chara-toolkit / skills

delegate-with-mission-cards: Model-agnostic Mission Control for bounded multi-agent work with portable reader/writer roles, explicit ownership, safe parallel waves, runtime-inherited model settings, and parent-side verification.
repository-intelligence: Evidence-backed architecture, ownership, dependency, hotspot, change-impact, and edit-conflict mapping.
multi-agent-work-coordinator: Safe work graphs for parallel tasks across code, documents, research, datasets, configuration, and other independently ownable resources.
codebase-evolution-controller: Dependency, framework, schema, and API evolution with compatibility stages, rollout, rollback, and evidence.
verification-and-release: Risk-based test strategy and evidence-backed release readiness decisions.
debugging-investigator: Reproduction-first debugging with ranked hypotheses, causal tracing, minimal fixes, and regression design.
documentation-synchronizer: Code-to-documentation drift detection and synchronized user, developer, API, configuration, migration, and operations updates.
product-design-director: Product UX and visual direction, brand extraction, responsive systems, accessibility, redesign audits, and taste calibration.
screenshot-to-interface: Maintainable reconstruction from screenshots with structural analysis, asset handling, responsive inference, accessibility, and visual fidelity loops.
production-web-builder: Production web architecture and implementation across data, forms, motion, accessibility, performance, testing, observability, SEO, and browser verification.
mobile-architecture-director: Evidence-based selection among Flutter, Expo/React Native, native, and other mobile approaches.
flutter-production-builder: Production Flutter architecture and implementation across state, routing, data, offline, platform integration, testing, performance, and release.
expo-react-native-builder: Production Expo/React Native architecture and implementation across routing, builds, updates, native modules, data, offline, testing, performance, and stores.
review-and-refactor-code: Evidence-first PR/diff review with risk-adjusted depth, challenged findings, bounded re-review, and approval-gated behavior-preserving refactoring.
optimize-codebase-performance: Measurement-first performance diagnosis and bounded optimization with comparable benchmarks and approval before edits.
codebase-improvement-planner: Repository-wide improvement discovery that classifies Major, Medium, and Minor opportunities, ranks them by evidence and value, recommends the best next upgrade, and stops for approval before broad edits.
typescript-quality-enforcer: JavaScript/TypeScript only: evidence-backed type-safety audits, staged adoption of the bundled chara-lint Oxlint rules, anti-laundering remediation, and permanent lint/type-safety enforcement.
content-provenance-hygiene: Evidence-first inspection and authorized sanitation of provenance and metadata surfaces in user-owned text, images, PDFs, and document containers using locally available inspectors, with approval gates and before/after verification.
completion-proof: Evidence-bound completion for substantial scoped tasks using a request-traced done contract, coverage rosters, reviewed falsifiable probes, final-candidate rechecks, and audited claims, keeping blocked and waived scope visible without overriding specialist safety or approval boundaries.
bug-finder: Evidence-backed hunting for previously unknown correctness defects using explicit invariants, high-risk surface prioritization, bounded proof/falsification, and clean handoff to causal debugging or the owning specialist.
toolchain-preflight: Narrow local execution-path resolution for unknown or broken shells, runtimes, package-manager shims, native quoting, browser capability, and text encoding before retrying builds, tests, scripts, or browser checks.
security-review: Focused security code review across trust boundaries, authorization, untrusted input, secrets, file/network handling, and business-logic abuse.
rust-engineering: Bounded Rust crate implementation and source-language ports with explicit API, ownership, runtime, compatibility, and configuration-specific verification contracts.
kotlin-engineering: Bounded Kotlin implementation and ports, with conditional coroutine/Flow, Android/Compose, and multiplatform build guidance and separate host/device evidence.
python-engineering: Python modules, services, bots, scripts, and local ports with callable/data compatibility, cancellation/resource ownership, interpreter, import, and packaging evidence.
cpp-engineering: Bounded C++ implementation and ports with lifetime/ABI contracts, target-scoped native build and sanitizer checks, and conditional Qt/QML ownership guidance.
swift-engineering: Swift packages, native bridges, and local ports with API/ARC/isolation contracts and conditional Apple-platform and Metal rendering evidence.
go-engineering: Bounded Go packages, services, CLIs, and ports with owned goroutines, context/error/resource contracts, and module/tag/cgo-specific verification.