build platform as a service (paas) with suse studio wso2 ... · build platform as a service (paas)...
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Build Platform as a Service (PaaS) with SUSE Studio™, WSO2 Middleware, and EC2
Chris HaddadVP, Platform EvangelismWSO2 [email protected]
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Cloudy Goals
• Improve efficiency and productivity
– Lower capex
– Improve utilization
• Build New Style systems
– Gain Cloud-native advantage
– Create Cloud-aware applications
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Cloud-Native Platform Characteristics
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Why do you Cloud?
• Obtain the right tool bits– Access a pre-built platform
– Rely on embedded compliance, governance, and security policies
• Creative experimentation – Spin up and down on demand
– Lower startup cost
• Meet business demand– Fulfill dynamic and spiky usage requirements
– Optimize spend
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Why do you PaaS?
• Ready to DevOps
– Hug a virtual server (or container)
– Configure a run-time environment
– Provision software development lifecycle repos and tools
• Build better software and accelerate software delivery
– Offer a pre-built platform to development teams
– No QoS worries
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Technical Objectives
• Improve efficiency and productivity
– Use Amazon EC2 or private Cloud
– Create small, scale-out containers
– Adopt DevOps practices
• Build New Style Systems
– Tap into shared middleware services
– Incorporate anti-fragile, circuit breaker design patterns
– Realize multi-tenancy and service-oriented solution design
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Architecture
• SUSE Studio™
• WSO2 Application Server
• Asset Repository
• User Store
• Amazon EC2
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DevOps Steps
• Build container image with platform services
• Deploy the image into the Cloud
• Configure user store, security, and asset delivery
• Provision applications, services, and APIs
• Monitor and manage runtime environment
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Step 1a: Choose Container Services
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Step 1b: Build the AMI
• Build the Image with SUSE Studio™
– Start
– Software
– Configuration
– Files
– Build
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Step 2: Deploy the Image into the Cloud
• Deploy Image on EC2
– Choose AMI size
– Ports
– Security key pairs
• Considerations
– Clustering
– System Dependencies
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Build and Deploy Best Practices
• Automate build
– Pull resources from online repositories
– Define configuration as parameters
• Dynamically connect (and re-connect)
– Decouple location
– Inject circuit breakers
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Step 3a: Configure User Store and Security
• Where is the user store?
– Internal user store
– External user store
• Access control
– Role
– Permissions
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Step 3b: Configure Asset Delivery
• Deployment Synchronization– Automatic hot-update to cluster
– Reconcile with version control
– Link to continuous delivery processes
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Step 4a: Migrate Applications
WSO2 Application Server – Web Profile Support
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Step 4b: Migrate Everything
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Step 5: Monitor and Manage Run-time Environment
• Monitor
– Log file collection
– Run-time usage and performance statistics
• Manage
– Cloud node restart
– Resiliency
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Bonus Step: Create a SaaS Application
• Multi-tenancy Considerations– Tenant density model
– User Store
– Roles and Permissions
– Session cache
– Queues
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Bonus Step: Implement a Full PaaS
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DevOps PaaS: AppFactory
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WSO2 Advantage
API-Centric, Cloud-Native, DevOps Friendly, Enterprise-Ready Open Source
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Thank you.
Build Cloud-native solutions with SUSE® Cloudand Cloud-aware applications with WSO2wso2.com
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