Using the similar method, you should be able to connect to any public could instances once you have the public IP and private key file. You could use “sudo su – ” to gain the root access for the instance.Īll the pubic could instances are using the private to add the additional security. If you try with root user, you will get warning message like below. Load the private Key prior to open the sessionħ. Load the private key (which is converted using puttygen) from SSH tab. Open putty ssh client and enter the AWS EC2 instance public IP. Save the private key which is converted in ppk format. (If putty keygen is just looking ppk file, just select “All files” ) Load the Downloaded Pem Key fileĤ. Download the putty keygen from internet if you don’t have it already.Ģ. At the last section, we will use the ppk file on putty ssh client to establish the session with Amazon AWS instance.ġ. Let’s quickly see that how to convert the private key which is in pem format to ppk format using putty keygen. You must need to convert the pem file as ppk file using the putty keygen. pem key file format is not supported in windows ssh client – Putty. If you use MAC OS or Linux OS, you could easily connect to the AWS instance using the downloaded *.pem key file from AWS Portal. The file must be a properly formatted json file.This article will walk through to connect to the AWS cloud instance using putty software from windows laptop. If you are not running with ssh forward agent context, you will be prompted for passwords throughout the installation process.Ĭreate, edit and save a registration file ( registration.json). The script has been written with the assumption that you are running under the context of ssh forward agent as described at Example: Connect to bastion host in AWS. TabDeploy4EDG must be run from the bastion host. Run the following command to change the mode on the file to make it executable: sudo chmod +x TabDeploy4EDG Save the file to the home directory on the EC2 host that is serving as the bastion host.Copy the script from the TabDeploy4EDG samples page (Link opens in a new window) and paste the code into a file called TabDeploy4EDG.Validates installation and returns status for each node.ĭownload and copy the script to the bastion host. ![]() Configures services across the Tableau cluster according to reference architecture specifications.Deletes the bootstrap file and the configuration file for TabDeploy4EDG.Performs bootstrap installation and initial configuration of Node 2- Node 4.Installs Node 1 with a local identity store and configures external repository with PostgreSQL.Creates /app/tableau_server and installs package on all nodes.Downloads and installs dependencies to each node.Downloads and copies Tableau rpm package to each node.Obliterates existing Tableau installations on all nodes.Restores Stage 1 backup of PostgreSQL host if you specify a path to the PostgreSQL host's tar file.The script performs the following actions: The script configures Tableau according to the prescribed settings of the reference architecture. The script takes about 1.5–2 hours to install and configure the four Tableau servers. ![]() You have logged in to each EC2 instance with an SSH session from the bastion host.The EC2 instance that will be running Node 1 of the Tableau Server deployment has been configured to communicate with PostgreSQL as described in Part 4 - Installing and Configuring Tableau Server.A Step 1 tar backup file is on the EC2 instance where PostgreSQL is installed, as described in Take PostgreSQL Step 1 tar backup.PostgreSQL is installed and has been configured as described in Install, configure and tar PostgreSQL.Four EC2 instances running the latest, updated builds of AWS Linux 2.IP addresses do not have to match those that are shown in the example implementation. VPC, subnet and security groups have been configured as described. ![]() To run the script, you must prepare and configure the AWS environment according to the example implementation in Part 3 - Preparing for Tableau Server Enterprise Deployment: If you are following the example AWS implementation as described in this Guide, then you may be able to run TabDeploy4EDG. The TabDeploy4EDG script (Link opens in a new window) automates the implementation of the four-node Tableau deployment that is described in Part 4 - Installing and Configuring Tableau Server. TabDeploy4EDG-automated installation script Connect to your Linux instance from Windows using PuTTY Download and set up PuTTY. Specifically, this topic describes how to automate the example AWS deployment that is described throughout the EDG. AWS Setup Bastion Host SSH tunnel Putty Select the private key. This topic includes tools and alternate deployment options for the reference architecture when deployed in AWS.
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