所需執行測試的待測伺服器裝置是其中一第二待測伺服器裝置14，該交換裝置15將該媒體存取控制位址對應的連接埠151連結至該第二測試裝置12。於本實施例中，該交換裝置15每次只判斷其中一個連接埠151所接收到的該媒體存取控制位址，但不以此為限。換句話說，就是當該交換裝置15判斷出當下所接收到的該媒體存取控制位址是對應該第一待測伺服器裝置13時，該交換裝置15將當下所接收到的該媒體存取控制位址對應的連接埠151連結至該第一測試裝置11；或是當該交換裝置15判斷出當下所接收到的該媒體存取控制位址是對應該第二待測伺服器裝置14時，該交換裝置15將當下所接收到的該媒體存取控制位址對應的連接埠151連結至該第二測試裝置12。另外一提，於本實施例中，當該交換裝置15將該媒體存取控制位址對應的連接埠151連結至該第一測試裝置11時，且建立起該媒體存取控制位址對應的第一待測伺服器經對應的連接埠151與該第一測試裝置11的連結通道，或是當該交換裝置15判斷所接收到的該媒體存取控制位址需連結該第二測試裝置12時，且建立起該媒體存取控制位址對應的第二待測伺服器經對應的連接埠151與該第二測試裝置12的連結通道。Then, in the determining connection step 4, when the switching device 15 determines that the received media access control address needs to be connected to the first test device 11, it means that the server device under test that needs to perform the test is among them A first server device 13 under test. The switch device 15 connects the port 151 corresponding to the media access control address to the first test device 11. When the switch device 15 determines the received media access When the control address needs to be connected to the second test device 12, it means that the server device under test to be tested is one of the second server devices under test 14, and the switching device 15 corresponds to the media access control address The connection port 151 is connected to the second test device 12. In this embodiment, the switching device 15 only determines the media access control address received by one of the ports 151 at a time, but it is not limited to this. In other words, when the switching device 15 determines that the media access control address currently received corresponds to the first server device 13 under test, the switching device 15 stores the media currently received. Take the port 151 corresponding to the control address to connect to the first test device 11; or when the switching device 15 determines that the media access control address currently received corresponds to the second server device under test 14 At this time, the switching device 15 connects the port 151 corresponding to the media access control address currently received to the second testing device 12. In addition, in this embodiment, when the switching device 15 connects the port 151 corresponding to the media access control address to the first test device 11, and establishes the corresponding port 151 of the media access control address The connection channel between the first server under test and the first test device 11 through the corresponding port 151, or when the switching device 15 determines that the received media access control address needs to be connected to the second test device 12 At this time, a connection channel between the second server under test corresponding to the media access control address and the second test device 12 via the corresponding port 151 is established.

接著，於該測試指令傳送步驟5中，當該第一測試裝置11連結至該交換裝置15中對應每一第一待測伺服器裝置13的連接埠151時，該第一測試裝置11傳送一第一測試指令經該交換裝置15中對應每一第一待測伺服器裝置13的連接埠151傳送至每一第一待測伺服器裝置13，當該第二測試裝置12連結至該交換裝置15中對應每一第二待測伺服器裝置14的連接埠151時，該第二測試裝置12傳送一第二測試指令經該交換裝置15中對應每一第二待測伺服器裝置14的連接埠151傳送至該第二待測伺服器裝置14。簡單來說，就是所述第一待測伺服器裝置13需執行該第一測試裝置11的第一測試指令，所述第二待測伺服器裝置14需執行該第二測試裝置12的第二測試指令，而在上述步驟中，當該交換裝置15建立起每一第一待測伺服器對應的連接埠151與該第一測試裝置11的連結通道後，在該測試指令傳送步驟5中，該第一測試裝置11傳送該第一測試指令經該交換裝置15中對應每一第一待測伺服器裝置13的連接埠151傳送至每一第一待測伺服器裝置13。以及當該交換裝建立起每一第二待測伺服器經對應的連接埠151與該第二測試裝置12的連結通道後，該第二測試裝置12傳送該第二測試指令經該交換裝置15中對應每一第二待測伺服器裝置14的連接埠151傳送至每一第二待測伺服器裝置14。換句話說，就是每一第一待測伺服器裝置13可直接由對應的連接埠151接收到該第一測試裝置11傳送該第一測試指令，以及每一第二待測伺服器裝置14可直接由對應的連接埠151接收到該第二測試裝置12傳送該第二測試指令。Then, in the test command transmission step 5, when the first test device 11 is connected to the port 151 of the switching device 15 corresponding to each first server device 13 under test, the first test device 11 transmits a The first test command is sent to each first server device 13 under test through the port 151 corresponding to each first server device 13 under test in the switch device 15. When the second test device 12 is connected to the switch device 15 corresponds to the connection port 151 of each second server device 14 under test, the second test device 12 sends a second test command through the switch device 15 corresponding to the connection of each second server device 14 under test The port 151 is sent to the second server device 14 under test. To put it simply, the first server device under test 13 needs to execute the first test instruction of the first test device 11, and the second server device under test 14 needs to execute the second test instruction of the second test device 12. In the above steps, after the switching device 15 establishes a connection channel between the port 151 corresponding to each first server under test and the first test device 11, in the test command transmission step 5, The first test device 11 sends the first test command to each first server device 13 under test via the connection port 151 corresponding to each first server device 13 under test in the switching device 15. And when the switching device establishes a connection channel between each second server under test and the second testing device 12 via the corresponding port 151, the second testing device 12 sends the second test command via the switching device 15 The connection port 151 corresponding to each second server device 14 under test is sent to each second server device 14 under test. In other words, each first server device under test 13 can directly receive the first test command from the first test device 11 through the corresponding port 151, and each second server device under test 14 can The second test device 12 directly receives the corresponding connection port 151 and transmits the second test command.

再來，於該測試步驟6中，每一第一待測伺服器裝置13執行該第一測試指令且將執行完的測試資料經對應的連接埠151回傳至該第一測試裝置11；每一第二待測伺服器裝置14執行該第二測試指令且將執行完的測試資料經對應的連接埠151回傳至該第二測試裝置12。也就是說，每一第一待測伺服器裝置13在執行測試的過程中，會回傳測試資料至該第一測試裝置11儲存，以及每一第二待測伺服器裝置14在執行測試的過程中，也會回傳測試資料至該第二測試裝置12儲存。於本實施例中，當每一第一待測伺服器裝置13執行該第一測試指令時，該第一測試裝置11是以輪詢的方式發送一第一回覆指令至每一第一待測伺服器裝置13且使每一第一待測伺服器將執行完的測試資料經對應的連接埠151回傳至該第一測試裝置11儲存。當每一第二待測伺服器裝置14執行該第二測試指令時，該第二測試裝置12是以輪詢的方式發送一第二回覆指令至每一第二待測伺服器裝置14且使每一第二待測伺服器將執行完的測試資料經對應的連接埠151回傳至該第二測試裝置12儲存。Then, in the test step 6, each first server device 13 under test executes the first test command and returns the executed test data to the first test device 11 via the corresponding port 151; A second server device under test 14 executes the second test command and returns the executed test data to the second test device 12 via the corresponding port 151. That is to say, each first server device under test 13 will return test data to the first test device 11 for storage during the test, and each second server device under test 14 is performing the test. In the process, the test data is also sent back to the second test device 12 for storage. In this embodiment, when each first server device 13 under test executes the first test command, the first test device 11 sends a first reply command to each first test command in a polling manner. The server device 13 enables each first server under test to return the executed test data to the first test device 11 via the corresponding port 151 for storage. When each second server device under test 14 executes the second test command, the second test device 12 sends a second response command to each second server device under test 14 in a polling manner and uses Each second server under test returns the executed test data to the second test device 12 via the corresponding port 151 for storage.

最後，於該完成步驟7中，當每一第一待測伺服器裝置13執行完該第一測試指令時，該交換裝置15中斷對應每一第一待測伺服器的連接埠151與該第一測試裝置11的連結；當每一第二待測伺服器裝置14執行完該第二測試指令時，該交換裝置15中斷對應每一第二待測伺服器的連接埠151與該第二測試裝置12的連結。也就是說，當任一第一待測伺服器裝置13測試結束，該交換裝置15會切斷當下已完成測試的第一待測伺服器對應的連接埠151與該第一測試裝置11的連結，以及當任一第二待測伺服器裝置14測試結束，該交換裝置15會切斷當下已完成測試的第二待測伺服器對應的連接埠151與該第二測試裝置12的連結。Finally, in the completion step 7, when each first server device 13 under test finishes executing the first test command, the switching device 15 interrupts the connection port 151 corresponding to each first server device under test and the first test command. The connection of a test device 11; when each second server device under test 14 finishes executing the second test command, the switching device 15 interrupts the connection port 151 corresponding to each second server device under test and the second test Link to device 12. That is to say, when the test of any first server device 13 under test is completed, the switching device 15 will cut off the connection between the port 151 corresponding to the first server device under test that has completed the test and the first test device 11 , And when the test of any second server device 14 under test is completed, the switching device 15 will cut off the connection between the port 151 corresponding to the second server device under test that has completed the test and the second test device 12.

藉由於該接收比對步驟3中，該交換裝置15透過該預定測試表比對所接收到的每一媒體存取控制位址而判斷出所需連結的測試裝置，且配合於該判斷連結步驟4與測試指令傳送步驟5中，當該交換裝置15判斷需連結該第一測試裝置11時，該交換裝置15將該媒體存取控制位址對應的連接埠151連結至該第一測試裝置11，該第一測試裝置11傳送該第一測試指令經該交換裝置15傳送至每一第一待測伺服器裝置13進行測試，當該交換裝置15判斷需連結該第二測試裝置12時，該交換裝置15將該媒體存取控制位址對應的連接埠151連結至該第二測試裝置12，該第二測試裝置12傳送該第二測試指令經該交換裝置15傳送至該第二待測伺服器裝置14進行測試，而可達成同步進行不同機種的所述第一待測伺服器裝置13與所述第二待測伺服器裝置14的測試作業，不須另外依所述第一待測伺服器與該第一測試裝置11獨立建構網路硬體測試架構，以及不需依所述第二待測伺服器與該第二測試裝置12單獨建構網路硬體測試架構，大幅減少工廠內的佔用空間，有效省時省力且提高測試效率。In the receiving and comparing step 3, the switching device 15 compares each media access control address received through the predetermined test table to determine the test device to be connected, and cooperates with the determining connection step 4. In step 5 of sending the test command, when the switching device 15 determines that the first test device 11 needs to be connected, the switching device 15 connects the port 151 corresponding to the media access control address to the first test device 11 , The first test device 11 transmits the first test command to each of the first server devices 13 under test via the switch device 15 for testing. When the switch device 15 determines that the second test device 12 needs to be connected, the The switching device 15 connects the port 151 corresponding to the media access control address to the second testing device 12, and the second testing device 12 sends the second test command to the second server under test via the switching device 15 The test of the first server device under test 13 and the second server device 14 under test of different models can be achieved synchronously, without the need for the first server under test And the first test device 11 independently construct a network hardware test framework, and there is no need to construct a network hardware test framework separately from the second server under test and the second test device 12, which greatly reduces Take up space, effectively save time and effort and improve test efficiency.

另外，要特別說明的是，於該完成步驟7中，當每一第一待測伺服器裝置13執行完該第一測試指令時，代表已完成測試，而每一第一待測伺服器會發送一第一結束訊息由對應的連接埠151經該交換裝置15回傳至該第一測試裝置11，而該第一測試裝置11接收到該每一第一結束訊息後傳送一第一完成指令至該交換裝置15，並使該交換裝置15中斷每一第一待測伺服器對應的連接埠151與該第一測試裝置11的連結；當每一第二待測伺服器裝置14執行完該第二測試指令時，代表已完成測試，每一第二待測伺服器會發送一第二結束訊息由對應的連接埠151經該交換裝置15回傳至該第二測試裝置12，而該第二測試裝置12接收到該第二結束訊息後傳送一第二完成指令至該交換裝置15，並使該交換裝置15中斷每一第二待測伺服器對應的連接埠151與該第二測試裝置12的連結。詳細來說，就是當每一第一待測伺服器裝置13執行完該第一測試指令時，每一第一待測伺服器會發送該第一結束訊息且由對應的連接埠151經該交換裝置15回傳至該第一測試裝置11，而該第一測試裝置11接收到該每一第一結束訊息後傳送該第一完成指令至該交換裝置15，並使該交換裝置15中斷每一第一待測伺服器對應的連接埠151與該第一測試裝置11的連結；當每一第二待測伺服器裝置14執行完該第二測試指令時，每一第二待測伺服器會發送該第二結束訊息且由對應的連接埠151經該交換裝置15回傳至該第二測試裝置12，而該第二測試裝置12接收到該第二結束訊息後傳送該第二完成指令至該交換裝置15，並使該交換裝置15中斷每一第二待測伺服器對應的連接埠151與該第二測試裝置12的連結。In addition, it should be particularly noted that in the completion step 7, when each first server device 13 under test has executed the first test command, it means that the test has been completed, and each first server under test will Send a first end message from the corresponding port 151 to the first test device 11 via the switching device 15, and the first test device 11 sends a first completion command after receiving each first end message To the switching device 15 and make the switching device 15 interrupt the connection between the port 151 corresponding to each first server under test and the first test device 11; when each second server under test 14 has finished executing the In the second test command, it means the test has been completed. Each second server under test will send a second end message from the corresponding port 151 to the second test device 12 via the switching device 15, and the first After receiving the second end message, the second test device 12 sends a second completion command to the switching device 15 and causes the switching device 15 to interrupt the connection port 151 corresponding to each second server under test and the second test device 12 links. In detail, when each first server device 13 under test finishes executing the first test command, each first server under test sends the first end message and the corresponding port 151 passes the exchange The device 15 returns to the first test device 11, and the first test device 11 receives each first end message and sends the first completion command to the switching device 15 and causes the switching device 15 to interrupt each The connection port 151 corresponding to the first server under test is connected to the first test device 11; when each second server device 14 under test finishes executing the second test command, each second server under test will The second end message is sent and returned from the corresponding port 151 to the second test device 12 via the switching device 15. The second test device 12 receives the second end message and sends the second completion command to The switching device 15 causes the switching device 15 to disconnect the connection port 151 corresponding to each second server under test with the second test device 12.

於本實施例中，於該完成步驟7中，當每一第一待測伺服器發送該第一結束訊息由對應的連接埠151至該交換裝置15時，該交換裝置15會記錄每一第一結束訊息是由哪個連接埠151所接收到的位址資訊且傳至該第一測試裝置11，而該第一測試裝置11接收到該每一第一結束訊息與其對應的位址資訊後傳送該第一完成指令與對應位址資訊至該交換裝置15，並使該交換裝置15依該第一完成指令對應的位址資訊中斷對應的連接埠151與對應的第一待測伺服器的連結，進而中斷已測完的每一第一待測伺服器與該第一測試裝置11的連結；當每一第二待測伺服器發送該第二結束訊息由對應的連接埠151至該交換裝置15時，該交換裝置15會記錄每一第二結束訊息是由哪個連接埠151所接收到的位址資訊且傳至該第二測試裝置12，而該第二測試裝置12接收到該每一第二結束訊息與其對應的位址資訊後傳送該第二完成指令與對應位址資訊至該交換裝置15，並使該交換裝置15依該第二完成指令對應的位址資訊中斷對應的連接埠151與對應的第二待測伺服器的連結，進而中斷已測完的每一第二待測伺服器與該第二測試裝置12的連結。In this embodiment, in the completion step 7, when each first server under test sends the first end message from the corresponding port 151 to the switching device 15, the switching device 15 will record each An end message is the address information received by which port 151 and sent to the first test device 11, and the first test device 11 receives each first end message and its corresponding address information and then sends it The first completion command and the corresponding address information are sent to the switching device 15, and the switching device 15 interrupts the connection between the corresponding port 151 and the corresponding first server under test according to the address information corresponding to the first completion command , And then interrupt the connection between each first server under test and the first test device 11 that has been tested; when each second server under test sends the second end message from the corresponding port 151 to the switching device At 15:00, the switching device 15 will record the address information from which port 151 receives each second end message and transmit it to the second test device 12, and the second test device 12 receives each After the second end message and its corresponding address information, the second completion command and the corresponding address information are sent to the switching device 15, and the switching device 15 interrupts the corresponding port according to the address information corresponding to the second completion command 151 is connected with the corresponding second server under test, thereby interrupting the connection between each second server under test that has been tested and the second test device 12.

綜上所述，本發明伺服器測試方法，藉由於該接收比對步驟3中，該交換裝置15比對所接收到的每一媒體存取控制位址而判斷出所需連結的測試裝置，且配合於該判斷連結步驟4與測試指令傳送步驟5中，當該交換裝置15判斷需連結該第一測試裝置11時，該交換裝置15將該媒體存取控制位址對應的連接埠151連結至該第一測試裝置11，該第一測試裝置11傳送該第一測試指令經該交換裝置15傳送至每一第一待測伺服器裝置13進行測試，當該交換裝置15判斷需連結該第二測試裝置12時，該交換裝置15將該媒體存取控制位址對應的連接埠151連結至該第二測試裝置12，該第二測試裝置12傳送該第二測試指令經該交換裝置15傳送至該第二待測伺服器裝置14進行測試，而可達成同步進行不同機種的所述第一待測伺服器裝置13與所述第二待測伺服器裝置14的測試作業，不須另外建構獨立的網路測試架構，有效省時省力且提高測試效率。In summary, the server test method of the present invention determines the test device to be connected by comparing each media access control address received in the receiving and comparing step 3, And in conjunction with the judgment connection step 4 and the test command transmission step 5, when the switching device 15 determines that the first test device 11 needs to be connected, the switching device 15 connects the port 151 corresponding to the media access control address To the first test device 11, the first test device 11 sends the first test command to each first server device 13 under test via the switching device 15 for testing. When the switching device 15 determines that it needs to be connected to the When the second test device 12 is tested, the switch device 15 connects the port 151 corresponding to the media access control address to the second test device 12, and the second test device 12 transmits the second test command through the switch device 15 The second server device under test 14 is tested, and the test operation of the first server device under test 13 and the second server device 14 under test of different models can be performed simultaneously, without additional construction The independent network test framework effectively saves time and effort and improves test efficiency.

惟以上所述者，僅為本發明之實施例而已，當不能以此限定本發明實施之範圍，凡是依本發明申請專利範圍及專利說明書內容所作之簡單的等效變化與修飾，皆仍屬本發明專利涵蓋之範圍內。However, the above are only examples of the present invention. When the scope of implementation of the present invention cannot be limited by this, all simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the patent specification still belong to This invention patent covers the scope.

1:伺服器測試系統 2:初始傳送步驟 11:第一測試裝置 3:接收比對步驟 12:第二測試裝置 4:判斷連結步驟 13:第一待測伺服器裝置 5:測試指令傳送步驟 14:第二待測伺服器裝置 6:測試步驟 15:交換裝置 7:完成步驟 151:連接埠1: Server test system 2: Initial transfer steps 11: The first test device 3: Receive and compare steps 12: The second test device 4: Determine the link step 13: The first server device under test 5: Test command transmission steps 14: The second server device under test 6: Test steps 15: Exchange device 7: Complete the steps 151: Port

本發明之其他的特徵及功效，將於參照圖式的實施方式中清楚地呈現，其中：圖1是一方塊圖，說明本發明伺服器測試方法的實施例應用於一伺服器測試系統；及圖2是一流程圖，說明該實施例的步驟。 Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a block diagram illustrating the application of an embodiment of the server testing method of the present invention to a server testing system; and Figure 2 is a flowchart illustrating the steps of this embodiment.

2:初始傳送步驟 2: Initial transfer steps

3:接收比對步驟 3: Receive and compare steps

4:判斷連結步驟 4: Determine the link step

5:測試指令傳送步驟 5: Test command transmission steps

6:測試步驟 6: Test steps

7:完成步驟 7: Complete the steps

Claims

A server testing method, applied to a server testing system, the server testing system includes a first testing device, a second testing device, a plurality of first server devices under test, and a plurality of second servers under test Device, and an exchange device connecting the first test device, the second test device, the first server device under test and the second server device under test, and the exchange device has a plurality of A port for connecting the first server device under test and the second server device under test. The server test method includes the following steps: In an initial transmission step, each first server device under test and each second server device under test respectively send a corresponding medium access control address and send it to the switching device via the corresponding port; A receiving comparison step. When the switching device receives the media access control address received by each port through each port, the switching device compares each received through a built-in predetermined test table Media access control address to determine the test device to be connected to each media access control address; A determining connection step. When the switching device determines that the received media access control address needs to be connected to the first test device, it represents that the server under test that needs to be tested is one of the first server under test Device, the switching device connects the port corresponding to the media access control address to the first test device, and when the switching device determines that the received media access control address needs to be connected to the second test device, Represents that the server device under test that needs to be tested is one of the second server devices under test, and the switching device connects the port corresponding to the media access control address to the second test device; A test command transmission step. When the first test device is connected to the port corresponding to each first server device under test in the switch device, the first test device transmits a first test command through the corresponding switch device The port of each first server device under test is sent to each first server device under test, when the second test device is connected to the port corresponding to each second server device under test in the switching device , The second test device sends a second test command to the second server device under test via the port corresponding to each second server device under test in the switching device; and A test step, each first server device under test executes the first test command and the executed test data is returned to the first test device via the corresponding port; each second server device under test executes The second test command returns the executed test data to the second test device via the corresponding port.

The server test method according to claim 1, wherein, in the test step, when each first server device under test executes the first test command, the first test device sends in a polling manner A first reply command is sent to each first server device under test and makes each first server under test return the completed test data to the first test device via the corresponding port; when each second server device When the server device under test executes the second test command, the second test device sends a second response command to each second server device under test in a polling manner and makes each second server device under test The executed test data is returned to the second test device via the corresponding port.

The server test method according to claim 1, which further includes a completion step following the test step, in the completion step, when each first server device under test has executed the first test command , The switch device interrupts the connection between the port corresponding to each first server under test and the first test device; when each second server device under test executes the second test command, the switch device interrupts the corresponding The connection port of each second server under test is connected with the second test device.

The server test method according to claim 3, wherein, in the completion step, when each first server device under test finishes executing the first test command, each first server device under test sends a The first end message is returned from the corresponding port to the first test device via the switching device, and the first test device sends a first completion command to the switching device after receiving each first end message, and The switching device interrupts the connection between the corresponding port of each first server under test and the first test device; when each second server device under test executes the second test command, each second server under test The test server will send a second end message from the corresponding port to the second test device via the switching device, and the second test device will send a second completion command to the second test device after receiving the second end message Exchange device, and make the exchange device interrupt the connection between the corresponding port of each second server under test and the second test device.

The server testing method according to claim 4, wherein, in the completion step, when each first server under test sends the first end message from the corresponding port to the switching device, the switching device will Record the address information from which port received each first end message and send it to the first test device, and the first test device receives each first end message and its corresponding address information Then, send the first completion command and corresponding address information to the switching device, and make the switching device interrupt the connection between the corresponding port and the corresponding first server under test according to the address information corresponding to the first completion command , And then interrupt the connection between each first server under test that has been tested and the first test device; when each second server under test sends the second end message from the corresponding port to the switching device, The switching device records the address information from which port received each second end message and transmits it to the second test device, and the second test device receives each second end message and its corresponding After the address information, the second completion command and the corresponding address information are sent to the switching device, and the switching device interrupts the corresponding port and the corresponding second under test according to the address information corresponding to the second completion command The connection of the server further interrupts the connection between each second server under test that has been tested and the second test device.

The server testing method according to claim 1, wherein, in the connecting step, when the switching device connects the port corresponding to the media access control address to the first test device, the media storage is established The connection channel between the first server under test corresponding to the control address and the first test device through the corresponding port; when the switching device determines that the received media access control address needs to be connected to the second test device A connection channel between the second server under test corresponding to the media access control address and the second test device via the corresponding port is established from time to time.

The server testing method according to claim 1, wherein the first six codes of the media access control address of each first server device under test are the same code, and the media storage of each second server device under test Take the first six codes of the control address as the same code, and the predetermined test table of the switching device records the first six codes corresponding to the media access control address of the first server under test and the second server under test In the receiving and comparing step, the exchange device compares the first six codes of each media access control address received through the content of the predetermined test table. Determine the test device to be connected to each media access control address.