pi-plugins

Design electronic schematics and PCB netlists from Pi using SKiDL. Use for circuit creation, KiCad library parts, nets/buses, ERC, BOMs, SVG schematics, KiCad schematic export, and standalone SKiDL Python.

CAD modeling with build123d from Pi. Use when creating, inspecting, rendering, or exporting parametric 3D models, STL files, STEP files, enclosures, brackets, and other mechanical parts.

Schedule one-time or recurring agent jobs from Pi. Use when the user asks for cron-like reminders, recurring checks, scheduled prompts, or inspecting/completing scheduled jobs.

Track and manage issues using the dude MCP server. List, create, update issues. Track bugs, tasks, blockers, and problems within projects. Search for issues. Use when tracking bugs, creating tasks, managing blockers, recording problems, or working with issue hierarchies.

Manage development projects using the dude MCP server. List projects, view records by project, search across projects. Projects are auto-detected from git — no manual creation needed. Use when exploring project organization, starting work on a codebase, or needing project-level context.

Interactive issue review and grooming session. Pulls all issues for the current project and walks through them with the user to triage, update, resolve, or archive. Use when grooming a backlog, reviewing open issues, or cleaning up stale tasks.

Interactive specification review session. Pulls all specs and architecture decisions for the current project and walks through them with the user to verify accuracy, update, or archive. Use when reviewing technical documentation, validating architecture decisions, or cleaning up outdated specs.

Document specifications using the dude MCP server. List, create, update specifications. Record requirements, architecture decisions, API contracts, design patterns. Search for specs. Use when documenting requirements, recording architecture decisions, writing API specs, capturing design patterns, or managing technical documentation.

Draft, review, and plan email workflows for IMAP/SMTP integrations. Use when the user asks about the legacy claude-email-extension or wants to design/read/send/reply/delete/move email automation from Pi.

Inspect AWS accounts and resources from Pi using Fleet tools. Use for EC2, S3, Lambda, ECS, CloudWatch, CloudFormation, and STS monitoring, diagnostics, and inventory.

Inspect and automate KiCad projects from Pi. Use for schematic/PCB queries, DRC/ERC, fabrication outputs, plots, 3D model export, footprints, symbols, and KiCad IPC or kicad-cli workflows.

Work with MicroPython devices from Pi. Use when listing serial devices, connecting to boards, syncing files, executing code, backing up device filesystems, or running tests on Raspberry Pi Pico, ESP32, ESP8266, STM32, and similar boards.

Create and edit MIDI files. Add notes, change tempo and time signature, transpose, quantize, and save.

Load and explore MIDI files. Analyze structure, navigate measures, search for notes, and display musical content.

Analyze literary features of Bible passages. Use when examining genre, literary structure, chiasm, voice, mood, style, rhetorical devices, imagery, characterization, or narrative techniques in Scripture.

Apply hermeneutical methods to Bible passages. Use when tracing canonical themes, identifying wordplay and idioms, analyzing micro/macro structures, exploring image-bearer and wisdom elements, or discerning plenary authorial intent.

Research historical and cultural background of Bible passages. Use when exploring authorship, original audience, dating, archaeology, geography, political-socio-economic context, social norms, or external historical sources related to Scripture.

Analyze Hebrew, Greek, and Aramaic linguistic features in Bible passages. Use when doing word studies, exploring etymology, examining grammar and syntax, comparing translations, or investigating textual variants and manuscript evidence.

Run a complete exegetical analysis of a Bible passage. Orchestrates all six analysis skills in parallel, compiles the results, and writes the output file. Usage: /research <passage>

Develop practical, real-life applications from Bible passages. Use when creating modern applications for contemporary audiences, exploring how to implement biblical principles, or bridging ancient meaning to current life situations.

Analyze theological themes, doctrines, and spiritual principles in Bible passages. Use when exploring what the original audience understood spiritually, identifying spiritual disciplines, or extracting timeless biblical principles and teachings.