CN115221058B - Automatic software testing system and method - Google Patents
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Abstract
The invention discloses a software automation test system and a method in the technical field of software engineering. The software automated test system comprises: the software requirement management module is used for storing software requirement information; the code hosting module is used for managing codes and changing code change zone bits when the codes are changed; the code compiling and constructing module is used for compiling software codes; the test tool module is used for executing software test; the continuous integration module is used for detecting code change zone bits, triggering the code compiling and constructing module, acquiring test information according to software requirement information, triggering the test tool module, acquiring a code compiling result, a test result and software defect information and reporting the result to the management module; the management module is used for storing and displaying the information. The test system realizes the automatic test of the whole software test process, improves the efficiency of software test execution, test result analysis and test management, and improves the product quality.
Description
Technical Field
The invention relates to the technical field of software engineering, in particular to a software automatic testing system and method.
Background
In the traditional software test, the manual test occupies a high proportion. The manual testing method is mainly characterized in that a software tester manually opens testing software and creates testing engineering, a tested file is imported, a testing process is executed, and a testing output result is stored, if a problem occurs in the testing process, the defect is reported through a defect management tool, and the software testing automation degree is low. When a plurality of software testing tools are used for testing software in different aspects, a tester is required to repeatedly repeat the above work, and the testing efficiency is reduced.
Currently, some existing automation technologies can implement automation of a software testing process, such as continuous integration of a computer software development process by means of various integration software and an automation testing platform. However, the software testing tools used at present are various in variety, relatively scattered in use, and meanwhile, the tools have the characteristics of strong professionals, relatively complex use and operation, complex configuration import work and the like, so that centralized and effective verification testing of the software is difficult.
Disclosure of Invention
The software automatic testing system and the method solve the problems that in the prior art, a testing tool is scattered in use mode, the use process is complex and the degree of automation is low in the software automatic testing process, realize the automatic testing of the whole software testing process, and improve the efficiency of test management.
The embodiment of the application provides a software automation test system, which comprises: the system comprises a software demand management module, a code hosting module, a continuous integration module, a code compiling and constructing module, a testing tool module and a management module;
the software requirement management module is used for storing software requirement information; the code hosting module is used for managing codes and changing code change zone bits when the codes are changed;
the continuous integration module is used for detecting code change zone bits and triggering the code compiling and constructing module, the continuous integration module is also used for acquiring test information according to software requirement information and triggering the test tool module, and the continuous integration module is also used for acquiring result information of the code compiling and constructing module, test result information and software defect information and reporting the result information to the management module;
the code compiling and constructing module is used for compiling software codes; the test tool module is used for executing software test; the management module is used for storing and displaying the code compiling and constructing result information, the test result information and the software defect information.
The beneficial effects of the above embodiment are that: the software automatic test system realizes the automatic test of the whole software test process, improves the efficiency of software test execution, test result analysis and test management, and improves the product quality.
Based on the above embodiments, the present application may be further improved, specifically as follows:
in one embodiment of the present application, the software requirement information includes requirement information, traceability relation information between requirement and architecture, traceability relation information between requirement and requirement, traceability relation information between requirement and code.
In one embodiment of the present application, the persistent integration module includes a code change detection unit, a code compiling unit, a test information acquisition unit, a test tool triggering unit, and a result feedback unit: the code change detection unit is used for detecting the code change zone bit to judge whether the code is changed or not; the code compiling unit is used for triggering the code compiling and constructing module when the code change detecting unit judges that the code is changed; the test information acquisition unit is used for acquiring the test information according to the software demand information, wherein the test information comprises test category information and test parameter information; the test tool triggering unit is used for triggering the test tool module and sending the test information to the test tool module; the result feedback unit is used for acquiring the result information of the code compiling and constructing module, the test result information and the software defect information and reporting the result information and the test result information to the management module.
In one embodiment of the present application, the test tool module includes a code static analysis execution tool, a unit test automation execution tool, an integrated test automation execution tool, a functional test automation execution tool, a pressure test automation execution tool, a security test automation execution tool, and an interface test automation execution tool, and the test tool module invokes a plurality of corresponding execution tools to execute a software test according to the test information.
In one embodiment of the present application, the management module is further configured to send the code compiling and construction result information, the test result information, and the software defect information to a tester.
The embodiment of the application also provides a test method of the software automation test system, which comprises the following steps:
s1, uploading codes: the code hosting module receives and stores the uploaded software code, changes the code change flag bit and executes S2;
s2, detecting code change: the code change detection unit periodically detects the code change flag bit, and when the code change flag bit is sent to change, the code change detection unit judges that the code is changed, and then S3 is executed;
s3, compiling software codes: the code compiling unit triggers the code compiling and constructing module to compile the software code, if the compiling is successful, a compiling success flag bit is set, the code compiling and constructing result information is sent to the result feedback unit, and S4 is executed; if the compiling fails, the code compiling and construction result information is sent to the result feedback unit, and S6 is executed;
s4, acquiring test information: the test information acquisition unit acquires the test information according to the software demand information stored by the software demand management module, and the test tool triggering unit sends the test information to the test tool module and executes S5;
s5, executing a software test: the test tool module sequentially calls a plurality of corresponding execution tools according to the test information to test the software successfully compiled in the step S3, analyzes the test result information after the test is completed, and sends the test result information and the software defect information to a result feedback unit if the analysis judges that the software has defects, and executes the step S6; if the analysis and judgment software has no defect, the test result information is sent to the result feedback unit, and S6 is executed;
s6, result feedback: the result feedback unit acquires the result information of the code compiling and constructing module, the test result information and the software defect information and reports the result information and the test result information to the management module, and the management module stores and displays the result information of the code compiling and constructing module, the test result information and the software defect information.
In one embodiment of the present application, in step S5, a plurality of execution tools corresponding to the test information are preset by a tester, and the setting manner is as follows: and classifying the software according to the keywords of the test information, and configuring corresponding execution tools according to different categories.
In one embodiment of the present application, when the management module receives the result information of the code compiling and constructing module, the test result information, and the software defect information, the management module sends the result information, the test result information, and the software defect information to a tester in one or more forms of mail, sms, and sms.
One or more technical solutions provided in the embodiments of the present application at least have the following technical effects or advantages:
1. the software automatic test system realizes the automatic test of the whole software test process, improves the efficiency of software test execution, test result analysis and test management, and improves the product quality;
2. the automatic test execution tool used in the same software project is managed and configured in a centralized way, a tester only needs to configure once, and the continuous integrated system automatically calls the tool through the script, so that the software test efficiency is improved;
3. the management system automatically collects information in the testing process transmitted by the continuous integrated system, including code compiling and building module result information, test result information, software defect information and the like, and the management system transmits the data information to related personnel in the forms of mail, short message, weChat or combination according to the requirement.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. Like elements or portions are generally identified by like reference numerals throughout the several figures. In the drawings, elements or portions thereof are not necessarily drawn to scale.
FIG. 1 is a block diagram of a software automated test system according to embodiment 1;
FIG. 2 is a flow chart showing the steps of a software automated testing method in embodiment 2.
Detailed Description
The present invention is further illustrated below in conjunction with the specific embodiments, it being understood that these embodiments are meant to be illustrative of the invention only and not limiting the scope of the invention, and that modifications of the invention, which are equivalent to those skilled in the art to which the invention pertains, will fall within the scope of the invention as defined in the claims appended hereto.
It is noted that unless otherwise indicated, technical or scientific terms used herein should be given the ordinary meaning as understood by one of ordinary skill in the art to which this invention pertains.
According to the software automatic testing system and method, the problems that in the prior art, a testing tool is scattered in use mode, the use process is complex and the degree of automation is low in the software automatic testing process are solved, automatic testing of the whole software testing process is achieved, and efficiency of testing management is improved.
The technical scheme in the embodiment of the application aims to solve the problems, and the overall thought is as follows:
example 1:
as shown in fig. 1, a software automated testing system, comprising: the system comprises a software demand management module, a code hosting module, a continuous integration module, a code compiling and constructing module, a testing tool module and a management module.
The software requirement management module is used for storing software requirement information. The code hosting module is used for managing codes and changing code change flag bits when the codes are changed. The continuous integration module comprises a code change detection unit, a code compiling unit, a test information acquisition unit, a test tool triggering unit and a result feedback unit: the code change detection unit is used for detecting a code change flag bit to judge whether the code is changed or not; the code compiling unit is used for triggering the code compiling and constructing module when the code change detecting unit judges that the code is changed; the test information acquisition unit is used for acquiring test information according to the software requirement information, wherein the test information comprises test category information and test parameter information; the test tool triggering unit is used for triggering the test tool module and sending test information to the test tool module; the result feedback unit is used for acquiring result information of the code compiling and constructing module, test result information and software defect information and reporting the result information and the test result information to the management module. The code compiling and constructing module is used for compiling software codes. The test tool module is used for executing software test. The management module is used for storing and displaying the code compiling and constructing result information, the test result information and the software defect information, and is also used for sending the code compiling and constructing result information, the test result information and the software defect information to a tester.
The result feedback unit is also used for continuously acquiring the test data of the test tool module in the test process and sending the test data to the management module, and the management module stores the test data and displays the test state information according to the test data.
Further, the software requirement information comprises requirement information, traceability relation information between requirements and a framework, traceability relation information between requirements and a code and traceability relation information between requirements and a code, and test parameters are provided for the continuous integrated module.
Further, the test tool module comprises a code static analysis execution tool, a unit test automation execution tool, an integrated test automation execution tool, a function test automation execution tool, a pressure test automation execution tool, a security test automation execution tool and an interface test automation execution tool, and the test tool module calls a plurality of corresponding execution tools to execute software tests according to the test information.
Example 2:
as shown in fig. 2, a software automated testing method, based on the software automated testing system in embodiment 1, includes the following steps:
s1, uploading codes: the code hosting module receives and stores the uploaded software code, changes the code change flag bit and executes S2.
The method comprises the steps that a developer performs software requirement and software architecture design in advance, and a software requirement management module manages software requirement, requirement and architecture, traceability relation between requirement and traceability relation between requirement and code; the developer writes the software code and the code is uploaded to the code hosting module.
S2, detecting code change: the code change detection unit periodically detects the code change flag bit, and when the code change flag bit transmission is changed, determines that the code is changed, and then S3 is executed.
The code change detection module is used for periodically detecting the code change zone bit, and when the change zone bit is detected to change, the code compiling module triggers the code compiling tool to complete the code compiling process.
S3, compiling software codes: the code compiling unit triggers the code compiling and constructing module to compile the software code, if the compiling is successful, the compiling success flag bit is set, the code compiling and constructing result information is sent to the result feedback unit, and S4 is executed; if the compiling fails, the code compiling and the construction result information are sent to the result feedback unit, and S6 is executed.
S4, acquiring test information: the test information acquisition unit acquires test information according to the software demand information stored by the software demand management module, and the test tool triggering unit sends the test information to the test tool module and executes S5.
The software requirement information comprises requirement information, traceability relation information between requirements and a framework, traceability relation information between requirements and a code, and is uploaded to a software requirement management module in advance by a developer to provide test parameters for the continuous integration module. The test information comprises test category information and test parameter information, and is set by a developer according to the software requirement information.
S5, executing a software test: the test tool module sequentially calls a plurality of corresponding execution tools according to the test information to carry out software test on the software successfully compiled in the step S3, after the test is completed, the test result information is analyzed, if the analysis judges that the software has defects, the test result information and the software defect information are sent to a result feedback unit, and S6 is executed; and if the analysis and judgment software has no defect, sending the test result information to a result feedback unit, and executing S6.
For the test process of each execution tool, the steps are to detect the flag bit after the previous execution is completed, when the flag bit is valid, the test tool executes the corresponding software test process, and when the flag bit is invalid, the current test operation is not executed. Analyzing a test result file and a log file of the tool after the test is finished, if the software has defects, forming a defect report according to the generated result file and log diagnosis fault information after the test is finished, uploading the defect report to a result feedback unit, and setting a test failure flag bit; if the software has no defect, after the test is completed, a software test report is formed and is uploaded to a result feedback unit, and a test success flag bit is set. And the result feedback unit uploads test result information such as defect reports, test reports and the like and software defect information to the management system.
S6, result feedback: the result feedback unit acquires and reports the result information, the test result information and the software defect information of the code compiling and constructing module to the management module, and the management module stores and displays the result information, the test result information and the software defect information of the code compiling and constructing module.
Further, in step S5, a plurality of execution tools corresponding to the test information are preset by the tester, and the setting manner is as follows: and classifying the software according to the keywords of the test information, and configuring corresponding execution tools according to different categories.
For example, the software is divided into application software and embedded software according to the keywords of the test information, the application software corresponds to the configuration code static analysis execution tool, the integrated test automation execution tool, the function test automation execution tool, the pressure test automation execution tool, the security test automation execution tool and the interface automation test tool, and the embedded software corresponds to the configuration code static analysis execution tool, the unit test automation execution tool and the integrated test automation execution tool.
Furthermore, when the management module receives the result information of the code compiling and constructing module, the test result information and the software defect information, the result information is sent to the tester in one or more forms of mail, short message and WeChat.
The technical scheme in the embodiment of the application at least has the following technical effects or advantages:
1. the software automatic test system realizes the automatic test of the whole software test process, improves the efficiency of software test execution, test result analysis and test management, and improves the product quality;
2. the automatic test execution tool used in the same software project is managed and configured in a centralized way, a tester only needs to configure once, and the continuous integrated system automatically calls the tool through the script, so that the software test efficiency is improved;
3. the management system automatically collects information in the testing process transmitted by the continuous integrated system, including code compiling and building module result information, test result information, software defect information and the like, and the management system transmits the data information to related personnel in the forms of mail, short message, weChat or combination according to the requirement.
While embodiments of the present invention have been shown and described above, it will be understood that the above embodiments are illustrative and not to be construed as limiting the invention, and that variations, modifications, alternatives and variations may be made to the above embodiments by one of ordinary skill in the art within the scope of the invention.
Claims (7)
1. A software automated testing system, comprising: the system comprises a software demand management module, a code hosting module, a continuous integration module, a code compiling and constructing module, a testing tool module and a management module; the software requirement management module is used for storing software requirement information; the code hosting module is used for managing codes and changing code change zone bits when the codes are changed; the continuous integration module is used for detecting code change zone bits and triggering the code compiling and constructing module, the continuous integration module is also used for acquiring test information according to software requirement information and triggering the test tool module, and the continuous integration module is also used for acquiring result information of the code compiling and constructing module, test result information and software defect information and reporting the result information to the management module; the code compiling and constructing module is used for compiling software codes; the test tool module is used for executing software test; the management module is used for storing and displaying the code compiling and constructing result information, the test result information and the software defect information, and the continuous integration module comprises a code change detection unit, a code compiling unit, a test information acquisition unit, a test tool triggering unit and a result feedback unit: the code change detection unit is used for detecting the code change zone bit to judge whether the code is changed or not; the code compiling unit is used for triggering the code compiling and constructing module when the code change detecting unit judges that the code is changed; the test information acquisition unit is used for acquiring the test information according to the software demand information, wherein the test information comprises test category information and test parameter information; the test tool triggering unit is used for triggering the test tool module and sending the test information to the test tool module; the result feedback unit is used for acquiring the result information of the code compiling and constructing module, the test result information and the software defect information and reporting the result information and the test result information to the management module.
2. The software automated testing system of claim 1, wherein: the test tool module comprises a code static analysis execution tool, a unit test automation execution tool, an integrated test automation execution tool, a function test automation execution tool, a pressure test automation execution tool, a security test automation execution tool and an interface test automation execution tool, and the test tool module calls a plurality of corresponding execution tools to execute software tests according to the test information.
3. The software automated testing system of claim 2, wherein: the software requirement information comprises requirement information, traceability relation information between requirements and a framework, traceability relation information between requirements and a code and traceability relation information between requirements and a code.
4. The software automated testing system of claim 2, wherein: the management module is also used for sending the code compiling and construction result information, the test result information and the software defect information to a tester.
5. A test method employing the software automated test system of any of claims 2-4, comprising the steps of:
s1, uploading codes: the code hosting module receives and stores the uploaded software code, changes the code change flag bit and executes S2;
s2, detecting code change: the code change detection unit periodically detects the code change flag bit, and when the code change flag bit is sent to change, the code change detection unit judges that the code is changed, and then S3 is executed;
s3, compiling software codes: the code compiling unit triggers the code compiling and constructing module to compile the software code, if the compiling is successful, a compiling success flag bit is set, the code compiling and constructing result information is sent to the result feedback unit, and S4 is executed; if the compiling fails, the code compiling and construction result information is sent to the result feedback unit, and S6 is executed;
s4, acquiring test information: the test information acquisition unit acquires the test information according to the software demand information stored by the software demand management module, and the test tool triggering unit sends the test information to the test tool module and executes S5;
s5, executing a software test: the test tool module sequentially calls a plurality of corresponding execution tools according to the test information to test the software successfully compiled in the step S3, analyzes the test result information after the test is completed, and sends the test result information and the software defect information to a result feedback unit if the analysis judges that the software has defects, and executes the step S6; if the analysis and judgment software has no defect, the test result information is sent to the result feedback unit, and S6 is executed;
s6, result feedback: the result feedback unit acquires the result information of the code compiling and constructing module, the test result information and the software defect information and reports the result information and the test result information to the management module, and the management module stores and displays the result information of the code compiling and constructing module, the test result information and the software defect information.
6. The test method according to claim 5, wherein: in step S5, a plurality of execution tools corresponding to the test information are preset by a tester, and the setting modes are as follows: and classifying the software according to the keywords of the test information, and configuring corresponding execution tools according to different categories.
7. The test method according to claim 5, wherein: and the management module receives the result information of the code compiling and constructing module, the test result information and the software defect information and sends the result information and the software defect information to a tester in one or more forms of mail, short message and WeChat.
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