Docker Compose

AWS Athena#

Prerequisites#

• AWS Account
• AWS Athena Workspace
• AWS S3 bucket
• PostgreSQL
• Service account credentials with access to all above
• Mapbox Token

Steps#

1. Copy docker-compose.yaml file
2. Create .env file

DEKART_POSTGRES_PASSWORD=
DEKART_PROJECT_ID=
DEKART_CLOUD_STORAGE_BUCKET=
DEKART_MAPBOX_TOKEN=
DEKART_ATHENA_CATALOG=
DEKART_ATHENA_S3_OUTPUT_LOCATION=
AWS_REGION=
AWS_ACCESS_KEY_ID=
AWS_SECRET_ACCESS_KEY=
DEKART_CORS_ORIGIN=

3. Run

docker-compose  --env-file .env up dekart-athena

BigQuery#

Prerequisites#

• Google Cloud Project
• BigQuery API Enabled
• Cloud Storage Bucket
• Service account credentials with access to all above
• Mapbox Token

Steps#

1. Copy docker-compose.yaml file
2. Create .env file

DEKART_POSTGRES_PASSWORD=
DEKART_PROJECT_ID=
DEKART_CLOUD_STORAGE_BUCKET=
DEKART_MAPBOX_TOKEN=
GOOGLE_APPLICATION_CREDENTIALS=
DEKART_CORS_ORIGIN=

3. Run

docker-compose  --env-file .env up dekart-bigquery

Snowflake#

Prerequisites#

• Snowflake Account and User
• Amazon S3 Bucket
• Mapbox Token

Steps#

1. Copy docker-compose.yaml file
2. Create .env file

DEKART_POSTGRES_PASSWORD=
DEKART_PROJECT_ID=
DEKART_CLOUD_STORAGE_BUCKET=
DEKART_MAPBOX_TOKEN=
DEKART_SNOWFLAKE_ACCOUNT_ID=
DEKART_SNOWFLAKE_USER=
DEKART_SNOWFLAKE_PASSWORD=
DEKART_CORS_ORIGIN=
AWS_REGION=
AWS_ACCESS_KEY_ID=
AWS_SECRET_ACCESS_KEY=

3. Run

docker-compose  --env-file .env up dekart-snowflake

Premium v0.21: OIDC reverse proxy (Keycloak)#

premium >= 0.21

Use this mode when authentication is handled by reverse proxy (for example oauth2-proxy + Keycloak), and Dekart validates JWT from X-Forwarded-Access-Token.

Steps#

1. Configure OIDC env vars in your runtime:

DEKART_REQUIRE_OIDC=1
DEKART_OIDC_JWKS_URL=
DEKART_OIDC_ISSUER=
DEKART_OIDC_AUDIENCE=

2. Start services with OIDC profile (from Dekart repo):

docker compose --env-file .env.oidc --profile oidc up db adminer keycloak oauth2-proxy

3. See full setup details:

• Keycloak OIDC Reverse Proxy

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