
Dive into Microsoft engineer Ben Watson's essential guide for building blazingly fast .NET applications. Written from the trenches of Bing's server infrastructure, this technical masterpiece reveals optimization secrets that power systems handling millions of requests across thousands of machines.
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Imagine joining Microsoft's Bing team with a seemingly impossible task: build one of the world's fastest server applications using .NET-a framework many dismiss as "too slow for serious work." This was Ben Watson's reality in 2008, and the result? A system handling millions of low-latency requests across thousands of machines. The conventional wisdom that managed code can't compete with native code for performance isn't just outdated-it's fundamentally wrong. The truth is .NET makes it easy to write slow code when developers are careless, but with the right knowledge, it can deliver exceptional performance. Most bottlenecks stem from poor coding patterns rather than the framework itself. The modern JIT compiler employs sophisticated optimizations that can sometimes outperform native code, especially in memory allocation speed and fragmentation handling. "Measure, measure, measure!" This isn't just advice-it's the cardinal rule of high-performance .NET development. Even seasoned developers can be dangerously misled by intuition. Remember when Watson's team incorrectly blamed memory usage on a large dataset, only to discover it was actually assembly loading overhead? Before collecting performance data, define precisely what you're measuring-"memory" could mean private working set, commit size, heap size, or dozens of other metrics. Goals must be quantifiable: not "make it fast" but "working set memory usage should never exceed 1GB during peak load of 100 queries per second."
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Cree par des anciens de Columbia University a San Francisco
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