![]() ![]() You will need to do this every time after you have shut down the board, since the clock is not battery backed up. So, they easiest way is to synchronise the clock against a time server: rdate -s The only thing is to Base64 encode your string to be compatible with the other Azure SDK’s, in case you want compatibility with WIndows/Android/iOS etc.īut before we run this, you would need to set the on board clock on the Intel Galilelo, otherwise you will get this error: azure.WindowsAzureError: Unknown error (Unauthorized)Ĥ01ExpiredToken. Sbs.send_queue_message(queue_name,message) Sbs = ServiceBusService(service_namespace, Message = Message(base64.b64encode('Hello World')) It’s really rather straight forward: from rvicebus import ServiceBusService, Message, Queue Let’s now put that Python SDK into some work and post something to an Azure Service Bus Queue. ![]() In my previous post, I walked you through on how to Install Python Azure SDK on Intel Galileo. Open the mand by the “Get Info” command.Ĭlick the default icon in the top left corner and past the icon (Command V) Navigate to /Contents/Resources and double click the AndroidStudio.icns, it will open in Preview Open the contents of /Applications/Android Studio.app command file, for example mand:Įxport STUDIO_JDK=/Library/Java/JavaVirtualMachines/jdk1.8.0_77.jdk So here’s a workaround create a shortcut/alias that exports a value to use JRE v8. One could edit the plist to tell Android Studio to use a different JRE than the default v6, but that’s not recommended by Google. I was struggling with a rendering exception in Android Studio v2įailed to load the LayoutLib: com/android/layoutlib/bridge/Bridge : Unsupported major.minor version 52.0Īpparently this can be fixed by telling Android Studio to use JRE v8 (for the IDE, not compiling). Just remember that any changes in the SDK installation (using the Android SDK Manager) will put back the older version, so repeat this after an SDK update. ![]() In the tools sub folder, rename the current proguard to proguard.old.Įxtract the contents of the latest ProGuard zip file to a folder named proguard. So here is how to to so update the Proguard installation In my case it is C:\Users\Magnus\AppData\Local\Android\android-sdk. This is most likely because of an older ProGuard installation.ĭownload the latest ProGuard from here (v5.3.3 as of this writing).ĭetermine the current Android SDK location that Xamarin is using by checking Tools->Options->Xamarin->Android Settings. (Can't process class (Unsupported class version number (maximum 51.0, Java 1.7))) When doing Xamarin Android development, you may have come across the error message after enabling MultiDex: Error Can't read Now, with the Build-Toosl 24.0.x uninstalled and 23.0.Xamarin Android Unsupported class version issues Step 2: See what is installed and follow this guideĪlways first tap “Deselect All” so nothing is selected, and then go to town checking items to install or uninstall. If you were reading it and still confused on what to install no worried. There is a beautiful Technical article that was written in June on how to fix this and also an errors if you have Java JDK 8 installed that you can find here. It is because Xamarin.Android is attempting to use the latest “Android Build-Tools”, which aren’t compatible with Android just yet. You select file -> new Android project and then build and get ready to run it on a simulator and BOOM it has either just deployed a beautiful “hello world” app… or you have some cryptic error message about an appt.exe error or more likely a unsupported version 52.0? WHAT?ĩ9.9% of developers probably had this work just fine, but perhaps you already had Android Studio installed or you accidentally selected that “Install Everything” option in the Android SDK Manager. So, you just downloaded and installed Xamarin and ready to build your first Android application in C#. ![]()
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