Remove generic EntityMap and TriggerMap types in favor of explicit
selector methods. This simplifies the Client class by removing
unnecessary interface implementations and conditional logic in
selectors.
Replaces the middleware-based `useClient` system with a more direct
reactive API using Preact signals.
- Replace `_setStatus` middleware with a `_status` signal
- Replace `useClient` with `selectPrompt`, `selectStatus`, and
`selectResult`
- Implement `selectPrompt` to provide a `tryAnswer` function for
handling prompt resolutions
- Add `_result` signal to track game completion results
- Simplify `setStatus` logic to manage lifecycle and state resets
Introduces `BaseGameClient` to allow external environments (like C#)
to interact with the game engine. It provides mechanisms for:
- Reactive state selection via `select`
- Async event interception via `use`
- Lifecycle management and status tracking
- Interruption handling for async game loops
Updated `middleware.ts` to allow unregistering middleware via the
returned function from `use`.
Decouple GameHost from GameState and GameResult types by introducing
generic parameters for TState and TResult. This improves type safety
and flexibility when defining GameModules.
Remove the command registry from the Boop sample and export command
functions directly. This simplifies the command structure and replaces
dynamic imports with static imports.
The prompt system is now managed by a dedicated PromptContext instead of
being embedded in GameHost. This simplifies the API by removing
individual prompt signals and consolidating prompt logic into a reusable
context that can be shared between components.
Update `GameHost` to accept a `GameModule` directly instead of
individual parameters. This simplifies the `createGameHost` factory
and improves type safety by preserving the module type.
Also apply `readonly` modifiers to `ContentModule` in the
slay-the-spire-like sample.
Introduce `createSpawner` and `spawnerEffect` to manage the lifecycle
of side effects based on a collection of IDs. `spawnerEffect` uses
Preact signals to automatically trigger spawners when IDs are added
to an iterable and cleanup functions when they are removed.
Rename `entityKey` and `sourceEntityKey` to `entityId` and
`sourceEntityId` across the slay-the-spire-like sample to improve
naming consistency with the rest of the project.
Updates the card effect and intent target types from 'user' to 'source'
within the desert data files and combat effect system to maintain
consistency. Also reformat command tests to use 2-space indentation.
Fixes logic in `defendNext` to ensure effects are applied after
buff updates by calling `next()` before mutation. Also updates
indentation and formatting to match project style guidelines.
Refactor combat targeting types and effect application logic in the
Slay the Spire-like sample.
- Update `getEffectTargets` to use `IntentEffectTarget` and more
descriptive target keys (e.g., `eachEnemy`, `randomEnemy`).
- Update `promptMainAction` to use `enemy` instead of `single` for
card target types.
- Refactor `addInstantEffectTriggers` to remove unused effect loading
and improve enemy/card instantiation logic
Remove redundant type definitions in `system/types.ts` and instead
import them from the generated CSV declaration files. Also update
declaration files to use single quotes for consistency with project
style rules.
Refactor the data schemas for desert card effects and intents to use
dedicated type aliases for triggers, targets, and effect lists. This
improves type safety and consistency across the sample data.
Refactor CSV schema headers in the desert sample to use named type
aliases instead of inline union strings. This improves readability and
maintains consistency with the project's use of `inline-schema`.
Changes include:
- Updating `card.csv` to use `CardType`, `CardCostType`, and
`CardTargetType`.
- Updating `encounter.csv` to use `EncounterType` and `EnemyList`.
- Updating `intent.csv` to use `IntentEffectTarget` and replacing
`self` with `user` for effect targets.
- Update `defend` effect lifecycle to `temporary` in desert data
- Refactor `onDamage` triggers to improve readability and logic flow
- Implement shuffle and draw actions on `onCombatStart` trigger
Update `getEffectTargets` to accept a `sourceEntityKey`. This allows
"self" targets to correctly resolve to the entity triggering the
effect (e.g., a player or a specific enemy) rather than defaulting
to a hardcoded player reference.
Change the return type of `produce` and `produceAsync` from `void` to
`undefined` in `MutableSignal` and `IGameContext` to more accurately
reflect that the mutation functions should not return a value.
Update `getItemEffects` to directly use `startEffects` from item meta
instead of performing a manual lookup against the effect table. This
is made possible by updating `GameItemMeta` to store the full effect
object (data and stacks) instead of just the effect ID and stack count.
- Convert explicit barrel exports to `export *` patterns in several
systems
- Create a new `utils/index.ts` barrel for the system utils
- Rename `validatePlacement` to `validateShapePlacement` for clarity
- Reformat `shape-collision.ts` to use 2-space indentation and
consistent
styling
- Fix import paths in `index.ts`
Clean up the sample's entry point by using barrel exports and move
encounter logic into the grid-inventory factory to reduce duplication
and improve module structure.
Move combat factory to a dedicated combat directory and update
`buildCombatState` to use `IPlayerState` and `IPlayerDeck` instead of
deriving them from `RunState` and `GridInventory`.
hypercross
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