使用Harbor搭建私有制品仓库服务 - 资源隔离与多租户管理模型 - 制品的高效分发(复制、缓存与P2P集成) - 制品的安全分发(签名、漏洞扫描与安全策略) - 资源清理与垃圾回收 - 构建高可用(HA)制品仓库服务 - Harbor集成与扩展 - 路线图 - 参与贡献Harbor社区 云原生与制品管理 [1] 云原生(cloud-native)技术使组织能够在现代化和动态的环境下（如公有云、私有云 • 目标为K8s集群 • 仅聚焦Harbor组件安装 • goharbor/harbor-helm 3 K8s Operator • 通过K8s CRD实现编排 • 目标为K8s集群 • 专注于HA模式支持 • goharbor/harbor- operator (开发中) 4 资源隔离与多租户管理 项目 存储 访问控制 1 2 3 构建高可用(HA)仓库服务 [1] 使用离线安装包搭建HA仓库服务：基于内容复制能力或者基于外部共享服务 IDP 构建高可用(HA)仓库服务 [2] 使用Helm Chart和外部高可用服务（数据库，缓存和存储）部署HA的仓库服务 构建高可用(HA)仓库服务 [3] Harbor Operator提供基于K8s集群的all-in-one HA解决方案(也支持使用外部共享服务)

Meetup · BeiJing Weibo Mesh 数据⾯面 �17 微博Service Mesh实践 - WeiboMesh ➢ Cluster（发现集群管理理，group + path） ➢ HA（⾼高可⽤用策略略） ➢ LB（负载均衡） ➢ Endpoint（服务节点的抽象） ➢ Protocol（Motan2/传输协议+Simple/序列列化协议）Service Mesh Meetup Serialize Endpoint EndpointService Mesh Meetup · BeiJing ⾼高可⽤用 �19 微博Service Mesh实践 - WeiboMesh HA ➢Backup Request ➢Failover ➢… LB ➢Weight ➢Roundrobin ➢Random ➢…Service Mesh Meetup · BeiJing Endpoint 微博Service Mesh实践 - WeiboMesh php/OR/java Client Weibo Mesh register Filter HA+LB Endpoint Cluster degrade Registry Weibo Mesh motan2 snapshot Endpoint motan2 serialize

used C++ for 26 years on applications using graphs for business cost analysis and fraud detection. HA1/ *。Thanks also to Jesun Firoz, Tony Liu, Scott McMillan, Haley Riggs SAS Institute Acknowledgments Northwest National Laboratory U.S. Department of Energy, the University of Washington, or anyone else. HA 深 RE 站 Rs C UNIVERSITY of National Science Foundation 比 ile] DB

new questions about the grid’s ability to manage. Yet again, we see this as one of the perpetual ‘a-ha’s’ of technology: costs fall, performance rises, and usage grows, all in tandem. This trend is repeating Costs Per Token Falling = Performance Converging + Developer Usage Rising139 Tech’s Perpetual A-Ha = Declining Costs + Improving Performance → Rising Adoption… Note: FRED data shows ‘Consumer Price 2020 2021 2022 2023 2024 0 10 20 30 40 50 60 70 80 90 100 140 …Tech’s Perpetual A-Ha = Prices Fall + Performance Rises Note: A petaFLOP/s-day represents the total computational work

applicative (or monad - on purpose)? 31PART 3 PART 3 A Long-Expected Party A Long-Expected Party Applying (ha) applicative to std::optional / std::expected (Nearly) no more Haskell code Lots more C++ code 32P2561

elsewhere: • std::string_view (since C++17) • std::span (since C++20) https://www.youtube.com/watch?v=hA1WNtNyNbo Tricky: Edge cases are introduced due to symmetry violations (of object lifecycle)

STRINGS 822 Repeat a string r times. This can be written as s^r. See also ^. Examples julia> repeat("ha", 3) "hahaha" source Base.repeat – Method. repeat(c::AbstractChar, r::Integer) -> String Repeat r::Integer) Repeat a string r times. This can be written as s^r. See also ^. Examples julia> repeat("ha", 3) "hahaha" source repeat(c::AbstractChar, r::Integer) -> String Repeat a character r times.

STRINGS 822 Repeat a string r times. This can be written as s^r. See also ^. Examples julia> repeat("ha", 3) "hahaha" source Base.repeat – Method. repeat(c::AbstractChar, r::Integer) -> String Repeat r::Integer) Repeat a string r times. This can be written as s^r. See also ^. Examples julia> repeat("ha", 3) "hahaha" source repeat(c::AbstractChar, r::Integer) -> String Repeat a character r times.

r::Integer) Repeat a string r times. This can be written as s^r. See also ^. Examples julia> repeat("ha", 3) "hahaha" source Base.repeat – Method. repeat(c::AbstractChar, r::Integer) -> String Repeat r times. This can be written as s^r. See also ^. ExamplesCHAPTER 47. ARRAYS 1072 julia> repeat("ha", 3) "hahaha" source repeat(c::AbstractChar, r::Integer) -> String Repeat a character r times.

r::Integer) Repeat a string r times. This can be written as s^r. See also ^. Examples julia> repeat("ha", 3) "hahaha" source Base.repeat – Method. repeat(c::AbstractChar, r::Integer) -> String Repeat r::Integer) Repeat a string r times. This can be written as s^r. See also ^. Examples julia> repeat("ha", 3) "hahaha" source repeat(c::AbstractChar, r::Integer) -> String Repeat a character r times.