CN1567245A - Method for accessing remote data and computer using the method - Google Patents
Method for accessing remote data and computer using the method Download PDFInfo
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- CN1567245A CN1567245A CN 03148780 CN03148780A CN1567245A CN 1567245 A CN1567245 A CN 1567245A CN 03148780 CN03148780 CN 03148780 CN 03148780 A CN03148780 A CN 03148780A CN 1567245 A CN1567245 A CN 1567245A
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Abstract
The remote data access method of this invention accesses the data in the remote computer by a computer. The steps are: receiving the read requirement from a processor to hardware in computer; then making the processor to enter an independent operation mode that has no relation to the operation system. When the processor enters the independent operation mode, it reads the corresponding data from the hardware of remote computer and stores in the data buffer. At least the emulator sends an IRQ to the processor that under the normal mode, and finishes the read operation.
Description
Technical field
The remote data access method that the present invention relates to a kind of and operating system independent with the computing machine of this method of use, particularly relate to the computing machine that a kind of System Management Mode of utilizing processor is carried out method with this method of use of remote data access.
Background technology
Because the computer network order is gradually popularized; in case the demand deficiency of certain computing machine; for example need to carry out replacing, when upgrading of application program, operating system; regular meeting is by LAN, the Internet etc.; on a remote computer, download needed program; yet for the network system management person,, therefore the idea generation of unifying to concentrate, manage all softwares by remote computer is arranged for unified management and the situation of grasping each computing machine effectively.
Network computer (network computer, NC), be one only to possess the terminal computer that the shirtsleeve operation system is arranged, after this computing machine one start, it can automatically be connected to a remote computer (server) and carry out data access, and from its software that need carry out of long-range downloaded, therefore if all terminal computers need carry out the renewal of software, operations such as upgrading, only need after once carrying out on the long-range servocomputer, when treating that next network computer extracts software again, promptly " Buddhist of walking back and forth " upgraded the software (in fact, network computer does not possess Any Application) of himself.But the problem of network computer is that application program only limits to Java or JavaScript, therefore can not adopt existing application program (for example Microsoft Word), makes its function greatly limited.
Another kind of framework then is so-called remote installation service (remote installation services; RIS); its notion is to utilize a RIS server to come the needed software of unified management terminal computer; right its shortcoming is: before the operation of carrying out long-range installation; except needs all are equipped with identical operations system and the corresponding RIS application program at RIS server and terminal computer; still need terminal computer is made further to set (DHCP for example; the DNS main frame); on the other hand; because data are before being sent to terminal computer via the RIS server; need to convert thereof into the RIS form via the RIS application program earlier; therefore if the data that institute's tendency to develop is sent possess and copy protect mechanism is arranged and during non-standard data layout, promptly may produce mistake in the process of this conversion.
" data mapping system " as shown in Figure 1, it is to be equiped with a simulator (emulator) 202 in computing machine 500, this simulator 202 is to be used for I/O signal (the read/write requirement that the break-in operation system sent, read/write request), in other words, the function of this simulator 202 is as a virtual hard disk, and himself and with remote computer (server) 204, in a single day simulator 202 receives reads and writes when requiring, promptly can be earlier by searching in self entity hard disk 110 and whether judgment data is up-to-date, if not the up-to-date simulator 202 that then can pass through is downloaded up-to-date data automatically to entity hard disk 110 in the entity hard disk 205 of remote computer 204, finish renewal automatically, the operation of upgrading.Yet, though this method is more superior than preceding method, but because this simulator 202 needs to be responsible for all processes of data access, therefore need independently central processing unit, dynamic RAM, control module ... Deng member, become a tool micromainframe, so building of simulator 202 is set to that this is very high, particularly under the network architecture with multi-section computing machine 500, if every computing machine 500 is all installed, then its whole cost is more considerable.
In addition, above-mentioned more detailed content further is disclosed in 6,477, No. 624 patents of the U.S., below incorporates it into this case in full as a reference.
Summary of the invention
By can understanding in the above-mentioned known technology, need a kind ofly can come the construction simulator in mode with low cost, particularly,, can make simulator can be compatible with various computing machine and can increase it and use elasticity if can make simulator be independent of operating system works outward.
Therefore, purpose of the present invention promptly is to provide a kind of building to be set to cheaply, and can be independent of the outer remote data access method of operating system and use the computing machine of this method.
So, in a preferred embodiment, remote data access method of the present invention is to come data in access one remote computer by a computing machine, its step is the reading requirement that a hard disk is delivered in the processor tendency to develop in elder generation's this computing machine of reception, then utilize a simulator to interrupt (taap) this reading requirement, after interrupting this reading requirement, send one by this simulator and interrupt signal to this processor, make this processor enter the independent manipulation mode of one and one operating system independent.
After this processor enters this independent manipulation mode, be stored in the data buffer after in a hard disk of this remote computer, reading corresponding data, last simulator promptly sends an interrupt request (IRQ) to this processor that returns back under the normal mode, finishes read operation.
In this preferred embodiment, the present invention also provides a computing machine, and this computing machine is mutually online with a remote computer, and this computing machine comprises a processor, a storer, and a simulator.
Store a plurality of computer program codes in the storer, described computer program code is performed under the independent manipulation mode of one and one operating system independent for this processor.This simulator is to be connected with this processor, and has a code translator and a memory buffer.
This code translator can be according to the reading requirement that this processor sent, produce one and trigger the interruption signal that this processor enters this independent manipulation mode, make this processor under this independent operation mode, carry out described computer program code, and catch from this remote computer when this processor and to get corresponding to the data of this reading requirement and after returning back to a normal mode, send an interrupt request (IRQ) to this processor.This memory buffer then is to be used for storing this processor data of getting of catching in this remote computer.
Description of drawings
Fig. 1 is a synoptic diagram, and the U.S. described data mapping of 6,477,624 patents system is described;
Fig. 2 is a synoptic diagram, and the system architecture of a utilization preferred embodiment of the present invention is described;
Fig. 3 is a calcspar, and a simulator of this preferred embodiment is described;
Fig. 4 is a synoptic diagram, and operating system in the primary memory, driver are described, and the occupied address of SMM program code;
Fig. 5 is a synoptic diagram, and the operation between a processor, this simulator and a remote computer is described; And
Fig. 6 is a process flow diagram, and the step that this preferred embodiment is carried out when carrying out data read is described.
The drawing reference numeral explanation
100 near-end computing machines
200 remote computers
1 adapter
2 processors
3 ROM (read-only memory)
4 random access memory
5 storeies
6 simulators
61 interface units
62 code translators
63 control buffers
64 status registers
65 wrong buffers
66 counter buffer
67 multiplexers
68 multiplexers
69 memory buffer
601～608 steps
Embodiment
About above-mentioned and other technology contents, characteristics and effect of the present invention,, can clearly understand with in the detailed description to a preferred embodiment in conjunction with the accompanying drawings.
Consult Fig. 2 and Fig. 3, under system architecture of the present invention, one near-end computing machine 100 is mutually online with a remote computer 200, and its on-line mode can be by LAN (LAN), wide area LAN (WLAN) or the Internet (Internet) or the like, therefore, near-end computing machine 100 can come to communicate with remote computer 200 by the network transmission protocol (for example TCP/IP) of standard.
Include processor (processor) 2, a ROM (read-only memory) 3, a random access memory (RAM, or title primary memory) 4 that an adapter (NIC) 1, that connects for physical network is connected with adapter 1 in the near-end computing machine 100.There have been a plurality of computer program codes in the ROM (read-only memory) 3, or be called basic input/output (BIOS), be when 100 starts of near-end computing machine, caught in ROM (read-only memory) 3 by processor 2 and get, carry out, so that carry out oneself's start test operations such as (POST).
Generally speaking, above-mentioned each member all is arranged on the motherboard (figure do not show), and this motherboard can provide the expansion bus of various standard, for example IDE, ISA, AGP ... or the like, for the usefulness of user's expansion.Particularly, generally hard disk (first storage device that is installed on the IDE bus 300 to arranged more on the near-end computing machine 100, figure does not show), so that store operation system, for example MicrosoftWindows 98, Windows2000, WindowsNT or the like, yet under framework of the present invention, the entity hard disk is inessential, will be in hereinafter describing in detail about this part again.
Be noted that especially processor 2 is meant Intel 80386 processor of model, for example Intel 80486, Pentium later on especially ..., or AMD is K5, K6 etc. possesses that have can be at a processor 2 that is independent of the independent manipulation mode outside the operating system.So-called independent manipulation mode, it is the operator scheme that the running of finger processor 2 can not relate to Any Application or operating system, an example is System Management Mode (system management mode, SMM), originally be for the ease of the designed mode of operation of power management by Intel Company, it only need utilize a system management interrupt (SMI) signal to trigger processor 2, can make processor 2 enter this pattern, and abilities such as under this pattern, processor 2 still possesses the network enabled driver is arranged, system peripherals driver, data security monitoring.
When processor 2 enters in the System Management Mode by normal mode, store performed program code state under the normal mode earlier, go forward side by side in the primary memory 4 one independently addressing space carry out corresponding SMM program code (subroutines), between 3000:FFFh～3000:0000h for example shown in Figure 5, therefore have high security and all do not have connection with operating system or application program, and after the RSM instruction in the processor 2 execution SMM computer program codes, promptly can get back under original normal mode, continue to be subjected to the control of operating system.As for processor 2 performed function under this System Management Mode, decide on the content of writing of SMM program code.
Another similar pattern is online simulation (in circuit simulator, ICE) pattern, or title debug pattern (debugging mode), detection mode (probe mode) etc., it is a processor mode that sets for the ease of the debug of carrying out program, the function that can support roughly is as good as with the said system management mode, so repeat no more.Different is, the signal that triggering processor 2 enters the online simulation pattern is R/S# signal (is example with Intel Pentium processor), if desire to make processor 2 to break away from the online simulation pattern, then be to add " endprobe mode " instruction in the computer program code performed under the online simulation pattern, or make the R/S# signal by high step-down with external hardware, again by the low back (positive edge triggers) that uprises, can make processor 2 break away from the online simulation patterns and be returned under the normal mode.
Therefore, also comprise a storer that is connected with processor 2 (SMM handler) 5 in the present embodiment, its interior reservoir has a plurality of SMM computer program codes, these SMM computer program codes also can be divided into a plurality of modules, each module can be carried out the operation of read/write to one second storage device in the remote computer 200 (figure does not show) according to specific I/O instruction.Certainly, these SMM computer program codes also can be stored in the ROM (read-only memory) 3 in the lump with BIOS, after machine 100 starts to be calculated, promptly load in the primary memory 4 automatically, and after processor 2 enters System Management Mode, just can get, carry out by being caught in the specific memory device addressing space.
In addition, present embodiment also comprises a simulator 6, this simulator 6 is to be installed in the computing machine 100, and have an interface unit 61, a code translator (decoder) 62, a control buffer (controlregister) 63, a status register (status register) 64, one wrong buffer (error register) 65, one counter buffer (counter register) 66, two multiplexers (multiplexer) 67,68, and memory buffer (buffer RAM) 69.
The interrupt request that code translator 62 sends (IRQ), its purpose is that the transfer operation of notifying operation system data comes to an end, the opportunity of sending is for whenever counter buffer 66 is reciprocal when (expression transmits successfully) or SMM computer program code are inserted wrong buffer 65 with particular error code to zero the time (the expression transmission is failed), make the operating system can be, and the content judgment data of counter buffer 66 transmit whether success or failure according to status register 64, mistake buffer 65.The kind of interrupt request (IRQ) is decided according to the storage device of simulation, in the present embodiment because of Simulation with I DE interface arrangement, so be IRQ14 (the ten No. four interruption is by main ide interface is used) or IRQ15 (the ten No. five interruption is by less important ide interface is used).
In order to make processor 2 under normal mode and System Management Mode, can carry out the transmission of control signal and data with different I/O ports, therefore need multiplexer 67,68 to carry out the switching of data and address path, in the present embodiment, multiplexer 67 is switchings of being responsible for the data routing of read/write memory buffer 69, and 68 of multiplexers are the switchings of being responsible for the address path of memory buffer 69.
Multiplexer the 66, the 67th is controlled by code translator 62, when processor 2 under normal mode, be the transmission of carrying out the I/O signal via the solid arrow among Fig. 3; When code translator 62 has received the I/O signal, and transmitting system management interrupt signal is when giving processor 2, control multiplexer 67,68 simultaneously and carry out the path switching, make control signal, data-signal, and address signal can be sent on each buffer 63～66 and the multiplexer 67,68 via the dotted arrow among Fig. 4.Therefore under normal mode, the address selection of memory buffer 69, and the read/write of data is via a path, and under System Management Mode, then be via another path, both do not contradict each other.
Consult Fig. 5 and Fig. 6, after 100 starts of near-end computing machine, can load the BIOS in the ROM (read-only memory) 3 earlier, and carry out oneself's start test (POST), the oneself start shooting test errorless after, BIOS promptly can processor controls 2 sends reading requirement (read request) and seeks boot program, under general situation, should be to seek boot program in the hard disk by IDE bus 300, this moment, processor 2 still be under the normal mode, as the path of Fig. 6 1. shown in.
In the present embodiment, the entity hard disk is not arranged though possess, yet, the function of simulator 6 is promptly at simulation one entity hard disk, in other words, because simulator 6 is to couple mutually with processor 2 by IDE bus 300, so the reading requirement that processor 2 is sent will be sent on the simulator 6.
Shown in step 601 because processor 2 " thinks " that the entity hard disk is present in the near-end computing machine 100, so the reading requirement of sending by IDE bus 300 also comprised desire to read the address of magnetic region (512 bytes) and relevant information or the like.Then, as step 602 and path 2. shown in, after code translator 62 receives this reading requirement, in other words, promptly interrupt (trap) reading requirement of processor 2, and further produce system management interrupt signal, make processor 2 enter System Management Mode, and make processor 2 learn desire the address of reading of data.
As step 603 and path 3., 4., after processor 2 enters System Management Mode, promptly can carry out the SMM program code, and attempt in remote computer 200, reading the data of corresponding address.If online errorless and remote computer 200 runnings are normal, then shown in step 604,605, the data that read can be stored in the memory buffer 69 by the dashed path among Fig. 4, as the path 5., also can store the state of memory buffer 69 this moment in the status register 64 simultaneously.
If because network on-line mistake, or situation such as remote computer 200 faults, make processor 2 can't be in remote computer 200 reading of data smoothly, then can be shown in step 606, promptly can store the information of expression " mistake " state in the mistake buffer 65, at the same time, finish the processor 2 of reading of data in remote computer 200, owing to carry out the RSM instruction, therefore can automatically revert under the normal mode, as step 607.
At last, as the path 6. with shown in the step 608, code translator 62 can be according to status register 64, mistake buffer 65, and state such as counter buffer 66, return an interrupt request (IRQ) to the processor 2 that is returned under the normal mode, therefore for BIOS, promptly thought and finished the operation of reading.So, to magnetic region one by one reading, load operation system successfully then, and other application program, so for near-end computing machine 100, though himself do not had the entity hard disk, right effect owing to simulator 6 then can be carried out the data in the remote computer 200 on near-end computing machine 100.
On the other hand, if work as processor 2 under normal mode, data being calculated in primary memory 4, disposed, when desiring to write in " hard disk ", is direct memory access (DMA) (DMA) mode of adopting, and with a dma controller (figure does not show), these data is delivered to simulator 6.
The data transfer operation that this moment is real, be to send a system management interrupt (SMI) signal by simulator 6, make processor 2 carry out the SMM program codes with these data by writing direct in the remote computer 200 by adapter 1 in the primary memory 4, itself then serve as the target that makes that dma controller can normal running as for simulator 6, and the purposes by buffer 63～66 reward data transfer operation results, itself is the directly operation reportedly sent of actual figure.So, the operating system for dma controller itself and use DMA data mode all needn't impose any modification, the data in the remote computer 200 can be given access on near-end computing machine 100.
Therefore, for the near-end computing machine 100 that is not equipped with hard disk, promptly can utilize the present invention to reach the purpose identical with network computer, and owing to be the System Management Mode of utilizing processor 2, so there is not incompatible problem, so long as be equipped with IDE bus 300 on the near-end computing machine 100, can both carry out, open operating system or application program on the remote computer 200 by the simulator in the near-end computing machine 100 6.
As mentioned above, remote data access method of the present invention and use the computing machine of this method to utilize the function of processor 2 fully, and only utilize several buffers just can reach the purpose of data read, more preferably, because simulator 6 utilizes general computing machine all to have the IDE bus of outfit to be connected, so simulator 6 is applicable to the computing machine of various type.
Above-mentioned explanation is preferred embodiment of the present invention only, and can not limits scope of the invention process with this, and all simple equivalent of doing according to claim of the present invention and description change and modify, and all should still belong in the scope that patent of the present invention contains.
Claims (15)
1. remote data access method, by a computing machine to one with the mutually online remote computer of this computing machine in data read, this computing machine has a processor, this access method comprises the following step:
Receive this processor tendency to develop and deliver to the reading requirement of one first storage device, this reading requirement also is loaded with an address of this first storage device;
Interrupt this reading requirement;
After interrupting this reading requirement, send one and interrupt signal, make this processor enter the independent manipulation mode of one and one operating system independent to this processor;
, be stored in the data buffer after reading the data that correspond to this address in one second storage device of this remote computer certainly according to this address by this processor; And
Send an interrupt request to this processor, finish read operation.
2. remote data access method as claimed in claim 1, wherein, this independent manipulation mode is a System Management Mode.
3. remote data access method as claimed in claim 1, wherein, this independent manipulation mode is an online simulation pattern.
4. remote data access method as claimed in claim 3, wherein, this interruption signal is a system management interrupt.
5. remote data access method as claimed in claim 1, wherein, this first storage device is a hard disk, and this address is the magnetic region about this hard disk.
6. a computing machine is mutually online with a remote computer, and this computing machine comprises:
One processor;
One storer stores a plurality of computer program codes, and described computer program code is performed under the independent manipulation mode of one and one operating system independent for this processor; And
One simulator is connected with this processor, and this simulator has:
One code translator, in order to a reading requirement according to this processor sent, produce one and trigger the interruption signal that this processor enters this independent manipulation mode, make this processor carry out described computer program code down in this independent operation mode, and extract corresponding to the data of this reading requirement and after returning back to a normal mode from this remote computer when this processor, send an interrupt request to this processor, and
One memory buffer is in order to keep in the data that this processor is extracted in this remote computer.
7. computing machine as claimed in claim 6, wherein, this independent manipulation mode is a System Management Mode.
8. computing machine as claimed in claim 6, wherein, this independent manipulation mode is the online simulation pattern.
9. computing machine as claimed in claim 6, wherein, this simulator is to be connected with this processor via a standard interface.
10. computing machine as claimed in claim 9, wherein, this standard interface be ata interface, ide interface, USB interface, ESDI interface and scsi interface one of them.
11. computing machine as claimed in claim 6, wherein, this simulator also has a control buffer, a status register, a wrong buffer, a counter buffer that is connected with this code translator, and two multiplexers, in the described multiplexer one is the path that is used for selecting writing the data of this memory buffer, in the described multiplexer another is the path that is used for selecting writing the address of this memory buffer, makes this processor can be write this memory buffer by different paths respectively during with this independent manipulation mode at this normal mode.
12. simulator, be arranged in the computing machine, this computing machine has a processor, a bus that is connected with this processor, an and storer that is connected with this processor, this memory storage has for this processor and enters a performed computer program code during with the independent manipulation mode of operating system independent, this computing machine is mutually online with a remote computer, and this simulator comprises:
One interface unit is provided with on this bus;
One code translator, be connected with this processor by this interface unit, this code translator can be according to the reading requirement that this processor sent, produce one and trigger the interruption signal that this processor enters this independent manipulation mode, so that this processor is carried out described computer program code down in this independent manipulation mode, and when this processor after this remote computer reads data corresponding to this reading requirement, send an interrupt request to this processor, and
One memory buffer is in order to store this processor data of getting of catching in this remote computer.
13. simulator as claimed in claim 12, wherein, this interface unit be ata interface, ide interface, USB interface, ESDI interface and scsi interface one of them.
14. simulator as claimed in claim 13, wherein, the amount of capacity of this data buffer is 512Bytes.
15. simulator as claimed in claim 12, wherein, this simulator also has a control buffer, a status register, a wrong buffer, a counter buffer that is connected with this code translator, and two multiplexers, in the described multiplexer one is the path that is used for selecting writing the data of this memory buffer, and another in the described multiplexer is the path that is used for selecting writing the address of this memory buffer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03148780 CN1282087C (en) | 2003-06-26 | 2003-06-26 | Method for accessing remote data and computer using the method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03148780 CN1282087C (en) | 2003-06-26 | 2003-06-26 | Method for accessing remote data and computer using the method |
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| CN1567245A true CN1567245A (en) | 2005-01-19 |
| CN1282087C CN1282087C (en) | 2006-10-25 |
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| CN 03148780 Expired - Fee Related CN1282087C (en) | 2003-06-26 | 2003-06-26 | Method for accessing remote data and computer using the method |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101551802B (en) * | 2008-04-03 | 2011-09-21 | 纬创资通股份有限公司 | File access method used for management system |
| WO2013082752A1 (en) * | 2011-12-06 | 2013-06-13 | Intel Corporation | Method and system for improving responsiveness in a vehicle computing platform |
| CN105608027A (en) * | 2015-12-18 | 2016-05-25 | 华为技术有限公司 | Non-volatile storage device and method for accessing non-volatile storage device |
| CN109271334A (en) * | 2017-07-18 | 2019-01-25 | 比亚迪股份有限公司 | Data access arrangement, method |
-
2003
- 2003-06-26 CN CN 03148780 patent/CN1282087C/en not_active Expired - Fee Related
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101551802B (en) * | 2008-04-03 | 2011-09-21 | 纬创资通股份有限公司 | File access method used for management system |
| WO2013082752A1 (en) * | 2011-12-06 | 2013-06-13 | Intel Corporation | Method and system for improving responsiveness in a vehicle computing platform |
| CN103975315A (en) * | 2011-12-06 | 2014-08-06 | 英特尔公司 | Method and system for improving responsiveness in a vehicle computing platform |
| TWI566966B (en) * | 2011-12-06 | 2017-01-21 | 英特爾公司 | Method and system for improving responsiveness in a vehicle computing platform |
| CN103975315B (en) * | 2011-12-06 | 2017-04-12 | 英特尔公司 | Method and system for improving responsiveness in a vehicle computing platform |
| US9900448B2 (en) | 2011-12-06 | 2018-02-20 | Intel Corporation | Technologies for displaying images during a pre-boot phase of a vehicle computing platform |
| CN105608027A (en) * | 2015-12-18 | 2016-05-25 | 华为技术有限公司 | Non-volatile storage device and method for accessing non-volatile storage device |
| WO2017101452A1 (en) * | 2015-12-18 | 2017-06-22 | 华为技术有限公司 | Non-volatile storage device and method for accessing non-volatile storage device |
| CN105608027B (en) * | 2015-12-18 | 2018-10-19 | 华为技术有限公司 | Non-volatile memory apparatus and the method for accessing non-volatile memory apparatus |
| CN109271334A (en) * | 2017-07-18 | 2019-01-25 | 比亚迪股份有限公司 | Data access arrangement, method |
| CN109271334B (en) * | 2017-07-18 | 2021-01-26 | 深圳比亚迪微电子有限公司 | Data access system and method |
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| Publication number | Publication date |
|---|---|
| CN1282087C (en) | 2006-10-25 |
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