How do I know if a crash is caused by a plugin?

Look at the crash's stack trace, if it runs through a third-party plugin's or SDK's code rather than yours, the plugin is likely the culprit. This is why capturing crashes with stack traces from the field is essential for plugin crash attribution: without the trace, a plugin crash looks like a mysterious failure you might waste time hunting in your own code. With it, you can see the crash originates inside the plugin, which tells you the appropriate response, wrap your usage more defensively, update the plugin (the bug may already be fixed), report it to the vendor, or replace the plugin if it's unreliable. Per-version tracking also helps: if crashes appeared right after adding or updating a plugin, that's a strong attribution signal.

Should I update plugins to prevent crashes?

Generally yes, but test the updates. Plugin crashes are frequently known bugs that the vendor has already fixed in a newer version, so running an outdated plugin means hitting crashes that an update would resolve, keeping plugins reasonably current, especially for crash and compatibility fixes, prevents those avoidable crashes. The caveat is that a plugin update can also introduce its own regressions or compatibility issues, so don't update blindly right before a release; test the update and watch crash rate per version afterward to confirm it actually reduced crashes rather than adding new ones. The balance is staying current enough to benefit from fixes while verifying each update's effect, so updating helps stability rather than risking it.

How to Prevent Crashes From Third-Party Plugins

Q: How do I prevent crashes from third-party plugins?

Contain them, keep them current, and attribute crashes accurately. Isolate third-party code and wrap your calls into it defensively, handle errors it might throw and validate what you pass in and get back, so a plugin's failure doesn't propagate into crashing your whole game, this matters because you often can't fix the plugin itself, only how you use it. Keep plugins reasonably updated, especially for crash and compatibility fixes, since plugin crashes are often known bugs the vendor has already resolved, while testing updates since they can introduce regressions. And capture crashes with stack traces so you can tell when a plugin is the culprit, a trace running through a plugin's code points at the real cause, so you can wrap, update, report, or replace it rather than misattributing it to your own code.

Quick answer: Isolate and defensively wrap third-party code, keep plugins updated, and capture crashes with stack traces so you can tell when a plugin is the culprit. Plugins crash in ways you don't control.

Third-party plugins, SDKs, and libraries save you time but crash in ways you don't control and can't easily fix. Preventing plugin crashes is about containment and visibility. Here's how to prevent crashes from third-party plugins.

Isolate and Defensively Wrap Third-Party Code

A plugin crash can take down your whole game if its failure propagates unchecked. So isolate third-party code and wrap your calls into it defensively, handle errors it might throw, validate what you pass in and what comes back, and don't assume it behaves correctly. Containing a plugin's failures prevents them from crashing your game.

Bugnet captures crashes with stack traces, so you can see when a crash originates inside a plugin. Defensively wrapping third-party code prevents its failures from cascading into your game, which matters because you often can't fix the plugin itself, only how you use it.

Keep Plugins Updated

Plugin crashes are often known bugs the vendor has already fixed, so running an outdated plugin means hitting crashes that newer versions resolve. So keep plugins reasonably updated, especially for crash and compatibility fixes, while testing updates since a plugin update can also introduce regressions. Staying current prevents the crashes that fixes have already addressed.

Bugnet tracks crashes per version, so you can see whether a plugin update reduced or introduced crashes. Keeping plugins updated, and verifying the effect per version, prevents the avoidable crashes that come from running known-buggy old versions of dependencies.

Capture Crashes With Stack Traces to Attribute Them

You can't address a plugin crash if you don't know a plugin caused it, so capture crashes with stack traces. A crash whose stack trace runs through a plugin's code tells you the culprit, so you can wrap it, update it, report it to the vendor, or replace it, rather than misattributing it to your own code.

Bugnet captures stack traces with every crash, so plugin-originated crashes are identifiable by where they occur. So prevent third-party plugin crashes by isolating and wrapping plugin code, keeping plugins updated, and capturing stack traces to attribute crashes, containing and monitoring code you don't control.

Isolate and defensively wrap third-party code, keep plugins updated, and capture crashes with stack traces to attribute them. Plugins crash in ways you don't control, so contain and monitor them.