![]() Go to Configuration | Application settings | Connection strings and click on + New connection string. There are multiple ways you can do this - but for the purpose of this lab, you will take a simple approach by updating it directly on the Azure portal.įrom the Azure portal, select the Web app you provisioned. Next, you need to update the connection strings for the web app to connect to the database correctly. The web page will look like the below image. Set the Stack settings as shown in below image and click Save. As you are deploying a Java application, you need to change the web app’s web container to Apache Tomcat. Next, navigate to the Web app that you have created. This provides access to Azure services for all the databases in your MySQL server.Įxercise 2: Updating the App Settings for the Web App Enable Allow access to Azure services toggle and Save the changes. In this example, the server name is .com and the admin user name is Connection security. Save the Server name and Server admin login name to a notepad. You should see a Azure Database for MySQL server provisioned. Navigate to the resource group that you have created. Since the Azure SQL Server name does not support UPPER / Camel casing naming conventions, use lowercase for the DB Server Name field value. Important: Enter a unique SQL server name. To deploy to a resource group, enter the following commandĪz group create -name MyResourceGroup -location westusĪz appservice plan create -resource-group MyResourceGroup -name MyPlan -sku S1Ĭreate the web app with a unique app nameĪz webapp create -resource-group MyResourceGroup -plan MyPlan -name MyUniqueAppNameįinally, create the MySQL server with a unique server name.Īz mysql server create -resource-group MyResourceGroup -name mysqldbserver -admin-user mysqldbuser -admin-password -sku-name GP_Gen5_2 Launch the Azure Cloud Shell from the portal. Use MyShuttle as a template to provision the new Azure DevOps project using the Azure DevOps Demo Generator.Įxercise 1: Creating Azure Web App and MySQL database Refer the Getting Started page before you follow the exercises. Use Azure App Service Task to deploy a WAR file.Create a new Azure App Service with a MySQL database server and configure the web app to use Apache Tomcat.Instead, enable only systems with a business need to access Tomcat.Want additional learning? Check out the Automate Java container deployments module on Microsoft Learn. Granting full access can leave security vulnerabilities. ![]() The asterisk acts as a wildcard to allow multiple IP addresses. ![]() Alternately, you can use the IP address of a single system. You can change the IP address to a specific range for your intranet. This will grant access to any system in the 192.168.0.* range of IP addresses. Repeat the process for the second file: sudo nano /opt/tomcat/webapps/host-manager/META-INF/context.xml Edit the following file: sudo nano /opt/tomcat/webapps/manager/META-INF/context.xmlĤ. This step allows you to grant access to a specific IP address.ġ. By default, Tomcat is only accessible from the local machine it’s installed on. ![]()
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