CN112835789A - Realization technology for automatic test of automatic test framework - Google Patents
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- 238000004806 packaging method and process Methods 0.000 claims abstract description 13
- 210000001503 joint Anatomy 0.000 claims abstract description 5
- 238000013515 script Methods 0.000 claims description 67
- 238000000034 method Methods 0.000 claims description 38
- 230000006870 function Effects 0.000 claims description 10
- 230000010354 integration Effects 0.000 claims description 6
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- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3668—Software testing
- G06F11/3672—Test management
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3668—Software testing
- G06F11/3672—Test management
- G06F11/3688—Test management for test execution, e.g. scheduling of test suites
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
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Abstract
The invention relates to the technical field of UI (user interface) packaging, in particular to a realization technology of automatic testing of an automatic testing framework, which can realize the automatic testing function of a multi-platform UI (user interface), provides a whole set of automatic flow for integrating the realization of a bottom packaging framework, flexibly joints other automatic testing frameworks, realizes the matching of a plurality of ends and a plurality of frameworks to finish the automatic testing work, solves the problem that the automatic testing cannot be flexibly applied, freely switches a plurality of environments to implement the automatic testing and realizes the automatic high multiplexing; the system comprises a PC-UI automation framework, a mobile terminal-UI automation framework, an extensible automation execution framework, a flexible automation log module, a practical report, a mail, a message module and an interface module which can be continuously integrated in a butt joint mode.
Description
Technical Field
The invention relates to the technical field of UI (user interface) packaging, in particular to a realization technology of automatic testing of an automatic testing framework.
Background
With the development of the IT industry, project services and processes are more complicated, manual efficiency and timeliness of manual testing greatly influence the time from project establishment to online of a project, automatic testing exists relative to functional testing and is an important link influencing functional testing all the time, and compared with functional testing, the automatic testing improves the execution efficiency of testing, saves time and cost, and liberates manpower to do more important work. Meanwhile, some testing work must be completed by means of automatic testing.
The automatic testing framework of the residence, Automationtest, is a collection of automatic testing frameworks, which collects: 1) PC-UI automation framework, 2) mobile-end-UI automation framework, 3) extensible automation execution framework, 4) flexible automation log module, 5) practical report, mail and message module, and 6) interface module capable of being butted and continuously integrated.
At present, UI (user interface) automatic test frames in the industry are various, frame packaging methods cannot meet specific service functions, automatic scripts are large in maintenance amount, codes of project products need to follow certain rules to ensure good multiplexing of the frame codes of the automatic test scripts, powerful technical support and solutions to specific problems are difficult to provide, the frame packaging methods have problems, cannot be applied, and are large in problem positioning difficulty and complex in processing. The automatic test results are tracked without perfect logs and reports, which are fundamental problems seriously restricting the realization of the automatic test.
Disclosure of Invention
In order to solve the technical problems, the invention provides a technology for realizing automatic testing of an automatic testing framework, which can realize the automatic testing function of a multi-platform UI, provides a whole set of automatic flow for integrating the realization of a bottom packaging framework, flexibly joints other automatic testing frameworks, realizes the matching of a plurality of ends and a plurality of frameworks to finish the automatic testing work, solves the problem that the automatic testing cannot be flexibly applied, freely switches a plurality of environments to implement the automatic testing, and realizes the high multiplexing of automation.
The invention relates to a technology for realizing automatic test of an automatic test framework, which comprises a PC-UI automatic framework, a mobile terminal-UI automatic framework, an extensible automatic execution framework, a flexible automatic log module, a practical report, a mail module, a message module and an interface module capable of being butted and continuously integrated.
The invention discloses a technology for realizing automatic test of an automatic test framework, which comprises the following steps: the automatic testing method comprises the steps that Python + Selenium + Unittest + loader can complete the establishment of a PC automatic testing framework, script compiling, script optimizing, script executing, log analyzing and establishment of a GitLab + Jenkins automatic server, the automatic script can be monitored in real time, the automatic testing server is updated by new codes, code updating of the automatic testing server is completed, real-time and timed execution of scripts can be achieved, continuous integration of automatic testing is achieved, automatic script log recording follow-up is added to the server, the reason for finding problems can be traced, the script executing can be completed by applying an HttpRunner report file to perform packaging method to generate an automatic visual testing report, automatic testing results can be synchronized in real time by packaged sending mails and nail information, the whole automatic testing result can be made to be consistent, and automatic testing function modules can be flexibly packaged according to actual requirements, And the switching of different environments of automatic testing is realized.
The invention discloses a technology for realizing automatic test of an automatic test framework, wherein a mobile terminal-UI automatic framework comprises the following steps: based on python language, remove end frame bottom encapsulation ATXserver and realize many equipment compatibility, it is automatic to use quick location element through the reporter to remove the end, the available location element method of encapsulation removal end, carry out the automation mechanized operation to the cell-phone, can judge whether the cell-phone is used to install when operating the cell-phone, APP packing method in the automatic execution jenkins of uninstallation meeting, the automatic pulling of APP package that finishes beating is to local project, the frame has encapsulated the methods of APP such as automatic installation, start, operation, carry out conventional automated test to removing end APP through these normal methods.
The invention discloses a technology for realizing automatic test of an automatic test framework, which comprises the following steps: the method comprises the steps of executing an automation script, packaging through a unit test frame unit frame of Python language, loading and executing the automation test script by using packaged ATXMethods.
The invention discloses a technology for realizing automatic test of an automatic test framework, which comprises the following steps: the method comprises the steps of recording and tracking errors generated during running through a LoggerMethods log module, adding log grades at different ends of an automatic log, generating output of specific logs of different projects, displaying an automatic execution result log through an application console and a report, analyzing the execution condition of an automatic test through the log, positioning the problem of errors of the automatic script, outputting an information log understood by an executor, enabling the automatic test result to be simple and readable, positioning the place and the reason of the errors of the script more easily for a functional tester executing the automatic test script, and quickly solving the problem of the script.
The invention discloses a technology for realizing automatic test of an automatic test framework, which comprises the following practical report, mail and message modules: the automatic test script is executed and completed, an automatic test report can be automatically generated, the automatic report can record the execution duration of the test script, the test result, the test execution chart, the test report case details, the test report log, the test report screenshot and other functions, the method of sending mails and nailing messages can be called after the report is generated, the automatic test report is sent to related personnel, the automatic test is made to have a basis, the automatic test can customize different reports and different message scenes in different scenes, and the whole automatic test result report output mechanism is perfected.
The invention relates to a technology for realizing automatic test of an automatic test framework, wherein an interface module capable of being continuously integrated in a butt joint mode: the method comprises the steps of submitting a script written by an automatic tester on a code server, automatically deploying and executing the code through the automatic test server, generating an automatic test visual report, finding a problem, collecting error logs in real time, and executing the automatic script regularly to ensure the sustainability of automatic execution.
Compared with the prior art, the invention has the beneficial effects that: the invention can realize the automatic test service of the integrated PC end and the mobile end, package a multi-end extensible automatic execution frame, realize the single file execution and the test set execution of the automatic script, execute the same automatic script on a plurality of mobile end devices, print output logs in real time, check script execution results, provide perfect extensible automatic test reports, integrate the automatic test reports to automatically send mails, nail messages and other services, realize the submission, pulling and execution of continuous integration of automatic codes, flexibly configure the execution mode, form a set of comprehensive automatic frame service, integrate the automatic test flow, the mediated automatic test frame multi-end integration, simultaneously execute the automatic script of the mobile end on a plurality of devices, automatically develop and customize the automatic log module, the automatic report, the mails, the nail module and the automatic script continuous integration flow, other related automated bottom-level packages also have many self-developed functions.
Drawings
FIG. 1 is a diagram of a PC-UI automation framework;
FIG. 2 is a mobile end-UI automation framework diagram;
FIG. 3 is a case load execution diagram of an ATXMethods.CaseTractetray automation script;
FIG. 4 is a block diagram of a log method;
FIG. 5 is a block diagram of a logging method;
FIG. 6 is a block diagram of a logging method;
FIG. 7 is a log output graph;
FIG. 8 is a test chart of a utility report, mail, message module;
FIG. 9 is a test chart of a utility report, mail, message module;
FIG. 10 is an automated script execution flow diagram.
Detailed Description
The following detailed description of embodiments of the present invention is provided in connection with the accompanying drawings and examples. The following examples are intended to illustrate the invention but are not intended to limit the scope of the invention.
As shown in fig. 1 to 10, the technology for implementing the automated testing framework automatic testing of the present invention includes a PC-UI automation framework, a mobile-end-UI automation framework, an extensible automation execution framework, a flexible automation log module, a utility report, a mail, a message module, and an interface module capable of being continuously integrated by docking.
The technology for implementing automatic testing of the automatic testing framework of the invention is shown in figure 1, and the PC-UI automatic framework comprises the following steps: the automatic testing method comprises the steps that Python + Selenium + Unittest + loader can complete the establishment of a PC automatic testing framework, script compiling, script optimizing, script executing, log analyzing and establishment of a GitLab + Jenkins automatic server, the automatic script can be monitored in real time, the automatic testing server is updated by new codes, code updating of the automatic testing server is completed, real-time and timed execution of scripts can be achieved, continuous integration of automatic testing is achieved, automatic script log recording follow-up is added to the server, the reason for finding problems can be traced, the script executing can be completed by applying an HttpRunner report file to perform packaging method to generate an automatic visual testing report, automatic testing results can be synchronized in real time by packaged sending mails and nail information, the whole automatic testing result can be made to be consistent, and automatic testing function modules can be flexibly packaged according to actual requirements, And the switching of different environments of automatic testing is realized.
The technology for implementing automatic testing of the automatic testing framework of the invention is shown in fig. 2, and the mobile terminal-UI automatic framework: based on python language, the mobile terminal framework bottom layer is packaged with the ATXserver to realize multi-device compatibility, the mobile terminal automatically conducts application quick positioning elements through the mediator, a positioning element method which can be used by the mobile terminal is packaged, automatic operation is conducted on the mobile phone, whether the mobile phone application is installed or not can be judged while the mobile phone is operated, an APP packaging method in jenkins can be automatically executed when the mobile phone is not installed, the printed APP package is automatically pulled to a local project, APP methods such as automatic installation, starting and operation are packaged in the framework, and the APP of the mobile terminal is subjected to conventional automatic testing through the common methods;
the building of an automatic test framework of a mobile terminal, the maintenance of an automatic script and the execution of a cross-platform automatic script (android and IOS) can be completed through Python + uiautomator2+ ATXMethods, and the automatic script of the mobile terminal is executed on a plurality of devices simultaneously, so that the compatibility test of a plurality of device terminals of the mobile terminal is realized. The system supports automatic testing of wired and wireless connection mobile terminal equipment, is compatible with a log module of a PC (personal computer) frame, and is characterized in that a test report module adds a mobile terminal report screenshot function according to the characteristics of a mobile terminal project, and performs multi-equipment execution and report combination.
The technology for implementing automatic testing of the automatic testing framework of the invention is as shown in fig. 3, and the extensible automatic execution framework comprises: the method comprises the steps of executing an automation script, packaging through a unit test frame unit frame of Python language, loading and executing the automation test script by using packaged ATXMethods.
The technology for implementing automatic testing of the automatic testing framework of the invention is shown in fig. 4-7, and the flexible automatic log module: the method comprises the steps of recording and tracking errors generated during running through a LoggerMethods log module, adding log grades at different ends of an automatic log, generating output of specific logs of different projects, displaying an automatic execution result log through an application console and a report, analyzing the execution condition of an automatic test through the log, positioning the problem of errors of the automatic script, outputting an information log understood by an executor, enabling the automatic test result to be simple and readable, positioning the place and the reason of the errors of the script more easily for a functional tester executing the automatic test script, and quickly solving the problem of the script.
The technology for implementing automatic testing of the automatic testing framework of the invention is shown in fig. 8-9, and the practical report, mail and message module: the automatic test script is executed and completed, an automatic test report can be automatically generated, the automatic report can record the execution duration of the test script, the test result, the test execution chart, the test report case details, the test report log, the test report screenshot and other functions, the method of sending mails and nailing messages can be called after the report is generated, the automatic test report is sent to related personnel, the automatic test is made to have a basis, the automatic test can customize different reports and different message scenes in different scenes, and the whole automatic test result report output mechanism is perfected.
In the implementation technology of the automated testing framework of the present invention, as shown in fig. 10, the interface module capable of being continuously integrated by docking: submitting a script written by an automatic tester on a code server, automatically deploying and executing the code through the automatic test server, generating an automatic test visual report, finding a problem, collecting error logs in real time, and executing the automatic script regularly to ensure the sustainability of automatic execution;
deploying an automatic test script idea:
the automation server jenkins automatically draws the automatic test script codes submitted to the gitlab, jenkins can automatically build the submitted automatic codes, testers can automatically execute the automatic scripts immediately after clicking to build the automatic scripts, reports are generated, mails are sent, and nail driving reminding is achieved.
The above description is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, several modifications and variations can be made without departing from the technical principle of the present invention, and these modifications and variations should also be regarded as the protection scope of the present invention.
Claims (7)
1. The automatic testing implementation technology of the automatic testing framework is characterized by comprising a PC-UI automation framework, a mobile terminal-UI automation framework, an extensible automation execution framework, a flexible automation log module, a practical report, a mail, a message module and an interface module which can be continuously integrated in a butt joint mode.
2. The implementation technique for automated testing of an automated testing framework of claim 1, wherein the PC-UI automation framework: the automatic testing method comprises the steps that Python + Selenium + Unittest + loader can complete the establishment of a PC automatic testing framework, script compiling, script optimizing, script executing, log analyzing and establishment of a GitLab + Jenkins automatic server, the automatic script can be monitored in real time, the automatic testing server is updated by new codes, code updating of the automatic testing server is completed, real-time and timed execution of scripts can be achieved, continuous integration of automatic testing is achieved, automatic script log recording follow-up is added to the server, the reason for finding problems can be traced, the script executing can be completed by applying an HttpRunner report file to perform packaging method to generate an automatic visual testing report, automatic testing results can be synchronized in real time by packaged sending mails and nail information, the whole automatic testing result can be made to be consistent, and automatic testing function modules can be flexibly packaged according to actual requirements, And the switching of different environments of automatic testing is realized.
3. The implementation technique for automated testing of an automated testing framework of claim 2, wherein the mobile end-UI automation framework: based on python language, remove end frame bottom encapsulation ATXserver and realize many equipment compatibility, it is automatic to use quick location element through the reporter to remove the end, the available location element method of encapsulation removal end, carry out the automation mechanized operation to the cell-phone, can judge whether the cell-phone is used to install when operating the cell-phone, APP packing method in the automatic execution jenkins of uninstallation meeting, the automatic pulling of APP package that finishes beating is to local project, the frame has encapsulated the methods of APP such as automatic installation, start, operation, carry out conventional automated test to removing end APP through these normal methods.
4. The automated testing framework automated testing implementation technique of claim 3, wherein the extensible automated execution framework: the method comprises the steps of executing an automation script, packaging through a unit test frame unit frame of Python language, loading and executing the automation test script by using packaged ATXMethods.
5. The automated testing framework automated testing implementation technique of claim 4, wherein the flexible automated logging module: the method comprises the steps of recording and tracking errors generated during running through a LoggerMethods log module, adding log grades at different ends of an automatic log, generating output of specific logs of different projects, displaying an automatic execution result log through an application console and a report, analyzing the execution condition of an automatic test through the log, positioning the problem of errors of the automatic script, outputting an information log understood by an executor, enabling the automatic test result to be simple and readable, positioning the place and the reason of the errors of the script more easily for a functional tester executing the automatic test script, and quickly solving the problem of the script.
6. The automated test framework automated test implementation technique of claim 5, wherein the utility reports, mails, messages module: the automatic test script is executed and completed, an automatic test report can be automatically generated, the automatic report can record the execution duration of the test script, the test result, the test execution chart, the test report case details, the test report log, the test report screenshot and other functions, the method of sending mails and nailing messages can be called after the report is generated, the automatic test report is sent to related personnel, the automatic test is made to have a basis, the automatic test can customize different reports and different message scenes in different scenes, and the whole automatic test result report output mechanism is perfected.
7. The automated test framework automated test implementation technique of claim 6, wherein the dockable persistent integrated interface module: the method comprises the steps of submitting a script written by an automatic tester on a code server, automatically deploying and executing the code through the automatic test server, generating an automatic test visual report, finding a problem, collecting error logs in real time, and executing the automatic script regularly to ensure the sustainability of automatic execution.
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