CN108037958A - The starting-up method and onboard system of onboard system - Google Patents
The starting-up method and onboard system of onboard system Download PDFInfo
- Publication number
- CN108037958A CN108037958A CN201711397906.1A CN201711397906A CN108037958A CN 108037958 A CN108037958 A CN 108037958A CN 201711397906 A CN201711397906 A CN 201711397906A CN 108037958 A CN108037958 A CN 108037958A
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- China
- Prior art keywords
- file
- nonsystematic
- data
- storage region
- onboard system
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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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
- G06F9/4401—Bootstrapping
- G06F9/4406—Loading of operating system
-
- 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
Abstract
Present invention is disclosed the starting-up method and onboard system of onboard system, wherein, the starting-up method of onboard system, including：Receive power-on instruction；Search the first storage region of the system file of onboard system；The system file of first storage region is scanned successively, reads the data of system file to complete to start shooting.The present invention to the nonsystematic file of system file and user installation by carrying out subregion storage, and the data of system file are read by only scanning in start, the data of system file are loaded into onboard system RAM, so that energy runtime file completes start, make the available machine time unrelated with the APK quantity of user installation, the available machine time is set to become controllable, the system file configured when only dispatching from the factory with onboard system is related.
Description
Technical field
The present invention relates to onboard system, the starting-up method and onboard system of onboard system are especially related to.
Background technology
With the development of modern automobile industry and electronic technology, the Department of Electronics such as automobile navigation, communication, multimedia video amusement
System can network to form powerful comprehensive onboard system by network technology.Following onboard system towards it is integrated,
The intelligent, direction of all-graphic information platform is developed.It can meet the user for running multiple programs at the same time in existing onboard system
Demand, but in Android onboard systems, the APK of user installation is more, and the available machine time is longer, the available machine time of onboard system
Become uncontrollable, influence the usage experience of user.
Therefore, the prior art could be improved.
The content of the invention
The main object of the present invention is a kind of starting-up method of onboard system of offer, it is intended to solves opening for existing onboard system
The machine time causes available machine time elongated technical problem with the APK increasing numbers of user installation.
The present invention proposes a kind of starting-up method of onboard system, including：
Receive power-on instruction；
Search the first storage region of the system file of onboard system；
The system file of first storage region is scanned successively, reads the data of system file to complete to start shooting.
Preferably, the system file for scanning first storage region successively, to read the data of system file simultaneously
After the step of start, including：
Judge whether to have shown main interface；
If so, then judge to have completed to start shooting；
Search the second storage region of the nonsystematic file of onboard system；
The nonsystematic file of second storage region is scanned according to preset rules, to read the data of nonsystematic file simultaneously
Loading.
Preferably, the nonsystematic file that second storage region is scanned according to preset rules, to read nonsystematic
After the step of data of file and loading, including：
Monitor the load progress of the nonsystematic file；
Loaded, then refresh the display main interface.
Preferably, the nonsystematic file that second storage region is scanned according to preset rules, to read nonsystematic
The step of data of file and loading, including：
Judge that second storage region whether there is the first kind nonsystematic file of default priority scan；
If so, then first kind nonsystematic file described in priority scan, to read the data of the first kind nonsystematic file
And load；
Detect the first kind nonsystematic file whether loaded；
If so, the second class nonsystematic file in addition to the first kind nonsystematic file is scanned again, to read described
The data of two class nonsystematic files and loading.
Preferably, the nonsystematic file that second storage region is scanned according to preset rules, to read nonsystematic
The step of data of file and loading, including：
Sort according to display of the nonsystematic file in the display main interface, scan second memory block successively
The nonsystematic file in domain, to read the data of nonsystematic file and loading.
The present invention also provides a kind of onboard system, including：
Receiving module, for receiving power-on instruction；
First searching module, the first storage region of the system file for searching onboard system；
First scan module, for scanning the system file of first storage region successively, reads the number of system file
Start is completed according to this.
Preferably, the onboard system, including：
Judgment module, for judging whether to have shown main interface；
Determination module, for if so, then judging to have completed to start shooting；
Second searching module, the second storage region of the nonsystematic file for searching onboard system；
Second scan module, for scanning the nonsystematic file of second storage region according to preset rules, to read
The data of nonsystematic file and loading.
Preferably, the onboard system, including：
Monitoring modular, for monitoring the load progress of the nonsystematic file；
Refresh module, for loaded, then refreshes the display main interface.
Preferably, second scan module, including：
Judging unit, for judging that second storage region whether there is the first kind nonsystematic text of default priority scan
Part；
First scanning element, for if so, then first kind nonsystematic file described in priority scan, to read the first kind
The data of nonsystematic file and loading；
Detection unit, for detecting the first kind nonsystematic file whether loaded；
Second scanning element, for if so, scanning the second class nonsystematic in addition to the first kind nonsystematic file again
File, to read the data of the second class nonsystematic file and loading.
Preferably, second scan module, including：
3rd scanning element, for sorting according to display of the nonsystematic file in the display main interface, successively
The nonsystematic file of second storage region is scanned, to read the data of nonsystematic file and loading.
Advantageous effects of the present invention：The present invention to the nonsystematic file of system file and user installation by carrying out subregion
Domain stores, and reads the data of system file by only scanning in start, and the data of system file are loaded into onboard system
In RAM, so that energy runtime file completes start, make the available machine time unrelated with the APK quantity of user installation, make the available machine time
Become fixed, controllable, the system file configured when only dispatching from the factory with onboard system is related.And it is of the invention after completing to start shooting,
The data of nonsystematic file are read on backstage by scanning, and the data of nonsystematic file are loaded into onboard system RAM, with progressively
Load nonsystematic file.The present invention realizes by delaying loading nonsystematic file and is meeting that the APK's of user installation needs is same
When, and the starting up speed of onboard system is not influenced.
Brief description of the drawings
The flow diagram of the starting-up method of the onboard system of Fig. 1 one embodiment of the invention；
The flow diagram of step S7 in Fig. 2 another embodiment of the present invention；
The structure diagram of the onboard system of Fig. 3 one embodiment of the invention；
The optimization structure diagram of the onboard system of Fig. 4 one embodiment of the invention；
The re-optimization structure diagram of the onboard system of Fig. 5 one embodiment of the invention；
The structure diagram of second scan module of Fig. 6 another embodiment of the present invention；
The structure diagram of second scan module of Fig. 7 one embodiment of the invention.
The embodiments will be further described with reference to the accompanying drawings for the realization, the function and the advantages of the object of the present invention.
Embodiment
It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not intended to limit the present invention.
Reference Fig. 1, the starting-up method of the onboard system of one embodiment of the invention, including：
S1：Receive power-on instruction.
Power-on instruction in this step, including the power-on instruction formed by triggering ACC ON gears.
S2：Search the first storage region of the system file of onboard system.
By the store path of scanning system file in this step, the first memory block of the system file of onboard system is searched
Domain.The present embodiment individually stores system file, facilitates independent loading system file, and ensure that the security of onboard system.
The system file of the present embodiment includes：The programs such as audio, radio, navigation, onboard system related service.
S3：The system file of above-mentioned first storage region is scanned successively, reads the data of system file to complete to start shooting.
When onboard system is started shooting, the data of system file need to be read by scanning successively, are write data into RAM, ability
Runtime file, completes start process.The present embodiment is by dividing the nonsystematic file of system file and user installation
Region stores, and reads the data of system file by only scanning in start, and the data of system file are loaded into vehicle-mounted system
Unite in RAM, so that energy runtime file completes start, making the APK of available machine time and user installation, (AndroidPackage pacifies
Tall and erect installation kit) quantity is unrelated, and the available machine time is become fixed, controllable, the system file configured when only dispatching from the factory with onboard system has
Close, such as, the available machine time is always 20S.
Further, in the present embodiment, after step S3, including：
S4：Judge whether to have shown main interface.
The present embodiment is by whether show main interface, to determine whether to have completed the system for scanning first storage region
File, completes start.
S5：If so, then judge to have completed to start shooting.
S6：Search the second storage region of the nonsystematic file of onboard system.
By scanning the store path of nonsystematic file in this step, search the nonsystematic file of user installation second is deposited
Storage area domain.
S7：The nonsystematic file of second storage region is scanned according to preset rules, to read the number of nonsystematic file
According to and load.
The present embodiment reads the data of nonsystematic file on backstage, by nonsystematic file after completing to start shooting by scanning
Data be loaded into onboard system RAM, progressively to load nonsystematic file.The present invention loads nonsystematic file by delaying,
Realize while the APK of user installation needs is met, and do not influence the starting up speed of onboard system.
Further, after step S7, including：
S8：Monitor the load progress of the nonsystematic file.
The present embodiment can pass through load progress bar simultaneous display load progress when loading nonsystematic file.
S9:Loaded, then refresh the display main interface.
Main interface is shown, it is necessary to refresh again, when the present embodiment has loaded nonsystematic file to show in main interface
The icon of nonsystematic file is associated with the data of nonsystematic file.For example load progress bar shows and reaches 100%, then it represents that
Complete.The present embodiment refreshes in the lump after all nonsystematic file has been loaded, and other embodiments of the invention can also load one
During a nonsystematic file, just refresh and once show main interface, to facilitate user to timely use required corresponding nonsystematic file.
With reference to Fig. 2, in another embodiment of the present invention, step S7, including：
S70：Judge that above-mentioned second storage region whether there is the first kind nonsystematic file of default priority scan.
The present embodiment priority difference to nonsystematic file configuration, preferentially to load the first kind nonsystematic that user specifies
File, meets user demand.The present embodiment is by setting priority white list, to set the first kind system of priority scan text
Part.
S71：If so, the then above-mentioned first kind nonsystematic file of priority scan, to read above-mentioned first kind nonsystematic file
Data simultaneously load.
The data of first kind nonsystematic file are read by scanning and write RAM, by comparing with its installation data, number
According to it is consistent when, display main interface just can recognize that corresponding first kind nonsystematic file, after having loaded first kind nonsystematic file, brush
Newly main interface is once shown, to show the icon of the first kind nonsystematic file in main interface and first kind nonsystematic file
Data are associated, so that user can enable corresponding first kind nonsystematic file in time.
S72：Detect above-mentioned first kind nonsystematic file whether loaded.
First kind nonsystematic file whether loaded can be monitored by detecting the modes such as loading bar progress, such as, add
Carry progress bar to disappear, represent loaded.
S73：If so, the second nonsystematic file in addition to above-mentioned first kind nonsystematic file is scanned again, it is above-mentioned to read
The data of second class nonsystematic file and loading.
The preferential load document of the present embodiment nonsystematic file is first kind nonsystematic file, and others are the non-system of the second class
System file.The present embodiment continues loading others second after preferentially the load rather than system file of user's setting has been loaded
Class nonsystematic file.The first kind nonsystematic file of the present embodiment carries out after onboard system system file has been loaded.
Other embodiments of the invention can be in scanning system file, while scans the first kind nonsystematic file preferentially loaded.
Further, in the present embodiment, step S7, including：
S74：Sort according to display of the nonsystematic file in the display main interface, scan described second successively and deposit
The nonsystematic file in storage area domain, to read the data of nonsystematic file and loading.
Picture mark position of the present embodiment in the display main interface according to corresponding to nonsystematic file, scans nonsystematic text successively
Part.
Reference Fig. 3, the onboard system of one embodiment of the invention, including：
Receiving module 1, for receiving power-on instruction.
Power-on instruction in the present embodiment, including the power-on instruction formed by triggering ACC ON gears.
First searching module 2, the first storage region of the system file for searching onboard system.
By the store path of 2 scanning system file of the first searching module in the present embodiment, the system for searching onboard system
First storage region of file.The present embodiment individually stores system file, facilitates independent loading system file, and ensure that car
The security of loading system.The system file of the present embodiment includes：The journeys such as audio, radio, navigation, onboard system related service
Sequence.
First scan module 3, for scanning the system file of first storage region successively, reads the number of system file
Start is completed according to this.
When onboard system is started shooting, the data for reading system file need to be scanned successively by the first scan module 3, data are write
Enter in RAM, ability runtime file, completes start process.The present embodiment passes through the non-system to system file and user installation
File of uniting carries out subregion storage, and reads the data of system file by only scanning in start, by the data of system file
It is loaded into onboard system RAM, so that energy runtime file completes start, makes the APK of available machine time and user installation
(AndroidPackage Androids installation kit) quantity is unrelated, the available machine time is become controllable, is configured when only dispatching from the factory with onboard system
System file it is related, such as, the available machine time is always 20S.
Reference Fig. 4, the onboard system of one embodiment of the invention, including：
Judgment module 4, for judging whether to have shown main interface.
The present embodiment is by whether show main interface, to determine whether to have completed the system for scanning first storage region
File, completes start.
Determination module 5, for if so, then judging to have completed to start shooting.
Second searching module 6, the second storage region of the nonsystematic file for searching onboard system.
The store path of nonsystematic file is scanned in the present embodiment by the second searching module 6, searches the non-of user installation
Second storage region of system file.
Second scan module 7, for scanning the nonsystematic file of second storage region according to preset rules, to read
The data of nonsystematic file and loading.
The present embodiment scans the data for reading nonsystematic file on backstage after completing to start shooting by the second scan module 7,
The data of nonsystematic file are loaded into onboard system RAM, progressively to load nonsystematic file.The embodiment of the present invention is by prolonging
Nonsystematic file is loaded afterwards, is realized while the APK of user installation needs is met, and does not influence the start speed of onboard system
Degree.
Reference Fig. 5, the onboard system of one embodiment of the invention, including：
Monitoring modular 8, for monitoring the load progress of the nonsystematic file.
The present embodiment can pass through load progress bar simultaneous display load progress when loading nonsystematic file.
Refresh module 9, for loaded, then refreshes the display main interface.
, it is necessary to which refresh module 9, which refreshes, shows main interface, to show main interface when the present embodiment has loaded nonsystematic file
On nonsystematic file icon it is associated with the data of nonsystematic file.For example load progress bar shows and reaches 100%, then
Expression has been completed.The present embodiment refreshes in the lump after all nonsystematic file has been loaded, and other embodiments of the invention can also load
During a complete nonsystematic file, refreshing once shows main interface, to facilitate user to timely use required corresponding nonsystematic text
Part.
Reference Fig. 6, second scan module 7 of another embodiment of the present invention, including：
Judging unit 70, for judging that second storage region whether there is the first kind nonsystematic of default priority scan
File.
The present embodiment priority difference to nonsystematic file configuration, first to load the first kind nonsystematic text that user specifies
Part, meets user demand.The present embodiment is by setting priority white list, to set the first kind system file of priority scan.
First scanning element 71, for if so, then first kind nonsystematic file described in priority scan, to read described first
The data of class nonsystematic file and loading.
Scanned by the first scanning element 71 and read the data of first kind nonsystematic file and write RAM, by pacifying with it
Dress data compare, and when data are consistent, display main interface just can recognize that corresponding first kind nonsystematic file, load the first kind
After nonsystematic file, refreshing once shows main interface, to show the icon of the first kind nonsystematic file in main interface and the
The data of a kind of nonsystematic file are associated, so that user can enable corresponding first kind nonsystematic file in time.
Detection unit 72, for detecting the first kind nonsystematic file whether loaded.
The modes such as loading bar progress can be detected by detection unit 72 and monitor whether first kind nonsystematic file has loaded
Finish, such as, load progress bar disappears, and represents loaded.
Second scanning element 73, for if so, scan the nonsystematic file in addition to the first kind nonsystematic file again,
To read the data of the first kind nonsystematic file and loading.
The preferential load document of the present embodiment nonsystematic file is first kind nonsystematic file, and others are the non-system of the second class
System file.The present embodiment continues loading others second after preferentially the load rather than system file of user's setting has been loaded
Class nonsystematic file.The first kind nonsystematic file of the present embodiment carries out after onboard system system file has been loaded.
Other embodiments of the invention can be in scanning system file, while scans the first kind nonsystematic file preferentially loaded.
Reference Fig. 7, second scan module 7 of one embodiment of the invention, including：
3rd scanning element 74, for sorting according to display of the nonsystematic file in the display main interface, according to
The nonsystematic file of secondary scanning second storage region, to read the data of nonsystematic file and loading.
Picture mark position of the present embodiment in the display main interface according to corresponding to nonsystematic file, passes sequentially through the 3rd and sweeps
Retouch unit 74 and scan nonsystematic file.
The embodiment of the present invention is being opened by carrying out subregion storage to the nonsystematic file of system file and user installation
The data of system file are read during machine by only scanning, the data of system file are loaded into onboard system RAM, to transport
Row system file complete start, make the available machine time unrelated with the APK quantity of user installation, the available machine time is become controllable, only with
The system file configured when onboard system dispatches from the factory is related.It is non-by scanning reading on backstage and the present invention is after completing to start shooting
The data of system file, the data of nonsystematic file are loaded into onboard system RAM, progressively to load nonsystematic file.This
Inventive embodiments are realized while the APK of user installation needs is met, and do not influence car by delaying loading nonsystematic file
The starting up speed of loading system.
The foregoing is merely the preferred embodiment of the present invention, is not intended to limit the scope of the invention, every utilization
The equivalent structure or equivalent flow shift that description of the invention and accompanying drawing content are made, it is related to be directly or indirectly used in other
Technical field, be included within the scope of the present invention.
Claims (10)
- A kind of 1. starting-up method of onboard system, it is characterised in that including：Receive power-on instruction；Search the first storage region of the system file of onboard system；The system file of first storage region is scanned successively, reads the data of system file to complete to start shooting.
- 2. the starting-up method of onboard system according to claim 1, it is characterised in that described to scan described first successively and deposit The system file in storage area domain, after reading the step of data of system file are to complete start, including：Judge whether to have shown main interface；If so, then judge to have completed to start shooting；Search the second storage region of the nonsystematic file of onboard system；The nonsystematic file of second storage region is scanned according to preset rules, to read the data of nonsystematic file and add Carry.
- 3. the starting-up method of onboard system according to claim 2, it is characterised in that described to scan institute according to preset rules State the nonsystematic file of the second storage region, the step of to read the data of nonsystematic file and loading after, including：Monitor the load progress of the nonsystematic file；Loaded, then refresh the display main interface.
- 4. the starting-up method of onboard system according to claim 2, it is characterised in that described to scan institute according to preset rules The nonsystematic file of the second storage region is stated, the step of to read the data of nonsystematic file and loading, including：Judge that second storage region whether there is the first kind nonsystematic file of default priority scan；If so, then first kind nonsystematic file described in priority scan, to read the data of the first kind nonsystematic file and add Carry；Detect the first kind nonsystematic file whether loaded；If so, the second class nonsystematic file in addition to the first kind nonsystematic file is scanned again, to read second class The data of nonsystematic file and loading.
- 5. the starting-up method of onboard system according to claim 2, it is characterised in that described to scan institute according to preset rules The nonsystematic file of the second storage region is stated, the step of to read the data of nonsystematic file and loading, including：Sort according to display of the nonsystematic file in the display main interface, scan second storage region successively Nonsystematic file, to read the data of the nonsystematic file and loading.
- A kind of 6. onboard system, it is characterised in that including：Receiving module, for receiving power-on instruction；First searching module, the first storage region of the system file for searching onboard system；First scan module, for scanning the system file of first storage region successively, read the data of system file with Complete start.
- 7. onboard system according to claim 6, it is characterised in that including：Judgment module, for judging whether to have shown main interface；Determination module, for if so, then judging to have completed to start shooting；Second searching module, the second storage region of the nonsystematic file for searching onboard system；Second scan module, for scanning the nonsystematic file of second storage region according to preset rules, to read non-system The data of system file and loading.
- 8. onboard system according to claim 7, it is characterised in that including：Monitoring modular, for monitoring the load progress of the nonsystematic file；Refresh module, for loaded, then refreshes the display main interface.
- 9. onboard system according to claim 7, it is characterised in that second scan module, including：Judging unit, for judging that second storage region whether there is the first kind nonsystematic file of default priority scan；First scanning element, for if so, then first kind nonsystematic file described in priority scan, to read the non-system of the first kind The data of system file and loading；Detection unit, for detecting the first kind nonsystematic file whether loaded；Second scanning element, for if so, scan the second class nonsystematic file in addition to the first kind nonsystematic file again, To read the data of the second class nonsystematic file and loading.
- 10. the starting-up method of onboard system according to claim 7, it is characterised in that second scan module, bag Include：3rd scanning element, for sorting according to display of the nonsystematic file in the display main interface, is scanned successively The nonsystematic file of second storage region, to read the data of the nonsystematic file and loading.
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| CN201711397906.1A CN108037958A (en) | 2017-12-21 | 2017-12-21 | The starting-up method and onboard system of onboard system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201711397906.1A CN108037958A (en) | 2017-12-21 | 2017-12-21 | The starting-up method and onboard system of onboard system |
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| CN108037958A true CN108037958A (en) | 2018-05-15 |
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| CN201711397906.1A Pending CN108037958A (en) | 2017-12-21 | 2017-12-21 | The starting-up method and onboard system of onboard system |
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