TR201917988A2 - A TEST SYSTEM PERFORMING TEST Scenarios - Google Patents

Abstract

The invention relates to an adaptive test system (1), which is preferably used for testing a device in terms of functionality and performance, applying test scenarios that can be determined in advance and/or instantaneously to the device with the help of a robotic arm, verifying the responses of the device and reporting the test results.

Description

DESCRIPTION A TEST SYSTEM THAT PERFORMS TEST Scenarios Technical Area The invention preferably means that a device can be tested for functionality and performance. test scenarios that can be determined in advance and/or instantly, used for applying the device to the device with the help of the robotic arm, confirming the responses of the device and testing it. It relates to an adaptive test system that reports its results. Prior Art Certain devices and/or systems to be used in the post-production market whether it has passed the tests and fulfilled its functional requirements. checking, even at what level you are in terms of performance needs to be determined. Mostly test scenarios for these operations. The test that applies the test scenario it has determined by creating and makes comments. There are experts. Testers scenarios manually and evaluates the results. But testers The tests it performs often take time and require repetitive processes. Due to its occurrence, it increases the probability of experts to make mistakes. In the previous art, apart from the test experts, test robots with a mechanical structure can also be used. is used. The test robots in question are used in mechanical production such as door hinges. It runs the stress and life test. The robots used in the related tests are smart They are robots that do not have features and only have a mechanical infrastructure.

Another test method used today is to test certain Devices and/or systems. are specially designed automation systems. The automation systems in question mostly testing for touch-enabled products such as mobile phones, tablets carries out its operations. However, these automation systems are also It is used for products and not for different products or systems. In the European patent document numbered EP1710549, which is included in the prior art A method used to test engines is mentioned. Promise testing the brakes of the motor with a predefined torque in the subject invention is provided, and then the position of the motor with the starting position. are compared. The test is run at certain time intervals and the results are It is kept for comparison purposes only.

As a result, predetermined values for all types of devices and/or systems today. on test cases where test cases are run automatically where changes are made or retest scenarios are created and testing continue to run the same test even if the location of the device and/or system to be changed solutions are needed.

Brief Description of the Invention The aim of this invention is to make a device functional and functional after production. In order to decide whether it is sufficient in terms of performance, the robotic arm, test scenarios on the device using image processing and sound processing a test that performs, obtains results, and checks and reports the results realizing the system.

Another purpose of the invention is to use predetermined test scenarios and/or user instant test scenarios created by an interface and/or test scenarios that exist but are changed instantly. To implement a control system that implements

The other purpose of the invention is to establish a new device depending on the change of location of the device to be tested. redetects the location using a reference located on the device and a running control, updating the test case based on the new location realizing the system.

The other object of the invention is not to be tied to a single Device type but to test different types of devices. The features of the devices (physical structure, mode of operation, etc.) to be defined and test cases to be created using these definitions. To implement a test system that allows

Detailed Description of the Invention “Test Scenarios” carried out to achieve the purpose of this invention. A Test System That Performs” is shown as an appendix; from this episode: Figure 1. The schematic of a test system that implements the subject of the invention test scenarios. is the view.

The parts in the figure are numbered one by one. are given below: 1. Test system 2. Test element 3. Response monitor element 4. Processing Staff . Interface 6. Processor - at least one test that performs test operations on a device and/or a system element (2), - Visualize the tests performed and the reactions of the device and/or system under test. and/or at least one response monitoring element (3}, capturing audio content, - at least one in which visual and/or audio content received with the response monitor (3) is processed processing element (4), -The test scenarios to be run will be prepared and the test scenarios will be implemented, the devices and/or systems to be tested and/or the device to be tested and/or for the systems to be tested and the elements to be tested at least one interface (5) where locations are defined, and -to the selected test device, configured to present the interface (5) to the user and/or contain the normal responses of the elements to be tested of the system and/or test scenarios configured to provide on systems moving the test element (2) in line with the movements of the test element (2) The results of the device and/or system responses are sent from the processing element. (4) at least one processor configured to receive and check for accuracy (6] contains.

In the test system of the invention (1), the test element (2) is controlled by the processor (6). is a robotic arm. The test element (2) is located on the processor (6). printing on the device and/or system to be tested depending on the scenarios, a tester who is human, especially touching, turning makes the transactions.

In the preferred embodiment of the invention, the response monitor (3) is the device under test. and/or the initial position of the system relative to the lever (2) with a reference mark. determines. In this way, a position relative to the test element (2) of the device to be tested In case of a change, the processor (6) decides that there is a location change. gives. Ensure that the response monitor (3) is the device and/or system to be tested. Reaction monitoring of the device and/or system so that it can decide its location. must be within the working area of element (3).

In the preferred embodiment, the response monitoring element (3) is a camera. Response monitoring As a result of the movement of the test element (2), the element (3) comes from the device and the system. Capturing the responses visually and processing them to make sense of them sends it to the element (4). Response monitor (3) other preferred It is a microphone that collects audio data in the application. Response monitor (3) test Processing the reactions coming from the device and/or system as a result of the movement of the element (2) It provides sound processing by transmitting it to the element (4). in the find response monitor (3), which is a camera, and response monitor (3), which is a microphone are used together.

In the preferred embodiment of the invention, the processing element (4) is the response monitoring element (3) test steps collected by test cases with test element (2) As a result, data containing sound and/or image given by the device and/or system makes it meaningful for the processor (6). In this way, the processor (6) The meaningful responses prepared by the member (4), the ones he/she has and/or external with the device and/or system's reactions from the environment by comparing the device and/or system in terms of functionality and performance. able to evaluate.

In the inventive test system (1), the interface (5) is provided by the processor (6).

On the device and/or system to be tested via the user interface (5) defines the test steps that it wants to be applied. Test on interface (5) by determining the steps to be applied on the device and/or the device to be tested test scenarios are created, entering tests on the user interface (5), testing creating, generating tests, selecting existing test steps, existing test scenarios performs at least one of the processes of choosing between them. In this way The device and/or system to be tested using the user interface (5) It defines the test scenarios that are desired to be run on.

In the preferred embodiment of the invention, the device to be tested on the interface (5) and/or system is determined. Device to be tested separately via interface (5) and/or the elements to be tested for the system, the locations of the elements to be tested, and at least one of the responses that the post-test elements should give can be identified. In this way, the processor (6) does not have the knowledge or In the event that information cannot be accessed by the device and/or system from the media, the user the test scenario to be run manually, the device to be tested and/or the system can identify the elements to be tested and their locations.

In the test system of the invention (1), the processor (6), preferably through the interface (5) on the device and/or system to be shared with the user and tested. includes test steps and/or test scenarios to be implemented. In this way The test required to be run in the device and/or system with the movement of the test element (2) The test scenarios containing the steps are on the processor (6) with the help of the interface (5). is determined. In the preferred embodiment of the invention, the processor (6) has test with test steps and/or pre-created test steps It shares its scenarios with the user via the interface (5). Processor (6) It stores the choices made by the user through the interface (5), and when necessary, shared with the environment. test scenarios on the processor (6); single/dual position button, of elements that can be toggle switch, toggle switch (knob) usage, evaluation of all kinds of feedback of the analyzed content, the texts appearing on a screen of the device and/or system under test, or an expected for detecting the formation of the image, processing the key light status and sound analysis. It is in the test scripting language to use the functions provided.

In the preferred embodiment of the invention, the processor (6) is the device to be tested and/or systems, the elements to be tested, the effects of the elements on the device and/or the system. It has information about their positions and the reactions of the elements. In this way, search The device and/or system to be tested over the face (5) and the test to be run With the determination of the scenario of the processor (6), the test element (2) with the robotic arm (2) moves, reaction monitoring eleinani (3) collects image and sound data, the processing element (4) starts to process the data. The processor (6) also tested Test to determine the location of the device and/or System elements to be It is based on the movement of the element (2). By holding the test element (2) by hand test by directing it and/or moving it using a remote The element to be specified can be defined on the processor (6).

In another preferred embodiment of the invention, the processor (6) is over the interface (5). communication with external environments depending on the device and/or system information entered data on the elements to be tested, their location and response. It is configured to access and use it in the testing phase.

In the invention, the processor (6) can send the test element (2) depending on the determined test scenario. moves and has meaningful response data from the processing eleinan (5). The correct response obtained with the correct response data or through the external environment. compares with the data. In this way, the device tested by the processor (6) and/or the accuracy of the system's responses can be checked. find it each device and/or system to be tested in its preferred application The reactions of the elements are recorded on the processor (6). In this way The processor (6) has the response results from the processing element (4}, to be of the device and/or system by comparing it with the correct response results required. It also evaluates it in terms of functional and performance. reports to the user.

Speaking through the (1) processor (6) interface (5) in the test system, which is the subject of the invention by entering the test content in the language of the test content to the test step to be run. configured to convert. In this way, the processor (6) the test content entered in the spoken language to the test step and/or test scenarios. It enables it to be applied with the test element (2) by converting it.

In the test system (l), the subject of the invention, the processor (6) or the interface (5) the test content determined through; location information of the elements to be tested on the device and/or system by moving the test element (2) in line with applies. The processor (6) keeps the response monitor element (3) during the test process. is a change in its initial position, which is determined by the reference mark using checks that it is not. The processor (6) is a change in the initial position the positions of the elements to be tested so that the test can continue if it detects is updating. In this way, the processor (6) of the device and/or system to be tested continue testing even if there is a change in position can. test so that the processor (6) can detect the position change element is within the viewing angle of the response monitor element (3) required.

Test scenario of test element (2) whose subject of invention is test system (1) robotic arm depending on its content and testing on the device and/or system functionality control and performance can measure. The test element (2] contains the content determined in the test scenario. depending on the button, pressing the test element, which can be a screen, turning Test all operations that a human tester, such as applies to its elements. Test steps performed with the test element (2) It is captured by the monitoring element (3) with visual and audio content and by the processing element (4) to be analyzed in the processor (6). is being interpreted. In this way, the processor (6) can perform with the correct test responses it has. functionality check by comparing the responses collected during the testing phase and It measures performance and optionally for the user. reports. In addition, on the device and/or system to be tested Position information prior to testing with a fiducial marker found It is recorded in the processor (6) by using the response monitoring element (3). This In this way, there is a change in the place of the device and/or system to be tested. In the case of the processor, the location of the test content will be changed depending on the new location information. updates its information. In the test system (l) of the invention, there is also the interface (5) Test content entered as a spoken language over the processor and test steps converted, test steps can be used in test scenarios. In this way write any code or a language to be used to create the test step test steps with normal, everyday conversational language of an unfamiliar user can create.

The test system (1), which is the subject of the invention, can be easily adapted and configured. It is a test automation system. In this way, devices with different features and/or systems can be tested easily and quickly. Except that test system (1) human testers make the mistakes in question can perform the same test almost endlessly without In this way the quality level of production devices and/or systems in the production process is being raised. In the inventive system (1), except for the test phase, the results The human factor is also eliminated at the stage of interpretation. In this way There is no human error in the comments either.

The subject of the invention test system (1) analyzes existing test scenarios as a test engineer. seeing, hearing, interacting with test elements such as keys, screens, and reports by verifying. In this way, a device and/or system post-production functional and performance adequacy is evaluated and error in the test processes performed by testers in the art possibility is eliminated.

Around these basic concepts, there is a test case that performs the inventive test scenarios. It is possible to develop a wide variety of applications for the test system (1). not limited to the examples described herein, but essentially as specified in the claims.

Claims (16)

REQUESTS 1. At least one test element (2) performing test operations on a device and/or a system, - at least one reaction monitoring element (3) that captures the tests performed and the reactions of the tested device and/or system with visual and/or audio content. ), -containing at least one processing element (4) where the visual and/or audio content received with the response monitoring element (3) is processed, -the test scenarios to be run will be prepared and the test scenarios will be applied, the Devices and/or systems to be tested are determined and/or the test contain at least one interface (5) where the items to be tested and the locations of the items to be tested are defined for the device and/or systems to be tested, and - contain the normal responses of the items to be tested belonging to the selected test device and/or system, configured to present the interface (5) to the user; and / or to move the test element (2) in accordance with the test scenarios, which is configured to provide on external systems. In line with the movements of the test element (2), the device and /or a test system (1) characterized by at least one processor (6) configured to receive the results of system responses from the processing element (4) and check its accuracy. 2. A test system as desired, characterized by a test element (2) that performs the operations that a human test expert, primarily pressing, touching, turning, would do on the device and/or system to be tested, depending on the test scenarios on the processor (6). (one). 3. A test system (1) as in Claim 1 or 2, characterized by a response monitoring element (3) that determines the initial position of the tested device and/or system relative to the arm (2) with a reference mark. 4. A test system (1) as in Claim 3, characterized by the processor (6) that decides that there is a position change in case of a position change of the device to be tested relative to the test element (2). 5. A test system (1) as in any one of the above claims, characterized by a response monitoring element (3) that visually captures the responses coming from the device and/or the system with the movement of the test element (2) and transmits it to the processing element (4) to be processed and interpreted. 6. A test system (1) as in any of the above requirements, characterized by the response Monitoring element (3) that provides the realization of sound processing by transmitting the responses from the device and/or the system to the processing element (4) with the movement of the test element (2). 7. The processing element (4), which is collected by the reaction monitor element (3), processes the data containing sound and/or image given by the device and/or the system as a result of the test steps applied by the test cases with the test element (2) and makes it meaningful for the processor (6) A test system (1) as in any one of the above claims, characterized by. 8. Entering test, creating test, generating test, selecting existing test steps; A test system (1) as in any of the above claims, characterized by the interface (5) where at least one of the processes of choosing between the existing test scenarios is performed. 9. A test system (1) as in any one of the above claims, characterized by the interface (5) where at least one of the items to be tested, the positions of the items to be tested and the reactions required by the items to be tested for the device and/or system to be tested are defined. 10. A test system (1) as in any of the above claims, characterized by the Processor (6), which will be shared with the user via the interface (5) and contain the test steps and/or test scenarios to be applied on the device and/or system to be tested. 11. A test system (1) as in any of the above claims, characterized by a processor (6) that has information about the device and/or systems to be tested, the elements to be tested, the positions of the elements on the device and/or the system, and the reactions of the elements. 12. A test as in any of the above claims, characterized by the processor (6) in which the test element (2) is defined by guiding the test element (2) by hand and/or moving it using a control. 13. According to the device and/or system information entered through the interface (5), any of the above claims characterized by the processor (6) configured to communicate with the external environment, to reach the data related to the elements to be tested, their locations and their reactions, and to use it during the test phase. a test system such as (1). 14. A test as in any of the above claims, characterized by the processor (6) configured to convert the test content entered into the test step to be run by entering the test content in the spoken language over the interface (5). 15. A test as in any one of claims 3 to 147, characterized by a processor (6] that checks whether there is a change in its initial position determined by the reference sign by using the response monitoring element (3) during the test process. 16. A test system (1) as in Claim 15, characterized by the processor (6) that updates the positions of the elements to be tested so that the test can continue in case it detects a change in the initial position.