CN115454296B - Intelligent fusion method for user behaviors in cross-operation environment - Google Patents
Intelligent fusion method for user behaviors in cross-operation environment Download PDFInfo
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- CN115454296B CN115454296B CN202211408718.5A CN202211408718A CN115454296B CN 115454296 B CN115454296 B CN 115454296B CN 202211408718 A CN202211408718 A CN 202211408718A CN 115454296 B CN115454296 B CN 115454296B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0481—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
- G06F3/04817—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance using icons
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/033—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor
- G06F3/0354—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor with detection of 2D relative movements between the device, or an operating part thereof, and a plane or surface, e.g. 2D mice, trackballs, pens or pucks
- G06F3/03543—Mice or pucks
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0481—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
- G06F3/0482—Interaction with lists of selectable items, e.g. menus
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Abstract
The invention discloses a cross-operating-environment user behavior intelligent fusion method, which comprises the steps of constructing an application shortcut event corresponding to an android application shortcut starting in a desktop system, sending the application shortcut event to an android compatible environment by the desktop system when a user executes the operation of the android application shortcut in the desktop system, analyzing the application shortcut event by the android compatible environment, converting the application shortcut event into a corresponding long press event, executing a corresponding processing flow to generate display content corresponding to the shortcut, sending the display content to the desktop system for displaying, and therefore, the desktop system does not need to maintain relevant information of the android application shortcut, does not need to respond to the user operation of the android application shortcut, and is suitable for any android application.
Description
Technical Field
The invention belongs to the technical field of cross-operation environment data sharing, and particularly relates to a cross-operation environment user behavior intelligent fusion method.
Background
An android compatible environment (hereinafter referred to as an android compatible environment) on a desktop operating system such as Linux or Windows is a technology for running an android application on the Linux or Windows operating system, and has an important significance for enriching the application ecology of the operating system. Under the general condition, a typical android compatible environment mainly includes an android application display unit and an android application compatible service, the android application display unit is used for realizing a user interface of an android application on a desktop operating system, the android application compatible service is used for providing the android compatible environment running on the desktop operating system, and the android application is effectively run on the desktop operating system through the mutual cooperation of the android application display unit and the android application compatible service, for example, an implementation scheme of the existing android compatible environment has xDroid, which includes xDroid ui and xDroid server, the xDroid ui is the android application display unit, and the xDroid server is the android application compatible service.
At present, the mainstream android compatible operating environment generally provides application shortcuts for android applications, and based on the functions, the android applications can be quickly opened by clicking the shortcuts when a user uses the android applications on a desktop system. In addition, the 7.1 version of the android system is additionally provided with an App Shortcuts characteristic, the App Shortcuts refer to Shortcuts which occur when the App icon is pressed for a long time, a faster entry can be added for the key functions of the App without opening the App, the corresponding application functions can be accessed by clicking the Shortcuts, and the Shortcuts can also be dragged to the desktop of the android system to be placed independently to become independent desktop Shortcuts. However, shortcuts provided by the existing android compatible environment only can provide functions for opening android applications, but cannot provide other functions supported by App Shortcuts, and therefore the user experience is poor.
Disclosure of Invention
In view of this, the invention provides an intelligent fusion method for user behaviors in a cross-operation environment, which can provide the same application shortcuts as those in an android system for android applications running in a desktop system, thereby realizing intelligent fusion of user behaviors in the cross-operation environment.
The invention provides an intelligent fusion method for user behaviors in a cross-operation environment, which comprises the following steps:
step 1, when a desktop system monitors a set application shortcut event, analyzing and acquiring an application package name corresponding to the application shortcut event, constructing a mouse event with application shortcut attributes of the application package name and a mouse coordinate position with a value of a mark value, and sending the mouse event to an android application compatible service by an android application display unit; the application shortcut event is a desktop system event corresponding to a set starting android application shortcut;
step 2, when the android application compatible service receives a mouse event sent by an android application display unit, analyzing the mouse event, and if the value of the attribute of the application shortcut is not null and the value of the coordinate position of the mouse is a mark value, executing step 3; if the value of the attribute of the application shortcut is not null and the value of the coordinate position of the mouse is a non-mark value, executing the step 8; otherwise, executing the standard mouse event processing flow and ending the flow;
step 3, the android application compatible service acquires a desktop icon position according to the value of the application shortcut attribute, and the desktop icon position is used as a mouse coordinate position of the mouse event; increasing delay time to enable the android compatible environment to judge that the current mouse event is an application shortcut event so as to start a processing process for executing the application shortcut event to generate the application shortcut event; setting the value of the attribute of the application shortcut to be null;
step 4, constructing a Toast window in an android compatible environment according to the application shortcut event, and transmitting image data of the Toast window to an android application display unit when adopting SurfaceFlinger rendering; the android application display unit generates a window picture by adopting the image data, and creates an application window as an application shortcut menu window to display the window picture;
step 5, the android application display unit monitors a mouse event in the application shortcut menu window, if the generated type of the mouse event is a click mouse event, the step 6 is executed, and if the generated type of the mouse event is a pressed mouse event, the step 7 is executed;
step 6, converting the mouse coordinate position of the mouse event into the coordinate of the corresponding position of the Toast window in the android compatible environment, then sending the mouse event to the android application compatible service, opening the corresponding Activity by the android application compatible service according to the received mouse event, synchronously displaying the Activity by the android application display unit, completing the quick operation of the android application, and ending the process;
step 7, the android application display unit stores the PresPos of the mouse pressing event, if the reliasePos of the coordinate position of the mouse releasing event is the same as the PresPos when the mouse releasing event is generated, the PresPos is converted into the coordinates of the corresponding position of a Toast window in an android compatible environment, then the mouse event is sent to an android application compatible service, the android application compatible service opens corresponding Activity according to the received mouse event, the android application display unit synchronously displays the Activity, the quick operation of the android application is completed, and the process is ended; if the ReleasePos is different from the PresPos and the ReleasePos is positioned in the application shortcut menu window, no response is made to execute the step 5; if the ReleasePos are different from Prespos and the ReleasePos are located outside the application shortcut menu window, setting the value of the application shortcut attribute of the mouse event as the name of the application package, setting the value of the mouse coordinate position as the ReleasePos, sending the mouse event to the android application compatible service, and executing the step 2;
step 8, the android application compatible service determines menu items in Toast according to the values of the application shortcut attributes and the values of the mouse coordinate positions; increasing delay time, enabling the android compatible environment to start a processing process for executing a menu item shortcut creating event to generate Intent, then sending Intent information to an android application display unit, and setting a value of an application shortcut attribute to be null; and after receiving the Intent information, the android application display unit creates a corresponding desktop shortcut to finish the shortcut operation of the android application, and the process is ended.
Further, the manner of creating the application window as the application shortcut menu window to display the window picture in step 4 is as follows: and creating an application window with the same size as the window picture at the position where the application shortcut event is generated as an application shortcut menu window, and filling the application shortcut menu window with the window picture.
Further, the manner of creating the application window as the application shortcut menu window to display the window picture in step 4 is as follows: and finding an area which meets the complete display of the window picture around the position where the application shortcut event is generated, establishing an application window by taking the area as a display area, and displaying the window picture by taking the application window as an application shortcut menu window.
Further, the application shortcut event in step 1 is a mouse event in which the mouse pressing time exceeds a set time.
Further, the set time is 0.5 seconds.
Further, the application shortcut event in step 1 is a keyboard key combination event.
Further, the android application compatible service is xDroidServer and the android application display unit is xdroidus ui.
Has the advantages that:
according to the method and the device, the application shortcut event corresponding to the android application shortcut is established in the desktop system, when the user executes the operation of the android application shortcut in the desktop system, the desktop system sends the application shortcut event to the android compatible environment, the android compatible environment analyzes the application shortcut event, converts the application shortcut event into the corresponding long-press event, executes the corresponding processing flow to generate the display content corresponding to the shortcut, and sends the display content to the desktop system for displaying, so that the desktop system does not need to maintain the related information of the android application shortcut, does not need to respond to the user operation of the android application shortcut, and is suitable for any android application.
Detailed Description
The present invention will be described in detail below with reference to examples.
The invention provides an intelligent fusion method for user behaviors in a cross-operation environment, which specifically comprises the following steps:
step 1, setting an application shortcut event for starting an android application shortcut for a user in a desktop system, and when the desktop system monitors that the application shortcut event occurs in a current system, analyzing the application shortcut event to obtain an application package name corresponding to the event; and setting the application shortcut attribute in the mouse event as an application package name and a mouse coordinate position taking the value as a mark value, and sending the mouse event to the android application compatible service by the android application display unit.
Specifically, the application shortcut event may be a mouse event that the mouse pressing time exceeds a set time, or may be an appointed keyboard key combination event or other mouse events. According to the application shortcut event identification method and device, the application shortcut attribute is added to the existing mouse event, and a specific value is set for the coordinate position of the mouse, so that the application shortcut event of the android system, namely the event corresponding to the Shortcuts function is identified.
Step 2, when the android application compatible service receives a mouse event sent by an android application display unit, analyzing the mouse event, if the value of the application shortcut attribute is not null and the value of the mouse coordinate position is a flag value, judging that the current mouse event is the application shortcut event, and executing step 3; if the value of the attribute of the application shortcut is not null and the value of the coordinate position of the mouse is the coordinate position, judging that the current mouse event is a menu item shortcut creation event, and executing the step 8; otherwise, judging the system standard mouse event as corresponding, executing the standard processing flow, and ending the flow.
Step 3, the android application compatible service acquires a desktop icon position of the android application related to the event according to the value of the application shortcut attribute, and modifies a mouse coordinate position in the mouse event by adopting the desktop icon position; increasing the set delay time, enabling the android compatible environment to consider the current event as an application shortcut event, starting a processing process of executing the application shortcut event by the android compatible environment, and generating the application shortcut event; and setting the value of the attribute of the application shortcut to be null.
And setting a delay task in an android system by adopting a checkForLongClick method to judge whether the event is a long press event, wherein input parameters of the checkForLongClick comprise the delay time length, a touch point position coordinate x, a touch point position coordinate y and a long press type. Specifically, the checkForLongClick sets a delay task by calling a postDelayed method, the postDelayed method is used for establishing the delay task or setting a timer, and the postDelayed method has two input parameters, namely a Runable object parameter and a delay time parameter. In the invention, the delay time parameter can be set to 1, so that the android compatible environment determines the current event as a long press event.
The method for acquiring the desktop icon position of the android application related to the event according to the value of the application shortcut attribute comprises the following steps: in the android compatible environment, the android application compatible service stores the application package names and desktop icon positions of all the installed android applications, and searches the corresponding desktop icon positions according to the received application package names. Specifically, the application package name and the desktop icon position of the installed android application in the system can be saved by modifying a desktop Launcher (Launcher) of the android compatible environment.
Step 4, establishing a Toast aiming at the generated application shortcut events in the android compatible environment, and marking the Toast; when adopting SurfaceFlinger rendering, transmitting the image data of the marked Toast window to an android application display unit; if not, go to step 8.
And 5, generating a window picture by the android application display unit by adopting the received image data of the Toast window, creating an application window with the same size as the window picture at the position where the application shortcut event is generated as an application shortcut menu window, and filling the application shortcut menu window with the window picture.
Further, in order to ensure the usability of the application shortcut menu window, the invention searches an area which can meet the complete display of the window picture near the position where the application shortcut event is generated to determine the display direction of the application shortcut menu window, and then creates the application window in the display direction to avoid the problem of incomplete display of the window picture caused by randomly creating the application shortcut menu window when the position where the application shortcut event is generated is close to the edge of the display screen.
Step 6, the android application display unit monitors a mouse event in the application shortcut menu window, if the mouse event is a mouse click event, the mouse coordinate position of the mouse event is converted into the coordinate of the corresponding position of the Toast window in the android compatible environment, then the mouse event is sent to the android application compatible service, the android application compatible service opens corresponding Activity according to the received mouse event, the android application display unit synchronously displays the Activity in the desktop system, the shortcut operation of the android application is completed, and the process is ended; and if the mouse event is a mouse pressing event, executing the step 7.
Step 7, the coordinate position of the mouse pressing event is stored in the android application display unit and is marked as Presssos; when a mouse release event is received, storing the coordinate position of the mouse release event as ReleasePos, if the ReleasePos are the same as the PresPos, judging that a mouse click event occurs, converting the PresPos into coordinates of the corresponding position of a Toast window in an android compatible environment, then sending the mouse event to an android application compatible service, opening corresponding Activity by the android application compatible service according to the received mouse event, synchronously displaying the Activity in a desktop system by an android application display unit, completing the shortcut operation of the android application, and ending the process; if the ReleasePos are different from the PresPos and the ReleasePos are located in the application shortcut menu window, judging that the mouse click is cancelled, no response is made, and executing the step 6; if the ReleasePos are different from PresPos and the ReleasePos are located outside the application shortcut menu window, the mouse event of the shortcut is determined to be created, the android application display unit sets the value of the attribute of the application shortcut in the mouse event to be the name of the application package and the value of the coordinate position of the mouse to be the ReleasePos, sends the mouse event to the android application compatible service, and executes the step 2.
Step 8, the android application compatible service determines menu items in Toast according to the values of the attributes of the application shortcuts and the values of the coordinate positions of the mouse; increasing the set delay time, enabling the android compatible environment to consider the current event as a menu item SHORTCUT creation event, starting a processing process of executing the menu item SHORTCUT creation event by the android compatible environment, generating an INSTALL _ SHORTCT type Intent, sending Intent information to an android application display unit, and setting the value of the attribute of the application SHORTCUT as null; and the android application display unit creates a corresponding desktop shortcut after receiving the Intent information.
When a desktop SHORTCUT is created for a menu item in the android system, the android system creates an Intent of com.android.launcher.action.INSTALL _ SHORTCT type, wherein the Intent comprises a NAME (EXTRA _ SHORTCT _ NAME) displayed by the SHORTCUT, an Icon (Icon) displayed by the SHORTCUT and a program main entrance (EXTRA _ SHORTCT _ INTENT) corresponding to the SHORTCUT.
The embodiment is as follows:
in this embodiment, the method for intelligently fusing user behaviors across operating environments provided by the present invention is used for implementing an application shortcut provided by an android system based on xDroid in a Linux system, and specifically includes the following steps:
s1, defining a mouse event for starting an android application shortcut in a Linux system as an application shortcut event, wherein the generation condition of the application shortcut event is that the mouse pressing time exceeds 0.5 second; when monitoring an application shortcut event, the xDroidUI sets the value of an application shortcut attribute xdroid. Opensercuts in a mouse event message as the PackageName of the application corresponding to the icon clicked by the mouse, and sets the mouse coordinate position in the mouse event message as (-1, -1); and the xDroidUI sends the modified mouse event message to the xDroidServer.
S2, modifying the application package name and the desktop icon position of the installed android application in the Launcher saving system to be android application information in an android compatible environment.
S3, when the xDroidServer receives a mouse event message sent by an android application display unit, by modifying a checkForLongClick method in frame work/view. Java, the method is realized that before the checkForLongClick calls postDelayer, whether the value of an application shortcut attribute (android.OpenHorticus) of the mouse event is empty is firstly judged, if the value is not empty and the value of the mouse coordinate position is (-1, -1), the desktop icon position corresponding to the android application is found in the android application information according to the current PackageName, the value of the mouse coordinate position in the mouse event message is modified to be the desktop icon position, the second parameter of the postDelayer is set to be 1, so that the android compatible environment can consider that the current event meets the requirement of the long press event, the long press event enters the processing logic, and then the xml.
Through the processing, the icon of the corresponding android application in the android compatible environment can receive the long press event, the android compatible environment can generate the Toast, the Toast is marked, and the image data of the Toast is transmitted to the xDSL UI through the RPC when the SurfaceFlinger is rendered.
And S4, generating a picture by the xDroidUI according to the received image data, determining the direction capable of completely storing the picture around the area pressed by the mouse for a long time, and creating a window A in the direction, wherein the size of the window A is consistent with the size of the picture, and the picture is filled in the window A. Thereby implementing an identical menu item in the Linux system as in the android compatible environment.
S5, monitoring a mouse event in the window A by the xDroidUI, converting a mouse coordinate position of the mouse click event into a corresponding position coordinate of Toast in the android compatible environment if the monitored mouse event is the mouse click event, then sending a mouse event message to the xDroidServer, triggering a corresponding function by the xDroidServer to open the corresponding Activity, and synchronously entering the new Activity by adopting the existing mechanism xDriodUI to further realize a direct function. And if the monitored mouse event is a mouse dragging event, executing S6.
S6, when a mouse pressing event is monitored, the xDriod UI stores the mouse coordinate position of the mouse pressing event as Prespos, the behavior of the mouse is continuously monitored, when a mouse releasing event is monitored, the mouse coordinate position of the mouse releasing event is saved as ReleasePos, the Prespos and the ReleasePos are compared, if the Prespos and the ReleasePos are the same, a mouse clicking event is determined, the Prespos is converted into the coordinate of the corresponding position of a Toast window in an android compatible environment, the mouse event is sent to android application compatible service, the android application compatible service opens corresponding Activity according to the received mouse event, an android application display unit synchronously displays the Activity in a desktop system, and the quick operation of the android application is completed; if the Presspos is different from the ReleasePos and the ReleasePos is located in the window A, the mouse click is considered to be cancelled and no response is performed; if the PressPos is different from the ReleasePos and the ReleasePos is outside the window a, the mouse drag event is considered, that is, the mouse event for creating the shortcut, and S7 is executed.
S7, setting the value of an application shortcut attribute xdroid. Openshortcuts in the mouse event message by the xDroidUI as the PackageName of the application corresponding to the icon clicked by the mouse, and simultaneously setting the coordinate position of the mouse in the mouse event message as ReleasePos; and the xDroidUI sends the modified mouse event message to the xDroidServer.
S8, when the android application compatible service receives a mouse event sent by an android application display unit, analyzing the mouse event, if the value of the attribute of the application SHORTCUT is not empty and the value of the coordinate position of the mouse is not a flag value, judging that the current mouse event is an event corresponding to the creation of a desktop SHORTCUT, determining a menu item in the Toast according to the value of the coordinate position of the mouse, setting a second parameter of postDelayed to 1 so that the android compatible environment can consider that the current event meets the requirement of a long press event, starting a processing process for executing the menu item SHORTCUT creation event by the android compatible environment, generating an insert of an INSTALL _ SHORTUT class, sending the insert information of a program main entrance corresponding to an EXTRA SHORTUT _ NAME NAME, an Icon and an EXTRA _ SHORTUT _ INTENT to an xDSL UI through RPC, and finally setting the value of the android. And generating a desktop SHORTCUT on the desktop by the xDroidUI through the received information, wherein an execution program corresponding to the desktop SHORTCUT is the xDroidUI, and a parameter is-action packageName/EXTRA _ SHORTCT _ INTENT.
When a user double-clicks the desktop SHORTCUT, the xDreidUI process analyzes an action parameter and sends a specified command to the xDreidServer, and the xDreidServer generates an Intent to open a corresponding EXTRA _ SHORTUT _ INTENT after receiving the command and the parameter, thereby realizing the direct function of the desktop SHORTCUT.
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 (7)
1. A method for intelligently fusing user behaviors in a cross-operation environment is characterized by comprising the following steps:
step 1, when a desktop system monitors a set application shortcut event, analyzing and acquiring an application package name corresponding to the application shortcut event, constructing a mouse event with application shortcut attributes of the application package name and a mouse coordinate position with a value of a mark value, and sending the mouse event to an android application compatible service by an android application display unit; the application shortcut event is a desktop system event corresponding to a set starting android application shortcut;
step 2, when the android application compatible service receives a mouse event sent by an android application display unit, analyzing the mouse event, and if the value of the attribute of the application shortcut is not null and the value of the coordinate position of the mouse is a mark value, executing step 3; if the value of the attribute of the application shortcut is not null and the value of the coordinate position of the mouse is a non-mark value, executing the step 8; otherwise, executing the standard mouse event processing flow and ending the flow;
step 3, the android application compatible service acquires a desktop icon position according to the value of the application shortcut attribute, and the desktop icon position is used as a mouse coordinate position of a mouse event; increasing delay time to enable the android compatible environment to judge that the current mouse event is an application shortcut event so as to start a processing process for executing the application shortcut event to generate the application shortcut event; setting the value of the attribute of the application shortcut to be null;
step 4, constructing a Toast window in an android compatible environment according to the application shortcut event, and transmitting image data of the Toast window to an android application display unit when adopting SurfaceFlinger rendering; the android application display unit generates a window picture by adopting the image data, and creates an application window as an application shortcut menu window to display the window picture;
step 5, the android application display unit monitors a mouse event in the application shortcut menu window, if the generated type of the mouse event is a click mouse event, the step 6 is executed, and if the generated type of the mouse event is a pressed mouse event, the step 7 is executed;
step 6, converting the mouse coordinate position of the mouse event into a coordinate of a corresponding position of a Toast window in the android compatible environment, then sending the mouse event to an android application compatible service, opening corresponding Activity by the android application compatible service according to the received mouse event, synchronously displaying the Activity by an android application display unit, completing the quick operation of the android application, and ending the flow;
step 7, the android application display unit stores the PresPos of the mouse pressing event, if the reliasePos of the coordinate position of the mouse releasing event is the same as the PresPos when the mouse releasing event is generated, the PresPos is converted into the coordinates of the corresponding position of a Toast window in an android compatible environment, then the mouse event is sent to an android application compatible service, the android application compatible service opens corresponding Activity according to the received mouse event, the android application display unit synchronously displays the Activity, the quick operation of the android application is completed, and the process is ended; if the ReleasePos are different from the PresPos and the ReleasePos are located in the application shortcut menu window, no response is made to execute the step 5; if the ReleasePos are different from PresPos and the ReleasePos are located outside the application shortcut menu window, setting the value of the application shortcut attribute of the mouse event as the name of the application packet, setting the value of the coordinate position of the mouse event as the ReleasePos, sending the mouse event to the android application compatible service, and executing the step 2;
step 8, the android application compatible service determines menu items in Toast according to the values of the application shortcut attributes and the values of the mouse coordinate positions; increasing delay time, enabling the android compatible environment to start a processing process for executing a menu item shortcut creation event to generate Intent, sending Intent information to an android application display unit, and setting a value of an application shortcut attribute to be null; and after receiving the Intent information, the android application display unit creates a corresponding desktop shortcut to finish the shortcut operation of the android application, and the process is ended.
2. The intelligent user behavior fusion method according to claim 1, wherein the manner of creating the application window as the application shortcut menu window to display the window picture in step 4 is as follows: and creating an application window with the same size as the window picture at the position where the application shortcut event is generated as an application shortcut menu window, and filling the application shortcut menu window with the window picture.
3. The intelligent fusion method for user behaviors according to claim 1, wherein the manner of creating the application window as the application shortcut menu window to display the window picture in step 4 is as follows: and finding an area which meets the complete display of the window picture around the position where the application shortcut event is generated, establishing an application window by taking the area as a display area, and displaying the window picture by taking the application window as an application shortcut menu window.
4. The intelligent user behavior fusion method according to claim 1, wherein the application shortcut event in step 1 is a mouse event in which a mouse press time exceeds a set time.
5. The intelligent fusion method of user behavior according to claim 4, wherein the set time is 0.5 seconds.
6. The intelligent fusion method for user behaviors according to claim 1, wherein the application shortcut event in step 1 is a keyboard key combination event.
7. The intelligent user behavior fusion method of claim 1, wherein the android application compatible service is xDroidServer and the android application display unit is xdroidus.
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