CN105866574B - Automatic test auxiliary identification method and auxiliary identification system - Google Patents

Abstract

The invention belongs to the technical field of automatic testing, and particularly relates to an auxiliary identification method for automatic testing, which comprises the following steps: acquiring a process handle of a test program, connecting the process handle to the test program in a database in a serial port mode, identifying the current resolution of a computer, converting according to the standard resolution set in the database and the coordinate of a standard starting position to obtain the coordinate of the current starting position, clicking the coordinate, and starting the test operation of the test program; and the test program gives out the judgment of the qualified product and the unqualified product, intercepts the judgment interface, positions four corner positions of the intercepted interface to obtain the judgment of the background color of the interface, and then compares the judgment with the background colors of the qualified product and the unqualified product stored in the database to judge whether the test product is qualified. The invention can connect the lower computer and the upper computer, and automatically realize all actions which need to be manually realized at present, thereby realizing full automation of the test and greatly improving the test efficiency.

Description

Automated test auxiliary identification method and auxiliary identification system

technical field

The invention belongs to the technical field of automated testing, and in particular relates to an automated testing auxiliary identification method and an auxiliary identification system.

Background technique

At present, when some automated testing software is used to test product performance, the product to be tested is generally placed on a test fixture, and then the "start" or "start" button of the testing software is manually clicked to wait for the testing software to test the product. After the results are judged, the conclusion of "qualified" or "unqualified" is drawn, and the operator puts the products into the "qualified product" box or the "unqualified product" box respectively according to the conclusion. Therefore, these test software are not truly fully automated, and still require manual clicking and human eye judgment.

In order to realize the full automation of the test, some program codes are generally added to the test software, but this will undoubtedly increase the cost of the program, and each test software needs to add program codes, which is cumbersome.

In view of this, it is necessary to provide an automated test auxiliary identification method and auxiliary identification system, which can actively identify the corresponding test software and its "start" or "start" button and click to start the test. After the test is completed, It can also automatically identify the judgment result of "qualified product" or "unqualified product", and pass the result to the next-level equipment for corresponding operation. In addition, the method does not need to add program codes to the test program, and has strong versatility and can be used in various test software.

Contents of the invention

One of the objectives of the present invention is to provide an automated test aided identification method for the deficiencies of the prior art, which can actively identify the corresponding test software and its "Start" or "Start" button and click to start the test After the test is completed, it can automatically identify the judgment result of "qualified product" or "unqualified product", and pass the result to the next-level equipment for corresponding operation. In addition, the method does not need to add program codes to the test program, and has strong versatility and can be used in various test software.

In order to achieve the above object, the present invention adopts following technical scheme:

The automated test assisted identification method includes the following steps:

The first step is to obtain the process handle of the test program, connect to the test program in the database in serial port mode, identify the current resolution of the computer, convert it according to the standard resolution set in the database and the coordinates of the standard start position, and obtain the current Start the coordinates of the position, and then click on the coordinates, the test program will start the test operation;

In the second step, after the test is completed, the test program gives the judgment of qualified products and unqualified products, intercepts the judgment interface, locates the four corners of the intercepted interface, obtains the judgment of the background color of the interface, and then The judgment is compared with the background colors of qualified and unqualified products stored in the database to judge whether the test product is qualified, and send the judgment result to the control center of the lower-level equipment;

The third step is to identify the current resolution of the computer, convert according to the standard resolution set in the database and the coordinates of the standard stop position, and obtain the coordinates of the current stop position, and then click the coordinates, the test program ends the test operation.

As an improvement of the automatic test auxiliary identification method of the present invention, in the first step, after connecting to the test program, the program matching check is performed, and if it does not match the test to be carried out, then reconnect to other tests in the database in serial port mode program until a match is made.

As an improvement of the automatic test aided recognition method of the present invention, the method further includes timing between the start of the test operation and the end of the test operation, so as to control the time of the test.

As an improvement of the automatic test auxiliary identification method of the present invention, if the judgment result of the test program is found to be invalid after comparison in the second step, return to the first step, click start again, and retest.

Compared with the prior art, the present invention can actively identify the corresponding test software and its "start" or "start" button and click to start the test. After the test is completed, it can automatically identify "qualified product" or "unqualified product". "Product" judgment result, and pass the result to the next-level equipment for corresponding operation. After the test is completed, it can also actively identify the stop button and click it. In addition, the method does not need to add program codes to the test program, and has strong versatility and can be used in various test software. The invention can connect the lower computer (machine platform and fixture) with the upper computer (test software), and automatically realize all the actions that need to be realized manually at present, such as clicking the start and stop buttons and identifying the test results, so as to realize The full automation of the test greatly improves the test efficiency. Especially for the situation where several repeated tests are required, this method can greatly improve efficiency and save labor costs.

Another object of the present invention is to provide an automated test auxiliary identification system, including a handle acquisition module, a database, a communication module, a resolution identification module, a conversion module, a resolution comparison module, a click module, an interface interception module, a positioning module, Judgment module and data output module, the test program, the standard resolution of the computer, the standard start position and the standard stop position of the test program, the background color of qualified products and unqualified products are stored in the database;

The handle acquisition module communicates with the database through the communication module, the input end of the resolution comparison module is respectively connected with the resolution recognition module and the database, the input end of the conversion module is connected with the resolution comparison module, and the output end of the conversion module is connected with the click module ;

The output terminal of the interface interception module is connected with the positioning module, the input terminal of the determination module is respectively connected with the positioning module and the database, and the output terminal of the determination module is connected with the data output module.

As an improvement of the automatic test auxiliary identification system of the present invention, the system further includes a timing module connected with the click module.

As an improvement of the automatic test auxiliary identification system of the present invention, the system further includes a matching checking module, which is respectively connected with the handle acquisition module and the database.

Compared with the prior art, the present invention can actively identify the corresponding test software and its "start" or "start" button and click to start the test. After the test is completed, it can automatically identify "qualified product" or "unqualified product". "Product" judgment result, and pass the result to the next-level equipment for corresponding operation. After the test is completed, it can also actively identify the stop button and click it. In addition, the method does not need to add program codes to the test program, and has strong versatility and can be used in various test software. The invention can connect the lower computer (machine platform and fixture) with the upper computer (test software), and automatically realize all the actions that need to be realized manually at present, such as clicking the start and stop buttons and identifying the test results, so as to realize The full automation of the test greatly improves the test efficiency. Especially for the situation where several repeated tests are required, this method can greatly improve efficiency and save labor costs.

Description of drawings

Fig. 1 is a flow chart of the present invention.

Fig. 2 is a structural block diagram of the present invention.

Detailed ways

The present invention and its beneficial effects will be further described in detail below in conjunction with specific examples, however, the specific embodiments of the present invention are not limited thereto.

Example 1

As shown in Figure 1, the automated test-assisted identification method provided in this embodiment includes the following steps:

The first step is to obtain the process handle of the test program, connect to the test program in the database in serial port mode, identify the current resolution of the computer, convert it according to the standard resolution set in the database and the coordinates of the standard start position, and obtain the current The coordinates where the start position is located. This is because when the resolution selected by the computer is different, the coordinates of the starting position will also be different. Generally, the standard resolution and the coordinates of the corresponding standard starting position are stored in the database. When the resolution of the computer is not the standard resolution When the rate is high, it needs to be converted to obtain the actual coordinates of the starting position, and then click on the coordinates, the test program starts the test operation, thereby realizing the automatic clicking of the start button; what the present invention uses is serial communication, which is bit-by-bit transmission And receiving bytes, it can use another line to receive data while using one line to send data, which is not only simple, but also can realize long-distance communication. In the present invention, the communication protocol can be made into a configuration file for external modification .

In the second step, after the test is completed, the test program gives the judgment of qualified products and unqualified products. Generally, in the test program, the background colors of qualified products and unqualified products are different for easy distinction. For the judgment interface of qualified products, the four corners of the intercepted interface are positioned to obtain the judgment of the background color of the interface (identify its background color). The positioning and judgment of the four positions can improve the accuracy of the judgment, and then the This judgment is compared with the background color of qualified and unqualified products stored in the database to judge whether the test product is qualified, and the judgment result is sent to the control center of the lower-level equipment; this is because the qualified and unqualified products will be stored in the database. Basic characteristics such as the background color corresponding to the unqualified product, the background color of the qualified product and the unqualified product given by the test program correspond to the background color corresponding to the qualified product and the unqualified product in the database, so it can be compared , so as to replace the human eye to judge qualified and unqualified products.

The third step is to identify the current resolution of the computer, convert according to the standard resolution set in the database and the coordinates of the standard stop position, and obtain the coordinates of the current stop position. This is because when the resolutions selected by the computer are different, The coordinates of the stop position will also be different. Generally, the standard resolution and the coordinates of the corresponding standard stop position are stored in the database. When the resolution of the computer is not the standard resolution, conversion is required to obtain the stop position. The actual coordinates, and then click the coordinates, the test program ends the test operation.

Among them, in the first step, after connecting to the test program, the program matching check is carried out. If it does not match the test to be carried out, then reconnect to other test programs in the database in serial port mode until it matches. It can be applied to multiple a test program. In actual use, the matching method is to check whether the name of the test program in the connected database is consistent with the name of the actual test program. The name of the actual test program can be manually input as required. When repeated testing is required, only matching checks need to be performed before the first test, and matching checks are not required for subsequent tests.

The method also includes timing between the start of the test operation and the end of the test operation to control the time of the test. Some tests need to be performed within a set time, and the timing can easily solve this problem.

If it is found that the judgment result of the test program is invalid after the comparison in the second step, if neither qualified product nor unqualified product is displayed, go back to the first step, click start again, and test again.

In a word, the present invention can actively identify the corresponding test software and its "start" or "start" button and click to start the test. After the test is completed, it can automatically identify the judgment of "qualified product" or "unqualified product" result, and pass the result to the next-level equipment for corresponding operation. After the test is completed, it can also actively identify the stop button and click it. In addition, the method does not need to add program codes to the test program, and has strong versatility and can be used in various test software. The invention can connect the lower computer (machine platform and fixture) with the upper computer (test software), and automatically realize all the actions that need to be realized manually at present, such as clicking the start and stop buttons and identifying the test results, so as to realize The full automation of the test greatly improves the test efficiency. Especially for the situation where several repeated tests are required, this method can greatly improve efficiency and save labor costs. Especially for the situation where several repeated tests are required, this method can greatly improve efficiency and save labor costs.

Example 2

An automated test auxiliary identification system provided in this embodiment includes a handle acquisition module 1, a database 2, a communication module 3, a resolution identification module 4, a conversion module 5, a resolution comparison module 6, a click module 7, and an interface interception module 8, positioning module 9, judgment module 10 and data output module 11, store the background color of test program, the standard resolution of computer, the standard start position and standard stop position of test program, qualified product and unqualified product in the database 2;

The handle acquisition module 1 communicates with the database 2 through the communication module 3. The handle acquisition module 1 can acquire the process handle of the test program from the database 2 to connect to the test program. The input terminals of the resolution comparison module 6 are respectively identified with the resolution The module 4 is connected with the database 2, the input end of the conversion module 5 is connected with the resolution comparison module 6, and the output end of the conversion module 5 is connected with the click module 7; the resolution comparison module 6 extracts the actual resolution, and extract the standard resolution of the computer from the database 2, and compare it, and then send the comparison result to the conversion module 5, and the conversion module 5 will send the converted result (actual start position or actual stop position) Give the click module 7, and click the module 7 to perform a click operation at the corresponding position, so as to realize the automatic click of the start button or the stop button;

The output end of the interface interception module 8 is connected with the positioning module 9, the interface interception module 8 can intercept the judgment interface of the qualified product and the unqualified product by the testing software, and the positioning module 9 can locate the four corners of the interface and obtain the For the determination of the background color of the interface, the input terminals of the determination module 10 are respectively connected to the positioning module 9 and the database 2 , and the output terminals of the determination module 10 are connected to the data output module 11 . The judgment module 10 can compare the judgment of the background color of the interface with the background color of the qualified product and the unqualified product stored in the database 2, judge whether the test product is qualified, and send the judgment result through the data output module 11 to The control center of the subordinate equipment.

The system also includes a timing module 12, which is connected to the click module 7, and the timing module 12 can set the time interval between "click to start" and "click to end", thereby limiting the test time.

Described system also comprises matching checking module 13, and matching checking module 13 is connected with handle acquisition module 1 and database 2 respectively, and matching checking module 13 is used for checking whether the test program opened and the test program that actually needs to be opened are the same program, In case of false detection.

In a word, the present invention can actively identify the corresponding test software and its "start" or "start" button and click to start the test. After the test is completed, it can automatically identify the judgment of "qualified product" or "unqualified product" result, and pass the result to the next-level equipment for corresponding operation. After the test is completed, it can also actively identify the stop button and click it. In addition, the method does not need to add program codes to the test program, and has strong versatility and can be used in various test software. The invention can connect the lower computer (machine platform and fixture) with the upper computer (test software), and automatically realize all the actions that need to be realized manually at present, such as clicking the start and stop buttons and identifying the test results, so as to realize The full automation of the test greatly improves the test efficiency. Especially for the situation where several repeated tests are required, this method can greatly improve efficiency and save labor costs.

According to the disclosure and teaching of the above specification, those skilled in the art to which the present invention pertains can also make appropriate changes and modifications to the above embodiment. Therefore, the present invention is not limited to the specific embodiments disclosed and described above, and some modifications and changes to the present invention should also fall within the protection scope of the claims of the present invention. In addition, although some specific terms are used in this specification, these terms are only for convenience of description and do not constitute any limitation to the present invention.

Claims (7)

1. automated test aided identification method, is characterized in that, comprises the steps: The first step is to obtain the process handle of the test program, connect to the test program in the database in serial port mode, identify the current resolution of the computer, convert it according to the standard resolution set in the database and the coordinates of the standard start position, and obtain the current Start the coordinates of the position, and then click on the coordinates, the test program will start the test operation; In the second step, after the test is completed, the test program gives the judgment of qualified products and unqualified products, intercepts the judgment interface, locates the four corners of the intercepted interface, and obtains the judgment of the background color of the intercepted interface, Then compare the judgment with the background colors of qualified and unqualified products stored in the database to judge whether the test product is qualified, and send the judgment result of whether the product is qualified to the control center of the lower-level equipment; The third step is to identify the current resolution of the computer, convert according to the standard resolution set in the database and the coordinates of the standard stop position, and obtain the coordinates of the current stop position, and then click the coordinates, the test program ends the test operation. 2. The automatic test auxiliary identification method according to claim 1, characterized in that: in the first step, after being connected to the test program, the program matching check is carried out, and if it does not match the test to be carried out, then reconnect with the serial port mode to other test programs in the database until there is a match. 3. The automatic test aided identification method according to claim 1, characterized in that: the method further comprises a timing between the start of the test operation and the end of the test operation, so as to control the time of the test. 4. The automatic test aided identification method according to claim 1, characterized in that: if the judgment result of the test program is found to be invalid after the comparison in the second step, return to the first step, click start again, and retest. 5. An automated test auxiliary identification system, characterized in that: including a handle acquisition module, a database, a communication module, a resolution identification module, a conversion module, a resolution comparison module, a click module, an interface interception module, a positioning module, and a judgment module And data output module, store the background color of test program, the standard resolution of computer, the standard start position and standard stop position of test program, qualified product and unqualified product in the described database; The handle acquisition module communicates with the database through the communication module, the input end of the resolution comparison module is respectively connected with the resolution recognition module and the database, the input end of the conversion module is connected with the resolution comparison module, and the output end of the conversion module is connected with the click module ; The output terminal of the interface interception module is connected with the positioning module, the input terminal of the determination module is respectively connected with the positioning module and the database, and the output terminal of the determination module is connected with the data output module. 6. The automatic test auxiliary identification system according to claim 5, characterized in that: the system further comprises a timing module, which is connected with the click module. 7. The automatic test auxiliary identification system according to claim 5, characterized in that: the system further comprises a matching checking module, which is respectively connected to the handle acquisition module and the database.