Stack traces show us exactly where an exception occurred, but you can still be left wondering: What arguments or state caused the exception to occur?
If you can reproduce the issue locally with a debugger attached you’ll have access to these local variables, but with Sentry you can identify the exception location *without* needing to reproduce the issue locally. By including local variables with stack traces, Sentry events become much closer to the full debugging experience.
In this article, we walk through how to troubleshoot Spring Boot applications using Sentry. Learn more here about how Sentry can improve your application.
The first part of a blog post series about bytecode transformations on Android, where we talk about different approaches to bytecode manipulation in Java as well as how to make it work with Android and the Android Gradle plugin.
Sentry's Rust SDK provides you with as much error information as possible, as long as you ship your debug information in the executable. Here's a look at how you can optimize your Rust error tracking.
With our new Electron SDK you get first-class support for all the things you’ve come to love in our other SDKs: breadcrumbs, device and OS information, and of course, high quality stack traces with source map support.