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selfhostblocks/test/blocks/authelia.nix
Pierre Penninckx 5a0ae36c85
update secret contract (#311)
This makes the secret contract better (IMNSHO):

- Improves documentation, explains better the reasoning behind the
contract.
- Makes it easier to create an option implementing the secret contract.
2024-10-01 21:01:00 +00:00

120 lines
4.2 KiB
Nix

{ pkgs, lib, ... }:
let
pkgs' = pkgs;
ldapAdminPassword = "ldapAdminPassword";
in
{
basic = pkgs.testers.runNixOSTest {
name = "authelia-basic";
nodes.machine = { config, pkgs, ... }: {
imports = [
(pkgs'.path + "/nixos/modules/profiles/headless.nix")
(pkgs'.path + "/nixos/modules/profiles/qemu-guest.nix")
../../modules/blocks/authelia.nix
../../modules/blocks/ldap.nix
../../modules/blocks/postgresql.nix
];
networking.hosts = {
"127.0.0.1" = [
"machine.com"
"client1.machine.com"
"client2.machine.com"
"ldap.machine.com"
"authelia.machine.com"
];
};
shb.ldap = {
enable = true;
dcdomain = "dc=example,dc=com";
subdomain = "ldap";
domain = "machine.com";
ldapUserPassword.result.path = pkgs.writeText "user_password" ldapAdminPassword;
jwtSecret.result.path = pkgs.writeText "jwt_secret" "securejwtsecret";
};
shb.authelia = {
enable = true;
subdomain = "authelia";
domain = "machine.com";
ldapHostname = "${config.shb.ldap.subdomain}.${config.shb.ldap.domain}";
ldapPort = config.shb.ldap.ldapPort;
dcdomain = config.shb.ldap.dcdomain;
secrets = {
jwtSecretFile = pkgs.writeText "jwtSecretFile" "jwtSecretFile";
ldapAdminPasswordFile = pkgs.writeText "ldapAdminPasswordFile" ldapAdminPassword;
sessionSecretFile = pkgs.writeText "sessionSecretFile" "sessionSecretFile";
storageEncryptionKeyFile = pkgs.writeText "storageEncryptionKeyFile" "storageEncryptionKeyFile";
identityProvidersOIDCHMACSecretFile = pkgs.writeText "identityProvidersOIDCHMACSecretFile" "identityProvidersOIDCHMACSecretFile";
# This needs to be of the correct shape and at least 2048 bits. Generated with:
# nix run nixpkgs#openssl -- genrsa -out keypair.pem 2048
identityProvidersOIDCIssuerPrivateKeyFile = pkgs.writeText "identityProvidersOIDCIssuerPrivateKeyFile" (builtins.readFile ./keypair.pem);
};
oidcClients = [
{
client_id = "client1";
client_name = "My Client 1";
client_secret.source = pkgs.writeText "secret" "$pbkdf2-sha512$310000$LR2wY11djfLrVQixdlLJew$rPByqFt6JfbIIAITxzAXckwh51QgV8E5YZmA8rXOzkMfBUcMq7cnOKEXF6MAFbjZaGf3J/B1OzLWZTCuZtALVw";
public = false;
authorization_policy = "one_factor";
redirect_uris = [ "http://client1.machine.com/redirect" ];
}
{
client_id = "client2";
client_name = "My Client 2";
client_secret.source = pkgs.writeText "secret" "$pbkdf2-sha512$310000$76EqVU1N9K.iTOvD4WJ6ww$hqNJU.UHphiCjMChSqk27lUTjDqreuMuyV/u39Esc6HyiRXp5Ecx89ypJ5M0xk3Na97vbgDpwz7il5uwzQ4bfw";
public = false;
authorization_policy = "one_factor";
redirect_uris = [ "http://client2.machine.com/redirect" ];
}
];
};
};
testScript = { nodes, ... }: ''
import json
start_all()
machine.wait_for_unit("lldap.service")
machine.wait_for_unit("authelia-authelia.machine.com.service")
machine.wait_for_open_port(9091)
endpoints = json.loads(machine.succeed("curl -s http://machine.com/.well-known/openid-configuration"))
auth_endpoint = endpoints['authorization_endpoint']
machine.succeed(
"curl -f -s '"
+ auth_endpoint
+ "?client_id=other"
+ "&redirect_uri=http://client1.machine.com/redirect"
+ "&scope=openid%20profile%20email"
+ "&response_type=code"
+ "&state=99999999'"
)
machine.succeed(
"curl -f -s '"
+ auth_endpoint
+ "?client_id=client1"
+ "&redirect_uri=http://client1.machine.com/redirect"
+ "&scope=openid%20profile%20email"
+ "&response_type=code"
+ "&state=11111111'"
)
machine.succeed(
"curl -f -s '"
+ auth_endpoint
+ "?client_id=client2"
+ "&redirect_uri=http://client2.machine.com/redirect"
+ "&scope=openid%20profile%20email"
+ "&response_type=code"
+ "&state=22222222'"
)
'';
};
}