CN101714115A - Automatic testing system and method - Google Patents
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- CN101714115A CN101714115A CN200810211592A CN200810211592A CN101714115A CN 101714115 A CN101714115 A CN 101714115A CN 200810211592 A CN200810211592 A CN 200810211592A CN 200810211592 A CN200810211592 A CN 200810211592A CN 101714115 A CN101714115 A CN 101714115A
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Abstract
The invention relates to an automatic testing method, which can be used in a server host and comprises the following steps: judging one operation system type of the server host; listing out a plurality of main testing items according to the operation system type; obtaining a first testing request from a user interface module; and selecting one of the main testing items to test according to the first testing request. In addition, the invention also discloses an automatic testing system.
Description
Technical field
The invention relates to a kind of test macro and method, and particularly relevant for a kind of test macro and method that is used for the testing server main frame.
Background technology
Along with the function of main frame is increasingly sophisticated, manufacturing for main frame, test is an indispensable ring, before the volume production main frame, if can test at the function in the applied field of main frame, and test result will can be used as the reference of R﹠D process, the quality of the main frame of being produced to guarantee.
In traditional testing process, need the tester to write suitable test procedure usually, and be stored in test procedure on the main frame and carry out it according to testing process.Yet, after the tester has write test procedure, may cause test procedure also to need the other mistake of revising test procedure and finding out the script program code because of the event of personnel's careless mistake just like the smooth execution of expection.This will expend a large amount of time and manpower, and prolong the required time of research and development.
In view of this, prolong the required time of testing process, have and to improve at traditional method of testing, in the hope of promoting efficiency of research and development for fear of personnel's careless mistake.
Summary of the invention
Technical matters to be solved by this invention is to provide a kind of test macro, and it can automatically be tested the usefulness of server host according to the selected test event of user, to simplify testing process, reduces artificial careless mistake, and then promotes research and development usefulness.
Another purpose of the present invention is to provide a kind of method of testing, and it can automatically be tested the usefulness of server host according to the selected test event of user, to simplify testing process, reduces artificial careless mistake, and then promotes research and development usefulness.
To achieve these goals, according to a kind of Auto-Test System that first embodiment of the invention provided, it can be in order to the testing server main frame, and Auto-Test System has judge module, first display module, first user's interface module and the first selection module.Judge module can be judged the OS Type of server host, and first display module will be listed a plurality of main test events according to OS Type.And, obtain one first test request from first user's interface module, and the first selection module will select one to test in the autonomous test event according to first test request.
To achieve these goals, according to a kind of automatic test approach that second embodiment of the invention provided, it can be in order to test the data processing usefulness of a server host, and this automatic test approach has the following step: the OS Type of judging server host; According to OS Type, list a plurality of main test events; Obtain first test request from user's interface module; And, select one to test in the autonomous test event according to first test request.
Auto-Test System of the present invention and method can automatically be tested the usefulness of server host according to the selected test event of user, simplify testing process, reduce artificial careless mistake, and then promote research and development usefulness.
Description of drawings
For above and other objects of the present invention, feature, advantage and embodiment can be become apparent, being described in detail as follows of appended accompanying drawing:
Fig. 1 is the functional block diagram according to a kind of Auto-Test System of first embodiment of the invention;
The functional block diagram of the test module of Fig. 2 Fig. 1;
Fig. 3 is the process flow diagram according to a kind of automatic test approach of second embodiment of the invention;
Fig. 4 is the thin portion process flow diagram of the automatic test approach of the step of decision operation system type among Fig. 3;
Fig. 5 is the process flow diagram of the automatic test approach after the step that the selection one is tested in the autonomous test event among Fig. 3.
[primary clustering symbol description]
100: Auto-Test System 110: judge module
111: kind judging unit 113: the version judging unit
115: 120: the first display modules of position judging unit
123: 130: the first user's interface modules of chief editor's display unit
Digital acquisition unit was selected module at 140: the first in 133: the first
150: the second display modules of 143: the first comparing units
153: 160: the second user's interface modules of son numbering display module
Digital acquisition unit was selected module at 170: the second in 163: the second
Comparing unit 200 in 173: the second: test module
210: hardware testing unit 213: repeat to operate machine
215: register 220: the network test unit
221: line starter 223: the data volume controller
Arbiter 227 in 225: the first: customer controller
Arbiter 230 in 229: the second: the software test unit
231: data transmitter 233: the archives generator
Arbiter 237 in 235: the three: the optical media replication device
SN1: first keys in digital SN2: second keys in numeral
S1: the first trigger pip S2: second trigger pip
310,311,313,315,320,323,330a, 330,340a, 340,350,353,360a, 360,370a, 370c, 370d, 370e, 370,413,415,421,423,425,427,429,431,433,435,437,439: step
Embodiment
The first following embodiment and second embodiment are that employing Linux is an example, as the operating system of server host, in the hope of Auto-Test System and automatic test approach are described illustratively.
Concerning server host, data-handling capacity is considerable, data-handling capacity in order to ensure server host does not have anxiety, need test at the tolerance level of data transmission between network on-line, Network Transmission, internal memory and auxiliary memory and repeat switch machine.
Please refer to the 1st figure, it is the functional block diagram according to a kind of Auto-Test System of first embodiment of the invention.This Auto-Test System 100 can be in order to test the data processing usefulness of a server host 900, and this Auto-Test System 100 has judge module 110, first display module 120, first user's interface module 130 and the first selection module 140.Judge module 110 can be judged an OS Type of server host 900, and 120 of first display modules are listed a plurality of main test events according to OS Type.In other words, first display module, 120 listed main test events also can be along with suitable adjustment is done in the change of OS Type.
In this embodiment, judge module 120 also has kind judging unit 111, version judging unit 113 and position judging unit 115.But the kind under the kind judging unit 111 decision operation systems, for example Red Hat, Mandrake, FreeBSD, SuSE, Ubuntu etc.The version of the kind of 113 decision operation systems of version judging unit, lifting Red Hat is example, its version can be Red Hat Enterprise LinuxAS, Red Hat Enterprise Linux ES and Red Hat Enterprise Linux WS.And position judging unit 115 will be judged the position information of version, for example, be 64 or 32 at each version decision operation system.
In addition, first user's interface module, the 130 desirable test request of winning, and the first selection module 140 will select one to test in the autonomous test event according to first test request.That is, by first test request, the main test event that the user can select institute's desire to carry out.
In addition, first display module 120 has chief editor's display unit 123, and it can list a plurality of chief editors number, wherein these chief editors number respectively corresponding aforementioned main test event.First user's interface module 130 also has the first digital acquisition unit 133, and it can be obtained one first from user's interface module 130 and key in numeral as first test request.And first selects module 140 still to comprise first comparing unit 143, and it can be compared first and key in numeral and chief editor number, and gets the pairing main test event of the person of conforming to and test.
That is the tester can import first by load modules such as for example keyboards and key in numeral to user's interface module 130, and first test request is set at the first key entry numeral.Thus, the tester only need import the digital acquisition unit 133 of numeral to the first of the main test event correspondence of institute's desire execution, first selects module 140 will automatically judge the main test event of the number correspondence of being imported, and sends first trigger pip to trigger the execution of main test event.
Just, the tester needs to write the Linux program at each main test event, therefore can reduce artificial careless mistake significantly, and the tester only need import the execution that number can trigger corresponding main test event, so promoted the usefulness of researching and developing in fact.
After having selected specific main test event,, select to carry out the test jobs of relevant data processing usefulness at one of this a little test event so still need because each main test event may comprise a plurality of sub-test events.Therefore Auto-Test System 100 also possesses second display module 150, second user's interface module 160 and second is selected module 170.Second display module 150 can be listed a plurality of sub-test events according to one of selected main test event, second user's interface module 160 can obtain second test request, and second selects module 170 to select one to test in sub-test event according to second test request.
In addition, second display module 150 has son numbering display module 153, and it can list a plurality of son numberings, and its neutron numbering is corresponding sub-test event respectively.Second user's interface module 160 has the second digital acquisition unit 163 in addition, and it can key in digital SN2 as second test request in order to obtain second from user's interface module.And second selects module 170 also to have second comparing unit 173 and test module 200, and it can be compared second and key in digital SN2 and aforementioned son numbering, and gets the pairing sub-test event of the person of conforming to and test.Test module 200 will receive the first trigger pip S1 and test according to its represented main test event, and test module 200 also will receive the second trigger pip S2 and tests according to its represented sub-test event.
That is the tester can import second by load modules such as for example keyboards and key in digital SN2 to the second user interface module 160, and second test request is set at the digital SN2 of second key entry.Thus, the tester only need import the digital acquisition unit 163 of numeral to the second of the sub-test event correspondence of institute's desire execution, second selects module 170 will automatically judge the sub-test event of the number correspondence of being imported, and sends the second trigger pip S2 to trigger the execution of this sub-test event.
Please refer to Fig. 2, it is the functional block diagram of the test module of Fig. 1.Described in this embodiment main test event can have hardware testing project, a network test project and a software test project.And test module 200 also comprises: hardware testing unit 210, network test unit 220 and software test unit 230, and respectively in order to carry out hardware testing project, network test project and software test project.Hardware testing unit 210 have repeat to operate machine 213 with register 215, repeating to operate machine 213 can make server host repeat start, and register 215 will produce a log file according to the open state of server host.
By assessing this record file, but the testing server main frame is being repeated under the situation of starting shooting and shutting down, whether is having the mistake in any execution to produce, with the authentication server main frame under the situation of high-frequency start and shutdown number of times, but still normal operation.
Network test unit 220 has line starter 221, and it can be in order to drive a standby transmission line, this standby transmission linear system Connection Service device main frame.By interrupting general transmission line, and drive standby transmission line, interrupt whether positively bringing into play when online the function of redundant in general transmission line to verify standby transmission line via line starter 221.Perhaps, standby transmission line and general transmission line concurrent connections, and that general transmission line will interrupt at special time will be online, verify that can standby transmission line bear the data volume that increases suddenly immediately.Even if standby transmission line is more than two, line starter 221 can be carried out test to these standby transmission lines by aforesaid mode.
Network test unit 220 has the data volume controller 223 and first arbiter 225 in addition.Data volume controller 223 can make the data volume of required processing of server host unit interval increase, and whether first arbiter 225 is then differentiated these data volumes can be normally processed.And the mode that data volume increases can be by newly-increased user, simultaneously FTP server is set to finish and reach.That is to say, by the data volume controller 223 and first arbiter 225, but the data volume processing power of authentication server main frame unit interval.
Network test unit 220 also has the customer controller 227 and second arbiter 229.Customer controller 227 can increase with the number of the online remote user computer of server host, the webench external member for example is installed automatically and Web server set and finish, and second arbiter 229 will be differentiated whether normal operation of server host.That is, via adopting the customer controller 227 and second arbiter 229, can verify that these users can normally connect website and the webpage that is clicked, and not have user's concatenation ability of server host under the situation of excessive network delay.
The software test unit 230 that is provided in this embodiment possesses data transmitter 231, and it can transmit data between the hard disk and internal memory of server host.Can be transmitted in like clockwork with verification msg between the hard disk and internal memory of server host, and the situation that does not have lost data or a transport address mistake takes place.
Software test unit 230 has archives generator 233 and the 3rd arbiter 235 in addition.Archives generator 233 will produce the hard disk of many archives in server host, and wherein the data in a plurality of archives can for example produce by tandom number generator, and whether the size that the 3rd arbiter 235 can be differentiated archives equals a default value.If the size of archives equals this default value, represent that then hard disk can correctly store these archives, and these archives are deleted, produce in addition a little archives in the hard disk of server host by archives generator 233 again.Therefore, by archives generator 233 and the 3rd arbiter 235, can verify the repeatable read write capability of the storage element in the hard disk.
Software test unit 230 still has optical media replication device 237 and the 3rd comparative device 239.Optical media replication device 237 is with the hard disk of the original disc data in the replication server main frame to server host, and whether the data of optical disk in 239 comparison hard disks of the 3rd comparative device is identical with the original disc data.If the result of comparison is that the data of optical disk in the hard disk is identical with the original disc data, the set CD-ROM drive of expression server host can normally carry out the data read operation.In other words, adopt optical media replication device 237 and the 3rd comparative device 239, can verify whether CD-ROM drive can normally carry out the data read operation.
Please refer to Fig. 3, it is the process flow diagram according to a kind of automatic test approach of second embodiment of the invention.The automatic test approach that second embodiment is provided is applicable to test one server host, and this automatic test approach has following step:
Step 310 a: OS Type of judging server host;
Step 320:, list a plurality of main test events according to OS Type;
Step 330: obtain one first test request from user's interface module; And
Step 340:, select one to test in the autonomous test event according to first test request.
Judge an OS Type of server host 900 by step 310, and list a plurality of main test events according to OS Type via step 320.Just, also can be in the listed main test event of step 320 along with suitable adjustment is done in the change of OS Type.
Via the desirable test request of winning of step 330, and in step 340, will select one to test in the autonomous test event according to first test request.That is, by first test request, the main test event that the user can select institute's desire to carry out.
In addition, step 320 can have:
Step 323: list a plurality of chief editors number, wherein the corresponding main test event of chief editor's difference.And step 330 also can have:
Step 330a: obtain one first from user's interface module and key in numeral as first test request.And step 340 can have in addition:
That is the tester can adopt step 333 input first to key in numeral by load modules such as for example keyboards, and first test request is set at the first key entry numeral.Thus, the tester only need import the numeral of the main test event correspondence of institute's desire execution by step 333, will automatically judge the main test event of the number correspondence of being imported in following step 340, and send first trigger pip to trigger the execution of main test event.
Just, the tester needs to write the Linux program at each main test event, therefore can reduce artificial careless mistake significantly, and the tester only needs input digit can trigger the execution of corresponding main test event, so promoted the usefulness of researching and developing in fact.
In addition, the automatic test approach that second embodiment is provided, other has the following step:
Step 350:, list a plurality of sub-test events according to one of selected main test event;
Step 360: obtain one second test request from user's interface module; And
Step 370:, in sub-test event, select one to test according to second test request.
And step 350 has in addition:
Step 353: list a plurality of son numberings, its neutron numbering is corresponding sub-test event respectively.And step 360 also has:
Step 370a: numeral and son numbering are keyed in comparison second, get the pairing sub-test event of the person of conforming to and test.
That is the tester can adopt step 360 to import second by load modules such as for example keyboards and key in numeral, and second test request is set at the second key entry numeral.Thus, the tester only need import the numeral of the sub-test event correspondence of institute's desire execution by step 360a, then will automatically judge the sub-test event of the number correspondence of being imported, and send second trigger pip to trigger the execution of this sub-test event in following step 370.
Fig. 4 is the thin portion process flow diagram of the automatic test approach of the step of decision operation system type among Fig. 3.In a second embodiment, step 310 also can have the following step:
Step 311: the kind under the decision operation system;
Step 313 a: version of judging kind; And
Step 315: the position information of judging version.
For instance, if adopt Linux Script as the instrument of writing test procedure, then the pairing program code of step 311 can be:
{ print $2} ' ` represents to carry out the lsb_release-d instruction and gives parameter os with the parameter setting of awk instruction gained os=`lsb_release-d|awk ', and this moment, parameter os promptly represented the version under the operating system.
The pairing program code of step 313 can be:
{ print $2} ' ` represents to carry out the lsb_release-r instruction and gives parameter rel with the parameter setting of awk instruction gained rel=`lsb_release-r|awk ', and this moment, parameter rel promptly represented the kind under the operating system.
And the pairing program code of step 315 can be:
The parameter setting that bit=`uname-i` represents to carry out uname-i instruction gained is to parameter b it, and this moment, parameter b it was the position of representation type.
But adopt the kind under the step 311 decision operation system, for example Red Hat, Mandrake, FreeBSD, SuSE, Ubuntu etc.But adopt the version of the kind of step 313 a decision operation system, lifting Red Hat is example, and its version can be Red Hat Enterprise Linux AS, Red Hat EnterpriseLinux ES and Red Hat Enterprise Linux WS.And adopt step 315 can judge the position information of version, for example, be 64 or 32 at each version decision operation system.
Fig. 5 is the process flow diagram of the automatic test approach after the step that the selection one is tested in the autonomous test event among Fig. 3.Aforementioned main test event can have hardware testing project, network test project and software test project.Execution in step 340 is keyed in the digital following step of carrying out with after the selection one is tested in the autonomous test event by obtaining second:
Step 370c: the sub-test event of selecting the hardware testing project;
Step 370e: the sub-test event of selecting the software test project.
For carrying out the test jobs of hardware testing project, behind execution of step 370c, the automatic test approach of present embodiment has following step in addition:
Step 413: make server host repeat start; And
Step 415: produce a log file according to the open state of server host.
By appraisal procedure 415 this log file that produces, but the testing server main frame is being repeated under the situation of starting shooting and shutting down, whether have the mistake in any execution to produce, with the authentication server main frame under the situation of high-frequency start and shutdown number of times, but still normal operation.
For carrying out the test jobs of network test project, behind execution of step 370d, the automatic test approach of present embodiment has in addition:
Step 421: start a standby transmission line, its Connection Service device main frame.
Automatic test approach adopts step 421 to drive a standby transmission line, and this standby transmission line is a Connection Service device main frame.By interrupting general transmission line, and drive standby transmission line, interrupt whether positively bringing into play when online the function of redundant in general transmission line to verify standby transmission line via step 421.Perhaps, standby transmission line and general transmission line concurrent connections, and that general transmission line will interrupt at special time will be online, verify that can standby transmission line bear the data volume that increases suddenly immediately.Even if standby transmission line more than two, still can be carried out test to these a little standby transmission lines by step 421.
In a second embodiment, automatic test approach also has the following step:
Step 423: the data volume that increases the required processing of server host unit interval; And
Step 425: differentiate whether normal operation of server host.
Whether step 423 can make the data volume of required processing of server host unit interval increase, then differentiate these data volumes can be normally processed in step 425.And the mode that data volume increases can be by newly-increased user, simultaneously FTP server is set to finish and reach.That is to say, by step 423 and step 425, but the data volume processing power of authentication server main frame unit interval.
The automatic test approach that second embodiment is provided also has the following step:
Step 427: the number of the remote user computer that increase and server host are online; And
Step 429: differentiate whether normal operation of server host.
Step 427 can increase with the number of the online remote user computer of server host, the webench external member for example is installed automatically and Web server set and finish, and step 429 will be differentiated whether normal operation of server host.That is, via adopting step 427 and step 429, can verify these users normally to connect website and the webpage that is clicked, and not have user's concatenation ability of server host under the situation of excessive network delay.
In a second embodiment, behind execution of step 370e, automatic test approach also has:
Step 431: transmit data between the hard disk and internal memory of server host.
Via adopting step 431 data can be transmitted between the hard disk and internal memory of server host.Can be transmitted in like clockwork with verification msg between the hard disk and internal memory of server host, and the situation that does not have lost data or a transport address mistake takes place.
Automatic test approach is according to another following step is arranged:
Step 433: produce multifile in the hard disk of server host; And
Step 435: whether the size of differentiating file equals a default value.
Execution in step 435 will produce the hard disk of multifile in server host, and wherein the data in a plurality of files can for example produce by tandom number generator, and whether the size that execution in step 435 can be differentiated file equals default value.If the size of file equals this default value, represent that then hard disk can correctly store these files, and these files are deleted, produce in addition a little files in the hard disk of server host by step 433 again.Therefore, by step 433 and step 435, can verify the repeatable read write capability of the storage element in the hard disk.
Automatic test approach has more following step:
Step 437: the original disc data in the replication server main frame are to the hard disk of server host; And
Step 439: whether the data of optical disk in the comparison hard disk is identical with the original disc data.
Execution in step 437 can be with the hard disk of the original disc data in the replication server main frame to server host, and whether the data of optical disk that 439 of execution in step can be compared in the hard disk is identical with the original disc data.If the result of comparison is that the data of optical disk in the hard disk is identical with the original disc data, the set CD-ROM drive of expression server host can normally carry out the data read operation.In other words, adopt step 437 and step 439, can verify whether CD-ROM drive can normally carry out the data read operation.
Though the present invention discloses as above with first and second embodiment; right its is not in order to limit the present invention; any person skilled in the art; without departing from the spirit and scope of the present invention; when can being used for a variety of modifications and variations, so protection scope of the present invention is as the criterion when looking the scope that the accompanying Claim book defined.
Claims (10)
1. an Auto-Test System in order to test a server host, is characterized in that, this Auto-Test System comprises:
One judge module is in order to judge an OS Type of this server host;
One first display module is in order to list a plurality of main test events according to this OS Type;
One first user's interface module is in order to obtain one first test request; And
One first selects module, in order to select one to test in these a plurality of main test events certainly according to this first test request.
2. Auto-Test System according to claim 1 is characterized in that, this first display module, this first user interface module and this first selection module comprise respectively:
One chief editor's display unit, in order to list a plurality of chief editors number, wherein these a plurality of chief editors are number respectively to should a plurality of main test events;
One first digital acquisition unit is obtained one first in order to this user's interface module certainly and is keyed in numeral as this first test request; And
One first comparing unit first is keyed in numeral and these a plurality of chief editors number in order to compare this, gets pairing this main test event of the person of conforming to and tests.
3. Auto-Test System according to claim 1 is characterized in that, this judge module also comprises:
One kind judging unit is judged the kind that this operating system is affiliated;
One version judging unit is judged a version of this kind; And
A judging unit is judged the position information of this version.
4. Auto-Test System according to claim 1 is characterized in that, also comprises:
One second display module in order to according to one of selected this main test event, is listed a plurality of sub-test events;
One second user's interface module is in order to obtain one second test request; And
One second selects module, in order to according to this second test request, selects one to test certainly in these a plurality of sub-test events.
5. Auto-Test System according to claim 4 is characterized in that, this second display module, this second user interface module and this second selection module comprise in regular turn:
One son numbering display module in order to list a plurality of son numberings, wherein should a plurality of sons be numbered respectively should a plurality of sub-test events;
One second digital acquisition unit is obtained one second in order to this user's interface module certainly and is keyed in numeral as this second test request; And
One second comparing unit in order to compare this second key entry numeral and this a plurality of son numberings, is got pairing this sub-test event of the person of conforming to and is tested.
6. an automatic test approach in order to test a server host, is characterized in that, this automatic test approach comprises:
Judge an OS Type of this server host;
According to this OS Type, list a plurality of main test events;
Obtain one first test request from user's interface module; And
According to this first test request, select one to test certainly in these a plurality of main test events.
7. automatic test approach according to claim 6 is characterized in that, lists the step of selecting one to test in the step of these a plurality of main test events, the step that obtains this first test request and oneself these a plurality of main test events and comprises in regular turn:
List a plurality of chief editors number, wherein these a plurality of chief editors are number respectively to should a plurality of main test events;
Obtain one first from this user's interface module and key in numeral as this first test request; And
Compare this and first key in numeral and these a plurality of chief editors number, get pairing this main test event of the person of conforming to and test.
8. automatic test approach according to claim 6 is characterized in that, judges that the step of this OS Type of this server host also comprises:
Judge the kind that this operating system is affiliated;
Judge a version of this kind; And
Judge the position information of this version.
9. automatic test approach according to claim 6 is characterized in that, comprises:
According to one of selected this main test event, list a plurality of sub-test events;
Obtain one second test request from this user's interface module; And
According to this second test request, select one to test certainly in these a plurality of sub-test events.
10. automatic test approach according to claim 9 is characterized in that, lists the step of selecting one to test in the step of a plurality of sub-test events, the step that obtains this second test request and oneself these a plurality of sub-test events and comprises in regular turn:
List a plurality of son numberings, wherein should a plurality of sons number respectively should a plurality of sub-test events;
Obtain one second from this user's interface module and key in numeral as this second test request; And
Compare this second key entry numeral and this a plurality of son numberings, get pairing this sub-test event of the person of conforming to and test.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103136077A (en) * | 2011-11-25 | 2013-06-05 | 致伸科技股份有限公司 | Automatic test method |
| CN103560910A (en) * | 2013-10-25 | 2014-02-05 | 广东电网公司电力调度控制中心 | Communication resource management system accuracy detection system dynamic configuration method and device |
| CN108804265A (en) * | 2018-05-16 | 2018-11-13 | 郑州云海信息技术有限公司 | A kind of PowerCycle test methods and system based on server DC |
| CN110197698A (en) * | 2019-05-23 | 2019-09-03 | 东莞记忆存储科技有限公司 | The method and device that automatic test SSD different electrical power state influences |
| CN111128779A (en) * | 2019-12-26 | 2020-05-08 | 上海华虹宏力半导体制造有限公司 | Wafer testing method |
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2008
- 2008-10-08 CN CN200810211592A patent/CN101714115A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103136077A (en) * | 2011-11-25 | 2013-06-05 | 致伸科技股份有限公司 | Automatic test method |
| CN103560910A (en) * | 2013-10-25 | 2014-02-05 | 广东电网公司电力调度控制中心 | Communication resource management system accuracy detection system dynamic configuration method and device |
| CN108804265A (en) * | 2018-05-16 | 2018-11-13 | 郑州云海信息技术有限公司 | A kind of PowerCycle test methods and system based on server DC |
| CN110197698A (en) * | 2019-05-23 | 2019-09-03 | 东莞记忆存储科技有限公司 | The method and device that automatic test SSD different electrical power state influences |
| CN110197698B (en) * | 2019-05-23 | 2021-03-05 | 东莞记忆存储科技有限公司 | Method and device for automatically testing influence of different power states of SSD (solid State drive) |
| CN111128779A (en) * | 2019-12-26 | 2020-05-08 | 上海华虹宏力半导体制造有限公司 | Wafer testing method |
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