Install
openclaw skills install skills-sh:starchild-ai-agent/official-skills/twitterTwitter / X (script-mode) Read-only access to twitterapi.io endpoints. 13 functions covering tweets, users, followers, replies, threads, quotes, articles, and trends. All requests go through sc-proxy via core.httpclient.proxiedget. The TWITTERAPIKEY env var is auto-injected…
openclaw skills install skills-sh:starchild-ai-agent/official-skills/twitterRead-only access to twitterapi.io endpoints. 13 functions covering tweets, users, followers, replies, threads, quotes, articles, and trends.
All requests go through sc-proxy via core.http_client.proxied_get. The
TWITTER_API_KEY env var is auto-injected server-side, no local key needed
on the agent machine.
Standard invocation pattern:
python3 - <<'EOF'
import sys, json
sys.path.insert(0, "/data/workspace/skills/twitter")
from exports import twitter_user_info, twitter_user_tweets
profile = twitter_user_info(username="vitalikbuterin")
print(json.dumps(profile, indent=2))
recent = twitter_user_tweets(username="vitalikbuterin")
print(f"got {len(recent.get('tweets', []))} tweets")
EOF
Tweet ID extraction from URL: the last path segment of any
x.com/{user}/status/{id} or twitter.com/{user}/status/{id} URL is the
tweet ID. Pass it as a string (Python int will lose precision on long IDs).
All 13 functions live in exports.py. Returns are dicts straight from
twitterapi.io — keys vary per endpoint, inspect once before scripting.
| Function | Description |
|---|---|
twitter_search_tweets(query, cursor=None) | Advanced search. Operators: from:user, to:user, #tag, $cashtag, lang:en, has:media, has:links, is:reply, min_faves:N, since:YYYY-MM-DD, until:YYYY-MM-DD. |
twitter_get_tweets(tweet_ids) | Fetch one or more tweets by ID. tweet_ids = list of strings (also accepts comma-string). |
twitter_tweet_replies(tweet_id, cursor=None) | Replies to a tweet. |
twitter_tweet_retweeters(tweet_id, cursor=None) | Users who retweeted. |
twitter_tweet_thread_context(tweet_id) | Full thread context (parents + direct replies). |
twitter_tweet_quote(tweet_id, cursor=None) | Quote tweets. |
twitter_get_article(tweet_id) | Long-form X article body. |
twitter_get_trends(woeid=None, country=None, category=None, limit=None) | Trending topics; all filters optional. |
| Function | Description |
|---|---|
twitter_user_info(username) | Profile: bio, follower/following counts, tweet count, verified. |
twitter_user_tweets(username, cursor=None) | User's recent tweets. |
twitter_user_followers(username, cursor=None) | Follower list. |
twitter_user_followings(username, cursor=None) | Accounts followed. |
twitter_search_users(query, cursor=None) | Search users by name/keyword. |
username is the handle WITHOUT @ (e.g. "elonmusk", not "@elonmusk").
Pagination: when a response includes next_cursor, pass it back as cursor
on the next call.
x.com/... or twitter.com/... URL → start here, NOT web_fetch
(Twitter blocks scrapers).twitter_get_tweets([tweet_id]).twitter_user_tweets.twitter_search_tweets("$SOL min_faves:50").twitter_get_trends.twitterapi.io bills per item actually returned, not per request and NOT by any "max_results" you ask for. sc-proxy charges = returned-item-count × unit (tweets 45 / profiles 54 / followers 45 credits; 100k credits = $1; 3× upstream). Min 1 item per request.
The last_tweets / user_tweets trap: the upstream
/twitter/user/last_tweets endpoint has no page-size parameter — it always
returns up to 20 tweets per page. There is no max_results / pageSize
lever, and twitter_user_tweets() does not accept one. So "I only need 5" still
fetches and bills for ~20. Slicing the result client-side does NOT save
money — the charge is already counted at the proxy from the upstream response.
This is the biggest, most common waste. twitter_user_tweets() (upstream
last_tweets) has no page-size param and always bills a full ~20-tweet
page every call, even when nothing new was posted. The official twitterapi.io
guide recommends the advanced_search endpoint instead, which our skill
already exposes as twitter_search_tweets():
# Cheap polling pattern — bills only the tweets actually in the window.
# When NO new tweet exists, the call is billed as 1 item (not 20).
import time
since = int(last_check_unix)
until = int(time.time())
q = f"from:{handle} include:nativeretweets since_time:{since} until_time:{until}"
res = twitter_search_tweets(q) # queryType defaults to Latest
Official pricing (upstream; our proxy bills 3×):
Per-call cost in our billing makes the difference obvious:
last_tweets → ~$0.009/call (20 tweets every time)advanced_search empty window → ~$0.00045/call (1 item) — ~20× cheaperFrequency vs monthly cost (single account, upstream): hourly $0.11 · 30min $0.22 · 15min $0.43 · 5min $1.30 · 1min $6.48.
get_tweets([ids]) when IDs are known — pay only for those exact
tweets, not a 20-item page.Note: twitterapi.io also sells a managed stream/webhook product. We do NOT subscribe to it — do not use the
/oapi/x_user_stream/*or/oapi/tweet_filter/*endpoints. For any account-monitoring need, the advanced_search polling pattern above is the correct and only approach here.
402 Credits is not enough → upstream proxy credits exhausted; tell user
to top up. Don't retry.429 → rate limited; surface to user, don't auto-retry.404 user not found → suggest verifying the handle spelling.This skill is script-mode (delivery: script). It does NOT register
runtime tools — agent must read_file SKILL.md and call functions via
bash + python3. The legacy tools.py / __init__.py files are kept
for backward compatibility but are no longer the preferred entry point.
Bump rules:
a37f5fb9c090