CN102023919B - Integrated test method and system - Google Patents
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- CN102023919B CN102023919B CN200910177537.4A CN200910177537A CN102023919B CN 102023919 B CN102023919 B CN 102023919B CN 200910177537 A CN200910177537 A CN 200910177537A CN 102023919 B CN102023919 B CN 102023919B
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Abstract
The invention discloses an integrated test method comprising the following steps of: establishing a device data file to be tested, a position setting file and a start setting file; copying position information in the position setting file to the start setting file; and executing a test program, wherein the position information comprises the path of the device data file to be tested. The test program comprises the following steps of: reading the start setting file; acquiring the device data file to be tested according to the position information in the start setting file; reading executing information in the device data file to be tested and executing the corresponding test program according to an executing mode defined by the executing information; and displaying the executing result of the executed test program.
Description
Technical field
The present invention is relevant with the software systems that are used in integration, management testing program.
Background technology
Such as personal computer, mobile computer, mobile phone, personal digital assistant ... etc. various computer products before dispatching from the factory, a series of functional test is carried out in capital, for example hard disk test, rom test, connectivity port are tested, the memory test of CPU ... etc., guarantee that its all function can normal operation.Yet the function of this class computer product is a lot, the hardware or the assembly that produce these functions also can cannot be suitable for same test procedure because of specification difference problem.Therefore, produce the manufacturer of this class computer product, need to prepare many test procedures, could meet the testing requirement of this class computer product.
These test procedures have plenty of that to produce the manufacturer of this class computer product independently developed, have plenty of and provide the manufacturer of hardware or assembly to provide, and also have to buy from market.These test procedures are all independently separately, mode of operation difference to some extent not only, during running, needed test parameter is also different, the mode of response test result also has difference, therefore, have need to propose a set of Managed Solution or software is managed and uses those test procedures, alleviate the personnel's that are responsible for this class computer product of test burden, and improve its work efficiency, and guarantee its test mass.
In TaiWan, China I230857 Patent Case, a computing machine to be measured is first according to a selected test event, from a server, has downloaded the required all test procedures used of this test event and batch file.Then, those test procedures are installed and carried out to this computing machine to be measured one by one, and each test procedure complete in, the test result that it is obtained is passed this server back.
In TaiWan, China I230857 Patent Case, the testing tool integration method of a computer line, comprises a plurality of test items is encapsulated into a plurality of test item modules; A plurality of testing processs are encapsulated into a plurality of testing process modules; The test-types of computing machine to be measured is set; According to this test-types, test item is set; According to this test-types, testing process is set; And generate test procedure according to this test item and execution flow process.Test item and testing process through encapsulation can be according to testing requirement or classification of type, to manage and calling in test process later.
In TaiWan, China I289745 Patent Case, an integration management software can be used in sets up a plurality of TI File and a plurality of MTF File.Each TI file is set up for a test procedure.The content of each TI file comprise this test procedure path, filename, form, inner parameter, wish testing time, error code threshold value, error messages code, with error messages content.Each MTF shelves comprises one or more TI File.This integration management software can also be used according to MTF shelves and carry out a plurality of test procedures.
In No. 200708944 patents of TaiWan, China, an integration testing software has a plurality of test procedures and is used for respectively testing different types of a plurality of module to be measured.In this integration testing software, also have a testing setup file and a control interface.Information in this testing setup file comprises the path of these module titles to be measured, these test procedure document names, test event, execution sequence, test execution number of times and these test procedures and clicks execution hurdle.This control interface is to be provided with a plurality of instruction options that can accept different instruction.Information in the instruction that this integration testing software can receive according to this control interface and this testing setup file, tests these modules to be measured, or these testing setup shelves are browsed and the work such as editor.This integration testing software can also, according to the test result of these test procedures, produce a test report, and this test report is presented on this control interface.In addition, this integration testing software more can be according to clicking execution hurdle in these testing setup shelves, the module to be measured of identification wish test, makes to only have the corresponding test procedure of module to be measured being clicked just can be performed, and the corresponding test procedure of module to be measured not clicked can not be performed.
Summary of the invention
The invention provides a kind of integrated test method and realize the system of the method.
The method comprises sets up a device data file to be measured, a set positions file and a startup enactment document, in this device data file to be measured, store the execution information of the needed test procedure of test one device to be measured, this set positions file stores a positional information, and this positional information comprises the path of this device data file to be measured; Then, the positional information in this set positions file is copied to this startup and set shelves; Then carry out a test procedure.This test procedure comprises that reading this startup sets shelves; According to the positional information in this startup enactment document, obtain this device data file to be measured; Read the execution information in this device data file to be measured, and according to its defined executive mode, carry out its corresponding test procedure; And the execution result that shows the test procedure being performed.
In the present invention, this test procedure is carried out by an integration testing program, and this integration testing program is started by a start-up routine (batch file).By this device data file to be measured, this set positions file, this start-up routine (batch file), set shelves with this startup support with coordinate, this integration testing program is to be directly used in the different device to be measured of test.
As for other technical characterictic of the present invention and function thereof, by the explanation disclosing subsequently.
Accompanying drawing explanation
Fig. 1 shows that integration test system of the present invention is arranged on the situation in a computing machine to be measured.
Fig. 2 shows the composition of execution information of the present invention.
Fig. 3 shows the flow process of start-up routine of the present invention.
Fig. 4 shows the flow process of test procedure of the present invention.
Fig. 5 shows man-machine interface of the present invention.
Fig. 6 shows the flow process that obtains a device data file to be measured of the present invention.
Embodiment
Fig. 1 shows many devices 8 to be measured and a plurality of test procedure 9 in a computing machine 7 to be measured.This computing machine 7 to be measured may be other computer product of a desktop PC, a mobile computer, a mobile phone, a personal digital assistant or any energy installation and executive utility.Each device 8 to be measured may comprise a hardware or a plurality of hardware in this computing machine 7 to be measured.Alleged hardware refers to CPU, internal memory, keyboard, screen, CD-ROM drive, hard disk or the motherboard in this computing machine 7 to be measured herein, also may be a certain electronic package on this motherboard, for example System on Chip/SoC, graphic display control, IDE hard disk controller, network controller, port controller, serial port controller side by side ... etc..Those test procedures 9 have plenty of that to produce the manufacturer of this class computer product independently developed, have plenty of and provide the manufacturer of aforementioned hardware or electronic package to provide, and also have to buy from market.In any case they are all stored in the hard disk of this computing machine 7 to be measured, when the CPU of this computing machine 7 to be measured receives the instruction of carrying out a certain test procedure 9, will start and carry out this certain test procedure 9.8, the device to be measured having needs to carry out a test procedure 9 just can complete test.8, the device to be measured having may need to carry out two or more test procedures 9 just can complete test.In any case, after arbitrary test procedure 9 is complete by this CPU, all can corresponding produces one and be used for representing the execution result whether passing through.
In order efficiently this computing machine 7 to be measured to be tested, the invention provides a kind of new integration test system 100, it is stored in this computing machine 7 to be measured.In a preferred example, this integration test system 100 comprises that a device data file 1 to be measured, a set positions file 2, start enactment document 3, a start-up routine 4 and an integration testing program 5.
This device data file 1 to be measured is set up for a device 8 to be measured, and it stores the execution information 10 of the needed test procedure 9 of this device 8 to be measured of test.If the needed test procedure 9 of this device 8 to be measured only has one, in this device data file 1 to be measured, just only have an execution information 10, be used for defining the executive mode of this test procedure 9.If the needed test procedure 9 of this device 8 to be measured has n, in this device data file 1 to be measured, just have the mutually different execution information 10 of n pen, be used for defining respectively the executive mode of each test procedure 9, in brief, those execution information 10 are to exist man-to-man corresponding relation with those test procedures 9 between the two.For instance, if being prescribed, the motherboard of a certain model need to carry out five different test procedures 9, just complete at last test, so, in the device data file 1 to be measured of setting up for the motherboard of this certain model, just have respectively corresponding these five test procedures 9 of five execution information 10.
Fig. 2 shows a preferred example of arbitrary execution information 10 in this device data file 1 to be measured, and it comprises a start-up parameter 101, a sequence parameter 102, a multitask parameter 103, a path parameter 104, a result parameter 105 and a test parameter 106.In the middle of this example, because this device data file 1 to be measured is .xls archives, so aforementioned parameters is in fact respectively the field in these .xls archives.In any case the value of this start-up parameter 101 can determine whether its corresponding test procedure 9 is carried out.The value of this sequence parameter 102 can determine the boot sequence of its corresponding test procedure 9.The value of this multitask parameter 103 can determine whether its corresponding test procedure 9 skips over its corresponding sequence parameter 102 and directly start.The value of this path parameter 104 is the path of its corresponding test procedure 9.The value of this result parameter 105 can determine the processing mode of the execution result of its corresponding test procedure 9.This test parameter 9 is to be its corresponding test procedure 9 needed parameter in the process of implementation.Not every test procedure 9 all needs this parameter that is used in test.
As shown in Figure 1, this set positions file 2 is set up for this device data file 1 to be measured, and it stores a positional information, according to this positional information, can find this device data file 1 to be measured.In an example, this positional information is the path for this device data file 1 to be measured.
This startup enactment document 3 is the positional informations that copy to from this set positions file 2 for storing.
This start-up routine 4 is that as shown in Figure 3, this start-up routine comprises for carrying out a start-up routine:
As step 40, the positional information in this set positions file 2 is copied to this startup and set in shelves 3; And
As step 41, start this integration testing program 5.
In the middle of this example, this start-up routine 4 is to write in the batch file of a .bat, and it is set up for this device data file 1 to be measured.
This integration testing program 5 is application programs, and it can select VB, VBA, C#.... supervisor language to write, in any case this integration testing program 5 is for carrying out a test procedure and producing a man-machine interface.Note that this integration testing program 5 is started by this start-up routine 4, and before it is activated, this startup is set in shelves 3 and has been stored the positional information copying to from this set positions file 2.Once this integration testing program 5 is activated, produce man-machine interface as shown in Figure 5, and carry out test procedure as shown in Figure 4, it comprises:
As step 50, read this startup and set shelves 3;
As step 51, according to the positional information in this startup enactment document 3, obtain this device data file 1 to be measured;
As step 52, read the execution information 10 in this device data file 1 to be measured, and according to its defined executive mode, carry out its corresponding test procedure 9; And
As step 53, by the execution result of the test procedure being performed 9, be presented in this man-machine interface.
In the middle of step 52, according to the value of the path parameter 104 of those execution information 10, can find soon its corresponding test procedure 9 and be started, yet, be not unconditionally to start, in more detail totally, all its start-up parameter 101 are set as " false " the corresponding test procedure 9 of execution information 10, can not be activated, only have those start-up parameter 101 to be set as " true " the corresponding test procedure 9 of execution information 10, just can be activated.
These test procedures that are activated 9 are sequential start in principle according to the ordered order of the value of its corresponding sequence parameter 102, but the situation that also has exception, the value when their corresponding multitask parameters 103 is set as " true " time, they are to skip over its corresponding sequence parameter 102 and start together simultaneously.So, this waits upon the multiple task ability of surveying computing machine 7 just to fill part fortune, accelerates to execute those start-up parameter 101 and is set as " true " the corresponding test procedure 9 of execution information 10.
When those test procedures that are activated 9 complete in, the execution result that it is corresponding, another message that the message that for example representative test is passed through or representative test are not passed through, can be according to the value of its corresponding result parameter 105, and select to be directly presented at this man-machine interface, or be presented at again this man-machine interface after first it being stored in to the text file of a .txt.
As shown in Figure 5, this man-machine interface has a worksheet 61 and is used in to show to take down notes record more, each record is to correspond to one to one those start-up parameter 101 to be set as " true " execution information 10 and corresponding test procedure 9 thereof, further it, each notes record all comprises that a start-up parameter hurdle 610 is for showing the value of its corresponding start-up parameter 101, one sequence parameter hurdle 611 is for showing the value of its corresponding sequence parameter 102, one multitask parameter hurdle 612 is for showing the value of the multitask parameter 103 that it is corresponding, one path parameter hurdle 613 is for showing the value of its corresponding path parameter 104, one test parameter hurdle 614 is for showing the value of its corresponding test parameter 106, one result parameter hurdle 615 is for showing the value of its corresponding result parameter 105, one processing progress hurdle 616 is for showing the implementation progress of its corresponding test procedure 9, one execution result hurdle 617 is for showing the execution result of its corresponding test procedure 9, and one deadline hurdle 618 be the time for showing that its corresponding test procedure 9 is complete.
In the middle of this example, in this worksheet 61, show five notes records, this represents that the execution information 10 in this device data file 1 to be measured has five at least, and the value of this start-up parameter of five 101 is all set to " true ", so their corresponding test procedures 9, be that A.exe, B.exe, C.exe, D.exeA.exe and E.exe are activated, and their execution result is presented in its corresponding execution result hurdle 617.
This man-machine interface has an integration testing results display area 62, as long as having the execution result hurdle 617 of a notes record in this worksheet 61 is the message that shows that representative test is not passed through, for example " fail ", this integration testing results display area 62 will show the message that representative test is not passed through, otherwise, show the message that representative test is passed through.Therefore, according to the content in this integration testing results display area 62, just can know that whether the corresponding device 8 to be measured of this device data file 1 to be measured is by test, and can from this worksheet 61, remove to observe the execution result of each test procedure 9 that is used in this device 8 to be measured of test.
This man-machine interface also has one group of edit tool 63, in order to increase, revise, to delete the record in this worksheet 61 newly, and the job record in this worksheet 61 is stored into .xls archives.Some edit tool 63 is hidden, and while needing, can see through and use them by the mode of right mouse button.For example the path parameter hurdle 613 of this worksheet 61 with in result parameter hurdle 615, by right mouse button, can open corresponding operation forms, to facilitate filling in of this path parameter hurdle 613 and result parameter hurdle 615.
This man-machine interface also has a single step button 64 and and carries out button 65.When this single step button 64 is by time, can start the corresponding test procedure 9 that records being selected at present in this worksheet 61.When this, carry out button 65 by time, can start and in this worksheet 61, all record corresponding test procedure 9.
Although can directly increase, delete, repair the execution information 10 in this device data file 1 to be measured, yet, the edit tool 63 that also can see through this man-machine interface is edited this device data file 1 to be measured, and edited result is stored or be separately saved as a new device data file 1 to be measured.
When having new device to be measured 8 to wish to test, only need set up a device data file 1 to be measured, a set positions file 2 and a start-up routine 4 (batch file) for this proving installation 8, then, require this CPU to carry out this start-up routine 4, just can start and carry out this integration testing program 5, so, just can complete the test of this new device to be measured 8.This expression, in the face of different devices to be measured 8, shelves 3 are set in this integration testing program 5 and startup thereof not to be needed to make an amendment completely, the unique work that need to do is, be respectively each device 8 to be measured and set up a device data file 1 to be measured, one set positions file 2, an and start-up routine 4 (batch file), this work is simple for writing or revise application program, if this integration testing program 5 of choice for use assists to edit this device data file 1 to be measured, it is simpler that this work can become, even do not have a general staff person that program writes ability and can be competent at this work yet for one.
Owing to often having a plurality of devices to be measured 8 in this computing machine 7 to be measured, for each device 8 to be measured, all need to set up a device data file to be measured 1, set positions file 2 and a start-up routine 4, that is to say, this integration test system 100 should have polycomponent not by a device data file to be measured 1, set positions file 2 and the module that start-up routine 4 forms.Although one of them module of an illustration in Fig. 1, this does not represent in this computing machine 7 to be measured to only have this module.
As shown in Figure 1, this computing machine 7 to be measured also comprises a test card 80, this integration test system 100 also comprises comparison list 6 and a plurality of module (in figure only one of them module of illustration), as in the previous paragraph, each module is consisted of a device data file to be measured 1, a set positions file 2 and a start-up routine 4.Positional information in set positions file 2 in each module, except the path of this device data file 1 to be measured, also comprises a judgement parameter.
This test card 80 is that the expansion that is inserted in this computing machine 7 to be measured connects slot, for example PCI slot.On this test card 80, have a setting value switch 801, it can set a numerical value.This table of comparisons 6 is the paths that store each the device data file 1 to be measured in a plurality of numerical value and those modules, and those numerical value are corresponding those paths one to one.
In above-mentioned steps 51, according to the positional information in this startup enactment document 3, obtain the step of this device data file 1 to be measured, be the sub-step comprising as shown in Figure 6:
As step 510, according to the judgement parameter in this set positions file 2, judge whether to read this test card 80;
As step 511, when judgment result is that " no " time, according to the path in this startup enactment document 3, obtain the to be measured device data file 1 of position on this path;
As step 512, when judgment result is that " being ", read the numerical value that the setting value switch 801 on this test card 80 sets, then as step 513, from this table of comparisons 6, find out a numerical value identical with read numerical value, as step 514, according to the corresponding path of numerical value of finding from this table of comparisons 6, obtain the to be measured device data file 1 of position on this path.
Therefore, a test operator can be set a numerical value via the toggle of stirring the setting value switch 801 on this test card 80, and this numerical value is in fact to correspond to a certain device data file 1 to be measured, and this corresponding relation is to be stored in this table of comparisons 6.This expression, this test operator can be specified the device data file 1 to be measured that should be read at present via this test card 80, and this can allow whole test operation more simple.
Claims (4)
1. an integrated test method, is characterized in that comprising:
Set up a device data file to be measured, it stores the execution information of the needed test procedure of test one device to be measured;
Set up a set positions file, it stores a positional information, according to described positional information, can find described device data file to be measured;
Set up a startup enactment document, it stores the positional information copying to from described set positions file;
Positional information in described set positions file is copied to described startup enactment document;
Carry out a test procedure, described test procedure comprises:
Read described startup enactment document;
According to described startup enactment document, obtain described device data file to be measured;
Read the execution information in described device data file to be measured, and according to its defined executive mode, carry out its corresponding test procedure; And
The execution result that shows the test procedure being performed;
One test card is provided, on described test card, has and can be used in a setting value switch of setting a numerical value; And
Setting up comparison list, is by man-to-man mode, to store the path of at least one numerical value and at least one device data file to be measured in the described table of comparisons;
Wherein, described positional information comprises path and a judgement parameter of described device data file to be measured, and comprises following sub-step according to the step that the positional information in described startup enactment document obtains described device data file to be measured:
According to the judgement parameter in described set positions file, judge whether to read described test card;
When judgment result is that " no " time, according to the path in described startup enactment document, obtain the to be measured device data file of position on described path;
When judgment result is that " being ", read the numerical value that the setting value switch on described test card sets, then from the described table of comparisons, find out a numerical value identical with read numerical value, last according to the corresponding path of numerical value of finding from the described table of comparisons, obtain the to be measured device data file of position on described path.
2. in accordance with the method for claim 1, it is characterized in that arbitrary execution information includes a start-up parameter, one sequence parameter, one multitask parameter, one path parameter, an and result parameter, the value of described start-up parameter can determine whether its corresponding test procedure is carried out, the value of described sequence parameter can determine the boot sequence of the test procedure that it is corresponding, the value of described multitask parameter can determine whether its corresponding test procedure skips over its corresponding sequence parameter and directly start, the value of described path parameter is the path of its corresponding test procedure, and the value of described result parameter can determine the processing mode of the execution result of the test procedure that it is corresponding.
3. an integration test system, is based upon in a computing machine to be measured, and described computing machine to be measured comprises a test card, has and can be used in a setting value switch of setting a numerical value on described test card, it is characterized in that, described integration test system comprises:
One device data file to be measured is set up module, and described device data file to be measured is set up module and set up a device data file to be measured, and described device data file to be measured stores the execution information of the needed test procedure of test one device to be measured;
One set positions file set up module, described set positions file set up module is set up a set positions file, described set positions file stores a positional information, described positional information comprises path and a judgement parameter of described device data file to be measured, and can find described device data file to be measured according to described positional information;
One starts enactment document sets up module, and described startup enactment document is set up module and set up a startup enactment document, and it stores the positional information copying to from described set positions file;
One integration testing execution module, is stored in a hard disk of described computing machine to be measured, and in order to the capable integration testing program of Executive, described integration testing program is used for carrying out a test procedure and produces a man-machine interface, and described integration testing execution module comprises:
One read module, reads described startup enactment document;
One receiver module, obtains described device data file to be measured according to described startup enactment document;
One execution module, reads the execution information in described device data file to be measured, and according to its defined executive mode, carries out its corresponding test procedure; And
One display module, by the execution result of the test procedure being performed, is presented in described man-machine interface;
One starts module, and it is used for carrying out a start-up routine, and described startup module comprises a replication module, the positional information in described set positions file is copied in described startup enactment document, and start described integration testing program subsequently; And
Comparison list is set up module, and the described table of comparisons is set up module and set up comparison list, and the described table of comparisons stores the path of at least one numerical value and at least one device data file to be measured by man-to-man mode;
Wherein, described set positions file set up module also comprises a judge module, according to the judgement parameter in described set positions file, judge whether to read described test card, when judgment result is that " no " time, according to the path in described startup enactment document, obtain the to be measured device data file of position on described path, and when judgment result is that " being ", read the numerical value that the setting value switch on described test card sets, then from the described table of comparisons, find out a numerical value identical with read numerical value, last according to the corresponding path of numerical value of finding from the described table of comparisons, obtain the to be measured device data file of position on described path.
4. according to integration test system claimed in claim 3, it is characterized in that arbitrary execution information includes a start-up parameter, one sequence parameter, one multitask parameter, one path parameter, an and result parameter, the value of described start-up parameter can determine whether its corresponding test procedure is carried out, the value of described sequence parameter can determine the boot sequence of the test procedure that it is corresponding, the value of described multitask parameter can determine whether its corresponding test procedure skips over its corresponding sequence parameter and directly start, the value of described path parameter is the path of its corresponding test procedure, and the value of described result parameter can determine the processing mode of the execution result of the test procedure that it is corresponding.
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| CN107515818B (en) * | 2016-06-15 | 2021-02-05 | 阿里巴巴（中国）有限公司 | Test software opening method, system and device |
| CN108182142A (en) * | 2016-12-08 | 2018-06-19 | 武汉安天信息技术有限责任公司 | Test resource integration method, system and function test method, system |
| CN114530191A (en) * | 2018-11-14 | 2022-05-24 | 慧荣科技股份有限公司 | Method, computer device and user interface for automated testing |
| CN111435146A (en) * | 2019-01-14 | 2020-07-21 | 北京确安科技股份有限公司 | Wafer testing method and system based on MES |
| CN116718900B (en) * | 2023-08-03 | 2023-11-10 | 上海灵动微电子股份有限公司 | Digital IP test system and method |
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| CN1991780A (en) * | 2005-12-28 | 2007-07-04 | 技嘉科技股份有限公司 | Modularized test method and device |
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| CN100365588C (en) * | 2004-03-16 | 2008-01-30 | 鸿富锦精密工业（深圳）有限公司 | Rapid diagnosis testing system and method for computer hardware |
| CN1991780A (en) * | 2005-12-28 | 2007-07-04 | 技嘉科技股份有限公司 | Modularized test method and device |
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