auto-updater-skill
Automatic skill update management: check for updates, diff, apply, rollback, version tracking
tavily-web-search
Tavily: web search optimized for AI agents, answer synthesis, domain filtering, depth control
Full skill instructions
This skill enables AI agents to perform web searches using Tavily, a service optimized for AI workflows. It synthesizes answers from search results, applies domain filters, and controls search depth to deliver relevant, concise information without overwhelming the agent.
Use this skill when you need real-time web data, such as fetching current news, verifying facts, or gathering research. Apply it in scenarios where standard search engines are too verbose, like synthesizing answers for user queries, filtering results to specific domains (e.g., .edu sites), or limiting depth for quick responses. Avoid it for internal data access or when offline sources suffice.
search_depth parameter (e.g., 0 for shallow, 5 for deep).include_domains flag; example: include_domains=["wikipedia.org"].max_results (1-10) to control result volume; higher values increase detail but raise costs.query string and api_key for authentication.Always initialize with an API key via environment variable $TAVILY_API_KEY. For basic searches, construct a query object and call the API endpoint. Use in loops for iterative refinement, e.g., refine queries based on initial results. Pattern: Set up auth, build query with filters, execute search, then parse and synthesize the response. For agent workflows, integrate as a subtool in multi-step processes, ensuring error checks between calls.
Tavily uses a REST API endpoint: https://api.tavily.com/search. Authentication requires setting $TAVILY_API_KEY in your environment.
Example CLI curl command:
curl -H "Content-Type: application/json" \
-H "X-Api-Key: $TAVILY_API_KEY" \
https://api.tavily.com/search -d '{"query": "latest AI news", "max_results": 3}'
Python code snippet for API call:
import requests
api_key = os.environ.get('TAVILY_API_KEY')
response = requests.post('https://api.tavily.com/search', headers={'X-Api-Key': api_key}, json={'query': 'climate change effects', 'include_domains': ['nytimes.com']})
results = response.json()['results']
Common flags/parameters:
query: String, required; e.g., "OpenAI updates".max_results: Integer (1-10); controls depth, e.g., 5 for balanced results.include_domains: Array of strings; e.g., ["bbc.com", "cnn.com"] for news sites.exclude_domains: Array; e.g., ["socialmedia.com"] to avoid certain sites.To integrate, first obtain a Tavily API key from their dashboard and set it as $TAVILY_API_KEY. In code, import necessary libraries (e.g., requests in Python) and handle the API response as JSON. For OpenClaw agents, add this skill to your toolset by referencing the ID "tavily-web-search" in your agent config, like: tools: ["tavily-web-search"]. Config format example in YAML:
tools:
- id: tavily-web-search
config:
api_key_env: TAVILY_API_KEY
default_params:
max_results: 3
Ensure your agent checks for key availability before calling; if missing, prompt the user. Test integrations in a sandbox environment to verify response formats.
Common errors include 401 (unauthorized) for invalid API keys, 429 (rate limit exceeded), and 400 (bad request for invalid parameters). To handle: Check response status code before parsing; if 401, log "API key error: Set $TAVILY_API_KEY" and retry after user input. For 429, implement exponential backoff (e.g., wait 5 seconds then retry). Validate inputs beforehand, e.g., ensure query is not empty. Example error check in code:
if response.status_code == 401:
raise ValueError("Authentication failed; ensure $TAVILY_API_KEY is set")
elif response.status_code >= 400:
print(f"Error: {response.json().get('error')}")
include_domains=["reuters.com"] and max_results=2. Then, synthesize the response to extract key facts, e.g., in code: synthesized_answer = summarize_results(results).search_depth=3. Parse results to filter for dates or sources, then use in an agent response: "Based on Tavily search, key trends include...".Automatic skill update management: check for updates, diff, apply, rollback, version tracking
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