CN100377109C - Method for completing product automation test utilizing test kit - Google Patents
Method for completing product automation test utilizing test kit Download PDFInfo
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- CN100377109C CN100377109C CNB2005101011790A CN200510101179A CN100377109C CN 100377109 C CN100377109 C CN 100377109C CN B2005101011790 A CNB2005101011790 A CN B2005101011790A CN 200510101179 A CN200510101179 A CN 200510101179A CN 100377109 C CN100377109 C CN 100377109C
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Abstract
The present invention relates to a method using a test set to complete a product automation test in automatic test technology. In order to solve the problems of execution orders, execution times, etc., which are not controlled by the existing method, a test set of the present invention is used for defining controlled messages, such as test environments, test logic, execution orders of test case data, execution times, etc. After an engine is run to read the test set, one test environment is taken every time according to the execution orders of the test environments, then, the test logic is taken every time for testing according to the execution orders of the test logic under the present test environment, a set of test case data is taken every time according to the execution orders of the test case data under the present test logic, and the present test logic is executed so as to realize a test function. Analogically the tests of all the test environments, the test logic and the test case data are completed, and thereby, the test environments, the test logic, the execution times of the test case data and the execution orders can be controlled. The present invention has the advantages of strong transplantation, etc.
Description
Technical field
The present invention relates to automatization testing technique, more particularly, relate to a kind of method of utilizing test suite to finish the product automation test.
Background technology
In the process that telecommunication apparatus or software are tested, typically use Key-Word Driven (key word driving) technology, it is based on the Robot tool platform of Rational company and realizes, is applied to usually in the automatic test of GUI (graphic user interface).
In the key word Driving technique, the tester can use the form of similar Excel worksheet, sets up test case in the mode of input key word (Key-Word).The whole process (comprising function) of this method is all driven by key word, and whole test process controlled in key word.
It shown in the table one an exemplary test case.
Table one
| COLUMN1 KeyWord1 | COLUMN2 Field/Screen?Name | COLUMN3 Input/Verification?Data | COLUMN4 Comment | COLUMN5 Pass/Fail |
| Start_Test： | Screen | Main?Menu | Verify?Starting?Point | |
| Enter： | Selection | 3 | Select?Payment?Option | |
| Action： | Press_Key | F4 | Access?Payment?Screen | |
| Verify： | Screen | Payment?Posting | Verify?Screen?accessed | |
| Enter： | Payment?Amount | 125.87 | Enter?Payment?Data | |
| Payment?Method | Check | |||
| Action： | Press_Key | F9 | Process?Payment | |
| Verify： | Screen | Payment?Screen | Verify?Screen?remains | |
| Verify_Data： | Payment?Amount | $125.87 | Verify?updated?data | |
| Current?Balance | $1,309.77 | |||
| Status?Message | Payment?Posted | |||
| Action： | Press_Key | F12 | Retum?to?Main?Menu | |
| Verify： | Screen | Main?Menu | Verify?retum?to?Menu |
Wherein, first row are key words, are used to illustrate the action that will carry out; Second to the 4th row are necessary parameters of action of carrying out first row; The 5th row are used to represent whether this step is passed through.
As shown in Figure 1, the operating mechanism of key word Driving technique is as follows:
(1) tester sets up as shown in Table 1 test case file with Excel, but called after KeyWords_Web.xls for example; Test case file is made up of key word (as Enter, Action, Verify etc.) and parameter thereof.
When (2) test case is moved, drive script (Drive TSL script) and can move initialization script (LogonTSL script), for initial work is made in whole test, and be written into control documents (Run.txt), to obtain the current test case that will move (* .xls, for example aforementioned KeyWords_Web.xls).
(3) drive script (Drive TSL script) after initial work is finished, start-up control script (Controller TSL script), originally be responsible for resolving the key word of whole test case file by control pin, for example Enter, Action, Verify etc., and call corresponding with it realization script (User Defined TSL script) according to these key words.
(4) Utility script (promptly realizing the TSL script) is actual carries out each test action, and uses other row as parameter, after executing the result is returned to the control script.When controlling script executing delegation to the end, whole test case just finishes to carry out.
(5) all the use-case files (* .xls) in control documents (Run.txt) have all moved and have finished, and then this test process finishes.
From the above, in the process that telecommunication apparatus or software are tested, existing key word Driving technique has following shortcoming:
(1) is mainly used in the GUI automatic test, and based on the Robot tool platform of Rational company and realize, (a) its cross-platform (refering in particular to operating system) transplantability is more weak, (b) it is also more weak to stride the tool platform transplantability, (c) and be not suitable for being applied to the automatic test of communication facilities series products.
(2) in the process of test, can only control the execution sequence of test case, the execution sequence of uncontrollable test environment, test logic, test case data, execution number of times etc.
Summary of the invention
At the above-mentioned defective of prior art, the present invention will solve that the transplantability of existing automated testing method is weak, the execution sequence of uncontrollable test environment, test logic, test case data, carry out the problem of number of times etc.
For solving the problems of the technologies described above, the solution of the present invention provides a kind of method of utilizing test suite to finish the product automation test, comprising following steps:
(S1) runtime engine reads in the test suite that will move;
(S2) runtime engine is got a kind of test environment at every turn and is tested according to the execution sequence of the test environment that defines in the described test suite, then:
(S2-1) according to the execution sequence of the test logic under the current test environment that defines in the described test suite, get a test logic at every turn and test, then:
(S2-1-1), get a cover test case data at every turn and carry out current test logic according to the execution sequence of the test case data under the current test logic that defines in the described test suite;
(S2-1-2) repeating said steps (S2-1-1) is until the test of finishing all test case data under the current test logic;
(S2-2) repeating said steps (S2-1) is until the test of finishing all test logics under the current test environment;
(S3) repeating said steps (S2), the test of all test environments in finishing current test suite.
In the method for the present invention, (S3) also can comprise afterwards in described step:
(S4) at carrying out all test case data of failing to pass through after the test, according to the test logic at every suit test case data place, and the test environment at this test logic place, generate a new test suite;
(S5) be current test suite with described new test suite, repeating said steps (S1) is to (S3).
In the method for the present invention, if the required execution number of times of current test case data then repeats described step (S2-1-1) according to its required execution number of times greater than 1; If the required execution number of times of current test logic then repeats described step (S2-1-1) to (S2-1-2) according to its required execution number of times greater than 1; If the required execution number of times of current test environment then repeats described step (S2-1) to (S2-2) according to its required execution number of times greater than 1; If the required execution number of times of current test suite then repeats described step (S2) to (S3) according to its required execution number of times greater than 1.
In the method for the present invention, can comprise one or more test environments in the described test suite; Can comprise one or more test logics under each test environment; Can comprise one or more sets test case data under each test logic.
In addition, in described step of the present invention (S2), also comprise the current step that test environment is set up corresponding test environment of getting:
In described step (S2-1), also comprise according to the current test logic of getting and set up the step that this test logic moves required special test environment:
In described step (S2-1-1), before carrying out test, also comprise according to the current test case of getting and set up the step that test case is moved required special test environment, after carrying out test, also comprise test environment reverted to according to current and get the step that test set is set up test environment state before;
In described step (S2-1-2), also comprise test environment reverted to according to current and get the step that test set is set up the state before the test environment;
In described step (S2-2), also comprise test environment reverted to according to current and get the step that test set is set up the state before the test environment.
In the method for the present invention, described runtime engine and test suite are preferably all realized by the TCL script.
And by having taked technique scheme, the present invention has the following advantages:
(1) runtime engine is realized by pure TCL script, possesses cross-platform (refering in particular to operating system), strides the ability that tool platform is transplanted;
(2) test suite is realized by pure TCL script, possesses cross-platform (refering in particular to operating system), strides the ability that tool platform is transplanted;
(3) providing of test suite function can be controlled execution number of times, the execution sequence of test environment, test logic, test case data;
After (4) robotizations execute,, then generate a new test suite, comprise this and carry out information such as unsanctioned test environment, test logic, test case data by runtime engine if unsanctioned test case is arranged; Like this, when carrying out next time, only need carry out this new test suite, just can carry out unsanctioned test case.
Description of drawings
The invention will be further described below in conjunction with drawings and Examples, in the accompanying drawing:
Fig. 1 is the operating mechanism synoptic diagram of key word Driving technique in the prior art;
Fig. 2 is the automatic test system block diagram among the present invention;
Fig. 3 is the structural representation of the test suite among the present invention;
Fig. 4 is a process flow diagram of finishing the product automation test in a preferred embodiment of the invention with test suite.
Embodiment
Realization of the present invention is based on every development of prior art, and for example, the characteristic of script (as TCL, PYTHON etc.) characteristic such as carries out, can embed, can expand as explaining, for automatization testing technique is laid a good foundation; Simultaneously, various products (as telecommunication apparatus or software) not only provide graphical interfaces, also provide command line interface or man-machine interface simultaneously, also lay a good foundation for the automatization testing technique of product; In addition, the applicant puts into practice through automatic test for many years, summed up a whole set of automatic test script Design Mode, comprised that linear test script Design Mode, structuring test script Design Mode, shared test script Design Mode, data-driven test script Design Mode, key word drive test script Design Mode etc.
For ease of the understanding of the present invention, below simple an introduction done in terms more used herein, specifically as shown in Table 2:
Table two
| English name | Chinese | Definition |
| TestLogic | |
1, the identical testing process of some test cases, the script describing of one group of test case that promptly testing process is identical, test data is different; 2, test logic can move under different test environments; |
| TestCluster | Test set | 1, the identical test environment configuration and the networking configuration of some test logics; 2, test set is test environment division logically; 3, test set is a minimum material of forming test environment; |
| TestCaseData | |
1, forms by the value of different test data items; 2, each of the value of test data item makes up, and has constituted the test case data of different test cases; |
| TestCase | Test case | Form each combination of value of the test data item of test case data, the test logic corresponding with test case data is called a test case together; |
| TestSuite | Test suite | By product performance or module or other (basic function, systemic-function) differentiation, the set of some test environments, test logic, test case data operation order, execution number of times; |
| AW | Action word | Test action |
| TCL | Tool Command Language | A kind of explanation execution script language |
Among the present invention, the position of test suite in the automatic test System Framework as shown in Figure 2.Can describe one by one the each several part among the figure below.
1, among runtime engine (test platform) the present invention, runtime engine is a functional block of test platform.That is to say that runtime engine can transplant,, just can possess the characteristic of automatic test of the present invention as long as other test platform has had this functional module of runtime engine.Wherein, test platform is used to finish the editor of test suite, the test suite that also can be used for selecting moving, and carries out test, then the script executing control is transferred to runtime engine.Runtime engine wherein can be used for reading in test suite; Before the test beginning, it sets up test environment according to the configuration in the test suite; In test process, it is according to the test logic and the test case data of the configuration operation appointment in the test suite; After end of test (EOT), it can recover test environment, and according to the test result of test case, generates this and test the test suite that unsanctioned test case is formed, and the side makes follow-up test once more to unsanctioned test case.
2, among test environment the present invention, test environment comprises equipment under test and peripheral equipment, testing tool/testing tool etc.; It is used for defining the required global data of test (variable), definition needs the function library that loads under the test environment, the condition of setting up of definition test environment (as the initialization of equipment under test and peripheral equipment, testing tool/testing tool etc.), the recovery condition of definition test environment is (as the release of equipment under test and peripheral equipment resource, and finish the foundation and the recovery of test environment the release of public resources such as testing tool/testing tool etc.).
3, among test logic the present invention, test logic is used to define testing process; In test process, it is used for used testing tool of synchronism detection and testing tool, and according to the test case data that runtime engine provides, finishes the test to equipment under test.
4, among test case data the present invention, test case data is used to define test logic need in which test environment operation, the definition test logic moves necessary peculiar test environment, definition test logic operation institute must loading specific function library, and be defined in the required test data of test logic in the test process; Also be used for runtime engine driving test logic and finish test.
5, the test suite among test suite the present invention is test script division logically; As basic function test suite (comprising test environment, test logic, test case data), characteristic test cover or the like; In test suite, only comprise following content: move which test script (test environment, test logic, test case data), and the operation information of these test scripts (test environment, test logic, test case data) (as operation order, execution number of times).
As can be seen from Figure 2, because the test platform in the present embodiment has editting function, so wherein test suite can be edited by test platform; Certainly, this test suite also can be finished with other the text edit tool.In test suite, defined the operation information of test environment, test logic, test case data; Runtime engine reads in after the test suite, according to the operation information of definition wherein, reads corresponding test environment, test case data, and the loading function storehouse, reads operational factor, and then drive test logic and finish test to equipment under test; After test was finished, runtime engine can be exported corresponding test log and test report.
As shown in Figure 3, defined following execution control information in the test suite of the present invention.
1, the execution control information of test suite comprises the execution number of times of test suite; The execution sequence of the test environment that will carry out in the test suite: for example ascending order, descending, custom order etc.; The test environment tabulation that will carry out in the test suite.
2, the execution control information of test environment comprises the execution number of times of test environment; The execution sequence of the test logic that will carry out in the test environment: for example ascending order, descending, custom order etc.; The test logic tabulation that will carry out in the test environment.
3, the execution control information of test logic comprises the execution number of times of test logic; The execution sequence of the test case data that will carry out in the test logic: for example ascending order, descending, custom order etc.; The test case data tabulation that will carry out in the test logic.
4, the execution control information of test case data comprises the execution number of times of test case data.
As can be seen from Figure 3, the implementation pattern of the test suite among the present invention is as follows:
[test suite]
The execution number of times of test suite
The execution sequence of test environment in the test suite
The test environment tabulation that will move in the test suite
[test environment 1]
The execution number of times of test environment 1
The execution sequence of test logic in the test environment 1
The test logic tabulation that will move in the test environment 1
[test environment 1| test logic 11]
The multiplicity of test logic 11 in the test environment 1
The execution sequence of test case data in the test logic 11 in the test environment 1
The test case data tabulation that will move in the test logic 11 in the test environment 1
[test environment 1| test logic 11| test case data 1]
The multiplicity of test case data 1 in the test logic 11 in the test environment 1
As seen, defined multiple test environment in a test suite; Comprise a plurality of test logics under each test environment again; Comprise many cover test case data under each test logic again.
As shown in Figure 4, among the present invention according to the following steps, utilize test suite to finish product automation test.
Earlier in test platform, selects the test suite that will move, and start execution by the tester.
Then, in step 101, runtime engine can read in this test suite, and obtains corresponding execution control information from test suite.
In step 102, runtime engine is got a kind of test environment at every turn and is tested according to the execution sequence of the test environment that defines in the test suite, wherein earlier sets up corresponding test environment according to the current test environment of getting.
Then,,, get a test logic at every turn, and set up the required special test environment of this test logic operation according to the current test logic of getting according to the execution sequence of the test logic under the current test environment that defines in the test suite in step 103.
In step 104, further according to the execution sequence of the test case data under the current test logic that defines in the test suite, get a cover test case data at every turn, and set up the required special test environment of test case operation according to the current test case of getting.In step 105, carry out current test logic according to current test case data.
In step 106, judged whether to finish the number of times that repeats of current test case data, as for not, then returning step 105 repeats, repeat number of times if finished, then recover to get the special test environment that test case is set up, enter step 107 then according to current.Recovery among the present invention is meant the state that returns to when not setting up this special test environment, below identical.
In step 107, judge whether to get all test case data that are under the current test logic, as for not, then return step 104, take off a cover test case data, if got all test case data, then enter step 108.
In step 108, judged whether to finish the number of times that repeats of current test logic, as for not, then returning step 104 repeats, repeat number of times if finished, then recover to get the special test environment that test logic is set up, enter step 109 then according to current.
In step 109, judge whether to get all test logics that are under the current test environment, as for not, then return step 103, get next test logic, if got all test logics, then enter step 110.
In step 110, judged whether to finish the number of times that repeats of current test environment, as for not, then returning step 103 repeats, repeat number of times if finished, then recover to get the test environment that test environment is set up, enter step 111 then according to current.
In step 111, judge whether to get all test environments that are in the current test suite, as for not, then return step 102, get next test environment, if got all test environments, then enter step 112.
In step 112, judged whether to finish the number of times that repeats of current test suite, as for not, then return step 102 to repeat, repeat number of times if finished, then finish this testing process.
In addition, at carrying out all test case data of failing to pass through after the test, also can be according to the test logic at every suit test case data place, and the test environment at this test logic place, generate a new test suite; Be current test suite with this new test suite then, repeat above-mentioned steps 101 to step 112.
In addition, the test suite among the present invention also can pass through other programming language except can realizing by the TCL script, and for example the C language is realized in test platform.
Claims (7)
1. a method of utilizing test suite to finish the product automation test is characterized in that, may further comprise the steps:
(S1) runtime engine reads in the test suite that will move;
(S2) runtime engine is got a kind of test environment at every turn and is tested according to the execution sequence of the test environment that defines in the described test suite, then:
(S2-1) according to the execution sequence of the test logic under the current test environment that defines in the described test suite, get a test logic at every turn and test, then:
(S2-1-1), get a cover test case data at every turn and carry out current test logic according to the execution sequence of the test case data under the current test logic that defines in the described test suite;
(S2-1-2) repeating said steps (S2-1-1) is until the test of finishing all test case data under the current test logic;
(S2-2) repeating said steps (S2-1) is until the test of finishing all test logics under the current test environment;
(S3) repeating said steps (S2), the test of all test environments in finishing current test suite.
2. method according to claim 1 is characterized in that, in described step (S3) afterwards, also comprises:
(S4) at carrying out all test case data of failing to pass through after the test, according to the test logic at every suit test case data place, and the test environment at this test logic place, generate a new test suite;
(S5) be current test suite with described new test suite, repeating said steps (S1) is to (S3).
3. method according to claim 2 is characterized in that, wherein,
If the required execution number of times of current test case data then repeats described step (S2-1-1) according to its required execution number of times greater than 1;
If the required execution number of times of current test logic then repeats described step (S2-1-1) to (S2-1-2) according to its required execution number of times greater than 1;
If the required execution number of times of current test environment then repeats described step (S2-1) to (S2-2) according to its required execution number of times greater than 1;
If the required execution number of times of current test suite then repeats described step (S2) to (S3) according to its required execution number of times greater than 1.
4. method according to claim 1 is characterized in that, has defined one or more test environments in the described test suite; Comprise one or more test logics under each test environment; Comprise one or more sets test case data under each test logic.
5. method according to claim 4 is characterized in that, has also defined in the described test suite:
The execution control information of test suite comprises the execution number of times of test suite and the execution sequence of test environment;
The execution control information of each test environment comprises the execution number of times of this test environment and the execution sequence of test logic wherein;
The execution control information of each test logic comprises the execution number of times of test logic and the execution sequence of test case data wherein;
The execution control information of every suit test case data comprises the execution number of times of test case data.
6. according to each described method among the claim 1-5, it is characterized in that,
In described step (S2), also comprise the current step that test environment is set up corresponding test environment of getting:
In described step (S2-1), also comprise according to the current test logic of getting and set up the step that this test logic moves required special test environment:
In described step (S2-1-1), before carrying out test, also comprise according to the current test case of getting and set up the step that test case is moved required special test environment, after carrying out test, also comprise test environment reverted to according to current and get the step that test set is set up test environment state before;
In described step (S2-1-2), also comprise test environment reverted to according to current and get the step that test set is set up the state before the test environment;
In described step (S2-2), also comprise test environment reverted to according to current and get the step that test set is set up the state before the test environment.
7. according to each described method among the claim 1-5, it is characterized in that described runtime engine and test suite are all realized by the TCL script.
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| US20020082846A1 (en) * | 2000-12-21 | 2002-06-27 | Ming-Chih Chang | Method and system for generating quality control testing procedures |
| CN1366235A (en) * | 2001-01-17 | 2002-08-28 | 仁宝电脑工业股份有限公司 | Method and system for generating quality management test program |
| KR20030033972A (en) * | 2001-10-23 | 2003-05-01 | 애질런트 테크놀로지스, 인크. | Test executive system with tree structure for summarizing results |
| US20030126586A1 (en) * | 2001-12-27 | 2003-07-03 | International Business Machines Corporation | Organization of test cases |
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2005
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20020082846A1 (en) * | 2000-12-21 | 2002-06-27 | Ming-Chih Chang | Method and system for generating quality control testing procedures |
| CN1366235A (en) * | 2001-01-17 | 2002-08-28 | 仁宝电脑工业股份有限公司 | Method and system for generating quality management test program |
| KR20030033972A (en) * | 2001-10-23 | 2003-05-01 | 애질런트 테크놀로지스, 인크. | Test executive system with tree structure for summarizing results |
| US20030126586A1 (en) * | 2001-12-27 | 2003-07-03 | International Business Machines Corporation | Organization of test cases |
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