CN104050417B - A kind of method and device detected in mobile terminal to application state - Google Patents

Abstract

The invention relates to a method and device for detecting software status in a mobile terminal. Wherein, the method includes: after receiving a detection instruction triggered by a user, detecting the installed software according to a preset detection task list, and the detection task list contains two or more task items; After the detection of at least one task item is completed, a detection result corresponding to the task item is generated; according to the detection result, safety processing prompt information is generated, so that the user can perform corresponding software operations according to the safety processing prompt information. In the technical solution provided by the invention, the user can realize multiple detections of the software with only one trigger, which simplifies the cumbersome process of using various management software for separate operations in the prior art, and improves user experience.

Description

A method and device for detecting software status in a mobile terminal

technical field

The invention relates to the field of computers, in particular to a method and device for detecting software status in a mobile terminal.

Background technique

At present, the use of smart electronic devices such as computers, smart phones, PDAs, and tablet PCs is becoming more and more popular. Various software running on smart electronic devices are also developing explosively, such as software that realizes various functions such as text editing, image processing, chatting, and playing audio and video, which greatly meets the needs of users. Users can download and install various software based on their own needs.

In the prior art, the user needs to download the corresponding security software such as virus scanning engine to scan and kill the software on the device; it is necessary to search for unused software or junk software from time to time and manually delete it; Manually upgrade the software in a timely manner, etc. The more software installed on a device, the more cumbersome and difficult it becomes to manage users. For users who are proficient in using personal terminals and pay attention to maintenance, the above operations may not be difficult, and the normal operation of the software can be guaranteed; but for ordinary users, the above operations will be cumbersome, and there may be software running problems that affect User's use.

Contents of the invention

In view of the above problems, the present invention is proposed in order to provide a method and device for detecting software status in a mobile terminal that overcomes the above problems or at least partially solves the above problems.

According to a first aspect of the present invention, a method for detecting software status in a mobile terminal is provided, including:

Detecting the installed software according to a preset detection task list, wherein the detection task list contains two or more task items;

After the detection of at least one task item is completed, a detection result corresponding to the task item is generated;

According to the detection result, safety processing prompt information is generated, so that the user performs corresponding software operations according to the safety processing prompt information.

Optionally, in the aforementioned method for detecting software status on a mobile terminal, the preset detection task list includes: virus killing task items, malicious adware task items, self-starting software task items, moving software A combination of any two or more of task items, cleanable installation package task items, upgradable software task items, software vulnerability scanning task items, and system preset software task items; correspondingly,

According to the preset detection task list, the installed software is detected, including:

According to the preset detection task list, call the virus killing engine corresponding to the virus killing task item to detect whether there is a virus in the installed software; and/or

According to the preset detection task list, invoke the first detection strategy corresponding to the malicious adware task item to detect whether there is malicious adware in the installed software; and/or

According to the preset detection task list, call the second detection strategy corresponding to the self-starting software task item to detect whether there is self-starting software in the installed software; and/or

According to the preset detection task list, call the third detection strategy corresponding to the software task item that can be moved to detect whether there is software that can be moved in the installed software; and/or

According to the preset detection task list, call the fourth detection strategy corresponding to the cleanable installation package task item to detect whether there is a cleanable installation package in the installed software; and/or

According to the preset detection task list, call the fifth detection strategy corresponding to the upgradeable software task item to detect whether there is upgradeable software in the installed software; and/or

According to the preset detection task list, call the sixth detection strategy corresponding to the software vulnerability scanning task item to detect whether there is any software with vulnerabilities in the installed software; and/or

According to the preset detection task list, call the seventh detection strategy corresponding to the system preset software task item to detect whether there is system preset software in the installed software.

Optionally, in the aforementioned method for detecting software status at a mobile terminal, wherein, after the detection of one task item is completed, generating a detection result corresponding to the task item includes:

If the detection of the virus killing task item is completed, then generate a detection result including the number of software to be killed and the software information of the software to be killed;

If the detection of the malicious adware task item is completed, a detection result including the detected malicious adware quantity and malicious adware software information is generated;

If the detection of the self-starting software task item is completed, a detection result including the detected number of self-starting software and software information of the self-starting software is generated;

If the detection of the movable software task item is completed, a detection result including the detected quantity of movable software and software information of the movable software is generated;

If the task item detection of the cleanable installation package is completed, a detection result including the detected quantity of the cleanable installation package and the software information of the cleanable installation package is generated;

If the detection of the upgradable software task item is completed, a detection result including the detected quantity of upgradable software and software information of the upgradable software is generated;

If the detection of the software vulnerability scanning task item is completed, a detection result including the number of detected software with vulnerabilities and the software information of the software with vulnerabilities is generated;

If the detection of the system preset software task item is completed, a detection result including the detected number of system preset software and software information of the system preset software is generated.

After the detection of one of the task items is completed, a detection result corresponding to the task item is generated, including:

If the detection of the virus killing task item is completed, then generate a detection result including the number of software to be killed and the software information of the software to be killed;

If the detection of the malicious adware task item is completed, a detection result including the detected malicious adware quantity and malicious adware software information is generated;

If the detection of the self-starting software task item is completed, a detection result containing the detected number of self-starting software, the number of self-starting software and the software information of the self-starting software is generated;

If the detection of the movable software task item is completed, a detection result including the detected quantity of movable software and software information of the movable software is generated;

If the task item detection of the cleanable installation package is completed, a detection result including the detected quantity of the cleanable installation package and the software information of the cleanable installation package is generated;

If the detection of the upgradable software task item is completed, a detection result including the detected quantity of upgradable software and software information of the upgradable software is generated;

If the detection of the software vulnerability scanning task item is completed, a detection result including the number of detected software with vulnerabilities and the software information of the software with vulnerabilities is generated;

If the detection of the system preset software task item is completed, a detection result including the detected number of system preset software and software information of the system preset software is generated.

Optionally, the aforementioned method for detecting the software state at the mobile terminal also includes:

Acquiring detection results corresponding to all task items in the detection task list;

Determining a comprehensive detection result according to the detection results corresponding to all the task items;

According to the comprehensive detection result, the result presentation form is processed to present different forms corresponding to different comprehensive detection results.

Optionally, in the aforementioned method for detecting software status in a mobile terminal, wherein, according to the comprehensive detection result, processing the result presentation window includes:

If the comprehensive detection result is safe to run, the form is processed as a form presented when it is safe to run;

If the comprehensive detection result is that there is a security risk, the form is processed as a form that is presented when there is a security risk;

If the comprehensive detection result is that there is software that can be optimized, the form is processed as a form that is presented when there is software that can be optimized;

If the comprehensive detection result is a virus infection, the window is processed as a window presented when the virus is infected.

Optionally, the aforementioned method for detecting the software state at the mobile terminal also includes:

Acquiring detection results corresponding to all task items in the detection task list;

Determining a comprehensive detection result according to the detection results corresponding to all the task items;

Judging whether the comprehensive detection result is safe in operation;

If so, then generate completion prompt information, so that the user triggers a completion instruction according to the completion prompt information;

Otherwise, generate one-key optimization operation prompt information, so that the user triggers a one-key optimization operation instruction according to the one-key optimization operation prompt information.

Optionally, the aforementioned method for detecting the software state at the mobile terminal also includes:

If the one-key optimization operation instruction triggered by the user is received, perform the one-key optimization operation according to the comprehensive detection result;

Wherein, the one-key optimization operation is performed according to the comprehensive detection result, specifically:

If the comprehensive detection result includes software information of software that needs to be checked and killed, then call the virus checking and killing engine to check and kill the software that needs to be checked and killed;

If the comprehensive detection result includes the software information of the self-starting software, then obtain the Root authority, and close the self-starting function of the self-starting software when having the Root authority;

If the comprehensive detection result includes software information of software that can be moved, obtain Root authority, and transfer the software that can be moved to a preset target directory when having Root authority;

If the comprehensive detection result includes software information that can clean up the installation package, then clean up the installation package corresponding to the installation package information contained in the detection result;

If the comprehensive detection result includes software information of malicious adware, software information of upgradeable software, software information of vulnerable software, and software information of system preset software, a manual processing prompt information;

If a manual optimization operation instruction triggered by the user according to the manual trigger prompt information is received, the software information is processed by using the operation instruction according to the software information and operation instructions carried in the manual optimization operation instruction.

Optionally, the aforementioned method for detecting the software state at the mobile terminal also includes:

If the completion instruction triggered by the user is received, generating optimization completion presentation information;

If the one-key optimization operation instruction triggered by the user is received, the progress of the one-key optimization operation is monitored, and after the optimization is completed, the optimization completion presentation information is generated.

Optionally, the aforementioned method for detecting the software state at the mobile terminal also includes:

During the process of detecting the installed software, the detection progress is monitored, and progress presentation information corresponding to the current detection progress is generated.

Optionally, the aforementioned method for detecting the software state at the mobile terminal also includes:

Get the number of installed software, and generate the number display information.

According to the second aspect of the present invention, a device for detecting software status in a mobile terminal is provided, including:

The detection module is configured to detect the installed software according to the preset detection task list after receiving the detection instruction triggered by the user, and the detection task list contains two or more task items;

The first generating module is configured to generate a detection result corresponding to at least one task item after the detection of the task item is completed;

The second generating module is configured to generate security processing prompt information according to the detection result, so that the user can perform corresponding software operations according to the security processing prompt information.

Optionally, the aforementioned device for detecting software status on a mobile terminal, wherein the preset detection task list includes: virus killing task items, malicious adware task items, self-starting software task items, relocation software A combination of any two or more of task items, cleanable installation package task items, upgradable software task items, software vulnerability scanning task items, and system preset software task items; correspondingly, the detection module is specifically used for :

According to the preset detection task list, call the virus killing engine corresponding to the virus killing task item to detect whether there is a virus in the installed software; and/or

According to the preset detection task list, invoke the first detection strategy corresponding to the malicious adware task item to detect whether there is malicious adware in the installed software; and/or

According to the preset detection task list, call the second detection strategy corresponding to the self-starting software task item to detect whether there is self-starting software in the installed software; and/or

According to the preset detection task list, call the third detection strategy corresponding to the software task item that can be moved to detect whether there is software that can be moved in the installed software; and/or

According to the preset detection task list, call the fourth detection strategy corresponding to the cleanable installation package task item to detect whether there is a cleanable installation package in the installed software; and/or

According to the preset detection task list, call the fifth detection strategy corresponding to the upgradeable software task item to detect whether there is upgradeable software in the installed software; and/or

According to the preset detection task list, call the sixth detection strategy corresponding to the software vulnerability scanning task item to detect whether there is any software with vulnerabilities in the installed software; and/or

According to the preset detection task list, call the seventh detection strategy corresponding to the system preset software task item to detect whether there is system preset software in the installed software.

Optionally, the aforementioned device for detecting software status in a mobile terminal, wherein the first generating module is specifically used for:

When the detection of the virus killing task item is completed, a detection result including the software information of the number of software to be killed and the software to be killed is generated;

When the detection of the malicious adware task item is completed, a detection result including the detected malicious adware quantity and malicious adware software information is generated;

When the detection of the self-starting software task item is completed, a detection result including the detected number of self-starting software and software information of the self-starting software is generated;

When the detection of the movable software task item is completed, a detection result including the detected quantity of movable software and software information of the movable software is generated;

When the task item detection of the cleanable installation package is completed, a detection result including the detected quantity of the cleanable installation package and the software information of the cleanable installation package is generated;

When the detection of the upgradable software task item is completed, a detection result including the detected quantity of upgradable software and software information of the upgradable software is generated;

When the detection of the software vulnerability scanning task item is completed, a detection result including the number of detected software with vulnerabilities and the software information of the software with vulnerabilities is generated;

When the detection of the system preset software task item is completed, a detection result including the detected system preset software quantity and software information of the system preset software is generated.

Optionally, the aforementioned device for detecting the software status at the mobile terminal also includes:

A first obtaining module, configured to obtain detection results corresponding to all task items in the detection task list;

A determination module, configured to determine a comprehensive detection result according to the detection results corresponding to all the task items;

The form processing module is configured to process the result presentation form according to the comprehensive detection result, so as to present different forms corresponding to different comprehensive detection results.

Optionally, the aforementioned device for detecting software status in the mobile terminal, the window processing module is specifically used for:

When the comprehensive detection result is safe to run, process the form as a form presented when it is safe to run;

When the comprehensive detection result is that there is a potential safety hazard, the form is processed as a form that is presented when there is a potential safety hazard;

When the comprehensive detection result is that there is software that can be optimized, the form is processed as a form that is presented when there is software that can be optimized;

When the comprehensive detection result is a virus infection, the form is processed as a form presented when the virus is infected.

Optionally, the aforementioned device for detecting the software status at the mobile terminal also includes:

A first obtaining module, configured to obtain detection results corresponding to all task items in the detection task list;

A determination module, configured to determine a comprehensive detection result according to the detection results corresponding to all the task items;

A judging module, configured to judge whether the comprehensive detection result is safe in operation;

The third generating module is used to generate completion prompt information when the comprehensive detection result is safe to operate, so that the user can trigger a completion instruction according to the completion prompt information, and generate a completion prompt when the comprehensive detection result is not safe to operate key optimization operation prompt information, so that the user triggers a one-key optimization operation instruction according to the one-key optimization operation prompt information.

Optionally, the aforementioned device for detecting the software status at the mobile terminal also includes:

An execution module, configured to execute the one-key optimization operation according to the comprehensive detection result when receiving the one-key optimization operation instruction triggered by the user;

Wherein, the one-key optimization operation is performed according to the comprehensive detection result, specifically:

If the comprehensive detection result includes software information of software that needs to be checked and killed, then call the virus checking and killing engine to check and kill the software that needs to be checked and killed;

If the comprehensive detection result includes the software information of the self-starting software, then obtain the Root authority, and close the self-starting function of the self-starting software when having the Root authority;

If the comprehensive detection result includes software information of software that can be moved, obtain Root authority, and transfer the software that can be moved to a preset target directory when having Root authority;

If the comprehensive detection result includes software information that can clean up the installation package, then clean up the installation package corresponding to the installation package information contained in the detection result;

If the comprehensive detection result includes software information of malicious adware, software information of upgradeable software, software information of vulnerable software, and software information of system preset software, a manual processing prompt information;

If a manual optimization operation instruction triggered by the user according to the manual trigger prompt information is received, the software information is processed by using the operation instruction according to the software information and operation instructions carried in the manual optimization operation instruction.

Optionally, the aforementioned device for detecting the software status at the mobile terminal also includes:

The fourth generation module is configured to generate optimization completion presentation information when the completion instruction triggered by the user is received; when the one-key optimization operation instruction triggered by the user is received, monitor the progress of the one-key optimization operation and After that, generate optimization completion presentation information.

Optionally, the aforementioned device for detecting the software status at the mobile terminal also includes:

The monitoring module is configured to monitor the progress of the detection during the detection of the installed software, and generate progress presentation information corresponding to the current detection progress.

Optionally, the aforementioned device for detecting the software status at the mobile terminal also includes:

The second acquiring module is configured to acquire the quantity of installed software, and generate quantity presentation information.

With the above technical solutions, the technical solutions provided by the embodiments of the present invention have at least the following advantages:

The technical solution provided by the present invention detects the installed software according to the preset detection task list after receiving the detection instruction triggered by the user, so that the user only needs to trigger once to realize multiple detections of the software, Simplifies the cumbersome process of using various management software for separate operations in the prior art, and improves user experience; in addition, the technical solution provided by the present invention generates corresponding safety processing prompt information based on the detection results corresponding to each task item, It prompts the user to perform corresponding software operations, helps the user to effectively manage the installed software on the device, and realizes multiple detection and processing of the installed software with one trigger, which simplifies the user's operation and facilitates the user's use.

The above description is only an overview of the technical solutions of the present invention. In order to understand the technical means of the present invention more clearly and implement them according to the contents of the description, the preferred embodiments of the present invention and accompanying drawings are described in detail below.

Description of drawings

Various other advantages and benefits will become apparent to those of ordinary skill in the art upon reading the following detailed description of the preferred embodiment. The drawings are only for the purpose of illustrating a preferred embodiment and are not to be considered as limiting the invention. Also throughout the drawings, the same reference numerals are used to designate the same components. In the attached picture:

FIG. 1 shows a schematic flowchart of an implementation of a method for detecting software status in a mobile terminal provided by Embodiment 1 of the present invention;

FIG. 2 shows a schematic diagram of a presentation example of cleaning prompt information in a method for detecting a software state in a mobile terminal according to Embodiment 1 of the present invention;

FIG. 3 shows a schematic flow diagram of another implementation of the method for detecting software status in a mobile terminal provided by Embodiment 1 of the present invention;

FIG. 4 shows a schematic diagram of a presentation example of process presentation information in a method for detecting software status in a mobile terminal provided by Embodiment 1 of the present invention;

FIG. 5 shows a schematic diagram of a presentation example of quantity presentation information in a method for detecting a software state in a mobile terminal according to Embodiment 1 of the present invention;

FIG. 6 shows a schematic diagram of an example of a manual optimization interface in a method for detecting a software state in a mobile terminal according to Embodiment 1 of the present invention;

FIG. 7 shows a schematic diagram of an example of ending an interface in a method for detecting a software state in a mobile terminal provided by Embodiment 1 of the present invention;

FIG. 8 shows a schematic diagram of an example of software scanning and killing based on the cloud in the method for detecting the software status of the mobile terminal provided by Embodiment 1 of the present invention;

FIG. 9 shows a schematic structural diagram of an implementation of an apparatus for detecting software status in a mobile terminal provided by Embodiment 2 of the present invention;

FIG. 10 shows a schematic structural diagram of another implementation of an apparatus for detecting software status in a mobile terminal provided by Embodiment 2 of the present invention.

Detailed ways

In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments It is a part of embodiments of the present invention, but not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts fall within the protection scope of the present invention.

As shown in FIG. 1 , it is a schematic flowchart of a method for detecting a software state in a mobile terminal provided by Embodiment 1 of the present invention. The method described in the first embodiment includes:

Step 101: After receiving a detection instruction triggered by a user, the installed software is detected according to a preset detection task list.

Wherein, the detection task list contains two or more task items. Specifically, the preset detection task list may include: virus killing task items, malicious adware task items, self-starting software task items, software task items that can be moved, installation package task items that can be cleaned, and software task items that can be upgraded A combination of any two or more of , software vulnerability scanning task item and system preset software task item.

What needs to be explained here is that in this step, the installed software can be detected sequentially according to the sequence of all task items included in the detection task list. In this step, the installed software may also be detected sequentially according to the task items specified by the user in the detection task list. Wherein, the information of the task item specified by the user may be carried in the detection instruction triggered by the user, or in the setting information preset by the user. For example, after the user clicks to enter the operation interface of software detection, enters the setting interface and checks the task items to determine the task items that need to be detected for the installed software.

Therefore, this step may specifically include the following steps:

According to the preset detection task list, call the virus killing engine corresponding to the virus killing task item to detect whether there is a virus in the installed software; and/or

According to the preset detection task list, invoke the first detection strategy corresponding to the malicious adware task item to detect whether there is malicious adware in the installed software; and/or

According to the preset detection task list, call the second detection strategy corresponding to the self-starting software task item to detect whether there is self-starting software in the installed software; and/or

According to the preset detection task list, call the third detection strategy corresponding to the software task item that can be moved to detect whether there is software that can be moved in the installed software; and/or

According to the preset detection task list, call the fourth detection strategy corresponding to the cleanable installation package task item to detect whether there is a cleanable installation package in the installed software; and/or

According to the preset detection task list, call the fifth detection strategy corresponding to the upgradeable software task item to detect whether there is upgradeable software in the installed software; and/or

According to the preset detection task list, call the sixth detection strategy corresponding to the software vulnerability scanning task item to detect whether there is any software with vulnerabilities in the installed software; and/or

According to the preset detection task list, call the seventh detection strategy corresponding to the system preset software task item to detect whether there is system preset software in the installed software.

What needs to be added here is: in the above steps, the first detection strategy can be composed of multiple logical judgments based on the characteristics of malicious advertisement files (see the content below for specific characteristics). Currently, the The first detection strategy may also directly reuse the strategy applied by detection software used to detect malicious adware in the prior art. Likewise, in the above steps, the second detection strategy may directly reuse the strategy used to detect self-starting software applications in the prior art. The third detection strategy may directly reuse the strategy applied by the software for detecting relocation in the prior art. The fourth detection strategy may directly reuse the strategy used in the prior art for detecting cleanable installation packages. The fifth detection strategy can directly reuse the strategy used for detecting upgradeable software in the prior art. The sixth detection strategy may directly reuse the strategy used to detect vulnerable software in the prior art. The seventh detection strategy can directly reuse the strategy used in the prior art for detecting the application of system preset software.

Step 102, after at least one task item is detected, a detection result corresponding to the task item is generated.

Wherein, when the preset detection task list includes: virus killing task item, malicious adware task item, self-starting software task item, software task item that can be moved, task item that can clean up the installation package, task item that can be upgraded software, When the combination of any two or more of the software vulnerability scanning task item and the system preset software task item, this step 102 may specifically include the following steps:

If the detection of the virus killing task item is completed, then generate a detection result including the number of software to be killed and the software information of the software to be killed;

If the detection of the malicious adware task item is completed, a detection result including the detected malicious adware quantity and malicious adware software information is generated;

If the detection of the self-starting software task item is completed, a detection result including the detected number of self-starting software and software information of the self-starting software is generated;

If the detection of the movable software task item is completed, a detection result including the detected quantity of movable software and software information of the movable software is generated;

If the task item detection of the cleanable installation package is completed, a detection result including the detected quantity of the cleanable installation package and the software information of the cleanable installation package is generated;

If the detection of the upgradable software task item is completed, a detection result including the detected quantity of upgradable software and software information of the upgradable software is generated;

If the detection of the software vulnerability scanning task item is completed, a detection result including the number of detected software with vulnerabilities and the software information of the software with vulnerabilities is generated;

If the detection of the system preset software task item is completed, a detection result including the detected number of system preset software and software information of the system preset software is generated.

What needs to be added here is: the malicious adware in the above content refers to software with the following behaviors: 1. Modifying the browser homepage without permission, and cannot be changed back. 2. Tampering with desktop icons and the shortcuts of the start menu, when you double-click, you will find an advertising webpage. 3. Add BHO (Browser Helper Object, Browser Helper Object) to force the webpage visited by the user to the URL specified by itself. 4. Add master advertising links on the desktop, menu, and favorites, and it is not easy to delete. 5. Add start-up items, start with the system, forcibly play advertisements or hijack browser access, etc. The above 1 to 5 points can be used as a criterion for judging whether the file is a malicious advertisement, and the first detection strategy can be determined based on the above 5 points. The self-starting software mentioned above refers to software or programs that run automatically when the computer is turned on. The relocatable software mentioned in the above content means that after the system disk (especially C disk) is full, it will cause the system to run slowly, some operations cannot be performed normally, and it needs to be moved to other disks. Software that can be used normally without being affected. The cleanable installation package mentioned in the above content refers to the installation package that has been installed and used, and can be deleted if it is useless.

Step 103: Generate security processing prompt information according to the detection result, so that the user can perform corresponding software operations according to the security processing prompt information.

Specifically, based on the above content, this step 103 may specifically include the following steps:

If the detection result is a detection result that includes the number of software that needs to be checked and killed and the software information of the software that needs to be checked and killed, then generate a prompt message that carries the detection result;

If the detection result is a detection result including the detected malicious adware quantity and malicious adware software information, then generate prohibition prompt information carrying the detection result;

If the detection result is a detection result that includes the detected number of self-starting software and the software information of the self-starting software, then generate a prompt message for closing the self-starting that carries the detection result;

If the detection result is a detection result that includes the detected number of software that can be moved and the software information of the software that can be moved, then generate a moving reminder message that carries the detection result;

If the detection result is a detection result including the detected number of cleanable installation packages and the software information of the cleanable installation packages, then generate cleaning prompt information carrying the detection result;

If the detection result is a detection result including the detected number of upgradable software and software information of the upgradable software, an upgrade prompt message carrying the detection result is generated;

If the detection result is a detection result including the number of detected software with vulnerabilities and the software information of the vulnerable software, then generate a vulnerability viewing prompt message carrying the detection results;

If the detection result is a detection result including the detected number of system preset software and software information of the system preset software, software uninstallation prompt information carrying the detection result is generated.

For example, the cleaning prompt information generated in the above content carrying the detection result can be characterized as the display information presented in area 1 in FIG. 2 in practical applications, that is, the display information shows the number of cleanable installation packages (such as 6) displayed on the right side of the installation package cleaning in Figure 2 and the software information that can clean up the installation package. Wherein, the cleanable installation package may be presented in the form of a pull-down expanded window. The pull-down expansion window is a window that is expanded after the user triggers the area 1 . Similarly, the above prompt information for killing, prohibiting prompt information, closing self-starting prompt information, moving prompt information, upgrading prompt information, vulnerability viewing prompt information and software uninstall prompt information can all be the same as the cleaning prompt information represented in Figure 2 above. presented in the same manner.

The technical solution provided by this embodiment detects the installed software according to the preset detection task list after receiving the detection instruction triggered by the user, so that the user only needs to trigger once to realize multiple detections of the software , which simplifies the cumbersome process of using various management software for separate operations in the prior art, and improves user experience; in addition, the technical solution provided in this embodiment generates corresponding security processing prompts based on the detection results corresponding to each task item Information to prompt the user to perform corresponding software operations, help users to effectively manage the installed software on the device, and realize multiple detection and processing of the installed software with one trigger, which simplifies the user's operation and facilitates the user's use.

What needs to be added here is that: the method for detecting the software state in the mobile terminal provided in this embodiment may also include a software installation detection process, so as to prevent the terminal device from installing an application program carrying a virus. For example, this embodiment can set the application installation monitoring interface function in the application layer, provide a service (such as security service) in the framework layer, and set the pre-installation packet detection interface function for the security service; like this, the application program that needs to be installed The identification information can be transmitted to the application installation monitoring interface function of the application layer through the pre-installation packet detection interface function of the security service of the framework layer. At the application layer, the application installation monitoring interface function can provide the application identification information to the virus scanning application in the terminal device (the virus scanning application can also be called a security management application, such as an existing antivirus application, etc.), And trigger the virus scanning application program to scan the application program corresponding to the application identification information.

When the application program is installed, the operating system (such as the Android system) will start the package management service, and the application installation interface function in the package management service will be called, so this embodiment can use the existing application installation interface function The specific implementation process is modified to implement virus scanning on the application program before executing the installation operation of the application program, so as to prevent the terminal device from installing the application program carrying the virus.

Further, the method provided in the above embodiment, as shown in FIG. 3 , may further include the following steps:

Step 201. Obtain detection results corresponding to all task items in the detection task list.

Step 202. Determine a comprehensive detection result according to the detection results corresponding to all the task items.

Step 203 , according to the comprehensive detection result, process the result presentation form to present the processed result presentation form.

Specifically, this step 203 may include the following steps:

If the comprehensive detection result is safe to run, the form is processed as a form presented when it is safe to run;

If the comprehensive detection result is that there is a security risk, the form is processed as a form that is presented when there is a security risk;

If the comprehensive detection result is that there is software that can be optimized, the form is processed as a form that is presented when there is software that can be optimized;

If the comprehensive detection result is a virus infection, the window is processed as a window presented when the virus is infected.

Through the above steps 201 to 203, this embodiment implements different presentation windows based on different comprehensive detection results, so that the user can know at a glance whether the software detection results are good or bad. Wherein, for different comprehensive detection results, the different windows presented may be windows of different colors, of course, they may also be windows showing signs of good or bad results, which is not specifically limited in this embodiment. For example, a window that appears when security is running and when there is optimizeable software can be a blue window; a window that is presented when there is a security risk can be a yellow window; a window that is presented when a virus is infected can be red form.

Further, the method provided in the above embodiment may also include the following steps:

During the process of detecting the installed software, the detection progress is monitored, and progress presentation information corresponding to the current detection progress is generated.

Specifically, the process presentation information may be represented by the form presented in area 2 in FIG. 4 , and the user may know the detection progress by observing the process presentation information.

Further, the method provided in the above embodiment may also include the following steps:

Get the number of installed software, and generate the number display information.

Through the above steps, the user can be presented with the quantity of software currently installed on the device, so as to help the user understand the software installation situation of the device. Wherein, the quantity presentation information may be characterized as a form presented by area 3 shown in FIG. 5 .

What needs to be added here is that the window shown in FIG. 5 can be used as the entry interface of the device corresponding to the method for detecting the software state in the mobile terminal described in this embodiment. The user can enter the software analysis interface shown in Figure 4 by triggering the "software problem analysis" button in the entry interface. After completing a task item, the corresponding detection result is presented. After the detection of all task items is completed, the software analysis interface will enter the detection result presentation interface shown in Figure 2, and present different windows (such as red window, yellow window or blue window) according to the comprehensive detection results. During the detection process, the user cannot operate through the software analysis interface. Only after all task items are detected, the user can perform corresponding operations through the software analysis interface, such as killing existing viruses, cleaning installation packages, Upgrade software, fix bugs, move software, ban malicious adware, etc. After all the user's operations are completed, the software analysis interface presents an end interface as shown in FIG. 7 , and the user clicks the "finish" button in the end interface to complete the whole process of software detection. The content described above is the interface change process during the detection process of the method for detecting the software state in the mobile terminal provided by this embodiment.

Further, the method provided in the above embodiment may also include:

If an operation command triggered by the user according to the killing prompt information is received, the virus scanning engine is called to perform scanning and killing of the software corresponding to the software information contained in the detection result;

If an operation instruction triggered by the user according to the prohibited prompt information is received, the software corresponding to the software information contained in the detection result is deleted;

If the operation instruction triggered by the user according to the closing self-starting prompt information is received, the Root authority is obtained, and when having the Root authority, the self-starting function of the software corresponding to the software information contained in the detection result is closed;

If the operation instruction triggered by the user according to the moving prompt information is received, the Root authority is obtained, and when having the Root authority, the software corresponding to the software information contained in the detection result is transferred according to the target directory carried by the operation instruction. to the target directory;

If an operation instruction triggered by the user according to the cleaning prompt information is received, the installation package corresponding to the installation package information contained in the detection result is cleaned up;

If an operation instruction triggered by the user according to the upgrade prompt information is received, a software upgrade package corresponding to the software information included in the detection result is obtained, and the software is upgraded according to the software upgrade package;

If an operation instruction triggered by the user according to the upgrade prompt information is received, a software upgrade package corresponding to the software information included in the detection result is obtained, and the software is upgraded according to the software upgrade package;

If the operation instruction triggered by the user according to the vulnerability viewing prompt information is received, the vulnerability information of the software corresponding to the software information contained in the detection result is obtained, and the vulnerability information is presented for the user to view;

If an operation instruction triggered by the user according to the software uninstallation prompt information is received, the software corresponding to the software information contained in the detection result is uninstalled.

In practical applications, the above steps can be implemented by checking the user's check, that is, the user selects the check option on the software analysis interface of the corresponding device through the method of detecting the software status on the mobile terminal, so as to check the detection results. The software can be selectively processed, not all of them, which can bring more options to users to meet the needs of different users.

What needs to be explained here is: generally operating the software on the smart phone requires Root permission, such as booting the software automatically, moving the software, and so on. Therefore, in the above steps, the operation of the self-starting software and the mobile software needs to obtain the root authority, that is, the root authority must be obtained first, and the self-starting function of the self-starting software can be turned off or the moving software can be moved to the under the target directory. For computers such as desktop computers or notebooks, self-starting software usually needs to obtain Root permission to operate it, but moving software may not all need to obtain Root permission to operate it. And in the above-mentioned embodiment, the reason why the software that can be moved is limited to the software that needs to obtain the Root authority is because the operation of the software that needs to obtain the Root authority in the system disk will affect the startup speed of the computer, memory usage and other performances, so for It makes more sense to use the software move function for software that needs to obtain Root permissions. Of course, for those software that do not need to obtain Root permission, after the user enters the moving instruction, the moved software can be transferred to the target directory specified by the moving instruction, and the movable software in the original directory can be deleted, that is, similar to In the so-called "cut" operation.

Wherein, obtaining the Root authority can be performed automatically after receiving an operation command triggered by the user; it can also be performed by the user through the method of detecting the software state on the mobile terminal and corresponding to the "Acquire Root authority" on the entry interface or software analysis interface of the device. "Touch key to get it manually. In the foregoing embodiments, the Root authority acquired automatically or manually is a temporary Root authority.

Of course, in addition to selectively processing the software, one-key optimization processing can also be used. According to the detection results of all task items, the problems that appear in all detection results can be optimized accordingly, that is, this implementation The method provided by the example may also include the following steps:

Step 301. Obtain detection results corresponding to all task items in the detection task list.

Step 302: Determine a comprehensive detection result according to the detection results corresponding to all the task items.

Step 303: Determine whether the comprehensive detection result is safe to run, and if so, generate completion prompt information so that the user can trigger a completion instruction according to the completion prompt information; otherwise, generate one-key optimization operation prompt information so that the user The one-key optimization operation prompt information triggers the one-key optimization operation instruction.

For example, the above-mentioned one-key optimization operation prompt information can be characterized as the one-key optimization touch key below the area 1 in Figure 2, and the user triggers the one-key optimization operation through the "one-key optimization" on the analysis interface of the touch software instruction.

Further, after the above step 303, the following steps are also included:

If the one-key optimization operation instruction triggered by the user is received, the one-key optimization operation is performed according to the comprehensive detection result.

Wherein, the one-key optimization operation is performed according to the comprehensive detection result, specifically:

If the comprehensive detection result includes software information of software that needs to be checked and killed, then call the virus checking and killing engine to check and kill the software that needs to be checked and killed;

If the comprehensive detection result includes the software information of the self-starting software, then obtain the Root authority, and close the self-starting function of the self-starting software when having the Root authority;

If the comprehensive detection result includes software information of software that can be moved, obtain Root authority, and transfer the software that can be moved to a preset target directory when having Root authority;

If the comprehensive detection result includes software information that can clean up the installation package, then clean up the installation package corresponding to the installation package information contained in the detection result;

If the comprehensive detection result includes software information of malicious adware, software information of upgradeable software, software information of vulnerable software, and software information of system preset software, a manual processing prompt information;

If a manual optimization operation instruction triggered by the user according to the manual trigger prompt information is received, the software information is processed by using the operation instruction according to the software information and operation instructions carried in the manual optimization operation instruction.

What needs to be explained here is: the problematic software detected by some task items in the detection task list cannot be automatically processed by the one-click optimization function, such as the above-mentioned malicious adware, upgradeable software, vulnerable software and System Preset Software. These software needs to be processed manually, so after the items that can be optimized with one key are completed, as shown in Figure 6, the software analysis interface enters the manual optimization interface. At this time, the user needs to manually trigger the corresponding item to complete the software by manual operation. optimized processing. For example, the "software move", "system preset software cleanup" and "software upgrade" manual optimization buttons listed in Fig. 6 . The user touches the corresponding buttons respectively to enter the manual optimization process. The user only needs to perform manual operations according to the optimization wizard provided by the device corresponding to the method for detecting the software state in the mobile terminal.

Still further, the above-mentioned embodiment also includes the following steps:

If the completion instruction triggered by the user is received, generating optimization completion presentation information;

If the one-key optimization operation instruction triggered by the user is received, the progress of the one-key optimization operation is monitored, and after the optimization is completed, the optimization completion presentation information is generated.

Wherein, the optimization completion presentation information generated in the above steps may be specifically characterized as the display information shown in FIG. 7 .

The device for detecting the software state in the mobile terminal corresponding to the method for detecting the software state in the mobile terminal described in the above embodiments may specifically be a security application program similar to a security guard, and the security application program can be installed On terminals such as mobile phones and iPads. In practical applications, such as the structure shown in FIG. 8 , a virus identification engine 101 and a virus database 102 may be installed on the terminal 100 to realize virus inspection and killing of installed software. On the cloud 200, there is an identification library for user scanning and killing. The terminal 100 can realize the method of checking and killing based on the cloud 200 by interacting with the cloud. Specifically, the local antivirus engines on the cloud and mobile terminals can use mechanisms such as whitelists, graylists, or blacklists, and can be based on the package name, and/or, version number, and/or, digital signature, and/or of the Android installation package. Or, the characteristics of the Android component receiver, and/or, the characteristics of the Android component service, and/or, the characteristics of the Android component activity, and/or, the instructions or strings in the executable file, and/or, the Android installation package directory The MD5 value of each file; judge the security of the file.

It should be noted that, for the foregoing method embodiments, for the sake of simple description, they are expressed as a series of action combinations, but those skilled in the art should know that the present invention is not limited by the described action sequence. Because of the present invention, certain steps may be performed in other orders or simultaneously. Secondly, those skilled in the art should also know that the embodiments described in the specification belong to preferred embodiments, and the actions and modules involved are not necessarily required by the present invention.

As shown in FIG. 9 , it is a schematic structural diagram of an apparatus for detecting software status in a mobile terminal provided by Embodiment 2 of the present invention. The apparatus for detecting a software state in a mobile terminal provided in this embodiment can implement the method for detecting a software state in a mobile terminal provided in Embodiment 1 above. Specifically, the device for detecting the software state in the mobile terminal described in this embodiment is applied to the user terminal. The device for detecting the software state in the mobile terminal includes: a detection module 10 , a first generation module 20 and a second generation module 30 . Wherein, the detection module 10 is configured to detect the installed software according to the preset detection task list after receiving the detection instruction triggered by the user, and the detection task list contains two or more tasks item. The first generating module 20 is configured to generate a detection result corresponding to at least one task item after the detection of the task item is completed. The second generating module 30 is configured to generate security processing prompt information according to the detection result, so that the user can perform corresponding software operations according to the security processing prompt information.

The technical solution provided by this embodiment detects the installed software according to the preset detection task list after receiving the detection instruction triggered by the user, so that the user only needs to trigger once to realize multiple detections of the software , which simplifies the cumbersome process of using various management software for separate operations in the prior art, and improves user experience; in addition, the technical solution provided in this embodiment generates corresponding security processing prompts based on the detection results corresponding to each task item Information to prompt the user to perform corresponding software operations, help users to effectively manage the installed software on the device, and realize multiple detection and processing of the installed software with one trigger, which simplifies the user's operation and facilitates the user's use.

Further, the preset detection task list in the above embodiment includes: virus killing task item, malicious adware task item, self-starting software task item, software task item that can be moved, installation package task item that can be cleaned, upgradeable A combination of any two or more of the software task item, the software vulnerability scanning task item, and the system preset software task item; correspondingly, the detection module 10 described in the above embodiment is specifically used for:

According to the preset detection task list, call the virus killing engine corresponding to the virus killing task item to detect whether there is a virus in the installed software; and/or

According to the preset detection task list, invoke the first detection strategy corresponding to the malicious adware task item to detect whether there is malicious adware in the installed software; and/or

According to the preset detection task list, call the second detection strategy corresponding to the self-starting software task item to detect whether there is self-starting software in the installed software; and/or

According to the preset detection task list, call the third detection strategy corresponding to the software task item that can be moved to detect whether there is software that can be moved in the installed software; and/or

According to the preset detection task list, call the fourth detection strategy corresponding to the cleanable installation package task item to detect whether there is a cleanable installation package in the installed software; and/or

According to the preset detection task list, call the fifth detection strategy corresponding to the upgradeable software task item to detect whether there is upgradeable software in the installed software; and/or

According to the preset detection task list, call the sixth detection strategy corresponding to the software vulnerability scanning task item to detect whether there is any software with vulnerabilities in the installed software; and/or

According to the preset detection task list, call the seventh detection strategy corresponding to the system preset software task item to detect whether there is system preset software in the installed software.

Further, the first generation module 20 described in the above embodiment is specifically used for:

When the detection of the virus killing task item is completed, a detection result including the software information of the number of software to be killed and the software to be killed is generated;

When the detection of the malicious adware task item is completed, a detection result including the detected malicious adware quantity and malicious adware software information is generated;

When the detection of the self-starting software task item is completed, a detection result including the detected number of self-starting software and software information of the self-starting software is generated;

When the detection of the movable software task item is completed, a detection result including the detected quantity of movable software and software information of the movable software is generated;

When the task item detection of the cleanable installation package is completed, a detection result including the detected quantity of the cleanable installation package and the software information of the cleanable installation package is generated;

When the detection of the upgradable software task item is completed, a detection result including the detected quantity of upgradable software and software information of the upgradable software is generated;

When the detection of the software vulnerability scanning task item is completed, a detection result including the number of detected software with vulnerabilities and the software information of the software with vulnerabilities is generated;

When the detection of the system preset software task item is completed, a detection result including the detected system preset software quantity and software information of the system preset software is generated.

Further, the second generating module 30 described in the above embodiment is specifically used for:

When the detection result is a detection result including the number of software to be checked and killed and the software information of the software to be checked and killed, generating a prompt message for checking and killing the detection result;

When the detection result is a detection result including the detected malicious adware quantity and malicious adware software information, generate prohibition prompt information carrying the detection result;

When the detection result is a detection result that includes the detected number of self-starting software and the software information of the self-starting software, generate a prompt message for closing the self-starting that carries the detection result;

When the detection result is a detection result that includes the detected software information of the software that can be moved and the number of software that can be moved, generating a moving reminder message that carries the detection result;

When the detection result is a detection result including the detected number of cleanable installation packages and the software information of the cleanable installation packages, generating cleaning prompt information carrying the detection result;

When the detection result is a detection result including the detected number of upgradable software and software information of the upgradable software, an upgrade prompt message carrying the detection result is generated;

When the detection result is a detection result including the number of detected software with vulnerabilities and the software information of the vulnerable software, generate a vulnerability viewing prompt message carrying the detection results;

When the detection result includes the detected number of system preset software and software information of the system preset software, software uninstallation prompt information carrying the detection result is generated.

Further, as shown in FIG. 10 , the apparatus for detecting software status in a mobile terminal described in the above embodiment further includes: a first acquisition module 40 , a determination module 50 and a window processing module 60 . Wherein, the first obtaining module 40 is configured to obtain detection results corresponding to all task items in the detection task list. The determination module 50 is configured to determine a comprehensive detection result according to the detection results corresponding to all the task items. The window processing module 60 is configured to process the result presentation window according to the comprehensive detection result, so as to present different windows corresponding to different comprehensive detection results.

Further, the window processing module 60 is specifically used for:

When the comprehensive detection result is safe to run, process the form as a form presented when it is safe to run;

When the comprehensive detection result is that there is a potential safety hazard, the form is processed as a form that is presented when there is a potential safety hazard;

When the comprehensive detection result is that there is software that can be optimized, the form is processed as a form that is presented when there is software that can be optimized;

When the comprehensive detection result is a virus infection, the form is processed as a form presented when the virus is infected.

Further, as shown in FIG. 10 , the apparatus for detecting software status in a mobile terminal described in the above embodiments may further include: a monitoring module 70 . Wherein, the monitoring module 70 is configured to monitor the detection progress during the detection process of the installed software, and generate progress presentation information corresponding to the current detection progress.

Further, as shown in FIG. 10 , the apparatus for detecting software status in a mobile terminal described in the above embodiments may further include: a second acquiring module 80 . Wherein, the second acquiring module 80 is configured to acquire the quantity of installed software, and generate quantity presentation information.

Further, the apparatus for detecting the software state in the mobile terminal shown in FIG. 9 may further include: a first acquiring module, a determining module, a judging module and a third generating module. Wherein, the first obtaining module is used to obtain detection results corresponding to all task items in the detection task list. The determination module is configured to determine a comprehensive detection result according to the detection results corresponding to all the task items. The judging module is used to judge whether the comprehensive detection result is safe in operation. The third generation module is used to generate completion prompt information when the comprehensive detection result is safe to operate, so that the user can trigger a completion instruction according to the completion prompt information; when the comprehensive detection result is not safe to operate, generate One-key optimization operation prompt information, so that the user triggers a one-key optimization operation instruction according to the one-key optimization operation prompt information.

Still further, the apparatus for detecting software status in the mobile terminal described in the above embodiment further includes: an execution module. The execution module is configured to execute the one-key optimization operation according to the comprehensive detection result when receiving the one-key optimization operation instruction triggered by the user;

Wherein, the one-key optimization operation is performed according to the comprehensive detection result, specifically:

If the comprehensive detection result includes software information of software that needs to be checked and killed, then call the virus checking and killing engine to check and kill the software that needs to be checked and killed;

If the comprehensive detection result includes the software information of the self-starting software, then obtain the Root authority, and close the self-starting function of the self-starting software when having the Root authority;

If the comprehensive detection result includes software information of software that can be moved, obtain Root authority, and transfer the software that can be moved to a preset target directory when having Root authority;

If the comprehensive detection result includes software information that can clean up the installation package, then clean up the installation package corresponding to the installation package information contained in the detection result;

If the comprehensive detection result includes software information of malicious adware, software information of upgradeable software, software information of vulnerable software, and software information of system preset software, a manual processing prompt information;

If a manual optimization operation instruction triggered by the user according to the manual trigger prompt information is received, the software information is processed by using the operation instruction according to the software information and operation instructions carried in the manual optimization operation instruction.

Furthermore, the apparatus for detecting the software state in the mobile terminal described in the above embodiment further includes: a fourth generating module. The fourth generating module is configured to generate optimization completion presentation information when receiving the completion instruction triggered by the user; when receiving the one-key optimization operation instruction triggered by the user, monitor the progress of the one-key optimization operation and optimize When complete, generate optimization complete rendering information.

The device for detecting the software state in the mobile terminal described in the second embodiment can realize the method for detecting the software state in the mobile terminal provided in the first embodiment above. For the specific implementation principle, please refer to the related content, which will not be repeated here.

In the foregoing embodiments, the descriptions of each embodiment have their own emphases, and for parts not described in detail in a certain embodiment, reference may be made to relevant descriptions of other embodiments.

It can be understood that the above methods and related features in the switch can refer to each other. In addition, "first", "second" and so on in the above embodiments are used to distinguish each embodiment, and do not represent the advantages and disadvantages of each embodiment.

Those skilled in the art can clearly understand that for the convenience and brevity of the description, the specific working process of the above-described system, device and unit can refer to the corresponding process in the foregoing method embodiment, which will not be repeated here.

The algorithms and displays presented herein are not inherently related to any particular computer, virtual system, or other device. Various generic systems can also be used with the teachings based on this. The structure required to construct such a system is apparent from the above description. Furthermore, the present invention is not specific to any particular programming language. It should be understood that various programming languages can be used to implement the content of the present invention described herein, and the above description of specific languages is for disclosing the best mode of the present invention.

In the description provided herein, numerous specific details are set forth. However, it is understood that embodiments of the invention may be practiced without these specific details. In some instances, well-known methods, structures and techniques have not been shown in detail in order not to obscure the understanding of this description.

Similarly, it should be appreciated that in the foregoing description of exemplary embodiments of the invention, in order to streamline this disclosure and to facilitate an understanding of one or more of the various inventive aspects, various features of the invention are sometimes grouped together in a single embodiment, figure, or its description. This method of disclosure, however, is not to be interpreted as reflecting an intention that the claimed invention requires more features than are expressly recited in each claim. Rather, as the following claims reflect, inventive aspects lie in less than all features of a single foregoing disclosed embodiment. Thus, the claims following the Detailed Description are hereby expressly incorporated into this Detailed Description, with each claim standing on its own as a separate embodiment of this invention.

Those skilled in the art can understand that the modules in the device in the embodiment can be adaptively changed and arranged in one or more devices different from the embodiment. Modules or units or components in the embodiments may be combined into one module or unit or component, and furthermore may be divided into a plurality of sub-modules or sub-units or sub-assemblies. All features disclosed in this specification (including accompanying claims, abstract and drawings) and any method or method so disclosed may be used in any combination, except that at least some of such features and/or processes or units are mutually exclusive. All processes or units of equipment are combined. Each feature disclosed in this specification (including accompanying claims, abstract and drawings) may be replaced by alternative features serving the same, equivalent or similar purpose, unless expressly stated otherwise.

Furthermore, those skilled in the art will understand that although some embodiments described herein include some features included in other embodiments but not others, combinations of features from different embodiments are meant to be within the scope of the invention. and form different embodiments. For example, in the following claims, any of the claimed embodiments may be used in any combination.

The various component embodiments of the present invention may be implemented in hardware, or in software modules running on one or more processors, or in a combination thereof. Those skilled in the art should understand that a microprocessor or a digital signal processor (DSP) can be used in practice to implement some or all of the components in the device for detecting the software state in the mobile terminal according to the embodiment of the present invention. Or full functionality. The present invention can also be implemented as an apparatus or an apparatus program (for example, a computer program and a computer program product) for performing a part or all of the methods described herein. Such a program for realizing the present invention may be stored on a computer-readable medium, or may be in the form of one or more signals. Such a signal may be downloaded from an Internet site, or provided on a carrier signal, or provided in any other form.

It should be noted that the above-mentioned embodiments illustrate rather than limit the invention, and that those skilled in the art will be able to design alternative embodiments without departing from the scope of the appended claims. In the claims, any reference signs placed between parentheses shall not be construed as limiting the claim. The word "comprising" does not exclude the presence of elements or steps not listed in a claim. The word "a" or "an" preceding an element does not exclude the presence of a plurality of such elements. The invention can be implemented by means of hardware comprising several distinct elements, and by means of a suitably programmed computer. In a unit claim enumerating several means, several of these means can be embodied by one and the same item of hardware. The use of the words first, second, and third, etc. does not indicate any order. These words can be interpreted as names.

A1, one aspect of the present invention discloses a method for detecting software status at a mobile terminal, including:

After receiving the detection instruction triggered by the user, the installed software is detected according to the preset detection task list, and the detection task list contains two or more task items;

After the detection of at least one task item is completed, a detection result corresponding to the task item is generated;

According to the detection result, safety processing prompt information is generated, so that the user performs corresponding software operations according to the safety processing prompt information.

A2. The method as described in A1, the preset detection task list includes: virus killing task item, malicious adware task item, self-starting software task item, software task item that can be moved, installation package task item that can be cleaned, A combination of any two or more of the upgradeable software task items, software vulnerability scanning task items, and system preset software task items; correspondingly,

According to the preset detection task list, the installed software is detected, including:

According to the preset detection task list, call the virus killing engine corresponding to the virus killing task item to detect whether there is a virus in the installed software; and/or

According to the preset detection task list, invoke the first detection strategy corresponding to the malicious adware task item to detect whether there is malicious adware in the installed software; and/or

According to the preset detection task list, call the second detection strategy corresponding to the self-starting software task item to detect whether there is self-starting software in the installed software; and/or

According to the preset detection task list, call the third detection strategy corresponding to the software task item that can be moved to detect whether there is software that can be moved in the installed software; and/or

According to the preset detection task list, call the fourth detection strategy corresponding to the cleanable installation package task item to detect whether there is a cleanable installation package in the installed software; and/or

According to the preset detection task list, call the fifth detection strategy corresponding to the upgradeable software task item to detect whether there is upgradeable software in the installed software; and/or

According to the preset detection task list, call the sixth detection strategy corresponding to the software vulnerability scanning task item to detect whether there is any software with vulnerabilities in the installed software; and/or

According to the preset detection task list, call the seventh detection strategy corresponding to the system preset software task item to detect whether there is system preset software in the installed software.

A3, the method as described in A2, after the detection of one of the task items is completed, a detection result corresponding to the task item is generated, including:

If the detection of the virus killing task item is completed, then generate a detection result including the number of software to be killed and the software information of the software to be killed;

If the detection of the malicious adware task item is completed, a detection result including the detected malicious adware quantity and malicious adware software information is generated;

If the detection of the self-starting software task item is completed, a detection result containing the detected number of self-starting software, the number of self-starting software and the software information of the self-starting software is generated;

If the detection of the movable software task item is completed, a detection result including the detected quantity of movable software and software information of the movable software is generated;

If the task item detection of the cleanable installation package is completed, a detection result including the detected quantity of the cleanable installation package and the software information of the cleanable installation package is generated;

If the detection of the upgradable software task item is completed, a detection result including the detected quantity of upgradable software and software information of the upgradable software is generated;

If the detection of the software vulnerability scanning task item is completed, a detection result including the number of detected software with vulnerabilities and the software information of the software with vulnerabilities is generated;

If the detection of the system preset software task item is completed, a detection result including the detected number of system preset software and software information of the system preset software is generated.

A4. The method as described in any one of A1～A3, further comprising:

Acquiring detection results corresponding to all task items in the detection task list;

Determining a comprehensive detection result according to the detection results corresponding to all the task items;

According to the comprehensive detection result, the result presentation form is processed to present different forms corresponding to different comprehensive detection results.

A5, the method as described in A4, described according to the comprehensive detection result, the result presentation form is processed, including:

If the comprehensive detection result is safe to run, the form is processed as a form presented when it is safe to run;

If the comprehensive detection result is that there is a security risk, the form is processed as a form that is presented when there is a security risk;

If the comprehensive detection result is that there is software that can be optimized, the form is processed as a form that is presented when there is software that can be optimized;

If the comprehensive detection result is a virus infection, the window is processed as a window presented when the virus is infected.

A6. The method as described in any one of A1-A3, further comprising:

Acquiring detection results corresponding to all task items in the detection task list;

Determining a comprehensive detection result according to the detection results corresponding to all the task items;

Judging whether the comprehensive detection result is safe in operation;

If so, then generate completion prompt information, so that the user triggers a completion instruction according to the completion prompt information;

Otherwise, generate one-key optimization operation prompt information, so that the user triggers a one-key optimization operation instruction according to the one-key optimization operation prompt information.

A7, the method as described in A6, also includes:

If the one-key optimization operation instruction triggered by the user is received, perform the one-key optimization operation according to the comprehensive detection result;

Wherein, the one-key optimization operation is performed according to the comprehensive detection result, specifically:

If the comprehensive detection result includes software information of software that needs to be checked and killed, then call the virus checking and killing engine to check and kill the software that needs to be checked and killed;

If the comprehensive detection result includes the software information of the self-starting software, then obtain the Root authority, and close the self-starting function of the self-starting software when having the Root authority;

If the comprehensive detection result includes software information of software that can be moved, obtain Root authority, and transfer the software that can be moved to a preset target directory when having Root authority;

If the comprehensive detection result includes software information that can clean up the installation package, then clean up the installation package corresponding to the installation package information contained in the detection result;

If the comprehensive detection result includes software information of malicious adware, software information of upgradeable software, software information of vulnerable software, and software information of system preset software, a manual processing prompt information;

If a manual optimization operation instruction triggered by the user according to the manual trigger prompt information is received, the software information is processed by using the operation instruction according to the software information and operation instructions carried in the manual optimization operation instruction.

A8. The method as described in A6 or A7, further comprising:

If the completion instruction triggered by the user is received, generating optimization completion presentation information;

If the one-key optimization operation instruction triggered by the user is received, the progress of the one-key optimization operation is monitored, and after the optimization is completed, the optimization completion presentation information is generated.

A9. The method as described in any one of A1-A3, further comprising:

During the process of detecting the installed software, the detection progress is monitored, and progress presentation information corresponding to the current detection progress is generated.

A10. The method according to any one of A1 to A3, further comprising:

Get the number of installed software, and generate the number display information.

B1. Another aspect of the present invention discloses a device for detecting software status at a mobile terminal, including:

The detection module is configured to detect the installed software according to the preset detection task list after receiving the detection instruction triggered by the user, and the detection task list contains two or more task items;

The first generating module is configured to generate a detection result corresponding to at least one task item after the detection of the task item is completed;

The second generating module is configured to generate security processing prompt information according to the detection result, so that the user can perform corresponding software operations according to the security processing prompt information.

B2, the device as described in B1, the preset detection task list includes: virus killing task item, malicious adware task item, self-starting software task item, software task item that can be moved, installation package task item that can be cleaned, A combination of any two or more of the upgradeable software task item, software vulnerability scanning task item, and system preset software task item; correspondingly, the detection module is specifically used for:

According to the preset detection task list, call the virus killing engine corresponding to the virus killing task item to detect whether there is a virus in the installed software; and/or

According to the preset detection task list, invoke the first detection strategy corresponding to the malicious adware task item to detect whether there is malicious adware in the installed software; and/or

According to the preset detection task list, call the second detection strategy corresponding to the self-starting software task item to detect whether there is self-starting software in the installed software; and/or

According to the preset detection task list, call the third detection strategy corresponding to the software task item that can be moved to detect whether there is software that can be moved in the installed software; and/or

According to the preset detection task list, call the fourth detection strategy corresponding to the cleanable installation package task item to detect whether there is a cleanable installation package in the installed software; and/or

According to the preset detection task list, call the fifth detection strategy corresponding to the upgradeable software task item to detect whether there is upgradeable software in the installed software; and/or

According to the preset detection task list, call the sixth detection strategy corresponding to the software vulnerability scanning task item to detect whether there is any software with vulnerabilities in the installed software; and/or

According to the preset detection task list, call the seventh detection strategy corresponding to the system preset software task item to detect whether there is system preset software in the installed software.

B3. The device as described in B2, the first generation module is specifically used for:

When the detection of the virus killing task item is completed, a detection result including the software information of the number of software to be killed and the software to be killed is generated;

When the detection of the malicious adware task item is completed, a detection result including the detected malicious adware quantity and malicious adware software information is generated;

When the detection of the self-starting software task item is completed, a detection result including the detected number of self-starting software and software information of the self-starting software is generated;

When the detection of the movable software task item is completed, a detection result including the detected quantity of movable software and software information of the movable software is generated;

When the task item detection of the cleanable installation package is completed, a detection result including the detected quantity of the cleanable installation package and the software information of the cleanable installation package is generated;

When the detection of the upgradable software task item is completed, a detection result including the detected quantity of upgradable software and software information of the upgradable software is generated;

When the detection of the software vulnerability scanning task item is completed, a detection result including the number of detected software with vulnerabilities and the software information of the software with vulnerabilities is generated;

When the detection of the system preset software task item is completed, a detection result including the detected system preset software quantity and software information of the system preset software is generated.

B4. The device according to any one of B1 to B3, further comprising:

A first obtaining module, configured to obtain detection results corresponding to all task items in the detection task list;

A determination module, configured to determine a comprehensive detection result according to the detection results corresponding to all the task items;

The form processing module is configured to process the result presentation form according to the comprehensive detection result, so as to present different forms corresponding to different comprehensive detection results.

B5, the device as described in B4, the window processing module is specifically used for:

When the comprehensive detection result is safe to run, process the form as a form presented when it is safe to run;

When the comprehensive detection result is that there is a potential safety hazard, the form is processed as a form that is presented when there is a potential safety hazard;

When the comprehensive detection result is that there is software that can be optimized, the form is processed as a form that is presented when there is software that can be optimized;

When the comprehensive detection result is a virus infection, the form is processed as a form presented when the virus is infected.

B6. The device according to any one of B1 to B3, further comprising:

A first obtaining module, configured to obtain detection results corresponding to all task items in the detection task list;

A determination module, configured to determine a comprehensive detection result according to the detection results corresponding to all the task items;

A judging module, configured to judge whether the comprehensive detection result is safe in operation;

The third generating module is used to generate completion prompt information when the comprehensive detection result is safe to operate, so that the user can trigger a completion instruction according to the completion prompt information, and generate a completion prompt when the comprehensive detection result is not safe to operate key optimization operation prompt information, so that the user triggers a one-key optimization operation instruction according to the one-key optimization operation prompt information.

B7. The method as described in B6, further comprising:

An execution module, configured to execute the one-key optimization operation according to the comprehensive detection result when receiving the one-key optimization operation instruction triggered by the user;

Wherein, the one-key optimization operation is performed according to the comprehensive detection result, specifically:

If the comprehensive detection result includes software information of software that needs to be checked and killed, then call the virus checking and killing engine to check and kill the software that needs to be checked and killed;

If the comprehensive detection result includes the software information of the self-starting software, then obtain the Root authority, and close the self-starting function of the self-starting software when having the Root authority;

If the comprehensive detection result includes software information of software that can be moved, obtain Root authority, and transfer the software that can be moved to a preset target directory when having Root authority;

If the comprehensive detection result includes software information that can clean up the installation package, then clean up the installation package corresponding to the installation package information contained in the detection result;

If the comprehensive detection result includes software information of malicious adware, software information of upgradeable software, software information of vulnerable software, and software information of system preset software, a manual processing prompt information;

If a manual optimization operation instruction triggered by the user according to the manual trigger prompt information is received, the software information is processed by using the operation instruction according to the software information and operation instructions carried in the manual optimization operation instruction.

B8. The method as described in B6 or B7, further comprising:

The fourth generation module is configured to generate optimization completion presentation information when the completion instruction triggered by the user is received; when the one-key optimization operation instruction triggered by the user is received, monitor the progress of the one-key optimization operation and After that, generate optimization completion presentation information.

B9. The device according to any one of B1 to B3, further comprising:

The monitoring module is configured to monitor the progress of the detection during the detection of the installed software, and generate progress presentation information corresponding to the current detection progress.

B10. The device according to any one of B1 to B3, further comprising:

The second acquiring module is configured to acquire the quantity of installed software, and generate quantity presentation information.

Claims (20)

1. A method for detecting software status at a mobile terminal, characterized in that, comprising: After receiving the detection instruction triggered by the user, the installed software is detected according to the preset detection task list. The preset detection task list includes: virus killing task item, malicious adware task item, self-starting software A combination of any two or more of task items, moveable software task items, clean-up installation package task items, upgradeable software task items, software vulnerability scanning task items, and system preset software task items; After the detection of at least one task item is completed, a detection result corresponding to the task item is generated; According to the detection result, safety processing prompt information is generated, so that the user performs corresponding software operations according to the safety processing prompt information. 2. The method according to claim 1, wherein the detection of the installed software according to the preset detection task list includes: According to the preset detection task list, call the virus killing engine corresponding to the virus killing task item to detect whether there is a virus in the installed software; and/or According to the preset detection task list, invoke the first detection strategy corresponding to the malicious adware task item to detect whether there is malicious adware in the installed software; and/or According to the preset detection task list, call the second detection strategy corresponding to the self-starting software task item to detect whether there is self-starting software in the installed software; and/or According to the preset detection task list, call the third detection strategy corresponding to the software task item that can be moved to detect whether there is software that can be moved in the installed software; and/or According to the preset detection task list, call the fourth detection strategy corresponding to the cleanable installation package task item to detect whether there is a cleanable installation package in the installed software; and/or According to the preset detection task list, call the fifth detection strategy corresponding to the upgradeable software task item to detect whether there is upgradeable software in the installed software; and/or According to the preset detection task list, call the sixth detection strategy corresponding to the software vulnerability scanning task item to detect whether there is any software with vulnerabilities in the installed software; and/or According to the preset detection task list, call the seventh detection strategy corresponding to the system preset software task item to detect whether there is system preset software in the installed software. 3. The method according to claim 2, characterized in that, after the detection of one of the task items is completed, a detection result corresponding to the task item is generated, comprising: If the detection of the virus killing task item is completed, then generate a detection result including the number of software to be killed and the software information of the software to be killed; If the detection of the malicious adware task item is completed, a detection result including the detected malicious adware quantity and malicious adware software information is generated; If the detection of the self-starting software task item is completed, a detection result containing the detected number of self-starting software, the number of self-starting software and the software information of the self-starting software is generated; If the detection of the movable software task item is completed, a detection result including the detected quantity of movable software and software information of the movable software is generated; If the task item detection of the cleanable installation package is completed, a detection result including the detected quantity of the cleanable installation package and the software information of the cleanable installation package is generated; If the detection of the upgradable software task item is completed, a detection result including the detected quantity of upgradable software and software information of the upgradable software is generated; If the detection of the software vulnerability scanning task item is completed, a detection result including the number of detected software with vulnerabilities and the software information of the software with vulnerabilities is generated; If the detection of the system preset software task item is completed, a detection result including the detected number of system preset software and software information of the system preset software is generated. 4. The method according to any one of claims 1 to 3, further comprising: Acquiring detection results corresponding to all task items in the detection task list; Determining a comprehensive detection result according to the detection results corresponding to all the task items; According to the comprehensive detection result, the result presentation form is processed to present different forms corresponding to different comprehensive detection results. 5. The method according to claim 4, wherein the processing of the result presentation form according to the comprehensive detection result includes: If the comprehensive detection result is safe to run, the form is processed as a form presented when it is safe to run; If the comprehensive detection result is that there is a security risk, the form is processed as a form that is presented when there is a security risk; If the comprehensive detection result is that there is software that can be optimized, the form is processed as a form that is presented when there is software that can be optimized; If the comprehensive detection result is a virus infection, the window is processed as a window presented when the virus is infected. 6. The method according to any one of claims 1 to 3, further comprising: Acquiring detection results corresponding to all task items in the detection task list; Determining a comprehensive detection result according to the detection results corresponding to all the task items; Judging whether the comprehensive detection result is safe in operation; If so, then generate completion prompt information, so that the user triggers a completion instruction according to the completion prompt information; Otherwise, generate one-key optimization operation prompt information, so that the user triggers a one-key optimization operation instruction according to the one-key optimization operation prompt information. 7. The method according to claim 6, further comprising: If the one-key optimization operation instruction triggered by the user is received, perform the one-key optimization operation according to the comprehensive detection result; Wherein, the one-key optimization operation is performed according to the comprehensive detection result, specifically: If the comprehensive detection result includes software information of software that needs to be checked and killed, then call the virus checking and killing engine to check and kill the software that needs to be checked and killed; If the comprehensive detection result includes the software information of the self-starting software, then obtain the Root authority, and close the self-starting function of the self-starting software when having the Root authority; If the comprehensive detection result includes software information of software that can be moved, obtain Root authority, and transfer the software that can be moved to a preset target directory when having Root authority; If the comprehensive detection result includes software information that can clean up the installation package, then clean up the installation package corresponding to the installation package information contained in the detection result; If the comprehensive detection result includes software information of malicious adware, software information of upgradeable software, software information of vulnerable software, and software information of system preset software, a manual processing prompt information; If a manual optimization operation instruction triggered by the user according to the manual processing prompt information is received, according to the software information and operation instruction carried in the manual optimization operation instruction, the operation instruction is used to process the software information. 8. The method according to claim 6, further comprising: If the completion instruction triggered by the user is received, generating optimization completion presentation information; If the one-key optimization operation instruction triggered by the user is received, the progress of the one-key optimization operation is monitored, and after the optimization is completed, the optimization completion presentation information is generated. 9. The method according to any one of claims 1 to 3, further comprising: During the process of detecting the installed software, the detection progress is monitored, and progress presentation information corresponding to the current detection progress is generated. 10. The method according to any one of claims 1 to 3, further comprising: Get the number of installed software, and generate the number display information. 11. A device for detecting software status at a mobile terminal, characterized in that it comprises: The detection module is used to detect the installed software according to the preset detection task list after receiving the detection instruction triggered by the user. The preset detection task list includes: virus killing task item, malicious adware task A combination of any two or more items, self-starting software task items, moveable software task items, cleanable installation package task items, upgradable software task items, software vulnerability scanning task items and system preset software task items; The first generating module is configured to generate a detection result corresponding to at least one task item after the detection of the task item is completed; The second generating module is configured to generate security processing prompt information according to the detection result, so that the user can perform corresponding software operations according to the security processing prompt information. 12. The device according to claim 11, wherein the detection module is specifically used for: According to the preset detection task list, call the virus killing engine corresponding to the virus killing task item to detect whether there is a virus in the installed software; and/or According to the preset detection task list, invoke the first detection strategy corresponding to the malicious adware task item to detect whether there is malicious adware in the installed software; and/or According to the preset detection task list, call the second detection strategy corresponding to the self-starting software task item to detect whether there is self-starting software in the installed software; and/or According to the preset detection task list, call the third detection strategy corresponding to the software task item that can be moved to detect whether there is software that can be moved in the installed software; and/or According to the preset detection task list, call the fourth detection strategy corresponding to the cleanable installation package task item to detect whether there is a cleanable installation package in the installed software; and/or According to the preset detection task list, call the fifth detection strategy corresponding to the upgradeable software task item to detect whether there is upgradeable software in the installed software; and/or According to the preset detection task list, call the sixth detection strategy corresponding to the software vulnerability scanning task item to detect whether there is any software with vulnerabilities in the installed software; and/or According to the preset detection task list, call the seventh detection strategy corresponding to the system preset software task item to detect whether there is system preset software in the installed software. 13. The device according to claim 12, wherein the first generating module is specifically used for: When the detection of the virus killing task item is completed, a detection result including the software information of the number of software to be killed and the software to be killed is generated; When the detection of the malicious adware task item is completed, a detection result including the detected malicious adware quantity and malicious adware software information is generated; When the detection of the self-starting software task item is completed, a detection result including the detected number of self-starting software and software information of the self-starting software is generated; When the detection of the movable software task item is completed, a detection result including the detected quantity of movable software and software information of the movable software is generated; When the task item detection of the cleanable installation package is completed, a detection result including the detected quantity of the cleanable installation package and the software information of the cleanable installation package is generated; When the detection of the upgradable software task item is completed, a detection result including the detected quantity of upgradable software and software information of the upgradable software is generated; When the detection of the software vulnerability scanning task item is completed, a detection result including the number of detected software with vulnerabilities and the software information of the software with vulnerabilities is generated; When the detection of the system preset software task item is completed, a detection result including the detected system preset software quantity and software information of the system preset software is generated. 14. The device according to any one of claims 11-13, further comprising: A first obtaining module, configured to obtain detection results corresponding to all task items in the detection task list; A determination module, configured to determine a comprehensive detection result according to the detection results corresponding to all the task items; The form processing module is configured to process the result presentation form according to the comprehensive detection result, so as to present different forms corresponding to different comprehensive detection results. 15. The device according to claim 14, wherein the window processing module is specifically used for: When the comprehensive detection result is safe to run, process the form as a form presented when it is safe to run; When the comprehensive detection result is that there is a potential safety hazard, the form is processed as a form that is presented when there is a potential safety hazard; When the comprehensive detection result is that there is software that can be optimized, the form is processed as a form that is presented when there is software that can be optimized; When the comprehensive detection result is a virus infection, the form is processed as a form presented when the virus is infected. 16. The device according to any one of claims 11-13, further comprising: A first obtaining module, configured to obtain detection results corresponding to all task items in the detection task list; A determination module, configured to determine a comprehensive detection result according to the detection results corresponding to all the task items; A judging module, configured to judge whether the comprehensive detection result is safe in operation; The third generating module is used to generate completion prompt information when the comprehensive detection result is safe to operate, so that the user can trigger a completion instruction according to the completion prompt information, and generate a completion prompt when the comprehensive detection result is not safe to operate key optimization operation prompt information, so that the user triggers a one-key optimization operation instruction according to the one-key optimization operation prompt information. 17. The apparatus of claim 16, further comprising: An execution module, configured to execute the one-key optimization operation according to the comprehensive detection result when receiving the one-key optimization operation instruction triggered by the user; Wherein, the one-key optimization operation is performed according to the comprehensive detection result, specifically: If the comprehensive detection result includes software information of software that needs to be checked and killed, then call the virus checking and killing engine to check and kill the software that needs to be checked and killed; If the comprehensive detection result includes the software information of the self-starting software, then obtain the Root authority, and close the self-starting function of the self-starting software when having the Root authority; If the comprehensive detection result includes software information of software that can be moved, obtain Root authority, and transfer the software that can be moved to a preset target directory when having Root authority; If the comprehensive detection result includes software information that can clean up the installation package, then clean up the installation package corresponding to the installation package information contained in the detection result; If the comprehensive detection result includes software information of malicious adware, software information of upgradeable software, software information of vulnerable software, and software information of system preset software, a manual processing prompt information; If a manual optimization operation instruction triggered by the user according to the manual processing prompt information is received, according to the software information and operation instruction carried in the manual optimization operation instruction, the operation instruction is used to process the software information. 18. The apparatus of claim 16, further comprising: The fourth generation module is configured to generate optimization completion presentation information when the completion instruction triggered by the user is received; when the one-key optimization operation instruction triggered by the user is received, monitor the progress of the one-key optimization operation and After that, generate optimization completion presentation information. 19. The device according to any one of claims 11-13, further comprising: The monitoring module is configured to monitor the progress of the detection during the detection of the installed software, and generate progress presentation information corresponding to the current detection progress. 20. The device according to any one of claims 11-13, further comprising: The second acquiring module is configured to acquire the quantity of installed software, and generate quantity presentation information.