CN103853972B - The method and electronic equipment of information processing - Google Patents
The method and electronic equipment of information processing Download PDFInfo
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- CN103853972B CN103853972B CN201210510496.8A CN201210510496A CN103853972B CN 103853972 B CN103853972 B CN 103853972B CN 201210510496 A CN201210510496 A CN 201210510496A CN 103853972 B CN103853972 B CN 103853972B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/07—Responding to the occurrence of a fault, e.g. fault tolerance
- G06F11/14—Error detection or correction of the data by redundancy in operation
- G06F11/1402—Saving, restoring, recovering or retrying
- G06F11/1446—Point-in-time backing up or restoration of persistent data
- G06F11/1458—Management of the backup or restore process
- G06F11/1469—Backup restoration techniques
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/30—Authentication, i.e. establishing the identity or authorisation of security principals
- G06F21/31—User authentication
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- Computer Security & Cryptography (AREA)
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- General Engineering & Computer Science (AREA)
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- Computer Hardware Design (AREA)
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- Quality & Reliability (AREA)
- Stored Programmes (AREA)
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Abstract
The invention discloses the methods and electronic equipment of a kind of information processing, the electronic equipment has basic input output system and operating system corresponding with the basic input output system, wherein, the operating system has multiple mirror-image systems, obtains the first unlocking pin；Based on first unlocking pin, the first mirror-image system is determined from the multiple mirror-image system, wherein, first mirror-image system is corresponding with first unlocking pin；Obtain first storage location of first mirror-image system in the storage unit of the electronic equipment；The first bootstrap corresponding with first mirror-image system is read by the basic input output system；First mirror-image system is read from first storage location by first bootstrap, starts first mirror-image system.
Description
Technical field
The present invention relates to field of computer technology more particularly to the methods and electronic equipment of a kind of information processing.
Background technology
With the development of computer technology, the memory space of existing electronic equipment can be divided into multiple subregions, and will
One snapshot of partition creating to be protected is needed in the multiple subregion, the snapshot can be created by main interface, double-click system
Pallet, addition and create timed task in the inferior modes of DOS, when the electronic equipment has infected virus, wooden horse, extensively due to unfortunate
Program etc. is accused, by rogue program so that in the subregion of the protection during corrupted data, can restore described by starting snapshot
Protect the data in subregion.In order to quickly start snapshot, existing electronic equipment is usually to provide similar boot by BIOS
The startup inventories of device menu (starting device menu) equally to select to user, quickly start snapshot with this.
Such as：One laptop is divided into C disks, D disks and E disks, and is equipped with operating system in the C disks, and
A snapshot A is created for the C disks, when causing operating system that can not start when the C disks are because virus infection, the notes
This computer can load the snapshot A to restore the data in the C disks, the operating system to be promoted normally to start.
Present inventor at least exists in the prior art during the embodiment of the present application technical solution is realized
Following technical problem：
Existing electronic equipment in quick start system, there are the fast photographic system of startup accuracy it is low, operation not side
Just the technical issues of, this is because existing electronic equipment in quick start system, needs to recall the snapshot by hot key
The startup inventory of system (mirror-image system), then one fast photographic system of selection starts from the startup inventory, due to quickly opening
Dynamic needs so that the startup inventory of the fast photographic system, which has very big probability, to be recalled, so that the electronic equipment meeting
Started with set operating system, and fast photographic system to be started is needed not start, so as to there is the fast photographic system started
Accuracy it is low, inconvenient for operation the technical issues of so that user is inconvenient to use, and the experience of user is also poor.
Invention content
The embodiment of the present application is set by providing the method and electronic equipment of a kind of information processing to solve existing electronics
It is standby in quick start system, there is technical issues that the accuracy of the fast photographic system of startup is low,.
The embodiment of the present application provides a kind of method of information processing, applied to one have basic input output system and with
In the electronic equipment of the corresponding operating system of the basic input output system, wherein, the operating system has multiple mirror images
System, the method includes：
The first unlocking pin is obtained, first unlocking pin is used to determine the first mirror-image system and set in the electronics
Standby is the power electronic equipment by first unlocking pin when being not in normal power supply state；
Based on first unlocking pin, first mirror-image system is determined from the multiple mirror-image system, wherein, institute
It is corresponding with first unlocking pin to state the first mirror-image system；
Obtain first storage location of first mirror-image system in the storage unit of the electronic equipment；
The first bootstrap corresponding with first mirror-image system is read by the basic input output system；
First mirror-image system is read from first storage location by first bootstrap, starts described the
One mirror-image system.
Optionally, it is described based on first unlocking pin, determining first mirror-image system from the multiple mirror-image system,
It specifically includes：Based on first unlocking pin, based on the first correspondence to prestore in the basic input output system, obtain
The first mirror-image system corresponding with first unlocking pin is taken, wherein, first correspondence includes the multiple mirror image
The one-to-one relationship of each mirror-image system and different unlocking pins in system.
Optionally, the first unlocking pin of the acquisition, specifically includes：In the basic input output system and Peripheral Interface
During in normal power supply state, the first instruction letter of the first operation of the second electronic equipment being connect with the Peripheral Interface is obtained
Number；Based on the first command signal, the first unlocking pin corresponding with the described first operation is obtained, so that the basic input and output
System can obtain first unlocking pin.
Optionally, the first storage position for obtaining first mirror-image system in the storage unit of the electronic equipment
It puts, specifically includes：The electronic equipment is detected whether in normal power supply state；It is not in the electronic equipment described normal
During power supply state, based on first unlocking pin, generation the first power supply instruction；The first power supply instruction is performed, to described
Power electronic equipment；After to the power electronic equipment, the first mirror-image system depositing in the electronic equipment is obtained
The first storage location in storage unit.
Optionally, whether in the detection electronic equipment after normal power supply state, the method further includes：
The normal power supply state is in, and the mirror-image system of electronic equipment loading is the second mirror-image system in the electronic equipment
When, the heavy duty basic input output system, and it is single from the storage by the basic input output system of the heavy duty
It is read in member and first mirror-image system is guided to start, wherein, second mirror-image system and first mirror-image system are not
Together.
Optionally, it is described after to the power electronic equipment, it obtains first mirror-image system and is set in the electronics
The first storage location in standby storage unit, specifically includes：It is single based on the storage after to the power electronic equipment
The index list stored in member obtains first storage location of first mirror-image system in the storage unit.
Optionally, the first mirror image system is read from first storage location by first bootstrap described
System, after starting first mirror-image system, the method further includes：It detects whether that trigger action occurs；Described touch is occurring
During hair operation, the trigger action is responded, generation the first adjustment instructs, wherein, the first adjustment instruction is described for adjusting
First correspondence；The first adjustment instruction is performed, first correspondence is adjusted.
Optionally, it is described when the trigger action occurs, respond the trigger action, generation the first adjustment instruction, tool
Body includes：When the trigger action occurs, respond the trigger action, by the application interface of first mirror-image system into
Enter the setting interface of first correspondence in the basic input output system；It obtains corresponding with the electronic equipment
Second operation of the operator on the setting interface；Second operation is responded, generates the first adjustment instruction.
Optionally, it is described second operation be specially：For adding new correspondence, corresponding to pass for deleting described first
Correspondence in system or for changing the correspondence in first correspondence.
Another embodiment of the application additionally provides a kind of electronic equipment, and the electronic equipment has basic input output system
And operating system corresponding with the basic input output system, wherein, the operating system has multiple mirror-image systems, described
Electronic equipment includes：
Circuit board；
Obtaining unit is electrically connected the circuit board, for obtaining first unlocking pin, first unlocking pin
For determining the first mirror-image system and being unlocked when the electronic equipment is not in normal power supply state by described first close
Code is the power electronic equipment；
Processing chip, setting on the circuit board, based on first unlocking pin, for from the multiple mirror image system
First mirror-image system is determined in system, wherein, first mirror-image system is corresponding with first unlocking pin and is used for
First storage location of first mirror-image system in the storage unit of the electronic equipment is obtained, and is passed through described substantially defeated
Enter output system and read corresponding with first mirror-image system the first bootstrap, for by first bootstrap from
First storage location reads first mirror-image system, starts first mirror-image system.
Optionally, the basic input output system includes system determination unit, based on first unlocking pin, is based on
The first correspondence to prestore in the basic input output system, for obtaining and first unlocking pin corresponding first
Mirror-image system, wherein, first correspondence includes each mirror-image system and different unlocks in the multiple mirror-image system
The one-to-one relationship of password.
Optionally, the obtaining unit is specially：It is in normal in the basic input output system and Peripheral Interface to supply
During electricity condition, for obtaining the first command signal of the first of the second electronic equipment being connect with the Peripheral Interface the operation, base
In the first command signal, for obtaining the first unlocking pin corresponding with the described first operation, so that the basic input and output
System can obtain first unlocking pin.
Optionally, the processing chip includes position acquisition unit, for whether detecting the electronic equipment in normal
Power supply state, when the electronic equipment is not in the normal power supply state, based on first unlocking pin, for generating
First power supply instruction performs the first power supply instruction, for the power electronic equipment, to the power electronic equipment
Later, for obtaining first storage location of first mirror-image system in the storage unit of the electronic equipment.
Optionally, whether the processing chip includes system reload unit, in the detection electronic equipment in just
After normal power supply state, the method further includes：The normal power supply state is in, and the electronics is set in the electronic equipment
When the mirror-image system of standby loading is the second mirror-image system, for the heavy duty basic input output system, and pass through the heavy duty
The basic input output system read from the storage unit and first mirror-image system guided to start, wherein, institute
It is different from first mirror-image system to state the second mirror-image system.
Optionally, the position acquisition unit is specially：It is single based on the storage after to the power electronic equipment
The index list stored in member, for obtaining first storage location of first mirror-image system in the storage unit..
Optionally, the processing chip includes adjustment unit, it is described by first bootstrap from described first
Storage location reads first mirror-image system, after starting first mirror-image system, for detecting whether triggering behaviour occurs
Make, when the trigger action occurs, for responding the trigger action, generation the first adjustment instructs, wherein, described first adjusts
Whole instruction performs the first adjustment instruction for adjusting first correspondence, for first correspondence into
Row adjustment.
Optionally, the adjustment unit includes adjust instruction generation unit, when the trigger action occurs, for responding
The trigger action enters described the in the basic input output system by the application interface of first mirror-image system
The setting interface of one correspondence, for obtaining operator corresponding with the electronic equipment second on the setting interface
Operation, and second operation is responded, for generating the first adjustment instruction.
One or more technical solutions provided in the embodiments of the present application have at least the following technical effects or advantages：
One, since the embodiment of the present application is by obtaining the first unlocking pin, then have from the electronic equipment
The first mirror-image system corresponding with first unlocking pin in multiple operating systems, after determining first mirror-image system,
First mirror-image system is guided by the basic input output system again.In this way, by by the multiple operating system
Each operating system is corresponded from different unlocking pins, so as to determine startup by first unlocking pin
Mirror-image system, to solve existing electronic equipment in quick start system, there are the accuracys of the fast photographic system of startup
The technical issues of low, inconvenient for operation, and then realize when existing electronic equipment is in quick start system, improve startup
The accuracy of fast photographic system, the technique effect of more convenient operation, so that more convenient user uses, user experience is more preferable.
Secondly, since the embodiment of the present application is when the electronic equipment is not in the normal power supply state, and the base
When this input-output system and Peripheral Interface are in normal power supply state, the electronics can be given by first unlocking pin
Equipment is powered, so that the basic input output system reads from the storage unit and first mirror-image system is guided to open
It is dynamic, the electronic equipment is started with this.In this way, when the electronic equipment does not power on, need to first unlocking pin
It is verified, so as to which the safety of the electronic equipment can be effectively improved while the accuracy for improving the fast photographic system started
Property, it is further user-friendly so that the experience of user is more preferable.
Thirdly, since the embodiment of the present application is to be read described by first bootstrap from first storage location
First mirror-image system is taken, after starting first mirror-image system, the application of first mirror-image system can also be passed through
Interface enters the setting interface of first correspondence in the basic input output system, and can be in setting circle
It is operated accordingly on face, first correspondence is adjusted.So so that the electronic equipment is under main interface
It remains able to be adjusted first correspondence, it is further user-friendly so that the experience of user is more preferable.
Description of the drawings
Fig. 1 is the flow chart of the method for information processing in the embodiment of the present application；
Fig. 2 is the structure diagram of electronic equipment in the embodiment of the present application.
Specific embodiment
The embodiment of the present application is set by providing the method and electronic equipment of a kind of information processing to solve existing electronics
It is standby in quick start system, there is technical issues that the accuracy of the fast photographic system of startup is low,.
For the technical solution of the embodiment of the present application to solve the problems, such as above-mentioned technology, general thought is as follows：
Since the embodiment of the present application is by obtaining the first unlocking pin, multiple behaviour for then having from the electronic equipment
Make the first mirror-image system corresponding with first unlocking pin in system, determine first mirror-image system and then pass through
The basic input output system guides first mirror-image system.In this way, by by the multiple operating system each
Operating system is corresponded from different unlocking pins, so as to determine the mirror image started by first unlocking pin
System, to solve existing electronic equipment in quick start system, there are the fast photographic system of startup accuracy it is low, operation
The technical issues of inconvenient, and then realize the snapshot system for when existing electronic equipment is in quick start system, improving startup
The accuracy of system, the technique effect of more convenient operation, so that more convenient user uses, user experience is more preferable.
In order to better understand the above technical scheme, in conjunction with appended figures and specific embodiments to upper
Technical solution is stated to be described in detail.
One embodiment of the application provides a kind of method of information processing, applied to one have basic input output system and
In the electronic equipment of operating system corresponding with the basic input output system, wherein, the operating system has multiple mirrors
As system.The electronic equipment is, for example, the electronic equipments such as tablet computer, laptop, desktop computer.
Wherein, the basic input output system is BIOS chips, and further, the operating system is, for example,
The operating systems such as Windows, Linux, Unix, Android.
It please refers to Fig.1, the method includes：
Step 101：Obtain the first unlocking pin；
Step 102：Based on first unlocking pin, the first mirror-image system is determined from the multiple mirror-image system,
In, first mirror-image system is corresponding with first unlocking pin；
Step 103：Obtain first storage location of first mirror-image system in the storage unit of the electronic equipment；
Step 104：The first guiding corresponding with first mirror-image system is read by the basic input output system
Program；
Step 105：First mirror-image system is read from first storage location by first bootstrap, is opened
Move first mirror-image system.
Wherein, in a step 101, the first unlocking pin is obtained.In specific implementation process, in the basic input and output
When system and Peripheral Interface are in normal power supply state, the first behaviour of the second electronic equipment being connect with the Peripheral Interface is obtained
The first command signal made；Based on the first command signal, the first unlocking pin corresponding with the described first operation is obtained, so that institute
First unlocking pin can be obtained by stating basic input output system.
Wherein, the Peripheral Interface is, for example, the interfaces such as USB interface, blue tooth interface, PS/2 interfaces, further, described
Second electronic equipment is, for example, the electronic equipments such as keyboard, USB flash disk.
Further, the storage unit is, for example, the electronic equipments such as disk, hard disk, further, the basic input
Output system is, for example, BIOS chips.
Specifically, when obtaining first unlocking pin, first have to determine the electronic equipment BIOS chips and
Whether the Peripheral Interface in the BIOS chip and the Peripheral Interface is in normal power supply state in normal power supply state
When, the BIOS chips of the electronic equipment could receive the first of the second electronic equipment input by the Peripheral Interface
Unlocking pin so that the BIOS chips can be detected first unlocking pin.
In actual application, by taking laptop as an example, in the electricity abundance of the battery of the notebook or
When the laptop is connect with power supply, pass through the BIOS chips and USB of the battery or power supply for the laptop
Interface is powered, when the button on detecting the keyboard being connect by the USB interface with the laptop is pressed,
The precedence that the button being pressed in multiple buttons of the keyboard and the button being pressed are pressed is obtained, by institute
Precedence that the button being pressed is pressed is stated as the described first operation so that the USB interface can obtain with it is described
Corresponding first command signal of precedence that the button being pressed is pressed based on first command signal, obtains first
Unlocking pin.Such as：User presses the button of SANY12300 successively on said keyboard, and the SANY12300 is converted into
It can be by the signal that the electronic equipment identifies as first command signal, so that the basic input and output of the electronic equipment
First unlocking pin of system identification is SANY12300.
Next step 102 is performed, in this step, based on first unlocking pin, from the multiple mirror-image system
In determine the first mirror-image system, wherein, first mirror-image system is corresponding with first unlocking pin.In specific implementation process
In, based on first unlocking pin, based on the first correspondence to prestore in the basic input output system, acquisition and institute
Corresponding first mirror-image system of the first unlocking pin is stated, wherein, first correspondence is included in the multiple mirror-image system
The one-to-one relationship of each mirror-image system and different unlocking pins.
It specifically, can be in advance in institute since the operating system of the electronic equipment has multiple mirror-image systems
It states and each mirror-image system and different solutions is stored in the multiple mirror-image system in the basic input output system of electronic equipment
One-to-one first correspondence of lock cipher after the first unlocking pin is obtained, is looked into from first correspondence
Look for the first mirror-image system corresponding with first unlocking pin；After first unlocking pin is obtained, from described first
When not finding the first mirror-image system corresponding with first unlocking pin in correspondence, it is close to abandon first unlock
Code without any response operation or abandons first unlocking pin, exports prompt message to prompt to operate the electronics
The operator of equipment.
In actual application, by taking laptop as an example, what which installed is the operation of Window 8
System, and the operating system has A mirror-image systems, B mirror-image systems, C mirror-image systems, D mirror-image systems, with the A mirror images system
It unites corresponding unlocking pin 831106, unlocking pin 56522721 corresponding with the B mirror-image systems, with the C mirror-image systems
Corresponding unlocking pin SANY12300 and unlocking pin QAZ1230 corresponding with the D mirror-image systems, described first corresponds to pass
Be for A-831106, B-56522721, C-SANY12300 and D-QAZ1230, and will in first correspondence storage to institute
In the BIOS chips for stating laptop, pass through USB interface and the password of the input through keyboard of the laptop in the first user
When being 831106, the BIOS chips can identify that with 831106 corresponding first mirror-image system of password be A mirror-image systems；
If the password of the input through keyboard is 8555622, the password is abandoned, concurrently send alarm sound to the first user.
Next step 103 is performed, in this step, obtains storage of first mirror-image system in the electronic equipment
The first storage location in unit.In specific implementation process, the electronic equipment is detected first whether in normal power supply shape
State, when the electronic equipment is not in the normal power supply state, based on first unlocking pin, the first power supply of generation refers to
It enables；The first power supply instruction is performed, to the power electronic equipment；After to the power electronic equipment, described in acquisition
First storage location of first mirror-image system in the storage unit of the electronic equipment.
Specifically, when obtaining the first unlocking pin by step 101, in the basic input and output of the electronic equipment
When system and Peripheral Interface are in normal power supply state, whether at this moment need further to detect the electronic equipment in normal
Power supply state, that is, whether the equipment such as the hard disk, CPU, fan of the electronic equipment are detected also in normal power supply state, in institute
Hard disk, CPU, fan are stated when equipment are all in normal power supply state, it is determined that the electronic equipment is in normal power supply shape
State；Otherwise, then the electronic equipment is not in normal power supply state.
In actual application, by taking laptop as an example, when the laptop receives the password of input through keyboard
And after determining the first mirror-image system corresponding with the password, the pen is detected by the BIOS chips of the laptop
Remember whether the equipment such as the hard disk, CPU, fan of this computer are also at normal power supply state, in equipment such as the hard disk, CPU, fans
In when thering is the electronic equipment to be not in normal power supply state, such as：The hard disk is not energized and/or CPU is not powered on, then is characterized
The electronic equipment is not in the normal power supply state.
In specific implementation process, when detecting that the electronic equipment is not in the normal power supply state, based on institute
State the first unlocking pin, generation the first power supply instruction.Specifically, first unlocking pin and first mirror-image system pair
While answering, also need to be used as first unlocking pin to detect whether the power-on password for being powered the electronic equipment,
So that unlocking pin corresponds to the power-on password in first correspondence, in the basic input and output system of the electronic equipment
When system receives first unlocking pin, power-on password corresponding with first unlocking pin is obtained, is powered on described in detection
Whether password is stored in the basic input output system, and the basic input output system is stored in the power-on password
When middle, generation the first power supply instruction.
Wherein, the numerical value that the power-on password can be identical or different with first unlocking pin.
In actual application, there is A mirror images system with the operating system of the Window 8 of above-mentioned laptop installation
For system, B mirror-image systems, C mirror-image systems, D mirror-image systems, if the power-on password of the laptop is 1230, by described in
The corresponding multiple unlocking pins of multiple mirror-image systems are corresponding with the power-on password, and obtained first correspondence is A-
831106-1230, B-56522721-1230, C-SANY12300-1230 and D-QAZ1230-1230, and described first is corresponded to
Relationship storage is in the BIOS chips, if the first unlocking pin of peripheral hardware input through keyboard is 56522721, based on described the
One unlocking pin, it is 1230 that power-on password corresponding with the unlocking pin is searched from first correspondence, the pen
Remember that the power-on password 1230 of this computer is identical, then generate the first power supply instruction；Certainly, the power-on password can also be set more
It is a, such as：The power-on password can be 831106,56522721, SANY12300 and AZ1230, detect described first
When unlocking pin is any one of above-mentioned power-on password, generation the first power supply instruction.
In specific implementation process, after the first power supply of generation instruction, the first power supply instruction is performed, to institute
State power electronic equipment.Specifically, after the first power supply of generation instruction, the basic input and output of the electronic equipment
System can perform the first power supply instruction automatically, by control circuit and/or logic circuit come to the power electronic equipment.
Such as：The first power supply instruction is generated in the BIOX chips of laptop, passes through the control being connect with the BIOS chips
Circuit sends information to POWER keys, to control POWER key pressings so that the laptop is in normal power supply state.
In specific implementation process, after to the power electronic equipment, first mirror-image system is obtained described
The first storage location in the storage unit of electronic equipment.Specifically, after to the power electronic equipment, based on described
The index list stored in storage unit obtains first storage location of first mirror-image system in the storage unit.
In actual application, after to the power electronic equipment, normal power supply is in the electronic equipment
During state, the storage unit of the electronic equipment is also at normal power supply state, so so that the basic input output system
Data can be read from the storage unit, due to data stored in the storage unit can by index list come
It searches, therefore, can first storage of first mirror-image system in the storage unit be obtained by the index list
Position.
Such as：By taking tablet computer as an example, what is installed in the tablet computer is Windows XP systems, the Windows
The specific E mirror-image systems of XP systems, F mirror-image systems and G mirror-image systems, and the position of E mirror-image systems storage is C:/
Program Files/ mirror images E, the position of the F mirror-image systems storage is D:/ Mirroring/ mirror images F and the G mirror images system
The position of system storage is E:/ Mirroring/ mirror image G, and the index list includes E mirror-image systems-C:/Program
Files/ mirror image E, F mirror-image systems-D:/ Mirroring/ mirror image F and G mirror-image systems-E:/ Mirroring/ mirror image G, described
When first mirror-image system is E mirror-image systems, by the index list, the first storage position of the E mirror-image systems can be obtained
It is set to C:/ Program Files/ mirror images E.
Next step 104 is performed, in this step, is read and first mirror by the basic input output system
As corresponding first bootstrap of system.In specific implementation process, obtain corresponding with first mirror-image system first and draw
Then first bootstrap is read in the position of helical pitch sequence by the basic input output system.Wherein, described
One bootstrap can be stored in the storage unit of first electronic equipment, can also be arranged on second electronic equipment
In.
In actual application, by taking laptop as an example, the position of the zero track of the hard disk of the laptop
It is exactly the position where the master boot record area (MBR) of the laptop, MBR is located at 0 magnetic track, 0 cylinder, 1 sector of hard disk,
Wherein, hard disk main bootstrap program and hard disk partition table are stored, in the hard disk master boot record sector of 512 bytes in total, 446
Byte belongs to hard disk main bootstrap program, and 64 bytes belong to hard disk partition table (DPT), and two bytes (55AA) belong to subregion and terminate to mark
Will, first bootstrap include main bootstrap program and hard disk bootstrap, and then the hard disk bootstrap can guide institute
State the first mirror-image system file start.Certainly, first bootstrap can also be stored in second electronic equipment, with
Second electronic equipment is is from the USB flash disk after starting basic input and output system of the laptop for USB flash disk
The GHO files of first mirror-image system are read, the first mirror-image system in the laptop is then guided to start.
Next step 105 is performed, in this step, is read by first bootstrap from first storage location
First mirror-image system is taken, starts first mirror-image system.In specific implementation process, first bootstrap can be with
Default search searches the first mirror-image system file totally, in the first storage position for finding the first mirror-image system file
After putting, the first mirror-image system file is read；What first bootstrap can also be obtained directly according to step 103
First storage location reads the first mirror-image system file, and first mirror is being read from first storage location
During as system file, first mirror-image system is guided to start by first bootstrap.
In another embodiment, in the detection electronic equipment whether after normal power supply state, the side
Method further includes：The normal power supply state is in the electronic equipment, and the mirror-image system of electronic equipment loading is the
During two mirror-image systems, the heavy duty basic input output system, and by the basic input output system of the heavy duty from
It is read in the storage unit and first mirror-image system is guided to start, wherein, second mirror-image system and described first
Mirror-image system is different.
In specific implementation process, when the electronic equipment is in the normal power supply state, the electronic equipment meeting
Load a mirror-image system, the mirror-image system of the loading is the second mirror-image system, detect first mirror-image system whether with
Whether second mirror-image system is identical, in first mirror-image system and the second mirror-image system difference, restarting
The electronic equipment, so that the electronic equipment heavy duty basic input output system, then passes through the described basic of heavy duty
Input-output system reads corresponding with first mirror-image system from the storage unit and/or second electronic equipment
First bootstrap guides first mirror-image system to start by first bootstrap.
In actual application, there is A mirror images system with the operating system of the Window 8 of above-mentioned laptop installation
For system, B mirror-image systems, C mirror-image systems, D mirror-image systems, what it is in laptop booting acquiescence startup is A mirror images system
During system, enter login interface, the login interface is provided with 4 users, 4 users include User1, User2,
User3 and User4, and the User1 corresponds to the A mirror-image systems, the User2 corresponds to the B mirror-image systems, described
User3 corresponds to the C mirror-image systems, and the User4 corresponds to the D mirror-image systems, is selected as user in the login interface
User3 and the first unlocking pin of input are SANY12300 so that the BIOS chips of the laptop are able to detect that institute
The first mirror-image system is stated as the C mirror-image systems, the A mirror images system for the second mirror-image system that the C mirror-image systems start with acquiescence
System is different, and so as to restart the electronic equipment, by the BIOS chips, hard disk reads the from the laptop
Then one bootstrap guides the C mirror-image systems to start by first bootstrap.Certainly, in notebook electricity
When what brain booting acquiescence started is A mirror-image systems, can not user interface be directly entered, then pass through user by login interface
The start menu at interface inputs the first unlocking pin into log-in interface, can also be entered by the start menu
DOS systems input the first unlocking pin.
In another embodiment, described by first bootstrap described the is read from first storage location
One mirror-image system, after starting first mirror-image system, the method further includes：It detects whether that trigger action occurs；It is sending out
During the raw trigger action, the trigger action is responded, generation the first adjustment instructs, wherein, the first adjustment instruction is used for
Adjust first correspondence；The first adjustment instruction is performed, first correspondence is adjusted.
Wherein, the trigger action can run some specific application program to be triggered, and e.g. pass through fortune
Row one section of brief program code triggers the trigger action；It can also be carried out by performing some specific gesture operation
Triggering, such as mobile phone detect user drawing the gesture operations such as circle or arc clockwise to trigger the trigger action；May be used also
To be triggered by the button set by some, such as in electronic equipment press number key corresponding with the trigger action
Triggering, the number key can for 1~9 number key or by other such as letter other buttons triggered；It can be with
Triggered by way of voice, for example, when electronic equipment receive that user sends out such as " adjustment correspondence ", " delete
Correspondence " is when particular piece of voice data, that is, triggers the trigger action.
It is described when the trigger action occurs in specific implementation process, the trigger action is responded, generation first is adjusted
Whole instruction, specifically includes：When the trigger action occurs, the trigger action is responded, passes through first mirror-image system
Application interface enters the setting interface of first correspondence in the basic input output system；It obtains and the electronics
Second operation of the corresponding operator of equipment on the setting interface；Second operation is responded, generates the first adjustment
Instruction.
Wherein, it is described second operation be specially：For adding new correspondence, for deleting first correspondence
In correspondence or for changing the correspondence in first correspondence.
Specifically, there is A mirror-image systems, B mirror images with the operating system of the Window 8 of above-mentioned laptop installation
For system, C mirror-image systems, D mirror-image systems, after the laptop has been turned on A mirror-image systems, pass through the notes
When the microphone of this computer receives the voice data of " adjustment correspondence ", then the trigger action is responded, pass through described the
The WMI interfaces of one mirror-image system enter the setting interface of first correspondence in the BIOS chips, in the setting
On a user interface, the first user can add new correspondence to interface display at the setting interface, described to add newly
Correspondence is, for example, E mirror-image system-ser123 and/or F mirror-image systems-eru3443；First user can also set described
The correspondence in face deletion first correspondence is put, is deleted than A-831106 as will be described and/or B-56522721；Institute
Stating the first user can also be in the correspondence described in the setting interface modification in the first correspondence, than A- as will be described
831106 are revised as A-iesd1344, that is, the A mirror-image systems is corresponding with password iesd1344；Obtain first user
The second operation after, response second operation generates the first adjustment instruction, to adjust first correspondence.
In specific implementation process, after the first adjustment instruction is generated, the electronic equipment can be performed automatically
The first adjustment instruction, is adjusted first correspondence.Such as：First user adds new at the setting interface
Correspondence be E mirror-image system-ser123 when, the electronic equipment can directly by the E mirror-image systems-ser123 be written institute
In the first correspondence for stating basic input output system.
In another embodiment, the first adjustment instruction is performed described, first correspondence is adjusted
When, it can also detect whether to receive the confirmation instruction of the operator, when receiving the confirmation instruction, to described first
Correspondence is adjusted, and first correspondence is caused to change to prevent the operator from maloperation occur；
When not receiving the confirmation instruction, first correspondence is not adjusted.
In actual application, there is A mirror images system with the operating system of the Window 8 of above-mentioned laptop installation
For system, B mirror-image systems, C mirror-image systems, D mirror-image systems, the first user by the WMI interfaces of first mirror-image system into
After the setting interface for entering first correspondence in the BIOS chips, A-831106 and B-56522721 is carried out
It deletes, at this moment can pop up a selection interface, YES and NO are shown in the selection interface, if the first user selects YES so that
The laptop has received the confirmation instruction, by the A-831106 and B-56522721 in first correspondence
It deletes；If the first user selects NO so that the laptop does not receive the confirmation instruction, then not to described first pair
A-831106 and B-56522721 in should being related to are deleted.Therefore, confirm instruction by described, can effectively reduce appearance
The probability of maloperation.
One or more technical solutions provided in the embodiments of the present application have at least the following technical effects or advantages：
One, since the embodiment of the present application is by obtaining the first unlocking pin, then have from the electronic equipment
The first mirror-image system corresponding with first unlocking pin in multiple operating systems, after determining first mirror-image system,
First mirror-image system is guided by the basic input output system again.In this way, by by the multiple operating system
Each operating system is corresponded from different unlocking pins, so as to determine startup by first unlocking pin
Mirror-image system, to solve existing electronic equipment in quick start system, there are the accuracys of the fast photographic system of startup
The technical issues of low, inconvenient for operation, and then realize when existing electronic equipment is in quick start system, improve startup
The accuracy of fast photographic system, the technique effect of more convenient operation, so that more convenient user uses, user experience is more preferable.
Secondly, since the embodiment of the present application is when the electronic equipment is not in the normal power supply state, and the base
When this input-output system and Peripheral Interface are in normal power supply state, the electronics can be given by first unlocking pin
Equipment is powered, so that the basic input output system reads from the storage unit and first mirror-image system is guided to open
It is dynamic, the electronic equipment is started with this.In this way, when the electronic equipment does not power on, need to first unlocking pin
It is verified, so as to which the safety of the electronic equipment can be effectively improved while the accuracy for improving the fast photographic system started
Property, it is further user-friendly so that the experience of user is more preferable.
Thirdly, since the embodiment of the present application is to be read described by first bootstrap from first storage location
First mirror-image system is taken, after starting first mirror-image system, the application of first mirror-image system can also be passed through
Interface enters the setting interface of first correspondence in the basic input output system, and can be in setting circle
It is operated accordingly on face, first correspondence is adjusted.So so that the electronic equipment is under main interface
It remains able to be adjusted first correspondence, it is further user-friendly so that the experience of user is more preferable.
One embodiment of the invention additionally provides a kind of electronic equipment, the electronic equipment have basic input output system and
Operating system corresponding with the basic input output system, wherein, the operating system has multiple mirror-image systems.The electricity
Sub- equipment is, for example, the electronic equipments such as tablet computer, laptop, desktop computer, mobile phone.
Wherein, the basic input output system is BIOS chips, and further, the operating system is, for example,
The operating systems such as Windows, Linux, Unix, Android.
Referring to Fig. 2, which includes circuit board 201；Obtaining unit 202 is electrically connected circuit board 201, for obtaining
Take first unlocking pin；Processing chip 203 is set on circuit board 201, based on first unlocking pin, for from
The first mirror-image system is determined in the multiple mirror-image system, wherein, first mirror-image system and first unlocking pin pair
It answers and for obtaining first storage location of first mirror-image system in the storage unit 204 of the electronic equipment, and
First mirror-image system is read from first storage location by basic input output system 205, is drawn for generating first
Instruction is led, wherein, first key instruction performs first guiding and refers to for first mirror-image system to be guided to start
It enables, for starting first mirror-image system.
Wherein, circuit board 201 can be the mainboard of electronic equipment, further, obtaining unit 202 can be USB interface,
The electronic equipments such as blue tooth interface, PS/2 interfaces.
Further, processing chip 203 can be individual processing chip or integrated in the processor, into one
Step, storage unit 204 can be the electronic equipments such as hard disk, floppy disk, CD-ROM drive, and further, basic input output system 205 can
To be BIOS chips, it is set on circuit board 201.
Further, basic input output system 205 includes system determination unit, based on first unlocking pin, base
The first correspondence to prestore in the basic input output system, for obtaining corresponding with first unlocking pin the
One mirror-image system, wherein, first correspondence includes each mirror-image system and different solutions in the multiple mirror-image system
The one-to-one relationship of lock cipher.
Further, obtaining unit 202 is specially Peripheral Interface, is connect in the basic input output system and the peripheral hardware
When mouth is in normal power supply state, for obtaining the first of the first of the second electronic equipment being connect with the Peripheral Interface the operation
Command signal, based on the first command signal, for obtaining the first unlocking pin corresponding with the described first operation, so that the base
This input-output system can obtain first unlocking pin.
Further, processing chip 203 includes position acquisition unit, for whether detecting the electronic equipment in normal
Power supply state, when the electronic equipment is not in the normal power supply state, based on first unlocking pin, for generating
First power supply instruction performs the first power supply instruction, for the power electronic equipment, to the power electronic equipment
Later, for obtaining first storage location of first mirror-image system in the storage unit of the electronic equipment.
Further, the position acquisition unit is specially：After to the power electronic equipment, based on the storage
The index list stored in unit, for obtaining first storage location of first mirror-image system in the storage unit.
In another embodiment, processing chip 203 further includes system reload unit, is in the detection electronic equipment
No to be in after normal power supply state, the method further includes：The normal power supply state, and institute are in the electronic equipment
When the mirror-image system for stating electronic equipment loading is the second mirror-image system, for the heavy duty basic input output system, and pass through
The basic input output system of the heavy duty reads from the storage unit and first mirror-image system is guided to start,
Wherein, second mirror-image system is different from first mirror-image system.
In another embodiment, processing chip 203 further includes adjustment unit, and first key instruction is performed described,
After starting first mirror-image system, for detecting whether trigger action occurs, when the trigger action occurs, for ringing
The trigger action is answered, generation the first adjustment instructs, wherein, the first adjustment instruction corresponds to pass for adjusting described first
System performs the first adjustment instruction, for being adjusted to first correspondence.
Wherein, the adjustment unit includes adjust instruction generation unit, when the trigger action occurs, for responding
Trigger action is stated, described first in the basic input output system is entered by the application interface of first mirror-image system
The setting interface of correspondence, for detect obtain corresponding with electronic equipment operator it is described set on interface the
Two operations, and second operation is responded, for generating the first adjustment instruction.
One or more technical solutions provided in the embodiments of the present application have at least the following technical effects or advantages：
One, since the embodiment of the present application is by obtaining the first unlocking pin, then have from the electronic equipment
The first mirror-image system corresponding with first unlocking pin in multiple operating systems, after determining first mirror-image system,
First mirror-image system is guided by the basic input output system again.In this way, by by the multiple operating system
Each operating system is corresponded from different unlocking pins, so as to determine startup by first unlocking pin
Mirror-image system, to solve existing electronic equipment in quick start system, there are the accuracys of the fast photographic system of startup
The technical issues of low, inconvenient for operation, and then realize when existing electronic equipment is in quick start system, improve startup
The accuracy of fast photographic system, the technique effect of more convenient operation, so that more convenient user uses, user experience is more preferable.
Secondly, since the embodiment of the present application is when the electronic equipment is not in the normal power supply state, and the base
When this input-output system and Peripheral Interface are in normal power supply state, the electronics can be given by first unlocking pin
Equipment is powered, so that the basic input output system reads from the storage unit and first mirror-image system is guided to open
It is dynamic, the electronic equipment is started with this.In this way, when the electronic equipment does not power on, need to first unlocking pin
It is verified, so as to which the safety of the electronic equipment can be effectively improved while the accuracy for improving the fast photographic system started
Property, it is further user-friendly so that the experience of user is more preferable.
Thirdly, since the embodiment of the present application is to be read described by first bootstrap from first storage location
First mirror-image system is taken, after starting first mirror-image system, the application of first mirror-image system can also be passed through
Interface enters the setting interface of first correspondence in the basic input output system, and can be in setting circle
It is operated accordingly on face, first correspondence is adjusted.So so that the electronic equipment is under main interface
It remains able to be adjusted first correspondence, it is further user-friendly so that the experience of user is more preferable.
Although preferred embodiments of the present invention have been described, but those skilled in the art once know basic creation
Property concept, then additional changes and modifications may be made to these embodiments.So appended claims be intended to be construed to include it is excellent
It selects embodiment and falls into all change and modification of the scope of the invention.
Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art
God and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to include these modifications and variations.
Claims (17)
1. a kind of method of information processing, applied to one have basic input output system and with the basic input output system
In the electronic equipment of corresponding operating system, wherein, the operating system has multiple mirror-image systems, which is characterized in that described
Method includes：
Obtain the first unlocking pin, first unlocking pin for determine the first mirror-image system and in the electronic equipment not
During in normal power supply state by first unlocking pin be the power electronic equipment；
Based on first unlocking pin, first mirror-image system is determined from the multiple mirror-image system, wherein, described the
One mirror-image system is corresponding with first unlocking pin；
Obtain first storage location of first mirror-image system in the storage unit of the electronic equipment；
The first bootstrap corresponding with first mirror-image system is read by the basic input output system；
First mirror-image system is read from first storage location by first bootstrap, starts first mirror
As system.
2. the method as described in claim 1, which is characterized in that it is described based on first unlocking pin, from the multiple mirror
As determining the first mirror-image system in system, specifically include：
Based on the first correspondence to prestore in first unlocking pin and the basic input output system, acquisition and institute
Corresponding first mirror-image system of the first unlocking pin is stated, wherein, first correspondence includes the multiple mirror image system
The one-to-one relationship of each mirror-image system and different unlocking pins in system.
3. the method as described in claim 1, which is characterized in that the first unlocking pin of the acquisition specifically includes：
When the basic input output system and Peripheral Interface are in normal power supply state, acquisition is connect with the Peripheral Interface
The second electronic equipment first operation the first command signal；
Based on first command signal, first unlocking pin corresponding with the described first operation is obtained, so that the base
This input-output system can obtain first unlocking pin.
4. method as claimed in claim 3, which is characterized in that described to obtain first mirror-image system in the electronic equipment
Storage unit in the first storage location, specifically include：
The electronic equipment is detected whether in normal power supply state；
When the electronic equipment is not in the normal power supply state, based on first unlocking pin, the first power supply of generation
Instruction；
The first power supply instruction is performed, to the power electronic equipment；
After to the power electronic equipment, first mirror-image system described first depositing in the storage unit is obtained
Storage space is put.
5. method as claimed in claim 4, which is characterized in that whether be in normal power supply in the detection electronic equipment
After state, the method further includes：
The normal power supply state is in, and the mirror-image system of electronic equipment loading is the second mirror image in the electronic equipment
During system, the heavy duty basic input output system, and deposited by the basic input output system of the heavy duty from described
It is read in storage unit and first mirror-image system is guided to start, wherein, second mirror-image system and the first mirror image system
System is different.
6. method as claimed in claim 4, which is characterized in that it is described after to the power electronic equipment, described in acquisition
First storage location of first mirror-image system in the storage unit of the electronic equipment, specifically includes：
After to the power electronic equipment, based on index list stored in the storage unit, first mirror is obtained
As first storage location of the system in the storage unit.
7. method as claimed in claim 2, which is characterized in that deposited described by first bootstrap from described first
Storage space, which is put, reads first mirror-image system, and after starting first mirror-image system, the method further includes：
It detects whether that trigger action occurs；
When the trigger action occurs, the trigger action is responded, generation the first adjustment instructs, wherein, the first adjustment
It instructs to adjust first correspondence；
The first adjustment instruction is performed, first correspondence is adjusted.
8. the method for claim 7, which is characterized in that it is described when the trigger action occurs, respond the triggering
Operation, generation the first adjustment instruction, specifically includes：
When the trigger action occurs, the trigger action is responded, is entered by the application interface of first mirror-image system
The setting interface of first correspondence in the basic input output system；
Obtain second operation of the operator corresponding with the electronic equipment on the setting interface；
Second operation is responded, generates the first adjustment instruction.
9. method as claimed in claim 8, which is characterized in that it is described second operation be specially：For adding new corresponding pass
System closes for deleting the correspondence in first correspondence or the correspondence for changing in first correspondence
System.
10. a kind of electronic equipment, the electronic equipment have basic input output system and with the basic input output system
Corresponding operating system, wherein, the operating system has multiple mirror-image systems, which is characterized in that the electronic equipment includes：
Circuit board；
Obtaining unit is electrically connected the circuit board, and for obtaining the first unlocking pin, first unlocking pin is used to determine
First mirror-image system and by first unlocking pin be described when the electronic equipment is not in normal power supply state
Power electronic equipment；
Processing chip is set on the circuit board, for being based on first unlocking pin, from the multiple mirror-image system
Determine first mirror-image system, wherein, first mirror-image system is corresponding with first unlocking pin and for obtaining
First storage location of first mirror-image system in the storage unit of the electronic equipment, and pass through it is described input substantially it is defeated
Go out system and read corresponding with first mirror-image system the first bootstrap, for by first bootstrap from described
First storage location reads first mirror-image system, starts first mirror-image system.
11. electronic equipment as claimed in claim 10, which is characterized in that the basic input output system is determined including system
Unit, for based on the first correspondence to prestore in first unlocking pin and the basic input output system, obtaining
First mirror-image system corresponding with first unlocking pin is taken, wherein, first correspondence includes the multiple
The one-to-one relationship of each mirror-image system and different unlocking pins in mirror-image system.
12. electronic equipment as claimed in claim 10, which is characterized in that the obtaining unit is specially Peripheral Interface, in institute
It states basic input output system and when the Peripheral Interface is in normal power supply state, is connect for obtaining with the Peripheral Interface
The second electronic equipment the first operation the first command signal and based on first command signal, obtain and described the
One corresponding first unlocking pin of operation, so that can to obtain first unlock close for the basic input output system
Code.
13. electronic equipment as claimed in claim 12, which is characterized in that the processing chip includes position acquisition unit, uses
In whether detecting the electronic equipment in normal power supply state, the normal power supply state is not in the electronic equipment
When, based on first unlocking pin, for generating the first power supply instruction and performing the first power supply instruction, to described
Power electronic equipment, after to the power electronic equipment, for obtaining first mirror-image system in the storage unit
In first storage location.
14. electronic equipment as claimed in claim 13, which is characterized in that the processing chip includes system reload unit, uses
In being in the normal power supply state in the electronic equipment, and the mirror-image system of electronic equipment loading is the second mirror image system
During system, the heavy duty basic input output system, and by the basic input output system of the heavy duty from the storage
It is read in unit and first mirror-image system is guided to start, wherein, second mirror-image system and first mirror-image system
It is different.
15. electronic equipment as claimed in claim 13, which is characterized in that the position acquisition unit is specifically used for：To institute
After stating power electronic equipment, based on index list stored in the storage unit, first mirror-image system is obtained in institute
State first storage location in storage unit.
16. electronic equipment as claimed in claim 11, which is characterized in that the processing chip include adjustment unit, for
It is described that first mirror-image system is read from first storage location by first bootstrap, start first mirror
As after system, detecting whether trigger action to occur, and when the trigger action occurs, respond the trigger action, generate
The first adjustment instructs, wherein, the first adjustment instruction is adjusted for adjusting first correspondence and performing described first
Whole instruction is adjusted first correspondence.
17. electronic equipment as claimed in claim 16, which is characterized in that it is single that the adjustment unit includes adjust instruction generation
Member, for when the trigger action occurs, responding the trigger action, by the application interface of first mirror-image system into
Enter the setting interface of first correspondence in the basic input output system and obtain and the electronic equipment pair
Second operation of the operator answered on the setting interface, and second operation is responded, generate the first adjustment instruction.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210510496.8A CN103853972B (en) | 2012-12-03 | 2012-12-03 | The method and electronic equipment of information processing |
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| CN201210510496.8A CN103853972B (en) | 2012-12-03 | 2012-12-03 | The method and electronic equipment of information processing |
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| CN109598155A (en) * | 2018-12-04 | 2019-04-09 | 郑州云海信息技术有限公司 | A kind of SSD data encryption device and method |
| CN110347624B (en) * | 2019-07-16 | 2021-03-26 | 深圳市同泰怡信息技术有限公司 | Method, device and equipment for adjusting basic input and output system setting |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101526901A (en) * | 2008-03-04 | 2009-09-09 | 联想(北京)有限公司 | Method and device for viewing files in computer |
| CN101572748A (en) * | 2009-06-15 | 2009-11-04 | 北京握奇数据系统有限公司 | Mobile phone card, mobile phone and method for starting mobile phone |
| CN102214118A (en) * | 2010-04-08 | 2011-10-12 | 中国移动通信集团公司 | Method, system and device for controlling virtual machine (VM) |
-
2012
- 2012-12-03 CN CN201210510496.8A patent/CN103853972B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101526901A (en) * | 2008-03-04 | 2009-09-09 | 联想(北京)有限公司 | Method and device for viewing files in computer |
| CN101572748A (en) * | 2009-06-15 | 2009-11-04 | 北京握奇数据系统有限公司 | Mobile phone card, mobile phone and method for starting mobile phone |
| CN102214118A (en) * | 2010-04-08 | 2011-10-12 | 中国移动通信集团公司 | Method, system and device for controlling virtual machine (VM) |
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