install
source · Clone the upstream repo
git clone https://github.com/ComeOnOliver/skillshub
Claude Code · Install into ~/.claude/skills/
T=$(mktemp -d) && git clone --depth=1 https://github.com/ComeOnOliver/skillshub "$T" && mkdir -p ~/.claude/skills && cp -r "$T/skills/microsoft/skills/agent-framework" ~/.claude/skills/comeonoliver-skillshub-agent-framework-193281 && rm -rf "$T"
manifest:
skills/microsoft/skills/agent-framework/SKILL.mdsource content
Create Agent with Microsoft Agent Framework
Build AI agents, agentic apps, and multi-agent workflows using Microsoft Agent Framework SDK.
Quick Reference
| Property | Value |
|---|---|
| SDK | Microsoft Agent Framework (Python) |
| Patterns | Single Agent, Multi-Agent Workflow |
| Server | Azure AI Agent Server SDK (HTTP) |
| Debug | AI Toolkit Agent Inspector + VSCode |
| Best For | Enterprise agents with type safety, checkpointing, orchestration |
When to Use This Skill
Use when the user wants to:
- Create a new AI agent or agentic application
- Scaffold an agent with tools (MCP, function calling)
- Build multi-agent workflows with orchestration patterns
- Add HTTP server mode to an existing agent
- Configure F5/debug support for VSCode
Defaults
- Language: Python
- SDK: Microsoft Agent Framework (pin version
)1.0.0b260107 - Server: HTTP via Azure AI Agent Server SDK
- Environment: Virtual environment (create or detect existing)
References
| Topic | File | Description |
|---|---|---|
| Server Pattern | references/agent-as-server.md | HTTP server wrapping (production) |
| Debug Setup | references/debug-setup.md | VS Code configs for Agent Inspector |
| Agent Samples | references/agent-samples.md | Single agent, tools, MCP, threads |
| Workflow Basics | references/workflow-basics.md | Executor types, handler signatures, edges, WorkflowBuilder — start here for any workflow |
| Workflow Agents | references/workflow-agents.md | Agents as executor nodes, linear pipeline, run_stream event consumption |
| Workflow Foundry | references/workflow-foundry.md | Foundry agents with bidirectional edges, loop control, register_executor factories |
💡 Tip: For advanced patterns (Reflection, Switch-Case, Fan-out/Fan-in, Loop, Human-in-Loop), search
on GitHub.microsoft/agent-framework
MCP Tools
This skill delegates to
microsoft-foundry MCP tools for model and project operations:
| Tool | Purpose |
|---|---|
| Browse model catalog for selection |
| List deployed models for selection |
| Get project endpoint |
Creation Workflow
- Gather context (read agent-as-server.md + debug-setup.md + code samples)
- Select model & configure environment
- Implement agent/workflow code + HTTP server mode +
configs.vscode/ - Install dependencies (venv + requirements.txt)
- Verify startup (Run-Fix loop)
- Documentation
Step 1: Gather Context
Read reference files based on user's request:
Always read these references:
- Server pattern: agent-as-server.md (required — HTTP server is the default)
- Debug setup: debug-setup.md (required — always generate
configs).vscode/
Read the relevant code sample:
- Code samples: agent-samples.md, workflow-basics.md, workflow-agents.md, or workflow-foundry.md
Model Selection: Use
microsoft-foundry skill's model catalog to help user select and deploy a model.
Recommended: Search
microsoft/agent-framework on GitHub for advanced patterns.
Step 2: Select Model & Configure Environment
Decide on the model BEFORE coding.
If user hasn't specified a model, use
microsoft-foundry skill to list deployed models or help deploy one.
ALWAYS create/update
file:.env
FOUNDRY_PROJECT_ENDPOINT=<project-endpoint> FOUNDRY_MODEL_DEPLOYMENT_NAME=<model-deployment-name>
- Standard flow: Populate with real values from user's Foundry project
- Deferred Config: Use placeholders, remind user to update before running
Step 3: Implement Code
All three are required by default:
- Agent/Workflow code: Use gathered context to structure the agent or workflow
- HTTP Server mode: Wrap with Agent-as-Server pattern from
— this is the default entry pointagent-as-server.md - Debug configs: Generate
and.vscode/launch.json
using templates from.vscode/tasks.jsondebug-setup.md
⚠️ Warning: Only skip server mode or debug configs if the user explicitly requests a "minimal" or "no server" setup.
Step 4: Install Dependencies
- Generate/update
requirements.txt
# pin version to avoid breaking changes # agent framework agent-framework-azure-ai==1.0.0b260107 agent-framework-core==1.0.0b260107 # agent server (for HTTP server mode) azure-ai-agentserver-core==1.0.0b10 azure-ai-agentserver-agentframework==1.0.0b10 # debugging support debugpy agent-dev-cli
- Use a virtual environment to avoid polluting the global Python installation
⚠️ Warning: Never use bare
orpython— always use the venv-activated versions or full paths (e.g.,pip)..venv/bin/pip
Step 5: Verify Startup (Run-Fix Loop)
Enter a run-fix loop until no startup errors:
- Run the main entrypoint using the venv's Python (e.g.,
on Windows,.venv/Scripts/python main.py
on macOS/Linux).venv/bin/python main.py - If startup fails: Fix error → Rerun
- If startup succeeds: Stop server immediately
Guardrails:
- ✅ Perform real run to catch startup errors
- ✅ Cleanup after verification (stop HTTP server)
- ✅ Ignore environment/auth/connection/timeout errors
- ❌ Don't wait for user input
- ❌ Don't create separate test scripts
- ❌ Don't mock configuration
Step 6: Documentation
Create/update
README.md with setup instructions and usage examples.
Error Handling
| Error | Cause | Resolution |
|---|---|---|
| Missing SDK | Run in venv |
not found | Wrong SDK version | Pin to (breaking rename in newer versions) |
| Agent name validation error | Invalid characters | Use alphanumeric + hyphens, start/end with alphanumeric, max 63 chars |
| Async credential error | Wrong import | Use (not ) |