MoE 整体架构 MoE 功能职责 MoE TraceID 事例分析 MoE 方案优势 MoE 方案介绍 — 整体架构 GoLang L7 extension filter shim manager Stream filter Router X-protocol Proxy Metrics Config MDiscovery Admin MOSN On High Performance proxy_golang，类似 proxy_wasm ，方便 Nginx、OpenResty 等也能够支持 GoLang 扩展。 MoE 方案介绍 — 功能职责 Envoy MOSN MoE Data Plane HTTP(L7) HTTP Filter GoLang L7 extension Filter HTTP Filter Stream filter GoLang L7 State Upstream&C onnpool Pilot SOFARegistry Consul Nacos Consul Others Control Plane MCP Data flow Control flow xDS Discovery Client Metrics Admin REST API Request Request MOSN 做业务扩展

to Diversify You can avoid vendor lock-in and latency while creating redundancy. IBM Multicloud Manager SCLABALE RESILIENT MULTI-VERSION ��� AI-based interaction- Watson Conversation, SlackBot …. Configurations, Automation, Work Distribution, Policy, Security, Compliance Development & Programming Models Data Placement & Governance Operational & Application Management IBM Cloud Private 3rd Party Private Infrastructure Application Development, Integration, Operations & Management Next Generation Middleware, Data, Integration & Analytics IBM MQ IBM Cloud private Platform Kubernetes-based Platform Multiple

Scaffold CRD Control Loop Calling Nebula Cluster . ├── apis �� │ └── apps │ └── controller�manager ├── config │ └── crd │ ├── controller │ ├── nebula ├── cmd │ ├── ngctl ├── pkg │ Sep 1, 2021 3 Copy link t… roadmap of nebula-operator Nebula Landscape Deployment, Monitoring Data Visualization Algorithm, Analytic Clients, Connectors, ETL Nebula 社区⽣态⾮常丰富，并且还在⽇益拓展，欢迎同学们了解、参与贡献。 Bot API │ │ ├── classifier # Symentic Parse, Intent Match, S │ │ └── test # Example Data as equivalent/moc │ └── siwi_frontend # Browser End │ ├── README.md │ ├── package

平台侧自身复杂度变高， 监控难度加大 从 Kubernetes 架构来 看要监控的组件 Kubernetes架构 l 服务端组件，控制面：API Server、Scheduler、 Controller-Manager、ETCD l 工作负载节点，最核心就是监控Pod容器和节点本 身，也要关注 kubelet 和 kube-proxy l 业务程序，即部署在容器中的业务程序的监控，这 个其实是最重要的 随着 Kubernetes Pod的数量，gauge类型 • kubelet_running_containers：运行的容器的数量，gauge类型， container_state标签来区分容器状态 • volume_manager_total_volumes：volume的数量，gauge类型，state标签用 于区分是actual还是desired • kubelet_runtime_operations_total： controller-manager的监控 • controller-manager 通过 /metrics 接口暴露监控数据， 直接拉取即可 • controller-manager 在 Kubernetes 架构中，是负责监听 对象状态，并与期望状态做对比，如果状态不一致则进行 调谐，重点关注的是各个controller的运行情况，比如任 务数量，队列深度 • controller-manager出问题的概率相对较小，进程层面没

Application Helm Controller Database Rollout Controller Revision Manager Multi-env Deployment Controller Dependency Manager KubeVela 的整体架构 BaaS 阿里巴巴的应用管理实践 电商 PaaS 应用交付平台 AI PaaS 应用管理服务 Kubernetes

KernelChaos: kernel fault injection ● StressChaos: burn cpu and memory ● DNSChaos …. ● Controller Manager ● Chaos Daemon ● Chaos Dashboard ● Grafana datasource plugin 为什么是 Chaos Mesh Chaos Mesh 在网易伏羲的实践

perspective ● Helm helps automate Istio day-2 tasks ● Helm gitops #IstioCon HELM The package manager for Kubernetes It’s not just for installation anymore! #IstioCon What is Helm? ● Installer for

• 复用 L4/L7 filter • 复用 Cluster LB • 复用 State 统计 Proxy-golang 扩展能力 • Proxy-golang API • Filter manager MOE 方案介绍 — TraceID 事例 相关问题点 Envoy 和 MOSN 如何交互(1、2、 4、5) 内存如何管理(2、4) 阻塞操作处理(2) GMP 中 P

Introduction to Modern Data Science Sam Kreter Code and Slides github.com/samkreter/KubeconAsia2018 The Process Business Need / Problem Discovery The Process Business Need / Problem Discovery Business Need / Problem Discovery Development Production / Actual User Impact The Data Science Pipeline Pipelines The Data Science Pipeline Principles 1. Autonomy I HAVE A VERY PARTICULAR SET OF SKILLS 1. Single Operations per Container 2. Use Parameterize Data Flow • Data Inputs • Data Outputs Distributing Workloads 2. Reproducibility Data Versioning Reproducibility For Developers Reproducibility

0) consul集群搭建 consul agent -data-dir /tmp/node0 -node=node0 -bind=192.168.64.59 -datacenter=dc1 -ui - lient=192.168.64.59 -server -bootstrap-expect 1 consul agent -data-dir /tmp/node1 -node=node1 -bind=192 -bind=192.168.64.94 -datacenter=dc1 -ui consul agent -data-dir /tmp/node2 -node=node2 -bind=192.168.64.249 -datacenter=dc1 -ui client=192.168.64.249 consul join 192.168.64.59 consul members -rpc-addr=192 249:8400 192.168.64.59 agent -data-dir /tmp/node0 -node=node0 -bind=192.168.64.59 -datacenter=dc1 -ui -server bootstrap-expect 1 consul agent -server -bootstrap-expect 3 -data-dir /tmp/consul -node 192.168