How do I know if a plugin is crashing my game?

Check the captured crash stack traces: if they originate in a third-party plugin's or SDK's code rather than yours, the plugin is the crash source. Distinguishing a plugin crash from a crash in your own code is the first step, and the stack trace is the evidence. A crash's stack trace shows the call stack at the moment of the crash, the chain of function calls that led to it, and where exactly it crashed. If that stack trace points into a third-party plugin's, SDK's, or library's code (an ad SDK, an analytics library, a social plugin, an engine extension), the crash originated in the plugin, not your code, confirming the plugin is the source. If the stack trace is entirely in your own code, it's your bug. Plugin crashes often show up as stack traces in the plugin's namespaces/classes, sometimes triggered by your call into the plugin (so the stack might show your code calling the plugin, then the crash inside the plugin). You can also look at correlation: did the crashes start when you added or updated a plugin? Do they cluster around the plugin's functionality (crashes when ads show, when analytics fires, when a social feature is used)? These corroborate a plugin source. The captured stack trace is the definitive evidence, though, it tells you where the crash actually happened. So you know a plugin is crashing your game by checking whether the captured crash stack traces originate in the plugin's code (rather than yours), corroborated by timing (crashes starting with a plugin change) and clustering around the plugin's functionality. Bugnet captures crashes with full stack traces, so you can see exactly where each crash originates, including whether it's in a third-party plugin or SDK, confirming whether a plugin is your crash source and which one, so you can address the right plugin (update, configure, guard, or replace it) rather than debugging your own code for a crash that's actually in a plugin you don't control.

How do I fix a crash caused by a third-party plugin?

Update the plugin, configure it correctly, guard or isolate its calls so a failure doesn't crash the game, or replace it if it's broken or unmaintained, the right fix depends on the plugin and the crash. Fixing a plugin crash is trickier than fixing your own code (you don't control the plugin's internals), but you have several options. First, update the plugin: the crash may be a known bug fixed in a newer version, so check for and apply updates, this is often the easiest fix if the plugin maintainer has addressed it. Second, configure it correctly: some plugin crashes come from misconfiguration or incorrect usage, so check the plugin's documentation and ensure you're initializing, calling, and configuring it correctly (a wrong setup, a missing initialization, an unsupported usage can crash it). Third, guard or isolate its calls: wrap your calls into the plugin defensively, so if the plugin fails, you catch the error and prevent it from crashing your whole game (handle the plugin's failure gracefully), and isolate the plugin's functionality so a problem in it doesn't take down core gameplay. Fourth, report it to the maintainer: with your captured stack trace and conditions, report the crash to the plugin's developers so they can fix it (and you get a real fix upstream). Fifth, replace it: if the plugin is unmaintained, persistently broken, or you can't work around the crash, replace it with an alternative or remove it. The captured stack trace and conditions guide which option fits, an update for a known bug, configuration for a setup issue, guarding for an unreliable call, replacement for a hopeless plugin. So you fix a third-party plugin crash by updating, configuring correctly, guarding its calls, reporting to the maintainer, or replacing it. Bugnet captures the plugin crashes with full stack traces and context (showing where in the plugin it crashes and under what conditions), so you can diagnose the plugin issue, choose the right fix, provide the maintainer with details if reporting it, and verify per version that the plugin crashes stopped, resolving crashes in code you don't directly control.

Should I remove a plugin thats causing crashes?

Remove or replace it if you can't fix the crashes another way (update, configure, guard) and the plugin isn't essential, but first try the less drastic options, removal is the last resort when the plugin is unfixable or not worth the trouble. Whether to remove a crashing plugin depends on whether you can fix the crashes otherwise and how essential the plugin is. First, try to keep it working: before removing, attempt the less drastic fixes, update the plugin (the crash may be fixed in a newer version), configure it correctly (the crash may be a setup issue), and guard its calls (so its failures don't crash your game), these often resolve the crashes without losing the plugin's functionality. Report the crash to the maintainer too, they may fix it. Second, weigh essential versus replaceable: if the plugin provides essential functionality (a critical SDK, a core feature) and you can fix the crashes, keep it, if it's non-essential or easily replaced, removal/replacement is more attractive. Third, remove or replace if needed: if you can't fix the crashes (the plugin is unmaintained, the bug is unaddressable, guarding doesn't help) and the plugin is causing significant crash impact, removing it (if you can do without the functionality) or replacing it with a more reliable alternative is the right call, a plugin causing many crashes may be doing more harm than its functionality is worth. Base the decision on impact: if the plugin is causing a high share of your crashes (visible in your captured data) and can't be fixed, its cost outweighs its benefit. So you should remove (or replace) a crashing plugin if you can't fix the crashes another way and the plugin isn't essential, after first trying to update, configure, and guard it. Bugnet captures the plugin crashes with stack traces and ranks crashes by impact, so you can see how much crash impact the plugin is causing (informing whether it's worth keeping), try the fixes and verify whether they work, and if not, confirm after removal/replacement that the plugin crashes stopped, making the keep-versus-remove decision based on the plugin's real crash impact and whether it's fixable, rather than guessing.

What to Do When a Plugin Is Crashing Your Game

Quick answer: Confirm the plugin is the source by checking whether captured crash stack traces point into the plugin's code, then address it (update, configure correctly, isolate/guard its calls, or replace), and verify the crashes stop.

Third-party plugins, ad SDKs, analytics, social, engine plugins, are a common and frustrating crash source, because you don't control their code. Confirming and addressing the plugin is the path. Here is what to do when a plugin is crashing your game.

Confirm the Plugin Is the Crash Source

First confirm a plugin is actually the cause: check the captured crash stack traces, do they point into the plugin's or SDK's code rather than yours? A stack trace originating in a third-party plugin confirms it's the source, distinguishing a plugin crash from one in your own code that you'd fix differently.

Bugnet captures crashes with full stack traces, so you can see whether crashes originate in a plugin's code. A stack trace pointing into a third-party plugin or SDK confirms the plugin is the crash source, which is essential, you don't want to debug your own code for a crash that's actually in a plugin, and the stack trace tells you which.

Address the Plugin Issue

Address it based on the cause: update the plugin (the crash may be a known bug fixed in a newer version), configure it correctly (a misconfiguration may cause the crash), guard or isolate its calls (wrap plugin calls so a failure doesn't crash the game), or replace it (if it's unmaintained or persistently broken). The right move depends on the plugin and crash.

Bugnet's captured stack trace and context show how and when the plugin crashes, informing which fix to try, an update for a known bug, configuration for a setup issue, guarding for an unreliable call. Knowing the specifics of the plugin crash (where it originates, under what conditions) helps you pick the right approach to stop it.

Verify the Plugin Crashes Stop

Verify per version that the plugin crashes stopped, the crashes originating in the plugin gone after you updated, reconfigured, guarded, or replaced it. Confirm in the field that the fix worked, especially since plugin crashes may depend on conditions (a plugin's network calls, specific devices) you can't fully test locally.

Bugnet tracks crashes per version, so after addressing the plugin you can confirm the plugin-originated crashes stopped on the new build. This verifies the fix, the crashes pointing into the plugin's code gone in the field data, confirming your update, reconfiguration, guarding, or replacement actually resolved the plugin crashes, rather than assuming the plugin change helped.

When a plugin is crashing your game, confirm it via captured stack traces pointing into the plugin's code, address it (update, configure, guard its calls, or replace), and verify per version the crashes stop. Third-party plugins are a common crash source you can pinpoint with the stack trace.