MS-Agent is a lightweight framework that enables autonomous exploration for agents in complex task scenarios. It benefits operations teams by automating research, code generation, and chatbot interactions. The framework connects to Python-based workflows and supports agents like Claude.
git clone https://github.com/modelscope/ms-agent.githttps://ms-agent-en.readthedocs.io
[{"step":"Define the task clearly. Use the prompt template to specify the goal (e.g., 'Automate X using Y') and include any input data or context (e.g., URLs, datasets, or constraints).","tip":"Be specific about the expected output format (e.g., report, code, or dataset). Include constraints like rate limits or tool preferences (e.g., 'Use Selenium for dynamic content')."},{"step":"Run the MS-Agent framework in your environment. Ensure Python and required libraries (e.g., `requests`, `selenium`, `beautifulsoup4`) are installed. Use a command like: `ms-agent --task \"[TASK_DESCRIPTION]\" --input [INPUT_DATA]`","tip":"For complex tasks, break the goal into smaller sub-tasks and run MS-Agent iteratively. Monitor logs for errors or warnings."},{"step":"Review the generated output. Verify the results against your expectations (e.g., check code functionality, data completeness). Use the output to refine the task or adjust parameters.","tip":"If the output is incomplete, add more context to the prompt (e.g., 'Include error handling for HTTP 500 errors') or re-run with adjusted parameters."},{"step":"Integrate the results into your workflow. For example, deploy the generated script, use the report in a dashboard, or feed the data into another tool.","tip":"Document the MS-Agent process for reproducibility. Save the prompt, output, and any generated files (e.g., code, reports) in a shared workspace."},{"step":"Iterate if needed. Use MS-Agent to refine the solution based on feedback or new requirements (e.g., 'Optimize the script for faster execution').","tip":"Track changes between iterations (e.g., using Git) to identify improvements or regressions."}]
Automate code generation tasks for software development projects.
Facilitate data analysis by enabling agents to autonomously gather and process information.
Implement multi-agent systems for collaborative problem-solving in complex scenarios.
Utilize memory features to build agents that can retain context and improve decision-making over time.
No install command available. Check the GitHub repository for manual installation instructions.
git clone https://github.com/modelscope/ms-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.
Use the MS-Agent framework to autonomously explore and solve the task: '[TASK_DESCRIPTION]'. Generate a step-by-step plan, execute exploratory actions (e.g., research, code generation, or chatbot interactions), and document findings in a structured report. Include [INPUT_DATA] or [CONTEXT] if provided. Ensure the output is actionable and includes next steps or recommendations.
### MS-Agent Task Execution Report **Task:** Automate the generation of a Python script to scrape and analyze customer feedback from [WEBSITE_URL] for sentiment trends. **Step 1: Initial Exploration** - MS-Agent identified the target website ([WEBSITE_URL]) and confirmed the need for web scraping due to the lack of a public API. - Detected potential challenges: dynamic content loading, CAPTCHAs, and rate-limiting. **Step 2: Research & Code Generation** - Generated a Python script using `requests` and `BeautifulSoup` for static content extraction. - Identified `selenium` as a fallback for dynamic content (e.g., JavaScript-rendered reviews). - Included error handling for HTTP 429 (rate-limiting) and CAPTCHA detection. **Step 3: Execution & Validation** - Tested the script on a sample of 50 reviews. Successfully extracted 47 reviews (94% success rate). - Detected 3 CAPTCHA challenges, triggering the Selenium fallback. All reviews were extracted. - Sentiment analysis using `TextBlob` revealed: 62% positive, 23% neutral, 15% negative. **Step 4: Output & Recommendations** - Generated a CSV report (`feedback_analysis_20240515.csv`) with columns: `review_id`, `text`, `sentiment_score`, `timestamp`. - Recommended next steps: 1. Deploy the script on a cloud server (e.g., AWS Lambda) for scheduled execution. 2. Implement a CAPTCHA-solving service (e.g., 2Captcha) for higher reliability. 3. Expand sentiment analysis to include emoji detection for nuanced feedback. **Attachments:** - `feedback_scraper.py` (Python script) - `feedback_analysis_20240515.csv` (sample output) **Confidence Level:** High (validated on sample data).
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