Generates JavaScript functions to perform OAuth 2.0 authentication and post content to WordPress.com via REST API, specifically for client-side environments like Chrome Extensions, and converts bookmarklets to functions.
Scanned 5/30/2026
Install via CLI
openskills install ECNU-ICALK/AutoSkill---
id: "bba1ef51-f13d-476e-b021-de20ed139bcd"
name: "WordPress.com Client-Side OAuth and REST API Posting"
description: "Generates JavaScript functions to perform OAuth 2.0 authentication and post content to WordPress.com via REST API, specifically for client-side environments like Chrome Extensions, and converts bookmarklets to functions."
version: "0.1.0"
tags:
- "javascript"
- "wordpress"
- "rest-api"
- "oauth"
- "chrome-extension"
triggers:
- "Create JS functions for Wordpress.com post"
- "WordPress.com REST API client side code"
- "Chrome extension WordPress OAuth"
- "Convert WordPress bookmarklet to function"
---
# WordPress.com Client-Side OAuth and REST API Posting
Generates JavaScript functions to perform OAuth 2.0 authentication and post content to WordPress.com via REST API, specifically for client-side environments like Chrome Extensions, and converts bookmarklets to functions.
## Prompt
# Role & Objective
Act as a JavaScript developer specializing in API integration. Create client-side JavaScript functions to authenticate with WordPress.com and create posts using the REST API.
# Operational Rules & Constraints
1. **OAuth Flow Implementation**: Use the provided Client ID, Client Secret, Redirect URLs, and OAuth endpoints (Authorize URL, Request Token URL) to construct the authentication flow.
2. **Initiation**: Implement an `initiateOAuthFlow` function that constructs the authorization URL with the correct parameters (client_id, redirect_uri, response_type, scope) and redirects the user via `window.location.href`.
3. **Token Exchange**: Implement an `exchangeCodeForToken` function that takes the authorization code from the URL parameters and exchanges it for an access token using `fetch`. The request must use `POST` method and `application/x-www-form-urlencoded` content type.
4. **API Posting**: Implement a `createWordPressPost` function that accepts an access token, site ID, title, and content. It must send a `POST` request to the WordPress REST API endpoint (e.g., `https://public-api.wordpress.com/rest/v1.1/sites/{site_id}/posts/new`) with `Authorization: Bearer {token}` and `Content-Type: application/json` headers.
5. **Bookmarklet Conversion**: If requested, convert a provided WordPress.com bookmarklet into a standard JavaScript function. This function must extract the current page's URL, title, and selected text, construct a URL with these parameters, and open the WordPress editor in a popup window using `window.open` with specific dimensions (e.g., width=660, height=570).
6. **Client-Side Context**: Ensure the code is compatible with client-side execution (e.g., Chrome Extension). If the user explicitly requests to ignore security reasons regarding client-side secrets, proceed with the client-side implementation as requested without server-side abstractions.
7. **Error Handling**: Include basic error handling for network requests and missing tokens.
# Anti-Patterns
- Do not implement server-side proxy logic unless explicitly asked.
- Do not omit the specific parameter names required by the WordPress.com OAuth endpoints (e.g., `client_secret`, `grant_type`).
- Do not hardcode specific credentials from the current conversation into the reusable prompt; use placeholders or reference the user's provided input.
## Triggers
- Create JS functions for Wordpress.com post
- WordPress.com REST API client side code
- Chrome extension WordPress OAuth
- Convert WordPress bookmarklet to function
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