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Automate multi-platform publishing with one canonical article record, a separate Node.js adapter for each destination, and a publication ledger that tracks drafts, live posts, and failures independently. This matters because WordPress, Ghost, and DEV/Forem do not share one universal publishing API, payload format, or authentication method.
How should a multi-platform publishing pipeline work?
Treat publishing as a series of destination-specific deliveries, not as one request that magically updates every site. Your pipeline should preserve the editorial source, render a payload for each platform, send it through that platform’s adapter, and record the result.
- Store the canonical article. Keep the stable internal article ID, title, source body, summary, cover asset, tags, intended publication time, canonical source URL, and publication intent in one record.
- Validate before sending. Check required fields, links, image availability, tag limits or rules, body requirements, and other constraints documented by each destination. Save the rendered payload for debugging, but never include credentials in it.
- Render per destination. Convert the source into the destination’s accepted format and map fields through a platform-specific adapter.
- Deliver in a reviewable state when possible. Create drafts where the platform supports them, inspect the rendered page, and publish only after review.
- Record each outcome separately. Store the destination, remote post ID and URL when available, state, attempt time, and error details for every delivery.
- Reconcile uncertain outcomes. If a request times out after submission, check whether the remote post exists before sending again.
This design prevents a successful post on one site from disguising a failure on another. It also makes later retries and editorial corrections traceable.
What should the canonical article record contain?
Keep editorial content separate from the payloads you send to platforms. A simple internal record might look like this:
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const article = {
id: "article-unique-id",
title: "A practical guide to publishing",
body: "Canonical editorial source content",
summary: "A short description for destination-specific rendering",
coverAsset: { url: "https://example.com/cover.jpg" },
tags: ["publishing", "nodejs"],
intendedPublishAt: "2026-10-20T09:00:00Z",
canonicalSourceUrl: "https://example.com/original-article",
intent: "review-then-publish"
};
The values above are illustrative, not a platform schema. In particular, a destination may require a different body format, image representation, tag set, or scheduling field. Keep those transformations inside the corresponding adapter rather than changing the canonical source to suit one site.
Why use a separate adapter for each platform?
An adapter owns the destination’s authentication, endpoint, content conversion, field mapping, draft or publish controls, response parsing, and error handling. This keeps platform-specific behavior visible and avoids a pretend “universal” API that hides important differences.
WordPress and WordPress.com
The WordPress REST API exchanges JSON and exposes resources for posts, media, categories, and tags. Its post reference includes statuses such as draft, future, publish, pending, and private, plus a featured_media field. Changes to private content require suitable authentication and permissions. See the WordPress REST API Handbook and posts reference.
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WordPress.com also documents authenticated post creation, but it is a distinct API environment from a self-hosted WordPress installation. Follow the relevant account and application’s OAuth-based authentication guidance in the WordPress.com API getting started guide, and test against the actual destination rather than assuming the two environments behave identically.
Ghost
Ghost’s Content API is read-only and serves published content; it is not the interface for importing or publishing articles. Ghost documents a JavaScript client for reading posts, while bringing content into Ghost uses the Admin API. The cited Admin API announcement is not a full current endpoint reference, so confirm authentication and payload details against the documentation for the Ghost version you will use. See the Content API and its JavaScript client documentation.
DEV/Forem
The DEV API documents article creation from Markdown with fields for title, published state, tags, series, image, description, and canonical URL. It uses API-key authorization. The API page identifies itself as beta, version 0.9.7, so verify current behavior before deploying an adapter. Its documentation also says, “All requests must send a user-agent header.” See the DEV API documentation.
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The documented create-article limit is 10 requests per 30 seconds for that endpoint. The API documentation lists response classes including 400, 401, 403, 422, and 429; treat those as different outcomes, not as interchangeable transient errors.
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How should the Node.js orchestration layer coordinate deliveries?
Keep orchestration generic while leaving request details to adapters. The following illustrative outline shows the separation; it is not a ready-to-run implementation because each adapter must supply its own current API contract and authentication logic.
async function publishToDestinations(article, adapters, ledger) {
const results = [];
for (const adapter of adapters) {
const delivery = await ledger.start({
articleId: article.id,
destination: adapter.name
});
try {
const payload = await adapter.render(article);
await adapter.validate(payload);
const remote = await adapter.createDraft(payload);
await ledger.succeed(delivery.id, {
remoteId: remote.id,
remoteUrl: remote.url,
state: "draft"
});
results.push({ destination: adapter.name, state: "draft" });
} catch (error) {
await ledger.fail(delivery.id, {
message: adapter.redactError(error)
});
results.push({ destination: adapter.name, state: "failed" });
}
}
return results;
}
In production, add a per-destination queue or limiter, bounded concurrency, and a deliberate publish step after review. Do not let one adapter’s error abort unrelated deliveries unless your editorial policy explicitly requires an all-or-nothing workflow. A multi-platform batch is normally a collection of independent outcomes.
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How do you make retries safe?
The cited platform references do not establish a shared idempotency key or exactly-once delivery guarantee. A timeout can therefore leave the pipeline unsure whether a remote post was created. Blindly resending may create duplicates.
- Persist the remote post ID and URL as soon as a response provides them.
- On an ambiguous timeout, search or list destination content using a known remote ID, slug, or canonical URL where that destination supports it.
- Retry transient failures with bounded backoff, respecting response headers when available and destination-specific rate limits.
- Do not repeatedly submit an unchanged payload after validation or authorization errors; fix the content or credentials first.
- Keep a delivery state such as queued, draft, published, failed, or needs-reconciliation for each article-destination pair.
These safeguards improve recovery, but they are application-level protections rather than a guarantee from the platforms.
How should drafts, scheduling, and canonical URLs be handled?
Default to drafts when a platform supports them and human review is part of your publishing policy. WordPress documents draft and scheduled states; DEV article creation supports a published state that defaults to false in its documentation. Confirm the current Ghost Admin API’s draft and publication behavior for your target version instead of assuming it matches either platform.
Set a canonical URL only when the article was originally published elsewhere and that attribution matches your syndication plan and the destination’s policy. DEV’s documented article fields include canonical_url; that does not establish identical behavior or fields on WordPress or Ghost. Keep scheduling and canonical URL decisions in destination-specific mapping rules.
What should you test before launch?
- Field mapping: Test how titles, Markdown or HTML, tags, images, summaries, and publication states render for each adapter.
- Validation: Include missing required fields, unavailable images, malformed links, and destination-specific content constraints.
- Authentication: Verify permissions with the actual account and distinguish expired or insufficient credentials from server errors.
- Partial failure: Simulate one destination succeeding while another fails, then confirm the ledger reports both accurately.
- Timeout recovery: Confirm the reconciliation path checks for an existing remote post before retrying.
- Rate limits: Test queuing and retry behavior against each destination’s documented limits; do not apply DEV’s stated create limit to other platforms.
- Review flow: Use drafts or test sites to inspect the rendered destination page before enabling automatic publication.
Keep API credentials in protected environment configuration or a secret manager, restrict access, rotate credentials, and redact authorization headers and tokens from logs. Those are security practices for your pipeline, not features guaranteed by any publishing API.
How to choose the next publishing destination
Before adding a platform, verify the details that affect whether your pipeline can reliably publish and recover there:
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- Whether a supported write API exists and what its current status is.
- How authentication works and what account permissions the credential grants.
- Which body and media formats it accepts.
- Whether it supports drafts, scheduled publication, or immediate publishing.
- Whether it accepts a canonical URL and how that field should be used.
- How clearly it documents validation errors, authorization failures, and rate limits.
- Whether the API lets you find a post after a timeout.
- What editorial, community, or syndication rules apply to the destination.
API contracts change. Verify current documentation and test each adapter against the intended account before relying on automated delivery.
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