o : 'noportainer' : do not configure portainerĮxpected Output #. i : Public IP of the host running the simulators
d : Department using the simulators : sales/OU/odapm e : Admin Email to be used for sending deployment info
t : Deployment type : "single" or "ha", default is "single" n : Number of ODA simulators to deploy, default is 1 Optional parameters: f : File containing user emails(Sample sample_emails.txt provided for reference) If no parameters are specified, the script creates a single docker container with name starting with "odasim". createOdaSimulatorContainer.sh -helpĬreateOdaSimulatorContainer.sh -f 11.ol- 13.el7.x86_64 already installed and latest version 11.ol- 13.el7.x86_64 which is already installed all volumes not used by at least one containerĪre you sure you want to continue? y all networks not used by at least one container Removes all existing Docker containers and volumes from the systemĪre you sure you want to continue (yes / no) :
Oracle oda simulator#
Once the instance creation is successful, login to the environment via and verify the docker instance.įirst cleanup the oda simulator by running cleanup_odasimulator_sw.sh script. Simulator we need to create security rules to enable some ports ODA access.Ĭreate Ingress rule as mentioned below, Allowing all the ports.Ĭreate an egress rule as mentioned below, allowing all the ports. Once this completes this will turn to green, indicating the instance is ready to use. This figure shows deploying the instance. Generating an SSH Key Pair for Oracle Compute Cloud Service Instances Generate SSH keys, use below mention url to create ssh keys. This helps you to access this server via the internet. Navigate to OCI marketplace and launch OCI Instance.īefore selecting VCN you should create a VCN. This simulator hosted as a docker container gives more flexibility in testing many administration tasks. Let me illustrate how we can configure the ODA – Simulator.
This is a really good simulator to get more hands-on before moving to production. To discover the essential administration tasks for the Oracle Database Appliance (ODA) by working through real-world exercises on an ODA Simulator that is delivered from Oracle Cloud.
The ODA is geared towards small and medium-sized environments, whereas Exadata is for large environments with an eye on extreme performance. An “appliance” is a server meant for specific responsibilities compared to a purpose-based database system, like Exadata, which is a high-performance server specifically to handle the database. Oracle Database Appliance (ODA) is an integrated highly available (HA) database and applications system in a single box.
Oracle oda software#
Exadata is a pre-configured combination of hardware and software that provides an infrastructure solely for running an Oracle Database. Oracle Database Appliance is not Exadata. The Difference between Exadata and ODA (Oracle Data Appliance) Make sure not to mix this up with Exadata, Exadata is a more powerful engineered machine designed for large workloads example: DSS (Decision Support System) and Dataware House environments. This engineered machine enables to host databases with HA feature (RAC). ODA (Oracle Database Appliance) is an engineered machine designed for small and medium organizations to host their databases.
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