CN108958823A - The method for modifying basic input output system setting value - Google Patents
The method for modifying basic input output system setting value Download PDFInfo
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- CN108958823A CN108958823A CN201710350062.9A CN201710350062A CN108958823A CN 108958823 A CN108958823 A CN 108958823A CN 201710350062 A CN201710350062 A CN 201710350062A CN 108958823 A CN108958823 A CN 108958823A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/445—Program loading or initiating
- G06F9/44505—Configuring for program initiating, e.g. using registry, configuration files
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Abstract
A method of modification basic input output system setting value, suitable for the electronic device with processing unit and non-volatility memorizer, non-volatility memorizer storage includes the basic input output system (BIOS) for being currently set shelves and default settings shelves.When electronic device startup, processing unit executes basic input output system to carry out System self-test program, and whether the system information for detecting electronic device changes.When system information changes, processing unit turns back on according to system information modification default settings shelves, and after processing unit modification default settings shelves and re-executes basic input output system according to the default settings shelves after modification.The present invention simplifies management of the manufacture end for basic input output system procedure code, also reduces the cost of the manufacturing due to using identical basic input output system.
Description
Technical field
The invention relates to a kind of methods for modifying basic input output system setting value, particularly relate to a kind of modification base
The method of the preset setting values of this input-output system.
Background technique
Currently, in the field of computer installation or server, with the difference that its hardware specification or user require, institute
Basic input output system (BIOS) procedure code of collocation also can be different, in most cases, with a series of in producer end
Even if only substituting one of hardware specification in computer installation or server, such as memory specification, can still be considered as not
Identical model, implies that different system informations, just need in response at size heterogeneity or user require and in addition rewrite one
Cover bios program code and corresponding another set of BIOS setup value.However, being directed to a series of size heterogeneity between lower different models very
Small situation, such as only substituted a fan, bios program code does not need whole rewritings at this time, and only need to change its it is right
The BIOS setup value answered.However traditionally, even if only BIOS setup value is different, must still prepare in management a set of identical
Bios program code is come this set of different BIOS setup value of arranging in pairs or groups, and while producing must also make two parts of bios program codes, very
Waste management manpower and hardware resource.On the other hand, when bios program code needs to make an amendment, even if its bios program code is all
It is identical and be only that BIOS setup value is different, still have to correct bios program code corresponding to each model under the series one by one,
And a bios program code can not be only modified, this mode is unfavorable for the management of procedure code.
Summary of the invention
For above situation, the purpose of the present invention is to provide a kind of modification basic input output system setting values of improvement
Method.
Then, the present invention provides a kind of method for modifying basic input output system setting value, is suitable for having processing single
The electronic device of member and non-volatility memorizer, non-volatility memorizer are stored including being currently set shelves and default settings shelves
Basic input output system.Its method includes: when electronic device startup, and processing unit is by execution basic input and output system
System, then judges whether the system information of electronic device changes.When electronic device system information change when, processing unit according to
Default settings shelves in system information modification non-volatility memorizer.Processing unit is default in modification non-volatility memorizer
It is turned back on after setting shelves, and executes basic input output system according to the default settings shelves after modification to carry out System self-test journey
Sequence.
In some preferred embodiments, before carrying out the System self-test program, processing unit is more read according to default
Flag is taken to decide whether to read default settings shelves.When default reading flag is set, processing unit is held according to default settings shelves
Row basic input output system.When default reading flag is not set, processing unit is substantially defeated according to shelves execution is currently set
Enter output system.
In some preferred embodiments, electronic device further includes memory cell, and memory cell is to store electricity
The system information of sub-device.In addition, processing unit penetrates the memory cell of access electronic device to obtain system information.
In some preferred embodiments, non-volatility memorizer stores a previous system information, and modifies substantially defeated
The method for entering output system setting value further includes: by comparing stored in acquired system information and non-volatility memorizer
Previous system information judge whether system information changes.Moreover, it is judged that system information is made after whether system information changes
It is stored in non-volatility memorizer for previous system information.
In some preferred embodiments, when system information changes, processing unit is repaired according to the system information after variation
Change the setting value of default settings shelves.
In some preferred embodiments, the corresponding table of non-volatility memorizer more stocking system information and setting value.This
Outside, when system information changes, processing unit is according to the system information after variation and corresponds to setting for table modification default settings shelves
Definite value.
In some preferred embodiments, when system information does not change, processing unit executes base according to shelves are currently set
This input-output system is to carry out System self-test program.
Compared to the prior art, the present invention is due to using identical basic input output system, simplify manufacture end for
The management of basic input output system procedure code also reduces the cost of the manufacturing.Furthermore since electronic device is different in generation
Often or in the case where resetting, it is necessary to change by executing BIOS according to default settings shelves C2, if traditionally only modification is currently set shelves
C1 and so that default settings shelves C2 is corresponded to the system information of current electronic device, it will cause electronic devices being abnormal or
When resetting, BIOS is executed with incompatible default settings shelves C2.Therefore, it modifies and sets through mode of the invention
Determine shelves C2, more can be avoided the problem.
[Detailed description of the invention]
Fig. 1 is the electronic device schematic diagram of modification basic input output system setting value described in one embodiment of the invention.
Fig. 2 is the method flow diagram of the modification basic input output system setting value of Fig. 1 embodiment of the present invention.
[specific embodiment]
Expression in a specific way as described below is shown in embodiment or example in diagram.It will be appreciated that the embodiment or example are simultaneously
It is non-to limit.The replacement and modification of any embodiment of the present invention, and any of principle of the present invention further apply, for
There is usual operator can complete with reference to present specification in field of the present invention.
Fig. 1 shows the electronics of modification basic input output system (BIOS) setting value described in an embodiment according to the present invention
10 schematic diagram of device.The electronic device 10 includes non-volatility memorizer 102, processing unit 104 and memory cell 106.
Non-volatility memorizer 102 stores basic input output system (BIOS) 112 comprising basic input output system image
Shelves (BIOS image file) and configuration profile (configuration file), and can be further divided into configuration profile
It is currently set shelves (current setup) C1 and default settings shelves (default setup) C2.For example, it is currently set
Shelves C1 is that used setting value, user set basic input output system 112 according to what use demand was done under normal circumstances
Definite value changes, and can be stored in and be currently set a grade C1.On the other hand, default settings shelves C2 is then original factory setting value, to
It allows use when starting for the first time of basic input output system 112, or is being abnormal or is resetting etc. in special circumstances
It uses.Therefore under normal circumstances, processing unit 104 executed according to grade C1 is currently set basic input output system 112 with
Carry out boot programs such as System self-test program (POST).It will be understood that may not yet be arranged and set at present when system starts for the first time
Shelves C1 is determined, at this point, processing unit 104 can will be then arranged according to default settings shelves C2 is currently set a grade C1, if user later
Setting value is voluntarily changed, then variation can be stored in and be currently set a grade C1, changes default settings shelves C2 without going.
In some embodiment of the invention, memory cell 106 is mainly used for the system information of stored electrons device 10, example
Such as, the relevant informations such as the specification of other elements and version in systematic name, serial number or electronic device 10, in some embodiments
In, memory cell 106 can be the replaceable unit (FRU in scene being set in server unit；Field Replaceable
Unit).In some embodiments, electronic device 10 can be server, can further include baseboard management controller in electronic device 10
(BMC), the elements such as platform path Management Controller, display card, network card are no longer added to repeat to simplify explanation in specification.
Below with Fig. 2 and cooperate Fig. 1 come illustrate the present invention modification basic input output system setting value operation workflow.
Firstly, in step S202, processing unit 104 is loaded into substantially defeated in non-volatility memorizer 102 after electronic device 10 is switched on
Enter output system 112 to execute and carry out System self-test program (POST).Then in step S204, at System self-test program initial stage
When, first judgement is default to read whether flag is set, and when default reading flag is not set, then continues step S206, reads
Grade C1 is currently set in negated volatile storage 102 to execute the subsequent action of basic input output system 112.Conversely,
When it is default read flag and be set when, then continue step S208, read the default settings shelves C2 in non-volatility memorizer 102 with
Execute the subsequent action of basic input output system 112.In step S210, the default flag that reads then will be dealt with unit 104
It removes.In other words, processing unit 104, which selects to read through default reading flag, is currently set grade C1 either default settings
Shelves C2 indicates to read default settings shelves C2 if flag is set if default read.In some embodiments, presetting reading flag can
It is set to one of non-volatility memorizer 102 memory bit, when the memory bit is set as " 1 ", then it represents that default to read
Take flag that (SET) is set, and when the memory bit is set as " 0 ", then it represents that the default flag that reads is not set or is weighed
(if RESET).
Then, in step S212, the system information that processing unit 104 is stored according to memory cell 106, judgement is at present
System information it is whether identical as previous system information.In some embodiments, whenever processing unit 104 judges system information
After whether changing, such as after step S212, the system information that is read when this time can be switched on by memory cell 106 as
Previous system information is stored in non-volatility memorizer 102, and when be switched on next time, processing unit 104 is then according to non-volatile
Property memory 102 in note down the system information and this system information pair for reading from memory cell 106 of being switched on of previous booting
Than to judge whether current system information is identical as previous system information.If judging current system in step S212
When information is identical as previous system information, then continue step S220, executes the boot programs such as follow-up system self-check program.When
When judging current system information and not identical previous system information in step S212, then continue step S214.
In step S214, processing unit 104 correspondingly modifies default settings shelves C2's according to current system information
Setting value.In some embodiments, processing unit 104 is reflected by the basic input output system that non-volatility memorizer 102 is read in
As may include having system information table corresponding with setting value or procedure code in shelves, processing unit 104 is then found out according to the correspondence table
Meet the setting value of current system information, and accordingly modifies the setting value in default settings shelves C2.Specifically, if the correspondence
In the case that table is suitable for the electronic device of two kinds of different models or specification (this means, with different system informations), corresponding table
Then including at least has the first setting value for the first system information and the second setting value for second system information.Work as place
Reason unit 104 judges that current system information is not for second system information and identical as previous system information, in other words, mesh
When preceding system information changes into second system information by previous the first system information, then processing unit 104 is in step
Selected setting value in non-volatility memorizer 102 in default settings shelves C2 is revised as the corresponding to second system by S210
Two setting values.It will be understood that may include multiple setting values in default settings shelves C2, selecting setting value then can be wherein at least one
A setting value.In some embodiments, setting value includes the parameter of every part and its control on motherboard in electronic device 10
It is fixed to set up, such as: system basic parameter sets (Standard CMOS Setup), the setting of display card, hard disk setting, chipset
Parameter setting (Chipset Features Setup), memory efficiency set option, video signal cache function (VIDEO automatically
BIOS Cacheable), power management (power management) setting etc..On the other hand, the present invention corresponds to setting for table
The form that is not limited to is set, any mode that set point correct can be differentiated according to system information should all be included in wherein.
Then, in step S216, the setting of processing unit 104 is default to read flag, to indicate that system reads default settings shelves
C2, for example, will be used to store the default memory bit for reading flag in non-volatility memorizer 102 is set as " 1 ", and in step
In rapid S218, system boots is returned to step S202 by processing unit 104, re-executes basic input output system 112.
Whereby, re-execute basic input output system 112 after system boots, processing unit 104 System self-test program initial stage then
The default flag that reads can be determined in step S204 to be set, and continue at step S208, read in modified default settings shelves
C2 removes default reading flag in step S210 to execute the subsequent action of basic input output system, to avoid past
Booting causes processing unit 104 to judge by accident afterwards.
In conclusion the present invention penetrate in System self-test program detecting system information come correspondingly modify input substantially it is defeated
Preset setting values C2 in system 112 out, even the electronic device of different model and specification is (for example, computer installation or clothes
Business device) needed for the preset setting values C2 that uses it is different in the case where, the still mountable same basic input output system
112, and automatically correspondence system information and modify preset setting values C2.It must be to the electricity of different system informations compared to the past
Sub-device stores different basic input output system 112 and its default settings shelves C2, and the present invention is due to using identical base
This input-output system simplifies management of the manufacture end for 112 procedure code of basic input output system, also reduces production system
The cost made.Furthermore since electronic device is in the case where being abnormal or resetting, it is necessary to change by according to default settings shelves C2 come
BIOS is executed, if traditionally only modification is currently set grade C1 and does not make system of the default settings shelves C2 corresponding to current electronic device
Information, it will cause electronic devices when being abnormal or resetting, and executes BIOS with incompatible default settings shelves C2.
Therefore, default settings shelves C2 is modified through mode of the invention, more can be avoided the problem.
A specific embodiment of the invention and embodiment are elaborated above in conjunction with attached drawing, but cannot with restriction
The scope of the present invention, made equalization modification and transformation, all should belong to the invention patent in scope of the present invention patent
In range.
Claims (7)
1. a kind of method for modifying basic input output system setting value, is suitable for an electronic device, the electronic device includes
One processing unit and a non-volatility memorizer, the non-volatility memorizer, which is stored, is currently set shelves and one including one
One basic input output system of default settings shelves, which is characterized in that the described method includes:
When the electronic device startup, the processing unit executes the basic input output system to carry out System self-test journey
Sequence；
When the processing unit carries out System self-test program, judge whether one of electronic device system information changes；
When the system information changes, the processing unit is in the non-volatility memorizer according to the system information modification
The default settings shelves；And
The processing unit turns back on after modifying the default settings shelves, and is executed according to the default settings shelves after modification
The basic input output system is to carry out System self-test program.
2. the method for modification basic input output system setting value according to claim 1, which is characterized in that further include:
Before whether the system information for judging the electronic device changes, the processing unit is more according to a default reading
Flag decides whether to read the default settings shelves；
When the default reading flag is set, the processing unit executes described substantially defeated according to the default settings shelves
Enter output system；And
When the default reading flag is not set, it is described basic to execute that the processing unit is currently set shelves according to
Input-output system.
3. the method for modification basic input output system setting value according to claim 1, which is characterized in that the electronics
Device further includes a memory cell, the system information of the memory cell to store the electronic device, and institute
The method of stating further includes:
The processing unit penetrates the memory cell for accessing the electronic device to obtain the system information.
4. the method for modification basic input output system setting value according to claim 3, which is characterized in that described non-to wave
Hair property memory storage has a previous system information, and the method further includes:
Judge whether the system information changes with the previous system information by comparing the acquired system information；
And
After judging whether the system information changes, it is stored in using the system information as previous system information described non-volatile
In property memory.
5. the method for modification basic input output system setting value according to claim 1, which is characterized in that when the system
When system information changing, the setting of the processing unit one of default settings shelves according to the system information modification after variation
Value.
6. the method for modification basic input output system setting value according to claim 5, which is characterized in that described non-to wave
Hair property memory more stores a corresponding table of the system information with the setting value, described when the system information changes
Processing unit according to after variation the system information and the corresponding table modify the setting values of the default settings shelves.
7. the method for modification basic input output system setting value according to claim 1, which is characterized in that further include:
When the system information does not change, the processing unit is currently set shelves according to and executes the basic input and output
System is to carry out System self-test program.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111666185A (en) * | 2019-03-05 | 2020-09-15 | 佛山市顺德区顺达电脑厂有限公司 | Method for generating BIOS change record |
| TWI743480B (en) * | 2019-05-17 | 2021-10-21 | 英商鼎通盛股份有限公司 | Computer system and a booting method for the same |
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| CN108958823B (en) | 2022-10-28 |
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