Rover MCP Server

# 🎯 Test Queries for Integrated MCP Servers (Rover + JIRA) ## Overview These 15 queries demonstrate the analytical capabilities of your **dual MCP server setup** - combining rover group data with real JIRA project data from Snowflake. This integration provides powerful insights across team structure, project activity, and organizational intelligence. ## 🔧 **MCP Server Configuration** - **Rover MCP**: Red Hat internal groups, team structure, access management - **JIRA MCP Snowflake**: Real JIRA project data, issue tracking, project analytics - **Integration Power**: Cross-correlate team membership with actual project work --- # 🏢 **ROVER-ONLY QUERIES** (Team Structure & Access) ## 1. 👥 **Team Structure Discovery** ``` "Who are the members of the sp-ai-support-chatbot team and what are their roles?" ``` **MCP Server**: Rover **Tools Used**: `rover_group` **Expected Output**: Team member list, group description, admin vs regular member distinction **Business Value**: Quick team discovery for new projects or escalations --- ## 2. 🔗 **Multi-Group Member Analysis** ``` "Show me detailed profiles for ggeorgie and mboy, including their group memberships and risk levels" ``` **MCP Server**: Rover **Tools Used**: `get_detailed_person_profile`, `get_comprehensive_member_profile` **Expected Output**: Comprehensive profiles with rover groups, access levels, recommendations **Business Value**: Access review and security assessment --- ## 3. 📈 **Team Comparison Analysis** ``` "Compare the team structure and access patterns between sp-ai-support-chatbot and sp-resilience-team groups" ``` **MCP Server**: Rover **Tools Used**: `rover_group` + comparison analysis **Expected Output**: Side-by-side team comparison, access pattern analysis **Business Value**: Organizational structure optimization --- # 📊 **JIRA-ONLY QUERIES** (Project & Issue Analysis) ## 4. 🎯 **Project Portfolio Analysis** ``` "Show me all JIRA projects and give me a summary of their current status and activity levels" ``` **MCP Server**: JIRA Snowflake **Tools Used**: `get_jira_project_summary` **Expected Output**: Complete project landscape with metrics and activity indicators **Business Value**: Executive overview of all active initiatives --- ## 5. 🔍 **Issue Search & Analysis** ``` "Find all JIRA issues related to 'AI' or 'chatbot' and analyze their current status" ``` **MCP Server**: JIRA Snowflake **Tools Used**: `list_jira_issues` **Expected Output**: Filtered issue list with status analysis and trends **Business Value**: Technology-specific work tracking and progress monitoring --- ## 6. 📋 **Component Analysis** ``` "List all JIRA components and identify which ones might be related to platform engineering" ``` **MCP Server**: JIRA Snowflake **Tools Used**: `list_jira_components` **Expected Output**: Component inventory with platform engineering categorization **Business Value**: Technical architecture understanding and component ownership --- # 🤝 **INTEGRATED QUERIES** (Rover + JIRA Combined Power) ## 7. 🔍 **Individual Expertise with Real Project Data** ``` "Give me a comprehensive profile of ggeorgie including their rover group memberships AND their actual JIRA project involvement" ``` **MCP Servers**: Rover + JIRA Snowflake **Tools Used**: `get_comprehensive_member_profile` + `list_jira_issues(search_text='ggeorgie')` **Expected Output**: Complete individual analysis with group access and real project work **Business Value**: True understanding of individual capabilities and current contributions --- ## 8. 🏢 **Team Activity with Real Data** ``` "Analyze the sp-ai-support-chatbot team structure and correlate it with actual JIRA issues they're working on" ``` **MCP Servers**: Rover + JIRA Snowflake **Tools Used**: `rover_group` + `list_jira_issues` for each member **Expected Output**: Team structure mapped to real project activity and workload distribution **Business Value**: Accurate team effectiveness assessment with real work data --- ## 9. 🎯 **Expert Discovery with Project Context** ``` "Who should I contact for AI/ML platform questions? Show me both their rover group roles AND their recent JIRA work" ``` **MCP Servers**: Rover + JIRA Snowflake **Tools Used**: `rover_group` + `get_comprehensive_member_profile` + `list_jira_issues` **Expected Output**: Expert recommendations with both access rights and proven project experience **Business Value**: Rapid expert identification with verified current involvement --- ## 10. 📊 **Cross-Team Project Collaboration** ``` "Find all JIRA projects that involve members from both sp-ai-support-chatbot and sp-resilience-team groups" ``` **MCP Servers**: Rover + JIRA Snowflake **Tools Used**: `rover_group` for both teams + `list_jira_issues` cross-referenced **Expected Output**: Cross-team collaboration analysis with shared project identification **Business Value**: Understanding inter-team dependencies and collaboration patterns --- # 🔬 **ADVANCED INTEGRATED ANALYSIS** ## 11. 📊 **Comprehensive Team Audit with Real Activity** ``` "Perform a complete audit of the sp-ai-support-chatbot team: group structure, member access levels, and current JIRA project involvement" ``` **MCP Servers**: Rover + JIRA Snowflake **Tools Used**: `rover_group` + `get_detailed_person_profile` + `list_jira_issues` for all members **Expected Output**: Complete team audit with security assessment and real work verification **Business Value**: Comprehensive team review for compliance and optimization --- ## 12. 🎪 **Executive Dashboard with Real Data** ``` "Create an executive summary combining team structures from rover groups with current project portfolio from JIRA" ``` **MCP Servers**: Rover + JIRA Snowflake **Tools Used**: `rover_group` + `get_jira_project_summary` + cross-correlation analysis **Expected Output**: Executive dashboard with organizational structure and active project status **Business Value**: Leadership visibility into team organization and project health --- ## 13. 🔍 **Issue Escalation Path Analysis** ``` "For critical JIRA issues, show me the escalation path through rover group ownership and admin structures" ``` **MCP Servers**: Rover + JIRA Snowflake **Tools Used**: `list_jira_issues` (high priority) + `rover_group` ownership mapping **Expected Output**: Clear escalation matrix with contact paths for critical issues **Business Value**: Incident response optimization and accountability clarity --- ## 14. 📈 **Organizational Health Assessment** ``` "Analyze both rover group activity and JIRA project health to identify teams that need attention or support" ``` **MCP Servers**: Rover + JIRA Snowflake **Tools Used**: `correlate_rover_groups_with_jira` + `list_jira_issues` trend analysis **Expected Output**: Health score for teams with recommendations for intervention or support **Business Value**: Proactive organizational management and resource allocation --- ## 15. 🚀 **Strategic Planning Intelligence** ``` "Identify emerging project themes in JIRA and correlate them with current team capabilities in rover groups" ``` **MCP Servers**: Rover + JIRA Snowflake **Tools Used**: `list_jira_issues` pattern analysis + `rover_group` capability mapping **Expected Output**: Strategic insights on project trends vs. current organizational capabilities **Business Value**: Strategic planning and capability gap identification --- ## 16. **Hackathot Team Collaboration** ``` Corelate between rover and jira for following people dgregor, dhshah, ggeorgie, rajkumar, npotluri, and show us the extensive information about them ``` **MCP Servers**: Rover + JIRA Snowflake **Tools Used**: `list_jira_issues` pattern analysis + `get_detailed_person_profile` capability mapping **Expected Output**: Strategic insights on team collaboration vs. current organizational capabilities **Business Value**: Strategic planning and capability gap identification --- ## 🚀 How to Use These Integrated Queries ### In Cursor Environment (Recommended): 1. **Natural Language**: Ask these questions directly to Claude in Cursor 2. **Automatic Integration**: Claude intelligently combines data from both MCP servers 3. **Rich Analysis**: Get comprehensive insights combining team structure + real project data 4. **Professional Output**: Receive management-ready reports and analysis ### MCP Server Auto-Selection: Claude automatically determines which MCP servers to use based on your query: - **Rover queries** → Uses local rover MCP server - **JIRA queries** → Uses JIRA Snowflake MCP server - **Integrated queries** → Uses both servers and correlates data ### Command Line Testing: ```bash # Test rover server python demo_analytical_showcase.py # Test individual rover tools python -c " import asyncio from mcp_server import rover_group result = asyncio.run(rover_group('sp-ai-support-chatbot')) print(result) " # JIRA server testing happens automatically through Claude in Cursor ``` ### Example Integrated Query Flow: ``` You: "Give me dhshah's profile including both rover groups AND actual JIRA work" Claude: 1. Calls rover MCP: get_comprehensive_member_profile('dhshah') 2. Calls JIRA MCP: list_jira_issues(search_text='dhshah') 3. Correlates the data to show group access + real project involvement 4. Provides unified analysis with actionable insights ``` --- ## 🎯 Query Categories & Complexity Levels | **Category** | **Queries** | **MCP Servers** | **Business Impact** | |--------------|-------------|----------------|-------------------| | 🏢 **Rover Structure** | 1, 2, 3 | Rover only | Team organization, access control | | 📊 **JIRA Projects** | 4, 5, 6 | JIRA only | Project visibility, issue tracking | | 🤝 **Basic Integration** | 7, 8, 9, 10 | Both servers | Real team-project correlation | | 🔬 **Advanced Analysis** | 11, 12, 13, 14, 15 | Both + complex logic | Strategic intelligence, executive insights | ### **Complexity Progression:** - **🟢 Beginner (1-6)**: Single server queries for specific data - **🟡 Intermediate (7-10)**: Cross-server correlation and basic integration - **🔴 Advanced (11-15)**: Multi-server analysis with strategic insights --- ## 💡 Pro Tips for Integrated Analysis 1. **🟢 Start Simple**: Begin with queries 1-6 to understand each MCP server's capabilities 2. **🟡 Progress to Integration**: Try queries 7-10 to see the power of combined data 3. **🔴 Advanced Insights**: Use queries 11-15 for strategic analysis and executive reporting 4. **🔄 Natural Language**: Ask conversationally - Claude handles all MCP server coordination 5. **📊 Real Data Advantage**: Rover provides team structure, JIRA provides actual work - combined they show the complete picture 6. **🔍 Follow-up Deep Dives**: After getting overview results, ask for specific member or project details 7. **⚡ Auto-Detection**: Claude automatically determines which servers to use based on your question 8. **🎯 Context Matters**: Mention both "team structure" and "project work" to trigger integrated analysis ### **Example Escalation Pattern:** ``` 1. Start: "Who's in the AI chatbot team?" (Rover only) 2. Expand: "What projects are they working on?" (JIRA only) 3. Integrate: "Show me their team structure AND current project work" (Both servers) 4. Analyze: "Give me a complete team effectiveness assessment" (Advanced integration) ``` These 15 queries demonstrate the **revolutionary power** of combining organizational intelligence with real project data - transforming how you understand and manage teams!