A Clojure library for interacting with the Vault secret management system. Most of the non-administrative API is implemented, including the token authentication backend.
Library releases are published on Clojars. To use the latest version with Leiningen, add the following dependency to your project definition:
; Pull in the main namespace and the HTTP client implementation:
=> (require '[vault.core :as vault] 'vault.client.http)
=> (def client (vault/new-client "https://vault.example.com"))
=> client
#vault.client.http.HTTPClient
{:api-url "https://vault.example.com",
:auth #<Atom@5cca1513 nil>
:lease-timer nil
:leases #<Atom@640b3e30 {}>}
=> (vault/authenticate! client :app-id {:app "my_app", :user "0000-userid-000"})
; INFO: Successfully authenticated to Vault app-id my_app for policies: my-policy
#vault.client.http.HTTPClient
{:api-url "https://vault.example.com",
:auth #<Atom@5cca1513 {:client-token "8c807a17-7232-4c48-d7a6-c6a7f76bcccc"}>
:lease-timer nil
:leases #<Atom@640b3e30 {}>}
; Pull in the secret engine you wish to use:
=> (require '[vault.secrets.kvv1 :as vault-kvv1])
=> (vault-kvv1/read-secret client "secret/foo/bar")
{:data "baz qux"}
In addition to the standard HTTP client, there is a mock client available for
local testing. This can be constructed directly or using mock
as the URL
scheme passed to the client constructor. The remainder of the URI should either
be -
for an empty client, or may be a path to an EDN file containing the
secret fixture data.
=> (require 'vault.client.mock)
=> (read-string (slurp "dev/secrets.edn"))
{"secret/service/foo/login" {:user "foo", :pass "abc123"}}
=> (def mock-client (vault/new-client "mock:dev/secrets.edn"))
; Pull in the secret engine you wish to use:
=> (require '[vault.secrets.kvv1 :as vault-kvv1])
=> (vault-kvv1/read-secret mock-client "secret/service/foo/login")
{:user "foo", :pass "abc123"}
Vault supports many different secret engines, each with very different capabilities. For the most part, secret engines behave similar to virtual filesystems, supporting CRUD operations. Secret engines are very flexible, so please check out the Vault docs for more info.
You should require these for any operations involving secrets in Vault, preferring them to the basic CRUD operations
exposed in vault.core
(require '[vault.secrets.kvv1 :as vault-kvv1])
(require '[vault.secrets.kvv2 :as vault-kvv2])
Custom secret engines can be added without contributing to vault-clj
, but we appreciate PRs adding support for new
engines!
Most operations on Vault secret engines can break down into some combination of logical CRUD operations that the Vault
clients expose. These CRUD operations are outlined by the vault.core/SecretEngine
protocol. This allows our mocking
to work out of the box for some operations if engines are written to send Vault API calls through the client, as the
diagram below describes:
In order to abstract away the source of sensitive configuration variables
provided to code, the vault.env
namespace can be used to bootstrap a Vault
client and resolve a map of config variables to their secret values.
=> (require '[vault.env :as venv])
; Construct and authenticate a client from the environment. Looks for
; :vault-addr, :vault-token, :vault-app-id, etc.
=> (def client (venv/config-client {:vault-addr "mock:dev/secrets.edn"}))
=> (venv/load!
client
{:foo-user "vault:secret/service/foo/login#user"
:foo-pass "vault:secret/service/foo/login#pass"
:bar "direct-value"}
[:foo-user :foo-pass :bar])
{:foo-user "foo"
:foo-pass "abc123"
:bar "direct-value"}
The auth mount point configuration can be used to address any of the auth methods under a custom mount point.
=> (def client (vault-client (assoc (vault/new-client vault-addr)
:auth-mount-point "auth/mountpath/"
:lease-renewal-window 00
:lease-check-period 00
:lease-check-jitter 00)))
Copyright © 2016 Amperity, Inc
Distributed under the Apache License, Version 2.0. See the LICENSE file for more information.
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