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Version: 1.0.0

Database (DBaaS) Example

This guide covers the complete end-to-end workflow for provisioning a MySQL DBaaS instance using the Aruba Cloud CLI: from network setup to database creation, user management, and connecting.

Prerequisites​

Before starting, ensure you have:

  • The CLI configured with valid credentials (acloud config set)
  • An active project (use acloud management project list to verify)
  • An active VPC, or follow Step 0 to prepare networking resources

Step 0: Prepare Networking Resources​

List Available VPCs​

acloud network vpc list

Example output:

NAME       ID                        REGION         SUBNETS    STATUS
prod-vpc   69495ef64d0cdc87949b71ec  ITBG-Bergamo   3          Active

Note the VPC ID. Ensure STATUS is Active before proceeding.

List or Create a Subnet​

acloud network subnet list 69495ef64d0cdc87949b71ec

Example output:

NAME        ID                         REGION         CIDR              STATUS
db-subnet   694ba1737712ac0032dbe50a   ITBG-Bergamo   192.168.10.0/24   Active

Note the subnet ID.

List or Create a Security Group​

The security group must allow inbound TCP on port 3306 for MySQL connectivity.

acloud network securitygroup list 69495ef64d0cdc87949b71ec

If you need to create a new security group with a MySQL inbound rule:

# Create security group (vpc-id is the first positional argument)
acloud network securitygroup create 69495ef64d0cdc87949b71ec \
  --name "db-security-group" \
  --region "ITBG-Bergamo"

# Add inbound rule for MySQL (port 3306)
acloud network securityrule create 69495ef64d0cdc87949b71ec <securitygroup-id> \
  --name "allow-mysql" \
  --region "ITBG-Bergamo" \
  --direction Ingress \
  --protocol TCP \
  --port 3306 \
  --target-kind Ip \
  --target-value "0.0.0.0/0"

Note the security group ID.

Get an Elastic IP for Public Access​

acloud network elasticip list

Note the Elastic IP ID. An Elastic IP is required to connect to the DBaaS instance from outside the VPC.

Step 1: Create the DBaaS Instance​

Create a new MySQL 8.0 DBaaS instance with all required networking flags:

acloud database dbaas create \
  --name "prod-mysql" \
  --region "ITBG-Bergamo" \
  --zone "ITBG-1" \
  --engine-id "mysql-8.0" \
  --flavor "DBO4A8" \
  --storage-size 50 \
  --vpc-id "69495ef64d0cdc87949b71ec" \
  --subnet-id "694ba1737712ac0032dbe50a" \
  --security-group-id "694b05ac4d0cdc87949b75f9" \
  --elastic-ip-id "694bb7897712ac0032dbe60c" \
  --tags "production,mysql"

Example output:

DBaaS instance created successfully!
ID:              69455aa70d0972656501d45d
Name:            prod-mysql
Engine:          mysql-8.0
Flavor:          DBO4A8
Storage (GB):    50
Region:          ITBG-Bergamo
Status:          InCreation
Creation Date:   18-06-2026 10:00:00

Note: DBaaS provisioning typically takes several minutes. Use --wait with an extended timeout to block until the instance is Active:

acloud --timeout 15m database dbaas create ... --wait

Step 2: Wait for the DBaaS Instance to Become Active​

Monitor the provisioning status:

acloud database dbaas list

Wait until STATUS shows Active:

NAME         ID                        ENGINE     FLAVOR    STORAGE  REGION         STATUS
prod-mysql   69455aa70d0972656501d45d  mysql-8.0  DBO4A8    50 GB    ITBG-Bergamo   Active

Get full details including the connection endpoint:

acloud database dbaas get 69455aa70d0972656501d45d

Step 3: Create a Database​

Once the DBaaS instance is Active, create a database within it:

acloud database dbaas database create 69455aa70d0972656501d45d \
  --name "appdb"

Example output:

Database created successfully!
DBaaS ID:   69455aa70d0972656501d45d
Name:       appdb

Verify the database was created:

acloud database dbaas database list 69455aa70d0972656501d45d

Step 4: Create a Database User​

Create a user that will connect to the database:

acloud database dbaas user create 69455aa70d0972656501d45d \
  --username "app-user" \
  --password "SecurePassword123!"

Example output:

User created successfully!
DBaaS ID:   69455aa70d0972656501d45d
Username:   app-user

Security best practice: Use a strong password (minimum 12 characters, mix of uppercase, lowercase, numbers, and symbols). Never commit passwords to version control.

Verify the user was created:

acloud database dbaas user list 69455aa70d0972656501d45d

Step 5: Grant User Access to the Database​

Assign the user access to the database with the liteadmin role:

acloud database dbaas grant create 69455aa70d0972656501d45d "appdb" \
  --username "app-user" \
  --role "liteadmin"

Example output:

Grant created successfully!
DBaaS ID:      69455aa70d0972656501d45d
Database:      appdb
Username:      app-user
Role:          liteadmin

Verify the grant:

acloud database dbaas grant list 69455aa70d0972656501d45d "appdb"

Step 6: Retrieve Connection Details​

Get the full DBaaS instance details to find the connection endpoint:

acloud database dbaas get 69455aa70d0972656501d45d

Note the public IP address from the Elastic IP assigned to your DBaaS instance.

Step 7: Connect to the Database​

Use any standard MySQL client to connect:

mysql -h <elastic-ip-address> -P 3306 -u app-user -p appdb
# Enter password: (hidden input)

Or with a connection string:

mysql --host=<elastic-ip-address> --port=3306 --user=app-user --password --database=appdb

Note: Ensure your local machine's IP address is allowed by the security group inbound rule on port 3306.

Step 8: Verify the Setup​

Once connected, verify the database and user are correctly configured:

-- Show available databases
SHOW DATABASES;

-- Select the database
USE appdb;

-- Show current user
SELECT USER();

-- Verify permissions
SHOW GRANTS FOR 'app-user'@'%';

Best Practices​

  • Backups: Schedule regular backups using acloud database dbaas backup create
  • Security groups: Restrict port 3306 to specific IP ranges instead of 0.0.0.0/0
  • User management: Create separate users for each application; avoid using the admin user directly
  • Password rotation: Rotate passwords regularly by deleting and re-creating users
  • Tagging: Use tags to track environment and cost allocation (e.g., production,billing-team-a)
  • Wait flag: Use --wait --timeout 15m when creating DBaaS instances to catch provisioning failures early

Step 9: Cleanup​

To delete the DBaaS instance and all its resources:

# Delete the DBaaS instance (users, databases, and grants are removed automatically)
acloud database dbaas delete 69455aa70d0972656501d45d --yes

Warning: Deleting a DBaaS instance permanently deletes all databases, users, grants, and data within it. Ensure you have backups before proceeding.