CN105955444A - Aligned wakeup method and apparatus - Google Patents

Abstract

The invention relates to an alignment wake-up method and device. The alignment wake-up method includes the following steps: after standby, detecting the timer wake-up state of each application program; judging the application timer wake-up state according to the detected timer wake-up state of each application program Whether there is an abnormality; if the timer wakes up normally, wake up the system according to the timer wake-up time and run the application; if the timer wakes up abnormally, set the timer wake-up time of all timer wake-up abnormal applications to a fixed time after standby; The system is woken up at the fixed time point, and each timer wakes up an abnormal application program. The alignment wake-up method can not only save the terminal standby power consumption well, achieve the effect of saving power, but also ensure the timely delivery of information, and realize the background intelligent management. In addition, the present invention also proposes an alignment wake-up device.

Description

Alignment wake-up method and device

technical field

The present invention relates to the technical field of mobile terminals, in particular to an alignment wake-up method and device.

Background technique

With the development of terminal technology, various intelligent operating systems provide timer wake-up mechanisms. In order to avoid the complicated and disorderly wake-up of the terminal system by different applications and increase the standby power consumption of the terminal, an aligned wake-up mechanism has been proposed in recent years. At present, the commonly used alignment wake-up scheme is to delay the timer wake-up time of each application, and then gather all the timers to a time point to trigger the terminal system. By adjusting the timer wake-up time of each application, the The timer is aligned to wake up the terminal system to achieve the effect of saving power during standby. However, this solution will cause some normal application timers to fail to wake up the system on time, especially for some applications that set a small number of timer wakeup times after standby and cannot be triggered normally.

Contents of the invention

Based on this, it is necessary to provide an aligned wake-up method and device for the problem that the traditional aligned wake-up mechanism cannot wake up the normal timer on time.

An alignment wake-up method, comprising the following steps:

After standby, detect the timer wake-up status of each application;

According to the detected timer wake-up state of each application program, it is judged whether the application timer wake-up is abnormal;

If the timer wakes up normally, wake up the system according to the timer wakeup time and run the application program;

If the timer wake-up is abnormal, set the timer wake-up time of all timer wake-up abnormal applications to a fixed time after standby;

The system is woken up at the fixed time point, and each timer wakes up an abnormal application program.

In one of the embodiments, in the step of detecting the timer wake-up status of each application program, the timer wake-up status includes the number of times the timer wakes up the system within a preset time.

In one of the embodiments, the step of judging whether the timer wake-up is abnormal according to the detected timer wake-up state of each application program includes the following steps:

Determine the type of the application program as a scheduled wake-up program or a non-scheduled wake-up program;

If the application program is a regular wake-up program, compare the number of wake-ups detected by the timer within the preset time with the preset number of wake-ups of the first preset timer, if the number of wake-ups of the timer within the preset time If it is greater than or equal to the first preset timer wake-up times, then the application is an abnormal timer wake-up application; if the timer wake-up times within the preset time is less than the first preset timer wake-up times, the application is The timer wakes up the normal application;

If the application program is a non-scheduled wake-up program, compare the number of wake-ups detected by the timer within the preset time with the second preset number of timer wake-ups, and if the timer wakes up within the preset time If the times are greater than or equal to the second preset timer wake-up times, the application is an abnormal timer wake-up application; if the timer wake-up times within the preset time is less than the second preset timer wake-up times, the The application wakes up the normal application for the timer.

In one of the embodiments, the step of judging whether the timer wake-up of the application program is abnormal according to the detected timer wake-up status of each application program includes the following steps: if the detection of the timer wake-up status of an application program fails, Then the application program is an abnormal application program woken up by a timer.

In one of the embodiments, the following step is further included before the step of waking up the system at the fixed time point and running the abnormal application program of each timer: In the interval, the background process takes over the notification information of each timer to wake up the abnormal application.

An alignment wake-up device, comprising:

The wake-up state detection module is used to detect the timer wake-up state of each application program;

A wake-up exception judging module, used to judge whether there is an abnormality in the wake-up of the timer of the application program according to the detected timer wake-up state of each application program;

The alignment wake-up module is used to set the timer wake-up time of all timer wake-up abnormal applications to a fixed time after standby; and,

The wake-up trigger module is used to wake up the system and run the application program.

In one of the embodiments, the wake-up state detection module is used to detect the number of times the timer wakes up the system within a preset period of time.

In one of the embodiments, the abnormal wake-up judging module includes:

The application type judging sub-module is used to judge whether the type of the application is a regular wake-up program or a non-scheduled wake-up program;

The storage submodule is used to store the preset time, the number of wake-up times of the first preset timer and the number of wake-up times of the second preset timer;

The first wake-up abnormal judgment submodule is used to judge whether the timer wake-up of the regular wake-up program is abnormal. If the application program is a regular wake-up program, the first wake-up abnormal judgment sub-module will wake up the timer within the detected preset time The number of wake-ups of the system is compared with the number of wake-ups of the first preset timer. If the number of wake-ups of the timer within the preset time is greater than or equal to the number of wake-ups of the first preset timer, the application is a timer wake-up exception Application program; if the number of timer wake-ups within the preset time is less than the first preset timer wake-up times, the application program is a timer wake-up normal application program;

The second wake-up abnormal judgment sub-module is used to judge whether the timer wake-up of the non-scheduled wake-up program is abnormal. If the application program is a non-scheduled wake-up program, the second wake-up abnormal judgment sub-module will detect the preset time The number of times the system is woken up by the device is compared with the number of wake-ups of the second preset timer, if the number of wake-ups of the timer within the preset time is greater than or equal to the number of wake-ups of the second preset timer, the application is a timer Waking up an abnormal application program; if the number of wake-up times of the timer within the preset time is less than the second preset number of timer wake-up times, the application program is a normal application program woken up by the timer.

In one of the embodiments, the abnormal wake-up judging module includes:

The wake-up state statistics sub-module is used to detect and count the wake-up state of the timer wake-up system within a preset time. If the detection of the timer wake-up state of the application is successful, the wake-up state detection sub-module counts the timer wake-up within the preset time The number of wake-up times of the system; if the timer wake-up state of an application fails to be detected, the wake-up state detection sub-module defines the application as an abnormal timer wake-up application.

In one of the embodiments, the alignment wake-up system further includes a notification information management module, which is used to take over the notification information of each timer wake-up abnormal application through the background process during the time interval from the end of the last wake-up to the next wake-up .

The above-mentioned alignment wake-up method and device perform wake-up delay processing on applications that have set too many timer wake-up times, and do not perform delay processing on applications that are woken up by normal timers, and realize the timer wake-up times of each application program. Targeted management not only ensures that applications with normal settings can wake up the system on time and timely delivery of information, but also realizes aligned wake-up of applications with frequent wake-up times, which can save terminal standby power consumption and achieve power saving The effect of realizing background intelligent management.

Description of drawings

FIG. 1 is a schematic diagram of the flow of an alignment wake-up method in an embodiment;

Fig. 2 is a flow schematic diagram for judging whether there is abnormality in timer wake-up in one embodiment;

Fig. 3 is a structural schematic diagram of an alignment wake-up device in an embodiment;

Fig. 4 is a schematic structural diagram of a wake-up abnormality judging module in an embodiment.

detailed description

In order to make the object, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.

Please refer to Figure 1, an alignment wake-up method and system, including the following steps:

Step 102: After standby, detect the timer wake-up status of each application program.

Specifically, in this embodiment, the timer wake-up state refers to the number of wake-up times that each application program wakes up the system within a preset time after standby.

Step 104: According to the detected timer wake-up state of each application program, it is judged whether there is abnormality in the timer wake-up of the application program.

The purpose of real alignment wake-up is to achieve power saving effect, and the excessive power consumption of the terminal is mainly due to the fact that some applications frequently set multiple timer wake-ups so that the terminal is woken up too many times during standby. Therefore, classify the number of times that each detected application program wakes up the system regularly within a predetermined time, if the number of times the application program wakes up the system is less, then the application program is divided into a normal application program that is awakened by a timer, and step 106 is performed; If the application program wakes up the system too many times, the application program is classified as an abnormal application program for timer wakeup, and step 108 is executed.

Step 106: If the timer wakes up normally, wake up the system according to the timer wakeup time, and run the application program.

In order to avoid the phenomenon that some applications that set fewer timer wake-up times after standby cannot be triggered normally (for example, normal applications only set a timer wake-up, but it is still delayed.) Complaints, for timer wake-up Normal applications do not do delay processing, the application normally wakes up the system according to the timer wake-up time, pushes the notification information through the background process, and runs the application.

In this embodiment, notification information is pushed through a background process. Specifically, according to the attribute information of the application program, a corresponding background service process is established in the system, and a communication link with the server to which the application program belongs is established through the background service process.

Step 108: If the timer wake-up is abnormal, set the timer wake-up time of all timer wake-up abnormal applications to a fixed time after standby.

Frequent wake-up of the system by the application program will cause excessive power consumption. For the application program with abnormal timer wake-up, it does not respond to the operation corresponding to the timer wake-up, and the subsequent response time of the timer wake-up is forced to be set as a fixed time after standby. Abnormal timer wake-up applications are delayed until a fixed time to wake up the system, and do alignment wake-up processing.

The length of the fixed time can be specifically set according to actual needs, for example, it can be 30 minutes, 1 hour, 2 hours, etc., taking into account the power saving of standby and the timely arrival of notification information at the same time. In addition, combined with the daily use of the user, a fixed time suitable for the user's habit can be obtained through comprehensive analysis according to a certain distribution.

Step 110: wake up the system at a fixed time point, and run the abnormal application programs waked up by each timer.

In this embodiment, the notification information is pushed through the background process to run the application program. According to the attribute information of the application program, a corresponding background service process is established in the system, and a communication link with the server to which the application program belongs is established through the background service process.

Specifically, when the system runs to a fixed time point, all the delayed timer wake-up abnormal applications wake up the system at the same time, the background process pushes the notification information of each timer wake-up abnormal application, and the running timer wakes up Unusual application. When running again to the next fixed time point, the system is woken up again. At this time, the background process pushes the notification that each timer wakes up the abnormal application in the time interval from the last wake up time point to the current wake up time point. information, the running timer wakes up the abnormal application.

In this embodiment, the above-mentioned aligned wake-up method delays the application with too many timer wake-up times, and does not delay the normal timer wake-up application, realizing the pertinence of the timer wake-up times of each application Management, which not only ensures that the applications with normal settings can wake up on time, but also realizes the aligned wake-up of applications with frequent wake-up times, which can save terminal standby power consumption, achieve power-saving effects, and effectively ensure timely delivery of information , to achieve the background intelligent management.

In one embodiment, in the step of detecting the timer wake-up status of each application program, the timer wake-up status includes the number of times the timer wakes up the system within a preset time.

Specifically, the aforementioned preset time is set to 10 minutes to 60 minutes, and in a preferred embodiment, the preset time is 30 minutes. The length of the preset time needs to be considered from the two aspects of standby power consumption and timer wake-up state detection accuracy. If the preset time is too short, the detection will be incomplete. On the one hand, each application may be detected in a short period of time. The number of timer wake-up times is small, which interferes with the abnormal judgment of the subsequent timer wake-up; accuracy. Therefore, it is necessary to set a preset time with an appropriate duration. The preset time in this embodiment can not only meet the requirement of saving standby power consumption, but also effectively ensure the accuracy of timer wake-up state detection.

As shown in Figure 2, in one embodiment, the step of judging whether there is abnormality in the timer wake-up according to the detected timer wake-up state of each application program includes the following steps:

104a: Determine whether the type of the application program is a scheduled wake-up program or a non-scheduled wake-up program.

Specifically, the application program includes two types: scheduled wake-up program and non-customized wake-up program. The scheduled wake-up application program will wake up the system according to the time set by the timer. Sometimes the system (such as WeChat) may be woken up immediately. For different wake-up types of applications, different exception judgment conditions need to be set to ensure the timeliness of timer wake-up.

104b: If the application program is a regular wake-up program, compare the detected wake-up times of the timer wake-up system within the preset time with the first preset timer wake-up times, if the timer wake-up times within the preset time If the number of wake-up times is greater than or equal to the first preset timer wake-up times, then the application is a timer wake-up abnormal application; otherwise, if the timer wake-up times within the preset time is less than the first preset timer wake-up times, the application The program is a timer to wake up the normal application.

Specifically, the number of wake-ups by the first preset timer is 3 to 5 times, and in a preferred embodiment, the number of wake-ups by the first preset timer is 4 times. For example, in one embodiment, if it is detected that a certain timer wake-up application wakes up the system 4 times within 30 minutes, the timer wake-up time of the application is delayed, and the timer wake-up time is adjusted to a fixed time.

104c: If the application program is a non-scheduled wake-up program, compare the detected wake-up times of the timer wake-up system within the preset time with the preset second preset timer wake-up times, if the timer wakes up within the preset time If the wake-up times of the timer is greater than or equal to the second preset timer wake-up times, the application program is a timer wake-up abnormal application program; otherwise, if the timer wake-up times within the preset time is less than the second preset timer wake-up times, the application program The application wakes up the normal application for the timer.

Specifically, the aforementioned second preset timer wake-up times are 6 to 9 times, and in a preferred embodiment, the second preset timer wake-up times are 7 times. For example, in one embodiment, if it is detected that a non-scheduled wake-up application wakes up the system 7 times within 30 minutes, the timer wake-up time of the application is delayed, and the timer wake-up time is adjusted to a fixed time.

In this embodiment, different abnormal judgment conditions are set for the scheduled wake-up program and the non-scheduled wake-up program, because the wake-up time of the non-scheduled wake-up program is not fixed, and the notification information of most non-scheduled wake-up programs is mostly instant information , in order to ensure the timeliness of information delivery, the number of wake-ups of the second preset timer is set to be greater than the number of wake-ups of the first preset timer. Simultaneously, this embodiment all carries out timer wake-up abnormality judgment after each standby, can effectively ensure the accurate detection of the number of timer wake-ups of non-scheduled wake-up program in each standby, thereby can make a decision according to the real-time situation of each standby. The most suitable alignment wake-up scheme.

In one embodiment, before the above step of waking up the system at a fixed time point and running the timers to wake up abnormal applications, the following steps are further included: within the time interval between the end of the last wakeup and before the next wakeup, The background process takes over the notification information of each timer to wake up the abnormal application.

For example, if the fixed time is set to a fixed duration of 30 minutes, within the interval of 30 minutes, all received notification information about abnormal application wakeup by the timer will be handed over to the background process to take over. Specifically, the system determines the resource requirement according to the notification information requirements of the application program, allocates a fixed memory space for the background service process corresponding to the application program, and presets a corresponding cache space to store notification information according to the memory space. In one embodiment, the background service process also organizes and clears the memory space. When the application program wakes up the system at a fixed time point and pushes notification information through the background process, the background process organizes the memory space and clears the cache space.

In one embodiment, the step of judging whether the timer wake-up of the application program is abnormal according to the detected timer wake-up status of each application program further includes the following steps: if the detection of the timer wake-up status of an application program fails, the The application wakes up the abnormal application for the timer.

Different applications have different compilation methods and compilation rules, and abnormal operation may also occur during the running of the application. Therefore, it may not be possible to collect the wake-up time of an application. In this method, if the timer wake-up state of an application fails to be detected, the application is classified as an abnormal timer wake-up application, and the timer wake-up time of the application is set to a fixed time.

In one embodiment, the following steps are further included between the above step 108 and step 110: before reaching the fixed time point, the user ends the standby, all delayed applications end the delayed wakeup, and send notification information.

If the user ends the standby in advance before reaching the fixed time point, all applications that are delayed until the fixed time point wake up will send a notification message at the end of the standby time and run the application program to ensure that the information is delivered in time.

As shown in FIG. 3 , it is a schematic structural diagram of an alignment wake-up system in an embodiment.

An alignment wake-up device, comprising:

The wakeup state detection module 302 is configured to detect the timer wakeup state of each application program.

The wake-up exception judging module 304 is configured to judge whether the timer wake-up of the application program is abnormal according to the detected timer wake-up state of each application program.

The alignment wake-up module 306 is configured to set the timer wake-up time of all timer wake-up abnormal applications as a fixed time after standby.

The wake-up trigger module 308 is used to wake up the system and run the application program.

In one embodiment, the wake-up state detection module 302 is used to detect the number of wake-up times of the timer wake-up system within a preset time.

In one embodiment, the wake-up exception judging module 304 includes: an application type judging sub-module, configured to judge whether the type of the application is a scheduled wake-up program or a non-scheduled wake-up program. The storage sub-module is used to store the preset time, the number of wake-ups of the first preset timer and the number of wake-ups of the second preset timer. The first wake-up abnormal judgment submodule is used to judge whether the timer wake-up of the regular wake-up program is abnormal. If the application program is a regular wake-up program, the first wake-up abnormal judgment sub-module will wake up the timer within the detected preset time The number of wake-ups of the system is compared with the number of wake-ups of the first preset timer. If the number of wake-ups of the timer within the preset time is greater than or equal to the number of wake-ups of the first preset timer, the application is a timer wake-up exception An application program; if the number of timer wake-ups within the preset time is less than the first preset timer wake-up times, the application program is a timer wake-up normal application program. The second wake-up abnormal judgment sub-module is used to judge whether the timer wake-up of the non-scheduled wake-up program is abnormal. If the application program is a non-scheduled wake-up program, the second wake-up abnormal judgment sub-module will detect the preset time The number of times the system is woken up by the device is compared with the number of wake-ups of the second preset timer, if the number of wake-ups of the timer within the preset time is greater than or equal to the number of wake-ups of the second preset timer, the application is a timer Waking up an abnormal application program; if the number of wake-up times of the timer within the preset time is less than the second preset number of timer wake-up times, the application program is a normal application program woken up by the timer.

In one embodiment, the wake-up abnormal judgment module 304 also includes a wake-up state statistics sub-module, which is used to detect and count the wake-up state of the timer wake-up system within a preset time, if the timer wake-up state of the application is detected If successful, the wake-up state detection submodule counts the number of times the timer wakes up the system within the preset time; if the timer wake-up state of an application fails to be detected, the wake-up state detection submodule defines the application as a timer Wake up the abnormal application.

The following describes the above-mentioned wake-up abnormality judging module 304 in detail by enumerating preferred embodiments with reference to the accompanying drawings. As shown in FIG. 4, in one embodiment, the above-mentioned wake-up abnormal judgment module 304 includes:

The application type judging sub-module 304a is used for judging whether the type of the application is a scheduled wake-up program or a non-scheduled wake-up program.

The storage sub-module 304b is used for storing the preset time, the first preset timer wake-up times and the second preset timer wake-up times.

Specifically, the preset time is set to 10 minutes to 60 minutes, and in a preferred embodiment, the preset time is 30 minutes. The number of wake-ups by the first preset timer is 3 to 5 times, and in a preferred embodiment, the number of wake-ups by the first preset timer is 4 times. The second preset timer wake-up times are 6 to 9 times, and in a preferred embodiment, the second preset timer wake-up times are 7 times.

The wake-up state statistics sub-module 304c is used to detect and count the wake-up state of the timer wake-up system within a preset time.

Specifically, the wake-up state detection sub-module 304c detects and counts the number of wake-up times of the timer wake-up system within 30 minutes. If the detection of the timer wake-up status of the application is successful, count the number of times the timer wakes up the system within 30 minutes; if the detection of the timer wake-up status of an application fails, define the application as an abnormal timer wake-up application.

The first wake-up exception judging sub-module 304d is used for judging whether there is an exception in the timer wake-up of the regular wake-up program.

Specifically, the first wake-up abnormality judgment sub-module 304d compares the number of wake-up times detected by the wake-up state detection sub-module 304c within 30 minutes of the timer wake-up system of the timed wake-up program with the preset first preset timer wake-up times , if the number of timer wakeups within 30 minutes is greater than or equal to 4 times, the application is an abnormal application for timer wakeup; if the number of timer wakeups within 30 minutes is less than 4 times, the application is a normal application for timer wakeup program.

The second wake-up exception judging sub-module 304e is used for judging whether there is an exception in the timer wake-up of the non-scheduled wake-up procedure.

Specifically, the second wake-up abnormal judgment sub-module 304e compares the number of wake-up times detected by the wake-up state detection sub-module 304c within 30 minutes of the timer wake-up system of the non-scheduled wake-up program with the preset second preset timer wake-up times. In comparison, if the number of timer wakeups within 30 minutes is greater than or equal to 7 times, the application is a timer wakeup abnormal application; if the number of timer wakeups within 30 minutes is less than 7 times, the application is a timer wakeup normal application .

In one embodiment, the above-mentioned alignment wake-up device further includes: a notification information management module, used to take over the notification information of each timer wake-up abnormal application program through the background process within the time interval from the end of the last wake-up to the next wake-up .

The technical features of the above-mentioned embodiments can be combined arbitrarily. To make the description concise, all possible combinations of the technical features in the above-mentioned embodiments are not described. However, as long as there is no contradiction in the combination of these technical features, should be considered as within the scope of this specification.

The above-mentioned embodiments only express several implementation modes of the present invention, and the descriptions thereof are relatively specific and detailed, but should not be construed as limiting the patent scope of the invention. It should be noted that those skilled in the art can make several modifications and improvements without departing from the concept of the present invention, and these all belong to the protection scope of the present invention. Therefore, the protection scope of the patent for the present invention should be based on the appended claims.

Claims (10)

1. an alignment awakening method, it is characterised in that comprise the following steps:

After standby, detect the intervalometer wake-up states of each application program；

Intervalometer wake-up states according to each application program detected judges whether application program intervalometer wakes up up Exist abnormal；

If intervalometer wakes up up normally, then wake up system up by intervalometer wakeup time, run application program；

If intervalometer wakes up exception up up, then all intervalometers are waken up the intervalometer wakeup time of abnormal application program It is set to the standby rear set time；

Moment point in the described set time wakes up system up, runs each intervalometer and wakes up abnormal application program up.

Alignment awakening method the most according to claim 1, it is characterised in that in each application of described detection In the intervalometer wake-up states step of program, described intervalometer wake-up states is included in intervalometer in Preset Time Wake up the wake-up times of system up.

Alignment awakening method the most according to claim 2, it is characterised in that described basis detects The intervalometer wake-up states of each application program judges that intervalometer wakes up up and whether there is abnormal step and include following step Rapid:

The type judging application program is timing wake-up program or non-timed wake up procedure；

If application program is timing wake-up program, then in the Preset Time that will detect, intervalometer wakes up system up Wake-up times compares with the first preset timer wake-up times set in advance, if timing in Preset Time The wake-up times of device is more than or equal to described first preset timer wake-up times, then this application program is timing Device wakes up abnormal application program up；If the wake-up times of intervalometer is called out less than the first preset timer in Preset Time Awake number of times, this application program is that intervalometer wakes up normal application up；

If application program is non-timed wake up procedure, then in the Preset Time that will detect, intervalometer wakes up system up Wake-up times compare, if Preset Time is decided at the higher level but not officially announced with the second preset timer wake-up times set in advance Time device wake-up times more than or equal to described second preset timer wake-up times, the most described application program is Intervalometer wakes up abnormal application program up；If the wake-up times of intervalometer is presetting less than second in Preset Time Device wake-up times, described application program is that intervalometer wakes up normal application up.

Alignment awakening method the most according to claim 1, it is characterised in that detect in described basis The intervalometer wake-up states of each application program judge that application program intervalometer wakes up up and whether there is abnormal step In comprise the following steps: if detect certain application program intervalometer wake-up states failure, the most described application program Abnormal application program is waken up up for intervalometer.

Alignment awakening method the most according to claim 1, it is characterised in that described described solid Moment point of fixing time wakes up system up, also includes before running the step that each intervalometer wakes up abnormal application program up Following steps: upper once wake up up terminate on once wake up up before time interval in, connect by background process Manage each intervalometer and wake up the announcement information of abnormal application program up.

6. an alignment Rouser, it is characterised in that including:

Wake-up states detection module, in order to detect the intervalometer wake-up states of each application program；

Wake up abnormal judge module up, judge in order to the intervalometer wake-up states according to each application program detected Application program intervalometer wakes up whether there is exception up；

Alignment wake module, sets in order to all intervalometers to wake up up the intervalometer wakeup time of abnormal application program It is set to the standby rear set time；And,

Wake-up trigger module, in order to wake up system up, runs application program.

Alignment Rouser the most according to claim 6, it is characterised in that described wake-up states detects Module wakes up the wake-up times of system up in order to detect intervalometer in Preset Time.

Alignment Rouser the most according to claim 7, it is characterised in that described in wake up abnormal judgement up Module includes:

Application Type judges submodule, in order to judge that the type of application program is timing wake-up program or non- Timing wake-up program；

Sub module stored, presetting in order to store Preset Time, the first preset timer wake-up times and second Time device wake-up times；

Whether first wakes up exception up judges submodule, exist in order to judge that the intervalometer of timing wake-up program wakes up up Abnormal, if application program is timing wake-up program, described first wakes up up and abnormal judges that submodule will detect In Preset Time intervalometer wake up up the wake-up times of system with the first preset timer wake-up times compare Relatively, if the wake-up times of intervalometer is more than or equal to described first preset timer wake-up times in Preset Time, Then this application program is that intervalometer wakes up abnormal application program up；If the wake-up times of intervalometer is little in Preset Time In the first preset timer wake-up times, this application program is that intervalometer wakes up normal application up；

Whether second wakes up exception up judges submodule, deposit in order to judge that the intervalometer of non-timed wake up procedure wakes up up In exception, if application program is non-timed wake up procedure, described second wakes up exception up judges that submodule will detection To Preset Time in intervalometer wake up the wake-up times of system up and compare with the second preset timer wake-up times Relatively, if the wake-up times of intervalometer is more than or equal to described second preset timer wake-up times in Preset Time, The most described application program is that intervalometer wakes up abnormal application program up；If the wake-up times of intervalometer in Preset Time Less than the second preset timer wake-up times, described application program is that intervalometer wakes up normal application up.

Alignment Rouser the most according to claim 6, it is characterised in that described in wake up abnormal judgement up Module includes:

Wake-up states statistics submodule, wakes up waking up up of system up in order to intervalometer in detecting and add up Preset Time State, if the intervalometer wake-up states success of detection application program, the most described wake-up states detection sub-module is united In meter Preset Time, intervalometer wakes up the wake-up times of system up；If the intervalometer detecting certain application program wakes up shape up State failure, it is that intervalometer wakes up abnormal application journey up that the most described wake-up states detection sub-module defines this application program Sequence.

Alignment Rouser the most according to claim 6, it is characterised in that described alignment wakes up up and is System also include announcement information manage module, in order to upper once wake up up terminate on once wake up up before time between Every interior, take over each intervalometer by background process and wake up the announcement information of abnormal application program up.