CN110764984A - Pressurizing data multiplexing method for server performance pressure test - Google Patents
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Abstract
A method of pressure data multiplexing for server performance pressure testing, comprising: generating a historical test record during each pressure test, and storing corresponding pressurization data and test result data; providing a first interface for a tester to search the corresponding historical test record through the project name and display the searched historical test record; providing a second interface for displaying test result data corresponding to the historical test record, wherein the second interface is provided with a pressurization data inheritance button; providing a third interface for displaying and providing the tester to modify the pressurization data corresponding to the current historical test record; and after the tester finishes the modification, pressurizing through the pressurization data modified by the tester. The invention provides a first interface, a second interface and a third interface for a tester, so that the tester can conveniently judge whether the corresponding historical pressurizing data is suitable for inheritance, and can conveniently backtrack and display the historical pressurizing data and modify the historical pressurizing data to realize inheritance.
Description
Technical Field
The invention belongs to the technical field of pressure test, and particularly relates to a pressurizing data multiplexing method for server performance pressure test.
Background
Today the internet has entered a very large age, reaching a new scale both from the point of view of user volume and traffic. A basic mode of the Internet era is a b/s framework, a browser and a server side, which access data in an http(s) interface mode. Some new capabilities, such as RPC (remote procedure call) etc., also use http(s) as a bearer protocol.
The carrying capacity of the http(s) interface at the server side is necessarily tested. The performance pressure testing requirements of the interfaces are also increasingly emphasized, and the testing requirements are increasing day by day.
In the pressure test, the server to be tested needs to be pressurized according to the pressurization data (parameters for generating the request and pressurization parameters for constructing the pressurization model), at present, a tool such as a Jmeter is used to make a configuration file containing the pressurization data in each test, and a test report is formed after each test is finished. In order to improve efficiency, when a new test is performed, historical pressurization data is inherited to achieve the purpose of reference and reference, and then pressurization is performed after modification according to needs.
However, the current inheritance mode is to adjust and modify the pressurization data after the configuration file is opened by a tool, and has the following disadvantages:
1. the content in the configuration file is complex and is not easy to be understood by naked eyes;
2. when selecting a configuration file suitable for new test inheritance, the configuration file needs to be matched with a corresponding test report for comprehensive judgment, but the configuration file and the test report are not related on file names, and a tester needs to open and view the files one by one.
Disclosure of Invention
Based on the above, the pressurized data multiplexing method for the server performance pressure test is provided for solving the technical problems.
In order to solve the technical problems, the invention adopts the following technical scheme:
a method of pressure data multiplexing for server performance pressure testing, comprising:
generating a historical test record and storing corresponding pressurizing data and test result data during each pressure test, wherein the historical test record comprises a project name, a test name, a start time, an end time, a pressure test duration, waiting time and a task state, the pressurizing data comprises the project name, the test name, a request type, a request parameter, a URL (uniform resource locator) address of a server to be tested, a head parameter, a virtual user number, the pressure test duration, an expected number of requests per second and a pressurizing mode, the request type is GET or POST, the request parameter is a GET request parameter or a POST request parameter, and the pressurizing mode is any one of basic pressurizing, step pressurizing, surge pressurizing or long-time pressurizing;
providing a first interface for a tester to search the corresponding historical test record through the project name and display the searched historical test record;
providing a second interface, wherein the second interface is triggered by a tester after clicking the historical test record displayed by the first interface and is used for displaying test result data corresponding to the historical test record, and a pressurizing data inheritance button is arranged on the second interface;
providing a third interface, wherein the third interface is triggered by a tester clicking the pressurizing data inheritance button and is used for displaying and providing the pressurizing data corresponding to the current historical test record for the tester to modify;
and after the tester finishes the modification, pressurizing through the pressurization data modified by the tester.
The method is realized by a web front end and a back end;
the web front end:
providing the first interface, the second interface and the third interface;
requesting a corresponding historical test record from a web back end according to the project name input by a tester, and displaying the corresponding historical test record on the first interface according to the returned result of the web back end;
triggering the second interface according to a historical test record clicked by a tester on the first interface, requesting test result data corresponding to the historical test record from the web back end, and displaying the test result data on the second interface according to a returned result of the web back end;
triggering the third interface after the tester clicks the pressurizing data inheritance button on the second interface, requesting the pressurizing data corresponding to the current historical test record from the web back end, and displaying the pressurizing data on the third interface according to the returned result of the web back end for the tester to modify;
after the modification of the tester is finished, sending the modified pressurization data to the web back end;
the web backend:
finding out a corresponding historical test record according to the request of the web front end, and returning the historical test record to the web front end;
finding corresponding test result data according to the request of the web front end, and returning the test result data to the web front end;
finding corresponding pressurized data according to the request of the web front end, and returning the pressurized data to the web front end;
and pressurizing the server to be tested according to the pressurization data from the web front end.
The first interface is provided with a search box and displays the historical test records in a list form.
The first interface also presents historical test records in a histogram.
And the second interface displays the test result data in a data diagram mode.
The third interface is displayed in the following mode and is used for a tester to modify the pressurization data corresponding to the current historical test record:
displaying through a pull-down menu and allowing a tester to modify the request type, and defaulting to GET;
the method comprises the steps that a test person modifies a project name, a test name, a URL address of a server to be tested, the number of virtual users, the time measuring length and the expected number of requests per second through an input box;
displaying and providing the head parameters for the testers to modify in a key value pair adding and deleting mode;
displaying and providing a tester to modify COOKIES in a mode of adding and deleting character strings or forms;
the POST request parameters are displayed and modified by the testers in a JOSN or form adding and deleting mode;
displaying through a radio frame and allowing a tester to modify the pressurizing mode;
the third interface also has an immediate create button, and the web front end sends the modified stress data to the web back end after the tester presses the immediate create button.
The method saves the historical test record, the pressurization data and the test result data through a database.
The invention provides a first interface, a second interface and a third interface for a tester, the tester can conveniently search corresponding historical test records through project names and check corresponding test result data through the historical test records so as to judge whether the corresponding historical pressurizing data is suitable for inheritance, and meanwhile, the historical pressurizing data can be conveniently backtracked and displayed through the third interface and modified so as to realize inheritance.
Drawings
The invention is described in detail below with reference to the following figures and detailed description:
FIG. 1 is a flow chart of an embodiment of the present invention;
FIG. 2 is a schematic view of a first interface of the present invention;
FIG. 3 is a schematic view of a second interface of the present invention;
FIG. 4 is a first schematic view of a third interface according to the present invention;
FIG. 5 is a second schematic view of a third interface according to the present invention;
FIG. 6 is a third schematic view of a third interface according to the present invention;
fig. 7 is a schematic view of the third interface of the present invention in a pressurizing manner.
Detailed Description
As shown in fig. 1, a method for multiplexing pressurization data for server performance stress test includes:
s101, generating a historical test record during each pressure test, and storing corresponding pressurizing data and test result data to enable the historical test record, the pressurizing data and the test result data to be in one-to-one correspondence.
The historical test record comprises a project name, a test name, a start time, an end time, a pressure test duration, a waiting time and a task state, the pressure data comprises the project name, the test name, a request type, a request parameter, a URL address of a server to be tested, a head parameter, a virtual user number, the pressure test duration, an expected request number per second and a pressure mode, the request type is GET or POST, the request parameter is a GET request parameter or POST request parameter, and the pressure mode is any one of basic pressure, step pressure, surge pressure or long-time pressure.
In the present embodiment, the historical test record, the pressurization data, and the test result data are stored in the database.
And S102, providing a first interface for a tester to search the corresponding historical test record through the project name and display the searched historical test record, and referring to FIG. 2.
And S103, providing a second interface, wherein the second interface is triggered by a tester after clicking the historical test record displayed on the first interface and is used for displaying test result data corresponding to the historical test record, so that the tester can conveniently judge whether the corresponding historical pressurizing data is suitable for inheritance, and a pressurizing data inheritance button is arranged on the second interface to perform 'rerun' operation, which is shown in figure 3.
And S104, providing a third interface, wherein the third interface is triggered by the tester after clicking the pressurizing data inheritance button and is used for displaying and providing the tester for modifying the pressurizing data corresponding to the current historical test record, and the tester can conveniently check various parameters in the pressurizing data on the third interface, which is shown in the figures 4-7.
And S105, after the modification of the tester is finished, pressurizing through the pressurization data modified by the tester.
The invention provides a first interface, a second interface and a third interface for a tester, the tester can conveniently search corresponding historical test records through project names and check corresponding test result data through the historical test records so as to judge whether the corresponding historical pressurizing data is suitable for inheritance, and meanwhile, the historical pressurizing data can be conveniently backtracked and displayed through the third interface and modified so as to realize inheritance.
In the present embodiment, the method is implemented by the web front end as well as the back end. The method comprises the following specific steps:
firstly, a web front end:
1. a first interface, a second interface, and a third interface are provided.
2. And requesting a corresponding historical test record from the web back end according to the project name input by the tester, and displaying the corresponding historical test record on the first interface according to the return result of the web back end.
3. And triggering a second interface according to the historical test record clicked by the tester on the first interface, requesting test result data corresponding to the historical test record from the web back end, and displaying the test result data on the second interface according to the returned result of the web back end.
4. And when the tester clicks the pressurized data inheritance button on the second interface, triggering a third interface, requesting pressurized data corresponding to the current historical test record from the web back end, and displaying the pressurized data on the third interface according to a return result of the web back end for the tester to modify.
5. And after the modification of the tester is finished, sending the modified pressurization data to the web back end.
It is noted that the web front end also provides a fourth interface for configuring the pressurization data (without inheriting the historical pressurization data) at each stress test, which is the same as the third interface, see fig. 4-7, and is sent to the web back end after configuration is completed.
II, web backend:
1. and finding out a corresponding historical test record according to the request of the web front end, and returning the historical test record to the web front end.
2. And finding corresponding test result data according to the request of the web front end, and returning the test result data to the web front end.
3. And finding corresponding pressurized data according to the request of the web front end, and returning the pressurized data to the web front end.
4. And pressurizing the server to be tested according to the pressurizing data from the web front end, generating a historical test record, and storing corresponding pressurizing data and test result data.
The specific pressurizing process is as follows:
s401, constructing a pressurization model corresponding to the pressurization mode according to the virtual user number, the pressure measurement time and the expected per second request number QPS in the pressurization data.
The pressurization model comprises a basic pressurization model, a stepping pressurization model, a surge pressurization model and a long-term pressurization model. Each compression model was constructed as:
a. basic pressurizing model: increasing the number of virtual users from 0 to N in 1 minute, expecting the number of requests per second to increase from 0 to N; the number of virtual users N and the expected number of requests per second N, the running time period T, are maintained, and then within 1 minute, the number of virtual users is reduced from N to 0, and the expected number of requests per second is reduced from N to 0.
b. The pressurizing model is stepped, and the total number of the stages is 5: 1. increasing the number of virtual users from 0 to N/2 in 1 minute, expecting the number of requests per second to increase from 0 to N/2; 2. the number N/2 of virtual users, the expected number N/2 of requests per second and the running time length T/3 are kept; 3. increasing the number of virtual users from N/2 to N in 1 minute, expecting the number of requests per second to increase from N/2 to N; 4. keeping the number N of virtual users, the expected number N of requests per second and the running time T/3; 5. within duration T/3, the number of virtual users is reduced from N to 0, with the number of requests per second expected to be reduced from N to 0.
c. A surge pressurization model: increasing the number of virtual users from 0 to N/5 in 1 minute, anticipating an increase in the number of requests per second from 0 to N/5, then increasing the number of virtual users from N/5 to N in 1 minute, anticipating an increase in the number of requests per second from N/5 to N, maintaining the number of virtual users N and anticipating a number of requests per second N, running time period T, and finally decreasing the number of virtual users from N to 0 in 1 minute, anticipating a decrease in the number of requests per second from N to 0.
d. The long-term pressurizing model is divided into 7 stages: 1. increasing the number of virtual users from 0 to N/2 in 3 minutes, expecting the number of requests per second to increase from 0 to N/2; 2. the number N/2 of virtual users and the expected number N/2 of requests per second are kept, and the operation is carried out for 3 minutes; 3. increasing the number of virtual users from N/2 to N in 3 minutes, expecting the number of requests per second to increase from N/2 to N; 4. keeping the number N of virtual users, the expected number N of requests per second and the running time T; 5. reducing the number of virtual users from N to N/2 in 3 minutes, expecting the number of requests per second to be reduced from N to N/2; 6. the number N/2 of virtual users and the expected number N/2 of requests per second are kept, and the operation is carried out for 3 minutes; 7. within 3 minutes, the number of virtual users is reduced from N/2 to 0, with the expected number of requests per second being reduced from N/2 to 0.
N, n and T are the number of virtual users, expected number of requests per second and pressure testing duration in the pressure data, respectively, and are adjusted according to the testing experience of the tester.
S402, generating a corresponding request through the request type, the request parameter and the head parameter in the pressurization data.
Wherein, the steps S401 and S402 are not in sequence.
And S403, sending the request to the URL address of the server to be tested in the pressurized data through the pressurization model, so as to form pressure on the http (S) interface of the server to be tested.
In this embodiment, the first interface has a search box, and displays the historical test records in a list form, and also displays the historical test records in a histogram (x-axis is start time, y-axis is pressure test duration), as shown in fig. 2, 8 historical test records can be searched by the item name "client data collection channel pressure test", because each test item usually performs multiple tests.
The second interface displays the test result data in a data diagram manner, as shown in fig. 3, the second interface can be triggered by clicking the first record in fig. 2, and the third interface can be triggered by pressing the pressurized data inheritance button "rerun" on the second interface.
The third interface adds page elements and operations through an element library, so that the interface presents a simple and attractive effect, as shown in fig. 4-6, the third interface is displayed in the following way and is used for a tester to modify the pressurizing data corresponding to the current historical test record:
displaying through a pull-down menu and allowing a tester to modify the request type, and defaulting to GET; the method comprises the steps that a test person modifies a project name (test project), a test name (test description), a URL address of a server to be tested, the number of virtual users, the pressure measurement time and the expected request number per second through an input box; displaying and providing the head parameters for the testers to modify in a key value pair adding and deleting mode; displaying and providing a tester to modify COOKIES in a mode of adding and deleting character strings or forms; the POST request parameters are displayed and modified by the testers in a JOSN or form adding and deleting mode; and displaying through a radio frame and providing for a tester to modify the pressurizing mode.
The third interface also has an "create immediately" button, and the web front end sends the modified stress data to the web back end after the tester presses the "create immediately" button.
However, those skilled in the art should realize that the above embodiments are illustrative only and not limiting to the present invention, and that changes and modifications to the above described embodiments are intended to fall within the scope of the appended claims, provided they fall within the true spirit of the present invention.
Claims (7)
1. A method for multiplexing pressurization data for server performance stress test is characterized by comprising the following steps:
generating a historical test record and storing corresponding pressurizing data and test result data during each pressure test, wherein the historical test record comprises a project name, a test name, a start time, an end time, a pressure test duration, waiting time and a task state, the pressurizing data comprises the project name, the test name, a request type, a request parameter, a URL (uniform resource locator) address of a server to be tested, a head parameter, a virtual user number, the pressure test duration, an expected number of requests per second and a pressurizing mode, the request type is GET or POST, the request parameter is a GET request parameter or a POST request parameter, and the pressurizing mode is any one of basic pressurizing, step pressurizing, surge pressurizing or long-time pressurizing;
providing a first interface for a tester to search the corresponding historical test record through the project name and display the searched historical test record;
providing a second interface, wherein the second interface is triggered by a tester after clicking the historical test record displayed by the first interface and is used for displaying test result data corresponding to the historical test record, and a pressurizing data inheritance button is arranged on the second interface;
providing a third interface, wherein the third interface is triggered by a tester clicking the pressurizing data inheritance button and is used for displaying and providing the pressurizing data corresponding to the current historical test record for the tester to modify;
and after the tester finishes the modification, pressurizing through the pressurization data modified by the tester.
2. The method for multiplexing the pressurization data of the server performance pressure test is characterized in that the method is realized by a web front end and a back end;
the web front end:
providing the first interface, the second interface and the third interface;
requesting a corresponding historical test record from a web back end according to the project name input by a tester, and displaying the corresponding historical test record on the first interface according to the returned result of the web back end;
triggering the second interface according to a historical test record clicked by a tester on the first interface, requesting test result data corresponding to the historical test record from the web back end, and displaying the test result data on the second interface according to a returned result of the web back end;
triggering the third interface after the tester clicks the pressurizing data inheritance button on the second interface, requesting the pressurizing data corresponding to the current historical test record from the web back end, and displaying the pressurizing data on the third interface according to the returned result of the web back end for the tester to modify;
after the modification of the tester is finished, sending the modified pressurization data to the web back end;
the web backend:
finding out a corresponding historical test record according to the request of the web front end, and returning the historical test record to the web front end;
finding corresponding test result data according to the request of the web front end, and returning the test result data to the web front end;
finding corresponding pressurized data according to the request of the web front end, and returning the pressurized data to the web front end;
and pressurizing the server to be tested according to the pressurization data from the web front end.
3. The method for multiplexing the pressurization data for the server performance pressure test is characterized in that the first interface is provided with a search box and displays the historical test records in a list form.
4. The method for multiplexing pressurization data for server performance pressure testing according to claim 3, wherein the first interface further displays a history test record in a form of a histogram.
5. The method as claimed in claim 4, wherein the second interface displays the test result data by means of a data graph.
6. The method as claimed in claim 5, wherein the third interface is displayed for a tester to modify the pressure data corresponding to the current historical test record by:
displaying through a pull-down menu and allowing a tester to modify the request type, and defaulting to GET;
the method comprises the steps that a test person modifies a project name, a test name, a URL address of a server to be tested, the number of virtual users, the time measuring length and the expected number of requests per second through an input box;
displaying and providing the head parameters for the testers to modify in a key value pair adding and deleting mode;
displaying and providing a tester to modify COOKIES in a mode of adding and deleting character strings or forms;
the POST request parameters are displayed and modified by the testers in a JOSN or form adding and deleting mode;
displaying through a radio frame and allowing a tester to modify the pressurizing mode;
the third interface also has an immediate create button, and the web front end sends the modified stress data to the web back end after the tester presses the immediate create button.
7. The method for multiplexing pressurization data for server performance stress test according to claim 6, wherein the method saves the historical test record, the pressurization data and the test result data through a database.
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Application publication date: 20200207 |