CN101246448A - Automatized script implementing method - Google Patents
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- CN101246448A CN101246448A CNA2008100855485A CN200810085548A CN101246448A CN 101246448 A CN101246448 A CN 101246448A CN A2008100855485 A CNA2008100855485 A CN A2008100855485A CN 200810085548 A CN200810085548 A CN 200810085548A CN 101246448 A CN101246448 A CN 101246448A
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Abstract
The invention discloses a automatic script realization method. The method realizes logical control of test example corresponding steps jumping and executing procedure of embranchment, cycling and order and so on logic flow via setting test example steps' attribute and execution of test example script and setting test example steps' attribute and execution. In the method, the cognition request of the software test personnel for different particular equipment can be reduced, the developing work and maintain cost of test example script and can be reduced, meanwhile, the importance of the test example steps code are improved.
Description
Technical field
The present invention relates to the software automated testing technology, relate in particular to a kind of automatized script implementation method.
Background technology
In software development work, software quality comes into one's own day by day, and corresponding, software test also more and more closely is nested in the whole software life cycle from a relatively independent step as the necessary link of development project.So-called software test is meant according to the inner structure of the specification in each stage of software development and program and well-designed a collection of test case, and utilizes these test cases to remove working procedure, with the process of discovery procedure mistake.Described test case is meant input data and the output result who obtains expecting.
In the software test field, when implementing automatic test with test case, for reusing of code preferably, general except the encapsulation of carrying out bottom operation, also need relevant test operation is packaged into a series of function of movement, each function of movement can comprise the logical consequence or the return results of a test action.So-called automatic test is meant by using automated test tool or other means, the process of software being tested automatically according to predetermined test plan.The script file of so-called test case is the logical combination of a series of actions function, and test logic generally includes the control to the order of test case step, branch and circulation etc.At present, realize that the method that test logic and test job are merged has following dual mode usually:
A kind of is directly to add test logic in the static test script, to realize these function of movement are carried out the control of flow process; Another kind is to adopt the key word method of driving to finish data load by static scenario, and creates the corresponding dynamic script according to required key word, is implemented the execution of function of movement again according to key word by dynamic script.
But there is following weak point in these existing automatic test approachs:
The first, adopt the test mode of manual modification static scenario, though realize that the dirigibility of test logic is stronger,, need its technology such as grammer of script on top of, and the maintainability of script is poor to having relatively high expectations of test script executor;
The second, adopt key word method of driving realization redirect to carry out mark to the impact point of test, it is more that content carried out in key word, and the logical order of test execution is not directly perceived;
The 3rd, existing automated testing method can only carry out the redirect control of logical layer step indirectly, for example: earlier the circulation in the test script and branch's logic are converted into the sequential testing logical organization according to known environment by the middle layer, could carry out then again.
Summary of the invention
In view of this, fundamental purpose of the present invention is to provide a kind of automatized script implementation method, can simplify the implementation of test script, improves the ease for use and the dirigibility of test script.
For achieving the above object, technical scheme of the present invention is achieved in that
A kind of automatized script implementation method, this method comprises:
A, write the test case script of layering, comprise the operation and the expectation of at least one test case step, at least one test case substep and described test case substep in this test case script according to test environment;
B, load each the test case step in the test case script of writing successively, according to the redirect logical message after the execution of substep described in the current test case step, or the resulting redirect logical message of logic execution result of the operation of substep described in the current test case step and expectation, determine the next test case step of carrying out.
Wherein, the operation of described test case substep and expectation further comprise the parameter of the action and the described action of object, object.
Redirect logical message after the described test case substep of step B is carried out is: the test case step that sets in advance according to the test case needs identifies the ID value.
The resulting redirect logical message of logic execution result of described operation and the expectation according to substep described in the current test case step of step B: carry out logic and operation by logic testing result and obtain with the operation of described test case substep and expectation.
Described definite next test case step of carrying out is: with the test case step of the pairing test case step of ID value set in the current test case step as next one execution, exceed described test case step scope, finish test procedure until the ID of described test case step value; Perhaps,
The true and false definite next test case step of carrying out according to the logic testing result who operates in the described test case substep and expect, if described logic testing result is true, then continue to carry out other test case substeps of described test case substep place test case step, otherwise, the ID value of current performed test case step is added 1, and carry out new test case step, exceed described test case step scope, finish test procedure until the ID of described test case step value.
Described test case substep is when carrying out, and the required movement of executable operations and the specified object of expectation successively, and call in action parameter automatically returns to execution result current test case substep then.
Automatized script implementation method provided by the present invention has the following advantages:
1) the present invention carries out layering with the structure of test script, realized corresponding one by one with the test case step, make the logic execution sequence of test execution become clear and may command, and by the logic control of test case step and substep thereof and the granularity of control test case step, reduce the development amount of step file, reduced the maintenance cost of step file.
2) the present invention is by carrying out abstract to equipment class, the design interface of having unified the test case script, for the key word technology, significantly reduced and moved required parameter, improved user's ease for use, when having reduced software test staffing script file to the learning requirements of the concrete equipment of difference.
3) the present invention has refine to the action of each object with the operation of test case step, test case substep, and the reusability of test case step is provided; And, adopted action and few parameter of trying one's best as the smallest particles of test case step, hidden the test process details that the software test operational staff can not pay close attention to, make that the design of test case script is more simple.
Description of drawings
Fig. 1 is the Hiberarchy Decomposition synoptic diagram of test case script in the embodiment of the invention;
Fig. 2 is the Test Networking synoptic diagram of test case in the embodiment of the invention;
Fig. 3 is the execution schematic flow sheet of test case in the embodiment of the invention.
Embodiment
Below in conjunction with accompanying drawing and embodiments of the invention method of the present invention is described in further detail.
Fig. 1 is the Hiberarchy Decomposition synoptic diagram of test case script in the embodiment of the invention, and as shown in Figure 1, the test case script mainly comprises test case step, test case substep according to level.Described test case script comprises one group of test case step that has test logic, and each test case step comprises the information such as redirect logic after one or more test case substep and the substep execution again.Each test case substep comprises information such as operation and expectation, and described operation comprises the parameter of the action and the action of object, object; Described expectation comprises the parameter of the action and the action of object, object.Specifically, to liking the abstract of certain class equipment under test, certain class testing equipment or testing tool etc., each object has control interface and two kinds of attributes of action.
During the test case script executing, script interpreter loads each test case step successively, promptly load test case step 1～test case step m successively, and determine the execution of next test case step, thereby realize branch, circulation and sequential scheduling logic control according to the execution result of each test case step.
Each test case step when carrying out, all test case substep 1～test case substep n under the implementation of test cases step successively, and determine the execution result of current test case step according to the result of each test case substep.
Each test case substep is carried out, the required movement of executable operations and the specified object of expectation successively, and call in action parameter automatically, return execution result then and give current test case substep.
According to the hierarchical structure of above test case script, the test case step that each test case script is comprised can be divided three classes:
The first kind: test is prepared, the initial work before testing.Such as, precondition or the equipment of doing test case connect, available here Start sign.
Second class: test execution, carry out the body matter of testing.Use fixing step sign, as: can set in advance each step and operate the successfully corresponding ID value of back next step (NextStepIfSuc), the ID value that next step behind the operation failure (NextStepIfFail) is corresponding, if the numerical value of ID surpasses maximal value then jumps to End, the jump target value is empty, is defaulted as the ID+1 of current test case step.
The 3rd class: test ending, tailing in work, available here End sign.
Comprise a plurality of test case substeps for each test case step, particular content and test case require relevant, and each test case substep returns the execution result of this substep.The logical consequence of each test case step is judged the AND-operation of source for the logical consequence of each test case substep, if be " T-" i.e. " very ", then jumps to the test case step of NextStepIfSuc value indication; If be " F-" i.e. " vacation ", then jump to NextStepIfFail value indication test case step.
For the test case substep of test case, its form is as follows:
| Operate1＝Obj：TestCase Exec：Port_ConnectCoNextPort Args： Expect1＝ ... Operate3＝Obj：Dslam Cmd：Adsl_PortState_GetPerfSyncPara Args：syncPara Expect3＝Obj：TestCase Cmd：Save_InterfPerfData Args：Result |
Wherein, Operate1 represents the operation of test case substep 1, and Expect3 represents the expected result of test case substep 3.Here Obj indicated object, the operational motion of Cmd or Exec indicated object, Args are represented the parameter of moving, immediately following being the particular content of parameter in the colon back.
For Cmd operation in the test case substep, judge that according to test case step expected result can only obtain two kinds of results of logic " T-" and " F-", wherein, its rreturn value is empty or a parameter or a parameter list when operating successfully in " T-" expression; " F-" expression when operation failure or rreturn value this as " F-".
For Exec operation in the test case substep, the expected result of test case step has three kinds of i.e. " N-", " T-" or " F-"; Wherein, " N-" expression is actual operation failure itself, and this test case substep whole steps lost efficacy; Otherwise, still return the redirect trend that logic " T-" or " F-" indicate next step.
The function of Exec operation can return three kinds of values, and here, uniform requirement returns " F-" during the function discover " N-" of Cmd use.To the judgement of these three kinds of rreturn values, following processing is done in unification for convenience:
| Handling function | Rreturn value | The test case step results | Jump to step ID | Remarks |
| Cmd | -N- | Failure | Failure jump term value | |
| Cmd | -F- | Failure | Failure jump term value | |
| Cmd | -T- | Success | Success jump term value |
| Exec | -N- | Failure | Failure jump term value | If itself equates then to add 1 with desired value |
| Exec | -F- | Success | Failure jump term value | If itself equates then to add 1 with desired value |
| Exec | -T- | Success | Success jump term value |
Wherein, Cmd is illustrated in function and carries out action and check result in realizing, judges successfully or fails for the test case substep; And Exec represents only to carry out action, its logical consequence of returning is as the foundation of judging success of test case substep expected result or failure after operating successfully, and only as step redirect use, if but operation failure then this test case substep also must failures.
Fig. 2 is the Test Networking synoptic diagram of test case in the embodiment of the invention, as shown in Figure 2, be one to Digital Subscriber Line Access Multiplexer (DSLAM, DSL Access Multiplexer) the networking synoptic diagram of testing is worked out the test case script as a concrete test case according to the functional software of this DSLAM.
The following is according to networking synoptic diagram shown in Figure 2 and build test environment, a plurality of local side ports of this DSLAM are traveled through and preserve the test case script of correlation parameter:
| [TestCaseInfo] TestCaseName=test case title TestStepCount=6 TestCaseDescLineCount=2 TestCaseDescLine1=demonstration round-robin method TestCaseDescLine2=core is that preparation NextStepIfFail=End OperateCount=2 NextStepIfSuc=Operate1=Obj:Dslam Cmmd:Session_Connect Args:Expect1=Operate2=Obj:TestCase Cmd:Save_InterfPerfDataTitle Args:Expect2=[Step1] StepDesc=of step Step2 and Step3 [Start] StepDesc=test beginning is set to initial value with circular list |
| NextStepIfFail＝End OperateCount＝1 NextStepIfSuc＝ Operate1＝Obj：TestCase Cmd：Pon_ConnectCoFirstPort Args： Expect1＝ [Step2] StepDesc＝ OperateCount＝2 NextStepIfFail＝ NextStepIfSuc＝ Operate1＝Obj：Dslam Cmd：Adsl_PortState_GetOperStateUp Args： Expect1＝ Operate2＝Obj：Dslam Cmd：Adsl_PortState_GetPerfSyncPara Args：syncPara Expect2＝Obj：TestCase Cmd：Save_InterfPerfData Args：Result [Step3] StDesc＝ OperateCount＝1 NextStepIfFail＝3 NextStepIfSuc＝2 Operate1＝Obj：TestCase Exec：Port_ConnectCoNextPort Args： Expect1＝ [Step4] StepDesc＝ OperateCount＝1 Operate1＝Obj：TestCase Cmd：Port_ConnectCoFirstPort Args： Expect1＝ NextStepIfFail＝End NextStepIfSuc＝ [End] StepDesc＝ OperateCount＝1 NextStepIfFail＝ NextStepIfSuc＝ Operate1＝Obj：Dslam Cmd：Session_Disconnect Args： |
| Expect1＝ |
Fig. 3 is the execution schematic flow sheet of test case in the embodiment of the invention, as shown in Figure 3, comprises according to the implementation of the DSLAM testing of equipment of being worked out in Fig. 2 networking with case script:
Step 301: the read test information content of case script.
Here, described read test comprises that with the information of case script total number of steps, the test case of read test use-case title, test case step described row sum etc.
In the present embodiment, the sum of described test case step had for six steps, and promptly the 0th step ID is that [Start], the 1st step ID are that [Step1], the 2nd step ID are that [Step2], the 3rd step ID are that [Step3], the 4th step ID are that [Step4], the 5th step ID are [End].
Step 302: the ID that current initial test case step is set.
Here, the ID of described current initial test case step test case step when the first run is carried out is [Start] test case step 0, through follow-up several take turns execution after, the test case step just may be [Step1], [Step2], [Step3], [Step4] or [End].
Step 303: whether the ID that judges current test case step is in test case step scope, if then execution in step 304; Otherwise, execution in step 308.
Here, the ID of described current test case step is to determine according to the test case step of NextStepIfSuc value in the test case step or NextStepIfFail value indication.Such as, when carrying out test case step [step3], if NextStepIfFail=3 then still carries out the test case step of [step3], if and during NextStepIfSuc=2, then when next test case step, carry out the test case step of [step2].In like manner, if when carrying out NextStepIfFail=End, then when carrying out next test case step, finish all test processs of test case.
Step 304: carry out current test case step, execution in step 305 then.
Here, what at first carry out is the content of test case step [Start], according to operation and its parameter of test case substep etc., DSLAM is connected and preserve the header line of test record data, and the output result that will expect is preserved.
In the content reality of the test case step of follow-up execution as [Step1], [Step2], [Step3], [Step4] difference is arranged, but the process of exporting the test result of expection according to the operation and the preservation of test case substep is similar, just repeats no more here.
Step 305: judge whether current test case step logical consequence is true, if then execution in step 307; Otherwise, execution in step 306.
Here, whether described current test case step logical consequence is true, is meant whether the test result of carrying out current test case step is success, if promptly this logical consequence is true, illustrate that then current this test case step test passes through, otherwise the explanation test is not passed through.
Step 306: it is current target value that test case step ID is set, and returns execution in step 303 then.
Here, the described step ID that is provided with is a current target value, is meant and still carries out current test case step, and other substeps under this test case step are traveled through test.
Step 307: test case step ID is set from increasing 1, returns execution in step 303 then.
Here, the described test case step ID that is provided with is from increasing 1, and being meant on the basis of current test case step ID value increases by 1, promptly and then needs to begin next test case step is tested.
Step 308: it is End that current script test case step ID is set, and finishes the implementation of test script.
The above is the general process that the test case step is carried out in the embodiment of the invention, and at the test case script executing process in the embodiment of the invention, complete test process is described below:
At first, obtain the sum of test case step, it is that Start is a test case step 0 that current test case step is set then, and the content of implementation of test cases step Start, carries out the connection test of DSLAM, the header line of keeping records data; If it is that the test logic result is true that current test case step Start runs succeeded, then test case step ID is set to 1; Otherwise it is End that test case step ID is set, and finishes the test case step.
Secondly, judge current test case step ID whether in test case step scope, if in test case step sum scope, then continue to carry out current step, otherwise, go to test case step e nd and finish the test case step; The test result of supposing test case step [Start] is successfully, and then implementation of test cases step [Step1] is taken out first port from the DSLAM port list; Here suppose that it is successfully that test case step [Step1] is carried out test result, this moment then implementation of test cases step [Step2], two test case substeps are arranged in the described test case step [Step2], carry out the port link setup respectively and preserve of the operation of port parameter information to journal file; Suppose that it be successfully that step [Step2] is carried out test result, then jump to test case step [Step3], implementation of test cases step [Step3], the next port in the taking-up DSLAM port list and as currency; The test execution result who supposes test case step [Step3] is successfully, the redirect content measurement of execution in step [Step2] repeatedly then, until test case step [Step3] with the traversal of all of the port in the port list one time; If the test execution result of test case step [Step3] is failure, then jump to test case step [Step3], test case step ID increase this moment 1 promptly jumps to test case step [Step4], after the implementation of test cases step [Step4] the first port in the described port list is recovered initial value; The test execution result who supposes test case step [Step4] is successfully, circulation implementation of test cases step [Step4] is all recovered initial value with all of the port, this moment, test case step ID increased 1, promptly then carried out the content of next test case step [End], disconnected the connection of DSLAM.
At last, when test case step ID was [End], this moment, current test case step exceeded test specification, and test process finishes.
The above is preferred embodiment of the present invention only, is not to be used to limit protection scope of the present invention.
Claims (6)
1, a kind of automatized script implementation method is characterized in that, this method comprises:
A, write the test case script of layering, comprise the operation and the expectation of at least one test case step, at least one test case substep and described test case substep in this test case script according to test environment;
B, load each the test case step in the test case script of writing successively, according to the redirect logical message after the execution of substep described in the current test case step, or the resulting redirect logical message of logic execution result of the operation of substep described in the current test case step and expectation, determine the next test case step of carrying out.
2, method according to claim 1 is characterized in that, the operation of described test case substep and expectation further comprise the parameter of the action and the described action of object, object.
3, method according to claim 1 is characterized in that, the redirect logical message after the described test case substep of step B is carried out is: the test case step that sets in advance according to the test case needs identifies the ID value.
4, method according to claim 1, it is characterized in that the resulting redirect logical message of logic execution result of described operation and the expectation according to substep described in the current test case step of step B: carry out logic and operation by logic testing result and obtain with the operation of described test case substep and expectation.
5, according to claim 3 or 4 described methods, it is characterized in that, described definite next test case step of carrying out is: with the test case step of the pairing test case step of ID value set in the current test case step as next one execution, exceed described test case step scope, finish test procedure until the ID of described test case step value; Perhaps,
The true and false definite next test case step of carrying out according to the logic testing result who operates in the described test case substep and expect, if described logic testing result is true, then continue to carry out other test case substeps of described test case substep place test case step, otherwise, the ID value of current performed test case step is added 1, and carry out new test case step, exceed described test case step scope, finish test procedure until the ID of described test case step value.
6, method according to claim 4, it is characterized in that, described test case substep when carrying out, the required movement of executable operations and the specified object of expectation successively, and call in action parameter automatically, then execution result is returned to current test case substep.
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| CN102831058A (en) * | 2012-08-17 | 2012-12-19 | 北京星网锐捷网络技术有限公司 | Testing method and testing device |
| CN103346928A (en) * | 2013-07-02 | 2013-10-09 | 北京邮电大学 | Method for supporting breakpoint continuous test of Peach platform |
| CN103544099A (en) * | 2012-07-11 | 2014-01-29 | 腾讯科技（深圳）有限公司 | Method and device for testing programs on mobile device |
| CN104536897A (en) * | 2015-01-16 | 2015-04-22 | 安一恒通（北京）科技有限公司 | Automatic testing method and system based on keyword |
| CN104572472A (en) * | 2015-01-28 | 2015-04-29 | 中国农业银行股份有限公司 | Program execution sequence diagnosis method and program execution sequence diagnosis system |
| CN105512036A (en) * | 2015-12-12 | 2016-04-20 | 天津南大通用数据技术股份有限公司 | Test template for automatically generating test case according to preset rules and test method |
| CN106569949A (en) * | 2016-11-03 | 2017-04-19 | 北京奇鱼时代科技有限公司 | Method and device used for executing test case |
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| CN107741905A (en) * | 2017-09-11 | 2018-02-27 | 珠海格力电器股份有限公司 | Test case and its analytic modell analytical model, perform method, storage medium and processor |
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| CN108038052A (en) * | 2017-11-27 | 2018-05-15 | 平安科技（深圳）有限公司 | Automatic test management method, device, terminal device and storage medium |
| CN109299017A (en) * | 2018-11-16 | 2019-02-01 | 郑州云海信息技术有限公司 | The method and system of test script frame are automatically generated based on test case document |
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| CN114265767A (en) * | 2021-12-09 | 2022-04-01 | 瀚云科技有限公司 | Test case multiplexing method and device, electronic equipment and storage medium |
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| CN103346928A (en) * | 2013-07-02 | 2013-10-09 | 北京邮电大学 | Method for supporting breakpoint continuous test of Peach platform |
| CN104536897B (en) * | 2015-01-16 | 2018-02-13 | 安一恒通（北京）科技有限公司 | Automatic test approach and system based on keyword |
| CN104536897A (en) * | 2015-01-16 | 2015-04-22 | 安一恒通（北京）科技有限公司 | Automatic testing method and system based on keyword |
| CN104572472A (en) * | 2015-01-28 | 2015-04-29 | 中国农业银行股份有限公司 | Program execution sequence diagnosis method and program execution sequence diagnosis system |
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| CN105512036A (en) * | 2015-12-12 | 2016-04-20 | 天津南大通用数据技术股份有限公司 | Test template for automatically generating test case according to preset rules and test method |
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| CN107797911A (en) * | 2016-09-02 | 2018-03-13 | 北京京东尚科信息技术有限公司 | Method and apparatus for testing HTTP interface |
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