mirror of https://github.com/k3s-io/k3s
![]() For AWS EBS, a volume can only be attached to a node in the same AZ. The scheduler must therefore detect if a volume is being attached to a pod, and ensure that the pod is scheduled on a node in the same AZ as the volume. So that the scheduler need not query the cloud provider every time, and to support decoupled operation (e.g. bare metal) we tag the volume with our placement labels. This is done automatically by means of an admission controller on AWS when a PersistentVolume is created backed by an EBS volume. Support for tagging GCE PVs will follow. Pods that specify a volume directly (i.e. without using a PersistentVolumeClaim) will not currently be scheduled correctly (i.e. they will be scheduled without zone-awareness). |
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.. | ||
aws_ebs | ||
blog-logging | ||
cassandra | ||
celery-rabbitmq | ||
cephfs | ||
cluster-dns | ||
elasticsearch | ||
experimental/persistent-volume-provisioning | ||
explorer | ||
extensions | ||
fibre_channel | ||
flexvolume | ||
flocker | ||
glusterfs | ||
guestbook | ||
guestbook-go | ||
hazelcast | ||
high-availability | ||
https-nginx | ||
iscsi | ||
javaee | ||
javaweb-tomcat-sidecar | ||
job | ||
k8petstore | ||
kubectl-container | ||
meteor | ||
mysql-cinder-pd | ||
mysql-galera | ||
mysql-wordpress-pd | ||
newrelic | ||
nfs | ||
nodesjs-mongodb | ||
openshift-origin | ||
phabricator | ||
rbd | ||
redis | ||
rethinkdb | ||
runtime-constraints | ||
selenium | ||
sharing-clusters | ||
spark | ||
storm | ||
vitess | ||
README.md | ||
doc.go | ||
examples_test.go | ||
pod | ||
scheduler-policy-config-with-extender.json | ||
scheduler-policy-config.json | ||
simple-nginx.md |
README.md
PLEASE NOTE: This document applies to the HEAD of the source tree
If you are using a released version of Kubernetes, you should refer to the docs that go with that version.
The latest release of this document can be found [here](http://releases.k8s.io/release-1.1/examples/README.md).Documentation for other releases can be found at releases.k8s.io.
Kubernetes Examples: releases.k8s.io/HEAD
This directory contains a number of examples of how to run real applications with Kubernetes.
Demonstrations of how to use specific Kubernetes features can be found in our documents.