Fast-agent enables operations teams to define, prompt, and test MCP-enabled agents and workflows. It connects to Claude and integrates with Python-based systems. Ideal for automating repetitive tasks and streamlining operations.
git clone https://github.com/evalstate/fast-agent.githttps://fast-agent.ai
[{"step":"Define the agent's purpose and rules","action":"Use the prompt template to specify the agent's name, task, and rules. Replace [AGENT_NAME], [TASK], and [RULE_1/2/3] with your specific requirements. For example, automate order processing with rules like 'validate customer data,' 'check inventory,' and 'generate shipping label.'","tip":"Be specific with rules to avoid ambiguous behavior. Test edge cases during definition."},{"step":"Provide sample inputs for testing","action":"Include 2-3 sample inputs in the prompt. These should cover typical cases, edge cases, and potential errors. For example, if testing a data validation agent, include valid data, malformed data, and missing fields.","tip":"Use real-world data snippets from your systems to ensure relevance. Include both happy paths and failure scenarios."},{"step":"Execute the agent in your MCP-enabled environment","action":"Run the agent in your local or staging environment using your MCP server (e.g., `mcp-server-shopify` or `mcp-server-sap`). Use tools like `fast-agent` CLI or integrate with Python scripts for automation.","tip":"Start with a small subset of data to validate the agent's behavior before scaling up."},{"step":"Analyze performance and iterate","action":"Review the agent's output for success rate, errors, and suggested improvements. Adjust rules, retry logic, or error handling based on the results. Repeat testing until the agent meets your requirements.","tip":"Log all agent executions and errors to track performance over time. Use tools like Prometheus or Grafana for monitoring if available."},{"step":"Deploy and monitor","action":"Deploy the agent to production once testing is complete. Set up alerts for failures or performance degradation. Schedule periodic reviews to ensure the agent remains effective as systems evolve.","tip":"Document the agent's purpose, rules, and dependencies for future reference. Include contact information for the agent's owner in case of issues."}]
Automate data analysis tasks by creating agents that summarize and interpret data from various sources.
Develop chatbots that can interact with users in real-time, providing responses based on predefined instructions.
Integrate multiple agents into a workflow to handle complex processes, such as fetching data and generating reports.
Create a research assistant agent that can evaluate and optimize workflows based on user input.
No install command available. Check the GitHub repository for manual installation instructions.
git clone https://github.com/evalstate/fast-agentCopy the install command above and run it in your terminal.
Launch Claude Code, Cursor, or your preferred AI coding agent.
Use the prompt template or examples below to test the skill.
Adapt the skill to your specific use case and workflow.
Define an MCP-enabled agent using [AGENT_NAME] to automate [TASK]. The agent should follow these rules: [RULE_1], [RULE_2], and [RULE_3]. Test the agent with sample inputs: [INPUT_1], [INPUT_2]. Provide a summary of the agent's performance, including success rate, errors, and suggested improvements.
### Agent Definition: Inventory Sync Agent
**Agent Name:** `inventory_sync_agent`
**Task:** Automate daily inventory reconciliation between Shopify and SAP systems.
**Rules:**
1. Fetch inventory levels from Shopify API every 24 hours at 2 AM UTC.
2. Cross-reference with SAP stock levels via MCP server.
3. Flag discrepancies >5 units for manual review.
4. Generate a summary report in CSV format for the ops team.
**Sample Inputs:**
- Shopify API response (truncated): `{"products":[{"id":101,"inventory_quantity":150},{"id":102,"inventory_quantity":75}]}`
- SAP API response (truncated): `{"items":[{"material":101,"stock":145},{"material":102,"stock":80}]}`
### Agent Performance Summary
**Execution Time:** 4.2 seconds (avg. over 5 runs)
**Success Rate:** 98% (1 failure due to SAP API timeout)
**Errors Encountered:**
- 1 timeout error (retry logic added; now handles 99.9% of timeouts)
- 2 false positives (threshold adjusted from 3 to 5 units)
**Output:**
```csv
Product_ID,Shopify_Stock,SAP_Stock,Discrepancy,Status
101,150,145,5,Flagged
102,75,80,-5,OK
```
**Suggested Improvements:**
1. Add Slack notification for flagged discrepancies.
2. Implement caching for SAP API calls to reduce latency.
3. Log all API errors to a dedicated monitoring dashboard.
**Next Steps:**
- Deploy to staging environment for 48-hour stress test.
- Schedule a review with the SAP integration team to optimize API performance.Cloud ETL platform for non-technical data integration
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