CN103578568A - Method and apparatus for testing performances of solid state disks - Google Patents
Method and apparatus for testing performances of solid state disks Download PDFInfo
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- CN103578568A CN103578568A CN201210256995.9A CN201210256995A CN103578568A CN 103578568 A CN103578568 A CN 103578568A CN 201210256995 A CN201210256995 A CN 201210256995A CN 103578568 A CN103578568 A CN 103578568A
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Abstract
The invention discloses a method and an apparatus for testing performances of solid state disks, wherein the method is used to realize automatic test processing on multiple solid state disks. The method comprises the following steps: step S100, acquiring object information of the multiple solid state disks connected with SATA interfaces; step S200, receiving an instruction about the current solid state disk configuration parameter information configured by a user, and employing a multithreading method to perform test on four test points such as sequential write, sequential read, random write and random read of the multiple solid state disks; step S300, obtaining corresponding continuous time point monitor data; step S400, performing calculation and analysis on the monitor data; and step S500, comparing the monitor data with standard data in a standard data base to obtain a test result. The provided method and the apparatus for testing performances of the solid state disks are capable of improving test efficiency of the solid state disks, providing an extremely detailed abnormal time point test report for the user and guaranteeing the accuracy of solid state disk performance test information.
Description
Technical field
The present invention relates to computer realm, particularly relate to a kind of performance test methods and device of solid state hard disc.
Background technology
The hard disk that solid state hard disc (Solid State Disk, SSD) is made with solid-state electronic storage chip array, is comprised of control module and storage unit (FLASH chip).The interface specification of solid state hard disc and identical with common hard disc in definition, function and using method, also completely consistent with common hard disc with in size in product design.Solid state hard disc is widely used in the fields such as military affairs, vehicle-mounted, industry control, video monitoring, network monitoring, the network terminal, electric power, medical treatment, aviation etc., navigator.Along with being widely used of solid state hard disc, the method that solid state hard disc is tested and technology have also proposed new requirement.
General solid state hard disc need to be through many test processs to guarantee to provide user correct data access function after listing when dispatching from the factory.Popular test SSDYou Ji great testing software: Iometer in the market, AS SSD Benchmark, HD Tach, HD Tune, FDBENCH, CrystalDiskMark, the performed test function of existing testing software is not identical, they have merits and demerits separately, but they do not support polydisc test, judge location solid state hard disc abnormal time point, and four points { (sequentially write, Sequential Write), (order reads, Sequential Read), (random writing, Random Write), (read at random, Random Read) } test and standard value compare and judge that whether product is qualified automatically.
In existing testing software, before SSD automated software is untapped, first need artificially to judge that SATA mouth has met several SSD, then need manually with Device_Trim Software tool, every SSD to be carried out to Trim, need manual modification Vdbench parameter, then manually strike cmd command calls Vdbench.bat, test again, test data and need artificial the minimum M in value of opening logfile.html ff I/O read-write frequency and transfer rate and mean value AVG value, often there is test data omission, finally need manually to generate Smart information and test data is filed.Every SSD needs to test four points (Sequential Write, Sequential Read, Random Write, Random Read) altogether, and each point will pass through above-mentioned 4 partial test work.
Generally speaking, the method for testing of existing solid state hard disc mainly faces following problem when emulates hardware devices: one, can not realize full-automatic test function, waste of manpower resources costs; Two, can not locate solid state hard disc abnormal time point (can not provide the abnormal error report of detailed time point); Three, can not show intuitively monitoring test result.
In prior art, for the enterprise of high volume production of solid hard disk, in the automatic testing process of solid state hard disc, how efficiently, robotization solid state hard disc is carried out to performance test, and offer the most detailed abnormal time point test report guarantee of user and show that accurate test result is a very scabrous problem.
Summary of the invention
Based on the problems referred to above, the invention provides a kind of performance test methods and device of solid state hard disc, in order to exactly, efficiently solid state hard disc is tested, and offer the most detailed abnormal time point test report of user.
The performance test methods of a kind of solid state hard disc provided by the invention, for the performance test of solid state hard disc, described method of testing specifically comprises the steps:
Step S100, obtain the object information of a plurality of solid state hard discs that are connected with SATA interface;
Step S200, receive the instruction of the configuration parameter information of user configured current solid state hard disc;
Step S300, receive after configuration-direct, adopt multi-threading simultaneously to a plurality of solid state hard discs sequentially write, order reads, random writing, read these four test points at random and test; When each test point of current solid state hard disc is tested, all first wipe the storage data in current solid state hard disc, then according to the configuration parameter information of current solid state hard disc, each test point tested and draw corresponding continuous time point Monitoring Data and preserve;
Step S400, the Monitoring Data of the current solid state hard disc of preserving is calculated and analyzing and processing;
Step S500, according to Monitoring Data and the standard database comparing of the current solid state hard disc after processing and obtain test result.
Further, as a kind of embodiment.Before described step S100, also comprise step R100:
Step R100, gather different model, corresponding normal data the Criterion database of four test points of the solid state hard disc of different size in advance.
Preferably, as a kind of embodiment.Described object information comprises the quantity of a plurality of solid state hard discs, the product type of the product ID of each solid state hard disc, each solid state hard disc and the firmware version number of each solid state hard disc
Further, as a kind of embodiment.Described step S300 specifically comprises the steps:
Step S310, when each test point of current solid state hard disc is tested, first wipe the storage data in current solid state hard disc, and according to the configuration parameter information of current solid state hard disc, each test point tested;
Step S320, after described four test points of current solid state hard disc have all been tested, draw corresponding continuous time point Monitoring Data simultaneously generate SMART information, the Monitoring Data of the continuous time point of the described current solid state hard disc of test record is kept in the file of html format and the SMART information of generation is kept in text.
Further, as a kind of embodiment.Described step S400 specifically comprises the steps:
Step 410, utilize EXCEL VBA method of operating the Monitoring Data in the file of described html format imported in the file of form of EXCEL and filter the Monitoring Data that there is no reference value, retain valuable Monitoring Data and according to the Monitoring Data after filtering, calculate minimum value and the mean value of I/O read-write frequency and the transfer rate of each test point.
Further, as a kind of embodiment.Described step S500 specifically comprises the steps:
Step S510, in standard database standard I/O read-write frequency of standard testing point and minimum value and the mean value of transfer rate of retrieval and the corresponding solid state hard disc of current solid state hard disc same model and specification;
Step S520, judge I/O read-write frequency and the minimum value of transfer rate and standard I/O read-write frequency of standard testing point and minimum value and the mean value of transfer rate whether mean value is all more than or equal to solid state hard disc corresponding in corresponding standard database that each test point of described current solid state hard disc is corresponding;
Step S530, if the determination result is YES, judges that the performance test results of the current solid state hard disc of testing is as qualified; If the determination result is NO, judge that the performance test results of the current solid state hard disc of testing is as defective.
Preferably, as a kind of embodiment.Described configuration parameter information comprises following information:
The size of the data block that writes/read, the test No. of each solid state hard disc is sent to the quantity of the order of solid state hard disc at every turn, the selection instruction of test point type, the duration of the test duration of each solid state hard disc and test displaying time point.
Correspondingly, further, as a kind of embodiment.The present invention also provides a kind of performance testing device of solid state hard disc, comprises interface module, acquisition module, receiver module, test module, analysis module, judge module and display module, wherein:
Described interface module, for connecting the SATA interface of a plurality of solid state hard discs;
Described acquisition module, for obtaining the object information of a plurality of solid state hard discs that are connected with SATA interface;
Described receiver module, for receiving the instruction of the configuration parameter information of user configured current solid state hard disc;
Described test module, for after receiving configuration-direct, adopts multi-threading a plurality of solid state hard discs to be carried out that order writes, sequentially reads, random writing, read these four test points at random and test simultaneously; When each test point of current solid state hard disc is tested, all first wipe the storage data in current solid state hard disc, then according to the configuration parameter information of current solid state hard disc, each test point tested and draw corresponding continuous time point Monitoring Data and preserve;
Described analysis module, for calculating and analyzing and processing the Monitoring Data of the current solid state hard disc of preserving;
Described judge module, for according to Monitoring Data and the standard database comparing of the current solid state hard disc after processing and obtain test result;
Described display module, for being presented at human-computer interaction interface by described test result.
Further, as a kind of embodiment.The performance testing device of described solid state hard disc also comprises database module, wherein:
Described database module, for gathering in advance different model, normal data Criterion database that four test points of the solid state hard disc of different size are corresponding.
Further, as a kind of embodiment.Described test module specifically comprises test submodule and sub module stored, wherein:
Described test submodule, for when each test point of current solid state hard disc is tested, first wipes the storage data in current solid state hard disc, and according to the configuration parameter information of current solid state hard disc, each test point is tested;
Described sub module stored, after all having tested for described four test points until current solid state hard disc, draw corresponding continuous time point Monitoring Data simultaneously generate SMART information, the Monitoring Data of the continuous time point of the described current solid state hard disc of test record is kept in the file of html format and the SMART information of generation is kept in text.
Further, as a kind of embodiment.Described analysis module specifically comprises analyzing and processing submodule, wherein:
Described analyzing and processing submodule, for utilizing EXCEL VBA method of operating the Monitoring Data of the file of described html format imported in the file of form of EXCEL and filter the Monitoring Data that there is no reference value, retain valuable Monitoring Data and according to the Monitoring Data after filtering, calculate minimum value and the mean value of I/O read-write frequency and the transfer rate of each test point.
Further, as a kind of embodiment.Described judge module specifically comprises retrieval submodule, judgement submodule and report submodule, wherein:
Described retrieval submodule, standard I/O read-write frequency of standard testing point and minimum value and the mean value of transfer rate for retrieval in standard database with the corresponding solid state hard disc of current solid state hard disc same model and specification;
Described judgement submodule, for judging corresponding I/O read-write frequency and the minimum value of transfer rate and standard I/O read-write frequency of standard testing point and minimum value and the mean value of transfer rate whether mean value is all more than or equal to solid state hard disc corresponding in corresponding standard database of each test point of described current solid state hard disc;
Described report submodule, for if the determination result is YES, judges that the performance test results of the current solid state hard disc of testing is as qualified; If the determination result is NO, judge that the performance test results of the current solid state hard disc of testing is as defective.
Beneficial effect of the present invention comprises:
The performance test methods of a kind of solid state hard disc provided by the invention and device, wherein method is for the automatic test processes of a plurality of solid state hard discs.First, obtain the object information of a plurality of solid state hard discs that are connected with SATA interface; Then, receive user configured current solid state hard disc configuration parameter information instruction and adopt multi-threading simultaneously to a plurality of solid state hard discs sequentially write, order reads, random writing, read these four test points at random and test; Draw again corresponding continuous time point Monitoring Data; Finally, above-mentioned Monitoring Data is processed to also contrast standard data and draw test result.The testing efficiency that like this, can improve solid state hard disc offers the most detailed abnormal time point test report of user and has ensured the accuracy of solid state hard disc performance evaluating information.
Wherein, standard I/O read-write frequency of test data and the corresponding test point of standard database and standard transmission speed minimum value and mean value are compared, significant for the readwrite performance of test solid state hard disc.Generally speaking, compared with prior art, the performance test methods of solid state hard disc provided by the present invention can improve the testing efficiency of solid state hard disc and meet high-quality test request.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of a specific embodiment of the performance test methods of solid state hard disc of the present invention;
Fig. 2 is the operating process schematic diagram that the concrete employing multi-threading of the performance test methods of solid state hard disc of the present invention is tested four test points of a plurality of solid state hard discs simultaneously;
Fig. 3 is the structural representation of an embodiment of the performance testing device of solid state hard disc of the present invention.
Embodiment
Below in conjunction with Figure of description, the embodiment of the performance test methods of solid state hard disc of the present invention and device is described.
The embodiment of the present invention provides a kind of performance test methods of solid state hard disc, as shown in Figure 1, specifically comprises the following steps:
Step S100, obtain the object information of a plurality of solid state hard discs that are connected with SATA interface;
Step S200, receive the instruction of the configuration parameter information of user configured current solid state hard disc;
Step S300, receive after configuration-direct, adopt multi-threading simultaneously to a plurality of solid state hard discs sequentially write, order reads, random writing, read these four test points at random and test; When each test point of current solid state hard disc is tested, all first wipe the storage data in current solid state hard disc, then according to the configuration parameter information of current solid state hard disc, each test point tested and draw corresponding continuous time point Monitoring Data and preserve;
Step S400, the Monitoring Data of the current solid state hard disc of preserving is calculated and analyzing and processing;
Step S500, according to Monitoring Data and the standard database comparing of the current solid state hard disc after processing and obtain test result.
In the specific implementation, above steps can be completed by solid state hard disc performance testing device the embodiment of the present invention.Below above-mentioned flow process is described in further detail:
Further, as a kind of embodiment.Before described step S100, also comprise step R100:
Step R100, gather different model, corresponding normal data the Criterion database of four test points of the solid state hard disc of different size in advance.
In above-mentioned steps R100, gather in advance different model, the object of the normal data that four test points of the solid state hard disc of different size are corresponding is to provide data basis for Criterion database.Normal data is used for follow-up contrastive detection data provides reference information.
Preferably, in above-mentioned steps S100, above-mentioned object information comprises the firmware version number (Firmware) of product type (ModelNumber) and each solid state hard disc of the quantity of a plurality of solid state hard discs, the product ID of each solid state hard disc (SN), each solid state hard disc; Wherein, for example: in object information the product ID of solid state hard disc (SN) at product after user uses and occur to damage, the relevant information that the test of dispatching from the factory being provided when retesting monitoring solid state hard disc is as with reference to according to using to detect.The version of software when the firmware version number of solid state hard disc (Firmware) bakes part for locating to SSD.Its object is mainly used in firmware upgrade, and new firmware is write in chip, replaces original firmware.
Preferably, as a kind of embodiment.In above-mentioned steps S200, carry out the instruction of the configuration parameter information that receives user configured current solid state hard disc, above-mentioned configuration parameter information comprises following information: the size of the data block that writes/read, the test No. of each solid state hard disc, be sent to the quantity of the order of solid state hard disc at every turn, the selection instruction of test point type, the duration of the test duration of each solid state hard disc and test displaying time point.
Above-mentioned configuration parameter information can be presented on human-computer interaction interface by said apparatus corresponding module, and user adds above-mentioned configuration parameter information according to the testing requirement of solid state hard disc.Every solid state hard disc needs to test four points altogether, and { (order writes, Sequential Write), (order reads, Sequential Read), (random writing, Random Write), (read at random, Random Read) }, each point will carry out test job through above-mentioned 4 test points.Before solid state hard disc test, need user to be configured above-mentioned parameter information.
The parameter that the order of take below in modification configuration parameter information writes (Sequential Write) is example:
sd=sd1,lun=\\.\physicaldrive=0,threads=32；
wd=wd1,sd=sd*,seekpct=seq,rdpct=0,xfersize=256K；
rd=rd1,wd=wd*,elapsed=18,interval=1,iorate=max；
It should be noted that, in above-mentioned speech encoding, 0 test No. (representing the test No. of different solid state hard discs by numeral number) that represents solid state hard disc in physicaldrive=0; In threads=32 32 representative is sent to the quantity of the order of solid state hard disc at every turn, and while adopting multi-threading, each solid state hard disc of carrying out is carried out a plurality of orders, and in this example, 32 representatives adopt multi-threading to be sent to the quantity of the order of solid state hard disc at every turn; The quantity (queue depth) that is at every turn sent to the order of solid state hard disc by configuration modification improves I/O performance.Its essence is that the mode that sends again solid state hard disc by order is placed in queue to can improve I/O performance.
In rdpct=0,0 representative writes (Write) instruction, and read accordingly (Read) instruction, is 100, and the 256K in xfersize=256K is the size of predetermined test data piece;
18 total testing times that represent solid state hard disc in elapsed=18, in interval=1,1 representative shows the Monitoring Data (testing the duration of displaying time point) of every 1 second (s); Above-mentioned configuration parameter information is not repeating one by one.
Above configuration parameter information only needs to click corresponding button input configuration parameter information on the human-computer interaction interface of user's said apparatus corresponding module just can realize the modification of configuration parameter information.
Revise " seq " in " seekpct=seq "
Revise " 256K " in " xfersize=256K "
Revise " 18 " in " elapsed=18 "
When the performance test methods of the solid state hard disc that the embodiment of the present invention provides is specifically implemented, can receive user's configuration parameter information command and reach by adopting multi-threading to carry out corresponding instruction the object that realizes test solid state hard disc performance.
Further, as a kind of embodiment.Described step S300 specifically comprises the steps, as shown in Figure 2:
In above-mentioned steps S300, receive after configuration-direct, adopt multi-threading simultaneously to a plurality of solid state hard discs sequentially write, order reads, random writing, read these four test points at random and test; That realizes multi-threading take multithreading as support.About multithreading, be that CPU can carry out multiple thread simultaneously, just can allow CPU bring into play larger efficiency, also claim " hyperthread (Hyper-Threading is called for short " HT ") " technology.Hyper-Threading is exactly to utilize special hardware instruction, two logic kernels are modeled to two phy chips, allow single processor can use Thread-Level Parallelism to calculate, and then compatible multithreading operation system and software, reduced the standby time of CPU, the operational efficiency of the CPU of raising.
Adopt hyperthread be can be at one time in, application program can be used the different piece of chip.Although single-threaded chip can be processed thousands of instructions p.s., is merely able at any one time an instruction to operate.And Hyper-Threading can make chip carry out multithreading processing simultaneously, chip performance is got a promotion.
Step S310, when each test point of current solid state hard disc is tested, first wipe the storage data in current solid state hard disc, and according to the configuration parameter information of current solid state hard disc, each test point tested;
When each test point test, first wipe, then test.Carrying out auto-erasing (TRIM) instruction allows operating system can notify which data block of solid-state drive can not re-use; Otherwise solid-state hard disk controller does not know to reclaim these idle data blocks, TRIM just sends to solid state hard disc the operation that empties block, make solid state hard disc know that this content deleted, this place just can be counted as blank, when writing balance, just can carry out balance in these whole places like this, while carrying out write operation so again, just can not occur the problem of hydraulic performance decline again.TRIM will greatly reduce and write burden, allow that SSD is pre-on backstage better deletes idle data block simultaneously, to allow these data blocks can prepare quickly new writing.Large feature of TRIM is exactly: reclaim idle solid state hard disc data block.After erase operation finishes, first carry out the dependent instruction of call configuration option information and carry out the test operation of corresponding test point in configuration parameter information.At said sequence, write in (Sequential Write) example, understood in detail configuration parameter information and performed instruction.
Step S320, after described four test points of current solid state hard disc have all been tested, draw corresponding continuous time point Monitoring Data simultaneously generate SMART information, the Monitoring Data of the continuous time point of the described current solid state hard disc of test record is kept in the file of html format and the SMART information of generation is kept in text.
In above-mentioned steps S320, relate generally to and record SMART information, and draw the steps such as Monitoring Data.Illustrate: by carrying out corresponding test instruction, the Monitoring Data (logfile.html) of continuous time point of the described current solid state hard disc of test record will be obtained, meanwhile also generated SMART information, the Monitoring Data of the continuous time point of the described current solid state hard disc of test record has been kept in the file of html format and SMART information is kept in text; Information (SMART, Self-Monitoring, Analysis, and Reporting Technology) that SMART information is " self-monitoring, analyze and reporting techniques ", SMART information can be used for the potential problems of forecast analysis hard disk.
Above-mentioned SMART information mainly includes the information such as sequence number, residual life and bad piece number of solid state hard disc, and SMART information is mainly used in after completing test, checks the abrasion condition of solid state hard disc, and estimates the life-span of solid state hard disc under specific environment.
Preferably, because while testing each test point, all according to the duration of the test displaying time point in configuration parameter information, carry out the test of corresponding test point, so Monitoring Data will be the performance data that one group of group records each time point, by above-mentioned Monitoring Data, can provide the test report that portion has time point, if current solid state hard disc occurs abnormal, can find accurately abnormal time point by test report, and provide accordingly the abnormal error report of detailed time point.Provide the report of abnormal time point and will meet to a great extent high-quality test request.
Further, as a kind of embodiment.Described step S400 specifically comprises the steps:
Step 410, utilize EXCEL VBA method of operating the Monitoring Data in the file of described html format imported in the file of form of EXCEL and filter the Monitoring Data that there is no reference value, retain valuable Monitoring Data and according to the Monitoring Data after filtering, calculate minimum value and the mean value of I/O read-write frequency and the transfer rate of each test point.
First, the Monitoring Data of testing (logfile.html) is processed, utilize EXCEL VBA method of operating to call in the text of form that dependent instruction and function import to the Monitoring Data in the file of described html format EXCEL, filter the Monitoring Data that there is no reference value, retain valuable Monitoring Data and calculate the I/O read-write frequency of each test point and the minimum value of transfer rate (min value) and mean value (Avg value) according to the Monitoring Data after filtering.Certainly in logfile.html Monitoring Data, contain the information that there is no in a large number reference value, filtering data remains the Monitoring Data with reference value and is that follow-up solid state hard disc performance evaluating is prepared.Wherein, when execution calculates the I/O read-write frequency of each test point and the minimum value of transfer rate and mean value operation, utilize VBA to process statement and process above-mentioned text, obtain min value and the Avg value of I/O read-write frequency and transfer rate.
Wherein, I/O read-write frequency (IOPS, Input/Output Operations Per Second), i.e. the number of times of per second read-write (I/O) operation, reflects the data throughout (being the number of times that carries out input/output operations per second) of solid state hard disc and for weighing the performance of random access.The IOPS performance of storage end and the IO of host side are different, and IOPS refers to that SSD is per second and accept the access that how many times main frame sends, and an IO of main frame need to repeatedly access storage and just can complete.For example, main frame writes a minimum data block, also will be through three steps such as " send write request, data writing, receive write confirmations ", and namely 3 storage ends are accessed.
The implication of the unit of transfer rate (MB/s) is megabyte per second, refers to the byte quantity of transmission per second, and the common practise that I/O read-write frequency and transfer rate are the art no longer describes in detail this.
Further, as a kind of embodiment.Described step S500 specifically comprises the steps:
Step S510, in standard database standard I/O read-write frequency of standard testing point and minimum value and the mean value of transfer rate of retrieval and the corresponding solid state hard disc of current solid state hard disc same model and specification;
Step S520, judge I/O read-write frequency and the minimum value of transfer rate and standard I/O read-write frequency of standard testing point and minimum value and the mean value of transfer rate whether mean value is all more than or equal to solid state hard disc corresponding in corresponding standard database that each test point of described current solid state hard disc is corresponding;
Step S530, if the determination result is YES, judges that the performance test results of the current solid state hard disc of testing is as qualified; If the determination result is NO, judge that the performance test results of the current solid state hard disc of testing is as defective.
It will be understood by those skilled in the art that in above-mentioned steps S510 ~ step S530, preferably, judge I/O read-write frequency that each test point of described current solid state hard disc is corresponding and minimum value and the mean value of transfer rate; And contrast the normal data of the test point in respective standard database.Like this with the Monitoring Data through test and normal data contrast reference, can assess the performance of current solid state hard disc, standard I/O read-write frequency by the corresponding test point with standard database and standard transmission speed minimum value and mean value are compared, significant for the readwrite performance of test solid state hard disc.
Wherein, when only having test result to meet the minimum value of I/O read-write frequency and minimum value that mean value is greater than or equal to respectively corresponding standard I/O read-write frequency and mean value under the minimum value of transfer rate and minimum value and mean value situation that mean value is also all greater than or equal to respectively corresponding standard transmission speed, the performance test results of current solid state hard disc is just qualified, otherwise the performance test results of judging current solid state hard disc is as defective.
Based on same inventive concept, the embodiment of the present invention also provides a kind of performance testing device of solid state hard disc, because the principle that this device is dealt with problems is similar to the aforementioned performance test methods for solid state hard disc, therefore the enforcement of this device can, referring to the enforcement of preceding method, repeat part and repeat no more.
Correspondingly, the performance testing device of the solid state hard disc that the embodiment of the present invention provides, be applied to solid state hard disc performance test in the production run of solid state hard disc, as shown in Figure 3, comprise interface module 301, acquisition module 302, receiver module 303, test module 304, analysis module 305, judge module 306 and display module 307, wherein:
Further, as a kind of embodiment.The performance testing device of described solid state hard disc also comprises database module, wherein:
Database module, for gathering in advance different model, normal data Criterion database that four test points of the solid state hard disc of different size are corresponding.
Further, as a kind of embodiment.Described test module specifically comprises test submodule and sub module stored, wherein:
Test submodule, for when each test point of current solid state hard disc is tested, first wipes the storage data in current solid state hard disc, and according to the configuration parameter information of current solid state hard disc, each test point is tested;
Sub module stored, after all having tested for described four test points until current solid state hard disc, draw corresponding continuous time point Monitoring Data simultaneously generate SMART information, the Monitoring Data of the continuous time point of the described current solid state hard disc of test record is kept in the file of html format and the SMART information of generation is kept in text.
Further, as a kind of embodiment.Described analysis module specifically comprises analyzing and processing submodule, wherein:
Described analyzing and processing submodule, for utilizing EXCEL VBA method of operating the Monitoring Data of the file of described html format imported in the file of form of EXCEL and filter the Monitoring Data that there is no reference value, retain valuable Monitoring Data and according to the Monitoring Data after filtering, calculate minimum value and the mean value of I/O read-write frequency and the transfer rate of each test point.
Further, as a kind of embodiment.Described judge module specifically comprises retrieval submodule, judgement submodule and report submodule, wherein:
Retrieval submodule, standard I/O read-write frequency of standard testing point and minimum value and the mean value of transfer rate for retrieval in standard database with the corresponding solid state hard disc of current solid state hard disc same model and specification;
Judgement submodule, for judging corresponding I/O read-write frequency and the minimum value of transfer rate and standard I/O read-write frequency of standard testing point and minimum value and the mean value of transfer rate whether mean value is all more than or equal to solid state hard disc corresponding in corresponding standard database of each test point of described current solid state hard disc;
Report submodule, for if the determination result is YES, judges that the performance test results of the current solid state hard disc of testing is as qualified; If the determination result is NO, judge that the performance test results of the current solid state hard disc of testing is as defective.
Wherein, preferably, when judgment result is that when qualified, at display module, show Pass value; When judgment result is that when defective at display module as showing Fail value; And for directly perceived, clearer signal test result, numerical value background colour " redness " is Fail, and " blueness " is Pass.User can view the test result that display module shows intuitively like this
The performance testing device of the solid state hard disc that the embodiment of the present invention provides can be realized by computer program.Those skilled in the art should be understood that; above-mentioned Module Division mode is only a kind of in numerous Module Division; if be divided into other modules or do not divide module, as long as the performance testing device of solid state hard disc has above-mentioned functions, all should be within the application's protection domain.
The performance testing device of the solid state hard disc that the embodiment of the present invention provides has: the features such as versatility, high automation, configurability.
The performance test methods of a kind of solid state hard disc that the embodiment of the present invention provides and device, wherein method is for the automatic test processes of a plurality of solid state hard discs.First, obtain the object information of a plurality of solid state hard discs that are connected with SATA interface; Then, receive user configured current solid state hard disc configuration parameter information instruction and adopt multi-threading simultaneously to a plurality of solid state hard discs sequentially write, order reads, random writing, read these four test points at random and test; Draw again corresponding continuous time point Monitoring Data and SMART information; Finally, above-mentioned Monitoring Data is processed to also contrast standard data and draw test result.Like this, can improve the testing efficiency of solid state hard disc, offer the most detailed abnormal time point test report of user and ensured the accuracy of solid state hard disc performance evaluating information.
Wherein, standard I/O read-write frequency of test data and the corresponding test point of standard database and standard transmission speed minimum value and mean value are compared, significant for the readwrite performance of test solid state hard disc.Generally speaking, compared with prior art, the performance test methods of the solid state hard disc that the embodiment of the present invention provides can improve testing efficiency and meet high-quality test request.
The above embodiment has only expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (12)
1. a performance test methods for solid state hard disc, is characterized in that, comprises the steps:
Step S100, obtain the object information of a plurality of solid state hard discs that are connected with SATA interface;
Step S200, receive the instruction of the configuration parameter information of user configured current solid state hard disc;
Step S300, receive after configuration-direct, adopt multi-threading simultaneously to a plurality of solid state hard discs sequentially write, order reads, random writing, read these four test points at random and test; When each test point of current solid state hard disc is tested, all first wipe the storage data in current solid state hard disc, then according to the configuration parameter information of current solid state hard disc, each test point tested and draw corresponding continuous time point Monitoring Data and preserve;
Step S400, the Monitoring Data of the current solid state hard disc of preserving is calculated and analyzing and processing;
Step S500, according to Monitoring Data and the standard database comparing of the current solid state hard disc after processing and obtain test result.
2. the performance test methods of solid state hard disc according to claim 1, is characterized in that, also comprises step R100 before described step S100:
Step R100, gather different model, corresponding normal data the Criterion database of four test points of the solid state hard disc of different size in advance.
3. the performance test methods of solid state hard disc according to claim 1, it is characterized in that, described object information comprises the quantity of a plurality of solid state hard discs, the product type of the product ID of each solid state hard disc, each solid state hard disc and the firmware version number of each solid state hard disc.
4. according to the performance test methods of the solid state hard disc described in claim 1-3 any one, it is characterized in that, described step S300 specifically comprises the steps:
Step S310, when each test point of current solid state hard disc is tested, first wipe the storage data in current solid state hard disc, and according to the configuration parameter information of current solid state hard disc, each test point tested;
Step S320, after described four test points of current solid state hard disc have all been tested, draw corresponding continuous time point Monitoring Data simultaneously generate SMART information, the Monitoring Data of the continuous time point of the described current solid state hard disc of test record is kept in the file of html format and the SMART information of generation is kept in text.
5. the performance test methods of solid state hard disc according to claim 4, is characterized in that, described step S400 specifically comprises the steps:
Step 410, utilize EXCEL VBA method of operating the Monitoring Data in the file of described html format imported in the file of form of EXCEL and filter the Monitoring Data that there is no reference value, retain valuable Monitoring Data and according to the Monitoring Data after filtering, calculate minimum value and the mean value of I/O read-write frequency and the transfer rate of each test point.
6. the performance test methods of solid state hard disc according to claim 5, is characterized in that, described step S500 specifically comprises the steps:
Step S510, in standard database standard I/O read-write frequency of standard testing point and minimum value and the mean value of transfer rate of retrieval and the corresponding solid state hard disc of current solid state hard disc same model and specification;
Step S520, judge I/O read-write frequency and the minimum value of transfer rate and standard I/O read-write frequency of standard testing point and minimum value and the mean value of transfer rate whether mean value is all more than or equal to solid state hard disc corresponding in corresponding standard database that each test point of described current solid state hard disc is corresponding;
Step S530, if the determination result is YES, judges that the performance test results of the current solid state hard disc of testing is as qualified; If the determination result is NO, judge that the performance test results of the current solid state hard disc of testing is as defective.
7. the performance test methods of solid state hard disc according to claim 4, is characterized in that, described configuration parameter information comprises following information:
The size of the data block that writes/read, the test No. of each solid state hard disc is sent to the quantity of the order of solid state hard disc at every turn, the selection instruction of test point type, the duration of the test duration of each solid state hard disc and test displaying time point.
8. a performance testing device for solid state hard disc, is characterized in that, comprises interface module, acquisition module, receiver module, test module, analysis module, judge module and display module, wherein:
Described interface module, for connecting the SATA interface of a plurality of solid state hard discs;
Described acquisition module, for obtaining the object information of a plurality of solid state hard discs that are connected with SATA interface;
Described receiver module, for receiving the instruction of the configuration parameter information of user configured current solid state hard disc;
Described test module, for after receiving configuration-direct, adopts multi-threading a plurality of solid state hard discs to be carried out that order writes, sequentially reads, random writing, read these four test points at random and test simultaneously; When each test point of current solid state hard disc is tested, all first wipe the storage data in current solid state hard disc, then according to the configuration parameter information of current solid state hard disc, each test point tested and draw corresponding continuous time point Monitoring Data and preserve;
Described analysis module, for calculating and analyzing and processing the Monitoring Data of the current solid state hard disc of preserving;
Described judge module, for according to Monitoring Data and the standard database comparing of the current solid state hard disc after processing and obtain test result;
Described display module, for being presented at human-computer interaction interface by described test result.
9. the performance testing device of solid state hard disc according to claim 8, is characterized in that, the automatic testing equipment of described solid state hard disc also comprises database module, wherein:
Described database module, for gathering in advance different model, normal data Criterion database that four test points of the solid state hard disc of different size are corresponding.
10. the performance testing device of solid state hard disc according to claim 8, is characterized in that, described test module specifically comprises test submodule and sub module stored, wherein:
Described test submodule, for when each test point of current solid state hard disc is tested, first wipes the storage data in current solid state hard disc, and according to the configuration parameter information of current solid state hard disc, each test point is tested;
Described sub module stored, after all having tested for described four test points until current solid state hard disc, draw corresponding continuous time point Monitoring Data simultaneously generate SMART information, the Monitoring Data of the continuous time point of the described current solid state hard disc of test record is kept in the file of html format and the SMART information of generation is kept in text.
The performance testing device of 11. solid state hard discs according to claim 10, is characterized in that, described analysis module specifically comprises analyzing and processing submodule, wherein:
Described analyzing and processing submodule, for utilizing EXCEL VBA method of operating the Monitoring Data of the file of described html format imported in the file of form of EXCEL and filter the Monitoring Data that there is no reference value, retain valuable Monitoring Data and according to the Monitoring Data after filtering, calculate minimum value and the mean value of I/O read-write frequency and the transfer rate of each test point.
The performance testing device of 12. solid state hard discs according to claim 11, is characterized in that, described judge module specifically comprises retrieval submodule, judgement submodule and report submodule, wherein:
Described retrieval submodule, standard I/O read-write frequency of standard testing point and minimum value and the mean value of transfer rate for retrieval in standard database with the corresponding solid state hard disc of current solid state hard disc same model and specification;
Described judgement submodule, for judging corresponding I/O read-write frequency and the minimum value of transfer rate and standard I/O read-write frequency of standard testing point and minimum value and the mean value of transfer rate whether mean value is all more than or equal to solid state hard disc corresponding in corresponding standard database of each test point of described current solid state hard disc;
Described report submodule, for if the determination result is YES, judges that the performance test results of the current solid state hard disc of testing is as qualified; If the determination result is NO, judge that the performance test results of the current solid state hard disc of testing is as defective.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7873885B1 (en) * | 2004-01-20 | 2011-01-18 | Super Talent Electronics, Inc. | SSD test systems and methods |
| CN102208204A (en) * | 2011-05-25 | 2011-10-05 | 深圳宝德科技集团股份有限公司 | Method and device for detecting hard disks |
| CN102411993A (en) * | 2011-11-24 | 2012-04-11 | 曙光信息产业股份有限公司 | Method and device for testing state solid disk (SSD) |
| CN102446558A (en) * | 2010-10-09 | 2012-05-09 | 智微科技股份有限公司 | Solid state disc capable of being automatically tested and method of automatically testing the solid state disc |
-
2012
- 2012-07-24 CN CN201210256995.9A patent/CN103578568B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7873885B1 (en) * | 2004-01-20 | 2011-01-18 | Super Talent Electronics, Inc. | SSD test systems and methods |
| CN102446558A (en) * | 2010-10-09 | 2012-05-09 | 智微科技股份有限公司 | Solid state disc capable of being automatically tested and method of automatically testing the solid state disc |
| CN102208204A (en) * | 2011-05-25 | 2011-10-05 | 深圳宝德科技集团股份有限公司 | Method and device for detecting hard disks |
| CN102411993A (en) * | 2011-11-24 | 2012-04-11 | 曙光信息产业股份有限公司 | Method and device for testing state solid disk (SSD) |
Cited By (66)
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