CN103309691A - Information processing equipment and quick startup method thereof - Google Patents
Information processing equipment and quick startup method thereof Download PDFInfo
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- CN103309691A CN103309691A CN2012100642485A CN201210064248A CN103309691A CN 103309691 A CN103309691 A CN 103309691A CN 2012100642485 A CN2012100642485 A CN 2012100642485A CN 201210064248 A CN201210064248 A CN 201210064248A CN 103309691 A CN103309691 A CN 103309691A
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Abstract
The invention discloses information processing equipment and a quick startup method thereof. The information processing equipment comprises a memory unit, a storage unit and a processing unit; the storage unit is used for storing user data and system data of the information processing equipment; when the information processing equipment is turned off, the processing unit copies the program data of at least part of programs that an operation system of the information processing unit currently stores in the memory unit and the hardware state of the information processing equipment to preset positions of the storage unit; when the information processing equipment is turned on, the processing unit copies the program data of at least part of the programs and the hardware state from the storage unit to the memory unit so as to restore the operation system.
Description
Technical field
The present invention relates to a kind of messaging device and quick start method thereof.
Background technology
Current, the messaging device such as PC or notebook more and more universal.Usually the user is when the log-on message treatment facility, before can using this messaging device, need to wait for the long time (as, 1 minute), in this case, the long stand-by period can be reduced user's experience usually.It is to adopt stronger processor or the internal memory of performance to come start quickly speed that a kind of scheme that improves the toggle speed of messaging device is arranged, yet this can adversely increase the cost of messaging device.
Summary of the invention
In order to solve above-mentioned technical matters of the prior art, according to an aspect of the present invention, provide a kind of messaging device, comprising: internal storage location; Storage unit is for user data and the system data of storing described messaging device; Processing unit, wherein when described messaging device shutdown, described processing unit is replicated in the routine data of at least a portion program in the current program of storing of the operating system of messaging device and the hardware state of described messaging device on the predeterminated position of described storage unit in described internal storage location; And when the start of described messaging device, described processing unit with the routine data of described at least a portion program and described hardware state from described memory cell replicate to described internal storage location to recover described operating system.
In addition, according to one embodiment of present invention, wherein said at least a portion program comprises type 1 programming, and described type 1 programming is so that described operating system can normally be used necessary program.
In addition, according to one embodiment of present invention, wherein when the start of described messaging device, described processing unit at first with the routine data of described type 1 programming and described hardware state from described memory cell replicate to described internal storage location to recover described operating system; And after described operating system recovery, continuation with the routine data of the residual program except described type 1 programming from described memory cell replicate to described internal storage location to recover residual program.
In addition, according to one embodiment of present invention, wherein said storage unit further comprises: the first storage unit; And second storage unit, the access speed of described the second storage unit is higher than described the first storage unit, wherein when described messaging device shutdown, described processing unit is replicated in the routine data of at least a portion program in the current program of storing of the operating system of messaging device and the hardware state of described messaging device on the predeterminated position of described the second storage unit in described the first storage unit; And when the start of described messaging device, described processing unit with the routine data of described at least a portion program and described hardware state from described memory cell replicate to described internal storage location.
In addition, according to one embodiment of present invention, wherein said the first storage unit is hard disk; And described the second storage unit is the high speed flash memory.
In addition, according to a further aspect in the invention, provide a kind of quick start method that is applied to messaging device, described messaging device comprises internal storage location; And storage unit, described quick start method comprises: when described messaging device shutdown, the routine data of at least a portion program in the current program of storing in described internal storage location of the operating system of messaging device and the hardware state of described messaging device are replicated on the predeterminated position of described storage unit; And when the start of described messaging device, with the routine data of described at least a portion program and described hardware state from described memory cell replicate to described internal storage location to recover described operating system.
In addition, according to one embodiment of present invention, wherein said at least a portion program comprises type 1 programming, and described type 1 programming is so that described operating system can normally be used necessary program.
In addition, according to one embodiment of present invention, wherein when the start of described messaging device, at first with the routine data of described type 1 programming and described hardware state from described memory cell replicate to described internal storage location to recover described operating system; And after described operating system recovery, continuation with the routine data of the residual program except described type 1 programming from described memory cell replicate to described internal storage location to recover residual program.
In addition, according to one embodiment of present invention, wherein said storage unit further comprises: the first storage unit and access speed are higher than the second storage unit of described the first storage unit, wherein to will be described the hardware state of the routine data of few a part of program and the described messaging device step that is replicated in described storage unit further comprise: when described messaging device shuts down, the routine data of described at least a portion program and the hardware state of described messaging device are replicated on the predeterminated position of described the second storage unit; And routine data and the step of described hardware state from described memory cell replicate to described internal storage location of described at least a portion program further comprised: when described messaging device start, with the routine data of described at least a portion program and described hardware state from described the second memory cell replicate to described internal storage location.
In addition, according to one embodiment of present invention, wherein said the first storage unit is hard disk; And described the second storage unit is the high speed flash memory.
By above-mentioned configuration, when messaging device shuts down with the subprogram data in the internal storage location (as, the routine data relevant with the normal operation of operating system) and the related hardware status information of messaging device be stored in the storage unit, and subprogram data and the hardware status information that directly will be stored in when messaging device is started shooting in the storage unit return in the internal memory, thereby need not the part hardware in the operating system detection messaging device, and do not need the one by one required routine data of load operating operating system, can greatly reduce thus the required time of messaging device start.
Description of drawings
Fig. 1 is that diagram is according to the schematic block diagram of the structure of the messaging device of the embodiment of the invention;
Fig. 2 is the in accordance with another embodiment of the present invention schematic block diagram of the structure of messaging device of diagram; And
Fig. 3 is that diagram is according to the process flow diagram of the quick start method of the messaging device of the embodiment of the invention.
Embodiment
Describe in detail with reference to the accompanying drawings according to each embodiment of the present invention.Here, it should be noted that in the accompanying drawings, identical Reference numeral is given basically had ingredient identical or similar structures and function, and will omit being repeated in this description about them.
The below describes the messaging device of the embodiment of the invention with reference to Fig. 1.Fig. 1 is that diagram is according to the schematic block diagram of the structure of the messaging device of the embodiment of the invention.
As shown in Figure 1, the messaging device 1 according to the embodiment of the invention can comprise internal storage location 11, storage unit 12 and processing unit 13.
According to embodiments of the invention, when messaging device 1 shutdown, processing unit 13 can be replicated in the routine data of at least a portion program in the program of the current storage in internal storage location 11 of the operating system of messaging device 1 and the hardware state of messaging device 1 on the predeterminated position of storage unit 12.Particularly, bios program or operating system that can configuration information treatment facility 1, so that when user instruction messaging device 1 shutdown, processing unit 13 is stored in a part of routine data in the internal memory or whole routine data and the hardware status information of messaging device 1 in the storage unit 12 based on default instruction.Here, the zone identical with the capacity of internal storage location 11 be can in storage unit 12, preset and routine data in the special stored memory unit 11 and the hardware status information of messaging device 1 come.
Then, when the user made messaging device 1 start by pressing key, processing unit 13 will be stored in the part program in the storage unit 12 when messaging device 1 shutdown routine data and hardware state copied to internal storage location 11 with the recovery operation system from storage unit 12.
Particularly, according to one embodiment of present invention, when messaging device 1 shutdown, processing unit 13 can be replicated in the routine data of a part of program in the program of the current storage in internal storage location 11 of the operating system of messaging device 1 and the hardware state of messaging device 1 on the predeterminated position of storage unit 12.Here, when the user uses messaging device 1, the operating system of messaging device 1 is the various programs of storage in internal memory 11 usually, wherein in internal storage location 11 the various programs of storage can comprise system program (as, svchhost, taskmgr program etc.) and application program.According to embodiments of the invention, when messaging device 1 shutdown, a part of program that copies to storage unit 12 from internal storage location 11 can comprise makes operating system can normally be used necessary program (such as, system program).In addition, can normally be used outside the necessary program (such as, system program) except making operating system, a part of program that copies to storage unit 12 from internal storage location 11 can also comprise other program such as antivirus applet, fire wall.
In this case, when the user makes messaging device 1 start by pressing key, processing unit 13 during at first with messaging device 1 shutdown from internal storage location 11 be replicated in the storage unit 12, operating system can normally use routine data (such as, the routine data of system program) and the hardware state of messaging device 1 of necessary program to copy to internal storage location 11 from storage unit 12.In this case, since make operating system can normally be used the routine data of necessary program and the hardware state of messaging device 1 (as, display screen, loudspeaker, network equipment etc.) be copied to internal storage location 11, so routine data and hardware state that processing unit 13 only needs to read the said procedure in the internal storage location 11 just can be carried out immediately said procedure and recover above-mentioned hardware.Therefore, messaging device 1 can immediate recovery (startup) operating system.Here, the state of the operating system the when state of the operating system after the recovery shuts down with messaging device 1 is identical, and namely, after messaging device 1 start, the operating system of messaging device 1 is restored to the state that shuts down that time its last time.
In addition, according to one embodiment of present invention, after the operating system recovery of messaging device 1, can the configuration operation system, so that processing unit 13 can also continue to be stored in the predeterminable area of storage unit 12, except operating system can normally use other program the necessary program routine data (as, antivirus applet, fire wall, application program etc.) copy to internal storage location 11 to recover other program from storage unit 12.
In addition, when messaging device 1 shutdown, processing unit 13 can only be replicated in the routine data of the system program in the program of the current storage in internal storage location 11 of the operating system of messaging device 1 and the hardware state of messaging device 1 on the predeterminated position of storage unit 12.In this case, when messaging device 1 start, only the routine data of the system program of the operating system of messaging device 1 and the hardware state of messaging device 1 are copied in the internal storage location 11.Here, because the data volume of the hardware state of system program itself and messaging device 1 is less, the toggle speed when therefore only the hardware state of dubbing system program and messaging device 1 can further be accelerated messaging device 1 start.
By above-mentioned configuration, when messaging device shuts down with at least a portion routine data in the internal storage location (as, routine data with the required program of the normal operation of operating system) and the related hardware status information of messaging device be stored in the storage unit, and these subprogram data and the hardware status information that directly will be stored in when messaging device is started shooting in the storage unit return in the internal memory, thereby need not the part hardware in the operating system detection messaging device, and also the operating system of the irrelevant information treatment facility 1 required program of load operating operating system item by item can greatly reduce the required time of messaging device start thus.According to experiment as can be known, the on time of messaging device 1 can be shortened to the several seconds.
Messaging device according to the embodiment of the invention has been described in the above.The below will describe according to another embodiment of the present invention messaging device.Fig. 2 is the in accordance with another embodiment of the present invention schematic block diagram of the structure of messaging device of diagram.
Messaging device 1 ' shown in Figure 2 is with the difference of messaging device 1 shown in Figure 1: storage unit 12 ' shown in Figure 2 further comprises the first storage unit 121 and the second storage unit 122.Here, because other parts of messaging device shown in Figure 2 are identical with corresponding component shown in Figure 1, therefore omitted the detailed description about them here, and the employing Reference numeral identical with corresponding component shown in Figure 1.
Here, the first storage unit 121 can realize by hard disk, and the second storage unit 122 can by the high speed flash memory (as, SSD) realize.Here, the access speed of the second storage unit 122 is higher than the access speed of the first storage unit 121.
According to the present embodiment, when messaging device 1 ' shutdown, processing unit 13 can be replicated in the routine data of at least a portion program in the program of the current storage in internal storage location 11 of the operating system of messaging device 1 ' and the hardware state of messaging device 1 ' on the predeterminated position of the second storage unit 122.Here, when messaging device 1 ' shutdown, at least a portion program that copies to the second storage unit 122 from internal storage location 11 can comprise makes operating system can normally be used necessary program (such as, system program).In addition, except make operating system can normally be used necessary program (as, system program) outside, at least a portion program that copies to the second storage unit 122 from internal storage location 11 can also comprise other program such as antivirus applet, fire wall.
In this case, when the user makes messaging device 1 ' start by pressing key, processing unit 13 during at first with messaging device 1 shutdown from internal storage location 11 be replicated in the storage unit 12, make operating system can normally be used the routine data of necessary program (such as, the routine data of system program) and the hardware state of messaging device 1 ' to copy to internal storage location 11 from the second storage unit 122.As mentioned above, because operating system can normally use the routine data of necessary program and the hardware state of messaging device 1 ' to be copied to internal storage location 11, so routine data and hardware state that processing unit 13 only needs to read the said procedure in the internal storage location 11 just can be carried out immediately said procedure and recover above-mentioned hardware.Therefore, messaging device 1 ' can immediate recovery (startup) operating system.
In addition, can the configuration operation system, so that after messaging device 1 ' starts, processing unit 13 can also continue to be stored in the predeterminable area of the second storage unit 122, except operating system can normally use other program the necessary program routine data (as, antivirus applet, fire wall, application program etc.) copy to internal storage location 11 to recover other program from the second storage unit 122.
In addition, when messaging device 1 ' shutdown, processing unit 13 can only be replicated in the routine data of the system program in the program of the current storage in internal storage location 11 of the operating system of messaging device 1 ' and the hardware state of messaging device 1 ' on the predeterminated position of the second storage unit 122, and when messaging device 1 ' start, only the hardware state of the routine data of the system program of the operating system of messaging device 1 ' and messaging device 1 ' is copied in the internal storage location 11 start-up time with further shortening messaging device 1 '.
By above-mentioned configuration, because the access speed of the second storage unit 122 is very high, therefore 11 required times are very short from internal storage location 11 copy datas to the second storage unit 122 and from the second storage unit 122 copy datas to internal storage location, thereby reduced the required time of data Replica, further improved thus os starting (recovery) time of messaging device 1 '.
Here, the capacity (more than or equal to the capacity of internal storage location 11) that can limit the second storage unit 122 reduces the holistic cost of storage unit 12 ', thereby in the situation of the cost that does not substantially increase messaging device 1 ', providing more, the user experiences.
Described in the above according to each embodiment of the present invention, the below is with reference to the quick start method of Fig. 3 description according to the messaging device of the embodiment of the invention.Here, quick start method shown in Figure 3 can be applied in the messaging device that comprises internal storage location and storage unit illustrated in figures 1 and 2.
As shown in Figure 2, at step S201, when messaging device shuts down, the routine data of at least a portion program in the current program of storing in internal storage location of the operating system of messaging device and the hardware state of messaging device are replicated on the predeterminated position of storage unit.
Particularly, according to one embodiment of present invention, as described in Figure 1, when messaging device 1 shutdown, processing unit 13 can be replicated in the routine data of at least a portion program in the program of the current storage in internal storage location 11 of the operating system of messaging device 1 and the hardware state of messaging device 1 on the predeterminated position of storage unit 12.Here, when messaging device 1 shutdown, this subprogram that copies to storage unit 12 from internal storage location 11 can comprise makes operating system can normally be used necessary program (such as, system program).In addition, can normally be used outside the necessary program (such as, system program) except making operating system, this subprogram that copies to storage unit 12 from internal storage location 11 can also comprise other program such as antivirus applet, fire wall.
In addition, according to another embodiment of the invention, as described in Figure 2, the storage unit 12 of messaging device 1 ' comprises the first storage unit 121 and the second storage unit 122.The first storage unit 121 can realize by hard disk, and the second storage unit 122 can by the high speed flash memory (as, SSD) realize.Here, the access speed of the second storage unit 122 is higher than the access speed of the first storage unit 121.In this case, when messaging device 1 ' shutdown, processing unit 13 can be replicated in the hardware state of the routine data of at least a portion program in the program of the current storage in internal storage location 11 of the operating system of messaging device 1 ' and messaging device 1 ' on the predeterminated position of the second storage unit 122 of storage unit 12 '.Here, when messaging device 1 ' shutdown, at least a portion program that copies to the second storage unit 122 from internal storage location 11 can comprise makes operating system can normally be used necessary program (such as, system program).In addition, except make operating system can normally be used necessary program (as, system program) outside, at least a portion program that copies to the second storage unit 122 from internal storage location 11 can also comprise other program such as antivirus applet, fire wall.
Then, at step S202, when messaging device is started shooting, with the routine data of at least a portion program of storing and hardware state from the memory cell replicate to the internal storage location with the recovery operation system.
Particularly, as described in for Fig. 1, when the user makes messaging device 1 start by pressing key, processing unit 13 during at first with messaging device 1 shutdown from internal storage location 11 be replicated in the storage unit 12, operating system can normally use routine data (such as, the routine data of system program) and the hardware state of messaging device 1 of necessary program to copy to internal storage location 11 from storage unit 12.In this case, since operating system can normally use the routine data of necessary program and the hardware state of messaging device 1 (as, display screen, loudspeaker, network equipment etc.) all be copied to internal storage location 11, so routine data and hardware state that processing unit 13 only needs to read the said procedure in the internal storage location 11 just can be carried out immediately said procedure and recover above-mentioned hardware.Therefore, messaging device 1 can immediate recovery (startup) operating system.In addition, after the operating system recovery of messaging device 1, processing unit 13 can also continue to be stored in the predeterminable area of storage unit 12, except operating system can normally use other program the necessary program routine data (as, antivirus applet, fire wall, application program etc.) copy to internal storage location 11 to recover other program from storage unit 12.In addition, when messaging device 1 start, the toggle speed when processing unit 13 can be only copies in the internal storage location 11 hardware state of the routine data of the system program of the operating system of messaging device 1 and messaging device 1 with further quickening messaging device 1 start.
In addition, according to another embodiment of the invention, as described in for Fig. 2, when the user makes messaging device 1 ' start by pressing key, processing unit 13 during at first with messaging device 1 shutdown from internal storage location 11 be replicated in the storage unit 12, make operating system can normally use the routine data of necessary program (such as, the routine data of system program) and the hardware state of messaging device 1 ' to copy to internal storage location 11 from the second storage unit 122.As mentioned above, because operating system can normally use the routine data of necessary program and the hardware state of messaging device 1 ' to be copied to internal storage location 11, so routine data and hardware state that processing unit 13 only needs to read the said procedure in the internal storage location 11 just can be carried out immediately said procedure and recover above-mentioned hardware.Therefore, messaging device 1 ' can immediate recovery (startup) operating system.In addition, after messaging device 1 ' starts, processing unit 13 can also continue to be stored in the predeterminable area of the second storage unit 122, except operating system can normally use other program the necessary program routine data (as, antivirus applet, fire wall, application program etc.) copy to internal storage location 11 to recover other program from the second storage unit 122.
Describe each embodiment of the present invention in the above in detail.Yet, it should be appreciated by those skilled in the art that without departing from the principles and spirit of the present invention, can carry out various modifications to these embodiment, combination or sub-portfolio, and such modification should fall within the scope of the present invention.
Claims (10)
1. messaging device comprises:
Internal storage location;
Storage unit is for user data and the system data of storing described messaging device;
Processing unit,
Wherein when described messaging device shutdown, described processing unit is replicated in the routine data of at least a portion program in the current program of storing of the operating system of messaging device and the hardware state of described messaging device on the predeterminated position of described storage unit in described internal storage location; And
When the start of described messaging device, described processing unit with the routine data of described at least a portion program and described hardware state from described memory cell replicate to described internal storage location to recover described operating system.
2. messaging device as claimed in claim 1, wherein
Described at least a portion program comprises type 1 programming, and described type 1 programming is so that described operating system can normally be used necessary program.
3. messaging device as claimed in claim 2, wherein
When the start of described messaging device, described processing unit at first with the routine data of described type 1 programming and described hardware state from described memory cell replicate to described internal storage location to recover described operating system; And
After described operating system recovery, continuation with the routine data of the residual program except described type 1 programming from described memory cell replicate to described internal storage location to recover residual program.
4. messaging device as claimed in claim 1, described storage unit further comprises:
The first storage unit; And
The second storage unit, the access speed of described the second storage unit are higher than described the first storage unit,
Wherein when described messaging device shutdown, described processing unit is replicated in the routine data of at least a portion program in the current program of storing of the operating system of messaging device and the hardware state of described messaging device on the predeterminated position of described the second storage unit in described the first storage unit; And
When the start of described messaging device, described processing unit with the routine data of described at least a portion program and described hardware state from described memory cell replicate to described internal storage location.
5. messaging device as claimed in claim 4, wherein
Described the first storage unit is hard disk; And
Described the second storage unit is the high speed flash memory.
6. quick start method that is applied to messaging device, described messaging device comprises internal storage location; And storage unit, described quick start method comprises:
When described messaging device shutdown, the routine data of at least a portion program in the current program of storing in described internal storage location of the operating system of messaging device and the hardware state of described messaging device are replicated on the predeterminated position of described storage unit; And
When the start of described messaging device, with the routine data of described at least a portion program and described hardware state from described memory cell replicate to described internal storage location to recover described operating system.
7. method as claimed in claim 6, wherein
Described at least a portion program comprises type 1 programming, and described type 1 programming is so that described operating system can normally be used necessary program.
8. method as claimed in claim 7, wherein
When the start of described messaging device, at first with the routine data of described type 1 programming and described hardware state from described memory cell replicate to described internal storage location to recover described operating system; And
After described operating system recovery, continuation with the routine data of the residual program except described type 1 programming from described memory cell replicate to described internal storage location to recover residual program.
9. method as claimed in claim 7, wherein said storage unit further comprises:
The first storage unit and access speed are higher than the second storage unit of described the first storage unit,
Wherein to will be described less the hardware state of the routine data of a part of program and the described messaging device step that is replicated in described storage unit further comprise:
When described messaging device shutdown, the routine data of described at least a portion program and the hardware state of described messaging device are replicated on the predeterminated position of described the second storage unit; And
Routine data and the step of described hardware state from described memory cell replicate to described internal storage location of described at least a portion program are further comprised:
When the start of described messaging device, with the routine data of described at least a portion program and described hardware state from described the second memory cell replicate to described internal storage location.
10. method as claimed in claim 9, wherein
Described the first storage unit is hard disk; And
Described the second storage unit is the high speed flash memory.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2012100642485A CN103309691A (en) | 2012-03-12 | 2012-03-12 | Information processing equipment and quick startup method thereof |
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| CN2012100642485A CN103309691A (en) | 2012-03-12 | 2012-03-12 | Information processing equipment and quick startup method thereof |
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