CN103914295A - Method for performing wake-up event management, apparatus for performing wake-up event management and associated computer program product - Google Patents
Method for performing wake-up event management, apparatus for performing wake-up event management and associated computer program product Download PDFInfo
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Abstract
A method and apparatus for performing wake-up event management, an apparatus for performing wake-up event management and an associated computer program product are provided. The method includes the steps of: classifying a plurality of wake-up events of the electronic device according to at least one predetermined rule, wherein a specific wake-up event of the plurality of wake-up events is classified to be a triggering event, and at least one other wake-up event of the plurality of wake-up events is classified to be at least one grouping event; arranging the at least one grouping event as a group corresponding to the triggering event by setting wake-up time of each of the grouping events to be equivalent to that of the triggering event, for triggering the at least one grouping event by utilizing the triggering event; and when the wake-up time of the triggering event is reached, performing operations corresponding to the triggering event and the at least one grouping event, respectively.
Description
Technical field
The present invention relates to the system quarter-bell marshalling (alarm grouping) of portable electron device, relate in particular to one and be used for carrying out method and relevant apparatus and the computer program that wake events (wake-up event) is managed.
Background technology
Known electronic apparatus is owing to having suitable practicality, thereby become indispensable part every day, for example possess the multifunctional mobile telephone of personal digital assistant (personal digital assistant, PDA) function or there is the personal digital assistant of function of cellular phone.In the time that user installs multiple different application program on known electronic apparatus, may there are some problems.For instance, many application programs can be set up some wake events, for example, carry out respectively some and be regarded as unessential feature operation and known portable electron device just can be waken up in multiple times (processor of electronic installation is waken up from time-out/dormancy/idle mode) from battery saving mode, thereby cause the increase of power consumption.In association area, there are some known methods can be in order to solve such problem, but, other problem and spinoff are caused in addition again, for instance, known method may cause the confusion of one group of periodic wake events, especially a kind of method is wherein used the periodic wakeup event (its cycle should be identical with one first predetermined value) in one first group of periodic wakeup event to trigger the periodic wakeup event (its cycle should be one second predetermined value that is different from this first predetermined value) in one second group of periodic wakeup event, thereby the cycle of causing this second group of periodic wakeup event becomes this first predetermined value mistakenly.Therefore, need a kind of method of novelty so that the optimization sequential control of wake events of an electronic installation to be provided.
Summary of the invention
Therefore, one of object of the present invention is to provide a kind of method to carry out wake events management, and provides a kind of relevant apparatus and related computer program product to address the above problem.
Another object of the present invention is to provide a kind of method to carry out wake events management, and provide a kind of relevant apparatus and related computer program product so that the optimization sequential control of wake events of an electronic installation to be provided.
According at least one preferred embodiment of the present invention, propose a kind of method and carry out wake events management, wherein the method is applied in an electronic installation, the method includes following steps: according at least one pre-defined rule, multiple wake events of this electronic installation are classified, wherein the specific wake events in the plurality of wake events is classified as a trigger event, and in the plurality of wake events, other at least one wake events is classified as at least one group event; By the wakeup time of each event in this at least one group event is arranged to the wakeup time that is same as this trigger event, arranging this at least one group event is to a group that should trigger event, to utilize this trigger event to trigger this at least one group event; And arrive when this wakeup time of this trigger event, carry out respectively the feature operation corresponding to this trigger event and this at least one group event.
According at least one preferred embodiment of the present invention, propose a kind of for carrying out the device of wake events management, this device includes at least a portion of an electronic installation, and this device includes: a wake-up control circuit, is used for waking this electronic installation up according at least one wake events; An and treatment circuit, be coupled to this wake-up control circuit, be used for controlling the feature operation of this electronic installation, and be also used for according at least one pre-defined rule, multiple wake events of this electronic installation being classified, wherein the specific wake events in the plurality of wake events is classified as a trigger event, and in the plurality of wake events, other at least one wake events is classified as at least one group event; Wherein this treatment circuit is by the wakeup time of each event in this at least one group event is arranged to the wakeup time that is same as this trigger event, arranging this at least one group event is to a group that should trigger event, to utilize this trigger event to trigger this at least one group event; And arrive when this wakeup time of this trigger event, carry out respectively the feature operation corresponding to this trigger event and this at least one group event.
According at least one preferred embodiment of the present invention, a kind of computer program is proposed, there is programmed instruction and carry out a method with a processor of controlling an electronic installation, include following steps: according at least one pre-defined rule, multiple wake events of this electronic installation are classified, wherein the specific wake events in the plurality of wake events is classified as a trigger event, and in the plurality of wake events, other at least one wake events is classified as at least one group event; By the wakeup time of each event in this at least one group event is arranged to the wakeup time that is same as this trigger event, arranging this at least one group event is to a group that should trigger event, to utilize this trigger event to trigger this at least one group event; And arrive when this wakeup time of this trigger event, carry out respectively the feature operation corresponding to this trigger event and this at least one group event.
Benefit of the present invention is, by said method, device and computer program, can save the power consumption of electronic installation, and elongated the service time of this electronic installation.In addition, by said method, device and computer program, can provide the optimized sequential control of the wake events of this electronic installation, save power consumption unconsciously.In addition, also can prevent known problem (example as is known portable electron device is waken up in multiple times and carries out respectively some and be regarded as unessential feature operation from battery saving mode, or known method may cause the confusion of one group of periodic wake events).
Brief description of the drawings
Fig. 1 is the schematic diagram of the embodiment of the device for carrying out wake events management.
Fig. 2 is the schematic diagram of some design details of the device shown in Fig. 1.
Fig. 3 is the process flow diagram of carrying out a method of wake events management.
Fig. 4 is the schematic diagram that is relevant to an embodiment of a wake events controlling mechanism of the method shown in Fig. 3.
Fig. 5 is the schematic diagram that is relevant to another embodiment of a wake events controlling mechanism of the method shown in Fig. 3.
Fig. 6 is a form that is relevant to the method shown in Fig. 3.
[symbol description]
100 devices
105 storage unit
110 treatment circuits
112 program codes
120 wake-up control circuits
200 mobile phones
230 camera models
240 touch-control display panels
300 methods
310～340 steps
Embodiment
In the middle of instructions and follow-up claims, use some vocabulary to censure specific element.Those skilled in the art should understand, and same element may be called with different nouns by manufacturer.This instructions and follow-up claims are not used as the mode of distinct elements with the difference of title, but the difference in function is used as the benchmark of distinguishing with element.In the whole text, in the middle of instructions and follow-up claims, be an open term mentioned " comprising ", therefore should be construed to " comprise but be not limited to ".In addition, " coupling " word comprises directly any and is indirectly electrically connected means at this.Therefore, be electrically connected at one second device if describe a first device in literary composition, represent that this first device can be directly connected in this second device, or be indirectly connected to this second device by other devices or connection means.
Fig. 1 is the schematic diagram of the embodiment of the device 100 for carrying out wake events management.Device 100 can include at least a portion (for example, part or all of) of an electronic installation, for example, device 100 can include a part for above-mentioned electronic installation, more particularly, can be used as the control circuit in this electronic installation, as an integrated circuit; In another embodiment, device 100 can be the entirety of above-mentioned electronic installation.The example of this electronic installation (for example can include (but being not limited to) mobile phone, multifunctional mobile telephone), mobile computer (for example, flat computer), personal digital assistant or personal computer (for example laptop computer or desktop PC).
As shown in Figure 1, device 100 includes a storage unit 105, a treatment circuit 110 and a wake-up control circuit 120.According to the present embodiment, storage unit 105 is used for storage information, treatment circuit 110 is used for controlling the running of this electronic installation, and wake-up control circuit 120 is used for for example, waking this electronic installation up according at least one wake events (so-called in some system " system quarter-bell (alarm) ").For instance, in the time that this electronic installation (except wake-up control circuit 120 wherein) suspends (suspend), can wake this electronic installation according to above-mentioned at least one wake events up at corresponding wakeup time point with wake-up control circuit 120, allow well this electronic installation from this park mode, reply.But this is way for instructions only, not in order to limit the present invention.In another example, in the time that this electronic installation enters a battery saving mode, can wake this electronic installation according to above-mentioned at least one wake events up at corresponding wakeup time point with wake-up control circuit 120, allow well this electronic installation from this battery saving mode, reply, wherein this battery saving mode can comprise the time-out of (but not limiting) this electronic installation or a processor of this electronic installation (or treatment circuit 110), dormancy, idle, wait for and interrupt (Wait For Interrupt, WFI), temperature compensation type crystal oscillator (Temperature-Compensated Crystal Oscillator, TCXO) close and power supply avalanche (power collapse) pattern.Please note, treatment circuit 110 can optionally use the mixed mechanism of software (or firmware) module collocation hardware circuit, or adopt pure hardware mechanisms to realize, for instance, treatment circuit 110 can comprise a processor and related hardware circuit, and use at least one printed circuit board (PCB) (printed circuit board, PCB) carry this processor, and above-mentioned related memory cell 105 includes at least one storer (not shown), for example at least one random access memory (random access memory, and/or at least one nonvolatile memory (non-volatile memory RAM), for example, the one electronics formula of erasing can be made carbon copies ROM (read-only memory) (electrically erasable programmable read only memory, EEPROM) or one flash memory (flash memory)), wherein a program code 112 can be stored in advance in storage unit 105 and for treatment circuit 110 and take, as shown in Figure 1.But this is way for instructions only, not in order to limit the present invention.In another example, treatment circuit 110 can be realized with pure hardware circuit, and said procedure code 112 is embedded in wherein.
According to this embodiment, treatment circuit 110(espespecially carries out the treatment circuit 110 of the program code 112 that similarly is application program, operating system and hardware drive program) can classify to multiple wake events of this electronic installation, and optionally some will be organized into groups by the wake events of one of them triggering of the plurality of event that is categorized as trigger event.For example, because can judging whether the characteristic of the program module (application program, a job etc.) according to a corresponding wake events, treatment circuit 110 adjusts the wakeup time of this wake events, treatment circuit 110 can for example, optionally be adjusted or the wakeup time of multiple events in the plurality of wake events according to the characteristic of the program module of the corresponding the plurality of wake events of difference (application program, a job etc.), so, just can reach and allow the sequential control of multiple wake events of this electronic installation attain in perfect target.
Fig. 2 is the schematic diagram of some design details of the device 100 shown in Fig. 1.Device in the present embodiment is a mobile phone 200 that is equipped with a camera model 230 and a touch-control display panel 240.For instance, touch-control display panel 240 includes a liquid crystal display (liquid crystal display, LCD) module, and can include a transparent touch-control panel that is integrated in this LCD MODULE.But this is way for instructions only, not in order to limit the present invention.
Fig. 3 is the process flow diagram of carrying out a method 300 of wake events management.Method shown in Fig. 3 can be applicable to the espespecially mobile phone 200 of Fig. 2 of the device 100(shown in Fig. 1), and can be applicable to treatment circuit 110(wherein and espespecially carry out the treatment circuit 110 of the program code 112 that similarly is application program, operating system and hardware drive program).For instance, can obtain program code 112 by a computer program, carry out the method 300 in execution graph 3 a processor is assigned to instruction, this computer program can utilize the computer-readable media (non-transitory computer-readable medium) of a nonvolatile (for example to realize, store a disk or a CD of this programmed instruction, as a software suite to be installed (software package)).The method is described below.
In step 310, treatment circuit 110 can, according at least one pre-defined rule, be classified to multiple wake events of this electronic installation.For instance, a specific wake events in the plurality of wake events is classified as to a trigger event (triggering event), and by one in the plurality of wake events or multiple other wake events classifies as group event (grouping event).
In step 320, treatment circuit 110 can be by the wakeup time of each event in the plurality of group event described in step 310 (being the event that is classified as group event in the plurality of wake events) is arranged to the wakeup time that is same as this trigger event, arranging the plurality of group event is to a group that should trigger event, to utilize this trigger event to trigger the plurality of group event.
In step 330; this electronic installation (except wake-up control circuit 120 wherein) suspends or enters battery saving mode; wherein can for example, wake this electronic installation up according to above-mentioned at least one wake events (above-mentioned this trigger event) with wake-up control circuit 120; so, this electronic installation just can be replied at this wakeup time of this trigger event from this park mode or battery saving mode.
In step 340, when this wakeup time of this trigger event is for example, to (this electronic installation is waken up by this trigger event), treatment circuit 110 can be carried out respectively the feature operation corresponding to this trigger event and the plurality of group event.For instance, different application performed on this electronic installation can be set up respectively this trigger event and the plurality of group event, when this wakeup time of this trigger event is for example, to (this electronic installation is waken up by this trigger event), treatment circuit 110 can be carried out respectively the feature operation corresponding to the plurality of application program, back and forth should trigger event and this group event.In other example, on this electronic installation, performed at least one application program can be set up this trigger event and the plurality of group event, when this wakeup time of this trigger event is for example, to (this electronic installation is waken up by this trigger event), treatment circuit 110 can be carried out respectively the feature operation corresponding to this at least one application program, back and forth should trigger event and the plurality of group event.
Note that above-mentioned at least one pre-defined rule is categorized as trigger event by multiple tool aging sensitivities (timing-sensitive) wake events respectively; The plurality of tool aging sensitivity wake events includes software wake events and/or hardware wake events.The plurality of software wake events can include wireless communication event and display starts (display on) event, wherein wireless communication event is set up by software application, for example, for example, by radio communication (General Packet Radio Service (General Packet Radio Service, GPRS), GPS (Global Positioning System, GPS), the multiple access of wideband code division (Wideband Code Division Multiple Access, WCDMA), code point multiple access (Code Division Multiple Access, CDMA), Evolution-Data Optimized (Evolution-Data Optimized, EVDO), Long Term Evolution (Long Term Evolution, LTE), Wireless Fidelity (Wireless Fidelity, Wi-Fi), global intercommunication microwave access (Worldwide Interoperability for Microwave Access, WiMAX), bluetooth (Bluetooth, BT)) come from far-end server synchronize email, calendar, the event of task and GPS position, and display startup event opens by user the event that touch-control display panel 240 makes it reply from park mode.The plurality of hardware wake events can include hardware interrupts event to notify this processor of this electronic installation, for example cordless communication network receiver flow event (wireless communication network receiver (RX) traffic events), Sensor Events and human-computer interaction (human-machine interaction) event etc.In some design variation, the plurality of tool aging sensitivity wake events can include a wireless communication event (for example in above-mentioned the plurality of wireless communication event), a display starts for example, in event and a hardware interrupts event (in above-mentioned hardware interrupts event) at least one.According to this embodiment, one of them that this trigger event can the plurality of tool aging sensitivity wake events.In addition, the arbitrary group event in the plurality of group event can not belong to any one in the plurality of tool aging sensitivity wake events.More particularly, the arbitrary group event in the plurality of group event can be a non-tool aging sensitivity wake events.Because the plurality of wake events of this electronic installation can be classified, for example, just can be included into consideration therefore correspond respectively to the characteristic (the plurality of application program, task etc.) of the plurality of program module of the plurality of wake events, and treatment circuit 110 can for example, optionally be adjusted or the wakeup time of multiple wake events in the plurality of wake events according to the characteristic (the plurality of application program, task etc.) of the plurality of program module that corresponds respectively to the plurality of wake events.Due to the marshalling operation in step 320, the wakeup time of the plurality of group event can be merged, and respectively to should trigger event and the feature operation of the plurality of group part all can be temporarily in waiting state, to be performed in the lump at one time, therefore, this electronic installation can't be waken up by each single incident frequently, thus just can not cause unnecessary excessive power drain yet, thereby reach the object of the sequential control of the wake events of this electronic installation of optimization.
In practice, no matter before setting up this trigger event or set up afterwards at least a portion in the plurality of group event (part or all), all do not affect for the realization of the inventive method.For instance, if just set up the particular demographic event in the plurality of group event after setting up this trigger event, in the time setting up this particular demographic event, treatment circuit 110 can directly be arranged to by the wakeup time of this particular demographic event the wakeup time that is same as this trigger event.Or if set up the particular demographic event in the plurality of group event before setting up this trigger event, treatment circuit 110 can change the wakeup time of this particular demographic event into the wakeup time of this trigger event after this trigger event is set up.
In addition the operating process that, the method in Fig. 3 proposes can be repeated and be used in respectively in different groups.For example, another wakeup time of the plurality of wake events can be classified as another trigger event, treatment circuit 110 can be by any this wakeup time in above-mentioned or multiple other group event is arranged to the wakeup time that is equal to these other trigger events, by one or multiple other group event gather another group of being used as corresponding to these other trigger events, with by utilizing these other trigger events to trigger above-mentioned one or multiple group event.Particularly for example,, in the time that the wakeup time of these other trigger events has reached (situation that this electronic installation is waken up by these other trigger events), treatment circuit 110 can be carried out respectively corresponding to these other trigger events and this above-mentioned one or the feature operation of multiple group event.
As previously mentioned, a wake events can be classified as to a trigger event or a group event, but this is way for instructions only, not in order to limit the present invention.In another example, another wake events in the plurality of wake events can be classified as to a non-group event (non-grouping event), more particularly, this non-group event is not relevant to group that should trigger event, also be not relevant to any other group of corresponding other trigger events, in other words, this non-group event is to wake the event of this electronic installation up with former the manner.For example, in the time that the wakeup time of this non-group event has arrived (situation that this electronic installation is waken up by this non-group event), treatment circuit 110 can be carried out the feature operation corresponding to this non-group event, for instance, in the time being not suitable for being categorized in same group with other events, treatment circuit 110 can classify as non-group event by some wake events.
In addition,, in the selecteed situation of this trigger event described in step 320, treatment circuit 110 can select the wake events of some these trigger events of vicinity to be used as the plurality of group event described in step 320.Within whether the wakeup time that for instance, treatment circuit 110 is understood a particular demographic event that checks the plurality of group event is arranged at the predetermined time interval corresponding to the wakeup time of this trigger event.Wakeup time that it should be noted that the particular demographic event within this predetermined time interval may be originally arranged at the wakeup time of this trigger event before or afterwards.In the time detecting that this wakeup time of this particular demographic event is arranged within this predetermined time interval, treatment circuit 110 this wakeup time of this particular demographic event can be rearranged into this wakeup time with this trigger event identical, further, the wakeup time of this trigger event is within this predetermined time interval.In some cases, the wakeup time that the central point of this predetermined time interval is this trigger event, but this is way for instructions only, not in order to limit the present invention.In other example, this predetermined time interval is not taking the wakeup time of this trigger event as its central point.
As previously mentioned, the plurality of tool aging sensitivity wake events can include the plurality of software wake events and/or the plurality of hardware wake events.For the plurality of software wake events, if one of them or multiple software wake events is for example established, by radio communication (General Packet Radio Service, GPS, the multiple access of wideband code division, code point multiple access, Evolution-Data Optimized, Long Term Evolution, Wireless Fidelity, global intercommunication microwave access, bluetooth) with synchronizing information, needing to start a corresponding wireless communication chips group to carry out synchronously with far-end server, once synchronous operation finishes, just need to close this wireless communication chips group, all need power hungry because start/close any wireless communication chips group, so the event that needs radio communication being chosen for to the feature operation of trigger event need to be careful, when multiple group event that need radio communication are arranged to trigger at one time, wireless communication chips group just only needs to start/close once, therefore can reduce significantly power consumption.For instance, in multiple tool aging sensitivity wake events, include the plurality of software wake events that belongs to wireless communication event, in this above-mentioned trigger event and above-mentioned the plurality of group event, at least one group event can be to carry out by radio communication the wireless communication event of synchronizing information.
Be different from the plurality of software wake events, the plurality of hardware wake events more difficult prediction conventionally being caused by hardware interrupt, therefore, only have in the time that a specific hardware wake events is triggered and carries out and just one or more group event can be merged to (merge) to this specific hardware wake events.For instance, a power key of having pressed this electronic installation as user is to open touch-control display panel 240, within treatment circuit 110 can judge whether arbitrary wakeup time of this particular demographic event is arranged at and is later than this specific hardware wake events and drops on this predetermined time interval, if within a wakeup time of this particular demographic event is arranged to be later than this specific hardware wake events and drops on this predetermined time interval, treatment circuit 110 can be rearranged the wakeup time of this particular demographic event and make it be same as the wakeup time of this specific hardware wake events (being this trigger event in the present embodiment).In practice, due within this predetermined time interval is limited in a scope, if one or multiple group event is arranged at outside the scope of this predetermined time interval, should (a bit) group event may not can be incorporated into this trigger event, in this case, should (a bit) group event can be taken as non-group event, in other words, should (a bit) group event can carry out corresponding event according to script wakeup time.For instance, this trigger event can be a hardware wake events (example this specific hardware wake events described above), for example, and treatment circuit 110 can judge whether have the wakeup time of arbitrary particular demographic event to be arranged at this trigger event (this specific hardware wake events) afterwards in the plurality of group event, and drop within this predetermined time interval of wakeup time that should trigger event.For example, after the wakeup time of this particular demographic event is arranged at this trigger event (this specific hardware wake events), and drop within this predetermined time interval of wakeup time that should trigger event, the wakeup time of this particular demographic event is rearranged into for example, wakeup time with this trigger event (this specific hardware wake events) identical.
Fig. 4 is the schematic diagram that is relevant to an embodiment of a wake events controlling mechanism of the method 300 shown in Fig. 3, and wherein on Fig. 4, the transverse axis of figure below all represents the time, and wake events is represented by arrow upwards.As shown in the upper figure of Fig. 4, there is some tool aging sensitivity wake events (being for example labeled as the event of " A ", " B " and " C ") and some non-tool aging sensitivity wake events (for example remaining event).
In this embodiment, the plurality of non-tool aging sensitivity wake events representative can be changed or delay and can seriously not affect the wake events of function, and these events can be by early or more late triggering.Treatment circuit 110 can merge the some events in the plurality of non-tool aging sensitivity wake events, and in the time that setting up, a trigger condition carries out corresponding feature operation simultaneously, for instance, this trigger condition can be a trigger event, routine trigger event described above.In addition, the plurality of tool aging sensitivity wake events can represent most important on total system or affect some wake events that user experiences, and can be used to be used as aforesaid trigger event.The example of the plurality of tool aging sensitivity wake events can comprise (but being not limited to) above-mentioned software wake events and hardware wake events.
As shown in the upper figure in Fig. 4, arbitrary tool aging sensitivity wake events A, B and C can be used to be used as the example of the trigger event described in step 320, the predetermined time interval of square frame (being the dashed rectangle of surrounding trigger event in the upper figure in Fig. 4) that wherein each corresponding dotted line illustrates representative to wakeup time that should trigger event.Taking tool aging sensitivity wake events C as this trigger event as example, in the upper figure in Fig. 4, be positioned at the representative of rightmost square frame to should trigger event the aforementioned predetermined time interval of wakeup time of (for example have aging sensitivity wake events C).As shown in the figure below in Fig. 4, can be group by the some contiguous wake events set of tool aging sensitivity wake events C, wherein the marshalling of step 320 operation can be applied to the contiguous wake events of tool aging sensitivity wake events C.In this example, can be group by the some contiguous wake events set of tool aging sensitivity wake events B, wherein the marshalling of step 320 operation can be applied to the contiguous wake events of tool aging sensitivity wake events B.Similarly, can be group by the some contiguous wake events set of tool aging sensitivity wake events A, wherein the marshalling of step 320 operation can be applied to the contiguous wake events of tool aging sensitivity wake events A.Further description just seldom repeats at this.
Fig. 5 is the schematic diagram that is relevant to another embodiment of a wake events controlling mechanism of the method 300 shown in Fig. 3, and wherein on Fig. 5, the transverse axis of figure below all represents the time, and wake events is represented by arrow upwards.As shown in the upper figure of Fig. 5, the tool aging sensitivity wake events that is labeled as " A ", " B " and " C " is same as the tool aging sensitivity wake events of Fig. 4, in figure below of Fig. 5, there is the non-tool aging sensitivity wake events of some Fig. 4 of being same as, wherein in the upper figure of Fig. 5, be positioned at the example that rightmost wake events can be used as aforesaid non-group event, it does not belong to the arbitrary group corresponding to arbitrary trigger event.Further description just seldom repeats at this.
Fig. 6 is a form that is relevant to the method 300 shown in Fig. 3.Form shown in Fig. 6 can be used to the sort operation in performing step 310, for instance, the application program that can install by this electronic installation produces and processes the form shown in Fig. 6, for example, in order to produce the form shown in Fig. 6, this application program can check that the attribute information (attribute information) of the plurality of wake events or multiple application programs classifies to the plurality of wake events.But this is way for instructions only, not in order to limit the present invention.In the variation design of the present embodiment, the operating system that can install by this electronic installation produces and processes the form shown in Fig. 6.Change in design user or the manufacturer of this electronic installation form shown in can self-defining Fig. 6 at other.Change in design at another, the form shown in Fig. 6 can be integrated among the operating system that operates in this electronic installation.
In the form shown in Fig. 6, every a line (row) all corresponds to the wake events being classified in step 310, in addition the row (column) that are marked as, " title " represent for wake events belong to any application program (such as APP1_name, APP2_name, APP3_name, APP4_name etc.).The row that are labeled as " sub-title " represent in the situation that same application has multiple wake events, the sub-title (such as ID1, ID2 etc.) of multiple different wake events of corresponding this application program.Please note, last three row in the form of Fig. 6, application program only has a wake events (or likely even there is no wake events), symbol " X " wherein (representing " ignoring ") represent for application program (for example application A PP1_name, APP2_name, APP3_name, APP4_name) do not have corresponding sub-title.In addition, the row that are marked as " wake events type " represent for wake events belong to any type (such as ET1, ET2, ET3, ET4 etc.), it can be used as the example of the classification results in step 310.For instance, type ET1 represent for wake events be classified as group event, or type ET2 represent for wake events be classified as aforesaid non-group event, or, type ET3 represent for wake events be classified as a trigger event.Further description just seldom repeats at this.Application program or operating system can judge how to merge multiple wake events according to this form.
In practice, the plurality of group event can also include at least one queue events (queue-in event), for example one or multiple queue events.In general, each queue events in aforesaid at least one queue events all can be waited for after establishing in a waiting area (waiting pool), for instance, type ET4 represents that the wake events of application A PP4_name is classified as a queue events.In the time setting up a queue events, one of them of for example aforementioned one or multiple queue events, no matter corresponding wakeup time why, and this queue events all must first be waited in a waiting area, until for example, triggered by a trigger event (aforesaid trigger event).In the time that any trigger event is established or triggers (for example, be under an email synchronization event or the situation of a hardware wake events at above-mentioned trigger event), treatment circuit 110 can judge whether that arbitrary queue events is in this waiting area queuing, queue up in this waiting area when this at least one queue events being detected, the same time that treatment circuit 110 can be performed at this trigger event is carried out at least one feature operation (for example simultaneously carry out at least one feature operation of corresponding above-mentioned at least one queue events and to feature operation that should trigger event) of corresponding above-mentioned at least one queue events (for example part in the plurality of queue events).It should be noted, for fear of the operating experience that affects user, while opening the display panel of for example this electronic installation () in some cases, can not need to wait for trigger event and directly this queue events is discharged and executed from this waiting area.
In one embodiment, there are two groups of periodic wakeup events to need processed, for example aforementioned first group of periodic wakeup event (its cycle should equal aforementioned the first predetermined value (for example five minutes)) and aforementioned second group of periodic wakeup event (its cycle should equal aforementioned the second predetermined value (for example a minute)).Under a kind of situation of processing these two groups of periodic awakening events adopting in some known methods, can cause wherein one group of periodic wakeup event confusion reigned, especially known method is to trigger the periodic wakeup event in the plurality of second group of periodic wakeup event by the periodic wakeup event in the plurality of first group of periodic wakeup event, thereby causes the cycle of the plurality of second group of periodic wakeup event to become mistakenly this first predetermined value.Also have and trigger under another situation of the periodic wakeup event in the plurality of first group of periodic wakeup event by the periodic wakeup event in the plurality of second group of periodic wakeup event at known method, can cause the cycle of the plurality of first group of periodic wakeup event to become mistakenly this second predetermined value.Compared to this, method, device and computer program proposed by the invention for example can be carried, by wake events being categorized as to tool aging sensitivity wake events and non-tool aging sensitivity wake events (trigger event, group event and queue events), so that the best sequential control of two groups of periodic wakeup events of this electronic installation to be provided, and prevent that known problem from (example as is known method can cause the confusion of one group of periodic wakeup event) occurring.
According to the present invention, above-mentioned computer program can be made up of some program codes.In addition, be loaded into espespecially treatment circuit 110 of device 100(at all program codes) afterwards, the step in meeting execution graph 3.
The foregoing is only the preferred embodiments of the present invention, all equalizations of doing according to the claims in the present invention book change and modify, and all should belong to covering scope of the present invention.
Claims (19)
1. for carrying out a method for wake events management, it is applied to an electronic installation and includes following steps:
According at least one pre-defined rule, multiple wake events of this electronic installation are classified, wherein the specific wake events in the plurality of wake events is classified as a trigger event, and in the plurality of wake events, other at least one wake events is classified as at least one group event;
By a wakeup time of each event in this at least one group event being arranged to a wakeup time that is same as this trigger event, arranging this at least one group event is to a group that should trigger event, to utilize this trigger event to trigger this at least one group event; And
When this wakeup time of this trigger event arrives, carry out respectively the feature operation corresponding to this trigger event and this at least one group event.
2. the method for claim 1, wherein this at least one pre-defined rule is categorized as multiple trigger events by multiple tool aging sensitivity wake events respectively; The plurality of tool aging sensitivity wake events includes a wireless communication event, a display starts at least one in event and a hardware interrupts event; And this specific wake events is the plurality of tool aging sensitivity wake events one of them.
3. the method for claim 1 is wherein set up the particular demographic event in this at least one group event after setting up this trigger event again; And by this wakeup time of each event in this at least one group event being arranged to this wakeup time that is same as this trigger event, arranging this at least one group event is that the step of this group that should trigger event is included:
In the time setting up this particular demographic event, a wakeup time that directly arranges this particular demographic event is this wakeup time that is same as this trigger event.
4. the method for claim 1 is wherein set up this trigger event after a particular demographic event of setting up in this at least one group event again; And by this wakeup time of each event in this at least one group event being arranged to this wakeup time that is same as this trigger event, arranging this at least one group event is that the step of this group that should trigger event is included:
In the time setting up this trigger event, a wakeup time of this particular demographic event is changed to this wakeup time that is same as this trigger event.
5. the method for claim 1, wherein another wake events in the plurality of wake events is classified as a non-group event; This non-group event is not relevant to this group that should trigger event, and uncorrelated in any other group of corresponding other trigger events; And the method also includes:
When a wakeup time of this non-group event then, carry out feature operation that should non-group event.
6. the method for claim 1, also includes:
Whether a wakeup time that checks a particular demographic event of this at least one group event is arranged within a predetermined time interval of this wakeup time that should trigger event; And
In the time detecting that this wakeup time of this particular demographic event is arranged within this predetermined time interval, this wakeup time of this particular demographic event is arranged to this wakeup time of this trigger event identical.
7. the method for claim 1, wherein at least one of this trigger event and this at least one group event is all the wireless communication event that need to carry out by radio communication synchronizing information.
8. the method for claim 1, wherein this trigger event is a hardware wake events; And the method also includes:
Judge and in this at least one group event, whether have after the wakeup time of arbitrary particular demographic event is arranged at this trigger event, and drop within a predetermined time interval of this wakeup time that should trigger event; And
After this wakeup time of this particular demographic event is arranged at this trigger event, and drop within this predetermined time interval of this wakeup time that should trigger event, by this wakeup time of this particular demographic event rearrange into this wakeup time with this trigger event identical.
9. the method for claim 1, wherein this at least one group event includes at least one queue events, and each queue events in this at least one queue events all can be waited for after establishing in a waiting area; And the method also includes:
In the time that this trigger event is established or triggers, judge whether that arbitrary queue events is in this waiting area wait; And
When detecting that this at least one queue events bides one's time this waiting area is medium, the same time being performed at this trigger event carries out at least one feature operation that should at least one queue events.
10. for carrying out a device for wake events management, this device includes at least a portion of an electronic installation, and this device includes:
One wake-up control circuit, is used for waking this electronic installation up according at least one wake events; And
One treatment circuit, be coupled to this wake-up control circuit, be used for controlling the feature operation of this electronic installation, and be also used for according at least one pre-defined rule, multiple wake events of this electronic installation being classified, wherein the specific wake events in the plurality of wake events is classified as a trigger event, and in the plurality of wake events, other at least one wake events is classified as at least one group event;
Wherein this treatment circuit is by a wakeup time of each event in this at least one group event being arranged to a wakeup time that is same as this trigger event, arranging this at least one group event is to a group that should trigger event, to utilize this trigger event to trigger this at least one group event; And
When this wakeup time of this trigger event arrives, carry out respectively the feature operation corresponding to this trigger event and this at least one group event.
11. devices as claimed in claim 10, wherein this at least one pre-defined rule is categorized as multiple trigger events by multiple tool aging sensitivity wake events respectively; The plurality of tool aging sensitivity wake events includes a wireless communication event, a display starts at least one in event and a hardware interrupts event; And this specific wake events is the plurality of tool aging sensitivity wake events one of them.
12. devices as claimed in claim 10 are wherein set up the particular demographic event in this at least one group event after setting up this trigger event again; And in the time setting up this particular demographic event, it is this wakeup time that is same as this trigger event that this treatment circuit directly arranges a wakeup time of this particular demographic event.
13. devices as claimed in claim 10 are wherein set up this trigger event after a particular demographic event of setting up in this at least one group event again; And in the time setting up this trigger event, this treatment circuit changes to a wakeup time of this particular demographic event this wakeup time that is same as this trigger event.
14. devices as claimed in claim 10, wherein another wake events in the plurality of wake events is classified as a non-group event; This non-group event is not relevant to this group that should trigger event, and uncorrelated in any other group of corresponding other trigger events; And when this wakeup time of this non-group event then, this treatment circuit is carried out feature operation that should non-group event.
15. devices as claimed in claim 10, wherein this treatment circuit can check whether a wakeup time of a particular demographic event of this at least one group event is arranged within a predetermined time interval of this wakeup time that should trigger event; And in the time detecting that this wakeup time of this particular demographic event is arranged within this predetermined time interval, this treatment circuit can be arranged to this wakeup time of this trigger event identical by this wakeup time of this particular demographic event.
16. devices as claimed in claim 10, wherein at least one of this trigger event and this at least one group event is all the wireless communication event that need to carry out by radio communication synchronizing information.
17. devices as claimed in claim 10, wherein this trigger event is a hardware wake events; This treatment circuit can judge whether that the wakeup time of any particular demographic event of this at least one group event is arranged at and be later than this trigger event, and within dropping on the predetermined time interval corresponding to this wakeup time of this trigger event; And when being arranged at, this wakeup time of this particular demographic event is later than this trigger event, and while dropping within this predetermined time interval, this treatment circuit can be rearranged this wakeup time of this particular demographic event as identical with this wakeup time of this trigger event.
18. devices as claimed in claim 10, wherein this group event includes at least one queue events, and each queue events in this at least one queue events all can be waited for when being established in a waiting area; In the time that this trigger event is established or triggers, this treatment circuit can judge whether that any queue events waits in this waiting area; And when detecting that this at least one queue events bides one's time this waiting area is medium, this treatment circuit can be carried out at least one feature operation that should at least one queue events when this trigger event is performed.
19. 1 kinds of computer programs, have programmed instruction and carry out a method with a processor of controlling an electronic installation, and the method includes following steps:
According at least one pre-defined rule, multiple wake events of this electronic installation are classified, wherein the specific wake events in the plurality of wake events is classified as a trigger event, and in the plurality of wake events, other at least one wake events is classified as at least one group event;
By the wakeup time of each event in this at least one group event being arranged to a wakeup time that is same as this trigger event, arranging this at least one group event is to a group that should trigger event, to utilize this trigger event to trigger this at least one group event; And
When this wakeup time of this trigger event arrives, carry out respectively the feature operation corresponding to this trigger event and this at least one group event.
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| US201361750359P | 2013-01-09 | 2013-01-09 | |
| US61/750,359 | 2013-01-09 | ||
| US14/019,565 | 2013-09-06 | ||
| US14/019,565 US9317105B2 (en) | 2013-01-09 | 2013-09-06 | Method for performing application wake-up management for a portable device by classifying one application wake-up event of a plurality of application wake-up events as a triggering event for the other application wake-up events |
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