The following Terraform script shows how to set up an Azure Spring Apps app with Azure Database for MySQL. system-identity mysql-identity-id=$AZ_IDENTITY_RESOURCE_ID target-resource-group $MYSQL_RESOURCE_GROUP \ If you want to know which one you should choose for your app, check this doc from Microsoft: Choose the right MySQL Server option in Azure. service $AZURE_SPRING_APPS_SERVICE_INSTANCE_NAME \ resource-group $AZURE_SPRING_APPS_RESOURCE_GROUP \ az spring connection create mysql-flexible \ Be sure to replace the variables in the example with actual values. Run the az spring connection create command, as shown in the following example. resource-group $AZURE_IDENTITY_RESOURCE_GROUP \
Read more about the benefits of this feature in our. The MySQL in-app feature now supports one-click export/import of a local development database to a production database. Today, the MySQL in-app feature is generally available.
export AZ_IDENTITY_RESOURCE_ID=$(az identity create \ The feature's primary objective was to make it easier to build and test MySQL-based applications on Azure App Service. For more information, see Set up Azure Active Directory authentication for Azure Database for MySQL - Flexible Server. Then, use the following command to create a user-assigned managed identity for Azure Active Directory authentication. az extension add -name serviceconnector-passwordless -upgrade Use the following command to install the Service Connector passwordless extension for the Azure CLI. So, if another deployment is created, you need to create the connections again.įollow these steps to configure your Spring app to connect to an Azure Database for MySQL Flexible Server with a system-assigned managed identity. Service Connectors are created at the deployment level. Deploy UserManagement Web Application with MySQL Database Link to all the Kubernetes Manifests Step-01: Introduction Azure Kubernetes Service with Azure.
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