CN103488387B - A kind of method of information processing and a kind of electronic equipment - Google Patents
A kind of method of information processing and a kind of electronic equipment Download PDFInfo
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- CN103488387B CN103488387B CN201210189709.1A CN201210189709A CN103488387B CN 103488387 B CN103488387 B CN 103488387B CN 201210189709 A CN201210189709 A CN 201210189709A CN 103488387 B CN103488387 B CN 103488387B
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Abstract
This application discloses a kind of method of information processing and a kind of electronic equipment, method that described information is processed is applied in an electronic equipment, including：Generate the first instruction by responding the first operation；Execute described first instruction, so that described electronic equipment enters the first event process；In described electronic equipment during described first event process, judge whether the persistent period of described first operation is more than a preset time value；When the persistent period of the described first operation being more than described preset time value, generate the second instruction；Execute described second instruction, so that described electronic equipment enters second event process, wherein, described first event process and described second event process are the event process differing.
Description
Technical field
The application is related to technical field of information processing, more particularly, to a kind of method of information processing and a kind of electronic equipment.
Background technology
With the development of information technology, create increasing electronic equipment, such as：Computer, mobile phone, all-in-one etc.
Deng.Function with these electronic equipments is stronger and stronger, and its required function key also gets more and more.
Such as：Booting computer, shutdown and entrance resting state, are required for the triggering of function key, in the prior art, lead to
In the case of often, if electronic equipment is under off-mode, then based on the button operation on key, electronic equipment will be made
Enter open state；And if electronic equipment is under open state, operation is pressed based on the length on key, electronics will be made to set
Standby entrance off-mode.
But, electronic equipment operates except simple start and close, also includes many other functions, such as：Entrance system
Reduction interface, entrance resting state, the system that enters arrange interface etc..
In the prior art, in order to realize above-mentioned functions, need under normal circumstances using shortcut or again in electronics
Function key is arranged on equipment.
Such as：By arranging one " reset " button on an electronic device, user clicks on this button, it will enter system also
Former interface；
Again such as：User, in start process, pins F1 shortcut, and then enters system setting interface etc..
During technical scheme in realizing the embodiment of the present application, inventors herein have recognized that prior art is at least deposited
In following shortcoming：
Due in the prior art, in some functions of the system of triggering, or needing to reset function key profit
With shortcut, or using the combination of several buttons, otherwise do not enable, it is clear that these implementations, all can exist scarce
Point.
As：Resetting function key will increase the complexity of design, increase hardware cost Manufacturing cost, and this is new simultaneously
Setting function key due to can only trigger One function it is impossible to multiplexing, so, also have the problem of the wasting of resources；
And if utilizing shortcut, under some application scenarios, having little time to lead to by shortcut because of user cannot
Trigger the corresponding operation of this shortcut, such as, in start process, user presses F1 key and entrance system is arranged interface, but electric
The starting up speed of sub- equipment is more and more faster, and possible user also has little time to press F1 key, and electronic equipment comes into open state, so
The function that entrance system arranges interface cannot be realized；Also a kind of situation is exactly, during electronic equipment enters open state,
First wait for a period of time, it is determined whether have user to call other functions using shortcut, but so the same, necessarily can lead to again
Waste of time；
And if the combination using several buttons, one also to exist existing for above-mentioned use shortcut at some
In the case of it is impossible to realize the function corresponding to shortcut or lead to the time waste technical problem；Two, the group of several buttons
Merge and be inconvenient to remember, so there is the not convenient technical problem of operation.
Content of the invention
The embodiment of the present application is passed through to provide a kind of information processing method and a kind of electronic equipment, solves in prior art
When needing to trigger some systemic-functions, need extra button is set, shortcut or be combined just enabling using existing key
Technical problem.
On the one hand, the application passes through an embodiment of the application, provides following technical scheme：
A kind of method of information processing, methods described is applied in an electronic equipment, and methods described includes：
Generate the first instruction by responding the first operation；
Execute described first instruction, so that described electronic equipment enters the first event process；
In described electronic equipment during described first event process, the 3rd finger is generated based on the described first operation
Order；
An input/output interface is controlled to keep low level state based on the described 3rd instruction；
Judge whether the persistent period of described low level state is more than preset time value, and then judge described first operation
Whether the persistent period is more than described preset time value；
When the persistent period of the described first operation being more than described preset time value, generate the second instruction；
Execute described second instruction, so that described electronic equipment enters second event process, wherein, described first event is entered
Journey and described second event process are the event process differing.
Further, when described first event process includes：When first stage process and second stage process, hold described
Described first instruction of row, so that after described electronic equipment enters the first event process, also include：Judge described first operation
Whether the first persistent period was more than the execution time of described first stage process；If described first persistent period is more than described holding
The row time, suspend described first event process.
Further, when the described first operation is specially：Performed start behaviour on the key of described electronic equipment
When making, described operation by response first generates the first instruction, specially：
By responding described power-on operation, generate start-up command.
Further, described execution described first instructs, so that described electronic equipment enters the first event process, specifically
For：
Execute described start-up command, so that described electronic equipment enters start process.
Further, described execution described second instructs, so that described electronic equipment enters second event process, specifically
For：
Execute described second instruction, so that described electronic equipment provides an operation interface in described start process.
Further, described operation interface is specially：For activation system reduction operation interface or be used for carrying out system
The operation interface of setting.
Further, when the described first operation is specially：Performed being used for out on the Menu key of described electronic equipment
During the operation of beginning menu, described operation by response first generates the first instruction, specially：
By the described operation for start menu of response, generate start menu instruction.
Further, described execution described first instructs, so that described electronic equipment enters the first event process, specifically
For：
Execute described start menu instruction, so that described electronic equipment enters start menu process.
Further, described execution described second instructs, so that described electronic equipment enters second event process, specifically
For：
Execute described second instruction, so that described electronic equipment enters resting state during described start menu.
On the other hand, the application passes through another embodiment following technical scheme of offer of the application：
A kind of electronic equipment, including：
First generation module, for generating the first instruction by responding the first operation；
First performing module, for executing described first instruction, so that described electronic equipment enters the first event process；
First judge module, in described electronic equipment, during described first event process, described first sentences
Disconnected module, specifically includes：
Signal generating unit, for generating the 3rd instruction based on the described first operation；
Control unit, for controlling an input/output interface to keep low level state based on the described 3rd instruction；
Judging unit, whether the persistent period for judging described low level state is more than preset time value, and then judges
Whether the persistent period of described first operation is more than described preset time value；
Second generation module, for when the persistent period of the described first operation being more than described preset time value, generating the
Two instructions；
Second performing module, for executing described second instruction, so that described electronic equipment enters second event process, its
In, described first event process and described second event process are the event process differing.
Further, when described first event process includes：When first stage process and second stage process, described electronics
Equipment also includes：
Second judge module, in described first instruction of described execution, so that described electronic equipment enters the first event
After process, judge whether the first persistent period of described first operation is more than the execution time of described first stage process；With
And
If described first persistent period is more than described execution time, suspend described first event process.
Further, when the described first operation is specially：Performed start behaviour on the key of described electronic equipment
When making, described first generation module, specifically for：
By responding described power-on operation, generate start-up command.
Further, described hold the first performing module, specifically for：
Execute described start-up command, so that described electronic equipment enters start process.
Further, described second performing module, specifically for：
Execute described second instruction, so that described electronic equipment provides an operation interface in described start process.
Further, described operation interface is specially：For activation system reduction operation interface or be used for carrying out system
The operation interface of setting.
Further, when the described first operation is specially：Performed being used for out on the Menu key of described electronic equipment
During the operation of beginning menu, described operation by response first generates the first instruction, specially：
By the described operation for start menu of response, generate start menu instruction.
Further, described first generation module, specifically for：
Execute described start menu instruction, so that described electronic equipment enters start menu process.
Further, described second performing module, specifically for：
Execute described second instruction, so that described electronic equipment enters resting state during described start menu.
The one or more technical schemes providing in the embodiment of the present application, at least have the following technical effect that or advantage：
(1) due in the embodiment of the present application, based on the difference of the first persistent period operating, and then certain of triggering system
A little functions, it is not necessary to reset shortcut, so saving hardware cost Manufacturing cost, thus have reached save resources
Technique effect；Again due to needing not rely on the combination of shortcut or several button, so there is skill simple to operation
Art effect；
(2) due in the embodiment of the present application, being more than the first rank of the first event process in the persistent period of the first operation
During the persistent period of Duan Jincheng, can first suspend the execution of the first event process, so execution the first event procedure can be saved being consumed
The energy taking, is connected to the technique effect of energy efficient；
(3) due in the embodiment of the present application, based on electronic equipment in off-mode, length can carry out one by key
Individual operation interface, such as system reducing interface, system setting interface etc., so conveniently operation interface can be provided,
Do not need using shortcut, also without resetting button, so, there is the technology effect of convenient operation and save resources
Really；
(4) due in the embodiment of the present application, when electronic equipment is in open state, start menu bond energy is pressed based on length
Electronic equipment is enough allowed to enter resting state, so, have convenient to operation, and the technique effect of save resources；
(5) due in the embodiment of the present application, low level state being kept based on the first operational control one input/output interface,
And then judge persistent period of described low level state, and then determine the persistent period of the first operation, so, have easy and simple to handle
Easy technique effect.
Brief description
Fig. 1 is the flow chart of the method for information processing in the application one embodiment；
Fig. 2 is to judge in the application one embodiment whether the persistent period of described first operation is more than the stream of a Preset Time
Cheng Tu；
Fig. 3 is the functional module based on the first operation, described electronic functionalities being controlled in the application one embodiment
Structure chart；
After Fig. 4 is the first event process of electronic equipment entrance described in the application one embodiment, continue to described electronics
The flow chart that equipment is controlled；
Fig. 5 is the block diagram of electronic equipment in the application one embodiment.
Specific embodiment
The embodiment of the present application is passed through to provide a kind of method of information processing and a kind of electronic equipment, solves in prior art
When needing to trigger some systemic-functions, need extra button is set, shortcut or be combined just enabling using existing key
Technical problem；Save resources and simple to operation technique effect have been effectively ensured.
Technical scheme in the embodiment of the present application is to solve the above problems, and general thought is as follows：
After obtaining the first operation, it is carried out the first instruction, and then enter the first event procedure；
While executing the first instruction, judge whether the time of the first operation is more than a Preset Time；
If Preset Time, it is generated as the second instruction, enter second event process.
Such as：If electronic equipment receives the power-on operation on key, it is generated as start-up command, subsequently into opening
Machine process；
But while entering start process, judge whether the power-on operation on key is more than preset time value,
Namely whether growing by key, if if length presses key, being carried out second event process, such as providing a system
Reduction interface etc..
In order to be better understood from technique scheme, below in conjunction with Figure of description and specific embodiment to upper
State technical scheme to be described in detail.
The application one embodiment provides a kind of method of information processing, and methods described is applied in an electronic equipment, implements
The electronic equipment of the method can be mobile phone, notebook computer, all-in-one etc., in order to subsequently introduce conveniently, introduces follow-up
In, all so that this electronic equipment is as notebook computer as a example, it is described in detail.
As described in Figure 1, the method that described information is processed comprises the steps：
S101：Generate the first instruction by responding the first operation；
In specific implementation process, based on the difference of the described first operation, the first instruction being generated is also different, below will
Enumerate two kinds therein it is described in detail, certainly, in specific implementation process, be not limited to following two situations.
The first：Described first to operate be performed power-on operation on the key of described notebook computer.
In this case, described operation by response first generates the first instruction, specially：
By responding described power-on operation, generate start-up command.
Second：Described first operation is specially：On the Menu key of described electronic equipment performed for starting dish
Single operation.
In this case, described operation by response first generates the first instruction, specially：
By the described operation for start menu of response, generate start menu instruction.
It is possible to execution step S102 after obtain the first instruction based on step S101, that is,：Execute described first finger
Order, so that described electronic equipment enters the first event process；
Based on the difference of the first instruction obtained in step S101, the first event process is also different, or with step
As a example cited two kind of first instruction in S101, it is introduced, certainly, in specific implementation process, is not limited to following
Two kinds of situations.
The first：First instructs as start-up command.
In this case, described execution described first instructs, so that described electronic equipment enters the first event process, tool
Body is：
Execute described start-up command, so that described electronic equipment enters start process.
Under normal circumstances, the start process of electronic equipment potentially includes following process：
(1) program of the solidification inside execution BIOS, to carry out hardware check, execution time 3S；
(2) the kernel loads of OS in internal memory, and kernel, execution time 2S are given control；
(3) execute the module of O/S kernel, such as：Management of process, memory management, file system etc., execution time 5S.
Second：First instructs as start menu instruction.
In this case, described execution described first instructs, so that described electronic equipment enters the first event process, tool
Body is：
Execute described start menu instruction, so that described electronic equipment enters start menu process.
And in specific implementation process, the described process entering start menu be not powered on process so complicated it is only necessary to
Call the instruction of a display start menu, allow start menu to be shown on computer screen.
It is possible to execution step S103 after make described electronic equipment enter the first state-event based on step S102,
I.e.：In described electronic equipment during described first event process, judge whether the persistent period of described first operation is big
In a preset time value；
In specific implementation process, as shown in Fig. 2 can judge in the following way described first operation lasting when
Between whether be more than a Preset Time.
S201:3rd instruction is generated based on the described first operation；
Refer to Fig. 3, be to be used in described notebook computer based on the described first operation, described electronic functionalities being entered
The structure chart of the functional module that row controls.
Wherein, when described notebook computer is in off-mode, if user presses power on button 301, produce the
One operation.
Then, based on the first operation, the first instruction and the 3rd instruction will be produced.Wherein, the first instruction is directly connected to
The P_BIN# pin 302 of host side, thus boot up operation；And the 3rd instructs, an input being connected to mainboard south bridge is defeated
Outgoing interface 303.
It is possible to execution step S202 after generate the 3rd instruction based on step S201, that is,：Based on the described 3rd instruction
An input/output interface is controlled to keep low level state；
Because in step s 201, the 3rd instruction is connected to the input/output interface 303 of mainboard south bridge, so from figure
As can be seen that now one end of electronic equipment is grounded, so input/output interface 303 keeps low level.
It is possible to execution step S203 after keep an input/output interface low level state based on step S202, that is,：
Judge whether the persistent period of described low level state is more than described preset time value, and then judge continuing of described first operation
Whether the time is more than described preset time value.
Due to when as user always according to power on button 301, electronic equipment is one directly, so, input
Output interface 303 is always maintained at low level state, so, keep the time of low level state based on input/output interface 303, just
Can determine that out the time of the first operation.
Certainly, it is also possible to based on different applied environments, judge the first behaviour using other modes in specific implementation process
Whether the persistent period made is more than a Preset Time, judges, the application is not restricted for using which kind of mode.
Due in aforesaid way, persistent period based on described low level state whether more than a Preset Time so that it may
Whether a Preset Time is more than with the persistent period determining the first operation, so, there is technique effect easy to operation.
It is possible to hold after whether the persistent period judging described first operation based on step S103 is more than Preset Time
Row step S104, that is,：When the persistent period of the described first operation being more than described preset time value, generate the second instruction；
In specific implementation process, when the persistent period of described first operating time being more than Preset Time, such as：If
Preset Time is 4S, and the time of the first operation detecting is 5S, then generate the second instruction.In specific implementation process,
Second instruction can be multiple instructions, and therein two kind situations are set forth below.
The first：Assume to instruct as start-up command based on step S101 is obtained first, then preferably real as one kind
Apply example, the second instruction can be：The instruction of operation interface is provided, the instruction of system reducing operation interface is such as provided, system is provided
Instruction of system setting operation interface etc..
Second：Assume to be obtained, based on step S101, the instruction that the first instruction is start menu, then excellent as one kind
Select embodiment, the second instruction can be：Control electronics enter the instruction of resting state.
It is possible to execution step S105 after obtain the second instruction based on step S104, that is,：Execute described second finger
Order, so that described electronic equipment enters second event process, wherein, described first event process and described second event process are
The event process differing.
Below based on the difference of the second instruction obtained in step S104, second event process is situated between in detail
Continue, certainly, in specific implementation process, described second event process is not limited to following two situations.
The first, instruct based on step S104 is obtained second and be：The instruction of operation interface is provided, then, described hold
Described second instruction of row, so that described electronic equipment enters second event process, that is to say：
Execute described second instruction, so that described electronic equipment provides an operation interface in described start process；
Such as, if described second instructs the instruction for providing system reducing operation interface, then in execution described second
After instruction, described electronic equipment will enter the operation interface of system reducing, and user can be based on described operation interface, to system
Carry out system reducing setting, such as：Setting carries out the mode of system reducing, system reducing the need of carrying out data backup etc.
Deng, it is of course also possible to directly carry out default setting, execution second instruction after, directly carry out system reducing, for provide what
The system reducing interface of the mode of kind, the application is not restricted.
And if described second instructs the instruction for providing system setup operation interface, then executing described second instruction
Afterwards, by the operation interface of the system of entrance setting, user can be set to system described electronic equipment based on this operation interface
Put, such as：The Starting mode of setting system, Starting mode has many kinds, such as：Hard disk startup, optical disk start-up, USB flash disk startup etc.
Deng；The mode of operation of such as setting hard disk is NORMAL pattern, LARGE pattern or LBA pattern again.Certainly, for specifically real
During applying, how system is configured, the application is not restricted.
Call an operation interface of notebook computer, such as system reducing interface, system setting circle using such scheme
Face etc., so conveniently operation interface can be provided it is not necessary to using shortcut, also without resetting button,
So convenient operation and save resources.
Second, instructs based on step S104 is obtained second and is：Control electronics enter the instruction of resting state,
So after executing described second instruction, described electronic equipment will be directed into resting state.
By the description above, those of ordinary skill in the art can directly know, using such scheme by electronic equipment
Enter resting state, have convenient to operation, and the technique effect of save resources.
Certainly, in specific implementation process, described electronic equipment can be made to enter other based on the second difference instructing
Which kind of event procedure is second event process, be for second event process, and the application is not restricted.
In specific implementation process, when described first event process includes：When first stage process and second stage process,
In described first instruction of described execution, so that after described electronic equipment enters the first event process, as shown in figure 4, the application
Method in embodiment also includes step：
S401：When judging whether the first persistent period of described first operation is more than the execution of described first stage process
Between；
It is possible to execution step S402 after being judged based on step S401, that is,：If described first persistent period
More than described execution time, suspend described first event process.
Such as, if in step s 102, described first instruction of execution, make described electronic equipment enter start process it
Afterwards, detect that described open state includes 3 phase process, and the persistent period of first stage process therein is 4S, that
, when the persistent period the first operation is detected being less than 4S, such as 2S, 3S etc., determine that user wants to enter into and normally open
Machine state, so continue executing with second stage process；But, if detecting after first stage process is finished,
One operation is also continuing, then illustrate that user may want to entrance operation interface, now, the first event of will suspending carries out,
The execution of process of exactly starting shooting, and be to wait for the stopping of the first operation, if when the first operation stops, the continuing of the first operation
Time is less than 5S, such as 4.5S, then continue executing with start process；If the first operation continue for 5S and not yet stops, entering
Second event process.
By foregoing description, because the first stage that the persistent period in the first operation is more than the first event process enters
During the persistent period of journey, the technical scheme in the embodiment of the present application can first suspend the execution of the first event process, so, can save
First event that executes carries out spent energy, plays the technique effect saving power consumption.
Certainly, it is also possible to reasonably setting Preset Time is so as to be less than very first time process institute in specific implementation process
Persistent period, such as, Preset Time above is set to 3S, when so the original idea in user is carried out the first event process,
Just without the execution interrupting the first event process, play time saving technique effect.
Based on same inventive concept, another embodiment of the application provides a kind of method electronics implementing above- mentioned information process to set
Standby.
Shown electronic equipment includes following structure as shown in Figure 5：
First generation module 501, for generating the first instruction by responding the first operation；
In specific implementation process, based on the difference of the described first operation, described first generation module 501 generated the
One instruction is also different, in the case of being set forth below two kinds, it is introduced, certainly, in specific implementation process, is not limited to following
Two kinds of situations.
The first, when the described first operation is specially：Performed power-on operation on the key of described electronic equipment
When, described first generation module, specifically for：
By responding described power-on operation, generate start-up command.
Second, when the described first operation is specially：On the Menu key of described electronic equipment performed for showing
During the operation of menu, described operation by response first generates the first instruction, specially：
By the described operation for showing menu of response, generate display menu instructions.
First performing module 502, for executing described first instruction, so that described electronic equipment enters the first event and enters
Journey；
The difference of the first instruction being generated based on described first generation module 501, the work(of described first performing module 502
Can be also different, below based on two kind of first instruction of aforementioned list, it is described in detail, certainly, in specific implementation process
In, it is not limited to following two situations.
The first, first instructs as start-up command, then described first performing module 502 specifically for：
Execute described start-up command, so that described electronic equipment enters start process.
Second, first instruct for start menu instruction, then described first performing module 502 specifically for：
Execute described display menu instructions, so that described electronic equipment enters display menu process.
First judge module 503, described for, judging during described first event process in described electronic equipment
Whether the persistent period of the first operation is more than a preset time value；
In specific implementation process, described first judge module 503 can include following structure：
Signal generating unit, for generating the 3rd instruction based on the described first operation；
Refer to Fig. 3, if user presses power on button 301, produce the first operation.
Then described signal generating unit is based on described first operation, is generated as the first instruction and the 3rd instruction.Wherein, the first finger
Order is directly connected to the P_BIN# pin 302 of host side, thus booting up operation；And the 3rd instruction, it is connected to mainboard south bridge
An input/output interface 303.
Control unit, for controlling an input/output interface to keep low level state based on the described 3rd instruction；
3rd instruction is connected to the input/output interface 303 of mainboard south bridge as seen from Figure 3, now electronic equipment
One end is grounded, so input/output interface 303 keeps low level.
Judging unit, whether the persistent period for judging described low level state is more than described preset time value, and then
Judge whether the persistent period of described first operation is more than described preset time value.
Due to when as user always according to power on button 301, electronic equipment is one directly, so, input
Output interface 303 is always maintained at low level state, so, keep the time of low level state based on input/output interface 303, just
Can determine that out the time of the first operation.
Certainly, it is also possible to based on different applied environments in specific implementation process, using other functions module composition the
One judge module 503, the application is not limited.
Using the first judge module 503 of above-mentioned functions block combiner, based on described low level state lasting when
Between whether more than a Preset Time it is possible to determine whether persistent period of the first operation is more than a Preset Time, so, tool
There is technique effect easy to operation.
Second generation module 504, for when the persistent period of the described first operation being more than described preset time value, generating
Second instruction；
In specific implementation process, the second instruction that described second generation module 504 is generated can be multiple instructions, under
Face is enumerated two kinds therein and is introduced.
The first：Assume that the first generation module 501 obtained first instructs as start-up command, then as a kind of preferably
Embodiment, second instruction can be：The instruction of operation interface is provided, instruction, the offer of system reducing operation interface are such as provided
The instruction at system setup operation interface etc..
Second：Assume that the first generation module 501 obtained first instructs as start menu instruction, then as one kind
Preferred embodiment, second instruction can be：Control electronics enter the instruction of resting state.
Second performing module 505, for executing described second instruction, so that described electronic equipment enters second event and enters
Journey, wherein, described first event process and described second event process are the event process differing.
In specific implementation process, the difference of the second instruction being generated based on described second generation module 504, described the
The function of two performing modules 505 also differs, and below based on the second instruction of aforementioned list, it is introduced respectively, certainly,
In specific implementation process, the function of described second performing module 505 is not limited to following several situation.
The first, what described second generation module 504 was generated second instructs and is：The instruction of operation interface is provided；So
Described second performing module 505 specifically for：
Execute described second instruction, so that described electronic equipment provides an operation interface in described start process.
Such as, if described second instructs the instruction for providing system reducing operation interface, then in execution described second
After instruction, described electronic equipment will enter the operation interface of system reducing, and user can be based on described operation interface, to system
Carry out system reducing setting, such as：Setting carries out the mode of system reducing, system reducing the need of carrying out data backup etc.
Deng, it is of course also possible to directly carry out default setting, execution second instruction after, directly carry out system reducing, for provide what
The system reducing interface of the mode of kind, the application is not restricted.
And if described second instructs the instruction for providing system setup operation interface, then executing described second instruction
Afterwards, by the operation interface of the system of entrance setting, user can be set to system described electronic equipment based on this operation interface
Put, such as：The Starting mode of setting system, Starting mode has many kinds, such as:Hard disk startup, optical disk start-up, USB flash disk startup etc.
Deng；The mode of operation of such as setting hard disk is NORMAL pattern, LARGE pattern or LBA pattern again.Certainly, for specifically real
During applying, how system is configured, the application is not restricted.
Call an operation interface of notebook computer, such as system reducing interface, system setting circle using such scheme
Face etc., so conveniently operation interface can be provided it is not necessary to using shortcut, also without resetting button,
So convenient operation and save resources.
Second, what described second generation module 504 was generated second instructs and is：Control electronics enter resting state
Instruction；So described second performing module 505 specifically for：
Execute described second instruction, so that described electronic equipment enters resting state during described display menu.
By the description above, those of ordinary skill in the art can directly know, using such scheme by electronic equipment
Enter resting state, have convenient to operation, and the technique effect of save resources.
Certainly, in specific implementation process, other can be entered based on the second difference instructing, described electronic equipment
Second event process, be which kind of event procedure for second event process, the application is not restricted.
In specific implementation process, when described first event process includes：When first stage process and second stage process,
Described electronic equipment also includes：
Second judge module, in described first instruction of described execution, so that described electronic equipment enters the first event
After process, judge whether the first persistent period of described first operation is more than the execution time of described first stage process；With
And
If described first persistent period is more than described execution time, suspend described first event process.
Such as, if in step s 102, described first instruction of execution, make described electronic equipment enter start process it
Afterwards, detect that described open state includes 3 phase process, and the persistent period of first stage process therein is 4S, that
, when the persistent period the first operation is detected being less than 4S, such as 2S, 3S etc., determine that user wants to enter into and normally open
Machine state, so continue executing with second stage process；But, if detecting after first stage process is finished,
One operation is also continuing, then illustrate that user may want to entrance operation interface, now, the first event of will suspending carries out,
The execution of process of exactly starting shooting, and be to wait for the stopping of the first operation, if when the first operation stops, the continuing of the first operation
Time is less than 5S, such as 4.5S, then continue executing with start process；If the first operation continue for 5S and not yet stops, entering
Second event process.
By foregoing description, because the first stage that the persistent period in the first operation is more than the first event process enters
During the persistent period of journey, the technical scheme in the embodiment of the present application can first suspend the execution of the first event process, so, can save
First event that executes carries out spent energy, plays the technique effect saving power consumption.
Certainly, it is also possible to reasonably setting Preset Time is so as to be less than very first time process institute in specific implementation process
Persistent period, such as, Preset Time above is set to 3S, when so the original idea in user is carried out the first event process,
Just without the execution interrupting very first time process, save the time.
One or more technical schemes that the application provides, at least have the following technical effect that or advantage：
(1) due in the embodiment of the present application, based on the difference of the first persistent period operating, and then certain of triggering system
A little functions, it is not necessary to reset shortcut, so saving hardware cost Manufacturing cost, thus save resource；And by
In the combination needing not rely on shortcut or several button, so there is technique effect simple to operation；
(2) due in the embodiment of the present application, being more than the first rank of the first event process in the persistent period of the first operation
During the persistent period of Duan Jincheng, can first suspend the execution of the first event process, so execution the first event procedure can be saved being consumed
The energy taking, is connected to the technique effect of energy efficient；
(3) due in the embodiment of the present application, based on electronic equipment in off-mode, length can carry out one by key
Individual operation interface, such as system reducing interface, system setting interface etc., so conveniently operation interface can be provided,
Do not need using shortcut, also without resetting button, so, there is the technology effect of convenient operation and save resources
Really；
(4) due in the embodiment of the present application, when electronic equipment is in open state, start menu bond energy is pressed based on length
Electronic equipment is enough allowed to enter resting state, so, have convenient to operation, and the technique effect of save resources；
(5) due in the embodiment of the present application, low level state being kept based on the first operational control one input/output interface,
And then judge persistent period of described low level state, and then determine the persistent period of the first operation, so, have easy and simple to handle
Easy technique effect.
Although preferred embodiments of the present invention have been described, but those skilled in the art once know basic creation
Property concept, then can make other change and modification to these embodiments.So, claims are intended to be construed to including excellent
Select embodiment and fall into being had altered and changing of the scope of the invention.
Obviously, those skilled in the art can carry out the various changes and modification essence without deviating from the present invention to the present invention
God and scope.So, if these modifications of the present invention and modification belong to the scope of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to comprise these changes and modification.
Claims (18)
1. a kind of method of information processing, methods described is applied in an electronic equipment it is characterised in that methods described includes：
Generate the first instruction by responding the first operation；
Execute described first instruction, so that described electronic equipment enters the first event process；
In described electronic equipment during described first event process, the 3rd instruction is generated based on the described first operation；
An input/output interface is controlled to keep low level state based on the described 3rd instruction；
Judge whether the persistent period of described low level state is more than preset time value, and then judge continuing of described first operation
Whether the time is more than described preset time value；
When the persistent period of the described first operation being more than described preset time value, generate the second instruction；
Execute described second instruction so that described electronic equipment enter second event process, wherein, described first event process with
Described second event process is the event process differing.
2. the method for claim 1 is it is characterised in that when described first event process includes：First stage process and
During second stage process, in described first instruction of described execution, so that after described electronic equipment enters the first event process, also
Including：
Judge whether the first persistent period of described first operation is more than the execution time of described first stage process；
If described first persistent period is more than described execution time, suspend described first event process.
3. the method for claim 1 is specially it is characterised in that working as described first operation：In described electronic equipment
On key during performed power-on operation, described operation by response first generates the first instruction, specially：
By responding described power-on operation, generate start-up command.
4. method as claimed in claim 3 is it is characterised in that described first instruction of described execution, so that described electronic equipment
Enter the first event process, specially：
Execute described start-up command, so that described electronic equipment enters start process.
5. method as claimed in claim 4 is it is characterised in that described second instruction of described execution, so that described electronic equipment
Enter second event process, specially：
Execute described second instruction, so that described electronic equipment provides an operation interface in described start process.
6. method as claimed in claim 5 is it is characterised in that described operation interface is specially：For activation system reduction
Operation interface or the operation interface for carrying out system setting.
7. the method for claim 1 is specially it is characterised in that working as described first operation：In described electronic equipment
On Menu key during performed operation for start menu, described generate the first instruction by responding the first operation, specially：
By the described operation for start menu of response, generate start menu instruction.
8. method as claimed in claim 7 is it is characterised in that described first instruction of described execution, so that described electronic equipment
Enter the first event process, specially：
Execute described start menu instruction, so that described electronic equipment enters start menu process.
9. method as claimed in claim 8 is it is characterised in that described second instruction of described execution, so that described electronic equipment
Enter second event process, specially：
Execute described second instruction, so that described electronic equipment enters resting state during described start menu.
10. a kind of electronic equipment is it is characterised in that include：
First generation module, for generating the first instruction by responding the first operation；
First performing module, for executing described first instruction, so that described electronic equipment enters the first event process；
First judge module, in described electronic equipment, during described first event process, described first judges mould
Block, specifically includes：
Signal generating unit, for generating the 3rd instruction based on the described first operation；
Control unit, for controlling an input/output interface to keep low level state based on the described 3rd instruction；
Judging unit, whether the persistent period for judging described low level state is more than preset time value, and then judges described
Whether the persistent period of the first operation is more than described preset time value；
Second generation module, for when the persistent period of the described first operation being more than described preset time value, generating the second finger
Order；
Second performing module, for executing described second instruction, so that described electronic equipment enters second event process, wherein,
Described first event process and described second event process are the event process differing.
11. electronic equipments as claimed in claim 10 are it is characterised in that when described first event process includes：First stage
When process and second stage process, described electronic equipment also includes：
Second judge module, in described first instruction of described execution, so that described electronic equipment enters the first event process
Afterwards, judge whether the first persistent period of described first operation is more than the execution time of described first stage process；And
If described first persistent period is more than described execution time, suspend described first event process.
12. electronic equipments as claimed in claim 10 are specially it is characterised in that working as described first operation：In described electronics
On the key of equipment during performed power-on operation, described first generation module, specifically for：
By responding described power-on operation, generate start-up command.
13. electronic equipments as claimed in claim 12 it is characterised in that described first performing module, specifically for：
Execute described start-up command, so that described electronic equipment enters start process.
14. electronic equipments as claimed in claim 13 it is characterised in that described second performing module, specifically for：
Execute described second instruction, so that described electronic equipment provides an operation interface in described start process.
15. electronic equipments as claimed in claim 14 are it is characterised in that described operation interface is specially：For activation system
The operation interface of reduction or the operation interface for carrying out system setting.
16. electronic equipments as claimed in claim 10 are specially it is characterised in that working as described first operation：In described electronics
On the Menu key of equipment during performed operation for start menu, described generate the first instruction by responding the first operation,
It is specially：
By the described operation for start menu of response, generate start menu instruction.
17. electronic equipments as claimed in claim 16 it is characterised in that described first generation module, specifically for：
Execute described start menu instruction, so that described electronic equipment enters start menu process.
18. electronic equipments as claimed in claim 17 it is characterised in that described second performing module, specifically for：
Execute described second instruction, so that described electronic equipment enters resting state during described start menu.
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| CN201210189709.1A CN103488387B (en) | 2012-06-08 | 2012-06-08 | A kind of method of information processing and a kind of electronic equipment |
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| CN201210189709.1A CN103488387B (en) | 2012-06-08 | 2012-06-08 | A kind of method of information processing and a kind of electronic equipment |
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| CN105183514A (en) * | 2015-08-31 | 2015-12-23 | 苏州佳世达电通有限公司 | Flash mode selection method and electronic apparatus |
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| CN101192260B (en) * | 2006-11-24 | 2012-08-22 | 鸿富锦精密工业（深圳）有限公司 | Electronic device and method for opening same |
| CN101239538B (en) * | 2007-02-05 | 2013-01-02 | 山东新北洋信息技术股份有限公司 | Printer control method, device and printer |
| CN101470615B (en) * | 2007-12-28 | 2012-02-22 | 技嘉科技股份有限公司 | Single-key controlled method for automatically repairing system configuration |
| JP5433375B2 (en) * | 2009-10-23 | 2014-03-05 | 楽天株式会社 | Terminal device, function execution method, function execution program, and information processing system |
| CN201780549U (en) * | 2010-08-16 | 2011-03-30 | 鸿富锦精密工业（深圳）有限公司 | Multi-status switch control device and system |
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