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resources

MUST use when managing resources.

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name
resources
description
MUST use when managing resources.
# Windmill Resources Resources store credentials and configuration for external services. ## File Format Resource files use the pattern: `{path}.resource.json` Example: `f/databases/postgres_prod.resource.json` ## Resource Structure ```json { "value": { "host": "db.example.com", "port": 5432, "user": "admin", "password": "$var:g/all/db_password", "dbname": "production" }, "description": "Production PostgreSQL database", "resource_type": "postgresql" } ``` ## Required Fields - `value` - Object containing the resource configuration - `resource_type` - Name of the resource type (e.g., "postgresql", "slack") ## Variable References Reference variables in resource values: ```json { "value": { "api_key": "$var:g/all/api_key", "secret": "$var:u/admin/secret" } } ``` **Reference formats:** - `$var:g/all/name` - Global variable - `$var:u/username/name` - User variable - `$var:f/folder/name` - Folder variable ## Secrets Never put a secret (password, API key, token) inline in a resource value. Store it in a secret variable and reference that variable as `$var:<path>`. - `$var:<path>` is a reference, not a value: it resolves to the variable's value at run time. Never invent a value for a variable. - A resource that references a variable needs the variable to exist first, so create or deploy the variable before the resource. - A secret's plaintext never goes in a file of the repo: a `.variable.yaml` holding it would be committed. Ask the user to create the secret on the workspace instead, e.g. `wmill variable add '<value>' <path>` (a secret by default), then reference it by path. ## Resource References Reference other resources: ```json { "value": { "database": "$res:f/databases/postgres" } } ``` ## Passing a Resource or Variable as a Run Argument A script or flow argument typed as a resource (schema `format: resource-<type>`) is passed as the **bare string** `$res:<path>` — the whole argument value. Same for a variable, with `$var:<path>`. This applies everywhere job arguments are supplied: `wmill script run/preview`, `wmill flow run/preview`, the `runScriptByPath` / `runFlowByPath` API, a schedule's `args`, a trigger's configured static args. ```json { "db": "$res:f/databases/postgres_prod", "api_token": "$var:g/all/api_token" } ``` The reference is resolved when the job runs, under the job's run-as identity — the caller for an ordinary run, but the configured principal for a schedule, a trigger, or a runnable set to run on behalf of someone else. The run fails if that identity cannot read the referenced resource or variable. **Never wrap it in an object.** The resolver only rewrites a JSON value that *is* a string starting with `$res:` / `$var:`; keys are never inspected. These are all wrong and are passed through to the script unchanged: ```json { "db": { "$res": "f/databases/postgres_prod" } } { "db": { "resource": "f/databases/postgres_prod" } } { "db": "f/databases/postgres_prod" } ``` The string may sit anywhere a string can — a top-level argument, a nested object field (`{ "gh_auth": { "token": "$var:g/all/gh_token" } }`), or an array element (array elements are walked only while nested at most two levels deep, and only for arrays of at most 1000 items). The prefix must be on the string itself. ## Common Resource Types ### PostgreSQL ```json { "resource_type": "postgresql", "value": { "host": "localhost", "port": 5432, "user": "postgres", "password": "$var:g/all/pg_password", "dbname": "windmill", "sslmode": "prefer" } } ``` ### MySQL ```json { "resource_type": "mysql", "value": { "host": "localhost", "port": 3306, "user": "root", "password": "$var:g/all/mysql_password", "database": "myapp" } } ``` ### Slack ```json { "resource_type": "slack", "value": { "token": "$var:g/all/slack_token" } } ``` ### AWS S3 ```json { "resource_type": "s3", "value": { "bucket": "my-bucket", "region": "us-east-1", "accessKeyId": "$var:g/all/aws_access_key", "secretAccessKey": "$var:g/all/aws_secret_key" } } ``` ### HTTP/API ```json { "resource_type": "http", "value": { "baseUrl": "https://api.example.com", "headers": { "Authorization": "Bearer $var:g/all/api_token" } } } ``` ### Kafka ```json { "resource_type": "kafka", "value": { "brokers": "broker1:9092,broker2:9092", "sasl_mechanism": "PLAIN", "security_protocol": "SASL_SSL", "username": "$var:g/all/kafka_user", "password": "$var:g/all/kafka_password" } } ``` ### NATS ```json { "resource_type": "nats", "value": { "servers": ["nats://localhost:4222"], "user": "$var:g/all/nats_user", "password": "$var:g/all/nats_password" } } ``` ### MQTT ```json { "resource_type": "mqtt", "value": { "host": "mqtt.example.com", "port": 8883, "username": "$var:g/all/mqtt_user", "password": "$var:g/all/mqtt_password", "tls": true } } ``` ## Custom Resource Types Create custom resource types with JSON Schema: ```json { "name": "custom_api", "schema": { "type": "object", "properties": { "base_url": {"type": "string", "format": "uri"}, "api_key": {"type": "string"}, "timeout": {"type": "integer", "default": 30} }, "required": ["base_url", "api_key"] }, "description": "Custom API connection" } ``` Save as: `custom_api.resource-type.json` ## OAuth Resources OAuth resources are managed through the Windmill UI and marked: ```json { "is_oauth": true, "account": 123 } ``` OAuth tokens are automatically refreshed by Windmill. ## Using Resources in Scripts ### TypeScript (Bun/Deno) ```typescript export async function main(db: RT.Postgresql) { // db contains the resource values const { host, port, user, password, dbname } = db; } ``` ### Python ```python class postgresql(TypedDict): host: str port: int user: str password: str dbname: str def main(db: postgresql): # db contains the resource values pass ``` ## CLI Commands ```bash # List resources wmill resource list # List resource types with schemas wmill resource-type list --schema # Get specific resource type schema wmill resource-type get postgresql # Deploy resources to the workspace — destructive to remote state, so only run when # the user explicitly asks to deploy/publish/push. Depending on how the repo is wired, # deploy via `git push` or `wmill sync push` (see the Deploying section in AGENTS.wmill.md). wmill sync push ```
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