For mobile developers, when an application crashes, some people remain silent and frown, some people bite their fingers and shake them left and right, some people mutter and sigh, some people cross their hands and look up at the sky thoughtfully, and some people... are so annoyed that they want to smash the keyboard :) So where does the annoyance come from? Specifically, it is because the application crashes for unknown reasons and there is no way to reproduce it. Furthermore, it is because the crash has a very large impact on the user retention rate, reputation and revenue of mobile applications. You should be thankful for the crash. Be thankful that you know it crashed, that you have the error log, and that you can collect the scene where the error occurred! If unfortunately you don't have it, you can try Testin crash analysis. Next, I will introduce to you how to use Testin crash analysis. Basic use: 15 seconds fast registration After entering the Testin crash analysis website, click on free registration Just fill in your email and password to complete the registration Fill in your email password to complete the registration quickly SDK usage: Get AppKey Fill in your application name, select the development platform, and click Save to obtain the AppKey (the application's *** identification ID, required when initializing the SDK) Download SDK Download SDK: Download Android v1.7.3 (including crash information symbolization, breadcrumbs, and alarm functions) Copy the jar package to the libs directory in the project. Initialize SDK: one line of code Call the following method in the onCreate() method in the application entry Activity Configure the Android manifest: Apply packaging and view the report: At this point, Testin Crash Analysis SDK has been deployed to your app. Next, package it and install it on your phone. Wait for 3 minutes and you can view the crash report in the background. Testin crash analysis helps developers get rid of the trouble of managing application crash records. It fully reproduces the code stack information, error interface, system log, terminal model, CPU, memory, disk space and other diagnostic information when the crash occurs, and provides a detailed analysis report. It supports displaying crash information from the perspectives of application version, operating system, release channel, occurrence time, etc., and objectively solves problems from different perspectives. |
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