Added README.md Fixes

Author: psaini

README.md

@@ -13,7 +13,7 @@ In this v1.0.0 release, `OraOperator` supports the following database configurat
 * Containerized Single Instance databases (SIDB) deployed in the Oracle Kubernetes Engine (OKE) and any k8s where OraOperator is deployed
 * Containerized Sharded databases (SHARDED) deployed in OKE and any k8s where OraOperator is deployed
 * Oracle Multitenant Databases (CDB/PDBs)
-* Oracle Database Cloud Service (DBCS) (VMDB)
+* Oracle Base Database Cloud Service (BDBCS)
 * Cloud Native Database Observer
 
 Oracle will continue to extend `OraOperator` to support additional Oracle Database configurations.
@@ -27,7 +27,7 @@ This release of Oracle Database Operator for Kubernetes (the operator) supports
 * SIDB: Provision, clone, patch (in-place/out-of-place), update database initialization parameters, update database configuration (Flashback, archiving), Oracle Enterprise Manager (EM) Express (a basic observability console), Oracle REST Data Service (ORDS) to support REST based SQL, PDB management, SQL Developer Web, and Application Express (Apex)
 * SHARDED: Provision/deploy sharded databases and the shard topology, Add a new shard, Delete an existing shard
 * Oracle Multitenant Database: Bind to a CDB, Create a  PDB, Plug a  PDB, Unplug a PDB, Delete a PDB, Clone a PDB, Open/Close a PDB
-* Database Cloud Service: Provision, Bind, Scale Up/Down, Liveness Probe, Manual Backup
+* Oracle Base Database Cloud Service (BDBCS): Provision, Bind, Scale Up/Down, Liveness Probe, Manual Backup
 * Cloud Native Database Observer: Provide Quick/Detailed Database Status
 
 The upcoming releases will support new configurations, operations and capabilities.
@@ -95,7 +95,7 @@ The quickstarts are designed for specific database configurations:
 * [Containerized Oracle Single Instance Database](./docs/sidb/README.md)
 * [Containerized Oracle Sharded Database](./docs/sharding/README.md)
 * [Oracle Multitenant Database](./docs/multitenant/README.md)
-* [Oracle Database Cloud Service](./docs/dbcs/README.md)
+* [Oracle Base Database Cloud Service (BDBCS)](./docs/dbcs/README.md)
 * [Cloud Native Database Observer](./docs/observability/README.md)
 
 YAML file templates are available under [`/config/samples`](./config/samples/). You can copy and edit these template files to configure them for your use cases.

docs/dbcs/README.md

@@ -1,10 +1,12 @@
 # Using the DB Operator DBCS Controller 
 
-Oracle Cloud Infastructure (OCI) Database Cloud Service (DBCS) provides single-node Database (DB) systems, deployed on virtual machines, and provides two-node Oracle Real Appliation Clusters (Oracle RAC) database systems on virtual machines.
+Oracle Cloud Infastructure (OCI) Oracle Base Database Cloud Service (BDBCS) provides single-node Database (DB) systems, deployed on virtual machines, and provides two-node Oracle Real Appliation Clusters (Oracle RAC) database systems on virtual machines.
 
 The single-node DB systems and Oracle RAC systems on virtual machines are [co-managed Oracle Database cloud solutions](https://docs.oracle.com/en-us/iaas/Content/Database/Concepts/overview.htm). To manage the lifecycle of an OCI DBCS system, you can use the OCI Console, the REST API, or the Oracle Cloud Infrastructure command-line interface (CLI). At the granular level, you can use the Oracle Database CLI (DBCLI), Oracle Enterprise Manager, or Oracle SQL Developer.
 
-The Oracle DB Operator DBCS Controller is a feature of the Oracle DB Operator for Kubernetes (OraOperator) which uses OCI's DBCS service to support lifecycle management of the database systems.
+The Oracle DB Operator DBCS Controller is a feature of the Oracle DB Operator for Kubernetes (OraOperator) which uses OCI's BDBCS service to support lifecycle management of the database systems.
+
+Note: Oracle Base Database Cloud Service (BDBCS) was previously known as Database Cloud Service (DBCS).
 
 # Supported Database Editions and Versions
 
@@ -113,7 +115,7 @@ kubectl create secret generic oci-privatekey --from-file=privatekey=/root/.oci/o
 ```
 
 
-## 3. Create a Kubernetes secret named `admin-password`; This passward must meet the minimum passward requirements for the OCI DBCS Service.
+## 3. Create a Kubernetes secret named `admin-password`; This passward must meet the minimum passward requirements for the OCI BDBCS Service.
 For example:
 
 ```
@@ -123,7 +125,7 @@ kubectl create secret generic admin-password --from-file=./admin-password -n def
 ```
 
 
-## 4. Create a Kubernetes secret named `tde-password`; this passward must meet the minimum passward requirements for the OCI DBCS Service.
+## 4. Create a Kubernetes secret named `tde-password`; this passward must meet the minimum passward requirements for the OCI BDBCS Service.
 For example:
 
 ```
@@ -165,22 +167,22 @@ The key's randomart image is:
 
 # Use Cases to manage the lifecycle of an OCI DBCS System with Oracle DB Operator DBCS Controller
 
-For more informatoin about the multiple use cases available to you to deploy and manage the OCI DBCS Service-based database using the Oracle DB Operator DBCS Controller, review this list:
+For more informatoin about the multiple use cases available to you to deploy and manage the OCI BDBCS Service-based database using the Oracle DB Operator DBCS Controller, review this list:
 
-[1. Deploy a DB System using OCI DBCS Service with minimal parameters](./provisioning/dbcs_service_with_minimal_parameters.md)  
-[2. Binding to an existing DBCS System already deployed in OCI DBCS Service](./provisioning/bind_to_existing_dbcs_system.md)  
-[3. Scale UP the shape of an existing DBCS System](./provisioning/scale_up_dbcs_system_shape.md)  
-[4. Scale DOWN the shape of an existing DBCS System](./provisioning/scale_down_dbcs_system_shape.md)  
-[5. Scale UP the storage of an existing DBCS System](./provisioning/scale_up_storage.md)  
-[6. Update License type of an existing DBCS System](./provisioning/update_license.md)  
-[7. Terminate an existing DBCS System](./provisioning/terminate_dbcs_system.md)  
-[8. Create DBCS with All Parameters with Storage Management as LVM](./provisioning/dbcs_service_with_all_parameters_lvm.md)  
-[9. Create DBCS with All Parameters with Storage Management as ASM](./provisioning/dbcs_service_with_all_parameters_asm.md)  
-[10. Deploy a 2 Node RAC DB System using OCI DBCS Service](./provisioning/dbcs_service_with_2_node_rac.md)
+[1. Deploy a DB System using OCI BDBCS Service with minimal parameters](./provisioning/dbcs_service_with_minimal_parameters.md)  
+[2. Binding to an existing DBCS System already deployed in OCI BDBCS Service](./provisioning/bind_to_existing_dbcs_system.md)  
+[3. Scale UP the shape of an existing BDBCS System](./provisioning/scale_up_dbcs_system_shape.md)  
+[4. Scale DOWN the shape of an existing BDBCS System](./provisioning/scale_down_dbcs_system_shape.md)  
+[5. Scale UP the storage of an existing BDBCS System](./provisioning/scale_up_storage.md)  
+[6. Update License type of an existing BDBCS System](./provisioning/update_license.md)  
+[7. Terminate an existing BDBCS System](./provisioning/terminate_dbcs_system.md)  
+[8. Create BDBCS with All Parameters with Storage Management as LVM](./provisioning/dbcs_service_with_all_parameters_lvm.md)  
+[9. Create BDBCS with All Parameters with Storage Management as ASM](./provisioning/dbcs_service_with_all_parameters_asm.md)  
+[10. Deploy a 2 Node RAC DB System using OCI BDBCS Service](./provisioning/dbcs_service_with_2_node_rac.md)
 
 ## Connecting to OCI DBCS database deployed using Oracle DB Operator DBCS Controller
 
-After you have deployed the OCI DBCS database with the Oracle DB Operator DBCS Controller, you can connect to the database. To see how to connect and use the database, refer to the steps in [Database Connectivity](./provisioning/database_connection.md).
+After you have deployed the OCI BDBCS database with the Oracle DB Operator DBCS Controller, you can connect to the database. To see how to connect and use the database, refer to the steps in [Database Connectivity](./provisioning/database_connection.md).
 
 ## Known Issues