What applies here

Both manage time state manually—TimeControllerImpl and custom event/validation logic—without third-party state libraries.

Core functionality—environment… ↔ Time state is managed as mutable state… · manual-state-management · state-management · converges with

Workspace-specific deps declared locally, shared tooling at root; framework binding with peer dep follows same pattern.

DevDependencies specific to a workspace… ↔ The codebase is organized into a… · package-dependency-scoping · converges with

Both derive state from multiple independent sources (time representations, environment detection) with observable changes, providing flexibility through multiple formats.

Internal state is derived from multiple… ↔ Time state is managed as mutable state… · state-representation · converges with

Both describe Rollup for libraries and Vite for examples, with #94 adding plugin specifics.

Library packages are built with Rollup,… ↔ The example application uses Vite with… · build-tooling · bundling-strategy · example-app-bundling · converges with

Both confirm separate build strategies for distribution vs demonstration.

Library packages are built with Rollup,… ↔ The project uses Rollup for building… · build-strategy · build-tooling · bundling-strategy · converges with

Binding package declares UI framework as peerDependency, consistent with separate core and binding packages.

The codebase is organized into a… ↔ The library package declares its host… · dependency-layering · framework-binding · framework-binding-peer · package-architecture · package-dependency · package-layering · package-scoping · package-structure · peer-dependency · peer-dependency-strategy · converges with

Both mention Rollup for libraries and Vite for the example app.

The example application uses Vite with… ↔ The project uses Rollup for building… · bundler-choice · bundling-strategy · converges with

Core functionality is implemented manually without third-party libraries, enabling the mutable state and observable change notification pattern used in time management.

Core functionality—environment… ↔ Time state is managed as mutable state… · implementation-approach · implementation-strategy · manual-implementation · relies on

conv#97 shows multiple sources/formats for state, conv#101 says it's all manual; these are compatible (manual can handle multiple sources) but not directly relational—one describes complexity, the other the how.

Core functionality—environment… ↔ Internal state is derived from multiple… · implementation-approach · goes a different way

Mutable state with observable notifications contrasts with internal state derived from multiple independent sources/formats.

Internal state is derived from multiple… ↔ Time state is managed as mutable state… · state-management · state-observability · goes a different way