Starting in February 2022, the Denodo for GCP Marketplace subscriptions have been updated.
This document refers to the Denodo Standard for GCP Marketplace subscription that was launched in February 2022.
Please refer to Denodo Standard for GCP Marketplace if you are using a version previous to February 2022.
Denodo Technologies, the data virtualization leader for unifying enterprise data and delivering data services for the business, is offering Denodo Standard on the Google Cloud Platform (GCP) as a pay by hour (PAYG) virtual machine (VM) image. The VM image contains the latest version of Denodo Standard, optimized for use with the Google Cloud Platform Compute Engine.
Thank you for your confidence in Denodo and for choosing the Denodo for GCP as your data virtualization technology!
This quick start guide will give you an overview of the Denodo software and how to quickly start building data virtualization solutions on GCP.
This Denodo Standard for GCP offering is based on a pay as you go (PAYG) model under your Google Cloud Platform (GCP) account.
The Denodo Standard offer on Linux Server consists of:
In the sections below you can find more information on how to deploy.
NOTE: this offering does not require a Denodo Solution Manager with a Denodo License Server to run the VDP services in the VM.
You must have a GCP account. You are responsible for operating your own GCP account. You can create and launch your Denodo Standard for GCP PAYG VM instance using that GCP Account.
To quickly set up a Denodo Standard environment on the GCP, perform the following steps:
Note: The GCP interface is subject to change and the exact options you see depend on whether or not you have existing projects.
Log on to the GCP Marketplace and access the Denodo Standard 8.0 VDP pay per hour offering page.
And then click the LAUNCH button.
Then, Select a project or Create a project page could be the next. Enter a project name and select a value from the Organization drop‑down, then click the Create button.
After that the deployment configuration appears where you can select appropriate values for zone, machine type, and so on.
For choosing the machine type please see https://community.denodo.com/docs/html/browse/8.0/platform/installation/preinstallation_tasks/hardware_requirements/hardware_requirements#
Then Click the Deploy button.
As soon as the project deploys, and the new virtual machine (VM) instance starts running, the following services are automatically started:
The Design Studio provides a web interface to the developers to create data sources, base views, derived views, publish web services, etc.
Check first the list of Supported Browsers for the Design Studio tool.
Then use a supported browser to point to the following URL of the Design Studio Web Tool following the pattern:
Where <vm_ip> is the IP address or DNS name for the Denodo Standard VDP virtual machine in the deployment.
Services require some time to start, meanwhile you could get a 404 page, wait some minutes and try again.
The username is admin and the password is the one you can see in the GCP Console for the deployment.
Refer to Main Areas of the Design Studio for more information.
Note that certain administrative tasks like cache configuration, setting-up the authentication, user management, etc can be done graphically only by using the Virtual Dataport Administration tool (desktop based).
The Scheduler Admin provides a web interface to administrators to create jobs.
Where <vm_ip> is the IP address or DNS name for the Denodo VM. The username is admin and the password is the one you can see in the GCP Console for the deployment.
Refer to Denodo Scheduler Administration Guide for more information.
Denodo is committed to helping you succeed with Denodo through our comprehensive network of technical support and services.
Denodo Support Standard is available for all paying subscribers. Denodo for GCP Premium Support is available for all subscribers at an additional fee.
To access this service, you must first register on our website.
After you have signed-up, you will have access to the Denodo Support Site where you can get web-based support, software updates and DenodoConnects, which will improve your data virtualization experience. Denodo version upgrades are not available as version upgrades require migration between GCP instances procured through the GCP Marketplace.
You can always post your question directly on the Q&A section, a moderated forum on our Community Site, where data virtualization professionals and enthusiasts will assist you. Our community is knowledgeable and tenacious and there is no question without a valid answer. Technical resources such as product documentation, Knowledge Base articles, step-by-step tutorials, and how-to videos are also available.
An ephemeral external IP address has been assigned to the VM instance. If you require a static external IP address, you may promote the address to static. Learn more.
You will need to restart the Denodo VDP service after the change.
Certain administrative tasks like cache configuration, setting-up the authentication, user management, etc. can only be done graphically by using a Denodo client tool known as Denodo Virtual Dataport Administration Tool (desktop based).
To execute those administrative tasks, a client-server architecture is followed, with the server (VDP) running in the GCP virtual machine instance, and the client (VDP Admin Tool) running in your local computer.
The client installer is distributed from the running GCP virtual machine instance; you can find the installer files under the folder /opt/denodo/resources/Client_Installers in your running GCP virtual machine instance's web server. Copy the one you need to your local machine to install the Denodo VDP Administration Tool.
Once the graphical administration tool starts, it will prompt you for the connection details for the remote Denodo VDP server in the GCP virtual machine instance. The first time you can login as admin with the password value from the Google Cloud console. As Virtual Dataport Server you can enter //<vm_ip>:9999/admin where <vm_ip> is the IP address or DNS name for the virtual machine in the deployment.
Refer to Main Areas of the Administration Tool for more information.
There are a couple of optional steps that we recommend you to take in order to improve the security of your GCP deployment.
As the first step of the configuration of your new Denodo virtual machine you should change the default administrator password. It is extremely important that you change this default password to ensure that you are operating under a secure environment.
When a new virtual image is started GCP creates by default firewall rules. Firewall rules control all TCP ports that the Denodo may need to use plus the ssh (for server administration) and http (for the installation instructions and client installers).
The default configuration specifies that all those ports can be reached from any IP addresses - our strong recommendation is to modify the firewall rules to:
To do this, follow the steps in the GCP documentation about firewall rules.
Review the list of default ports Used by Denodo Professional.
In order to provide secure communications among your clients and Denodo Platform services running on the GPC instance remember to follow the instructions in the Denodo Installation Manual.
Denodo Standard for GCP includes the following services:
Some of these services are not running by default to not overload the instance with services that may not be required. In case you decide to begin working with them, the procedure to start them is analogous:
sudo systemctl [start|stop] [vqlserver|schedulerserver|schedulerwebadmintool|designstudio]
Additionally you can configure these services to start automatically at instance boot time with the command:
sudo systemctl enable [vqlserver|schedulerserver|schedulerwebadmintool|designstudio]
Take into account that schedulerwebadmintool requires schedulerserver to be running and so do designstudio with regard to vqlserver.
Denodo for GCP automatically configures Virtual DataPort Server (VDP) memory allocation the first time the virtual machine instance boots depending on the instance memory size, so that you don't need to set an appropriate value.
In case this automatic memory assignment is not the most suitable for your scenario, you can always set a memory scheme on your own. Follow these steps:
sudo systemctl stop vqlserver
sudo -u denodo vim /opt/denodo/denodo-platform-8.0-linux64/conf/vdp/VDBConfiguration.properties
java.env.DENODO_OPTS_START=-server -Xms4096m -Xmx4096m -XX:+DisableExplicitGC
sudo -u denodo /opt/denodo/denodo-platform-8.0-linux64/bin/regenerateFiles.sh
sudo systemctl start vqlserver
If you wish to migrate data from an existing Denodo installation to a new VM, proceed with the steps below. Note that each existing environment should be migrated to a different instance.
Start by exporting the metadata from the existing Virtual DataPort and importing it in the new one. The steps are detailed in the Virtual DataPort metadata export and import guide.
A similar approach is to be taken to migrate Scheduler metadata. The steps are detailed in the Scheduler metadata export and import guide.
This is optional and may be needed if you are planning to use SSO configuration with Denodo webtools (Design Studio, Scheduler Admin...) using a third party IDP such as Okta.
You need to sign-up for Denodo Support and request a license key for the Denodo Solution Manager. Later, you can use the license key with the Solution Manager BYOL instance on the Marketplace.
Once you are all set to start building your data virtualization solutions on GCP, we recommend that you check out all the available Denodo information:
If you want to move on to professionally guided training you can always check our course offerings on our training site.
To get up and running on the Denodo for GCP in the quickest time, we recommend you to take advantage of Denodo Professional Services.