Udemy - MCP and A2A in Python - The Agent Protocol Course

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Udemy - MCP and A2A in Python - The Agent Protocol Course (Size: 1006.2 MB)
  Bonus Resources.txt 102.4 B
  Get Bonus Downloads Here.url 204.8 B
  ~Get Your Files Here !
  1 - Protocol Foundations
  1. Important notes before you start.html 15.5 KB
  2 - Agent-to-Agent Protocol
  10. A2A Core Concepts — Agent Cards and Capabilities (Description).html 1.2 KB
  10. A2A Core Concepts — Agent Cards and Capabilities.mp4 24.1 MB
  10. lecture-09.pdf 143.8 KB
  11. Task Lifecycle — Submitted, Working, Completed, Failed (Description).html 1.2 KB
  11. Task Lifecycle — Submitted, Working, Completed, Failed.mp4 23.6 MB
  11. lecture-10.pdf 167.6 KB
  12. Communication Patterns — JSON-RPC, HTTP+JSON, gRPC (Description).html 1.2 KB
  12. Communication Patterns — JSON-RPC, HTTP+JSON, gRPC.mp4 11.8 MB
  12. lecture-11.pdf 139.8 KB
  13. A2A SDK Installation and Project Setup (Description).html 1.2 KB
  13. A2A SDK Installation and Project Setup.mp4 35.8 MB
  13. lecture-12.pdf 189.3 KB
  14. Building a Minimal A2A Agent Server (Description).html 1.3 KB
  14. Building a Minimal A2A Agent Server.mp4 46.2 MB
  14. lecture-13.pdf 155.7 KB
  15. Discovering and invoking remote agents (Description).html 1.1 KB
  15. Discovering and invoking remote agents.mp4 21.1 MB
  15. lecture-14.pdf 156.6 KB
  3 - Synchronous Integrations
  16. Sync integration design request-response contracts (Description).html 1.2 KB
  16. Sync integration design request-response contracts.mp4 30.2 MB
  16. lecture-15.pdf 137.2 KB
  17. MCP tool invocation with structured output (Description).html 1.2 KB
  17. MCP tool invocation with structured output.mp4 26.4 MB
  17. lecture-16.pdf 134 KB
  18. A2A synchronous task submission and polling (Description).html 1.1 KB
  18. A2A synchronous task submission and polling.mp4 12.3 MB
  18. lecture-17.pdf 136.1 KB
  19. Error Handling and Timeout Strategies (Description).html 1.1 KB
  19. Error Handling and Timeout Strategies.mp4 23.1 MB
  19. lecture-18.pdf 152.5 KB
  20. Input Validation with Pydantic Models (Description).html 1.1 KB
  20. Input Validation with Pydantic Models.mp4 42.9 MB
  20. lecture-19.pdf 175.3 KB
  21. Lab weather service with MCP tool + A2A agent (Description).html 1.3 KB
  21. Lab weather service with MCP tool + A2A agent.mp4 26.8 MB
  21. lecture-20.pdf 131.3 KB
  4 - Asynchronous Patterns
  22. Why async streaming, long tasks, and event-driven agents (Description).html 1.2 KB
  22. Why async streaming, long tasks, and event-driven agents.mp4 11.8 MB
  22. lecture-21.pdf 137.6 KB
  23. MCP async tools with progress reporting (Description).html 1.1 KB
  23. MCP async tools with progress reporting.mp4 30.2 MB
  23. lecture-22.pdf 150.2 KB
  24. A2A streaming responses with Server-Sent Events (Description).html 1.1 KB
  24. A2A streaming responses with Server-Sent Events.mp4 12.9 MB
  24. lecture-23.pdf 190.4 KB
  25. Callback patterns and task status subscriptions (Description).html 1.2 KB
  25. Callback patterns and task status subscriptions.mp4 18.9 MB
  25. lecture-24.pdf 131.2 KB
  26. Lecture 25 — Python asyncio patterns for agent orchestration (Description).html 1.2 KB
  26. Lecture 25 — Python asyncio patterns for agent orchestration.mp4 30.8 MB
  26. lecture-25.pdf 219.9 KB
  27. Lab async document processor with streaming status (Description).html 1.3 KB
  27. Lab async document processor with streaming status.mp4 37.8 MB
  27. lecture-26.pdf 161.1 KB
  5 - Architecture Patterns
  28. Gateway pattern single entry point for agent access (Description).html 1.2 KB
  28. Gateway pattern single entry point for agent access.mp4 21.4 MB
  28. lecture-27.pdf 132.8 KB
  29. Orchestrator pattern multi-step agent workflows (Description).html 1.2 KB
  29. Orchestrator pattern multi-step agent workflows.mp4 30.4 MB
  29. lecture-28.pdf 131.3 KB
  30. Agent mesh peer-to-peer discovery and delegation (Description).html 1.2 KB
  30. Agent mesh peer-to-peer discovery and delegation.mp4 28.7 MB
  30. lecture-29.pdf 128.3 KB
  31. MCP + A2A combined topology (Description).html 1.1 KB
  31. MCP + A2A combined topology.mp4 22.1 MB
  31. lecture-30.pdf 139.3 KB
  32. Observability tracing agent calls with OpenTelemetry (Description).html 1.2 KB
  32. Observability tracing agent calls with OpenTelemetry.mp4 43.9 MB
  32. lecture-31.pdf 155.6 KB
  6 - End-to-End Build
  33. Project overview multi-agent research assistant (Description).html 1.2 KB
  33. Project overview multi-agent research assistant.mp4 21.4 MB
  33. lecture-32.pdf 141.8 KB
  34. Building the MCP tool layer (search + retrieval) (Description).html 1.3 KB
  34. Building the MCP tool layer (search + retrieval).mp4 41.8 MB
  34. lecture-33.pdf 164.1 KB
  35. Building the A2A agent layer (summarizer + reviewer) (Description).html 1.3 KB
  35. Building the A2A agent layer (summarizer + reviewer).mp4 43 MB
  35. lecture-34.pdf 171.2 KB
  36. Wiring the orchestrator and running end-to-end (Description).html 1.2 KB
  36. Wiring the orchestrator and running end-to-end.mp4 46.9 MB
  36. lecture-35.pdf 163.4 KB
  37. Testing, debugging, and deployment considerations (Description).html 1.2 KB
  37. Testing, debugging, and deployment considerations.mp4 12.3 MB
  37. lecture-36.pdf 160.1 KB
  38. Lecture 37 — Course wrap-up and next steps (Description).html 1.2 KB
  38. Lecture 37 — Course wrap-up and next steps.mp4 33.7 MB
  38. lecture-37.pdf 144.3 KB
  9. Why A2A — Agent-to-Agent Communication Gaps (Description).html 1.2 KB
  9. Why A2A — Agent-to-Agent Communication Gaps.mp4 30.7 MB
  9. lecture-08.pdf 129.2 KB
  2. Welcome and Course Roadmap (Description).html 1.2 KB
  2. Welcome and Course Roadmap.mp4 23.3 MB
  2. lecture-01.pdf 140.8 KB
  3. The Problem — Fragmented Agent Integrations (Description).html 1.2 KB
  3. The Problem — Fragmented Agent Integrations.mp4 29.7 MB
  3. lecture-02.pdf 165.3 KB
  4. MCP Architecture — Hosts, Clients, Servers (Description).html 1.2 KB
  4. MCP Architecture — Hosts, Clients, Servers.mp4 17.5 MB
  4. lecture-03.pdf 143.9 KB
  5. MCP Primitives — Resources, Tools, Prompts (Description).html 1.2 KB
  5. MCP Primitives — Resources, Tools, Prompts.mp4 15.3 MB
  5. lecture-04.pdf 165 KB
  6. Transports — stdio, SSE, and Streamable HTTP (Description).html 1.2 KB
  6. Transports — stdio, SSE, and Streamable HTTP.mp4 16.8 MB
  6. lecture-05.pdf 158 KB
  7. Building Your First FastMCP Server (Description).html 1.2 KB
  7. Building Your First FastMCP Server.mp4 31.8 MB
  7. lecture-06.pdf 125.9 KB
  8. Connecting with the MCP Inspector (Description).html 1.2 KB
  8. Connecting with the MCP Inspector.mp4 23.4 MB
  8. lecture-07.pdf 140.8 KB

Description


MCP and A2A in Python: The Agent Protocol Course
https://WebToolTip.com
Published 4/2026

MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch

Language: English | Duration: 5h 29m | Size: 1006.19 MB
Ship production MCP servers, A2A clients, and multi-agent integrations in Python. Verified against current SDKs.
What you'll learn

Build FastMCP servers in Python that expose resources, tools, and prompts any MCP-compatible agent can consume.

Implement A2A servers and clients with the a2a-sdk, including agent cards, capability discovery, and streaming responses.

Design synchronous request-response integrations with retries, timeouts, and structured error handling that survive production traffic.

Deploy asynchronous, event-driven agent patterns with SSE streaming, callbacks, and long-running task orchestration.

Apply gateway, orchestrator, and mesh architectures to coordinate multiple agents across teams and services.

Combine MCP and A2A in an end-to-end capstone: a multi-agent research assistant you build from zero to deployment.
Requirements

Working Python proficiency: functions, classes, decorators, and type hints. If you can read a FastAPI handler you are ready.

Basic HTTP and REST. Familiarity with gRPC helps but is optional.

Comfort with AI agents and LLM tool-calling concepts. Prior experience with LangChain, LlamaIndex, or the OpenAI SDK counts.

Async programming in Python is helpful but not required. A focused refresher on asyncio is included in the course.

A laptop with Python 3.12 or newer, VS Code, and a terminal. Windows, macOS, and Linux all work.

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