Re: Facebook Handler Apk Android 23
Edelira Longinotti
...make sure your OAuth redirect URI (e.g. my-app-12345.firebaseapp.com/__/auth/handler) is listed as one of your OAuth redirect URIs in your Facebook app's settings page on the Facebook for Developers site in the Product Settings > Facebook Login config.
1- Go to your Firebase Console -> Authentication -> SIGN-IN METHOD -> Facebook. You'll find that link below your App Secret and App ID. Copy it. (It should be something like this: -app-id.firebaseapp.com/__/auth/handler)
So, restrictions are that it has to be done in WebView. I've managed to make it a dialog, and apon user's click like button, it (the WebView) redirects successfully (in the same view) to facebooks login page. After successful authentication, the WebView (in a dialog) is redirected to blank page with facebook header.
I had the same issue on my android application. The cause of the issue is FB login javascript opens a new page on a new window. Then it tries to close it after login success. Please follow flowing example from my working codes.
So far we have tried different versions of com.android.tools.build:gradle, as well as installing 'react-native-gradle-plugin' manually to package.json, also tried deleting the '.gradle' folder and rebuilding it but so far none have worked. Looking for insights from anyone who has faced this issue before and how you were able to resolve it( )
I am using React Native v 0.62.2 and I am trying to get my project running on Android as well. Up until now, I had focussed development on iOS and therefore did never run the Android app. Now I wanted to run the android app but the app crashes on startup right after the splash screen was shown with the following stacktrace:
I see the build in my project dashboard on the expo webpage, but the problem is, when I install the APK (either in the emulator from the android studio or my real device), the app gets installed, but when I try to open it, I see the splash screen for a second and then the app shuts down (no feedback is given).
after the build, I run the app on emulator in android studio then go to view>tool windows>logcat and check for invariant violation (on my case I needed to install react-native-screens and react-native-safe-area-context). After building new apk the app works fine.
A registration handler (sometimes called reghandler) creates and updates a user on the fly with identity information pulled from the authentication provider, in this case, Facebook. A registration handler allows you to get additional information from Facebook, like a profile picture, to use when creating the Salesforce user.
I add facebook plugin to my project, follow all the steps.It is working fine in unity editor. when i tried exporting a build and tested on android device it is not working. The app crash on the initial launch itself.It closes immediately.
,I add facebook plugin to my project, follow all the steps.It is working fine in unity editor. when i tried exporting a build and tested on android device it is not working. The app crash on the initial launch itself.It closes immediately.
In the Unity dropdown menu, select the following option to Resolve the Android dependencies: Assets->ExternalDependencyManager->Android->Resolve
Step 9: Solution From - Android app crash on launch due to ClassNotFoundException for "com.facebook.FacebookContentProvider" Issue #509 facebook/facebook-sdk-for-unity GitHub
The first step is to create the (CalendarModule.java or CalendarModule.kt) Java/Kotlin file inside android/app/src/main/java/com/your-app-name/ folder (the folder is the same for both Kotlin and Java). This Java/Kotlin file will contain your native module Java/Kotlin class.
To add your Native Module to ReactPackage, first create a new Java/Kotlin Class named (MyAppPackage.java or MyAppPackage.kt) that implements ReactPackage inside the android/app/src/main/java/com/your-app-name/ folder:
To register the CalendarModule package, you must add MyAppPackage to the list of packages returned in ReactNativeHost's getPackages() method. Open up your MainApplication.java or MainApplication.kt file, which can be found in the following path: android/app/src/main/java/com/your-app-name/.
I then replace the contents of app.js with vanilla project code. Then I started adding the imports one by one. It quickly became apparent that was the culprit. replace with and removed import TouchableOpacity from 'react-native-gesture-handler'; in all components.
Hello, I have run into a similar problem. In my expo application, I upgraded to React Navigation version 6. My application worked in development but crashed in production. The problem did appear to be related to the stack navigator code, as user ebarnett32 discovered. Declaring import 'react-native-gesture-handler'; at the top of all React components that used the stack navigator appears to have fixed my problem. However, I also have imported it in my application entry file (index.js or App.js). I have also removed all uses of the TouchableOpacity components imported from react-native-gesture-handler, replacing them with Pressable from the react native package, as suggested by sjoerdsantema. Therefore, it may have been a combination of the previous suggestions that fixed my issue.
For me it was exactly adding import 'react-native-gesture-handler'; at the top of the main navigator using a stack navigator as well. Why I cannot say. npx expo start --no-dev --minify --clear is supposed to reproduce the issue, but for me it did not. Only in TestFlight I could see the crash. Very annoying.
The Expo SDK incorporates the latest version of react-native-gesture-handler available at the time of each SDK release, so managed Expo apps might not always support all our latest features as soon as they are available.
Since the library uses native support for handling gestures, it requires an extended installation to the norm. If you are starting a new project, you may want to initialize it with expo-cli and use a bare template, they come pre-installed with react-native-gesture-handler.
If you use props such as shouldCancelWhenOutside, simultaneousHandlers, waitFor etc. with gesture handlers, the handlers need to be mounted under a single GestureHandlerRootView. So it's important to keep the GestureHandlerRootView as close to the actual root view as possible.
This article is part of a series about Instagram Graph API. Previously, I covered test account and app setup and finding the correct Instagram account ID. In this part, I will show you how to implement the authentication flow for Instagram Graph API with Facebook Login. I will use Node.js, Express, and Passport with the passport-facebook strategy, but the basic ideas are applicable to any language and framework.
This code registers the passport-facebook strategy with credentials obtained from the application settings. The callback URL must be absolute, and registered as a valid OAuth redirect URL (except for localhost).
The route handler uses Superface OneSDK to fetch basic data about Instagram profiles we have access to. I use GetProfilesForPublishing for that, which also works with Facebook, LinkedIn, Pinterest, and Twitter. The logic is the same as in the previous Find the right account ID tutorial, except we are passing the access token stored in session from req.user.accessToken (see the code for the Success callback).
To learn how to use react-native-gesture-handler with Fabric architecture, head over to Fabric README. Instructions on how to run Fabric Example within this repo can be found in the FabricExample README.
Enter your development URI with /signin-facebook appended into the Valid OAuth Redirect URIs field (for example: :44320/signin-facebook). The Facebook authentication configured later in this tutorial will automatically handle requests at /signin-facebook route to implement the OAuth flow.
The URI /signin-facebook is set as the default callback of the Facebook authentication provider. You can change the default callback URI while configuring the Facebook authentication middleware via the inherited RemoteAuthenticationOptions.CallbackPath property of the FacebookOptions class.
AuthenticationBuilder extension methods that register an authentication handler may only be called once per authentication scheme. Overloads exist that allow configuring the scheme properties, scheme name, and display name.
PWA adds some decent integration to Desktop if people wants to have websites as their own thing with no tabs like native apps. Of course, if developers used more features like the protocol handlers I am sure it would be more useful, and as long as developers bring integrations like decent audio volume controls things will be decent. Some music apps or video chat apps might not have a way to control audio volume like tiktok in the past, so adjusting the audio can be a pain, since 1 slider will control Brave browser audio output, compared to native apps, where 1 slider affects only the individual apps.
In TLS, receiving a message can cause a transition to different states, depending not only on the type of message but also the data in the message. For example, when a server receives a ClientHello, in most cases it will transition to waiting for a Finished message from the client. However, if the ClientHello is missing parameters needed by the server, like key exchange algorithms, the server can send a HelloRetryRequest to the client. The next message the server would expect, then, is another ClientHello. As a result of this complexity, most implementations perform state transitions inside state handlers, as shown in the sample code below.
It is easy for this handler code to become inconsistent with the explicit state machine, however. If the handler was changed and not kept consistent with the state machine, it could result in either a security vulnerability or the connection closing due to an error.
To avoid these issues in Fizz, we implemented an abstraction that prevents us from using incorrect state transitions. If a state handler uses an incorrect state transition that is not defined in the explicit state machine, the code will fail to compile. This helps us catch bugs during compile time rather than at runtime, thereby preventing mistakes.
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