CN106407120A - Automated testing system and method for computer software - Google Patents
Automated testing system and method for computer software Download PDFInfo
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- CN106407120A CN106407120A CN201610876450.6A CN201610876450A CN106407120A CN 106407120 A CN106407120 A CN 106407120A CN 201610876450 A CN201610876450 A CN 201610876450A CN 106407120 A CN106407120 A CN 106407120A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3668—Software testing
- G06F11/3672—Test management
- G06F11/3684—Test management for test design, e.g. generating new test cases
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3668—Software testing
- G06F11/3672—Test management
- G06F11/3688—Test management for test execution, e.g. scheduling of test suites
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Abstract
The invention discloses an automated testing system for computer software in the field of automated testing technologies. The system comprises an acquisition software subsystem, wherein the acquisition software subsystem is connected to a central processing system in an electrical output manner; the central processing system is connected to a software testing subsystem in an electrical bidirectional manner; the central processing system is connected to a display subsystem in an electrical output manner; and the display subsystem is connected to a feedback subsystem in an electrical bidirectional manner. The software information is directly obtained through the acquisition software subsystem, so that the integrity of the tested computer software is guaranteed, the accuracy of a detection result is guaranteed, and the original compiling method of the tested computer software cannot be changed; through the central processing system, data can be centralized, the centrality and the ordering of data processing are guaranteed; through the software testing subsystem, the detection of the tested computer software is ordered, the accuracy of the detection result is guaranteed while the detection result is stored.
Description
Technical field
The present invention relates to automatization testing technique field, specially a kind of automatization test system of computer software and survey
Method for testing.
Background technology
Software test, as the key technology ensureing software quality and enterprise's production safety, is just increasingly subject to widely weigh
Depending on simple dependence manual test is difficult to meet the requirement that client improves constantly to software quality, and industry is studied continuous
To improve testing efficiency, shorten the testing time and to save human cost using automatic test means, but, at present for calculating
The test of machine software is but difficult to be processed with test automation, be primarily due to traditional based on recording and write the automatic of script
Change measuring technology to change in computer software element layout or add and deletion control, may result in this computer of test
The automatic test script of software cannot trouble-free operation, with constantly frequently upgrading and change, the tester of person's computer software
Member is accomplished by ceaselessly going again recording and changes script so that automatic test course inefficiency, and directly results in test
The increase of time, and this traditional based on the automatic test mode recording and writing script, record and compile for responsible
The technical staff writing script needs to have higher technology and experience, frequently carries out the recording of test script and writing and is accomplished by throwing
Enter, may result in human cost and greatly improve, therefore, design a kind of automatization test system of computer software and test side
Method.
Content of the invention
It is an object of the invention to provide a kind of automatization test system of computer software and method of testing, on solving
State propose in background technology traditional based on recording and write the automatization testing technique of script in computer software element cloth
Office changes or adds and delete control, and the automatic test script that may result in this computer software of test cannot be smooth
Run, with constantly frequently upgrading and the change of person's computer software, tester is accomplished by ceaselessly going again to record and repair
Change script so that automatic test course inefficiency, and directly result in the increase of testing time, and this traditional based on
Record and write the automatic test mode of script, the responsible technical staff recording and write script is needed to have higher
Technology and experience, frequently carry out the recording of test script and writing and are accomplished by putting into, may result in what human cost greatly improved
Problem.
For achieving the above object, the present invention provides following technical scheme：A kind of automatization test system of computer software,
Including obtaining software subsystem, described acquisition software subsystem electrically exports connection central processing system, described central authorities processing system
System is electrically bi-directionally connected software test subsystem, and described central processing system electrically exports connection display subsystem, described display
Subsystem is electrically bi-directionally connected feedback subsystem.
Preferably, described software acquisition subsystem includes picture sweep unit, the described image scanning element electrically company of output
Connect word recognition unit, described word recognition unit electrically exports connection code input unit, described code input unit is electrical
Output connects code encoder, and described code encoder electrically exports respectively and connects code storage unit and coding collecting unit,
Described coding collecting unit electrically exports connection coding versus' unit.
Preferably, described software test subsystem includes encoding extraction unit, the described coding extraction unit electrically company of output
Connect Date Conversion Unit, the electrical output connecting microprocessor of described Date Conversion Unit, described microprocessor electrically exports respectively
Connect memory storage unit database, described data base electrically exports link information collecting unit, described information collecting unit
Electrically output link information comparison unit, described information comparison unit electrically exports connection computer analytic unit, described calculating
Machine analytic unit is electrically bi-directionally connected microprocessor, and described computer analytic unit electrically exports connection wireless transmit/receive units, institute
State wireless transmit/receive units and electrically export connection the Internet, described the Internet electrically exports connection Computer Service terminal.
Preferably, described display subsystem includes data extracting unit, and described data extracting unit electrically exports connection figure
Civilian converting unit, described picture and text converting unit electrically exports connection image processor, and described image processor electrically exports respectively
Connect image storage unit and driver element, described driver element electrically exports connection display.
Preferably, described feedback subsystem includes data acquisition unit, and described data acquisition unit electrically exports connection number
According to comparison unit, described Data Comparison unit electrically exports connection data processor, and described data processor is electrically respectively electrically
Output connects data storage cell and output unit.
Preferably, a kind of method of testing step of the automatic test of computer software is as follows：
S1：Picture sweep unit scanning software source code file in subsystem is obtained by software, by Text region
The software source code file content of picture sweep unit scanning is read in unit identification, by code input unit Text region list
The software source code that unit's identification is read is input in code encoder, by code encoder the compilation of source code passing over
Become computer code to be delivered in coding collecting unit, by encoding collecting unit, the computer code after compiling is delivered to volume
Code comparison unit is contrasted, then by coding versus' unit, the computer code after contrast is delivered in code encoder,
It is delivered to code storage unit after code encoder is the computer code correction after contrast to be stored, code storage list
Electrically output connects central processing system for unit；
S2：Connection central processing system is electrically inputted by the coding extraction unit in software test subsystem, by compiling
Code extraction unit extracts the computer code in code storage unit, then by encoding extraction unit the computer code extracted
Pass to Date Conversion Unit, computer language is converted into the computer code passing over by Date Conversion Unit, then
By Date Conversion Unit, the computer language of conversion is delivered in microprocessor, by microprocessor Date Conversion Unit
The computer language passing over is delivered in data base, is transmitted by microprocessor in information acquisition unit acquisition database
The computer language coming, then information comparison unit is passed to by information acquisition unit, by information comparison unit, information is adopted
The computer language that collection unit passes over is contrasted with the standard in data base, and the computer language after contrast is passed to
Computer analytic unit, the computer language after contrast information comparison unit being passed over by computer analytic unit is entered
Row analysis is delivered separately to microprocessor and wireless transmit/receive units, is delivered to micro- place by the result that computer analytic unit is analyzed
In reason device, then the storage carrying out data result in memory storage unit is delivered to the analysis result passing over by microprocessor
Deposit, be delivered in the Internet by the result that wireless transmit/receive units analyze computer analytic unit, by the Internet calculating
The result of machine analytic unit analysis is delivered in Computer Service terminal and carries out secondary data storage it is ensured that data will not be lost
Lose, memory storage unit electrically exports connection central processing system；
S3：Connection central processing system is electrically inputted by the data extracting unit in display subsystem, is carried by data
Take unit to extract the result data of the computer analytic unit analysis of storage in memory storage unit, then pass through data extracting unit
The data transfer extracted in picture and text converting unit, divided by the computer that picture and text converting unit extracts data extracting unit
The result data of analysis element analysises is converted into pictograph information, then by picture and text converting unit the pictograph letter after conversion
Breath is delivered in image processor, is delivered separately to image storage by the data that image processor transmits picture and text converting unit
In unit and driver element, the information that passed over by image storage unit storage, by driver element, picture and text are changed single
The pictograph information of unit's transmission shows, image storage unit electrically exports connection data acquisition unit in the display；
S4：Gather the data message of image storage unit storage by the data acquisition unit in feedback subsystem, then lead to
Cross data acquisition unit the data information transfer collecting to Data Comparison unit, by Data Comparison unit to data acquisition
The information of unit collection is contrasted, the information transmission after contrast to data processor, by data processor data pair
It is delivered separately to data storage cell and output unit than the data after unit contrast, by output unit the information after contrast
Pass to image processor, the information control data extraction unit that image processor is passed over by output unit stops to letter
The extraction of breath.
Compared with prior art, the invention has the beneficial effects as follows：It is soft that the present invention passes through acquisition software subsystem direct access
Part information is it is ensured that the integrity of tested computer software is it is ensured that the result of detection accurately, will not change tested computer software
Original write mode, process that data concentrates is enable by central processing system it is ensured that the centrality of data processing, in order
Property, make the detection order of tested computer software it is ensured that the accuracy of testing result by software test subsystem, examine simultaneously
The result surveyed is stored again, facilitates transferring and checking of later stage, makes the result of test system detection by display subsystem
Can be revealed, facilitate staff to grasp the test result of tested computer software, quilt is ensured by feedback subsystem
Survey the quick and precisely property of the detection of computer software it is ensured that detection efficiency, save human resourcess.
Brief description
Fig. 1 is present configuration schematic diagram；
Fig. 2 obtains software subsystem theory diagram for the present invention；
Fig. 3 is invention software test subsystems theory diagram；
Fig. 4 is display subsystem theory diagram of the present invention；
Fig. 5 is feedback subsystem theory diagram of the present invention；
Fig. 6 is workflow diagram of the present invention.
In figure：1 obtains software subsystem, 2 central processing systems, 3 software test subsystems, 4 display subsystems, 5 feedbacks
Subsystem, 6 picture sweep units, 7 word recognition units, 8 code input unit, 9 code encoders, 10 code storage units,
11 coding collecting units, 12 coding versus' units, 13 coding extraction units, 14 Date Conversion Units, 15 microprocessors, 16 memories
Memory element, 17 data bases, 18 information acquisition units, 19 information comparison units, 20 computer analytic units, 21 wireless receiving and dispatching lists
Unit, 22 the Internets, 23 Computer Service terminals, 24 data extracting unit, 25 picture and text converting units, 26 image processors, 27 figures
As memory element, 28 driver elements, 29 display, 30 data acquisition units, 31 Data Comparison units, 32 data processors, 33
Data storage cell, 34 output units.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation description is it is clear that described embodiment is only a part of embodiment of the present invention, rather than whole embodiments.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of not making creative work
Embodiment, broadly falls into the scope of protection of the invention.
Refer to Fig. 1-6, the present invention provides a kind of technical scheme：A kind of automatization test system of computer software, bag
Include acquisition software subsystem 1, described acquisition software subsystem 1 electrically exports connection central processing system 2, described central authorities processing system
System 2 is electrically bi-directionally connected software test subsystem 3, and described central processing system 2 electrically exports connection display subsystem 4, described
Display subsystem 4 is electrically bi-directionally connected feedback subsystem 5.
Wherein, described acquisition software subsystem 1 includes picture sweep unit 6, by picture sweep unit 6 scanning software source
Code file, described image scanning element electrically exports connection word recognition unit 7, is identified by word recognition unit 7 and reads
The software source code file content of picture sweep unit 6 scanning, it is single that described word recognition unit 7 electrically exports connection code input
By 8 word recognition units 7 of code input unit, unit 8, identifies that the software source code of reading is input in code encoder 9,
Described code input unit 8 electrically exports connection code encoder 9, is compiled by 9 source codes passing over of code encoder
It is translated into computer code to be delivered in coding collecting unit 11, described code encoder 9 electrically exports respectively and connects code storage
Unit 10 and coding collecting unit 11, are stored by code storage unit 10, the meter after 9 contrasts of code encoder
Computer code after calculation machine code modification, it is right that the computer code after encoding 11 compilings of collecting unit is delivered to coding
Contrasted than unit 12, described coding collecting unit 11 electrically exports connection coding versus' unit 12, single by coding versus
Computer code after 12 contrasts of unit is delivered in code encoder 9 and is modified, and described software test subsystem 3 includes compiling
Code extraction unit 13, by encoding the computer code in extraction unit 13 extraction code storage unit 10, described coding extracts
Unit 13 electrically exports connection Date Conversion Unit 14, by 14 computer code conversions passing over of Date Conversion Unit
Become computer language, the electrical output connecting microprocessor 15 of described Date Conversion Unit 14, turned by 15 data of microprocessor
Change the computer language that unit 14 passes over to be delivered in data base 17, described microprocessor 15 respectively electrically output connect note
Recall memory element 16 database 17, carry out the storage of data result by memory storage unit 16, described data base 17 is electrical
Output link information collecting unit 18, the meter being passed over by microprocessor 15 in information acquisition unit 18 acquisition database 17
Calculation machine language, described information collecting unit 18 electrically exports link information comparison unit 19, by 19 letters of information comparison unit
The computer language that breath collecting unit 18 passes over is contrasted with the standard in data base 17, described information comparison unit 19
Electrically output connects computer analytic unit 20, by 20 information comparison units 19 of computer analytic unit pass over right
Than after computer language be analyzed calculate, described computer analytic unit 20 is electrically bi-directionally connected microprocessor 15, described
Computer analytic unit 20 electrically exports connection wireless transmit/receive units 21, by 21 computer analytic units of wireless transmit/receive units
The result of 20 analyses is delivered in the Internet 22, and described wireless transmit/receive units 21 electrically export connection the Internet 22, by interconnection
The result that 22 computer analytic units 20 of net are analyzed is delivered in Computer Service terminal 23, and described the Internet 22 electrically exports
Connect Computer Service terminal 23, by carrying out secondary data storage in Computer Service terminal 23 it is ensured that data will not be lost
Lose, described display subsystem 4 includes data extracting unit 24, extracted in memory storage unit 16 by data extracting unit 24 and deposit
The result data of computer analytic unit 20 analysis of storage, described data extracting unit 24 electrically exports connection picture and text converting unit
25, changed by the result data that the computer analytic unit 20 that 25 data extracting unit 24 of picture and text converting unit are extracted is analyzed
Become pictograph information, described picture and text converting unit 25 electrically export and connects image processor 26, by image processor 26
The data of picture and text converting unit 25 transmission is delivered separately in image storage unit 27 and driver element 28, described image processor
26 electrically export connection image storage unit 27 and driver element 28 respectively, are believed by image storage unit 27 storage image data
Breath, facilitates the extraction of view data, and the pictograph information transmitted by 28 picture and text converting units 25 of driver element is in display
Show in device 29, described driver element 28 electrically exports connection display 29, described feedback subsystem 5 includes data acquisition
Unit 30, gathers the data message of image storage unit 27 storage, described data acquisition unit 30 by data acquisition unit 30
Electrically output connects Data Comparison unit 31, and it is right to be carried out by the information that Data Comparison unit 31 gathers to data acquisition unit 30
The information transmission after contrast to data processor 32, described Data Comparison unit 31 electrically exports connection data processor to ratio
32, the data after being contrasted by 32 Data Comparison units 31 of data processor is delivered separately to data storage cell 33 and output
Unit 34, described data processor 32 electrically electrically exports respectively and connects data storage cell 33 and output unit 34, by defeated
Go out the information transmission after 34 contrasts of unit to image processor 26, image processor 26 is passed over by output unit 34
Information control data extraction unit 24 stops the extraction to information.
A kind of method of testing of the automatic test of computer software, comprises the steps：
S1：By obtaining the picture sweep unit 6 scanning software source code file in software subsystem 1, known by word
The software source code file content of picture sweep unit 6 scanning is read in other unit 7 identification, by 8 words of code input unit
The software source code that recognition unit 7 identification is read is input in code encoder 9, is passed over by code encoder 9
Compilation of source code becomes computer code to be delivered in coding collecting unit 11, the calculating after encoding 11 compilings of collecting unit
Machine coding is delivered to coding versus' unit 12 and is contrasted, then the computer code after 12 contrasts of coding versus' unit passes
It is delivered in code encoder 9, after the computer code correction after 9 contrasts of code encoder, be delivered to code storage unit
10 are stored, and code storage unit 10 electrically exports connection central processing system 2；
S2：Connection central processing system 2 is electrically inputted by the volume extraction unit 13 in software test subsystem 3, passes through
Coding extraction unit 13 extracts the computer code in code storage unit 10, then by encoding the meter of 13 extractions of extraction unit
Calculation machine coding passes to Date Conversion Unit 14, is converted into counting by 14 computer codes passing over of Date Conversion Unit
Calculation machine language, then be delivered in microprocessor 15 by the computer language of 14 conversions of Date Conversion Unit, by microprocessor
The computer language that 15 Date Conversion Units 14 of device pass over is delivered in data base 17, is adopted by information acquisition unit 18
The computer language that in collection data base 17, microprocessor 15 passes over, then information contrast is passed to by information acquisition unit 18
Mark in unit 19, the computer language being passed over by 19 information acquisition units 18 of information comparison unit and data base 17
Standard is contrasted, and the computer language after contrast is passed to computer analytic unit 20, by computer analytic unit 20
Computer language after the contrast that information comparison unit 19 passes over is analyzed being delivered separately to microprocessor 15 and wireless
Transmit-Receive Unit 21, is delivered in microprocessor 15 by the result of computer analytic unit 20 analysis, then passes through microprocessor 15
The analysis result passing over is delivered to the storage carrying out data result in memory storage unit 16, by wireless transmit/receive units
The result that 21 computer analytic units 20 are analyzed is delivered in the Internet 22, by the Internet 22 computer analytic unit 20
The result of analysis is delivered in Computer Service terminal 23 and carries out secondary data storage it is ensured that data will not be lost, and memory is deposited
Storage unit 16 electrically exports connection central processing system 2；
S3：Connection central processing system 2 is electrically inputted by the data extracting unit 24 in display subsystem 4, by number
Extract the result data of computer analytic unit 20 analysis of storage in memory storage unit 16 according to extraction unit 24, then by number
According to 24 data transfers extracted of extraction unit in picture and text converting unit 25, extracted single by 25 data of picture and text converting unit
The result data of computer analytic unit 20 analysis of unit 24 extraction is converted into pictograph information, then passes through picture and text converting unit
25 conversion after pictograph information transmission in image processor 26, by 26 picture and text converting units 25 of image processor
The data of transmission is delivered separately in image storage unit 27 and driver element 28, is transmitted by image storage unit 27 storage
The information come, is shown in display 29 by the pictograph information that 28 picture and text converting units 25 of driver element are transmitted
Come, image storage unit 27 electrically exports connection data acquisition unit 30；
S4：Gather the data message of image storage unit 27 storage by the data acquisition unit 30 in feedback subsystem 5,
Pass through 30 data information transfer collecting of data acquisition unit again to Data Comparison unit 31, by Data Comparison unit 31
The information of data acquisition unit 30 collection is contrasted, the information transmission after contrast to data processor 32, by data
Data after 32 Data Comparison units 31 of processor contrast is delivered separately to data storage cell 33 and output unit 34, passes through
To image processor 26, image processor 26 is passed over information transmission after 34 contrasts of output unit by output unit 34
Information control data extraction unit 24 stop the extraction to information.
Although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, permissible
Understand and can carry out multiple changes, modification, replacement to these embodiments without departing from the principles and spirit of the present invention
And modification, the scope of the present invention be defined by the appended.
Claims (6)
1. a kind of automatization test system of computer software, including obtain software subsystem (1) it is characterised in that：Described obtain
Electrically output connects central processing system (2) to take software subsystem (1), and described central processing system (2) is electrically bi-directionally connected soft
Part test subsystems (3), electrically output connects display subsystem (4), described display subsystem to described central processing system (2)
(4) electrically it is bi-directionally connected feedback subsystem (5).
2. a kind of computer software according to claim 1 automatization test system it is characterised in that：Described acquisition is soft
Part subsystem (1) includes picture sweep unit (6), and described image scanning element electrically exports connection word recognition unit (7), institute
Electrically output connects code input unit (8) to state word recognition unit (7), and electrically output connects described code input unit (8)
Code encoder (9), described code encoder (9) electrically exports respectively and connects code storage unit (10) and coding collecting unit
(11), described coding collecting unit (11) electrically output connection coding versus' unit (12).
3. a kind of computer software according to claim 1 automatization test system it is characterised in that：Described software is surveyed
Swab system (3) includes coding extraction unit (13), and electrically output connects Date Conversion Unit to described coding extraction unit (13)
(14), described Date Conversion Unit (14) electrically output connecting microprocessor (15), described microprocessor (15) is electrically defeated respectively
Go out to connect memory storage unit (16) database (17), described data base (17) electrically exports link information collecting unit
(18), described information collecting unit (18) electrically exports link information comparison unit (19), described information comparison unit (19) electricity
Property output connect computer analytic unit (20), described computer analytic unit (20) is electrically bi-directionally connected microprocessor (15),
Electrically output connects wireless transmit/receive units (21) to described computer analytic unit (20), and described wireless transmit/receive units (21) are electrically defeated
Go out to connect the Internet (22), electrically output connects Computer Service terminal (23) to described the Internet (22).
4. a kind of computer software according to claim 1 automatization test system it is characterised in that：Described display
System (4) includes data extracting unit (24), and electrically output connects picture and text converting unit (25) to described data extracting unit (24),
Electrically output connects image processor (26) to described picture and text converting unit (25), and described image processor (26) electrically exports respectively
Connect image storage unit (27) and driver element (28), electrically output connects display (29) to described driver element (28).
5. a kind of computer software according to claim 1 automatization test system it is characterised in that：Described feedback
System (5) includes data acquisition unit (30), and electrically output connects Data Comparison unit (31) to described data acquisition unit (30),
Electrically output connects data processor (32) to described Data Comparison unit (31), and described data processor (32) is electrically respectively electrically
Output connects data storage cell (33) and output unit (34).
6. a kind of method of testing of the automatization test system of computer software it is characterised in that：A kind of computer software from
The method of testing step of dynamicization test is as follows：
S1：By obtaining picture sweep unit (6) the scanning software source code file in software subsystem (1), known by word
Other unit (7) identification reads the software source code file content that picture sweep unit (6) scans, by code input unit (8)
The software source code that word recognition unit (7) identification is read is input in code encoder (9), by code encoder (9)
Computer code is become to be delivered in coding collecting unit (11) compilation of source code passing over, by encoding collecting unit
(11) computer code after compiling is delivered to coding versus' unit (12) to be contrasted, then passes through coding versus' unit (12)
Computer code after contrast is delivered in code encoder (9), by code encoder (9), the computer after contrast is compiled
Code is delivered to code storage unit (10) after revising and is stored, and electrically output connects central processing system to code storage unit (10)
System (2)；
S2：By the coding extraction unit (13) in software test subsystem (3), electrically input connects central processing system (2),
By encoding the computer code in extraction unit (13) extraction code storage unit (10), then by encoding extraction unit (13)
The computer code extracted is passed to Date Conversion Unit (14), by Date Conversion Unit (14) the calculating passing over
Machine code conversion becomes computer language, then by Date Conversion Unit (14), the computer language of conversion is delivered to microprocessor
(15), in, data base (17) is delivered to by the computer language that microprocessor (15) passes over Date Conversion Unit (14)
In, the computer language that passed over by microprocessor (15) in information acquisition unit (18) acquisition database (17), then lead to
Cross information acquisition unit (18) and pass to information comparison unit (19), by information comparison unit (19) information acquisition unit
(18) computer language passing over is contrasted with the standard in data base (17), the computer language transmission after contrast
To computer analytic unit (20), after contrast information comparison unit (19) being passed over by computer analytic unit (20)
Computer language be analyzed being delivered separately to microprocessor (15) and wireless transmit/receive units (21), analyzed single by computer
The result that first (20) are analyzed is delivered in microprocessor (15), then by microprocessor (15), the analysis result passing over is passed
It is delivered to the storage carrying out data result in memory storage unit (16), by wireless transmit/receive units (21) computer analytic unit
(20) result analyzed is delivered in the Internet (22), result computer analytic unit (20) analyzed by the Internet (22)
It is delivered in Computer Service terminal (23) and carry out secondary data storage it is ensured that data will not be lost, memory storage unit
(16) electrically output connects central processing system (2)；
S3：By the data extracting unit (24) in display subsystem (4), electrically input connects central processing system (2), passes through
Data extracting unit (24) extracts the result data that the computer analytic unit (20) of storage in memory storage unit (16) is analyzed,
Pass through data extracting unit (24) again the data transfer extracted in picture and text converting unit (25), by picture and text converting unit
(25) result data that the computer analytic unit (20) data extracting unit (24) being extracted is analyzed is converted into pictograph letter
Breath, then by picture and text converting unit (25) conversion after pictograph information transmission in image processor (26), by scheme
As the data that processor (26) transmits picture and text converting unit (25) is delivered separately to image storage unit (27) and driver element
(28), in, the information passing over is stored by image storage unit (27), by driver element (28) picture and text converting unit
(25) the pictograph information transmitted shows in display (29), and electrically output connects data to image storage unit (27)
Collecting unit (30)；
S4：The data letter that image storage unit (27) stores is gathered by the data acquisition unit (30) in feedback subsystem (5)
Breath, then pass through data acquisition unit (30) the data information transfer collecting to Data Comparison unit (31), by data pair
Information data acquisition unit (30) being gathered than unit (31) contrasts, the information transmission after contrast to data processor
(32), data storage cell is delivered separately to the data after Data Comparison unit (31) contrast by data processor (32)
(33) and output unit (34), by output unit (34) the information transmission after contrast to image processor (26), at image
Reason device (26) stops the extraction to information by the information control data extraction unit (24) that output unit (34) passes over.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106960015A (en) * | 2017-03-03 | 2017-07-18 | 长春理工大学 | A kind of medical image retrieval system and search method based under computer disposal |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2011139806A2 (en) * | 2010-04-27 | 2011-11-10 | Diomics Corporation | Integrated methods and systems for processing a molecular profile |
| CN104298600A (en) * | 2014-10-23 | 2015-01-21 | 广州华多网络科技有限公司 | Software testing method and device |
| CN104679654A (en) * | 2015-02-26 | 2015-06-03 | 百度在线网络技术（北京）有限公司 | Method, equipment and system for testing application program |
-
2016
- 2016-10-08 CN CN201610876450.6A patent/CN106407120B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2011139806A2 (en) * | 2010-04-27 | 2011-11-10 | Diomics Corporation | Integrated methods and systems for processing a molecular profile |
| CN104298600A (en) * | 2014-10-23 | 2015-01-21 | 广州华多网络科技有限公司 | Software testing method and device |
| CN104679654A (en) * | 2015-02-26 | 2015-06-03 | 百度在线网络技术（北京）有限公司 | Method, equipment and system for testing application program |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106960015A (en) * | 2017-03-03 | 2017-07-18 | 长春理工大学 | A kind of medical image retrieval system and search method based under computer disposal |
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| CN106407120B (en) | 2019-07-30 |
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