CN105045629A - Diskless workstation equipment startup method and system - Google Patents
Diskless workstation equipment startup method and system Download PDFInfo
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Abstract
The invention provides a diskless workstation equipment startup method and system. The diskless workstation equipment startup method is applied to a system consisting of a plurality of pieces of diskless workstation equipment and at least one server, wherein the diskless workstation equipment is provided with solid state disks. The diskless workstation equipment startup method comprises the following steps: acquiring preset startup file information and a startup mode, wherein the startup mode comprises a local startup mode or a diskless startup mode; when the startup mode is the local startup mode, detecting whether or not preset startup files exist in the solid state disks; and when the preset startup files exist in the solid state disks, executing the preset startup files. According to the technical scheme of the invention, convenience in management and maintenance of a diskless network and the startup performance advantages of the local solid state disks are considered.
Description
Technical field
The present invention relates to a kind of computer technology, particularly relate to a kind of non-disk workstation equipment starting method and system.
Background technology
At present, in Internet bar's industry, non-disk workstation equipment solution is the primary solutions of network system for Internet bar.In the equipment solution of non-disk workstation, include multiple client computer without dish and a system server, certainly, several standby server can also be equipped with as required.The principle of non-disk workstation equipment is exactly have a system server at least in net, this system server also needs except having the operating system needed for itself operation the operating system needed for a workstation operation.Do not have hard disk in the cabinet of non-disk workstation equipment, other hardware has (as mainboard, internal memory etc.), and the network interface card of non-disk workstation equipment must with bootable chip (general network interface card have, and bootable chip can have been bought).The driver that bootable chip when non-disk workstation device start on network interface card loads fetches desired data for user from system server.The original idea one of non-disk net is the cost in order to reduce workstation, but is mainly the convenience in order to administer and maintain.All be put on server by the file of operating system that workstation will be used and software document, administering and maintaining of system completes all on the server, software upgrading only needs configuration once, all computing machines in network just can use new software, and this is concerning the Gospel really network manager.Along with the universal of gigabit networking and network interface card convergence, many network interface cards dividing technology, the network traffics of server end can reach about 400MB/S.But, reading and writing data due to non-disk workstation equipment is all actual to be completed in service end, need to pass through Internet Transmission, even if what non-disk workstation equipment and service end adopted is gigabit networking, every platform client computer (non-disk workstation equipment) or 120MB/S, and the handling capacity of server and stability will directly affect the reading and writing data speed of client computer.In addition, without in dish solution, the handling capacity of service routine and robustness are on playing impact in non-disk workstation greatly.Client dress SSD substantially can also improve client and to play experience.And the read or write speed of current solid state hard disc is far longer than 120MB/S, obviously, the toggle speed of non-disk workstation equipment awaits improving.
Given this, how to find a kind of improve the toggle speed of non-disk workstation equipment network system and method become those skilled in the art's problem demanding prompt solution.
Summary of the invention
The shortcoming of prior art in view of the above, the object of the present invention is to provide a kind of non-disk workstation equipment starting method and system, for solving the problem that in prior art, non-disk workstation device start speed has much room for improvement.
For achieving the above object and other relevant objects, the invention provides a kind of non-disk workstation equipment starting method, be applied in the system that multiple non-disk workstations equipment and at least one server form, described non-disk workstation equipment is with solid state hard disc, described non-disk workstation equipment starting method comprises: obtain and preset startup file information and start-up mode, described start-up mode comprises the machine start-up mode or non-disk startup pattern; When start-up mode is the machine start-up mode, detect in solid state hard disc whether there is the determined default startup file of described startup file information; When default startup file exists in solid state hard disc, perform described default startup file.
Alternatively, obtain the implementation presetting startup file and start-up mode to comprise: non-disk workstation device-to-server sends a boot request frame, server determines the log-on message of described non-disk workstation equipment according to described boot request frame, and described log-on message is sent to described non-disk workstation equipment; Described log-on message comprises described default startup file information and start-up mode.
Alternatively, described non-disk workstation equipment starting method also comprises: when start-up mode is the machine start-up mode, when default startup file does not exist in solid state hard disc, obtains described default startup file to server request; Receive described default startup file, described default startup file is kept in solid state hard disc.
Alternatively, described non-disk workstation equipment starting method also comprises: when start-up mode is the machine start-up mode, when default startup file does not exist in solid state hard disc, obtains described default startup file to server request; Receive described default startup file, and perform described default startup file.
Alternatively, described non-disk workstation equipment starting method also comprises: when start-up mode is non-disk startup pattern, transmits described default startup file to server request; Receive described default startup file, perform described default startup file.
Alternatively, described default startup file is image file.
Alternatively, described non-disk workstation equipment starting method also comprises: server changes the log-on message of described non-disk workstation equipment.
The present invention also provides a kind of non-disk workstation device start system, comprise multiple non-disk workstations equipment and at least one server, described non-disk workstation equipment is with solid state hard disc, described non-disk workstation equipment comprises: log-on message acquisition module, for obtaining default startup file information and start-up mode; The machine starts module, for when start-up mode is the machine start-up mode, detects in solid state hard disc whether there is the determined default startup file of described startup file information; When default startup file exists in solid state hard disc, perform described default startup file.
Alternatively, obtain the implementation presetting startup file and start-up mode to comprise: non-disk workstation device-to-server sends a boot request frame, server determines the log-on message of described non-disk workstation equipment according to described boot request frame, and described log-on message is sent to described non-disk workstation equipment; Described log-on message comprises described default startup file information and start-up mode.
Alternatively, described the machine start module also for: when default startup file does not exist in solid state hard disc, obtain described default startup file to server request; Receive described default startup file, described default startup file is kept in solid state hard disc.
Alternatively, described the machine start module also for: when default startup file does not exist in solid state hard disc, obtain described default startup file to server request; Receive described default startup file, and perform described default startup file.
Alternatively, described non-disk workstation equipment also comprises: non-disk startup module, for when start-up mode is non-disk startup pattern, transmits described default startup file to server request; Receive described default startup file, perform described default startup file.
Alternatively, described default startup file is image file.
The present invention also provides a kind of non-disk workstation device start system, comprise multiple non-disk workstations equipment and at least one server, described non-disk workstation equipment is with solid state hard disc, described server comprises: log-on message confirms module, for determining the log-on message of corresponding non-disk workstation equipment according to the boot request frame received, and described log-on message is sent to described non-disk workstation equipment; Start request processing module, the request of startup file is preset in the acquisition sent for receiving non-disk workstation equipment, and described default startup file is sent to described non-disk workstation equipment.
Alternatively, described server also comprises: log-on message modified module, and for revising the log-on message of non-disk workstation equipment, described log-on message comprises default startup file information and start-up mode.
Alternatively, described default startup file is image file.
The present invention also provides a kind of non-disk workstation device start system, comprises multiple non-disk workstation as above equipment and at least one server as above.
As mentioned above, a kind of non-disk workstation equipment starting method of the present invention and system, have following beneficial effect: can take into account the convenience of non-disk net on administering and maintaining and the performance advantage of local solid state hard disc startup.
Accompanying drawing explanation
Fig. 1 is shown as the schematic flow sheet of an embodiment of non-disk workstation of the present invention equipment starting method.
Fig. 2 is shown as the module diagram of an embodiment of non-disk workstation of the present invention device start system.
Element numbers explanation
1 non-disk workstation device start system
11 non-disk workstation device servers
111 log-on messages confirm module
112 start request processing module
12 non-disk workstation equipment
121 log-on message acquisition modules
122 the machine start module
S1 ~ S4 step
Embodiment
Below by way of specific instantiation, embodiments of the present invention are described, those skilled in the art the content disclosed by this instructions can understand other advantages of the present invention and effect easily.The present invention can also be implemented or be applied by embodiments different in addition, and the every details in this instructions also can based on different viewpoints and application, carries out various modification or change not deviating under spirit of the present invention.
It should be noted that, the diagram provided in the present embodiment only illustrates basic conception of the present invention in a schematic way, then only the assembly relevant with the present invention is shown in graphic but not component count, shape and size when implementing according to reality is drawn, it is actual when implementing, and the kenel of each assembly, quantity and ratio can be a kind of change arbitrarily, and its assembly layout kenel also may be more complicated.
The invention provides a kind of non-disk workstation equipment starting method, be applied to multiple non-disk workstations equipment (under the performance of certain reality, described non-disk workstation is such as a computing machine) in the system that forms with at least one server, described non-disk workstation equipment is with solid state hard disc.In one embodiment, as shown in Figure 1, described non-disk workstation equipment starting method comprises:
Step S1, obtain and preset startup file information and start-up mode, described start-up mode comprises the machine start-up mode or non-disk startup pattern.In one embodiment, obtain the implementation presetting startup file and start-up mode to comprise: non-disk workstation device-to-server sends a boot request frame, server determines the log-on message of described non-disk workstation equipment according to described boot request frame, and described log-on message is sent to described non-disk workstation equipment; Described log-on message comprises described default startup file information and start-up mode.Described default startup file information comprises the filename of default startup file.Described default startup file information also can be called target start Mirror Info, comprises target start image filename.In one embodiment, because default startup file needs the function such as incremental update, breakpoint transmission.So preset startup file to comprise multiple file, except target start image file, also has alternative document.In one embodiment, in order to improve the efficiency of management of disk, described target start image file have employed the storage mode of sparse format, now, described default startup file comprises target start image file and corresponding Mirroring Mapping file, wherein, and the corresponding relation that the disk skew of corresponding Mirroring Mapping file record target start image file and image file internal data block offset, employing is convenient to system drive fast finding and is marked whether sparse, is convenient to the management to system disk.When adopting sparse format, if corresponding disk sector was not write, then can not take corresponding space in image file, 1 image file being labeled as the dish correspondence of 10GB, the actual disk space taken of the image file of its correspondence possible only has 2G.Be convenient to like this reduce the space shared by image file.Write data along with to this 10G dish, image file can become large gradually, is up to 10GB.In one embodiment, for the ease of upgrading to System startup files, described default startup file can comprise target start image file and corresponding upgrade information file.Server can determine that the default startup file of non-disk workstation only comprises startup image file as required, still comprises target start image file and corresponding upgrade information file.In one embodiment, the version number's (or similar information) starting image file is included in startup file information, when the version number of the startup image file in the solid state hard disc of the version number in startup file information and non-disk workstation is inconsistent, described default startup file will comprise corresponding upgrade information file.When default startup file comprises upgrade information file, this upgrade information file will be downloaded from server in non-disk workstation, and upper once start time by this upgrade information Piece file mergence to target start image file with the upgrading of completion system.When described target start image file have employed the storage mode of sparse format, described upgrade information file also comprises two files, upgrade file and mapped file of upgrading accordingly.Described default startup file information directly can comprise default startup file name, described default startup file information also can comprise each element information forming and preset startup file name, and these element informations can be assembled into by certain rule the default startup file name determined by non-disk workstation equipment.
Step S2, when start-up mode is the machine start-up mode, detects in solid state hard disc whether there is the determined default startup file of described startup file information.Particularly, preset startup file name and determine by presetting in startup file information, when start-up mode is the machine start-up mode, detect in solid state hard disc whether there is the file that file is called described default startup file name.In one embodiment, when start-up mode is the machine start-up mode, detects in solid state hard disc whether there is the file that file is called described default startup file name, and check the integrality of this default startup file.In one embodiment, described default startup file is image file.
Step S3, when default startup file exists in solid state hard disc, performs described default startup file.
In one embodiment, described non-disk workstation equipment starting method also comprises:
Step S4, when start-up mode is the machine start-up mode, when default startup file does not exist in solid state hard disc, obtains described default startup file to server request.Non-disk workstation equipment receives described default startup file, can be kept in solid state hard disc by described default startup file, also can perform described default startup file.When described default startup file is transmitted to server request in non-disk workstation, server can indicate and send described default startup file from server to described non-disk workstation, and this default startup file can comprise multiple file.Server can also indicate and P2P (PeertoPeer, peer-to-peer network) mode also can be adopted to have downloaded the non-disk workstation of described default startup file to the described default startup file of described non-disk workstation transmission from other.
In one embodiment, described non-disk workstation equipment starting method also comprises: when start-up mode is non-disk startup pattern, transmits described default startup file to server request; Receive described default startup file, perform described default startup file.When described default startup file is transmitted to server request in non-disk workstation, server can indicate and send described default startup file from server to described non-disk workstation, and this default startup file can comprise multiple file.Server can also indicate and P2P (PeertoPeer, peer-to-peer network) mode also can be adopted to have downloaded the non-disk workstation of described default startup file to the described default startup file of described non-disk workstation transmission from other.
In one embodiment, described non-disk workstation equipment starting method also comprises: server changes the log-on message of described non-disk workstation equipment.Particularly, server can change the default startup file of described non-disk workstation equipment, and server can change the start-up mode of described non-disk workstation equipment.
The present invention also provides a kind of non-disk workstation device start system, comprises multiple non-disk workstations equipment and at least one server, and described non-disk workstation equipment is with solid state hard disc.In one embodiment, as shown in Figure 2, non-disk workstation device start system 1 comprises multiple non-disk workstations equipment 12 and a server 11.Described non-disk workstation equipment 12 comprises log-on message acquisition module 121, the machine starts module 12.Wherein:
Log-on message acquisition module 121 is for obtaining default startup file and start-up mode.Particularly, described start-up mode comprises the machine start-up mode or non-disk startup pattern.In one embodiment, obtain the implementation presetting startup file and start-up mode to comprise: non-disk workstation device-to-server sends a boot request frame, server determines the log-on message of described non-disk workstation equipment according to described boot request frame, and described log-on message is sent to described non-disk workstation equipment; Described log-on message comprises described default startup file information and start-up mode.Described default startup file information comprises the filename of default startup file.Described default startup file information also can be called target start Mirror Info, comprises target start image filename.In one embodiment, because default startup file needs the function such as incremental update, breakpoint transmission.So preset startup file to comprise multiple file, except target start image file, be also provided with alternative document.Described default startup file information directly can comprise default startup file name, described default startup file information also can comprise each element information forming and preset startup file name, and these element informations can be assembled into by certain rule the default startup file name determined by log-on message acquisition module 121.In one embodiment, in order to improve the efficiency of management of disk, described target start image file have employed the storage mode of sparse format, now, described default startup file comprises target start image file and corresponding Mirroring Mapping file, and wherein, corresponding image file have recorded the disk skew of target start image file and the corresponding relation of image file internal data block skew, employing is convenient to system drive fast finding and is marked whether sparse, is convenient to the management to system disk.When adopting sparse format, if corresponding disk sector was not write, then can not take corresponding space in image file, 1 image file being labeled as the dish correspondence of 10GB, the actual disk space taken of the image file of its correspondence possible only has 2G.Be convenient to like this reduce the space shared by image file.Write data along with to this 10G dish, image file can become large gradually, is up to 10GB.In one embodiment, for the ease of upgrading to System startup files, described default startup file can comprise target start image file and corresponding upgrade information file.In one embodiment, the version number's (or similar information) starting image file is included in startup file information, when the version number of the startup image file in the solid state hard disc of the version number in startup file information and non-disk workstation is inconsistent, described default startup file will comprise corresponding upgrade information file.When default startup file comprises upgrade information file, this upgrade information file will be downloaded from server in non-disk workstation, and upper once start time by this upgrade information Piece file mergence to target start image file with the upgrading of completion system.When described target start image file have employed the storage mode of sparse format, described upgrade information file also comprises two files, upgrade file and mapped file of upgrading accordingly.
The machine starts module 122 for when start-up mode is the machine start-up mode, detects in solid state hard disc whether there is the determined default startup file of described startup file information; When default startup file exists in solid state hard disc, perform described default startup file.Particularly, preset startup file name and determine by presetting in startup file information, when start-up mode is the machine start-up mode, detect in solid state hard disc whether there is the file that file is called described default startup file name.In one embodiment, when start-up mode is the machine start-up mode, detects in solid state hard disc whether there is the file that file is called described default startup file name, and check the integrality of this default startup file.In one embodiment, described default startup file is image file.When default startup file comprise target start image file and upgrade information file and target start image file in solid state hard disc, but when this upgrade information file is not in solid hard disk, this upgrade information file will be downloaded from server, and perform described target start image file; When default startup file comprises target start image file and upgrade information file and target start image file and this upgrade information file have been present in solid hard disk all, this upgrade information Piece file mergence is to target start image file; Then described target image file is performed.
In one embodiment, described the machine start module 123 also for: when default startup file does not exist in solid state hard disc, obtain described default startup file to server request.Particularly, preset startup file and comprise target start image file, when this target start image file is not in solid hard disk, this upgrade information file will be downloaded from server.Non-disk workstation equipment receives described default startup file, can be kept in solid state hard disc by described default startup file, also can perform described default startup file.
In one embodiment, described non-disk workstation equipment 12 also comprises non-disk startup module: non-disk startup module is used for when start-up mode is non-disk startup pattern, asks to transmit described default startup file to server 11; The described default startup file that reception server 11 sends, performs described default startup file.When the non-disk startup module of non-disk workstation 12 asks to transmit described default startup file to server 11, server 11 can indicate and send described default startup file from server 11 to described non-disk workstation 12, and this default startup file can comprise multiple file.Server 11 can also indicate and P2P (PeertoPeer, peer-to-peer network) mode also can be adopted to have downloaded the non-disk workstation of described default startup file from other send described default startup file to described non-disk workstation 12.
In one embodiment, the present invention also provides a kind of non-disk workstation device start system 1, and comprise multiple non-disk workstations equipment 12 and at least one server 11, described non-disk workstation equipment 12 is with solid state hard disc.In one embodiment, as shown in Figure 2, described server 11 comprises log-on message and confirms module 111 and start request processing module 112, wherein:
Log-on message confirms that module 111 is for determining the log-on message of corresponding non-disk workstation equipment 12 according to the boot request frame received, and described log-on message is sent to described non-disk workstation equipment 12.Particularly, described log-on message comprises described default startup file information and start-up mode.
Start request processing module 112 presets startup file request for the acquisition receiving non-disk workstation equipment 12 and send, and described default startup file is sent to described non-disk workstation equipment 12.In one embodiment, described default startup file is image file.When non-disk workstation 12 asks to transmit described default startup file to server 11, server 11 can indicate and send described default startup file from server to described non-disk workstation 12, and this default startup file can comprise multiple file.Server 11 can also indicate and P2P (PeertoPeer, peer-to-peer network) mode also can be adopted to have downloaded the non-disk workstation of described default startup file from other send described default startup file to described non-disk workstation 12.
In one embodiment, described server 11 also comprises log-on message modified module: log-on message modified module is for revising the log-on message of non-disk workstation equipment, and described log-on message comprises default startup file information and start-up mode.In one embodiment, save the relevant information of non-disk workstation equipment (i.e. client computer) in server 11, described client computer relevant information comprises: client name, Network card setup and system disk configure.Wherein, the Network card setup of this client computer comprises: the information such as IP address, MAC Address, gateway address, subnet mask.Whether the system disk configuration of this client computer comprises: default image (comprising image file and collocation point), from information such as the machine startups.The system disk configuration of this client computer can also comprise the second mirror image, the 3rd mirror image etc.: the keeper of system can revise the system disk configuration information of specified client very easily, changes the start-up mode of non-disk workstation equipment and default startup file information.Conveniently the pattern of non-disk workstation equipment switches, when selecting local boot pattern, this system disk configuration information can also comprise a local boot Construction State option, and when the option is selected, non-disk workstation (client computer) can not enter desktop after starting.If client computer is opened mirror image and is provided with local boot, and enters Construction State, then client computer can judge whether to need heavily to descend startup file.If local boot file is complete, then not heavily under, but do not enter desktop, the data upload business of other client computer P2P be provided under construction interface.In one embodiment, whether non-disk workstation equipment can also be selected not detect in solid state hard disc exists described default startup file, and is directly downloaded in solid hard disk by described default startup file.Under local boot Construction State, in the equipment of non-disk workstation, display is in Construction State, after local disk storage data have been downloaded, has needed reminding user to be restarted by non-disk workstation equipment, the machine start-up mode can be entered.In one embodiment, if the non-disk workstation first time being provided with solid hard disk uses, then when obtaining default startup file information and start-up mode, initialization process will be carried out to described solid hard disk in non-disk workstation, comprise and format this solid hard disk.In one embodiment, after initialization process is carried out to described solid hard disk in non-disk workstation, first time downloads and presets startup image file group is to generate a mirror image overview file, if overview file exists, directly use, this mirror image assumes overall responsibility for file for managing the file on solid hard disk.The driver of non-disk workstation can assume overall responsibility for the file of the information searching correspondence in solid hard disk recorded in file by mirror image.
The present invention also provides a kind of non-disk workstation device start system.In one embodiment, as shown in Figure 2, non-disk workstation device start system 1 comprises multiple non-disk workstations as above equipment 12 and at least one server 11 as above.
In sum, in technical scheme of the present invention, the startup of non-disk workstation equipment still starts to perform by bootable chip, and therefore, this technical scheme and existing non-disk net can be compatible.The technical program can by the amendment to the log-on message of server, under the normal business prerequisite ensureing Internet bar, within the shortest time, start-up mode is switched to local start-up mode, the extreme performance making user obtain solid state hard disc (SSD) is experienced.Meanwhile, the program maintains original non-disk net and administers and maintains low cost and other advantages.So the present invention effectively overcomes various shortcoming of the prior art and tool high industrial utilization.
Above-described embodiment is illustrative principle of the present invention and effect thereof only, but not for limiting the present invention.Any person skilled in the art scholar all without prejudice under spirit of the present invention and category, can modify above-described embodiment or changes.Therefore, such as have in art usually know the knowledgeable do not depart from complete under disclosed spirit and technological thought all equivalence modify or change, must be contained by claim of the present invention.
Claims (14)
1. a non-disk workstation equipment starting method, be applied in the system that multiple non-disk workstations equipment and at least one server form, it is characterized in that, described non-disk workstation equipment is with solid state hard disc, and described non-disk workstation equipment starting method comprises:
Obtain and preset startup file information and start-up mode, described start-up mode comprises the machine start-up mode or non-disk startup pattern;
When start-up mode is the machine start-up mode, detect in solid state hard disc whether there is the determined default startup file of described startup file information;
When default startup file exists in solid state hard disc, perform described default startup file.
2. non-disk workstation according to claim 1 equipment starting method, it is characterized in that: obtain the implementation presetting startup file and start-up mode and comprise: non-disk workstation device-to-server sends a boot request frame, server determines the log-on message of described non-disk workstation equipment according to described boot request frame, and described log-on message is sent to described non-disk workstation equipment; Described log-on message comprises described default startup file information and start-up mode.
3. non-disk workstation according to claim 2 equipment starting method, is characterized in that: described non-disk workstation equipment starting method also comprises: server changes the log-on message of described non-disk workstation equipment.
4. non-disk workstation according to claim 1 equipment starting method, it is characterized in that: described non-disk workstation equipment starting method also comprises: when start-up mode is the machine start-up mode, when default startup file does not exist in solid state hard disc, obtain described default startup file to server request; Receive described default startup file, described default startup file is kept in solid state hard disc.
5. non-disk workstation according to claim 1 equipment starting method, it is characterized in that: described non-disk workstation equipment starting method also comprises: when start-up mode is the machine start-up mode, when default startup file does not exist in solid state hard disc, obtain described default startup file to server request; Receive described default startup file, and perform described default startup file.
6. non-disk workstation according to claim 1 equipment starting method, is characterized in that: described non-disk workstation equipment starting method also comprises: when start-up mode is non-disk startup pattern, transmits described default startup file to server request; Receive described default startup file, perform described default startup file.
7. a non-disk workstation equipment device start system, comprises multiple non-disk workstations equipment and at least one server, it is characterized in that: described non-disk workstation equipment is with solid state hard disc, and described non-disk workstation equipment comprises:
Log-on message acquisition module, for obtaining default startup file information and start-up mode;
The machine starts module, for when start-up mode is the machine start-up mode, detects in solid state hard disc whether there is the determined default startup file of described startup file information; When default startup file exists in solid state hard disc, perform described default startup file.
8. non-disk workstation according to claim 7 device start system, it is characterized in that: obtain the implementation presetting startup file and start-up mode and comprise: non-disk workstation device-to-server sends a boot request frame, server determines the log-on message of described non-disk workstation equipment according to described boot request frame, and described log-on message is sent to described non-disk workstation equipment; Described log-on message comprises described default startup file information and start-up mode.
9. non-disk workstation according to claim 7 device start system, is characterized in that: described the machine start module also for: when default startup file does not exist in solid state hard disc, obtain described default startup file to server request; Receive described default startup file, described default startup file is kept in solid state hard disc.
10. non-disk workstation according to claim 7 device start system, is characterized in that: described the machine start module also for: when default startup file does not exist in solid state hard disc, obtain described default startup file to server request; Receive described default startup file, and perform described default startup file.
11. non-disk workstation according to claim 7 device start systems, it is characterized in that: described non-disk workstation equipment also comprises: non-disk startup module, for when start-up mode is non-disk startup pattern, transmit described default startup file to server request; Receive described default startup file, perform described default startup file.
12. 1 kinds of non-disk workstation device start systems, comprise multiple non-disk workstations equipment and at least one server, it is characterized in that: described non-disk workstation equipment is with solid state hard disc, and described server comprises:
Log-on message confirms module, for determining the log-on message of corresponding non-disk workstation equipment according to the boot request frame received, and described log-on message is sent to described non-disk workstation equipment;
Start request processing module, the request of startup file is preset in the acquisition sent for receiving non-disk workstation equipment, and described default startup file is sent to described non-disk workstation equipment.
13. non-disk workstation according to claim 12 device start systems, it is characterized in that: described server also comprises: log-on message modified module, for revising the log-on message of non-disk workstation equipment, described log-on message comprises default startup file information and start-up mode.
14. 1 kinds of non-disk workstation device start systems, is characterized in that: comprise multiple non-disk workstation equipment as described in claim arbitrary in claim 7 to 11 and at least one server as described in claim 12 or 13.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107665157A (en) * | 2017-09-21 | 2018-02-06 | 成都领沃网络技术有限公司 | It is a kind of to improve the method without the experience of disk speed |
| CN110618822A (en) * | 2019-08-26 | 2019-12-27 | 杭州顺网科技股份有限公司 | Method for pre-installing network card drive in starting stage of diskless workstation |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102185910A (en) * | 2011-04-22 | 2011-09-14 | 湖南大学 | Data distribution method for diskless network server based on solid state disk (SSD) and hard disk drive (HDD) hybrid storage |
| CN102323888A (en) * | 2011-08-11 | 2012-01-18 | 杭州顺网科技股份有限公司 | A kind of diskless computer starts accelerated method |
| CN103888491A (en) * | 2012-12-20 | 2014-06-25 | 鸿富锦精密工业（深圳）有限公司 | Diskless workstation start system and method |
-
2015
- 2015-07-29 CN CN201510451409.XA patent/CN105045629B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102185910A (en) * | 2011-04-22 | 2011-09-14 | 湖南大学 | Data distribution method for diskless network server based on solid state disk (SSD) and hard disk drive (HDD) hybrid storage |
| CN102323888A (en) * | 2011-08-11 | 2012-01-18 | 杭州顺网科技股份有限公司 | A kind of diskless computer starts accelerated method |
| CN103888491A (en) * | 2012-12-20 | 2014-06-25 | 鸿富锦精密工业（深圳）有限公司 | Diskless workstation start system and method |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107665157A (en) * | 2017-09-21 | 2018-02-06 | 成都领沃网络技术有限公司 | It is a kind of to improve the method without the experience of disk speed |
| CN110618822A (en) * | 2019-08-26 | 2019-12-27 | 杭州顺网科技股份有限公司 | Method for pre-installing network card drive in starting stage of diskless workstation |
| CN110618822B (en) * | 2019-08-26 | 2023-02-07 | 杭州顺网科技股份有限公司 | Method for pre-installing network card drive in starting stage of diskless workstation |
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| CN105045629B (en) | 2019-04-05 |
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