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.drone.yml
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# Copyright (c) 2020 SIGHUP s.r.l All rights reserved.
# Use of this source code is governed by a BSD-style
# license that can be found in the LICENSE file.
name: license
kind: pipeline
type: docker
steps:
- name: check
image: docker.io/library/golang:1.21
pull: always
commands:
- go install github.com/google/[email protected]
- addlicense -c "SIGHUP s.r.l" -v -l bsd --check .
---
name: policeman
kind: pipeline
type: docker
depends_on:
- license
platform:
os: linux
arch: amd64
steps:
- name: lint
image: quay.io/sighup/policeman
pull: always
environment:
FILTER_REGEX_EXCLUDE: (\.github)
VALIDATE_TERRAFORM_TERRASCAN: "false"
# Identifies false positives like missing 'selector'.
# Doing this is valid for Kustomize patches
VALIDATE_KUBERNETES_KUBEVAL: "false"
# Some duplicated code is intended.
VALIDATE_JSCPD: "false"
VALIDATE_DOCKERFILE: "false"
# Disable natural language checks
VALIDATE_NATURAL_LANGUAGE: "false"
depends_on:
- clone
- name: render
image: quay.io/sighup/e2e-testing:1.1.0_0.2.2_2.16.1_1.9.4_1.20.7_3.8.7_2.4.1
pull: always
depends_on:
- clone
commands:
- kustomize build katalog/velero/velero-on-prem > velero.yml
- name: check-deprecated-apis
image: us-docker.pkg.dev/fairwinds-ops/oss/pluto:v5
pull: always
depends_on:
- render
commands:
# we use --ignore-deprecations because we don't want the CI to fail when the API has not been removed yet.
- /pluto detect velero.yml --target-versions=k8s=v1.32.0 --ignore-deprecations
---
name: e2e-kubernetes-1.29
kind: pipeline
type: docker
depends_on:
- policeman
platform:
os: linux
arch: amd64
trigger:
ref:
include:
- refs/tags/**
steps:
- name: create-kind-cluster
image: quay.io/sighup/dind-kind-kubectl-kustomize:0.20.0_1.29.1_3.10.0
pull: always
volumes:
- name: dockersock
path: /var/run/docker.sock
depends_on: [clone]
environment:
CLUSTER_VERSION: v1.29.0
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
# /drone/src is the default workdir for the pipeline
# using this folder we don't need to mount another
# shared volume between the steps
KUBECONFIG: /drone/src/kubeconfig-129
commands:
# NOTE: kind's `--wait` flag that waits for the control-plane ot be ready
# does not work when disabling the default CNI. It will always go in timeout.
- kind create cluster --name $${CLUSTER_NAME} --image registry.sighup.io/fury/kindest/node:$${CLUSTER_VERSION} --config katalog/tests/kind-config.yml
# save the kubeconfig so we can use it from other steps.
- kind get kubeconfig --name $${CLUSTER_NAME} > $${KUBECONFIG}
- name: test-install
# KUBECTL 1.29.1 - KUSTOMIZE 3.5.3 - HELM 3.1.1 - YQ 4.21.1 - ISTIOCTL 1.9.4 - FURYCTL 0.9.0 - BATS 1.1.0
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ create-kind-cluster ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
KUBECONFIG: /drone/src/kubeconfig-129
commands:
- bats -t katalog/tests/velero/velero-install.sh
- name: test-backup-restore
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ test-install ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
KUBECONFIG: /drone/src/kubeconfig-129
commands:
- curl -Ls -o velero.tar.gz https://github.com/vmware-tanzu/velero/releases/download/v1.15.0/velero-v1.15.0-linux-amd64.tar.gz
- tar -zxf velero.tar.gz
- mv velero*/velero /usr/local/bin/velero
- bats -t katalog/tests/velero/velero-backup.sh
- bats -t katalog/tests/velero/velero-backup-with-restic-test.sh
- name: init-aws
image: hashicorp/terraform:1.4.6
pull: always
network_mode: host
depends_on: [ test-backup-restore ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
KUBECONFIG: /drone/src/kubeconfig-129
CI_PIPELINE_NUMBER: dr-129-aws
AWS_DEFAULT_REGION:
from_secret: aws_region
AWS_ACCESS_KEY_ID:
from_secret: aws_access_key_id
AWS_SECRET_ACCESS_KEY:
from_secret: aws_secret_access_key
TERRAFORM_TF_STATES_BUCKET_NAME:
from_secret: aws_terraform_tf_states_bucket_name
commands:
- cd examples/aws-example
- terraform init
--backend=true
--backend-config="bucket=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
--backend-config="key=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
--backend-config="region=$${AWS_DEFAULT_REGION}"
- terraform apply
--auto-approve
--var="my_cluster_name=$${CLUSTER_NAME}"
- terraform output -raw cloud_credentials > /drone/src/cloud_credentials_129.yaml
- terraform output -raw volume_snapshot_location > /drone/src/volume_snapshot_location_129.yaml
- terraform output -raw backup_storage_location > /drone/src/backup_storage_location_129.yaml
- name: apply-aws-configuration
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ init-aws ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
KUBECONFIG: /drone/src/kubeconfig-129
commands:
- kubectl apply -f /drone/src/cloud_credentials_129.yaml -n kube-system
- kubectl apply -f /drone/src/backup_storage_location_129.yaml -n kube-system
- kubectl rollout restart deploy velero -n kube-system
- sleep 30 # wait for velero to restart
- kubectl get pods -n kube-system
- name: test-backup-restore-aws
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ apply-aws-configuration ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
KUBECONFIG: /drone/src/kubeconfig-129
commands:
- curl -Ls -o velero.tar.gz https://github.com/vmware-tanzu/velero/releases/download/v1.15.0/velero-v1.15.0-linux-amd64.tar.gz
- tar -zxf velero.tar.gz
- mv velero*/velero /usr/local/bin/velero
- bats -t katalog/tests/velero/velero-backup.sh
- name: destroy-aws
image: hashicorp/terraform:1.4.6
pull: always
network_mode: host
depends_on: [ test-backup-restore-aws ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
KUBECONFIG: /drone/src/kubeconfig-129
CI_PIPELINE_NUMBER: dr-129-aws
AWS_DEFAULT_REGION:
from_secret: aws_region
AWS_ACCESS_KEY_ID:
from_secret: aws_access_key_id
AWS_SECRET_ACCESS_KEY:
from_secret: aws_secret_access_key
TERRAFORM_TF_STATES_BUCKET_NAME:
from_secret: aws_terraform_tf_states_bucket_name
commands:
- cd examples/aws-example
- terraform init
--backend=true
--backend-config="bucket=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
--backend-config="key=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
--backend-config="region=$${AWS_DEFAULT_REGION}"
- terraform destroy
--auto-approve
--var="my_cluster_name=$${CLUSTER_NAME}"
when:
status:
- success
- failure
- name: init-gcp
image: hashicorp/terraform:1.4.6
pull: always
network_mode: host
depends_on: [ test-backup-restore-aws ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
KUBECONFIG: /drone/src/kubeconfig-129
GCP_PROJECT:
from_secret: gcp_project
GCP_CREDENTIALS:
from_secret: gcp_credentials
GCP_CREDENTIALS_PATH: /drone/src/terraform-credentials-129.json
CI_PIPELINE_NUMBER: dr-129-gcp
TERRAFORM_TF_STATES_BUCKET_NAME:
from_secret: gcp_terraform_tf_states_bucket_name
commands:
- echo $${GCP_CREDENTIALS} > $${GCP_CREDENTIALS_PATH}
- export GOOGLE_APPLICATION_CREDENTIALS=$${GCP_CREDENTIALS_PATH}
- cd examples/gcp-example
- terraform init
--backend=true
--backend-config="bucket=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
--backend-config="prefix=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
- terraform apply
--auto-approve
--var="my_cluster_name=$${CI_PIPELINE_NUMBER}-${CI_BUILD_NUMBER}"
--var="gcp_project"=$${GCP_PROJECT}
- terraform output -raw cloud_credentials > /drone/src/cloud_credentials_129.yaml
- terraform output -raw volume_snapshot_location > /drone/src/volume_snapshot_location_129.yaml
- terraform output -raw backup_storage_location > /drone/src/backup_storage_location_129.yaml
- name: apply-gcp-configuration
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ init-gcp ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
KUBECONFIG: /drone/src/kubeconfig-129
commands:
- kubectl apply -f /drone/src/cloud_credentials_129.yaml -n kube-system
- kubectl apply -f /drone/src/backup_storage_location_129.yaml -n kube-system
- kustomize build katalog/velero/velero-gcp | kubectl apply -f - -n kube-system
- kubectl rollout restart deploy velero -n kube-system
- sleep 30 # wait for velero to restart
- kubectl get pods -n kube-system
- name: test-backup-restore-gcp
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ apply-gcp-configuration ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
KUBECONFIG: /drone/src/kubeconfig-129
commands:
- curl -Ls -o velero.tar.gz https://github.com/vmware-tanzu/velero/releases/download/v1.15.0/velero-v1.15.0-linux-amd64.tar.gz
- tar -zxf velero.tar.gz
- mv velero*/velero /usr/local/bin/velero
- bats -t katalog/tests/velero/velero-backup.sh
- name: destroy-gcp
image: hashicorp/terraform:1.4.6
pull: always
network_mode: host
depends_on: [ test-backup-restore-gcp ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
KUBECONFIG: /drone/src/kubeconfig-129
GCP_PROJECT:
from_secret: gcp_project
GCP_CREDENTIALS:
from_secret: gcp_credentials
GCP_CREDENTIALS_PATH: /drone/src/terraform-credentials-129.json
CI_PIPELINE_NUMBER: dr-129-gcp
TERRAFORM_TF_STATES_BUCKET_NAME:
from_secret: gcp_terraform_tf_states_bucket_name
commands:
- cd examples/gcp-example
- echo $${GCP_CREDENTIALS} > $${GCP_CREDENTIALS_PATH}
- export GOOGLE_APPLICATION_CREDENTIALS=$${GCP_CREDENTIALS_PATH}
- terraform init
--backend=true
--backend-config="bucket=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
--backend-config="prefix=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
- terraform destroy
--auto-approve
--var="my_cluster_name=$${CI_PIPELINE_NUMBER}-${CI_BUILD_NUMBER}"
--var="gcp_project"=$${GCP_PROJECT}
when:
status:
- success
- failure
# - name: init-azure
# image: hashicorp/terraform:1.4.6
# pull: always
# network_mode: host
# depends_on: [ test-backup-restore-gcp ]
# environment:
# CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
# KUBECONFIG: /drone/src/kubeconfig-129
# CI_PIPELINE_NUMBER: k129a
# TERRAFORM_TF_STATES_BUCKET_NAME:
# from_secret: arm_terraform_tf_states_bucket_name
# STORAGE_ACCOUNT_NAME:
# from_secret: storage_account_name
# RESOURCE_GROUP_NAME:
# from_secret: resource_group_name
# ARM_CLIENT_ID:
# from_secret: arm_client_id
# ARM_CLIENT_SECRET:
# from_secret: arm_client_secret
# ARM_SUBSCRIPTION_ID:
# from_secret: arm_subscription_id
# ARM_TENANT_ID:
# from_secret: arm_tenant_id
# commands:
# - cd examples/azure-example
# - terraform init
# --backend=true
# --backend-config="storage_account_name=$${STORAGE_ACCOUNT_NAME}"
# --backend-config="resource_group_name=$${RESOURCE_GROUP_NAME}"
# --backend-config="container_name=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
# --backend-config="key=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
# - terraform apply
# --auto-approve
# --var="my_cluster_name=$${CI_PIPELINE_NUMBER}${CI_BUILD_NUMBER}"
# - terraform output -raw cloud_credentials > /drone/src/cloud_credentials_129.yaml
# - terraform output -raw volume_snapshot_location > /drone/src/volume_snapshot_location_129.yaml
# - terraform output -raw backup_storage_location > /drone/src/backup_storage_location_129.yaml
# - name: apply-azure-configuration
# image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
# pull: always
# network_mode: host
# depends_on: [ init-azure ]
# environment:
# CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
# KUBECONFIG: /drone/src/kubeconfig-129
# commands:
# - kubectl apply -f /drone/src/cloud_credentials_129.yaml -n kube-system
# - kubectl apply -f /drone/src/backup_storage_location_129.yaml -n kube-system
# - kustomize build katalog/velero/velero-azure | kubectl apply -f - -n kube-system
# - kubectl rollout restart deploy velero -n kube-system
# - sleep 30 # wait for velero to restart
# - kubectl get pods -n kube-system
# - name: test-backup-restore-azure
# image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
# pull: always
# network_mode: host
# depends_on: [ apply-azure-configuration ]
# environment:
# CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
# KUBECONFIG: /drone/src/kubeconfig-129
# commands:
# - curl -Ls -o velero.tar.gz https://github.com/vmware-tanzu/velero/releases/download/v1.15.0/velero-v1.15.0-linux-amd64.tar.gz
# - tar -zxf velero.tar.gz
# - mv velero*/velero /usr/local/bin/velero
# - bats -t katalog/tests/velero/velero-backup.sh
# - name: destroy-azure
# image: hashicorp/terraform:1.4.6
# pull: always
# network_mode: host
# depends_on: [ test-backup-restore-azure ]
# environment:
# CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
# KUBECONFIG: /drone/src/kubeconfig-129
# CI_PIPELINE_NUMBER: k129a
# TERRAFORM_TF_STATES_BUCKET_NAME:
# from_secret: arm_terraform_tf_states_bucket_name
# STORAGE_ACCOUNT_NAME:
# from_secret: storage_account_name
# RESOURCE_GROUP_NAME:
# from_secret: resource_group_name
# ARM_CLIENT_ID:
# from_secret: arm_client_id
# ARM_CLIENT_SECRET:
# from_secret: arm_client_secret
# ARM_SUBSCRIPTION_ID:
# from_secret: arm_subscription_id
# ARM_TENANT_ID:
# from_secret: arm_tenant_id
# commands:
# - cd examples/azure-example
# - terraform init
# --backend=true
# --backend-config="storage_account_name=$${STORAGE_ACCOUNT_NAME}"
# --backend-config="resource_group_name=$${RESOURCE_GROUP_NAME}"
# --backend-config="container_name=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
# --backend-config="key=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
# - terraform destroy
# --auto-approve
# --var="my_cluster_name=$${CI_PIPELINE_NUMBER}${CI_BUILD_NUMBER}"
# when:
# status:
# - success
# - failure
- name: delete-kind-cluster
image: quay.io/sighup/dind-kind-kubectl-kustomize:0.20.0_1.29.1_3.10.0
volumes:
- name: dockersock
path: /var/run/docker.sock
pull: always
depends_on: [destroy-gcp]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-129
commands:
# does not matter if the command fails
- kind delete cluster --name $${CLUSTER_NAME} || true
when:
status:
- success
- failure
volumes:
- name: dockersock
host:
path: /var/run/docker.sock
---
name: e2e-kubernetes-1.30
kind: pipeline
type: docker
depends_on:
- policeman
platform:
os: linux
arch: amd64
trigger:
ref:
include:
- refs/tags/**
steps:
- name: create-kind-cluster
image: quay.io/sighup/dind-kind-kubectl-kustomize:0.20.0_1.29.1_3.10.0
pull: always
volumes:
- name: dockersock
path: /var/run/docker.sock
depends_on: [clone]
environment:
CLUSTER_VERSION: v1.30.4
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
# /drone/src is the default workdir for the pipeline
# using this folder we don't need to mount another
# shared volume between the steps
KUBECONFIG: /drone/src/kubeconfig-130
commands:
# NOTE: kind's `--wait` flag that waits for the control-plane ot be ready
# does not work when disabling the default CNI. It will always go in timeout.
- kind create cluster --name $${CLUSTER_NAME} --image registry.sighup.io/fury/kindest/node:$${CLUSTER_VERSION} --config katalog/tests/kind-config.yml
# save the kubeconfig so we can use it from other steps.
- kind get kubeconfig --name $${CLUSTER_NAME} > $${KUBECONFIG}
- name: test-install
# KUBECTL 1.29.1 - KUSTOMIZE 3.5.3 - HELM 3.1.1 - YQ 4.21.1 - ISTIOCTL 1.9.4 - FURYCTL 0.9.0 - BATS 1.1.0
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ create-kind-cluster ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
KUBECONFIG: /drone/src/kubeconfig-130
commands:
- bats -t katalog/tests/velero/velero-install.sh
- name: test-backup-restore
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ test-install ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
KUBECONFIG: /drone/src/kubeconfig-130
commands:
- curl -Ls -o velero.tar.gz https://github.com/vmware-tanzu/velero/releases/download/v1.15.0/velero-v1.15.0-linux-amd64.tar.gz
- tar -zxf velero.tar.gz
- mv velero*/velero /usr/local/bin/velero
- bats -t katalog/tests/velero/velero-backup.sh
- bats -t katalog/tests/velero/velero-backup-with-restic-test.sh
- name: init-aws
image: hashicorp/terraform:1.4.6
pull: always
network_mode: host
depends_on: [ test-backup-restore ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
KUBECONFIG: /drone/src/kubeconfig-130
CI_PIPELINE_NUMBER: dr-130-aws
AWS_DEFAULT_REGION:
from_secret: aws_region
AWS_ACCESS_KEY_ID:
from_secret: aws_access_key_id
AWS_SECRET_ACCESS_KEY:
from_secret: aws_secret_access_key
TERRAFORM_TF_STATES_BUCKET_NAME:
from_secret: aws_terraform_tf_states_bucket_name
commands:
- cd examples/aws-example
- terraform init
--backend=true
--backend-config="bucket=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
--backend-config="key=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
--backend-config="region=$${AWS_DEFAULT_REGION}"
- terraform apply
--auto-approve
--var="my_cluster_name=$${CLUSTER_NAME}"
- terraform output -raw cloud_credentials > /drone/src/cloud_credentials_130.yaml
- terraform output -raw volume_snapshot_location > /drone/src/volume_snapshot_location_130.yaml
- terraform output -raw backup_storage_location > /drone/src/backup_storage_location_130.yaml
- name: apply-aws-configuration
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ init-aws ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
KUBECONFIG: /drone/src/kubeconfig-130
commands:
- kubectl apply -f /drone/src/cloud_credentials_130.yaml -n kube-system
- kubectl apply -f /drone/src/backup_storage_location_130.yaml -n kube-system
- kubectl rollout restart deploy velero -n kube-system
- sleep 30 # wait for velero to restart
- kubectl get pods -n kube-system
- name: test-backup-restore-aws
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ apply-aws-configuration ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
KUBECONFIG: /drone/src/kubeconfig-130
commands:
- curl -Ls -o velero.tar.gz https://github.com/vmware-tanzu/velero/releases/download/v1.15.0/velero-v1.15.0-linux-amd64.tar.gz
- tar -zxf velero.tar.gz
- mv velero*/velero /usr/local/bin/velero
- bats -t katalog/tests/velero/velero-backup.sh
- name: destroy-aws
image: hashicorp/terraform:1.4.6
pull: always
network_mode: host
depends_on: [ test-backup-restore-aws ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
KUBECONFIG: /drone/src/kubeconfig-130
CI_PIPELINE_NUMBER: dr-130-aws
AWS_DEFAULT_REGION:
from_secret: aws_region
AWS_ACCESS_KEY_ID:
from_secret: aws_access_key_id
AWS_SECRET_ACCESS_KEY:
from_secret: aws_secret_access_key
TERRAFORM_TF_STATES_BUCKET_NAME:
from_secret: aws_terraform_tf_states_bucket_name
commands:
- cd examples/aws-example
- terraform init
--backend=true
--backend-config="bucket=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
--backend-config="key=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
--backend-config="region=$${AWS_DEFAULT_REGION}"
- terraform destroy
--auto-approve
--var="my_cluster_name=$${CLUSTER_NAME}"
when:
status:
- success
- failure
- name: init-gcp
image: hashicorp/terraform:1.4.6
pull: always
network_mode: host
depends_on: [ test-backup-restore-aws ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
KUBECONFIG: /drone/src/kubeconfig-130
GCP_PROJECT:
from_secret: gcp_project
GCP_CREDENTIALS:
from_secret: gcp_credentials
GCP_CREDENTIALS_PATH: /drone/src/terraform-credentials-130.json
CI_PIPELINE_NUMBER: dr-130-gcp
TERRAFORM_TF_STATES_BUCKET_NAME:
from_secret: gcp_terraform_tf_states_bucket_name
commands:
- echo $${GCP_CREDENTIALS} > $${GCP_CREDENTIALS_PATH}
- export GOOGLE_APPLICATION_CREDENTIALS=$${GCP_CREDENTIALS_PATH}
- cd examples/gcp-example
- terraform init
--backend=true
--backend-config="bucket=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
--backend-config="prefix=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
- terraform apply
--auto-approve
--var="my_cluster_name=$${CI_PIPELINE_NUMBER}-${CI_BUILD_NUMBER}"
--var="gcp_project"=$${GCP_PROJECT}
- terraform output -raw cloud_credentials > /drone/src/cloud_credentials_130.yaml
- terraform output -raw volume_snapshot_location > /drone/src/volume_snapshot_location_130.yaml
- terraform output -raw backup_storage_location > /drone/src/backup_storage_location_130.yaml
- name: apply-gcp-configuration
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ init-gcp ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
KUBECONFIG: /drone/src/kubeconfig-130
commands:
- kubectl apply -f /drone/src/cloud_credentials_130.yaml -n kube-system
- kubectl apply -f /drone/src/backup_storage_location_130.yaml -n kube-system
- kustomize build katalog/velero/velero-gcp | kubectl apply -f - -n kube-system
- kubectl rollout restart deploy velero -n kube-system
- sleep 30 # wait for velero to restart
- kubectl get pods -n kube-system
- name: test-backup-restore-gcp
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ apply-gcp-configuration ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
KUBECONFIG: /drone/src/kubeconfig-130
commands:
- curl -Ls -o velero.tar.gz https://github.com/vmware-tanzu/velero/releases/download/v1.15.0/velero-v1.15.0-linux-amd64.tar.gz
- tar -zxf velero.tar.gz
- mv velero*/velero /usr/local/bin/velero
- bats -t katalog/tests/velero/velero-backup.sh
- name: destroy-gcp
image: hashicorp/terraform:1.4.6
pull: always
network_mode: host
depends_on: [ test-backup-restore-gcp ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
KUBECONFIG: /drone/src/kubeconfig-130
GCP_PROJECT:
from_secret: gcp_project
GCP_CREDENTIALS:
from_secret: gcp_credentials
GCP_CREDENTIALS_PATH: /drone/src/terraform-credentials-130.json
CI_PIPELINE_NUMBER: dr-130-gcp
TERRAFORM_TF_STATES_BUCKET_NAME:
from_secret: gcp_terraform_tf_states_bucket_name
commands:
- cd examples/gcp-example
- echo $${GCP_CREDENTIALS} > $${GCP_CREDENTIALS_PATH}
- export GOOGLE_APPLICATION_CREDENTIALS=$${GCP_CREDENTIALS_PATH}
- terraform init
--backend=true
--backend-config="bucket=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
--backend-config="prefix=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
- terraform destroy
--auto-approve
--var="my_cluster_name=$${CI_PIPELINE_NUMBER}-${CI_BUILD_NUMBER}"
--var="gcp_project"=$${GCP_PROJECT}
when:
status:
- success
- failure
# - name: init-azure
# image: hashicorp/terraform:1.4.6
# pull: always
# network_mode: host
# depends_on: [ test-backup-restore-gcp ]
# environment:
# CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
# KUBECONFIG: /drone/src/kubeconfig-130
# CI_PIPELINE_NUMBER: k130a
# TERRAFORM_TF_STATES_BUCKET_NAME:
# from_secret: arm_terraform_tf_states_bucket_name
# STORAGE_ACCOUNT_NAME:
# from_secret: storage_account_name
# RESOURCE_GROUP_NAME:
# from_secret: resource_group_name
# ARM_CLIENT_ID:
# from_secret: arm_client_id
# ARM_CLIENT_SECRET:
# from_secret: arm_client_secret
# ARM_SUBSCRIPTION_ID:
# from_secret: arm_subscription_id
# ARM_TENANT_ID:
# from_secret: arm_tenant_id
# commands:
# - cd examples/azure-example
# - terraform init
# --backend=true
# --backend-config="storage_account_name=$${STORAGE_ACCOUNT_NAME}"
# --backend-config="resource_group_name=$${RESOURCE_GROUP_NAME}"
# --backend-config="container_name=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
# --backend-config="key=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
# - terraform apply
# --auto-approve
# --var="my_cluster_name=$${CI_PIPELINE_NUMBER}${CI_BUILD_NUMBER}"
# - terraform output -raw cloud_credentials > /drone/src/cloud_credentials_130.yaml
# - terraform output -raw volume_snapshot_location > /drone/src/volume_snapshot_location_130.yaml
# - terraform output -raw backup_storage_location > /drone/src/backup_storage_location_130.yaml
# - name: apply-azure-configuration
# image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
# pull: always
# network_mode: host
# depends_on: [ init-azure ]
# environment:
# CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
# KUBECONFIG: /drone/src/kubeconfig-130
# commands:
# - kubectl apply -f /drone/src/cloud_credentials_130.yaml -n kube-system
# - kubectl apply -f /drone/src/backup_storage_location_130.yaml -n kube-system
# - kustomize build katalog/velero/velero-azure | kubectl apply -f - -n kube-system
# - kubectl rollout restart deploy velero -n kube-system
# - sleep 30 # wait for velero to restart
# - kubectl get pods -n kube-system
# - name: test-backup-restore-azure
# image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
# pull: always
# network_mode: host
# depends_on: [ apply-azure-configuration ]
# environment:
# CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
# KUBECONFIG: /drone/src/kubeconfig-130
# commands:
# - curl -Ls -o velero.tar.gz https://github.com/vmware-tanzu/velero/releases/download/v1.15.0/velero-v1.15.0-linux-amd64.tar.gz
# - tar -zxf velero.tar.gz
# - mv velero*/velero /usr/local/bin/velero
# - bats -t katalog/tests/velero/velero-backup.sh
# - name: destroy-azure
# image: hashicorp/terraform:1.4.6
# pull: always
# network_mode: host
# depends_on: [ test-backup-restore-azure ]
# environment:
# CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
# KUBECONFIG: /drone/src/kubeconfig-130
# CI_PIPELINE_NUMBER: k130a
# TERRAFORM_TF_STATES_BUCKET_NAME:
# from_secret: arm_terraform_tf_states_bucket_name
# STORAGE_ACCOUNT_NAME:
# from_secret: storage_account_name
# RESOURCE_GROUP_NAME:
# from_secret: resource_group_name
# ARM_CLIENT_ID:
# from_secret: arm_client_id
# ARM_CLIENT_SECRET:
# from_secret: arm_client_secret
# ARM_SUBSCRIPTION_ID:
# from_secret: arm_subscription_id
# ARM_TENANT_ID:
# from_secret: arm_tenant_id
# commands:
# - cd examples/azure-example
# - terraform init
# --backend=true
# --backend-config="storage_account_name=$${STORAGE_ACCOUNT_NAME}"
# --backend-config="resource_group_name=$${RESOURCE_GROUP_NAME}"
# --backend-config="container_name=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
# --backend-config="key=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
# - terraform destroy
# --auto-approve
# --var="my_cluster_name=$${CI_PIPELINE_NUMBER}${CI_BUILD_NUMBER}"
# when:
# status:
# - success
# - failure
- name: delete-kind-cluster
image: quay.io/sighup/dind-kind-kubectl-kustomize:0.20.0_1.29.1_3.10.0
volumes:
- name: dockersock
path: /var/run/docker.sock
pull: always
depends_on: [destroy-gcp]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-130
commands:
# does not matter if the command fails
- kind delete cluster --name $${CLUSTER_NAME} || true
when:
status:
- success
- failure
volumes:
- name: dockersock
host:
path: /var/run/docker.sock
---
name: e2e-kubernetes-1.31
kind: pipeline
type: docker
depends_on:
- policeman
platform:
os: linux
arch: amd64
trigger:
ref:
include:
- refs/tags/**
steps:
- name: create-kind-cluster
image: quay.io/sighup/dind-kind-kubectl-kustomize:0.20.0_1.29.1_3.10.0
pull: always
volumes:
- name: dockersock
path: /var/run/docker.sock
depends_on: [clone]
environment:
CLUSTER_VERSION: v1.31.1
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-131
# /drone/src is the default workdir for the pipeline
# using this folder we don't need to mount another
# shared volume between the steps
KUBECONFIG: /drone/src/kubeconfig-131
commands:
# NOTE: kind's `--wait` flag that waits for the control-plane ot be ready
# does not work when disabling the default CNI. It will always go in timeout.
- kind create cluster --name $${CLUSTER_NAME} --image registry.sighup.io/fury/kindest/node:$${CLUSTER_VERSION} --config katalog/tests/kind-config.yml
# save the kubeconfig so we can use it from other steps.
- kind get kubeconfig --name $${CLUSTER_NAME} > $${KUBECONFIG}
- name: test-install
# KUBECTL 1.29.1 - KUSTOMIZE 3.5.3 - HELM 3.1.1 - YQ 4.21.1 - ISTIOCTL 1.9.4 - FURYCTL 0.9.0 - BATS 1.1.0
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ create-kind-cluster ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-131
KUBECONFIG: /drone/src/kubeconfig-131
commands:
- bats -t katalog/tests/velero/velero-install.sh
- name: test-backup-restore
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ test-install ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-131
KUBECONFIG: /drone/src/kubeconfig-131
commands:
- curl -Ls -o velero.tar.gz https://github.com/vmware-tanzu/velero/releases/download/v1.15.0/velero-v1.15.0-linux-amd64.tar.gz
- tar -zxf velero.tar.gz
- mv velero*/velero /usr/local/bin/velero
- bats -t katalog/tests/velero/velero-backup.sh
- bats -t katalog/tests/velero/velero-backup-with-restic-test.sh
- name: init-aws
image: hashicorp/terraform:1.4.6
pull: always
network_mode: host
depends_on: [ test-backup-restore ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-131
KUBECONFIG: /drone/src/kubeconfig-131
CI_PIPELINE_NUMBER: dr-131-aws
AWS_DEFAULT_REGION:
from_secret: aws_region
AWS_ACCESS_KEY_ID:
from_secret: aws_access_key_id
AWS_SECRET_ACCESS_KEY:
from_secret: aws_secret_access_key
TERRAFORM_TF_STATES_BUCKET_NAME:
from_secret: aws_terraform_tf_states_bucket_name
commands:
- cd examples/aws-example
- terraform init
--backend=true
--backend-config="bucket=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
--backend-config="key=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
--backend-config="region=$${AWS_DEFAULT_REGION}"
- terraform apply
--auto-approve
--var="my_cluster_name=$${CLUSTER_NAME}"
- terraform output -raw cloud_credentials > /drone/src/cloud_credentials_131.yaml
- terraform output -raw volume_snapshot_location > /drone/src/volume_snapshot_location_131.yaml
- terraform output -raw backup_storage_location > /drone/src/backup_storage_location_131.yaml
- name: apply-aws-configuration
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ init-aws ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-131
KUBECONFIG: /drone/src/kubeconfig-131
commands:
- kubectl apply -f /drone/src/cloud_credentials_131.yaml -n kube-system
- kubectl apply -f /drone/src/backup_storage_location_131.yaml -n kube-system
- kubectl rollout restart deploy velero -n kube-system
- sleep 30 # wait for velero to restart
- kubectl get pods -n kube-system
- name: test-backup-restore-aws
image: quay.io/sighup/e2e-testing:1.1.0_0.11.0_3.12.0_1.9.4_1.29.1_3.5.3_4.33.3
pull: always
network_mode: host
depends_on: [ apply-aws-configuration ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-131
KUBECONFIG: /drone/src/kubeconfig-131
commands:
- curl -Ls -o velero.tar.gz https://github.com/vmware-tanzu/velero/releases/download/v1.15.0/velero-v1.15.0-linux-amd64.tar.gz
- tar -zxf velero.tar.gz
- mv velero*/velero /usr/local/bin/velero
- bats -t katalog/tests/velero/velero-backup.sh
- name: destroy-aws
image: hashicorp/terraform:1.4.6
pull: always
network_mode: host
depends_on: [ test-backup-restore-aws ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-131
KUBECONFIG: /drone/src/kubeconfig-131
CI_PIPELINE_NUMBER: dr-131-aws
AWS_DEFAULT_REGION:
from_secret: aws_region
AWS_ACCESS_KEY_ID:
from_secret: aws_access_key_id
AWS_SECRET_ACCESS_KEY:
from_secret: aws_secret_access_key
TERRAFORM_TF_STATES_BUCKET_NAME:
from_secret: aws_terraform_tf_states_bucket_name
commands:
- cd examples/aws-example
- terraform init
--backend=true
--backend-config="bucket=$${TERRAFORM_TF_STATES_BUCKET_NAME}"
--backend-config="key=${CI_REPO}/${DRONE_BRANCH}/${CI_BUILD_NUMBER}/$${CI_PIPELINE_NUMBER}"
--backend-config="region=$${AWS_DEFAULT_REGION}"
- terraform destroy
--auto-approve
--var="my_cluster_name=$${CLUSTER_NAME}"
when:
status:
- success
- failure
- name: init-gcp
image: hashicorp/terraform:1.4.6
pull: always
network_mode: host
depends_on: [ test-backup-restore-aws ]
environment:
CLUSTER_NAME: ${DRONE_REPO_NAME}-${DRONE_BUILD_NUMBER}-131
KUBECONFIG: /drone/src/kubeconfig-131
GCP_PROJECT:
from_secret: gcp_project
GCP_CREDENTIALS:
from_secret: gcp_credentials
GCP_CREDENTIALS_PATH: /drone/src/terraform-credentials-131.json
CI_PIPELINE_NUMBER: dr-131-gcp
TERRAFORM_TF_STATES_BUCKET_NAME:
from_secret: gcp_terraform_tf_states_bucket_name