A volume can be deleted by invoking the delete_volume() function and passing it the ID of the volume:
def delete_volume(conn):
volume_id = "78b54fbd-8b91-4741-9fa4-9fe5416a2e2c"
conn.block_store.delete_volume(volume_id)
- Title Page
- Copyright and Credits
- Dedication
- Packt Upsell
- Contributors
- Preface
- Introducing Hybrid Clouds
- Understanding hybrid clouds
- Introducing hybrid cloud
- Summary
- Exploring AWS Cloud
- Exploring OpenStack Private Cloud
- Introducing OpenStack
- OpenStack architecture 
- Installing OpenStack 
- NOVA – OpenStack Compute Service
- Neutron – OpenStack Networking Service
- Glance – OpenStack Imaging Service
- Cinder – OpenStack Block Storage Service
- Keystone – OpenStack Identity Service
- Horizon – OpenStack Dashboard Service
- Heat – OpenStack Orchestration Service
- Ironic – OpenStack bare metal provisioning
- OpenStack workflow – launching a new virtual machine
- Summary
- Introducing OpenStack
- Developing AWS Cloud Applications
- Technical requirements
- AWS – Software Development Kit (SDK)
- Setting up an AWS development environment on Visual Studio
- Setting up a Unix development environment for Python
- Developing Amazon S3 applications – Windows
- Developing AWS S3 applications – Unix 
- Developing Amazon EC2 applications – Windows
- Developing Amazon EC2 applications – Unix
- Developing Amazon RDS applications – Windows 
- Developing Amazon RDS applications – Unix
- Developing Amazon SNS applications – Windows
- Developing Amazon SNS applications – Unix
- Developing Amazon SQS applications – Windows 
- Developing Amazon SQS applications – Unix
- Amazon CloudFormation service
- Summary
- Developing OpenStack Applications
- Technical requirements
- Introduction to OpenStack SDK
- Creating an application development environment for OpenStack
- Writing your first OpenStack application
- Developing OpenStack image service applications 
- Developing OpenStack compute applications
- Developing OpenStack networking applications
- Developing OpenStack Identity Service applications
- Developing block storage applications
- Developing HEAT orchestration templates
- Summary 
- Cloud Migration
- Hybrid Cloud Best Practices
- Hybrid cloud strategy best practices
- Pluggable architecture 
- AWS root account 
- Security group rules
- Data backup
- High availability 
- Cloud monitoring
- Cloud automation
- Cloud orchestration
- Co-locating data and application tiers
- Scaling 
- Legacy applications
- Resource utilization and costs
- Centralized cloud management
- Designing for failure
- Application decoupling
- Continuous delivery and integration
- Deploying the application at multiple locations
- Developing the application locally or in the cloud
- Summary
- Hybrid cloud strategy best practices
- Monitoring and Troubleshooting Hybrid Cloud
- Troubleshooting OpenStack
- Linux troubleshooting and monitoring tools
- Troubleshooting the OpenStack Identity service
- Troubleshooting the OpenStack Image service
- Troubleshooting the Networking service
- Troubleshooting the Compute service
- Troubleshooting the Block Storage service
- Troubleshooting the Object Storage service
- Troubleshooting the Orchestration service
- Troubleshooting AWS
- Troubleshooting OpenVPN issues
- Summary
- Troubleshooting OpenStack
- Hybrid Cloud Security
- Hybrid cloud security threats 
- Virtualization software security
- Virtual machine security
- Patch management
- Intrusion detection and prevention
- Identity access management
- Developing secure applications
- Summary 
- Other Books You May Enjoy
Deleting a volume
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