## Summary
Refactors bootstrap and lifecycle management to parallelize
initialization, use Vue best practices, and fix a logout state bug.
## Changes
### Bootstrap Store (`bootstrapStore.ts`)
- Extract early bootstrap logic into a dedicated store using
`useAsyncState`
- Parallelize settings, i18n, and workflow sync loading (previously
sequential)
- Handle multi-user login scenarios by deferring settings/workflows
until authenticated
### GraphCanvas Refactoring
- Move non-DOM composables (`useGlobalLitegraph`, `useCopy`, `usePaste`,
etc.) to script setup level for earlier initialization
- Move `watch` and `whenever` declarations outside `onMounted` (Vue best
practice)
- Use `until()` from VueUse to await bootstrap store readiness instead
of direct async calls
### GraphView Simplification
- Replace manual `addEventListener`/`removeEventListener` with
`useEventListener`
- Replace `setInterval` with `useIntervalFn` for automatic cleanup
- Move core command registration to script setup level
### Bug Fix
Using `router.push()` for logout caused `isSettingsReady` to persist as
`true`, making new users inherit the previous user's cached settings.
Reverted to `window.location.reload()` with TODOs for future store reset
implementation.
## Testing
- Verified login/logout cycle clears settings correctly
- Verified bootstrap sequence completes without errors
---------
Co-authored-by: Amp <amp@ampcode.com>
This pull request refactors the minimap rendering system to use a
unified, extensible data source abstraction for all minimap operations.
By introducing a data source interface and factory, the minimap can now
seamlessly support multiple sources of node layout (such as the
`LayoutStore` or the underlying `LiteGraph`), improving maintainability
and future extensibility. Rendering logic and change detection
throughout the minimap have been updated to use this new abstraction,
resulting in cleaner code and easier support for new data models.
**Core architecture improvements:**
* Introduced a new `IMinimapDataSource` interface and related data types
(`MinimapNodeData`, `MinimapLinkData`, `MinimapGroupData`) to
standardize node, link, and group data for minimap rendering.
* Added an abstract base class `AbstractMinimapDataSource` that provides
shared logic for bounds and group/link extraction, and implemented two
concrete data sources: `LiteGraphDataSource` (for classic graph data)
and `LayoutStoreDataSource` (for layout store data).
[[1]](diffhunk://#diff-ea46218fc9ffced84168a5ff975e4a30e43f7bf134ee8f02ed2eae66efbb729dR1-R95)
[[2]](diffhunk://#diff-9a6b7c6be25b4dbeb358fea18f3a21e78797058ccc86c818ed1e5f69c7355273R1-R30)
[[3]](diffhunk://#diff-f200ba9495a03157198abff808ed6c3761746071404a52adbad98f6a9d01249bR1-R42)
* Created a `MinimapDataSourceFactory` that selects the appropriate data
source based on the presence of layout store data, enabling seamless
switching between data models.
**Minimap rendering and logic refactoring:**
* Updated all minimap rendering functions (`renderGroups`,
`renderNodes`, `renderConnections`) and the main `renderMinimapToCanvas`
entry point to use the unified data source interface, significantly
simplifying the rendering code and decoupling it from the underlying
graph structure.
[[1]](diffhunk://#diff-3670f99330b2e24aca3cffeeac6600adf8abadd6dd585f596d60fde1dd093121L1-R11)
[[2]](diffhunk://#diff-3670f99330b2e24aca3cffeeac6600adf8abadd6dd585f596d60fde1dd093121R33-R75)
[[3]](diffhunk://#diff-3670f99330b2e24aca3cffeeac6600adf8abadd6dd585f596d60fde1dd093121L66-R124)
[[4]](diffhunk://#diff-3670f99330b2e24aca3cffeeac6600adf8abadd6dd585f596d60fde1dd093121L134-R161)
[[5]](diffhunk://#diff-3670f99330b2e24aca3cffeeac6600adf8abadd6dd585f596d60fde1dd093121L153-R187)
[[6]](diffhunk://#diff-3670f99330b2e24aca3cffeeac6600adf8abadd6dd585f596d60fde1dd093121L187-L188)
[[7]](diffhunk://#diff-3670f99330b2e24aca3cffeeac6600adf8abadd6dd585f596d60fde1dd093121R227-R231)
[[8]](diffhunk://#diff-3670f99330b2e24aca3cffeeac6600adf8abadd6dd585f596d60fde1dd093121L230-R248)
* Refactored minimap viewport and graph change detection logic to use
the data source abstraction for bounds, node, and link change detection,
and to respond to layout store version changes.
[[1]](diffhunk://#diff-d92e448dee5e30782a66b9e66d8c8b05626dffd0b2ff1032f2612b9a9b9c51f6L2-R10)
[[2]](diffhunk://#diff-d92e448dee5e30782a66b9e66d8c8b05626dffd0b2ff1032f2612b9a9b9c51f6R33-R35)
[[3]](diffhunk://#diff-d92e448dee5e30782a66b9e66d8c8b05626dffd0b2ff1032f2612b9a9b9c51f6L99-R141)
[[4]](diffhunk://#diff-d92e448dee5e30782a66b9e66d8c8b05626dffd0b2ff1032f2612b9a9b9c51f6R157-R160)
[[5]](diffhunk://#diff-338d14c67dabffaf6f68fbf09b16e8d67bead2b9df340e46601b2fbd57331521L8-R11)
[[6]](diffhunk://#diff-338d14c67dabffaf6f68fbf09b16e8d67bead2b9df340e46601b2fbd57331521L56-R64)
These changes make the minimap codebase more modular and robust, and lay
the groundwork for supporting additional node layout strategies in the
future.
┆Issue is synchronized with this [Notion
page](https://www.notion.so/PR-5547-Layoutstore-Minimap-calculation-26e6d73d3650813e9457c051dff41ca1)
by [Unito](https://www.unito.io)
* [refactor] move workflow domain to its own folder
* [refactor] Fix workflow platform architecture organization
- Move workflow rendering functionality to renderer/thumbnail domain
- Rename ui folder to management for better semantic clarity
- Update all import paths to reflect proper domain boundaries
- Fix test imports to use new structure
Architecture improvements:
- rendering → renderer/thumbnail (belongs with other rendering logic)
- ui → management (better name for state management and UI integration)
This ensures proper separation of concerns and domain boundaries.
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
* [fix] Resolve circular dependency between nodeDefStore and subgraphStore
* [fix] Update browser test imports to use new workflow platform paths
---------
Co-authored-by: Claude <noreply@anthropic.com>
* move ref initialization to the component
* remove redundant init
* [refactor] Move minimap to domain-driven renderer structure
- Create new src/renderer/extensions/minimap/ structure following domain-driven design
- Add composables: useMinimapGraph, useMinimapViewport, useMinimapRenderer, useMinimapInteraction, useMinimapSettings
- Add minimapCanvasRenderer with efficient batched rendering
- Add comprehensive type definitions in types.ts
- Remove old src/composables/useMinimap.ts composable
- Implement proper separation of concerns with dedicated composables for each domain
The new structure provides cleaner APIs, better performance through batched rendering,
and improved maintainability through domain separation.
* [test] Fix minimap tests for new renderer structure
- Update all test imports to use new renderer paths
- Fix mock implementations to match new composable APIs
- Add proper RAF mocking for throttled functions
- Fix type assertions to handle strict TypeScript checks
- Update test expectations for new implementation behavior
- Fix viewport transform calculations in tests
- Handle async/throttled behavior correctly in tests
All 28 minimap tests now passing with new architecture.
* [fix] Remove unused init import in MiniMap component
* [refactor] Move useWorkflowThumbnail to renderer/thumbnail structure
- Moved useWorkflowThumbnail from src/composables to src/renderer/thumbnail/composables
- Updated all imports in components, stores and services
- Moved test file to match new structure
- This ensures all rendering-related composables live in the renderer directory
* [test] Fix minimap canvas renderer test for connections
- Fixed mock setup for graph links to match LiteGraph's hybrid Map/Object structure
- LiteGraph expects links to be accessible both as a Map and as an object
- Test now properly verifies connection rendering functionality
