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HTTP Routing Mesh (HRM) Flow
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Classroom Contents
Docker Networking: Design, Implementation, and Best Practices
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- 1 Intro
- 2 Enter containers ...
- 3 Docker Networking Design Philosophy
- 4 Docker Networking Goals
- 5 Libnetwork Architecture
- 6 Containers and the CNM
- 7 Native Docker Drivers
- 8 Networks and Containers
- 9 Docker Networking is Linux (and Windows) Networking
- 10 Docker Networking on Linux and Windows
- 11 Fundamentals and Network Drivers • Native and Plug-In Network Drivers
- 12 What is Docker Bridge Networking?
- 13 Bridge Driver Network Architecture
- 14 Docker Bridge Networking and Port Mapping
- 15 What is Docker Overlay Networking? The overlay driver enables simple and secure multi-host networking
- 16 What problem does Overlay solve? Challenge of providing portable network connectivity
- 17 Docker Overlay Networks and VXLAN
- 18 Docker Overlay Gateway
- 19 Docker Overlay Port Publishing Modes
- 20 Overlay Networking Benefits • Secure portable connectivity that is easy to set up
- 21 Separation of Networks
- 22 What is MACVLAN?
- 23 MACVLAN and Sub-interfaces
- 24 What is Service Discovery?
- 25 Service Discovery in a Bit More Detail
- 26 Service Discovery Details
- 27 What is the Routing Mesh?
- 28 Host Mode vs Routing Mesh
- 29 What is the HTTP Routing Mesh (HRM)? Native application layer (L7) load balancing of requests coming from an external source
- 30 HTTP Routing Mesh (HRM) Flow
- 31 HTTP Routing Mesh Example
