Provides reusable “skill” instruction bundles that teach AI coding tools how to author, query, and operate Microsoft Fabric workloads via REST APIs, T-SQL, KQL and notebooks. Includes Copilot CLI/Claude/Cursor integrations, workload-focused bundles, and optional MCP configurations for live data access.
Integrates Codex into Claude Code so you can run read-only code reviews, steerable adversarial reviews, and delegate long-running tasks to a local Codex instance via slash commands. Uses the local Codex CLI/app server and Node.js; designed for developers who want seamless handoff between Claude Code and Codex.
Thinking-off fine-tune for coding-agent workflows that prioritizes fast next-step decisions, lower token usage and stable multi-turn tool calling. Highlights: MoE 35B base, MTP speculative decoding, SWE-bench 62.4% (300 cases). Best for local agent loops and automated debug cycles; requires disciplined harnessing and schema consistency.
Many AI coding assistants understand generic code patterns but lack workload-specific knowledge for cloud services. This repository packages that missing knowledge as reusable "skills": compact instruction sets that tell an AI tool which Fabric APIs, query languages, and authentication flows to use so the tool can perform real Fabric tasks reliably.
Great fit if you manage Microsoft Fabric environments and want AI assistants to help with authoring, diagnostics, or migration planning — especially teams that use Copilot CLI or other agent-enabled IDE workflows. Look elsewhere if you need a turnkey, hosted AI agent that executes on your behalf out of the box: skills supply the knowledge model and examples but do not themselves run queries or hold credentials (MCP servers or your tooling must provide execution and tokens).
Use this repo when you want reproducible, reviewable agent behavior for Fabric tasks: embed skills in developer environments, pair them with MCP servers for safe live access, and pick focused bundles to limit surface area for specific roles (data engineers, analysts, operators).