Local-first developer tools for Windows, Python, code analysis, API discovery, Codex maintenance, Gemini CLI integration, subagent lifecycle management, ticket routing, file locking, cross-machine agent sync, and structured LLM workflow scaffolding.

dev-bricks builds small, practical tools for software-development workflows: editing code, analyzing projects, probing owned APIs, keeping local developer workspaces understandable, and bridging AI agent ecosystems — without depending on heavy cloud platforms.

flowchart TD
  subgraph IDE["Desktop & Developer Tools"]
    DC["DevCenter<br/>Python IDE & Dashboard"]
    CB["CodeBox<br/>PySide6 Code Editor"]
    PB["pythonbox<br/>Lightweight Python IDE"]
    MA["MethodenAnalyser<br/>Static Code Analyzer"]
    AP["apiprober<br/>Passive REST API Discovery"]
  end

  subgraph INFRA["Cross-Agent & Multi-Machine Infrastructure"]
    COM["comas<br/>Subagent Lifecycle & File Protocol"]
    LM["lock-master<br/>Exclusive & Team File Locks"]
    TM["ticket-master<br/>AI Work & Ticket Router"]
    SM["sync-master<br/>Serverless Sync Yard"]
    STS["sqlite-transit-sync<br/>SQLite Transit Snapshots"]
    AGY["companion-for-agy<br/>Gemini CLI Response Capture"]
  end

  subgraph AGENT["Codex & Knowledge Scaffolding"]
    SSC["safe-start-for-codex<br/>Codex Startup Gate"]
    ACD["automizer-for-claude-desktop<br/>Claude Automation Control"]
    CCC["CareCenter-for-Codex<br/>Codex Maintenance Tray"]
    WSS["WikiStub-Seed<br/>Bilingual Knowledge Seed"]
  end

  DC --- INFRA
  CB --- INFRA
  INFRA --- AGENT

• Local first: project data, analysis results, and editor state stay on the user's machine by default.
• Small tools over platforms: each repository targets a concrete workflow instead of replacing an entire development stack.
• Windows pragmatism: desktop apps prioritize reliable local execution, predictable packaging, and low setup overhead.
• Clear boundaries: security-adjacent tools such as API discovery are documented for owned or explicitly authorized services.
• Readable automation: scripts, tests, and exports are kept understandable for both humans and LLM-assisted maintenance.

Useful phrases for finding dev-bricks projects on GitHub and external search:

• dev-bricks local-first developer tools
• dev-bricks Python IDE and PySide6 code editor
• dev-bricks comas subagent lifecycle
• dev-bricks communication for autonomous subagents
• dev-bricks subagent file protocol status polling
• dev-bricks static Python analysis
• dev-bricks passive REST API discovery and OpenAPI inventory
• dev-bricks Codex Desktop maintenance
• dev-bricks Safe Start for Codex
• dev-bricks Codex automation startup gate
• dev-bricks automizer for Claude Desktop
• dev-bricks Claude Desktop scheduled tasks automation
• dev-bricks companion for agy Gemini CLI wrapper
• dev-bricks Claude Fable 5 availability watcher for Claude Code
• dev-bricks ticket-master AI ticket routing
• dev-bricks local AI work routing
• dev-bricks multi-agent orchestration tools
• dev-bricks lock-master multi-agent file locking
• dev-bricks sync-master cross-machine agent sync
• dev-bricks sqlite-transit-sync serverless SQLite sync
• dev-bricks SQLite transit snapshots row-level merge policies
• dev-bricks serverless sync yard for AI agents
• dev-bricks cross-agent infrastructure lock ticket sync
• dev-bricks WikiStub-Seed JSON knowledge framework
• dev-bricks multilingual knowledge stubs
• dev-bricks LLM knowledge base seed
• dev-bricks ontology seed dataset
• dev-bricks Windows developer tools

For crawlers and LLM tools, see llms.txt. It lists the canonical repositories, project roles, and preferred search phrases for the dev-bricks organization.

dev-bricks is the developer-tool branch of the brick suite:

open-bricks · file-bricks · doc-bricks

Part of the ellmos-ai ecosystem.