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docs - User documentation for Knative components
Knative (pronounced kay-nay-tiv) extends Kubernetes to provide a set of middleware components that are essential to build modern, source-centric, and container-based applications that can run anywhere: on premises, in the cloud, or even in a third-party data center. Developers on Knative can use familiar idioms, languages, and frameworks to deploy functions, applications, or containers workloads.
kubernetes istio serverless faas paas documentationserving - Kubernetes-based, scale-to-zero, request-driven compute
Knative Serving builds on Kubernetes and Istio to support deploying and serving of serverless applications and functions. Serving is easy to get started with and scales to support advanced scenarios. For complete Knative Serving documentation, see Knative Serving or Knative docs to learn about Knative.
serverless app container function google kubernetes istioskywalking - APM, Application Performance Monitoring System
SkyWalking: an APM(application performance monitor) system, especially designed for microservices, cloud native and container-based (Docker, Kubernetes, Mesos) architectures. SkyWalking is an open source APM system, including monitoring, tracing, diagnosing capabilities for distributed system in Cloud Native architecture. The core features are following.
apm distributed-tracing opentracing zipkin istio service-mesh metrics dapper observabilitygo-chassis - Go-Chassis is a micro service framework for rapid development of micro services in Go
Go-Chassis supports two types of communication protocol.
microservice cloud-native restful framework distributed-systems servicemesh istio kubernetescoolstore-microservices - :ferris_wheel: :sailboat: :ship: A containerized polyglot service mesh based on
The structure of README is inspired from GoogleCloudPlatform Demo. CoolStore is a containerised polyglot microservices application consisting of services based on .NET Core, NodeJS and more running on Service Mesh.
kubernetes nodejs microservices rest-api service-mesh istio vuejs polyglot-microservices dotnet-core docker ddd clean-architecture cloud-native webassemblyflagger - Istio and App Mesh progressive delivery Kubernetes operator
Flagger is a Kubernetes operator that automates the promotion of canary deployments using Istio or App Mesh routing for traffic shifting and Prometheus metrics for canary analysis. The canary analysis can be extended with webhooks for running acceptance tests, load tests or any other custom validation. Flagger implements a control loop that gradually shifts traffic to the canary while measuring key performance indicators like HTTP requests success rate, requests average duration and pods health. Based on analysis of the KPIs a canary is promoted or aborted, and the analysis result is published to Slack.
progressive-delivery kubernetes gitops canary ab-testing istio aws-appmesh prometheuskiali - Kiali project, observability for the Istio service mesh
A Microservice Architecture breaks up the monolith into many smaller pieces that are composed together. Patterns to secure the communication between services like fault tolerance (via timeout, retry, circuit breaking, etc.) have come up as well as distributed tracing to be able to see where calls are going. A service mesh can now provide these services on a platform level and frees the application writers from those tasks. Routing decisions are done at the mesh level.
observability service-mesh istio openshiftnacos - an easy-to-use dynamic service discovery, configuration and service management platform for building cloud native applications
Service is a first-class citizen in Nacos. Nacos supports almost all type of services，for example，Dubbo/gRPC service、Spring Cloud RESTFul service or Kubernetes service. Nacos provides four major funcations.
nacos dubbo alibaba kubernetes istio spring-cloudkubernetes-vagrant-centos-cluster - Setting up a distributed Kubernetes cluster along with Istio service mesh locally with Vagrant and VirtualBox
Setting up a Kubernetes cluster and istio service mesh with vagrantfile which consists of 1 master(also as node) and 3 nodes. You don't have to create complicated CA files or configuration. Because I want to setup the etcd, apiserver, controller and scheduler without docker container.
kubernetes vagrant vagrantfile docker kubernetes-cluster virtualbox traefik helm istio cloud-nativek8s-for-docker-desktop - 为Docker Desktop for Mac/Windows开启Kubernetes和Istio - Enable Kubernetes/Istio on Docker Desktop in China
为Docker Desktop for Mac/Windows开启Kubernetes和Istio - Enable Kubernetes/Istio on Docker Desktop in China
kubernetes docker china k8s helm istio macriff-tutorial - How-to guide for testing the riff FaaS platform and Istio on Google Kubernetes Engine
The riff tutorial walks you through installing the riff FaaS platform and Istio on Google Kubernetes Engine. The resulting environment is great for demos and exploring riff and Istio, but should not be considered production ready. Be sure to watch Mark Fisher's SpringOne riff announcement keynote and live demo to get up to speed on riff.
kubernetes riff istio serverless faas containersistio-workshop - Istio Workshop
These workshop exercises are built with the help from a number of amazing Kubernetes and Istio Experts from Google and Grand Cloud. This content is free to use we only ask that you keep the original attributions included in any future contributions or forks. Zach was instrumental in helping write the Istio tutorials and in particular the Istio Mixer Exercises.
istio kubernetes microservicesMicroservices-deployment-with-PaaS-Containers-and-Serverless-Platforms - PaaS platforms like Cloud Foundry, container orchestrators like Kubernetes, Serverless platforms like OpenWhisk and Service-mesh like Istio are all great technologies to deploy and manage your microservices on
PaaS platforms like Cloud Foundry, container orchestrators like Kubernetes, Serverless platforms like OpenWhisk and Service-mesh like Istio are all great technologies to deploy and manage your microservices on. Common wisdom says there is no such thing as too many choices, but abundance of choices can lead to analysis paralysis. In this code, we look at deployment experience the different platforms provide, and what do we gain and lose by choosing one vs another. We start with a sample Node.js monolithic application, Flightassist, factor it into two microservices, and then use it for demonstrating and comparing various deployment technologies. A set of trade-offs and comparisions can be made between these deployment models, and this application provides a basis for those discussions.
cloud cloud-foundry kubernetes serverless openwhisk service-mesh istio ibm-developer-technology-cloudmicroservices-traffic-management-using-istio - Istio is an open platform that provides a uniform way to connect, manage, and secure microservices
Read this in other languages: 한국어. Microservices and containers changed application design and deployment patterns, but along with them brought challenges like service discovery, routing, failure handling, and visibility to microservices. "Service mesh" architecture was born to handle these features. Applications are getting decoupled internally as microservices, and the responsibility of maintaining coupling between these microservices is passed to the service mesh.
istio microservices zipkin envoy kubernetes google lyft ibm ibm-developer-technology-cloud ibmcoderesilient-java-microservices-with-istio - In this code we demonstrate how to build, deploy, connect resilient Java microservices leveraging Istio service mesh
Read this in other languages: 한국어. Building and packaging Java microservice is one part of the story. How do we make them resilient? How do we introduce health checks, timeouts, retries, ensure request buffering or reliable communication between microservices? Some of these features are coming built in microservices framework, but often they are language specific, or you have to accommodate for it in your application code. How do we introduce it without changing the application code? Service-mesh architecture attempts to solve these issues. Istio provides an easy way to create this service mesh by deploying a control plane and injecting sidecars containers alongside your microservice.
java-microservices kubernetes istio istio-resiliency-features ibm-developer-technology-cloud microprofile microservices ibmcodeistio-java-api - A Java API to generate Istio descriptors, inspired by Fabric8's kubernetes-model.
An Istio Java API generated from the Go API
istio api kubernetes code-generatorshopping-cart-k8s - Service Mesh patterns for Microservices
Building microservices application (Shopping Cart Application - Polyglot for services) using Kubernetes + Istio with its ecosystem parts.
kubernetes istio ambassador docker nodejs framework rest-api microservices service-meshgke-istio-gce-demo - In this project, you will leverage Kubernetes Engine and Google Compute Engine to explore how Istio can manage services that reside outside of the Kubernetes Engine environment
In this demo, we leverage Google Kubernetes Engine (Kubernetes Engine) and Google Compute Engine (GCE) to learn more about how Istio can manage services that reside in the network outside of the Kubernetes Engine environment. This demo uses Kubernetes Engine to construct a typical Istio infrastructure and then setup a GCE instance running a MySQL microservice that will be integrated into the Istio infrastructure. We will use the sample BookInfo application and extend it by using the MySQL microservice to house book reviewer ratings. The demo serves as a learning tool and addresses the use case of users who want to leverage Istio to manage other services in their Google Cloud Platform (GCP) environment that may not be ready for migration to Kubernetes Engine just yet. Istio has two main pieces that create the service mesh: the control plane and the data plane.
kubernetes istio mysql google-cloud-platform kubernetes-engine gke-helmsman gkegke-istio-shared - This is the shared project for two Kubernetes Engine demos
This repository contains files shared by several Istio demos for Kubernetes Engine. This project demonstrates how to use an Istio service mesh in a single Kubernetes Engine cluster alongside Prometheus, Jaeger, and Grafana, to monitor cluster and workload performance metrics. You will first deploy the Istio control plane, data plane, and additional visibility tools using the provided scripts, then explore the collected metrics and trace data in Grafana.
kubernetes-engine kubernetes istio gke-helmsman gkegke-istio-telemetry-demo - This project demonstrates how to use an Istio service mesh in a single Kubernetes Engine cluster alongside Prometheus, Jaeger, and Grafana, to monitor cluster and workload performance metrics
Istio is part of a new category of products known as "service mesh" software designed to manage the complexity of service resilience in a microservice infrastructure; it defines itself as a service management framework built to keep business logic separate from the logic to keep your services up and running. In other words, it provides a layer on top of the network that will automatically route traffic to the appropriate services, handle circuit breaker logic, enforce access and load balancing policies, and generate telemetry data to gain insight into the network and allow for quick diagnosis of issues. For more information on Istio, please refer to the Istio documentation. Some familiarity with Istio is assumed.
kubernetes kubernetes-engine istio prometheus graphana jaeger gke-helmsman gke
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