- Generate Sha1
- Generate Sha1 Key Android Studio
- Generate Release Sha1 Key Android Version
- Generate Release Sha1 Key Android App
In Preparing an App for Releasethe Archive Manager was used to build the app and place it in an archive forsigning and publishing. This section explains how to create an Androidsigning identity, create a new signing certificate for Androidapplications, and publish the archived app ad hoc to disk. Theresulting APK can be sideloaded into Android devices without goingthrough an app store.
Generating the release SHA1 fingerprint certificate. Before generating the release certificate, you need to first generate signed apk. You can choose the generate signed apk option from build menu in Android Studio. You may choose an existing keystore or create a new one, remember the alias name, as. Nov 23, 2018 Android Studio would automatically generate an XML file named with googlemapsapi.xml You would get debug SHA1 key here (at line number 10 of the XML file) Generate Key Hash for Facebook.
In Archive for Publishing,the Distribution Channel dialog presented two choices fordistribution. Select Ad-Hoc:
In Archive for Publishing,the Sign and Distribute.. dialog presented us with two choices fordistribution. Select Ad-Hoc and click Next:
Create a New Certificate
After Ad-Hoc is selected, Visual Studio opens the SigningIdentity page of the dialog as shown in the next screenshot. Topublish the .APK, it must first be signed with a signing key (alsoreferred to as a certificate).
An existing certificate can be used by clicking the Import button and then proceeding toSign the APK. Otherwise, click the click the+ button to create a new certificate:
The Create Android Key Store dialog is displayed; use this dialogto create a new signing certificate that can use for signingAndroid applications. Enter the required information (outlined in red)as shown in this dialog:
The following example illustrates the kind of information that must be provided. Click Create to create the new certificate:
The resulting keystore resides in the following location:
C:UsersUSERNAMEAppDataLocalXamarinMono for AndroidKeystoreALIASALIAS.keystore
For example, using chimp as the alias, the above steps would create a new signingkey in the following location:
C:UsersUSERNAMEAppDataLocalXamarinMono for AndroidKeystorechimpchimp.keystore
Note
Be sure to back up the resulting keystore file and password in asafe place – it is not included in the Solution. If you lose yourkeystore file (for example, because you moved to another computer orreinstalled Windows), you will be unable tosign your app with the same certificate as previous versions.
For more information about the keystore, seeFinding your Keystore's MD5 or SHA1 Signature.
After clicking Ad-Hoc, Visual Studio for Mac opens the Android SigningIdentity dialog as shown in the next screenshot. To publish the .APK,it must first be signed it with a signing key (also referred to as acertificate). If a certificate already exists, click the Import anExisting Key button to import it and then proceed toSign the APK Otherwise, click the Create a NewKey button to create a new certificate:
The Create New Certificate dialog is used to create a new signingcertificate that can be used for signing Android applications. ClickOK after entering in the necessary information:
The resulting keystore resides in the following location:
~/Library/Developer/Xamarin/Keystore/alias/alias.keystore
For example, the above steps might create a new signingkey in the following location:
~/Library/Developer/Xamarin/Keystore/chimp/chimp.keystore
Note
Be sure to back up the resulting keystore file and password in asafe place – it is not included in the Solution. If you lose yourkeystore file (for example, because you moved to another computer orreinstalled macOS), you will be unable tosign your app with the same certificate as previous versions.
For more information about the keystore, seeFinding your Keystore's MD5 or SHA1 Signature.
Sign the APK
When Create is clicked, a new key store (containing a newcertificate) will be saved and listed under Signing Identity as shownin the next screenshot. To publish an app on Google Play, clickCancel and go toPublishing to Google Play.To publish ad-hoc, select the signing identity to use for signing andclick Save As to publish the app for independent distribution. Forexample, the chimp signing identity (created earlier) is selectedin this screenshot:
Next, the Archive Manager displays the publishing progress. Whenthe publishing process completes, the Save As dialog opens to askfor a location where the generated .APK file is to bestored:
Navigate to the desired location and click Save. If the keypassword is unknown, the Signing Password dialog will appear toprompt for the password for the selected certificate:
After the signing process completes, click Open Distribution:
This causes Windows Explorer to open the folder containing thegenerated APK file. At this point, Visual Studio has compiled theXamarin.Android application into an APK that is ready for distribution.The following screenshot displays an example of the ready-to-publishapp, MyApp.MyApp.apk:
As seen here, a new certificate was added to the key store. To publishan app on Google Play, click Cancel and go toPublishing to Google Play.Otherwise click Next to publish the app ad-hoc (for independentdistribution) as shown in this example:
The Publish as Ad Hoc dialog provides a summary of the signed appbefore it is published. If this information is correct, clickPublish.
The Output APK file dialog will save the APK to the path specified. Click Save.
Next, enter the password for the certificate (the password that wasused in the Create New Certificate dialog) and click OK:
The APK is signed with the certificate and saved to the specifiedlocation. Click Reveal in Finder:
This opens the finder to the location of the signed APK file:
The APK is ready to copy from the finder and send to its finaldestination. Dirt 3 pc product key generator. It's a good idea to install the APK on an Android deviceand try it out before distribution. SeePublishing Independentlyfor more information about publishing an ad-hoc APK.
Next Steps
After the application package has been signed for release, it must bepublished. The following sections describe several ways to publishan application.
-->The MD5 or SHA1 signature of a Xamarin.Android app depends on the.keystore file that was used to sign the APK. Typically, a debugbuild will use a different .keystore file than a release build.
For Debug / Non-Custom Signed Builds
Xamarin.Android signs all debug builds with the same debug.keystorefile. This file is generated when Xamarin.Android is firstinstalled.The steps below detail the process for finding the MD5 orSHA1 signature of the default Xamarin.Android debug.keystore file.
Locate the Xamarin debug.keystore file that is used to sign theapp. By default, the keystore that is used to sign debug versions ofa Xamarin.Android application can be found at the followinglocation:
C:UsersUSERNAMEAppDataLocalXamarinMono for Androiddebug.keystore
Information about a keystore is obtained by running the keytool.execommand from the JDK. This tool is typically found in the following location:
C:Program Files (x86)JavajdkVERSIONbinkeytool.exe
Add the directory containing keytool.exe to the PATH environment variable.Open a Command Prompt and run keytool.exe using the following command:
When run, keytool.exe should output the following text. The MD5: and SHA1: labels identify the respective signatures:
Locate the Xamarin debug.keystore file that is used to sign theapp. By default, the keystore that is used to sign debug versions ofa Xamarin.Android application can be found at the followinglocation:
~/.local/share/Xamarin/Mono for Android/debug.keystore
Information about a keystore is obtained by running the keytoolcommand from the JDK. This tool is typically found in the followinglocation:
/System/Library/Java/JavaVirtualMachines/VERSION.jdk/Contents/Home/bin/keytool
Add the directory containing keytool to the PATH environment variable.Open a Terminal and run keytoolby using the following command:
When run, keytool should output the following text. The MD5: and SHA1: labels identify the respective signatures:
For Release / Custom Signed Builds
Generate Sha1
The process for release builds that are signed with a custom.keystore file are the same as above, with the release.keystore file replacing the debug.keystore file that is usedby Xamarin.Android. Replace your own values for the keystore password,and alias name from when the release keystore file was created.
When the Visual Studio Distributewizard is used to sign a Xamarin.Android app, the resulting keystore resides in the following location:
C:UsersUSERNAMEAppDataLocalXamarinMono for AndroidKeystorealiasalias.keystore
For example, if you followed the steps in Create a New Certificate to create a new signing key, the resulting example keystore resides in the following location:
C:UsersUSERNAMEAppDataLocalXamarinMono for AndroidKeystorechimpchimp.keystore
For more information about signing a Xamarin.Android app, seeSigning the Android Application Package.
When the Visual Studio for Mac Sign and Distribute..wizard to sign your app, the resulting keystore resides in the following location:
~/Library/Developer/Xamarin/Keystore/alias/alias.keystore
Generate Sha1 Key Android Studio
For example, if you followed the steps in Create a New Certificate to create a new signing key, the resulting example keystore resides in the following location:
Generate Release Sha1 Key Android Version
~/Library/Developer/Xamarin/Keystore/chimp/chimp.keystore
Generate Release Sha1 Key Android App
For more information about signing a Xamarin.Android app, seeSigning the Android Application Package.