Know exactly
what ships.

Static candidates are extracted without evaluating templates.

Coord, HTML, JSX/TSX, Vue, Svelte, Astro, and Markdown are covered.

Compilation emits layered CSS and no browser JavaScript.

Colors, backgrounds, spacing, fonts, radii, shadows, filters, perspective, transition easing/defaults, animations, and breakpoints are tokenized.

The compiler prefix is configurable.

Leading and trailing important modifiers are supported.

Typed ambiguity resolution, escaped underscores, declaration validation, and contextual value inference are implemented and tested.

Named min/max and arbitrary breakpoints compile.

Interactive, form, structural, nth, child, open/inert, and pseudo-element variants are registry-backed and exhaustively tested.

Dark and bidirectional contexts plus every-state, named, arbitrary, has, nested, and implicit group/peer relationships are registry-backed and tested.

Boolean and arbitrary attributes, group/peer composition, has/not conditions, and arbitrary selectors are registry-backed, documented, validated, and tested.

Registered media conditions, feature queries, starting styles, named and arbitrary container queries, and safe arbitrary conditional at-rules are documented and tested.

A registry-backed cross-browser reset covers box sizing, typography, lists, media, forms, date/time controls, placeholders, and hidden-until-found; it is documented, tested, extensible, and optional.

Display, box model, aspect ratio, page/column breaks, position and physical/logical inset—including inline and block edges—float/clear, isolation, overflow/overscroll, object fit/position, visibility, and z-index are registry-backed, documented, and tested.

Flex shorthand, direction, wrapping, grow/shrink/basis/order, safe alignment, explicit and implicit grid tracks, subgrid, flow, complete row/column placement, theme tokens, custom properties, arbitrary values, and negative lines are documented and tested.

Physical and logical padding/margin, gaps, reversible sibling spacing, every scroll edge, inset aliases, physical/logical dimensions, min/max constraints, container tokens, fractions, intrinsic/viewport values, custom properties, arbitrary values, and negative-value boundaries are registry-backed, documented, and tested.

Font families and metadata, type scale and line-height modifiers, smoothing/style/weight/stretch, numeric variants, OpenType features, tracking, clamp, lists, alignment, colors, decoration, transforms, overflow and wrapping, indentation, tabs, vertical alignment, whitespace, word breaking, hyphenation, and generated content are registry-backed, documented, and tested.

Colors, images, attachment, clip, origin, position, repeat, size, linear/radial/conic gradients, composable color stops and positions, interpolation modes, theme image tokens, custom properties, and safe arbitrary values are registry-backed, documented, and tested.

Physical and logical widths and colors, styles, complete radius placement, outline width/color/style/offset, composable outward and inset rings, compatibility ring offsets, and divider width/reversal/color/style are registry-backed, documented, and tested.

Composable box/inset/text shadows and colors, opacity, standard blend modes, filter and backdrop-filter functions, direct filter escape hatches, mask images and geometry, SVG mask modes, CSS-first tokens, arbitrary values, and negative hue or mask angles are registry-backed, documented, and tested.

Semantic table display roles, automatic/fixed layout, collapse, independent border spacing, captions, multi-column counts and ideal-width tokens, gaps and breaks, fill, spanning, column-rule width/color/style, CSS-first tokens, custom properties, and safe arbitrary values are registry-backed, documented, and tested.

Composable 2D/3D translate and rotate, scale and skew axes, origins, transform resets and CPU/GPU modes, flat/preserved scenes, CSS-first perspective and origins, backface visibility, zoom, custom properties, arbitrary values, and negative-value boundaries are registry-backed, documented, and tested.

Named and arbitrary transition properties, discrete behavior, CSS-first defaults, duration, delay, easing, starting styles, reduced-motion variants, namespaced spin/ping/pulse/bounce keyframes, custom animations, registry metadata, and unsafe-value rejection are implemented, documented, and tested.

Theme/arbitrary fill and stroke colors plus token and arbitrary stroke widths are implemented and tested.

All 2,165 icons across Solar Linear (1,246) and Iconsax Line Oval (919) ship through collection-safe literal subpaths with accessible rendering helpers, local assets, CSS variables, an AI-readable registry, pinned upstream provenance, and per-collection license metadata.

All 64 components have independent Coordiation implementations shipped as owned source through first-party catalog and item endpoints, with literal co-* utilities, previews, client-boundary metadata, usage examples, and AI-readable accessibility contracts.

The official @coordiation/cli installs component and theme source from the Coordiation registry, validates names and project-scoped targets, downloads declared theme assets, writes atomically, skips identical files, and refuses changed-file overwrites unless explicitly forced.

The public @coordiation/agent package and CLI 0.2 expose a deterministic project inspector, versioned manifest schema, seven task context packs, literal-utility summaries, project contracts, warnings, and compact/full output modes. Context-size estimates remain explicitly separate from measured token, latency, and cost evaluations.

Ten complete responsive Next.js applications ship with live previews, verified co-* utility foundations, bundled Coordiation icons and UI primitives, namespaced design tokens, optional original media, first-party CLI items, Coordiation copyright, and AI-readable customization contracts.

Screen-reader visibility, forced-color adjustment, color schemes, and forced-color variants are implemented and tested.

Every standard cursor keyword, field sizing, pointer and selection controls, resize, scroll behavior, composable scrollbar colors, width and gutter, complete snap behavior, composable touch gestures, custom properties, arbitrary values, and unsafe-value rejection are documented and tested.

Direction, all horizontal/vertical/sideways writing modes, glyph orientation, Unicode bidi controls, upright composition, logical spacing/inset/sizing/borders/radii/scrolling, context variants, semantic guidance, and progressive-enhancement boundaries are documented and tested.

OKLab/OKLCH, Lab/LCH, typed Color Level 4 values, OKLab opacity mixing, eight gradient interpolation spaces, hue-path controls, and paired Display-P3 tokens with automatic syntax, output-gamut, and fallback guards are documented and tested.

CSS-first static and functional patterns cover theme, bare, arbitrary, default, modifier, ratio, explicit negative, variant, important, validation, override, and machine-readable manifest behavior.

CSS-first selector, media/supports/container, and compound wrapper variants stack with built-ins, support deliberate overrides, fail fast on malformed definitions, and publish a machine-readable compile manifest.

Synchronous reusable plugins register validated utilities, variants, theme extensions, source extractors, and safelists across the compiler, Vite, and PostCSS with deterministic precedence and a serializable AI manifest.

Glob filters, explicit candidates, CLI flags, validation, and dynamic-class diagnostics are implemented and tested.

Extension and global extraction hooks supplement plain-text scanning and validate every returned candidate.

Root-aware scanning, watched CSS input, virtual stylesheet generation, precise template/theme invalidation, add/delete rescans, CSS HMR module propagation, safe full-reload fallback, diagnostics, and source dependency registration are documented and tested.

PostCSS 8 plugin metadata, marker-scoped multi-entry safety, asynchronous transformation, authored-CSS and source-map compatibility, downstream plugin ordering, root-aware scanning, file and directory dependency messages, standard warnings, package metadata, changelog, documentation, and a real pipeline fixture are complete.

One-shot builds plus portable input/source polling, edit/create/delete detection, serialized atomic output, recoverable errors, configurable intervals, and graceful signal shutdown are documented and process-tested.

Lightning CSS bundles local imports before compilation, then lowers nesting, applies explicit target-aware prefixes, and optionally minifies; imported files are tracked by Vite, PostCSS, CLI watch mode, and the AI-readable toolchain manifest.

File-level candidate and diagnostic reuse, compilation reuse, imported-CSS validation, add/edit/delete invalidation, atomic CLI persistence, process-local adapter caches, and AI-readable hit/miss manifests are implemented and tested.

Source Map v3 output preserves entry and imported CSS identities through framework generation, nesting, prefixing, and minification, with native Vite/PostCSS delivery plus external or inline CLI output.

The editor-agnostic LSP 3.17 server provides registry-backed completion, compiler-authored hover CSS, unsupported/deprecated/dynamic diagnostics, CSS-first project configuration, and AI-readable manifest/inspection requests.

The formatter delegates utility ordering to the canonical compiler comparator, keeps application classes stable, preserves dynamic expressions, and provides programmatic edit data plus check, write, stdin, and JSON CLI modes.

Versioned safe transforms consume the compiler deprecation registry, migrate legacy negative syntax with variants and custom prefixes, preserve dynamic source, and expose exact multi-file JSON plans.

The optional dependency-free C11 engine batches literal candidate extraction across Linux, macOS, and Windows targets; its wrapper preserves filters, safelists, diagnostics, custom-prefix validation, explicit engine metadata, and a JavaScript fallback.

A versioned semantic-versioning policy defines stable surfaces, prerelease behavior, deprecation windows, earliest removal, compiler diagnostics, machine-readable replacements, and mandatory codemod ownership.