CN103136091B

CN103136091B - Method and device to safety state of terminal device detection

Info

Publication number: CN103136091B
Application number: CN201310032290.3A
Authority: CN
Inventors: 高日新
Original assignee: Beijing Qihoo Technology Co Ltd; Qizhi Software Beijing Co Ltd
Current assignee: Beijing Qihoo Technology Co Ltd
Priority date: 2013-01-28
Filing date: 2013-01-28
Publication date: 2016-07-13
Anticipated expiration: 2033-01-28
Also published as: CN103136091A

Abstract

The invention discloses the method and apparatus to safety state of terminal device detection, this device includes: configuration module, and preset health status accounts for the weight of the health status of operating system respectively with interval, the corresponding relation of memory usage and each monitoring project；Monitoring module, monitors the interval that each monitoring project performs to experience from the last time, and the corresponding relation in conjunction with health status with interval, memory usage obtains the health status of each monitoring project；Sorting module, is weighted processing the health status obtaining operating system to the health status of each monitoring project；Reminding module, represents color corresponding with the health status of the operating system obtained and/or image at quick mark place；Display module, opens interface according to user to the quick triggering identified representing color and/or image, shows the health status of each monitoring project and operating system.Equipment is checked UP and provides health status evaluation by the present invention, completes cleaning or Optimization Work and shows.

Description

Method and device for detecting safety state of terminal equipment

Technical Field

The present invention relates to the field of network technologies, and in particular, to a method and an apparatus for detecting a security state of a terminal device.

Background

In the prior art, a system or a device for cleaning a terminal device can only complete operations such as cleaning junk files or finding malicious files simply according to an instruction, and cannot provide a health condition evaluation according to the current situation of the current terminal device to intelligently clean the situation which needs to be cleaned.

Meanwhile, in the cleaning process, no progress state monitoring window pops up, and the progress state bar is used for visually displaying.

The progress status bar generally looks like a fuel gauge, and is gradually filled from left to right as the task is executed. It may also provide more information such as the percentage of the task completed, and the time remaining for the task, etc.

The existing progress status bar cannot actually accurately display the execution condition of a task instruction sent to the terminal device by a user, that is, the task execution progress cannot be accurately reflected. The main reason for this problem is that the tasks to be processed within the terminal device at the same time are too many to accurately estimate and judge the time required to complete the tasks at all.

It should be noted that, while a progress bar, that is, a computer processes a file, the speed, the completion degree, the size of the remaining unfinished file, and possibly the processing time of the file are displayed in real time in the form of a picture, in various computer software, the progress bar is often used to express the execution process of a certain task. The progress bar is typically displayed as a rectangular bar having a background and a foreground. The background in the initial state has a certain length, the foreground starts to increase the length from 0 or a certain value smaller than the length of the background, and when the length is increased to be as long as the background, the task is finished.

More importantly: the existing progress state bar can only see the whole progress, and cannot know which items are detected currently or finished, and the items are not displayed in a detailed and classified manner, so that a user can further master the progress.

Therefore, how to design an evaluation for providing a health condition for the physical examination of the terminal equipment, and at the same time, how to complete the cleaning or optimization work, and how to visually display the completion situation of the work, becomes a technical problem to be solved urgently.

Disclosure of Invention

In view of the above, the present invention has been made to provide a method and apparatus for security status detection of a terminal device that overcomes the above problems or at least partially solves or alleviates the above problems.

According to one aspect of the invention, a method for detecting the security state of a terminal device is provided, wherein the method comprises the following steps: monitoring the time interval between each monitoring item and the latest execution, and respectively obtaining the health state of each monitoring item by combining the preset corresponding relation between the health state of each monitoring item and the time interval and the memory occupancy rate; weighting the health state of each monitoring project according to the weight of each preset monitoring project in the health state of the operating system to obtain the health state of the operating system; displaying corresponding colors and/or images at the quick identification according to the corresponding relation between the health state of the operating system and the colors and/or images so as to prompt the health state of the operating system; and starting an interface according to the triggering of the user on the quick identification of the color and/or the image, and displaying the health state of each monitoring item and the health state of the operating system on the interface.

Further, after the displaying the health status of each monitoring item and the health status of the operating system on the interface, the method further includes: recognizing an event input by a user through a control on the interface so as to trigger the corresponding monitoring item, executing a detection item in the monitoring item, and acquiring the health state of the monitoring item again according to the detection result and/or the processing result of the detection item and displaying the health state on the interface; and weighting the health state of the monitoring items according to the weight of each preset monitoring item in the health state of the operating system, and displaying the health state of the operating system by using the obtained result.

Further, wherein executing the detection item in the monitoring item further comprises: configuring a progress bar for the monitoring project and displaying the progress bar at a control of the interface, calling detection items configured for the monitoring project and having the same or similar attribute characteristics, and starting a corresponding process to execute the detection items; displaying progress of the currently executed monitoring item and the detection item being executed through the traveling association of the progress bar.

Further, according to the detection result and/or the processing result of the detection item, the health status of the monitoring item is obtained again and displayed on the interface, further comprising: and continuously acquiring the current health state of the monitoring project according to the detection result and/or the processing result in real time in the execution process of the detection item in the monitoring project, and continuously updating and displaying the current health state of the monitoring project on the interface in a percentage or energy bar mode.

Further, wherein the corresponding color is revealed at the shortcut identifier to prompt the health status of the operating system, further comprising: and when the CPU occupancy rate or the memory occupancy rate is detected to be lower than a preset threshold, popping up a text prompt box to match with the corresponding color and/or image so as to prompt the health state of the operating system.

Further, the preset corresponding relationship between the health status of the monitoring item and the time interval further includes: when the time interval from the last execution of the monitoring project is 0, the level of the corresponding health state of the monitoring project is the highest; when a time interval from the last execution of the monitoring project increases by a preset time step, the level of the corresponding health state of the monitoring project correspondingly decreases by one level; different levels of health status of the monitoring items are configured with different percentage values.

Further, the preset correspondence between the health status of the monitoring item and the memory occupancy rate further includes: when the memory occupancy rate detected by executing the monitoring project at the last time is increased by a preset amplitude, the level of the corresponding health state of the monitoring project is correspondingly reduced by one level; different levels of health status of the monitoring items are configured with different percentage values.

Further, wherein the displaying the health status of each monitoring item and the health status of the operating system on the interface further comprises: acquiring corresponding color and/or energy bars according to the health state of each monitoring project, and respectively displaying the health state of each monitoring project on the interface by using the corresponding color and/or energy bars, wherein for each monitoring project, when the time interval from the last execution of the monitoring project is increased by a preset time step or the memory occupancy rate detected by the last execution of the monitoring project is increased by a preset amplitude, the level of the corresponding health state of the monitoring project is correspondingly reduced by one level, and the health states of different levels of the monitoring project correspond to different color and/or energy bars; the method comprises the steps of obtaining corresponding percentages according to the current health state of an operating system, and displaying the health state of the operating system on an interface by using the corresponding percentages, wherein the health state of the operating system is reduced by one level when the health state of the operating system is reduced by a preset amplitude, and the health states of different levels of the operating system have different percentage values.

Further, wherein, according to the corresponding relationship between the health status of the operating system and the color and/or image, the corresponding color and/or image is presented at the shortcut identifier to prompt the health status of the operating system, further comprising: acquiring a corresponding image according to the current health state of an operating system, identifying an interval where the health state of the operating system is located, and displaying the interval on the image at a shortcut identifier by using a color corresponding to the interval to prompt the health state of the operating system; the health state of the operating system is reduced by one level when the health state of the operating system is reduced by a preset amplitude, the health states of different levels of the operating system correspond to different images and percentage values, the health states are divided into a plurality of intervals by using corresponding thresholds according to the percentage values of the health state of the operating system, and each interval corresponds to different colors.

Further, the monitoring item records detection items with the same or similar attribute characteristics and identifications corresponding to the detection items; the monitoring item comprises one or more of the following combinations: physical examination treatment, optimization treatment and cleaning treatment; the detection item comprises one or more of the following combinations: detecting whether an operating system has a security hole, detecting whether security protection is started, detecting whether an operating system has a Trojan, detecting whether the operating system does not install antivirus software, detecting whether a browser homepage is locked, detecting whether scanning of the Trojan is performed at preset time intervals, detecting whether a malicious plug-in exists, detecting whether Trojan scanning is never performed, detecting whether the operating system has rubbish, detecting whether the operating system is provided with infrequent software, detecting whether the operating system has a starting item, detecting whether a hard disk space is insufficient, detecting whether a browser fault exists, detecting whether an operating system fault exists, detecting whether an invalid shortcut exists and detecting whether software to be upgraded exists.

According to an aspect of the present invention, there is also provided an apparatus for detecting a security state of a terminal device, including: the configuration module is used for configuring the corresponding relation between the health state of the monitoring items and the time interval and the memory occupancy rate and the corresponding relation between the health state of the operating system and the color and/or the image, and is also used for presetting the weight of each monitoring item in the health state of the operating system; the monitoring module is used for monitoring the time interval between each monitoring item and the latest execution and respectively obtaining the health state of each monitoring item by combining the corresponding relation between the health state of each monitoring item preset in the configuration module and the time interval and the memory occupancy rate; the sorting module is used for weighting the health state of each monitoring project according to the weight of each monitoring project in the health state of the operating system, which is preset in the configuration module, so as to obtain the health state of the operating system; the prompt module is used for displaying corresponding colors and/or images at the quick identifier according to the corresponding relation between the health state of the operating system and the colors and/or images obtained by the sorting module so as to prompt the health state of the operating system; and the display module is used for starting an interface according to the triggering of the user on the quick identification of the color and/or the image, and displaying the health state of each monitoring item and the health state of the operating system on the interface.

Further, wherein, still include: the execution module is used for recognizing an event input by a user through a control on the interface so as to trigger a corresponding monitoring item, executing a detection item in the monitoring item, re-acquiring the health state of the monitoring item according to the detection result and/or the processing result of the detection item and notifying the display module, and weighting the health state of the monitoring item according to the weight of the health state of each preset monitoring item in the operating system to obtain the health state of the operating system and notifying the display module of the health state of the operating system; the display module is further used for displaying the health status of the reacquired monitoring item and the health status of the operating system on the interface.

Further, the configuration module is configured to configure a progress bar for the monitoring project and set at a control of the interface; the execution module is further used for calling detection items which are configured for the monitoring items and have the same or similar attribute characteristics, and starting corresponding processes to execute the detection items; the display module is further used for displaying the progress bar at a control of the interface and displaying the progress of the currently executed monitoring project and the executed detection project through the travel association of the progress bar.

Further, the execution module is further configured to, during execution of a detection item in the monitoring item, continuously obtain a current health status of the monitoring item according to a detection result and/or a processing result in real time and notify the display module of the current health status; the display module is further used for continuously updating and displaying the health status of the monitoring item on the interface in a form of percentage or energy bar.

Further, the prompting module is further configured to pop up a text display frame to display the health state of the operating system in cooperation with the corresponding color and/or image when detecting that the CPU occupancy rate or the memory occupancy rate is lower than a preset threshold.

Further, when the configuration module configures the corresponding relationship between the health state and the time interval of the monitoring item, and the time interval elapsed since the last execution is 0, the level of the corresponding health state of the monitoring item is configured to be the highest; when a time interval from the last execution of the monitoring project increases by a preset time step, the level of the corresponding health state of the monitoring project correspondingly decreases by one level; different levels of health status of the monitoring items are configured with different percentage values.

Further, when the configuration module configures the corresponding relationship between the health status of the monitoring item and the memory occupancy rate, and every time the memory occupancy rate detected by executing the monitoring item last time is increased by a preset amplitude, the level of the health status corresponding to the monitoring item is correspondingly reduced by one level; different levels of health status of the monitoring items are configured with different percentage values.

Further, the display module is further configured to obtain a corresponding color and/or energy bar according to the health status of each monitoring item, and respectively show the health status of each monitoring item on the interface using the corresponding color and/or energy bar, where for each monitoring item, when a time interval elapsed since the monitoring item was executed last increases by a preset time step or when a memory occupancy rate detected from the monitoring item was executed last increases by a preset amplitude, the level of the corresponding health status of the monitoring item correspondingly decreases by one level, and the health statuses of different levels of the monitoring item correspond to different colors and/or energy bars; the display module is further configured to obtain a corresponding percentage according to a current health state of the operating system, and display the health state of the operating system on the interface by using the corresponding percentage, where each time the health state of the operating system decreases by a preset magnitude, the level of the health state of the operating system decreases by one level, and the health states of different levels of the operating system have different percentage values.

Further, the prompting module is further configured to obtain a corresponding image according to a current health state of an operating system, identify an interval in which the health state of the operating system is located, and display the health state of the operating system at a shortcut identifier by superimposing a color corresponding to the interval on the image, where the health state of the operating system decreases by one preset magnitude each time, the level of the health state of the operating system decreases by one level, the health states of different levels of the operating system correspond to different images and percentage values, and the health states of the operating system are divided into a plurality of intervals by using corresponding thresholds according to the percentage values of the health state of the operating system, and each interval corresponds to a different color.

Compared with the prior scheme, the invention has the following technical effects:

1) the invention can evaluate the health condition of the terminal equipment by physical examination, can complete cleaning or optimizing work, and can visually display the completion condition of the work.

2) The progress represented by each progress bar of the invention processes a class of business in a centralized way, the overall progress of monitoring the health status of the terminal equipment is shown through the progress bar, and the progress of the currently executed monitoring project is shown through the traveling travel segment.

3) The displayed content can be the field name of the monitoring item and the field name of the detection item, and the field names are friendly and readable for common users, so that the users can further know the current service content.

4) The invention increases the experience of the user, knows the right of execution and the execution content, supports the background mode, namely when the optimization is not completed, the display panel shown in figure 4 or 5 can be folded, the execution is performed in the background by default, the processing speed is automatically adjusted according to the busy state of the system resources, other operations of the user are not influenced, the interaction is greatly optimized, simultaneously, a large dialog box is not popped up, all operations are directly completed on the original interface, and a multi-task queue is supported. Meanwhile, the user can know the result evaluation after the monitoring project corresponding to the progress bar is completed.

The foregoing description is only an overview of the technical solutions of the present invention, and the embodiments of the present invention are described below in order to make the technical means of the present invention more clearly understood and to make the above and other objects, features, and advantages of the present invention more clearly understandable.

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 embodiments. The drawings are only for purposes of illustrating the preferred embodiments and are not to be construed as limiting the invention. Also, like reference numerals are used to refer to like parts throughout the drawings. In the drawings:

fig. 1 schematically shows a flow chart of a method for detecting a security state of a terminal device according to an embodiment of the present invention.

Fig. 2 is a block diagram schematically illustrating a structure of an apparatus for detecting a security state of a terminal device according to an embodiment of the present invention.

Fig. 3 is a block diagram schematically illustrating an improved structure of the apparatus for detecting a security state of a terminal device according to an embodiment of the present invention in fig. 2.

Fig. 4 and 5 are schematic views of displays presented after execution by the terminal device according to the contents shown in fig. 1, 2 and 3.

Detailed Description

The invention is further described with reference to the following figures and detailed description of embodiments.

As shown in fig. 1, it is a method for detecting a security state of a terminal device according to a first embodiment of the present invention, where the method includes:

step 101, monitoring the time interval between each monitoring item and the latest execution, and combining the preset corresponding relationship between the health state of the monitoring item and the time interval and the memory occupancy rate to respectively obtain the health state of each monitoring item; weighting the health state of each monitoring project according to the weight of each preset monitoring project in the health state of the operating system to obtain the health state of the operating system;

102, according to the corresponding relationship between the health state of the operating system and the color and/or the image, displaying the corresponding color and/or image at the shortcut identifier (such as the secure desktop menu shown in fig. 4 and 5, but other display modes, such as a pull-down menu, etc., are also possible, and are not specifically limited herein) to prompt the health state of the operating system; and starting an interface according to the triggering of the user on the quick identification of the color and/or the image, and displaying the health state of each monitoring item and the health state of the operating system on the interface.

After the above steps, the method further comprises:

103, recognizing an event input by a user through a control on the interface so as to trigger the corresponding monitoring item, executing a detection item in the monitoring item, and re-acquiring the health state of the monitoring item according to the detection result and/or the processing result of the detection item and displaying the health state on the interface; and weighting the health state of the monitoring items according to the weight of each preset monitoring item in the health state of the operating system, and displaying the health state of the operating system by using the obtained result.

For the step 103 of executing the detection item in the monitoring item in the first embodiment of the present invention, the method further includes:

configuring a progress bar (an energy bar displayed after the progress bar is the "safety index" shown in fig. 4) for the monitoring project (the monitoring project is the "safety index", "performance index", or "cleaning index") and displaying the progress bar at a control of the interface, calling a detection item configured for the monitoring project and having the same or similar attribute characteristics, and starting a corresponding detection process (the detection process is a virtualized key such as "physical examination", "optimization", "cleaning", or the like shown in fig. 4, and starting the corresponding process after clicking) to execute the detection item; (in addition, in addition to executing the detection item in the corresponding detection process, the computer protection can be set and displayed in combination with the detection item corresponding to the click-started corresponding process, wherein the computer protection setting comprises webpage security protection setting, chat security protection setting, download security protection setting, U disk security protection setting, hacker intrusion protection setting, file system protection setting, drive protection setting, process protection setting and/or registry protection setting and the like.)

Progress of the currently executed monitoring item and the detection item being executed are displayed in association with progress of the progress bar (the progress bar is a power bar displayed after "safety index" shown in fig. 4).

As to the step 103 of the first embodiment of the present invention, "obtaining the health status of the monitoring item again and displaying the health status on the interface according to the detection result and/or the processing result of the detection item", further includes:

in the execution process of the detection item in the monitoring item, the current health state of the monitoring item is continuously obtained in real time according to the detection result and/or the processing result, and is continuously updated and displayed on the interface in the form of a percentage or an energy bar (as shown in fig. 4).

Here, according to the actual situation, while "continuously acquiring the current health status of the monitoring item according to the detection result and/or the processing result in real time" is performed, a background mode is performed, that is, the interface is not continuously updated and displayed in the form of a percentage or an energy bar (as shown in fig. 4), but a "secure desktop menu" as shown in fig. 4 is retracted, and then operations such as detection and the like are performed in the background of the operating system. The advantage of this is that it is convenient for the user to perform other operation processes, and does not affect the system to perform other operation processes according to the user's instructions.

And when the method is executed in the background, the current memory occupancy rate and the CPU occupancy rate are also detected in real time, and if the memory occupancy rate and the CPU occupancy rate exceed the threshold and each time a preset amplitude is increased, the current processing speed is reduced according to a preset step length (for example, 10 percent), but the method is not limited to the method); if the current memory occupancy rate and the CPU occupancy rate exceed the threshold and decrease by a preset amplitude, the current processing speed is increased according to a preset step length (for example, 10%, but the present invention is not limited thereto).

First, the following description will be made by taking "safety index" in fig. 4 or 5 as an example for physical examination.

The content of the corresponding display grid number, the cleaning index, the prompting characters (divided into a specific day prompting mode and a fuzzy prompting mode) and the like can be displayed on the display part according to different conditions of the proportion of the time interval, and the content of the following table 1 is referred to specifically; the medical examination system can also be divided into different prompt messages (actually displayed by prompt boxes) under the conditions that the monitoring items are all started and partially started under the different conditions that the medical examination is carried out on time, the medical examination is not carried out for more than 3 days and the medical examination is not carried out for more than 1 week, and the contents in the following table 2 are specifically referred.

TABLE 1

The "correspondence between the health status of the preset monitoring item and the time interval" in step 101 further includes: when the time interval from the last execution of the monitoring project is 0, the level of the corresponding health state of the monitoring project is the highest; when a time interval from the last execution of the monitoring project increases by a preset time step, the level of the corresponding health state of the monitoring project correspondingly decreases by one level; the health status of different levels of the monitoring item have different percentage values. In the embodiment of the present invention, the monitored item refers to a safety index, which is also described in table 1, but the present invention is not limited thereto.

TABLE 2

Secondly, in the following description of memory optimization taking "performance index" in fig. 4 or 5 as an example, according to different conditions of the proportion of the memory occupancy rate, the display part may display the corresponding contents such as the number of display cells, the performance index, and the prompt text according to the following contents, specifically referring to the contents in table 3:

TABLE 3

The "corresponding relationship between the health status of the preset monitoring items and the memory occupancy rate" in step 101 further includes: when the memory occupancy rate detected by executing the monitoring project at the last time is increased by a preset amplitude, the level of the corresponding health state of the monitoring project is correspondingly reduced by one level; the health status of different levels of the monitoring item have different percentage values. In the embodiment of the present invention, the monitoring item refers to a performance index, which is also illustrated in table 3 above, but the present invention is not limited thereto.

Thirdly, in the following description of garbage file optimization taking "cleaning index" as an example in fig. 4 or 5, according to different conditions of the proportion of the time interval, the corresponding contents such as the number of display grids, the cleaning index, and the prompt text (divided into two ways of specific day prompt and fuzzy prompt) can be displayed on the display part according to the following contents, specifically referring to the contents in table 4:

TABLE 4

The "correspondence between the health status of the preset monitoring item and the time interval" in step 101 further includes: when the time interval from the last execution of the monitoring project is 0, the level of the corresponding health state of the monitoring project is the highest; when a time interval from the last execution of the monitoring project increases by a preset time step, the level of the corresponding health state of the monitoring project correspondingly decreases by one level; the health status of different levels of the monitoring item have different percentage values. In the embodiment of the present invention, the monitored item refers to a cleaning index, which is also illustrated in table 4 above, but the present invention is not limited thereto.

Fourthly, according to the results obtained by the above detection of the different monitoring items, i.e., "safety index", "performance index" and "cleaning index", and according to the weight of the health state of the operating system occupied by each preset monitoring item described in the foregoing step 103, the health state of the monitoring item is weighted, and the obtained result is used to show the health state of the operating system, i.e., in this embodiment, the health state of the operating system is obtained according to the safety index × 0.6+ performance index × 0.2+ cleaning index × 0.2. As shown in table 5, and then expressed by the color change in the circle shown in fig. 4 or 5 and the health index.

TABLE 5

According to the change rule of the health status of the operating system summarized in table 5 and the change rules of the different monitoring items represented in the above three tables, the method of representing the health status of each monitoring item and the health status of the operating system on the interface in step 102 is performed in a manner of a color and/or energy bar inside a circle in fig. 4 or 5, and further includes:

acquiring corresponding color and/or energy bars according to the health state of each monitoring project, and respectively displaying the health state of each monitoring project on the interface by using the corresponding color and/or energy bars, wherein for each monitoring project, when the time interval from the last execution of the monitoring project is increased by a preset time step or the memory occupancy rate detected by the last execution of the monitoring project is increased by a preset amplitude, the level of the corresponding health state of the monitoring project is correspondingly reduced by one level, and the health states of different levels of the monitoring project correspond to different color and/or energy bars;

the method comprises the steps of obtaining corresponding percentages according to the current health state of an operating system, and displaying the health state of the operating system on an interface by using the corresponding percentages, wherein the health state of the operating system is reduced by one level when the health state of the operating system is reduced by a preset amplitude, and the health states of different levels of the operating system have different percentage values. "

Of course, besides the way of displaying on the interface by the color and/or energy bar inside the circle in fig. 4 or 5, the display can also be performed by the way of displaying the expression of a character such as a doll, and the way of displaying on the interface by the color and/or energy bar is not limited in detail.

It should be further described here that, in the first embodiment of the present invention, when the detection of the different monitoring items, that is, "safety index", "performance index", and "cleaning index" in step 101 is performed by multiple tasks simultaneously, the operating system may queue the monitoring items for execution according to the execution sequence selected by the user. That is, as shown in fig. 4 and 5, after the user selects "physical examination", "optimization", and "cleaning", the operating system may arrange the monitoring items to be executed into a queue according to the order of the click and write the monitoring items into the cache, and sequentially execute the corresponding monitoring items according to the queue of the cache.

For the step 102 of displaying a corresponding color at the shortcut identifier to prompt the health status of the operating system in the first embodiment of the present invention, the method further includes:

when the CPU occupancy rate and the memory occupancy rate are detected to be lower than the preset threshold, a text prompt box is popped up to match the corresponding color and/or image to prompt the health status of the operating system (although not shown in the corresponding drawings, a person skilled in the art can understand the execution and display effects of the technical scheme, and therefore, details are not described here again).

Specifically, according to a preset corresponding relationship between the health state of the operating system and the color and/or image, the corresponding color and/or image is displayed at the shortcut identifier to prompt the health state of the operating system, and the method further includes:

acquiring a corresponding image according to the current health state of an operating system, identifying an interval where the health state of the operating system is located, and displaying the interval on the image at a shortcut identifier by using a color corresponding to the interval to prompt the health state of the operating system;

the health state of the operating system is reduced by one level when the health state of the operating system is reduced by a preset amplitude, the health states of different levels of the operating system correspond to different images and percentage values, the health states are divided into a plurality of intervals by using corresponding thresholds according to the percentage values of the health state of the operating system, and each interval corresponds to different colors.

In addition, as shown in fig. 1, in the first embodiment of the present invention, it is further explained here that:

the monitoring items record detection items with the same or similar attribute characteristics and identifications corresponding to the detection items;

the monitoring item comprises one or more of the following combinations: physical examination treatments (including but not limited to safety indices in the foregoing examples), optimization treatments (including but not limited to performance indices in the foregoing examples), and cleaning treatments (including but not limited to cleaning indices in the foregoing examples); the above mentioned items are the monitoring items shown in fig. 4, and of course, those skilled in the art may also add other items to be monitored according to the actual implementation, and are not limited specifically here.

The detection item comprises one or more of the following combinations: detecting whether an operating system has a security hole, detecting whether security protection is started, detecting whether an operating system has a Trojan, detecting whether the operating system does not install antivirus software, detecting whether a browser homepage is locked, detecting whether scanning of the Trojan is performed at preset time intervals, detecting whether a malicious plug-in exists, detecting whether Trojan scanning is never performed, detecting whether the operating system has rubbish, detecting whether the operating system is provided with infrequent software, detecting whether the operating system has a starting item, detecting whether a hard disk space is insufficient, detecting whether a browser fault exists, detecting whether an operating system fault exists, detecting whether an invalid shortcut exists and detecting whether software to be upgraded exists. The above-mentioned contents are all detection items, and of course, those skilled in the art may add other detection items according to practical implementation, and are not limited specifically here.

As shown in fig. 2, a device for detecting a security state of a terminal device according to a second embodiment of the present invention includes: the system comprises a configuration module 201, a monitoring module 202, a sorting module 203, a prompt module 204 and a display module 205; wherein,

a configuration module 201, coupled to the monitoring module 202, the sorting module 203, the prompting module 204 and the display module 205, respectively, for configuring a corresponding relationship between the health state of the monitoring items and the time interval and the memory occupancy rate, and a corresponding relationship between the health state of the operating system and the color and/or image, and for presetting a weight of each monitoring item in the health state of the operating system;

a monitoring module 202, coupled to the configuration module 201 and the sorting module 203, respectively, for monitoring a time interval between the last execution of each monitoring item, and obtaining a health status of each monitoring item by combining a corresponding relationship between a health status of a monitoring item preset in the configuration module and the time interval, and a corresponding relationship between a memory occupancy rate;

the sorting module 203 is coupled to the configuration module 201, the monitoring module 202, and the prompting module 204, and configured to perform weighting processing on the health state of each monitoring item according to a weight of each monitoring item preset in the configuration module 201 in the health state of the operating system to obtain the health state of the operating system;

a prompt module 204, respectively coupled to the configuration module 201, the sorting module 203, and the display module 205, configured to display, at a shortcut identifier (for example, the secure desktop menu shown in fig. 4 and 5, but may also be in another display mode, such as a pull-down menu, which is not specifically limited herein), a corresponding color and/or image according to a corresponding relationship between the health state of the operating system and the color and/or image obtained by the sorting module, so as to prompt the health state of the operating system;

and the display module 205 is coupled to the configuration module 201 and the prompt module 204, respectively, and configured to start an interface according to triggering of the user on the color and/or image shortcut identifier, and display the health status of each monitoring item and the health status of the operating system on the interface.

Further, on the basis of the apparatus shown in fig. 3 and based on fig. 2, the apparatus further comprises: the module 206 is executed in which, among other things,

the execution module 206 is coupled to the display module 205 and the configuration module 201, and configured to identify an event input by a user through a control on the interface, thereby triggering a corresponding monitoring item, execute a detection item in the monitoring item, re-acquire a health state of the monitoring item according to a detection result and/or a processing result of the detection item, and notify the display module 205 of the health state of the monitoring item, and perform weighting processing on the health state of the monitoring item according to a preset weight of each monitoring item in the health state of the operating system, so as to obtain a health state of the operating system and notify the display module 205 of the health state of the operating system;

the display module 205 is further configured to display the health status of the retrieved monitoring item and the health status of the operating system on the interface.

Further, as shown in fig. 3, in the second embodiment of the present invention, the configuration module 201 is further configured to configure a progress bar (for example, display content after "safety index" shown in fig. 4) for the monitoring project and set at a control of the interface;

the executing module 206 is further configured to retrieve the detection items configured for the monitoring item and having the same or similar attribute characteristics, and start a corresponding process (for example, after the virtualized keys such as "physical examination", "optimization", "cleaning", and the like shown in fig. 4 are clicked, the corresponding process is started) to execute the detection items; (in addition, in addition to executing the detection item in the corresponding detection process, the computer protection can be set and displayed in combination with the detection item corresponding to the click-started corresponding process, wherein the computer protection setting comprises webpage security protection setting, chat security protection setting, download security protection setting, U disk security protection setting, hacker intrusion protection setting, file system protection setting, drive protection setting, process protection setting and/or registry protection setting and the like.)

The display module 205 is further configured to display the progress bar at a control of the interface, and display the progress of the currently executed monitoring project and the currently executed detection project in association with the progress of the progress bar (the progress bar is an energy bar displayed after the "safety index" shown in fig. 4).

The execution module 206 is further configured to, during the execution of the detection item in the monitoring item, continuously obtain the current health status of the monitoring item according to the detection result and/or the processing result in real time and notify the display module;

the corresponding display module 205 is further configured to continuously update and display the health status of the monitoring item in the form of a percentage or an energy bar on the interface.

The "corresponding relationship between the health status of the preset monitoring items and the memory occupancy rate" in the configuration module 201 further includes: when the memory occupancy rate detected by executing the monitoring project at the last time is increased by a preset amplitude, the level of the corresponding health state of the monitoring project is correspondingly reduced by one level; the health status of different levels of the monitoring item have different percentage values. This part of the content in the embodiment of the present invention is also explained by the table, but is not limited thereto.

The "correspondence between the health status of the preset monitoring item and the time interval" in the configuration module 201 further includes: when the corresponding relation between the health state of a preset monitoring item and a time interval is set as 0 from the time interval of the last execution of the monitoring item, the level of the corresponding health state of the monitoring item is the highest; when a time interval from the last execution of the monitoring project increases by a preset time step, the level of the corresponding health state of the monitoring project correspondingly decreases by one level; the health status of different levels of the monitoring item have different percentage values. This part of the content in the embodiment of the present invention is also explained by the table, but is not limited thereto.

The displaying of the health status of each monitoring item and the health status of the operating system on the interface in the display module 205 further includes: acquiring corresponding color and/or energy bars according to the health state of each monitoring project, and respectively displaying the health state of each monitoring project on the interface by using the corresponding color and/or energy bars, wherein for each monitoring project, when the time interval from the last execution of the monitoring project is increased by a preset time step or the memory occupancy rate detected by the last execution of the monitoring project is increased by a preset amplitude, the level of the corresponding health state of the monitoring project is correspondingly reduced by one level, and the health states of different levels of the monitoring project correspond to different color and/or energy bars; the method comprises the steps of obtaining corresponding percentages according to the current health state of an operating system, and displaying the health state of the operating system on an interface by using the corresponding percentages, wherein the health state of the operating system is reduced by one level when the health state of the operating system is reduced by a preset amplitude, and the health states of different levels of the operating system have different percentage values. "

For the prompt module 204 in the second embodiment of the present invention, the prompt module is further configured to: when the CPU occupancy rate and the memory occupancy rate are detected to be lower than the preset threshold, a text prompt box is popped up to prompt the health status of the operating system in cooperation with the corresponding color (although not shown in corresponding drawings, a person skilled in the art can understand the execution and display effects of the technical scheme, and therefore, the detailed description is omitted here).

Specifically, the prompting module 204 displays corresponding colors and/or images at the shortcut identifier according to the corresponding relationship between the health status of the operating system and the colors and/or images obtained by the sorting module 203 to prompt the health status of the operating system, and further includes:

In addition, as shown in fig. 2 and 3, in the second embodiment of the present invention, it is further explained here that:

the monitoring item comprises one or more of the following combinations: physical examination treatment, optimization treatment and cleaning treatment; the above mentioned items are the monitoring items shown in fig. 4, and of course, those skilled in the art may also add other items to be monitored according to the actual implementation, and are not limited specifically here.

Reference herein to "one embodiment," "an embodiment," or "one or more embodiments" means that a particular feature, structure, or characteristic described in connection with the embodiment is included in at least one embodiment of the invention. Moreover, it is noted that instances of the word "in one embodiment" are not necessarily all referring to the same embodiment.

In the description provided herein, numerous specific details are set forth. It is understood, however, 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 an understanding of this description.

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 may be implemented by means of hardware comprising several distinct elements, and by means of a suitably programmed computer. In the unit claims enumerating several means, several of these means may be embodied by one and the same item of hardware. The usage of the words first, second and third, etcetera do not indicate any ordering. These words may be interpreted as names.

Moreover, it should also be noted that the language used in the specification has been principally selected for readability and instructional purposes, and may not have been selected to delineate or circumscribe the inventive subject matter. Accordingly, many modifications and variations will be apparent to those of ordinary skill in the art without departing from the scope and spirit of the appended claims. The present invention has been disclosed in an illustrative rather than a restrictive sense, and the scope of the present invention is defined by the appended claims.

Claims

1. A method for detecting the security state of a terminal device comprises the following steps:

monitoring the time interval between each monitoring item and the latest execution, and respectively obtaining the health state of each monitoring item by combining the preset corresponding relation between the health state of each monitoring item and the time interval and the memory occupancy rate; wherein,

the preset corresponding relation between the health status of the monitoring items and the time intervals further comprises the following steps: when a time interval from the last execution of the monitoring project increases by a preset time step, the level of the corresponding health state of the monitoring project correspondingly decreases by one level;

the preset corresponding relationship between the health status of the monitoring items and the memory occupancy rate further comprises the following steps: when the memory occupancy rate detected by executing the monitoring project at the last time is increased by a preset amplitude, the level of the corresponding health state of the monitoring project is correspondingly reduced by one level;

weighting the health state of each monitoring project according to the weight of each preset monitoring project in the health state of the operating system to obtain the health state of the operating system;

displaying corresponding colors and/or images at the quick identification according to the corresponding relation between the health state of the operating system and the colors and/or images so as to prompt the health state of the operating system;

starting an interface according to the triggering of the user on the quick identification of the color and/or the image, and displaying the health state of each monitoring item and the health state of an operating system on the interface; wherein,

after the health status of each monitoring item and the health status of the operating system are displayed on the interface, the method further comprises the following steps:

identifying an event input by a user through a control on the interface so as to trigger the corresponding monitoring item, executing a detection item in the monitoring item, re-acquiring the health state of the monitoring item according to the detection result and/or the processing result of the detection item and displaying the health state on the interface, wherein the re-acquiring the health state of the monitoring item according to the detection result and/or the processing result of the detection item and displaying the health state on the interface further comprises: in the execution process of a detection item in the monitoring item, continuously acquiring the current health state of the monitoring item in real time according to a detection result and/or a processing result, and continuously updating and displaying the current health state of the monitoring item on the interface in a percentage or energy bar mode;

and weighting the health state of the monitoring items according to the weight of each preset monitoring item in the health state of the operating system, and displaying the health state of the operating system by using the obtained result.

2. The method for detecting the security status of the terminal device according to claim 1, wherein the executing of the detection item in the monitoring item further comprises:

configuring a progress bar for the monitoring project and displaying the progress bar at a control of the interface, calling detection items configured for the monitoring project and having the same or similar attribute characteristics, and starting a corresponding process to execute the detection items;

displaying progress of the currently executed monitoring item and the detection item being executed through the traveling association of the progress bar.

3. The method for detecting the security status of the terminal device as claimed in claim 1, wherein the corresponding color is displayed at the shortcut identifier to prompt the health status of the operating system, further comprising:

and when the CPU occupancy rate or the memory occupancy rate is detected to be lower than a preset threshold, popping up a text prompt box to match with the corresponding color and/or image so as to prompt the health state of the operating system.

4. The method for detecting the security status of the terminal device as claimed in claim 1, wherein the correspondence between the health status of the preset monitoring item and the time interval further comprises:

when the time interval from the last execution of the monitoring project is 0, the level of the corresponding health state of the monitoring project is the highest;

different levels of health status of the monitoring items are configured with different percentage values.

5. The method for detecting the security status of the terminal device as claimed in claim 1, wherein the correspondence between the health status of the preset monitoring item and the memory occupancy rate further comprises:

6. The method for detecting the security status of the terminal device according to claim 1, wherein the health status of each monitoring item and the health status of the operating system are displayed on the interface, further comprising:

the method comprises the steps of obtaining corresponding percentages according to the current health state of an operating system, and displaying the health state of the operating system on an interface by using the corresponding percentages, wherein the health state of the operating system is reduced by one level when the health state of the operating system is reduced by a preset amplitude, and the health states of different levels of the operating system have different percentage values.

7. The method for detecting the security status of the terminal device according to claim 1, wherein corresponding color and/or image is displayed at the shortcut identifier to prompt the health status of the operating system according to the corresponding relationship between the health status of the operating system and the color and/or image, further comprising:

8. Method for the detection of the security status of a terminal device according to any of the claims 1 to 7,

the monitoring item comprises one or more of the following combinations: physical examination treatment, optimization treatment and cleaning treatment;

the detection item comprises one or more of the following combinations: detecting whether an operating system has a security hole, detecting whether security protection is started, detecting whether an operating system has a Trojan, detecting whether the operating system does not install antivirus software, detecting whether a browser homepage is locked, detecting whether scanning of the Trojan is performed at preset time intervals, detecting whether a malicious plug-in exists, detecting whether Trojan scanning is never performed, detecting whether the operating system has rubbish, detecting whether the operating system is provided with infrequent software, detecting whether the operating system has a starting item, detecting whether a hard disk space is insufficient, detecting whether a browser fault exists, detecting whether an operating system fault exists, detecting whether an invalid shortcut exists and detecting whether software to be upgraded exists.

9. An apparatus for detecting the security state of a terminal device, comprising:

the configuration module is used for configuring the corresponding relation between the health state of the monitoring items and the time interval and the memory occupancy rate and the corresponding relation between the health state of the operating system and the color and/or the image, and is also used for presetting the weight of each monitoring item in the health state of the operating system; wherein,

when the corresponding relation between the health state of the monitoring project and the time interval is configured, when the time interval from the last execution of the monitoring project is increased by a preset time step, the level of the corresponding health state of the monitoring project is correspondingly reduced by one level;

when the corresponding relation between the health state of the monitoring item and the memory occupancy rate is configured, when the memory occupancy rate detected by executing the monitoring item last time is increased by a preset amplitude, the level of the health state corresponding to the monitoring item is correspondingly reduced by one level;

the monitoring module is used for monitoring the time interval between each monitoring item and the latest execution and respectively obtaining the health state of each monitoring item by combining the corresponding relation between the health state of each monitoring item preset in the configuration module and the time interval and the memory occupancy rate;

the sorting module is used for weighting the health state of each monitoring project according to the weight of each monitoring project in the health state of the operating system, which is preset in the configuration module, so as to obtain the health state of the operating system;

the prompt module is used for displaying corresponding colors and/or images at the quick identifier according to the corresponding relation between the health state of the operating system and the colors and/or images obtained by the sorting module so as to prompt the health state of the operating system;

the display module is used for starting an interface according to the triggering of the user on the quick identification of the color and/or the image, and displaying the health state of each monitoring item and the health state of the operating system on the interface; wherein,

further comprising: an execution module that, wherein,

the execution module is used for recognizing an event input by a user through a control on the interface so as to trigger a corresponding monitoring item, executing a detection item in the monitoring item, re-acquiring the health state of the monitoring item according to the detection result and/or the processing result of the detection item and notifying the display module, and is used for weighting the health state of the monitoring item according to the weight of each preset monitoring item in the health state of the operating system to obtain the health state of the operating system and notifying the display module of the health state of the operating system;

the display module is further used for displaying the health state of the reacquired monitoring item and the health state of the operating system on the interface;

the execution module is further configured to continuously acquire the current health status of the monitoring item in real time according to the detection result and/or the processing result and notify the display module of the current health status of the monitoring item in the execution process of the detection item in the monitoring item;

the display module is further used for continuously updating and displaying the health status of the monitoring item on the interface in a form of percentage or energy bar.

10. The apparatus for detecting the security status of a terminal device according to claim 9,

the configuration module is used for configuring a progress bar for the monitoring project and setting the progress bar at a control of the interface;

the execution module is further used for calling detection items which are configured for the monitoring items and have the same or similar attribute characteristics, and starting corresponding processes to execute the detection items;

the display module is further used for displaying the progress bar at a control of the interface and displaying the progress of the currently executed monitoring project and the executed detection project through the travel association of the progress bar.

11. The apparatus for detecting the security status of a terminal device according to claim 9,

and the prompting module is also used for popping up a character display frame to be matched with the corresponding color and/or image to display the health state of the operating system when the CPU occupancy rate or the memory occupancy rate is detected to be lower than a preset threshold.

12. The apparatus for detecting the security status of a terminal device according to claim 9,

the configuration module is used for configuring the corresponding relationship between the health state and the time interval of the monitoring project, and when the time interval from the last execution is 0, the level configuration of the health state corresponding to the monitoring project is the highest; different levels of health status of the monitoring items are configured with different percentage values.

13. The apparatus for detecting the security status of a terminal device according to claim 9,

the configuration module configures different percentage values for the health states of different levels of the monitoring project when the corresponding relation between the health state of the monitoring project and the memory occupancy rate is configured.

14. The apparatus for detecting the security status of a terminal device according to claim 9,

the display module is further configured to obtain corresponding color and/or energy bars according to the health status of each monitoring item, and use the corresponding color and/or energy bars to respectively show the health status of each monitoring item on the interface, where for each monitoring item, when a time interval elapsed since the last execution of the monitoring item increases by a preset time step or when a memory occupancy rate detected from the last execution of the monitoring item increases by a preset amplitude, the level of the corresponding health status of the monitoring item correspondingly decreases by one level, and the health statuses of the monitoring items at different levels correspond to different color and/or energy bars;

the display module is further configured to obtain a corresponding percentage according to a current health state of the operating system, and display the health state of the operating system on the interface by using the corresponding percentage, where each time the health state of the operating system decreases by a preset magnitude, the level of the health state of the operating system decreases by one level, and the health states of different levels of the operating system have different percentage values.

15. The apparatus for detecting the security status of a terminal device according to claim 9,

the prompt module is further configured to obtain a corresponding image according to a current health state of the operating system, identify an interval in which the health state of the operating system is located, and display the health state of the operating system at the shortcut identifier by superimposing a color corresponding to the interval on the image to prompt the health state of the operating system, where each decrease in the health state of the operating system by a preset range decreases the level of the health state of the operating system by one level, the health states of different levels of the operating system correspond to different images and percentage values, and the health states of different levels of the operating system are divided into a plurality of intervals by using corresponding thresholds according to the percentage values of the health state of the operating system, and each interval corresponds to a different color.

16. An arrangement for detection of a security state of a terminal device according to any of claims 9-15,