Aws sdk for android

One of the many third-party tools that are available.Integrating Amazon S3 with your Android appYou can send data from your Android app to Amazon S3 multiple ways such asAmazon S3 REST APIsAWS SDK for AndroidAWS Amplify SDKAWS SDK for KotlinUsing 3rd party data integration tools such as RudderStackFor the purpose of this tutorial, we will use AWS SDK for Android. If you’re writing code in Java for your Android application, this is a good way to go. This SDK provides classes for a variety of AWS services including Amazon S3.The following steps will guide you on how to upload a file from an Android app to Amazon S3.Adding required dependenciesThe first step to integrating S3 with your Android app is to add the necessary dependencies to your project. This is a crucial step, as the AWS SDK for Android provides all the tools and libraries you need to interact with S3. Add AWS Android SDK dependency in your app from Maven.To achieve that, add following code in `build.gradle`:dependencies { implementation 'com.amazonaws:aws-android-sdk-s3:2.x.y'}This dependency provides the core functionality you'll need to interact with S3.Also make sure that your project’s Manifest has correct permissions to access the internet, as you’ll need to upload data to Amazon S3 service:uses-permission android:name="android.permission.INTERNET" />uses-permission android:name="android.permission.ACCESS_NETWORK_STATE" />You may need other permissions as well such as file system but that depends on your use case. We will cover that in the later sections of this tutorial.Configuring AWS SDK for AndroidOnce you've added the necessary dependencies, you'll need to configure the AWS SDK for Android. This involves setting your AWS credentials and configuring the region for your S3 bucket.You can get AWS security credentials from the AWS Console under IAM (Identity & Access Management). Never embed these credentials into your app. It's recommended to use services such as Amazon Cognito for credentials management.Here is how you can use Amazon Cognito to provide AWS credentials to your app:import com.amazonaws.auth.CognitoCachingCredentialsProvider;import com.amazonaws.regions.Regions;CognitoCachingCredentialsProvider credentialsProvider = new CognitoCachingCredentialsProvider(getApplicationContext(),"your_cognito_pool_id", // Identity Pool IDRegions.US_EAST_1 // Region);We will be using these credentials in the next stepImplementing data upload functionalityTo start with, you may want to create a file uploader class where you’d implement the S3 file upload logic. You will use this class to trigger the file upload from anywhere in your codebase where you need this functionality. This abstraction will make your code clean and easier to manage. This file uploader class may take in a file

Describe the bugImpossible to get access tokens with custom scopes without using the hosted web ui. Authentication through the amplify drop-in UI for both Android and iOS -- used in the android-sdk-auth example -- or through cognito auth sdk always returns (the single scope) aws.cognito.signin.user.admin even if it is disabled on the app client settings.To ReproduceSteps to reproduce the behavior:1.Follow the android (or iOS)-sdk-auth example;2. Create custom scope and enable on app client settings;3. Sign-in in the app, grab the access token and check the scopes in jwt.ioWhich AWS service(s) are affected?AWS Cognito (in all SDKs) and AWS API GatewayExpected behaviorAccess token should return custom scope(s), regardless of using the web ui.ScreenshotsEnvironment(please complete the following information):Latest SDK versions (of both cognitoauth, mobileclient and auth-ui)Device Information (please complete the following information):We tested on both iOS and Android default simulators, although we believe that this happens with any device.iOS 11.3 and Android API level 28.Additional contextOur use case:We have native apps (both Android and iOS) trying to authenticate end-users in a user pool. Our API Gateway resources are scoped (none including aws.cognito.signin.user.admin scope). We want to use implicit grant as we don't want to distribute the application with the client secret in its package as that would be stored in plain text. We'd rather not use the hosted web ui for improved user experience, specially since everything we have is native. We do understand the implications of not using the web ui, as well as not using the authorization code flow. Thus, the solution would be to use the cognito auth sdk, which we believe that it doesn't support implicit grant.We might be approaching this the wrong way, any guidance would also be highly appreciated.Unsolved related issues throughout the different SDKs:[Amplify JS] - Access Token does not have required scopes (Http - 400)[Amplify JS] - How do I use amazon-cognito-identity-js to get scopes in the access_token?[Amplify iOS] - Feature Request: Cognito "InitiaateAuth" request allowed custom "scopes" in AccessToken[Amplify Android] - Feature Request: Cognito "InitiateAuth" request allowed custom "scopes" in AccessToken

AWS SDK for DelphiThe AWS SDK for Delphi enables Delphi developers to easily work with Amazon Web Services and build scalable solutions with Amazon SES, Amazon SQS, and more. It is a non-official SDK based on the official AWS SDK for .NET. Sample projects can be found in AWS SDK for Delphi Samples repository.Supported servicesThis is the list of AWS services currently supported by the SDK. More will be added over time:Amazon Lex: Conversational AI for ChatboxAmazon Polly: Text To SpeechAmazon Rekognition: Image and Video AnalysisAmazon S3: Simple Storage ServiceAmazon SES: Simple Email Service API (Classic)Amazon SES V2: Simple Email Service API v2Amazon SNS: Simple Notification ServiceAmazon SQS: Simple Queue ServiceAmazon Translate: Text TranslationBug report and feature requestsPlease use the GitHub Issues page to report problems or request features.Supported Delphi versions and platformsAWS SDK for Delphi supports all recent Delphi versions since Delphi 10.3 Rio (i.e., Delphi 10.4 Sydney, Delphi 11, Delphi 12, etc.) and supports all platforms available in those Delphi versions: Windows, Linux, Android, iOS and macOS.Required librariesAWS SDK for Delphi does not require any 3rd party library, it's written in 100% native Delphi code and works on all SKUs of supported Delphi versions.InstallationYou can install the library performing a manuall installation.Manual installationFor each different platform you want to install the SDK:Open AWSPackages.groupproj project group in your Delphi IDE.Add the platform output folder to the Delphi platform library path. For example, if you are building for Delphi 12, Win32, add the /packages/d12/Win32/Release folder to Delphi 12, Win32 library path.Build all packages for the platform you want to install, in Release mode.Using the SDKEach Amazon web service has its own package and unit name scheme, which is AWS.dproj and AWS..*.pas, respectively. For example, for Amazon SQS (Simple Queue Service), the package name is AWSSQS.dproj and unit name is AWS.SQS.pas (and all other units in the package follow same pattern, like AWS.SQS.Client.pas or AWS.SQS.ClientIntf.pas.Most types you need will be in the main unit, which for example is AWS.SQS. So that's the only unit you will need to use most of the functions. From there you can access all the available API operations. Each operation method receives a request interface and returns a response interface.In summary, this is the process to perform API requests:Use the main unit of the service, e.g. AWS.SQS;Instantiate the client interface (TAmazonSQSClient);Create and fill the request;Call operation method passing the request to receive the response;Process the response.The

Android versions– Android 10.0 images have been created on AWS, GCP and Alibaba Cloud and Azure.– Pie (Android 9.0) images have been updated on AWS, GCP and Alibaba Cloud and Azure.– Oreo (Android 8.0 & 8.1) images have been updated on AWS, GCP and Alibaba Cloud and Azure.– Nougat (Android 7.0) images have been updated on AWS, GCP and Alibaba Cloud and Azure.– Marshmallow (Android 6.0) images have been updated on AWS, GCP, Alibaba Cloud and Azure.– Lollipop (Android 5.1) images have been updated on AWS, GCP and Alibaba Cloud.Features– Added Android 10 on all supported cloud providers: AWS, GCP, Azure and Aliyun– Updated the SSHd configuration to have more security– Added “ro.product.model”, “ro.build.fingerprint” and “ro.build.description” properties in the Configuration section– Added a Baseband HTTP API– Added the possibility to avoid regenerating SSH key file at boot using “persist.god.keep_ssh_keys” property– Added a websocket keepalive mechanism to avoid disconnections behind a HTTP middleware like Cloudflare/Apache2/Nginx– Added error messages in UI and logcat when a user did not succeed to install an application because of incompatibility.Corrections– Fixed HRS (HTTP Response Splitting) vulnerability– Fixed some bugs with the resize of disk at boot that was not updated in Android– Fixed Kiosk HTTP API on Android 9.0– Fixed mouse HTTP API on Android 6.0– Fixed frontend SDK javascript close() call error– Fixed keyboard on Android 5.1– Fixed SSL certificate generation with letsencrypt– Fixed a network issue on GCP with Android 8.0+– Fixed OpenGapps installation issue– Fixed documentation links

+ "(size = " + os.getSize() + ")");}Downloading files from your S3 bucketIf you need to download files from your S3 bucket, you can use the `getObject` method of `AmazonS3Client` as following:String bucketName = "your_bucket_name";String keyName = "example.txt"; // Replace this with your object key// Get the object from S3S3Object s3object = amazonS3Client.getObject(bucketName, keyName);try {// Get the object dataInputStream objectData = amazonS3Client.getObjectContent();// Write the data to a fileFile file = new File(getApplicationContext().getFilesDir(), keyName);try (OutputStream outputStream = new FileOutputStream(file)) {int bytesRead;byte[] buffer = new byte[1024];while ((bytesRead = objectData.read(buffer, 0, buffer.length)) > 0) {outputStream.write(buffer, 0, bytesRead);}}// Make sure to close the object data streamobjectData.close();} catch (IOException e) {// Handle exceptionse.printStackTrace();}Deleting files from your S3 bucketIf you need to delete files from your S3 bucket, you can use the `deleteObject` method of `AmazonS3Client`. Be sure to use caution when deleting files from your S3 bucket, as deleted files cannot be recovered.String bucketName = "your_bucket_name";String keyName = "example.txt"; // Replace this with your object key// Delete the objectamazonS3Client.deleteObject(bucketName, keyName);ConclusionBy now, you should have a good understanding of how to send data from your Android app to Amazon S3, including how to set up your S3 account, integrate S3 with your Android app, and manage your S3 bucket. We covered how you can use AWS Android SDK to achieve these goals and provided references to other alternative methods. Amazon S3 is a powerful tool for managing your app's data and user-generated content, and with the AWS SDK for Android, it's easy to incorporate into your app. Check out RudderStack's Android App to Amazon S3 integration.Don't want to go through the pain of direct integration? RudderStack's Android SDK makes it easy to send data from your Android app to Amazon S3.