3.3 KiB
3.3 KiB
Travis CI test matrix
GCE instances
Here is the test matrix for the Travis CI gates:
Network plugin | OS type | GCE region | Nodes layout |
---|---|---|---|
canal | debian-8-kubespray | asia-east1-a | ha |
calico | debian-8-kubespray | europe-west1-c | default |
flannel | centos-7 | asia-northeast1-c | default |
calico | centos-7 | us-central1-b | ha |
weave | rhel-7 | us-east1-c | default |
canal | coreos-stable | us-west1-b | default |
canal | rhel-7 | asia-northeast1-b | separate |
weave | ubuntu-1604-xenial | europe-west1-d | separate |
calico | coreos-stable | us-central1-f | separate |
Where the nodes layout default
is a non-HA two nodes setup with the separate kube-node
and the etcd
group merged with the kube-master
. The separate
layout is when
there is only node of each type, which is a kube master, compute and etcd cluster member.
And the ha
layout stands for a two etcd nodes, two masters and a single worker node,
partially intersecting though.
Note, the canal network plugin deploys flannel as well plus calico policy controller.
Hint: the command
bash scripts/gen_matrix.sh
will (hopefully) generate the CI test cases from the current .travis.yml
.
Gitlab CI test matrix
GCE instances
Stage | Network plugin | OS type | GCE region | Nodes layout | When |
---|---|---|---|---|---|
part1 | calico | coreos-stable | us-west1-b | separated | on_success |
part1 | canal | debian-8-kubespray | us-east1-b | ha | manual |
part1 | weave | rhel-7 | europe-west1-b | default | manual |
part2 | flannel | centos-7 | us-west1-a | default | manual |
part2 | calico | debian-8-kubespray | us-central1-b | default | manual |
part2 | canal | coreos-stable | us-east1-b | default | manual |
special | canal | rhel-7 | us-east1-b | separated | manual |
special | weave | ubuntu-1604-xenial | us-central1-b | separated | manual |
special | calico | centos-7 | europe-west1-b | ha | manual |
The "Stage" means a build step of the build pipeline. The steps are ordered as part1->part2->special
.
The "When" stands for the build step trigger condition.