CN104317704A - Measuring software integration method for production line automatic test system - Google Patents
Measuring software integration method for production line automatic test system Download PDFInfo
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- CN104317704A CN104317704A CN201410525973.7A CN201410525973A CN104317704A CN 104317704 A CN104317704 A CN 104317704A CN 201410525973 A CN201410525973 A CN 201410525973A CN 104317704 A CN104317704 A CN 104317704A
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Abstract
The invention provides a measuring software integration method for a production line automatic test system. The method comprises the steps that firstly, measuring software is called by test guide software, a user only needs to select the type and the batch of a workpiece to be tested on the test guide software, the measurement is clicked, and corresponding measuring software is automatically called by the test guide software; secondly, data storage formats of the measuring software are unified, test data of different indexes can be stored in a file, such as an XML (Extensive Markup Language) file, the file is stored in a database, and the storage of test data of multiple workpieces to be tested is realized in one database. Due to the adoption of the scheme, the trouble that a plurality of pieces of measuring software are called in an interspersed way in the prior art is avoided, the operation by test personnel is simpler, the data collection and storage design is normalized, and the uniform storage of the test data of different workpieces to tested in one database is realized.
Description
Technical field
The invention belongs to Survey Software integrated technology field, in particular a kind of Survey Software integrated approach of production line Auto-Test System.
Background technology
On the production line of traditional cable-assembly, connector or microwave device parts, measuring method is manual mode, the measurement data of survey crew hand-kept instrument, after a batch of record, carries out data calculating and quality analysis.This traditional approach has that workload is large, efficiency is low, the data not shortcoming such as manageability, along with the development of thermometrically technology, Survey Software progressively instead of traditional-handwork metering system, achieves automatic reading and the storage of data, improve test speed, decrease labor capacity.Because dissimilar to be measured the index that will test is not identical, Survey Software has been difficult to the thermometrically task of multiple to be measured, therefore, test computer can be installed usually multiple Survey Software with the testing requirement tackling different to be measured.In this case, the method for calling of Survey Software as shown in Figure 1, all will be searched when user 4 measures at every turn and call corresponding Survey Software 1 or Survey Software 2 or Survey Software 3.As opened Survey Software 1, perform test assignment, and by the database of test data stored in Survey Software 1; As opened Survey Software 2, perform test assignment, and by the database of test data stored in Survey Software 2; As opened Survey Software 3, perform test assignment, and by the database of test data stored in Survey Software 3.There is following shortcoming in prior art:
1, complex operation: because in computing machine, Survey Software is various, each measurement all will search the Survey Software with to be measured coupling, adds the complexity of operation to a certain extent, runs counter to the operating principle that production line is simple, single.
2, data store chaotic: existing Survey Software functional independence, test data is stored in respective database, brings very large difficulty to later data query, data analysis and data management.
Therefore, prior art existing defects, needs to improve.
Summary of the invention
Technical matters to be solved by this invention is for the deficiencies in the prior art, provides a kind of Survey Software integrated approach of production line Auto-Test System.
Technical scheme of the present invention is as follows:
A Survey Software integrated approach for production line Auto-Test System, wherein, comprises the following steps:
Step 1: open test guide software;
Step 2: under the guide of test guide software, once selects the measured piece information in the database of unique association;
Step 3: the corresponding Survey Software of guide software Automatically invoked after confirming;
Step 4: perform test, Survey Software programme-controlled instrument, reading instrument test data, test data is first automatically stored in file, then performs test data file and to be measured information is together automatically stored to database;
Step 5: complete current test;
Step 6: judge whether to continue to perform measurement to be measured of this model, if so, then perform step 4, if not, perform step 7;
Step 7: judge whether to measure to be measured of other models, if so, then performs step 2, if not, then terminates test.
The Survey Software integrated approach of described production line Auto-Test System, wherein, in described step 1, the Survey Software that test guide software design patterns Automatically invoked is corresponding, and arrange the data memory format of the Survey Software of correspondence is unified, and arrange data are unifiedly stored in a database.
The Survey Software integrated approach of described production line Auto-Test System, wherein, the database of described test guide software comprises two tables of data, and a table, for recording Survey Software information, comprises title, path in a computer; Another one table is used for recording to be measured information, comprise title, model, batch; Before testing, by test guide software, Survey Software information and to be measured information are input in database; Wherein, when inputting to be measured type information, corresponding Survey Software be specified, and to be measured corresponding relation with Survey Software is also deposited in database; When performing test, test guide software can search for current to be measured corresponding Survey Software in a database, reads its path and calls, to realize the unification of Survey Software entrance.
The Survey Software integrated approach of described production line Auto-Test System, wherein, describedly arranges the concrete grammar be unifiedly stored in a database by data and is: store data in file, then stored in designating unit in a database by file.
Adopt such scheme, unified Man Machine Interface on the one hand, by test guide software subtest, personnel carry out test operation, and transferring of Survey Software is also automatically performed by guide software, eliminate original multiple Survey Software intert call loaded down with trivial details, make the operation of tester simpler; On the other hand, the design of specification Data Collection warehouse-in, achieves that different to be measured test data is unified in the database to be stored.The concentrated of test data is conducive to data query and analyzing and processing.This method not only solves that operating process in test process is loaded down with trivial details, data store chaotic problem, also largely on improve the testing efficiency of product on production line, and reasonably database purchase design is also conducive to product quality management control.In addition, test guide software has the interpolation function of Survey Software and to be measured information, can realize the expansion of test event when not affecting current function.
Accompanying drawing explanation
Fig. 1 is call method schematic diagram when measuring in prior art.
Fig. 2 is the present invention's call method schematic diagram when measuring.
Fig. 3 is the structural representation process flow diagram of the present invention's call method when measuring.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail.
Embodiment 1
As shown in Figure 3, the invention provides a kind of Survey Software integrated approach of production line Auto-Test System, concrete measurement procedure is as follows:
Step 1: open test guide software;
Step 2: under the guide of test guide software, once selects the measured piece information in the database of unique association;
Step 3: the corresponding Survey Software of guide software Automatically invoked after confirming;
Step 4: perform test, Survey Software programme-controlled instrument, reading instrument test data, test data is first automatically stored in file, then performs test data file and to be measured information is together automatically stored to database;
Step 5: complete current test;
Step 6: judge whether to continue to perform measurement to be measured of this model, if so, then perform step 4, if not, perform step 7;
Step 7: judge whether to measure to be measured of other models, if so, then performs step 2, if not, then terminates test.
The present invention improves for above two shortcomings of prior art, makes production line thermometrically process simple to operation, the neat manageability of data.As shown in Figure 2, first, Survey Software is called by testing guide software 10, and user 4 needs to select the type of to be measured and affiliated batch on test guide software 10, click after measuring, test guide software 10 can transfer corresponding Survey Software 1 or Survey Software 2 or Survey Software 3 automatically; Secondly, the data memory format of Survey Software 1 or Survey Software 2 or Survey Software 3 is unified, for the test data of different index, can store hereof, as XML file, then file is stored in database, with the storage of a multiple measured piece test data of database realizing.Here the number of Survey Software does not limit.
In view of this, the invention discloses a kind of Survey Software integrated approach of production line Auto-Test System, unlike the prior art, the present invention is to test the execution entrance of guide software 10 as test automatically, instead of single Survey Software in the past.Test guide software 10 is cores of the present invention, it achieves the unified storage of the integrated of Survey Software and data.Test guide software 10 is a corresponding database separately, comprises two tables of data in this database, and a table, for recording Survey Software information, comprises title, path etc. in a computer; Another one table is used for recording to be measured information, comprise title, model, batch etc. content.Before testing, by test guide software, Survey Software information and to be measured information to be input in database.Wherein, when inputting to be measured type information, specify corresponding Survey Software, to be measured like this is also deposited in database with the corresponding relation of Survey Software.When performing test, test guide software can search for current to be measured corresponding Survey Software in a database, reads its path and calls, so just achieving the unification of Survey Software entrance.
Store chaotic problem for data, solution is redesigned by database, makes its uniform format, the test data of all Survey Software is all stored in same database.Tables of data in this database comprises two parts content, and a part is the information of to be measured, as title, model, batch, measurement index etc.; Another part is the test data of to be measured, and because the measurement index of to be measured of difference is different, test data is also just not quite similar, and is store data in file to this disposal route, then file is stored designating unit in a database.
The unification of Survey Software entrance and the unification of database achieve the integrated of Survey Software.Tester can open test by this single man-machine interaction entrance of guide software, and calling of Survey Software is also completed by guide software, makes whole testing process more rationally simple; Quality control officer can fast finding call the data analysis of needs, facilitates quality management and control.
The Survey Software integrated approach of production line Auto-Test System proposed by the invention, unify Man Machine Interface on the one hand, by test guide software subtest, personnel carry out test operation, transferring of Survey Software is also automatically performed by guide software, eliminate original multiple Survey Software intert call loaded down with trivial details, make the operation of tester simpler.On the other hand, the design of specification Data Collection warehouse-in, achieves that different to be measured test data is unified in the database to be stored.The concentrated of test data is conducive to data query and analyzing and processing.
In a word, present method solves the problem that operating process in test process is loaded down with trivial details, data store confusion, improve the testing efficiency of product on production line largely, rational database purchase design is also conducive to product quality management control.In addition, test guide software has the interpolation function of Survey Software and to be measured information, can realize the expansion of test event when not affecting current function.
Should be understood that, for those of ordinary skills, can be improved according to the above description or convert, and all these improve and convert the protection domain that all should belong to claims of the present invention.
Claims (4)
1. a Survey Software integrated approach for production line Auto-Test System, is characterized in that, comprises following
Step:
Step 1: open test guide software;
Step 2: under the guide of test guide software, once selects to be measured information in the database of unique association;
Step 3: the corresponding Survey Software of guide software Automatically invoked after confirming;
Step 4: perform test, Survey Software programme-controlled instrument, reading instrument test data, test data is first automatically stored in file, then performs test data file and to be measured information is together automatically stored to database;
Step 5: complete current test;
Step 6: judge whether to continue to perform measurement to be measured of this model, if so, then perform step 4, if not, perform step 7;
Step 7: judge whether to measure to be measured of other models, if so, then performs step 2, as
Fruit is no, then terminate test.
2. the Survey Software integrated approach of production line Auto-Test System as claimed in claim 1, it is characterized in that, in described step 1, the Survey Software that test guide software design patterns Automatically invoked is corresponding, and arrange the data memory format of the Survey Software of correspondence is unified, and arrange data are unifiedly stored in a database.
3. the Survey Software integrated approach of production line Auto-Test System as claimed in claim 2, it is characterized in that, the database of described test guide software comprises two tables of data, and a table, for recording Survey Software information, comprises title, path in a computer; Another one table is used for recording to be measured information, comprise title, model, batch; Before testing, by test guide software, Survey Software information and to be measured information are input in database; Wherein, when inputting to be measured type information, corresponding Survey Software be specified, and to be measured corresponding relation with Survey Software is also deposited in database; When performing test, test guide software can search for current to be measured corresponding Survey Software in a database, reads its path and calls, to realize the unification of Survey Software entrance.
4. the Survey Software integrated approach of production line Auto-Test System as claimed in claim 3, it is characterized in that, describedly the concrete grammar be unifiedly stored in a database by data is set is: store data in file, then file is stored in designating unit in a database.
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Cited By (3)
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| CN106326126A (en) * | 2016-08-27 | 2017-01-11 | 中国电子科技集团公司第四十研究所 | System and method for intelligently integrating inner and outer interfaces of IETM (Interactive Electronic Technical Manual) development platform |
| CN108519982A (en) * | 2018-02-02 | 2018-09-11 | 江苏艾科半导体有限公司 | A kind of calibration data storage method based on CSV formats |
| CN114760223A (en) * | 2020-12-25 | 2022-07-15 | 深圳旦倍科技有限公司 | Door lock testing method and device, intelligent terminal and computer readable storage medium |
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Application publication date: 20150128 |