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流言终结者:Rust 真的能成为爆款吗?.pdf

上传人: 竿*** 编号:981539 2025-11-29 42页 2.44MB

1、We rewrote our platform in Rust.Was it worth it?Myth Busters:Is Rust A Slam Dunk?Ramya K|It BeginsEarly stage startup that offers a real-time data platform comprised of serverless infrastructure building blocks like caching,event bus and durable storage.Launched in 2022 with the first service Moment

2、o Cache:a Key-Value caching service.https:/ Level ArchitectureControl PlaneCreate/Read/Update/Delete actions on top level entities like cachesManage data plane infrastructureRouting Layer(Data Plane)Authentication and authorizationRoute requests to where the data livesStorage Layer(Data Plane)Run st

3、orage engines that manage data for top level entitiesArchitecture ComponentsMinimized time to launchEngineering team profile spanned the spectrum for tech stack experience.Kotlin=Safe and battle-tested choiceTech Varies by Storage EngineTechnology Stack v0It works.How good is it?Invest in observabil

4、ity and automated performance tests using rpc-perf.Identify representative customer workloads for cache.Single Node Baseline established for a single c6i.2xlarge routing node20K TPSKey-Value GET/SETGET:SET=1:14KB ItemsMetric=Client End-to-End LatencyP999=4.99 msP99=4.94 msv0 BenchmarkNew Product Req

5、uirement:Support caching data structures(dictionaries,lists,sets)in addition to key-value.Design changesNew storage engine to handle data structuresSupport multiple storage engines.Storage-engine agnostic abstraction needed for storage layer.Product Evolutionhttps:/ Storage service in Rust.Good cand

6、idate for an experimentBrand new componentNo external clientsTech Varies by Storage EngineTechnology Stack v1Is it still good enough?Performance regression for caches using the new storage engineCache workloadIncrease in P999 tail latencyMetricv0v1Client end-to-end p999 latency4.99 ms9.3 msClient en

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根据报告的内容,以下是全文主要内容的简明概括: - **平台重构**:一家早期初创公司将其平台从Kotlin重构为Rust,以提升性能和效率。 - **性能提升**:Rust版本在性能上有所提升,但初期在缓存服务上出现了性能下降。 - **挑战与解决方案**:遇到了垃圾收集、线程竞争和HTTP/2库问题,通过优化和更换库解决了这些问题。 - **技术栈演进**:从Kotlin到Rust的逐步迁移,包括构建非关键工具和培养Rust文化。 - **性能改进**:通过优化和更换库,如使用Protosocket,实现了更高的吞吐量和更低的延迟。 - **业务影响**:重构提升了性能,但初期对特征速度有影响,且需要处理技术栈的快速变化。 - **结论**:Rust为性能提供了初始提升,但需要持续优化和适应不断变化的技术栈。
值得吗?" 速度与稳定性?" 挑战与机遇?"
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