CN100520725C - Computer hard ware diagnosis comprehensive management system and method based on Linux system - Google Patents
Computer hard ware diagnosis comprehensive management system and method based on Linux system Download PDFInfo
- Publication number
- CN100520725C CN100520725C CNB2005101113046A CN200510111304A CN100520725C CN 100520725 C CN100520725 C CN 100520725C CN B2005101113046 A CNB2005101113046 A CN B2005101113046A CN 200510111304 A CN200510111304 A CN 200510111304A CN 100520725 C CN100520725 C CN 100520725C
- Authority
- CN
- China
- Prior art keywords
- computing machine
- tested
- module
- test
- linux
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Test And Diagnosis Of Digital Computers (AREA)
Abstract
The invention provides an Linux system-based computer hardware diagnosis integrated management system and diagnosis method for defects of more artificial participation, long preparing cycle, difficulty in counting, etc in computer hardware test. And the system comprises master server, test parameter database server, and tested computer, interconnected through network, characterized in that the tested computer need not to be equipped with any harddisk and the master server comprises network startup module, Linux operating system startup module, and so on. By the system, the master server can directly transmit Linux operating system and other required modules to the tested computer, so as to automatically complete the course of diagnosing the computer hardware by the tested computer. And the invention has characters of high automation degree, convenience for counting, etc.
Description
Technical field
Content of the present invention relates to the computer hardware diagnosis, particularly at the diagnosis total management system of computer hardware and the method that computer hardware is diagnosed.
Background technology
All will be in the design of computer hardware and manufacture process to being designed or manufactured computer hardware is diagnosed test in other words, for example, computer maker must carry out functional test to computer hardware before hardware product dispatches from the factory, to guarantee the quality of hardware.Because computing machine production is a kind of large batch of machine production, therefore, can only pass through certain computerized diagnostic system to the test of computer hardware, promptly test macro is realized.And, because the performance of computer hardware, stability etc. also can only be finished by similar computerized diagnostic system.
In order to enhance productivity, improve the stability of computer hardware, can use increasingly automated, the high-level efficiency of a cover aborning, the computer hardware diagnostic management system of low energy consumption is the target that each manufacturer is pursued.
At present, the method for testing that computer hardware is diagnosed roughly is divided into two kinds: the first, and the method for traditional single machine test; The second, based on network method of testing.
Traditional method of testing is that independently operating system is installed on computing machine to be measured, and then specific testing software is installed, obtain test result to computer hardware by test operator's repeated test, self-evident, there are a lot of shortcomings in this traditional method.For example, efficient is low, resource consumption is big.Owing to produce the existence of line in enormous quantities, such as there being hundreds of platform computing machine simultaneously online tested, have to correspondingly prepare a hundreds of hard disk so, to pass through manually installing operating system and specific testing software on hard disk simultaneously, as everyone knows, this preliminary work is consuming time many, and a computer testing must carry out same preparation to next tested computing machine after finishing equally, preliminary work at hundreds of platform computing machine must expend lot of manpower and material resources, and has prolonged test period.Also there is the shortcoming of extendability difference in such conventional test methodologies.When testing the hardware product of different model, have to again correspondingly upgrading operation system and testing software so repeat above-mentioned installation preliminary work again, have caused a large amount of repetitive operations.
Moreover, above-mentioned traditional method of testing also is difficult to monitor in real time.Because this traditional method belongs to single-set operation, its test process must just can be checked on the display that tested computing machine was connected with the result, the test operator has to ceaselessly travel to and fro between between each tested machine, cause the staff tired out, unnecessarily increased human cost.And such conventional test methodologies also is difficult to add up various indexs such as acceptance rate, and these indexs also determine it that very high efficient can not be arranged based on artificial statistics from internal logic.
And second method, promptly based on network method of testing is compared with traditional method of testing, then has certain advantage.This method still needs independently computer system, and can move operating systems such as DOS, windows thereon, its principle of work is to start tested machine with boot disk earlier, load NIC driver then, download and high-order operating system and specific test procedure are installed from the webserver by network again, thereby begin test tested hardware.Compare with traditional method of testing, it is started working by the webserver, has improved efficient to a certain extent, but still has a lot of shortcomings.
For example, this based on network method of testing exists efficient low equally, the shortcoming that resource consumption is big.This method of testing need start computer system with boot disk, then could installing operating system, so hard disk must be arranged, also floppy drive or CD-ROM drive should be arranged, and start floppy disk or CD starts computing machine so that use.If when testing the computer hardware of those non-machine systems in enormous quantities, for example during the computing machine motherboard, other do not need tested hardware to prepare hard disk, floppy or CD drive etc. with regard to having to for this reason, thereby have unnecessarily consumed other hardware resource in order to build test environment.And in this way the time of installing operating system, testing software does not shorten, and the time that is consumed is still a lot.For example, the time of installing operating system probably needs about 30 minutes before test; After test finishes, also to delete the data on the hard disk, also will spend a large amount of time, cause testing efficiency low.
Equally, this based on network method of testing also is difficult to monitor in real time the state of each tested hardware, and the test operator still will ceaselessly travel to and fro between each tested hardware, in other words between each tested computing machine, so that timely control and measuring state.Similarly, still manually to finish, also there is not well to support the system of statistical function for the statistics of various data.
As seen, no matter be traditional method of testing, still all there is a lot of shortcomings in based on network method of testing, and these defectives directly caused to the computer hardware testing efficiency low, cost is high, thereby influenced the production efficiency of whole computer hardware system.And in the long run, based on network method of testing is a kind of technology trends, if but wish to improve testing efficiency effectively, must overcome above-mentioned major defect of the prior art.
Summary of the invention
For addressing the above problem, the inventor provides a kind of computer hardware diagnosis total management system and corresponding calculated machine hardware diagnostic method based on linux system.This system and corresponding method can improve the efficient that computer hardware is tested effectively, and save cost.
Based on the computer hardware diagnosis total management system of linux system, it comprises a master server, a testing parameter data storehouse server, several tested computing machines.
Above-mentioned master server, testing parameter data storehouse server are connected by network with tested computing machine.
Above-mentioned network is a LAN (Local Area Network).Above-mentioned network also can be telecommunication network, for example internet.
Said system also comprises several monitor terminals.These several monitor terminals are connected with master server, testing parameter data storehouse server by LAN (Local Area Network) or internet.
Above-mentioned master server is mainly used in to be controlled whole hardware diagnostic total management system, and testing parameter data storehouse server is managed, and receives the request of tested computing machine, and to tested computing machine transmission data.
Above-mentioned testing parameter data storehouse server comprises testing parameter data storehouse, test result data storehouse.The testing parameter data storehouse is used to store various test parameters, and how above-mentioned master server is tested tested computing machine by reading these parameter decisions.The test operator can directly be provided with these test parameters on this testing parameter data storehouse server, also can be provided with to this system and to the parameter in the server of testing parameter data storehouse by corresponding monitor terminal and by network entry.The test result data storehouse is used to store various test modes, result data, and in test process, tested computing machine writes the test result data storehouse with these test modes, result data.
Comprise tested computer hardware in the above-mentioned tested computing machine, it provides the test environment of tested computer hardware, this tested computing machine network enabled start-up mode.Tested hardware can be whole computing machine, also can be certain composition hardware, for example network interface card in the computing machine.
Above-mentioned master server comprises at least with lower module: network initiation module, (SuSE) Linux OS start module.In addition, master server also comprises and will be transferred to and run on the data content of the automatic load-on module of hardware driving on the tested computing machine, database module, hardware testing module.
Above-mentioned network initiation module is responsible for behind tested computer starting to this tested computing machine distributing IP address, and call (SuSE) Linux OS startup module and start working, simultaneously, also finish to tested computing machine and transmit the automatic load-on module of above-mentioned hardware driving, the work of hardware testing module and database module.
Above-mentioned (SuSE) Linux OS starts module the determined (SuSE) Linux OS of native system is transferred to tested computing machine, so that this (SuSE) Linux OS can move on tested computing machine.
The automatic load-on module of above-mentioned hardware driving loads all hardware driver automatically according to the hardware case on test parameter and the tested computing machine, makes all hardware operate as normal all on the tested computing machine.
Above-mentioned database module runs on tested computing machine and is used to visit testing parameter data storehouse server, obtains the test parameter of all tested hardware, thereby guarantees that test process can carry out according to predetermined content; This module also passes to test process related data, test result testing parameter data storehouse server, so that data such as these test process related datas, test result can be recorded in the test result data storehouse.
Above-mentioned hardware testing module runs on the tested computing machine and according to test parameter tests tested hardware.
Above-mentioned tested computing machine does not comprise hard disk, but makes an exception when tested hardware itself is exactly a hard disk.That is, when tested hardware is equipment except hard disk, do not need to be equipped with hard disk as the tested computing machine that test environment is provided.
In order to adapt with above-mentioned hardware setting, the determined linux system of above-mentioned native system has adopted the method for a kind of improved Linux non-disk workstation.Its implementation method with common Linux non-disk workstation is compared no longer needs NFS (Network File System) server, and it is a kind of network share service device.In native system, employed (SuSE) Linux OS and specific test procedure are all reduced, so that in its image file can be integrated into system initialization the time and in the internal memory of tested computing machine, move always.
In above-mentioned tested computing machine, if there is hard disk, also can normally operation in native system.At this moment, tested computing machine still is set to network startup, and above-mentioned (SuSE) Linux OS still moves in internal memory, is equivalent in fact that this hard disk is unactual to be used.
In order to adapt with the computer hardware diagnosis total management system based on linux system provided by the invention, the present invention also provides the computer hardware diagnostic method based on linux system, and it comprises the steps:
Tested computing machine starts start with the network startup pattern, and the notice master server,
The network initiation module of master server is given tested computing machine distributing IP address,
The (SuSE) Linux OS that above-mentioned network initiation module is called master server starts module to tested computing machine transmission (SuSE) Linux OS, the automatic load-on module of hardware driving, database module and hardware testing module,
Tested computer run (SuSE) Linux OS,
The automatic load-on module of tested computer run hardware driving is downloaded the driver that all hardware needs from master server, and to all hardware load driver program of tested computing machine, makes these hardware operate as normal,
Tested computing machine calls above-mentioned database module visit testing parameter data storehouse server, obtains the test parameter of tested hardware,
Tested computing machine begins tested hardware is tested according to test parameter operation hardware testing module,
Tested computing machine calls database module in the hardware testing process, test mode and result are passed to testing parameter data storehouse server in real time, and be recorded in the test result data storehouse.
By above-mentioned steps, just can be so that test process runs well.
Correct in order to guarantee test parameter, when needs change test parameter, the test operator is by visit testing parameter data storehouse on this machine of database server, perhaps visit the testing parameter data storehouse by LAN by monitor terminal, perhaps pass through other equipment by remote network access testing parameter data storehouse, and test parameter is configured.
In order to understand test process and test result, the test operator can visit the test mode that each tested machine is monitored in test result data storehouse in the server of testing parameter data storehouse in real time by monitor terminal.Because all test results all are recorded in the above-mentioned test result data storehouse, so operations such as convenient inquiry, statistics.
By the foregoing invention content as seen, compare with the computer hardware method of testing of prior art, the computer hardware diagnosis total management system based on linux system provided by the present invention has lot of advantages.For example, production efficiency height.Native system need be on hard disk installing operating system and test procedure, alleviated a large amount of repeated labor of operator, saved a large amount of time.The test procedure startup only needs about 3 minutes from starting shooting.And can support 1000 tested computing machine on-line testings simultaneously.And for example, because the automaticity height, its resource consumption is few, saves lot of manpower and material resources.This test macro can be applied in the production of various computer products, all is fit to usefulness as long as tested computing machine has network interface card and network enabled to start, and does not need other any equipment, as floppy drive, and CD-ROM drive, hard disk etc.And actual conditions are, nearly all computing machine motherboard all has the network interface card network enabled to start (PXE) at present, so do not need the hardware specific to tested computer system configurations.
And for example, system provided by the invention control and measuring state in real time.Native system provides friendly real-time monitoring and control, and operator, slip-stick artist or senior management staff can just can obtain the state of the test of each product, test result etc. in real time by access to netwoks test result data storehouse.And, the favorable expandability of native system.Native system has the hardware function of identification automatically, so it can support multiple product test.
System provided by the invention has high automation, characteristics simple to operate.As long as tested computing machine is linked in the network, start just can have been tested from network startup, in the absence of specific demand, and inartificial basically the participation.Simultaneously, the indexs such as acceptance rate of the also convenient statistics tested product of native system.Native system all is kept at database to the test result of each product, and the user can obtain statistical information quickly and easily by access to netwoks.
Description of drawings
The composition structural drawing of diagnosing total management system based on the computer hardware of linux system provided by the invention that Fig. 1 is.
Fig. 2 is the principle schematic of system's operational process in one embodiment of the present of invention.
Fig. 3 be in one embodiment of the present of invention in test process the composition module map of its inside during tested computer run.
Fig. 4 is a test run process flow diagram of the present invention.
Label declaration
1, master server
11 network initiation module, 12 (SuSE) Linux OS start module
2, testing parameter data storehouse server
22 test result data storehouses, 21 testing parameter data storehouses
3, tested computing machine
Automatic load-on module 32 database module of 31 hardware driving
33 hardware testing modules
4, monitor terminal
Embodiment
With reference to figure 1, it is system's composition structural drawing of one embodiment of the present of invention.Master server 1, testing parameter data storehouse server 2, tested computing machine 3, monitor terminal 4 etc. all connect by network.Under such structure, master server, 1, testing parameter data storehouse server 2, tested computing machine 3 can communicate with one another and transmit data.
In the present embodiment, the network of above-mentioned each ingredient of connection is the LAN (Local Area Network) in the workshop, but with present embodiment similarly among other embodiment, above-mentioned network also can be telecommunication network, for example internet.Be that monitor terminal 4 is connected with master server 1, testing parameter data storehouse server 2 by the internet in the preferred embodiment, so just make some test operator or managerial personnel test case be understood long-range, thereby constituted a kind of environment of collaborative production, increased the convenience of management.
With reference to figure 1, master server 1 comprises that at least network initiation module 11, (SuSE) Linux OS start module 12.In tested computing machine 3 starts and by behind the network startup, tested computing machine 3 notice master servers 1, then network initiation module 11 is distributed corresponding IP address to tested computing machine 3, and calls (SuSE) Linux OS startup module 12 and start working.Simultaneously, also with the automatic load-on module 31 of tested computing machine 3 needed hardware driving, hardware testing module 33 and database module 32 are transferred to tested computing machine 3 to network initiation module 11.
After above-mentioned network initiation module 11 is called (SuSE) Linux OS and is started module 12 and start working, (SuSE) Linux OS starts module 12 pre-determined linux system is transferred to tested computing machine 3, behind the end of transmission, tested computing machine 3 these linux systems of operation.
In the present embodiment, after employed (SuSE) Linux OS reduced, mainly kept necessary module such as management of process, memory management, network interface card driving, hard drive, ext2 file system.And in other similar embodiment, also further cutting is so that employed (SuSE) Linux OS minimizes.Because those skilled in the art can be by the official website with reference to (SuSE) Linux OS, for example " http://www.linuxdoCs.org/HOWTOs/Kernel-HOWTO.html ", the reference that is provided comes employed (SuSE) Linux OS is reduced according to the needs of oneself, therefore, do not repeat them here.
With reference to figure 1, testing parameter data storehouse server 2 comprises testing parameter data storehouse 21, test result data storehouse 22 at least.Testing parameter data storehouse 21 is used to store various test parameters, and how master server 1 is tested tested computing machine 3 by reading these parameter decisions.
Test result data storehouse 22 is used to store various test modes, result data, and in test process, tested computing machine writes these test modes, result data in the test result data storehouse 22.
In the present embodiment, the test operator directly on this testing parameter data storehouse server 2 to the test parameter in the testing parameter data storehouse 21 add, setting such as modification, deletion.And in other embodiments, the test operator also can be provided with to this system and to the test parameter in the testing parameter data storehouse server 2 by certain monitor terminal 4 and by network entry.
In the present embodiment, tested computing machine 3 must possess the network startup pattern, so that connect master server 1 by network startup, thereby finishes follow-up test process.
In the present embodiment, monitor terminal 4 can be connected with testing parameter data storehouse server 2 with master server 1 by network, understand test process, carry out various statistical works by the data in monitor terminal 4 test operators, the managerial personnel test result data storehouse 22 in can read test parameter database server 2, also can monitor master server 1.
With present embodiment similarly among other embodiment, for the sake of security, 4 of monitor terminals are connected with testing parameter data storehouse server 2 by network, and are not connected with master server 1.In such embodiments, test operator, managerial personnel still can be provided with test parameter by monitor terminal 4, check test result, but can only finish by other approach the monitoring of master server.
With reference to figure 2, it is the principle schematic of system's operational process in one embodiment of the present of invention.
Before the test process of present embodiment began, the test operator was provided with step 501 by the test parameter in 4 pairs of testing parameter data storehouses of monitor terminal server 2;
After above-mentioned preliminary work was finished, tested computing machine 3 began to start, step 502, and notice master server 1;
Master server 1 is tested computing machine 3 distributing IP addresses, and to tested computing machine 3 transmission (SuSE) Linux OS, the automatic load-on module of hardware driving, hardware testing module and database module, step 503;
Tested computing machine 3 operation (SuSE) Linux OS;
Tested computing machine 3 calls and moves the automatic load-on module 31 of hardware driving, step 504, and this module 31 loads the driver of tested computing machine 3 all hardwares;
Tested computing machine 3 calls and service data library module 32, step 505, and this module 32 is visited testing parameter data storehouse servers 2, and obtains test parameter, step 506 from testing parameter data storehouse server 2;
Tested computing machine 3 calls and move hardware testing module 33 to begin tested hardware is tested step 507;
Tested computing machine 3 transmits test result data, step 508 by database module 32 to testing parameter data storehouse server 2;
The test operator monitors step 509 by the test result in 4 pairs of testing parameter data storehouses of monitor terminal server 2.
With present embodiment similarly among other embodiment, when test parameter testing parameter data storehouse server 2 and when not needing to revise again Already in, just no longer need step 501.
In the present embodiment, the test operator has carried out the many places modification to test parameter, and comprising increases cpu test item and test parameter, increases the test item and the test parameter of memory bar, and sets test duration, testing time.For example, the testing time to CPU in test for the first time is " 10 times ", and then the testing time to CPU is " 5 times " in test for the second time; And for example, in test for the first time, to test duration of internal memory be " 10 minutes ", then the time to its test changes to " 20 minutes " in testing for the second time.
With present embodiment similarly among other embodiment, the test operator also can carry out other modifications to test parameter, for example, in the test CPU is being provided with two test items for the third time, be respectively " test of CPU floating-point arithmetic ", " test of CPU integer arithmetic ", and in the 4th test, then CPU has been increased by two test items, be respectively " CPU register testing ", " test of CPU travelling speed "; For another example, the capacity of tested hard disc of computer is 10GB in the 4th test, then hard disk test item parameter is " 10GB ", but the capacity of tested hard disc of computer changes to 40GB in the 6th test, will correspondingly change hard disk test item parameter so and be " 40GB ".
With reference to figure 3, it has been described in the test process of an embodiment, and situation is formed in the inside of tested computing machine 3, and at this moment, it comprises the automatic load-on module 31 of hardware driving, database module 32, hardware testing module 33.The automatic load-on module 31 of hardware driving loads all hardware driver automatically according to the hardware case of test parameter and tested computing machine 3, makes all hardware operate as normal all on the tested computing machine.
As described in summary of the invention, in system provided by the invention, tested computing machine 3 does not dispose hard disk, and therefore, before tested computing machine 3 was according to system of the present invention and step operation, above-mentioned composition module was not kept in the tested computing machine 3.With reference to figure 2 as can be known, above-mentioned composition is transferred to tested computing machine 3 by master server 1 after tested computing machine 3 starts.
With similar other embodiment of present embodiment in, itself have system disk in the tested computing machine.In such embodiments, need not remove the system disk that has existed in order to use native system.As long as the start-up mode of tested computing machine is set to the network startup pattern, at this moment, behind the tested computer starting still the mode according to the foregoing description move, described (SuSE) Linux OS does not move in system disk.
With similar other embodiment of present embodiment in, do not have system disk in the tested computing machine, but tested hardware itself is hard disc of computer.Such embodiment and present embodiment are basic identical, only the test to as if hard disc of computer.
With reference to foregoing, can be concluded the selection of related hardware:
For master server 1, as long as it possesses common web server computer function and just can be applied to native system, MiTAC WhiteBox server for example.Different is, in native system, master server 1 will increase network initiation module 11 on common web server computer basis, (SuSE) Linux OS starts corresponding modules such as module 12, and can drive automatic load-on module 31 by storage hardware, the corresponding data content of hardware testing module 33 and database module 32.
Equally, for testing parameter data storehouse server 2, the common database server with network connecting function can be applied in the native system, for example MiTAC WhiteBox server, and in other embodiments, also can be HP ProLiant ML150 G2 server.Different is, in common database server testing parameter data storehouse 21 is set correspondingly, native system just can be realized in test result data storehouse 22.
For tested computing machine 3, it should possess the network startup pattern, and this computing machine for independent network interface card of having of present majority or integrated network card all is suitable for, but not necessarily requires tested computing machine 3 to be equipped with hard disk.
For monitor terminal 4, it is the common terminal that can connect network, for example any PC that has network interface card.
With reference to figure 4, it has described the idiographic flow of the test process of tested computer run, and it specifically comprises:
Tested computing machine 3 starts start with the network startup pattern, and notice master server 1,601,
The network initiation module 11 of master server 1 is given tested computing machine 3 distributing IP addresses, and 602,
The (SuSE) Linux OS that network initiation module 11 is called master server 1 starts module to tested computing machine transmission (SuSE) Linux OS, the automatic load-on module of hardware driving, database module and hardware testing module, and 603,
Tested computing machine 3 operation (SuSE) Linux OS, 604,
The automatic load-on module 31 of tested computing machine 3 operation hardware driving, all hardware load driver program to tested computing machine 3 makes these hardware operate as normal, and 605,
Tested computing machine 3 calls database module 32 visit testing parameter data storehouse servers 2, obtains the test parameter of tested hardware, and 606,
Tested computing machine 3 begins tested hardware to be tested 607 according to test parameter operation hardware testing module 33
In the hardware testing process, database module 32 passes to testing parameter data storehouse server 2 in real time to test mode and result, and is recorded in the test result data storehouse 22 608.
In 605, the automatic load-on module 31 of hardware driving is downloaded various hardware drive programs from master server 1 in the above-mentioned steps process.
Although the present invention is illustrated with aforesaid preferred embodiment, but the foregoing description is not to be used for limiting the present invention, any technician that this field is familiar with, enlightenment according to design philosophy of the present invention, concrete summary of the invention and embodiment, should various changes and adjustment, and by these changes with adjust resulting new content and should be contained by content of the present invention.
Claims (12)
1. based on the computer hardware diagnosis total management system of linux system, comprising:
Testing parameter data storehouse server (2) is used to store various test parameters, and preserves test result, and it comprises testing parameter data storehouse (21), test result data storehouse (22),
Some tested computing machines (3) provide the test environment of tested computer hardware,
Master server (1) is controlled whole hardware diagnostic total management system, and testing parameter data storehouse server (2) is managed, and receives the request of tested computing machine (3), and to tested computing machine (3) transmission data,
Described testing parameter data storehouse server (2), tested computing machine (3) and master server (1) connect by network each other,
It is characterized in that,
Described tested computing machine (3) possesses the network startup pattern, and
Described master server (1) comprises at least with lower module:
(SuSE) Linux OS starts module (12), to tested computing machine (3) transmission linux system, and makes this linux system go up operation at tested computing machine (3),
Network initiation module (11), this module (11) starts the back at tested computing machine (3) and gives tested computing machine (3) distributing IP address, and call (SuSE) Linux OS startup module (12) and start working, simultaneously, also to tested computing machine (3) the transmission automatic load-on module of hardware driving (31), database module (32) and hardware testing module (33).
2. the computer hardware diagnosis total management system based on linux system as claimed in claim 1 is characterized in that described tested computing machine (3) does not need to be equipped with hard disk.
3. the computer hardware diagnosis total management system based on linux system as claimed in claim 1 or 2 is characterized in that described tested computing machine (3) does not need to be equipped with floppy drive and CD-ROM drive.
4. the computer hardware diagnosis total management system based on linux system as claimed in claim 1, it is characterized in that the described network that is used to connect testing parameter data storehouse server (2), tested computing machine (3) and master server (1) is a LAN (Local Area Network).
5. the computer hardware diagnosis total management system based on linux system as claimed in claim 1, it is characterized in that the described network that is used to connect testing parameter data storehouse server (2), tested computing machine (3) and master server (1) is the internet.
6. the computer hardware diagnosis total management system based on linux system as claimed in claim 1 or 2, it is characterized in that, this system also comprises one or more monitor terminal (4), and this one or more monitor terminal (4) is connected with testing parameter data storehouse server (2) by LAN (Local Area Network) or internet.
7. the computer hardware diagnosis total management system based on linux system as claimed in claim 6 is characterized in that described monitor terminal (4) also is connected with master server (1) by LAN (Local Area Network) or internet.
8. based on the computer hardware diagnostic method of linux system, it comprises the steps:
Tested computing machine (3) starts start with the network startup pattern, and notice master server (1),
The network initiation module (11) of master server (1) is given tested computing machine (3) distributing IP address,
The (SuSE) Linux OS that network initiation module (11) is called master server (1) starts module (12) to tested computing machine (3) transmission (SuSE) Linux OS, the automatic load-on module of hardware driving, database module and hardware testing module,
Tested computing machine (3) operation (SuSE) Linux OS,
Tested computing machine (3) the operation automatic load-on module of hardware driving (31), to all hardware load driver program of tested computing machine,
Tested computing machine (3) calls database module (32) visit testing parameter data storehouse server (2), obtains the test parameter of tested hardware,
Tested computing machine (3) begins tested hardware is tested according to test parameter operation hardware testing module (33),
Database module (32) passes to testing parameter data storehouse server (2) in real time to test mode and result, and is recorded in the test result data storehouse (22).
9. the computer hardware diagnostic method based on linux system as claimed in claim 8 is characterized in that, managerial personnel visit testing parameter data storehouse (21) by this machine of testing parameter data storehouse server (2), and test parameter is configured.
10. the computer hardware diagnostic method based on linux system as claimed in claim 8, it is characterized in that, managerial personnel login testing parameter data storehouse server (2) by monitor terminal (4) by LAN (Local Area Network), and the test parameter in testing parameter data storehouse (21) is configured.
11. the computer hardware diagnostic method based on linux system as claimed in claim 8, it is characterized in that described (SuSE) Linux OS is reduced so that in the image file can be integrated into system initialization the time and move always in the internal memory of tested computing machine.
12., it is characterized in that described (SuSE) Linux OS is reduced to minimize as claim 8 or 11 described computer hardware diagnostic methods based on linux system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101113046A CN100520725C (en) | 2005-12-08 | 2005-12-08 | Computer hard ware diagnosis comprehensive management system and method based on Linux system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101113046A CN100520725C (en) | 2005-12-08 | 2005-12-08 | Computer hard ware diagnosis comprehensive management system and method based on Linux system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1979431A CN1979431A (en) | 2007-06-13 |
| CN100520725C true CN100520725C (en) | 2009-07-29 |
Family
ID=38130609
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005101113046A Expired - Fee Related CN100520725C (en) | 2005-12-08 | 2005-12-08 | Computer hard ware diagnosis comprehensive management system and method based on Linux system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN100520725C (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101729302B (en) * | 2008-10-31 | 2012-06-13 | 英业达股份有限公司 | Test system and automatic configuration method for internet protocol address thereof |
| CN102394792A (en) * | 2011-10-27 | 2012-03-28 | 山东超越数控电子有限公司 | Automatic burn-in monitoring method based on PXE (Pre-boot Execute Environment) and RFB (Remote Frame Buffer) technologies |
| CN103200023A (en) * | 2012-01-09 | 2013-07-10 | 联想(北京)有限公司 | Method and device of sending hardware information, and method and system of processing hardware information |
| CN107577570A (en) * | 2017-09-19 | 2018-01-12 | 郑州云海信息技术有限公司 | The method of testing and device of a kind of application apparatus |
| CN109753431B (en) * | 2018-12-19 | 2023-02-28 | 卡斯柯信号有限公司 | Integrated test method for hardware function diagnosis |
-
2005
- 2005-12-08 CN CNB2005101113046A patent/CN100520725C/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN1979431A (en) | 2007-06-13 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US8276023B2 (en) | Method and system for remote monitoring subscription service | |
| US6691253B1 (en) | System and method for sequencing and performing very high speed software downloads concurrent with system testing in an automated production environment | |
| CN100520725C (en) | Computer hard ware diagnosis comprehensive management system and method based on Linux system | |
| CN100378670C (en) | Apparatus and method for updating I/O capability of a logically-partitioned computer system | |
| US20100058308A1 (en) | Central provider and satellite provider update and diagnosis integration tool | |
| CN105677556B (en) | A kind of dispatching automation main station system method for testing software and its platform | |
| US20060129892A1 (en) | Scenario based stress testing | |
| KR102179847B1 (en) | System and method for providing diagnosis of infra | |
| CN101986280A (en) | Automatic testing platform for virtual computing system | |
| CN110535671B (en) | Cloud platform management method and device | |
| CN104360878A (en) | Method and device for deploying application software | |
| CN112269697B (en) | Equipment storage performance testing method, system and related device | |
| CN107623598A (en) | A kind of method of server examining system automatically dispose | |
| CN106843965A (en) | The system and installation method of a kind of automated installation of system testing tool | |
| US20060230139A1 (en) | Method and apparatus for running a test program in a computer system | |
| CN113485720A (en) | Off-line upgrading method for micro-service system | |
| CN102930476B (en) | A kind of hardware resource cut-in method for cloud manufacturing platform | |
| CN111612373A (en) | Public cloud system performance consistency adjusting method | |
| CN109120433B (en) | Method and apparatus for containerized deployment of hosts | |
| CN101452419A (en) | Remote testing system and method based on remote installation technology | |
| CN100474250C (en) | Program downloading system and method | |
| CN110188034A (en) | A kind of method for testing software based on information sharing | |
| CN107135120B (en) | Automatic test method and device for HPC cluster | |
| WHITE | System modeling and simulation for predictive maintenance | |
| CN115168213A (en) | Flexible automatic test system for avionics batch test |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090729 Termination date: 20111208 |