Description Usage Arguments Details Value Creating a package folder See Also Examples
A vault is a folder that contains information about users and the secrets they share. You can create a vault as either a standalone folder, or as part of a package.
1 2 3 | create_package_vault(path = ".")
create_vault(path)
|
path |
Path to the R package. A file or directory within the package is fine, too. If the vault directory already exists, a message is given, and the function does nothing. |
A vault is a folder with a specific structure, containing two
directories: users
and secrets
.
In users
, each file contains a public key in PEM format. The name of
the file is the identifier of the key, an arbitrary name. We suggest
that you use email addresses to identify public keys. See also add_user()
.
In secrets
, each secret is stored in its own directory.
The directory of a secret contains
the secret, encrypted with its own AES key, and
the AES key, encrypted with the public keys of all users that have access to the secret, each in its own file.
To add a secret, see add_secret()
The directory of the vault, invisibly.
When you create a vault in a package, this vault is stored in the
inst/vault
directory of the package during development. At package
install time, this folder is copied to the vault
folder.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 | ## Not run:
# The `secret` package contains some user keys for demonstration purposes.
# In this example, Alice shares a secret with Bob using a vault.
keys <- function(x){
file.path(system.file("user_keys", package = "secret"), x)
}
alice_public <- keys("alice.pub")
alice_private <- keys("alice.pem")
bob_public <- keys("bob.pub")
bob_private <- keys("bob.pem")
carl_private <- keys("carl.pem")
# Create vault
vault <- file.path(tempdir(), ".vault")
if (dir.exists(vault)) unlink(vault) # ensure vault is empty
create_vault(vault)
# Add users with their public keys
add_user("alice", public_key = alice_public, vault = vault)
add_user("bob", public_key = bob_public, vault = vault)
list_users(vault = vault)
# Share a secret
secret <- list(username = "user123", password = "Secret123!")
add_secret("secret", value = secret, users = c("alice", "bob"),
vault = vault)
list_secrets(vault = vault)
# Alice and Bob can decrypt the secret with their private keys
# Note that you would not normally have access to the private key
# of any of your collaborators!
get_secret("secret", key = alice_private, vault = vault)
get_secret("secret", key = bob_private, vault = vault)
# But Carl can't decrypt the secret
try(
get_secret("secret", key = carl_private, vault = vault)
)
# Unshare the secret
unshare_secret("secret", users = "bob", vault = vault)
try(
get_secret("secret", key = bob_private, vault = vault)
)
# Delete the secret
delete_secret("secret", vault = vault)
list_secrets(vault)
# Delete the users
delete_user("alice", vault = vault)
delete_user("bob", vault = vault)
list_users(vault)
## End(Not run)
|
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