Application Development on Metapod
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The document discusses various approaches to application development on OpenStack including doing it yourself with open source tools (DIY), using configuration management tools to gather automation tools into a management layer (Mantl), and adopting standards and components through Platform as a Service tools (Cloud Foundry). It provides examples of tools for infrastructure as code (Heat), container orchestration (Docker), and describes the basic flow of application deployment on Cloud Foundry including using its open source software plus commercial modules. The goal is to help development teams focus on application delivery rather than underlying OpenStack configuration and management.
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Application Development on Metapod
- 1. Application Development on Metapod Pioneers, Settlers, and Town Planners Steve Watkins
- 2. IT Operations spends 75% of their time making OpenStack work. DIY OpenStack Cloud Collaboration Configuration Management Source/Image Control Working Environment Continuous Integration IT Operations spends 25% of their Integrating Tool for Development Team
- 3. Metapod Allows Customers to Focus on Application Delivery…Not on OpenStack … Delivered as a Service OpenStack and AWS APIs OpenStack Unified CLI HA Service Orchestration Hardware Networking Computing Networking Storage Identity Dashboard Cisco Metapod Private Cloud Platform 24x7 Cloud Operations and Support SLA Guarantees Monitoring and Error Detection Platform and Security Updates Instant Provisioning Open, well-documented APIs Integration with existing tools API-Driven Instant provisioning Advanced Operational Support
- 4. IT Value – • 75% Focus on DevOps Methods, Tool Integration, Image and Security on top of IAAS • 25% on Monitoring, Governance Capacity Management Innovation Collaboration Configuration Management Source/Image Control Working Environment Continuous Integration Cisco Metapod IAAS – Compute, Networking, Storage Cisco Value - Stability and Availability Consumed “Infra-as-a- Service” Metapod Cloud Administration Operation
- 5. Pioneers, Settlers and Town Planners 5
- 6. From Simon Wardley’s blog If you really want bimodal then you'll need to give something up… http://blog.gardeviance.org/2015/10/if-you- really-want-bimodal-then-youll.html
- 11. What does this mean for Application Development? 13
- 12. DIY tool. Open source, Git Hub source code, lots manual delivery
- 13. Do It Yourself Tools – Heat 15
- 14. Many ways to hit Infrastructure as Code heat_template_version: 2013-05-23 description: Simple template to deploy a two compute instances resources: my_web_instance: type: OS::Nova::Server properties: key_name: Skunkworks_key image: Cirros.0.3.1.raw flavor: m1.small networks: - network: demo1-1029 my_DB_Instance: type: OS::Nova::Server properties: key_name: Skunkworks_Key image: Cirros.0.3.1.raw flavor: m1.medium networks: network: demo1-1029
- 15. Demo 17
- 16. Gather these tools into a management layer to simplify automation
- 18. Containers + Schedulers + Production Tooling + Operators + Documentation = Container Stack Container Linux Kernel Host / VM 1 Host / VM 2 Host / VM 3 Linux KernelLinux Kernel Docker Engine ContainerContainer Docker Engine Docker Engine Container Scheduler (Distributed, Clustered) API Linux Kernel Host / VM 4 DB Docker Engine Terraform – Provision & Configure VM’s in IaaS Ansible, puppet, chef, configuration management for you VM’s Sensu, Nagios, collectd, syslog, cadvisor (collect container stats) ELK Stack People (Ops) Documentation A lot of the ‘DevOPS’ tooling/movement assumes this stack is consumed ‘as a Service’ from the cloud. If you need containers on prem and/or cross-cloud (no lockin), you’ll need an open container stack. People (Ops) Container Stack DevOps (development teams)
- 19. Mantl Stack 21
- 20. Demo 22
- 21. Adopt standards components and polidies, which leads to PaaS tools
- 23. 26 Open source, forms the base Commercial value added modules
- 24. 28
- 25. Basic Flow of Deployment 29
- 26. Demo 30
- 27. Summary 31
- 28. Adopt standards components and policies, which leads to PaaS tools Gather these tools into a management layer to simplify automation DIY tool. Open source, Git Hub source code, lots manual delivery
- 29. 33
- 30. • BRKCLD-2503 - Cloud Network Automation with OpenStack Neutron You might also be interested in… 34
Editor's Notes
- #3: Icons displayed in this slide are explained in subsequent slides. @vallard / [email protected]
- #4: Cisco Metapod is delivered as a service in your data center, on your hardware, so you can focus on DevOps and Application Delivery, not on OpenStack. We don’t just come in and install OpenStack as a distribution and leave you to figure it out from there. We help you with implementation, monitoring, problem solving, maintenance, and updates – all the continuing operations you need. If you’re a user, an operator, a DevOps person or a developer, you will have full access to OpenStack and Amazon APIs, command line interfaces, dashboard, and modern application development tools and platforms, such as Chef and Puppet, right out of the box. You can provision compute resources, configure networks, provision storage and identity services through open, documented interfaces. We also can deliver custom features and training for your staff.
- #5: @vallard / [email protected]
- #17: Maybe live demo, maybe video