ワンクリックで
triggers
MUST use when configuring triggers.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
メニュー
MUST use when configuring triggers.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
MUST use when writing Bun/TypeScript scripts.
MUST use when writing Bun Native scripts. The script must start with //native to run on the native worker.
MUST use when writing Deno/TypeScript scripts.
MUST use when writing Python scripts.
MUST use when writing Ansible playbooks.
MUST use when using the CLI, including debugging job failures and inspecting run history via `wmill job`.
| name | triggers |
| description | MUST use when configuring triggers. |
Triggers allow external events to invoke your scripts and flows.
Trigger configuration files use the pattern: {path}.{trigger_type}_trigger.yaml
Examples:
u/user/webhook.http_trigger.yamlf/data/kafka_consumer.kafka_trigger.yamlf/sync/postgres_cdc.postgres_trigger.yamlf/inbound/orders.email_trigger.yamlAn email trigger routes incoming emails to a script or flow. Each trigger reserves a local-part: emails sent to <local_part>@<windmill_email_domain> are delivered to the configured runnable. Set workspaced_local_part: true to namespace it per workspace (the actual recipient becomes <workspace_id>-<local_part>@…); on Windmill Cloud this is required.
Senders may append URL-style extras to the local-part with +: mytrigger+foo=bar+baz=qux@…. They flow through to the script as email_extra_args (see below).
The runnable receives:
parsed_email — { headers, text_body, html_body, attachments[] }. Each attachment has { headers, body }.raw_email — the raw RFC 822 message as a string, or an S3 object ({ s3: "windmill_emails/<job_id>/raw.eml" }) if the message exceeds 1 MiB.email_extra_args (optional, only when sender appended +key=value extras) — a flat object of the parsed extras.With a preprocessor, all of the above are nested under event along with event.kind = "email" and event.trigger_path (the trigger's path). Without a preprocessor, trigger_path is not exposed — add a preprocessor if you need it.
Binary attachments are uploaded to the workspace S3 bucket and surface in parsed_email.attachments[i].body as:
{ "s3": "windmill_emails/<job_id>/attachments/<filename>" }
To read the bytes inside a script, use the wmill SDK:
// TypeScript
import * as wmill from "windmill-client"
const file = await wmill.loadS3File(parsed_email.attachments[0].body)
# Python
import wmill
data = wmill.load_s3_file(parsed_email["attachments"][0]["body"])
If the workspace has no S3 resource configured (Workspace Settings → Object storage), body falls back to the string "configure s3 in the workspace settings to handle attachments". The same applies to large raw_email bodies. Email attachment storage requires the server to be built with the parquet feature.
Text/HTML/inline parts are placed inline in body as strings.
wmill sync push deploys local changes to the workspace and can be destructive to remote state — only suggest/run it when the user explicitly asks to deploy/publish/push, not when they say "run", "try", or "test". sync pull is safe to run yourself — it never mutates remote state, though it does overwrite local files to match the remote (use sync pull --dry-run to only preview).
# Push trigger configuration — only when the user explicitly asks to deploy
wmill sync push
# Pull triggers from Windmill
wmill sync pull