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87a6e19770
Apart from adding the recursive target itself this required:
- Unescaping the @ in the image names, this was confusing `make` into always
rebuilding and wasn't necessary (I had previously thought I had seen oddities
due to these being interpreted by the `patsubst`, but I think that was just the
colons.
- Making the recursive rules silent (prepending an @), those command lines are
not especially enlightening and they obscure the output in the show-tags case.
With this the output is like:
$ make --no-print-directory -C image-cache/ show-tags
linuxkitprojects/kubernetes-image-cache-common:94a0715c6b3604e909bc0da74260dc7f1142d90d-dirty
linuxkitprojects/kubernetes-image-cache-control-plane:94a0715c6b3604e909bc0da74260dc7f1142d90d-dirty
Signed-off-by: Ian Campbell <ijc@docker.com>
Kubernetes and LinuxKit
This project aims to demonstrate how one can create minimal and immutable Kubernetes OS images with LinuxKit.
Make sure to cd projects/kubernetes first.
Edit kube-master.yml and add your public SSH key to files section.
Build OS images:
make build-vm-images
Boot Kubernetes master OS image using hyperkit on macOS:
./boot.sh
Get IP address of the master:
ip addr show dev eth0
Login to the kubelet container:
./ssh_into_kubelet.sh <master-ip>
Manually initialise master with kubeadm:
kubeadm-init.sh
Once kubeadm exits, make sure to copy the kubeadm join arguments,
and try kubectl get nodes from within the master.
To boot a node use:
./boot.sh <n> [<join_args> ...]
More specifically, to start 3 nodes use 3 separate shells and run this:
shell1> ./boot.sh 1 --token bb38c6.117e66eabbbce07d 192.168.65.22:6443
shell2> ./boot.sh 2 --token bb38c6.117e66eabbbce07d 192.168.65.22:6443
shell3> ./boot.sh 3 --token bb38c6.117e66eabbbce07d 192.168.65.22:6443