CN106550438A - Limit method and system, the mobile device of periodic wakeup - Google Patents
Limit method and system, the mobile device of periodic wakeup Download PDFInfo
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- CN106550438A CN106550438A CN201510606434.0A CN201510606434A CN106550438A CN 106550438 A CN106550438 A CN 106550438A CN 201510606434 A CN201510606434 A CN 201510606434A CN 106550438 A CN106550438 A CN 106550438A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
- H04W52/02—Power saving arrangements
- H04W52/0209—Power saving arrangements in terminal devices
- H04W52/0225—Power saving arrangements in terminal devices using monitoring of external events, e.g. the presence of a signal
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
The present invention provides a kind of method and system for limiting periodic wakeup, mobile device.According to methods described, the destination application of heartbeat data is transmitted in the system identification based on regularly wake-up instruction by the network connection unit；The network connection state of the network connection unit is monitored, during the network connection state is off-state, forbids electronic equipment described in recognized destination application periodic wakeup.The present invention solves the problems, such as that heartbeat type communication cannot adaptive network connection status, effectively consumption of the system to electric power during reduction suspension state.
Description
Technical field
The present invention relates to field of mobile equipment, more particularly to a kind of method and system for limiting periodic wakeup, shifting
Dynamic equipment.
Background technology
As communication technology is increasingly mature with chip technology, global mobile communication growth momentum is powerful, numeral
Change and globalization has become irreversible trend, electronic equipment has become indispensable during we live
A part.As various networked application programs can be installed in electronic equipment, people can be by running this
A little application programs are enjoying Internet resources.At the same time, each application program is grown in order to be set up with service end
Connection, is regularly communicated with service end.Such communication is commonly known as heart beating.
However, for electronic equipment, for particularly a kind of mobile device for fully relying on battery to power,
Before heartbeat type communications, it is necessary to wake up electronic equipment, this causes electronic equipment in a dormant state
Must wake up from resting state, the hardware cell for heartbeat type communication provides power supply.Network cannot connected
In the case of, regardless of whether in a dormant state, heartbeat type communication itself is all insignificant.This also causes
Electronic equipment consumes power during suspension state, unnecessarily so that original standby time is just precarious can
For the mobile device of danger, even more make the matter worse.
The content of the invention
Various embodiments of the present invention provide a kind of method and system for limiting periodic wakeup, mobile device, for solving
Certainly in prior art heartbeat type communication cannot Automatic adjusument, and then transition consume electric energy problem.
The embodiment of the present invention is employed the following technical solutions：
First aspect, there is provided a kind of method of restriction periodic wakeup, for the electronics including network connection unit
Equipment, including：Recognize and heartbeat data is transmitted by the network connection unit based on regularly wake-up instruction
Destination application；The network connection state of the network connection unit is monitored, in the network connection state
During for off-state, forbid electronic equipment described in recognized destination application periodic wakeup.
Preferably, the network connection state of the monitoring network connection unit, in the network connection state be
During off-state, the mode of electronic equipment described in recognized destination application periodic wakeup is forbidden to include：
The network connection state of monitoring network connection unit, and monitor whether the electronic equipment enters resting state；
If it is determined that the network connection state is off-state, or it is currently resting state and the network connection
State is off-state, then forbid electronic equipment described in recognized destination application periodic wakeup.
Preferably, it is described that heartbeat data is transmitted by the network connection unit based on regularly wake-up instruction
The mode of destination application includes：Whether monitoring application program periodically send wake-up instruction, and by described
The output routed port of the network connection unit heartbeat data for sending/receiving corresponding with input routed port；If so,
Then determine that the application program is destination application；If it is not, then not determining.
Preferably, it is described that heartbeat data is transmitted by the network connection unit based on regularly wake-up instruction
The mode of destination application includes：Based on the default week for waking up each application transfer heartbeat data
Phase and the corresponding relation of each application program, regularly send described wake-up to corresponding application programs and instruct；Monitoring
Receive whether the application program for waking up instruction transmits heartbeat data by the network connection unit；If so,
Destination application is marked as then；If it is not, then refusing labelling.
Preferably, the cycle and each application program for waking up each application transfer heartbeat data is right
The set-up mode that should be related to includes：The wake-up period provided when being performed based on each application program and application program
Information, sets up in the prompting manager in the electronic equipment for waking up each application transfer beats
According to cycle and each application program corresponding relation.
Preferably, whether the monitoring reception application program for waking up instruction is being performed by the network connection
Before the step of unit transmission heartbeat data, also include：Monitor whether the corresponding relation occurs change, when
When the wake-up instruction is sent to the application program after change, perform the application that monitoring receives the wake-up instruction
The step of whether program transmits heartbeat data by the network connection unit.
Preferably, it is described during network connection state is off-state, forbid recognized intended application journey
Described in sequence periodic wakeup, the mode of electronic equipment includes：When monitor the network connection state switch to disconnect shape
During state, forbid the wake-up instruction being sent to each destination application, or forbid each target to answer
Described wake-up is sent with program to instruct；Until when monitoring that the network connection state switchs to connection status, pressing
Corresponding wake-up instruction is performed according to the cycle of each destination application.
Second aspect, there is provided a kind of system of restriction periodic wakeup, for the electronics including network connection unit
Equipment, including：Identification module, for identification based on regularly wake-up instruction by the network connection unit
The destination application of transmission heartbeat data；Module is limited, for monitoring the network of the network connection unit
Connection status, during the network connection state is off-state, forbids recognized destination application
Electronic equipment described in periodic wakeup.
Preferably, it is described to limit the network connection state that module is additionally operable to monitoring network connection unit, Yi Jijian
Survey whether the electronic equipment enters resting state；If it is determined that the network connection state is off-state, or
It is off-state that person is currently resting state and the network connection state, then forbid the recognized target should
With electronic equipment described in program periodic wakeup.
Preferably, the identification module includes：First identification submodule, is negative for monitoring application program
Phase send wake-up instruction, and the output routed port by the network connection unit and input routed port pair
The heartbeat data that should be sent/receive；If, it is determined that the application program is destination application；If it is not,
Then not determine.
Preferably, the identification module includes：Wake up instruction sending submodule, for based on it is default for
The cycle of each application transfer heartbeat data and the corresponding relation of each application program are waken up, regularly to corresponding
Application program sends described wake-up and instructs；Second identification submodule, receives the wake-up instruction for monitoring
Whether application program transmits heartbeat data by the network connection unit；If so, then it is marked as target
Application program；If it is not, then refusing labelling.
Preferably, what is provided when the wake-up instructs sending submodule for performing based on each application program calls out
Awake cycle and application information, set up in the prompting manager in the electronic equipment and respectively should for waking up
With cycle and the corresponding relation of each application program of program transportation heartbeat data.
Preferably, the second identification submodule is additionally operable to monitor whether the corresponding relation occurs change, when
When sending the wake-up instruction to the application program after change, monitoring receives the application program for waking up and instructing
Whether heartbeat data is transmitted by the network connection unit.
Preferably, the restriction module is for when monitoring that the network connection state switchs to off-state,
Forbid the wake-up instruction being sent to each destination application, or forbid each destination application
Send described wake-up to instruct；Until when monitoring that the network connection state switchs to connection status, according to each institute
The cycle for stating destination application performs corresponding wake-up instruction.
The third aspect, also provides a kind of mobile device, including：As above arbitrary described restriction periodic wakeup
System.
As described above, the method and system of the restriction periodic wakeup of the present invention, mobile device, have with following
Beneficial effect：When suspension state is monitored, each application program is forbidden to wake up to network transmission heartbeat data, solution
Heartbeat type of having determined communication cannot adaptive network connection status problem, system during effectively reducing suspension state
Consumption to electric power；In addition, during resting state, forbidding waking up each destination application, shifting can be kept away
The resting state of dynamic equipment is waken up instruction and upsets, and in the case of without network, extends resting state continued
Duration, and then extend stand-by time；Further, instruction, transmission heartbeat data are regularly waken up by monitoring
Each port determining destination application, be prevented from during suspension, indivedual application programs voluntarily send
Heartbeat data and cause unnecessary power consumption；Further, preset for waking up each application transfer beats
According to cycle and each application program corresponding relation, be easy to recognize transmission heartbeat data destination application,
Effectively improve the speed of detection destination application；Additionally, only for the application journey after changing in corresponding relation
Sequence is identified, and is prevented from repeating to recognize brought system burden.
Description of the drawings
For the technical scheme being illustrated more clearly that in the embodiment of the present invention, the embodiment of the present invention will be retouched below
Needed for stating, accompanying drawing to be used is briefly described, it should be apparent that, drawings in the following description are only
Some embodiments of the present invention, for those of ordinary skill in the art, are not paying creative work
Under the premise of, content and these accompanying drawings that can also be according to embodiments of the present invention obtain other accompanying drawings.
Fig. 1 is the method flow diagram of one embodiment of the method for the restriction periodic wakeup of the present invention.
Fig. 2 is the method flow diagram of another embodiment of the method for the restriction periodic wakeup of the present invention.
Fig. 3 is the block diagram of one embodiment of the system of the restriction periodic wakeup of the present invention.
Specific embodiment
For make present invention solves the technical problem that, the technical scheme that adopts and the technique effect that reaches it is clearer,
The technical scheme of the embodiment of the present invention is described in further detail below in conjunction with accompanying drawing, it is clear that retouched
The embodiment stated is only a part of embodiment of the invention, rather than the embodiment of whole.Based in the present invention
Embodiment, the every other reality obtained under the premise of creative work is not made by those skilled in the art
Example is applied, the scope of protection of the invention is belonged to.
As shown in figure 1, the present invention provides a kind of method for limiting periodic wakeup.Methods described is mainly by limiting
System processed is performing.The restriction system includes the software and hardware installed in electronic equipment.Wherein, institute
Stating electronic equipment includes：Network connection unit, the processing unit for performing software program, display unit
Deng.The even electronic equipment can also be included：With base station carry out the basic businesses such as voice, note from
Processing unit.Software in the electronic equipment includes：Operating system and operation on an operating system each
Application program.The operating system is included but is not limited to：Android operation system etc..The electronic equipment bag
Include but be not limited to：Mobile phone, panel computer etc. rely on battery powered equipment.
Here, the network connection unit is included but is not limited to：Wifi communication modules, based on mobile data
Communication module of network etc..The network connection unit also includes：Input routed port and output route end
Mouthful.
In step sl, the restriction system is instructed by the network connection unit based on regularly wake-up
The destination application of transmission heartbeat data.
Specifically, the mode of the transmission heartbeat data supported according to operating system is different, step S1
Including：Step S11；Or including step S12, S13 and S14.(being unillustrated)
In step s 11, the restriction system monitoring application program whether send wake-up instruction, and by institute
The output routed port and input routed port for stating network connection unit periodically corresponds to the beats for sending/receiving
According to；If, it is determined that the application program is destination application；If it is not, then not determining.
Specifically, if the application program A1 on the electronic equipment needs to set up length with remote service end
Connection, then the heart beating part start by set date processing unit in the application program A1 and send wake-up instruction, with
Indicate that the hardware in the network connection unit is in running order；Then, the processing unit is according to application
The logic setting of heart beating part in program A1, sends heartbeat data or by defeated by exporting routed port
Enter routed port and receive the heartbeat data from service end.The restriction system is monitored in the processing unit
Corresponding port, is instructed with intercepting and capturing described wake-up；Then, the output routed port and input route end are monitored
It is mouthful whether corresponding send/receive heartbeat data, if, it is determined that sending the application program for waking up instruction is
Destination application, otherwise, then disregards.Wherein, usually data length is less for the heartbeat data
Data, and/or the data with characteristic format, therefore, the restriction system is by the preset duration monitored
Data length is less than preset byte and/or meets the data of characteristic format regards as heartbeat data.
For the ease of managing the wake operation of each application program, after each application program is mounted, system is limited described
Registered in system, the wake-up period that systematic unity manages each application program is limited by described：I.e. described restriction
System is set up for the cycle for waking up each application transfer heartbeat data and each application journey according to log-on message
The corresponding relation of sequence.The corresponding relation can be chain sheet form.
In step s 12, the restriction system is based on default for waking up each application transfer beats
According to cycle and each application program corresponding relation, regularly to corresponding application programs send wake up instruction.
Specifically, the restriction system is from when succeeding in registration, being application program that each succeeds in registration
Open up the timing of wake-up period.When timing completes a wake-up period, the restriction system is to corresponding
Application program issue wake-up instruction, and execution step S14.
Preferably, in the electronic equipment comprising remind manager (in Android operation system
AlarmManager).Wake-up period and application that the restriction system is provided when being performed based on each application program
Program information, it is described remind manager in set up for waking up cycle of each application transfer heartbeat data
With the corresponding relation of each application program.
For example, when application program A2 starts for the first time to be performed, the application program A2 reminds pipe to described
Reason device sends log-on message, and the restriction system receives the registration using the interface for reminding manager
Information, and the corresponding relation of wake-up period therein and application program A2 is increased to into the prompting manager
In.
It is further preferable that the operating time in order to effectively reduce the restriction system, the restriction system can
With execution step S13：Monitor whether the corresponding relation occurs change, if so, then when answering after change
When sending wake-up instruction with program, execution step S14, if it is not, then refusing execution step S14.
It is in step S14, described to limit whether the system monitoring correspondence application program for waking up instruction leads to
Cross the network connection unit transmission heartbeat data；If so, then in the corresponding relation by its marker bit mesh
Mark application program；If it is not, then refusing labelling.
Here, the restriction system can increase by a marker bit in the corresponding relation at each application program,
It is 1 by the application program mark for meeting destination application, other application program default labels are 0.
Limit whether the system monitoring correspondence application program for waking up instruction leads to it should be noted that described
Cross network connection unit transmission heartbeat data mode it is identical with the monitoring mode in abovementioned steps S11 or
It is similar, will not be described in detail herein.
In step s 2, the network connection state for limiting network connection unit described in system monitoring,
During the network connection state is off-state, forbid described in recognized destination application periodic wakeup
Electronic equipment.
Specifically, the restriction system also monitors the net while destination application is recognized
The network connection state of network connection unit.For example, the restriction system is by reading the network connection unit
State interface monitoring its network connection state.And for example, the restriction system passes through periodically to the network
Connection unit sends ping instructions and obtains response message etc. and carrys out monitoring network connection status.
Preferably, the restriction system is while the network connection state of the network connection unit is monitored,
Also monitor whether the electronic equipment enters resting state.As shown in Figure 2.Wherein, the resting state is
Refer in the real-time data memory of all operations to hard disk, and all unnecessary hardware are closed in the hope of power saving.
When monitoring the network connection state for off-state, or it is currently resting state and the net
When network connection status is off-state, forbid electronic equipment described in recognized destination application periodic wakeup.
Until it is described restriction system monitoring to the network connection state switch to connection status when, according to each target
The cycle of application program performs corresponding wake-up and instructs.
Here, the restriction system mainly forbids electronics described in recognized destination application periodic wakeup
Equipment center jumps the part of data transfer.Therefore, the restriction system forbids recognized destination application fixed
Phase wakes up the mode of the electronic equipment to be included：
1) forbid each destination application to send described wake-up to instruct.For example, wrap in the restriction system
Containing the controlled earthed switch being arranged between the processing unit and network connection unit, when monitoring that network connects
Connect state for off-state when, then close the controlled earthed switch so that what each destination application sent calls out
Awake instruction ignore；Until when monitoring that the network connection state switchs to connection status, disconnecting the controlled ground connection
Switch, so that the wake-up that sends of each destination application timing is instructed.
2) forbid sending the wake-up instruction to each destination application.For example, the restriction system will
Suspension state is sent to prompting manager, and the prompting manager no longer timing is sent out to each destination application
Go out described wake-up to instruct, connection status is sent to the prompting manager by the restriction system.It is described
Remind manager based on the connection status again according to the corresponding relation timing to each destination application
Wake-up instruction.
As shown in figure 3, the present invention provides a kind of system for limiting periodic wakeup.The restriction system includes
Installed in the software and hardware of electronic equipment.Wherein, the electronic equipment includes：Network connection unit,
For performing processing unit, display unit of software program etc..The even electronic equipment can also be included：
With base station carry out the basic businesses such as voice, note from processing unit.Software kit in the electronic equipment
Include：Operating system and operation each application program on an operating system.The operating system includes but does not limit
In：Android operation system etc..The electronic equipment is included but is not limited to：Mobile phone, panel computer etc. are relied on
Battery powered mobile device.
Here, the network connection unit is included but is not limited to：Wifi communication modules, based on mobile data
Communication module of network etc..The network connection unit also includes：Input routed port and output route end
Mouthful.
The restriction system 1 includes：Identification module 11, restriction module 12.
The identification module 11 is used to transmit the heart by the network connection unit based on regularly wake-up instruction
The destination application of jumping figure evidence.
Specifically, the mode of the transmission heartbeat data supported according to operating system is different, the identification mould
Block 11 includes：First identification submodule；Or including：Wake up instruction sending submodule and the second identification
Module.(being unillustrated)
The first identification submodule be used to monitoring application program whether send wake-up instruction, and by the net
The output routed port and input routed port of network connection unit periodically corresponds to the heartbeat data for sending/receiving；If
It is, it is determined that the application program is destination application；If it is not, then not determining.
Specifically, if the application program A1 on the electronic equipment needs to set up length with remote service end
Connection, then the heart beating part start by set date processing unit in the application program A1 and send wake-up instruction, with
Indicate that the hardware in the network connection unit is in running order；Then, the processing unit is according to application
The logic setting of heart beating part in program A1, sends heartbeat data or by defeated by exporting routed port
Enter routed port and receive the heartbeat data from service end.It is single that the first identification submodule monitors the process
Corresponding port in unit, is instructed with intercepting and capturing described wake-up；Then, the output routed port and input are monitored
Whether routed port is corresponding to send/reception heartbeat data, if, it is determined that send the application for waking up instruction
Program is destination application, otherwise, is then disregarded.Wherein, usually data are long for the heartbeat data
Less data, and/or the data with characteristic format are spent, therefore, the first identification submodule will be monitored
Preset duration in data length be less than preset byte and/or meet the data of characteristic format and regard as beats
According to.
For the ease of managing the wake operation of each application program, in the identification mould after each application program is mounted
Registered in block 11, the wake-up period of each application program is managed collectively by the identification module 11：That is institute
Identification module 11 is stated according to log-on message, set up for wake up each application transfer heartbeat data cycle and
The corresponding relation of each application program.The corresponding relation can be chain sheet form.
The instruction sending submodule that wakes up is used for based on default for waking up each application transfer beats
According to cycle and each application program corresponding relation, regularly to corresponding application programs send wake up instruction.
Specifically, the instruction sending submodule that wakes up is from when succeeding in registration, being that each succeeds in registration
Application program open up the timing of wake-up period.When timing completes a wake-up period, the wake-up
Instruction sending submodule issues wake-up instruction to corresponding application program, and performs the second identification submodule
Block.
Preferably, in the electronic equipment comprising remind manager (in Android operation system
AlarmManager).It is described that the wake-up provided when instruction sending submodule is performed based on each application program is provided
Cycle and application information, set up for waking up each application transfer heart beating in the prompting manager
The cycle of data and the corresponding relation of each application program.
For example, when application program A2 starts for the first time to be performed, the application program A2 reminds pipe to described
Reason device sends log-on message, and the wake-up instruction sending submodule is connect using the interface for reminding manager
The log-on message is received, and the corresponding relation of wake-up period therein and application program A2 is increased to into described carrying
In awake manager.
It is further preferable that in order to effectively reduce the operating time for waking up instruction sending submodule, it is described
Wake up instruction sending submodule to be additionally operable to monitor whether the corresponding relation occurs change, if so, then when to change
Application program after more is sent when waking up instruction, is performed second and is recognized submodule, if it is not, then not performing the
Two identification submodules.
Whether the second identification submodule is used to monitor the correspondence application program for waking up instruction by institute
State network connection unit transmission heartbeat data；If so, then should by its marker bit target in the corresponding relation
Use program；If it is not, then refusing labelling.
Here, the second identification submodule can increase by one in the corresponding relation marking at each application program
Note position, is 1 by the application program mark for meeting destination application, other application program default labels
For 0.
It should be noted that the second identification submodule monitoring correspondence is described to wake up the application program for instructing
Whether prison in submodule is recognized with aforementioned first by way of the network connection unit transmits heartbeat data
Survey mode is same or similar, will not be described in detail herein.
The module 12 that limits is used to monitor the network connection state of the network connection unit, in the network
During connection status is off-state, forbid electronic equipment described in recognized destination application periodic wakeup.
Specifically, the identification module 11 recognize the destination application while, the restriction mould
Block 12 also monitors the network connection state of the network connection unit.For example, the restriction module 12 passes through
Read the state interface of the network connection unit to monitor its network connection state.And for example, the restriction mould
Block 12 is by periodically sending ping instructions to the network connection unit and obtains response message etc. come monitoring network
Connection status.
Preferably, the module 12 that limits is in the same of the network connection state for monitoring the network connection unit
When, also monitor whether to enter resting state.Wherein, the resting state is referred to the real-time number of all operations
According to storage on hard disk, and all unnecessary hardware are closed in the hope of power saving.
When monitoring the network connection state for off-state, or it is currently resting state and the net
When network connection status is off-state, forbid electronic equipment described in recognized destination application periodic wakeup.
Until when the restriction module 12 monitors that the network connection state switchs to connection status, according to each mesh
The cycle of mark application program performs corresponding wake-up and instructs.
Here, the restriction module 12 mainly forbids electricity described in recognized destination application periodic wakeup
Sub- equipment center jumps the part of data transfer.Therefore, the restriction module 12 forbids recognized intended application journey
Described in sequence periodic wakeup, the mode of electronic equipment includes：
1) forbid each destination application to send described wake-up to instruct.For example, the restriction module 12
In comprising being arranged on controlled earthed switch between the processing unit and network connection unit, when monitoring net
When network connection status is off-state, then the controlled earthed switch is closed so that each destination application sends
Wake-up instruction ignore；Until when monitoring that the network connection state switchs to connection status, disconnecting this controlled
Earthed switch, so that the wake-up that sends of each destination application timing is instructed.
2) forbid sending the wake-up instruction to each destination application.For example, the restriction module 12
Suspension state is sent to into prompting manager, the prompting manager no longer timing to each destination application
Send described wake-up to instruct, connection status is sent to the prompting manager by the restriction module 12.
The prompting manager is based on the connection status again according to the corresponding relation timing to each intended application
The wake-up instruction of program.
In sum, the method and system of restriction periodic wakeup of the invention, mobile device, are monitoring to break
During net state, each application program is forbidden to wake up to network transmission heartbeat data, solving heartbeat type communication cannot
The problem of adaptive network connection status, consumption of the system to electric power during effectively reducing suspension state.So,
The present invention effectively overcomes various shortcoming of the prior art and has high industrial utilization.
The principle and its effect of above-described embodiment only illustrative present invention, it is of the invention not for limiting.
Any person skilled in the art all can enter to above-described embodiment under the spirit and the scope without prejudice to the present invention
Row modifications and changes.Therefore, such as those of ordinary skill in the art without departing from institute of the present invention
All equivalent modifications completed under the spirit and technological thought of announcement or change, should be by the right of the present invention
Requirement is covered.
Claims (15)
1. a kind of method for limiting periodic wakeup, for the electronic equipment including network connection unit, its feature exists
In, including：
Recognize based on the intended application for regularly waking up instruction by network connection unit transmission heartbeat data
Program；
The network connection state of the network connection unit is monitored, is off-state in the network connection state
Period, forbid electronic equipment described in recognized destination application periodic wakeup.
2. it is according to claim 1 limit periodic wakeup method, it is characterised in that the monitoring network
The network connection state of connection unit, during the network connection state is off-state, forbids being recognized
Destination application periodic wakeup described in the mode of electronic equipment include：
The network connection state of monitoring network connection unit, and monitor whether the electronic equipment enters dormancy
State；
If it is determined that the network connection state is off-state, or it is currently resting state and the network
Connection status is off-state, then forbid electronic equipment described in recognized destination application periodic wakeup.
3. it is according to claim 1 limit periodic wakeup method, it is characterised in that it is described based on regular
Wake-up instruction the network connection unit transmit heartbeat data destination application by way of include：
Whether monitoring application program periodically sends wake-up instruction, and the output road by the network connection unit
By the port heartbeat data for sending/receiving corresponding with input routed port；
If, it is determined that the application program is destination application；
If it is not, then not determining.
4. it is according to claim 1 and 2 limit periodic wakeup method, it is characterised in that it is described to be based on
Instruction bag by way of the destination application that the network connection unit transmits heartbeat data is waken up regularly
Include：
Based on the default cycle for waking up each application transfer heartbeat data and the correspondence of each application program
Relation, regularly sends described wake-up to corresponding application programs and instructs；
Monitoring receives whether the application program for waking up instruction transmits beats by the network connection unit
According to；
If so, then it is marked as destination application；
If it is not, then refusing labelling.
5. the method for limiting periodic wakeup according to claim 4, it is characterised in that described for waking up
The set-up mode of the cycle of each application transfer heartbeat data and the corresponding relation of each application program includes：
The wake-up period provided when being performed based on each application program and application information, are set in the electronics
Set up for the cycle for waking up each application transfer heartbeat data and each application journey in prompting manager in standby
The corresponding relation of sequence.
6. it is according to claim 4 limit periodic wakeup method, it is characterised in that perform monitoring connect
Receive the application program for waking up instruction whether the step of by network connection unit transmission heartbeat data it
Before, also include：
Monitor whether the corresponding relation occurs change, refer to when application program after change sends the wake-up
When making, perform monitoring and receive whether the application program for waking up instruction is transmitted by the network connection unit
The step of heartbeat data.
7. it is according to claim 1 limit periodic wakeup method, it is characterised in that it is described network connect
State is connect, during off-state, to forbid electronic equipment described in recognized destination application periodic wakeup
Mode includes：
When monitoring that the network connection state switchs to off-state, forbid to each destination application
Send described wake-up to instruct, or forbid each destination application to send the wake-up instruction；Until prison
When measuring the network connection state and switching to connection status, perform according to the cycle of each destination application
It is corresponding to wake up instruction.
8. a kind of system for limiting periodic wakeup, for the electronic equipment including network connection unit, its feature exists
In, including：
Identification module, transmits heart beating by the network connection unit based on regularly wake-up instruction for identification
The destination application of data；
Module is limited, for monitoring the network connection state of the network connection unit, in the network connection
During state is off-state, forbid electronic equipment described in recognized destination application periodic wakeup.
9. it is according to claim 8 limit periodic wakeup system, it is characterised in that the restriction module
The network connection state of monitoring network connection unit is additionally operable to, and monitors whether to enter resting state；If really
The fixed network connection state is off-state, or is currently resting state and the network connection state
For off-state, then forbid electronic equipment described in recognized destination application periodic wakeup.
10. it is according to claim 8 limit periodic wakeup system, it is characterised in that the identification module
Including：
Whether the first identification submodule, periodically send wake-up instruction for monitoring application program, and by described
The output routed port of the network connection unit heartbeat data for sending/receiving corresponding with input routed port；If
It is, it is determined that the application program is destination application；If it is not, then not determining.
The system of 11. restriction periodic wakeups according to claim 8 or claim 9, it is characterised in that the identification
Module includes：
Instruction sending submodule is waken up, it is default for waking up each application transfer heartbeat data for being based on
Cycle and each application program corresponding relation, regularly to corresponding application programs send it is described wake up instruction；
For monitoring, second identification submodule, receives whether the application program for waking up instruction passes through the net
Network connection unit transmits heartbeat data；If so, then it is marked as destination application；If it is not, then refusing
Labelling.
12. systems for limiting periodic wakeup according to claim 11, it is characterised in that the wake-up refers to
The wake-up period provided when making sending submodule for performing based on each application program and application information,
In the electronic equipment remind manager in set up for waking up week of each application transfer heartbeat data
Phase and the corresponding relation of each application program.
13. systems for limiting periodic wakeup according to claim 11, it is characterised in that described second knows
Small pin for the case module is additionally operable to monitor whether the corresponding relation occurs change, when application program after change sends
During the wake-up instruction, whether monitoring receives the application program for instructing that wakes up by the network connection list
Unit's transmission heartbeat data.
14. systems for limiting periodic wakeup according to claim 8, it is characterised in that the restriction module
For when monitoring that the network connection state switchs to off-state, forbidding to each destination application
Send described wake-up to instruct, or forbid each destination application to send the wake-up instruction；Until prison
When measuring the network connection state and switching to connection status, perform according to the cycle of each destination application
It is corresponding to wake up instruction.
15. a kind of mobile devices, it is characterised in that include：Restriction as described in arbitrary in claim 8-14 is fixed
The system that phase wakes up.
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Application publication date: 20170329 Assignee: Shanghai Li Ke Semiconductor Technology Co., Ltd. Assignor: Leadcore Technology Co., Ltd. Contract record no.: 2018990000159 Denomination of invention: Method and system for limiting periodic wake-up, and mobile device License type: Common License Record date: 20180615 |
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