xopoko-plug-n-skills

Agent skills for building, debugging, profiling, testing, refactoring, and shipping Swift apps across Apple platforms.

PixiJS v8 skill collection: application setup, scene graph, assets, events, filters, rendering, performance, v7->v8 migration, and project scaffolding.

Tauri 2 development: project setup/migration, tauri.conf & capabilities/security, Rust IPC & plugins, shell UI, debug/test, and distribution/mobile release.

Disciplined scholarly research workflow: discovery, source routing, DOI dedup, claim ledgers, and evidence quality gates across arXiv/OpenAlex/Crossref/Europe PMC/Semantic Scholar/NCBI/CORE/OpenCitations.

Context design, prompt-contract optimization, research-backed acceptance gates, compression validation, and structural handoff for agent skills, plugins, prompts, docs, and workflows.

Agent-agnostic capability workbench: discover, synthesize, architect cross-plugin portfolios, design trigger metadata, vet, repair, install, package, and run imagegen-backed icon workflows for agent skills and plugins.

Operate, automate, diagnose, and inspect Codex CLI, plugins, MCP servers, logs, and local environment actions.

Operate, automate, diagnose, and inspect Claude Code CLI, plugins, MCP servers, hooks, settings, agents, sessions, and worktrees.

Source-backed software architecture intelligence for codebase audits, ownership topology, runtime topology, architecture conformance and drift checks, structure metrics, module boundaries, dependency flow, ADRs, architecture fitness functions, and incremental refactoring strategy.

Source-backed, technology-agnostic UI/UX judgment: product framing, information architecture, interaction design, usability/accessibility review, visual communication, and design-system governance. Deliberately avoids Figma automation, framework recipes, and CSS recipes.

Source-backed game design judgment: core loops, gameplay systems, progression/economy/balance, motivation/retention, onboarding/difficulty, and multiplayer/live-service dynamics. Avoids engines, graphics, and implementation code.

Kotlin Multiplatform development, migration, Gradle diagnosis, Compose Multiplatform, interop, testing, data, governance, performance, security, publishing, and production readiness.

Spec-Driven Development: route intent into specs, plans, tasks, traceability, implementation, and proof.