CN101526919B - Method for generating script files to test Web application software and device thereof - Google Patents
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Abstract
The invention discloses a method for generating script files to test Web application software and a device thereof. In order to overcome high maintenance workload of scripts during automation tests of the Web application software, the method comprises the following steps: translating Web elements of the Web application software to be tested and corresponding operation action sets into the script files, obtaining identification information of the Web elements corresponding to test steps of a test case and operation action description information, sequentially calling the corresponding identification information of the Web elements and the operation action description information according to the test steps by the script files, automatically testing the Web application software to be tested, sequentially reading the corresponding identification information of the Web elements and the operation action description information according to the test steps by the generated script files so as to reduce the maintenance workload of the script files.
Description
Technical field
The invention belongs to the automatic test field, method and device that particularly a kind of generation script file is tested the Web application software.
Background technology
Automatic test is by means of testing tool, test specification, the analog manual operation, thus the process of testing efficiency is manually tested and is improved in local or whole replacement.Automatic test has very strong advantage, and it is by the computing power of computing machine, can be repeatedly, operation tirelessly, and for data, can carry out accurate, large batch of comparison, and can not make mistakes.Automatic test can free the tester from test process heavy, that repeat, therefore, automatic test more and more is subjected to everybody attention and favor.
Application number is 200710043589 patent " a kind of automated testing method of Web application system and device ", its method of testing is as follows: the combination of the operation flow of Web application system being resolved into the atom flow process, corresponding each atom flow process is created the automatic test structure and (promptly is equivalent to write a function for each atom flow process, all functions have constituted function library), be listed as and write down the atomic current program in each test case, each atom flow process in the corresponding sequence, call corresponding test builds, Web is used application software system test.
For example: the operation flow of certain Web application software is decomposed for A, B, C, D, these 5 atom flow processs of E, and has write corresponding function for each atom flow process.Suppose that the string routine of test case 1 correspondence classifies A-＞B-＞E as, the string routine of test case 2 correspondences is classified E-＞C-＞D as.During test execution, test case 1 can be called the function of A, B, E correspondence successively, and test case 2 can be called the function of E, C, D correspondence successively.Test case 1 and test case 2 have all been called the function of atom flow process E correspondence, improved the reusability of code, and, after the application software upgrade, if the function of atom flow process E changes, only need to revise the function of atom flow process E correspondence, do not need to revise respectively test case 1 and test case 2, reduced the maintenance of script after the application software upgrade to a certain extent.
Here said script, English is Script, in fact is exactly program.The program write of useful script (for example: in the function in the function library, the test case to function calls) all belong to script.
The relation of script and test case is as follows: according to the test case of finishing writing, the function with each testing procedure in the script realization test case is packaged into each function; When test case is carried out, by calling each function, drive test and progressively carry out, to reach the purpose of automatic test according to the testing procedure that designs.
But, for this by setting up function library, the test case method that function is tested in the call function storehouse again, still there is following problem: after the Web application software upgrade, any change at interface all needs to revise function library, and the script maintenance is still very big in the function library.Variation (as: add or deleted a text box, variation has taken place the id of button, or the like) more or less all can take place in each upgrading of Web Software Edition, the Web page.Suppose to exist in certain Web application software the atom flow process E of " adding the user ", add users' interfaces before edition upgrading as below shown in Figure 1, after the Web application software upgrade, add User Page and become appearance shown in Figure 2, " login password affirmation " input frame has removed, " user type " combobox has become input frame, has increased " whether filling in details " check box and " telephone number " input frame.This moment, we must revise the function of atom flow process E correspondence.
By above-mentioned analysis, be not difficult to find that in carrying out the Web automatic test course, because the interface that the Web application software upgrade is brought changes, require us constantly to revise script, therefore, the maintenance of script is higher.
Summary of the invention
In order to solve the maintenance problem of higher of script in the Web application software automatic test course, the embodiment of the invention provides a kind of method of generation script file, comprising:
Obtain each Web element in the Web application software to be measured;
Generation comprises the operational motion storehouse of each the Web element that obtains and corresponding operational motion set thereof;
Each Web element in the operational motion storehouse and corresponding operational motion set thereof are translated into script file.
The embodiment of the invention also provides a kind of automated testing method of Web application software simultaneously, comprising:
Obtain the Web component identification information of the testing procedure correspondence of Web application software testing use-case to be measured, and the operational motion descriptor of the Web element correspondence of the testing procedure correspondence of Web application software testing use-case to be measured;
According to testing procedure, call corresponding Web component identification information and corresponding Web element operational motion descriptor successively by script file, Web application software to be measured is carried out automatic test, described script file forms by Web element and corresponding operational motion set translation thereof, and described Web element is the Web element in the Web application software to be measured.
The embodiment of the invention also provides a kind of Web to use the automatic test device of application software simultaneously, comprising:
Memory module: be used for storing each Web element of Web application software to be measured and gather the script file of translating into according to each Web element and corresponding operational motion thereof;
Acquisition module: be used to obtain the Web component identification information of the testing procedure correspondence of Web application software testing use-case to be measured, and the operational motion descriptor of the Web element correspondence of the testing procedure correspondence of Web application software testing use-case to be measured;
Test module: be used for according to testing procedure, call corresponding Web component identification information and corresponding Web element operational motion descriptor successively, Web application software to be measured is carried out automatic test by script file.The specific embodiments that is provided by the invention described above as can be seen, just because of obtaining each Web element in the Web application software to be measured, each Web element and corresponding operational motion set thereof are translated into script file, afterwards according to testing procedure, call corresponding Web component identification information and operational motion descriptor successively by the script file that has generated, make the maintenance of script file reduce.
Description of drawings
Fig. 1 is a Web application software upgrade front interface synoptic diagram;
Fig. 2 is a Web application software upgrade rear interface synoptic diagram;
Fig. 3 is the first embodiment method flow diagram provided by the invention;
Fig. 4 is the required parametric representation intention of the preceding script file operation of Web application software upgrade among first embodiment provided by the invention;
Fig. 5 is the required parametric representation intention of script file operation after the Web application software upgrade among first embodiment provided by the invention;
Fig. 6 is the second embodiment device structural drawing provided by the invention.
Embodiment
First embodiment provided by the invention is a kind of automated testing method of Web application software, and method flow comprises as shown in Figure 3:
Step 101: obtain each Web element in the Web application software to be measured, generate the Web element database.
Step 102: based on each the Web element in the Web element database, generate the operational set of each Web element, and according to each Web element and corresponding operational set generating run storehouse.
Step 103: one by one the Web element in the read operation storehouse with and corresponding operational set, set the action that each operation is carried out, according to the Web element with and the corresponding action of operation generate control module (being the operational motion storehouse), and translate into script file.
Step 104: according to control module, convert a test case to script file operation required parameter list (being automatic test cases).
Step 105:,, Web application software to be measured is carried out automatic test by the parameter in script file call parameters table successively according to each testing procedure of test case.
The Web element in the step 101 wherein, be the Html object, more common has: button (button), text_field (text input frame), select_list (combobox), check_box (check box), radio (radio box), link (link) etc.Wherein be divided into the Web element relevant again with automatic test cases, with with the irrelevant Web element of automatic test cases, the Html object that will use when the Web element relevant with automatic test cases is meant operation Web application software, text_field for example, the Web element that will use exactly, for example form (list) can directly not operate on it again, so belong to and the irrelevant Web element of automatic test cases.
For a Web application software to be measured, at first can obtain its whole Web element, generate a Web element database, as shown in table 1.
| The Web element | Whether relevant with automatic test cases |
| Button (button) | Be |
| Text_field (text input frame) | Be |
| Select_list (combobox) | Be |
| Radio (radio box) | Be |
| Link (link) | Be |
| Form (list) | Not |
| Frame (framework) | Not |
| Span (zone) | Be |
| Table (form) | Be |
| ...... | ...... |
Table 1
Can also from each the Web element that obtains, select the Web element relevant as preferred version, the Web element that selects is put together, generate a Web element database, be i.e. the Web element that has nothing to do with automatic test cases in the delete list 1 with automatic test cases.Whether, be with automatic test cases relevant Web element, can be different because of the difference of Web application software if need to prove in addition.Certain Web element is relevant with automatic test cases in this Web application software, but may be just irrelevant with automatic test cases in another Web application software.Table 1 only is a preferred scheme of present embodiment.
In the step 102, on the basis based on the Web element database, each Web element in the element database is analyzed, generate the operational set of each Web element, the i.e. corresponding one or more operations of a Web element possibility, operation as corresponding Web element button is " clicking ", and the operation of corresponding Web element text_field is " input value " and " read value ".Operational set according to each Web element constitutes the operation storehouse afterwards, and is as shown in table 2.
Table 2
Wherein in the step 103, be the operation storehouse according to the Web element, generate control module, this control module is used for the Web element in recording operation storehouse, with the Web element with and the corresponding action (follow-up succinct in order to describe, the action description that operation is corresponding is an operational motion) of operation.One by one the Web element in the read operation storehouse with and corresponding operational set, set the action that each operation is carried out, and then, by whole Web elements with and corresponding operational motion to generate control module as shown in table 3.
Table 3
Control module shown in the table 3 is translated into script file (script depends on the selected instrument of automatic test).
For example, below be that the operational motion of other Web elements in the table 3 and correspondence is similar to the script file translation of the operational motion of Web element text_field (text input frame) and correspondence thereof.
If (the Web element==" text_field ")
{
If (operation==" input value ")
The corresponding numerical value of input in the text input frame
Elsif (operation==" read value ")
Read out the numerical value in the text input frame
end
}。
Step to step 104 describes below, the page of a Web application software of adding the user as shown in Figure 1, the testing procedure of test case is as follows:
A. input user name; Tester;
B. import login password: 111111111;
C. importing login password confirms: 111111111;
D. select user type: the system manager;
E. click and add button.
Expected results: prompting " adding successfully ".
With the control module of test case Testcase1 according to table 3, convert the required parameter list of script file operation that generates in the step 103 to, this parameter list is automatic test cases, and test case is corresponding with automatic test cases, as shown in Figure 4.
Below all describe with the second behavior example among Fig. 4:
First row are the explanations to operand, are " user name input frames " as operand;
Secondary series is the Web element term, as " Text_field ";
The 3rd row are to be used for discerning this Web attribute of an element name, as the id attribute;
The 4th row are property values, as " user_name ";
The 5th row are corresponding operational motion (this operational motion obtain from control module), as in text box " input value ";
The 6th row are values of the operation of each the testing procedure correspondence in the test case, are " tester " as the value of importing in text box.
Wherein Web element term, attribute-name, property value are as Web component identification information.
If the test case (as Testcase2 and Testcase3) that has other, converts the required parameter list of script file operation that generates in the step 103 to also according to control module.And the required parameter list of the script file that generates in all steps 103 operation has just constituted the required parameter list storehouse of script file operation that generates in the final step 103.
In step 105, input user name according to each testing procedure A. of test case Testcase1; Tester; B. import login password: 111111111; C. importing login password confirms: 111111111; D. select user type: the system manager; E. click and add button.By the script file that generates in the step 103 parameter in calling graph 4 parameter lists line by line successively, the Web application software to be measured of Fig. 1 is carried out automatic test.
Test case Testcase1 for example, for first row, " Web element " classifies " text_field " as, " operation " classifies " input value " as, by the compared with control unit, can know, to id the text input frame input value (value of corresponding operation) " tester " of user_name.For each following row, similarly handle, be followed successively by:
At id is input " 111111111 " in the text input frame of user_password;
At id is input " 111111111 " in the text input frame of user_password_check;
At id is to select " system manager " in the drop-down choice box of user_type;
Click the button of value value for " interpolation ";
Read the textual value in the zone that id is add_check, " add successfully " comparing with expected results, if consistent, then this test case is by test (the Web application software does not have bug), otherwise this test case is not by testing (the Web application software has bug).
If there is other test case (as Testcase2 and Testcase3), can realize automatic test according to carrying out similar step equally.Be specially and also convert other test cases to automatic test cases, all automatic test cases constitute the automatic test cases storehouse.Other test case (as Testcase2 and Testcase3) also according to control module, is converted to as the tabular automatic test cases of Fig. 4 parameter.And all automatic test cases have just constituted final automatic test cases storehouse.
From the automatic test cases storehouse, pick out the Testcase that needs test, form the test tabulation;
If need test Testcase1 and Testcase3 wherein, then the test tabulation comprises: Testcase 1 and Testcase3.
Read test tabulation, the select Testcase of test execution one by one.For each Testcase, read the each row of data in the parameter list line by line, at first see the value of " Web element " row, read the value of " operation " row then, corresponding action is carried out in the compared with control unit.
Continue the read test tabulation, all be finished as if all automatic test cases, then the epicycle end of test (EOT); Otherwise the execution of back automatic test cases is proceeded in read test tabulation again.
After Testcase1 is finished, continue to carry out Testcase3, execute Testcase3, then do not had testable test case, the epicycle end of test (EOT) in the test tabulation.
After below the Web Software Edition to be measured of Fig. 1 being upgraded, the various variations that may exist are analyzed one by one, see Table 4:
Table 4
As seen use the scheme of present embodiment, only in tested Web application software, increased a brand-new Web element, or former Web element just needs to revise the script of control module correspondence when having increased a new operational motion.Compare the automated testing method (the above-mentioned variation of Web application software all needs to revise script) that uses the public function storehouse, the scheme of present embodiment greatly reduces the maintenance of script.
Describe for example below: the page of supposing Fig. 1, become the page of Fig. 2 after the tested Web Software Edition upgrading, after following table 5 has been listed tested Web application software upgrade, change into the variation point of the page behind Fig. 5 from Fig. 4, and the scheme of present embodiment is to the countermeasure of these variation points.
Table 5
According to above analysis, control module only need increase newly-increased Web element checkbox and corresponding operation thereof, specifically is to increase to control module as shown in table 6 below on the basis of former control module table 3.
Table 6
Simultaneously according to the corresponding script file of revising of table 6.By the amended script file parameter in calling graph 5 parameter lists line by line successively, the Web application software to be measured of Fig. 2 is carried out automatic test afterwards.
Second embodiment provided by the invention is the automatic test device that a kind of Web uses application software, as shown in Figure 6, comprising:
Memory module 201: be used for storing each Web element of Web application software to be measured and gather the script file of translating into according to each Web element and corresponding operational motion thereof;
Acquisition module 202: be used to obtain the Web component identification information of the testing procedure correspondence of Web application software testing use-case to be measured, and the operational motion descriptor of the Web element correspondence of the testing procedure correspondence of Web application software testing use-case to be measured;
Test module 203: be used for according to testing procedure, call corresponding Web component identification information and corresponding Web element operational motion descriptor successively, Web application software to be measured is carried out automatic test by script file.
Further, memory module 201 also is used for storing from the Web element of Web application software to be measured and selects the Web element relevant with automatic test cases, and the script file of translating into according to each the Web element that selects and corresponding operational motion set thereof.
Further, memory module 201 also is used to store Web application software to be measured and upgrades each Web element that upgrades of back and corresponding operational motion set thereof, or the operational motion of each Web element correspondence of upgrading is gathered after the Web application software renewal to be measured, and the operational motion after the renewal is gathered the script file of translating into.
Further, acquisition module 202 also is used for obtaining the operating value of each testing procedure correspondence of test case;
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, if of the present invention these are revised and modification belongs within the scope of claim of the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these changes and modification interior.
Claims (8)
1. the method for a generation script file is characterized in that, comprising:
Obtain Web elements whole in the Web application software to be measured;
Generation comprises the operational motion storehouse of each the Web element that obtains and corresponding operational motion set thereof;
Each Web element in the operational motion storehouse and corresponding operational motion set thereof are translated into script file.
2. the method for claim 1 is characterized in that, also comprises each the Web element that upgrades in the operational motion storehouse and corresponding operational motion set thereof, or upgrades the operational motion set of each the Web element correspondence in the operational motion storehouse;
Each Web element in the operational motion storehouse after upgrading and corresponding operational motion set thereof are translated into script file.
3. the automated testing method of a Web application software is characterized in that, comprising:
From control module, obtain the Web component identification information of the testing procedure correspondence of Web application software testing use-case to be measured, and the operational motion descriptor of the Web element correspondence of the testing procedure correspondence of Web application software testing use-case to be measured, control module be according to each Web element in the Web application software to be measured with and the corresponding action of operation generate;
According to testing procedure, call corresponding Web component identification information and corresponding Web element operational motion descriptor successively by script file, Web application software to be measured is carried out automatic test, described script file forms by Web element and corresponding operational motion set translation thereof, and described Web element is the Web element in the Web application software to be measured.
4. method as claimed in claim 3 is characterized in that, described Web component identification information comprises: Web element term, attribute-name, property value.
5. method as claimed in claim 4 is characterized in that, also comprises the value of the operation of each testing procedure correspondence of obtaining in the test case;
According to testing procedure, read corresponding Web component identification information, operational motion descriptor and operating value successively by script file, Web application software to be measured is carried out automatic test.
6. the automatic test device of a Web application software is characterized in that, comprising:
Memory module: be used for storing each Web element of Web application software to be measured and gather the script file of translating into according to each Web element and corresponding operational motion thereof;
Acquisition module: be used to obtain the Web component identification information of the testing procedure correspondence of Web application software testing use-case to be measured, and the operational motion descriptor of the Web element correspondence of the testing procedure correspondence of Web application software testing use-case to be measured;
Test module: be used for according to testing procedure, call corresponding Web component identification information and corresponding Web element operational motion descriptor successively, Web application software to be measured is carried out automatic test by script file.
7. device as claimed in claim 6, it is characterized in that, described memory module also is used for storing from the Web element of Web application software to be measured and selects the Web element relevant with automatic test cases, and the script file of translating into according to each the Web element that selects and corresponding operational motion set thereof.
8. device as claimed in claim 6 is characterized in that, described acquisition module also is used for obtaining the operating value of each testing procedure correspondence of test case;
Described test module also is used for according to testing procedure, calls corresponding Web component identification information, operational motion descriptor and operating value successively by script file, and Web application software to be measured is carried out automatic test.
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| US10546055B2 (en) * | 2016-10-20 | 2020-01-28 | Microsoft Technology Licensing, Llc | Join with format modification by example |
| CN110891044B (en) * | 2018-09-11 | 2021-04-27 | 中国科学院信息工程研究所 | NPC generation and depiction method in network test scene |
| CN110058991A (en) * | 2018-11-30 | 2019-07-26 | 阿里巴巴集团控股有限公司 | A kind of automatic test approach and system of application software |
| CN109710528B (en) * | 2018-12-25 | 2022-03-01 | 中国人民财产保险股份有限公司 | Test script generation method, device, equipment and medium |
| CN111984539A (en) * | 2020-08-25 | 2020-11-24 | 北京微步在线科技有限公司 | Automatic testing method and device for webpage front end |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1770148A (en) * | 2004-11-01 | 2006-05-10 | 华为技术有限公司 | Automatic generation system and method for script file |
| EP1657634A2 (en) * | 2004-11-12 | 2006-05-17 | Empirix Inc. | Test agent architecture |
| CN101135989A (en) * | 2006-08-31 | 2008-03-05 | 中国银联股份有限公司 | Automatization test method and device for Web applied system |
| CN101339532A (en) * | 2007-07-06 | 2009-01-07 | 中国银联股份有限公司 | Web application system automatized test method and apparatus |
-
2009
- 2009-04-29 CN CN2009101362047A patent/CN101526919B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1770148A (en) * | 2004-11-01 | 2006-05-10 | 华为技术有限公司 | Automatic generation system and method for script file |
| EP1657634A2 (en) * | 2004-11-12 | 2006-05-17 | Empirix Inc. | Test agent architecture |
| CN101135989A (en) * | 2006-08-31 | 2008-03-05 | 中国银联股份有限公司 | Automatization test method and device for Web applied system |
| CN101339532A (en) * | 2007-07-06 | 2009-01-07 | 中国银联股份有限公司 | Web application system automatized test method and apparatus |
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