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1. Using visual studio mac for unity debug how to#
2. Using visual studio mac for unity debug full#
3. Using visual studio mac for unity debug download#

I am not going in details about how to debug deadlocks, but I will show you how Visual Studio looks like while debugging Unity. Deadlocks freeze Unity and you know they are deadlocks because Unity is not freezing due to a simple infinite loop.

Attaching Visual Studio or WinDBG before unity crashes is simpler and provides more information. We will use Visual Studio CE from now on.ĭebugging a dump file is surely less powerful than debugging a live process.

Using visual studio mac for unity debug download#

I prefer windbg over visual studio, but be sure to download the version from the windows app store, much more friendly than the original one! Debugging with windbg, while not too difficult, needs some learning and this is outside the scope of this article. You can debug dump files with visual studio or windbg. So generating a complete dump file is simple, debugging is not that much.

Using visual studio mac for unity debug full#

If this the case, you will need to generate a full fledged dump file.Īt the end of the following link, you can see how to ask Windows to create a full-size dump file every time any application crashes:Īlthough I usually prefer using procdump, which is very simple to use: The dump file (.dmp) generated by Unity is quite barebone, so some times is not enough. The rare times this is not enough, you can start some advanced debugging using the dump file generated after the crash.

Debug natively with visual studio or windbg Which gave already enough clues to solve our problem. It’s usual enough to open the error.log and check the stack trace to have already a good idea of what’s going on.įor example, a recent problem we were investigating was showing like:Ġx00007FFA3AE2CD5D (HavokNative) HP_UnlockPluginĠx00007FFA3ACC0C2E (HavokNative) HP_UnlockPluginĠx00007FFA3ACC03C8 (HavokNative) HP_UnlockPluginĠx00007FFA3ACBBFFE (HavokNative) HP_UnlockPluginĠx00007FFA3AE26345 (HavokNative) HP_UnlockPluginĠx00007FFA3AE2AE9F (HavokNative) HP_UnlockPluginĠx00007FFA3ABF2D98 (HavokNative) HP_SyncWorldInĠx00007FFA1E7A95D2 (lib_burst_generated) Ordinal0Ġx00007FFA32BD533C (UnityPlayer) UnityMainĠx00007FFA32BD59AF (UnityPlayer) UnityMainĠx00007FFA32BD391C (UnityPlayer) UnityMainĠx00007FFA32BD3D4A (UnityPlayer) UnityMainĠx00007FFA32BD4E70 (UnityPlayer) UnityMainĠx00007FFA32CBD1C8 (UnityPlayer) UnityMainĠx00007FFA75107BD4 (KERNE元2) BaseThreadInitThunkĠx00007FFA75F6CED1 (ntdll) RtlUserThreadStartĠx00007FFA75F9C144 (ntdll) NtWaitForSingleObjectĠx00007FFA73108BC3 (KERNELBASE) WaitForSingleObjectExĠx00007FFA3330E232 (UnityPlayer) UnityMainĠx00007FFA32BD4E1C (UnityPlayer) UnityMainĠx00007FFA32BD1E2C (UnityPlayer) UnityMainĠx00007FFA32DCB70B (UnityPlayer) UnityMainĠx000001E28736234A (UnityEngine.CoreModule) ()Ġx000001E28736228B (UnityEngine.CoreModule) ()Ġx000001E29225BDF3 (RobocraftX.StateSync) ()Ġx000001E292204D13 (RobocraftX.StateSync) d_12.MoveNext()Ġx000001E27AC337D4 (Svelto.Tasks) `2.MoveNext()Ġx000001E27AC32E43 (Svelto.Tasks) `1.MoveNext()Ġx000001E27AC324DB (Svelto.Tasks) Process`1.MoveNext()Ġx000001E27AC3229B (Svelto.Tasks) Process`1.MoveNext()Ġx000001E27ABCA53C (Svelto.Tasks) .RunnerBehaviourUpdate.ExecuteRoutines()Ġx000001E27AC32203 (Svelto.Tasks) .RunnerBehaviourUpdate.Update()Ġx000001E27ABC8F40 (mscorlib) _invoke_void_this_()Ġx00007FFA26D3CBB0 (mono-2.0-bdwgc) mono_get_runtime_build_infoĠx00007FFA26CC2122 (mono-2.0-bdwgc) mono_perfcounters_initĠx00007FFA26CCB11F (mono-2.0-bdwgc) mono_runtime_invokeĠx00007FFA26CCB11F ( mono- 2.0- bdwgc ) mono_runtime_invoke Knowing where unit stores them is useful in case you need to ask someone to send you the report.Īt this point, instead to send the bug report, you click Preview, which shows you the actual list of files generated that you can open for inspection: The window shows where unity stores the crash reports. I am going to use some pictures I found on the internet here to show you visually the steps to take. The first step is usually to check what the Unity Bug Report generates when a crash occurs. However you are a c# developer and you don’t have the tools to debug native crashes, so what to do? Luckily there are several ways to tackle the problem, as it’s useful to check if something you have done may have caused the problem. You found that 100% reproducible bug that would make Unity crash all the times. If you are a long term unity developer, it must have happened to you: Unity suddenly closes itself and shows the dreaded unity bug report window. What am I going to show may or may not apply to other platforms. Note: this is an article dedicated to the windows platform.