Visual Studio will then re-download everything that is required, including that zip file. It doesn’t seem to happen anymore but if it does the quickest solution is to go toĬ:\Users\\AppData\Local\Xamarin\Īnd delete everything in this folder. This is due to the fact Visual Studio occasionally corrupts that file.
Please download and extract it to the …~\Local\Xamarin\4\21.0.3\content directory. Sometimes you get error messages similar to Unzipping failed for android_m2repository Xamarin Forms normally depends upon an older version.
For example the Android Support libraries shouldn’t be updated to the latest version. Your Android Support libraries might be out of sync with your Xamarin Forms version.Check with the 3rd Party Vendor for compatilbilty Your 3rd Party Component doesn’t support the correct Xamarin Forms Version.If errors still persist inside this file then here are some other possible causes Hence if you go to the file, then delete everything inside the file, then rebuild your app, it should regenerate correctly.
When you upgrade your Xamarin Forms version or add in other 3rd Party Components, normally the needs to be regenerated. Hence, here is my playbook on what to do when things go wrong when deploying for Android. You may not use this file except in compliance with the License.Deploying on the Visual Studio Android Emulator with Xamarin is sometimes an ordeal, with many things that can go wrong. Licensed under the Apache License, Version 2.0 (the "License") HockeyApp Crashlytics Acra Similar Projects: Therefore there is no elegant way to use multiple crash frameworks, it usually boils down to the when which framework reads or sets the default handler. However the Thread object only allows a single handler at a time and there is no support of proper chaining the handlers.
Integration with Crash Frameworksīasically every crash framework sets itself as the default uncaught exception handler (see Thread.UncaughtExceptionHandler).
When extending your exception with ICrashExceptionData you can add some additional debugging data which will be stored and shown in the crash debug activity. It features details view of the crash, logging the data and sorting it by name or time, as well as clearing all crashes. Using the the Core Moduleįor minimal impact on dependencies and omitting the built-in activities, the core module can be used:ĬrashExplorerOverviewActivity. PlanB.get().enableCrashHandler(.) different behaviours can be set for debug and release. Through the PlanBConfig different handlers for production and debug can be set. If your app uses a different flag just pass the current state as boolean in the PlanB.init() method. Per default the lib reads out the "debuggable" flag in the Android Manifest to check if the app is in debug mode. An in-memory implementation exists for production builds where no crash should be persisted. Parameters like, git commit, flavor and ci number can be set.Ĭrash Handler can be created with the factory found in PlanB.crashDataHandlerFactory(). The PlanBConfig can be used to set your build config so it will be shown and persisted in the debug crash activity. Calling this method should reset the unhandled crash flag so subsequent calls will return false. Just call PlanB.get().getCrashDataHandler().hasUnhandledCrash() to check. The CrashHandler can be used to check if the app had a crash. The 2 actions will be handled before and after the main CrashRecoverBehaviour.handleCrash(.) respectively. Implement a CrashAction and pass it to the constructor or factory. You can customize the crash handler with pre and post actions: Default Behaviour: same as not using the lib (excluding from persisting the crashes, etc.), will show the default app crash dialog.Restart Activity: will restart the current or launcher (or any other) activity on a crash without showing any error dialog.Show Debug Crash Activity: will show an activity with more info on the crash, useful for development.Suppress Crash: does not show any sign of a crash, just closes the app.Details Built-In Crash Recovery BehaviorsĪll the built-in behaviour classes can be created with using the PlanB.behaviourFactory() or implement the CrashRecoverBehaviour interface. createRestartForegroundActivit圜rashBehaviour()) Īlso check out the demo app on the Play Store.