This repo contains OCI Python SDKs which are enhanced for specific requirement on top of the Oracle Provided Python SDKs

• InputData.py --> We will be passing all input values to respective Python SDKs through this, so that we need not touch the main code file.

• AddUsersToGroupDynamically.py --> This file helps you list all the users in tenancy and move all IDCS users only to a specific Group. You can update this file by changing condition to filter out specific users based on some search criteria and move them to a Group. You can also enhance this to move only new users to a specific Group by adding date condition.

• AttachMultipleBlockVolume.py --> This file helps you to attach multiple block volumes to different Compute instances in a single call.

• DeleteMultipleBlockVolume.py --> This file helps to delete multiple block volumes in a single call.

• DetachMultipleBlockVolume.py --> This file helps in detaching multiple Block Volumes attached to different Compute instances in a single call.

• createMultipleBlockVolume.py --> This file helps in creating Multiple Block Volumes in a single call.

• createMultipleBlockVolume.py --> This file helps in listing and deleting multiple compute instances at a time from a specific compartment & availability domain.

• createVMFromBootVolAndAttachBlockVol.py --> This file helps in creating a Virtual Machine from Boot Volume and attaching a Block Volume to it.

• ActivateBootBlockReplicas_CreateVM_AttachBlockVolume.py --> This file completes the below steps in a single click:

  1. Create Boot Volume from BootVolumeReplica in DC/DR.
  2. Create Block Volume from BlockVolumeReplica in DC/DR.
  3. Create VM/Compute/Instance in DC/DR from the Boot Volume created in Step1.
  4. Attach the Block Volume created in Step2.

• You can further enhance these by not feeding in the data manually and rather take from output of another SDK call output.

• You can also enhance it by making multiple SDK calls via a single Python call i.e., creating Multiple Block Volumes and attaching them to specific compute instances.