CN102419726A - Method and system for testing dispersed configuration of programs - Google Patents
Method and system for testing dispersed configuration of programs Download PDFInfo
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- CN102419726A CN102419726A CN2010102948528A CN201010294852A CN102419726A CN 102419726 A CN102419726 A CN 102419726A CN 2010102948528 A CN2010102948528 A CN 2010102948528A CN 201010294852 A CN201010294852 A CN 201010294852A CN 102419726 A CN102419726 A CN 102419726A
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Abstract
The invention relates to a method and a system for testing the dispersed configuration of. The automatic testing system comprises a computer mainframe, a first testing instrument and a second testing instrument which are in communication connection mutually. The testing method comprises the following steps that: according to a test project, a testing mother program is edited on the computer mainframe, wherein the testing mother program comprises a first testing project subprogram and a second testing project subprogram; the computer mainframe respectively transmits the first testing project subprogram and the second testing project subprogram to the first testing instrument and the second testing instrument; the first testing instrument executes the first testing project subprogram to test an object to be tested and sends a trigger signal to the second testing instrument when the trigger condition is met; and when receiving the trigger signal, the second testing instrument executes the second testing project subprogram to test the object to be tested.
Description
Technical field
The present invention refers to a kind of method of testing of test procedure decentralized configuration especially about a kind of method of testing.
Background technology
See also Fig. 1, Fig. 1 is the test macro synoptic diagram of prior art.Test macro 100 comprises that main frame 11, first testing tool 12 and second testing tool, 13, the first testing tools 12 and second testing tool, 13 difference communication link are in main frame 11.
Store test procedure (figure does not show) in the main frame 11; This test procedure is made up of test event one by one; Wherein, Test event partly is to use for first testing tool 12 to carry out so that determinand (figure does not show) is tested, and other test event is then used for second testing tool 13 and carried out so that determinand is tested.
See also Fig. 2, Fig. 2 is the first testing process synoptic diagram of existing test macro.When test procedure begins to carry out; Main frame 11 can begin to carry out test procedure; And current the test event that will carry out is to supply first testing tool 12 or second testing tool, 13 what person performed in the judgement test procedure; And after judge finishing, all parameters that this test event is required are sent to wherein one of first testing tool 12 and second testing tool 13, and main frame 11 can repeat always above-mentioned steps to all test events all judge and transmit finish till.
Thereafter, first testing tool 12 is promptly tested determinand, and after testing this test event, returns test result a to main frame 11, differentiates whether can carry out next test event for main frame 11.
In like manner, after main frame 11 differentiations can be carried out next test event, just must move instruction test to trigger 13 pairs of testers of second testing tool.
Can clearly find; The employed method of testing of existing test macro; Main frame 11 must elder generation's cost considerable time parameter that test event is required be sent to first testing tool 12 and second testing tool 13 item by item; During test then is need constantly issue an order determinand to be tested to drive it to first testing tool 12 and second testing tool 13; Therefore can waste very many communication times, though and test macro partly can operating speed communication interface is to shorten communication time faster, the communication interface of rapid speed often price is all comparatively expensive; Therefore and be not suitable for medium-and-large-sized system such as the expensive type of machine and use required configuration space is also bigger.
See also Fig. 3, Fig. 3 is the second testing process synoptic diagram of existing test macro.In order to improve above-mentioned testing process; In the prior art also the someone adopt first testing tool 12 and 13 test events that will carry out of second testing tool and required test parameter burning all in advance in first testing tool 12 and second testing tool 13; First testing tool 12 and second testing tool 13 can begin to test simultaneously when therefore testing; But its shortcoming is main frame 11 and the time must constantly pass through whether EOT of sequence poll (Serial Polling) detection first testing tool 12 and second testing tool 13 in test; And because instrument is difficult for expanding and increases; Add between first testing tool 12 and second testing tool 13 to be difficult to communicate with each other that must be dependent on the user and according to the time delay that experience is set first testing tool 12 and second testing tool 13, therefore test lacking flexibility very much.
Please continue to consult Fig. 4, Fig. 4 is the 3rd testing process synoptic diagram of existing test macro.If above-mentioned testing process is need partly adjust the time; For example revise the test event of first testing tool 12; Then still need assign instruction to change first testing tool 12 through main frame 11; We can say then that compared to the most original testing process the advantage that has no can say thus, so this testing process only is fit to the determinand test to same type, and needing is not suitable for the test environment of conversion test event.
Summary of the invention
Technical matters and purpose that institute of the present invention desire solves:
Edge this; Fundamental purpose of the present invention provides a kind of method of testing and system thereof of test procedure decentralized configuration; The purpose of the method for testing of this test procedure decentralized configuration is to reduce each test event and carries out front and back; Signal the number of transmissions between the main frame and first testing tool or second testing tool, and then reduce the communication time of being wasted.
The technological means that the present invention deals with problems:
A kind of method of testing of test procedure decentralized configuration; Be applied to an Auto-Test System; This Auto-Test System is tested at least one determinand according at least one test event; This Auto-Test System comprises a main frame, at least one first testing tool and at least one second testing tool that communicates with one another and link, and it is characterized in that this method of testing comprises following steps:
(a) according to this test event; In the female program of this main frame editor one test; This is tested female program and comprises the predetermined first test event subroutine and predetermined second a test event subroutine of being carried out by this second testing tool of being carried out by this first testing tool, and this first test event subroutine has a trigger condition;
(b) this main frame is sent to this first testing tool and this second testing tool respectively with this first test event subroutine and this second test event subroutine;
(c) carry out this first test event subroutine so that this determinand is tested by this first testing tool, and when satisfying this trigger condition, transmit a trigger pip to this second testing tool; And
(d) when this second testing tool receives this trigger pip, carry out this second test event subroutine, so that this determinand is tested.
The method of testing of described test procedure decentralized configuration wherein, in step (c) before, also comprises by a user in this trigger condition of this first testing tool editor.
The method of testing of described test procedure decentralized configuration; Wherein, This first test event subroutine also has at least one first execution parameter, and this first testing tool is according to this this first test event subroutine of first execution parameter execution, so that this determinand is tested.
The method of testing of described test procedure decentralized configuration wherein, in step (c) before, also comprises by a user in this first execution parameter of this first testing tool editor.
The method of testing of described test procedure decentralized configuration; Wherein, This second test event subroutine also has at least one second execution parameter, and this second testing tool is according to this this second test event subroutine of second execution parameter execution, so that this determinand is tested.
The method of testing of described test procedure decentralized configuration wherein, in step (c) before, also comprises by a user in this second execution parameter of this second testing tool editor.
The method of testing of described test procedure decentralized configuration wherein, also comprises:
After this first testing tool is tested this determinand, transmit one first test result to this main frame; And
After this second testing tool is tested this determinand, transmit one second test result to this main frame.
The method of testing of described test procedure decentralized configuration, wherein, in step (c) afterwards, this first testing tool continues to carry out this first test event subroutine so that this determinand is tested.
The method of testing of described test procedure decentralized configuration, wherein, in step (c) afterwards, this first testing tool stops to carry out this first test event subroutine.
A kind of method of testing of test procedure decentralized configuration; Be applied to an Auto-Test System; This Auto-Test System is tested at least one determinand according at least one test event; This Auto-Test System comprises at least one first testing tool and at least one second testing tool that communicates with one another and link, and also communication link is in a main frame respectively for this first testing tool and this second testing tool, and this main frame stores the female program of a test; This is tested female program and comprises the predetermined first test event subroutine and predetermined second a test event subroutine of being carried out by this second testing tool of being carried out by this first testing tool; This first test event subroutine has a trigger condition, it is characterized in that the method for testing of this test procedure decentralized configuration comprises following steps:
Receive this first test event subroutine by this first testing tool from this main frame;
Receive this second test event subroutine by this second testing tool from this main frame;
Carry out this first test event subroutine so that this determinand is tested by this first testing tool, and when satisfying this trigger condition, transmit a trigger pip to this second testing tool; And
When this second testing tool receives this trigger pip, carry out this second test event subroutine, so that this determinand is tested.
A kind of test macro of test procedure decentralized configuration, this test macro is tested at least one determinand according at least one group of test event, it is characterized in that, includes:
One edits the main frame that the female program of a test is arranged in advance;
One first testing tool that communicates with one another and link with this main frame; And
One second testing tool that communicates with one another and link with this main frame and this first testing tool;
Wherein, This of the editor in advance that this main frame had tested female program and comprised the predetermined first test event subroutine and predetermined second a test event subroutine of being carried out by this second testing tool of being carried out by this first testing tool, and this first test event subroutine has a trigger condition;
Wherein, Carry out this first test event subroutine so that determinand is tested by this first testing tool, and when satisfying this trigger condition, transmit trigger pip to the second testing tool; Carry out this second test event subroutine to drive this second testing tool, this determinand is tested.
The present invention's effect against existing technologies:
Compared to the employed method of testing of existing test macro; The present invention utilizes the first test event subroutine and one second test event subroutine before the test procedure execution; Be sent to first testing tool and second testing tool respectively, to reach when test procedure is carried out, first testing tool can be when trigger condition be satisfied; Inform that directly second testing tool begins to carry out the second test event subroutine, and then the communication time between saving and main frame.
In addition; Because before test procedure is carried out; The first test event subroutine and one second test event subroutine promptly are stored into first testing tool and second testing tool; Therefore the user also is able to easily in first testing tool required parameter during with the test of the second testing tool real time modifying, and does not need in main frame to write the female program of test again, so can make test procedure have elasticity more.
The specific embodiment that the present invention adopted will be through following embodiment and graphic being further described.
Description of drawings
Fig. 1 is the test macro synoptic diagram of prior art;
Fig. 2 is the first testing process synoptic diagram of existing test macro;
Fig. 3 is the second testing process synoptic diagram of existing test macro;
Fig. 4 is the 3rd testing process synoptic diagram of existing test macro;
Fig. 5 is for being applied to test macro synoptic diagram of the present invention;
Fig. 6 is the first embodiment process flow diagram of the method for testing of test procedure decentralized configuration of the present invention;
Fig. 7 is the second embodiment process flow diagram of the method for testing of test procedure decentralized configuration of the present invention; And
Fig. 8 is the method for testing schematic flow sheet of test procedure decentralized configuration of the present invention.
Wherein, Reference numeral:
Auto-Test System 200
The method of testing process flow diagram S101-S111 of test procedure decentralized configuration
Embodiment
The present invention refers to a kind of method of testing of test procedure decentralized configuration especially about a kind of test procedure collocation method.Below enumerate preferred embodiment now with explanation the present invention, so have the knack of this art and know that all this is merely for example, and be not in order to limit invention itself.The detailed description of relevant this preferred embodiment is following.
See also Fig. 5 and Fig. 6, Fig. 5 is for being applied to test macro synoptic diagram of the present invention, and Fig. 6 is the first embodiment process flow diagram of the method for testing of test procedure decentralized configuration of the present invention.The present invention is the method for testing that is applied to the test procedure decentralized configuration of Auto-Test System 200; This Auto-Test System 200 is in order to test a determinand (figure does not show) according at least one test event; And comprise communicate with one another a main frame 21 that links, at least one first testing tool 22 and at least one second testing tool 23, the method for testing of this test procedure decentralized configuration comprises following steps:
S101: according to this test event; In the female program of this main frame 21 editors, one test; This is tested female program and comprises the predetermined first test event subroutine and predetermined second a test event subroutine of being carried out by this second testing tool of being carried out by this first testing tool, and this first test event subroutine has a trigger condition; The wherein so-called first test event subroutine and the second test event subroutine might not be continuous programs; But make a general reference the set of the program under all first testing tools 22 and 23 test events that possibly carry out of second testing tool respectively, also therefore can comprise the not only description of a test event in the first test event subroutine and the second test event subroutine.
S103: this main frame 21 is sent to this first testing tool 22 and this second testing tool 23 respectively with this first test event subroutine and this second test event subroutine;
S106: carry out these first test event subroutines so that this determinand is tested by this first testing tool 22, and when satisfying this trigger condition, transmit a trigger pip (figure does not show) to this second testing tool 23; Wherein, Trigger condition can be to carry out being satisfied of this first test event subroutine midway in first testing tool 22; Can also be to be satisfied after first testing tool 22 is carried out these first test event ends of subroutine, must look test purpose and decide, that is this first testing tool 22 be after this trigger pip of transmission; Can be to continue to carry out this first test event subroutine so that this determinand is tested, can also be to stop to carry out this first test event subroutine; And
S107: when this second testing tool 23 receives this trigger pip, carry out this second test event subroutine, so that this determinand is tested.
In a preferred embodiment of the present invention, the method for testing of test procedure decentralized configuration can also comprise:
S109: after 22 pairs of these determinands of this first testing tool are tested, transmit one first test result (figure does not show) to this main frame 21; And
S111: after 23 pairs of these determinands of this second testing tool are tested, transmit one second test result (figure does not show) to this main frame 21.
Comprehensive the above; Since utilization of the present invention with the first test event subroutine and one second test event subroutine before the test procedure execution; Be sent to first testing tool 22 and second testing tool 23 respectively, to reach when test procedure is carried out, first testing tool 22 can be when trigger condition be satisfied; Begin to carry out the second test event subroutine through sending trigger pip to inform second testing tool 23, and then the communication time of 21 of saving and main frames.
Please continue to consult Fig. 7, Fig. 7 is the second embodiment process flow diagram of the method for testing of test procedure decentralized configuration of the present invention.In a preferred embodiment of the present invention; This first test event subroutine can also have at least one first execution parameter, and this first testing tool 22 is according to this this first test event subroutine of first execution parameter execution, so that this determinand is tested; In like manner; This second test event subroutine can also have at least one second execution parameter, and this second testing tool 23 is according to this this second test event subroutine of second execution parameter execution, so that this determinand is tested.
Therefore, the method for testing of test procedure decentralized configuration of the present invention that is before first testing tool 22 is carried out the first test event subroutine, can also may further comprise the steps between above-mentioned steps S103 and S106:
S104: the user is in first testing tool, 22 this trigger condition of editor or this first execution parameter; And
S105: the user is in second testing tool, 23 editors, second execution parameter.
See also Fig. 8, Fig. 8 is the method for testing schematic flow sheet of test procedure decentralized configuration of the present invention.Can know discovery; First testing tool 22 and second testing tool 23 can be downloaded test parameter in advance; And after test procedure begins; Main frame 21 can send the first test event subroutine and the second test event subroutine to first testing tool 22 and second testing tool 23 simultaneously, that is only needs setting once to get final product, and after 22 pairs of determinands of first testing tool are tested; First testing tool 22 can send trigger pip after trigger condition is satisfied begins determinand is tested to trigger second testing tool 23, does not trigger second testing tool 23 by main frame 21 and do not need to send earlier again after signal is informed main frame 21.
Comprehensive the above; Because before test procedure is carried out; The first test event subroutine and one second test event subroutine promptly are stored into first testing tool 22 and second testing tool 23; Therefore the user can be easily in first testing tool 22 required first execution parameter and second execution parameter during with the test of second testing tool, 23 real time modifyings, and do not need in main frame 21 to write female program of testing again, so can make test procedure have elasticity more.
For explanation more fully is provided; The present invention also provides the test macro 200 of test procedure decentralized configuration; This test macro 200 is tested at least one determinand according at least one group of test event; Include a main frame 21, one first testing tool 22 and one second testing tool 23; This main frame 21 is edited in advance has the female program of a test, bindings that communicate with one another of this first testing tool 22 and this main frame 21, the binding that communicates with one another of this second testing tool 23 and this main frame 21 and this first testing tool 22; Wherein, This of the editor in advance that this main frame 21 is had tested female program and comprised the predetermined first test event subroutine and predetermined second a test event subroutine of being carried out by this second testing tool 23 of being carried out by this first testing tool 22, and this first test event subroutine has a trigger condition; Wherein, Carry out this first test event subroutine so that determinand is tested by this first testing tool 22; And when satisfying this trigger condition; Transmit trigger pip to the second testing tool 23, carry out this second test event subroutine, this determinand is tested to drive this second testing tool 23.
By the detailed description of above preferred embodiment, hope can be known description characteristic of the present invention and spirit more, and is not to come category of the present invention is limited with the above-mentioned preferred embodiment that is disclosed.On the contrary, its objective is that hope can contain in the category of claim of being arranged in of various changes and tool equality institute of the present invention desire application.
Claims (11)
1. the method for testing of a test procedure decentralized configuration; Be applied to an Auto-Test System; This Auto-Test System is tested at least one determinand according at least one test event; This Auto-Test System comprises a main frame, at least one first testing tool and at least one second testing tool that communicates with one another and link, and it is characterized in that this method of testing comprises following steps:
(a) according to this test event; In the female program of this main frame editor one test; This is tested female program and comprises the predetermined first test event subroutine and predetermined second a test event subroutine of being carried out by this second testing tool of being carried out by this first testing tool, and this first test event subroutine has a trigger condition;
(b) this main frame is sent to this first testing tool and this second testing tool respectively with this first test event subroutine and this second test event subroutine;
(c) carry out this first test event subroutine so that this determinand is tested by this first testing tool, and when satisfying this trigger condition, transmit a trigger pip to this second testing tool; And
(d) when this second testing tool receives this trigger pip, carry out this second test event subroutine, so that this determinand is tested.
2. the method for testing of test procedure decentralized configuration according to claim 1 is characterized in that, in step (c) before, also comprises by a user in this trigger condition of this first testing tool editor.
3. the method for testing of test procedure decentralized configuration according to claim 1; It is characterized in that; This first test event subroutine also has at least one first execution parameter; And this first testing tool is carried out this first test event subroutine according to this first execution parameter, so that this determinand is tested.
4. the method for testing of test procedure decentralized configuration according to claim 3 is characterized in that, in step (c) before, also comprises by a user in this first execution parameter of this first testing tool editor.
5. the method for testing of test procedure decentralized configuration according to claim 1; It is characterized in that; This second test event subroutine also has at least one second execution parameter; And this second testing tool is carried out this second test event subroutine according to this second execution parameter, so that this determinand is tested.
6. the method for testing of test procedure decentralized configuration according to claim 5 is characterized in that, in step (c) before, also comprises by a user in this second execution parameter of this second testing tool editor.
7. the method for testing of test procedure decentralized configuration according to claim 1 is characterized in that, also comprises:
After this first testing tool is tested this determinand, transmit one first test result to this main frame; And
After this second testing tool is tested this determinand, transmit one second test result to this main frame.
8. the method for testing of test procedure decentralized configuration according to claim 1 is characterized in that, in step (c) afterwards, this first testing tool continues to carry out this first test event subroutine so that this determinand is tested.
9. the method for testing of test procedure decentralized configuration according to claim 1 is characterized in that, in step (c) afterwards, this first testing tool stops to carry out this first test event subroutine.
10. the method for testing of a test procedure decentralized configuration; Be applied to an Auto-Test System; This Auto-Test System is tested at least one determinand according at least one test event; This Auto-Test System comprises at least one first testing tool and at least one second testing tool that communicates with one another and link, and also communication link is in a main frame respectively for this first testing tool and this second testing tool, and this main frame stores the female program of a test; This is tested female program and comprises the predetermined first test event subroutine and predetermined second a test event subroutine of being carried out by this second testing tool of being carried out by this first testing tool; This first test event subroutine has a trigger condition, it is characterized in that the method for testing of this test procedure decentralized configuration comprises following steps:
Receive this first test event subroutine by this first testing tool from this main frame;
Receive this second test event subroutine by this second testing tool from this main frame;
Carry out this first test event subroutine so that this determinand is tested by this first testing tool, and when satisfying this trigger condition, transmit a trigger pip to this second testing tool; And
When this second testing tool receives this trigger pip, carry out this second test event subroutine, so that this determinand is tested.
11. the test macro of a test procedure decentralized configuration, this test macro is tested at least one determinand according at least one group of test event, it is characterized in that, includes:
One edits the main frame that the female program of a test is arranged in advance;
One first testing tool that communicates with one another and link with this main frame; And
One second testing tool that communicates with one another and link with this main frame and this first testing tool;
Wherein, This of the editor in advance that this main frame had tested female program and comprised the predetermined first test event subroutine and predetermined second a test event subroutine of being carried out by this second testing tool of being carried out by this first testing tool, and this first test event subroutine has a trigger condition;
Wherein, Carry out this first test event subroutine so that determinand is tested by this first testing tool, and when satisfying this trigger condition, transmit trigger pip to the second testing tool; Carry out this second test event subroutine to drive this second testing tool, this determinand is tested.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107966625A (en) * | 2017-11-24 | 2018-04-27 | 英业达科技有限公司 | Measurement system and method for measurement |
| CN107991600A (en) * | 2017-11-29 | 2018-05-04 | 成都锐成芯微科技股份有限公司 | Automatic test approach and its test system |
| CN109975624A (en) * | 2017-12-27 | 2019-07-05 | 无锡华润华晶微电子有限公司 | Test macro and test method |
| CN110411442A (en) * | 2018-04-27 | 2019-11-05 | 致伸科技股份有限公司 | Sensor test macro and the method being applied thereon |
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| CN101231325A (en) * | 2003-03-31 | 2008-07-30 | 爱德万测试株式会社 | Test apparatus and method |
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| CN101231325A (en) * | 2003-03-31 | 2008-07-30 | 爱德万测试株式会社 | Test apparatus and method |
| CN1875283A (en) * | 2003-11-26 | 2006-12-06 | 爱德万测试株式会社 | Testing device |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107966625A (en) * | 2017-11-24 | 2018-04-27 | 英业达科技有限公司 | Measurement system and method for measurement |
| CN107991600A (en) * | 2017-11-29 | 2018-05-04 | 成都锐成芯微科技股份有限公司 | Automatic test approach and its test system |
| CN109975624A (en) * | 2017-12-27 | 2019-07-05 | 无锡华润华晶微电子有限公司 | Test macro and test method |
| CN110411442A (en) * | 2018-04-27 | 2019-11-05 | 致伸科技股份有限公司 | Sensor test macro and the method being applied thereon |
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Application publication date: 20120418 |