Continuous Deployment with Cloud Foundry, Github and Travis CI
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Continuous deployment allows developers to automatically deploy code changes to Cloud Foundry after tests pass. The process involves setting up Travis CI to run tests on code commits and deploy to Cloud Foundry if tests succeed, allowing developers to focus on code quality without worrying about manual deployments. Setup takes less than 10 minutes by connecting Travis to Cloud Foundry and configuring automatic test execution and deployments for a smooth, reliable continuous deployment process.
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Stackato is a Platform as a Service built on Cloud Foundry that has gone through several versions since its initial beta release in 2011. Version 3.0 of Stackato will merge fully with Cloud Foundry version 2 and include improvements like new social features, updated administrative interfaces, improved cluster management, auto-scaling support, and a migration path from Stackato 2. It is based on the latest Cloud Foundry code and ActiveState is committed to participating in and strengthening the open source Cloud Foundry ecosystem.
Pivotal HD as a Cloud Foundry Service
Pivotal Hadoop on Cloud Foundry (PHD) allows Hadoop resources to be provisioned for data-centric Cloud Foundry applications. PHD integrates Hadoop Distributed File System (HDFS), YARN, and HAWQ with Cloud Foundry through a service broker. This allows Cloud Foundry applications to leverage HDFS for storage, YARN for batch processing, and HAWQ for analytics on large datasets. PHD supports various deployment options including shared or exclusive clusters that can be dynamically provisioned on demand.
What Lessons Can Cloud Foundry Teach to IaaS?
While Infrastructure as a Service (IaaS) and Platform as a Service (PaaS) differ in their first-class citizens, with IaaS focusing on servers and PaaS focusing on applications, lessons from PaaS provider Cloud Foundry could be applied to IaaS. Specifically, Cloud Foundry treats applications as first-class citizens, and this approach could potentially be adopted by IaaS providers as well by also making applications their top priority.
Cloud Foundry at VMware
This document provides an overview and history of Cloud Foundry at VMware. It discusses how Cloud Foundry was started as an open source project in 2009 and was later spun out to Pivotal in 2013. It describes the high-level architecture including how the Pivotal CF product is delivered, how Micro BOSH and Cloud Foundry are deployed, how user applications can be run, and how services and updates are managed. It also outlines VMware's continued integration with Cloud Foundry and areas of potential future focus.
Go Within Cloud Foundry
Go was created at Google in 2007 to address frustrations with existing languages for systems programming. It aims to combine the ease of dynamically typed languages with the efficiency and safety of compiled statically typed languages. The goals of Go were to have efficient compilation and execution as well as ease of programming, while supporting modern computing like networks and multicore. A new language was needed to meet these goals through features like an expressive but lightweight type system, built-in concurrency and garbage collection.
From Zero To Factory
The document discusses building an "IT service factory" to enable a "composable enterprise" that can move at the speed of business. It advocates decoupling infrastructure from applications, making data a service, decomposing applications, and automating everything. The goal is to transition from separate silos and a systems focus to a single platform and business engagement through continuous improvement.
The IBM dashboard for operational metrics
The document summarizes IBM's use of a metrics dashboard to monitor their Cloud Foundry deployments. It discusses:
1. The key metrics tracked by the dashboard like DEA and app health, resource usage, and growth trends.
2. How the dashboard provides views of component health, resource usage, growth trends, access to logs, and email notifications to help find and fix problems and see patterns.
3. Ideas to find better data in their next generation Cloud Foundry deployment like restoring user and app linkages, detecting errors traceable to users, and automating responses based on metrics to make systems more self-healing and self-scaling.
Service Distribution to Any Cloud - Cloud Elements
Cloud Elements is a company that develops and integrates cloud services on Cloud Foundry using pre-built Elements. Their Elements reduce the cost of integrating, monitoring, and maintaining leading cloud services like messaging, documents, payments, SSO, social, and CRM services. They faced challenges deploying their technology across private, hybrid, and public clouds due to dependencies and lack of standardization. Their approach was to design for the PaaS instead of the IaaS, adhere to separation of layers, select a portable PaaS, and deploy as a custom service in Cloud Foundry following best practices like statelessness and leveraging Cloud Foundry services and deployment. This resulted in 30% savings in development costs, hours instead
Cloud Foundry Marketplace Powered by AppDirect
AppDirect is a leading provider of cloud service marketplace and management solutions that powers marketplaces for Cloud Foundry, Staples, Deutsche Telekom, and others. It provides a platform for service providers to integrate their services once and distribute them across various marketplaces. The AppDirect platform allows software vendors to integrate their services and then distribute them across AppDirect's broad ecosystem, including the Cloud Foundry marketplace. AppDirect provides service brokerage capabilities and additional services to Cloud Foundry without distracting from Cloud Foundry's core functions.
The Path to Stackato
Stackato is a Platform as a Service built on Cloud Foundry that was first released in beta in 2011. Over time, Stackato added features like Linux containers, organization/user groups, buildpacks, an improved router, and integration with tools like Komodo. Stackato 3.0 will merge with the Cloud Foundry v2 codebase, include new timelines/dashboards and administrative views, improved cluster management, and auto-scaling support. The presentation discusses Stackato's relationship with Cloud Foundry and the importance of an open ecosystem approach.
Multi-site Architecture Considerations
The document discusses considerations for running CloudFoundry across multiple sites. It aims to improve redundancy of applications and CloudFoundry itself, and control location of apps and services. Key considerations include supporting any number of sites, tolerating outages of sites through dedicated deployments per site, and accessing all sites from a single point of entry using cross-site management and traffic distribution. Cross-regional management would also require shared cross-regional knowledge and data.
Intro to MoPaaS
This document introduces MoPaaS, a Cloud Foundry-based Platform as a Service (PaaS) provided by Anchora in China. It discusses the growing PaaS market in China driven by mobile apps and enterprise needs. MoPaaS provides a mobile-optimized intelligent cloud platform featuring services for app deployment, management, monitoring, mobile integrations, and data analysis. Future enhancements will include multi-cloud support and expanded mobile and data services.
Cloud Foundry at NTT
NTT Group chose Cloud Foundry as the platform for their public cloud PaaS offering called Cloudn. Some key reasons included Cloud Foundry's portability across environments, extensibility which allowed them to integrate other Cloudn services, and scalability which was important for their public services. Over two years they developed several extensions for Cloudn PaaS like a user-friendly web interface, persistent application logging, and integration with Cloudn's authentication and billing systems. They were able to launch Cloudn PaaS rapidly thanks to Cloud Foundry meeting their requirements.
Building Opportunity with an Open Cloud Architecture
IBM is a member of the Cloud Foundry community, which saw over 26,000 commits from 732 developers in the past year. Cloud Foundry helps address challenges of managing rapid technological change by providing an open cloud architecture foundation. This allows analytics to be applied everywhere and a dynamic cloud strategy with continuous innovation. IBM embraces open source and invests in Cloud Foundry to foster innovation and grow an ecosystem of applications. An open cloud architecture is emerging through open standards and technologies like Cloud Foundry, which IBM supports through BlueMix and contributions to the community.
Extending Cloud Foundry to .NET
This document summarizes Cloud Foundry's efforts to extend support for .NET applications. Key points include:
- Cloud Foundry launched Iron Foundry in 2011 to support .NET developers, with over 11,000 downloads.
- Cloud Foundry version 2 was modified to support both Ruby and .NET applications running on different platforms. This required changes to components like the droplet execution engine.
- A .NET build pack was added to deploy .NET applications using IIS instead of Tomcat/TC Server. Standalone console apps written in .NET can also now be run on Cloud Foundry.
Cloud Foundry at Rakuten
Yohei Sasaki leads Rakuten Platform as a Service (RPaaS), which provides a private Platform as a Service built on Cloud Foundry version 1 for over 1000 developers across 70+ teams at Rakuten. Rakuten adopted Cloud Foundry to reduce operational costs and make infrastructure transparent for developers. Over time, Rakuten has focused on adding features like mod_rewrite and improving database integration while filling gaps in Cloud Foundry version 2.
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- 2. Continuous Deployment with Cloud Foundry
- 5. Never forget to run your tests.
- 6. Never deploy untested code. untested code.
- 7. Push > test > deploy
- 10. Setup time < 10 min
- 11. + +
- 12. $>cf push
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- 19. ☺
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