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Service Decomposition - The Old School Way! We need to partition the system into separate discreet services BEFORE we can isolate them into microservices. But how do we segment ther? Decompose by bus…
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Classroom Contents
BYO Infrastructure - Who Needs a Control Plane Anyway?
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- 1 Intro
- 2 Writing Applications for Virtual Machines Computing resources were much more prevalent • Code efficiency was no longer a major concern • Software libraries became fashionable • Debuggers became a lot…
- 3 MicroServices and the Microservices Archited Defines an architecture that structures the application as a set of loosely coupled, collaborating services
- 4 What is a "Serverless" Microservice? Serverless microservices are deployed within a serveres vendor's infrastructure and only run when they are needed by the application
- 5 Key Benefits: • Resilience: Because the application is divided up, one part of the application breaking Crashing does not necessarily affect the rest of the application • Selective scalability: Inste…
- 6 Service Decomposition - The Old School Way! We need to partition the system into separate discreet services BEFORE we can isolate them into microservices. But how do we segment ther? Decompose by bus…
- 7 The Benefits of Service Decomposition Effective service DECOMPOSITION provides the following benefits: • Each service has only a small set of responsibilities
- 8 Is the Microservice Architecture Better? The Best Answer is... It Depends!
- 9 Why Bare Metal and Benefits? Why: • Workload resource demand • Less potential for noisy
- 10 Why Containers? Containers are the Microservices Platform of Choice: • Enable software to run predictably and well when moved from one server
- 11 Run Applications on "Who Cares?" Okay! You took things off of bare metal, you virtualized the applications, you decomposed and placed things in containers! Now what?
- 12 A Little Light Reading. Containerless Computing: The Ultimate Service Decomposition
