CN101593115A - Routine data synchro system and method - Google Patents
Routine data synchro system and method Download PDFInfo
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- CN101593115A CN101593115A CNA200810108649XA CN200810108649A CN101593115A CN 101593115 A CN101593115 A CN 101593115A CN A200810108649X A CNA200810108649X A CN A200810108649XA CN 200810108649 A CN200810108649 A CN 200810108649A CN 101593115 A CN101593115 A CN 101593115A
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Abstract
The present invention is a kind of routine data synchro system and method, when purpose is to solve the executable program of in the past carrying out in the portable memory device, the data updated item can't be updated to the problem of the executable program in the electronic installation simultaneously, it is during by the executable program in carrying out portable memory device, whether has corresponding executable program in the detecting electronic installation, and, reach the effect of executable program data item in the real-time update electronic installation thus with the executable program data item update of the portable memory device executable program to the electronic installation.
Description
Technical field
The present invention relates to a kind of data synchronous system and method, be meant especially about a kind of and can the data updated item be updated to simultaneously the routine data synchro system and the method for the executable program in the electronic installation when the executable program in carrying out portable memory device.
Background technology
High development along with Information technology, electronic installations such as the modern uses a computer, mobile phone, PDA have become the some inseparable with daily life as the main tool of data processing, audiovisual entertainment, communication or language learning, and also improved the portability of data as the appearance of the portable memory device of MMC, CF Card, Smart Media Card, PC Card, MemoryStick or USB or the like similar mini-hard disk, make the propagation of data and effective utilization have significantly and promote.
General in the past executable program be must be stored in the Storage Media that is fixed in electronic installation as: hard disc of computer, the built-in internal memory of mobile phone etc., and carry out executable program by the operating system in the middle of the Storage Media, when the user wishes to use this executable program in different electronic installations, then executable program must be installed on another electronic installation one time again, therefore when user's habituation is used some executable program on different electronic installations, just must carry shelves are installed, and the installation that repeats, make the user must repeat identical action, cause the user to use inconvenience on the executable program.
In view of this, just produced quite a lot of executable program that can directly in portable memory device, store, not only needed storage area is less, also made full use of the characteristic of portable memory device, make the user not need to repeat to install executable program, as long as be installed in the middle of the portable memory device, again portable memory device is connected with electronic installation, just can carry out executable program everywhere.
And along with the convenience of the executable program that can store in portable memory device is attracted attention by the people more and more, many executable programs of originally carrying out in electronic installation also develop the version that can carry out in portable memory devices, though both are in program implementation mode difference to some extent, but in fact remain and to use jointly corresponding to the data item of executable program, and when the user carries out executable program in the portable memory device, data item only can be updated to the executable program in the portable memory device, can't be real-time also executable program data item corresponding in the electronic installation be upgraded, therefore be necessary to propose improved technological means, solve this problem.
Summary of the invention
Because the languages that prior art exists are selected wrongly to cause the problem that data can't normal process with related, the present invention discloses a kind of judgement data query of target language system and method thereof then, wherein:
During in view of the above executable program that proposes in the prior art to carry out in the portable memory device in the past, the data updated item can't be updated to the problem of the executable program in the electronic installation simultaneously, the object of the invention is to provide a kind of routine data synchro system and method, can be with solving problem to be solved of the prior art.
In the disclosed routine data synchro system of the present invention, it comprises electronic installation, comprises in the electronic installation: second storage element in order to store second executable program, reaches second data item corresponding to second executable program; And performance element, in order to executive routine; And portable memory device, in order to be connected, comprise in the portable memory device with electronic installation: first storage element, in order to store: first executable program; First data item, this first data item is corresponding to first executable program; Detection process when being used to the execution of first executable program, being detected second executable program and whether is present in electronic installation; And synchronization program, when being used to detection process and detecting second executable program, be responsible for first data item update, second data item; And data transmission unit, in order to when portable memory device is connected with electronic installation, first executable program is sent on the electronic installation carries out.
In the disclosed routine data method for synchronous of the present invention, its step includes: connect electronic installation and portable memory device; First executable program in electronic installation execution portable memory device; Carry out the detection process of portable memory device to detect in the electronic installation whether have second executable program in electronic installation; When having second executable program in the electronic installation, carry out the synchronization program of portable memory device; Reach second data item with corresponding second executable program of first data item update of corresponding first executable program.
By above-mentioned technological means, the present invention can reach the effect of executable program data item in the real-time update electronic installation.
Description of drawings
Fig. 1 is the Organization Chart of routine data synchro system of the present invention;
Fig. 2 is the process flow diagram of routine data method for synchronous of the present invention;
Fig. 3 is the embodiment synoptic diagram of translation program data sync of the present invention.
Embodiment
Below describe conjunction with figs. and embodiment in detail embodiments of the present invention, thus to the present invention how during the executable program in carrying out portable memory device, the executable program that whether has correspondence in the detecting electronic installation, and with the executable program data item update of the portable memory device executable program to the electronic installation, solve problem to be solved of the prior art thus, and just the present invention can the real-time update electronic installation in the implementation procedure of executable program data item describe, for fully understanding and implementing according to this.
At first, will be with shown in the accompanying drawing 1, the Organization Chart of routine data synchro system of the present invention illustrates the running of system of the present invention each several part.It includes a portable memory device 100 and an electronic installation 110 in routine data synchro system of the present invention.Portable memory device 100 can be the non-volatile formula internal memory that is easy to carry about with one of MMC, CF Card, Smart Media Card, PC Card, Memory Stick or USB etc., and electronic installation 110 then can be personal digital assistant, computing machine, mobile phone, electronics Game device or multi-media player etc.Comprise first storage element 101 and data transmission unit 102 in the middle of the portable memory device 100.110 of electronic installations comprise second storage element 111 and performance element 112.
First executable program 103 is the programs that are stored in the portable memory device, when this program is connected with electronic installation 110 at portable memory device 100, directly carries out by the performance element 112 of electronic installation 110.
Except first storage element 101, portable memory device 100 has also comprised data transmission unit 102, and in order to be connected with electronic installation 110,100 of portable memory devices can carry out data transmission by data transmission unit 102 and electronic installation 110.For instance, when portable memory device 100 was the carry-on dish of USB, 102 of data transmission units were USB interface, by the interface transmission of USB, just can carry out exchanges data with the electronic installation 110 that can read USB.
Store second data item 113 that second executable program 113 reaches corresponding to second executable program in the middle of second storage element 111 in the middle of the electronic installation 110.
When portable memory device 100 was connected with electronic installation 110 by data transmission unit 102, the performance element 112 of electronic installation 110 just can directly be carried out first executable program 103 at portable memory device 100.Before first executable program 103 is finished initialization or first executable program 103 and is closed, performance element 112 just can be carried out the detection process 105 in the middle of the portable memory device 100, this moment, detection process 105 just can detect in second storage element 111 of electronic installation 110 whether have second executable program 113, when second executable program 113 existed, synchronization program 106 just can upgrade second data item 114 of second executable program 113 with first data item 104 of first executable program 103 in the middle of the portable memory device 100.
Because portable memory device 100 only has memory function 100, therefore being stored in first executable program 103, detection process 105, synchronization programs 106 in the middle of first storage element 101 is actually by the performance element 112 of electronic installation 110 and carries out, when the user carries out first executable program 103 by performance element 112, just can trigger the execution of detection process 105 and synchronization program 106.
After portable memory device 100 and electronic installation 110 routine datas are synchronous, even do not use second executable program 113 in the middle of the electronic installation 110 for a long time, second data item 114 will still be the data item of complete renewal version, just can reach the effect of executable program data item in the real-time update electronic installation thus.
Next, will be with accompanying drawing 2, the process flow diagram of Program Synchronization method of the present invention illustrates implementation step of the present invention.
At first, connect electronic installation 110 and portable memory device 100 (step 201), wherein, portable memory device 100 can be the non-volatile formula internal memory that MMC, CF Card, Smart Media Card, PC Card, MemoryStick or USB etc. are easy to carry about with one, and electronic installation 110 then can be devices such as personal digital assistant, computing machine, mobile phone, electronics Game device or multi-media player.Portable memory device 100 is to be connected with electronic installation 110 by data transmission unit 102, and after the connection, the user just can carry out first executable program 103 (step 202) of portable memory device 100 by the performance element 112 of electronic installation 110.Because portable memory device 100 only has the function of storage and data transmission, so first executable programs 103 in the middle of the portable memory device 100 must could be carried out by the performance element 112 of electronic installation 110.
When first executable program 103 is finished the initialization execution, performance element 112 just can be carried out the detection process 105 of portable memory device 100, so that whether have second executable program 113 (step 203) in the detecting electronic installation 110, and detection process 105 also can be closed preceding execution at first executable program 103.Second data item 114 and first data item, 104 data are compatible each other, and therefore second data item 114 of corresponding second executable program 113 can be shared each other with first data item 104 of corresponding first executable program 103.Then, when detection process 105 detects when having second executable program 113 in the electronic installation, performance element 112 just can be carried out the synchronization program 106 (step 204) of portable memory device 100, and upgrades second data item 114 (step 205) of corresponding second executable program 113 with first data item 104 of corresponding first executable program 103 by synchronization program 106.
After portable memory device 100 and electronic installation 110 routine datas are synchronous, even do not use second executable program 113 in the middle of the electronic installation 110 for a long time, second data item 114 still can be the data item of complete renewal version, and aforesaid thus step just can reach the effect of executable program data item in the real-time update electronic installation.
Next, please refer to accompanying drawing 3, will as embodiment embodiments of the present invention be described synchronously with the routine data of 310 in USB storage device 300 and computing machine.
Suppose existing with USB storage device 300 as portable memory device 100, computing machine 310 is as electronic installation 110.USB storage device 300 is made of usb data transmission interface 302 and storage area 301.Suppose now in a USB translation program 303 that is stored in USB storage device 300 and carries out by computing machine 310 is arranged, USB translation program 303 has the first corresponding translation data item 304.Simultaneously, also there are detection process 305 and synchronization program 306 in the USB storage area 301 simultaneously.
After supposing that the user goes up computing machine 310 by usb data transmission interface 302 with 300 connections of USB storage device, the user just can be by the USB translation program 303 in the operating system execution USB storage device 300 of computing machine 310.When the user carries out USB translation program 303 by computing machine 310, USB translation program 303 will be called out detection process 305 and whether have machine translation program 312 with USB translation program 303 data compatibilities earlier in the middle of the detecting computing machines 310, wherein, detection process 305 can be finished the initialization execution or close preceding execution in USB translation program 303 in USB translation program 303.Then, when having machine translation program 312 in detection process 305 detects the computer stored space 311 of computing machine 310, this moment, the USB translation program 303 can be called out the second translation data item 313 that synchronization program 306 upgrades corresponding to machine translation program 312 with the first translation data item 304 corresponding to USB translation program 303 again.And be stored in respectively by USB storage device 300 and 310 pairs in computing machine stream oriented device the translation data item synchronously, can allow the user when carrying out USB translation program 303, utilize the translation data item in real-time one or more electronic installation 310 of renewal of the translation data item of USB translation program 303.
In sum, when the difference between the present invention and the prior art is to carry out the executable program of portable memory device as can be known, can detect and whether have corresponding executable program in the electronic installation, and with the executable program data item update of the portable memory device executable program to the electronic installation, in the time of can solving the executable program in the existing in prior technology execution portable memory device thus, the data updated item can't be updated to the problem of the executable program in the electronic installation simultaneously, and then reaches the effect of executable program data item in the real-time update electronic installation.
Though the disclosed embodiment of the present invention as above, only described content is not in order to direct qualification scope of patent protection of the present invention.Any persond having ordinary knowledge in the technical field of the present invention under the prerequisite that does not break away from the disclosed spirit and scope of the present invention, can do a little change what implement in form and on the details.Scope of patent protection of the present invention, still must with appended claim the person of being defined be as the criterion.
Claims (12)
1, a kind of routine data synchro system is characterized in that, described system comprises:
One electronic installation comprises:
One second storage element in order to store one second executable program, reaches one second data item corresponding to described second executable program; And
One performance element is in order to executive routine; And
One portable memory device in order to be connected with described electronic installation, comprises:
One first storage element, in order to store:
One first executable program;
One first data item, described first data item are corresponding to described first executable program;
One detection process in order to when described first executable program is carried out, is detected described second executable program and whether is present in described electronic installation; And
One synchronous program when detecting described second executable program in described detection process, is responsible for described second data item of described first data item update; And
One data transmission unit in order to when described portable memory device is connected with described electronic installation, is sent to first executable program on the described electronic installation and carries out.
2, routine data synchro system as claimed in claim 1 is characterized in that, described portable memory device is to be non-volatile formula internal memory.
3, routine data synchro system as claimed in claim 1 is characterized in that, described first executable program is the program for can directly carrying out at described portable memory device.
4, routine data synchro system as claimed in claim 1 is characterized in that, described electronic installation is to be personal digital assistant, computing machine, mobile phone, electronics Game device or multi-media player.
5, routine data synchro system as claimed in claim 1 is characterized in that, described first data item and this second data item compatibility.
6, routine data synchro system as claimed in claim 1 is characterized in that, described synchronization program be when described executable program is finished initialization, carry out or closing this executable program before carry out.
7, a kind of routine data method for synchronous is characterized in that, described method comprises the following step:
Connect an electronic installation and a portable memory device;
Carry out one first executable program in the described portable memory device at described electronic installation;
Carry out a detection process of described portable memory device to detect whether have one second executable program in this electronic installation at described electronic installation;
When having described second executable program in the described electronic installation, carry out a synchronous program of described portable memory device; And
One second data item with described second executable program of one first data item update of described first executable program of correspondence.
8, routine data method for synchronous as claimed in claim 7 is characterized in that, described portable memory device is to be non-volatile formula internal memory.
9, routine data method for synchronous as claimed in claim 7 is characterized in that, described first executable program is the program for can directly carrying out at described portable memory device.
10, routine data method for synchronous as claimed in claim 7 is characterized in that, described electronic installation is to be personal digital assistant, computing machine, mobile phone, electronics Game device or multi-media player.
11, routine data method for synchronous as claimed in claim 7 is characterized in that, described first data item and this second data item compatibility.
12, routine data method for synchronous as claimed in claim 7 is characterized in that, the step of carrying out the described synchronization program of described portable memory device be when described executable program is finished initialization, carry out or closing described executable program before carry out.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA200810108649XA CN101593115A (en) | 2008-05-30 | 2008-05-30 | Routine data synchro system and method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA200810108649XA CN101593115A (en) | 2008-05-30 | 2008-05-30 | Routine data synchro system and method |
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| CN101593115A true CN101593115A (en) | 2009-12-02 |
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| CNA200810108649XA Pending CN101593115A (en) | 2008-05-30 | 2008-05-30 | Routine data synchro system and method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102193834A (en) * | 2010-03-18 | 2011-09-21 | 宏碁股份有限公司 | Interprogram synchronization method |
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2008
- 2008-05-30 CN CNA200810108649XA patent/CN101593115A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102193834A (en) * | 2010-03-18 | 2011-09-21 | 宏碁股份有限公司 | Interprogram synchronization method |
| CN102193834B (en) * | 2010-03-18 | 2013-02-13 | 宏碁股份有限公司 | Interprogram synchronization method |
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Open date: 20091202 |