CN101944034A - File executing method and system and programmable storage device - Google Patents
File executing method and system and programmable storage device Download PDFInfo
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- CN101944034A CN101944034A CN2009101587040A CN200910158704A CN101944034A CN 101944034 A CN101944034 A CN 101944034A CN 2009101587040 A CN2009101587040 A CN 2009101587040A CN 200910158704 A CN200910158704 A CN 200910158704A CN 101944034 A CN101944034 A CN 101944034A
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Abstract
The invention discloses file executing method and system and a programmable storage device, which is used for executing computer execution code groups stored in a hidden storage area of the storage device in a working system of a computer host. The method comprises the following steps of: connecting the storage device to the computer host and providing a loading program to manage the computer execution code groups stored in the hidden storage area. The method further comprises the following steps of: running the loading program in a main memory of the computer host; requesting the working system to distribute a first address section for running the loading program in the main memory; loading the computer execution code groups from the hidden storage area into the first address section by the loading program; converting the loaded computer execution code groups into executable content capable of being executed by the working system and storing the converted executable content into the first address section by the loading program; and executing a derivational executing program to execute the converted executable content by the loading program.
Description
Technical field
But the present invention relates to a kind of archives manner of execution and system and program storage device, and relate to particularly that computing machine in a kind of hiding memory block that is stored in memory storage in order to execution is carried out code character (computer executable code set) but archives manner of execution and system and program storage device.
Background technology
Digital camera, mobile phone and MP3 are very rapid in growth over the years, make the consumer also increase rapidly the demand of medium.Because flash memory (Flash Memory) has that data are non-volatile, power saving, volume is little and the characteristic of no mechanical structure etc., is suitably used as portable memory device most.In addition, (for example, (Universal Serial Bus, USB)) development make portable memory device be widely used in the storage of digital content to universal serial bus along with the connection interface of plug and play.
The manufacturer of memory storage has more the market competitiveness in order to make the portable memory device that is sold, and tends in the portable memory device that is sold application storing and uses for the user who buys this portable memory device.For example, manufacturer's exploitation is used for the magnetic disc supervisory routine of portable memory device and is stored in portable memory device in advance, so that the store status that the user can use this magnetic disc supervisory routine to manage portable memory device.
Have now, for the main frame that makes the user can be carried out the application program that this type of manufacturer provides, but this application program can be stored in the cut section (or memory block) of normal storage data of portable memory device, in order to the main frame access in advance.Because application program can come access in the mode of general accessing file by main frame, so application program also can be replicated and disseminate easily, and the Wise property of application developer can't be ensured effectively thus.Although the manufacturer by portable memory device disposes hiding memory block (promptly in portable memory device, main frame can't access the memory block) store the data that desire is maintained secrecy, right this type of application program must be carried out and can be operated by the operating system of main frame, therefore though application program is stored in and hides the memory block and can reach and avoid the purpose that is replicated and scatters, also make the user can't use this application program simultaneously.Therefore, have and exploitation can directly carry out the method that the computing machine of hiding the memory block is carried out code character that is stored in.
Summary of the invention
The invention provides a kind of archives manner of execution, its computing machine that can directly carry out in the hiding memory block that is stored in memory storage is carried out code character.
The invention provides a kind of archives executive system, its computing machine that can directly carry out in the hiding memory block that is stored in memory storage is carried out code character.
The embodiment of the invention proposes a kind of archives manner of execution, carry out code character (computer executablefile) in order to carry out the computing machine that is stored in the memory storage in the operating system of main frame, wherein this memory storage comprises that it is to be stored in to hide in the memory block that code character is carried out in general memory block and hiding memory block and this computing machine.Comprise according to the archives manner of execution of present embodiment memory storage is connected to main frame, wherein main frame has primary memory.This archives manner of execution also comprises providing loads program, and is stored in the computing machine of hiding in the memory block with management and carries out code character.This archives manner of execution also is included in turn round in the primary memory (Run) and loads program; The first address section that the request job system distributes (Allocate) to be used to turn round in primary memory to load program; From hide the memory block computing machine being carried out code character by loading program is loaded in the first address section; By loading program loaded computing machine being carried out code character is converted to the executable content that can be carried out by operating system and at least a portion of the executable content changed is stored in the first address section; And set up the executive routine (derivative executionprocedure) of deriving by loading program and carry out the executable content of being changed.
The embodiment of the invention proposes a kind of archives executive system, carries out code character in order to the computing machine that execution is stored in the memory storage, and wherein memory storage comprises that it is to be stored in to hide in the memory block that code character is carried out in general memory block and hiding memory block and computing machine.Archives executive system according to the embodiment of the invention comprises main frame and loads program.Main frame comprises operating system and primary memory.But be linked to main frame and memory storage with loading program electric connection or access and have an application execution unit, wherein application execution unit is stored in the computing machine of hiding in the memory block in order to execution and carries out code character.Operating system turns round to load program and divide in primary memory in primary memory and is used in this first address section that loads program of running.Application execution unit is carried out code character with computing machine and is loaded in the first address section from hide the memory block, loaded computing machine execution code character is converted to can be by the executable content of operating system execution, the executable content of being changed is stored in the first address section, and sets up the executive routine of deriving and carry out this executable content.
The embodiment of the invention proposes a kind of archives manner of execution, carry out code character in order to carry out the computing machine that is stored in the memory storage in the operating system of main frame, wherein memory storage comprises that general memory block and hiding memory block and this computing machine execution code character are stored in the hiding memory block.These archives manner of execution comprises provides one to load program, and is stored in the computing machine of hiding in the memory block with management and carries out code character.These archives manner of execution also comprises that using loads program to be carried out code character with computing machine and directly is loaded in the main frame from hide the memory block, and computing machine that will be loaded carry out that code character is converted to can be by the executable content of operating system execution.These archives manner of execution also comprises duplicates this executable content, and carries out this executable content.
But the embodiment of the invention proposes a kind of program storage device, but this program storage device record can be implemented above-mentioned archives manner of execution by the procedure code of main frame execution after main frame is written into this procedure code and carries out.
Based on above-mentioned, the computing machine that the embodiment of the invention can directly be carried out in the hiding memory block that is stored in memory storage is carried out code character, and the user can't duplicate and the computing machine execution code character of scatter storage in hiding the memory block easily.
For above-mentioned feature and advantage of the present invention can be become apparent, embodiment cited below particularly, and cooperate appended graphic being described in detail below.
Description of drawings
Fig. 1 is the summary calcspar according to the archives executive system shown in the first embodiment of the invention;
Fig. 2 is according to the summary calcspar that loads program shown in the first embodiment of the invention;
Fig. 3 is according to the load program running synoptic diagram of primary memory when carrying out the computing machine of hiding in the memory block and carrying out code character of running shown in the first embodiment of the invention;
Fig. 4 is the process flow diagram according to the archives manner of execution shown in the first embodiment of the invention;
Fig. 5 is the summary calcspar according to the archives executive system shown in the second embodiment of the invention;
Fig. 6 is the process flow diagram according to the archives manner of execution shown in the second embodiment of the invention.
The main element symbol description
100: archives executive system 110: main frame
112: CPU (central processing unit) 114: primary memory
116: input and output unit 118: storage unit
118a: operating system 120: load program
122: main control unit 124: initialization unit
126: application program increases unit 128 newly: the application program edit cell
130: application program delete cells 132: application execution unit
150: memory storage 152: hide the memory block
154: general memory block 156: controller
158: flash memory die 160,160 ': computing machine is carried out code character
162,162 ': corresponding computing machine is carried out code character 302,304: carry out point
Executable content
320: the second address sections of 310: the first address sections
550: special memory block 502: automatic execution file
S403, S405, S407, S409-1, S409-3, S409-5, S409-7: the step that archives are carried out
Suddenly
S601, S603, S605, S607: the step that archives are carried out
Embodiment
Fig. 1 is the summary calcspar according to the archives executive system shown in the first embodiment of the invention.
Please refer to Fig. 1, the computing machine that archives executive system 100 can be carried out in the hiding memory block 152 that is stored in memory storage 150 is carried out code character 160.Specifically, memory storage 150 comprises hides memory block 152 and general memory block 154, wherein hide memory block 152 and be memory block that the operating system of computing machine can't access (promptly, the operating system of computing machine can't directly read and write data according to general procedure in hiding the memory block), and general memory block 154 is accessible memory blocks of operating system of computing machine.In the present embodiment, memory storage 150 is with the portable memory device (for example, carry-on dish, action hard disc etc.) of flash memory as medium.For example, memory storage 150 comprises controller 156 and flash memory die 158, its middle controller 156 is in order to the overall operation of control store device 150, and flash memory die 158 comprises the hiding memory block 152 and general memory block 154 in order to storage data and computer applied algorithm.Yet, it must be appreciated that the invention is not restricted to this, memory storage 150 can be tape, soft dish, optical data storage device or other memory storages.In addition, what deserves to be mentioned is that controller 156 more can be hidden memory block 152 with being stored to after data or the application program encryption, provides data or application program further to protect thus.In addition, this computing machine carry out code character 160 can be not (File Allocation Table shows relevant information in FAT), that is to say, operating system 118a can't distinguish and look this computing machine to carry out code character 160 be archives at the FAT of memory storage 150.
Archives executive system 100 comprises main frame 110 and loads program 120.
CPU (central processing unit) 112 is in order to the data in interpretive machine instruction and the process computer software.
Input and output unit 116 be electrically connected to CPU (central processing unit) 112 in order to an interface be provided import data for the user or instruct to main frame 110 or from main frame 110 output data.In the present embodiment, input comprises keyboard, slide-mouse and display (not illustrating in the drawings) with output unit 116.
Load program and 120 can electrically connect and maybe can be stored in main frame 110 and memory storage 150, and have with the real a plurality of logic locks done of hardware pattern or tough/software pattern or steering order and manage application program (for example, computing machine is carried out code character 160) in the hiding memory block 152 that is stored in memory storage 150.In more detail, in the present embodiment, loading program 120 is that manufacturer by memory storage 150 is provided, and can come access to be stored in data or the application program of hiding in the memory block 152 according to the specification of hiding memory block 152.
In the present embodiment, 120 the steering order of loading program is to do in fact with the software pattern, and is stored in advance in the general memory block 154 of memory storage 150.That is to say, when user's operational computations machine host 110 is browsed the memory storage 150 that is connected with main frame 110, the user can click be stored in general memory block 154 load program 120 so that 120 the steering order of loading program turns round (Run) in operating system 118a, carry out access to hiding memory block 152 thus.Wherein, in detail, 120 the steering order of loading program turns round in operating system 118a after (Run), can send a predetermined instruction to memory storage 150, and memory storage 150 can read predetermined data to hiding in the memory block 152 when accepting this instruction.In addition, in another embodiment of the present invention, 120 also can be stored in the hard disc (not illustrating in the drawings) of laser disc or main frame 110 with loading program of doing in fact of software pattern, when the user clicks, load program thus and 120 can in operating system 118a, turn round.
What deserves to be mentioned is that in another embodiment of the present invention, loading program 120 can also a hardware pattern be embodied in memory storage 150 or the main frame 110.
Fig. 2 is according to the summary calcspar that loads program shown in the first embodiment of the invention.
Please refer to Fig. 2, loading program 120 comprises the newly-increased unit 126 of main control unit 122, initialization unit 124, application program, application program edit cell 128, application program delete cells 130 and application execution unit 132.
The newly-increased unit 126 of application program electrically connects or is linked to main control unit 122 and writes in the hiding memory block 152 in order to the application program (for example, computing machine is carried out code character 160) that user's desire is stored.
Application program edit cell 128 electrically connects or is linked to main control unit 122 and in order to edit an application manifest (Application List) to browse the application program in the hiding memory block 152 that is stored in memory storage 150.
Application program delete cells 130 electrically connects or is linked to main control unit 122 and is stored in application program in the hiding memory block 152 of memory storage 150 in order to deletion.For example, application program delete cells 130 can be carried out computing machine code character 160 deletion from hide memory block 152.
Fig. 3 is according to the load program running synoptic diagram of primary memory when carrying out the computing machine of hiding in the memory block and carrying out code character of running shown in the first embodiment of the invention.
Please refer to Fig. 3, the operating system 118a that sees through input and output unit 116 operational computations machine hosts 110 as the user clicks and loads program 120 the time, and it a little is that starting point is distributed (allocate) one first address section 310 (shown in Fig. 3 (a)) to be used to be written into to load program 120 steering order and kept in the 120 employed data when turning round of loading program that operating system 118a can specify one of loading program in order to execution to carry out point 302 and carry out with this in primary memory 114.
In addition, when the user 120 carries out and to be stored in the computing machine of hiding in the memory block 152 when carrying out code character 160 by loading program of having turned round, application execution unit 132 can will be stored in the computing machine of hiding in the memory block 152 carry out code character 160 be loaded into (computing machine shown in Fig. 3 (b) is carried out code character 160 ') in the first address section 310 and computing machine that will be loaded carry out that code character 160 ' is converted to can be by the executable content 162 of operating system 118a execution.Simultaneously, application execution unit 132 can be stored in (shown in Fig. 3 (c)) in the first address section 310 with executable content 162.In the present embodiment, the executable content 162 of corresponding computing machine execution code character 160 is the Portable executable file forms (portableexecutable (PE) file format) that are compatible to the windows workspace system.
In the present embodiment, more load program in order to be used for turning round once more to operating system 118a request one of 120 the executive routine of deriving of application execution unit 132 carries out point 304 and the second required status section 320 of the executive routine of deriving, wherein, in the present embodiment, the executive routine (derivative execution procedure) of deriving is to use fork process (fork process) mode to turn round once more and loads program 120, waits other multiplex's executive modes to implement but also can use as multithreading (multi-thread).Specifically, operating system 118a can be at starting point that specify to carry out the executive routine of deriving under the request of application execution unit 132 in primary memory 114 (that is, carrying out point 304) and the second address section 320 (shown in Fig. 3 (d)) that minute is used in this executive routine of deriving.
Particularly, can use the executive routine of deriving to carry out the executable content 162 that corresponding computing machine is carried out code character 160 according to the application execution unit 132 of present embodiment.
Specifically, after application execution unit 132 is set up the executive routine of deriving, application execution unit 132 can be suspended the executable content 162 carrying out the executive routines of deriving, corresponding computing machine carried out code character 160 and begin to override to the second address section 320 (that is, executable content 162 ') from carrying out point 304 and continue to carry out the executive routine of deriving.At this moment, owing to the procedure code in the executive routine of deriving is replaced by the executable content 162 ' of corresponding computing machine execution code character 160, so computing machine execution code character 160 just can be successfully performed by main frame 110.Specifically, when application execution unit 132 is carried out computing machine code character 160 and is converted to executable content 162, its can the header of executable content 162 add carry out code character 160 about computing machine information (for example, the procedure code size), therefore operating system 118a begins to carry out by deriving during executive routine that executable content 162 ' writes from carrying out point 304, and it can correctly carry out corresponding procedure code.
What deserves to be mentioned is that because the executive routine of deriving is to load program 120 in order to carry out once more, therefore the size of the second address section 320 is to be same as the first address section 310.In another embodiment of the present invention, whether application execution unit 132 more is enough to hold executable content 162 ' in order to the size of judging the second address section 320, wherein when the capacity of the second address section 320 during less than executable content 162 ' big or small, application execution unit 132 can be to the three-address section (not illustrating in the drawings) in the operating system 118a request primary memory 114 to guarantee having enough storage addresss to write executable content 162 ' in primary memory 114.
Fig. 4 is the process flow diagram according to the archives manner of execution shown in the first embodiment of the invention.
Please refer to Fig. 4, at first, in step S401, memory storage 150 is connected to main frame 110, and in step S403, in primary memory 114, distribute the first address section 310 to load program 120 with running, 120 the running of wherein loading program has been described in detail as above, is not repeated in this description at this.
Afterwards, in step S405, use to load program and 120 from the hiding memory block 152 of memory storage 150, be written into computing machine and carry out code character 160 to first address sections 320 and become computing machine and carry out code character 160 '.Then, in step S407, use load program 120 will be loaded computing machine execution code character 160 ' be converted to executable content 162 and executable content 162 be stored in the first address section 320.
Then, in step S409, use the 120 execution executable contents that load program.Specifically, in primary memory 114, set up load program 120 derive executive routine and the 118a of request job system of being used for turning round once more to operating system 118a request among the step S409-1 and divide the second address section 320 that is used in the executive routine of deriving at primary memory 114.Then, using in step S409-3 loads program 120 suspends and carries out the executive routines of deriving, and in step S409-5 executable content 162 is write in the second address section 320 and become executable content 162 '.At last, in step S409-7, continue to carry out the executive routine of deriving.
As mentioned above, in another embodiment of the present invention, can also comprise the size of judging the second address section 320 among the step S409 whether less than the size of executable content 162 ', and if the size of the second address section 320 during less than executable content 162 ' big or small the request job 118a of system in primary memory 114, more distribute the three-address section.
Fig. 5 is the summary calcspar according to the archives executive system shown in the second embodiment of the invention.
Please refer to Fig. 5, the difference of the archives executive system of second embodiment and the archives executive system of first embodiment is that the archives executive system of second embodiment is that configuration automatic execution file 502 is automatically carried out and loaded program 120.Specifically, when memory storage 150 was electrically connected to main frame 110, automatic execution file 502 can automatically be carried out and automatic execution file 502 can running load program 120 in primary memory 114.For example, in the present embodiment, memory storage 150 also comprises a special memory block 550 that is compatible to ISO 9660 standards, and store with the real automatic execution file of doing 502 of the pattern of autorun.inf in the special memory block 550 and load program 120, therefore operating system 118a can automatically carry out automatic execution file 502 and turn round thus and loads program 120 when memory storage 150 is electrically connected to main frame 110.Particularly, the user can preestablish the application program (for example, computing machine is carried out code character 160) that desire is carried out in loading program in 120, and when loading program 120 when turning round, preset application program can automatically be performed.
Fig. 6 is the process flow diagram according to the archives manner of execution shown in the second embodiment of the invention.
Please refer to Fig. 6, at first, in step S601, memory storage 150 is connected to main frame 110, and operating system 118a automatically carries out automatic execution file 502 in step S603.Afterwards, in step S605, load program 120 automatically carried out and in step S607, automatically carry out to hide in the memory block 152 default application program (for example, computing machine is carried out code character 160), wherein carry out and load program 120 and carry out that to be stored in the step of hiding the application program in the memory block 152 be step S403, S405, S407, S409-1, S409-3, S409-5 and the S409-7 that is same as Fig. 4, be not repeated in this description at this.
In another embodiment of the present invention, (that is, end load program 120 running) loads program and 120 can automatically close after automatically carrying out default application program.
The archives manner of execution of the embodiment of the invention can be in fact as the computer readable code on the computer-readable recording medium (but or program storage device).Computer-readable recording medium can be any data storage device, can be by computer system reads after it.Computer-readable recording medium comprise the read only memory (read-only memory, ROM), random access memory (random-access memory, RAM), CD-ROM, tape, soft dish, optical data storage device and carrier wave (for example seeing through the data transmission of Internet).
In sum, the present invention carries out code character by the computing machine in the hiding memory block of loading program read storage device, in the primary memory of main frame, computing machine is carried out code character and be converted to executable content, and the executive routine of deriving with displacement is carried out the executable content of being changed, and thus can be successfully carries out to be stored in the computing machine of main frame in can't the hiding memory block of access and to carry out code character on main frame.Moreover the executable content of carrying out code character owing to computing machine execution code character and corresponding computing machine is to be temporary in the primary memory with non-archives pattern, so the user can't duplicate easily and the computing machine of scatter storage in hiding the memory block carried out code character.
It should be noted that at last: above embodiment is only in order to technical scheme of the present invention to be described but not limit it, although the present invention is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that: it still can make amendment or be equal to replacement technical scheme of the present invention, and these modifications or be equal to replacement and also can not make amended technical scheme break away from the spirit and scope of technical solution of the present invention.
Claims (20)
1. archives manner of execution, carry out code character in order in an operating system of a main frame, to carry out a computing machine that is stored in the memory storage, wherein said memory storage comprises that a general memory block and hides the memory block and described computing machine execution code character is stored in the described hiding memory block, and described archives manner of execution comprises:
Described memory storage is connected to described main frame, and wherein said main frame has a primary memory;
Provide one to load program, carry out code character with the described computing machine that management is stored in the described hiding memory block;
Described the loading program of running in described primary memory;
Ask described operating system in described primary memory, to be divided and be used in the described one first address section that loads program;
Described computing machine execution code character is loaded in the described first address section from described hiding memory block by described loading program;
Loaded described computing machine is carried out code character be converted to the executable content that to carry out by described operating system and at least one part of described executable content is stored in the described first address section by described loading program; And
Set up the executive routine of deriving and carry out described executable content by described loading program.
2. archives manner of execution according to claim 1, wherein set up the step that the described executive routine of deriving carries out described executable content and comprise by described loading program:
Set up the described executive routine and ask described operating system to divide the one second address section that is used in the described executive routine of deriving in described primary memory of deriving by the described described operating system of request of loading program in described primary memory, the wherein said executive routine of deriving is to be used for described the loading program of turning round once more;
Suspend the described executive routine of deriving of execution by described loading program;
By described loading program described executable content is write in the described second address section; And
Continue to carry out the described executive routine of deriving by described loading program.
3. archives manner of execution according to claim 2 also comprises:
By described load program judge the described second address section size whether less than the size of described executable content; And
When the size of the described second address section during less than described executable content big or small, then in described primary memory, distribute a three-address section, so that the size of described second address section and described three-address section is greater than the size of described executable content by the described described operating system of request of loading program.
4. archives manner of execution according to claim 1 also comprises:
Configuration one automatic execution file in described memory storage, wherein said automatic execution file described the loading program of in described primary memory, turning round; And
Automatically carry out described automatic execution file by described operating system.
5. archives manner of execution according to claim 1 also comprises:
Described loading program is configured in the described general memory block of described memory storage.
6. archives manner of execution according to claim 4 also comprises:
Configuration one special memory block in described memory storage; And
Described automatic execution file and described loading program are configured in the special memory block of described memory storage, and wherein said special memory block is compatible to ISO 9660 standards.
7. archives manner of execution according to claim 1 also comprises:
Described loading program is configured in the described main frame.
8. archives manner of execution according to claim 1 also comprises described computing machine is carried out the code character deciphering.
9. archives manner of execution according to claim 1 also comprises by the described hiding memory block of the described initialization of loading program.
10. archives manner of execution according to claim 1, wherein said executable content are compatible to a Portable executable file form.
11. archives executive system, carry out code character in order to the computing machine that execution is stored in the memory storage, wherein said memory storage comprises that a general memory block and hides the memory block and described computing machine execution code character is stored in the described hiding memory block, and described archives executive system comprises:
One main frame comprises an operating system and a primary memory; And
One loads program, but electrically connects or access ground is linked to described main frame and described memory storage and has an application execution unit, is stored in described computing machine execution code character in the described hiding memory block with execution,
Wherein said operating system in described primary memory, turn round described load program and in described primary memory, divide be used in the described one first address section that loads program,
Wherein said application execution unit is carried out code character with described computing machine and is loaded in the described first address section from described hiding memory block, loaded described computing machine execution code character is converted to can be by an executable content of described operating system execution, and described executable content is stored in the described first address section
Wherein said application execution unit suggestion one executive routine of deriving is carried out described executable content.
12. archives executive system according to claim 11,
The described operating system of wherein said application execution unit request is set up the described executive routine and ask described operating system to divide the one second address section that is used in the described executive routine of deriving in described primary memory of deriving in described primary memory, the wherein said executive routine of deriving is used for described the loading program of turning round once more
Wherein said application execution unit is suspended the described executive routine of deriving of execution, described executable content is write in the described second address section, and continue to carry out the described executive routine of deriving.
13. whether the size that archives executive system according to claim 12, wherein said application execution unit are judged the described second address section less than the size of described executable content, and
When the size of the described second address section during less than described executable content big or small, the described operating system of then described application execution unit request is distributed a three-address section in described primary memory, so that the size of described second address section and described three-address section is greater than the size of described executable content.
14. archives executive system according to claim 11 also comprises an automatic execution file, is configured in the described memory storage,
Wherein when described memory storage is electrically connected to described main frame, described operating system is automatically carried out described automatic execution file and described automatic execution file described the loading program of can turning round in described primary memory.
15. archives executive system according to claim 11, wherein said loading program is configured in the described general memory block of described memory storage.
16. archives executive system according to claim 14,
Wherein said memory storage also comprises a special memory block, and described special memory block is compatible to ISO 9660 standards,
Wherein said automatic execution file and described loading program are configured in the special memory block of described memory storage.
17. archives manner of execution, carry out code character in order in an operating system of a main frame, to carry out a computing machine that is stored in the memory storage, wherein said memory storage comprises that a hiding memory block and described computing machine execution code character are stored in the described hiding memory block, and described archives manner of execution comprises:
Provide one to load program, carry out code character with the described computing machine that management is stored in the described hiding memory block;
Described loading program directly is loaded into described computing machine execution code character in the described main frame from described hiding memory block;
Loaded described computing machine execution code character is converted to can be by an executable content of described operating system execution;
Duplicate described executable content; And
Carry out described executable content.
But 18. a program storage device, but described program storage device record can be implemented an archives manner of execution by the procedure code of main frame execution after described main frame is written into described procedure code and carries out, and described archives manner of execution comprises:
From a hiding memory block of described main frame one computing machine being carried out code character directly is loaded in the described main frame;
Loaded described computing machine execution code character is converted to can be by an executable content of operating system execution;
Duplicate described executable content; And
Carry out described executable content.
But 19. program storage device according to claim 18, wherein said archives manner of execution also comprises:
Increase or delete stored data in the described hiding memory block newly.
But 20. program storage device according to claim 18, wherein said archives manner of execution also comprises:
Edit computing machine execution code character inventory and carry out code character in order to the described computing machine that management is stored in the described hiding memory block.
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| CN200910158704.0A CN101944034B (en) | 2009-07-03 | 2009-07-03 | File executing method and system |
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| CN200910158704.0A CN101944034B (en) | 2009-07-03 | 2009-07-03 | File executing method and system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103077077A (en) * | 2012-08-06 | 2013-05-01 | 新游游戏株式会社 | Method of providing program for multiprocessing and server performing the same |
| CN105339891A (en) * | 2013-03-29 | 2016-02-17 | 微软技术许可有限责任公司 | Live tiles without application-code execution |
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| CN105339891A (en) * | 2013-03-29 | 2016-02-17 | 微软技术许可有限责任公司 | Live tiles without application-code execution |
| CN105339891B (en) * | 2013-03-29 | 2019-07-09 | 微软技术许可有限责任公司 | For realizing the method for the activity tiling block that no application code executes |
| US10110590B2 (en) | 2013-05-29 | 2018-10-23 | Microsoft Technology Licensing, Llc | Live tiles without application-code execution |
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|---|---|
| CN101944034B (en) | 2014-04-16 |
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