CN108399129B - H5 page performance detection method - Google Patents
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Abstract
The invention provides a method for detecting H5 page performance, which comprises the following steps: webview starts loading the url of the detected H5 page; when the detected H5 page is completely loaded, the webview acquires an actual detection value of the H5 page; the webview compares the actual detection value of the H5 page with the corresponding performance standard value configuration information, judges whether the actual detection value of the H5 page meets the corresponding performance standard value configuration information, and if so, the detected H5 page is normal; if not, the exception H5 page check entry is stored. Has the advantages that: (1) the performance data collection of all the sub-links in the H5 page can be automatically detected, so that the performance data of the H5 page can be collected, the performance data of the picture sub-links or the data sub-links can be further collected, the advantage of comprehensive performance data parameter collection is achieved, and the comprehensiveness of the test result is improved.
Description
Technical Field
The invention belongs to the technical field of page performance detection, and particularly relates to a method for detecting H5 page performance.
Background
The popularization of smart phones and the development of mobile internet provide good environment for the development of HTML5 (H5). Currently, HTML5 has been widely used in marketing, advertising, and dissemination.
HTML5 has apparent advantage as an important development language, including development speed is fast, the operating efficiency is high, the security is good, scalability is strong, open source freedom etc. but compares with native APP of cell-phone end, and H5 page has following disadvantages: the instability is stronger, the page jump is more complex, the running speed is easily influenced by the network, unsmoothness is easily caused, and even the phenomenon of blocking or deadlocking occurs.
Therefore, how to effectively perform performance test on the H5 page so as to optimize the performance of the H5 page is a problem which needs to be solved urgently at present.
The conventional H5 page performance test method mainly has the problem of few types of H5 page performance test parameters, so that the comprehensiveness of test results is reduced.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides the H5 page performance detection method, which can effectively solve the problems.
The technical scheme adopted by the invention is as follows:
the invention provides a method for detecting H5 page performance, which comprises the following steps:
step 1, acquiring performance standard value configuration information of an H5 page; wherein the configuration information of the performance standard value comprises: h5 page memory occupancy threshold, H5 page first start loading duration threshold, H5 page size threshold, H5 page first request duration threshold, title label existence detection item, icon existence detection item, pv label existence detection item and picture size threshold;
step 2, implanting user cookie information into an H5 page needing to be loaded by the webview;
step 3, logging in the detected H5 page by the webview through the implanted user cookie information;
step 4, the webview starts to load the url of the detected H5 page; when the detected H5 page is completely loaded, the webview acquires an actual detection value of the H5 page, including: the method comprises the steps of obtaining an H5 page memory occupancy actual value, an H5 page first starting loading duration actual value, an H5 page size actual value and an H5 page first request duration actual value; detecting whether a title label, an icon and a pv label exist or not;
step 5, the webview compares the actual detection value of the H5 page with the corresponding performance standard value configuration information, judges whether the actual detection value of the H5 page meets the corresponding performance standard value configuration information, if so, the detected H5 page is normal, and then executes step 6; if not, storing an abnormal H5 page detection item, carrying out abnormal marking on the url of the H5 page detected at this time, and adding the url of the H5 page subjected to abnormal marking to the performance detection report;
step 6, traversing and scanning the html codes of the detected H5 page, and judging whether the detected H5 page has sub-links or not; wherein the sub-link comprises a data sub-link and a picture sub-link; if not, go to step 12; if yes, further judging whether a new sub-link exists in the sub-links detected this time, namely: carrying out de-duplication processing on the sub-links, and if the sub-links do not exist, executing step 12; if so, executing step 7 for the new sub-link; wherein the new sublinker is: a child link that is different from the child link detected in the previous iteration loop;
step 7, judging whether the new sub-link is a picture sub-link or not; if the new sub-link is a picture sub-link, executing step 8; if the new sub-link is a data sub-link, executing step 11;
step 8, downloading the corresponding picture according to the new sub-link, judging whether the picture is successfully downloaded within the specified time, and if not, executing step 9; if successful, go to step 10;
step 9, recording the abnormal information of the sub-links of the picture in the performance detection report, judging whether a next new sub-link exists, and returning to the step 7 if the next new sub-link exists; if not, go to step 12;
step 10, obtaining an actual size value of the downloaded picture, comparing the actual size value of the picture with a picture size threshold value, judging whether the actual size value of the picture is within the picture size threshold value, if so, judging whether a next new sub-link exists, and if so, returning to the step 7; if not, go to step 12;
if not, adding detection information of the abnormal picture sub-link in the performance detection report, then judging whether a next new sub-link exists, and if so, returning to the step 7; if not, go to step 12;
step 11, accessing the corresponding next-level H5 page needing to be detected according to the data sub-link, and then returning to step 4;
step 12, judging whether performance detection abnormal information exists in the performance detection report, if not, indicating that the performance of the detected H5 page meets the requirement, and passing the performance test; and if so, reporting the final performance detection report to a server.
Preferably, in step 5, determining whether the actual detection value of the H5 page meets the corresponding configuration information of the performance standard value includes:
judging whether the actual value of the page memory occupancy of H5 is smaller than the threshold value of the page memory occupancy of H5, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the actual value of the starting and loading duration of the page head of H5 is smaller than the threshold value of the starting and loading duration of the page head of H5, if so, conforming to the configuration information of a performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the actual value of the page size of H5 is smaller than the threshold value of the page size of H5, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the actual value of the first-time request duration of the H5 page is smaller than the threshold value of the first-time request duration of the H5 page, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the title label is detected, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the icon is detected, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the pv tag is detected, if so, conforming to the configuration information of the performance standard value; if not, the performance standard value configuration information is not met.
The H5 page performance detection method provided by the invention has the following advantages:
(1) the performance data collection of all the sub-links in the H5 page can be automatically detected, so that the performance data of the H5 page can be collected, the performance data of the picture sub-links or the data sub-links can be further collected, the advantage of comprehensive performance data parameter collection is achieved, and the comprehensiveness of the test result is improved.
(2) The performance values of the H5 page and the sub-links thereof can be compared with the standard values, and the exceeding performance items are displayed in the performance detection report in detail for the convenience of the user to view.
Drawings
Fig. 1 is a schematic flow chart of a H5 page performance detection method provided by the present invention;
FIG. 2 is an interface diagram of an H5 performance testing portal provided by the present invention;
fig. 3 is a schematic diagram of a performance detection report provided by the present invention.
Detailed Description
In order to make the technical problems, technical solutions and advantageous effects solved by the present invention more clearly apparent, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The invention can mainly solve the following problems:
(1) and performing performance data on the H5 page in a real mobile phone environment, wherein the performance data comprises performance data such as use memory, first screen loading time, page loading time, picture size in H5, title and the like.
(2) The method and the device can collect performance data of all the sub-links in the H5 page, analyze the performance data, and accurately display and position abnormal performance data of the H5 page with performance data exceeding the standard.
The technical scheme adopted by the invention can be described as follows:
(1) and a JAVA is used for making an H5 performance data background, and an H5 standard value interface and an H5 performance data interface for reporting detection are provided.
(2) IOS application made with OC this application was used for performance data collection and comparison to standard values for H5 and subpages.
(3) And after the detection is finished, reporting the data exceeding the standard value to a background, and displaying the detection result at the mobile phone end.
The invention can achieve the following effects:
(1) the performance data collection of all the sub-links in the H5 page can be automatically detected, so that the performance data of the H5 page can be collected, the performance data of the picture sub-links or the data sub-links can be further collected, the advantage of comprehensive performance data parameter collection is achieved, and the comprehensiveness of the test result is improved.
(2) The performance values of the H5 page and the sub-links thereof can be compared with the standard values, and the exceeding performance items are displayed in the performance detection report in detail for the convenience of the user to view.
The invention provides a method for detecting H5 page performance, which specifically comprises the following steps with reference to FIG. 1:
step 1, acquiring performance standard value configuration information of an H5 page; wherein the configuration information of the performance standard value comprises: h5 page memory occupancy threshold, H5 page first start loading duration threshold, H5 page size threshold, H5 page first request duration threshold, title label existence detection item, icon existence detection item, pv label existence detection item and picture size threshold;
step 2, implanting user cookie information into an H5 page needing to be loaded by the webview;
step 3, logging in the detected H5 page by the webview through the implanted user cookie information;
step 4, the webview starts to load the url of the detected H5 page; when the detected H5 page is completely loaded, the webview acquires an actual detection value of the H5 page, including: the method comprises the steps of obtaining an H5 page memory occupancy actual value, an H5 page first starting loading duration actual value, an H5 page size actual value and an H5 page first request duration actual value; detecting whether a title label, an icon and a pv label exist or not;
step 5, the webview compares the actual detection value of the H5 page with the corresponding performance standard value configuration information, judges whether the actual detection value of the H5 page meets the corresponding performance standard value configuration information, if so, the detected H5 page is normal, and then executes step 6; if not, storing an abnormal H5 page detection item, carrying out abnormal marking on the url of the H5 page detected at this time, and adding the url of the H5 page subjected to abnormal marking to the performance detection report;
in this step, it is determined whether the actual detection value of the H5 page matches the corresponding configuration information of the performance standard value, specifically:
judging whether the actual value of the page memory occupancy of H5 is smaller than the threshold value of the page memory occupancy of H5, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the actual value of the starting and loading duration of the page head of H5 is smaller than the threshold value of the starting and loading duration of the page head of H5, if so, conforming to the configuration information of a performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the actual value of the page size of H5 is smaller than the threshold value of the page size of H5, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the actual value of the first-time request duration of the H5 page is smaller than the threshold value of the first-time request duration of the H5 page, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the title label is detected, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the icon is detected, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the pv tag is detected, if so, conforming to the configuration information of the performance standard value; if not, the performance standard value configuration information is not met.
Step 6, traversing and scanning the html codes of the detected H5 page, and judging whether the detected H5 page has sub-links or not; wherein the sub-link comprises a data sub-link and a picture sub-link; if not, go to step 12; if yes, further judging whether a new sub-link exists in the sub-links detected this time, namely: carrying out de-duplication processing on the sub-links, and if the sub-links do not exist, executing step 12; if so, executing step 7 for the new sub-link; wherein the new sublinker is: a child link that is different from the child link detected in the previous iteration loop;
step 7, judging whether the new sub-link is a picture sub-link or not; if the new sub-link is a picture sub-link, executing step 8; if the new sub-link is a data sub-link, executing step 11;
step 8, downloading the corresponding picture according to the new sub-link, judging whether the picture is successfully downloaded within the specified time, and if not, executing step 9; if successful, go to step 10;
step 9, recording the abnormal information of the sub-links of the picture in the performance detection report, judging whether a next new sub-link exists, and returning to the step 7 if the next new sub-link exists; if not, go to step 12;
step 10, obtaining an actual size value of the downloaded picture, comparing the actual size value of the picture with a picture size threshold value, judging whether the actual size value of the picture is within the picture size threshold value, if so, judging whether a next new sub-link exists, and if so, returning to the step 7; if not, go to step 12;
if not, adding detection information of the abnormal picture sub-link in the performance detection report, then judging whether a next new sub-link exists, and if so, returning to the step 7; if not, go to step 12;
step 11, accessing the corresponding next-level H5 page needing to be detected according to the data sub-link, and then returning to step 4;
step 12, judging whether performance detection abnormal information exists in the performance detection report, if not, indicating that the performance of the detected H5 page meets the requirement, and passing the performance test; and if so, reporting the final performance detection report to a server.
As shown in fig. 2, a specific App H5 performance test entry interface is used in the following process: (1) starting the manufactured ios application to obtain a standard value according to the performance standard value interface; (2) inputting H5URL click detection; (3) collecting performance data of the H5 URL; (4) scanning all child URLs in H5; (5) and skipping the rotor URL, and then performing (3) (4) (5) recursive polling. (6) And displaying the detection result after the scanning is finished. Fig. 3 is a diagram illustrating a specific performance measurement report.
The H5 page performance detection method provided by the invention has the following advantages:
(1) the performance data collection of all the sub-links in the H5 page can be automatically detected, so that the performance data of the H5 page can be collected, the performance data of the picture sub-links or the data sub-links can be further collected, the advantage of comprehensive performance data parameter collection is achieved, and the comprehensiveness of the test result is improved.
(2) The performance values of the H5 page and the sub-links thereof can be compared with the standard values, and the exceeding performance items are displayed in the performance detection report in detail for the convenience of the user to view.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and improvements can be made without departing from the principle of the present invention, and such modifications and improvements should also be considered within the scope of the present invention.
Claims (2)
1. A method for detecting the performance of an H5 page is characterized by comprising the following steps:
step 1, acquiring performance standard value configuration information of an H5 page; wherein the configuration information of the performance standard value comprises: h5 page memory occupancy threshold, H5 page first start loading duration threshold, H5 page size threshold, H5 page first request duration threshold, title label existence detection item, icon existence detection item, pv label existence detection item and picture size threshold;
step 2, implanting user cookie information into an H5 page needing to be loaded by the webview;
step 3, logging in the detected H5 page by the webview through the implanted user cookie information;
step 4, the webview starts to load the url of the detected H5 page; when the detected H5 page is completely loaded, the webview acquires an actual detection value of the H5 page, including: the method comprises the steps of obtaining an H5 page memory occupancy actual value, an H5 page first starting loading duration actual value, an H5 page size actual value and an H5 page first request duration actual value; detecting whether a title label, an icon and a pv label exist or not;
step 5, the webview compares the actual detection value of the H5 page with the corresponding performance standard value configuration information, judges whether the actual detection value of the H5 page meets the corresponding performance standard value configuration information, if so, the detected H5 page is normal, and then executes step 6; if not, storing an abnormal H5 page detection item, carrying out abnormal marking on the url of the H5 page detected at this time, and adding the url of the H5 page subjected to abnormal marking to the performance detection report;
step 6, traversing and scanning the html codes of the detected H5 page, and judging whether the detected H5 page has sub-links or not; wherein the sub-link comprises a data sub-link and a picture sub-link; if not, go to step 12; if yes, further judging whether a new sub-link exists in the sub-links detected this time, namely: carrying out de-duplication processing on the sub-links, and if the sub-links do not exist, executing step 12; if so, executing step 7 for the new sub-link; wherein the new sublinker is: a sub link different from the sub link detected this time;
step 7, judging whether the new sub-link is a picture sub-link or not; if the new sub-link is a picture sub-link, executing step 8; if the new sub-link is a data sub-link, executing step 11;
step 8, downloading the corresponding picture according to the new sub-link, judging whether the picture is successfully downloaded within the specified time, and if not, executing step 9; if successful, go to step 10;
step 9, recording the abnormal information of the sub-links of the picture in the performance detection report, judging whether a next new sub-link exists, and returning to the step 7 if the next new sub-link exists; if not, go to step 12;
step 10, obtaining an actual size value of the downloaded picture, comparing the actual size value of the picture with a picture size threshold value, judging whether the actual size value of the picture is within the picture size threshold value, if so, judging whether a next new sub-link exists, and if so, returning to the step 7; if not, go to step 12;
if not, adding detection information of the abnormal picture sub-link in the performance detection report, then judging whether a next new sub-link exists, and if so, returning to the step 7; if not, go to step 12;
step 11, accessing the corresponding next-level H5 page needing to be detected according to the data sub-link, and then returning to step 4;
step 12, judging whether performance detection abnormal information exists in the performance detection report, if not, indicating that the performance of the detected H5 page meets the requirement, and passing the performance test; and if so, reporting the final performance detection report to a server.
2. The H5 page performance detection method of claim 1, wherein in step 5, determining whether the actual detection value of the H5 page matches the corresponding configuration information of performance standard value includes:
judging whether the actual value of the page memory occupancy of H5 is smaller than the threshold value of the page memory occupancy of H5, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the actual value of the starting and loading duration of the page head of H5 is smaller than the threshold value of the starting and loading duration of the page head of H5, if so, conforming to the configuration information of a performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the actual value of the page size of H5 is smaller than the threshold value of the page size of H5, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the actual value of the first-time request duration of the H5 page is smaller than the threshold value of the first-time request duration of the H5 page, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the title label is detected, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the icon is detected, if so, conforming to the configuration information of the performance standard value; if not, the configuration information of the performance standard value is not met;
judging whether the pv tag is detected, if so, conforming to the configuration information of the performance standard value; if not, the performance standard value configuration information is not met.
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| CN112363915A (en) * | 2020-10-26 | 2021-02-12 | 深圳市明源云科技有限公司 | Method and device for page performance test, terminal equipment and storage medium |
| CN114117285B (en) * | 2022-01-27 | 2022-05-31 | 浙江口碑网络技术有限公司 | Position information processing method and device based on H5 page and electronic equipment |
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| CN104182331B (en) * | 2013-05-20 | 2018-04-27 | 腾讯科技（深圳）有限公司 | Browser performance test method, system and terminal |
| CN104424092B (en) * | 2013-08-22 | 2018-01-09 | 腾讯科技（深圳）有限公司 | The page loads duration method of testing and device |
| CN104461855B (en) * | 2013-09-22 | 2019-03-26 | 腾讯科技（北京）有限公司 | A kind of Web automated testing method, system and device |
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| US10621075B2 (en) * | 2014-12-30 | 2020-04-14 | Spirent Communications, Inc. | Performance testing of a network segment between test appliances |
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