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HTTP/2 in Action is a complete guide to HTTP/2, one of the core protocols of the web. Because HTTP/2 has been designed to be easy to transition to, including keeping it backwards compatible, adoption is rapid and expected to increase over the next few years. Concentrating on practical matters, this interesting book presents key HTTP/2 concepts such as frames, streams, and multiplexing and explores how they affect the performance and behavior of your websites.An excellent introduction to the new HTTP/2 standard, with insightful explanations and very good examples.
About the Technology
HTTP—Hypertext Transfer Protocol—is the standard for exchanging messages between websites and browsers. And after 20 years, it's gotten a much-needed upgrade. With support for streams, server push, header compression, and prioritization, HTTP/2 delivers vast improvements in speed, security, and efficiency.About the book
HTTP/2 in Action teaches you everything you need to know to use HTTP/2 effectively. You'll learn how to optimize web performance with new features like frames, multiplexing, and push. You'll also explore real-world examples on advanced topics like flow control and dependencies. With ready-to-implement tips and best practices, this practical guide is sure to get you—and your websites—up to speed!
Table of Contents takes you straight to the bookdetailed table of contents
Part 1: Moving to HTTP/2
1 Web Technologies and HTTP
1.1 How the web works
1.1.1 The Internet versus the World Wide Web
1.1.2 What happens when you browse the web?
1.2 What is HTTP?
1.2.1 Basic HTTP Request Syntax
1.3 The Syntax and History of HTTP
1.3.1 HTTP/0.9
1.3.2 HTTP/1.0
1.3.3 HTTP/1.1
1.4 Introduction to HTTPS
1.5 Tools for viewing, sending and receiving HTTP messages
1.5.1 Using Developer tools in Web Browsers
1.5.2 Sending HTTP Requests
1.5.3 Other tools for to view and send HTTP Requests
Summary
2 Road to HTTP/2
2.1 HTTP/1.1 and the current World Wide Web
2.1.1 HTTP/1.1 has a fundamental performance problem.
2.1.2 Pipelining for HTTP/1.1
2.1.3 Waterfall Diagrams for Web Performance Measurement
2.2 Workarounds for HTTP/1.1 Performance issues
2.2.1 Use Multiple HTTP Connections
2.2.2 Make Fewer Requests
2.2.3 HTTP/1 Performance Optimizations Summary
2.3 Other issues with HTTP/1.1
2.4 Real World Examples
2.4.1 Example Website 1 - Amazon.com
2.4.2 Example Website 2 - Imgur.com
2.4.3 How much of a problem is this really?
2.5 Moving on from HTTP/1.1 to HTTP/2
2.5.1 SPDY
2.5.2 HTTP/2
2.6 What HTTP/2 means for Web Performance
2.6.1 Extreme Example of the Power of HTTP/2
2.6.2 Setting Expectations of HTTP/2 Performance Gains
2.6.3 Performance Workarounds for HTTP/1.1 are potentially Anti-Patterns.
Summary
3 Upgrading to HTTP/2
3.1 HTTP/2 Support
3.1.1 HTTP/2 Support on Browser Side.
3.1.2 HTTP/2 Support for Servers
3.1.3 Fallback when HTTP/2 is not supported
3.2 Ways to enable HTTP/2 for your website
3.2.1 HTTP/2 on your Web Server
3.2.2 HTTP/2 with a Reverse Proxy
3.2.3 HTTP/2 through a CDN
3.2.4 Implementing HTTP/2 Summary
3.3 Troubleshooting HTTP/2 setup
Summary
Part 2: Using HTTP/2
4 HTTP/2 Protocol Basics
4.1 Why HTTP/2 instead of HTTP/1.2?
4.1.1 Binary rather than textual
4.1.2 Multiplexed, rather than synchronous
4.1.3 Stream Prioritization and Flow Control
4.1.4 Header Compression
4.1.5 Server Push
4.2 How an HTTP/2 Connection is Established
4.2.1 Using HTTPS Negotiation
4.2.2 Using the HTTP Upgrade header
4.2.3 Using prior knowledge
4.2.4 Alternative Services
4.2.5 The HTTP/2 Preface Message
4.3 HTTP/2 Frames
4.3.1 Viewing HTTP/2 Frames
4.3.2 HTTP/2 Frame Format
4.3.3 Examining HTTP/2 Message Flow by Example
4.3.4 Other Frames
Summary
5 Implementing HTTP/2 Push
5.1 What is HTTP/2 Server Push?
5.2 How to push
5.2.1 Using HTTP link header to push
5.2.2 Viewing HTTP/2 pushes
5.2.3 Pushing from downstream systems using Link header
5.2.4 Pushing earlier
5.2.5 Other ways to Push
5.3 How HTTP/2 push works in the browser
5.3.1 More details on how the push cache works
5.3.2 Refusing pushes with RST_STREAM
5.4 How to push conditionally
5.4.1 Tracking pushes on the server side
5.4.2 Use of HTTP conditional requests
5.4.3 Cookie-based pushes
5.4.4 Cache Digests
5.5 What to Push?
5.5.1 What can you Push?
5.5.2 What should you Push?
5.5.3 Automating Push
5.6 Troubleshooting HTTP/2 Push
5.7 The Performance impact of HTTP/2 push
5.8 Push versus preload
5.9 Other use cases for HTTP/2 Push
Summary
6 Optimizing for HTTP/2
6.1 What HTTP/2 means for web developers
6.2 Are some HTTP/1.1 optimizations now anti-patterns?
6.2.1 HTTP/2 requests still have a cost
6.2.2 HTTP/2 is not limitless
6.2.3 Compression is more efficient for larger resources
6.2.4 Bandwidth limitations and resource contention.
6.2.5 Sharding
6.2.6 Inlining
6.2.7 Conclusion on whether some HTTP/1.1 optimizations are anti-patterns.
6.3 Web Performance techniques still relevant under HTTP/2
6.3.1 Minimizing the amount of Data Transferred
6.3.2 Use Caching to prevent resending data
6.3.3 Service Workers can further reduce load on the Network
6.3.4 Don’t send what you don’t need
6.3.5 HTTP Resource Hints
6.3.6 Reduce last mile latency
6.3.7 Optimize HTTPS
6.3.8 Non-HTTP related Web Performance Techniques
6.4 Optimizing for both HTTP/1.1 and HTTP/2
6.4.1 Measuring HTTP/2 traffic
6.4.2 Detecting HTTP/2 support on the server side
6.4.3 Detecting HTTP/2 Support on the client side
6.4.4 Connection Coalescing
6.4.5 How long to optimize for HTTP/1.1 users?
Summary
Part 3: Moving to HTTP/2
7 Advanced HTTP/2 Concepts
7.1 Stream States
7.2 Flow control
7.2.1 Example of flow control
7.2.2 Setting flow control on the server
7.3 stream priorities
7.3.1 Stream dependencies
7.3.2 Stream weighting
7.3.3 Why does it need to be so complicated?
7.3.4 Prioritization in web servers and browsers
7.4 HTTP/2 Conformance Testing
7.4.1 Client conformance testing
Summary
8 HPACK Header Compression
8.1 Why is header compression needed?
8.2 How compression works
8.2.1 Lookup tables
8.2.2 More efficient encoding techniques
8.2.3 Lookback compression
8.3 HTTP Body compression
8.3.1 Why we cannot use http body compression techniques for header compression
8.4 HPACK header compression for HTTP/2
8.4.1 HPACK static table
8.4.2 HPACK dynamic table
8.4.3 HPACK header types
8.4.4 Huffman encoding table
8.4.5 Huffman encoding script
8.4.6 Huffman encoding is not always optimal
8.5 Real-world examples of HPACK compression
8.6 HPACK in client and server implementations
8.7 The value of HPACK
Summary
Part 4: The future of HTTP
9 TCP, QUIC, and HTTP/3
9.1 TCP inefficiencies and HTTP
9.1.1 Setup delay in creating an HTTP connection
9.1.2 Congestion control inefficiencies in TCP
9.1.3 Impact of TCP inefficiencies for HTTP/2.
9.1.4 Optimizing TCP
9.1.5 The future of TCP and HTTP
9.2 QUIC
9.2.1 The performance benefits of QUIC
9.2.2 QUIC and the internet stack
9.2.3 What UDP is and why QUIC is built on it
9.2.4 Standardizing QUIC
9.2.5 Differences between HTTP/2 and QUIC
9.2.6 QUIC tools
9.2.7 Should you use QUIC?
Summary
10 Where HTTP goes from here
10.1 Controversies of HTTP/2 and what it didn’t fix
10.1.1 Arguments against SPDY
10.1.2 Privacy issues and State in HTTP
10.1.3 HTTP and Encryption
10.1.4 Transport Protocol issues
10.1.5 It’s all too complicated!
10.1.6 It’s a stop gap
10.2 HTTP/2 in the real world
10.3 Future versions of HTTP/2 and what HTTP/3 or HTTP/4 might bring
10.3.1 Is QUIC HTTP/3?
10.3.2 Evolving the HTTP binary protocol further
10.3.3 Evolving HTTP above the Transport Layer
10.3.4 What would require a new HTTP version?
10.3.5 How future versions of HTTP might be introduced?
10.4 HTTP as a more generic transport protocol
10.4.1 Use HTTP semantics and messages to deliver non-web traffic
10.4.2 Use the HTTP/2 binary framing layer
10.4.3 Use HTTP as a way of starting another protocol
Summary
Appendixes
Appendix A: Upgrading common web servers to HTTP/2
A.1 Upgrading your web server to support HTTP/2
A.1.1 Apache
A.1.2 nginx
A.1.3 Microsoft Internet Information Services (IIS)
A.1.4 Other servers
A.2 Setting up HTTP/2 via a reverse proxy server
A.2.1 Apache
A.2.2 Nginx
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