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Session Speaker

Viplove Sharma

Senior Technical ConsultantWinWire Technologies

Agenda

Service Fabric Advantages

Service Fabric Architecture

Introduction to Service Fabric

Microservices Overview

Demo

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Questions6

Evolving Business Needs

In a cloud-driven world, competitive business pressures demand

1 Faster delivery of features and capabilities to market

2 Massive scaling of infrastructure

3Higher availability of services

4 Improved resource utilization to reduce costs

Microservices

Programming Languages

May be written in different programming languages and use

different data storage technologies

Fully Automated Deployment

Built around business capabilities and independently deployable by

fully automated deployment machinery

Suite of Small Services

An approach to developing a single application as a suite of small services, each running in

its own process and communicating with

lightweight mechanisms

Monolithic vs Microservices Design

Monolithic Design

Microservices Design

Stateless vs Stateful Microservices

• Scale with partitioned storage• Increase reliability with queues• Reduce read latency with caches• Write lock managers for state

consistency• Moving parts managed differently

Stateless Microservices

Stateful Microservices

• Application state lives in compute tier• Low latency reads and writes• Partitions are first class for scale-out• Built-in lock managers based on primary

election• Fewer moving parts

Azure Service FabricService Fabric is a distributed systems platform that makes it easy to package, deploy, and manage scalable and reliable microservices and addresses the significant challenges in developing and managing cloud applications

Service Fabric Architecture

Service Fabric Programming Models

Guest Executable

Arbitrary executable written in any language

Service Fabric handles orchestration, manages execution of the executable

Does not benefit from full set of Service Fabric features

Reliable Services

Framework for writing services that integrate with Service Fabric platform

Gives full control over design and implementation choices

Services can be stateless or stateful

Reliable Actors

Built on top of Reliable Services, implements Virtual Actor pattern

Uses independent units of compute and state with actors

Provides built-in communication and state management for actors

Service Fabric Application Model

Building a Service Fabric App

1 Choose a programming model (Guest Executable, Reliable Services or Reliable Actors)

2 Define service state (externalized or co-located)

3 Build services (C++, Java, ASP.NET)

4 Setup communication between services (protocol, discovery, resolution)

5 Describe each service (ServiceManifest.xml)

6 Describe the application (ApplicationManifest.xml)

7 Package the application

8 Deploy the application to local cluster via Visual Studio or Powershell

10 Debug the application in Visual Studio

9 Monitor the application via Service Fabric Explorer

11 Deploy the application to Production

cluster

ServiceManifest.xml (Example)

ApplicationManifest.xml (Example)

Service Fabric Advantages

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Hyper-scalability

Reliability

Low Latency

Programming Model Flexibility

Health Monitoring

Coordinated Upgrades

Deploy Quick, Deploy Anywhere

Self-healing

Services Powered by Service Fabric

Azure SQL Database

Azure DocumentDB

Cortana Intelligence

Power BI

Azure Event Hubs

Azure IoT Skype for Business

Microsoft Intune

Creating a Service Fabric App in Visual Studio, Managing it in Service Fabric Explorer

Demo

Q & ANext Webinar

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Topic : Azure ARM Templates

When: June 22nd, 2016 at 9am PT