TWI700580B - Automatic test system and automatic test method - Google Patents

Abstract

An automated test system and an automated test method thereof include a test device, a plurality of lens units, a server device, and an analog input unit. The test device includes a test module, a motherboard unit to be tested, and a screen display unit. The automated test method includes a display step, a processing unit of the test module executes a test program and the screen display unit displays a display information, an analysis step, an image analysis unit of the server device displays The information analyzes a corresponding inspection message and sends it to the execution unit, and in an execution step, the execution unit obtains a serial number message and an address message of the motherboard unit under test through the lens unit according to the inspection message and The analog input unit is controlled to input the required information to the processing unit, so that the test program can be automatically executed without manually inputting the required information during the test process.

Description

Automatic test system and automatic test method

The invention relates to a test system, in particular to an automatic test system and an automatic test method thereof.

In recent years, the use of common servers has been able to meet the needs of complex and high-density computing. Generally speaking, before the server leaves the factory, the internal motherboard (MB) must pass a number of tests and tests. During the test, the motherboard to be tested is set in a test machine and connected to the screen and hard disk, and then the test information is input by the personnel. Follow-up test actions, such as: during the test, you need to manually enter the serial number (Serial Number, S/N), enter the media access control (Media Access Control, MAC) address, manual power-off test, visual inspection of the hardware Whether the disc light information is normal and the result of manually inputting the light light, and visually inspecting whether the color of the screen is the same as the test information, etc., is manual operation. The above-mentioned detection operation is a semi-automatic test operation of man-machine interaction, which requires personnel to input sequentially The response information required in the testing process can be used for subsequent testing operations, which not only wastes time and manpower but also increases production costs, and requires practitioners to discuss and improve.

Therefore, the purpose of the present invention is to provide an automated test system.

Therefore, the automated test system of the present invention includes a test device, a plurality of lens units arranged in the test device, a server device connected to the test device, and a server device inserted on the main board unit to be tested and connected to the servo Analog input unit of the device.

The test device includes a test module, a mainboard unit to be tested arranged in the test module, and a screen display unit connected to the test module, and the test module has a processing unit connected to the mainboard unit to be tested , And a hard disk unit connected to the motherboard unit under test. The lens unit can respectively obtain a light signal of a hard disk indicator module of the hard disk unit, a serial number message of a serial number label of the motherboard unit under test, and a bit of a media access control address label. Address message.

The server device includes an image analysis unit connected to the screen display unit, and an execution unit connected to the image analysis unit and the lens unit. The image analysis unit can obtain a display information of the screen display unit, analyze and decode the display information, and send it to the execution unit. The execution unit has an inspection profile.

The processing unit of the test module executes a test program and transmits a test information to the screen display unit to display the display information, and the image analysis unit of the server device analyzes and decodes the display information displayed by the screen display unit Into a corresponding check message and sent to the execution unit.

When the inspection message is a serial number inspection message, the execution unit obtains the serial number message of the serial number label through the corresponding lens unit and controls the analog input unit to input the serial number message information to the processing unit, and the processing unit receives After reaching the information of the serial number message, continue to execute the test program. When the check message is a media access control address check message, the execution unit obtains the address information of the media access control address tag through the corresponding lens unit And control the analog input unit to input the information of the address message to the processing unit, and the processing unit will continue to execute the test program after receiving the information of the address message. When the check message is a hard disk indicator light module Group inspection information, the execution unit obtains the light information of the hard disk indicator module through the corresponding lens unit and compares the received light information according to the inspection profile and generates a first comparison The execution unit controls the analog input unit to transmit the information input of the first comparison message to the processing unit, and the processing unit continues to execute the test program after receiving the information of the first comparison message.

Therefore, another objective of the present invention is to provide an automated testing method.

Therefore, the automated test method of the present invention is applied to an automated test system. The automated test system includes a test device, a plurality of lens units, a server device connected to the test device, and an analog input unit inserted on the motherboard unit to be tested and connected to the server device. The test device includes a test module, a motherboard unit to be tested, and a screen display unit. The test module has a processing unit and a hard disk unit. The lens unit can respectively obtain a light signal of a hard disk indicator module of the hard disk unit, a serial number message of a serial number label of the motherboard unit under test, and a bit of a media access control address label. Address message. The server device includes an image analysis unit and an execution unit. The image analysis unit can obtain a display information of the screen display unit, and the execution unit has a check configuration file. The automated test method includes a display step, an analysis step, and an execution step.

In the display step, the processing unit of the test module executes a test program and transmits test information to the screen display unit to display the display information.

In the analysis step, the image analysis unit of the server device analyzes and decodes the display information displayed by the screen display unit into a corresponding inspection message and transmits it to the execution unit.

In the execution step, when the inspection message is a serial number inspection message, the execution unit obtains the serial number message of the serial number label through the corresponding lens unit and controls the analog input unit to input the serial number message information to the processing unit , And the processing unit continues to execute the test program after receiving the information of the serial number message. When the check message is a medium access control address check message, the execution unit obtains the medium access control address through the corresponding lens unit The address information of the tag and control the analog input unit to input the information of the address information to the processing unit, and the processing unit will continue to execute the test program after receiving the information of the address information, when the check message is A hard drive indicator module check message, the execution unit obtains the light message of the hard drive indicator module through the corresponding lens unit and compares the received light message according to the check configuration file. A first comparison message is generated, and the execution unit controls the analog input unit to input the information input of the first comparison message to the processing unit, and the processing unit continues to execute after receiving the information of the first comparison message Finish the test program.

The effect of the present invention is: in the analysis step, the image analysis unit of the server device analyzes and decodes the display information into a corresponding check message, and in conjunction with the execution step, the execution unit obtains the corresponding check message And control the analog input unit to input the corresponding information to the design of the processing unit, and it can be achieved during the test process that there is no need to manually input the serial number message, the address message and the comparison message of the corresponding light signal. The processing unit can automatically continue to execute the test program, which effectively saves manpower and time and improves production efficiency.

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.

1 and 2, the first embodiment of the automated test system of the present invention includes a test device 1, a plurality of lens units provided in the test device 1, a server device 3 connected to the test device 1, An analog input unit 33 arranged on the testing device 1 and connected to the server device 3, and a light sensing unit 4 arranged in the testing device 1 and connected to the server device 3. The test device 1 includes a test module 11, a main board unit 12 to be tested arranged in the test module 11, and a screen display unit 13 connected to the test module 11. The test module 11 has a processing unit 111 connected to the main board unit 12 to be tested, and a hard disk unit 112 connected to the main board unit 12 to be tested. The lens unit 2 can respectively obtain an indicator message of a hard disk indicator module 113 of the hard disk unit 112, a serial number message of a serial number label 121 of the motherboard unit 12 under test, and a media access control bit. One address message of address tag 122. The analog input unit 33 is inserted into the motherboard unit 12 to be tested.

The server device 3 includes an image analysis unit 31 connected to the screen display unit 13 and an execution unit 32 connected to the image analysis unit 31 and the lens unit 2. The image analysis unit 31 can obtain a display information of the screen display unit 13, analyze and decode the display information, and send it to the execution unit 32. The execution unit 32 has a check configuration file. The light sensing unit 4 is connected to the execution unit 32 of the server device 3. The light sensing unit 4 can obtain a lighting message of a motherboard indicator 124 of the motherboard unit 12 to be tested. The analog input unit 33 is connected to the execution unit 32 and is controlled by the execution unit 32.

The processing unit 111 of the test module 11 executes a test program and transmits test information to the screen display unit 13 to display the display information, and the image analysis unit 31 of the server device 3 displays the screen display unit 13 The displayed information is analyzed and decoded into a corresponding check message and sent to the execution unit 32. In detail, when the test module 11 is powered on, the processing unit 111 will execute the test program and test the motherboard unit 12 under test, and the processing unit 111 will execute the required test program. The displayed test information is displayed through the screen display unit 13, and the display information can be used to know the current status of the processing unit 111 executing the test program and the information that needs to be input and returned. For example, during the test, Enter the serial number (Serial Number, S/N), Media Access Control (MAC) address, power-off test, confirm whether the hard disk indicator module 113 light message is normal and the input light is on The light result is an input action of information such as whether the screen color of the screen display unit 13 and the test information are the same. In other words, when the processing unit 111 executes the test program, it will continue to execute the test program after receiving the required information.

The server device 3 analyzes and decodes the display information displayed by the screen display unit 13 through the image analysis unit 31 into a corresponding inspection message and transmits it to the execution unit 32.

When the check message is a serial number check message, the execution unit 32 obtains the serial number (S/N) message of the serial number label 121 via the corresponding lens unit 2 and controls the analog input unit 33 to the serial number message information The input is sent to the processing unit 111, and the processing unit 111 continues to execute the test program after receiving the serial number message (S/N) information. That is to say, the display information of the screen display unit 13 shows an instruction to input the serial number message, and after the execution unit 32 receives the serial number check message, it will obtain the serial number through the lens unit 2 corresponding to the serial number label 121 The serial number message and control the analog input unit 33 to input the serial number message to the processing unit 111, and the processing unit 111 can continue to execute the test program after receiving the serial number message information. The lens unit 2 corresponding to the serial number label 121 obtains the picture of the serial number label 121 by taking photos (for example, the serial number label 121 is taken as a picture and the serial number message of the serial number label 121 is circled at the same time) and the The execution unit 32 receives the picture of the serial number label 121 and parses the serial number message of the serial number label 121, and controls the analog input unit 33 through the execution unit 32 to input the serial number message and send it to the processing unit 111 to simulate manual The action of entering the serial number message.

When the check message is the media access control address check message, the execution unit 32 obtains the address message (Media Access Control, MAC) of the media access control address tag 122 via the corresponding lens unit 2 and controls the The analog input unit 33 inputs the information of the address message to the processing unit 111, and the processing unit 111 continues to execute the test program after receiving the information of the address message. That is to say, the display information of the screen display unit 13 shows an instruction to input the address message (MAC), and the execution unit 32 receives the media access control address check message, and will respond to The lens unit 2 of the media access control address tag 122 obtains the address information and controls the analog input unit 33 to input the address information to the processing unit 111, and the processing unit 111 receives the address information information Only then can the test program be continued. The lens unit 2 corresponding to the media access control address tag 122 obtains the picture of the media access control address tag 122 by taking pictures, and the execution unit 32 receives the picture of the media access control address tag 122 It will parse out the address information of the media access control address tag 122, and control the analog input unit 33 to input the address information through the execution unit 32 and send it to the processing unit 111 to simulate the manual input of the address The action of the message. In this embodiment, the position of the serial number label 121 and the media access control address label 122 are close to each other, so as long as a lens unit 2 is provided, the execution unit 32 can obtain the serial number information and the address information. , But not limited to this, the lens unit 2 can also be set according to the actual positions of the serial number label 121 and the media access control address label 122, as long as the execution unit 32 can obtain the serial number information and the address information Information can be.

When the check message is a check message of a hard disk indicator module 113, the execution unit 32 obtains the light message of the hard disk indicator module 113 through the corresponding lens unit 2 and then transfers the received light message The check configuration file is compared and a first comparison message is generated, and the execution unit 32 controls the analog input unit 33 to input the information of the first comparison message to the processing unit 111, and the processing unit 111 After receiving the information of the first comparison message, continue to execute the test program. That is to say, the display information of the screen display unit 13 is an indication showing whether the light signal information of the hard disk indicator module 113 needs to be inputted is normal, and the execution unit 32 receives the hard disk indicator module 113 After checking the message, the light message is obtained through the lens unit 2 corresponding to the hard disk indicator module 113, and the execution unit 32 compares the received light message according to the check profile and generates the first A comparison message, in other words, the check configuration has a light message corresponding to the correct light of the hard disk indicator module 113 and the execution unit 32 will compare whether the received light message is correct The light signal message is turned on, and the first comparison message is generated and the execution unit 32 controls the analog input unit 33 to transmit the information input of the first comparison message to the processing unit 111, and the processing unit 111 receives Continue to execute the test program after the information of the first comparison message. In this embodiment, when the light signal message received by the execution unit 32 is compared to the light signal message that is correctly lit, the first comparison message is "Y", and the analog input unit 33 is controlled to The information input of the first comparison message is sent to the processing unit 111; when the light message received by the execution unit 32 compared to the light message is incorrectly lit, the first comparison message is " N", and control the analog input unit 33 to transmit the information input of the first comparison message to the processing unit 111, and when the processing unit 111 receives the information of the first comparison message, it will continue to execute the test The subsequent user can use the processing unit 111 to execute a log file of the test program to read all the records and information of the test process, but it is not limited to this, and can also be designed according to requirements when the processing unit 111 receives When the first comparison message is "N", the processing unit 111 stops executing the test program, and retests after the user eliminates the abnormality. In addition, the lens unit 2 corresponding to the hard disk indicator module 113 obtains the picture of the light message by taking pictures, and the execution unit 32 builds the picture of the received light message according to the inspection profile. The image of a correctly lit light message is compared to generate the first comparison message, and the execution unit 32 controls the analog input unit 33 to input the first comparison message and sends it to the processing unit 111, and Simulate the action of manually inputting the first comparison message. It should be noted here that, in this embodiment, the image of the light message can be obtained through the lens unit 2 provided on the hard disk indicator module 113, so that the execution unit 32 can receive the The picture of the light signal message is subsequently compared, but not limited to this. Refer to Figure 3, which is the second embodiment of the automated test system of the present invention, which is roughly the same as the first embodiment. The difference is that it can also be According to actual requirements, the testing device 1 is designed to further include a light source collection unit 5 having a dark box (not shown), and a plurality of light guide fiber strips (not shown) penetrating into the dark box. The light guide optical fiber strips are respectively used to import the light signal of the hard disk indicator module 113, and one of the lens units 2 is provided with a dark box corresponding to the light source collection unit 5 and can obtain a picture of the light signal. To put it simply, the light guide optical fiber strip can import the light signal information of the luminous state of the hard disk indicator module 113 and collect it into the dark box, and can be obtained by taking pictures in cooperation with the lens unit 2 corresponding to the dark box. The pictures of the light message collected by the black box can be compared with the pictures of the light message received by the execution unit 32.

When the check message is a check message of the main board indicator light 124, the execution unit 32 obtains the light-on message of the main board indicator light 124 via the light sensing unit 4, and the received light-on message is based on the check configuration file Perform comparison and generate a second comparison message, and the execution unit 32 controls the analog input unit 33 to input the information input of the second comparison message to the processing unit 111, and the processing unit 111 receives the second comparison message After the information of the message, continue to run the test program. To put it simply, the light sensing unit 4 is used to sense whether the motherboard indicator light 124 is illuminated, and when the motherboard indicator light 124 is in the light-emitting state, the light sensing unit 4 sends the light-on message to the execution unit 32. The inspection configuration has a correct lighting message corresponding to the motherboard indicator 124 and the execution unit 32 compares whether the received lighting message is a correct lighting message, and generates the second comparison The execution unit 32 controls the analog input unit 33 to transmit the information input of the second comparison message to the processing unit 111, and the processing unit 111 continues to execute the test after receiving the information of the second comparison message Program. In this embodiment, when the execution unit 32 compares the received light-on message as a correctly illuminated light-on message, the second comparison message is "Y", and the analog input unit 33 is controlled to The information input of the second comparison message is sent to the processing unit 111, and when the processing unit 111 receives the information "Y" of the light-on message, it will continue to execute the test program; when the execution unit 32 compares the received information When the received light-on message is an incorrectly-lit light-on message, the second comparison message is "N", and the analog input unit 33 is controlled to input the information of the second comparison message to the processing unit 111 , And when the processing unit 111 receives the information "N" of the light-up message, the processing unit 111 will stop executing the test program and wait for the user to eliminate the abnormality before retesting, but it is not limited to this. The actual situation is designed that when the processing unit 111 receives the second comparison message as "N", it will continue to execute the test program, and subsequent users can execute a log file of the test program through the processing unit 111 Access all records and information of the test process. In this embodiment, the light sensing unit 4 is used to obtain the light-on message of the motherboard indicator 124, so that the execution unit 32 receives the light-on message for subsequent comparison, but this is not the case. However, referring to FIG. 3, in the second embodiment of the automated test system, the light-guiding optical fiber strip can also be used to import the light-on information of the light-on state of the main board indicator 124 to the dark box of the light source collection unit 5. , And cooperate with the lens unit 2 corresponding to the light source collection unit 5 to obtain the picture of the light-on message collected by the light source collection unit 5 by taking pictures, so that the execution unit 32 receives the light-on message for subsequent comparison That's right.

It should be particularly noted here that the automated test system also includes an upper cover (not shown) pivotally covering the test device 1, and a detection unit (not shown) connected to the execution unit 32 of the server device 3 ( Picture not shown). The server device 3 also includes a control card 34 connected to the execution unit 32. The test device 1 further includes a power module 14 for supplying power to the test module 11 and the screen display unit 13 of the main board unit 12 to be tested. The power module 14 has a power switch (not shown) that can be turned on and off by the control card 34. When the upper cover is covered with the test device 1, an external force is generated, and the detection unit detects the The external force sends an activation message to the execution unit 32, and when the execution unit 32 receives the activation message, the execution unit 32 sends a power-on instruction to the control card 34, and the control card 34 receives the power-on instruction The power switch is controlled to be turned on (Power on) and the test module 11 and the main board unit 12 to be tested are powered on for testing. In detail, when the upper cover is closed, it means that the automated test system is about to start testing, and when the upper cover is covered with the test device 1, the external force is generated and the detection unit detects the external force and sends An activation message informs the execution unit 32. In this embodiment, the external force generated by the upper cover covering the testing device 1 is an external force generated by an air pressure switch (not shown) to confirm the waiting The test main board unit 12 and the test module 11 are in good contact, but not limited to this. After the execution unit 32 receives the startup message, it sends the power-on command to the control card 34 and makes the control card 34 control the power supply The module 14 is powered on and the test module 11 and the main board unit 12 to be tested are powered on for testing. It should be noted that, in this embodiment, the motherboard unit under test 12 has a basic input output unit 123 connected to the processing unit 111, and the execution unit 32 also has a basic input output unit 123 setting command. After the execution unit 32 of the server device 3 transmits the power-on instruction to the control card 34, the execution unit 32 then executes the basic input output unit 123 setting instruction to control the analog input unit 33 to input the basic input output unit 123 The setting command is sent to the basic input output unit 123 and stored as a configuration file and the test device 1 is rebooted, and after the reboot, the processing unit 111 receives the configuration file of the basic input output unit 123 and executes the test program. To put it simply, the test module 11 and the main board unit 12 to be tested are powered on to start the test, and the execution unit 32 executes the basic input output unit 123 setting command to control the analog input unit 33 to input the basic input output unit 123 (BIOS) setting command is sent to the basic input output unit 123 to simulate manual input of the BIOS setting action. After the input of the analog input unit 33 completes the setting of the basic input output unit 123, the setting file is saved and the test device 1 is restarted Just turn it on.

In addition, it should be noted that the test module 11 also has an operation indicator 114 and a power button 115 (not shown) that can be controlled by the control card 34 to turn on and off the operation indicator 114. When the check message is a button press message, the execution unit 32 sends a first control command to the control card 34, and the control card 34 receives the first control command to control the power-on button 115 to power on and make the The operation indicator 114 is illuminated. Finally, when the processing unit 111 finishes executing the test program, it transmits the test completion information to the screen display unit 13 to display the display information. When the check message is a shutdown message, the execution unit 32 sends a power-off command To the control card 34, and the control card 34 receives the power-off command to control the power switch to power off. In this embodiment, the control card 34 uses a circuit bridging method to controllably turn on the power button 115 and controllably open and close the power switch to power on, so as to achieve control without manually pressing the power button 115. The operation indicator 114 is illuminated, and the power switch can be turned on and off in a controllable manner without manually turning on the power switch.

The image analysis unit 31 of the server device 3 analyzes and decodes the display information into the corresponding inspection message, and cooperates with the execution unit 32 to obtain the corresponding information according to the inspection message and control the analog input unit 33 to input the corresponding information Up to the design of the processing unit 111, it can be achieved that in the test process, there is no need to manually input the serial number message, the comparison message of the address message and the corresponding light signal message, and the processing unit 111 can automatically continue to execute The completion of the test program effectively saves manpower and time and improves production efficiency.

1 and FIG. 2, the embodiment of the automated test method of the present invention is applied to the aforementioned automated test system. The automated test method includes a startup step, an automatic setting step, a display step, an analysis step, an execution step, and a shutdown step.

The test device 1 includes a test module 11, a main board unit 12 to be tested arranged in the test module 11, a screen display unit 13 connected to the test module 11, and a power supply for the test module 11 And the power module 14 of the motherboard unit 12 to be tested. The test module 11 has a processing unit 111 connected to the main board unit 12 to be tested, and a hard disk unit 112 connected to the main board unit 12 to be tested. The motherboard unit 12 to be tested has a basic input output unit 123 connected to the processing unit 111. The lens unit 2 can respectively obtain an indicator message of a hard disk indicator module 113 of the hard disk unit 112, a serial number message of a serial number label 121 of the motherboard unit 12 under test, and a media access control bit. One address message of address tag 122. The analog input unit 33 is inserted into the motherboard unit 12 to be tested. The power module 14 has a power switch (not shown) that can be switched on and off by the control card 34.

The server device 3 includes an image analysis unit 31 connected to the screen display unit 13, an execution unit 32 connected to the image analysis unit 31 and the lens unit 2, and a control card 34 connected to the execution unit 32. The image analysis unit 31 can obtain a display information of the screen display unit 13, analyze and decode the display information, and send it to the execution unit 32. The execution unit 32 has a check configuration file and a basic input output unit 123 setting command. The light sensing unit 4 is connected to the execution unit 32 of the server device 3. The light sensing unit 4 can obtain a lighting message of a motherboard indicator 124 of the motherboard unit 12 to be tested.

First, in the activation step, an external force is generated when the upper cover is covered on the test device 1, the detection unit detects the external force and sends an activation message to the execution unit 32, and the execution unit 32 When receiving the start message, the execution unit 32 sends a power-on command to the control card 34, and the control card 34 receives the power-on command to control the power switch to be turned on (Power on) and make the test module 11 The main board unit 12 to be tested is powered on for testing. In detail, when the upper cover is closed, it means that the automated test system is about to start testing, and when the upper cover is covered with the test device 1, the external force is generated and the detection unit detects the external force and sends An activation message informs the execution unit 32. In this embodiment, the external force generated by the upper cover covering the testing device 1 is an external force generated by an air pressure switch (not shown) to confirm the waiting The test main board unit 12 and the test module 11 are in good contact, but not limited to this. After the execution unit 32 receives the startup message, it sends the power-on command to the control card 34 and makes the control card 34 control the power supply The module 14 is powered on and the test module 11 and the main board unit 12 to be tested are powered on for testing.

Then, in the automatic setting step, after the execution unit 32 of the server device 3 transmits the power-on command to the control card 34, the execution unit 32 then executes the basic input output unit 123 setting command to control the analog input The unit 33 inputs the basic input output unit 123 setting command to the basic input output unit 123 and saves it as a configuration file and restarts the test device 1. After the restart, the processing unit 111 receives the basic input output unit 123 configuration file Then execute the test program. To put it simply, the test module 11 and the main board unit 12 to be tested are powered on to start the test, and the execution unit 32 executes the basic input output unit 123 setting command to control the analog input unit 33 to input the basic input output unit 123 (BIOS) setting command is sent to the basic input output unit 123 to simulate manual input of the BIOS setting action. After the input of the analog input unit 33 completes the setting of the basic input output unit 123, the setting file is saved and the test device 1 is restarted Just turn it on.

Then, in the display step, the processing unit 111 of the test module 11 executes a test program and transmits the test information to the screen display unit 13 to display the display information. In detail, when the test module 11 is powered on, the processing unit 111 will execute the test program and test the motherboard unit 12 under test, and the processing unit 111 will execute the required test program. The displayed test information is displayed by the screen display unit 13, and the display information can be used to know the current status of the processing unit 111 executing the test program and the information that needs to be input back. For example, input is required during the test Serial number (Serial Number, S/N), Media Access Control (MAC) address, power-off test, confirm whether the hard drive indicator module 113's light message is normal and the input light is on As a result, the screen color of the screen display unit 13 is the same as the test information and other information input actions. In other words, when the processing unit 111 executes the test program, it will continue to execute the test program after receiving the required information.

Then, in the analysis step, the image analysis unit 31 of the server device 3 analyzes and decodes the display information displayed by the screen display unit 13 into a corresponding inspection message and transmits it to the execution unit 32. That is, the execution unit 32 will perform the following execution steps according to the content of the received check message.

And in the execution step, when the check message is a serial number check message, the execution unit 32 obtains the serial number (S/N) of the serial number label 121 via the corresponding lens unit 2 and controls the analog input unit 33. The information input of the serial number message is sent to the processing unit 111, and the processing unit 111 continues to execute the test program after receiving the information of the serial number message (S/N). That is to say, the display information of the screen display unit 13 shows an instruction to input the serial number message, and after the execution unit 32 receives the serial number check message, it will obtain the serial number through the lens unit 2 corresponding to the serial number label 121 The serial number message and control the analog input unit 33 to input the serial number message to the processing unit 111, and the processing unit 111 can continue to execute the test program after receiving the serial number message information. The lens unit 2 corresponding to the serial number label 121 obtains the picture of the serial number label 121 by taking pictures (for example, taking the serial number label 121 into a picture and encircling the serial number information of the serial number label 121). The execution unit 32 receives the picture of the serial number label 121 and parses the serial number message of the serial number label 121, and controls the analog input unit 33 through the execution unit 32 to input the serial number message and send it to the processing unit 111 to simulate manual The action of entering the serial number message. When the check message is a media access control address check message, the execution unit 32 obtains the address message (Media Access Control, MAC) of the media access control address tag 122 via the corresponding lens unit 2 and controls the The analog input unit 33 inputs the information of the address message to the processing unit 111, and the processing unit 111 continues to execute the test program after receiving the information of the address message. That is to say, the display information of the screen display unit 13 shows an instruction to input the address message (MAC), and the execution unit 32 receives the media access control address check message, and will respond to The lens unit 2 of the media access control address tag 122 obtains the address information and controls the analog input unit 33 to input the address information to the processing unit 111, and the processing unit 111 receives the address information information Only then can the test program be continued. The lens unit 2 corresponding to the media access control address tag 122 obtains the picture of the media access control address tag 122 by taking pictures, and the execution unit 32 receives the picture of the media access control address tag 122 It will parse out the address information of the media access control address tag 122, and control the analog input unit 33 to input the address information through the execution unit 32 and send it to the processing unit 111 to simulate the manual input of the address The action of the message. In this embodiment, the position of the serial number label 121 and the media access control address label 122 are close to each other, so as long as a lens unit 2 is provided, the execution unit 32 can obtain the serial number information and the address information. , But not limited to this, the lens unit 2 can also be set according to the actual positions of the serial number label 121 and the media access control address label 122, as long as the execution unit 32 can obtain the serial number information and the address information Information can be.

When the check message is a check message of a hard disk indicator module 113, the execution unit 32 obtains the light message of the hard disk indicator module 113 through the corresponding lens unit 2 and then transfers the received light message The check configuration file is compared and a first comparison message is generated, and the execution unit 32 controls the analog input unit 33 to input the information of the first comparison message to the processing unit 111, and the processing unit 111 After receiving the information of the first comparison message, continue to execute the test program. That is to say, the display information of the screen display unit 13 is an indication showing whether the light signal information of the hard disk indicator module 113 needs to be inputted is normal, and the execution unit 32 receives the hard disk indicator module 113 After checking the message, the light message is obtained through the lens unit 2 corresponding to the hard disk indicator module 113, and the execution unit 32 compares the received light message according to the check profile and generates the first A comparison message, in other words, the check configuration has a light message corresponding to the correct light of the hard disk indicator module 113 and the execution unit 32 will compare whether the received light message is correct The light signal message is turned on, and the first comparison message is generated and the execution unit 32 controls the analog input unit 33 to transmit the information input of the first comparison message to the processing unit 111, and the processing unit 111 receives Continue to execute the test program after the information of the first comparison message. In this embodiment, when the light signal message received by the execution unit 32 is compared to the light signal message that is correctly lit, the first comparison message is "Y", and the analog input unit 33 is controlled to The information input of the first comparison message is sent to the processing unit 111; when the light message received by the execution unit 32 compared to the light message is incorrectly lit, the first comparison message is " N", and control the analog input unit 33 to transmit the information input of the first comparison message to the processing unit 111, and when the processing unit 111 receives the information of the first comparison message, it will continue to execute the test The subsequent user can use the processing unit 111 to execute a log file of the test program to read all the records and information of the test process, but it is not limited to this, and can also be designed according to requirements when the processing unit 111 receives When the first comparison message is "N", the processing unit 111 stops executing the test program, and retests after the user eliminates the abnormality. In addition, the lens unit 2 corresponding to the hard disk indicator module 113 obtains the picture of the light message by taking pictures, and the execution unit 32 builds the picture of the received light message according to the inspection profile. The image of a correctly lit light message is compared to generate the first comparison message, and the execution unit 32 controls the analog input unit 33 to input the first comparison message and sends it to the processing unit 111, and Simulate the action of manually inputting the first comparison message. It should be noted here that, in this embodiment, the image of the light message can be obtained through the lens unit 2 provided on the hard disk indicator module 113, so that the execution unit 32 can receive the The pictures of the light signal messages are subsequently compared, but not limited to this. Refer to Figure 3, which is applied to the second embodiment of the automated test system. The difference is that the test device 1 can also be designed according to actual needs. It includes a light source collection unit 5, the light source collection unit 5 has a dark box (not shown), and a plurality of light guide fiber strips (not shown) penetrating into the dark box. The light guide optical fiber strips are respectively used to import the light signal of the hard disk indicator module 113, and one of the lens units 2 is provided with a dark box corresponding to the light source collection unit 5 and can obtain a picture of the light signal. To put it simply, the light guide optical fiber strip can import the light signal information of the luminous state of the hard disk indicator module 113 and collect it into the dark box, and can be obtained by taking pictures in cooperation with the lens unit 2 corresponding to the dark box. The pictures of the light message collected by the black box can be compared with the pictures of the light message received by the execution unit 32.

1 and 2, when the check message is a check message of a main board indicator light 124, the execution unit 32 obtains the light-on message of the main board indicator light 124 through the light sensing unit 4 and lights up the received light The lamp message is compared according to the check configuration file and a second comparison message is generated, and the execution unit 32 controls the analog input unit 33 to input the information of the second comparison message to the processing unit 111, and the processing unit 111 continues to execute the test program after receiving the information of the second comparison message. To put it simply, the light sensing unit 4 is used to sense whether the motherboard indicator light 124 is illuminated, and when the motherboard indicator light 124 is in the light-emitting state, the light sensing unit 4 sends the light-on message to the execution unit 32. The inspection configuration has a correct lighting message corresponding to the motherboard indicator 124 and the execution unit 32 compares whether the received lighting message is a correct lighting message, and generates the second comparison The execution unit 32 controls the analog input unit 33 to transmit the information input of the second comparison message to the processing unit 111, and the processing unit 111 continues to execute the test after receiving the information of the second comparison message Program. In this embodiment, when the execution unit 32 compares the received light-on message as a correctly illuminated light-on message, the second comparison message is "Y", and the analog input unit 33 is controlled to The information input of the second comparison message is sent to the processing unit 111, and when the processing unit 111 receives the information "Y" of the light-on message, it will continue to execute the test program; when the execution unit 32 compares the received information When the received light-on message is an incorrectly-lit light-on message, the second comparison message is "N", and the analog input unit 33 is controlled to input the information of the second comparison message to the processing unit 111 , And when the processing unit 111 receives the information "N" of the light-up message, the processing unit 111 will stop executing the test program and wait for the user to eliminate the abnormality before retesting, but it is not limited to this. The actual situation is designed that when the processing unit 111 receives the second comparison message as "N", it will continue to execute the test program, and subsequent users can execute a log file of the test program through the processing unit 111 Access all records and information of the test process. In this embodiment, the light sensing unit 4 is used to obtain the light-on message of the motherboard indicator 124, so that the execution unit 32 receives the light-on message for subsequent comparison, but this is not the case. Please refer to Fig. 3, which is another aspect of the automated test system. The difference is that the light-guided optical fiber strip can also be used to import the light-on information of the light-on state of the main board indicator 124 to the dark box. And in cooperation with the lens unit 2 corresponding to the dark box, the picture of the light-on message collected by the dark box can be obtained by taking pictures, and the execution unit 32 can receive the light-on message for subsequent comparison.

1 and 2, it should be noted that the test module 11 also has an operation indicator light 114, and a power button 115 (not shown in the figure) that can be controlled by the control card 34 to open and close the operation indicator light 114 Show). When the check message is a button press message, the execution unit 32 sends a first control command to the control card 34, and the control card 34 receives the first control command to control the power-on button 115 to power on and make the The operation indicator 114 is illuminated. In this embodiment, the control card 34 uses a circuit bridge method to controllably turn on the power-on button 115, so that the operation indicator 114 can be controlled to emit light without manually pressing the power-on button 115.

Finally, in the shutdown step, when the processing unit 111 finishes executing the test program, it transmits the test completion information to the screen display unit 13 to display the display information. When the check message is a shutdown message, the execution unit 32 transmits a power-off command to the control card 34, and the control card 34 receives the power-off command to control the power supply to be powered off. In this embodiment, the control card 34 uses a circuit bridge method to controllably turn on and off the power switch, so that the power switch can be turned on and off controllably without manually turning on the power switch.

Through the analysis step, the image analysis unit 31 of the server device 3 analyzes and decodes the display information into a corresponding inspection message, and in conjunction with the execution step, the execution unit 32 obtains the corresponding information according to the inspection message and Control the analog input unit 33 to input the corresponding information to the design of the processing unit 111, and it can be achieved that in the test process, there is no need to manually input the serial number message, the address message and the comparison message of the corresponding light signal. The processing unit 111 can automatically continue to execute the test program, which effectively saves manpower and time and provides production benefits.

In summary, the automated testing system and automated testing method of the present invention analyze and decode the display information into the corresponding inspection information by the server device 3, and cooperate with the execution unit 32 to control the analog input unit 33 to input the corresponding Information to the design of the processing unit 111, and it can be achieved that in the test process, there is no need to manually input the serial number information, the address information and the comparison information of the corresponding lamp information, so that the processing unit 111 can Automatically continue to execute the test program, which effectively saves manpower and time and improves production efficiency.

However, the above are only examples of the present invention, and should not be used to limit the scope of implementation of the present invention, 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 Test device 2 Lens unit 11 Test module 3 Server device 111 Processing unit 31 Image analysis unit 112 Hard drive unit 32 Execution unit 113 Hard Disk Indicator Module 33 Analog input unit 114 Operation indicator 34 control card 115 Power button 4 Light sensing unit 12 Main board unit to be tested 5 Light source collection unit 121 Serial number label A Start steps 122 Media access control address label B Automatic setting procedure 123 Basic Input Output Unit C Show steps 124 Motherboard indicator D Analysis steps 13 Screen display unit E Steps 14 Power module F Shutdown steps

The 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 first embodiment of the automated test system of the present invention; Figure 2 is a flow chart, It is illustrated that the embodiment of the automated test method of the present invention is applied to the first embodiment of the automated test system; and FIG. 3 is a block diagram illustrating the second embodiment of the automated test system of the present invention.

A Start steps D Analysis steps B Automatic setting procedure E Steps C Show steps F Shutdown steps To To To To

Claims (14)

An automated test system includes: a test device, including a test module, a motherboard unit to be tested arranged in the test module, and a screen display unit connected to the test module, the test module having a connection The processing unit of the motherboard unit to be tested, and a hard disk unit connected to the motherboard unit to be tested; a plurality of lens units arranged in the test device, each of which can obtain a hard disk instruction of the hard disk unit A light message of the lamp module, a serial number message of a serial number label of the motherboard unit to be tested, and an address message of a media access control address label, which correspond to the lens unit of the hard disk indicator module To obtain the light information of the hard disk indicator module by taking photos, the lens unit corresponding to the serial number label is to obtain the serial number information of the serial label by taking photos, and the lens unit corresponding to the media access control address label The address information of the media access control address tag is obtained by taking pictures; a server device connected to the test device includes an image analysis unit connected to the screen display unit, and a connection between the image analysis unit and the The execution unit of the lens unit, the image analysis unit can obtain a display information of the screen display unit, analyze and decode the display information and transmit it to the execution unit, the execution unit has an inspection configuration file; and an insertion in the On the motherboard unit to be tested and connected to the analog input unit of the server device, the processing unit of the test module executes a test program and transmits a test information to the screen display unit to display the display information, and the server device’s The image analysis unit displays the screen display unit The display information is analyzed and decoded into a corresponding inspection message and sent to the execution unit. When the inspection message is a serial number inspection message, the execution unit obtains the serial number message of the serial number label through the corresponding lens unit and controls the analog input The unit transmits the information input of the serial number message to the processing unit, and the processing unit continues to execute the test program after receiving the information of the serial number message. When the check message is the medium access control address check message, the execution unit Obtain the address information of the media access control address tag through the corresponding lens unit and control the analog input unit to input the address information to the processing unit, and the processing unit receives the address information After receiving the information, continue to execute the test program. When the check message is a hard disk indicator module check message, the execution unit obtains the indicator message of the hard disk indicator module through the corresponding lens unit and will The light signal is compared according to the check configuration file and a first comparison message is generated, and the execution unit controls the analog input unit to input the information of the first comparison message to the processing unit, and the processing unit After receiving the information of the first comparison message, continue to execute the test program. The automated test system according to claim 1, further comprising a light sensing unit provided in the test device and connected to the execution unit of the server device, and the light sensing unit can obtain a main board of the main board unit to be tested A light-up message of the indicator light. When the check message is a mainboard indicator light check message, the execution unit obtains the light-up message of the mainboard indicator light through the light sensing unit and relies on the received light-up message The check configuration file is compared and a second comparison message is generated, and the execution unit controls the analog input unit to input the information input of the second comparison message to the processing unit, and the The processing unit continues to execute the test program after receiving the information of the second comparison message. The automated test system according to claim 1, wherein the test device further includes a light source collection unit, the light source collection unit having a dark box, and a plurality of light guide fiber strips penetrating into the dark box, the light guide fiber The bars are respectively used to import the light information of the hard disk indicator module, and one of the lens units is provided with a dark box corresponding to the light source collection unit and can obtain the light information. The automated test system according to claim 1, further comprising an upper cover pivotably covering the test device, and a detection unit connected to the execution unit of the server device, wherein the server device further includes a Connected to the control card of the execution unit, the test device further includes a power module for supplying power to the test module and the main board unit to be tested, the power module has a power module that can be opened and closed by the control card The powered power switch generates an external force when the upper cover is covered on the test device, the detection unit detects the external force and sends a start message to the execution unit, and when the execution unit receives the start message , The execution unit transmits a power-on instruction to the control card, and the control card receives the power-on instruction to control the power switch to turn on and power on the test module and the main board unit to be tested for testing. The automated test system according to claim 4, wherein the test module further has an operation indicator light, and a power-on button that can be controlled by the control card to open and close the operation indicator light. When the check message is a press When the button message is pressed, the execution unit transmits a first control instruction to the control card, and the control card receives the first control instruction to control the power-on button to be powered on and the operation indicator light to emit light. The automated test system according to claim 4, wherein when the processing unit finishes executing the test program, the test completion information is transmitted to the screen display unit to display the display information, and when the check message is a shutdown message, The execution unit transmits a power-off command to the control card, and the control card receives the power-off command to control the power supply to be powered off. The automated test system according to claim 4, wherein the main board unit to be tested further has a basic input output unit connected to the processing unit, and the execution unit also has a basic input output unit setting command, when the server device After the execution unit transmits the power-on instruction to the control card, the execution unit then executes the basic input output unit setting instruction to control the analog input unit to input the basic input output unit setting instruction to the basic input output unit and store it as a configuration file. The test device is restarted, and after restarting, the processing unit receives the configuration file of the basic input output unit and executes the test program. An automated test method, applied to the automated test system as described in claim 1, the automated delivery method includes: a display step, the processing unit of the test module executes a test program and transmits test information to the screen for display The unit displays a display information; an analysis step, the image analysis unit of the server device analyzes and decodes the display information displayed by the screen display unit into a corresponding inspection message and transmits it to the execution unit; an execution step, when The inspection message is a serial number inspection message. The execution unit obtains a serial number message of the serial number label through the corresponding lens unit and controls the analog input unit to input the serial number message information to the The processing unit, and the processing unit continues to execute the test program after receiving the information of the serial number message. When the check message is a medium access control address check message, the execution unit obtains the medium access control through the corresponding lens unit The address information of the address tag and control the analog input unit to input the address information to the processing unit, and the processing unit will continue to execute the test program after receiving the address information. The message is a hard disk indicator module check message. The execution unit obtains the hard disk indicator module’s light message through the corresponding lens unit and compares the received light message according to the check profile. And generate a first comparison message, and the execution unit controls the analog input unit to input the information input of the first comparison message to the processing unit, and after the processing unit receives the information of the first comparison message Continue to execute the test program. According to the automated test method of claim 8, the automated test system further includes a light sensing unit connected to the execution unit of the server device, and the light sensing unit can obtain the status of a motherboard indicator light of the motherboard unit to be tested A light-on message, wherein, in the execution step, when the check message is a motherboard indicator light check message, the execution unit obtains the light-on message of the motherboard indicator light through the light sensing unit, and transfers the received The light-on message is compared according to the check configuration file and a second comparison message is generated, and the execution unit controls the analog input unit to input the information of the second comparison message to the processing unit, and the processing unit After receiving the information of the second comparison message, continue to execute the test program. According to the automated test method of claim 8, the test device further includes a light source collection unit, the light source collection unit having a dark box and a plurality of wear devices The light-guiding optical fiber strip into the dark box, the light-guiding optical fiber strips are respectively used to import the light signal information of the hard disk indicator module, and one of the lens units is provided with a dark box corresponding to the light source collection unit and can obtain the Light signal message, where, in the execution step, when the check message is a hard disk indicator module check message, the execution unit obtains the hard disk indicator module’s information through the lens unit corresponding to the lens unit of the dark box Light message and compare the received light message according to the check configuration file to generate the first comparison message, and the execution unit controls the analog input unit to input and transmit the information of the first comparison message To the processing unit, and after the processing unit receives the information of the first comparison message, continue to execute the test program. The automated testing method according to claim 8, further comprising an activation step before the displaying step, wherein the automated testing system further comprises an upper cover pivotally covering the testing device, and a connection to the server The detection unit of the execution unit of the device, the server device further includes a control card connected to the execution unit, the test device further includes a power supply module for supplying power to the test module and the main board unit under test, the The power module has a power switch that can be turned on and off by the control card, wherein, in the activation step, when the upper cover is covered with the test device, an external force is generated, and the detection unit detects the external force Will send a startup message to the execution unit, and when the execution unit receives the startup message, the execution unit sends a power-on instruction to the control card, and the control card receives the power-on instruction to control the power switch to turn on And the test module and the main board unit to be tested are powered on for testing. According to the automated test method of claim 11, the test module further has an operation indicator light and a power-on button that can be controlled by the control card to open and close the operation indicator light, wherein, in the execution step, When the check message is a button press message, the execution unit transmits a first control instruction to the control card, and the control card receives the first control instruction to control the power-on button to be powered on and the operation indicator to light. The automated test method according to claim 11, further comprising a shutdown step following the execution step. In the shutdown step, when the processing unit finishes executing the test program, the test completion information is transmitted to the screen for display The unit displays the display information. When the check message is a shutdown message, the execution unit sends a power-off command to the control card, and the control card receives the power-off command to control the power supply to power off. According to the automated test method of claim 11, the motherboard unit to be tested further has a basic input output unit connected to the processing unit, the execution unit also has a basic input output unit setting instruction, and the automated test method further includes a The automatic setting step between the startup step and the display step. In the automatic setting step, after the execution unit of the server device transmits the power-on instruction to the control card, the execution unit then executes the basic input output The unit setting command controls the analog input unit to input the basic input output unit setting command to the basic input output unit and save it as a configuration file to restart the test device. After the restart, the processing unit receives the basic input output unit After setting the file and execute the test program.

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