CN105824391A - Timer awakening control method and electronic equipment - Google Patents
Timer awakening control method and electronic equipment Download PDFInfo
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- CN105824391A CN105824391A CN201510835929.0A CN201510835929A CN105824391A CN 105824391 A CN105824391 A CN 105824391A CN 201510835929 A CN201510835929 A CN 201510835929A CN 105824391 A CN105824391 A CN 105824391A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/26—Power supply means, e.g. regulation thereof
- G06F1/32—Means for saving power
- G06F1/3203—Power management, i.e. event-based initiation of a power-saving mode
- G06F1/3234—Power saving characterised by the action undertaken
- G06F1/3287—Power saving characterised by the action undertaken by switching off individual functional units in the computer system
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/26—Power supply means, e.g. regulation thereof
- G06F1/32—Means for saving power
- G06F1/3203—Power management, i.e. event-based initiation of a power-saving mode
- G06F1/3234—Power saving characterised by the action undertaken
- G06F1/329—Power saving characterised by the action undertaken by task scheduling
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Abstract
The invention discloses a timer awakening control method and electronic equipment. The timer awakening control method specifically comprises the following steps: according to a setup request of a set timer, confirming whether a timer to be set up is of an unnecessary awakening type or not; when the timer to be set up is of the unnecessary awakening type, converting an awakenable type time in the setup request into a corresponding unawakenable type timer. According to the timer awakening control method, the timer to be set up in the setup request is confirmed as the unawakenable type, and the awakenable type time in the setup request is converted into the corresponding unawakenable type timer when the timer to be set up is of the unawakenable type timer, so that a system can be prevented from being awakened by a third party application or system in a manner of setting up the timer, the electronic equipment can be normally dormant, and the purpose of saving power can be achieved.
Description
Technical field
The present invention relates to intelligent terminal field, particularly relate to a kind of intervalometer wake-up control method and electronic equipment.
Background technology
The sleep of electronic equipment refers to system dormancy, and the data processed are temporarily placed in internal memory and do not process, and is in the state of a kind of low-power consumption.And the third-party application run in current electronic device or system application are more and more, when electronic equipment puts out and shields standby, after system enters resting state, some third-party application or system application can wait timer time then by the way of the intervalometer that setting wakes up type up, stealthily wake up system up on backstage, corresponding third-party application or system application just can run, the most just make system the most in running order, it is impossible to dormancy, cause a large amount of power consumption of electronic equipment.
The power consumption problem of electronic equipment is always the problem that user is complained, once system is waken up, no matter screen is at bright screen or to put out screen state, still there are substantial amounts of request or task processing on backstage, make the system for a long time cannot dormancy, consume electric quantity for electronic equipment, cause stand-by time to greatly reduce.
Summary of the invention
The invention provides a kind of intervalometer wake-up control method and electronic equipment, the system that solves, after entering resting state, is still frequently waken up up system by the inessential type intervalometer that wakes up up, causes electronic equipment power consumption big, the problem that stand-by time greatly reduces.
According to one aspect of the present invention, it is provided that a kind of intervalometer wake-up control method, including:
Request is set according to arrange intervalometer, determines that whether intervalometer to be placed is inessential to wake up type up；
When intervalometer to be placed be inessential wake up type up time, request can wake up up type intervalometer be converted to can not wake up up accordingly type intervalometer by arranging.
According to another aspect of the present invention, additionally provide a kind of electronic equipment, including:
First processing module, for arranging request according to arrange intervalometer, determines that whether intervalometer to be placed is inessential to wake up type up；
Modular converter, for when intervalometer to be placed be inessential wake up type up time, request can wake up up type intervalometer be converted to can not wake up up accordingly type intervalometer by arranging.
Embodiments of the invention provide the benefit that:
Whether be determined by arranging in request intervalometer to be placed is inessential to wake up type up, when intervalometer to be placed be inessential wake up type up time, request can wake up up type intervalometer be converted to wake up type intervalometer up by arranging, thus stop third-party application or system to wake up system by the way of intervalometer is set up, enable electronic equipment normal hibernation, thus reach the purpose of power saving.
Accompanying drawing explanation
Fig. 1 represents the intervalometer wake-up control method flow chart of the embodiment of the present invention one；
Fig. 2 represents the intervalometer wake-up control method flow chart of the embodiment of the present invention two；
Fig. 3 represents the intervalometer wake-up control method flow chart of the embodiment of the present invention three；
Fig. 4 represents electronic equipment first structural representation of the embodiment of the present invention four；
Fig. 5 represents electronic equipment second structural representation of the embodiment of the present invention four.
Detailed description of the invention
It is more fully described the exemplary embodiment of the present invention below with reference to accompanying drawings.Although accompanying drawing showing the exemplary embodiment of the present invention, it being understood, however, that may be realized in various forms the present invention and should not limited by embodiments set forth here.On the contrary, it is provided that these embodiments are able to be best understood from the present invention, and complete for the scope of the present invention can be conveyed to those skilled in the art.
After the present invention is directed to the system entrance dormancy of electronic equipment in prior art, third-party application or system application still are able to by the way of arranging intervalometer stealthily wake up up system on backstage, system is made to be chronically at duty, thus cause a large amount of power consumption of electronic equipment, the problem that standby time is greatly shortened.Below in conjunction with following example, the intervalometer wake-up control method of the present invention is described in detail.
Embodiment one
As it is shown in figure 1, The embodiment provides a kind of intervalometer wake-up control method, specifically include following steps:
Step S101: arrange request according to arrange intervalometer, determines that whether intervalometer to be placed is inessential to wake up type up.
When needs arrange intervalometer, needing to initiate one and arrange request, this arranges the request of carrying in request and arranges the timer-type of intervalometer, timer-type the most to be placed.When electronic apparatus system in a dormant state time, detect that arrange intervalometer arranges request, at this moment it needs to be determined that whether intervalometer to be placed is inessential to wake up type up.Wherein, the inessential type that wakes up up refers to the unnecessary timer-type waking up system up, specifically can be relevant with the initiator arranging request, also can be relevant with the intention action arranging request.
Step S102: when intervalometer to be placed be inessential wake up type up time, request can wake up up type intervalometer be converted to can not wake up up accordingly type intervalometer by arranging.
When determine intervalometer to be placed be inessential wake up type up after, by arrange request is asked arrange intervalometer to be placed in waken up up type intervalometer be converted to can not wake up up accordingly type intervalometer.Wherein, can wake up up type intervalometer refer to can by arranging the intervalometer of this type, when timer time to after wake up system up, make the intervalometer that system is in running order.After the intervalometer that type intervalometer refers to arrange this type can not be waken up up, when timer time to after will not wake up system, system is still within resting state.
Step S103: when intervalometer to be placed be necessity wake up type up time, keep intervalometer to be placed constant.
When determining that intervalometer to be placed is after necessity wakes up type up, by arrange request is asked arrange intervalometer to be placed in can wake up up type intervalometer keep constant, still can wake up system up after intervalometer to time.
Whether be determined by arranging in request intervalometer to be placed is inessential to wake up type up, when intervalometer to be placed be inessential wake up type up time, request can wake up up type intervalometer be converted to wake up type intervalometer up by arranging, thus stop third-party application or system to wake up system by the way of intervalometer is set up, enable electronic equipment normal hibernation, thus reach the purpose of power saving.
Embodiment two
Above example one is summarized and is described intervalometer wake-up control method of the present invention, does it below in conjunction with concrete application scenarios and introduces further.When system in a dormant state time, third-party application or system itself all can wake up system up by the way of arranging intervalometer on backstage, and the present embodiment illustrates as a example by system itself.
As in figure 2 it is shown, this intervalometer wake-up control method specifically includes following steps:
Step S201: according to arranging the request that arranges of intervalometer, obtain and the user identifier carried in request is set.
Wherein, the type information carrying intervalometer to be placed is set in request.User identifier (UID, UserIdentifier) is the user identifier of mobile phone definition, and different application programs has different UID, and it is value when system or system module that preset value mentioned here refers to characterize user identity.
Step 202: when user identifier is preset value, determines to arrange and asks to arrange request for what system was initiated；Ask to arrange request for what third-party application was initiated otherwise, it determines arrange.
When after system dormancy, system itself and third-party application all can arrange request to what system application arranged intervalometer according to self needing.Wherein, how to judge that the request that arranges is that system self is initiated or third-party application is initiated, can be by the way of detection UID value, when UID is preset value, determines to arrange and ask to arrange request for what system was initiated；Ask to arrange request for what third-party application was initiated otherwise, it determines this is arranged.Such as: UID be 1000 expressions be cell phone system user, UID be 1001 expressions be mobile portable phone module user, and other UID are different third-party application, therefore can represent that this arranges request when arranging the UID carried in request and being preset value (such as 1000 or 1001) is initiated by system, and be otherwise defined as this arranging request is that third-party application is initiated.
After the initiator determining the request of setting, in addition it is also necessary to determine that whether the intervalometer to be placed of the request of setting is inessential to wake up type up.The present embodiment two with request is set initiator as system as a example by illustrate, when arrange request for system initiation when request is set, determine whether the intervalometer to be placed of the request of setting is that the inessential step waking up type up comprises the following steps:
Step S203: obtain to arrange and carry purpose in request and describe information.
Wherein, the purpose that carries during this arranges request describes information.As a example by Android system, provide Intent mechanism to assist the mutual of application ware and communication, the description of Intent purpose is responsible for the action of once-through operation in application, action relates to data, additional data is described, system then describes according to Intent, it is responsible for finding the assembly of correspondence, Intent is passed to the assembly called, and completes calling of assembly.Intent cannot be only used between application program it can also be used to mutual between action Activity/ service Service within application program.Therefore, it can Intent is interpreted as " medium " of communication between different assembly, the special relevant information providing assembly to call mutually.Intent describes and includes: action action field, data Data field, Category field of classifying, type the type field, assembly Compent field and autgmentability Extra field.
Step S204: parsing purpose describes the denomination of dive in information.
Resolve the title of action field, i.e. action name during Intent describes.
Step S205: whether detection denomination of dive is present in set in advance inessential wake up up in system the first name list.
It is previously stored with inessential the first name list waking up system up in systems, this first name list records and has: can the action name of timing wake-up system, but these wake up up and are non-essential, i.e. removing these to wake up up and do not have any negative effect to system, concrete action list of file names can be got by great many of experiments test.
Wherein, implementing that whether detection denomination of dive is present in inessential the first name list waking up system up set in advance can be through but not limited to tabling look-up or the mode of traversal of lists realizes.
Step S206: if existing, it is determined that arranging intervalometer to be placed in request is inessential to wake up type up.
When detecting that denomination of dive is present in the first name list, determine that the intervalometer to be placed asking to arrange in the request of setting is inessential to wake up type up.
Step S207: that detects intervalometer to be placed wakes up type up.
When determine in the request of setting intervalometer to be placed be inessential wake up type up after, that detects intervalometer to be placed wakes up type up.Wherein, system timer type has four kinds, wherein the intervalometer of RTC_WAKEUP type and the intervalometer of ELAPSED_REALTIME_WAKEUP type can wake up system up, the intervalometer of RTC type and the intervalometer of ELAPSED_REALTIME type cannot wake up system up, and the intervalometer of RTC_WAKEUP type is corresponding with the intervalometer of RTC type, the intervalometer of ELAPSED_REALTIME_WAKEUP type is corresponding with the intervalometer of ELAPSED_REALTIME type.
Step S208: when intervalometer to be placed for can wake up type intervalometer up time, by can wake up up intervalometer be converted to correspondence can not wake up type intervalometer up.
When intervalometer to be placed is for can wake up type up, it is the one in the intervalometer of RTC_WAKEUP type and the intervalometer of ELAPSED_REALTIME_WAKEUP type, it is therefore desirable to what its intervalometer was converted to correspondence can not wake up type intervalometer up.Wherein, when the intervalometer that intervalometer to be placed is RTC_WAKEUP type, need to be converted to the intervalometer of RTC type；When the intervalometer that intervalometer to be placed is ELAPSED_REALTIME_WAKEUP type, need to be converted to the intervalometer of ELAPSED_REALTIME type.
Step S209: when intervalometer to be placed is for waking up type intervalometer up, keep intervalometer to be placed constant.
When intervalometer to be placed is for waking up type intervalometer up, it is the one in the intervalometer of RTC type and the intervalometer of ELAPSED_REALTIME type, system inherently can not be waken up up due to intervalometer to be placed, therefore original timer type can be kept constant, i.e. when the intervalometer that intervalometer to be placed is RTC type or during the intervalometer of ELAPSED_REALTIME type, keep original timer-type constant.
Step S210: when intervalometer to be placed be necessity wake up type up time, keep intervalometer to be placed constant.
When intervalometer to be placed be necessity wake up type up time, request arrange intervalometer necessarily for type intervalometer can be waken up up, the original type at this moment keeping intervalometer to be placed is constant.
To sum up, when system self by arrange intervalometer wake up system up time, whether need to detect intervalometer to be placed is inessential to wake up type up, when determine intervalometer to be placed be not belonging to necessity wake up type up time, request can wake up up type intervalometer be converted to wake up type intervalometer up by arranging, to stop unnecessary the waking up up of system self, thus ensure system normal hibernation, to reach the purpose of electronic equipment economize on electricity, improve standby time.
Embodiment three
Above example two is initiated intervalometer from system and is arranged as a example by request the intervalometer wake-up control method to the present invention and be made that and be discussed in detail, below, the present embodiment three will be initiated intervalometer in conjunction with third-party application and be arranged request and be further detailed it.
Specifically, as it is shown on figure 3, this intervalometer wake-up control method includes:
Step S301: according to arranging the request that arranges of intervalometer, obtain and the user identifier carried in request is set.
Wherein, the type information carrying intervalometer to be placed is set in request.UID is the user identifier of mobile phone definition, and different application programs has different UID, and it is value when system or system module that preset value mentioned here refers to characterize user identity.
Step S302: when user identifier is preset value, determines to arrange and asks to arrange request for what system was initiated；Ask to arrange request for what third-party application was initiated otherwise, it determines arrange.
When after system dormancy, system itself and third-party application all can arrange request to what system application arranged intervalometer according to self needing.Wherein, how to judge that the request that arranges is that system self is initiated or third-party application is initiated, can be by the way of detection UID value, when UID is preset value, determines to arrange and ask to arrange request for what system was initiated；Ask to arrange request for what third-party application was initiated otherwise, it determines this is arranged.Such as: UID be 1000 expressions be cell phone system user, UID be 1001 expressions be mobile portable phone module user, and other UID are different third-party application, therefore can represent that this arranges request when arranging the UID carried in request and being preset value (such as 1000 or 1001) is initiated by system, and be otherwise defined as this arranging request is that third-party application is initiated.
After the initiator determining the request of setting, in addition it is also necessary to determine that whether the intervalometer to be placed of the request of setting is inessential to wake up type up.The present embodiment three with request is set initiator as third-party application as a example by illustrate, when arrange request for third-party application initiation when request is set, determine whether the intervalometer to be placed of the request of setting is that the inessential step waking up type up comprises the following steps:
Step S303: receive third-party application initiate to arrange intervalometer request is set after, whether the bag name of detection third-party application is present in necessity set in advance and wakes up up in system the second name list.
For preventing third-party application from stealthily waking up system by the way of arranging and can waking up type intervalometer up up on backstage, electronic equipment receive third-party application initiate arrange intervalometer request is set after, whether the registration detecting this third-party application is present in the second name list.Wherein, system is previously stored with have to the second name list of timing wake-up system, such as: alarm clock, calendar etc..Wherein, in the second name list, record has: necessary timing wake-up systematic difference bag list of file names, this application bag list of file names can be with server sync.
Wherein, whether the bag name of detection third-party application is present in necessity set in advance wakes up system the second name list up that implement can be through but not limited to tabling look-up or the mode of traversal of lists realizes.
Step S304: if not existing, it is determined that arranging intervalometer to be placed in request is inessential to wake up type up.
When the bag name detecting third-party application be not present in necessity set in advance wake up up in system the second name list time, determine that the intervalometer to be placed asking to arrange in the request of setting is inessential to wake up type up.
Step S305: that detects intervalometer to be placed wakes up type up.
When determine in the request of setting intervalometer to be placed be inessential wake up type up after, that detects intervalometer to be placed wakes up type up.Wherein, system timer type has four kinds, wherein the intervalometer of RTC_WAKEUP type and the intervalometer of ELAPSED_REALTIME_WAKEUP type can wake up system up, the intervalometer of RTC type and the intervalometer of ELAPSED_REALTIME type cannot wake up system up, and the intervalometer of RTC_WAKEUP type is corresponding with the intervalometer of RTC type, the intervalometer of ELAPSED_REALTIME_WAKEUP type is corresponding with the intervalometer of ELAPSED_REALTIME type.
Step S306: when intervalometer to be placed for can wake up type intervalometer up time, by can wake up up intervalometer be converted to correspondence can not wake up type intervalometer up.
When intervalometer to be placed is for can wake up type up, it is the one in the intervalometer of RTC_WAKEUP type and the intervalometer of ELAPSED_REALTIME_WAKEUP type, it is therefore desirable to what its intervalometer was converted to correspondence can not wake up type intervalometer up.Wherein, when the intervalometer that intervalometer to be placed is RTC_WAKEUP type, need to be converted to the intervalometer of RTC type；When the intervalometer that intervalometer to be placed is ELAPSED_REALTIME_WAKEUP type, need to be converted to the intervalometer of ELAPSED_REALTIME type.
Step S307: when intervalometer to be placed is for waking up type intervalometer up, keep intervalometer to be placed constant
When intervalometer to be placed is for waking up type intervalometer up, it is the one in the intervalometer of RTC type and the intervalometer of ELAPSED_REALTIME type, system inherently can not be waken up up due to intervalometer to be placed, therefore original timer type can be kept constant, i.e. when the intervalometer that intervalometer to be placed is RTC type or during the intervalometer of ELAPSED_REALTIME type, keep original timer-type constant.
Step S308: when intervalometer to be placed be necessity wake up type up time, keep intervalometer to be placed constant.
When intervalometer to be placed be necessity wake up type up time, request arrange intervalometer necessarily for type intervalometer can be waken up up, the original type at this moment keeping intervalometer to be placed is constant.
To sum up, when third-party application wakes up system up by arranging intervalometer, whether need to detect intervalometer to be placed is inessential to wake up type up, when determine intervalometer to be placed be not belonging to necessity wake up type up time, request can wake up up type intervalometer be converted to wake up type intervalometer up by arranging, to stop unnecessary the waking up up of third-party application, thus ensure system normal hibernation, to reach the purpose of electronic equipment economize on electricity, improve standby time.
Embodiment four
Above example one to embodiment three describes the intervalometer wake-up control method of the present invention respectively, below the present embodiment four in conjunction with accompanying drawing, its corresponding electronic equipment will be described further.
As shown in Figure 4, present invention also offers a kind of electronic equipment, specifically include:
First processing module 41, for arranging request according to arrange intervalometer, determines that whether intervalometer to be placed is inessential to wake up type up.Wherein, this arranges the request of carrying in request and arranges the timer-type of intervalometer, timer-type the most to be placed.The inessential type that wakes up up refers to the unnecessary timer-type waking up system up, specifically can be relevant with the initiator arranging request, also can be relevant with the intention action arranging request.
Modular converter 42, for when intervalometer to be placed be inessential wake up type up time, request can wake up up type intervalometer be converted to can not wake up up accordingly type intervalometer by arranging.Wherein, can wake up up type intervalometer refer to can by arranging the intervalometer of this type, when timer time to after wake up system up, make the intervalometer that system is in running order.After the intervalometer that type intervalometer refers to arrange this type can not be waken up up, when timer time to after will not wake up system, system is still within resting state.When determine intervalometer to be placed be inessential wake up type up after, by arrange request is asked arrange intervalometer to be placed in waken up up type intervalometer be converted to can not wake up up accordingly type intervalometer.
Wherein, as it is shown in figure 5, the first processing module 41 includes:
Obtain submodule 4101, be used for, according to the request that arranges arranging intervalometer, obtaining and arranging the user identifier carried in request；
First processes submodule 4102, for when user identifier is preset value, determines to arrange and asks to arrange request for what system was initiated；Ask to arrange request for what third-party application was initiated otherwise, it determines arrange；
Second processes submodule 4103, for determining that whether the intervalometer to be placed of the request of setting is inessential to wake up type up.
Further, this second process submodule includes:
First acquiring unit 41031, for when arrange request for system initiate when request is set, acquisition arranges and carries purpose in request and describe information；As a example by Android system, it is provided that Intent mechanism assists the mutual of application ware and communication, and the description of Intent purpose is responsible for the action of once-through operation in application, action relates to data, additional data is described.
Resolution unit 41032, for resolving the denomination of dive that purpose describes in information.I.e. resolve the title of action field, i.e. action name during Intent describes.
First detector unit 41033, is used for detecting whether denomination of dive is present in set in advance inessential wake up up in system the first name list.It is previously stored with inessential the first name list waking up system up in systems, this first name list records and has: can the action name of timing wake-up system, but these wake up up and are non-essential, i.e. removing these to wake up up and do not have any negative effect to system, concrete action list of file names can be got by great many of experiments test.
First processing unit 41034, for when detection denomination of dive be present in set in advance inessential wake up system the first name list up in be, it is determined that arranging intervalometer to be placed in request is inessential to wake up type up.
Wherein, the second process submodule 4103 also includes:
Second detector unit 41035, for receive third-party application initiate to arrange intervalometer request is set after, whether the bag name of detection third-party application is present in necessity set in advance and wakes up up in system the second name list.Wherein, system is previously stored with have to the second name list of timing wake-up system, such as: alarm clock, calendar etc..Wherein, in the second name list, record has: necessary timing wake-up systematic difference bag list of file names, this application bag list of file names can be with server sync.
Second processing unit 41036, for be not present in when the bag name detecting third-party application necessity set in advance wake up up in system the second name list time, it is determined that arranging intervalometer to be placed in request is inessential to wake up type up.
Wherein, modular converter 42 includes:
Detection sub-module 4201, for when intervalometer to be placed be inessential wake up type up time, that detects intervalometer to be placed wakes up type up；
Transform subblock 4202, for when intervalometer to be placed for can wake up type intervalometer up time, by can wake up up intervalometer be converted to correspondence can not wake up type intervalometer up；
3rd processes submodule 4203, for when intervalometer to be placed is for waking up type intervalometer up, keeping intervalometer to be placed constant.
Wherein, this electronic equipment also includes:
Second processing module 43, for when intervalometer to be placed be not inessential wake up type up time, keep intervalometer to be placed constant.
It should be noted that this electronic equipment is corresponding with above-mentioned intervalometer wake-up control method, in said method embodiment, all implementations are all be applicable to the embodiment of this electronic equipment, also can reach identical technique effect.Whether be determined by arranging in request intervalometer to be placed is inessential to wake up type up, when intervalometer to be placed be inessential wake up type up time, request can wake up up type intervalometer be converted to wake up type intervalometer up by arranging, thus stop third-party application or system to wake up system by the way of intervalometer is set up, enable electronic equipment normal hibernation, thus reach the purpose of power saving.
Above-described is the preferred embodiment of the present invention; should be understood that for the ordinary person of the art; can also make some improvements and modifications under without departing from principle premise of the present invention, these improvements and modifications are the most within the scope of the present invention.
Claims (12)
1. an intervalometer wake-up control method, it is characterised in that including:
Request is set according to arrange intervalometer, determines that whether intervalometer to be placed is inessential to wake up type up；
When described intervalometer to be placed be inessential wake up type up time, described setting can be waken up up in request type intervalometer is converted to can not wake up up accordingly type intervalometer.
Intervalometer wake-up control method the most according to claim 1, it is characterised in that request is set according to arrange intervalometer, determines whether intervalometer to be placed is that the inessential step waking up type up includes:
Request is set according to arrange intervalometer, obtains the described user identifier arranging and carrying in request；
When described user identifier is preset value, determine that described setting asks to arrange request for what system was initiated；Otherwise, it determines described setting asks to arrange request for what third-party application was initiated；
Determine that whether the described intervalometer to be placed arranging request is inessential to wake up type up.
Intervalometer wake-up control method the most according to claim 2, it is characterised in that when described arrange request for system initiation when request is set, determine whether the described intervalometer to be placed arranging request is that the inessential step waking up type up includes:
Obtain described setting request carries purpose to describe information；
Resolve the denomination of dive that described purpose describes in information；
Detect whether described denomination of dive is present in set in advance inessential wake up up in system the first name list；
If existing, it is determined that described to arrange intervalometer to be placed in request be inessential to wake up type up.
Intervalometer wake-up control method the most according to claim 2, it is characterised in that when described arrange request for third-party application initiation when request is set, determine whether the described intervalometer to be placed arranging request is that the inessential step waking up type up includes:
Initiate to arrange after intervalometer described arrange request receiving third-party application, detect the bag name of described third-party application and whether be present in necessity set in advance and wake up up in system the second name list；
If not existing, it is determined that described to arrange intervalometer to be placed in request be inessential to wake up type up.
Intervalometer wake-up control method the most according to claim 1, it is characterized in that, when described intervalometer to be placed be inessential wake up type up time, described setting can be waken up up in request type intervalometer is converted to can not wake up up accordingly the step of type intervalometer and includes:
When described intervalometer to be placed be inessential wake up type up time, that detects described intervalometer to be placed wakes up type up；
When described intervalometer to be placed for can wake up type intervalometer up time, by described wake up up intervalometer be converted to correspondence can not wake up type intervalometer up；
When described intervalometer to be placed is for waking up type intervalometer up, keep described intervalometer to be placed constant.
Intervalometer wake-up control method the most according to claim 1, it is characterised in that also include:
When described intervalometer to be placed be necessity wake up type up time, keep described intervalometer to be placed constant.
7. an electronic equipment, it is characterised in that including:
First processing module, for arranging request according to arrange intervalometer, determines that whether intervalometer to be placed is inessential to wake up type up；
Modular converter, for when described intervalometer to be placed be inessential wake up type up time, described setting can be waken up up in request type intervalometer is converted to can not wake up up accordingly type intervalometer.
Electronic equipment the most according to claim 7, it is characterised in that described first processing module includes:
Obtain submodule, for arranging request according to arrange intervalometer, obtain the described user identifier arranging and carrying in request；
First processes submodule, for when described user identifier is preset value, determines that described setting asks to arrange request for what system was initiated；Otherwise, it determines described setting asks to arrange request for what third-party application was initiated；
Second processes submodule, for determining that whether the described intervalometer to be placed arranging request is inessential to wake up type up.
Electronic equipment the most according to claim 8, it is characterised in that described second processes submodule includes: the first acquiring unit, for arranging request for when arranging request of system initiation when described, obtains described setting and carries purpose in request and describe information；
Resolution unit, for resolving the denomination of dive that described purpose describes in information；
First detector unit, is used for detecting whether described denomination of dive is present in set in advance inessential wake up up in system the first name list；
First processing unit, for when detect described denomination of dive be present in set in advance inessential wake up system the first name list up in be, it is determined that it is described that to arrange intervalometer to be placed in request be inessential to wake up type up.
Electronic equipment the most according to claim 8, it is characterised in that described second processes submodule also includes:
Second detector unit, for initiating to arrange after intervalometer described arrange request receiving third-party application, detects the bag name of described third-party application and whether is present in necessity set in advance and wakes up up in system the second name list；
Second processing unit, for be not present in when the bag name detecting described third-party application necessity set in advance wake up up in system the second name list time, it is determined that it is described that to arrange intervalometer to be placed in request be inessential to wake up type up.
11. electronic equipments according to claim 7, it is characterised in that described modular converter includes:
Detection sub-module, for when described intervalometer to be placed be inessential wake up type up time, that detects described intervalometer to be placed wakes up type up；
Transform subblock, for when described intervalometer to be placed for can wake up type intervalometer up time, by described wake up up intervalometer be converted to correspondence can not wake up type intervalometer up；
3rd processes submodule, for when described intervalometer to be placed is for waking up type intervalometer up, keeping described intervalometer to be placed constant.
12. electronic equipments according to claim 7, it is characterised in that also include:
Second processing module, for when described intervalometer to be placed be not inessential wake up type up time, keep described intervalometer to be placed constant.
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| CN201510835929.0A CN105824391A (en) | 2015-11-26 | 2015-11-26 | Timer awakening control method and electronic equipment |
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