CN104007907A - Method for rapidly operating application program and intelligent terminal - Google Patents

Abstract

The present application discloses a method for quick operation of an application program, which is applied to an intelligent terminal with a touch screen, including: detecting a sliding operation on the touch screen; when a sliding operation in the application icon area is detected, triggering the corresponding application The program runs, and executes to the application program execution result corresponding to the sliding operation. The application also discloses an intelligent terminal. By applying the technical solution disclosed in the present application, the application program in the smart terminal can be quickly operated, thereby reducing the operation complexity of the application program on the smart terminal and improving the flexibility of operation.

Description

A method and intelligent terminal for quick operation of application programs

technical field

The present application relates to the technical field of smart terminals, in particular to a method for performing shortcut operations on application programs and a smart terminal.

Background technique

At present, when users operate applications on smart terminals (such as mobile phones), there are mainly two operation modes, one is: click the icon of the application to start the application, and the other is: long press the application icon to drag it.

According to the above operation mode, no matter what function the user needs to start the application program, he must first click the icon of the application program, and then follow the prompts to click all the way to realize the relevant function. In many cases, this operation mode increases the operation complexity of the user and limits the flexibility of the operation. For example:

In the music playing application, at present, it is usually to click the icon of the "XX Music" application first, start the application and open the interface, select the music you want to listen to and play, and then set some favorite modes (popular, classical, etc.), This process requires multiple clicks. The more complex the application, the more complex operations may be required.

It can be seen that the above-mentioned existing operation mode makes the operation of the application program more complicated, and multiple steps may be required to enable the application program to provide relevant functions.

Contents of the invention

The present application provides a method for performing shortcut operations on application programs, so as to reduce the operation complexity of the application programs on the smart terminal and improve the flexibility of the operation.

A method for performing shortcut operations on applications provided by this application is applied to smart terminals with touch screens, including:

Detect sliding operations on the touch screen;

When the sliding operation of the application program icon area is detected, the corresponding application program is triggered to run, and the execution result of the application program corresponding to the sliding operation is executed.

Preferably, the execution until the application program execution result corresponding to the sliding operation includes: executing the application program corresponding to the sliding operation according to the application program execution flow corresponding to the sliding operation in the predefined application program icon area Execute the process to get the corresponding application program execution result.

Preferably, one sliding operation corresponds to execution results of multiple application programs;

When the sliding operation of the application program icon area is detected, the method further includes: displaying on the touch screen a plurality of application program execution result identifications corresponding to the sliding operation, and executing the application program execution result corresponding to the identification selected by the user .

An intelligent terminal provided by this application includes: a detection module and an execution module, wherein:

The detection module is used to detect the sliding operation on the touch screen of the smart terminal, and notify the execution module when the sliding operation of the application icon area is detected;

When the execution module receives the notification from the detection module, it triggers the corresponding application program to run, and according to the execution result of the application program corresponding to the sliding operation in the predefined application program icon area, executes until the sliding operation corresponding to the application execution results.

Preferably, the execution module is configured to execute the application program execution process corresponding to the sliding operation according to the application program execution process corresponding to the sliding operation of the predefined application program icon area, and obtain the corresponding application program execution result.

Preferably, one sliding operation corresponds to execution results of multiple application programs;

When the execution module receives the notification from the detection module, it is further configured to display on the touch screen of the smart terminal the identifications of a plurality of application program execution results corresponding to the sliding operation, and execute the corresponding operation to the identification selected by the user. Application execution result.

The present application also provides an intelligent terminal, including: an application layer, a support layer and a framework layer, wherein:

The application layer contains various applications;

The support layer is used to detect the sliding operation on the touch screen and send detection events to the application framework layer;

The application framework layer contains various event-driven modules. When the detection event sent by the support layer is the detection of a sliding operation in the application icon area, the corresponding application program is triggered to run, and the execution result corresponding to the sliding operation is executed. .

Preferably, the application framework layer includes: an application program interface, a binding table, an event constructor and an event distributor, wherein:

The application program interface is used to provide the corresponding interface for the application program;

The binding table can be accessed by the application program through the application program interface, and is used to register the relevant application program information and the callback function corresponding to the application program. The binding table is also used to provide the event distributor to determine the distribution strategy and target;

The event constructor is used to obtain detection events, analyze the event information, combine and construct events corresponding to the application, and send them to the event distributor;

The event distributor is used to distribute the event constructed by the event constructor to the corresponding application program according to the content of the binding table, call the corresponding callback function in the binding table, and obtain the corresponding execution result.

Preferably, one sliding operation corresponds to execution results of multiple application programs;

When the support layer detects the sliding operation of the icon area, the framework layer is further used to display on the touch screen of the smart terminal the identifications of multiple application program execution results corresponding to the sliding operation, and perform the corresponding operation to the identification selected by the user. application execution results.

It can be seen from the above technical solution that the technical solution provided by this application for quick operation of the application program triggers the execution of the corresponding application program when the sliding operation in the icon area is detected, and directly executes the execution result corresponding to the sliding operation , according to this technical solution, the user only needs to perform a sliding operation on the application icon to achieve a predefined execution result for the sliding operation. Compared with the existing technology, the user does not need to open the application first, and then make selections step by step In order to achieve corresponding execution results, the shortcut operation of the application program in the smart terminal is realized, thereby reducing the operation complexity of the application program on the smart terminal and improving the flexibility of operation.

Description of drawings

FIG. 1 is a schematic diagram of the principle of the method for quick operation of the application program in the present application;

Fig. 2 is a schematic diagram of the system structure of the intelligent terminal of the present application;

FIG. 3 is a schematic diagram of the logic structure of the intelligent terminal of the present application.

Detailed ways

In order to make the purpose, technical solutions and advantages of the present application clearer, the present application will be further described in detail below with reference to the accompanying drawings and examples.

In order to solve the technical problems existing in the prior art, this application proposes a smart shortcut technology and introduces this technology into the smart terminal, aiming at solving the technical problems of simplification and lack of flexibility in the application program operation on the smart terminal, and at the same time A quick operation mode is provided for users of smart terminals.

The main idea of the present application is to detect the user's sliding operation in the icon area, and when the user's sliding operation in the icon area is detected, the application program is triggered to run and execute to the execution result corresponding to the sliding operation. The above-mentioned shortcut operation method provided by the present application enables the user to complete the predefined task corresponding to the application program only by performing a simple sliding operation in the icon area of the application program.

To this end, for a specific application, the application execution process corresponding to the sliding operation of its icon area can be pre-defined, and then, when the sliding operation of the application icon area is detected, the corresponding application program is triggered to run. And execute the application program execution process corresponding to the sliding operation, and obtain the corresponding application program execution result.

In specific implementation, an application program execution process can be called an action group (AG, ActionGroup), and the action group is an important concept in the smart shortcut technology proposed in this application. An application's AG is a combination of at least one execution behavior (or shortcut operation) related to the application. Users can perform a series of shortcut operations on an application according to their needs to obtain the application's AG. AG, and set the sliding operation corresponding to the AG, so that when the sliding operation is detected, the corresponding shortcut operations are executed one by one according to the AG corresponding to the sliding operation, and the corresponding execution result is obtained. It should be understood that in this embodiment, the AG of the application and the execution flow of the application of the application may have the same meaning, that is, the AG corresponding to the sliding operation may have the same meaning as the execution flow of the application corresponding to the sliding operation .

For example: the user can set an AG in the music player: country music mode->CountryRoad->60% volume->loop->play, and set the corresponding AG by sliding from top to bottom in the music player icon area , then, when the user slides the icon of the music player from top to bottom, the music player will be triggered to run, and according to the above-mentioned AG, the country road song Country Road will be played in a loop at 60% volume automatically.

Another example: the user can set an AG in the message application program: write message->short message->stroke input method, and set the sliding from left to right to correspond to the AG, then, when the user performs an AG on the icon of the message application program When sliding from left to right, the information application will run, and automatically enter the short message editing interface according to the above-mentioned AG, and the current input method is stroke input.

It can be defined that a swipe operation corresponds to an application execution result, as in the above two examples, a swipe operation corresponds to an AG. It is also possible to define that one sliding operation corresponds to multiple application execution results. In this case, when a sliding operation in an application icon area is detected, the identifications of multiple application execution results corresponding to the sliding operation are displayed on the touch screen , and according to the user's selection, execute the shortcut operation corresponding to one of the application program execution results, where the identifier of the application program execution result can be an existing identifier, a text identifier, or be defined by the user. It should be understood that as long as the user can understand the various identifiers corresponding to the execution results, they can be used as the identifiers of the execution results of the application program.

FIG. 1 is a schematic diagram of the principles of the method for supporting quick operations on smart terminals in the present application. See Figure 1:

①Finger-sweep

When the user swipes an application icon, a smart icon event will be generated. This operation triggers the execution of the application to the corresponding execution result by sliding the finger in the area of an application icon. to bottom, bottom to top, etc.), and each direction can correspond to a predefined application execution result. After the sliding operation, a sliding event is generated by the display system of the touch screen and supported by the platform (library, desktop system framework, API), and finally the application program executes the corresponding application program execution result of the sliding event.

For the user, the execution result of the application program can be understood as a certain function of the application program. For example, refer to the above example of the information application program. When the user slides the icon of the information application program from left to right, it will make The message application program provides the function of editing short messages with the stroke input method.

②Platform

Refers to various software layers under the layer of various applications, including: upper layer application API, application program running framework and other various frameworks, various program libraries, drivers, kernel and hardware. In this application, the platform supports the function of smart icons, and needs to provide the function of capturing sliding events, and release the corresponding API to application developers.

③Application program (App)

That is, various applications running on the terminal (such as: Contacts, Youdao Notes, Weibo, etc.). Application developers need a series of APIs provided by platforms that support smart shortcuts to support smart shortcut functions in their respective applications. Preferably, the function of custom action group (AG, action group) can also be reserved for users in the interface to allow users to customize shortcut action groups and perform smart icon event processing, so that users can develop according to different applications You can use the shortcut customization function provided by the operator to predefine your own behavior group, that is, the application execution result corresponding to the specific operation in the predefined application icon area.

④ Action Group (AG, Action Group)

AG is a combination of a series of shortcut operations performed by users according to their own needs and the customized functions provided by the application, so that users do not need to perform complex multiple-click operations. These combinations are preset by the user for specific applications. Taking the music player as an example, the user can set an AG in the music player: country music mode->Country Road->60% volume->loop->play, and set the corresponding AG by sliding from top to bottom , when the user slides from top to bottom on the icon of the music player, if the platform supports the smart shortcut function, and the application developer adds support for the smart shortcut function in the application, then the sliding will correspond to In the AG set above, the country road song Country Road will be automatically played in a loop at 60% volume.

Preferably, multiple AGs can also be defined. When the user performs a sliding operation on the application program icon, the logos of one or more AGs corresponding to the sliding operation will pop up for the user to choose, and the logo selected by the user will be executed. The corresponding application execution result.

The above technical solution provided by the present application can not only be used to quickly provide predefined functions, but also can be used to quickly display some status information, help information, and the like.

FIG. 2 is a schematic diagram of the system structure of the intelligent terminal of the present application. When implementing the technical solution of this application, multiple system components in the intelligent terminal system are involved, and an event-driven model can be adopted. The specific system structural components and interaction process are described as follows.

The system shown in Figure 2 is divided into three layers: application layer, framework layer and support layer. in:

The application layer includes various application programs, and the three application programs App1, App2 and App3 are taken as examples in the figure.

The framework layer mainly refers to the application framework (Application Framework), and there are various related event-driven modules inside the application framework, including: Event Builder (Event Builder), Logger (Logger), Binding Table (Binding Table) , Event Dispatcher and Application Programming Interfaces (APIs).

It should be noted that the events involved in this application are mainly sliding touch events of application program icons.

The support layer includes libraries (Libs), drivers or kernels (Drivers or Kernel), and hardware platforms (Hardware) that support various application frameworks.

Each component will be further described in detail for each layer of the system below.

I． Application layer:

Applications make up the application layer. The figure includes App1, App2, and App3, among which App1 and App2 support the smart shortcut function, while App3 does not support the smart shortcut function. The application programs App1 and App2 can call the application program interface and support related smart shortcut functions.

II． Framework layer:

1. Application programming interface

Located in the framework layer, which is part of the application framework. Provide corresponding interfaces for applications that support smart shortcut functions, so that application developers can implement their own customized smart shortcut functions.

2. Binding table

Located in the framework layer, which is part of the application framework. This component can be accessed by the application program through the application program interface. The binding table is used to store the AG, and register the relevant application information and the specified callback function corresponding to the behavior group. It can also be deleted or modified by the application program. Information and bound functions.

At the same time, the binding table is also provided to the event dispatcher of the application framework to determine the distribution strategy and target.

3. Event dispatcher

Located in the framework layer, which is part of the application framework. According to the content of the binding table, the component distributes the event constructed by the event constructor to the specified application (calling the callback function corresponding to the binding).

It should be noted that the event dispatcher will not distribute any events to Apps that do not support the smart shortcut function, here is App3.

4. Event constructor

Located in the framework layer, which is part of the application framework. This component parses the event information obtained from the support layer (such as: library), and according to different implementation methods, combines and constructs specific events for a certain application (such as: sliding down touch), and sends them to the event Distributor.

At the same time, the event constructor can selectively record corresponding events to the recorder, and the events recorded by the recorder can be provided to users or developers.

5. Recorder

Located in the framework layer, which is part of the application framework. Responsible for recording various events, the events are mainly various sliding touch events of the user, the recorder can provide information for the user, and provide debugging information for the developer.

In addition, the recorder can also be used to analyze user preferences and behavior habits, and regularly generate analysis reports, and at the same time, the reports can be sent to the cloud for analysis. This application does not expand this part of the content, and there are more strategic options for implementation.

III. support layer

1. Library: It is used to provide the application framework to obtain various system services, and deal with the system driver and kernel downward to obtain system status and control system behavior.

2. Driver or kernel: It is used to provide the necessary operating environment for various systems, and to realize system status monitoring and system behavior control, directly interact with hardware, and control various operating modes of the real hardware platform.

3. Hardware platform: includes a collection of various hardware, such as: processor, touch screen, memory, etc. It is the basis of the entire software function system and is controlled by the operating system kernel and drivers.

Fig. 3 is a schematic diagram of the logical structure of a preferred intelligent terminal of the present application, the intelligent terminal includes: a detection module and an execution module, wherein:

The detection module is used to detect the sliding operation on the touch screen of the smart terminal, and notify the execution module when the sliding operation of the application icon area is detected;

When the execution module receives the notification from the detection module, it triggers the execution of the corresponding application program, and executes the application program execution result corresponding to the sliding operation.

Preferably, the execution module is configured to execute the application program execution process corresponding to the sliding operation according to the application program execution process corresponding to the sliding operation of the predefined application program icon area, and obtain the corresponding application program execution result.

Preferably, one sliding operation may correspond to execution results of multiple application programs;

When the execution module receives the notification from the detection module, it can be further used to display the identifications of the execution results of multiple application programs corresponding to the sliding operation on the touch screen of the smart terminal, and execute the corresponding operation to the identification selected by the user. application execution results.

The technical solution for supporting quick operation of smart terminals provided by this application can bring the following beneficial effects:

1. Through different sliding operations on the application program icon, the application program is triggered to execute to different execution results, which can provide a more flexible, rich and widely expandable application shortcut operation mode. Users can customize a series of behavior groups for the application according to their preferences and habits. With a single swipe operation, users can select and execute these preset behavior groups.

2. Each behavior group can be a combination of a series of operations, such as: open and directly use the multimedia mode to edit the email sent to the designated contact, so that you can directly enter the editing interface with only one swipe operation.

3. Each behavior group can also be used to display various status information, such as: current application permissions, security levels, etc.

4. Theoretically, there can be an infinite number of possible behavior group patterns.

5. By sliding in different directions, more changeable and rich shortcut combination modes can be provided.

6. It provides an efficient use method for smart terminals. Through good customization, it can greatly save the user's time, improve work efficiency, and improve the quality of life.

The technical solutions provided by this application can be widely applied to all intelligent terminals with touch screens.

The above is only a preferred embodiment of the application, and is not intended to limit the application. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the application should be included in the application. within the scope of protection.

Claims (9)

1. application programs is carried out a method for prompt operation, is applied to have the intelligent terminal of touch-screen, it is characterized in that, comprising:

Slide on touch-screen is detected;

When the slide in application icon region being detected, trigger corresponding application program operation, and carry out the application program execution result corresponding to described slide.

2. method according to claim 1, is characterized in that:

Described execution comprises to the application program execution result corresponding to described slide: according to the corresponding application program of the slide in predefined application icon region, carry out flow process, execution is carried out flow process corresponding to the application program of described slide, obtains corresponding application program execution result.

3. method according to claim 1 and 2, is characterized in that:

A slide is corresponding to a plurality of application program execution results;

When the slide in application icon region being detected, the method further comprises: touching the sign of screen display corresponding to a plurality of application program execution results of described slide, and carrying out the application program execution result of the sign correspondence of user's selection.

4. an intelligent terminal, is characterized in that, comprising: detection module and execution module, wherein:

Described detection module, detects for the slide on this intelligent terminal touch-screen, when the slide in application icon region being detected, notifies described execution module;

Described execution module, when receiving the notice of described detection module, triggers corresponding application program operation, and carries out the application program execution result corresponding to described slide.

5. intelligent terminal according to claim 4, is characterized in that:

Described execution module, for carrying out flow process according to the corresponding application program of the slide in predefined application icon region, is carried out corresponding to the application program of described slide and is carried out flow process, obtains corresponding application program execution result.

6. according to the intelligent terminal described in claim 4 or 5, it is characterized in that:

A slide is corresponding to a plurality of application program execution results;

Described execution module is when receiving the notice of described detection module, be further used for the sign corresponding to a plurality of application program execution results of described slide in the touch screen display of intelligent terminal, and carry out the application program execution result of the sign correspondence that user selects.

7. an intelligent terminal, is characterized in that, comprising: application layer, ccf layer and supporting layer, wherein:

Application layer comprises various application programs;

Supporting layer is used for the slide on touch-screen to detect, and sends detection event to application framework layer;

In application framework layer, comprise variety of event driver module, the detection event sending when supporting layer is while the slide in application icon region being detected, triggers corresponding application program operation, and carries out the execution result corresponding to described slide.

8. intelligent terminal according to claim 7, is characterized in that:

Described application framework layer comprises: application programming interfaces, binding table, event constructor and case distribution device, wherein:

Application programming interfaces are used to application program that corresponding interface is provided;

Binding table can be employed program and access by application programming interfaces, for registering relevant application information and corresponding to the call back function of application program, described binding table is also for offering case distribution device, for determining strategy and the target of distribution;

Event constructor is used for obtaining detection event, and event information is analyzed, and combines accordingly and construct the event corresponding to application program, sends to case distribution device;

Case distribution device, for according to the content of binding table, to corresponding application program, calls call back function corresponding in binding table by the case distribution of being constructed by event constructor, obtains corresponding execution result.

9. according to the intelligent terminal described in claim 7 or 8, it is characterized in that:

A slide is corresponding to a plurality of application program execution results;

When supporting layer detects the slide of icon area, described ccf layer is further used for the sign corresponding to a plurality of application program execution results of described slide in the touch screen display of intelligent terminal, and carries out the application program execution result of the sign correspondence that user selects.