3 Commits

Author SHA1 Message Date
Adrian Kuta
dc59476b10 feat: add Android target and default TreeNodeRow to tree-structure-compose (#39) (#48)
Add the `android` target to the Compose Multiplatform library and a sensible
default renderer, so the largest Compose audience is a first-class consumer.

- Core `tree-structure` and `tree-structure-compose` now build and publish an
  `-android` variant (compileSdk 35, minSdk 21). The core needs it too: its
  inline `tree { }` DSL is built per target, and Android consumers (JVM 11/17)
  cannot inline a JVM-21 build.
- `TreeNodeRow`: a foundation-only default node row (clickable, indented, with a
  `▾`/`▸` marker, no Material dependency), plus a no-content `LazyTree(root,
  label = …)` overload that uses it. The existing lambda overload is unchanged.
- New `samples` Android app module demonstrating `LazyTree` + `@Preview`
  (not published; excluded from API validation).
- Toolchain: Gradle wrapper 8.5 -> 8.10.2, Android Gradle Plugin 8.7.2.
- binary-compatibility-validator now emits per-target dumps (api/jvm, api/android)
  for the two multi-JVM-target modules; CI assembles the Android outputs.
2026-06-08 19:43:05 +00:00
Adrian Kuta
1f60b854de Publish API reference (Dokka HTML) to GitHub Pages (#32) (#40)
* docs: design spec for Dokka HTML API reference on GitHub Pages (#32)

* docs: implementation plan for Dokka API reference on GitHub Pages (#32)

* build: migrate Dokka 1.9.20 -> 2.2.0 (DGP v2) (#32)

* docs: aggregate all modules into one Dokka HTML site with source links (#32)

* docs: add Dokka source links to serialization/coroutines/compose modules (#32)

* ci: add docs workflow to deploy Dokka HTML to GitHub Pages (#32)

* docs: link the published API reference from the README (#32)
2026-06-07 21:48:58 +02:00
Adrian Kuta
bec1fe02a7 feat: tree-structure-compose (LazyTree) + O(n) addChild cycle check
- New published module tree-structure-compose: a LazyTree composable for Compose
  Multiplatform (JVM/desktop, iOS, Wasm) with lazy rendering and expand/collapse.
- Fix an O(n^2) regression in addChild(): only walk ancestors for cycle detection
  when the child already has a subtree (a fresh leaf can never form a cycle), so
  building deep trees is O(n) again. Caught by the deep-chain stack-safety test on JS.
- README: Compose usage section; align all install snippets to 4.0.0.
- Version catalog: Compose Multiplatform + compose-compiler plugins.

Verified locally: JVM, JS(node), Wasm(node), iOS-simulator tests + apiCheck all green;
Compose module compiles for JVM, Wasm and iOS.
2026-06-07 18:55:07 +02:00