![]() Microsoft provides a good tutorial for this purpose, but there are a couple of errors (as of this writing) and some of the options have changed. This post is intended to show minimal steps to encrypt Kafka traffic with SSL on HDInsight. The out of the box configuration does provide a dedicated VNET, which is good and the Enterprise Security Package offers a much more complete solution. The out of the box configuration doesn't provide much in the way of security though, and enabling SSL is a good first step. Kafka on HDInsight is an easy way to get started establishing a data integration layer and enabling analysis with modern tools. Besides offering simplified deployment, it also offers native integration with other Azure services like Data Lake Storage, CosmosDB and Data Factory. Load certificate from specific path.Azure HDInsight is a great way to get started with popular open source frameworks like Hadoop and Kafka. The following log from your app shows that the certificate is successfully loaded. The certificate will be automatically added to the Java default TrustStores to authenticate a server in SSL authentication. X509Certificate cert = (X509Certificate) factory.generateCertificate(is) įor a Java application, you can choose Load into trust store for the selected certificate. CertificateFactory factory = CertificateFactory.getInstance("X509") įileInputStream is = new FileInputStream("/etc/azure-spring-cloud/certs/public/") Use the following Java code to load a public certificate in an application in Azure Spring Apps. Your loaded certificates are available in the /etc/azure-spring-cloud/certs/public folder. Select Add certificate to choose certificates accessible for the app.From the left navigation pane of your app, select Certificate management.To load a certificate into your application in Azure Spring Apps, start with these steps: When you've successfully imported your certificate, you'll see it in the list of Public Key Certificates.Select Upload public certificate in the Public Key Certificates section.You can import a certificate file stored locally using these steps: The Azure Key Vault and Azure Spring Apps instances should be in the same tenant. When you have successfully imported your certificate, you'll see it in the list of Public Key Certificates.Select your Key Vault in Key vault and the certificate in Certificate, then Select and Apply.Select Import Key Vault Certificate in the Public Key Certificates section.From the left navigation pane of your instance, select TLS/SSL settings.Select Review + Create, then select Create.Īfter you grant access to your key vault, you can import your certificate using these steps: Under Principal, select your Azure Spring Cloud Resource Provider. Select Certificate permissions, then select Get and List. In the left navigation pane, select Access policies, then select Create. Select Key vaults, then select the Key Vault you'll import your certificate from. You need to grant Azure Spring Apps access to your key vault before you import your certificate using these steps: You can choose to import your certificate into your Azure Spring Apps instance from either Key Vault or use a local certificate file. der extension, or a deployed instance of Azure Key Vault with a private certificate. See Quickstart: Deploy your first application in Azure Spring Apps, or use an existing app. An application deployed to Azure Spring Apps.Azure CLI and Terraform support and samples will be coming soon to this article.
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