CN112988492A - Automatic testing device and testing method for TEL (Tel telephony application) call function - Google Patents
Automatic testing device and testing method for TEL (Tel telephony application) call function Download PDFInfo
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- CN112988492A CN112988492A CN202110139770.4A CN202110139770A CN112988492A CN 112988492 A CN112988492 A CN 112988492A CN 202110139770 A CN202110139770 A CN 202110139770A CN 112988492 A CN112988492 A CN 112988492A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/22—Detection or location of defective computer hardware by testing during standby operation or during idle time, e.g. start-up testing
- G06F11/26—Functional testing
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3668—Software testing
- G06F11/3672—Test management
- G06F11/3676—Test management for coverage analysis
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3668—Software testing
- G06F11/3672—Test management
- G06F11/3684—Test management for test design, e.g. generating new test cases
Abstract
The invention provides an automatic testing device and a testing method for TEL (Tel telephony integration) communication functions. The invention runs the IAT test tool on the PC end, can simultaneously control the tested product and the mobile phone end, and click and control the tested product through the DOBOT mechanical arm, thereby realizing the test of the call function of the tested product, making up the deficiency of the test means of the automatic test call, meanwhile, the automatic test can effectively operate and test the product for a long time at high frequency, being very effective for the pressure test of the product, also reducing the error rate of manual test, improving the Bug detection rate and increasing the trust degree of the tested product.
Description
Technical Field
The invention relates to the field of automatic testing, in particular to an automatic testing device and method for a TEL (telephone exchange) call function.
Background
In the automatic test process, the operation of the TEL module on the call test is always low in automatic test rate, wherein the main technical problem to be solved is how the automatic test tool simultaneously controls the tested navigator product and the mobile phone to achieve the operation of dialing a call, sending a call and the like from the mobile phone end to the navigator.
All the operations are basically completed by manual testing, and if the automatic testing does not solve the problem, the problem that the test case coverage rate of the automatic testing of the navigator product in the call function is not high is generated.
Disclosure of Invention
The present invention provides an automated test apparatus and test method for TEL talk function that overcomes or at least partially solves the above-mentioned problems.
According to a first aspect of the invention, an automatic testing device for a TEL (telephony integration test) communication function is provided, which comprises a tested product, a DOBOT mechanical arm, a first mobile phone end, a second mobile phone end and a PC end, wherein the DOBOT mechanical arm is connected with the PC end through a USB (universal serial bus) interface, the tested product is connected with the second mobile phone end through Bluetooth, the first mobile phone end is connected with the PC end through the USB interface, and an IAT (integrated access interface) testing tool runs on the PC end;
the IAT testing tool is used for reading a test case script and controlling a first mobile phone end to initiate a call request to a second mobile phone end; according to the call request, the DOBOT mechanical arm is controlled to click a corresponding function module on the tested product, and the function module is used for controlling the second mobile phone end to respond to the call request of the first mobile phone end so as to realize the call between the first mobile phone end and the second mobile phone end; the IAT testing tool is also used for collecting testing data in the conversation process of the first mobile phone end and the second mobile phone end and analyzing the testing data so as to test the functional module of the tested product.
On the basis of the technical scheme, the invention can be improved as follows.
Optionally, the product to be tested includes a plurality of functional modules, and the apparatus further includes a data acquisition box; the data acquisition box is used for acquiring the position coordinates of the icons corresponding to each functional module of the tested product on the screen and sending the name of each functional module and the position coordinates of the functional module icons to the IAT testing tool; and the IAT testing tool is used for storing the name of each functional module and the position coordinate of the functional module icon according to the corresponding relation.
Optionally, according to a call request, the DOBOT robot arm is controlled to click a corresponding functional module on the tested product, including: the IAT testing tool searches a functional module name of a tested product corresponding to a call request according to the call request initiated by a first mobile phone end; the IAT testing tool stores corresponding relations between various different operation requests of a first mobile phone end and various functional modules of a tested product; searching the position coordinates of the functional module icons corresponding to the functional module names according to the corresponding relation based on the stored functional module names and the position coordinates of the functional module icons; and controlling a DOBOT mechanical arm to click the functional module icon based on the position coordinate of the functional module icon.
Optionally, the data acquisition box includes a picture acquisition module; and the data acquisition module is used for intercepting the screen picture of the tested product and extracting the position coordinates of each functional module icon from the screen picture.
Optionally, the product to be tested is a navigator product.
According to a second aspect of the present invention, an automated testing method for an automated testing apparatus based on a TEL call function is provided, including: reading a test case script by an IAT test tool, and controlling a first mobile phone end to initiate a call request to a second mobile phone end; according to a call request, controlling the DOBOT mechanical arm to click a corresponding function module on a tested product, wherein the function module is used for controlling the second mobile phone end to respond to the call request of the first mobile phone end so as to realize the call between the first mobile phone end and the second mobile phone end; collecting test data in the conversation process of the first mobile phone end and the second mobile phone end, and analyzing the test data to test the functional module of the tested product.
Optionally, before controlling the DOBOT mechanical arm to click the corresponding functional module on the tested product according to the call request, the method further includes: acquiring the position coordinates of the icons corresponding to each functional module of the tested product on a screen, and sending the name of each functional module and the position coordinates of the functional module icons to an IAT testing tool; and storing the name of each functional module and the position coordinate of the functional module icon in the IAT testing tool according to the corresponding relation.
Optionally, according to the call request, controlling the DOBOT mechanical arm to click a corresponding functional module on the tested product includes: the tool searches a functional module name of a tested product corresponding to a call request according to the call request initiated by a first mobile phone end; the IAT testing tool stores the corresponding relation between various different operation requests of a first mobile phone end and various functional modules of a tested product; searching the position coordinates of the functional module icons corresponding to the functional module names according to the corresponding relation based on the stored functional module names and the position coordinates of the functional module icons; and controlling a DOBOT mechanical arm to click the functional module icon based on the position coordinate of the functional module icon.
Optionally, the obtaining of the position coordinates of the icon corresponding to each functional module of the product to be tested on the screen includes: and intercepting a screen of the tested product, and extracting the position coordinates of each function module icon from the screen.
Optionally, the collecting test data in the call process between the first mobile phone end and the second mobile phone end, and analyzing the test data to test the functional module of the product to be tested includes: and capturing pictures in the communication process of the first mobile phone end and the second mobile phone end, and judging whether the function module of the tested product is abnormal or not by analyzing whether the pictures meet expectations or not.
According to the automatic testing device and the testing method for the TEL call function, provided by the invention, the IAT testing tool is operated on the PC terminal, the tested product and the mobile phone terminal can be controlled simultaneously, when the tested product does not support an android system, the tested product is clicked and controlled by the DOBOT mechanical arm, so that the call function test of the tested product is realized, the defect of the testing means of the automatic test call is overcome, meanwhile, the automatic test can be effectively operated and tested for a long time at high frequency, the pressure test on the product is very effective, the error rate of manual test can be reduced, the Bug detection rate is improved, and the trust degree of the tested product is increased.
Drawings
FIG. 1 is a schematic structural diagram of an automated testing apparatus for a TEL call function according to the present invention;
fig. 2 is a flowchart of an automated testing method of an automated testing apparatus based on a TEL call function according to the present invention.
Detailed Description
The following detailed description of embodiments of the present invention is provided in connection with the accompanying drawings and examples. The following examples are intended to illustrate the invention but are not intended to limit the scope of the invention.
Fig. 1 is an automatic testing device for a TEL conversation function provided by the present invention, which includes a tested product, a DOBOT mechanical arm, a first mobile phone end, a second mobile phone end and a PC end, wherein the DOBOT mechanical arm is connected with the PC end through a USB interface, the tested product is connected with the second mobile phone end through a bluetooth, the first mobile phone end is connected with the PC end through a USB interface, and an IAT testing tool is run on the PC end.
The IAT testing tool is used for reading a test case script and controlling a first mobile phone end to initiate a call request to a second mobile phone end; according to the call request, the DOBOT mechanical arm is controlled to click a corresponding function module on the tested product, and the function module is used for controlling the second mobile phone end to respond to the call request of the first mobile phone end so as to realize the call between the first mobile phone end and the second mobile phone end; the IAT testing tool is also used for collecting testing data in the conversation process of the first mobile phone end and the second mobile phone end and analyzing the testing data so as to test the functional module of the tested product.
Based on the fact that only one device can be controlled and the tested product and the mobile phone end cannot be controlled simultaneously in the prior art, the automatic testing device can control the tested product and the mobile phone end simultaneously and can test the communication function between the mobile phone end and the tested product, and the whole testing process is automatic. The automatic testing device mainly comprises two mobile phone ends, and for convenience of description, the two mobile phone ends are referred to as a first mobile phone end and a second mobile phone end, wherein the first mobile phone end is an active initiator of a call, and the second mobile phone end is a passive initiator of the call. The testing device also comprises a DOBOT mechanical arm and a tested product.
The IAT test tool is operated on the PC terminal, corresponding scripts can be written according to different test cases, the IAT test tool can read the scripts, and the first mobile phone terminal is controlled to initiate a corresponding operation request to the second mobile phone terminal according to the scripts, for example, the first mobile phone terminal initiates a call request to the second mobile phone terminal. The DOBOT mechanical arm is connected with a PC (personal computer) through a USB interface, the PC controls the DOBOT mechanical arm to click and operate a corresponding functional module of a tested product according to a call request initiated by a first mobile phone end, and then controls a second mobile phone end to respond to the call request of the first mobile phone end, so that a call between the first mobile phone end and the second mobile phone end is realized, wherein the first mobile phone end is also connected with the PC through the USB interface.
For the call operation and the call record in the call process between the first mobile phone end and the second mobile phone end, the data in the call process can be obtained as test data, and whether the functional module of the tested product is normal or not can be further determined according to the analysis of the test data.
The IAT testing tool is operated on the PC end, the tested product and the mobile phone end can be controlled simultaneously, when the tested product does not support an android system, the tested product is clicked and controlled through the DOBOT mechanical arm, the call function of the tested product is tested, the defect of the test means of automatic call testing is overcome, meanwhile, the automatic testing can be effectively operated and tested for a long time at high frequency, the pressure testing of the product is effective, the error rate of manual testing can be reduced, the Bug detection rate is improved, and the trust degree of the tested product is increased.
In a possible embodiment mode, the tested product comprises a plurality of functional modules, and the device further comprises a data acquisition box; the data acquisition box is used for acquiring the position coordinates of the icons corresponding to each functional module of the tested product on the screen and sending the name of each functional module and the position coordinates of the functional module icons to the IAT testing tool; and the IAT testing tool is used for storing the name of each functional module and the position coordinate of the functional module icon according to the corresponding relation.
It can be understood that when the DOBOT mechanical arm is used for clicking the tested product, the tested product comprises a plurality of functional modules, icons corresponding to each functional module are displayed on the screen of the tested product, and corresponding functions can be realized by clicking the functional module icons. Clicking and operating the functional module of the tested product on the DOBOT mechanical arm, and acquiring the position coordinate of each functional module of the tested product on the screen.
Specifically, the position coordinates of each function icon of the tested product on the screen are obtained through the data acquisition box, and the position coordinates of each function module icon are sent to the IAT testing tool. And the IAT testing tool stores the name of each functional module of the tested product and the position coordinate of the functional module icon according to the corresponding relation.
In a possible embodiment, controlling a DOBOT robot to click a corresponding function module on the tested product according to a call request includes: the IAT testing tool searches the functional module name of the tested product corresponding to the call request according to the call request initiated by the first mobile phone end; the IAT testing tool stores the corresponding relation between various different operation requests of a first mobile phone end and various functional modules of a tested product; searching the position coordinates of the functional module icons corresponding to the functional module names according to the corresponding relation based on the stored functional module names and the position coordinates of the functional module icons; and controlling a DOBOT mechanical arm to click the functional module icon based on the position coordinate of the functional module icon.
It can be understood that, when the first mobile phone initiates a call request to the second mobile phone, the PC detects the call request of the first mobile phone, and the IAT testing tool searches for a name of a function module of the product to be tested, which corresponds to the call request, according to the call request of the first mobile phone. And finding the position coordinates of the functional module icon on the screen of the tested product according to the functional module name. Based on the position coordinates of the functional module icons on the screen, the DOBOT mechanical arm is controlled to click the functional module icons, so that the response of the second mobile phone end to the call request of the first mobile phone end is controlled, and the call test between the first mobile phone end and the second mobile phone end is realized.
In one possible embodiment mode, the data acquisition box comprises a picture acquisition module; and the data acquisition module is used for intercepting the screen picture of the tested product and extracting the position coordinates of each functional module icon from the screen picture.
It can be understood that, when the position coordinates of the functional module icons on the screen of the tested product are obtained, the screen of the tested product is intercepted by the picture obtaining module in the data acquisition box, wherein each functional module icon is presented on the screen of the tested product. And extracting the position coordinates of each functional module icon from the captured picture, and sending the position coordinates to the IAT testing tool for storage.
The image acquisition module is also used for capturing images in the communication process of the first mobile phone end and the second mobile phone end, judging whether the function module of the tested product is abnormal or not by analyzing whether the images meet expectations or not, and testing each function module on the tested product.
It should be noted that the product to be tested may be a navigator product.
Fig. 2 is an automated testing method of an automated testing apparatus based on a TEL call function provided in the present invention, as shown in fig. 2, the automated testing method includes: 201. reading a test case script by an IAT test tool, and controlling a first mobile phone end to initiate a call request to a second mobile phone end; 202. according to the call request, the DOBOT mechanical arm is controlled to click a corresponding function module on the tested product, and the function module is used for controlling the second mobile phone end to respond to the call request of the first mobile phone end so as to realize the call between the first mobile phone end and the second mobile phone end; 203. and collecting test data in the conversation process of the first mobile phone end and the second mobile phone end, and analyzing the test data so as to test the functional module of the tested product.
Wherein, according to the conversation request, before controlling the DOBOT mechanical arm to click the corresponding functional module on the tested product, the method further comprises the following steps: acquiring the position coordinates of the icons corresponding to each functional module of the tested product on a screen, and sending the name of each functional module and the position coordinates of the functional module icons to an IAT testing tool; and storing the name of each functional module and the position coordinate of the functional module icon in the IAT testing tool according to the corresponding relation.
Wherein, according to the conversation request, the control DOBOT arm clicks the corresponding functional module on the tested product and includes: the tool searches a functional module name of a tested product corresponding to a call request according to the call request initiated by a first mobile phone end; the IAT testing tool stores the corresponding relation between various different operation requests of a first mobile phone end and various functional modules of a tested product; searching the position coordinates of the functional module icons corresponding to the functional module names according to the corresponding relation based on the stored functional module names and the position coordinates of the functional module icons; and controlling a DOBOT mechanical arm to click the functional module icon based on the position coordinate of the functional module icon.
The method for acquiring the position coordinates of the icon corresponding to each functional module of the tested product on the screen comprises the following steps: and intercepting a screen of the tested product, and extracting the position coordinates of each function module icon from the screen.
Wherein, collect the test data in the conversation process of the first mobile phone end and the second mobile phone end, analyze the test data, in order to test the said functional module of the tested product, including: and capturing pictures in the call process of the first mobile phone end and the second mobile phone end, and judging whether the function module of the tested product is abnormal or not by analyzing whether the pictures meet expectations or not.
It should be understood that the automated testing method for the TEL talk function provided by the present invention corresponds to the automated testing apparatus for the TEL talk function provided by the foregoing embodiments, and the related technical features of the automated testing method for the TEL talk function can refer to the related technical features of the automated testing apparatus for the TEL talk function, and will not be described again here.
According to the automatic testing device and the automatic testing method for the TEL call function, provided by the invention, the IAT testing tool is operated on the PC terminal, so that the tested product and the mobile phone terminal can be controlled simultaneously, when the tested product does not support an android system, the tested product is clicked and controlled by the DOBOT mechanical arm, the call function of the tested product is tested, the defect of the testing means of automatic call testing is overcome, meanwhile, the automatic testing can be effective in long-time high-frequency operation testing, the pressure testing of the product is very effective, the error rate of manual testing can be reduced, the Bug detection rate is improved, and the trust degree of the tested product is increased.
While the preferred embodiments of the present application have been described, additional variations and modifications in those embodiments may occur to those skilled in the art once they learn of the basic inventive concepts. Therefore, it is intended that the appended claims be interpreted as including preferred embodiments and all alterations and modifications as fall within the scope of the application.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present application without departing from the spirit and scope of the application. Thus, if such modifications and variations of the present application fall within the scope of the claims of the present application and their equivalents, the present application is also intended to include such modifications and variations.
Claims (10)
1. An automatic testing device for a TEL (Tel telephony application) communication function is characterized by comprising a tested product, a DOBOT mechanical arm, a first mobile phone end, a second mobile phone end and a PC (personal computer) end, wherein the DOBOT mechanical arm is connected with the PC end through a USB (universal serial bus) interface, the tested product is connected with the second mobile phone end through Bluetooth, the first mobile phone end is connected with the PC end through the USB interface, and an IAT (integrated access test) tool runs on the PC end;
the IAT testing tool is used for reading a test case script and controlling a first mobile phone end to initiate a call request to a second mobile phone end; according to the call request, the DOBOT mechanical arm is controlled to click a corresponding function module on the tested product, and the function module is used for controlling the second mobile phone end to respond to the call request of the first mobile phone end so as to realize the call between the first mobile phone end and the second mobile phone end;
the IAT testing tool is further used for collecting testing data in the communication process of the first mobile phone end and the second mobile phone end, and analyzing the testing data so as to test the functional module of the tested product.
2. The automated testing apparatus of claim 1, wherein the product under test comprises a plurality of functional modules, the apparatus further comprising a data collection box;
the data acquisition box is used for acquiring the position coordinates of the icons corresponding to each functional module of the tested product on the screen and sending the name of each functional module and the position coordinates of the functional module icons to the IAT testing tool;
and the IAT testing tool is used for storing the name of each functional module and the position coordinate of the functional module icon according to the corresponding relation.
3. The automated testing apparatus of claim 2, wherein said controlling said DOBOT robot to click on a corresponding function module on said product under test according to said call request comprises:
the IAT testing tool searches a functional module name of a tested product corresponding to a call request according to the call request initiated by a first mobile phone end; the IAT testing tool stores corresponding relations between various different operation requests of a first mobile phone end and various functional modules of a tested product;
searching the position coordinates of the functional module icons corresponding to the functional module names according to the corresponding relation based on the stored functional module names and the position coordinates of the functional module icons;
and controlling a DOBOT mechanical arm to click the functional module icon based on the position coordinate of the functional module icon.
4. The automated testing device of claim 2 or 3, wherein the data acquisition cartridge comprises a picture acquisition module;
and the data acquisition module is used for intercepting the screen picture of the tested product and extracting the position coordinates of each functional module icon from the screen picture.
5. The automated testing apparatus of any of claims 1-4, wherein the product under test is a navigator product.
6. An automated testing method for an automated testing apparatus for a TEL talk function according to any one of claims 1 to 5, comprising:
reading a test case script by an IAT test tool, and controlling a first mobile phone end to initiate a call request to a second mobile phone end;
according to the call request, controlling the DOBOT mechanical arm to click a corresponding function module on a tested product, wherein the function module is used for controlling the second mobile phone end to respond to the call request of the first mobile phone end so as to realize the call between the first mobile phone end and the second mobile phone end;
and collecting test data in the conversation process of the first mobile phone end and the second mobile phone end, and analyzing the test data so as to test the functional module of the tested product.
7. The automated testing method of claim 6, wherein before controlling the DOBOT robot to click on the corresponding function module on the product under test according to the call request, the method further comprises:
acquiring the position coordinates of the icons corresponding to each functional module of the tested product on a screen, and sending the name of each functional module and the position coordinates of the functional module icons to an IAT testing tool;
and storing the name of each functional module and the position coordinate of the functional module icon in the IAT testing tool according to the corresponding relation.
8. The automated testing method of claim 7, wherein the controlling the DOBOT robot to click on the corresponding function module on the product under test according to the call request comprises:
the tool searches a functional module name of a tested product corresponding to a call request according to the call request initiated by a first mobile phone end; the IAT testing tool stores the corresponding relation between various different operation requests of a first mobile phone end and various functional modules of a tested product;
searching the position coordinates of the functional module icons corresponding to the functional module names according to the corresponding relation based on the stored functional module names and the position coordinates of the functional module icons;
and controlling a DOBOT mechanical arm to click the functional module icon based on the position coordinate of the functional module icon.
9. The automated testing method according to claim 7 or 8, wherein the obtaining of the position coordinates of the icon corresponding to each functional module of the tested product on the screen comprises:
and intercepting a screen of the tested product, and extracting the position coordinates of each function module icon from the screen.
10. The automated testing method of claim 6, wherein collecting test data during the call between the first mobile phone end and the second mobile phone end, and analyzing the test data to test the functional module of the product under test comprises:
and capturing pictures in the communication process of the first mobile phone end and the second mobile phone end, and judging whether the function module of the tested product is abnormal or not by analyzing whether the pictures meet expectations or not.
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| CN1791256A (en) * | 2004-12-17 | 2006-06-21 | 中兴通讯股份有限公司 | Mobile phone communication automatic testing method and mobile phone automatic calling unit |
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Application publication date: 20210618 |
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