CN112148616A - Performance test management platform - Google Patents
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Abstract
The invention provides a performance test management platform, which comprises a task management component, a monitoring management component, a pressure test management component and a report management component, wherein the task management component automatically generates a performance test task by analyzing a performance test application form; the monitoring management component installs monitoring plug-ins in the tested server in batch to realize performance index acquisition in the performance test process; the pressure measurement management component automatically builds a test scheme according to the performance test task, dynamically allocates a press machine, automatically loads a test scene and starts a performance test; the report management component has a certain data analysis function, can automatically generate a performance test report by collecting related data of a performance test task and monitoring performance index values acquired by the plug-in, realizes unified management, standardized implementation and visual statistical analysis in the whole performance test process, and greatly improves the performance test efficiency.
Description
Technical Field
The invention relates to the technical field of performance testing, in particular to a performance testing management platform.
Background
With the more mature application development technology, higher and higher performance requirements are provided for the aspects of correctness, stability, robustness and the like of application, and performance testing becomes an important link of software testing.
Performance testing can generally be divided into five stages: the method comprises a requirement investigation phase, a test preparation phase, a test execution phase, a report writing phase and a test summarizing phase. At present, each stage of performance testing needs manual deep participation, for example, manual demand investigation is carried out to make a testing plan, a testing scene is compiled manually, a testing sample and a testing script are developed manually, and relevant data of a testing result is collected manually to carry out manual analysis and compile a report.
Therefore, the existing performance test process has too much manual participation, the test efficiency is low, the data of each stage is dispersed, and unified management cannot be performed, so that a unified performance test overall process management platform is urgently needed.
Disclosure of Invention
In view of this, the invention provides a performance test management platform, which realizes full-automatic performance test execution, performs unified management on the whole performance test process, and improves performance test efficiency.
To the accomplishment of the foregoing and related ends, the invention, then, is characterized in part by the following summary of the invention in order to introduce a selection of concepts in a simplified form that are further described in the detailed description. This summary is not intended to identify key features or essential features of the claimed subject matter, nor is it intended to be used to limit the scope of the claimed subject matter.
A performance test management platform comprises a task management component, a monitoring management component, a pressure measurement management component and a report management component:
the task management component is used for analyzing the performance test application form, creating a performance test task according to performance test basic information obtained by analysis, and synchronizing the performance test basic information to the monitoring management component, the pressure test management component and the report management component, wherein the performance test basic information comprises tested server information and performance indexes;
the monitoring management component is used for determining target monitoring plugins from a monitoring plugin library according to the performance test basic information and installing the target monitoring plugins in the tested server in batches according to the information of the tested server, and the target monitoring plugins are used for acquiring performance index values of the tested server in the performance test process;
the pressure test management component is used for generating a target test scheme comprising a target test scene according to the performance test basic information, dynamically allocating an available press from a press resource pool for the performance test task according to the target test scheme, loading the target test scene to a tested server according to the target test scheme, and starting a performance test;
and the report management component is used for generating a performance test report in a preset format according to the performance test basic information and the performance index value of the tested server acquired by the target monitoring plug-in the performance test process.
Compared with the prior art, the invention has the following beneficial effects:
the invention discloses a performance test management platform which comprises a task management component, a monitoring management component, a pressure test management component and a report management component, wherein the task management component automatically generates a performance test task by analyzing a performance test application form; the monitoring management component installs monitoring plug-ins in the tested server in batch to realize performance index acquisition in the performance test process; the pressure measurement management component automatically builds a test scheme according to the performance test task, dynamically allocates a press machine, automatically loads a test scene and starts a performance test; the report management component has a certain data analysis function, can automatically generate a performance test report by collecting related data of a performance test task and monitoring performance index values acquired by the plug-in, realizes unified management, standardized implementation and visual statistical analysis in the whole performance test process, and greatly improves the performance test efficiency.
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The above and other features, advantages and aspects of various embodiments of the present disclosure will become more apparent by referring to the following detailed description when taken in conjunction with the accompanying drawings. Throughout the drawings, the same or similar reference numbers refer to the same or similar elements. It should be understood that the drawings are schematic and that elements and features are not necessarily drawn to scale.
FIG. 1 is a schematic structural diagram of a performance testing management platform according to an embodiment of the present invention;
FIG. 2 is a functional diagram of a monitoring management component according to an embodiment of the present disclosure;
FIG. 3 is a functional diagram of a pressure measurement management module according to an embodiment of the present disclosure;
FIG. 4 is a schematic structural diagram of another performance test management platform according to an embodiment of the present invention
Detailed Description
Embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings. While certain embodiments of the present disclosure are shown in the drawings, it is to be understood that the present disclosure may be embodied in various forms and should not be construed as limited to the embodiments set forth herein, but rather are provided for a more thorough and complete understanding of the present disclosure. It should be understood that the drawings and embodiments of the disclosure are for illustration purposes only and are not intended to limit the scope of the disclosure.
The term "include" and variations thereof as used herein are open-ended, i.e., "including but not limited to". The term "based on" is "based, at least in part, on". The term "one embodiment" means "at least one embodiment"; the term "another embodiment" means "at least one additional embodiment"; the term "some embodiments" means "at least some embodiments". Relevant definitions for other terms will be given in the following description.
It should be noted that the terms "first", "second", and the like in the present disclosure are only used for distinguishing different devices, modules or units, and are not used for limiting the order or interdependence relationship of the functions performed by the devices, modules or units.
It is noted that references to "a", "an", and "the" modifications in this disclosure are intended to be illustrative rather than limiting, and that those skilled in the art will recognize that "one or more" may be used unless the context clearly dictates otherwise.
The invention provides a performance test management platform, which realizes unified resource allocation, unified specification and standardization of a test process, reduces manual operation, realizes unified management, standardized implementation and visual statistical analysis in the whole performance test process by unified management of design, execution, monitoring and result analysis of performance test, and greatly improves the performance test efficiency.
Specifically, referring to fig. 1, fig. 1 shows a possible architecture of a performance testing management platform according to the present embodiment, which includes a task management component, a monitoring management component, a pressure measurement management component, and a report management component. The components described in the embodiments of the present disclosure may be implemented by software or hardware. Wherein the name of a component does not in some cases constitute a limitation on the component itself.
The task management component is configured to analyze an analysis performance test application form submitted by a user to obtain performance test basic information, and a format of the performance test application form is not specifically limited herein. The performance test basic information comprises a test task name, a test applicant, a contact way, a test version, a test index, a special requirement, tested server information, a performance index and the like.
And the task management component creates a performance test task according to the performance test basic information obtained by analysis, and synchronizes the performance test basic information to the monitoring management component, the pressure test management component and the report management component, so that the monitoring management component, the pressure test management component and the report management component call the performance test basic information when realizing the functions of the monitoring management component, the pressure test management component and the report management component.
And the monitoring management component is used for determining the target monitoring plug-in from the monitoring plug-in library according to the performance test basic information.
Specifically, each monitoring plug-in includes a monitoring type, a supported operating system platform, and a script type.
The monitoring types mainly comprise service monitoring, database monitoring, middleware monitoring and the like.
Wherein, the monitoring index of the service monitoring layer comprises: various performance indexes such as CPU, memory, disk, network flow and the like.
The supported operating system platforms mainly comprise Windows, Linux and the like.
The script type comprises a preprocessing script, a plug-in script, a post-processing script and a monitoring result analysis script (the monitoring result file is converted into a CSV file, and the CSV result file can be generated into a graphical report by means of an analysis tool).
The target monitoring plug-ins can be determined by matching the basic information of the performance test with each monitoring plug-in the monitoring and checking monitoring, and the target monitoring plug-ins are installed in the tested server in batch according to the information of the tested server, wherein the target monitoring plug-ins are used for acquiring performance index values of the tested server in the performance test process.
And the pressure measurement management component is used for generating a target test scheme comprising a target test scene according to the performance test basic information.
Specifically, the pressure measurement management component determines a target test scene from the test scene set according to the performance test basic information, determines a target test template from the test template set, and generates a target test scheme according to the target test scene and the target test template.
The configuration parameters of the target test scene comprise scene execution time, concurrent thread number, the number of presses and the like, and the configuration parameters of the target test scene are filled into the target test template to form a target test scheme.
After the pressure measurement management component generates a target test scheme, an available press machine is dynamically allocated for a performance test task from a press machine resource pool according to the target test scheme, a target test scene is loaded to a tested server according to the target test scheme, and a performance test is started.
The press machine can be a server or a server cluster, and the simulation client initiates a large number of requests to the tested server, so that the simulation client is a pressure source for performance testing.
According to the target test scheme, the available press machines are dynamically allocated for the performance test tasks from the press machine resource pool, and the method specifically comprises the following steps: and when the performance test task is executed, dynamically allocating the available press machines for the performance test task according to the states of the press machines in the press machine resource pool, wherein the states of the press machines comprise a use state and an idle state.
And the report management component is used for generating a performance test report in a preset format, such as a Word document, a PDF document and the like, according to the performance test basic information and the performance index value of the tested server acquired by the target monitoring plug-in the performance test process and according to a report template selected by a user in advance, and supporting the downloading of the performance test report to the local.
A report template of the performance test report is uploaded to the platform by an administrator, the report template supports a user-defined chart, and the administrator selects the chart in the chart list through a report template visual interface of the report management component and displays the chart in a final performance test report in a chart form.
Further, the task management component also provides a performance test task query function and a problem and risk recording function of the performance test task.
The task management component is further configured to generate a task gantt chart corresponding to the performance testing task, and display, through a bar chart, a situation that the project, the progress, and other time-related internal relationships of the system progress over time, which is used for visual management of the project progress in this embodiment.
And under the condition that the task management component receives the query instruction of the performance test task, querying the detailed information and the task Gantt chart of the performance test task.
When the performance test task includes a subtask, the detailed information of the performance test task includes subtask information.
When the task management component receives and records the problems and risks of the performance testing task, the detailed information of the performance testing task also includes the problems and risks.
Referring to fig. 2, an administrator may manage the monitoring plug-ins through the monitoring management component, and maintain the monitoring plug-ins in the monitoring plug-in library, where the maintenance operation includes adding, modifying, and deleting.
1) The process of maintaining the monitoring plug-in the monitoring plug-in library by the administrator through the visual interface of the monitoring management component is as follows:
a, recording a name of a monitoring plug-in;
and b, pulling down to select or input the monitoring type, if the monitoring type is input through an input mode, matching the system according to the input keywords, and selecting from the query result after matching is successful. If the matching is not successful, adding a monitoring type;
and c, pulling down to select or input the supported operating system, if the operating system is input through an input mode, matching the operating system according to the input keywords by the system, and selecting from the query result after matching is successful. If the matching is not successful, adding a supported operating system;
and d, pulling down to select or enter the script type, if entering through an input mode, matching the system according to the entered keywords, and selecting from the query result after matching is successful. If the matching is not achieved, a script type is added. The script name and the script version are sequentially recorded. Selecting a script file, and clicking an upload file button;
and e, after uploading is successful, inputting tool information. Sequentially inputting a tool name and a tool version, selecting a tool path, and clicking an upload file button;
f, if a tool needs to be added, clicking a button of + adding the tool;
g, if the monitoring plug-in has a plurality of scripts, repeating the steps d to f;
step h, in the process of adding the monitoring plug-in, if the script needs to be deleted, clicking a 'delete script' button, if the tool under the script needs to be deleted, clicking a 'delete tool' button;
and i, clicking a 'save' button, successfully adding a monitoring plug-in, and checking related information on a monitoring plug-in setting page.
2) Besides automatic deployment of monitoring plug-ins, an administrator can also deploy monitoring plug-ins through a visual interface of a monitoring management component, and the monitoring plug-ins can be installed in batches in a tested server in a task management module, and the specific process is as follows:
step a, selecting the task name, the tested software name, the IP and the installation state in a pull-down mode, inquiring monitoring deployment information of the server, and supporting fuzzy inquiry. And clicking for query according to default conditions, wherein the query result comprises all service information under the data authority of the tester.
And b, clicking the added monitoring deployment button page to jump to an added monitoring deployment page, wherein the page has the main function of maintaining all elements required by monitoring deployment, and the elements comprise: the drop-down selection of the mandatory item comprises a task name, a tested software name, an IP and a monitoring plug-in list which is selected by a user and needs to be installed by a tested server.
And c, configuring preprocessing and post-processing, wherein if the monitoring plug-in corresponding to the server has a preprocessing script, the operation needs to be carried out before the monitoring plug-in is installed. If the monitoring plug-in corresponding to the server contains the post-processing script, the operation is required to be carried out after the monitoring plug-in is installed.
And d, if the click installation button is not installed, starting installation and deployment work of the corresponding tested server, and simultaneously automatically popping up a page under the page to display detailed information of the installation process, wherein the detailed information comprises the total number of the plug-ins needing to be installed, the number of the installed plug-ins and the number of the plug-ins failed to be installed. And the installation state of the server is 'installation failure', and the log records detailed operation logs and error information to facilitate error troubleshooting.
And e, after the installation of the monitoring plug-in of the tested server is completed, performing test starting of corresponding performance monitoring.
Referring to fig. 3, an administrator may maintain the test scenario set, the test template set, and the press resource pool through a visual interface of the press management component.
1) The administrator can add or maintain and adjust the test template through the pressure measurement management component.
Step a, inputting a test template name; inputting a test template version; pull down to select an applicable operating system;
adding a pressure measurement tool, sequentially inputting a tool version, selecting a tool path, and clicking a file uploading button;
adding the JDK, defaulting the tool name to the JDK, sequentially inputting a 'tool version', selecting a 'tool path', and clicking an 'upload file' button; and clicking a 'save' button, successfully adding a test template, and checking related information on a test template setting page.
2) And dynamically distributing the press machine through the management of a press machine resource pool and the scheduling of the press machine in the process of executing a pressure test scene.
3) Adding test scenes and starting the test scenes.
Firstly, a test scene file generation mode: uploading test scenario files
Selecting JMX script, data file and plug-in file to upload in sequence, and deleting uploaded files
Function two, test scenario file generation mode: generating test scenario files
i. Selecting a mode of manually inputting test scene parameters, concurrent counting, starting the virtual users Vuser, lasting time and stopping the virtual users Vuser (how many virtual users Vuser can be selected simultaneously or reduced according to time)
Selecting a reference mode, clicking a reference button, jumping to a scene selection page, selecting a task name by a pull-down list, selecting a test scene name in the list, clicking a determination button, automatically displaying scene configuration parameters and related data files in a reverse mode, and re-editing the parameters and the related files.
As a preferred embodiment, please refer to fig. 4, the performance test management platform further includes a problem management component, that is, the performance test management platform disclosed in this embodiment includes a task management component, a monitoring management component, a pressure measurement management component, a problem management component, and a report management component.
For the specific functions of the task management component, the monitoring management component, and the pressure measurement management component in this embodiment, please refer to the above embodiments, which are not described herein again.
The problem management component supports joint screening by attribute field of the problem. The query results are sorted in descending order according to the question mark.
The specific implementation mode is as follows: the administrator selects 'software name', 'software version' and 'task name' in a pull-down mode on a visual interface of the problem management component, and a default condition query is carried out: the problem type is "Defect" and the problem status is "all" problem record.
The problem management component also supports entering "topic" keywords for fuzzy queries.
The problem management component is further used for acquiring a performance index value of the tested server acquired by the target monitoring plugin in the performance testing process, recording information related to problems, defects and risks of the performance testing task, notifying the monitoring management component to alarm in real time when the performance index value reaches a risk alarm threshold (which can be preset), and closing the problems and risk functions of the performance testing task after the performance testing is completed.
Further, the performance test management platform disclosed in this embodiment includes, on the basis of the problem management component, the report management component is configured to generate a performance test report in a preset format according to the performance test basic information, the performance index value of the server under test in the performance test process, which is acquired by the target monitoring plug-in, and the problem and risk information recorded by the problem management component.
And when the performance test task corresponds to more than one target test scene, the report management component is also used for generating a performance test report in a preset format according to the performance test basic information, the performance index value corresponding to each target test scene in the performance test task and the problem and risk information recorded by the problem management component.
The report management component is also used for acquiring the test result of the old version before the test version of the performance test task, comparing the test result of the test version of the performance test task with the test result of the old version and generating a new version and old version comparison performance test report.
In summary, the performance test management platform disclosed in this embodiment includes a task management component, a monitoring management component, a pressure test management component, and a report management component, where the task management component automatically generates a performance test task by parsing a performance test request form; the monitoring management component installs monitoring plug-ins in the tested server in batch to realize performance index acquisition in the performance test process; the pressure measurement management component automatically builds a test scheme according to the performance test task, dynamically allocates a press machine, automatically loads a test scene and starts a performance test; the report management component has a certain data analysis function, can automatically generate a performance test report by collecting related data of a performance test task and monitoring performance index values acquired by the plug-in, realizes unified management, standardized implementation and visual statistical analysis in the whole performance test process, and greatly improves the performance test efficiency.
According to one or more embodiments of the present disclosure, a performance test management platform is provided, which includes a task management component, a monitoring management component, a pressure measurement management component, and a report management component:
the task management component is used for analyzing the performance test application form, creating a performance test task according to performance test basic information obtained by analysis, and synchronizing the performance test basic information to the monitoring management component, the pressure test management component and the report management component, wherein the performance test basic information comprises tested server information and performance indexes;
the monitoring management component is used for determining target monitoring plugins from a monitoring plugin library according to the performance test basic information and installing the target monitoring plugins in the tested server in batches according to the information of the tested server, and the target monitoring plugins are used for acquiring performance index values of the tested server in the performance test process;
the pressure test management component is used for generating a target test scheme comprising a target test scene according to the performance test basic information, dynamically allocating an available press from a press resource pool for the performance test task according to the target test scheme, loading the target test scene to a tested server according to the target test scheme, and starting a performance test;
and the report management component is used for generating a performance test report in a preset format according to the performance test basic information and the performance index value of the tested server acquired by the target monitoring plug-in the performance test process.
Further, the task management component is further configured to generate a task gantt chart, and query the detailed information of the performance testing task and the task gantt chart when receiving a query instruction of the performance testing task;
when the performance test task comprises a subtask, the detailed information of the performance test task comprises subtask information.
Further, the task management component is further configured to receive and record problems and risks of the performance testing task.
Further, the performance test management platform also comprises a problem management component;
the problem management component is used for acquiring a performance index value of the tested server acquired by the target monitoring plugin in a performance test process, recording information related to problems, defects and risks of the performance test task, notifying the monitoring management component to alarm in real time when the performance index value reaches a risk alarm threshold value, and closing the problems and risks of the performance test task after the performance test is completed.
Further, the report management component is configured to generate a performance test report in a preset format according to the performance test basic information, the performance index value of the server under test in the performance test process, which is acquired by the target monitoring plug-in, and the problem and risk information recorded by the problem management component.
Further, when the performance test task corresponds to more than one target test scenario, the report management component is further configured to generate a performance test report in a preset format according to the performance test basic information, the performance index value corresponding to each target test scenario in the performance test task, and the problem and risk information recorded by the problem management component.
Further, the report management component is further configured to obtain a test result of an old version before the test version of the performance test task, compare the test result of the test version of the performance test task with the test result of the old version, and generate a new version and an old version comparison performance test report.
Furthermore, the monitoring management component is also used for maintaining the monitoring plug-ins in the monitoring plug-in library, the maintenance operation comprises adding, modifying and deleting, and each monitoring plug-in comprises a monitoring type, a supported operating system platform and a script type.
Further, the pressure measurement management component is configured to determine the target test scenario from a test scenario set according to the performance test basic information, determine a target test template from a test template set, and generate the target test scheme according to the target test scenario and the target test template.
Furthermore, the pressure measurement management component is further configured to maintain the test scenes in the test scene set and the test templates in the test template set, where the maintenance operation includes addition, modification, and deletion.
The performance test management platform disclosed by the embodiment comprises a task management component, a monitoring management component, a pressure test management component and a report management component, wherein the task management component automatically generates a performance test task by analyzing a performance test application form; the monitoring management component installs monitoring plug-ins in the tested server in batch to realize performance index acquisition in the performance test process; the pressure measurement management component automatically builds a test scheme according to the performance test task, dynamically allocates a press machine, automatically loads a test scene and starts a performance test; the report management component has a certain data analysis function, can automatically generate a performance test report by collecting related data of a performance test task and monitoring performance index values acquired by the plug-in, realizes unified management, standardized implementation and visual statistical analysis in the whole performance test process, and greatly improves the performance test efficiency.
The functions described herein above may be performed, at least in part, by one or more hardware logic components. For example, without limitation, exemplary types of hardware logic components that may be used include: field Programmable Gate Arrays (FPGAs), Application Specific Integrated Circuits (ASICs), Application Specific Standard Products (ASSPs), systems on a chip (SOCs), Complex Programmable Logic Devices (CPLDs), and the like.
Although the subject matter has been described in language specific to structural features and/or methodological acts, it is to be understood that the subject matter defined in the appended claims is not necessarily limited to the specific features or acts described above. Rather, the specific features and acts described above are disclosed as example forms of implementing the claims.
While several specific implementation details are included in the above discussion, these should not be construed as limitations on the scope of the disclosure. Certain features that are described in the context of separate embodiments can also be implemented in combination in a single embodiment. Conversely, various features that are described in the context of a single embodiment can also be implemented in multiple embodiments separately or in any suitable subcombination.
The foregoing description is only exemplary of the preferred embodiments of the disclosure and is illustrative of the principles of the technology employed. It will be appreciated by those skilled in the art that the scope of the disclosure herein is not limited to the particular combination of features described above, but also encompasses other embodiments in which any combination of the features described above or their equivalents does not depart from the spirit of the disclosure. For example, the above features and (but not limited to) the features disclosed in this disclosure having similar functions are replaced with each other to form the technical solution.
Claims (10)
1. The utility model provides a performance test management platform which characterized in that, includes task management subassembly, control management subassembly, pressure measurement management subassembly and report management subassembly:
the task management component is used for analyzing the performance test application form, creating a performance test task according to performance test basic information obtained by analysis, and synchronizing the performance test basic information to the monitoring management component, the pressure test management component and the report management component, wherein the performance test basic information comprises tested server information and performance indexes;
the monitoring management component is used for determining target monitoring plugins from a monitoring plugin library according to the performance test basic information and installing the target monitoring plugins in the tested server in batches according to the information of the tested server, and the target monitoring plugins are used for acquiring performance index values of the tested server in the performance test process;
the pressure test management component is used for generating a target test scheme comprising a target test scene according to the performance test basic information, dynamically allocating an available press from a press resource pool for the performance test task according to the target test scheme, loading the target test scene to a tested server according to the target test scheme, and starting a performance test;
and the report management component is used for generating a performance test report in a preset format according to the performance test basic information and the performance index value of the tested server acquired by the target monitoring plug-in the performance test process.
2. The performance testing management platform of claim 1, wherein the task management component is further configured to generate a task gantt chart, and query the detailed information of the performance testing task and the task gantt chart when receiving a query instruction of the performance testing task;
when the performance test task comprises a subtask, the detailed information of the performance test task comprises subtask information.
3. The performance testing management platform of claim 1, wherein the task management component is further configured to receive and record problems and risks associated with the performance testing task.
4. The performance testing management platform of claim 3, further comprising a problem management component;
the problem management component is used for acquiring a performance index value of the tested server acquired by the target monitoring plugin in a performance test process, recording information related to problems, defects and risks of the performance test task, notifying the monitoring management component to alarm in real time when the performance index value reaches a risk alarm threshold value, and closing the problems and risks of the performance test task after the performance test is completed.
5. The performance testing management platform according to claim 4, wherein the report management component is configured to generate a performance testing report in a preset format according to the performance testing basic information, the performance index value of the tested server in the performance testing process, which is acquired by the target monitoring plugin, and the problem and risk information recorded by the problem management component.
6. The performance testing management platform of claim 4, wherein, when the performance testing task corresponds to more than one target testing scenario, the report management component is further configured to generate a performance testing report in a preset format according to the performance testing basic information, the performance index value corresponding to each target testing scenario in the performance testing task, and the problem and risk information recorded by the problem management component.
7. The performance testing management platform of claim 4, wherein the report management component is further configured to obtain a test result of an old version before the test version of the performance testing task, compare the test result of the test version of the performance testing task with the test result of the old version, and generate a new and old version comparison performance testing report.
8. The performance testing management platform of claim 1, wherein the monitoring management component is further configured to maintain the monitoring plug-ins in the monitoring plug-in library, the maintenance operation includes adding, modifying and deleting, and each monitoring plug-in includes a monitoring type, a supported operating system and a script type.
9. The performance testing management platform of claim 1, wherein the pressure testing management component is configured to determine the target testing scenario from a set of testing scenarios according to the performance testing basic information, determine a target testing template from a set of testing templates, and generate the target testing scenario according to the target testing scenario and the target testing template.
10. The performance testing management platform of claim 1, wherein the pressure testing management component is further configured to perform maintenance on the test scenarios in the test scenario set and the test templates in the test template set, and the maintenance operation includes addition, modification, and deletion.
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