If your team is investigating ways to design applications for the cloud, this concise book introduces 11 architecture patterns that can help you take advantage of cloud-platform services. You'll learn how each of these platform-agnostic patterns work, when they might be useful in the cloud, and what impact they'll have on your application architecture. You'll also see an example of each pattern applied to an application built with Windows Azure. The patterns are organized into four major topics, such as scalability and handling failure, and primer chapters provide background on each topic.…mehr
If your team is investigating ways to design applications for the cloud, this concise book introduces 11 architecture patterns that can help you take advantage of cloud-platform services. You'll learn how each of these platform-agnostic patterns work, when they might be useful in the cloud, and what impact they'll have on your application architecture. You'll also see an example of each pattern applied to an application built with Windows Azure. The patterns are organized into four major topics, such as scalability and handling failure, and primer chapters provide background on each topic. With the information in this book, you'll be able to make informed decisions for designing effective cloud-native applications that maximize the value of cloud services, while also paying attention to user experience and operational efficiency. Learn about architectural patterns for: Scalability. Discover the advantages of horizontal scaling. Patterns covered include Horizontally Scaling Compute, Queue-Centric Workflow, and Auto-Scaling. Big data. Learn how to handle large amounts of data across a distributed system. Eventual consistency is explained, along with the MapReduce and Database Sharding patterns. Handling failure. Understand how multitenant cloud services and commodity hardware influence your applications. Patterns covered include Busy Signal and Node Failure. Distributed users. Learn how to overcome delays due to network latency when building applications for a geographically distributed user base. Patterns covered include Colocation, Valet Key, CDN, and Multi-Site Deployment.
Bill Wilder is a hands-on architect, developer, trainer, speaker, author, and community leader focused on helping companies and individuals succeed with the cloud using the Windows Azure Platform. Bill began working with Windows Azure when it was unveiled at the Microsoft PDC in 2008 and subsequently founded the Boston Azure user group (www.bostonazure.org), the first Windows Azure user group in the world, in October 2009. Bill is recognized by Microsoft as a Windows Azure MVP and is the author of the book Cloud Architecture Patterns (published by O'Reilly). Bill is Principal Consultant at Development Partners Software (www.devpartners.com), can be found blogging at blog.codingoutloud.com, and is on Twitter at @codingoutloud.
Inhaltsangabe
Preface Audience Why This Book Exists Assumptions This Book Makes Contents of This Book Building Page of Photos on Windows Azure Terminology Conventions Used in This Book Using Code Examples Safari® Books Online How to Contact Us Acknowledgments Chapter 1: Scalability Primer 1.1 Scalability Defined 1.2 Resource Contention Limits Scalability 1.3 Scalability is a Business Concern 1.4 The Cloud-Native Application 1.5 Summary Chapter 2: Horizontally Scaling Compute Pattern 2.1 Context 2.2 Impact 2.3 Mechanics 2.4 Example: Building PoP on Windows Azure 2.5 Summary Chapter 3: Queue-Centric Workflow Pattern 3.1 Context 3.2 Impact 3.3 Mechanics 3.4 Example: Building PoP on Windows Azure 3.5 Summary Chapter 4: Auto-Scaling Pattern 4.1 Context 4.2 Impact 4.3 Mechanics 4.4 Example: Building PoP on Windows Azure 4.5 Summary Chapter 5: Eventual Consistency Primer 5.1 CAP Theorem and Eventual Consistency 5.2 Eventual Consistency Examples 5.3 Relational ACID and NoSQL BASE 5.4 Impact of Eventual Consistency on Application Logic 5.5 Summary Chapter 6: MapReduce Pattern 6.1 Context 6.2 Impact 6.3 Mechanics 6.4 Example: Building PoP on Windows Azure 6.5 Summary Chapter 7: Database Sharding Pattern 7.1 Context 7.2 Impact 7.3 Mechanics 7.4 Example: Building PoP on Windows Azure 7.5 Summary Chapter 8: Multitenancy and Commodity Hardware Primer 8.1 Multitenancy 8.2 Commodity Hardware 8.3 Summary Chapter 9: Busy Signal Pattern 9.1 Context 9.2 Impact 9.3 Mechanics 9.4 Example: Building PoP on Windows Azure 9.5 Summary Chapter 10: Node Failure Pattern 10.1 Context 10.2 Impact 10.3 Mechanics 10.4 Example: Building PoP on Windows Azure 10.5 Summary Chapter 11: Network Latency Primer 11.1 Network Latency Challenges 11.2 Reducing Perceived Network Latency 11.3 Reducing Network Latency 11.4 Summary Chapter 12: Colocate Pattern 12.1 Context 12.2 Impact 12.3 Mechanics 12.4 Example: Building PoP on Windows Azure 12.5 Summary Chapter 13: Valet Key Pattern 13.1 Context 13.2 Impact 13.3 Mechanics 13.4 Example: Building PoP on Windows Azure 13.5 Summary Chapter 14: CDN Pattern 14.1 Context 14.2 Impact 14.3 Mechanics 14.4 Example: Building PoP on Windows Azure 14.5 Summary Chapter 15: Multisite Deployment Pattern 15.1 Context 15.2 Impact 15.3 Mechanics 15.4 Example: Building PoP on Windows Azure 15.5 Summary Further Reading Page of Photos (PoP) Sample Resources From Preface and Chapters
Preface Audience Why This Book Exists Assumptions This Book Makes Contents of This Book Building Page of Photos on Windows Azure Terminology Conventions Used in This Book Using Code Examples Safari® Books Online How to Contact Us Acknowledgments Chapter 1: Scalability Primer 1.1 Scalability Defined 1.2 Resource Contention Limits Scalability 1.3 Scalability is a Business Concern 1.4 The Cloud-Native Application 1.5 Summary Chapter 2: Horizontally Scaling Compute Pattern 2.1 Context 2.2 Impact 2.3 Mechanics 2.4 Example: Building PoP on Windows Azure 2.5 Summary Chapter 3: Queue-Centric Workflow Pattern 3.1 Context 3.2 Impact 3.3 Mechanics 3.4 Example: Building PoP on Windows Azure 3.5 Summary Chapter 4: Auto-Scaling Pattern 4.1 Context 4.2 Impact 4.3 Mechanics 4.4 Example: Building PoP on Windows Azure 4.5 Summary Chapter 5: Eventual Consistency Primer 5.1 CAP Theorem and Eventual Consistency 5.2 Eventual Consistency Examples 5.3 Relational ACID and NoSQL BASE 5.4 Impact of Eventual Consistency on Application Logic 5.5 Summary Chapter 6: MapReduce Pattern 6.1 Context 6.2 Impact 6.3 Mechanics 6.4 Example: Building PoP on Windows Azure 6.5 Summary Chapter 7: Database Sharding Pattern 7.1 Context 7.2 Impact 7.3 Mechanics 7.4 Example: Building PoP on Windows Azure 7.5 Summary Chapter 8: Multitenancy and Commodity Hardware Primer 8.1 Multitenancy 8.2 Commodity Hardware 8.3 Summary Chapter 9: Busy Signal Pattern 9.1 Context 9.2 Impact 9.3 Mechanics 9.4 Example: Building PoP on Windows Azure 9.5 Summary Chapter 10: Node Failure Pattern 10.1 Context 10.2 Impact 10.3 Mechanics 10.4 Example: Building PoP on Windows Azure 10.5 Summary Chapter 11: Network Latency Primer 11.1 Network Latency Challenges 11.2 Reducing Perceived Network Latency 11.3 Reducing Network Latency 11.4 Summary Chapter 12: Colocate Pattern 12.1 Context 12.2 Impact 12.3 Mechanics 12.4 Example: Building PoP on Windows Azure 12.5 Summary Chapter 13: Valet Key Pattern 13.1 Context 13.2 Impact 13.3 Mechanics 13.4 Example: Building PoP on Windows Azure 13.5 Summary Chapter 14: CDN Pattern 14.1 Context 14.2 Impact 14.3 Mechanics 14.4 Example: Building PoP on Windows Azure 14.5 Summary Chapter 15: Multisite Deployment Pattern 15.1 Context 15.2 Impact 15.3 Mechanics 15.4 Example: Building PoP on Windows Azure 15.5 Summary Further Reading Page of Photos (PoP) Sample Resources From Preface and Chapters
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