This skill provides a social media content scraping and monitoring workflow. It offers two usage modes:
pip install requests
| File | Purpose |
|------|---------|
| prompt.txt | LLM system prompt for the Processor node |
| sources.json | List of monitored accounts and fetch intervals (pipeline mode) |
| input_urls.txt | Manually entered post URLs (one per line, # for comments) |
| seen_ids.json | Deduplication cache for seen post IDs (pipeline mode only) |
| pending_tweets.json | Queue of unprocessed posts from the Watcher |
| drafts.json | LLM-distilled drafts from the Processor |
| archive.json | Archived history records |
| Variable | Description | Default |
|----------|-------------|---------|
| LLM_API_KEY | LLM API key (required) | None |
| LLM_BASE_URL | API endpoint | https://api.openai.com/v1 |
| LLM_MODEL | Model name | gpt-4o-mini |
When a user sends a social media post link and asks you to "read and discuss" or "generate a quality reply", call fetcher.py directly — do NOT use run_pipeline.py.
run_pipeline.py triggers deduplication cache, fixed LLM distillation, and browser popups, which are unsuitable for interactive scenarios.
import sys
skill_dir = r"d:\AIWareTop\Agent\openclaw-skills\social-reader"
if skill_dir not in sys.path:
sys.path.append(skill_dir)
from fetcher import get_tweet
result = get_tweet("https://x.com/user/status/123456")
if result.get("success"):
content = result["content"]
# Now you can discuss the content with the user or generate a reply
get_tweet() Return Structure
{
"source": "fxtwitter",
"success": true,
"type": "tweet",
"content": {
"text": "Post body text",
"author": "Display name",
"username": "Username handle",
"created_at": "Publish time",
"likes": 123,
"retweets": 45,
"views": 6789,
"replies": 10,
"media": ["image_url_1", "image_url_2"]
}
}
When type is "article" (long-form post), content additionally contains:
title: Article title
preview: Preview text
full_text: Full article body (Markdown format)
cover_image: Cover image URL
This call is completely stateless — it writes no cache files and triggers no notification services.
Use run_pipeline.py to chain Watcher → Processor → Action nodes. Suitable for scheduled tasks or batch processing.
watcher.py)
input_urls.txt or sources.json, deduplicates via seen_ids.json, writes new posts to pending_tweets.json.
processor.py)
pending_tweets.json, calls LLM to generate commentary, outputs to drafts.json.
LLM_API_KEY environment variable.
notifier.py)
# Full pipeline
python run_pipeline.py
# Specific URL
python run_pipeline.py https://x.com/elonmusk/status/123456
# Single node execution
python run_pipeline.py --watch-only
python run_pipeline.py --process-only
python run_pipeline.py --notify-only
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