This document provides visual diagrams to help understand the development workflow and architecture covered in Session 1.
This diagram shows the tools, services, and how they connect in your development pipeline.
You are reviewing my .claude.json cleanup tooling.
Context:
cleanup_claude_json.py (backs up ~/.claude.json, analyzes projects, and removes entries whose directories no longer exist, with a dry-run/execute flag).CLAUDE_JSON_CLEANUP_STRATEGY.md (describes goals, risks, and a conservative cleanup process).Tasks (be brief and concrete):
You are analyzing a GitHub repository as a software architect and systems researcher.
Critical rules
README*, docs/, pyproject.toml / package.json, Dockerfile*, compose*, etc.AI Engineering in 2025 requires more than prompting or code generation—it requires a repeatable, spec-driven system that aligns humans and AI agents on what to build and why before any code is written.
GitHub’s Spec Kit provides a lightweight, practical foundation for this: a standardized workflow that uses structured specifications to guide AI agents, reduce rework, and eliminate “vibe coding.”
This bootcamp framework extends that foundation into a three-phase operating model, helping future AI architecture & engineering leaders create teams where humans and AI work together effectively, predictably, and safely across a GitHub Organization.
Here’s a concise analysis of the markdown‑confluence GitHub organisation (and its tooling), why it appears to have waned in activity, and alternative tools/approaches you might evaluate.
The mono-repo at [markdown-confluence/markdown-confluence] described itself as “a collection of tools to convert and publish your Markdown files to Confluence (using Atlassian Document Format – ADF)”. ([GitHub][1])
It included components like:
an npm CLI (@markdown-confluence/lib) for converting Markdown → ADF. ([GitHub][1])
Great job — your code works and shows deep understanding of streaming, chunk parsing, and A2A context handling.
To simplify and align with the official A2A client patterns (like test_client.py), focus on these refinements:
Agentic Retrieval-Augmented Generation: A Survey — arXiv, Jan 2025 Why it matters: formalizes “agentic RAG” patterns (reflection, planning, tool use, multi-agent) and maps implementation choices you already teach. Great for framing why orchestration beats “just a better model.” ([summarizepaper.com][1])
Reasoning↔RAG Synergy (Survey): Toward Deeper RAG-Reasoning Systems — arXiv, Jul 2025 Why it matters: unifies “reasoning-enhanced RAG” and “RAG-enhanced reasoning,” then spotlights agentic interleaving (search ↔ think loops). Solid taxonomy + dataset links you can fold into eval curricula. ([summarizepaper.com][2])
LLM-based Agents in Medicine (Survey) — ACL Findings 2025 Why it matters: a rigorous vertical survey (healthcare) with evaluation tables, safety constraints, and workflow patterns (routing, oversight, audit). Use it as a model for domain-specific agent governance sections in your posts. ([ACL Anthology][3])