TW201437825A - System and method of testing data transmitting performance of computer - Google Patents
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本發明涉及測試領域，特別涉及一種資料傳輸性能測試系統及方法。The invention relates to the field of testing, and in particular to a data transmission performance testing system and method.
當前，在測試通訊連接的兩台電腦之間的資料傳輸性能時，測試人員常用的測試方法是按照一收一發的時序來進行，例如，由第一電腦向第二電腦發送資料封包，該第二電腦接收到該資料封包後再發送給第一電腦，第一電腦將所接收的資料封包進行比對以驗證該第一電腦作為發送端時的傳輸性能是否符合要求。然而在這種測試方法下，當第一電腦向所述第二電腦發送資料封包後，在一定時間內得不到第二電腦的回應時，測試人員無從得知是第一電腦與第二電腦之間的資料傳輸線路有問題還是第二電腦本身的問題。Currently, when testing the data transmission performance between two computers connected by communication, the test method commonly used by the tester is performed according to the timing of receiving and receiving, for example, the first computer sends a data packet to the second computer, After receiving the data packet, the second computer sends the data packet to the first computer, and the first computer compares the received data packet to verify whether the transmission performance of the first computer as the transmitting end meets the requirements. However, under this test method, when the first computer sends a data packet to the second computer and fails to obtain a response from the second computer within a certain period of time, the tester has no way of knowing that it is the first computer and the second computer. There is a problem with the data transmission line or the problem with the second computer itself.
鑒於以上內容，有必要提供一種資料傳輸性能測試系統，可方便測試人員對電腦進行資料傳輸性能測試。In view of the above, it is necessary to provide a data transmission performance test system, which is convenient for testers to perform data transmission performance tests on the computer.
鑒於以上內容，還有必要提供一種資料傳輸性能測試方法，可方便測試人員對電腦進行資料傳輸性能測試。In view of the above, it is also necessary to provide a data transmission performance test method, which can facilitate testers to perform data transmission performance tests on the computer.
一種資料傳輸性能測試系統，用於測試第一電腦作為發送端時的資料傳輸性能，該系統包括：命令模組，用於向作為接收端的第二電腦發送回路設置命令，所述回路設置為將該第二電腦的資料接收端（Rx）與資料發送端（Tx）進行短接；第一發送模組，用於當所述第一電腦在預設時間內接收到所述第二電腦發送的回路設置完成訊號時，向所設置的回路發送預先儲存的資料封包；第一接收模組，用於接收經所述回路環回的資料封包；及比對模組，用於將所環回的資料封包與所儲存的資料封包進行比對，以確定所述第一電腦作為發送端時的資料傳輸性能是否符合要求。A data transmission performance testing system for testing data transmission performance when a first computer is used as a transmitting end, the system comprising: a command module, configured to send a loop setting command to a second computer as a receiving end, the loop is set to be The data receiving end (Rx) of the second computer is short-circuited with the data sending end (Tx); the first sending module is configured to receive, when the first computer receives the second computer, within a preset time When the loop is set to complete the signal, the pre-stored data packet is sent to the set loop; the first receiving module is configured to receive the data packet looped back by the loop; and the comparison module is configured to loop back The data packet is compared with the stored data packet to determine whether the data transmission performance of the first computer as the transmitting end meets the requirements.
一種資料傳輸性能測試系統，運行於作為接收端的第二電腦，該系統包括：第二接收模組，用於接收從作為發送端的第一電腦所發送的回路設置命令；設置模組，用於將該第二電腦的資料接收端（Rx）與資料發送端（Tx）短接以設置回路；及第二發送模組，用於發送回路設置完成訊號到所述第一電腦。A data transmission performance testing system, running on a second computer as a receiving end, the system comprising: a second receiving module, configured to receive a loop setting command sent from a first computer as a transmitting end; and a setting module, configured to The data receiving end (Rx) of the second computer is short-circuited with the data transmitting end (Tx) to set a loop; and the second sending module is configured to send a loop setting completion signal to the first computer.
一種資料傳輸性能測試方法，用於測試第一電腦作為發送端時的資料傳輸性能，該方法包括：向作為接收端的第二電腦發送回路設置命令，所述回路設置為將該第二電腦的資料接收端（Rx）與資料發送端（Tx）進行短接；當所述第一電腦在預設時間內接收到所述第二電腦發送的回路設置完成訊號時，向所設置的回路發送預先儲存的資料封包；接收經所述回路環回的資料封包；及將所環回的資料封包與所儲存的資料封包進行比對，以確定所述第一電腦作為發送端時的資料傳輸性能是否符合要求。A data transmission performance testing method for testing data transmission performance when a first computer is used as a transmitting end, the method comprising: transmitting a loop setting command to a second computer as a receiving end, wherein the loop is set to data of the second computer The receiving end (Rx) is short-circuited with the data transmitting end (Tx); when the first computer receives the loop setting completion signal sent by the second computer within a preset time, sending pre-storage to the set loop Data packet; receiving a data packet looped back by the loop; and comparing the looped data packet with the stored data packet to determine whether the data transmission performance of the first computer as the sender is consistent Claim.
一種資料傳輸性能測試方法，應用於作為接收端的第二電腦，該方法包括：接收從作為發送端的第一電腦所發送的回路設置命令；將該第二電腦的資料接收端（Rx）與資料發送端（Tx）短接以設置回路；及發送回路設置完成訊號到所述第一電腦。A data transmission performance testing method is applied to a second computer as a receiving end, the method comprising: receiving a loop setting command sent from a first computer as a transmitting end; transmitting a data receiving end (Rx) and data of the second computer The terminal (Tx) is shorted to set the loop; and the transmission loop sets the completion signal to the first computer.
相較於習知技術，利用所述資料傳輸性能測試系統及方法，可方便測試人員對電腦進行資料傳輸性能測試。Compared with the prior art, the data transmission performance test system and method can be used to facilitate the test personnel to perform data transmission performance tests on the computer.
1．．．第一電腦1. . . First computer
2．．．第二電腦2. . . Second computer
10．．．測試系統10. . . Test system
20．．．第一儲存器20. . . First storage
30．．．第一處理器30. . . First processor
70．．．第二儲存器70. . . Second storage
80．．．第二處理器80. . . Second processor
40．．．第一資料傳輸線40. . . First data transmission line
50．．．第二資料傳輸線50. . . Second data transmission line
41、52．．．資料發送端(Tx)41, 52. . . Data sender (Tx)
42、51．．．資料接收端(Rx)42, 51. . . Data receiving end (Rx)
60．．．控制訊號線60. . . Control signal line
101．．．命令模組101. . . Command module
102．．．判斷模組102. . . Judging module
103．．．第一發送模組103. . . First transmitting module
104．．．第一接收模組104. . . First receiving module
105．．．比對模組105. . . Alignment module
106．．．第二接收模組106. . . Second receiving module
107．．．設置模組107. . . Setting module
108．．．第二發送模組108. . . Second transmitting module
圖1是本發明資料傳輸性能測試系統較佳實施例的架構圖。1 is a block diagram of a preferred embodiment of a data transmission performance testing system of the present invention.
圖2是本發明資料傳輸性能測試系統較佳實施例的功能模組圖。2 is a functional block diagram of a preferred embodiment of the data transmission performance testing system of the present invention.
圖3是本發明資料傳輸性能測試方法較佳實施例第一流程圖。3 is a first flow chart of a preferred embodiment of the data transmission performance testing method of the present invention.
圖4是本發明資料傳輸性能測試方法較佳實施例第二流程圖。4 is a second flow chart of a preferred embodiment of the data transmission performance testing method of the present invention.
如圖1所示，是本發明資料傳輸性能測試系統（以下簡稱測試系統）的運行環境圖。本實施例中，測試系統10運行於第一電腦1及第二電腦2中。所述測試系統10用於測試所述第一電腦1與第二電腦2分別作為發送端時的資料傳輸性能。該第一電腦1的資料發送端（Tx）41與所述第二電腦2的資料接收端（Rx）42透過第一資料傳輸線40連接。所述第一電腦1的資料接收端（Rx）51與所述第二電腦2的資料發送端（Tx）52透過第二資料傳輸線50連接。也即是所述第一電腦1既可作為發送端傳輸資料到所述第二電腦2，也可以作為接收端接收從第二電腦2傳輸過來的資料。本實施例中，所述第一電腦1與第二電腦2之間還透過控制訊號線60通訊連接。As shown in FIG. 1, it is an operating environment diagram of the data transmission performance test system (hereinafter referred to as a test system) of the present invention. In this embodiment, the test system 10 runs in the first computer 1 and the second computer 2. The test system 10 is configured to test data transmission performance when the first computer 1 and the second computer 2 respectively function as a transmitting end. The data transmitting end (Tx) 41 of the first computer 1 and the data receiving end (Rx) 42 of the second computer 2 are connected through the first data transmission line 40. The data receiving end (Rx) 51 of the first computer 1 and the data transmitting end (Tx) 52 of the second computer 2 are connected through the second data transmission line 50. That is, the first computer 1 can transmit data to the second computer 2 as a transmitting end, or can receive data transmitted from the second computer 2 as a receiving end. In this embodiment, the first computer 1 and the second computer 2 are also communicatively connected through the control signal line 60.
需要說明的是，本實施例僅以所述第一電腦1與第二電腦2之間透過兩個資料傳輸線（即第一資料傳輸線40和第二資料傳輸線50）的通訊連接來舉例說明。在其他實施例中，還可以包括多個資料傳輸線的通訊連接。It should be noted that the present embodiment is exemplified only by the communication connection between the first computer 1 and the second computer 2 through two data transmission lines (ie, the first data transmission line 40 and the second data transmission line 50). In other embodiments, a communication connection of a plurality of data transmission lines may also be included.
在本實施例中，所述第一電腦1還包括第一儲存器20和第一處理器30，所述第二電腦2還包括第二儲存器70和第二處理器80。需要說明的是，本實施例只是對所述第一電腦1和第二電腦2的結構進行的簡單描述，該第一電腦1和第二電腦2還可以包括其他元件，如電路系統、音效系統、I/O介面、電池、作業系統等。In this embodiment, the first computer 1 further includes a first storage 20 and a first processor 30, and the second computer 2 further includes a second storage 70 and a second processor 80. It should be noted that this embodiment is only a brief description of the structure of the first computer 1 and the second computer 2. The first computer 1 and the second computer 2 may further include other components, such as a circuit system and a sound system. , I / O interface, battery, operating system, etc.
所述第一儲存器20和第二儲存器70可以用於儲存所述測試系統10的程式碼等資料。在本實施例中，所述測試系統10可以被分割成一個或多個模組，所述一個或多個模組被儲存在所述第一儲存器20和第二儲存器70中並由一個或多個處理器（例如本實施例中的第一處理器30和第二處理器80）執行，以完成本發明。The first storage 20 and the second storage 70 can be used to store data such as code of the test system 10. In this embodiment, the test system 10 can be divided into one or more modules, and the one or more modules are stored in the first storage 20 and the second storage 70 and are Or a plurality of processors (for example, the first processor 30 and the second processor 80 in this embodiment) are executed to complete the present invention.
本實施例中，所述測試系統10包括命令模組101、判斷模組102、第一發送模組103、第一接收模組104、比對模組105、第二接收模組106、設置模組107及第二發送模組108（參閱圖2所示）。In this embodiment, the test system 10 includes a command module 101, a determination module 102, a first transmission module 103, a first receiving module 104, a comparison module 105, a second receiving module 106, and a setting module. Group 107 and second transmitting module 108 (see FIG. 2).
需要說明的是，當所述測試系統10用於測試發送端的資料傳輸性能時（例如，測試所述第一電腦1作為發送端時的資料傳輸性能），所述發送端執行該測試系統10的命令模組101、判斷模組102、第一發送模組103、第一接收模組104及比對模組105，對應地，接收端（例如，所述第二電腦2）執行該測試系統10的第二接收模組106、設置模組107及第二發送模組108。It should be noted that, when the test system 10 is used to test the data transmission performance of the transmitting end (for example, testing the data transmission performance when the first computer 1 is used as the transmitting end), the transmitting end executes the testing system 10 The command module 101, the determination module 102, the first transmission module 103, the first receiving module 104, and the comparison module 105, correspondingly, the receiving end (for example, the second computer 2) executes the testing system 10 The second receiving module 106, the setting module 107 and the second transmitting module 108.
本發明所稱的模組是完成一特定功能的程式段，比程式更適合於描述軟體在第一電腦1和第二電腦2中的執行過程，關於各模組的功能將在如下具體描述。The module referred to in the present invention is a program segment for performing a specific function, and is more suitable for describing the execution process of the software in the first computer 1 and the second computer 2 than the program. The functions of each module will be specifically described below.
如圖3所示，是本發明資料傳輸性能測試方法的較佳實施例的第一流程圖。其中，圖3以測試第一電腦1作為發送端時的資料傳輸性能來舉例說明，在其他實施例中，也可以測試第二電腦2作為發送端時的資料傳輸性能來說明。As shown in FIG. 3, it is a first flowchart of a preferred embodiment of the data transmission performance testing method of the present invention. FIG. 3 illustrates the data transmission performance when the first computer 1 is used as the transmitting end. In other embodiments, the data transmission performance when the second computer 2 is used as the transmitting end can also be described.
步驟S1，命令模組101向作為接收端的第二電腦2發送回路設置命令，其中，所述回路設置為將該第二電腦2的資料接收端（Rx）42與資料發送端（Tx）52進行短接。In step S1, the command module 101 sends a loop setting command to the second computer 2 as the receiving end, wherein the loop is set to perform the data receiving end (Rx) 42 and the data transmitting end (Tx) 52 of the second computer 2. Short.
具體地，所述命令模組101可以透過控制訊號線60發送所述回路設置命令給所述第二電腦2，由該第二電腦2根據該命令來設置回路。Specifically, the command module 101 can send the loop setting command to the second computer 2 through the control signal line 60, and the second computer 2 sets a loop according to the command.
步驟S2，判斷模組102判斷所述第一電腦1在預設時間內是否接收到從所述第二電腦2發送的回路設置完成訊號。若是則執行步驟S3，否則結束流程。In step S2, the determining module 102 determines whether the first computer 1 receives the loop setting completion signal sent from the second computer 2 within a preset time. If yes, go to step S3, otherwise end the process.
步驟S3，第一發送模組103向所設置的回路發送預先儲存的資料封包。In step S3, the first sending module 103 sends the pre-stored data packet to the set loop.
步驟S4，第一接收模組104接收經所述回路環回的資料封包。In step S4, the first receiving module 104 receives the data packet looped back by the loop.
步驟S5，比對模組105將所環回的資料封包與所儲存的資料封包進行比對，以確定所述第一電腦1作為發送端時的資料傳輸性能是否符合要求並通知測試人員。In step S5, the comparison module 105 compares the looped data packet with the stored data packet to determine whether the data transmission performance of the first computer 1 as the transmitting end meets the requirements and notifies the tester.
具體地，所述比對模組105驗證到所環回的資料封包與所儲存的資料封包一致時，提示測試人員所述第一電腦1作為發送端時的傳輸性能符合要求。否則，則提示測試人員該第一電腦1作為發送端時的傳輸性能不符合要求。Specifically, the comparison module 105 verifies that when the looped data packet is consistent with the stored data packet, the tester is prompted to perform the transmission performance of the first computer 1 as the transmitting end. Otherwise, the tester is prompted that the transmission performance of the first computer 1 as the transmitting end does not meet the requirements.
步驟S6，命令模組101向所述第二電腦2發送回路撤銷命令，以撤銷回路。In step S6, the command module 101 sends a loop revocation command to the second computer 2 to cancel the loop.
如圖4所示，是本發明資料傳輸性能測試方法較佳實施例第二的流程圖。其中，圖4以測試第一電腦1作為發送端時的資料傳輸性能來舉例說明，在其他實施例中，也可以測試第二電腦2作為發送端時的資料傳輸性能來說明。As shown in FIG. 4, it is a flowchart of the second preferred embodiment of the data transmission performance testing method of the present invention. 4 is an example of testing the data transmission performance when the first computer 1 is used as the transmitting end. In other embodiments, the data transmission performance when the second computer 2 is used as the transmitting end can also be described.
步驟S11，第二接收模組106接收從作為發送端的第一電腦1所發送的回路設置命令。In step S11, the second receiving module 106 receives the loop setting command transmitted from the first computer 1 as the transmitting end.
具體地，所述第二接收模組106從連接於所述第一電腦1與第二電腦2之間的控制訊號線60接收所述回路設置命令。Specifically, the second receiving module 106 receives the loop setting command from a control signal line 60 connected between the first computer 1 and the second computer 2.
步驟S12，設置模組107將該第二電腦2的資料接收端（Rx）42與資料發送端（Tx）52短接以設置回路。In step S12, the setting module 107 shorts the data receiving end (Rx) 42 of the second computer 2 and the data transmitting end (Tx) 52 to set a loop.
具體地，所述設置模組107可透過控制該資料接收端（Rx）42與資料發送端（Tx）52之間的門電路，來使得所述資料接收端（Rx）42與資料發送端（Tx）52短接以形成回路。從而使得所述第一電腦1從資料發送端（Tx）41發送的資料封包可以透過該回路環回到所述第一電腦1的資料接收端（Rx）51。Specifically, the setting module 107 can control the data receiving end (Rx) 42 and the data sending end by controlling a gate circuit between the data receiving end (Rx) 42 and the data sending end (Tx) 52 ( Tx) 52 is shorted to form a loop. Therefore, the data packet sent by the first computer 1 from the data transmitting end (Tx) 41 can be looped back to the data receiving end (Rx) 51 of the first computer 1 through the loop.
步驟S13，第二發送模組108發送回路設置完成訊號到所述第一電腦1。In step S13, the second sending module 108 sends a loop setting completion signal to the first computer 1.
具體地，所述第二發送模組108可以透過所述控制訊號線60發送所述回路設置完成訊號給所述第一電腦1。Specifically, the second sending module 108 can send the loop setting completion signal to the first computer 1 through the control signal line 60.
步驟S14，第二接收模組106接收從所述第一電腦1所發送的回路撤銷命令。In step S14, the second receiving module 106 receives the loop revocation command sent from the first computer 1.
步驟S15，設置模組107撤銷該第二電腦2所設置的回路。In step S15, the setting module 107 cancels the loop set by the second computer 2.
同樣地，所述設置模組107可透過控制該資料接收端（Rx）42與資料發送端（Tx）52之間的門電路，來撤銷所述資料接收端（Rx）42與資料發送端（Tx）52所設置的回路。Similarly, the setting module 107 can revoke the data receiving end (Rx) 42 and the data sending end by controlling a gate between the data receiving end (Rx) 42 and the data transmitting end (Tx) 52 ( Tx) 52 set the loop.
以上實施例僅用以說明本發明的技術方案而非限制，儘管參照較佳實施例對本發明進行了詳細說明，本領域的普通技術人員應當理解，可以對本發明的技術方案進行修改或等同替換，而不脫離本發明技術方案的精神和範圍。The above embodiments are only used to illustrate the technical solutions of the present invention, and the present invention is not limited thereto. The present invention will be described in detail with reference to the preferred embodiments, and those skilled in the art should understand that the technical solutions of the present invention may be modified or substituted. Without departing from the spirit and scope of the technical solutions of the present invention.
10．．．測試系統10. . . Test system
101．．．命令模組101. . . Command module
102．．．判斷模組102. . . Judging module
103．．．第一發送模組103. . . First transmitting module
104．．．第一接收模組104. . . First receiving module
105．．．比對模組105. . . Alignment module
106．．．第二接收模組106. . . Second receiving module
107．．．設置模組107. . . Setting module
108．．．第二發送模組108. . . Second transmitting module
Claims (10)
命令模組，用於向作為接收端的第二電腦發送回路設置命令，所述回路設置為將該第二電腦的資料接收端（Rx）與資料發送端（Tx）進行短接；
第一發送模組，用於當所述第一電腦在預設時間內接收到所述第二電腦發送的回路設置完成訊號時，向所設置的回路發送預先儲存的資料封包；
第一接收模組，用於接收經所述回路環回的資料封包；及
比對模組，用於將所環回的資料封包與所儲存的資料封包進行比對，以確定所述第一電腦作為發送端時的資料傳輸性能是否符合要求。A data transmission performance testing system for testing data transmission performance when a first computer is used as a transmitting end, the system comprising:
a command module, configured to send a loop setting command to the second computer as the receiving end, wherein the loop is configured to short the data receiving end (Rx) of the second computer and the data sending end (Tx);
The first sending module is configured to: when the first computer receives the loop setting completion signal sent by the second computer within a preset time, send the pre-stored data packet to the set loop;
a first receiving module, configured to receive a data packet looped back by the loop; and a comparison module, configured to compare the looped data packet with the stored data packet to determine the first Whether the data transmission performance of the computer as the sender meets the requirements.
第二接收模組，用於接收從作為發送端的第一電腦所發送的回路設置命令；
設置模組，用於將該第二電腦的資料接收端（Rx）與資料發送端（Tx）短接以設置回路；及
第二發送模組，用於發送回路設置完成訊號到所述第一電腦。A data transmission performance testing system runs on a second computer as a receiving end, the system comprising:
a second receiving module, configured to receive a loop setting command sent from a first computer that is a transmitting end;
a setting module, configured to short the data receiving end (Rx) of the second computer and the data sending end (Tx) to set a loop; and a second sending module, configured to send a loop setting completion signal to the first computer.
所述設置模組還用於撤銷該第二電腦所設置的回路。The data transmission performance test system of claim 3, wherein the second receiving module is further configured to receive a loop revocation command sent by the first computer;
The setting module is further configured to cancel the loop set by the second computer.
向作為接收端的第二電腦發送回路設置命令，所述回路設置為將該第二電腦的資料接收端（Rx）與資料發送端（Tx）進行短接；
當所述第一電腦在預設時間內接收到所述第二電腦發送的回路設置完成訊號時，向所設置的回路發送預先儲存的資料封包；
接收經所述回路環回的資料封包；及
將所環回的資料封包與所儲存的資料封包進行比對，以確定所述第一電腦作為發送端時的資料傳輸性能是否符合要求。A data transmission performance testing method for testing data transmission performance when a first computer is used as a transmitting end, the method comprising:
Sending a loop setting command to the second computer as the receiving end, the loop being configured to short the data receiving end (Rx) of the second computer and the data transmitting end (Tx);
When the first computer receives the loop setting completion signal sent by the second computer within a preset time, sending a pre-stored data packet to the set loop;
Receiving a data packet looped back by the loop; and comparing the looped data packet with the stored data packet to determine whether the data transmission performance of the first computer as the transmitting end meets the requirements.
於驗證完所述第一電腦作為發送端時的資料傳輸性能時，向所述第二電腦發送回路撤銷命令，以撤銷回路。The method for testing data transmission performance as described in claim 6 of the patent application, the method further comprising:
When the data transmission performance of the first computer as the transmitting end is verified, a loop revocation command is sent to the second computer to cancel the loop.
接收從作為發送端的第一電腦所發送的回路設置命令；
將該第二電腦的資料接收端（Rx）與資料發送端（Tx）短接以設置回路；及
發送回路設置完成訊號到所述第一電腦。A data transmission performance testing method is applied to a second computer as a receiving end, the method comprising:
Receiving a loop setting command sent from the first computer as the transmitting end;
The data receiving end (Rx) of the second computer is short-circuited with the data transmitting end (Tx) to set a loop; and the loop setting completion signal is sent to the first computer.
接收所述第一電腦所發送的回路撤銷命令；
撤銷該第二電腦所設置的回路。The method for testing data transmission performance as described in claim 8 of the patent application, the method further comprising:
Receiving a loop revocation command sent by the first computer;
Undo the loop set by the second computer.
The method for testing data transmission performance according to claim 9, wherein the method is set or revoked by controlling a gate between a data receiving end (Rx) and a data transmitting end (Tx) of the second computer. Loop.
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| CN201310097703.6A CN104079443A (en) | 2013-03-25 | 2013-03-25 | Data transmission performance testing system and method |
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| CN113568793A (en) * | 2021-07-26 | 2021-10-29 | 西安广和通无线软件有限公司 | Serial port testing method, intelligent module and storage medium |
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