CN113220391A - Analysis method and device for android application button function implementation mechanism - Google Patents

Analysis method and device for android application button function implementation mechanism Download PDF

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CN113220391A
CN113220391A CN202110460281.9A CN202110460281A CN113220391A CN 113220391 A CN113220391 A CN 113220391A CN 202110460281 A CN202110460281 A CN 202110460281A CN 113220391 A CN113220391 A CN 113220391A
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CN113220391B (en
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温研
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Beijing Linzhuo Information Technology Co Ltd
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    • G06F9/44—Arrangements for executing specific programs
    • G06F9/451—Execution arrangements for user interfaces
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
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Abstract

The invention discloses an analysis method and device for an Android application button function implementation mechanism.

Description

Analysis method and device for android application button function implementation mechanism
Technical Field
The invention belongs to the technical field of development of running mobile applications on a desktop operating system, and particularly relates to an analysis method and device for an android application button function implementation mechanism.
Background
The Android running environment of the desktop operating system such as Linux or Windows is a technology for running an Android application (App) on the Linux or Windows operating system, and has important significance for enriching the application ecology of the operating system. According to different implementation mechanisms, the Android operation environment comprises an Android simulator and an Android compatible environment. For example, an Android compatible environment running on a Linux system generally comprises a Host end and a Guest end, the Host end runs on the Linux system and mainly comprises an Android container and a user interaction window, the Android container is used for isolating part of kernel resources from the Linux system to support the Guest end to run, the Guest end mainly comprises a specially customized Android application frame, an Android run-time library and the like, and Android applications run on the Guest end. When a user uses an Android application in a Linux operating system, the Android application window is realized in the following mode: and sending the graphic buffer area handle to an Android system running in an Android container by the xDreidUI running in the Linux system, and rendering an Android application user interface by the Android system, wherein the xDreidUI is one implementation of the Android application user interface. The desktop platform Android running environment related by the invention comprises running environments such as an Android simulator, an Android compatible running environment and the like.
Applications running on desktop operating systems often perform certain functions by striking the "enter" key of the keyboard. For example, the subsequent action is triggered by hitting an "enter key" on the keyboard, including hitting the "enter key" to confirm after inputting contents in various edit boxes to trigger the subsequent action, and typical applications include desktop-version "WeChat" application programs and the like, in the desktop-version "WeChat", the sending of a message can be completed by hitting the "enter key", and the search operation can be executed by hitting the "enter key" in the "search bar". However, for the edit box in the Android application, the relevant button is usually required to be clicked to complete the operation, for example, the button for sending, searching and the like is required to be clicked when the operations of sending messages, searching and the like are executed in the Android version of the WeChat application program. Therefore, when a user uses an Android application in an existing Android simulator or an Android compatible operating environment, although the Android operating environment sends a keyboard event to an Android system, the user still needs to use the Android application according to an existing using mode, that is, a certain operation needs to be executed by clicking a specific button, so that the complexity of user operation is increased, inconvenience is brought to the user, and user experience is reduced. In order to improve user experience, firstly, a problem to be solved is to determine an implementation mechanism of a button function in an Android application, and in the prior art, the implementation mechanism is often determined by analyzing in a manual test mode, but the analysis efficiency of the mode is very low, and the transplantation requirements of a large number of Android applications are difficult to meet.
Disclosure of Invention
In view of this, the present invention provides an analysis method and an analysis device for a button function implementation mechanism of an android application, which can automatically analyze the implementation mechanism of a button function corresponding to an edit box in the android application.
The invention provides an analysis method for an android application button function implementation mechanism, which specifically comprises the following steps:
running an Android application to be tested by adopting an Android compatible environment xDroidUI, traversing all edit boxes to be tested of the Android application to be tested to execute edit box testing, and determining a button function implementation mechanism corresponding to the edit boxes to be tested; the button function implementing mechanism comprises an input event processing function, a combined key message simulation button function and a position-based touch message simulation button function.
Further, the edit box test comprises the following steps:
step 1, enabling the edit box to be tested to obtain an input focus; if the edit box to be tested calls the input event processing function, executing the step 6, otherwise, executing the step 2;
step 2, presetting a test text in the edit box to be tested, and sequentially sending a combined key message to an android compatible environment by the xDSL;
step 3, sequentially sending a key pressing event and a key lifting event message of a preset key to an android compatible environment by the xDSL; if the edit box to be tested is empty, executing step 5; otherwise, enabling the cycle number of the combined keys to be added by 1, if the cycle number of the combined keys is smaller than a set cycle threshold, enabling the edit box to be tested to obtain an input focus, and executing the step 3; if the cycle number of the combined key is not less than the set cycle threshold, executing the step 4;
step 4, presetting the test text in the edit box to be tested, and acquiring the coordinates of the upper left vertex and the lower right vertex of the edit box to be tested and recording the coordinates as (x)1,y1) And (x)2,y2) Coordinate (x) of lower right vertex of window where the edit box to be tested is located3,y3) The test position coordinates (x, y) are calculated using the following formula:
x＝x2+r*step
y＝y1+(y2-y1)/2
wherein r is the position test cycle number, and step is the step length of the test position movement; constructing a MotionEvent event message with the types of ACTION _ DOWN and ACTION _ UP by adopting the test position coordinates, and sequentially sending the message to an android compatible environment by the xDSL;
if the edit box to be tested is empty, executing step 5; otherwise, if x < x3If so, enabling r to be added by 1, enabling the edit box to be tested to obtain an input focus, and executing the step 3; if x is greater than or equal to x3Judging whether all edit boxes of the android application to be tested are traversed, and if so, ending the process; otherwise, selecting other edit boxes in the android application to be tested as new edit boxes to be tested, and executing the step 1;
and 5, recording the test result of the edit box test and the corresponding edit box to be tested.
Further, the test position coordinates (x, y) are calculated in step 4 by using the following formula:
x＝x2+r*a*(x3-x2)
y＝y1+(y2-y1)/2
wherein, a is the proportion of the test position to the button area, and the button area is the area between the right edge of the edit box and the right edge of the window.
Further, in the step 5, a configuration file of the android application to be tested is generated according to the test result.
Further, the configuration file comprises a package name, a parent window name, an edit box class name and a button function implementation mechanism corresponding to the edit box of the android application to be tested; the button function implementing mechanism includes a processing mechanism using an input event handling function, a combined key message simulation mechanism, and a location-based touch message simulation mechanism.
Further, the process of traversing all edit boxes in the android application to be tested is realized by adopting an editing test script.
The invention provides a device for realizing the android application button function in a desktop platform, which comprises an android application running module based on an xDSL (x digital subscriber interface), an edit box acquisition module, an implementation mechanism judgment module and a configuration file generation module;
the android application running module based on the xDSL is used for running the android application to be tested by adopting the xDSL;
the edit box acquisition module is used for determining all edit boxes to be tested in the android application to be tested;
the realization mechanism judging module is used for judging whether the realization mechanism of the button function corresponding to the edit box to be tested output by the edit box acquisition module belongs to a processing mechanism using an input event processing function, a combined key message simulation mechanism and a position-based touch message simulation mechanism;
the configuration file generation module is used for generating a configuration file for the android application to be tested according to the judgment result output by the implementation mechanism judgment module, wherein the configuration file comprises the package name, the father window name, the edit box class name and the button function implementation mechanism corresponding to the edit box of the android application to be tested.
Further, the specific way that the implementation mechanism judging module judges that the implementation mechanism of the button function corresponding to the edit box to be tested is a combined key message simulation mechanism is as follows: presetting a test text in the edit box to be tested, and sequentially sending a combined key message, a key pressing event of a preset key and a key lifting event message to an android compatible environment by the xDSL; and if the edit box to be tested is empty, the button function realization mechanism corresponding to the edit box to be tested is a combined key message simulation mechanism.
Further, the specific way that the implementation mechanism judging module judges that the implementation mechanism of the button function corresponding to the edit box to be tested is a touch message simulation mechanism based on the position is as follows: presetting a test text in the edit box to be tested, calculating a button position corresponding to the edit box to be tested according to coordinates of an upper left vertex and a lower right vertex of the edit box to be tested, constructing a MotionEvent message with the types of ACTION _ DOWN and ACTION _ UP according to the button position, and sequentially sending the ACTION _ DOWN and ACTION _ UP messages to an android compatible environment by xDreidUI; and if the edit box to be tested is empty, the button function realization mechanism corresponding to the edit box to be tested is a touch message simulation mechanism based on the position.
Has the advantages that:
according to the Android application testing method and device, the Android application to be tested is operated by adopting the Android compatible environment xDreidUI, all the edit boxes in the Android application are traversed, different testing modes are adopted for different edit boxes, the implementation mechanism of the button function corresponding to the edit box is judged according to the testing result, the automation of the implementation mechanism analysis of the button function corresponding to the edit box is realized, and the analysis efficiency is effectively improved.
Drawings
Fig. 1 is a flowchart of an analysis method of an android application button function implementation mechanism provided by the present invention.
Fig. 2 is a structural diagram of an analysis device of an android application button function implementation mechanism provided by the present invention.
Fig. 3 is a schematic view of a window of an android application targeted by an analysis method of an android application button function implementation mechanism provided by the present invention.
Wherein, 1-window, 2-edit box, 3-button, 4-content display box.
Detailed Description
The invention is described in detail below by way of example with reference to the accompanying drawings.
Generally, Android applications belong to a black box for the Android system, i.e., the internal implementation of the Android application is invisible to the Android system. The button function implementation mechanism of the existing Android application edit box mainly comprises the following mechanisms: firstly, realizing a corresponding button function by calling an event processing mechanism of an Android system; secondly, the button function is realized through the self-defined key combination operation; thirdly, the button function is realized by sending the simulation key message based on the position information.
The invention provides an analysis method and a device for an android application button function implementation mechanism, and the core idea of the analysis method and the device is as follows: the Android application to be tested is operated by adopting an Android compatible environment xDreidUI, all edit boxes in the Android application to be tested are traversed, an edit box test is executed for each edit box, and a button function implementation mechanism corresponding to the edit box of the Android application to be tested is judged according to a test result. The android application analysis object targeted by the method and the device provided by the invention comprises a Window 1, an edit box 2, a button 3 and a content display box 4, as shown in fig. 3, wherein the Window 1 is a Window class of an android system, the edit box 2 is a subclass inherited from a TextView class, and the edit box 2, the button 3 and the content display box 4 are deployed in the Window 1 of the android system.
The flow of the analysis method for the android application button function implementation mechanism provided by the invention is shown in fig. 1, and the method comprises the following steps:
step 1, running the android application to be tested by adopting the xDreidUI, and determining the edit box to be tested contained in the android application to be tested.
Step 2, enabling the edit box to be tested determined in the step 1 to obtain an input focus; firstly, judging whether an edit box to be tested calls an input event processing function of the android system, if so, indicating that the current edit box to be tested uses an input event processing function processing mechanism, executing a step 6, otherwise, executing a step 3.
And 3, presetting a test text in the edit box to be tested, and sending a combined key message formed by keys to the android compatible environment by the xDSL so that the buttons corresponding to the edit box to be tested acquire an input focus.
And 4, sending a message of a key pressing event and a key lifting event of the preset key to the Android compatible environment by the xDreidUI, so that the Android system triggers a button which corresponds to the edit box to be tested and is currently focused.
Judging whether the edit box to be tested is empty, if so, indicating that the test text is processed, and if the current edit box to be tested is a combined key message simulation mechanism, executing the step 6; if not, the test text is not processed, the process error of button operation of the android application is simulated by adopting the message, the cycle number of the combined key is added by 1, and when the cycle number of the combined key is smaller than a set cycle threshold, the combined key message is sent to the android compatible environment by the xDreidUI so that the next button corresponding to the edit box to be tested obtains an input focus, and the step 4 is executed; and 6, executing the step when the circulation times of the combined keys are not less than the set circulation threshold value.
Step 5, presetting the test text in the edit box to be tested, and acquiring the test textThe coordinates of the upper left vertex and the lower right vertex of the edit box to be tested are respectively recorded as (x)1,y1) And (x)2,y2) Coordinate (x) of lower right vertex of window where edit box to be tested is located3,y3) The test position coordinates (x, y) are calculated using the following formula:
x＝x2+r*step
y＝y1+(y2-y1)/2
wherein r is the position test cycle number, and step is the step length of the test position movement.
In addition, the invention can also calculate the coordinates (x, y) of the test position by adopting the following formula:
x＝x2+r*a*(x3-x2)
y＝y1+(y2-y1)/2
wherein, a is the proportion of the test position to the button area, and the button area is the area between the right edge of the edit box and the right edge of the window.
And constructing the MotionEvent messages with the types of ACTION _ DOWN and ACTION _ UP by adopting the test position coordinates (x, y), and calling the injectInputEvent of the android system to sequentially send the ACTION _ DOWN message and the ACTION _ UP message.
And (6) judging whether the edit box to be tested is empty, if so, indicating that the test text is processed, and if the edit box to be tested is a touch message simulation mechanism based on the position, executing the step 6.
If not, the test text is not processed, and the process error of the button operation of the android application is simulated by adopting the message, wherein at the moment, if x is less than x3If so, enabling r to be added by 1, enabling the edit box to be tested to obtain an input focus, and executing the step 5; if x is greater than or equal to x3Judging whether all edit boxes of the android application to be tested are traversed, and if so, ending the process; otherwise, selecting other edit boxes in the android application to be tested as new edit boxes to be tested, and executing the step 2.
According to the method and the device, traversal of the edit box in the android application to be tested can be achieved by editing the test script.
And 6, recording basic information of the android application to be tested and the basic information of the edit box, and generating a configuration file. The basic information comprises a package name, a parent window name, an edit box class name and an edit box corresponding button function realization mechanism of the android application to be tested, and the edit box corresponding button function realization mechanism comprises an input event processing function, combined key message simulation and position-based touch message simulation.
Using the input event handling function as a call to the following method:
mEditor.mInputContentType.onEditorActionListener。
according to the analysis method for the android application button function implementation mechanism, the analysis device for the android application button function implementation mechanism is designed, the structure of the device is shown in fig. 2, and the device comprises an android application running module based on xDroid UI, an edit box obtaining module, an implementation mechanism judging module and a configuration file generating module.
The android application running module based on the xDSL is used for running android applications to be tested by adopting the xDSL.
And the edit box acquisition module is used for determining all edit boxes to be tested in the android application to be tested.
The realization mechanism judging module is used for judging whether the realization mechanism of the button function corresponding to the edit box to be tested output by the edit box acquiring module belongs to the following types, namely: an input event handling function handling mechanism, a combination key message simulation mechanism, and a location-based touch message simulation mechanism are used.
And the configuration file generation module is used for generating a configuration file for the current android application to be tested according to the judgment result output by the implementation mechanism judgment module, wherein the configuration file comprises the package name, the father window name, the edit box class name and the button function implementation mechanism corresponding to the edit box of the android application to be tested.
When the implementation mechanism judging module judges that the implementation mechanism of the button function corresponding to the edit box to be tested is a combined key message simulation mechanism, the following modes can be adopted: presetting a test text in an edit box to be tested, sending a combined key message to an Android compatible environment by the xDSL (extensible digital interface) to enable a button corresponding to the edit box to be tested to obtain a focus, and then sending a key pressing event and a key lifting event message of a preset key to enable an Android system to trigger the button; and when the editing frame to be tested is empty, the button corresponding to the current editing frame to be tested is a combined key message simulation mechanism.
When the implementation mechanism judging module judges that the implementation mechanism of the button function corresponding to the edit box to be tested is a touch message simulation mechanism based on the position, the following modes can be adopted to implement: presetting a test text in an edit box to be tested, acquiring coordinates of an upper left vertex and a lower right vertex of the edit box to be tested, calculating a button position corresponding to the edit box to be tested, respectively constructing MotionEvent messages with the types of ACTION _ DOWN and ACTION _ UP according to the button position, and calling an injectInputEvent of the android system to sequentially send an ACTION _ DOWN message and an ACTION _ UP message; and if the current edit box to be tested is empty, indicating that the realization mechanism of the button function corresponding to the current edit box to be tested is a position-based touch message simulation mechanism.
In summary, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (9)

1. An analysis method for an android application button function implementation mechanism is characterized by specifically comprising the following steps:
running an Android application to be tested by adopting an Android compatible environment xDroidUI, traversing all edit boxes to be tested of the Android application to be tested to execute edit box testing, and determining a button function implementation mechanism corresponding to the edit boxes to be tested; the button function implementing mechanism comprises an input event processing function, a combined key message simulation button function and a position-based touch message simulation button function.
2. The analytical method of claim 1, wherein the edit box test comprises the steps of:
step 1, enabling the edit box to be tested to obtain an input focus; if the edit box to be tested calls the input event processing function, executing the step 6, otherwise, executing the step 2;
step 2, presetting a test text in the edit box to be tested, and sequentially sending a combined key message to an android compatible environment by the xDSL;
step 3, sequentially sending a key pressing event and a key lifting event message of a preset key to an android compatible environment by the xDSL; if the edit box to be tested is empty, executing step 5; otherwise, enabling the cycle number of the combined keys to be added by 1, if the cycle number of the combined keys is smaller than a set cycle threshold, enabling the edit box to be tested to obtain an input focus, and executing the step 3; if the cycle number of the combined key is not less than the set cycle threshold, executing the step 4;
step 4, presetting the test text in the edit box to be tested, and acquiring the coordinates of the upper left vertex and the lower right vertex of the edit box to be tested and recording the coordinates as (x)1,y1) And (x)2,y2) Coordinate (x) of lower right vertex of window where the edit box to be tested is located3,y3) The test position coordinates (x, y) are calculated using the following formula:
x＝x2+r*step
y＝y1+(y2-y1)/2
wherein r is the position test cycle number, and step is the step length of the test position movement; constructing a MotionEvent event message with the types of ACTION _ DOWN and ACTION _ UP by adopting the test position coordinates, and sequentially sending the message to an android compatible environment by the xDSL;
if the edit box to be tested is empty, executing step 5; otherwise, if x < x3If so, enabling r to be added by 1, enabling the edit box to be tested to obtain an input focus, and executing the step 3; if x is greater than or equal to x3Judging whether all edit boxes of the android application to be tested are traversed, and if so, ending the process; otherwise, selecting other edit boxes in the android application to be tested as new edit boxes to be tested, and executing the step 1;
and 5, recording the test result of the edit box test and the corresponding edit box to be tested.
3. The analysis method according to claim 2, wherein the test position coordinates (x, y) are calculated in step 4 by using the following formula:
x＝x2+r*a*(x3-x2)
y＝y1+(y2-y1)/2
wherein, a is the proportion of the test position to the button area, and the button area is the area between the right edge of the edit box and the right edge of the window.
4. The analysis method according to claim 2, wherein in the step 5, a configuration file of the android application to be tested is generated according to the test result.
5. The analysis method according to claim 4, wherein the configuration file comprises a package name, a parent window name, an edit box class name and a button function implementation mechanism corresponding to an edit box of the android application to be tested; the button function implementing mechanism includes a processing mechanism using an input event handling function, a combined key message simulation mechanism, and a location-based touch message simulation mechanism.
6. The analysis method according to claim 1, wherein the process of traversing all edit boxes in the android application under test is implemented by using an editing test script.
7. An implementation device for an android application button function in a desktop platform is characterized by comprising an android application running module based on an xDroid UI, an edit box acquisition module, an implementation mechanism judgment module and a configuration file generation module;
the android application running module based on the xDSL is used for running the android application to be tested by adopting the xDSL;
the edit box acquisition module is used for determining all edit boxes to be tested in the android application to be tested;
the realization mechanism judging module is used for judging whether the realization mechanism of the button function corresponding to the edit box to be tested output by the edit box acquisition module belongs to a processing mechanism using an input event processing function, a combined key message simulation mechanism and a position-based touch message simulation mechanism;
the configuration file generation module is used for generating a configuration file for the android application to be tested according to the judgment result output by the implementation mechanism judgment module, wherein the configuration file comprises the package name, the father window name, the edit box class name and the button function implementation mechanism corresponding to the edit box of the android application to be tested.
8. The implementation apparatus according to claim 7, wherein the specific way for the implementation mechanism determining module to determine that the implementation mechanism of the button function corresponding to the edit box to be tested is a combined key message simulation mechanism is as follows: presetting a test text in the edit box to be tested, and sequentially sending a combined key message, a key pressing event of a preset key and a key lifting event message to an android compatible environment by the xDSL; and if the edit box to be tested is empty, the button function realization mechanism corresponding to the edit box to be tested is a combined key message simulation mechanism.
9. The implementation apparatus according to claim 7, wherein the specific way for the implementation mechanism determining module to determine that the implementation mechanism of the button function corresponding to the edit box to be tested is a touch message simulation mechanism based on location is as follows: presetting a test text in the edit box to be tested, calculating a button position corresponding to the edit box to be tested according to coordinates of an upper left vertex and a lower right vertex of the edit box to be tested, constructing a MotionEvent message with the types of ACTION _ DOWN and ACTION _ UP according to the button position, and sequentially sending the ACTION _ DOWN and ACTION _ UP messages to an android compatible environment by xDreidUI; and if the edit box to be tested is empty, the button function realization mechanism corresponding to the edit box to be tested is a touch message simulation mechanism based on the position.
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CN114489920B (en) * 2022-04-18 2022-07-05 北京麟卓信息科技有限公司 Input method of android application on Linux platform
CN115495192A (en) * 2022-11-17 2022-12-20 北京麟卓信息科技有限公司 Cross-operation-environment low-delay input method based on interrupt penetration
CN115495192B (en) * 2022-11-17 2023-01-13 北京麟卓信息科技有限公司 Cross-operation-environment low-delay input method based on interrupt penetration

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