CN109324975B - Continuous integration method based on mobile cloud measurement platform - Google Patents
Continuous integration method based on mobile cloud measurement platform Download PDFInfo
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- CN109324975B CN109324975B CN201811175362.9A CN201811175362A CN109324975B CN 109324975 B CN109324975 B CN 109324975B CN 201811175362 A CN201811175362 A CN 201811175362A CN 109324975 B CN109324975 B CN 109324975B
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Abstract
The invention discloses a continuous integration method based on a mobile cloud platform, which is based on Jenkins as a continuous integration tool, and can finish automatic testing of a test task of the mobile cloud platform through Jenkins by establishing a parametric construction project and recording corresponding task parameters in Jenkins and defining a corresponding service flow in Pipeline after a user only needs to upload application on the mobile cloud platform, record a test case and establish a post-test task. By the continuous integration method, the initiation of a test task, the collection of a test result and the like are automatically completed without manual intervention, and the iterative update of the version can be better dealt with, so that the software quality is ensured.
Description
Technical Field
The invention relates to the technical field of continuous integration, in particular to a continuous integration method based on a mobile cloud measurement platform.
Background
In the existing automatic test of the mobile terminal, an automatic test tool or a cloud test platform is often used for recording and replaying scripts, and a large amount of manpower is used for executing the scripts, monitoring the running state and feeding back the test result. The mode can not waste human cost when dealing with projects with long version iteration cycles, however, the automatic testing mode is difficult to keep up with the steps of high-speed product release, and frequent product release can also lead to quality difficulty in ensuring and prolonged life cycle of the automatic testing.
In the field of current mobile terminal automated testing, although a part of continuous integration schemes exist, the schemes basically belong to a single-tool continuous integration scheme, and a continuous integration scheme for a mobile cloud testing platform is lacked.
Continuous integration is particularly important for the above situations, and can effectively release human resources, quickly cope with frequent product release and product quality guarantee, and reduce the difficulty of continuous integration.
Disclosure of Invention
The invention aims to solve the problems and provide a continuous integration method based on a mobile cloud test platform, based on Jenkins as a continuous integration tool, after a test or development worker records an automatic test case and creates an automatic task through the mobile cloud test platform, a Pipeline production line is called in Jenkins, and corresponding parameters are introduced, so that the task can be triggered through Jenkins, the state of a polling task and the collection of test results can be effectively responded, the fast iteration of mobile-end software can be effectively responded, the software quality can be ensured through an automatic test means, the labor cost can be effectively saved, and the development period can be shortened.
The invention realizes the purpose through the following technical scheme:
a continuous integration method based on a mobile cloud measurement platform comprises the following steps:
manually uploading an application to be tested in a mobile cloud testing platform, recording a use case, creating a test task, binding a corresponding test case, mobile phone equipment and a related operation mode, and recording a URL (Uniform resource locator) address, a login name, a login password and a task ID (identity) corresponding to the created task of the cloud testing platform;
step two, establishing a parameterized construction project in Jenkins and defining related parameters, wherein the parameters are as follows:
1) SITE _ URL, corresponding to the mobile cloud platform address;
2) the USER _ NAME corresponds to a login USER NAME of the mobile cloud platform;
3) the PASSSWD corresponds to a login password of the mobile cloud platform;
4) packet _ PATH, mobile side installation PACKAGE PATH to be uploaded or updated;
5) the TASK _ ID corresponds to a TASK ID of a TASK created by the mobile cloud testing platform;
6) TASK _ NAME, TASK NAME;
step three, defining a Pipeline production line in Jenkins;
1) checking whether the application version is updated;
2) if the installation PACKAGE is updated, acquiring the new installation PACKAGE to a specified PATH PACKAGE _ PATH; otherwise, the following steps are not executed;
3) calling a signature interface of the continuous integration server to sign the new installation package;
4) application to mobile cloud testing platform after signature uploading by calling application interface of continuous integration server
5) Calling a continuous integration service end to initiate a TASK interface to initiate a test TASK, wherein the required parameters are USER _ NAME, PASSSWD, TASK _ ID and TASK _ NAME, and returning to the TASK ID in operation;
6) calling a task query interface of a continuous integration server to poll a test task until the task is completely executed;
7) calling a task result query interface of the continuous integration server, and analyzing a test result;
8) uploading a test report;
step four, building a project through Jenkins parameterization and inputting values corresponding to the two relevant parameters in the step;
and step five, waiting for the construction to be finished.
The further scheme is as follows:
before the first step, the pre-steps needing to be set are as follows:
1) the mobile cloud measurement platform is provided and operates normally;
2) developing a continuous integration service end of the mobile cloud platform, enabling the service to run normally, and providing a continuous integration interface related to the mobile cloud platform; the interfaces that need to be provided are as follows:
a) the signature interface can sign the application to be tested;
b) the application uploading interface uploads the application to the mobile cloud testing platform to cover the original version;
c) a task initiating interface for initiating a task based on the task ID (the task binds a corresponding test case and mobile phone equipment);
d) the task state query interface is used for querying the task state based on the running task ID returned by the task initiating interface;
e) and the task result query interface is used for querying based on the task ID in the running process.
The further scheme is as follows:
the mobile cloud test platform records and plays back the automatic test script of the mobile terminal, creates and executes an automatic regression test task, and displays a test report.
The further scheme is as follows:
the mobile cloud platform continuous integration server provides continuous integration interfaces related to the mobile cloud platform, and the interfaces comprise an application signature interface, an application uploading interface, a task initiating interface, a task query interface and a task result query interface.
The further scheme is as follows:
the Jenkins are responsible for creating and constructing projects, and the automated testing of tasks of the mobile cloud testing platform end is completed through a Pipeline PipeLine scheduling continuous integration server end interface.
The invention has the beneficial effects that:
according to the continuous integration method based on the mobile cloud platform, a user only needs to create a parametric construction project and input corresponding task parameters in Jenkins after the application is uploaded on the mobile cloud platform, a test case is recorded and a test task is created, and a corresponding service process is defined in PipeLine, so that the automatic test of the test task of the mobile cloud platform can be completed through the Jenkins. By the continuous integration method, the initiation of a test task, the collection of a test result and the like are automatically completed without manual intervention, and the iterative update of the version can be better dealt with, so that the software quality is ensured.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the following briefly introduces the embodiments or the drawings needed to be practical in the prior art description, and obviously, the drawings in the following description are only some embodiments of the embodiments, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.
FIG. 1 is a flow chart of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the technical solutions of the present invention will be described in detail below. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be derived by a person skilled in the art from the examples given herein without any inventive step, are within the scope of the present invention.
As shown in fig. 1, a continuous integration method based on a mobile cloud platform includes the following steps:
manually uploading an application to be tested in a mobile cloud testing platform, recording a use case, creating a test task, binding a corresponding test case, mobile phone equipment and a related operation mode, and recording a URL (Uniform resource locator) address, a login name, a login password and a task ID (identity) corresponding to the created task of the cloud testing platform;
step two, establishing a parameterized construction project in Jenkins and defining related parameters, wherein the parameters are as follows:
1) SITE _ URL, corresponding to the mobile cloud platform address;
2) the USER _ NAME corresponds to a login USER NAME of the mobile cloud platform;
3) the PASSSWD corresponds to a login password of the mobile cloud platform;
4) packet _ PATH, mobile side installation PACKAGE PATH to be uploaded or updated;
5) the TASK _ ID corresponds to a TASK ID of a TASK created by the mobile cloud testing platform;
6) TASK _ NAME, TASK NAME;
step three, defining a Pipeline production line in Jenkins;
1) checking whether the application version is updated;
2) if the installation PACKAGE is updated, acquiring the new installation PACKAGE to a specified PATH PACKAGE _ PATH; otherwise, the following steps are not executed;
3) calling a signature interface of the continuous integration server to sign the new installation package;
4) application to mobile cloud testing platform after signature uploading by calling application interface of continuous integration server
5) Calling a continuous integration service end to initiate a TASK interface to initiate a test TASK, wherein the required parameters are USER _ NAME, PASSSWD, TASK _ ID and TASK _ NAME, and returning to the TASK ID in operation;
6) calling a task query interface of a continuous integration server to poll a test task until the task is completely executed;
7) calling a task result query interface of the continuous integration server, and analyzing a test result;
8) uploading a test report;
step four, building a project through Jenkins parameterization and inputting values corresponding to the two relevant parameters in the step;
and step five, waiting for the construction to be finished.
Before the first step, the pre-steps needing to be set are as follows:
1) the mobile cloud measurement platform is provided and operates normally;
2) developing a continuous integration service end of the mobile cloud platform, enabling the service to run normally, and providing a continuous integration interface related to the mobile cloud platform; the interfaces that need to be provided are as follows:
a) the signature interface can sign the application to be tested;
b) the application uploading interface uploads the application to the mobile cloud testing platform to cover the original version;
c) a task initiating interface for initiating a task based on the task ID (the task binds a corresponding test case and mobile phone equipment);
d) the task state query interface is used for querying the task state based on the running task ID returned by the task initiating interface;
e) and the task result query interface is used for querying based on the task ID in the running process.
The mobile cloud test platform records and plays back the automatic test script of the mobile terminal, creates and executes an automatic regression test task, and displays a test report.
The mobile cloud platform continuous integration server provides continuous integration interfaces related to the mobile cloud platform, and the interfaces comprise an application signature interface, an application uploading interface, a task initiating interface, a task query interface and a task result query interface.
The Jenkins are responsible for creating and constructing projects, and the automated testing of tasks of the mobile cloud testing platform end is completed through a Pipeline PipeLine scheduling continuous integration server end interface.
The system of the method specifically comprises a mobile cloud measurement platform, a mobile cloud measurement platform continuous integration service end and Jenkins. The mobile cloud testing platform records and plays back automatic testing scripts of a mobile terminal (Android and IOS), creates and executes an automatic regression testing task, displays a testing report and the like; the mobile cloud platform continuous integration server provides a continuous integration interface related to the mobile cloud platform, such as: the system comprises an application signature interface, an application uploading interface, a task initiating interface, a task query interface and a task result query interface; jenkins are responsible for creating and constructing projects and the like, and automatic testing of tasks of the mobile cloud testing platform end is completed through a Pipeline PipeLine scheduling continuous integration server end interface.
The operation flows among the mobile cloud measurement platform, the mobile cloud measurement platform continuous integration server and Jenkins are as follows: jenkins calls an interface corresponding to a continuous integration server of the mobile cloud test platform to complete relevant operations on the mobile cloud test platform by sending an http request, if: the method comprises the steps of applying a signature, uploading an application to a mobile cloud test platform, initiating a corresponding test task of a mobile cloud test platform end through a task ID, inquiring the state of the corresponding test task of the mobile cloud test platform end, acquiring a test report of the mobile cloud test platform end, acquiring a test result of the test task and the like. Jenkins tests task states through the mobile cloud testing platform end by means of training, and feeds back final test results to Jenkins.
The invention discloses a mobile cloud platform-based system and a continuous integration method thereof.A user only needs to create a parametric construction project in Jenkins and input corresponding task parameters after uploading application on a mobile cloud platform, recording a test case and creating a post-test task, and defining a corresponding business process in Pipeline. The automatic test of the test task of the mobile cloud test platform can be completed through Jenkins. By the continuous integration method, the initiation of the test task, the collection of the test result and the like are automatically completed without manual intervention. The iterative updating of the version can be better dealt with, thereby ensuring the software quality.
The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present invention, and all the changes or substitutions should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the appended claims. It should be noted that the various technical features described in the above embodiments can be combined in any suitable manner without contradiction, and the invention is not described in any way for the possible combinations in order to avoid unnecessary repetition. In addition, any combination of the various embodiments of the present invention is also possible, and the same should be considered as the disclosure of the present invention as long as it does not depart from the spirit of the present invention.
Claims (5)
1. A continuous integration method based on a mobile cloud measurement platform is characterized by comprising the following steps:
manually uploading an application to be tested in a mobile cloud testing platform, recording a case, creating a test task, binding a corresponding test case and mobile phone equipment, and recording a URL (Uniform resource locator) address, a login name, a login password and a task ID (identity) corresponding to the created task of the cloud testing platform;
step two, establishing a parameterized construction project in Jenkins and defining related parameters, wherein the parameters are as follows:
1) SITE _ URL, corresponding to the mobile cloud platform address;
2) the USER _ NAME corresponds to the login NAME of the mobile cloud platform;
3) the PASSSWD corresponds to a login password of the mobile cloud platform;
4) packet _ PATH, mobile side installation PACKAGE PATH to be uploaded or updated;
5) the TASK _ ID corresponds to a TASK ID of a TASK created by the mobile cloud testing platform;
6) TASK _ NAME, TASK NAME;
step three, defining a Pipeline production line in Jenkins;
1) checking whether the application version is updated;
2) if the installation PACKAGE is updated, acquiring the new installation PACKAGE to a specified PATH PACKAGE _ PATH; otherwise, the following steps are not executed;
3) calling a signature interface of the continuous integration server to sign the new installation package;
4) calling an application after signature uploading by an uploading application interface of the continuous integration server to the mobile cloud testing platform;
5) calling a continuous integration service end to initiate a TASK interface to initiate a test TASK, wherein the required parameters are USER _ NAME, PASSSWD, TASK _ ID and TASK _ NAME, and returning to the TASK ID in operation;
6) calling a task query interface of a continuous integration server to poll a test task until the task is completely executed;
7) calling a task result query interface of the continuous integration server, and analyzing a test result;
8) uploading a test report;
step four, building a project through Jenkins parameterization and inputting values corresponding to the two relevant parameters in the step;
and step five, waiting for the construction to be finished.
2. The continuous integration method based on the mobile cloud platform as claimed in claim 1, wherein the first step is preceded by the following steps:
1) the mobile cloud measurement platform is provided and operates normally;
2) developing a continuous integration service end of the mobile cloud platform, enabling the service to run normally, and providing a continuous integration interface related to the mobile cloud platform; the interfaces that need to be provided are as follows:
a) the signature interface can sign the application to be tested;
b) the application uploading interface uploads the application to the mobile cloud testing platform to cover the original version;
c) a task initiation interface for initiating a task based on the task ID;
d) the task state query interface is used for querying the task state based on the running task ID returned by the task initiating interface;
e) and the task result query interface is used for querying based on the task ID in the running process.
3. The continuous integration method based on the mobile cloud test platform of claim 1, wherein the mobile cloud test platform performs recording and playback of an automated test script of a mobile terminal, creation and execution of an automated regression test task, and display of a test report.
4. The continuous integration method based on the mobile cloud platform as claimed in claim 1, wherein the continuous integration server of the mobile cloud platform provides continuous integration interfaces related to the mobile cloud platform, and the interfaces include an application signature interface, an application upload interface, a task initiation interface, a task query interface, and a task result query interface.
5. The continuous integration method based on the mobile cloud test platform as claimed in claim 1, wherein Jenkins is responsible for creating and constructing projects, and automatic testing of tasks of the mobile cloud test platform end is completed through a PipeLine scheduling continuous integration server end interface of pipe line.
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| CN112698998B (en) * | 2021-01-15 | 2024-05-07 | 北京中科通量科技有限公司 | Sustainable integrated ARM server factory testing method |
| CN113176959A (en) * | 2021-04-29 | 2021-07-27 | 上海云扩信息科技有限公司 | Universal RPA mobile phone automatic design system |
| CN114385258B (en) * | 2021-12-08 | 2023-09-26 | 北京云测信息技术有限公司 | Automatic test method, device, electronic equipment and storage medium |
| CN114996123B (en) * | 2022-05-06 | 2024-06-21 | 江苏康众汽配有限公司 | Application release quality management method and system based on guarantee test |
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