CN102681921B - Computer quick turn-on system and method thereof - Google Patents
Computer quick turn-on system and method thereof Download PDFInfo
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- CN102681921B CN102681921B CN201110066715.3A CN201110066715A CN102681921B CN 102681921 B CN102681921 B CN 102681921B CN 201110066715 A CN201110066715 A CN 201110066715A CN 102681921 B CN102681921 B CN 102681921B
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Abstract
The invention relates to a kind of computer quick turn-on system and method thereof, its Computer quick turn-on system includes: random access memory；Read only memory；And power on mode selects module, power on mode selects module the most at least to include detecting unit and quick-launch section.When detecting unit detects each assembly being connected with computer system without unusual fluctuation, quick-launch section reads the configuration and setting stored by random access memory, and enter operating system according to configuration and setting, and when each assembly has unusual fluctuation, quick-launch section then reads read only memory, to boot up oneself's detection.Whereby, computer system is capable of fast starting, to shorten the available machine time.
Description
Technical field
The present invention relates to a kind of computer quick turn-on system and method thereof, particularly relate to a kind of computer quick turn-on system making computer system can rapidly enter operating system by fast attack mode and method thereof.
Background technology
Basic input output system (BasicInput/OutputSystem, BIOS) is the most basic software program code being carried in computer hardware system.When the power supply of computer system is unlocked, BIOS will be performed by the flash memory (flashmemory) on motherboard, and chipset and memory subsystem is initialized.Function most basic for BIOS is just used to remember the basic settings value of computer, and user can also carry out pattern and the relevant parameter of hardware of initialization system by BIOS simultaneously.
Fig. 1 is the schematic flow sheet of existing known computer system power-on.As it is shown in figure 1, when computer system power-on (step S10), BIOS can boot up oneself's detection (PowerOnSelfTest, POST) (step S11), to determine basic configuration and the functional status of system component.Now, press corresponding function key such as user and can enter the setting key frame of BIOS, to adjust every setting.And when each computer booting, these base programs can be loaded in the internal memory of computer system, and processor is allowed to perform the initialization program of some starts.When, after all EP (end of program), reloading operating system (step S12), system controls expedient and transfers to operating system to use.
Owing to general computer system must comply with the specification of ACPI (AdvancedConfigurationandPowerInterface), therefore need to enter S3 (SuspendtoRAM when computer system, STR) pattern, S4 (SuspendtoDisk, STD) when pattern or S5 (SoftOff) pattern, BIOS teaching process system can need which respective value the sleep state buffer (sleeptyperegister) in chipset inserts, with the state that correspondence is to be entered.Above-mentioned S3 pattern is also referred to as sleep pattern (sleepingstate), and it refers to write data into random access memory (RAM), and only for answering power supply to use to random access memory, remaining component is all stopped power supply；S4 pattern or title park mode (hibernatestate), it refers to that the data that will be stored in random access memory write hard disk, and stops each component operation, say, that when the power supply supply just stopping each assembly after data write hard disk；And S5 pattern is also known as closing electric source modes (soft-offstate), it refers to stop supply power supply to computer system.And aforementioned sleep pattern, park mode and close electric source modes and be all the principal states pattern of general computer system.
If user have selected park mode or closes electric source modes (step S13), sleep state buffer in chipset will be received in respective value, and computer system can close supply of electric power (step S14) according to selected state model.Until restarting computer system (step S10) next time, BIOS can re-start again start oneself's detection (step S11) again, when, after all EP (end of program), just reloading operating system (step S12).But, user the most but can be allowed to wait for a period of time.
In addition, if user does not select park mode or closes electric source modes, but selecting the warm power on mode (WarmBoot) (step S15) that starts to restart computer system, BIOS just loads operating system (step S12) after also re-starting start oneself's detection (step S11) again.But, under the hardware non-change state of computer system, the data set due to hardware configuration have been stored in random access memory, are the most actually not required to re-start start oneself's detection again.
Owing to BIOS can much detect when booting up oneself's detection, such as detecting user has the most been pressed the function key (hotkey) of correspondence or whether has had adding hardware assembly etc., so causing computer system to need to spend the much time to entrance operating system Zi after start, therefore many system business need to exert one's heart and strength to the utmost to try every possible means to shorten the available machine time, enter the time of operating system to allowing user shorten.At present most common method includes: reduces program code, skip common or specific task, however sometimes remove be probably chipset, assembly or platform mutually according to the program code belonged to.Additionally, determine to remove which section program code and take a risk very much, it is typically passed through constantly attempting and errors validity just can reach optimization.
Furthermore, though BIOS manufacturer can be by customized program code to shorten the available machine time, but under the factor in view of user experience, BIOS still must retain the interaction with user when carrying out POST, such as enter setting means program, start inventory, the asterisk chapter (EnergyStarLogo) of the display energy and manufacturer's mark chapter etc., its average available machine time needs for about 6 to 7 seconds, therefore is not widely used always.
In addition, although the BIOS person of being also provided with presses hot key (hotkey) to interrupt the mechanism of boot program in start process, and show that being used for revising different platform sets the menu of (such as boot sequence), but under generally using situation, user is to select to be directly entered operating system mostly.Therefore, how to set up a quick turn-on program, allow user be not necessary to wait as long for and can rapidly enter operating system, provide user to select different start-up mode simultaneously, and user can be carried out operating or tool settings according to actual demand, need the target reached the most at present badly.
As can be seen here, above-mentioned existing basic input output system in method and uses, it is clear that has still suffered from inconvenience and defect, and has urgently been further improved.The most how to found a kind of new computer quick turn-on system and method thereof, also become the target that current industry pole need to be improved.
Summary of the invention
It is an object of the invention to, overcome the defect that existing basic input output system exists, and a kind of new computer quick turn-on system and method thereof are provided, to be solved technical problem is that makes its BIOS be not necessary to carry out complete start oneself detection, and only need simply to initialize program and can rapidly enter operating system, it is very suitable for practicality.
Another object of the present invention is to, overcome the defect that existing basic input output system exists, and a kind of new computer quick turn-on system and method thereof are provided, to be solved technical problem is that makes it when computer system park mode to be entered or closedown electric source modes, makes computer system improve sleep pattern to be stored in random access memory by the configuration and setting of all component.Therefore when needs turn back on, then provide and select fast attack mode, so that in the case of all component is all without unusual fluctuation, reading in random access memory and recover configuration and setting and again rapidly enter in operating system, thus more suitable for practicality.
The a further object of the present invention is, overcome the defect that existing basic input output system exists, and a kind of new computer quick turn-on system and method thereof are provided, to be solved technical problem is that makes it when computer system carries out warm startup power on mode, there is provided and select to activate fast attack mode, when detecting all component all without unusual fluctuation, then in random access memory, read configuration and setting and again rapidly enter in operating system, thus more suitable for practicality.
Another object of the present invention is, a kind of new computer quick turn-on system and method thereof are provided, to be solved technical problem is that makes it provide the selection that a pair of pattern is started shooting, the switching of module is selected by a power on mode, make user may select fast attack mode or normal startup mode enters operating system, thus more suitable for practicality, and there is the value in industry.
The object of the invention to solve the technical problems realizes by the following technical solutions.A kind of computer quick turn-on system proposed according to the present invention, comprising: a random access memory, it stores the configuration and setting of each assembly connecting a computer system；One read only memory, in order to store a basic input output system, to control start oneself's detection operation；And one power on mode select module, be used for choosing power on mode, this power on mode select module at least include: a detecting unit, in order to detect whether respectively this assembly being connected with this computer system produces unusual fluctuation；And a quick-launch section, it reads this configuration and setting stored by this random access memory when this detecting unit detecting respectively this assembly is without unusual fluctuation, and enters an operating system according to this configuration and setting；If respectively this assembly has unusual fluctuation, then read this read only memory.
The object of the invention to solve the technical problems also can be applied to the following technical measures to achieve further.
Aforesaid computer quick turn-on system, this wherein said power on mode selects module to farther include a normal start unit, and it reads this read only memory in start process.
Aforesaid computer quick turn-on system, this wherein said quick-launch section is activated by this basic input output system or is activated by an application program in this operating system.
The object of the invention to solve the technical problems realizes the most by the following technical solutions.According to the method for a kind of computer quick turn-on that the present invention proposes, its power supply comprising the following steps: to start a computer system；Boot up oneself's detection；Enter an operating system；Judge whether enter park mode or close electric source modes；When entering this park mode maybe this closedown electric source modes, then judge that a fast attack mode activates the most；If this fast attack mode activates, then enter sleep pattern, the configuration and setting of each assembly of this computer system is temporarily stored in a random access memory；Restart this power supply；And if detecting respectively this assembly is without unusual fluctuation, then read the configuration and setting of respectively this assembly from this random access memory, and be again introduced into this operating system.
The object of the invention to solve the technical problems also can be applied to the following technical measures to achieve further.
The method of aforesaid computer quick turn-on, this wherein said fast attack mode is activated by a basic input output system or is activated by an application program in this operating system.
The object of the invention to solve the technical problems additionally realizes the most by the following technical solutions.According to the method for a kind of computer quick turn-on that the present invention proposes, its power supply comprising the following steps: to start a computer system；Boot up oneself's detection；Enter an operating system；Judge whether to warm startup power on mode；If carrying out this warm startup power on mode, then judge that a fast attack mode activates the most；And such as detect each assembly of this computer system without unusual fluctuation, then recover the configuration and setting of respectively this assembly from a random access memory, and be again introduced into this operating system.
The object of the invention to solve the technical problems also can be applied to the following technical measures to achieve further.
The method of aforesaid computer quick turn-on, this wherein said fast attack mode is activated by a basic input output system or is activated by an application program in this operating system.
The object of the invention to solve the technical problems additionally realizes the most by the following technical solutions.According to the method for a kind of computer quick turn-on that the present invention proposes, its power supply comprising the following steps: to start a computer system；Activate a fast attack mode and detect each assembly of this computer system with or without unusual fluctuation；If this fast attack mode has activated and respectively this assembly without unusual fluctuation, then reads the configuration and setting of respectively this assembly in a random access memory, and do not boots up oneself's detection；Enter an operating system；Judge whether Power convert becomes park mode or closes electric source modes；Judge whether this fast attack mode activates the most again；If this fast attack mode does not activate, close this power supply；And if this fast attack mode activates, then entering sleep pattern.
The object of the invention to solve the technical problems also can be applied to the following technical measures to achieve further.
The method of aforesaid computer quick turn-on, this wherein said fast attack mode is activated by a basic input output system or is activated by an application program in this operating system.
The method of aforesaid computer quick turn-on, in wherein said this random access memory of this reading respectively this assembly configuration and setting and do not carry out this start oneself detection step and the step of this this operating system of entrance between farther include a cancellation step, in order to cancel be directly entered this operating system and by a basic input output system carry out this start oneself detection after enter back into this operating system.
The present invention compared with prior art has clear advantage and beneficial effect.From above technical scheme, the main technical content of the present invention is as follows: provide a kind of computer quick turn-on system, comprising: a random access memory, it stores the configuration and setting of each assembly connecting a computer system；One read only memory, in order to store a basic input output system, to control start oneself's detection operation；And one power on mode select module, be used for choosing power on mode, power on mode selects module at least to include: a detecting unit, in order to detect whether each assembly being connected with computer system produces unusual fluctuation；And a quick-launch section, it lies in detecting unit and detects each assembly without reading the configuration and setting stored by random access memory during unusual fluctuation, and enters an operating system according to configuration and setting；If each assembly has unusual fluctuation, then read read only memory.A kind of method that computer quick turn-on is provided again, its power supply comprising the following steps: to start a computer system；Boot up oneself's detection；Enter an operating system；Judge whether enter park mode or close electric source modes；When entering park mode or closing electric source modes, then judge that a fast attack mode activates the most；If fast attack mode activates, then enter sleep pattern, the configuration and setting of each assembly of computer system is temporarily stored in a random access memory；Restart power supply；And such as detect each assembly without unusual fluctuation, then read the configuration and setting of each assembly from random access memory, and be again introduced into operating system.A kind of method reoffering computer quick turn-on, its power supply comprising the following steps: to start a computer system；Boot up oneself's detection；Enter an operating system；Judge whether to warm startup power on mode；If carrying out warm startup power on mode, then judge that a fast attack mode activates the most；And if each assembly of detecting computer system is without unusual fluctuation, then recover the configuration and setting of each assembly from a random access memory, and be again introduced into operating system.A kind of method also providing for computer quick turn-on, its power supply comprising the following steps: to start a computer system；Activate each assembly of a fast attack mode and detection computer system with or without unusual fluctuation；If fast attack mode has activated and each assembly is without unusual fluctuation, then read the configuration and setting of each assembly in a random access memory, and do not boot up oneself's detection；Enter an operating system；Judge whether Power convert becomes park mode or closes electric source modes；Judge whether fast attack mode activates the most again；If fast attack mode does not activate, close power supply；And if fast attack mode activates, then enter sleep pattern.
Wherein, said method includes a cancellation step, makes user can interrupt the entrance of fast attack mode.
By technique scheme, computer quick turn-on system of the present invention and method thereof at least have following advantages and a beneficial effect:
1, after user start, it is not necessary to enter operating system through very long wait, therefore can significantly shorten the waiting time entering operating system.
2, after user start, even if selecting enter park mode or close electric source modes, also can be quickly returning to operating system, having effect of power saving and raising efficiency concurrently.
3, when user carries out warm startup power on mode, even if turning back on, under activating the pattern quickly started, still can quickly be again introduced into operating system, the waiting time can be shortened.
4, operating system can be rapidly entered after user start, the most also can select normal boot-strap pattern by fast key, to provide the design of more elastification in system boot program.
Described above is only the general introduction of technical solution of the present invention, in order to better understand the technological means of the present invention, and can be practiced according to the content of description, and in order to above and other objects of the present invention, feature and advantage can be become apparent, below especially exemplified by preferred embodiment, and coordinate accompanying drawing, describe in detail as follows.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of existing known computer system power-on.
Fig. 2 is the basic framework figure of a kind of computer quick turn-on system of the embodiment of the present invention.
Fig. 3 is the basic framework figure of the another kind of computer quick turn-on system of the embodiment of the present invention.
Fig. 4 is the first embodiment flow chart of a kind of quick computer starting-up method of the present invention.
Fig. 5 is the second embodiment flow chart of a kind of quick computer starting-up method of the present invention.
Fig. 6 is the 3rd embodiment flow chart of a kind of quick computer starting-up method of the present invention.
Fig. 7 is the 4th embodiment flow chart of a kind of quick computer starting-up method of the present invention.
100: computer quick turn-on system
200: computer quick turn-on system
10: random access memory 12: read only memory
14: power on mode selection module 16: quick-launch section
17: normal start unit 18: detecting unit
Detailed description of the invention
By further illustrating the technological means and effect that the present invention taked by reaching predetermined goal of the invention, below in conjunction with accompanying drawing and preferred embodiment, to the computer quick turn-on system proposed according to the present invention and its detailed description of the invention of method, method, step, feature and effect thereof, after describing in detail such as.
Fig. 2 is the basic framework figure of a kind of computer quick turn-on system of the embodiment of the present invention.Fig. 3 is the basic framework figure of the another kind of computer quick turn-on system of the embodiment of the present invention.Fig. 4 is the first embodiment flow chart of a kind of quick computer starting-up method of the present invention.Fig. 5 is the second embodiment flow chart of a kind of quick computer starting-up method of the present invention.Fig. 6 is the 3rd embodiment flow chart of a kind of quick computer starting-up method of the present invention.Fig. 7 is the 4th embodiment flow chart of a kind of quick computer starting-up method of the present invention.
As in figure 2 it is shown, the present embodiment is a kind of computer quick turn-on system 100, a comprising: random access memory (RAM) 10；One read only memory (ROM) 12；And one power on mode select module 14.Wherein power on mode selects module 14 to may be used to offer and chooses power on mode, and at least includes quick-launch section 16 and a detecting unit 18.Detecting unit 18 may be used to detect whether each assembly being connected with computer system produces unusual fluctuation, and whether such as user has newly-increased or remove nextport hardware component NextPort.
Wherein, random access memory 10 stores the configuration and setting of each assembly connecting computer system, and read only memory 12 then stores a basic input output system (BIOS), in order to control oneself's detection (POST) operation of starting shooting.Quick-launch section 16 can be a kind of BIOS instruction set, and user directly can activate quick-launch section 16 on BIOS setup menu, or activated quick-launch section 16 by the application program in operating system.
In this embodiment, when starting computer system, if detecting unit 18 detects each assembly being connected with computer system all without unusual fluctuation, and in the case of quick-launch section 16 activated, quick-launch section 16 can read the configuration and setting stored by random access memory 10, and enter operating system according to configuration and setting, with the program of skipping over starting oneself detection, and then shorten the available machine time.But when detecting unit 18 detect each assembly have unusual fluctuation time, then read read only memory 12, and perform complete start oneself and detect operation.
As it is shown on figure 3, another preferred embodiment that the present embodiment is a kind of computer quick turn-on system 200, its Computer quick turn-on system 200 includes: a random access memory 10；One read only memory 12；And one power on mode select module 14, and power on mode select module 14 at least include: the normal start unit of quick-launch section 16, one 17 and a detecting unit 18.Difference between the present embodiment and previous embodiment is that the present embodiment possesses the function of double mode start, and has increased normal start unit 17 newly, and newly-increased assembly illustrates its embodiment.
After computer system power-on, it will usually carry out complete normal boot-strap oneself detection, the most just can enter in already present operating system；But by the computer quick turn-on system 200 of the present embodiment, when quick-launch section 16 activate and assembly without unusual fluctuation time, computer system then can boot up program with fast attack mode, shortens the available machine time whereby.Otherwise, when quick-launch section 16 does not activates or assembly has unusual fluctuation, normal start unit 17 will activated and read BIOS stored by read only memory 12 in start process, detects operation carrying out complete start oneself.In other words, computer system i.e. enters existing known power on mode, and does not enter fast attack mode.
In addition, user can be by triggering the fast key (such as F2 key or Esc key) in hardware (such as keyboard), make computer system send a button and trigger signal to interrupt fast attack mode and to allow quick-launch section 16 be in the state of deactivated, and activate normal start unit 17, so that BIOS carries out complete start oneself detection simultaneously.
Referring to Fig. 2 and Fig. 4, as shown in Figure 4, for a preferred embodiment of quick computer starting-up method of the present invention, its method comprises the following steps: to start power supply step (S30)；Start oneself's detecting step (S31)；Enter operating system step (S32)；Judge whether enter park mode or close electric source modes step (S33)；Judge whether to warm startup power on mode step (S34)；Judge whether to activate fast attack mode step (S35)；Enter sleep mode step (S36)；Restart power supply step (S37)；Again detection element whether unusual fluctuation step (S38)；And close power supply step (S39).
Start power supply step (S30): open the power supply of computer system, namely start shooting.
Start oneself's detecting step (S31): BIOS is at warm startup, park mode or even carries out complete start oneself detection under cold start mode.
Entrance operating system step (S32): the operating systems such as loading has been installed on the operating system of computer, such as Linux or Microsoft7.
Judge whether enter park mode or close electric source modes step (S33): during operating system to be left, it is judged that whether user selects enter park mode or close electric source modes.
Carry out the warm power on mode step (S34) that starts: if user does not select enter park mode or close electric source modes, then judge whether user selects to carry out warming up to start power on mode.The most then computer system performs step S31, BIOS carry out complete start oneself detection；If it is not, then perform step S33.
Judge whether to activate and quickly start step (S35): if selecting enter park mode or close electric source modes, judging that fast attack mode activates the most the most again, fast attack mode can activate by setting quick-launch section 16.User at the setting menu of BIOS or can be set by the application program in operating system, and then activates fast attack mode by BIOS or application program.
Enter sleep mode step (S36): when fast attack mode activates, BIOS will not allow computer system enter park mode or close electric source modes, but change to enter sleep pattern, now the content of random access memory 10 can be retained and enter self renewal pattern (self-refreshmode), is i.e. the component states last look of more new computer system and is temporarily stored in random access memory 10.
Restart power supply step (S37): it follows that user can restart computer system again or turn back on.
Again detection element whether unusual fluctuation step (S38): whether hardware or perimeter component by detecting unit 18 detecting computer system have generation unusual fluctuation, in the case of activating fast attack mode, due to after entering sleep pattern, the configuration and setting of every assembly all has been stored in random access memory 10, therefore when the most non-unusual fluctuation of each assembly, quick-launch section 16 i.e. can read the configuration and setting stored by random access memory 10, to recover original configuration and setting and to come back to operating system.Otherwise, if detecting unit 18 detects the assembly being connected with computer system when having generation unusual fluctuation, then read read only memory 12, and perform complete start oneself and detect operation.
Closing power supply step (S39): if in step S35 non-selected actuating fast attack mode, computer system will automatically shut power off, after again starting shooting, BIOS must carry out complete start oneself detection, could enter operating system.
Referring to Fig. 2 and Fig. 5, as it is shown in figure 5, be another preferred embodiment of quick computer starting-up method of the present invention, it comprises the following steps: to start power supply step (S40)；Start oneself's detecting step (S41)；Enter operating system step (S42)；Judge whether to warm startup power on mode step (S43)；Judge whether to activate fast attack mode step (S44)；And detection element whether unusual fluctuation step (S45) again.
Start power supply step (S40): computer system is booted up.
Start oneself's detecting step (S41): BIOS carries out complete start oneself detection.
Entrance operating system step (S42): the operating systems such as loading has been installed on the operating system of computer, such as Linux or Microsoft7.
Judge whether to the warm power on mode step (S43) that starts: when leaving operating system, judge whether user selects warm startup power on mode, wherein the warm power on mode that starts means when restarting computer system, does not close the power supply of computer system.
Judge whether to activate fast attack mode step (S44): if the warm power on mode that starts of user selection is to restart computer system, and fast attack mode has activated then execution step S45.If user non-selected use fast attack mode, i.e. represent that quick-launch section 16 does not activates, then perform step S41, again carry out complete start oneself detection by BIOS.
In addition, user can be set at the setting menu of BIOS, to activate fast attack mode, or when user selects to carry out warm startup power on mode, operating system can perform an application program automatically, quick-launch section 16 is closed, to carry out the setting of computer system starting pattern to provide user to choose whether.
Again detection element whether unusual fluctuation step (S45): if selecting to activate fast attack mode, then whether need to there is unusual fluctuation by detecting unit 18 again detection element, if without unusual fluctuation and activated fast attack mode, then recover to be stored in the configuration and setting in random access memory 10, to be again introduced into operating system, and then reach to shorten effect of available machine time.Anti-, if detecting unit 18 detects assembly when having generation unusual fluctuation, then read read only memory 12, and perform complete start oneself and detect operation.
Refer to Fig. 3 and Fig. 6, as shown in Figure 6, for another preferred embodiment of quick computer starting-up method of the present invention.In the present embodiment, startup menu, mark chapter or the display of information is not had during because of general start, and can be main start project with the hard disk of operating system existence, and only under particular demands, just by tactile fast key (such as touch and press F2 key or esc key) of pressing to interrupt fast attack mode, and entrance operating system can be detected with complete start oneself.
Above computer fast starting method comprises the following steps: to start power supply step (S50)；Judge whether to activate fast attack mode and detection components without unusual fluctuation step (S51)；From random access memory, recover configuration and setting and do not boot up oneself's detecting step (S52)；Start oneself's detecting step (S53)；Enter operating system step (S54)；Judge whether Power convert becomes park mode or closes electric source modes step (S55)；Judge whether to activate fast attack mode (S56)；Close power supply step (S57)；And enter sleep pattern (S58).
Start power supply step (S50): computer system is booted up.
Judge whether to activate fast attack mode and detection components without unusual fluctuation step (S51): judge that quick-launch section 16 activates the most, as activated quick-launch section 16, relend by whether detecting unit 18 detection element produces unusual fluctuation.
From random access memory, recover configuration and setting and do not boot up oneself's detecting step (S52): if fast attack mode has activated and assembly there is no generation unusual fluctuation, quick-launch section 16 then recovers to be stored in the configuration and setting in random access memory 10, and be not necessary to carry out complete start oneself detection, so that it may enter operating system.
BIOS enters start oneself's detecting step (S53): when fast attack mode does not activates or assembly has unusual fluctuation, and normal start unit 17 will read the BIOS stored by read only memory 12, and carries out complete start oneself and detect operation.
Enter operating system step (S54): enter the operating systems such as such as Linux or Microsoft7 according to step S52 or step S53.
Judge whether Power convert becomes park mode or closes electric source modes step (S55): when user operating system to be left, it is judged that whether user selects park mode or close electric source modes；In this way, then step S56 is performed；As no, then continue executing with step S55.
Judge whether to activate fast attack mode step (S56): if user selects enter park mode or close electric source modes, judge that fast attack mode activates the most the most again；As fast attack mode does not activates, then perform step S57.
Close power supply step (S57): if user does not activates fast attack mode, then the power supply of system of shutting down computer.
Enter sleep mode step (S58): when fast attack mode activates, then BIOS will not allow computer system enter park mode or close electric source modes, but improve into sleep pattern, now the content of random access memory 10 can be retained and enter self renewal pattern (self-refreshmode).Therefore, if user to turn back on, and when hardware or the perimeter component of detecting unit 18 detecting computer system there is no in the case of producing unusual fluctuation, then read the configuration and setting stored by random access memory 10, to recover original configuration and setting and to come back to operating system.
Refer to Fig. 3, Fig. 6 and Fig. 7, as it is shown in fig. 7, be the another embodiment of quick computer starting-up method of the present invention.The difference of the quick computer starting-up method shown in the present embodiment and Fig. 6 is only that between step S52 and step S54 and farther includes a cancellation step (S59).For example, after performing step S52, operating system can perform an application program automatically, user is made to can choose whether to be recovered configuration and setting by random access memory 10 and to be directly entered operating system, when user perform operation (such as input one instruction) cancel be directly entered operating system time, then can perform step S53, read the BIOS stored by read only memory 12, and be booted up after oneself detects by BIOS and enter back into operating system.
In addition, user also can be by the fast key (such as F2 key or Esc key) triggered in hardware (such as keyboard), to interrupt fast attack mode and to allow quick-launch section 16 be in the state of deactivated, and then normal start unit 17 is made to carry out complete start oneself detection by BIOS.
By the enforcement of above-described embodiment, after user start or when needing boots, it is not necessary to, through very long wait, operating system to be rapidly entered.Additionally, only when user has specific demand, just general menu pattern need to be entered by fast key mode and be set, use opening computer efficiency therefore can be promoted.
The above, it it is only presently preferred embodiments of the present invention, not the present invention is made any pro forma restriction, although the present invention is disclosed above with preferred embodiment, but it is not limited to the present invention, any those skilled in the art, in the range of without departing from technical solution of the present invention, when the technology contents of available the disclosure above makes a little change or is modified to the Equivalent embodiments of equivalent variations, in every case it is without departing from technical solution of the present invention content, any simple modification above example made according to the technical spirit of the present invention, equivalent variations and modification, all still fall within the range of technical solution of the present invention.
Claims (10)
1. a computer quick turn-on system, it is characterised in that comprising:
One random access memory, it stores the configuration and setting of each assembly connecting a computer system；
One read only memory, in order to store a basic input output system, to control start oneself's detection operation；And
One power on mode selects module, is used for choosing power on mode, and this power on mode selects module at least to include: a detecting unit, in order to detect whether respectively this assembly being connected with this computer system produces unusual fluctuation；And a quick-launch section, when respectively this assembly is without unusual fluctuation for the actuating of this quick-launch section and the detecting of this detecting unit, reading this configuration and setting stored by this random access memory, and enter an operating system according to this configuration and setting, with skipping over starting, oneself detects operation；If this quick-launch section does not activates or respectively this assembly has unusual fluctuation, then read this basic input output system in this read only memory, with carry out complete start oneself detect operation and enter this operating system；And when this quick-launch section activates and select the park mode or entering this computer system to close electric source modes, change to enter a sleep pattern.
2. computer quick turn-on system as claimed in claim 1, it is characterised in that this power on mode selects module to farther include a normal start unit, and it reads this read only memory in start process.
3. computer quick turn-on system as claimed in claim 1, it is characterised in that this quick-launch section is activated by this basic input output system or activated by an application program in this operating system.
4. the method for a computer quick turn-on, it is characterised in that it comprises the following steps:
Start the power supply of a computer system；
Boot up oneself's detection operation；
Enter an operating system；
Judge whether enter park mode or close electric source modes；
When entering this park mode maybe this closedown electric source modes, then judge that a fast attack mode activates the most；
If this fast attack mode activates, then enter sleep pattern, the configuration and setting of each assembly of this computer system is temporarily stored in a random access memory；
Restart this power supply；
Activating and respectively this assembly without unusual fluctuation, then reads the configuration and setting of respectively this assembly, and enters this operating system according to configuration and setting from this random access memory as detected this fast attack mode, with skipping over starting, oneself detects operation；And
Do not activate or time respectively this assembly has unusual fluctuation as detected this fast attack mode, read the basic input output system in a read only memory, detect operation and enter this operating system carrying out complete start oneself.
5. the method for computer quick turn-on as claimed in claim 4, it is characterised in that this fast attack mode is activated by this basic input output system or activated by an application program in this operating system.
6. the method for a computer quick turn-on, it is characterised in that it comprises the following steps:
Start the power supply of a computer system；
Boot up oneself's detection operation；
Enter an operating system；
What judges whether when leaving this operating system to select warm startup power on mode；
If selecting this warm startup power on mode, then judge that a fast attack mode activates the most；
Activating and each assembly of this computer system is without unusual fluctuation as detected this fast attack mode, then recover the configuration and setting of respectively this assembly from a random access memory, and be again introduced into this operating system according to configuration and setting, with skipping over starting, oneself detects operation；And
Do not activate or time respectively this assembly has unusual fluctuation as detected this fast attack mode, read the basic input output system in a read only memory, detect operation and be again introduced into this operating system carrying out complete start oneself.
7. the method for computer quick turn-on as claimed in claim 6, it is characterised in that this fast attack mode is activated by this basic input output system or activated by an application program in this operating system.
8. the method for a computer quick turn-on, it is characterised in that it comprises the following steps:
Start the power supply of a computer system；
Activate a fast attack mode and detect each assembly of this computer system with or without unusual fluctuation；
If this fast attack mode has activated and respectively this assembly without unusual fluctuation, then reads the configuration and setting of respectively this assembly in a random access memory, and enters an operating system according to configuration and setting, with skipping over starting, oneself detects operation；If this fast attack mode does not activates or respectively this assembly has unusual fluctuation, read the basic input output system in a read only memory, with carry out complete start oneself detect operation and enter this operating system；
Judge whether Power convert becomes park mode or closes electric source modes；
Judge whether this fast attack mode activates the most again；
If this fast attack mode does not activate, close this power supply；And
If this fast attack mode activates, then enter sleep pattern.
9. the method for computer quick turn-on as claimed in claim 8, it is characterised in that this fast attack mode is activated by this basic input output system or activated by an application program in this operating system.
10. the method for computer quick turn-on as claimed in claim 8, it is characterized in that the configuration and setting of respectively this assembly in this random access memory of this reading, and enter an operating system according to configuration and setting, the step detecting operation with skipping over starting oneself farther includes a cancellation step, is directly entered this operating system in order to cancel and is carried out entering back into this operating system after this start oneself detects operation by this basic input output system.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201110066715.3A CN102681921B (en) | 2011-03-16 | 2011-03-16 | Computer quick turn-on system and method thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201110066715.3A CN102681921B (en) | 2011-03-16 | 2011-03-16 | Computer quick turn-on system and method thereof |
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| CN102681921B true CN102681921B (en) | 2016-08-03 |
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| CN104615512A (en) * | 2013-11-05 | 2015-05-13 | 英业达科技有限公司 | System and method for executing target program executed by PNST (Power On Self Test) by Interrupt |
| KR20150104695A (en) * | 2014-03-06 | 2015-09-16 | 삼성전자주식회사 | display apparatus and method for controling thereof |
| CN112559055B (en) * | 2019-09-25 | 2023-12-26 | 阿里巴巴集团控股有限公司 | Starting method and device of computer system, electronic equipment and storage medium |
| CN113859155B (en) * | 2021-09-23 | 2023-03-14 | 中国第一汽车股份有限公司 | Power-off method and device for vehicle controller, electronic equipment and storage medium |
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| CN1459722A (en) * | 2002-05-16 | 2003-12-03 | 智邦科技股份有限公司 | Computer-system capable of fast starting |
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| US6754817B2 (en) * | 2001-01-25 | 2004-06-22 | Dell Products L.P. | Apparatus and method for detecting a change in system hardware configuration to reduce the amount of time to execute a post routine |
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