![]() ![]() (Call that customer-centricity, or call it a bid to make sure that every moving part of your app’s requirements is in AWS). Our goal was to distil each release into clear synopses of ~30 words for time-poor readers – and also to get a sense, whilst doing so, of thematic/strategic direction amidst the barrage of new AWS products.Ī takeaway: AWS is notably focussed on making its multiplicity of cloud services work together better. We mainlined some coffee and reviewed every single one. Now you are ready to create a SAC model and import data from Redshift.The Stack counted over 119 new AWS services and features landing during the cloud hyperscaler’s re:Invent 2022 conference. SAP_CLOUD_AGENT_PROPERTIES_PATH=C:\5_Drivers\drivers\DriverConfig.propertiesįinally you can create the JDBC connection in SAC following these steps.ĩ.1.- Select the Location (localhost:8080)ĩ.2.- Add the JDBC URL (jdbc:redshift:// endpoint: port/ database)ĩ.3.- Add the JDBC Class (42.Driver)ĩ.4.- Add the credentials of the user created in 5.3 Generic JDBC datasource=C:\5_Drivers\drivers\RedshiftJDBC42-no-awssdk-1.jarĨ.4.- Add the environment variable below and restart the Tomcat service: I chose RedshiftJDBC42-no-awssdk-1.jarĨ.2.- Copy the jar file to C:\5_Drivers\driversĨ.3.- Create the file DriverConfig.properties in C:\5_Drivers\drivers containing this line: Log in to SAC and follow the steps explained here.Ĩ.1.- Please check how to configure connections in Amazon Redshift here and download the latest Redshift JDBC driver from here. ![]() ![]() This user will be needed when creating the connection in SACĥ.4.- Restart the Tomcat service and test if the deployment was successful by opening The version of the Cloud agent should be displayed.Īccess the Cloud Connector administration at and follow the steps explained here. Step 5 – Deploy Cloud Agent on Apache Tomcatĥ.2.- Extract the package and copy the file C4A_AGENT.war to C:\4_Tomcat\webappsĥ.3.- Create a user with the Services role in tomcat-users.xml file. exe file to start the installationĤ.3.- During the installation, enter the Administrator login credentials, select C:\3_JDK folder for the JDK, and C:\4_Tomcat folder as destinationĤ.4.- Start your Web browser and open to verify the installation I chose 64-bit Windows zip (apache-tomcat-9.0.67.exe)Ĥ.2.- Double-click the. I chose jdk-19_windows-圆4_bin.msiĤ.1.- Download the Apache Tomcat here. I selected the JVM folder ( C:\1_JVM\sapjvm_8) for the JDK during the installationĢ.4.- After installation, you can start and stop it via shortcuts on the desktop, or by using the Windows Services managerģ.1.- Download the JDK here. I chose sapcc-2.14.2-windows-圆4.msiĢ.3.- Install it following this link. Please find below the steps to follow:Ģ.1.- Download the Cloud Connector here. If you are struggling with some point, please leave a comment and I will try to help.ġ.1.- Download the JVM here. This is the link I mainly used and these are the steps to follow. ![]() Once all the components are up and running, we will be able to create a connection from SAC to Redshift. It is recommended to install them together on a dedicated server to avoid slowness or downtime. I had some issues with SAC Agent Simple Deployment Kit, so I decided to install the components separately: Cloud Connector, Cloud Agent, Apache Tomcat, JVM (Java Virtual Machine), JDK (Java Development Kit) and JDBC driver. If you need a Live Data connection, you can use a HANA Cloud instance on BTP or a third-party software like APOS Live Data Gateway. This is an Import Data connection, that extracts the data from the source-system and upload it to the cloud. I have ordered and completed the information found on SAP Help Portal based on my personal experience with the intention of clarifying the doubts raised in this question. In this blog post I will explain how to connect SAP Analytics Cloud with AWS Redshift using SAP Cloud Connector and Cloud Agent. ![]()
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