CN102882907A - Client configuration system and method - Google Patents
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- CN102882907A CN102882907A CN2011101971517A CN201110197151A CN102882907A CN 102882907 A CN102882907 A CN 102882907A CN 2011101971517 A CN2011101971517 A CN 2011101971517A CN 201110197151 A CN201110197151 A CN 201110197151A CN 102882907 A CN102882907 A CN 102882907A
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Abstract
The invention discloses a client configuration system and method. The method comprises the following steps: when a client requests a configuration file from a server with a MAC (Media Access Control) address prefix as the file name, judging whether there is configuration information of the client in the history project list; when there is no configuration information of a project in the historical project list, selecting one project from the history project list, reading and displaying the configuration information corresponding to the project; when the configuration information of the project needs to be modified, reconfiguring the configuration information of the selected project based on the configuration list in the database; updating the MAC address prefix in the client to an MAC address prefix sub-project of a network card in the configuration information of the project; debugging the updated configuration information; and creating one corresponding configuration file for the client with the configuration information. By using the system and method, the client can be configured conveniently and rapidly.
Description
Technical field
The present invention relates to a kind of client configuration system and method.
Background technology
PXE (preboot execute environment, Pre-Boot eXecution Environment) is the technology of network remote guidance system, in the PXE technology, server is by network, remote activation client, the configuration (kernel that client downloads is required, operating system, test program etc.).Client be by MAC Address and IP address as file name, to the server request configuration file, then according to the configuration information of configuration file, download configuration.
In the test factory of majority, dissimilar client changes is often arranged, change each time, energy that all must spending same, be new configuration file of its configuration, and all need the professional to remove to set configuration information, and whether the corresponding combination of debugging is compatible, client can normally be used, to carry out test job.So not only time-consuming also relatively the effort.
Summary of the invention
In view of above content, be necessary to provide a kind of client configuration system and method, utilize the database on the server that client is disposed quickly and easily.
Described client terminal configuring method, be applied on the server, this server is connected with a plurality of client communications by network, the method comprises: read step: when client is arranged take medium access control MAC Address prefix as filename to the server request configuration file, read and show the configuration information of each special project in the historical special project table in the database; Determining step: according to the MAC Address prefix of client, judge the configuration information whether this client is arranged in the historical special project table; Select step: when not having the configuration information of client in the historical special project table, receive the special project that the user selects from shown historical special project table, read and show the configuration information of this special project; Configuration step: when needs are revised the configuration information of selected special project, reconfigure the configuration information of selected special project according to the configuration list in the database; Step of updating: when finishing after configuration information to selected special project reconfigures, with the MAC Address prefix updates of this client to the MAC Address prefix sub-project of the network interface card of the configuration information of this selected special project; Debugging step: the configuration information after upgrading is debugged, with the configuration information that obtains normally to use; Foundation step: be used for when historical special project table has the configuration information of this client, take the configuration information of this client as content, under the default store path of server, create the configuration file of a correspondence for this client, maybe after the configuration information debugging to above-mentioned renewal, configuration information after the debugging is as content, is the configuration file of a correspondence of this client establishment under the default store path of server.
Described client configuration system, be applied on the server, this server is connected with a plurality of client communications by network, this system comprises: read module, be used for when client is arranged take medium access control MAC Address prefix as filename to the server request configuration file, read and show the configuration information of each special project in the historical special project table in the database; Judge module is used for the MAC Address prefix according to client, judges the configuration information whether this client is arranged in the historical special project table; Select module, be used for when historical special project table does not have the configuration information of client, receiving the special project that the user selects from shown historical special project table, read and show the configuration information of this special project; Configuration module is used for reconfiguring the configuration information of selected special project according to the configuration list in the database when needing to revise the configuration information of selected special project; Update module is used for when finishing after configuration information to selected special project reconfigures, with the MAC Address prefix updates of this client extremely in the MAC Address prefix sub-project of the network interface card of the configuration information of this selected special project; Debugging module is used for the configuration information after upgrading is debugged, with the configuration information that obtains normally using; Creation module, be used for when historical special project table has the configuration information of this client, take the configuration information of this client as content, under the default store path of server, create the configuration file of a correspondence for this client, and after the configuration information debugging to above-mentioned renewal, configuration information after the debugging is as content, is the configuration file of a correspondence of this client establishment under the default store path of server.
Compared to prior art, client configuration system and method for the present invention, it is by the well employed configuration information of client in the past of prerecord in the database of server, and the various configuration (kernels that can provide on this server, operating system, test program).When user end to server request configuration file, the database on can the fast search server for this client creates suitable configuration file fast, is finished the configuration to client.
Description of drawings
Fig. 1 is the configuration diagram of client configuration of the present invention system preferred embodiment.
Fig. 2 is the functional block diagram of client configuration of the present invention system preferred embodiment.
Fig. 3 is the flow chart of client terminal configuring method preferred embodiment of the present invention.
Fig. 4 is the refinement flow chart of client terminal configuring method step S14 of the present invention.
Fig. 5 is the refinement flow chart of client terminal configuring method step S16 of the present invention.
The main element symbol description
| Server | 1 |
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| Configuration- |
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2 |
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3 |
| Read |
200 |
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202 |
| Select |
204 |
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206 |
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210 |
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212 |
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216 |
Following embodiment further specifies the present invention in connection with above-mentioned accompanying drawing.
Embodiment
As shown in Figure 1, be the configuration diagram of client configuration of the present invention system preferred embodiment.Described client configuration system 12 runs on the server 1.This server 1 is by network 2 and one or more clients 3 (only illustrating three among Fig. 1) communication connection.In the present embodiment, described network 2 can be intranet (Intranet) or Ethernet (Ethernet), also can be the communication network of the Internet (Internet) or other type.Described server 1 is PXE (preboot execute environment, Pre-Boot eXecution Environment) server, integrated DHCP (Dynamic Host Configuration Protocol for example, DynamicHost arranges agreement) server, TFTP (Trivial File Transfer Protocol, TFTP) server, NFS (Network File System, NFS) server etc.
Described server 1 also comprises configuration project 10 and database 14.Comprise the various configurations that server 1 can provide in the described configuration project 10, such as various kernel programs, operating system and test program etc.Recorded the configuration list that historical special project (Used cfg) table and server provide in the described database 14, the configuration information that comprises each special project that client 3 is in the past used in the described historical special project table, described configuration information comprises six sub-projects: the MAC of special project name, kernel program, operating system, test program, network interface card model and network interface card (Medium/Media Access Control, medium access control) address prefix, shown in following table (1):
Table (1)
Described configuration list comprises kernel program information (Ker_info) catalogue, operation system information (Os_info) catalogue, test program information (Diag_info) catalogue and network interface card information (Nic_info) table.Wherein, what described kernel program message catalog recorded is the file of the same name with kernel program, has recorded the network interface card model that this kernel program is supported in each file.For example, include " vm-2.6.18.192.a " file, " vm-2.6.18.192.b " file, " vm-2.6.18.128.b " file etc. in the kernel program message catalog.Take " Vm-2.6.18.192.a " file as example, its content is: the network interface card model that Intel Pro 1000, Intel e1000e, Broadcom Tg3 etc. support.
What described operation system information catalogue recorded is the file of the same name with operating system, has recorded the store path of this operating system on server 1 in each file, start-up parameter and the compatible kernel program of this operating system.For example, comprise " rhel 5.5 " file, " rhel 5.3 " file etc. in the operation system information catalogue, take " rhel 5.5 " file as example, its content is: Path:/tftpboot/rhel5.5;
Option：ip＝dhcp devfs＝nomount root＝/dev/nfsroot vga＝normal；
compatible kernel：2.6.18.192.a，2.6.18.192.b，2.6.18.192.c…”。
Described test program message catalog record be the file of the same name with test program, each file record the store path of this test program on server, and compatible operating system and the kernel program of this test program.For example, comprise " cli2 " file, " diag2 " file etc. in the test program message catalog, take " cli2 " file as example, its content is: " Path:/home/cli2.tar.bz2;
compatible os：rhel5.3，rhel5.4，rhel5.5…；
compatible kernel：2.6.18.192.a，2.6.18.192.b，2.6.18.192.c…”。
Described network interface card information table has recorded the network interface card model that all kernel programs are supported in the server 1.
As shown in Figure 2, be the functional block diagram of client configuration of the present invention system preferred embodiment.Described client configuration system 12 comprises read module 200, judge module 202, selects module 204, configuration module 206, update module 208, debugging module 210, creation module 212, inspection module 214 and sending module 216.The alleged module of the present invention is to finish the program segment of a specific function, be more suitable in describing the implementation of software in chip than program, therefore below the present invention to all describing with module in the software description.
Described read module 200 is used for when having client 3 to ask configuration file take the MAC Address prefix as filename to server 1, the historical special project table in the reading database 14, and show the configuration information of each special project in this history special project table.In this preferred embodiment, described client 3 is that MAC Address prefix with this client 3 itself is as file name, come to server 1 request configuration file, can avoid when the client of the same type 3 that has identical MAC Address prefix, server 1 can't be the situation of the identical configuration file of the type client 3 requests.That is, when the identical client of the same type 3 of MAC Address prefix can be to the identical configuration file of server 1 request.In this preferred embodiment, the MAC Address prefix of client 3 is first eight bits of its MAC Address, and for example the MAC Address of client 3 is 00-a0-98-13-74-11, and the prefix of its MAC Address is 00a09813.The MAC Address prefix of client 3 of the same type is the same, and for example the MAC Address of customer end A 1 is 00-a0-98-13-74-11, and the prefix addresses of customer end A 2 is 00-a0-98-13-44-55, and both have identical MAC Address prefix part 00-a0-98-13.In other preferred embodiments, described MAC Address prefix is the first six digits of MAC Address at least.
The MAC Address prefix that described judge module 202 is used for according to client 3 is judged the configuration information whether this client 3 is arranged in the historical special project table.The MAC Address prefix that the network interface card identical with the MAC Address prefix of this client 3 arranged in historical special project table, judge module 202 confirms that the corresponding configuration information of MAC Address prefix of this network interface card is the configuration information of client 3, namely has the configuration information of this client 3 in the historical special project table; The MAC Address prefix of not identical with the MAC Address prefix of this client 3 network interface card in historical special project table, judge module 202 are judged in the historical special project table the not configuration information of this client 3.
Described selection module 204 is used for receiving the special project that the user selects from shown historical special project table when historical special project table does not have the configuration information of client 3, reads and show the configuration information of this special project.Wherein the user can select at random, also can rule of thumb select a special project that is fit to this client 3.
Described configuration module 206 is used for reconfiguring the configuration information of selected special project according to the configuration list in the database 14 when needing to revise the configuration information of selected special project.The concrete configuration method describes in detail in connection with the flow chart of Fig. 4.
Described update module 208 is used for when the configuration information of 206 pairs of selected special projects of configuration module reconfigures after, with the MAC Address prefix updates of this client 3 MAC Address prefix sub-project of network interface card in the configuration information of this selected special project extremely.
Described debugging module 210 is used for the configuration information after upgrading is debugged, with the configuration information that obtains normally using.Debugging module 210 comes the configuration information after upgrading is debugged according to the compatible context of each sub-project in kernel program message catalog, operation system information catalogue, test program message catalog and the network interface card information table.Concrete adjustment method describes in detail in conjunction with the flow chart of Fig. 5.
When in the historical special project table configuration information of this client 3 being arranged, under the store path that described creation module 212 is preset in server 1, create the configuration file of a correspondence as this client 3 take the configuration information of client 3, and during the configuration information after having debugged renewal, the configuration information after the above-mentioned debugging creates the configuration file of a correspondence as this client 3 as content.
Described inspection module 214 is used for checking the configuration file operating system that creates under the store path on the server 1, the file of the test program that whether disposes to some extent, if there is not the file of the test program that disposes, according to the store path of this test program on server 1, read and copy this test program to the store path of this operating system.
Described sending module 216 is used for the configuration file that creates is sent to this client 3.At this moment, client 3 can be downloaded corresponding configuration according to this configuration file from the configuration project 10 of server 1.
As shown in Figure 3, be the flow chart of client terminal configuring method preferred embodiment of the present invention.
Step S10, when client 3 is arranged take the MAC Address prefix as filename to server 1 request configuration file, the historical special project table in read module 200 reading databases 14, and show the configuration information of each special project in this history special project table.
Step S11, judge module 202 judge the configuration information whether this client 3 is arranged in the historical special project table according to the MAC Address prefix of client 3.When in the historical special project table MAC Address prefix of the network interface card identical with the MAC Address prefix of this client 3 being arranged, judge module 202 is judged the configuration information that this client 3 is arranged in the historical special project table, and step enters S12; The MAC Address prefix of not identical with the MAC Address prefix of this client 3 network interface card in historical special project table, judge module 202 is judged the configuration information that does not have client 3 in the historical special project table, enters step S13.
Step S12, described creation module 212 take the configuration information of this client 3 configuration file for a correspondence of these client 3 establishments, directly enters step S18 in server 1 under the default store path.
Step S13, described selection module 204 receives the special project that the user selects from shown historical special project table, read and show the configuration information of this special project.Wherein the user can select at random, also can rule of thumb select a special project that is fit to this client 3.
Step S14, when needs were revised the configuration information of selected special project, described configuration module 206 reconfigured the configuration information of selected special project according to the configuration list in the database 14.The concrete configuration method sees refinement flow chart shown in Figure 4 for details.
Step S15, when finishing after configuration information to selected special project reconfigures, update module 208 is with the MAC Address prefix sub-project of the MAC Address prefix updates of this client 3 network interface card to the configuration information of this selected special project.
Step S16, the configuration information after 210 pairs of renewals of debugging module is debugged, with the configuration information that obtains normally using.Debugging module 210 is debugged the configuration information after upgrading according to the compatible context of each sub-project that records in kernel program message catalog, operation system information catalogue, test program message catalog and the network interface card information table.Concrete adjustment method sees refinement flow chart shown in Figure 5 for details.
Step S17, described creation module 212 is in server 1 under the default store path, and the configuration information after the above-mentioned debugging is the configuration file of a correspondence of these client 3 establishments.
Step S18, the operating system in the configuration file that inspection module 214 checks create is under the store path on the server 1, and to some extent whether the file of the test program of configuration if having, directly enters step S20, if do not have, enters step S19.
Step S19 according to the store path of this test program on server 1, reads and copies this test program to the store path of described operating system.
Step S20, sending module 216 are sent to the configuration file that creates the client 3 of this transmission request.At this moment, client 3 can be downloaded corresponding configuration according to the information in this configuration file from the configuration project 10 of server 1.
As shown in Figure 4, be the refinement flow chart of client terminal configuring method step S14 of the present invention.
Step S140, when needs reconfigured kernel program in the selected special project, configuration module 206 read and shows in the database 14 all kernel programs under the kernel program message catalog.
Step S141, configuration module 206 receives a kernel program of user selections, with the filename of this kernel program kernel program sub-project as selected special project.
Step S142, when needs reconfigured operating system in the selected special project, configuration module 206 read and shows all operations system under the operation system information catalogue in the database 14.
Step S143, configuration module 206 receives an operating system of user selections, with the filename of this operating system operating system sub-project as selected special project.
Step S144, when needs reconfigured test program in the selected special project, configuration module 206 read and shows in the database 14 all test programs under the test program message catalog.
Step S145, configuration module 206 receives a test program of user selections, with the filename of this test program test program sub-project as selected special project.
Step S146, when needs reconfigured network interface card model in the selected special project, configuration module 206 read and shows in the database 14 network interface card models all in the network interface card information table.
Step S147, configuration module 206 receives a network interface card model of user selection as the network interface card model sub-project of selected special project, enters step S15.
As shown in Figure 5, be the refinement flow chart of client terminal configuring method step S16 of the present invention.
Step S160, debugging module 210 judge whether selected test program is compatible with selected operating system and kernel program.Described debugging module 210 judges according to the test program message catalog in the database 14 (having recorded compatible operating system and the kernel program of each test program under the test program message catalog) whether this test program is compatible with selected operating system and kernel program.When selected test program and selected operating system and kernel program compatibility, enter step S162; When selected test program and selected operating system and/when kernel program is incompatible, enter step S161.
Step S161, debugging module 210 reads and shows operating system and/or the kernel program that this test program is compatible, and the operating system that receives that the user reselects and/or kernel program, with the filename of this operating system and/or kernel program operating system and/or the kernel program sub-project as selected special project.
Step S162, debugging module 210 judge whether selected operating system and kernel program be compatible.Debugging module 210 is according to the operation system information catalogue in the database 14, judges this operating system whether compatible with selected kernel program (the operation system information catalogue has recorded the compatible kernel program of each operating system).When this operating system and selected kernel program compatibility, enter step S164; When this operating system and selected kernel program are incompatible, enter step S163.
Step S163, debugging module 210 read and show and this operating system and test program compatible kernel program simultaneously, and receive the kernel program that the user reselects, with the filename of this kernel program kernel program sub-project as selected special project.
Step S164, debugging module 210 judge whether selected kernel program supports selected network interface card model.Debugging module 210 judges according to the kernel program message catalog in the database 14 (having recorded the network interface card model that each kernel program is supported under the kernel program message catalog) whether this kernel program supports selected network interface card model.When this kernel program is supported selected network interface card model, enter step S17; When this kernel program is not supported selected network interface card model, enter step S165.
Step S165, from database 14, read with selected operating system and test program compatible simultaneously, and support all kernel programs of selected network interface card model, and select a kernel program, with the filename of this kernel program kernel program sub-project as selected special project, flow process enters step S17.
It should be noted that at last, above embodiment is only unrestricted in order to technical scheme of the present invention to be described, although with reference to preferred embodiment the present invention is had been described in detail, those of ordinary skill in the art is to be understood that, can make amendment or be equal to replacement technical scheme of the present invention, and not break away from the spirit and scope of technical solution of the present invention.
Claims (10)
1. client terminal configuring method is applied to it is characterized in that on the server that the method comprises:
Read step: when client is arranged take medium access control MAC Address prefix as filename to the server request configuration file, read and show the configuration information of each special project in the historical special project table in the database;
Determining step: according to the MAC Address prefix of client, judge the configuration information whether this client is arranged in the historical special project table;
Select step: when not having the configuration information of client in the historical special project table, receive the special project that the user selects from shown historical special project table, read and show the configuration information of this special project;
Configuration step: when needs are revised the configuration information of selected special project, reconfigure the configuration information of selected special project according to the configuration list in the database;
Step of updating: when finishing after configuration information to selected special project reconfigures, with the MAC Address prefix updates of this client to the MAC Address prefix sub-project of the network interface card of the configuration information of this selected special project;
Debugging step: the configuration information after upgrading is debugged, with the configuration information that obtains normally to use;
Foundation step: when in the historical special project table configuration information of this client being arranged, take the configuration information of this client as content, under the default store path of server, create the configuration file of a correspondence for this client, maybe after the configuration information debugging to above-mentioned renewal, configuration information after the debugging is as content, is the configuration file of a correspondence of this client establishment under the default store path of server.
2. client terminal configuring method as claimed in claim 1, it is characterized in that, recorded the configuration list that historical special project table and server provide in the described database, described historical special project table comprises the configuration information of each special project of in the past client use, and described configuration information comprises the MAC Address prefix of special project name, kernel program, operating system, test program, network interface card model and network interface card; Described configuration list comprises kernel program message catalog, operation system information catalogue, test program message catalog and network interface card information table, wherein:
The kernel program message catalog has recorded the file of the same name with kernel program, has recorded the network interface card model that this kernel program is supported in each file;
The operation system information catalogue has recorded the file of the same name with operating system, has recorded store path and this operating system compatible kernel program of this operating system on server in each file;
The test program message catalog has recorded the file of the same name with test program, each file record the store path of this test program on server, and compatible operating system and the kernel program of this test program;
The network interface card information table has recorded the network interface card model that all kernel programs are supported in the server.
3. client terminal configuring method as claimed in claim 2 is characterized in that, the method also comprises:
Checking procedure: the operating system in the configuration file that check creates is under the store path on the server, the file of the test program that whether disposes to some extent, and when under the store path of this operating system not during the file of this test program, according to the store path of this test program on server, read and copy this test program to the store path of this operating system;
Forwarding step: the client that the configuration file that creates is sent to this transmission request.
4. client terminal configuring method as claimed in claim 2 is characterized in that, described configuration step comprises:
When needs reconfigure kernel program in the selected special project, read and show all kernel programs under the kernel program message catalog in the database;
Receive a kernel program of user selection, with the filename of this kernel program kernel program sub-project as selected special project;
When needs reconfigure operating system in the selected special project, read and show all operations system under the operation system information catalogue in the database;
Receive an operating system of user selection, with the filename of this operating system operating system sub-project as selected special project;
When needs reconfigure test program in the selected special project, read and show all test programs under the test program message catalog in the database;
Receive a test program of user selection, with the filename of this test program test program sub-project as selected special project;
When needs reconfigure network interface card model in the selected special project, read and show in the database network interface card models all in the network interface card information table;
Receive a network interface card model of user selection as the network interface card model sub-project of selected special project.
5. client terminal configuring method as claimed in claim 2 is characterized in that, described debugging step comprises:
Debugging step one: according to the test program message catalog in the database, judge whether selected test program is compatible with selected operating system and kernel program, when selected test program and selected operating system and kernel program are incompatible, enter debugging step two, and when selected test program and selected operating system and kernel program compatibility, directly enter debugging step three;
Debugging step two: read and show operating system and/or the kernel program that this test program is compatible, and receive operating system and/or the kernel program of user selection, with the filename of this operating system and/or kernel program operating system and/or the kernel program sub-project as selected special project;
Debugging step three: according to the operation system information catalogue in the database, judge whether selected operating system and kernel program be compatible, when this operating system and selected kernel program are incompatible, enter debugging step four, and when this operating system and selected kernel program compatibility, directly enter debugging step five;
Debugging step four: read and show the kernel program that this operating system is compatible, and receive the kernel program that the user reselects, with the filename of this kernel program kernel program sub-project as selected special project;
Debugging step five: according to the kernel program message catalog in the database, judge whether selected kernel program supports selected network interface card model, when this kernel program is not supported selected network interface card model, enter debugging step six, and when this kernel program is supported selected network interface card model, directly enter foundation step;
Debugging step six: from database, read and demonstration and selected operating system and test program while compatibility, and support all kernel programs of selected network interface card model, receive the kernel program that the user reselects, with the filename of this kernel program kernel program sub-project as selected special project.
6. a client configuration system is characterized in that, this system comprises:
Read module is used for when client is arranged take medium access control MAC Address prefix as filename to the server request configuration file, reads and show the configuration information of each special project in the historical special project table in the database;
Judge module is used for the MAC Address prefix according to client, judges the configuration information whether this client is arranged in the historical special project table;
Select module, be used for when historical special project table does not have the configuration information of client, receiving the special project that the user selects from shown historical special project table, read and show the configuration information of this special project;
Configuration module is used for reconfiguring the configuration information of selected special project according to the configuration list in the database when needing to revise the configuration information of selected special project;
Update module is used for when finishing after configuration information to selected special project reconfigures, with the MAC Address prefix updates of this client extremely in the MAC Address prefix sub-project of the network interface card of the configuration information of this selected special project;
Debugging module is used for the configuration information after upgrading is debugged, with the configuration information that obtains normally using;
Creation module, be used for when historical special project table has the configuration information of this client, take the configuration information of this client as content, under the default store path of server, create the configuration file of a correspondence for this client, and after the configuration information debugging to above-mentioned renewal, configuration information after the debugging is as content, is the configuration file of a correspondence of this client establishment under the default store path of server.
7. client configuration as claimed in claim 6 system, it is characterized in that, recorded the configuration list that historical special project table and server provide in the described database, described historical special project table comprises the configuration information of each special project of in the past client use, and described configuration information comprises MAC Address prefix six sub-projects of special project name, kernel program, operating system, test program, network interface card model and network interface card; Described configuration list comprises kernel program message catalog, operation system information catalogue, test program message catalog and network interface card information table, wherein:
The kernel program message catalog has recorded the file of the same name with kernel program, has recorded the network interface card model that this kernel program is supported in each file;
The operation system information catalogue has recorded the file of the same name with operating system, has recorded store path and this operating system compatible kernel program of this operating system on server in each file;
The test program message catalog has recorded the file of the same name with test program, each file record the store path of this test program on server, and compatible operating system and the kernel program of this test program;
The network interface card information table has recorded the network interface card model that all kernel programs are supported in the server.
8. client configuration as claimed in claim 7 system is characterized in that this system also comprises:
Inspection module, be used for checking the operating system of the configuration file that creates under the store path on the server, the file of the test program that whether disposes to some extent, and when under the store path of this operating system not during the file of this test program, according to the store path of this test program on server, read and copy this test program to the store path of this operating system;
Sending module is used for the configuration file that creates is sent to the client that this transmission is asked.
9. client configuration as claimed in claim 7 system is characterized in that described configuration module disposes the configuration information of selected special project by following steps:
When needs reconfigure kernel program in the selected special project, read and show all kernel programs under the kernel program message catalog in the database;
Receive a kernel program of user selection, with the filename of this kernel program kernel program sub-project as selected special project;
When needs reconfigure operating system in the selected special project, read and show all operations system under the operation system information catalogue in the database;
Receive an operating system of user selection, with the filename of this operating system operating system sub-project as selected special project;
When needs reconfigure test program in the selected special project, read and show all test programs under the test program message catalog in the database;
Receive a test program of user selection, with the filename of this test program test program sub-project as selected special project;
When needs reconfigure network interface card model in the selected special project, read and show in the database network interface card models all in the network interface card information table;
Receive a network interface card model of user selection as the sub-project of selected special project.
10. client configuration as claimed in claim 7 system is characterized in that, the configuration information after described debugging module upgrades by the following steps debugging:
Debugging step one: according to the test program message catalog in the database, judge whether whether selected test program compatible with selected operating system and kernel program, when selected test program and selected operating system and/when kernel program is incompatible, enter debugging step two, and when selected test program and selected operating system and kernel program compatibility, directly enter debugging step three;
Debugging step two: read and show operating system and/or the kernel program that this test program is compatible, and reselect an operating system and/or kernel program, with the filename of this operating system and/or kernel program as the operating system in the configuration information and/or kernel program sub-project;
Debugging step three: according to the operation system information catalogue in the database, judge whether selected operating system and kernel program be compatible, when this operating system and selected kernel program are incompatible, enter debugging step four, and when this operating system and selected kernel program compatibility, directly enter debugging step five;
Debugging step four: read and show the kernel program that this operating system is compatible, and receive the kernel program that the user reselects, with the filename of this kernel program as the kernel program sub-project in the configuration information;
Debugging step five: according to the kernel program message catalog in the database, judge whether selected kernel program supports selected network interface card model, when this kernel program is not supported selected network interface card model, enter debugging step six, and when this kernel program is supported selected network interface card model, directly enter foundation step;
Debugging step six: from database, read and demonstration and selected operating system and test program while compatibility, and support the kernel program of selected network interface card model, reselect a kernel program, with the filename of this kernel program as the kernel program sub-project in the configuration information.
Priority Applications (2)
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| CN2011101971517A CN102882907A (en) | 2011-07-14 | 2011-07-14 | Client configuration system and method |
| TW100126097A TW201303615A (en) | 2011-07-14 | 2011-07-22 | System and method for configuring a client device |
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| CN2011101971517A CN102882907A (en) | 2011-07-14 | 2011-07-14 | Client configuration system and method |
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| CN103631715A (en) * | 2013-11-28 | 2014-03-12 | 北京奇虎科技有限公司 | Method, device and system for testing application |
| CN104104582A (en) * | 2013-04-12 | 2014-10-15 | 阿里巴巴集团控股有限公司 | Data storage path management method, client and server |
| CN103631715B (en) * | 2013-11-28 | 2016-11-30 | 北京奇虎科技有限公司 | Application testing method, equipment and system |
| CN106302705A (en) * | 2016-08-11 | 2017-01-04 | 浪潮(北京)电子信息产业有限公司 | The interface information collection method of a kind of distributed memory system and system |
| CN107483637A (en) * | 2017-09-22 | 2017-12-15 | 郑州云海信息技术有限公司 | A kind of client link management method and device based on NFS |
| CN108121662A (en) * | 2017-12-29 | 2018-06-05 | 广东欧珀移动通信有限公司 | The collocation method and its device of test equipment |
| CN108696374A (en) * | 2017-04-10 | 2018-10-23 | 北京京东尚科信息技术有限公司 | Update the method and apparatus of client configuration |
| CN112363685A (en) * | 2020-12-08 | 2021-02-12 | 四川长虹电器股份有限公司 | Processing method for matching various screen parameters by using advertisement player software |
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| CN104104582A (en) * | 2013-04-12 | 2014-10-15 | 阿里巴巴集团控股有限公司 | Data storage path management method, client and server |
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| CN103631715B (en) * | 2013-11-28 | 2016-11-30 | 北京奇虎科技有限公司 | Application testing method, equipment and system |
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| CN108696374B (en) * | 2017-04-10 | 2021-10-01 | 北京京东尚科信息技术有限公司 | Method and device for updating client configuration |
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| CN107483637B (en) * | 2017-09-22 | 2020-08-21 | 苏州浪潮智能科技有限公司 | NFS-based client link management method and device |
| CN108121662A (en) * | 2017-12-29 | 2018-06-05 | 广东欧珀移动通信有限公司 | The collocation method and its device of test equipment |
| CN112363685A (en) * | 2020-12-08 | 2021-02-12 | 四川长虹电器股份有限公司 | Processing method for matching various screen parameters by using advertisement player software |
| CN112363685B (en) * | 2020-12-08 | 2022-08-19 | 四川长虹电器股份有限公司 | Processing method for matching various screen parameters by using advertisement player software |
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| Publication number | Publication date |
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| TW201303615A (en) | 2013-01-16 |
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