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[VAULT-26888] Create developer scenarios (#27028)

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* [VAULT-26888] Create developer scenarios

Create developer scenarios that have simplified inputs designed for
provisioning clusters and limited verification.

* Migrate Artifactory installation module from support team focused
  scenarios to the vault repository.
* Migrate support focused scenarios to the repo and update them to use
  the latest in-repo modules.
* Fully document and comment scenarios to help users outline, configure,
  and use the scenarios.
* Remove outdated references to the private registry that is not needed.
* Automatically configure the login shell profile to include the path to
  the vault binary and the VAULT_ADDR/VAULT_TOKEN environment variables.

Signed-off-by: Ryan Cragun <me@ryan.ec>
This commit is contained in:
Ryan Cragun
2024-05-15 12:10:27 -06:00
committed by GitHub
parent 60cb7a9230
commit dced3ad3f0
16 changed files with 1703 additions and 65 deletions
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30
enos/README.md
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@@ -18,34 +18,35 @@ is going to give you faster feedback and execution time, whereas Enos is going
to give you a real-world execution and validation of the requirement. Consider
the following cases as examples of when one might opt for an Enos scenario:
* The feature require third-party integrations. Whether that be networked
- The feature require third-party integrations. Whether that be networked
dependencies like a real Consul backend, a real KMS key to test awskms
auto-unseal, auto-join discovery using AWS tags, or Cloud hardware KMS's.
* The feature might behave differently under multiple configuration variants
- The feature might behave differently under multiple configuration variants
and therefore should be tested with both combinations, e.g. auto-unseal and
manual shamir unseal or replication in HA mode with integrated storage or
Consul storage.
* The scenario requires coordination between multiple targets. For example,
- The scenario requires coordination between multiple targets. For example,
consider the complex lifecycle event of migrating the seal type or storage,
or manually triggering a raft disaster scenario by partitioning the network
between the leader and follower nodes. Or perhaps an auto-pilot upgrade between
a stable version of Vault and our candidate version.
* The scenario has specific deployment strategy requirements. For example,
- The scenario has specific deployment strategy requirements. For example,
if we want to add a regression test for an issue that only arises when the
software is deployed in a certain manner.
* The scenario needs to use actual build artifacts that will be promoted
- The scenario needs to use actual build artifacts that will be promoted
through the pipeline.
## Requirements
* AWS access. HashiCorp Vault developers should use Doormat.
* Terraform >= 1.2
* Enos >= v0.0.10. You can [install it from a release channel](https://github.com/hashicorp/Enos-Docs/blob/main/installation.md).
* Access to the QTI org in Terraform Cloud. HashiCorp Vault developers can
access a shared token in 1Password or request their own in #team-quality on
Slack.
* An SSH keypair in the AWS region you wish to run the scenario. You can use
- AWS access. HashiCorp Vault developers should use Doormat.
- Terraform >= 1.7
- Enos >= v0.0.28. You can [download a release](https://github.com/hashicorp/enos/releases/) or
install it with Homebrew:
```shell
brew tap hashicorp/tap && brew update && brew install hashicorp/tap/enos
```
- An SSH keypair in the AWS region you wish to run the scenario. You can use
Doormat to log in to the AWS console to create or upload an existing keypair.
* A Vault artifact is downloaded from the GHA artifacts when using the `artifact_source:crt` variants, from Artifactory when using `artifact_source:artifactory`, and is built locally from the current branch when using `artifact_source:local` variant.
- A Vault artifact is downloaded from the GHA artifacts when using the `artifact_source:crt` variants, from Artifactory when using `artifact_source:artifactory`, and is built locally from the current branch when using `artifact_source:local` variant.
## Scenario Variables
In CI, each scenario is executed via Github Actions and has been configured using
@@ -57,7 +58,6 @@ variables, or you can update `enos.vars.hcl` with values and uncomment the lines
Variables that are required:
* `aws_ssh_keypair_name`
* `aws_ssh_private_key_path`
* `tfc_api_token`
* `vault_bundle_path`
* `vault_license_path` (only required for non-OSS editions)
@@ -206,7 +206,6 @@ This variant is for running the Enos scenario to test an artifact from Artifacto
* `artifactory_token`
* `aws_ssh_keypair_name`
* `aws_ssh_private_key_path`
* `tfc_api_token`
* `vault_product_version`
* `vault_revision`
@@ -234,7 +233,6 @@ and destroyed each time a scenario is run, the Terraform state will be managed b
Here are the steps to configure the GitHub Actions service user:
#### Pre-requisites
- Access to the `hashicorp-qti` organization in Terraform Cloud.
- Full access to the CI AWS account is required.
**Notes:**

914
enos/enos-dev-scenario-pr-replication.hcl Normal file
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@@ -0,0 +1,914 @@
# Copyright (c) HashiCorp, Inc.
# SPDX-License-Identifier: BUSL-1.1
scenario "dev_pr_replication" {
description = <<-EOF
This scenario spins up a single Vault cluster with either an external Consul cluster or
integrated Raft for storage. None of our test verification is included in this scenario in order
to improve end-to-end speed. If you wish to perform such verification you'll need to use a
non-dev scenario instead.
This scenario spins up a two Vault clusters with either an external Consul cluster or
integrated Raft for storage. The secondary cluster is configured with performance replication
from the primary cluster. None of our test verification is included in this scenario in order
to improve end-to-end speed. If you wish to perform such verification you'll need to a non-dev
scenario.
The scenario supports finding and installing any released 'linux/amd64' or 'linux/arm64' Vault
artifact as long as its version is >= 1.8. You can also use the 'artifact:local' variant to
build and deploy the current branch!
In order to execute this scenario you'll need to install the enos CLI:
brew tap hashicorp/tap && brew update && brew install hashicorp/tap/enos
You'll also need access to an AWS account with an SSH keypair.
Perform the steps here to get AWS access with Doormat https://eng-handbook.hashicorp.services/internal-tools/enos/common-setup-steps/#authenticate-with-doormat
Perform the steps here to get an AWS keypair set up: https://eng-handbook.hashicorp.services/internal-tools/enos/common-setup-steps/#set-your-aws-key-pair-name-and-private-key
Please note that this scenario requires several inputs variables to be set in order to function
properly. While not all variants will require all variables, it's suggested that you look over
the scenario outline to determine which variables affect which steps and which have inputs that
you should set. You can use the following command to get a textual outline of the entire
scenario:
enos scenario outline dev_pr_replication
You can also create an HTML version that is suitable for viewing in web browsers:
enos scenario outline dev_pr_replication --format html > index.html
open index.html
To configure the required variables you have a couple of choices. You can create an
'enos-local.vars' file in the same 'enos' directory where this scenario is defined. In it you
declare your desired variable values. For example, you could copy the following content and
then set the values as necessary:
artifactory_username = "username@hashicorp.com"
artifactory_token = "<ARTIFACTORY TOKEN VALUE>
aws_region = "us-west-2"
aws_ssh_keypair_name = "<YOUR REGION SPECIFIC KEYPAIR NAME>"
aws_ssh_keypair_key_path = "/path/to/your/private/key.pem"
dev_consul_version = "1.18.1"
vault_license_path = "./support/vault.hclic"
vault_product_version = "1.16.2"
Alternatively, you can set them in your environment:
export ENOS_VAR_aws_region="us-west-2"
export ENOS_VAR_vault_license_path="./support/vault.hclic"
After you've configured your inputs you can list and filter the available scenarios and then
subsequently launch and destroy them.
enos scenario list --help
enos scenario launch --help
enos scenario list dev_pr_replication
enos scenario launch dev_pr_replication arch:amd64 artifact:deb distro:ubuntu edition:ent.hsm primary_backend:raft primary_seal:awskms secondary_backend:raft secondary_seal:pkcs11
When the scenario is finished launching you refer to the scenario outputs to see information
related to your cluster. You can use this information to SSH into nodes and/or to interact
with vault.
enos scenario output dev_pr_replication arch:amd64 artifact:deb distro:ubuntu edition:ent.hsm primary_backend:raft primary_seal:awskms secondary_backend:raft secondary_seal:pkcs11
ssh -i /path/to/your/private/key.pem <PUBLIC_IP>
vault status
After you've finished you can tear down the cluster
enos scenario destroy dev_pr_replication arch:amd64 artifact:deb distro:ubuntu edition:ent.hsm primary_backend:raft primary_seal:awskms secondary_backend:raft secondary_seal:pkcs11
EOF
// The matrix is where we define all the baseline combinations that enos can utilize to customize
// your scenario. By default enos attempts to perform your command an the entire product! Most
// of the time you'll want to reduce that by passing in a filter.
// Run 'enos scenario list --help' to see more about how filtering scenarios works in enos.
matrix {
arch = ["amd64", "arm64"]
artifact = ["local", "deb", "rpm", "zip"]
distro = ["ubuntu", "rhel"]
edition = ["ent", "ent.fips1402", "ent.hsm", "ent.hsm.fips1402"]
primary_backend = ["consul", "raft"]
primary_seal = ["awskms", "pkcs11", "shamir"]
secondary_backend = ["consul", "raft"]
secondary_seal = ["awskms", "pkcs11", "shamir"]
exclude {
edition = ["ent.hsm", "ent.fips1402", "ent.hsm.fips1402"]
arch = ["arm64"]
}
exclude {
artifact = ["rpm"]
distro = ["ubuntu"]
}
exclude {
artifact = ["deb"]
distro = ["rhel"]
}
exclude {
primary_seal = ["pkcs11"]
edition = ["ce", "ent", "ent.fips1402"]
}
exclude {
secondary_seal = ["pkcs11"]
edition = ["ce", "ent", "ent.fips1402"]
}
}
// Specify which Terraform configs and providers to use in this scenario. Most of the time you'll
// never need to change this! If you wanted to test with different terraform or terraform CLI
// settings you can define them and assign them here.
terraform_cli = terraform_cli.default
terraform = terraform.default
// Here we declare all of the providers that we might need for our scenario.
providers = [
provider.aws.default,
provider.enos.ubuntu,
provider.enos.rhel
]
// These are variable values that are local to our scenario. They are evaluated after external
// variables and scenario matrices but before any of our steps.
locals {
// The enos provider uses different ssh transport configs for different distros (as
// specified in enos-providers.hcl), and we need to be able to access both of those here.
enos_provider = {
rhel = provider.enos.rhel
ubuntu = provider.enos.ubuntu
}
// We install vault packages from artifactory. If you wish to use one of these variants you'll
// need to configure your artifactory credentials.
use_artifactory = matrix.artifact == "deb" || matrix.artifact == "rpm"
// Zip bundles and local builds don't come with systemd units or any associated configuration.
// When this is true we'll let enos handle this for us.
manage_service = matrix.artifact == "zip" || matrix.artifact == "local"
// If you are using an ent edition, you will need a Vault license. Common convention
// is to store it at ./support/vault.hclic, but you may change this path according
// to your own preference.
vault_install_dir = matrix.artifact == "zip" ? var.vault_install_dir : global.vault_install_dir_packages[matrix.distro]
}
// Begin scenario steps. These are the steps we'll perform to get your cluster up and running.
step "maybe_build_or_find_artifact" {
description = <<-EOF
Depending on how we intend to get our Vault artifact, this step either builds vault from our
current branch or finds debian or redhat packages in Artifactory. If we're using a zip bundle
we'll get it from releases.hashicorp.com and skip this step entirely. Please note that if you
wish to use a deb or rpm artifact you'll have to configure your artifactory credentials!
Variables that are used in this step:
artifactory_host:
The artifactory host to search. It's very unlikely that you'll want to change this. The
default value is the HashiCorp Artifactory instance.
artifactory_repo
The artifactory host to search. It's very unlikely that you'll want to change this. The
default value is where CRT will publish packages.
artifactory_username
The artifactory username associated with your token. You'll need this if you wish to use
deb or rpm artifacts! You can request access via Okta.
artifactory_token
The artifactory token associated with your username. You'll need this if you wish to use
deb or rpm artifacts! You can create a token by logging into Artifactory via Okta.
vault_product_version:
When using the artifact:rpm or artifact:deb variants we'll use this variable to determine
which version of the Vault pacakge we should fetch from Artifactory.
vault_artifact_path:
When using the artifact:local variant we'll utilize this variable to determine where
to create the vault.zip archive from the local branch. Default: to /tmp/vault.zip.
vault_local_tags:
When using the artifact:local variant we'll use this variable to inject custom build
tags. If left unset we'll automatically use the build tags that correspond to the edition
variant.
EOF
module = matrix.artifact == "local" ? "build_local" : local.use_artifactory ? "build_artifactory_package" : null
skip_step = matrix.artifact == "zip"
variables {
// Used for all modules
arch = matrix.arch
edition = matrix.edition
product_version = var.vault_product_version
// Required for the local build which will always result in using a local zip bundle
artifact_path = var.vault_artifact_path
build_tags = var.vault_local_build_tags != null ? var.vault_local_build_tags : global.build_tags[matrix.edition]
goarch = matrix.arch
goos = "linux"
// Required when using a RPM or Deb package
// Some of these variables don't have default values so we'll only set them if they are
// required.
artifactory_host = local.use_artifactory ? var.artifactory_host : null
artifactory_repo = local.use_artifactory ? var.artifactory_repo : null
artifactory_username = local.use_artifactory ? var.artifactory_username : null
artifactory_token = local.use_artifactory ? var.artifactory_token : null
distro = matrix.distro
}
}
step "ec2_info" {
description = "This discovers usefull metadata in Ec2 like AWS AMI ID's that we use in later modules."
module = module.ec2_info
}
step "create_vpc" {
description = <<-EOF
Create the VPC resources required for our scenario.
Variables that are used in this step:
tags:
If you wish to add custom tags to taggable resources in AWS you can set the 'tags' variable
and they'll be added to resources when possible.
EOF
module = module.create_vpc
depends_on = [step.ec2_info]
variables {
common_tags = global.tags
}
}
step "read_backend_license" {
description = <<-EOF
Read the contents of the backend license if we're using a Consul backend for either cluster
and the backend_edition variable is set to "ent".
Variables that are used in this step:
backend_edition:
The edition of Consul to use. If left unset it will default to CE.
backend_license_path:
If this variable is set we'll use it to determine the local path on disk that contains a
Consul Enterprise license. If it is not set we'll attempt to load it from
./support/consul.hclic.
EOF
skip_step = (var.backend_edition == "ce" || var.backend_edition == "oss") || (matrix.primary_backend == "raft" && matrix.secondary_backend == "raft")
module = module.read_license
variables {
file_name = global.backend_license_path
}
}
step "read_vault_license" {
description = <<-EOF
Validates and reads into memory the contents of a local Vault Enterprise license if we're
using an Enterprise edition. This step does not run when using a community edition of Vault.
Variables that are used in this step:
vault_license_path:
If this variable is set we'll use it to determine the local path on disk that contains a
Vault Enterprise license. If it is not set we'll attempt to load it from
./support/vault.hclic.
EOF
module = module.read_license
variables {
file_name = global.vault_license_path
}
}
step "create_primary_seal_key" {
description = <<-EOF
Create the necessary seal keys depending on our configured seal.
Variables that are used in this step:
tags:
If you wish to add custom tags to taggable resources in AWS you can set the 'tags' variable
and they'll be added to resources when possible.
EOF
module = "seal_${matrix.primary_seal}"
depends_on = [step.create_vpc]
providers = {
enos = provider.enos.ubuntu
}
variables {
cluster_id = step.create_vpc.id
cluster_meta = "primary"
common_tags = global.tags
}
}
step "create_secondary_seal_key" {
description = <<-EOF
Create the necessary seal keys depending on our configured seal.
Variables that are used in this step:
tags:
If you wish to add custom tags to taggable resources in AWS you can set the 'tags' variable
and they'll be added to resources when possible.
EOF
module = "seal_${matrix.secondary_seal}"
depends_on = [step.create_vpc]
providers = {
enos = provider.enos.ubuntu
}
variables {
cluster_id = step.create_vpc.id
cluster_meta = "secondary"
common_tags = global.tags
other_resources = step.create_primary_seal_key.resource_names
}
}
step "create_primary_cluster_targets" {
description = <<-EOF
Creates the necessary machine infrastructure targets for the Vault cluster. We also ensure
that the firewall is configured to allow the necessary Vault and Consul traffic and SSH
from the machine executing the Enos scenario.
Variables that are used in this step:
aws_ssh_keypair_name:
The AWS SSH Keypair name to use for target machines.
project_name:
The project name is used for additional tag metadata on resources.
tags:
If you wish to add custom tags to taggable resources in AWS you can set the 'tags' variable
and they'll be added to resources when possible.
vault_instance_count:
How many instances to provision for the Vault cluster. If left unset it will use a default
of three.
EOF
module = module.target_ec2_instances
depends_on = [step.create_vpc]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
ami_id = step.ec2_info.ami_ids[matrix.arch][matrix.distro][global.distro_version[matrix.distro]]
cluster_tag_key = global.vault_tag_key
common_tags = global.tags
seal_key_names = step.create_primary_seal_key.resource_names
vpc_id = step.create_vpc.id
}
}
step "create_primary_cluster_backend_targets" {
description = <<-EOF
Creates the necessary machine infrastructure targets for the backend Consul storage cluster.
We also ensure that the firewall is configured to allow the necessary Consul traffic and SSH
from the machine executing the Enos scenario. When using integrated storage this step is a
no-op that does nothing.
Variables that are used in this step:
tags:
If you wish to add custom tags to taggable resources in AWS you can set the 'tags' variable
and they'll be added to resources when possible.
project_name:
The project name is used for additional tag metadata on resources.
aws_ssh_keypair_name:
The AWS SSH Keypair name to use for target machines.
EOF
module = matrix.primary_backend == "consul" ? module.target_ec2_instances : module.target_ec2_shim
depends_on = [step.create_vpc]
providers = {
enos = provider.enos.ubuntu
}
variables {
ami_id = step.ec2_info.ami_ids["arm64"]["ubuntu"]["22.04"]
cluster_tag_key = global.backend_tag_key
common_tags = global.tags
seal_key_names = step.create_primary_seal_key.resource_names
vpc_id = step.create_vpc.id
}
}
step "create_secondary_cluster_targets" {
description = <<-EOF
Creates the necessary machine infrastructure targets for the Vault cluster. We also ensure
that the firewall is configured to allow the necessary Vault and Consul traffic and SSH
from the machine executing the Enos scenario.
EOF
module = module.target_ec2_instances
depends_on = [step.create_vpc]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
ami_id = step.ec2_info.ami_ids[matrix.arch][matrix.distro][global.distro_version[matrix.distro]]
cluster_tag_key = global.vault_tag_key
common_tags = global.tags
seal_key_names = step.create_secondary_seal_key.resource_names
vpc_id = step.create_vpc.id
}
}
step "create_secondary_cluster_backend_targets" {
description = <<-EOF
Creates the necessary machine infrastructure targets for the backend Consul storage cluster.
We also ensure that the firewall is configured to allow the necessary Consul traffic and SSH
from the machine executing the Enos scenario. When using integrated storage this step is a
no-op that does nothing.
EOF
module = matrix.secondary_backend == "consul" ? module.target_ec2_instances : module.target_ec2_shim
depends_on = [step.create_vpc]
providers = {
enos = provider.enos.ubuntu
}
variables {
ami_id = step.ec2_info.ami_ids["arm64"]["ubuntu"]["22.04"]
cluster_tag_key = global.backend_tag_key
common_tags = global.tags
seal_key_names = step.create_secondary_seal_key.resource_names
vpc_id = step.create_vpc.id
}
}
step "create_primary_backend_cluster" {
description = <<-EOF
Install, configure, and start the backend Consul storage cluster for the primary Vault Cluster.
When we are using the raft storage variant this step is a no-op.
Variables that are used in this step:
backend_edition:
When configured with the backend:consul variant we'll utilize this variable to determine
the edition of Consul to use for the cluster. Note that if you set it to 'ent' you will
also need a valid license configured for the read_backend_license step. Default: ce.
dev_consul_version:
When configured with the backend:consul variant we'll utilize this variable to determine
the version of Consul to use for the cluster.
EOF
module = "backend_${matrix.primary_backend}"
depends_on = [
step.create_primary_cluster_backend_targets
]
providers = {
enos = provider.enos.ubuntu
}
variables {
cluster_name = step.create_primary_cluster_backend_targets.cluster_name
cluster_tag_key = global.backend_tag_key
license = matrix.primary_backend == "consul" ? step.read_backend_license.license : null
release = {
edition = var.backend_edition
version = var.dev_consul_version
}
target_hosts = step.create_primary_cluster_backend_targets.hosts
}
}
step "create_primary_cluster" {
description = <<-EOF
Install, configure, start, initialize and unseal the primary Vault cluster on the specified
target instances.
Variables that are used in this step:
backend_edition:
When configured with the backend:consul variant we'll utilize this variable to determine
which version of the consul client to install on each node for Consul storage. Note that
if you set it to 'ent' you will also need a valid license configured for the
read_backend_license step. If left unset we'll use an unlicensed CE version.
dev_config_mode:
You can set this variable to instruct enos on how to primarily configure Vault when starting
the service. Options are 'file' and 'env' for configuration file or environment variables.
If left unset we'll use the default value.
dev_consul_version:
When configured with the backend:consul variant we'll utilize this variable to determine
which version of Consul to install. If left unset we'll utilize the default value.
vault_artifact_path:
When using the artifact:local variant this variable is utilized to specify where on
the local disk the vault.zip file we've built is located. It can be left unset to use
the default value.
vault_enable_audit_devices:
Whether or not to enable various audit devices after unsealing the Vault cluster. By default
we'll configure syslog, socket, and file auditing.
vault_product_version:
When using the artifact:zip variant this variable is utilized to specify the version of
Vault to download from releases.hashicorp.com.
EOF
module = module.vault_cluster
depends_on = [
step.create_primary_backend_cluster,
step.create_primary_cluster_targets,
]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
// We set vault_artifactory_release when we want to get a .deb or .rpm package from Artifactory.
// We set vault_release when we want to get a .zip bundle from releases.hashicorp.com
// We only set one or the other, never both.
artifactory_release = local.use_artifactory ? step.maybe_build_or_find_artifact.release : null
backend_cluster_name = step.create_primary_cluster_backend_targets.cluster_name
backend_cluster_tag_key = global.backend_tag_key
cluster_name = step.create_primary_cluster_targets.cluster_name
config_mode = var.dev_config_mode
consul_license = matrix.primary_backend == "consul" ? step.read_backend_license.license : null
consul_release = matrix.primary_backend == "consul" ? {
edition = var.backend_edition
version = var.dev_consul_version
} : null
enable_audit_devices = var.vault_enable_audit_devices
install_dir = local.vault_install_dir
license = step.read_vault_license.license
local_artifact_path = matrix.artifact == "local" ? abspath(var.vault_artifact_path) : null
manage_service = local.manage_service
packages = concat(global.packages, global.distro_packages[matrix.distro])
release = matrix.artifact == "zip" ? { version = var.vault_product_version, edition = matrix.edition } : null
seal_attributes = step.create_primary_seal_key.attributes
seal_type = matrix.primary_seal
storage_backend = matrix.primary_backend
target_hosts = step.create_primary_cluster_targets.hosts
}
}
step "create_secondary_backend_cluster" {
description = <<-EOF
Install, configure, and start the backend Consul storage cluster for the primary Vault Cluster.
When we are using the raft storage variant this step is a no-op.
Variables that are used in this step:
backend_edition:
When configured with the backend:consul variant we'll utilize this variable to determine
the edition of Consul to use for the cluster. Note that if you set it to 'ent' you will
also need a valid license configured for the read_backend_license step. Default: ce.
dev_consul_version:
When configured with the backend:consul variant we'll utilize this variable to determine
the version of Consul to use for the cluster.
EOF
module = "backend_${matrix.secondary_backend}"
depends_on = [
step.create_secondary_cluster_backend_targets
]
providers = {
enos = provider.enos.ubuntu
}
variables {
cluster_name = step.create_secondary_cluster_backend_targets.cluster_name
cluster_tag_key = global.backend_tag_key
license = matrix.secondary_backend == "consul" ? step.read_backend_license.license : null
release = {
edition = var.backend_edition
version = var.dev_consul_version
}
target_hosts = step.create_secondary_cluster_backend_targets.hosts
}
}
step "create_secondary_cluster" {
description = <<-EOF
Install, configure, start, initialize and unseal the secondary Vault cluster on the specified
target instances.
Variables that are used in this step:
backend_edition:
When configured with the backend:consul variant we'll utilize this variable to determine
which version of the consul client to install on each node for Consul storage. Note that
if you set it to 'ent' you will also need a valid license configured for the
read_backend_license step. If left unset we'll use an unlicensed CE version.
dev_config_mode:
You can set this variable to instruct enos on how to primarily configure Vault when starting
the service. Options are 'file' and 'env' for configuration file or environment variables.
If left unset we'll use the default value.
dev_consul_version:
When configured with the backend:consul variant we'll utilize this variable to determine
which version of Consul to install. If left unset we'll utilize the default value.
vault_artifact_path:
When using the artifact:local variant this variable is utilized to specify where on
the local disk the vault.zip file we've built is located. It can be left unset to use
the default value.
vault_enable_audit_devices:
Whether or not to enable various audit devices after unsealing the Vault cluster. By default
we'll configure syslog, socket, and file auditing.
vault_product_version:
When using the artifact:zip variant this variable is utilized to specify the version of
Vault to download from releases.hashicorp.com.
EOF
module = module.vault_cluster
depends_on = [
step.create_secondary_backend_cluster,
step.create_secondary_cluster_targets
]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
// We set vault_artifactory_release when we want to get a .deb or .rpm package from Artifactory.
// We set vault_release when we want to get a .zip bundle from releases.hashicorp.com
// We only set one or the other, never both.
artifactory_release = local.use_artifactory ? step.maybe_build_or_find_artifact.release : null
backend_cluster_name = step.create_secondary_cluster_backend_targets.cluster_name
backend_cluster_tag_key = global.backend_tag_key
cluster_name = step.create_secondary_cluster_targets.cluster_name
config_mode = var.dev_config_mode
consul_license = matrix.secondary_backend == "consul" ? step.read_backend_license.license : null
consul_release = matrix.secondary_backend == "consul" ? {
edition = var.backend_edition
version = var.dev_consul_version
} : null
enable_audit_devices = var.vault_enable_audit_devices
install_dir = local.vault_install_dir
license = step.read_vault_license.license
local_artifact_path = matrix.artifact == "local" ? abspath(var.vault_artifact_path) : null
manage_service = local.manage_service
packages = concat(global.packages, global.distro_packages[matrix.distro])
release = matrix.artifact == "zip" ? { version = var.vault_product_version, edition = matrix.edition } : null
seal_attributes = step.create_secondary_seal_key.attributes
seal_type = matrix.secondary_seal
storage_backend = matrix.secondary_backend
target_hosts = step.create_secondary_cluster_targets.hosts
}
}
step "verify_that_vault_primary_cluster_is_unsealed" {
description = <<-EOF
Wait for the for the primary cluster to unseal and reach a healthy state.
EOF
module = module.vault_verify_unsealed
depends_on = [
step.create_primary_cluster
]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
vault_instances = step.create_primary_cluster_targets.hosts
vault_install_dir = local.vault_install_dir
}
}
step "verify_that_vault_secondary_cluster_is_unsealed" {
description = <<-EOF
Wait for the for the secondary cluster to unseal and reach a healthy state.
EOF
module = module.vault_verify_unsealed
depends_on = [
step.create_secondary_cluster
]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
vault_instances = step.create_secondary_cluster_targets.hosts
vault_install_dir = local.vault_install_dir
}
}
step "get_primary_cluster_ips" {
description = <<-EOF
Determine which node is the primary and which are followers and map their private IP address
to their public IP address. We'll use this information so that we can enable performance
replication on the leader.
EOF
module = module.vault_get_cluster_ips
depends_on = [step.verify_that_vault_primary_cluster_is_unsealed]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
vault_hosts = step.create_primary_cluster_targets.hosts
vault_install_dir = local.vault_install_dir
vault_root_token = step.create_primary_cluster.root_token
}
}
step "get_secondary_cluster_ips" {
description = <<-EOF
Determine which node is the primary and which are followers and map their private IP address
to their public IP address. We'll use this information so that we can enable performance
replication on the leader.
EOF
module = module.vault_get_cluster_ips
depends_on = [step.verify_that_vault_secondary_cluster_is_unsealed]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
vault_hosts = step.create_secondary_cluster_targets.hosts
vault_install_dir = local.vault_install_dir
vault_root_token = step.create_secondary_cluster.root_token
}
}
step "setup_userpass_for_replication_auth" {
description = <<-EOF
Enable the auth userpass method and create a new user.
EOF
module = module.vault_verify_write_data
depends_on = [step.get_primary_cluster_ips]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
leader_public_ip = step.get_primary_cluster_ips.leader_public_ip
leader_private_ip = step.get_primary_cluster_ips.leader_private_ip
vault_instances = step.create_primary_cluster_targets.hosts
vault_install_dir = local.vault_install_dir
vault_root_token = step.create_primary_cluster.root_token
}
}
step "configure_performance_replication_primary" {
description = <<-EOF
Create a superuser policy write it for our new user. Activate performance replication on
the primary.
EOF
module = module.vault_setup_perf_primary
depends_on = [
step.get_primary_cluster_ips,
step.get_secondary_cluster_ips,
step.setup_userpass_for_replication_auth,
]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
primary_leader_public_ip = step.get_primary_cluster_ips.leader_public_ip
primary_leader_private_ip = step.get_primary_cluster_ips.leader_private_ip
vault_install_dir = local.vault_install_dir
vault_root_token = step.create_primary_cluster.root_token
}
}
step "generate_secondary_token" {
description = <<-EOF
Create a random token and write it to sys/replication/performance/primary/secondary-token on
the primary.
EOF
module = module.generate_secondary_token
depends_on = [step.configure_performance_replication_primary]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
primary_leader_public_ip = step.get_primary_cluster_ips.leader_public_ip
vault_install_dir = local.vault_install_dir
vault_root_token = step.create_primary_cluster.root_token
}
}
step "configure_performance_replication_secondary" {
description = <<-EOF
Enable performance replication on the secondary using the new shared token.
EOF
module = module.vault_setup_perf_secondary
depends_on = [step.generate_secondary_token]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
secondary_leader_public_ip = step.get_secondary_cluster_ips.leader_public_ip
secondary_leader_private_ip = step.get_secondary_cluster_ips.leader_private_ip
vault_install_dir = local.vault_install_dir
vault_root_token = step.create_secondary_cluster.root_token
wrapping_token = step.generate_secondary_token.secondary_token
}
}
step "unseal_secondary_followers" {
description = <<-EOF
After replication is enabled we need to unseal the followers on the secondary cluster.
Depending on how we're configured we'll pass the unseal keys according to this guide:
https://developer.hashicorp.com/vault/docs/enterprise/replication#seals
EOF
module = module.vault_unseal_nodes
depends_on = [
step.create_primary_cluster,
step.create_secondary_cluster,
step.get_secondary_cluster_ips,
step.configure_performance_replication_secondary
]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
follower_public_ips = step.get_secondary_cluster_ips.follower_public_ips
vault_install_dir = local.vault_install_dir
vault_unseal_keys = matrix.primary_seal == "shamir" ? step.create_primary_cluster.unseal_keys_hex : step.create_primary_cluster.recovery_keys_hex
vault_seal_type = matrix.primary_seal == "shamir" ? matrix.primary_seal : matrix.secondary_seal
}
}
step "verify_secondary_cluster_is_unsealed_after_enabling_replication" {
description = <<-EOF
Verify that the secondary cluster is unsealed after we enable PR replication.
EOF
module = module.vault_verify_unsealed
depends_on = [
step.unseal_secondary_followers
]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
vault_instances = step.create_secondary_cluster_targets.hosts
vault_install_dir = local.vault_install_dir
}
}
step "verify_performance_replication" {
description = <<-EOF
Check sys/replication/performance/status and ensure that all nodes are in the correct state
after enabling performance replication.
EOF
module = module.vault_verify_performance_replication
depends_on = [step.verify_secondary_cluster_is_unsealed_after_enabling_replication]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
primary_leader_public_ip = step.get_primary_cluster_ips.leader_public_ip
primary_leader_private_ip = step.get_primary_cluster_ips.leader_private_ip
secondary_leader_public_ip = step.get_secondary_cluster_ips.leader_public_ip
secondary_leader_private_ip = step.get_secondary_cluster_ips.leader_private_ip
vault_install_dir = local.vault_install_dir
}
}
// When using a Consul backend, these output values will be for the Consul backend.
// When using a Raft backend, these output values will be null.
output "audit_device_file_path" {
description = "The file path for the file audit device, if enabled"
value = step.create_primary_cluster.audit_device_file_path
}
output "primary_cluster_hosts" {
description = "The Vault primary cluster target hosts"
value = step.create_primary_cluster_targets.hosts
}
output "primary_cluster_root_token" {
description = "The Vault primary cluster root token"
value = step.create_primary_cluster.root_token
}
output "primary_cluster_unseal_keys_b64" {
description = "The Vault primary cluster unseal keys"
value = step.create_primary_cluster.unseal_keys_b64
}
output "primary_cluster_unseal_keys_hex" {
description = "The Vault primary cluster unseal keys hex"
value = step.create_primary_cluster.unseal_keys_hex
}
output "primary_cluster_recovery_key_shares" {
description = "The Vault primary cluster recovery key shares"
value = step.create_primary_cluster.recovery_key_shares
}
output "primary_cluster_recovery_keys_b64" {
description = "The Vault primary cluster recovery keys b64"
value = step.create_primary_cluster.recovery_keys_b64
}
output "primary_cluster_recovery_keys_hex" {
description = "The Vault primary cluster recovery keys hex"
value = step.create_primary_cluster.recovery_keys_hex
}
output "secondary_cluster_hosts" {
description = "The Vault secondary cluster public IPs"
value = step.create_secondary_cluster_targets.hosts
}
output "secondary_cluster_root_token" {
description = "The Vault secondary cluster root token"
value = step.create_secondary_cluster.root_token
}
output "performance_secondary_token" {
description = "The performance secondary replication token"
value = step.generate_secondary_token.secondary_token
}
}

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# Copyright (c) HashiCorp, Inc.
# SPDX-License-Identifier: BUSL-1.1
scenario "dev_single_cluster" {
description = <<-EOF
This scenario spins up a single Vault cluster with either an external Consul cluster or
integrated Raft for storage. None of our test verification is included in this scenario in order
to improve end-to-end speed. If you wish to perform such verification you'll need to use a
non-dev scenario instead.
The scenario supports finding and installing any released 'linux/amd64' or 'linux/arm64' Vault
artifact as long as its version is >= 1.8. You can also use the 'artifact:local' variant to
build and deploy the current branch!
In order to execute this scenario you'll need to install the enos CLI:
brew tap hashicorp/tap && brew update && brew install hashicorp/tap/enos
You'll also need access to an AWS account with an SSH keypair.
Perform the steps here to get AWS access with Doormat https://eng-handbook.hashicorp.services/internal-tools/enos/common-setup-steps/#authenticate-with-doormat
Perform the steps here to get an AWS keypair set up: https://eng-handbook.hashicorp.services/internal-tools/enos/common-setup-steps/#set-your-aws-key-pair-name-and-private-key
Please note that this scenario requires several inputs variables to be set in order to function
properly. While not all variants will require all variables, it's suggested that you look over
the scenario outline to determine which variables affect which steps and which have inputs that
you should set. You can use the following command to get a textual outline of the entire
scenario:
enos scenario outline dev_single_cluster
You can also create an HTML version that is suitable for viewing in web browsers:
enos scenario outline dev_single_cluster --format html > index.html
open index.html
To configure the required variables you have a couple of choices. You can create an
'enos-local.vars' file in the same 'enos' directory where this scenario is defined. In it you
declare your desired variable values. For example, you could copy the following content and
then set the values as necessary:
artifactory_username = "username@hashicorp.com"
artifactory_token = "<ARTIFACTORY TOKEN VALUE>
aws_region = "us-west-2"
aws_ssh_keypair_name = "<YOUR REGION SPECIFIC KEYPAIR NAME>"
aws_ssh_keypair_key_path = "/path/to/your/private/key.pem"
dev_consul_version = "1.18.1"
vault_license_path = "./support/vault.hclic"
vault_product_version = "1.16.2"
Alternatively, you can set them in your environment:
export ENOS_VAR_aws_region="us-west-2"
export ENOS_VAR_vault_license_path="./support/vault.hclic"
After you've configured your inputs you can list and filter the available scenarios and then
subsequently launch and destroy them.
enos scenario list --help
enos scenario launch --help
enos scenario list dev_single_cluster
enos scenario launch dev_single_cluster arch:arm64 artifact:local backend:raft distro:ubuntu edition:ce seal:awskms
When the scenario is finished launching you refer to the scenario outputs to see information
related to your cluster. You can use this information to SSH into nodes and/or to interact
with vault.
enos scenario output dev_single_cluster arch:arm64 artifact:local backend:raft distro:ubuntu edition:ce seal:awskms
ssh -i /path/to/your/private/key.pem <PUBLIC_IP>
vault status
After you've finished you can tear down the cluster
enos scenario destroy dev_single_cluster arch:arm64 artifact:local backend:raft distro:ubuntu edition:ce seal:awskms
EOF
// The matrix is where we define all the baseline combinations that enos can utilize to customize
// your scenario. By default enos attempts to perform your command an the entire product! Most
// of the time you'll want to reduce that by passing in a filter.
// Run 'enos scenario list --help' to see more about how filtering scenarios works in enos.
matrix {
arch = ["amd64", "arm64"]
artifact = ["local", "deb", "rpm", "zip"]
backend = ["consul", "raft"]
distro = ["ubuntu", "rhel"]
edition = ["ce", "ent", "ent.fips1402", "ent.hsm", "ent.hsm.fips1402"]
seal = ["awskms", "pkcs11", "shamir"]
exclude {
edition = ["ent.hsm", "ent.fips1402", "ent.hsm.fips1402"]
arch = ["arm64"]
}
exclude {
artifact = ["rpm"]
distro = ["ubuntu"]
}
exclude {
artifact = ["deb"]
distro = ["rhel"]
}
exclude {
seal = ["pkcs11"]
edition = ["ce", "ent", "ent.fips1402"]
}
}
// Specify which Terraform configs and providers to use in this scenario. Most of the time you'll
// never need to change this! If you wanted to test with different terraform or terraform CLI
// settings you can define them and assign them here.
terraform_cli = terraform_cli.default
terraform = terraform.default
// Here we declare all of the providers that we might need for our scenario.
providers = [
provider.aws.default,
provider.enos.ubuntu,
provider.enos.rhel
]
// These are variable values that are local to our scenario. They are evaluated after external
// variables and scenario matrices but before any of our steps.
locals {
// The enos provider uses different ssh transport configs for different distros (as
// specified in enos-providers.hcl), and we need to be able to access both of those here.
enos_provider = {
rhel = provider.enos.rhel
ubuntu = provider.enos.ubuntu
}
// We install vault packages from artifactory. If you wish to use one of these variants you'll
// need to configure your artifactory credentials.
use_artifactory = matrix.artifact == "deb" || matrix.artifact == "rpm"
// Zip bundles and local builds don't come with systemd units or any associated configuration.
// When this is true we'll let enos handle this for us.
manage_service = matrix.artifact == "zip" || matrix.artifact == "local"
// If you are using an ent edition, you will need a Vault license. Common convention
// is to store it at ./support/vault.hclic, but you may change this path according
// to your own preference.
vault_install_dir = matrix.artifact == "zip" ? var.vault_install_dir : global.vault_install_dir_packages[matrix.distro]
}
// Begin scenario steps. These are the steps we'll perform to get your cluster up and running.
step "maybe_build_or_find_artifact" {
description = <<-EOF
Depending on how we intend to get our Vault artifact, this step either builds vault from our
current branch or finds debian or redhat packages in Artifactory. If we're using a zip bundle
we'll get it from releases.hashicorp.com and skip this step entirely. Please note that if you
wish to use a deb or rpm artifact you'll have to configure your artifactory credentials!
Variables that are used in this step:
artifactory_host:
The artifactory host to search. It's very unlikely that you'll want to change this. The
default value is the HashiCorp Artifactory instance.
artifactory_repo
The artifactory host to search. It's very unlikely that you'll want to change this. The
default value is where CRT will publish packages.
artifactory_username
The artifactory username associated with your token. You'll need this if you wish to use
deb or rpm artifacts! You can request access via Okta.
artifactory_token
The artifactory token associated with your username. You'll need this if you wish to use
deb or rpm artifacts! You can create a token by logging into Artifactory via Okta.
vault_product_version:
When using the artifact:rpm or artifact:deb variants we'll use this variable to determine
which version of the Vault pacakge we should fetch from Artifactory.
vault_artifact_path:
When using the artifact:local variant we'll utilize this variable to determine where
to create the vault.zip archive from the local branch. Default: to /tmp/vault.zip.
vault_local_build_tags:
When using the artifact:local variant we'll use this variable to inject custom build
tags. If left unset we'll automatically use the build tags that correspond to the edition
variant.
EOF
module = matrix.artifact == "local" ? "build_local" : local.use_artifactory ? "build_artifactory_package" : null
skip_step = matrix.artifact == "zip"
variables {
// Used for all modules
arch = matrix.arch
edition = matrix.edition
product_version = var.vault_product_version
// Required for the local build which will always result in using a local zip bundle
artifact_path = var.vault_artifact_path
build_tags = var.vault_local_build_tags != null ? var.vault_local_build_tags : global.build_tags[matrix.edition]
goarch = matrix.arch
goos = "linux"
// Required when using a RPM or Deb package
// Some of these variables don't have default values so we'll only set them if they are
// required.
artifactory_host = local.use_artifactory ? var.artifactory_host : null
artifactory_repo = local.use_artifactory ? var.artifactory_repo : null
artifactory_username = local.use_artifactory ? var.artifactory_username : null
artifactory_token = local.use_artifactory ? var.artifactory_token : null
distro = matrix.distro
}
}
step "ec2_info" {
description = "This discovers usefull metadata in Ec2 like AWS AMI ID's that we use in later modules."
module = module.ec2_info
}
step "create_vpc" {
description = <<-EOF
Create the VPC resources required for our scenario.
Variables that are used in this step:
tags:
If you wish to add custom tags to taggable resources in AWS you can set the 'tags' variable
and they'll be added to resources when possible.
EOF
module = module.create_vpc
depends_on = [step.ec2_info]
variables {
common_tags = global.tags
}
}
step "read_backend_license" {
description = <<-EOF
Read the contents of the backend license if we're using a Consul backend and the edition is "ent".
Variables that are used in this step:
backend_edition:
The edition of Consul to use. If left unset it will default to CE.
backend_license_path:
If this variable is set we'll use it to determine the local path on disk that contains a
Consul Enterprise license. If it is not set we'll attempt to load it from
./support/consul.hclic.
EOF
skip_step = matrix.backend == "raft" || var.backend_edition == "oss" || var.backend_edition == "ce"
module = module.read_license
variables {
file_name = global.backend_license_path
}
}
step "read_vault_license" {
description = <<-EOF
Validates and reads into memory the contents of a local Vault Enterprise license if we're
using an Enterprise edition. This step does not run when using a community edition of Vault.
Variables that are used in this step:
vault_license_path:
If this variable is set we'll use it to determine the local path on disk that contains a
Vault Enterprise license. If it is not set we'll attempt to load it from
./support/vault.hclic.
EOF
skip_step = matrix.edition == "ce"
module = module.read_license
variables {
file_name = global.vault_license_path
}
}
step "create_seal_key" {
description = <<-EOF
Create the necessary seal keys depending on our configured seal.
Variables that are used in this step:
tags:
If you wish to add custom tags to taggable resources in AWS you can set the 'tags' variable
and they'll be added to resources when possible.
EOF
module = "seal_${matrix.seal}"
depends_on = [step.create_vpc]
providers = {
enos = provider.enos.ubuntu
}
variables {
cluster_id = step.create_vpc.id
common_tags = global.tags
}
}
step "create_vault_cluster_targets" {
description = <<-EOF
Creates the necessary machine infrastructure targets for the Vault cluster. We also ensure
that the firewall is configured to allow the necessary Vault and Consul traffic and SSH
from the machine executing the Enos scenario.
Variables that are used in this step:
aws_ssh_keypair_name:
The AWS SSH Keypair name to use for target machines.
project_name:
The project name is used for additional tag metadata on resources.
tags:
If you wish to add custom tags to taggable resources in AWS you can set the 'tags' variable
and they'll be added to resources when possible.
vault_instance_count:
How many instances to provision for the Vault cluster. If left unset it will use a default
of three.
EOF
module = module.target_ec2_instances
depends_on = [step.create_vpc]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
ami_id = step.ec2_info.ami_ids[matrix.arch][matrix.distro][global.distro_version[matrix.distro]]
instance_count = try(var.vault_instance_count, 3)
cluster_tag_key = global.vault_tag_key
common_tags = global.tags
seal_key_names = step.create_seal_key.resource_names
vpc_id = step.create_vpc.id
}
}
step "create_vault_cluster_backend_targets" {
description = <<-EOF
Creates the necessary machine infrastructure targets for the backend Consul storage cluster.
We also ensure that the firewall is configured to allow the necessary Consul traffic and SSH
from the machine executing the Enos scenario. When using integrated storage this step is a
no-op that does nothing.
Variables that are used in this step:
tags:
If you wish to add custom tags to taggable resources in AWS you can set the 'tags' variable
and they'll be added to resources when possible.
project_name:
The project name is used for additional tag metadata on resources.
aws_ssh_keypair_name:
The AWS SSH Keypair name to use for target machines.
EOF
module = matrix.backend == "consul" ? module.target_ec2_instances : module.target_ec2_shim
depends_on = [step.create_vpc]
providers = {
enos = provider.enos.ubuntu
}
variables {
ami_id = step.ec2_info.ami_ids["arm64"]["ubuntu"]["22.04"]
cluster_tag_key = global.backend_tag_key
common_tags = global.tags
seal_key_names = step.create_seal_key.resource_names
vpc_id = step.create_vpc.id
}
}
step "create_backend_cluster" {
description = <<-EOF
Install, configure, and start the backend Consul storage cluster. When we are using the raft
storage variant this step is a no-op.
Variables that are used in this step:
backend_edition:
When configured with the backend:consul variant we'll utilize this variable to determine
the edition of Consul to use for the cluster. Note that if you set it to 'ent' you will
also need a valid license configured for the read_backend_license step. Default: ce.
dev_consul_version:
When configured with the backend:consul variant we'll utilize this variable to determine
the version of Consul to use for the cluster.
EOF
module = "backend_${matrix.backend}"
depends_on = [
step.create_vault_cluster_backend_targets
]
providers = {
enos = provider.enos.ubuntu
}
variables {
cluster_name = step.create_vault_cluster_backend_targets.cluster_name
cluster_tag_key = global.backend_tag_key
license = (matrix.backend == "consul" && var.backend_edition == "ent") ? step.read_backend_license.license : null
release = {
edition = var.backend_edition
version = var.dev_consul_version
}
target_hosts = step.create_vault_cluster_backend_targets.hosts
}
}
step "create_vault_cluster" {
description = <<-EOF
Install, configure, start, initialize and unseal the Vault cluster on the specified target
instances.
Variables that are used in this step:
backend_edition:
When configured with the backend:consul variant we'll utilize this variable to determine
which version of the consul client to install on each node for Consul storage. Note that
if you set it to 'ent' you will also need a valid license configured for the
read_backend_license step. If left unset we'll use an unlicensed CE version.
dev_config_mode:
You can set this variable to instruct enos on how to primarily configure Vault when starting
the service. Options are 'file' and 'env' for configuration file or environment variables.
If left unset we'll use the default value.
dev_consul_version:
When configured with the backend:consul variant we'll utilize this variable to determine
which version of Consul to install. If left unset we'll utilize the default value.
vault_artifact_path:
When using the artifact:local variant this variable is utilized to specify where on
the local disk the vault.zip file we've built is located. It can be left unset to use
the default value.
vault_enable_audit_devices:
Whether or not to enable various audit devices after unsealing the Vault cluster. By default
we'll configure syslog, socket, and file auditing.
vault_product_version:
When using the artifact:zip variant this variable is utilized to specify the version of
Vault to download from releases.hashicorp.com.
EOF
module = module.vault_cluster
depends_on = [
step.create_backend_cluster,
step.create_vault_cluster_targets,
]
providers = {
enos = local.enos_provider[matrix.distro]
}
variables {
// We set vault_artifactory_release when we want to get a .deb or .rpm package from Artifactory.
// We set vault_release when we want to get a .zip bundle from releases.hashicorp.com
// We only set one or the other, never both.
artifactory_release = local.use_artifactory ? step.maybe_build_or_find_artifact.release : null
backend_cluster_name = step.create_vault_cluster_backend_targets.cluster_name
backend_cluster_tag_key = global.backend_tag_key
cluster_name = step.create_vault_cluster_targets.cluster_name
config_mode = var.dev_config_mode
consul_license = (matrix.backend == "consul" && var.backend_edition == "ent") ? step.read_backend_license.license : null
consul_release = matrix.backend == "consul" ? {
edition = var.backend_edition
version = var.dev_consul_version
} : null
enable_audit_devices = var.vault_enable_audit_devices
install_dir = local.vault_install_dir
license = matrix.edition != "ce" ? step.read_vault_license.license : null
local_artifact_path = matrix.artifact == "local" ? abspath(var.vault_artifact_path) : null
manage_service = local.manage_service
packages = concat(global.packages, global.distro_packages[matrix.distro])
release = matrix.artifact == "zip" ? { version = var.vault_product_version, edition = matrix.edition } : null
seal_attributes = step.create_seal_key.attributes
seal_type = matrix.seal
storage_backend = matrix.backend
target_hosts = step.create_vault_cluster_targets.hosts
}
}
// When using a Consul backend, these output values will be for the Consul backend.
// When using a Raft backend, these output values will be null.
output "audit_device_file_path" {
description = "The file path for the file audit device, if enabled"
value = step.create_vault_cluster.audit_device_file_path
}
output "cluster_name" {
description = "The Vault cluster name"
value = step.create_vault_cluster.cluster_name
}
output "hosts" {
description = "The Vault cluster target hosts"
value = step.create_vault_cluster.target_hosts
}
output "private_ips" {
description = "The Vault cluster private IPs"
value = step.create_vault_cluster.private_ips
}
output "public_ips" {
description = "The Vault cluster public IPs"
value = step.create_vault_cluster.public_ips
}
output "root_token" {
description = "The Vault cluster root token"
value = step.create_vault_cluster.root_token
}
output "recovery_key_shares" {
description = "The Vault cluster recovery key shares"
value = step.create_vault_cluster.recovery_key_shares
}
output "recovery_keys_b64" {
description = "The Vault cluster recovery keys b64"
value = step.create_vault_cluster.recovery_keys_b64
}
output "recovery_keys_hex" {
description = "The Vault cluster recovery keys hex"
value = step.create_vault_cluster.recovery_keys_hex
}
output "seal_key_attributes" {
description = "The Vault cluster seal attributes"
value = step.create_seal_key.attributes
}
output "unseal_keys_b64" {
description = "The Vault cluster unseal keys"
value = step.create_vault_cluster.unseal_keys_b64
}
output "unseal_keys_hex" {
description = "The Vault cluster unseal keys hex"
value = step.create_vault_cluster.unseal_keys_hex
}
}

15
enos/enos-dev-variables.hcl Normal file
View File

@@ -0,0 +1,15 @@
# Copyright (c) HashiCorp, Inc.
# SPDX-License-Identifier: BUSL-1.1
variable "dev_config_mode" {
type = string
description = "The method to use when configuring Vault. When set to 'env' we will configure Vault using VAULT_ style environment variables if possible. When 'file' we'll use the HCL configuration file for all configuration options."
default = "file" // or "env"
}
variable "dev_consul_version" {
type = string
description = "The version of Consul to use when using Consul for storage!"
default = "1.18.1"
// NOTE: You can also set the "backend_edition" if you want to use Consul Enterprise
}

1
enos/enos-globals.hcl
View File

@@ -6,6 +6,7 @@ globals {
artifact_sources = ["local", "crt", "artifactory"]
artifact_types = ["bundle", "package"]
backends = ["consul", "raft"]
backend_license_path = abspath(var.backend_license_path != null ? var.backend_license_path : joinpath(path.root, "./support/consul.hclic"))
backend_tag_key = "VaultStorage"
build_tags = {
"ce" = ["ui"]

4
enos/enos-modules.hcl
View File

@@ -16,6 +16,10 @@ module "backend_raft" {
source = "./modules/backend_raft"
}
module "build_artifactory_package" {
source = "./modules/build_artifactory_package"
}
module "build_crt" {
source = "./modules/build_crt"
}

4
enos/enos-terraform.hcl
View File

@@ -4,10 +4,6 @@
terraform_cli "default" {
plugin_cache_dir = var.terraform_plugin_cache_dir != null ? abspath(var.terraform_plugin_cache_dir) : null
credentials "app.terraform.io" {
token = var.tfc_api_token
}
/*
provider_installation {
dev_overrides = {

6
enos/enos-variables.hcl
View File

@@ -93,12 +93,6 @@ variable "terraform_plugin_cache_dir" {
default = null
}
variable "tfc_api_token" {
description = "The Terraform Cloud QTI Organization API token. This is used to download the enos Terraform provider."
type = string
sensitive = true
}
variable "ubuntu_distro_version" {
description = "The version of ubuntu to use"
type = string

4
enos/enos.vars.hcl
View File

@@ -51,10 +51,6 @@
# It must exist.
# terraform_plugin_cache_dir = "/Users/<user>/.terraform/plugin-cache-dir
# tfc_api_token is the Terraform Cloud QTI Organization API token. We need this
# to download the enos Terraform provider and the enos Terraform modules.
# tfc_api_token = "XXXXX.atlasv1.XXXXX..."
# ui_test_filter is the test filter to limit the ui tests to execute for the ui scenario. It will
# be appended to the ember test command as '-f=\"<filter>\"'.
# ui_test_filter = "sometest"

4
enos/k8s/enos-terraform-k8s.hcl
View File

@@ -17,8 +17,4 @@ terraform "k8s" {
terraform_cli "default" {
plugin_cache_dir = var.terraform_plugin_cache_dir != null ? abspath(var.terraform_plugin_cache_dir) : null
credentials "app.terraform.io" {
token = var.tfc_api_token
}
}

5
enos/k8s/enos-variables-k8s.hcl
View File

@@ -43,11 +43,6 @@ variable "terraform_plugin_cache_dir" {
default = null
}
variable "tfc_api_token" {
description = "The Terraform Cloud QTI Organization API token."
type = string
}
variable "vault_build_date" {
description = "The build date for the vault docker image"
type = string

159
enos/modules/build_artifactory_package/main.tf Normal file
View File

@@ -0,0 +1,159 @@
# Copyright (c) HashiCorp, Inc.
# SPDX-License-Identifier: BUSL-1.1
terraform {
required_providers {
enos = {
source = "registry.terraform.io/hashicorp-forge/enos"
}
}
}
variable "arch" {
type = string
description = "The architecture for the desired artifact"
}
variable "artifactory_username" {
type = string
description = "The username to use when connecting to Artifactory"
}
variable "artifactory_token" {
type = string
description = "The token to use when connecting to Artifactory"
sensitive = true
}
variable "artifactory_host" {
type = string
description = "The Artifactory host to search for Vault artifacts"
default = "https://artifactory.hashicorp.engineering/artifactory"
}
variable "distro" {
type = string
description = "The distro for the desired artifact (ubuntu or rhel)"
}
variable "distro_version" {
type = string
description = "The RHEL version for .rpm packages"
default = "9"
}
variable "edition" {
type = string
description = "The edition of Vault to use"
}
variable "product_version" {
type = string
description = "The version of Vault to use"
}
// Shim variables that we don't use but include to satisfy the build module "interface"
variable "artifact_path" { default = null }
variable "artifact_type" { default = null }
variable "artifactory_repo" { default = null }
variable "build_tags" { default = null }
variable "bundle_path" { default = null }
variable "goarch" { default = null }
variable "goos" { default = null }
variable "revision" { default = null }
locals {
// File name prefixes for the various distributions and editions
artifact_prefix = {
ubuntu = {
"ce" = "vault_"
"ent" = "vault-enterprise_",
"ent.hsm" = "vault-enterprise-hsm_",
"ent.hsm.fips1402" = "vault-enterprise-hsm-fips1402_",
"oss" = "vault_"
},
rhel = {
"ce" = "vault-"
"ent" = "vault-enterprise-",
"ent.hsm" = "vault-enterprise-hsm-",
"ent.hsm.fips1402" = "vault-enterprise-hsm-fips1402-",
"oss" = "vault-"
}
}
// Format the version and edition to use in the artifact name
artifact_version = {
"ce" = "${var.product_version}"
"ent" = "${var.product_version}+ent"
"ent.hsm" = "${var.product_version}+ent"
"ent.hsm.fips1402" = "${var.product_version}+ent"
"oss" = "${var.product_version}"
}
// File name extensions for the various architectures and distributions
artifact_extension = {
amd64 = {
ubuntu = "-1_amd64.deb"
rhel = "-1.x86_64.rpm"
}
arm64 = {
ubuntu = "-1_arm64.deb"
rhel = "-1.aarch64.rpm"
}
}
// Use the above variables to construct the artifact name to look up in Artifactory.
// Will look something like:
// vault_1.12.2-1_arm64.deb
// vault-enterprise_1.12.2+ent-1_amd64.deb
// vault-enterprise-hsm-1.12.2+ent-1.x86_64.rpm
artifact_name = "${local.artifact_prefix[var.distro][var.edition]}${local.artifact_version[var.edition]}${local.artifact_extension[var.arch][var.distro]}"
// The path within the Artifactory repo that corresponds to the appropriate architecture
artifactory_repo_path_dir = {
"amd64" = "x86_64"
"arm64" = "aarch64"
}
}
data "enos_artifactory_item" "vault_package" {
username = var.artifactory_username
token = var.artifactory_token
name = local.artifact_name
host = var.artifactory_host
repo = var.distro == "rhel" ? "hashicorp-rpm-release-local*" : "hashicorp-apt-release-local*"
path = var.distro == "rhel" ? "RHEL/${var.distro_version}/${local.artifactory_repo_path_dir[var.arch]}/stable" : "pool/${var.arch}/main"
}
output "results" {
value = data.enos_artifactory_item.vault_package.results
}
output "url" {
value = data.enos_artifactory_item.vault_package.results[0].url
description = "The artifactory download url for the artifact"
}
output "sha256" {
value = data.enos_artifactory_item.vault_package.results[0].sha256
description = "The sha256 checksum for the artifact"
}
output "size" {
value = data.enos_artifactory_item.vault_package.results[0].size
description = "The size in bytes of the artifact"
}
output "name" {
value = data.enos_artifactory_item.vault_package.results[0].name
description = "The name of the artifact"
}
output "release" {
value = {
url = data.enos_artifactory_item.vault_package.results[0].url
sha256 = data.enos_artifactory_item.vault_package.results[0].sha256
username = var.artifactory_username
token = var.artifactory_token
}
}

29
enos/modules/build_crt/main.tf
View File

@@ -26,24 +26,11 @@ variable "artifactory_host" { default = null }
variable "artifactory_repo" { default = null }
variable "artifactory_username" { default = null }
variable "artifactory_token" { default = null }
variable "arch" {
default = null
}
variable "artifact_path" {
default = null
}
variable "artifact_type" {
default = null
}
variable "distro" {
default = null
}
variable "edition" {
default = null
}
variable "revision" {
default = null
}
variable "product_version" {
default = null
}
variable "arch" { default = null }
variable "artifact_path" { default = null }
variable "artifact_type" { default = null }
variable "distro" { default = null }
variable "distro_version" { default = null }
variable "edition" { default = null }
variable "revision" { default = null }
variable "product_version" { default = null }

1
enos/modules/build_local/main.tf
View File

@@ -37,6 +37,7 @@ variable "artifact_path" {
}
variable "artifact_type" { default = null }
variable "distro" { default = null }
variable "distro_version" { default = null }
variable "edition" { default = null }
variable "revision" { default = null }
variable "product_version" { default = null }

24
enos/modules/vault_cluster/main.tf
View File

@@ -239,6 +239,30 @@ resource "enos_vault_unseal" "maybe_force_unseal" {
}
}
# Add the vault install location to the PATH and set up VAULT_ADDR and VAULT_TOKEN environement
# variables in the login shell so we don't have to do it if/when we login in to a cluster node.
resource "enos_remote_exec" "configure_login_shell_profile" {
depends_on = [
enos_vault_init.leader,
enos_vault_unseal.leader,
]
for_each = var.target_hosts
environment = {
VAULT_ADDR = "http://127.0.0.1:8200"
VAULT_TOKEN = enos_vault_init.leader[0].root_token
VAULT_INSTALL_DIR = var.install_dir
}
scripts = [abspath("${path.module}/scripts/set-up-login-shell-profile.sh")]
transport = {
ssh = {
host = each.value.public_ip
}
}
}
# We need to ensure that the directory used for audit logs is present and accessible to the vault
# user on all nodes, since logging will only happen on the leader.
resource "enos_remote_exec" "create_audit_log_dir" {

51
enos/modules/vault_cluster/scripts/set-up-login-shell-profile.sh Normal file
View File

@@ -0,0 +1,51 @@
#!/usr/bin/env bash
# Copyright (c) HashiCorp, Inc.
# SPDX-License-Identifier: BUSL-1.1
set -e
fail() {
echo "$1" 1>&2
exit 1
}
[[ -z "$VAULT_ADDR" ]] && fail "VAULT_ADDR env variable has not been set"
[[ -z "$VAULT_INSTALL_DIR" ]] && fail "VAULT_INSTALL_DIR env variable has not been set"
[[ -z "$VAULT_TOKEN" ]] && fail "VAULT_TOKEN env variable has not been set"
# Determine the profile file we should write to. We only want to affect login shells and bash will
# only read one of these in ordered of precendence.
determineProfileFile() {
if [ -f "$HOME/.bash_profile" ]; then
printf "%s/.bash_profile\n" "$HOME"
return 0
fi
if [ -f "$HOME/.bash_login" ]; then
printf "%s/.bash_login\n" "$HOME"
return 0
fi
printf "%s/.profile\n" "$HOME"
}
appendVaultProfileInformation() {
tee -a "$1" <<< "export PATH=$PATH:$VAULT_INSTALL_DIR
export VAULT_ADDR=$VAULT_ADDR
export VAULT_TOKEN=$VAULT_TOKEN"
}
main() {
local profile_file
if ! profile_file=$(determineProfileFile); then
fail "failed to determine login shell profile file location"
fi
if ! appendVaultProfileInformation "$profile_file"; then
fail "failed to write vault configuration to login shell profile"
fi
exit 0
}
main