| .. | ||
| affinities | ||
| bin | ||
| cli | ||
| clientstate | ||
| connect | ||
| consul | ||
| consulacls | ||
| consultemplate | ||
| deployment | ||
| e2eutil | ||
| example | ||
| execagent | ||
| fabio | ||
| framework | ||
| hostvolumes | ||
| metrics | ||
| migrations | ||
| nomad09upgrade | ||
| nomadexec | ||
| prometheus | ||
| rescheduling | ||
| spread | ||
| taskevents | ||
| terraform | ||
| upgrades | ||
| vault | ||
| .gitignore | ||
| e2e_test.go | ||
| README.md | ||
End to End Tests
This package contains integration tests.
The terraform folder has provisioning code to spin up a Nomad cluster on AWS.
The tests work with the NOMAD_ADDR environment variable which can be set
either to a local dev Nomad agent or a Nomad client on AWS.
Local Development
The workflow when developing end to end tests locally is to run the provisioning step described below once, and then run the tests as described below.
When making local changes, use ./bin/update $(which nomad) /usr/local/bin/nomad
and ./bin/run sudo systemctl restart nomad to destructively modify the
provisioned cluster.
Provisioning Test Infrastructure on AWS
You'll need Terraform and AWS credentials (AWS_ACCESS_KEY_ID and
AWS_SECRET_ACCESS_KEY) to setup AWS instances on which e2e tests
will run. See the README
for details. The number of servers and clients is configurable, as is
the configuration file for each client and server.
Provisioning e2e Framework Nomad Cluster
You can use the Terraform output from the previous step to generate a provisioning configuration file for the e2e framework.
# from the ./e2e/terraform directory
terraform output provisioning | jq . > ../provisioning.json
By default the provisioning.json will include a nomad_sha field
for each node. You can edit this file to change the version of Nomad
you want to deploy. Because each node has its own value, you can
create cluster of mixed versions. The provisioning framework accepts
any of the following options:
nomad_sha: This is a Nomad binary identified by its full commit SHA that's stored in a shared s3 bucket that Nomad team developers can access. That commit SHA can be from any branch that's pushed to remote. (Ex."nomad_sha": "0b6b475e7da77fed25727ea9f01f155a58481b6c")nomad_local_binary: This is a path to a Nomad binary on your own host. (Ex."nomad_local_binary": "/home/me/nomad")nomad_version: This is a version number of Nomad that's been released to HashiCorp. (Ex."nomad_version": "0.10.2")
You can pass the following flags to go test to override the values
in provisioning.json for all nodes:
-nomad.local_file=string: provision this specific local binary of Nomad-nomad.sha=string: provision this specific sha from S3-nomad.version=string: provision this version from releases.hashicorp.com
Deploy Nomad to the cluster:
# from the ./e2e/terraform directory, set your client environment
$(terraform output environment)
cd ..
go test -v . -provision.terraform ./provisioning.json -skipTests
Running
After completing the provisioning step above, you can set the client
environment for NOMAD_ADDR and run the tests as shown below:
# from the ./e2e/terraform directory, set your client environment
# if you haven't already
$(terraform output environment)
cd ..
go test -v .
If you want to run a specific suite, you can specify the -suite flag as
shown below. Only the suite with a matching Framework.TestSuite.Component
will be run, and all others will be skipped.
go test -v -suite=Consul .
If you want to run a specific test, you'll need to regex-escape some of the test's name so that the test runner doesn't skip over framework struct method names in the full name of the tests:
go test -v . -run 'TestE2E/Consul/\*consul\.ScriptChecksE2ETest/TestGroup'