⚙️Configure an external database

At this moment, this guide doesn't cover mTLS connections to your database. It is recommended to use mTLS connections instead of plain text connections.

We'll complete this guide as soon as mTLS connections are fully tested.

If you are hosting your database elsewhere, you can configure the Toucan Helm Stack to connect to it. However, some database migrations must be executed manually.

Disable the embedded database

Set these parameters in your values file:

yaml: values.override.yaml

postgresql:
  enabled: false

Create the users and databases

Open your database client and run the following commands:

sql: Database client

CREATE USER toucan WITH PASSWORD '<password>';

-- Curity (Authentication Service)
CREATE DATABASE curity;
GRANT ALL PRIVILEGES ON DATABASE curity TO toucan;

-- Dataset
CREATE DATABASE dataset;
-- (optional) Create a schema for the dataset
CREATE SCHEMA dataset;
GRANT ALL PRIVILEGES ON DATABASE dataset TO toucan;

-- Layout
CREATE DATABASE layout;
CREATE SCHEMA layout;
CREATE SCHEMA workspace;
GRANT ALL PRIVILEGES ON DATABASE layout TO toucan;

-- SpiceDB
CREATE DATABASE spicedb;
GRANT ALL PRIVILEGES ON DATABASE spicedb TO toucan;

-- Vault
CREATE DATABASE vault;
GRANT ALL PRIVILEGES ON DATABASE vault TO toucan;

Execute manual migrations

Curity

Download Curity from their developer portal and run the migration in the idsvr/etc/postgres-create_database.sql directory.

DO NOT run the one stored at idsvr/etc/postgres-create_database.sql.

Curity schema

sql: Database client

\c curity;

-- While Postgres has native support for UUID's, an extension is needed for generating them.
-- This extension comes bundled with most installations of Postgres but if not must be installed separately
--
-- https://dba.stackexchange.com/questions/122623/default-value-for-uuid-column-in-postgres
--
CREATE EXTENSION IF NOT EXISTS "uuid-ossp";


/* Token Store : table delegations */

CREATE TABLE delegations (
  id                          VARCHAR(40)   PRIMARY KEY,
  tenant_id                   VARCHAR(64)   NULL,
  owner                       VARCHAR(128)  NOT NULL,
  created                     BIGINT        NOT NULL,
  expires                     BIGINT        NOT NULL,
  scope                       VARCHAR(1000) NULL,
  scope_claims                TEXT          NULL,
  client_id                   VARCHAR(128)  NOT NULL,
  redirect_uri                VARCHAR(512)  NULL,
  status                      VARCHAR(16)   NOT NULL,
  claims                      TEXT          NULL,
  authentication_attributes   TEXT          NULL,
  authorization_code_hash     VARCHAR(89)   NULL
);

CREATE INDEX IDX_DELEGATIONS_CLIENT_ID               ON delegations (client_id ASC);
CREATE INDEX IDX_DELEGATIONS_STATUS                  ON delegations (status ASC);
CREATE INDEX IDX_DELEGATIONS_EXPIRES                 ON delegations (expires ASC);
CREATE INDEX IDX_DELEGATIONS_OWNER                   ON delegations (owner ASC);
CREATE INDEX IDX_DELEGATIONS_AUTHORIZATION_CODE_HASH ON delegations (authorization_code_hash ASC);

COMMENT ON COLUMN delegations.id IS 'Unique identifier';
COMMENT ON COLUMN delegations.tenant_id IS 'The tenant ID of this delegation';
COMMENT ON COLUMN delegations.owner IS 'Subject for whom the delegation is issued';
COMMENT ON COLUMN delegations.expires IS 'Moment when delegation expires, as measured in number of seconds since epoch';
COMMENT ON COLUMN delegations.scope IS 'Space delimited list of scope values';
COMMENT ON COLUMN delegations.scope_claims IS 'JSON with the scope-claims configuration at the time of delegation issuance';
COMMENT ON COLUMN delegations.client_id IS 'Reference to a client; non-enforced';
COMMENT ON COLUMN delegations.redirect_uri IS 'Optional value for the redirect_uri parameter, when provided in a request for delegation';
COMMENT ON COLUMN delegations.status IS 'Status of the delegation instance, from {''issued'', ''revoked''}';
COMMENT ON COLUMN delegations.claims IS 'Optional JSON that contains a list of claims that are part of the delegation';
COMMENT ON COLUMN delegations.authentication_attributes IS 'The JSON-serialized AuthenticationAttributes established for this delegation';
COMMENT ON COLUMN delegations.authorization_code_hash IS 'A hash of the authorization code that was provided when this delegation was issued.';


/* Token Store : table tokens */

CREATE TABLE tokens (
  token_hash     VARCHAR(89)  NOT NULL PRIMARY KEY,
  id             VARCHAR(64)  NULL,
  delegations_id VARCHAR(40)  NOT NULL ,
  purpose        VARCHAR(32)  NOT NULL,
  usage          VARCHAR(8)   NOT NULL,
  format         VARCHAR(32)  NOT NULL,
  created        BIGINT       NOT NULL,
  expires        BIGINT       NOT NULL,
  scope          VARCHAR(1000)NULL,
  scope_claims   TEXT         NULL,
  status         VARCHAR(16)  NOT NULL,
  issuer         VARCHAR(200) NOT NULL,
  subject        VARCHAR(64)  NOT NULL,
  audience       VARCHAR(512) NULL,
  not_before     BIGINT       NULL,
  claims         TEXT         NULL,
  meta_data      TEXT         NULL
);

CREATE INDEX IDX_TOKENS_ID      ON tokens (id);
CREATE INDEX IDX_TOKENS_STATUS  ON tokens (status ASC);
CREATE INDEX IDX_TOKENS_EXPIRES ON tokens (expires ASC);

COMMENT ON COLUMN tokens.token_hash IS 'Base64 encoded sha-512 hash of the token value.';
COMMENT ON COLUMN tokens.id IS 'Identifier of the token, when it exists; this can be the value from the ''jti''-claim of a JWT, etc. Opaque tokens do not have an id.';
COMMENT ON COLUMN tokens.delegations_id IS 'Reference to the delegation instance that underlies the token';
COMMENT ON COLUMN tokens.purpose IS 'Purpose of the token, i.e. ''nonce'', ''accesstoken'', ''refreshtoken'', ''custom'', etc.';
COMMENT ON COLUMN tokens.usage IS 'Indication whether the token is a bearer or proof token, from {"bearer", "proof"}';
COMMENT ON COLUMN tokens.format IS 'The format of the token, i.e. ''opaque'', ''jwt'', etc.';
COMMENT ON COLUMN tokens.created IS 'Moment when token record is created, as measured in number of seconds since epoch';
COMMENT ON COLUMN tokens.expires IS 'Moment when token expires, as measured in number of seconds since epoch';
COMMENT ON COLUMN tokens.scope IS 'Space delimited list of scope values';
COMMENT ON COLUMN tokens.scope_claims IS 'Space delimited list of scope-claims values';
COMMENT ON COLUMN tokens.status IS 'Status of the token from {''issued'', ''used'', ''revoked''}';
COMMENT ON COLUMN tokens.issuer IS 'Optional name of the issuer of the token (jwt.iss)';
COMMENT ON COLUMN tokens.subject IS 'Optional subject of the token (jwt.sub)';
COMMENT ON COLUMN tokens.audience IS 'Space separated list of audiences for the token (jwt.aud)';
COMMENT ON COLUMN tokens.not_before IS 'Moment before which the token is not valid, as measured in number of seconds since epoch (jwt.nbf)';
COMMENT ON COLUMN tokens.claims IS 'Optional JSON-blob that contains a list of claims that are part of the token';


CREATE TABLE nonces (
  token           VARCHAR(64) NOT NULL PRIMARY KEY,
  reference_data  TEXT        NOT NULL,
  created         BIGINT      NOT NULL,
  ttl             BIGINT      NOT NULL,
  consumed        BIGINT      NULL,
  status          VARCHAR(16) NOT NULL DEFAULT 'issued'
);

COMMENT ON COLUMN nonces.token IS 'Value issued as random nonce';
COMMENT ON COLUMN nonces.reference_data IS 'Value that is referenced by the nonce value';
COMMENT ON COLUMN nonces.created IS 'Moment when nonce record is created, as measured in number of seconds since epoch';
COMMENT ON COLUMN nonces.ttl IS 'Time To Live, period in seconds since created after which the nonce expires';
COMMENT ON COLUMN nonces.consumed IS 'Moment when nonce was consumed, as measured in number of seconds since epoch';
COMMENT ON COLUMN nonces.status IS 'Status of the nonce from {''issued'', ''revoked'', ''used''}';


CREATE TABLE accounts (
  account_id  VARCHAR(64)   PRIMARY KEY NOT NULL DEFAULT uuid_generate_v4(),
  tenant_id   VARCHAR(64),
  username    VARCHAR(64)   NOT NULL,
  password    VARCHAR(128),
  email       VARCHAR(64),
  phone       VARCHAR(32),
  attributes  JSONB,
  active      SMALLINT      NOT NULL DEFAULT 0,
  created     BIGINT        NOT NULL,
  updated     BIGINT        NOT NULL
);

CREATE UNIQUE INDEX IDX_ACCOUNTS_TENANT_USERNAME ON accounts (tenant_id, username);
CREATE UNIQUE INDEX IDX_ACCOUNTS_TENANT_PHONE    ON accounts (tenant_id, phone);
CREATE UNIQUE INDEX IDX_ACCOUNTS_TENANT_EMAIL    ON accounts (tenant_id, email);

-- Indexes enforcing uniqueness of username, phone, email for default tenant.
CREATE UNIQUE INDEX IDX_ACCOUNTS_TENANT_USERNAME_DEFAULT ON accounts(username) WHERE tenant_id IS NULL;
CREATE UNIQUE INDEX IDX_ACCOUNTS_TENANT_PHONE_DEFAULT ON accounts(phone) WHERE tenant_id IS NULL;
CREATE UNIQUE INDEX IDX_ACCOUNTS_TENANT_EMAIL_DEFAULT ON accounts(email) WHERE tenant_id IS NULL;

CREATE INDEX IDX_ACCOUNTS_ATTRIBUTES_NAME ON accounts USING GIN ( (attributes->'name') );

COMMENT ON COLUMN accounts.account_id IS 'Account id, or username, of this account. Unique.';
COMMENT ON COLUMN accounts.tenant_id IS 'The tenant ID of this account. Unique in combination with username, phone, email.';
COMMENT ON COLUMN accounts.username IS 'The username of this account. Unique in combination with tenant_id.';
COMMENT ON COLUMN accounts.password IS 'The hashed password. Optional';
COMMENT ON COLUMN accounts.email IS 'The associated email address. Unique in combination with tenant_id. Optional';
COMMENT ON COLUMN accounts.phone IS 'The phone number of the account owner. Unique in combination with tenant_id. Optional';
COMMENT ON COLUMN accounts.attributes IS 'Key/value map of additional attributes associated with the account.';
COMMENT ON COLUMN accounts.active IS 'Indicates if this account has been activated or not. Activation is usually via email or sms.';
COMMENT ON COLUMN accounts.created IS 'Time since epoch of account creation, in seconds';
COMMENT ON COLUMN accounts.updated IS 'Time since epoch of latest account update, in seconds';


CREATE TABLE linked_accounts (
  account_id                  VARCHAR(64) NOT NULL,
  tenant_id                   VARCHAR(64),
  linked_account_id           VARCHAR(64) NOT NULL,
  linked_account_domain_name  VARCHAR(64) NOT NULL,
  linking_account_manager     VARCHAR(128),
  created                     TIMESTAMP   NOT NULL,

  PRIMARY KEY (account_id, linked_account_id, linked_account_domain_name)
);

CREATE UNIQUE INDEX IDX_LINKED_ACCOUNTS_TENANT_ACCOUNT_DOMAIN ON linked_accounts (tenant_id, linked_account_id, linked_account_domain_name);
CREATE UNIQUE INDEX IDX_LINKED_ACCOUNTS_TENANT_ACCOUNT_DOMAIN_DEFAULT ON linked_accounts (linked_account_id, linked_account_domain_name) WHERE tenant_id IS NULL;

COMMENT ON COLUMN linked_accounts.account_id IS 'Account ID, typically a global one, of the account being linked from (the linker)';
COMMENT ON COLUMN linked_accounts.tenant_id IS 'The tenant ID of this linked account';
COMMENT ON COLUMN linked_accounts.linked_account_id IS 'Account ID, typically a local or legacy one, of the account being linked (the linkee)';
COMMENT ON COLUMN linked_accounts.linked_account_domain_name IS 'The domain (i.e., organizational group or realm) of the account being linked';


CREATE TABLE credentials (
  id          VARCHAR(36)  PRIMARY KEY DEFAULT uuid_generate_v4(),
  tenant_id   VARCHAR(64),
  subject     VARCHAR(64)  NOT NULL,
  password    VARCHAR(128) NOT NULL,
  attributes  JSONB        NOT NULL,
  created     TIMESTAMP    NOT NULL,
  updated     TIMESTAMP    NOT NULL
);

CREATE UNIQUE INDEX IDX_CREDENTIALS_TENANT_SUBJECT ON credentials (tenant_id, subject);
CREATE UNIQUE INDEX IDX_CREDENTIALS_TENANT_SUBJECT_DEFAULT ON credentials (subject) WHERE tenant_id IS NULL;

COMMENT ON COLUMN credentials.id IS 'ID of this credential (unique)';
COMMENT ON COLUMN credentials.tenant_id IS 'The tenant ID of this credential';
COMMENT ON COLUMN credentials.subject IS 'The subject of this credential (unique to a tenant)';
COMMENT ON COLUMN credentials.password IS 'The hashed password';
COMMENT ON COLUMN credentials.attributes IS 'Key/value map of additional attributes associated with the credential';
COMMENT ON COLUMN credentials.created IS 'When this credential was created';
COMMENT ON COLUMN credentials.updated IS 'When this credential was last updated';


CREATE TABLE sessions (
  id            VARCHAR(64) NOT NULL PRIMARY KEY,
  session_data  TEXT        NOT NULL,
  expires       BIGINT      NOT NULL
);

CREATE INDEX IDX_SESSIONS_ID         ON sessions (id ASC);
CREATE INDEX IDX_SESSIONS_ID_EXPIRES ON sessions (id, expires);


COMMENT ON COLUMN sessions.id IS 'id given to the session';
COMMENT ON COLUMN sessions.session_data IS 'Value that is referenced by the session id';
COMMENT ON COLUMN sessions.expires IS 'Moment when session record expires, as measured in number of seconds since epoch';


CREATE TABLE devices (
  id          VARCHAR(64) PRIMARY KEY NOT NULL,
  device_id   VARCHAR(256),
  tenant_id   VARCHAR(64),
  account_id  VARCHAR(256),
  external_id VARCHAR(32),
  alias       VARCHAR(30),
  form_factor VARCHAR(10),
  device_type VARCHAR(50),
  owner       VARCHAR(256),
  attributes  JSONB,
  expires     BIGINT,
  created     BIGINT      NOT NULL,
  updated     BIGINT      NOT NULL
);

CREATE UNIQUE INDEX IDX_DEVICES_TENANT_ACCOUNT_ID_DEVICE_ID ON devices (tenant_id, account_id ASC, device_id ASC);
CREATE UNIQUE INDEX IDX_DEVICES_TENANT_ACCOUNT_ID_DEVICE_ID_DEFAULT  ON devices (account_id ASC, device_id ASC) WHERE tenant_id IS NULL;
CREATE INDEX IDX_DEVICE_ID ON devices (device_id ASC);

COMMENT ON COLUMN devices.id IS 'Unique ID of the device';
COMMENT ON COLUMN devices.device_id IS 'The device ID that identifies the physical device';
COMMENT ON COLUMN devices.tenant_id IS 'The tenant ID of this device';
COMMENT ON COLUMN devices.account_id IS 'The user account ID that is associated with the device';
COMMENT ON COLUMN devices.alias IS 'The user-recognizable name or mnemonic identifier of the device (e.g., my work iPhone)';
COMMENT ON COLUMN devices.form_factor IS 'The type or form of device (e.g., laptop, phone, tablet, etc.)';
COMMENT ON COLUMN devices.device_type IS 'The device type (i.e., make, manufacturer, provider, class)';
COMMENT ON COLUMN devices.owner IS 'The owner of the device. This is the user who has administrative rights on the device';
COMMENT ON COLUMN devices.attributes IS 'Key/value map of custom attributes associated with the device.';
COMMENT ON COLUMN devices.expires IS 'Time since epoch of device expiration, in seconds';
COMMENT ON COLUMN devices.created IS 'Time since epoch of device creation, in seconds';
COMMENT ON COLUMN devices.updated IS 'Time since epoch of latest device update, in seconds';


-- This number is user-supplied and may not be a phone number. It can be a part number or employer-provided unit number.
-- It may also be blank. In any event, it is only used to provide the user with an extra queue as to which device this
-- one refers. Unlike the phone number in the account table, this one is _not_ verified in any way.
COMMENT ON COLUMN devices.external_id IS 'The phone or other identifying number of the device (if it has one)';


CREATE TABLE audit (
  id                    VARCHAR(64)   PRIMARY KEY,
  instant               TIMESTAMP     NOT NULL,
  event_instant         VARCHAR(64)   NOT NULL,
  server                VARCHAR(255)  NOT NULL,
  message               TEXT          NOT NULL,
  event_type            VARCHAR(48)   NOT NULL,
  subject               VARCHAR(128),
  client                VARCHAR(128),
  resource              VARCHAR(128),
  authenticated_subject VARCHAR(128),
  authenticated_client  VARCHAR(128),
  acr                   VARCHAR(128),
  endpoint              VARCHAR(255),
  session               VARCHAR(128)
);

COMMENT ON COLUMN audit.id IS 'Unique ID of the log message';
COMMENT ON COLUMN audit.instant IS 'Moment that the event was logged';
COMMENT ON COLUMN audit.event_instant IS 'Moment that the event occurred';
COMMENT ON COLUMN audit.server IS 'The server node where the event occurred';
COMMENT ON COLUMN audit.message IS 'Message describing the event';
COMMENT ON COLUMN audit.event_type IS 'Type of event that the message is about';
COMMENT ON COLUMN audit.subject IS 'The subject (i.e., user) effected by the event';
COMMENT ON COLUMN audit.client IS 'The client ID effected by the event';
COMMENT ON COLUMN audit.resource IS 'The resource ID effected by the event';
COMMENT ON COLUMN audit.authenticated_subject IS 'The authenticated subject (i.e., user) effected by the event';
COMMENT ON COLUMN audit.authenticated_client IS 'The authenticated client effected by the event';
COMMENT ON COLUMN audit.acr IS 'The ACR used to authenticate the subject (i.e., user)';
COMMENT ON COLUMN audit.endpoint IS 'The endpoint where the event was triggered';
COMMENT ON COLUMN audit.session IS 'The session ID in which the event was triggered';


CREATE TABLE dynamically_registered_clients (
  client_id           VARCHAR(64)     NOT NULL PRIMARY KEY,
  client_secret       VARCHAR(128),
  instance_of_client  VARCHAR(64)     NULL,
  created             TIMESTAMP       NOT NULL,
  updated             TIMESTAMP       NOT NULL,
  initial_client      VARCHAR(64)     NULL,
  authenticated_user  VARCHAR(64)     NULL,
  attributes          JSONB           NOT NULL DEFAULT '{}',
  status              VARCHAR(12)     NOT NULL DEFAULT 'active',
  scope               TEXT            NULL,
  redirect_uris       TEXT            NULL,
  grant_types         VARCHAR(500)    NULL
);

CREATE INDEX IDX_DRC_INSTANCE_OF_CLIENT        ON dynamically_registered_clients(instance_of_client);
CREATE INDEX IDX_DRC_ATTRIBUTES                ON dynamically_registered_clients USING GIN (attributes);
CREATE INDEX IDX_DRC_CREATED                   ON dynamically_registered_clients(created);
CREATE INDEX IDX_DRC_STATUS                    ON dynamically_registered_clients(status);
CREATE INDEX IDX_DRC_AUTHENTICATED_USER        ON dynamically_registered_clients(authenticated_user);

COMMENT ON COLUMN dynamically_registered_clients.client_id IS 'The client ID of this client instance';
COMMENT ON COLUMN dynamically_registered_clients.created IS 'When this client was originally created (in UTC time)';
COMMENT ON COLUMN dynamically_registered_clients.updated IS 'When this client was last updated (in UTC time)';
COMMENT ON COLUMN dynamically_registered_clients.initial_client IS 'In case the user authenticated, this value contains a client_id value of the initial token. If the initial token was issued through a client credentials-flow, the initial_client value is set to the client that authenticated. Registration without initial token (i.e. with no authentication) will result in a null value for initial_client';
COMMENT ON COLUMN dynamically_registered_clients.authenticated_user IS 'In case a user authenticated (through a client), this value contains the sub value of the initial token';
COMMENT ON COLUMN dynamically_registered_clients.attributes IS 'Arbitrary attributes tied to this client';
COMMENT ON COLUMN dynamically_registered_clients.status IS 'The current status of the client, allowed values are "active", "inactive" and "revoked"';
COMMENT ON COLUMN dynamically_registered_clients.scope IS 'Space separated list of scopes defined for this client (non-templatized clients only)';
COMMENT ON COLUMN dynamically_registered_clients.redirect_uris IS 'Space separated list of redirect URI''s defined for this client (non-templatized clients only)';
COMMENT ON COLUMN dynamically_registered_clients.grant_types IS 'Space separated list of grant types defined for this client (non-templatized clients only)';

CREATE TABLE database_clients
(
    client_id                                                 VARCHAR(64)  NOT NULL,
    profile_id                                                VARCHAR(64)  NOT NULL,
    client_name                                               VARCHAR(128) NULL,
    created                                                   TIMESTAMP    NOT NULL,
    updated                                                   TIMESTAMP    NOT NULL,
    owner                                                     VARCHAR(128) NOT NULL,
    status                                                    VARCHAR(16)  NOT NULL DEFAULT 'active',
    client_metadata                                           JSONB        NOT NULL DEFAULT '{}',
    configuration_references                                  JSONB        NOT NULL DEFAULT '{}',
    attributes                                                JSONB        NOT NULL DEFAULT '{}',

    PRIMARY KEY (client_id, profile_id)
);

COMMENT ON COLUMN database_clients.client_id IS 'The client ID of this client instance';
COMMENT ON COLUMN database_clients.profile_id IS 'The profile ID owning this client instance';
COMMENT ON COLUMN database_clients.client_name IS 'The optional database client display name';
COMMENT ON COLUMN database_clients.created IS 'When this client was originally created (in UTC time)';
COMMENT ON COLUMN database_clients.updated IS 'When this client was last updated (in UTC time)';
COMMENT ON COLUMN database_clients.owner IS 'The owner of the database client. This is the user or client who has administrative rights on the database client';
COMMENT ON COLUMN database_clients.status IS 'The current status of the client, allowed values are "active", "inactive" and "revoked"';
COMMENT ON COLUMN database_clients.client_metadata IS 'Metadata, as a JSON document, tied to this client, especially tags categorizing it';
COMMENT ON COLUMN database_clients.configuration_references IS 'JSON document with all attributes referencing an item in the configuration';
COMMENT ON COLUMN database_clients.attributes IS 'Canonical object representing this client';

CREATE INDEX IDX_DATABASE_CLIENTS_PROFILE_ID ON database_clients (profile_id ASC);
CREATE INDEX IDX_DATABASE_CLIENTS_CLIENT_NAME ON database_clients (client_name ASC);
CREATE INDEX IDX_DATABASE_CLIENTS_OWNER ON database_clients (owner ASC);
CREATE INDEX IDX_DATABASE_CLIENTS_METADATA_TAGS ON database_clients USING GIN ((client_metadata -> 'tags') jsonb_path_ops);
CREATE INDEX IDX_DATABASE_CLIENTS_METADATA_TAGS_NULL ON database_clients (client_metadata) WHERE client_metadata->'tags' IS NULL;

CREATE TABLE buckets (
    id         VARCHAR(64)  NOT NULL DEFAULT uuid_generate_v4(),
    subject    VARCHAR(128) NOT NULL,
    purpose    VARCHAR(64)  NOT NULL,
    tenant_id  VARCHAR(64),
    attributes JSONB        NOT NULL,
    created    TIMESTAMP    NOT NULL,
    updated    TIMESTAMP    NOT NULL,

    PRIMARY KEY (id)
);

CREATE UNIQUE INDEX IDX_BUCKETS_TENANT_SUBJECT_PURPOSE on buckets (tenant_id, subject, purpose);
CREATE UNIQUE INDEX IDX_BUCKETS_TENANT_SUBJECT_PURPOSE_DEFAULT on buckets (subject, purpose) WHERE tenant_id IS NULL;

CREATE INDEX IDX_BUCKETS_ATTRIBUTES ON buckets USING GIN (attributes);

COMMENT ON COLUMN buckets.id IS 'Unique ID of the bucket';
COMMENT ON COLUMN buckets.subject IS 'The subject that together with the purpose identify this bucket';
COMMENT ON COLUMN buckets.purpose IS 'The purpose of this bucket, eg. "login_attempt_counter"';
COMMENT ON COLUMN buckets.tenant_id IS 'The tenant ID of this bucket';
COMMENT ON COLUMN buckets.attributes IS 'All attributes stored for this subject/purpose';
COMMENT ON COLUMN buckets.created IS 'When this bucket was created';
COMMENT ON COLUMN buckets.updated IS 'When this bucket was last updated';

Vault

Execute the migrations shown in their documentation.

sql: Database client

\c "vault";

CREATE TABLE vault_kv_store (
  parent_path TEXT COLLATE "C" NOT NULL,
  path        TEXT COLLATE "C",
  key         TEXT COLLATE "C",
  value       BYTEA,
  CONSTRAINT pkey PRIMARY KEY (path, key)
);

CREATE INDEX parent_path_idx ON vault_kv_store (parent_path);

CREATE TABLE vault_ha_locks (
  ha_key                                      TEXT COLLATE "C" NOT NULL,
  ha_identity                                 TEXT COLLATE "C" NOT NULL,
  ha_value                                    TEXT COLLATE "C",
  valid_until                                 TIMESTAMP WITH TIME ZONE NOT NULL,
  CONSTRAINT ha_key PRIMARY KEY (ha_key)
);

Deploy the credentials as Secret

Create the secret with:

yaml: postgresql-secret.yaml

apiVersion: v1
kind: Secret
metadata:
  name: toucan-postgresql
  namespace: toucan
stringData:
  postgresql-password: <password>

Configure the database connection

For the example, we assume the database is hosted at postgresql.example.com, with the default port 5432, set these parameters in your values file:

yaml: values.override.yaml

layout:
  config:
    database_postgres:
      url: 'postgresql://toucan:[[ getenv "LAYOUT_POSTGRESQL_PASSWORD" ]]@postgresql.example.com:5432/layout?schema=layout'
      url_admin: 'postgresql://toucan:[[ getenv "LAYOUT_POSTGRESQL_PASSWORD" ]]@postgresql.example.com:5432/layout?schema=layout'
    specific:
      workspace_database_postgres:
        url: 'postgresql://toucan:[[ getenv "LAYOUT_POSTGRESQL_PASSWORD" ]]@postgresql.example.com:5432/layout?schema=workspace'
        url_admin: 'postgresql://toucan:[[ getenv "LAYOUT_POSTGRESQL_PASSWORD" ]]@postgresql.example.com:5432/layout?schema=workspace'
  initconfig:
    secrets:
      LAYOUT_POSTGRESQL_PASSWORD:
        name: toucan-postgresql
        key: postgresql-password

dataset:
  config:
    schema: dataset
    url: 'postgresql://toucan:[[ getenv "DATASET_POSTGRESQL_PASSWORD" ]]@postgresql.example.com:5432/dataset'
    url_admin: 'postgresql://toucan:[[ getenv "DATASET_POSTGRESQL_PASSWORD" ]]@postgresql.example.com:5432/dataset'
  initconfig:
    secrets:
      DATASET_POSTGRESQL_PASSWORD:
        name: toucan-postgresql
        key: postgresql-password

spicedb:
  config:
    datastore:
      uri: 'postgresql://toucan:$(PG_PASSWORD)@postgresql.example.com:5432/spicedb'

  # For the init container to run migrations
  migration:
    extraEnvVars:
      - name: PG_PASSWORD
        valueFrom:
          secretKeyRef:
            name: toucan-postgresql
            key: postgresql-password

  # For the main container
  extraEnvVars:
    - name: PG_PASSWORD
      valueFrom:
        secretKeyRef:
          name: toucan-postgresql
          key: postgresql-password

vault:
  toucanEnvVars:
    - name: ADMIN_CLIENT_SECRET
      valueFrom:
        secretKeyRef:
          name: '{{- include "toucan-stack.curity.oauth2.secretName" . -}}'
          key: curity-toucan-admin-management-client-secret

    - name: MICRO_SERVICE_CLIENT_SECRET
      valueFrom:
        secretKeyRef:
          name: '{{- include "toucan-stack.curity.oauth2.secretName" . -}}'
          key: curity-toucan-micro-service-client-secret

    - name: TOUCAN_VAULT_TOKEN
      valueFrom:
        secretKeyRef:
          name: '{{- include "toucan-stack.vault.oauthapp.secretName" . -}}'
          key: vault-token

    - name: PG_PASSWORD
      valueFrom:
        secretKeyRef:
          name: 'toucan-postgresql'
          key: 'postgresql-password'

    - name: VAULT_PG_CONNECTION_URL
      value: 'postgresql://toucan:$(PG_PASSWORD)@postgresql.example.com:5432/vault'

curity:
  config:
    dataSource:
      connectionString: 'jdbc:postgresql://postgresql.example.com:5432/curity'
      username: toucan

      password:
        secretName: toucan-postgresql
        secretKey: postgresql-password

Upgrade Toucan Stack

shell: /work/

helm upgrade --install toucan-stack oci://quay.io/toucantoco/charts/toucan-stack \
  --namespace toucan \
  --values ./values.override.yaml

Last updated 2 months ago

Was this helpful?