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Author SHA1 Message Date
hypercross 9ed23295ae build: include samples in prepare script 2026-04-28 16:52:03 +08:00
hypercross ca86bfc427 refactor: use effect for assignSelector in BaseGameClient 
Replace subscribe with effect in assignSelector to ensure the
selector value is tracked and the callback is executed within
the reactive context.
 2026-04-28 15:50:00 +08:00
hypercross 09c3fc443b feat(core): wrap prompt middleware in try-finally block 
Ensure the prompt status is cleared even if the middleware chain
throws an error.
 2026-04-28 15:29:08 +08:00
hypercross a0b2003c65 refactor(samples/tic-tac-toe): simplify Client implementation 
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.
 2026-04-25 17:58:16 +08:00
hypercross 03db1e8a06 refactor: simplify GameClient API using signals 
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
 2026-04-25 17:54:21 +08:00
hypercross 20993d3b72 feat: add BaseGameClient for external integration 
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`.
 2026-04-25 17:31:15 +08:00
hypercross 59391c74d9 refactor(samples): use produceAsync in tic-tac-toe 
Update the tic-tac-toe sample to use `produceAsync` instead of `produce`
to ensure state mutations correctly await interruption promises.
 2026-04-25 15:58:10 +08:00
hyper fb3c98b1ef refactor: update GameHost to use generic state and result types 
Decouple GameHost from GameState and GameResult types by introducing
generic parameters for TState and TResult. This improves type safety
and flexibility when defining GameModules.
 2026-04-23 16:03:49 +08:00
hyper 5c1ef232fd export GameState and GameResult types from game-host 2026-04-23 15:36:25 +08:00
hyper f5df1c26dc refactor: remove registry from Boop and Regicide index files 2026-04-23 15:29:14 +08:00
hyper 2014162819 refactor: update Regicide commands and improve code style 2026-04-23 15:28:45 +08:00
hyper d932c2f5e2 refactor: remove Boop command registry and simplify exports 
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.
 2026-04-23 15:21:13 +08:00
hyper 1bd49c32e0 refactor: format Onitama commands and Tic-Tac-Toe imports 2026-04-23 15:18:37 +08:00
hyper b009189b9a Extract PromptContext from GameHost into separate module 
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.
 2026-04-23 15:09:06 +08:00
hyper 59b99d2042 Fix command prompt to properly return promise results 
Add comprehensive tests for createPromptContext covering prompt,
tryCommit, cancel, and handleCall middleware.
 2026-04-23 14:44:24 +08:00
hyper 32408c3cee feat: add command prompt context with middleware support 2026-04-23 14:22:17 +08:00
hypercross 23ac09ff21 refactor: simplify GameHost constructor to use GameModule 
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.
 2026-04-23 10:37:28 +08:00
hypercross e8c995f74f feat: add spawner utility 
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.
 2026-04-23 10:20:13 +08:00
hypercross bbab3cc43b feat(slay-the-spire-like): implement CombatGameHost 
Introduce CombatGameHost to manage the combat lifecycle and
integrate ContentModule triggers with the combat run context.
 2026-04-23 09:45:56 +08:00
hypercross 2e2ddebec4 refactor(slay-the-spire-like): simplify desert trigger registration 
Remove the intermediate `effect.ts` file and consolidate the
`addTriggers` logic directly into the desert triggers index file.
 2026-04-23 09:37:05 +08:00
hypercross 0d7a84edee test: update desert triggers test to use onEffectApplied 2026-04-23 01:04:27 +08:00
hypercross bedde1ef4b refactor(slay-the-spire-like): move spike damage logic to instant 
effects
 2026-04-23 00:58:15 +08:00
hypercross 359e7b7485 fix(slay-the-spire-like): pass correct sourceEntityId in instant 
triggers

Simplify the sourceEntityId logic to use the context value directly.
 2026-04-23 00:53:05 +08:00
hypercross 63e55a828e refactor: rename entityKey to entityId in combat triggers 
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.
 2026-04-23 00:38:10 +08:00
hypercross 8ec95cbf81 refactor: rename 'user' target to 'source' in slay-the-spire-like 
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.
 2026-04-23 00:35:28 +08:00
hypercross f4c96a4a72 refactor: update turn start triggers in desert sample 
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.
 2026-04-22 20:13:31 +08:00
hypercross a5e2e4888e refactor(slay-the-spire-like): update combat targeting and effect logic 
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
 2026-04-22 19:35:37 +08:00
hypercross 38fd46618e refactor(slay-the-spire-like): use data definitions in system types 
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.
 2026-04-22 19:26:58 +08:00
hypercross 72647a8268 refactor(samples): export desert data types 
Export type definitions from desert CSV declaration files and
update the content module to use these exported types instead of
generic system types.
 2026-04-22 16:48:54 +08:00
hypercross dbbbba14e2 refactor(slay-the-spire-like): update card effect and intent schemas 
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.
 2026-04-22 16:13:48 +08:00
hypercross 888b7b822d refactor(slay-the-spire-like): extract types in desert data schemas 2026-04-22 16:00:15 +08:00
hypercross bb4528cd27 refactor(samples): update desert card and effect schemas 2026-04-22 15:59:41 +08:00
hypercross 877cc9d779 refactor: update schema definitions in slay-the-spire-like 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.
 2026-04-22 15:57:52 +08:00
hypercross 2eec668851 refactor: update damage triggers and combat start logic 
- 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
 2026-04-22 11:06:19 +08:00
hypercross 5235ba7def feat(slay-the-spire-like): support source entity in effect targeting 
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.
 2026-04-22 08:56:06 +08:00
hypercross 6cb0626f05 refactor: update produce signature to return undefined 
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.
 2026-04-22 01:13:39 +08:00
hypercross 270b9b744e refactor(slay-the-spire-like): rename getNeighborItems to 
getAdjacentItems
 2026-04-21 23:22:19 +08:00
hypercross 113d240f71 refactor: simplify item effect handling in grid inventory 
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.
 2026-04-21 23:17:19 +08:00
hypercross 0547180074 feat(slay-the-spire-like): add getItemEffects to grid inventory 2026-04-21 23:15:02 +08:00
hypercross d1605a9ee3 feat(samples/slay-the-spire-like): export data module 2026-04-21 23:02:27 +08:00
hypercross 093738cd42 test: expand shape-utils coverage and refactor style 2026-04-21 23:01:26 +08:00
hypercross 97ff61985a refactor(slay-the-spire-like): clean up barrel exports and formatting 
- 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`
 2026-04-21 23:01:19 +08:00
hypercross 03d367c7b0 feat(samples/slay-the-spire-like): export system types 2026-04-21 22:58:17 +08:00
hypercross b509284bc6 refactor(slay-the-spire-like): simplify exports and reorganize system 
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.
 2026-04-21 22:57:28 +08:00
hypercross 9b20f7ad6f refactor(slay-the-spire-like): reorganize combat system files 
Move combat factory to a dedicated combat directory and update
`buildCombatState` to use `IPlayerState` and `IPlayerDeck` instead of
deriving them from `RunState` and `GridInventory`.
 2026-04-21 22:35:14 +08:00
hypercross 2823089f06 feat(samples): update card effect schema in desert data 
Update the `card.csv` schema to use `inject effects` instead of
`effects`
to match the expected property name for card effects.
 2026-04-21 22:21:28 +08:00
hypercross f834e15412 refactor(slay-the-spire-like): update deck and inventory types 
Refactor the player deck and inventory structures to use more explicit
interfaces and improve type safety for combat entities.
 2026-04-21 22:17:31 +08:00
hypercross 2ec0e323c4 test: fix type assertion in grid-inventory tests 2026-04-20 16:32:57 +08:00
hypercross 140b7aed86 test: add createItemIn tests for grid-inventory 2026-04-20 16:28:14 +08:00
hypercross ca9912a5f5 feat(slay-the-spire-like): add automatic item placement to grid 
inventory

Introduce `createItemIn` to automatically find the first valid
placement for a new item within the grid inventory.
 2026-04-20 16:24:33 +08:00
hypercross 34cb828f60 test: refactor and format test files 
- Update `game.test.ts` to use `_ctx` when `this` is not required
- Fix type assertion in `boop.test.ts`
- Update `command-runner.test.ts` to use `parseCommandSchema` in prompt
  tests
- Reformat `middleware.test.ts` to use double quotes and consistent
  indentation
 2026-04-20 15:50:32 +08:00
hypercross 974c1a828c test: reformat and expand test coverage 2026-04-20 15:37:15 +08:00
hypercross b83ff28f60 style: format tic-tac-toe sample and boop tests 2026-04-20 15:19:27 +08:00
hypercross 0c94e6923a test: reformat tests to use double quotes and improve style 2026-04-20 15:16:03 +08:00
hypercross d5ec099540 feat(slay-the-spire-like): implement encounter system 
Add logic for handling different encounter types including combat,
shop, curio, camp, and events. Includes shop item generation and
grid inventory placement for shop encounters.
 2026-04-20 14:57:03 +08:00
hypercross 52b6cecd64 refactor(slay-the-spire-like): update GameItemMeta import path and 
reformat tests

Update imports for `GameItemMeta` from `progress/types` to
`encounter/types`
in combat and deck tests. Reformat `deck/factory.test.ts` to use double
quotes and consistent indentation.
 2026-04-20 13:01:40 +08:00
hypercross f336a989e2 refactor(slay-the-spire-like): restructure encounter and progress 
systems

Refactor the sample game logic by moving encounter-related logic from
the monolithic `progress` system into a dedicated `encounter` module.
This includes:

- Moving combat state construction and run state management to
  `system/encounter`.
- Decoupling player stats and inventory from the general progress
  logic.
- Improving type safety for `EncounterData` using generics.
- Adding navigation helpers to the map system.
- Cleaning up imports and improving code formatting.
 2026-04-20 13:00:30 +08:00
hypercross 423cc7c841 feat(slay-the-spire-like): add map navigation logic 
Implement `canMoveTo` and `moveToNode` for navigating the point
crawl map, and add `PointCrawlMapNavigator` type. Also reformat
map module files to use double quotes.
 2026-04-20 11:59:52 +08:00
hypercross 88d31430a6 test: refactor slay-the-spire-like combat tests 
Update combat effect tests to use the new transform offset structure
and fix type mismatches in entity and inventory creation.
 2026-04-20 11:37:18 +08:00
hypercross 90cb97e0ae chore: add @types/node and update tsconfig 
Add @types/node as a dev dependency and include it in tsconfig types
to support Node.js globals. Also expand tsconfig include to cover
configuration files.
 2026-04-20 11:34:40 +08:00
hypercross 5e172c61bb refactor(slay-the-spire-like): use IRunContext in combat system 
Update the combat system to use `IRunContext` instead of passing
raw inventory objects. This provides a cleaner abstraction for
accessing item data and managing consumed uses.

- Update `canPlayCard` and `payCardCost` to use `IRunContext`
- Pass `IRunContext` through the trigger registration chain
- Fix logic in `canPlayCard` for "uses" cost validation
- Update combat effect tests to use a mock `IRunContext`
 2026-04-20 11:25:52 +08:00
hypercross 5019bc6324 refactor(slay-the-spire-like): use IRunContext for combat logic 
Decouple combat systems from the inventory and progress state by
introducing `IRunContext`. This replaces direct access to
`GridInventory` and `GameItemMeta` with abstract methods for
retrieving item data, neighbors, and managing consumed uses.
 2026-04-20 11:03:44 +08:00
hypercross 9bed2ca13e refactor(slay-the-spire-like): rename depletion to consumedUses 
Rename `depletion` to `consumedUses` in `GameItemMeta` to better reflect
its purpose. Update combat effect logic and tests to use the new field
name. Also apply consistent formatting and import organization to
combat effect modules.
 2026-04-20 10:28:58 +08:00
hypercross 08c6a67d16 refactor: use English IDs for desert card effects 
Replace Chinese card names with English IDs in the desert card effect
CSV to ensure consistency with the card identifiers. Update tests to
verify the data import using the new English identifiers.
 2026-04-20 00:23:41 +08:00
hypercross dda8f4cfe9 style: reformat card-events.ts with 2-space indentation 2026-04-20 00:00:42 +08:00
hypercross 2f2e4e56b5 refactor: decouple card effects from card data in desert sample 
Moves card effects from `card.csv` to a dedicated `cardEffect.csv` file.
This allows for more granular control over card triggers (onPlay,
onDraw, onDiscard) and targets, improving the data model for the
slay-the-spire-like sample. Also updates triggers and tests to
reflect this new structure.
 2026-04-20 00:00:41 +08:00
hypercross 3840c3d739 test: expand slay-the-spire-like map generator tests 2026-04-20 00:00:41 +08:00
hypercross 43bb246ab9 build: set rootDir to current directory in tsconfig 2026-04-20 00:00:41 +08:00
hypercross 25b44fd6d1 build: update tsconfig and tsup sample configuration 
- Include tests in tsconfig for better type checking
- Update tsup.samples.config.ts to use double quotes
- Add esbuild alias for `@` in sample builds
 2026-04-20 00:00:41 +08:00
hypercross 601eb0f417 refactor: reformat code and introduce IGameContextExport 
- Reformat `src/core/game.ts` and sample types to use 2-space
  indentation
- Add `IGameContextExport` to hide internal test properties
- Update `CombatGameContext` to use the exported context type
 2026-04-20 00:00:41 +08:00
hyper a82b6b0685 docs: fleshed out agents.md 2026-04-19 18:36:10 +08:00
hypercross 1e1d04777f refactor: reformat code and fix type signatures in GameHost 
Reformat `src/core/game-host.ts` to use double quotes and consistent
spacing. Update `createGameHost` to correctly propagate the `TResult`
generic from `GameModule`.
 2026-04-19 15:44:59 +08:00
hypercross 8142fbfa60 refactor: simplify buildCombatState and fix formatting in encounter 
system

Refactor `buildCombatState` to derive encounter data directly from
`runState` instead of requiring it as an argument. Also apply
consistent 2-space indentation and formatting to the encounter
lifecycle module.
 2026-04-19 15:42:47 +08:00
hypercross 89d96d838b refactor(slay-the-spire-like): wrap content module getters in functions 2026-04-19 15:23:17 +08:00
hypercross 6b50e9014a feat(samples/slay-the-spire-like): make ContentModule required 2026-04-19 15:22:45 +08:00
hypercross 39ac37b5f2 style: format slay-the-spire-like index with double quotes 2026-04-19 15:22:02 +08:00
hypercross b264cea305 refactor(slay-the-spire-like): update data export pattern 
Convert static data exports to getter functions and update the
ContentModule type to reflect these changes.
 2026-04-19 15:20:31 +08:00
hypercross 6577897a42 feat(samples/slay-the-spire-like): add ContentModule type definition 2026-04-19 15:10:17 +08:00
hypercross 4e9e426519 feat(samples): add Item type to desert data 
Export the Item type from item.csv and add explicit typing to
startingItems in the desert sample data.
 2026-04-19 14:47:58 +08:00
hypercross 4f509da373 docs(samples): update intent.csv comment style 2026-04-19 14:39:54 +08:00
hypercross 63733bc62d refactor: update imports and add starting items to desert sample 
- Convert single quotes to double quotes for local imports
- Reformat barrel exports in `src/index.ts` for better readability
- Add `startingItems` to the desert sample data in `slay-the-spire-like`
 2026-04-19 13:51:03 +08:00
hyper 3aa92b2d2a refactor: rename that to desert triggers 2026-04-18 15:28:47 +08:00
hyper fa92b5d865 refactor: reorganize trigger code 2026-04-18 15:08:50 +08:00
hyper e46822b45b refactor: avoid globalThis 2026-04-18 14:40:56 +08:00
hyper 03add589c6 refactor: use stacks for the hp of summons 2026-04-18 14:30:20 +08:00
hypercross 4f5747d81d chore: tests for desert triggers 2026-04-17 18:07:49 +08:00
hypercross 0222b66bed feat: export middleware chain 2026-04-17 17:27:46 +08:00
hypercross 90ca8fa761 feat: more effects 2026-04-17 17:15:31 +08:00
hypercross 131af2c0bb feat: implmenet some effects for the design 2026-04-17 16:57:29 +08:00
hypercross 02c159f8ae refactor: move .d.ts to per-file for yarn 2026-04-17 16:55:08 +08:00
hypercross e09e24e274 refactor: barrel export 2026-04-17 16:10:19 +08:00
hypercross a80852bc59 fix: encounter generation 2026-04-17 15:45:52 +08:00
hypercross af0906561c fix: add effect triggering fixes 2026-04-17 15:30:28 +08:00
hypercross aedf82d264 fix: type issues 2026-04-17 15:14:01 +08:00
hypercross 2f085cc0b6 refactor: update csv types 2026-04-17 14:46:09 +08:00
hypercross fb66ec55c4 feat: cost implementation for card play 2026-04-17 14:10:28 +08:00
hypercross 8155747cac chore: tests for effects and middleware 2026-04-17 13:48:18 +08:00
hypercross 7601a97ec9 chore: non-combat tests update 2026-04-17 12:58:29 +08:00
hypercross f775d51a58 feat: effect and triggers 2026-04-17 12:58:12 +08:00
hypercross aa36f3ea67 feat: enemy intent update 2026-04-17 12:42:29 +08:00
hypercross 0f04af2c6e refactor: update progress 2026-04-17 12:23:10 +08:00
hypercross c11bceeb44 refactor: update generator 2026-04-17 12:10:10 +08:00
hypercross 1d749f59a6 feat: add posture damage & item effect update trigger 2026-04-17 11:57:40 +08:00
hypercross 65afe6dc8f refactor: remove card effect cycle, just use instant instead 2026-04-17 11:13:28 +08:00
hypercross 3a135a4ad1 refactor: reorg 2026-04-17 11:06:09 +08:00
hypercross 4deebf67c3 chore: remove old tests 2026-04-17 10:20:04 +08:00
hypercross 1c238aec3a refactor: type rewrite 2026-04-17 10:18:37 +08:00
hypercross a469b4024a refactor: combat rewrite 2026-04-17 09:27:20 +08:00
hypercross 7d8684a16f refactor: middle ware triggers 2026-04-17 08:33:02 +08:00
hypercross 3dc566c2fd refactor: types 2026-04-17 01:28:43 +08:00
hypercross 3f3490fad8 refactor: reorg 2026-04-17 01:05:48 +08:00
hypercross 5e55b58c43 refactor: data reorg complete 2026-04-17 01:01:26 +08:00
hypercross f8c008b67d wip: data reorg 2026-04-17 00:52:47 +08:00
hypercross c0fa0e91b2 refactor: avoid using types from the csv 2026-04-17 00:28:25 +08:00
hypercross e3014e47a8 refactor: adjust implementation details for combat 2026-04-16 21:52:28 +08:00
hyper f7b59a1790 refactor: bunch of reorg updates 2026-04-16 19:27:25 +08:00
hyper b28ec823a7 refactor: reorganize csv data 2026-04-16 19:14:58 +08:00
hyper b18e232cc8 chore: todos 2026-04-16 19:14:46 +08:00
hyper 51da1e5308 fix: update tests 2026-04-16 18:33:13 +08:00
hyper 8c783da857 fix: align data with design 2026-04-16 17:52:20 +08:00
hyper a010a0bca6 refactor: update doc and .d.ts 2026-04-16 17:14:13 +08:00
hypercross 693c279e0f fix: resolve inconsistencies in slay-the-spire-like design docs 2026-04-16 14:07:28 +08:00
hypercross 94c7c91745 feat: slay-the-spire-like combat procedures 2026-04-16 14:00:49 +08:00
hypercross 976ee43ed3 chore: AGENTS.md updated 2026-04-16 12:29:02 +08:00
hypercross 6984e54bdf refactor: add status cards and rules. 2026-04-15 16:28:18 +08:00
hypercross 7b954bb5a5 refactor: add more effect 2026-04-15 15:41:20 +08:00
hypercross 7472095822 refactor: add team effect 2026-04-15 15:21:44 +08:00
hypercross e5da41c1cb refactor: op -> player 2026-04-15 15:19:58 +08:00
hypercross 509e121275 refactor: add timing to effect 2026-04-15 15:16:45 +08:00
hypercross e77e2d0737 refactor: self-referencing intent table! 2026-04-15 14:59:34 +08:00
hypercross 09148f5b13 refactor: update inline-schema to import accessors 2026-04-15 14:56:48 +08:00
hypercross 7e98e5e546 chore: add identifier to fields 2026-04-15 14:30:56 +08:00
hypercross 33095d5226 chore: add tests for data loading 2026-04-15 13:27:12 +08:00
hypercross 726856af35 feat: add enemy/effect data 2026-04-15 13:15:09 +08:00
hypercross 630e35ad4e feat: add enemy intent data 2026-04-15 12:43:41 +08:00
hypercross 5860f2a247 feat: upgrade yarn-spinner-loader to 0.2.0 and add encounters.yarnproject test 2026-04-15 10:19:03 +08:00
hypercross 8f34104332 feat: add yarn-spinner-loader 2026-04-14 20:53:21 +08:00
hypercross 760cfc9954 feat: deck generation 2026-04-14 15:46:08 +08:00
hypercross 4fbd65e98c fix: encounter data assignment 2026-04-14 14:35:23 +08:00
hypercross 204198b10f refactor: add progress 2026-04-14 13:35:26 +08:00
hypercross 6b724df7e7 refactor: add price 2026-04-14 11:54:44 +08:00
hypercross e35871accd refactor: types on the inventory 2026-04-14 11:11:29 +08:00
hyper ef9557cba7 refactor: minimize repetitions 2026-04-13 21:18:06 +08:00
hyper 1e5e4e9f7e fix: fix map gen again 2026-04-13 20:06:23 +08:00
hyper c30db2f8a4 refactor: update encounter table design 2026-04-13 19:29:53 +08:00
hyper 5d1dc487f8 refactor: map gen? 2026-04-13 19:06:37 +08:00
hypercross 06a2236a1d refactor: redesign map gen 2026-04-13 14:56:33 +08:00
hypercross fe361dc877 fix: avoid paths corssing each other 2026-04-13 12:56:39 +08:00
hypercross 17dca6303c fix: export 2026-04-13 12:20:55 +08:00
hypercross d1aa6dbd32 fix: export for stsl 2026-04-13 12:19:49 +08:00
hypercross 88eeee6ab7 feat: add encounter map 2026-04-13 11:59:56 +08:00
hypercross 2a4383ff10 feat: add grid-inventory 2026-04-13 11:07:57 +08:00
hyper 4bfc6db60f chore: add data import test 2026-04-12 21:04:38 +08:00
hyper 238254c4e5 chore: add tests for shape stuff 2026-04-12 20:51:19 +08:00
hyper 6281044f14 feat: add som shape parsing 2026-04-12 20:44:35 +08:00
hyper 18eae59891 feat: add hero fighter item pool 1 2026-04-12 20:34:08 +08:00
hyper 6dc85b443e feat: shape parsing 2026-04-12 20:26:46 +08:00
hyper d5f65fa6cd chore: export TicTactToePart 2026-04-12 16:28:50 +08:00
hypercross 6ac5ac4b9a chore: update inline-schema output 2026-04-12 10:13:57 +08:00
102 changed files with 12346 additions and 3862 deletions
Expand all files Collapse all files
AGENTS.md
+71 -71
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@@ -2,92 +2,92 @@
## Commands
Prefer `bash.exe`(C:\Users\Administrator\AppData\Local\Microsoft\WindowsApps\bash.exe) over Powershell.
Shell environment: git bash (bash.exe) on Windows.
```bash
npm run build # Build ESM bundle + declarations to dist/ (via tsup)
npm run test # Run vitest in watch mode
npm run test:run # Run vitest once (no watch)
npm run typecheck # Type-check without emitting (tsc --noEmit)
npm run build # ESM bundle + declarations to dist/ (tsup)
npm run build:samples # Build samples separately (tsup.samples.config.ts)
npm run test # vitest in watch mode
npm run test:run # vitest once (no watch)
npm run typecheck # tsc --noEmit
```
### Running a single test file
```bash
npx vitest run tests/samples/tic-tac-toe.test.ts
```
Run a single test file: `npx vitest run tests/core/game.test.ts`
Run tests matching a name: `npx vitest run -t "should create"`
### Running a single test by name
```bash
npx vitest run -t "should detect horizontal win for X"
```
`npm run prepare` runs `npm run build` on install — if `inline-schema` isn't available, installs will fail.
## Local Dependency
`inline-schema` is a **local peer dependency** at `file:../inline-schema` — must exist as a sibling directory before `npm install`. Both vitest and tsup load custom plugins from it (`inline-schema/csv-loader/rollup` and `inline-schema/csv-loader/esbuild`). `yarn-spinner-loader` is also a local dependency at `file:../yarn-spinner-loader` — it can be changed and published if needed. It provides vitest and tsup/esbuild plugins for `.yarnproject` dialogue files.
## Architecture
- **MutableSignal\<T\>**: extends Preact Signal — `.value` to read, `.produce(draft => ...)` to mutate (uses `mutative`). `.produceAsync()` awaits interruption promises first, then mutates.
- **GameHost**: lifecycle manager — `start(seed?)`, `tryInput(string)`, `tryAnswerPrompt(def, ...args)`, `dispose()`. Reactive signals: `state`, `status`, `activePromptSchema`, `activePromptPlayer`, `activePromptHint`.
- **GameModule**: `{ registry?, createInitialState, start }`. `registry` defaults to `createGameCommandRegistry()` if omitted.
- **Command system**: CLI-style parsing with schema validation via `inline-schema`. `CommandRunner.run()` uses `this` bound to a `CommandRunnerContext`.
- **Prompt system**: `game.prompt(def, validator, currentPlayer?)` — validator **throws a string** to reject, **returns a value** to accept. `PromptEvent.tryCommit(Command | string)` returns `null` on success, error string on failure. `promptEnd` event fires after resolve or cancel.
- **Part collections**: `Record<string, Part<TMeta>>` keyed by ID. `Object.values()` for iteration, `Object.keys()` for count/IDs.
- **Region system**: `createRegion()` factory; `partMap` maps position keys to part IDs.
- **Barrel exports**: `src/index.ts` is the single public API surface.
## Project Structure
```
src/
core/ # Core game primitives (game, part, region)
samples/ # Example games (tic-tac-toe, boop)
utils/ # Shared utilities (mutable-signal, command, rng, async-queue)
index.ts # Single public API barrel export
tests/ # Mirrors src/ structure with *.test.ts files
index.ts # Barrel export (single public API)
core/
game.ts # Game core logic
game-host.ts # GameHost lifecycle manager
part.ts # Part entity
part-factory.ts # Part factory
region.ts # Region/space management
utils/
mutable-signal.ts # MutableSignal<T> (extends Preact Signal)
rng.ts # Mulberry32 seeded PRNG
async-queue.ts # Async queue
middleware.ts # Middleware chain
command/ # CLI-style command system (7 files)
types.ts, command-parse.ts, command-registry.ts
command-runner.ts, command-validate.ts, command-apply.ts, schema-parse.ts, index.ts
samples/
tic-tac-toe.ts # Simple sample game
boop/ # Boop board game
onitama/ # Onitama card game
regicide/ # Regicide card game
slay-the-spire-like/ # Roguelike deckbuilder (see samples/slay-the-spire-like/AGENTS.md)
tests/ # Mirrors src/ with *.test.ts (20 files)
core/ # game-host, game, part, part-factory, region
samples/ # Each sample + slay-the-spire-like submodules
utils/ # mutable-signal, rng, async-queue, middleware, command
```
`src/global.d.ts` — `*.yarnproject` module declaration.
`testsgames/` and `testsrules/` — empty directories (reserved).
## Samples Build
`tsup.samples.config.ts` auto-discovers entries from `src/samples/` (directories → `index.ts`, files → direct `.ts`). It rewrites `@/core/*`, `@/utils/*`, and `@/index` imports to external `boardgame-core`.
## Code Style
### Imports
- Use **double quotes** for local imports, **single quotes** for npm packages
- Use `@/**/*` for `./src/**/*` import alias (configured in tsconfig.json)
- Use `@/index` when importing from the public API surface in samples
- Double quotes for local imports, single quotes for npm packages
- `@/*` alias maps to `src/*` (configured in tsconfig, vitest, and tsup)
- Group imports: npm packages first, then local `@/` imports, separated by blank line
### Formatting
- **4-space indentation** (no tabs)
- **Semicolons** at statement ends
- **Arrow functions** for callbacks; `function` keyword for methods needing `this` (e.g. command handlers)
- No trailing whitespace
- Trailing commas in multi-line objects/arrays
### Naming Conventions
- **Types/Interfaces**: `PascalCase` — `Part`, `Region`, `Command`, `IGameContext`, `GameHost`
- **Classes**: `PascalCase` — `MutableSignal`, `AsyncQueue`, `Mulberry32RNG`, `GameHost`
- **Functions**: `camelCase`, verb-first — `createGameContext`, `createGameHost`, `parseCommand`, `isValidMove`
- **Variables**: `camelCase`
- **Constants**: `UPPER_SNAKE_CASE` — `BOARD_SIZE`, `WINNING_LINES`
- **Test files**: `*.test.ts` mirroring `src/` structure under `tests/`
- **Factory functions**: prefix with `create` or `mutable` — `createGameContext`, `createGameHost`, `mutableSignal`
### Types
- **Strict TypeScript** is enabled — no `any`
- Use **generics** heavily: `MutableSignal<T>`, `CommandRunner<TContext, TResult>`
- Use **type aliases** for object shapes (not interfaces)
- Use **discriminated unions** for results: `{ success: true; result: T } | { success: false; error: string }`
- Use `unknown` for untyped values, narrow with type guards or `as`
- 4-space indentation, semicolons, trailing commas in multi-line
- Arrow functions for callbacks; `function` keyword for methods needing `this` (e.g. command handlers)
- Strict TypeScript — no `any`; type aliases for object shapes (not interfaces)
- Discriminated unions for results: `{ success: true; result: T } | { success: false; error: string }`
- Derive state types via `ReturnType<typeof createInitialState>`
- Factory function prefix: `create` or `mutable` — `createGameHost`, `mutableSignal`
- Validation error messages in Chinese (e.g. `"参数不足"`)
### Error Handling
- Prefer **result objects** over throwing: return `{ success, result/error }`
- When catching: `const error = e as Error;` then use `error.message`
- Use `throw new Error(...)` only for truly exceptional cases
- Validation error messages are in Chinese (e.g. `"参数不足"`)
- Prompt validators return `null` for valid input, `string` error message for invalid
## Testing
### Testing
- **Vitest** with globals enabled (`describe`, `it`, `expect` available without import)
- Use `async/await` for async tests
- Narrow result types with `if (result.success)` before accessing `result.result`
- Define inline helper functions in test files when needed (e.g. `createTestContext()`)
- No mocking — use real implementations
- For command tests: use `waitForPrompt()` + `promptEvent.tryCommit()` pattern
- Test helpers: `createTestContext()`, `createTestRegion()`
## Architecture Notes
- **Reactivity**: `MutableSignal<T>` extends Preact Signal — access state via `.value`, mutate via `.produce(draft => ...)`
- **Command system**: CLI-style parsing with schema validation via `inline-schema`
- **Prompt system**: Commands prompt for input via `PromptEvent` with `resolve`/`reject`; `tryCommit` accepts `Command | string` and validates against schema before custom validator; `promptEnd` event fires when prompt completes (success or cancel)
- **GameHost**: Lifecycle manager for game sessions — provides `setup()`, `onInput()`, `dispose()`, reactive `state`/`status`/`activePromptSchema` signals
- **Barrel exports**: `src/index.ts` is the single public API surface
- **Game modules**: export `registry` and `createInitialState` for use with `createGameContextFromModule` or `createGameHost`
- **Region system**: plain `Region` type with `createRegion()` factory; `parts` are stored as `Record<string, Part>` keyed by ID, with `partMap` in regions mapping position keys to part IDs
- **Part collections**: Game state uses `Record<string, Part<TMeta>>` (not arrays) for O(1) lookup by ID. Use `Object.values(parts)` when iteration is needed, `Object.keys(parts)` for count/IDs
- **Mutative**: used for immutable state updates inside `MutableSignal.produce()`
- Vitest with globals enabled, but **test files import explicitly**: `import { describe, it, expect } from 'vitest'`
- Use `@/` imports in test files (vitest resolve alias)
- Command/prompt test pattern: `waitForPrompt(ctx)` → `promptEvent.tryCommit(Command)` → returns `null` | error string
- No mocking — real implementations. Define inline helpers (`createTestContext()`, `waitForPrompt()`) per file.
- Narrow result types: `if (result.success)` before accessing `result.result`
package-lock.json
Generated
+364 -3
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@@ -10,11 +10,13 @@
"license": "MIT",
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"license": "MIT",
"engines": {
"node": ">= 8"
}
},
"node_modules/micromatch": {
"version": "4.0.8",
"resolved": "https://registry.npmjs.org/micromatch/-/micromatch-4.0.8.tgz",
"integrity": "sha512-PXwfBhYu0hBCPw8Dn0E+WDYb7af3dSLVWKi3HGv84IdF4TyFoC0ysxFd0Goxw7nSv4T/PzEJQxsYsEiFCKo2BA==",
"dev": true,
"license": "MIT",
"dependencies": {
"braces": "^3.0.3",
"picomatch": "^2.3.1"
},
"engines": {
"node": ">=8.6"
}
},
"node_modules/micromatch/node_modules/picomatch": {
"version": "2.3.2",
"resolved": "https://registry.npmjs.org/picomatch/-/picomatch-2.3.2.tgz",
"integrity": "sha512-V7+vQEJ06Z+c5tSye8S+nHUfI51xoXIXjHQ99cQtKUkQqqO1kO/KCJUfZXuB47h/YBlDhah2H3hdUGXn8ie0oA==",
"dev": true,
"license": "MIT",
"engines": {
"node": ">=8.6"
},
"funding": {
"url": "https://github.com/sponsors/jonschlinkert"
}
},
"node_modules/mimic-fn": {
"version": "4.0.0",
"resolved": "https://registry.npmjs.org/mimic-fn/-/mimic-fn-4.0.0.tgz",
@@ -1780,6 +2024,27 @@
"node": "^14.15.0 || ^16.10.0 || >=18.0.0"
}
},
"node_modules/queue-microtask": {
"version": "1.2.3",
"resolved": "https://registry.npmjs.org/queue-microtask/-/queue-microtask-1.2.3.tgz",
"integrity": "sha512-NuaNSa6flKT5JaSYQzJok04JzTL1CA6aGhv5rfLW3PgqA+M2ChpZQnAC8h8i4ZFkBS8X5RqkDBHA7r4hej3K9A==",
"dev": true,
"funding": [
{
"type": "github",
"url": "https://github.com/sponsors/feross"
},
{
"type": "patreon",
"url": "https://www.patreon.com/feross"
},
{
"type": "consulting",
"url": "https://feross.org/support"
}
],
"license": "MIT"
},
"node_modules/react-is": {
"version": "18.3.1",
"resolved": "https://registry.npmjs.org/react-is/-/react-is-18.3.1.tgz",
@@ -1801,6 +2066,16 @@
"url": "https://paulmillr.com/funding/"
}
},
"node_modules/require-from-string": {
"version": "2.0.2",
"resolved": "https://registry.npmjs.org/require-from-string/-/require-from-string-2.0.2.tgz",
"integrity": "sha512-Xf0nWe6RseziFMu+Ap9biiUbmplq6S9/p+7w7YXP/JBHhrUDDUhwa+vANyubuqfZWTveU//DYVGsDG7RKL/vEw==",
"dev": true,
"license": "MIT",
"engines": {
"node": ">=0.10.0"
}
},
"node_modules/resolve-from": {
"version": "5.0.0",
"resolved": "https://registry.npmjs.org/resolve-from/-/resolve-from-5.0.0.tgz",
@@ -1811,6 +2086,17 @@
"node": ">=8"
}
},
"node_modules/reusify": {
"version": "1.1.0",
"resolved": "https://registry.npmjs.org/reusify/-/reusify-1.1.0.tgz",
"integrity": "sha512-g6QUff04oZpHs0eG5p83rFLhHeV00ug/Yf9nZM6fLeUrPguBTkTQOdpAWWspMh55TZfVQDPaN3NQJfbVRAxdIw==",
"dev": true,
"license": "MIT",
"engines": {
"iojs": ">=1.0.0",
"node": ">=0.10.0"
}
},
"node_modules/rollup": {
"version": "4.60.1",
"resolved": "https://registry.npmjs.org/rollup/-/rollup-4.60.1.tgz",
@@ -1856,6 +2142,30 @@
"fsevents": "~2.3.2"
}
},
"node_modules/run-parallel": {
"version": "1.2.0",
"resolved": "https://registry.npmjs.org/run-parallel/-/run-parallel-1.2.0.tgz",
"integrity": "sha512-5l4VyZR86LZ/lDxZTR6jqL8AFE2S0IFLMP26AbjsLVADxHdhB/c0GUsH+y39UfCi3dzz8OlQuPmnaJOMoDHQBA==",
"dev": true,
"funding": [
{
"type": "github",
"url": "https://github.com/sponsors/feross"
},
{
"type": "patreon",
"url": "https://www.patreon.com/feross"
},
{
"type": "consulting",
"url": "https://feross.org/support"
}
],
"license": "MIT",
"dependencies": {
"queue-microtask": "^1.2.2"
}
},
"node_modules/shebang-command": {
"version": "2.0.0",
"resolved": "https://registry.npmjs.org/shebang-command/-/shebang-command-2.0.0.tgz",
@@ -2056,6 +2366,19 @@
"node": ">=14.0.0"
}
},
"node_modules/to-regex-range": {
"version": "5.0.1",
"resolved": "https://registry.npmjs.org/to-regex-range/-/to-regex-range-5.0.1.tgz",
"integrity": "sha512-65P7iz6X5yEr1cwcgvQxbbIw7Uk3gOy5dIdtZ4rDveLqhrdJP+Li/Hx6tyK0NEb+2GCyneCMJiGqrADCSNk8sQ==",
"dev": true,
"license": "MIT",
"dependencies": {
"is-number": "^7.0.0"
},
"engines": {
"node": ">=8.0"
}
},
"node_modules/tree-kill": {
"version": "1.2.2",
"resolved": "https://registry.npmjs.org/tree-kill/-/tree-kill-1.2.2.tgz",
@@ -2157,6 +2480,13 @@
"dev": true,
"license": "MIT"
},
"node_modules/undici-types": {
"version": "7.19.2",
"resolved": "https://registry.npmjs.org/undici-types/-/undici-types-7.19.2.tgz",
"integrity": "sha512-qYVnV5OEm2AW8cJMCpdV20CDyaN3g0AjDlOGf1OW4iaDEx8MwdtChUp4zu4H0VP3nDRF/8RKWH+IPp9uW0YGZg==",
"dev": true,
"license": "MIT"
},
"node_modules/vite": {
"version": "5.4.21",
"resolved": "https://registry.npmjs.org/vite/-/vite-5.4.21.tgz",
@@ -2783,6 +3113,37 @@
"node": ">=8"
}
},
"node_modules/yarn-spinner-loader": {
"version": "0.2.0",
"resolved": "https://registry.npmjs.org/yarn-spinner-loader/-/yarn-spinner-loader-0.2.0.tgz",
"integrity": "sha512-tWq+n7qziugn7pj+0Zf/XXWXqVxXZez1JkqQgk7JJD4yikHbY1OihYwqSvsUiNeav52j5VCrpU8vWlerwCawPw==",
"dev": true,
"license": "MIT",
"dependencies": {
"ajv": "^8.17.1",
"fast-glob": "^3.3.2"
},
"peerDependencies": {
"esbuild": ">=0.20.0",
"rollup": ">=4.0.0",
"vite": ">=5.0.0",
"webpack": ">=5.0.0"
},
"peerDependenciesMeta": {
"esbuild": {
"optional": true
},
"rollup": {
"optional": true
},
"vite": {
"optional": true
},
"webpack": {
"optional": true
}
}
},
"node_modules/yocto-queue": {
"version": "1.2.2",
"resolved": "https://registry.npmjs.org/yocto-queue/-/yocto-queue-1.2.2.tgz",
package.json
+4 -2
View File
@@ -18,7 +18,7 @@
"scripts": {
"build": "tsup",
"build:samples": "tsup --config tsup.samples.config.ts",
"prepare": "npm run build",
"prepare": "npm run build && npm run build:samples",
"test": "vitest",
"test:run": "vitest run",
"typecheck": "tsc --noEmit"
@@ -30,11 +30,13 @@
},
"devDependencies": {
"@preact/signals-core": "^1.5.1",
"@types/node": "^25.6.0",
"inline-schema": "file:../inline-schema",
"mutative": "^1.3.0",
"tsup": "^8.0.2",
"typescript": "^5.3.3",
"vitest": "^1.3.1"
"vitest": "^1.3.1",
"yarn-spinner-loader": "^0.2.0"
},
"keywords": [
"boardgame",
src/core/game-client.ts
+118
View File
@@ -0,0 +1,118 @@
import { createPromptContext, PromptDef } from "@/utils/command";
import { computed, effect, signal } from "@preact/signals-core";
import { createGameContext, IGameContext } from "./game";
export enum ClientStatus {
Idle = "idle",
Running = "running",
Disposed = "disposed",
}
export type PromptInfo =
| {
hasPrompt: false;
player: string;
}
| {
hasPrompt: true;
player: string;
def: PromptDef<unknown[]>;
tryAnswer(...args: unknown[]): string | null;
};
/**
* 1. create a client instance
* 2. setStatus("running")
* 3. select("selector", t => {}) for c# to capture game state
* 4. useClient("status" | "prompt") for c# to handle prompt / game status
*/
export abstract class BaseGameClient<
T extends Record<string, unknown> = Record<string, unknown>,
R = unknown,
> {
protected _initialState: T;
protected _context: IGameContext<T>;
protected _prompts = createPromptContext();
protected _status = signal(ClientStatus.Idle);
protected _result = signal(null as null | R);
public get state() {
return this._context.value;
}
constructor(is: T) {
this._initialState = is;
this._context = createGameContext(this._prompts, is);
}
async setStatus(status: ClientStatus) {
this._status.value = status;
if (status === ClientStatus.Disposed) {
this._prompts.reset();
} else if (status === ClientStatus.Running) {
this._prompts.reset();
this._context._state.value = this._initialState;
this._result.value = null;
this._result.value = await this.start(this._context);
this.setStatus(ClientStatus.Idle);
}
}
abstract start(ctx: IGameContext<T>): Promise<R>;
assignSelector<S>(selector: (t: T) => S, callback: (s: S) => void) {
const selected = computed(() => selector(this._context.value));
return effect(() => {
callback(selected.value);
});
}
addInterruption() {
let resolve!: () => void;
const promise = new Promise<void>((resolver) => {
resolve = resolver;
});
this._context._state.addInterruption(promise);
return resolve;
}
selectPrompt(callback: (prompt: PromptInfo) => void) {
return this._prompts.handleCall.use(async (ctx, next) => {
function tryAnswer(...args: any[]) {
try {
const res = ctx.validator(...args);
ctx.resolve(res);
return null;
} catch (reason) {
if (typeof reason === "string") {
return reason;
}
throw reason;
}
}
try {
callback({
hasPrompt: true,
player: ctx.player || "global",
def: ctx.def,
tryAnswer,
});
return await next();
} finally {
callback({
hasPrompt: false,
player: ctx.player || "global",
});
}
});
}
selectStatus(callback: (status: ClientStatus) => void) {
return effect(() => {
callback(this._status.value);
});
}
selectResult(callback: (status: R | null) => void) {
return effect(() => {
callback(this._result.value);
});
}
}
src/core/game-host.ts
+101 -157
View File
@@ -1,180 +1,124 @@
import { ReadonlySignal, Signal } from '@preact/signals-core';
import {
CommandSchema,
CommandRegistry,
PromptEvent,
} from '@/utils/command';
import {createGameCommandRegistry, createGameContext, IGameContext, PromptDef} from './game';
import { createPromptContext } from "@/utils/command";
import { PromptContext } from "@/utils/command/command-prompt";
import { ReadonlySignal, Signal } from "@preact/signals-core";
import { createGameContext, IGameContext } from "./game";
export type GameHostStatus = 'created' | 'running' | 'disposed';
export type GameHostStatus = "created" | "running" | "disposed";
export class GameHost<TState extends Record<string, unknown>, TResult=unknown> {
readonly state: ReadonlySignal<TState>;
readonly status: ReadonlySignal<GameHostStatus>;
readonly activePromptSchema: ReadonlySignal<CommandSchema | null>;
readonly activePromptPlayer: ReadonlySignal<string | null>;
readonly activePromptHint: ReadonlySignal<string | null>;
export class GameHost<
TState extends Record<string, unknown>,
TResult = unknown,
TModule extends GameModule<TState, TResult> = GameModule<TState, TResult>,
> {
readonly state: ReadonlySignal<TState>;
readonly status: ReadonlySignal<GameHostStatus>;
readonly prompts: PromptContext;
private _context: IGameContext<TState>;
private _start: (ctx: IGameContext<TState>) => Promise<TResult>;
private _status: Signal<GameHostStatus>;
private _activePromptSchema: Signal<CommandSchema | null>;
private _activePromptPlayer: Signal<string | null>;
private _activePromptHint: Signal<string | null>;
private _createInitialState: () => TState;
private _eventListeners: Map<'start' | 'dispose', Set<() => void>>;
private _isDisposed = false;
private _context: IGameContext<TState>;
private _start: (ctx: IGameContext<TState>) => Promise<TResult>;
private _status: Signal<GameHostStatus>;
private _createInitialState: () => TState;
private _eventListeners: Map<"start" | "dispose", Set<() => void>>;
private _isDisposed = false;
constructor(
registry: CommandRegistry<IGameContext<TState>>,
createInitialState: () => TState,
start: (ctx: IGameContext<TState>) => Promise<TResult>
) {
this._createInitialState = createInitialState;
this._eventListeners = new Map();
constructor(public readonly gameModule: TModule) {
const { createInitialState, start } = gameModule;
this._createInitialState = createInitialState;
this._eventListeners = new Map();
const initialState = createInitialState();
this._context = createGameContext(registry, initialState);
this._start = start;
this.state = this._context._state;
this.prompts = createPromptContext();
const initialState = createInitialState();
this._context = createGameContext(this.prompts, initialState);
this._start = start;
this.state = this._context._state;
this._status = new Signal<GameHostStatus>('created');
this.status = this._status;
this._status = new Signal<GameHostStatus>("created");
this.status = this._status;
}
this._activePromptSchema = new Signal<CommandSchema | null>(null);
this.activePromptSchema = this._activePromptSchema;
/**
* 为下一个 produceAsync 注册中断 Promise（通常用于 UI 动画）。
* @see MutableSignal.addInterruption
*/
addInterruption(promise: Promise<void>): void {
this._context._state.addInterruption(promise);
}
this._activePromptPlayer = new Signal<string | null>(null);
this.activePromptPlayer = this._activePromptPlayer;
/**
* 清除所有未完成的中断。
* @see MutableSignal.clearInterruptions
*/
clearInterruptions(): void {
this._context._state.clearInterruptions();
}
this._activePromptHint = new Signal<string | null>(null);
this.activePromptHint = this._activePromptHint;
this._setupPromptTracking();
start(seed?: number): Promise<TResult> {
if (this._isDisposed) {
throw new Error("GameHost is disposed");
}
private _setupPromptTracking() {
let currentPromptEvent: PromptEvent | null = null;
this.prompts.reset();
this._context._commands.on('prompt', (e) => {
currentPromptEvent = e as PromptEvent;
this._activePromptSchema.value = currentPromptEvent.schema;
this._activePromptPlayer.value = currentPromptEvent.currentPlayer;
this._activePromptHint.value = currentPromptEvent.hintText || null;
});
const initialState = this._createInitialState();
this._context._state.value = initialState as any;
this._context._commands.on('promptEnd', () => {
currentPromptEvent = null;
this._activePromptSchema.value = null;
this._activePromptPlayer.value = null;
this._activePromptHint.value = null;
});
seed = seed || Math.floor(Math.random() * Number.MAX_SAFE_INTEGER);
this._context._rng.setSeed(seed);
const promise = this._start(this._context);
// Initial state
this._activePromptSchema.value = null;
this._activePromptPlayer.value = null;
this._activePromptHint.value = null;
this._status.value = "running";
this._emitEvent("start");
return promise;
}
dispose(): void {
if (this._isDisposed) {
return;
}
tryInput(input: string): string | null {
if (this._isDisposed) {
return 'GameHost is disposed';
}
return this._context._commands._tryCommit(input);
this._isDisposed = true;
this.prompts.reset();
this._status.value = "disposed";
// Emit dispose event BEFORE clearing listeners
this._emitEvent("dispose");
this._eventListeners.clear();
}
on(event: "start" | "dispose", listener: () => void): () => void {
if (!this._eventListeners.has(event)) {
this._eventListeners.set(event, new Set());
}
this._eventListeners.get(event)!.add(listener);
tryAnswerPrompt<TArgs extends any[]>(def: PromptDef<TArgs>, ...args: TArgs){
return this._context._commands._tryCommit({
name: def.schema.name,
params: args,
options: {},
flags: {}
});
}
/**
* 为下一个 produceAsync 注册中断 Promise（通常用于 UI 动画）。
* @see MutableSignal.addInterruption
*/
addInterruption(promise: Promise<void>): void {
this._context._state.addInterruption(promise);
}
/**
* 清除所有未完成的中断。
* @see MutableSignal.clearInterruptions
*/
clearInterruptions(): void {
this._context._state.clearInterruptions();
}
start(seed?: number): Promise<TResult> {
if (this._isDisposed) {
throw new Error('GameHost is disposed');
}
this._context._commands._cancel();
const initialState = this._createInitialState();
this._context._state.value = initialState as any;
seed = seed || Math.floor(Math.random() * Number.MAX_SAFE_INTEGER);
this._context._rng.setSeed(seed);
const promise = this._start(this._context);
this._status.value = 'running';
this._emitEvent('start');
return promise;
}
dispose(): void {
if (this._isDisposed) {
return;
}
this._isDisposed = true;
this._context._commands._cancel();
this._status.value = 'disposed';
// Emit dispose event BEFORE clearing listeners
this._emitEvent('dispose');
this._eventListeners.clear();
}
on(event: 'start' | 'dispose', listener: () => void): () => void {
if (!this._eventListeners.has(event)) {
this._eventListeners.set(event, new Set());
}
this._eventListeners.get(event)!.add(listener);
return () => {
this._eventListeners.get(event)?.delete(listener);
};
}
private _emitEvent(event: 'start' | 'dispose') {
const listeners = this._eventListeners.get(event);
if (listeners) {
for (const listener of listeners) {
listener();
}
}
return () => {
this._eventListeners.get(event)?.delete(listener);
};
}
private _emitEvent(event: "start" | "dispose") {
const listeners = this._eventListeners.get(event);
if (listeners) {
for (const listener of listeners) {
listener();
}
}
}
}
export type GameModule<TState extends Record<string, unknown>, TResult=unknown> = {
registry?: CommandRegistry<IGameContext<TState>>;
createInitialState: () => TState;
start: (ctx: IGameContext<TState>) => Promise<TResult>;
}
export type GameModule<
TState extends Record<string, unknown> = Record<string, unknown>,
TResult = unknown,
> = {
createInitialState: () => TState;
start: (ctx: IGameContext<TState>) => Promise<TResult>;
};
export function createGameHost<TState extends Record<string, unknown>>(
gameModule: GameModule<TState>
): GameHost<TState> {
return new GameHost(
gameModule.registry || createGameCommandRegistry(),
gameModule.createInitialState,
gameModule.start
);
export function createGameHost<
TState extends Record<string, unknown> = Record<string, unknown>,
TResult = unknown,
TModule extends GameModule<TState, TResult> = GameModule<TState, TResult>,
>(gameModule: TModule): GameHost<TState, TResult, TModule> {
return new GameHost(gameModule);
}
src/core/game.ts
+53 -69
View File
@@ -1,80 +1,64 @@
import {MutableSignal, mutableSignal} from "@/utils/mutable-signal";
import {
Command,
CommandRegistry, CommandResult,
CommandRunnerContextExport,
CommandSchema,
createCommandRegistry,
createCommandRunnerContext, parseCommandSchema,
} from "@/utils/command";
import {PromptValidator} from "@/utils/command/command-runner";
import {Mulberry32RNG, ReadonlyRNG, RNG} from "@/utils/rng";
import { MutableSignal, mutableSignal } from "@/utils/mutable-signal";
import { CommandSchema, parseCommandSchema, PromptDef } from "@/utils/command";
import { PromptValidator } from "@/utils/command/command-runner";
import { Mulberry32RNG, ReadonlyRNG, RNG } from "@/utils/rng";
import { PromptContext } from "@/utils/command/command-prompt";
export interface IGameContext<TState extends Record<string, unknown> = {} > {
get value(): TState;
get rng(): ReadonlyRNG;
produce(fn: (draft: TState) => void): void;
produceAsync(fn: (draft: TState) => void): Promise<void>;
run<T>(input: string): Promise<CommandResult<T>>;
runParsed<T>(command: Command): Promise<CommandResult<T>>;
prompt: <TResult,TArgs extends any[]=any[]>(def: PromptDef<TArgs>, validator: PromptValidator<TResult,TArgs>, currentPlayer?: string | null) => Promise<TResult>;
export interface IGameContext<TState extends Record<string, unknown> = {}> {
get value(): TState;
get rng(): ReadonlyRNG;
produce(fn: (draft: TState) => undefined): void;
produceAsync(fn: (draft: TState) => undefined): Promise<void>;
prompt: <TResult, TArgs extends any[] = any[]>(
def: PromptDef<TArgs>,
validator: PromptValidator<TResult, TArgs>,
player?: string,
) => Promise<TResult>;
// test only
_state: MutableSignal<TState>;
_commands: CommandRunnerContextExport<IGameContext<TState>>;
_rng: RNG;
// test only
_state: MutableSignal<TState>;
_rng: RNG;
}
export type IGameContextExport<TState extends Record<string, unknown> = {}> =
Omit<IGameContext<TState>, "_state" | "_commands" | "_rng">;
export function createGameContext<TState extends Record<string, unknown> = {} >(
commandRegistry: CommandRegistry<IGameContext<TState>>,
initialState?: TState | (() => TState)
export function createGameContext<TState extends Record<string, unknown> = {}>(
promptContext: PromptContext,
initialState?: TState | (() => TState),
): IGameContext<TState> {
const stateValue = typeof initialState === 'function' ? initialState() : initialState ?? {} as TState;
const state = mutableSignal(stateValue);
let commands: CommandRunnerContextExport<IGameContext<TState>> = null as any;
const stateValue =
typeof initialState === "function"
? initialState()
: (initialState ?? ({} as TState));
const state = mutableSignal(stateValue);
const { prompt } = promptContext;
const context: IGameContext<TState> = {
get value(): TState {
return state.value;
},
get rng() {
return this._rng;
},
produce(fn) {
return state.produce(fn);
},
produceAsync(fn) {
return state.produceAsync(fn);
},
run<T>(input: string) {
return commands.run<T>(input);
},
runParsed<T>(command: Command) {
return commands.runParsed<T>(command);
},
prompt(def, validator, currentPlayer) {
return commands.prompt(def.schema, validator, def.hintText, currentPlayer);
},
const context: IGameContext<TState> = {
get value(): TState {
return state.value;
},
get rng() {
return this._rng;
},
produce(fn: (draft: TState) => undefined) {
return state.produce(fn);
},
produceAsync(fn: (draft: TState) => undefined) {
return state.produceAsync(fn);
},
prompt,
_state: state,
_commands: commands,
_rng: new Mulberry32RNG(),
};
_state: state,
_rng: new Mulberry32RNG(),
};
context._commands = commands = createCommandRunnerContext(commandRegistry, context);
return context;
return context;
}
export type PromptDef<TArgs extends any[]=any[]> = {
schema: CommandSchema,
hintText?: string,
}
export function createPromptDef<TArgs extends any[]=any[]>(schema: CommandSchema | string, hintText?: string): PromptDef<TArgs> {
schema = typeof schema === 'string' ? parseCommandSchema(schema) : schema;
return { schema, hintText };
}
export function createGameCommandRegistry<TState extends Record<string, unknown> = {} >() {
return createCommandRegistry<IGameContext<TState>>();
export function createPromptDef<TArgs extends any[] = any[]>(
schema: CommandSchema | string,
hintText?: string,
): PromptDef<TArgs> {
schema = typeof schema === "string" ? parseCommandSchema(schema) : schema;
return { schema, hintText };
}
src/core/region.ts
+2 -2
View File
@@ -1,5 +1,5 @@
import {Part} from "./part";
import {RNG} from "@/utils/rng";
import {ReadonlyRNG} from "@/utils/rng";
export type Region = {
id: string;
@@ -107,7 +107,7 @@ export function applyAlign<TMeta>(region: Region, parts: Record<string, Part<TMe
region.partMap = buildPartMap(region, parts);
}
export function shuffle<TMeta>(region: Region, parts: Record<string, Part<TMeta>>, rng: RNG){
export function shuffle<TMeta>(region: Region, parts: Record<string, Part<TMeta>>, rng: ReadonlyRNG){
if (region.childIds.length <= 1) return;
const childIds = [...region.childIds];
src/index.ts
+62 -18
View File
@@ -4,31 +4,75 @@
*/
// Core types
export type { IGameContext } from './core/game';
export { createGameCommandRegistry, createPromptDef } from './core/game';
export type { IGameContext } from "./core/game";
export { createPromptDef } from "./core/game";
export type { GameHost, GameHostStatus, GameModule } from './core/game-host';
export { createGameHost } from './core/game-host';
export type { GameHost, GameHostStatus, GameModule } from "./core/game-host";
export { createGameHost } from "./core/game-host";
export type { Part } from './core/part';
export { flip, flipTo, roll } from './core/part';
export type { Part } from "./core/part";
export { flip, flipTo, roll } from "./core/part";
export { createParts, createPartsFromTable } from './core/part-factory';
export { createParts, createPartsFromTable } from "./core/part-factory";
export type { Region, RegionAxis } from './core/region';
export { createRegion, createRegionAxis, applyAlign, shuffle, moveToRegion } from './core/region';
export type { Region, RegionAxis } from "./core/region";
export {
createRegion,
createRegionAxis,
applyAlign,
shuffle,
moveToRegion,
} from "./core/region";
export * from "./core/game-client";
// Utils
export type { Command, CommandDef, CommandResult, CommandSchema, CommandParamSchema, CommandOptionSchema, CommandFlagSchema } from './utils/command';
export { parseCommand, parseCommandSchema, validateCommand, parseCommandWithSchema, applyCommandSchema } from './utils/command';
export type {
Command,
CommandDef,
CommandResult,
CommandSchema,
CommandParamSchema,
CommandOptionSchema,
CommandFlagSchema,
} from "./utils/command";
export {
parseCommand,
parseCommandSchema,
validateCommand,
parseCommandWithSchema,
applyCommandSchema,
} from "./utils/command";
export type { CommandRunner, CommandRunnerHandler, CommandRunnerContext, PromptEvent, CommandRunnerEvents } from './utils/command';
export { createCommandRegistry, registerCommand, unregisterCommand, hasCommand, getCommand, runCommand, runCommandParsed, createCommandRunnerContext, type CommandRegistry, type CommandRunnerContextExport } from './utils/command';
export type {
CommandRunner,
CommandRunnerHandler,
CommandRunnerContext,
PromptEvent,
CommandRunnerEvents,
} from "./utils/command";
export {
createCommandRegistry,
registerCommand,
unregisterCommand,
hasCommand,
getCommand,
runCommand,
runCommandParsed,
createCommandRunnerContext,
type CommandRegistry,
type CommandRunnerContextExport,
} from "./utils/command";
export type { MutableSignal } from './utils/mutable-signal';
export { mutableSignal } from './utils/mutable-signal';
export type { MutableSignal } from "./utils/mutable-signal";
export { mutableSignal } from "./utils/mutable-signal";
export type { RNG } from './utils/rng';
export { createRNG, Mulberry32RNG } from './utils/rng';
export type { RNG, ReadonlyRNG } from "./utils/rng";
export { createRNG, Mulberry32RNG } from "./utils/rng";
export * from '@preact/signals-core';
export type { MiddlewareChain } from "./utils/middleware";
export { createMiddlewareChain } from "./utils/middleware";
export * from "./utils/spawner";
export * from "@preact/signals-core";
src/samples/boop/parts.csv → src/samples/boop/boopPart.csv
View File
src/samples/boop/boopPart.csv.d.ts
Vendored
+10
View File
@@ -0,0 +1,10 @@
type BoopPartTable = readonly {
readonly type: string;
readonly player: string;
readonly count: number;
}[];
export type BoopPart = BoopPartTable[number];
declare function getData(): BoopPartTable;
export default getData;
src/samples/boop/commands/index.ts
+22 -92
View File
@@ -1,101 +1,31 @@
import {BoopGame} from "@/samples/boop/types-extensions";
import {PlayerType} from "@/samples/boop/types";
import {turn} from "@/samples/boop/commands/turn";
import {createGameCommandRegistry} from "@/core/game";
export const registry = createGameCommandRegistry<BoopGame['value']>();
/**
* 放置棋子到棋盘
*/
const placeCmd = registry.register({
schema: 'place <row:number> <col:number> <player> <type>',
run: async (game, row, col, player, type) => {
const {place} = await import('./place');
return place(game, row, col, player, type);
}
});
/**
* 执行boop - 推动周围棋子
*/
const boopCmd = registry.register({
schema: 'boop <row:number> <col:number> <type>',
run: async (game, row, col, type) => {
const {boop} = await import('./boop');
return boop(game, row, col, type);
}
});
/**
* 检查是否有玩家获胜(三个猫连线)
*/
const checkWinCmd = registry.register({
schema: 'check-win',
run: async (game) => {
const {checkWin} = await import('./win');
return checkWin(game);
}
});
/**
* 检查并执行小猫升级(三个小猫连线变成猫)
*/
const checkGraduatesCmd = registry.register({
schema: 'check-graduates',
run: async (game) => {
const {checkGraduates} = await import('./graduate');
return checkGraduates(game);
}
});
/**
* 检查并执行 8-piece 规则
*/
const checkFullBoardCmd = registry.register({
schema: 'check-full-board <player:string>',
run: async (game, player) => {
const {checkFullBoard} = await import('./full-board');
return checkFullBoard(game, player);
}
});
/**
* 处理一个回合
*/
const turnCmd = registry.register({
schema: 'turn <player:string>',
run: async (game, player) => {
const {turn} = await import('./turn');
return turn(game, player);
}
});
import { BoopGame } from "@/samples/boop/types-extensions";
import { PlayerType } from "@/samples/boop/types";
import { turn } from "@/samples/boop/commands/turn";
import { boop } from "./boop";
import { checkFullBoard } from "./full-board";
import { checkGraduates } from "./graduate";
import { place } from "./place";
import { checkWin } from "./win";
/**
* 启动游戏主循环
*/
export async function start(game: BoopGame) {
while (true) {
const currentPlayer = game.value.currentPlayer;
const turnOutput = await turn(game, currentPlayer);
while (true) {
const currentPlayer = game.value.currentPlayer;
const turnOutput = await turn(game, currentPlayer);
await game.produceAsync(state => {
state.winner = turnOutput.winner;
if (!state.winner) {
state.currentPlayer = state.currentPlayer === 'white' ? 'black' : 'white';
}
});
if (game.value.winner) break;
}
await game.produceAsync((state) => {
state.winner = turnOutput.winner;
if (!state.winner) {
state.currentPlayer =
state.currentPlayer === "white" ? "black" : "white";
}
});
if (game.value.winner) break;
}
return game.value;
return game.value;
}
export {
placeCmd as place,
boopCmd as boop,
checkWinCmd as checkWin,
checkGraduatesCmd as checkGraduates,
checkFullBoardCmd as checkFullBoard,
turnCmd as turn
};
export { place, boop, checkWin, checkGraduates, checkFullBoard, turn };
src/samples/boop/index.ts
+26 -34
View File
@@ -1,49 +1,41 @@
// Types
export type {
PlayerType,
PieceType,
WinnerType,
RegionType,
BoopPartMeta,
BoopPart
} from './types';
PlayerType,
PieceType,
WinnerType,
RegionType,
BoopPartMeta,
BoopPart,
} from "./types";
export type {BoopGame} from './types-extensions';
export type { BoopGame } from "./types-extensions";
// Constants
export {
BOARD_SIZE,
MAX_PIECES_PER_PLAYER,
WIN_LENGTH
} from './constants';
export { BOARD_SIZE, MAX_PIECES_PER_PLAYER, WIN_LENGTH } from "./constants";
// State
export {
createInitialState,
type BoopState
} from './state';
export { createInitialState, type BoopState } from "./state";
// Prompts
export {prompts} from './prompts';
export { prompts } from "./prompts";
// Commands
export {
registry,
start,
place as placeCmd,
boop as boopCmd,
checkWin as checkWinCmd,
checkGraduates as checkGraduatesCmd,
checkFullBoard as checkFullBoardCmd,
turn as turnCmd
} from './commands';
start,
place as placeCmd,
boop as boopCmd,
checkWin as checkWinCmd,
checkGraduates as checkGraduatesCmd,
checkFullBoard as checkFullBoardCmd,
turn as turnCmd,
} from "./commands";
// Utils
export {
getLineCandidates,
isInBounds,
isCellOccupied,
getNeighborPositions,
findPartInRegion,
findPartAtPosition
} from './utils';
getLineCandidates,
isInBounds,
isCellOccupied,
getNeighborPositions,
findPartInRegion,
findPartAtPosition,
} from "./utils";
src/samples/boop/parts.csv.d.ts
Vendored
-8
View File
@@ -1,8 +0,0 @@
type PartsTable = readonly {
readonly type: string;
readonly player: string;
readonly count: number;
}[];
declare const data: PartsTable;
export default data;
src/samples/boop/state.ts
+2 -1
View File
@@ -1,4 +1,4 @@
import parts from './parts.csv';
import getParts from './boopPart.csv';
import {createRegion, moveToRegion, Region} from "@/core/region";
import {createPartsFromTable} from "@/core/part-factory";
import {BoopPart} from "@/samples/boop/types";
@@ -6,6 +6,7 @@ import {BOARD_SIZE} from "@/samples/boop/constants";
import {PlayerType, PieceType, RegionType} from "@/samples/boop/types";
export function createInitialState() {
const parts = getParts();
const pieces = createPartsFromTable(
parts,
(item, index) => `${item.player}-${item.type}-${index + 1}`,
src/samples/onitama/cards.csv.d.ts
Vendored
+4 -2
View File
@@ -5,5 +5,7 @@ type CardsTable = readonly {
readonly pattern: string;
}[];
declare const data: CardsTable;
export default data;
export type Cards = CardsTable[number];
declare function getData(): CardsTable;
export default getData;
src/samples/onitama/commands.ts
+294 -264
View File
@@ -1,379 +1,409 @@
import {
OnitamaGame,
OnitamaState,
PlayerType,
prompts,
initializeCards
OnitamaGame,
OnitamaState,
PlayerType,
prompts,
initializeCards,
} from "./types";
import {createGameCommandRegistry} from "@/core/game";
import {moveToRegion} from "@/core/region";
export const registry = createGameCommandRegistry<OnitamaState>();
import { moveToRegion } from "@/core/region";
/**
* 检查位置是否在棋盘范围内
*/
function isInBounds(x: number, y: number): boolean {
return x >= 0 && x < 5 && y >= 0 && y < 5;
return x >= 0 && x < 5 && y >= 0 && y < 5;
}
/**
* 检查位置是否有棋子
*/
function getPawnAtPosition(state: OnitamaState, x: number, y: number) {
const key = `${x},${y}`;
const pawnId = state.regions.board.partMap[key];
return pawnId ? state.pawns[pawnId] : null;
const key = `${x},${y}`;
const pawnId = state.regions.board.partMap[key];
return pawnId ? state.pawns[pawnId] : null;
}
/**
* 检查玩家是否拥有某张卡牌
*/
function playerHasCard(state: OnitamaState, player: PlayerType, cardName: string): boolean {
const cardList = player === 'red' ? state.redCards : state.blackCards;
return cardList.includes(cardName);
function playerHasCard(
state: OnitamaState,
player: PlayerType,
cardName: string,
): boolean {
const cardList = player === "red" ? state.redCards : state.blackCards;
return cardList.includes(cardName);
}
/**
* 获取卡牌的移动候选项，根据玩家视角进行旋转
* 黑方需要将卡牌旋转180度
*/
export function getCardMoveCandidates(state: OnitamaState, cardName: string, player: PlayerType) {
const card = state.cards[cardName];
const candidates = card.moveCandidates;
export function getCardMoveCandidates(
state: OnitamaState,
cardName: string,
player: PlayerType,
) {
const card = state.cards[cardName];
const candidates = card.moveCandidates;
// 黑方需要将卡牌旋转180度
if (player === 'black') {
return candidates.map(m => ({ dx: -m.dx, dy: -m.dy }));
}
// 黑方需要将卡牌旋转180度
if (player === "black") {
return candidates.map((m) => ({ dx: -m.dx, dy: -m.dy }));
}
return candidates;
return candidates;
}
/**
* 检查移动是否合法
*/
export function isValidMove(state: OnitamaState, cardName: string, fromX: number, fromY: number, toX: number, toY: number, player: PlayerType): string | null {
// 检查玩家是否拥有该卡牌
if (!playerHasCard(state, player, cardName)) {
return `玩家 ${player} 不拥有卡牌 ${cardName}`;
}
export function isValidMove(
state: OnitamaState,
cardName: string,
fromX: number,
fromY: number,
toX: number,
toY: number,
player: PlayerType,
): string | null {
// 检查玩家是否拥有该卡牌
if (!playerHasCard(state, player, cardName)) {
return `玩家 ${player} 不拥有卡牌 ${cardName}`;
}
// 检查起始位置是否有玩家的棋子
const fromPawn = getPawnAtPosition(state, fromX, fromY);
if (!fromPawn) {
return `位置 (${fromX}, ${fromY}) 没有棋子`;
}
if (fromPawn.owner !== player) {
return `位置 (${fromX}, ${fromY}) 的棋子不属于玩家 ${player}`;
}
// 检查起始位置是否有玩家的棋子
const fromPawn = getPawnAtPosition(state, fromX, fromY);
if (!fromPawn) {
return `位置 (${fromX}, ${fromY}) 没有棋子`;
}
if (fromPawn.owner !== player) {
return `位置 (${fromX}, ${fromY}) 的棋子不属于玩家 ${player}`;
}
// 检查卡牌是否存在
const card = state.cards[cardName];
if (!card) {
return `卡牌 ${cardName} 不存在`;
}
// 检查卡牌是否存在
const card = state.cards[cardName];
if (!card) {
return `卡牌 ${cardName} 不存在`;
}
// 计算移动偏移量
const dx = toX - fromX;
const dy = toY - fromY;
// 计算移动偏移量
const dx = toX - fromX;
const dy = toY - fromY;
// 检查移动是否在卡牌的移动候选项中（黑方需要旋转180度）
const candidates = getCardMoveCandidates(state, cardName, player);
const isValid = candidates.some(m => m.dx === dx && m.dy === dy);
if (!isValid) {
return `卡牌 ${cardName} 不支持移动 (${dx}, ${dy})`;
}
// 检查移动是否在卡牌的移动候选项中（黑方需要旋转180度）
const candidates = getCardMoveCandidates(state, cardName, player);
const isValid = candidates.some((m) => m.dx === dx && m.dy === dy);
if (!isValid) {
return `卡牌 ${cardName} 不支持移动 (${dx}, ${dy})`;
}
// 检查目标位置是否在棋盘内
if (!isInBounds(toX, toY)) {
return `目标位置 (${toX}, ${toY}) 超出棋盘范围`;
}
// 检查目标位置是否在棋盘内
if (!isInBounds(toX, toY)) {
return `目标位置 (${toX}, ${toY}) 超出棋盘范围`;
}
// 检查目标位置是否有己方棋子
const toPawn = getPawnAtPosition(state, toX, toY);
if (toPawn && toPawn.owner === player) {
return `目标位置 (${toX}, ${toY}) 已有己方棋子`;
}
// 检查目标位置是否有己方棋子
const toPawn = getPawnAtPosition(state, toX, toY);
if (toPawn && toPawn.owner === player) {
return `目标位置 (${toX}, ${toY}) 已有己方棋子`;
}
return null;
return null;
}
/**
* 执行移动
*/
async function handleMove(game: OnitamaGame, player: PlayerType, cardName: string, fromX: number, fromY: number, toX: number, toY: number) {
const state = game.value;
async function move(
game: OnitamaGame,
player: PlayerType,
cardName: string,
fromX: number,
fromY: number,
toX: number,
toY: number,
) {
const state = game.value;
// 验证移动
const error = isValidMove(state, cardName, fromX, fromY, toX, toY, player);
if (error) {
throw new Error(error);
// 验证移动
const error = isValidMove(state, cardName, fromX, fromY, toX, toY, player);
if (error) {
throw new Error(error);
}
const capturedPawnId = getPawnAtPosition(state, toX, toY)?.id || null;
await game.produceAsync((state) => {
const pawn = state.pawns[getPawnAtPosition(state, fromX, fromY)!.id];
// 如果目标位置有敌方棋子，将其移除（吃掉）
if (capturedPawnId) {
const capturedPawn = state.pawns[capturedPawnId];
moveToRegion(capturedPawn, state.regions.board, null);
}
const capturedPawnId = getPawnAtPosition(state, toX, toY)?.id || null;
// 移动棋子到目标位置
moveToRegion(pawn, state.regions.board, state.regions.board, [toX, toY]);
});
await game.produceAsync(state => {
const pawn = state.pawns[getPawnAtPosition(state, fromX, fromY)!.id];
// 交换卡牌
await swapCard(game, player, cardName);
// 如果目标位置有敌方棋子，将其移除（吃掉）
if (capturedPawnId) {
const capturedPawn = state.pawns[capturedPawnId];
moveToRegion(capturedPawn, state.regions.board, null);
}
// 移动棋子到目标位置
moveToRegion(pawn, state.regions.board, state.regions.board, [toX, toY]);
});
// 交换卡牌
await handleSwapCard(game, player, cardName);
return {
from: { x: fromX, y: fromY },
to: { x: toX, y: toY },
card: cardName,
captured: capturedPawnId
};
return {
from: { x: fromX, y: fromY },
to: { x: toX, y: toY },
card: cardName,
captured: capturedPawnId,
};
}
const move = registry.register({
schema: 'move <player> <card:string> <fromX:number> <fromY:number> <toX:number> <toY:number>',
run: handleMove
});
/**
* 交换卡牌：将使用的卡牌与备用卡牌交换
*/
async function handleSwapCard(game: OnitamaGame, player: PlayerType, usedCard: string) {
await game.produceAsync(state => {
const spareCard = state.spareCard;
const usedCardData = state.cards[usedCard];
const spareCardData = state.cards[spareCard];
async function swapCard(
game: OnitamaGame,
player: PlayerType,
usedCard: string,
) {
await game.produceAsync((state) => {
const spareCard = state.spareCard;
const usedCardData = state.cards[usedCard];
const spareCardData = state.cards[spareCard];
// 从玩家手牌中移除使用的卡牌
if (player === 'red') {
state.redCards = state.redCards.filter(c => c !== usedCard);
state.redCards.push(spareCard);
} else {
state.blackCards = state.blackCards.filter(c => c !== usedCard);
state.blackCards.push(spareCard);
}
// 从玩家手牌中移除使用的卡牌
if (player === "red") {
state.redCards = state.redCards.filter((c) => c !== usedCard);
state.redCards.push(spareCard);
} else {
state.blackCards = state.blackCards.filter((c) => c !== usedCard);
state.blackCards.push(spareCard);
}
// 更新卡牌区域
usedCardData.regionId = 'spare';
spareCardData.regionId = player;
// 更新卡牌区域
usedCardData.regionId = "spare";
spareCardData.regionId = player;
// 更新备用卡牌
state.spareCard = usedCard;
});
// 更新备用卡牌
state.spareCard = usedCard;
});
}
const swapCard = registry.register({
schema: 'swap-card <player> <card:string>',
run: handleSwapCard
});
/**
* 检查占领胜利条件：玩家的师父棋子到达对手的初始位置
* 红色师父需要到达 (2, 4) - 黑色师父的初始位置
* 黑色师父需要到达 (2, 0) - 红色师父的初始位置
*/
async function handleCheckConquestWin(game: OnitamaGame): Promise<PlayerType | null> {
const state = game.value;
async function checkConquestWin(game: OnitamaGame): Promise<PlayerType | null> {
const state = game.value;
// 红色师父到达 (2, 4)（黑色师父的初始位置）
const redMaster = state.pawns['red-master'];
if (redMaster && redMaster.regionId === 'board' && redMaster.position[0] === 2 && redMaster.position[1] === 4) {
return 'red';
}
// 红色师父到达 (2, 4)（黑色师父的初始位置）
const redMaster = state.pawns["red-master"];
if (
redMaster &&
redMaster.regionId === "board" &&
redMaster.position[0] === 2 &&
redMaster.position[1] === 4
) {
return "red";
}
// 黑色师父到达 (2, 0)（红色师父的初始位置）
const blackMaster = state.pawns['black-master'];
if (blackMaster && blackMaster.regionId === 'board' && blackMaster.position[0] === 2 && blackMaster.position[1] === 0) {
return 'black';
}
// 黑色师父到达 (2, 0)（红色师父的初始位置）
const blackMaster = state.pawns["black-master"];
if (
blackMaster &&
blackMaster.regionId === "board" &&
blackMaster.position[0] === 2 &&
blackMaster.position[1] === 0
) {
return "black";
}
return null;
return null;
}
const checkConquestWin = registry.register({
schema: 'check-conquest-win',
run: handleCheckConquestWin
});
/**
* 检查吃掉胜利条件：对手的师父棋子被吃掉（不在棋盘上）
*/
async function handleCheckCaptureWin(game: OnitamaGame): Promise<PlayerType | null> {
const state = game.value;
async function checkCaptureWin(game: OnitamaGame): Promise<PlayerType | null> {
const state = game.value;
// 红色师父不在棋盘上，黑色获胜
const redMaster = state.pawns['red-master'];
if (!redMaster || redMaster.regionId !== 'board') {
return 'black';
}
// 红色师父不在棋盘上，黑色获胜
const redMaster = state.pawns["red-master"];
if (!redMaster || redMaster.regionId !== "board") {
return "black";
}
// 黑色师父不在棋盘上，红色获胜
const blackMaster = state.pawns['black-master'];
if (!blackMaster || blackMaster.regionId !== 'board') {
return 'red';
}
// 黑色师父不在棋盘上，红色获胜
const blackMaster = state.pawns["black-master"];
if (!blackMaster || blackMaster.regionId !== "board") {
return "red";
}
return null;
return null;
}
const checkCaptureWin = registry.register({
schema: 'check-capture-win',
run: handleCheckCaptureWin
});
/**
* 综合胜利检测
*/
async function handleCheckWin(game: OnitamaGame): Promise<PlayerType | null> {
const conquestWinner = await handleCheckConquestWin(game);
if (conquestWinner) {
return conquestWinner;
}
async function checkWin(game: OnitamaGame): Promise<PlayerType | null> {
const conquestWinner = await checkConquestWin(game);
if (conquestWinner) {
return conquestWinner;
}
const captureWinner = await handleCheckCaptureWin(game);
if (captureWinner) {
return captureWinner;
}
const captureWinner = await checkCaptureWin(game);
if (captureWinner) {
return captureWinner;
}
return null;
return null;
}
const checkWin = registry.register({
schema: 'check-win',
run: handleCheckWin
});
/**
* 获取玩家可用的移动
*/
export function getAvailableMoves(state: OnitamaState, player: PlayerType): Array<{card: string, fromX: number, fromY: number, toX: number, toY: number}> {
const moves: Array<{card: string, fromX: number, fromY: number, toX: number, toY: number}> = [];
export function getAvailableMoves(
state: OnitamaState,
player: PlayerType,
): Array<{
card: string;
fromX: number;
fromY: number;
toX: number;
toY: number;
}> {
const moves: Array<{
card: string;
fromX: number;
fromY: number;
toX: number;
toY: number;
}> = [];
// 获取玩家的所有卡牌
const cardNames = player === 'red' ? state.redCards : state.blackCards;
// 获取玩家的所有卡牌
const cardNames = player === "red" ? state.redCards : state.blackCards;
// 获取玩家的所有棋子
const playerPawns = Object.values(state.pawns).filter(p => p.owner === player && p.regionId === 'board');
// 获取玩家的所有棋子
const playerPawns = Object.values(state.pawns).filter(
(p) => p.owner === player && p.regionId === "board",
);
// 对于每张卡牌
for (const cardName of cardNames) {
// 获取旋转后的移动候选项（黑方需要旋转180度）
const candidates = getCardMoveCandidates(state, cardName, player);
// 对于每张卡牌
for (const cardName of cardNames) {
// 获取旋转后的移动候选项（黑方需要旋转180度）
const candidates = getCardMoveCandidates(state, cardName, player);
// 对于每个棋子
for (const pawn of playerPawns) {
const [fromX, fromY] = pawn.position;
// 对于每个棋子
for (const pawn of playerPawns) {
const [fromX, fromY] = pawn.position;
// 对于卡牌的每个移动
for (const move of candidates) {
const toX = fromX + move.dx;
const toY = fromY + move.dy;
// 对于卡牌的每个移动
for (const move of candidates) {
const toX = fromX + move.dx;
const toY = fromY + move.dy;
// 检查移动是否合法
if (isInBounds(toX, toY)) {
const targetPawn = getPawnAtPosition(state, toX, toY);
// 目标位置为空或有敌方棋子
if (!targetPawn || targetPawn.owner !== player) {
moves.push({ card: cardName, fromX, fromY, toX, toY });
}
}
}
// 检查移动是否合法
if (isInBounds(toX, toY)) {
const targetPawn = getPawnAtPosition(state, toX, toY);
// 目标位置为空或有敌方棋子
if (!targetPawn || targetPawn.owner !== player) {
moves.push({ card: cardName, fromX, fromY, toX, toY });
}
}
}
}
}
return moves;
return moves;
}
/**
* 处理回合
*/
async function handleTurn(game: OnitamaGame, turnPlayer: PlayerType) {
const state = game.value;
const availableMoves = getAvailableMoves(state, turnPlayer);
async function turn(game: OnitamaGame, turnPlayer: PlayerType) {
const state = game.value;
const availableMoves = getAvailableMoves(state, turnPlayer);
let moveOutput;
let moveOutput;
if (availableMoves.length === 0) {
// 没有可用移动，玩家必须交换一张卡牌
const cardToSwap = await game.prompt(
prompts.move,
(player, card, _fromX, _fromY, _toX, _toY) => {
if (player !== turnPlayer) {
throw `Invalid player: ${player}. Expected ${turnPlayer}.`;
}
if (!playerHasCard(state, player, card)) {
throw `Player ${player} does not have card ${card}.`;
}
return card;
},
turnPlayer
);
await swapCard(game, turnPlayer, cardToSwap);
moveOutput = { swappedCard: cardToSwap, noMoves: true };
} else {
// 有可用移动，提示玩家选择
moveOutput = await game.prompt(
prompts.move,
(player, card, fromX, fromY, toX, toY) => {
if (player !== turnPlayer) {
throw `Invalid player: ${player}. Expected ${turnPlayer}.`;
}
const error = isValidMove(state, card, fromX, fromY, toX, toY, player);
if (error) {
throw error;
}
return { player, card, fromX, fromY, toX, toY };
},
turnPlayer
);
await move(game, moveOutput.player, moveOutput.card, moveOutput.fromX, moveOutput.fromY, moveOutput.toX, moveOutput.toY);
}
// 检查胜利
const winner = await checkWin(game);
await game.produceAsync(state => {
state.winner = winner;
if (!winner) {
state.currentPlayer = state.currentPlayer === 'red' ? 'black' : 'red';
state.turn++;
if (availableMoves.length === 0) {
// 没有可用移动，玩家必须交换一张卡牌
const cardToSwap = await game.prompt(
prompts.move,
(player, card, _fromX, _fromY, _toX, _toY) => {
if (player !== turnPlayer) {
throw `Invalid player: ${player}. Expected ${turnPlayer}.`;
}
});
if (!playerHasCard(state, player, card)) {
throw `Player ${player} does not have card ${card}.`;
}
return card;
},
turnPlayer,
);
return { winner, move: moveOutput };
await swapCard(game, turnPlayer, cardToSwap);
moveOutput = { swappedCard: cardToSwap, noMoves: true };
} else {
// 有可用移动，提示玩家选择
moveOutput = await game.prompt(
prompts.move,
(player, card, fromX, fromY, toX, toY) => {
if (player !== turnPlayer) {
throw `Invalid player: ${player}. Expected ${turnPlayer}.`;
}
const error = isValidMove(state, card, fromX, fromY, toX, toY, player);
if (error) {
throw error;
}
return { player, card, fromX, fromY, toX, toY };
},
turnPlayer,
);
await move(
game,
moveOutput.player,
moveOutput.card,
moveOutput.fromX,
moveOutput.fromY,
moveOutput.toX,
moveOutput.toY,
);
}
// 检查胜利
const winner = await checkWin(game);
await game.produceAsync((state) => {
state.winner = winner;
if (!winner) {
state.currentPlayer = state.currentPlayer === "red" ? "black" : "red";
state.turn++;
}
});
return { winner, move: moveOutput };
}
const turn = registry.register({
schema: 'turn <player>',
run: handleTurn
});
/**
* 开始游戏主循环
*/
export async function start(game: OnitamaGame) {
// Initialize cards with RNG at game start
initializeCards(game);
// Initialize cards with RNG at game start
initializeCards(game);
while (true) {
const currentPlayer = game.value.currentPlayer;
const turnOutput = await turn(game, currentPlayer);
while (true) {
const currentPlayer = game.value.currentPlayer;
const turnOutput = await turn(game, currentPlayer);
if (turnOutput.winner) {
break;
}
if (turnOutput.winner) {
break;
}
}
return game.value;
return game.value;
}
src/samples/onitama/types.ts
+3 -2
View File
@@ -1,4 +1,4 @@
import cards from './cards.csv';
import getCards from './cards.csv';
import {Part} from "@/core/part";
import {createRegion, createRegionAxis, Region} from "@/core/region";
import {createPromptDef, IGameContext} from "@/core/game";
@@ -38,7 +38,8 @@ export function createGameInfo(){
}
export function createCards(){
const dataMap = {} as Record<string, CardData>;
const cards = getCards();
const dataMap = {} as Record<string, CardData>;
for(const entry of cards){
const card = dataMap[entry.name] = dataMap[entry.name] || {
src/samples/regicide/commands/index.ts
+342 -346
View File
@@ -1,421 +1,417 @@
import {IGameContext} from "@/core/game";
import {RegicideState} from "@/samples/regicide/state";
import {createGameCommandRegistry} from "@/core/game";
import {PlayerType, RegicideCard} from "@/samples/regicide/types";
import {CARD_VALUES, FACE_CARDS} from "@/samples/regicide/constants";
import {isEnemyDefeated} from "@/samples/regicide/utils";
import { IGameContext } from "@/core/game";
import { RegicideState } from "@/samples/regicide/state";
import { PlayerType, RegicideCard } from "@/samples/regicide/types";
import { CARD_VALUES, FACE_CARDS } from "@/samples/regicide/constants";
import { isEnemyDefeated } from "@/samples/regicide/utils";
export type RegicideGame = IGameContext<RegicideState>;
export const registry = createGameCommandRegistry<RegicideState>();
/**
* 打出一张牌（对当前敌人造成伤害）
*/
const playCmd = registry.register({
schema: 'play <player:string> <cardId:string>',
run: async (game: RegicideGame, player: string, cardId: string) => {
const state = game.value;
const card = state.cards[cardId];
async function playCmd(game: RegicideGame, player: string, cardId: string) {
const state = game.value;
const card = state.cards[cardId];
if (!card) {
return {success: false, error: `卡牌 ${cardId} 不存在`};
}
if (!card) {
return { success: false, error: `卡牌 ${cardId} 不存在` };
}
// 检查卡牌是否在玩家手牌中
const playerKey = player as PlayerType;
const playerHand = state.playerHands[playerKey];
if (!playerHand || !playerHand.includes(cardId)) {
return {success: false, error: `卡牌 ${cardId} 不在玩家 ${player} 的手牌中`};
}
// 检查卡牌是否在玩家手牌中
const playerKey = player as PlayerType;
const playerHand = state.playerHands[playerKey];
if (!playerHand || !playerHand.includes(cardId)) {
return {
success: false,
error: `卡牌 ${cardId} 不在玩家 ${player} 的手牌中`,
};
}
// 检查是否有当前敌人
if (!state.currentEnemy) {
return {success: false, error: '没有活跃的敌人'};
}
// 检查是否有当前敌人
if (!state.currentEnemy) {
return { success: false, error: "没有活跃的敌人" };
}
// 计算伤害（基础伤害为卡牌面值）
let damage = card.value;
let attackReduction = 0;
// 计算伤害（基础伤害为卡牌面值）
let damage = card.value;
let attackReduction = 0;
// 梅花双倍伤害
if (card.suit === 'clubs') {
damage *= 2;
}
// 梅花双倍伤害
if (card.suit === "clubs") {
damage *= 2;
}
// 黑桃降低敌人攻击力
if (card.suit === 'spades') {
attackReduction = card.value;
}
// 黑桃降低敌人攻击力
if (card.suit === "spades") {
attackReduction = card.value;
}
const enemyHpBefore = state.currentEnemy.hp;
const enemyHpBefore = state.currentEnemy.hp;
await game.produce(state => {
// 对敌人造成伤害
state.currentEnemy!.hp -= damage;
await game.produceAsync((state) => {
// 对敌人造成伤害
state.currentEnemy!.hp -= damage;
// 记录黑桃的攻击力降低
if (attackReduction > 0) {
state.currentEnemy!.value = Math.max(0, state.currentEnemy!.value - attackReduction);
}
// 从手牌移除卡牌
const hand = state.playerHands[playerKey];
const cardIndex = hand.indexOf(cardId);
if (cardIndex !== -1) {
hand.splice(cardIndex, 1);
}
// 将卡牌移到弃牌堆
state.cards[cardId].regionId = 'discardPile';
// 红心能力：将弃牌堆洗回酒馆牌堆
if (card.suit === 'hearts') {
const discardIds = state.regions.discardPile.childIds.filter(id => id !== state.currentEnemy!.id);
if (discardIds.length > 0) {
// 将弃牌堆（除当前敌人外）移回酒馆牌堆
for (const discardId of discardIds) {
state.cards[discardId].regionId = 'tavernDeck';
}
state.regions.tavernDeck.childIds.push(...discardIds);
state.regions.discardPile.childIds = [state.currentEnemy!.id];
}
}
// 方块能力：从酒馆牌堆抓牌
if (card.suit === 'diamonds') {
const tavernDeckCount = state.regions.tavernDeck.childIds.length;
if (tavernDeckCount > 0) {
const drawCardId = state.regions.tavernDeck.childIds.shift()!;
state.cards[drawCardId].regionId = `hand_${player}`;
hand.push(drawCardId);
}
}
});
// 检查敌人是否被击败
const enemyDefeated = isEnemyDefeated(game.value.currentEnemy);
return {
success: true,
result: {
damage,
attackReduction,
enemyHpBefore,
enemyHpAfter: game.value.currentEnemy!.hp,
enemyDefeated,
suitAbility: card.suit
}
};
// 记录黑桃的攻击力降低
if (attackReduction > 0) {
state.currentEnemy!.value = Math.max(
0,
state.currentEnemy!.value - attackReduction,
);
}
});
// 从手牌移除卡牌
const hand = state.playerHands[playerKey];
const cardIndex = hand.indexOf(cardId);
if (cardIndex !== -1) {
hand.splice(cardIndex, 1);
}
// 将卡牌移到弃牌堆
state.cards[cardId].regionId = "discardPile";
// 红心能力：将弃牌堆洗回酒馆牌堆
if (card.suit === "hearts") {
const discardIds = state.regions.discardPile.childIds.filter(
(id) => id !== state.currentEnemy!.id,
);
if (discardIds.length > 0) {
// 将弃牌堆（除当前敌人外）移回酒馆牌堆
for (const discardId of discardIds) {
state.cards[discardId].regionId = "tavernDeck";
}
state.regions.tavernDeck.childIds.push(...discardIds);
state.regions.discardPile.childIds = [state.currentEnemy!.id];
}
}
// 方块能力：从酒馆牌堆抓牌
if (card.suit === "diamonds") {
const tavernDeckCount = state.regions.tavernDeck.childIds.length;
if (tavernDeckCount > 0) {
const drawCardId = state.regions.tavernDeck.childIds.shift()!;
state.cards[drawCardId].regionId = `hand_${player}`;
hand.push(drawCardId);
}
}
});
// 检查敌人是否被击败
const enemyDefeated = isEnemyDefeated(game.value.currentEnemy);
return {
success: true,
result: {
damage,
attackReduction,
enemyHpBefore,
enemyHpAfter: game.value.currentEnemy!.hp,
enemyDefeated,
suitAbility: card.suit,
},
};
}
/**
* 打出A配合另一张牌
*/
const playWithACmd = registry.register({
schema: 'play-with-a <player:string> <aceCardId:string> <otherCardId:string>',
run: async (game: RegicideGame, player: string, aceCardId: string, otherCardId: string) => {
const state = game.value;
const aceCard = state.cards[aceCardId];
const otherCard = state.cards[otherCardId];
async function playWithACmd(
game: RegicideGame,
player: string,
aceCardId: string,
otherCardId: string,
) {
const state = game.value;
const aceCard = state.cards[aceCardId];
const otherCard = state.cards[otherCardId];
if (!aceCard || !otherCard) {
return {success: false, error: '卡牌不存在'};
}
if (!aceCard || !otherCard) {
return { success: false, error: "卡牌不存在" };
}
// 检查是否是A牌
if (aceCard.rank !== 'A') {
return {success: false, error: `第一张牌必须是A`};
}
// 检查是否是A牌
if (aceCard.rank !== "A") {
return { success: false, error: `第一张牌必须是A` };
}
const playerKey = player as PlayerType;
const playerHand = state.playerHands[playerKey];
const playerKey = player as PlayerType;
const playerHand = state.playerHands[playerKey];
// 检查两张牌都在手牌中
if (!playerHand.includes(aceCardId) || !playerHand.includes(otherCardId)) {
return {success: false, error: '卡牌不在手牌中'};
}
// 检查两张牌都在手牌中
if (!playerHand.includes(aceCardId) || !playerHand.includes(otherCardId)) {
return { success: false, error: "卡牌不在手牌中" };
}
if (!state.currentEnemy) {
return {success: false, error: '没有活跃的敌人'};
}
if (!state.currentEnemy) {
return { success: false, error: "没有活跃的敌人" };
}
// 计算两张牌的总伤害
let totalDamage = aceCard.value + otherCard.value;
// 计算两张牌的总伤害
let totalDamage = aceCard.value + otherCard.value;
// 如果另一张牌是梅花，双倍伤害
if (otherCard.suit === 'clubs') {
totalDamage *= 2;
}
// 如果另一张牌是梅花，双倍伤害
if (otherCard.suit === "clubs") {
totalDamage *= 2;
}
let attackReduction = 0;
if (aceCard.suit === 'spades') {
attackReduction += aceCard.value;
}
if (otherCard.suit === 'spades') {
attackReduction += otherCard.value;
}
let attackReduction = 0;
if (aceCard.suit === "spades") {
attackReduction += aceCard.value;
}
if (otherCard.suit === "spades") {
attackReduction += otherCard.value;
}
await game.produce(state => {
// 对敌人造成伤害
state.currentEnemy!.hp -= totalDamage;
await game.produceAsync((state) => {
// 对敌人造成伤害
state.currentEnemy!.hp -= totalDamage;
// 记录黑桃的攻击力降低
if (attackReduction > 0) {
state.currentEnemy!.value = Math.max(0, state.currentEnemy!.value - attackReduction);
}
// 从手牌移除两张牌
const hand = state.playerHands[playerKey];
const aceIndex = hand.indexOf(aceCardId);
const otherIndex = hand.indexOf(otherCardId);
if (aceIndex !== -1) hand.splice(aceIndex, 1);
if (otherIndex !== -1) hand.splice(otherIndex, 1);
// 将卡牌移到弃牌堆
state.cards[aceCardId].regionId = 'discardPile';
state.cards[otherCardId].regionId = 'discardPile';
});
const enemyDefeated = isEnemyDefeated(state.currentEnemy);
return {
success: true,
result: {
damage: totalDamage,
attackReduction,
enemyHp: state.currentEnemy!.hp,
enemyDefeated
}
};
// 记录黑桃的攻击力降低
if (attackReduction > 0) {
state.currentEnemy!.value = Math.max(
0,
state.currentEnemy!.value - attackReduction,
);
}
});
// 从手牌移除两张牌
const hand = state.playerHands[playerKey];
const aceIndex = hand.indexOf(aceCardId);
const otherIndex = hand.indexOf(otherCardId);
if (aceIndex !== -1) hand.splice(aceIndex, 1);
if (otherIndex !== -1) hand.splice(otherIndex, 1);
// 将卡牌移到弃牌堆
state.cards[aceCardId].regionId = "discardPile";
state.cards[otherCardId].regionId = "discardPile";
});
const enemyDefeated = isEnemyDefeated(state.currentEnemy);
return {
success: true,
result: {
damage: totalDamage,
attackReduction,
enemyHp: state.currentEnemy!.hp,
enemyDefeated,
},
};
}
/**
* 让过（不出牌）
*/
const passCmd = registry.register({
schema: 'pass <player:string>',
run: async (game: RegicideGame, player: string) => {
// 即使让过，也会受到敌人反击（在回合结束时处理）
return {success: true, result: {message: `${player} 让过`}};
}
});
async function passCmd(game: RegicideGame, player: string) {
// 即使让过，也会受到敌人反击（在回合结束时处理）
return { success: true, result: { message: `${player} 让过` } };
}
/**
* 敌人反击 - 玩家必须弃掉点数和 >= 敌人攻击力的牌
*/
const enemyCounterattackCmd = registry.register({
schema: 'counterattack <player:string> <discardCards:string[]>',
run: async (game: RegicideGame, player: string, discardCards: string[]) => {
const state = game.value;
async function enemyCounterattackCmd(
game: RegicideGame,
player: string,
discardCards: string[],
) {
const state = game.value;
if (!state.currentEnemy) {
return {success: false, error: '没有活跃的敌人'};
}
if (!state.currentEnemy) {
return { success: false, error: "没有活跃的敌人" };
}
const playerKey = player as PlayerType;
const playerHand = state.playerHands[playerKey];
const playerKey = player as PlayerType;
const playerHand = state.playerHands[playerKey];
// 检查要弃的牌都在手牌中
for (const cardId of discardCards) {
if (!playerHand.includes(cardId)) {
return {success: false, error: `卡牌 ${cardId} 不在手牌中`};
}
}
// 计算弃牌的点数和
let totalValue = 0;
for (const cardId of discardCards) {
const card = state.cards[cardId];
if (card) {
totalValue += card.value;
}
}
const enemyAttack = state.currentEnemy.value;
// 检查点数和是否 >= 敌人攻击力
if (totalValue < enemyAttack) {
return {
success: false,
error: `弃牌点数和 (${totalValue}) 小于敌人攻击力 (${enemyAttack})，游戏失败`
};
}
// 执行弃牌
await game.produce(state => {
const hand = state.playerHands[playerKey];
for (const cardId of discardCards) {
const index = hand.indexOf(cardId);
if (index !== -1) {
hand.splice(index, 1);
}
state.cards[cardId].regionId = 'discardPile';
}
});
return {
success: true,
result: {
discardedCards: discardCards,
totalValue,
enemyAttack
}
};
// 检查要弃的牌都在手牌中
for (const cardId of discardCards) {
if (!playerHand.includes(cardId)) {
return { success: false, error: `卡牌 ${cardId} 不在手牌中` };
}
});
}
// 计算弃牌的点数和
let totalValue = 0;
for (const cardId of discardCards) {
const card = state.cards[cardId];
if (card) {
totalValue += card.value;
}
}
const enemyAttack = state.currentEnemy.value;
// 检查点数和是否 >= 敌人攻击力
if (totalValue < enemyAttack) {
return {
success: false,
error: `弃牌点数和 (${totalValue}) 小于敌人攻击力 (${enemyAttack})，游戏失败`,
};
}
// 执行弃牌
await game.produceAsync((state) => {
const hand = state.playerHands[playerKey];
for (const cardId of discardCards) {
const index = hand.indexOf(cardId);
if (index !== -1) {
hand.splice(index, 1);
}
state.cards[cardId].regionId = "discardPile";
}
});
return {
success: true,
result: {
discardedCards: discardCards,
totalValue,
enemyAttack,
},
};
}
/**
* 检查敌人是否被击败，如果击败则翻开下一个敌人
*/
const checkEnemyDefeatedCmd = registry.register({
schema: 'check-enemy',
run: async (game: RegicideGame) => {
const state = game.value;
async function checkEnemyDefeatedCmd(game: RegicideGame) {
const state = game.value;
if (!state.currentEnemy) {
return {success: false, error: '没有活跃的敌人'};
}
if (!state.currentEnemy) {
return { success: false as const, error: "没有活跃的敌人" };
}
const defeated = state.currentEnemy.hp <= 0;
const defeated = state.currentEnemy.hp <= 0;
if (defeated) {
const defeatedEnemy = {...state.currentEnemy};
if (defeated) {
const defeatedEnemy = { ...state.currentEnemy };
await game.produce(state => {
// 将当前敌人移到弃牌堆
state.regions.discardPile.childIds.push(state.currentEnemy!.id);
await game.produceAsync((state) => {
// 将当前敌人移到弃牌堆
state.regions.discardPile.childIds.push(state.currentEnemy!.id);
// 翻开下一个敌人
if (state.enemyDeck.length > 0) {
const nextEnemy = state.enemyDeck.shift()!;
state.currentEnemy = nextEnemy;
} else {
// 没有更多敌人了
state.currentEnemy = null;
}
});
// 翻开下一个敌人
if (state.enemyDeck.length > 0) {
const nextEnemy = state.enemyDeck.shift()!;
state.currentEnemy = nextEnemy;
} else {
// 没有更多敌人了
state.currentEnemy = null;
}
});
// 检查是否胜利（没有更多敌人）
if (!game.value.currentEnemy) {
await game.produce(state => {
state.phase = 'victory';
state.winner = true;
});
}
return {
success: true,
result: {
defeated: true,
defeatedEnemy,
nextEnemy: game.value.currentEnemy,
enemiesRemaining: game.value.enemyDeck.length
}
};
}
return {
success: true,
result: {
defeated: false,
currentEnemy: {...state.currentEnemy},
enemiesRemaining: state.enemyDeck.length
}
};
// 检查是否胜利（没有更多敌人）
if (!game.value.currentEnemy) {
await game.produceAsync((state) => {
state.phase = "victory";
state.winner = true;
});
}
});
return {
success: true as const,
result: {
defeated: true,
defeatedEnemy,
nextEnemy: game.value.currentEnemy,
enemiesRemaining: game.value.enemyDeck.length,
},
};
}
return {
success: true,
result: {
defeated: false,
currentEnemy: { ...state.currentEnemy },
enemiesRemaining: state.enemyDeck.length,
},
};
}
/**
* 检查玩家是否有可出的牌
*/
const checkCanPlayCmd = registry.register({
schema: 'check-can-play <player:string>',
run: async (game: RegicideGame, player: string) => {
const state = game.value;
const playerKey = player as PlayerType;
const playerHand = state.playerHands[playerKey];
async function checkCanPlayCmd(game: RegicideGame, player: string) {
const state = game.value;
const playerKey = player as PlayerType;
const playerHand = state.playerHands[playerKey];
const canPlay = playerHand.length > 0;
const canPlayWithA = playerHand.some(cardId => {
const card = state.cards[cardId];
return card && card.rank === 'A' && playerHand.length > 1;
});
const canPlay = playerHand.length > 0;
const canPlayWithA = playerHand.some((cardId) => {
const card = state.cards[cardId];
return card && card.rank === "A" && playerHand.length > 1;
});
return {
success: true,
result: {
canPlay,
canPlayWithA,
handSize: playerHand.length
}
};
}
});
return {
success: true,
result: {
canPlay,
canPlayWithA,
handSize: playerHand.length,
},
};
}
/**
* 检查酒馆牌堆是否为空
*/
const checkTavernDeckCmd = registry.register({
schema: 'check-tavern-deck',
run: async (game: RegicideGame) => {
const state = game.value;
const isEmpty = state.regions.tavernDeck.childIds.length === 0;
async function checkTavernDeckCmd(game: RegicideGame) {
const state = game.value;
const isEmpty = state.regions.tavernDeck.childIds.length === 0;
// 如果酒馆牌堆为空且所有玩家手牌也为空，则游戏失败
if (isEmpty) {
const allHandsEmpty = Object.values(state.playerHands).every(hand => hand.length === 0);
if (allHandsEmpty) {
await game.produce(state => {
state.phase = 'defeat';
state.winner = false;
});
}
}
return {
success: true,
result: {
isEmpty,
cardsRemaining: state.regions.tavernDeck.childIds.length
}
};
// 如果酒馆牌堆为空且所有玩家手牌也为空，则游戏失败
if (isEmpty) {
const allHandsEmpty = Object.values(state.playerHands).every(
(hand) => hand.length === 0,
);
if (allHandsEmpty) {
await game.produceAsync((state) => {
state.phase = "defeat";
state.winner = false;
});
}
});
}
return {
success: true,
result: {
isEmpty,
cardsRemaining: state.regions.tavernDeck.childIds.length,
},
};
}
/**
* 下一个玩家回合
*/
const nextTurnCmd = registry.register({
schema: 'next-turn',
run: async (game: RegicideGame) => {
const state = game.value;
await game.produce(state => {
state.currentPlayerIndex = (state.currentPlayerIndex + 1) % state.playerCount;
});
async function nextTurnCmd(game: RegicideGame) {
const state = game.value;
await game.produce((state) => {
state.currentPlayerIndex =
(state.currentPlayerIndex + 1) % state.playerCount;
});
const players: PlayerType[] = ['player1', 'player2', 'player3', 'player4'];
const currentPlayer = players[game.value.currentPlayerIndex];
const players: PlayerType[] = ["player1", "player2", "player3", "player4"];
const currentPlayer = players[game.value.currentPlayerIndex];
return {
success: true,
result: {
currentPlayer,
currentPlayerIndex: game.value.currentPlayerIndex
}
};
}
});
return {
success: true,
result: {
currentPlayer,
currentPlayerIndex: game.value.currentPlayerIndex,
},
};
}
export {
playCmd as play,
playWithACmd as playWithA,
passCmd as pass,
enemyCounterattackCmd as enemyCounterattack,
checkEnemyDefeatedCmd as checkEnemy,
checkCanPlayCmd as checkCanPlay,
checkTavernDeckCmd as checkTavernDeck,
nextTurnCmd as nextTurn,
playCmd as play,
playWithACmd as playWithA,
passCmd as pass,
enemyCounterattackCmd as enemyCounterattack,
checkEnemyDefeatedCmd as checkEnemy,
checkCanPlayCmd as checkCanPlay,
checkTavernDeckCmd as checkTavernDeck,
nextTurnCmd as nextTurn,
};
src/samples/regicide/game.ts
+219 -185
View File
@@ -1,8 +1,15 @@
import {IGameContext} from "@/core/game";
import {RegicideState} from "@/samples/regicide/state";
import {buildEnemyDeck, buildTavernDeck, createAllCards, getPlayerHandRegionId} from "@/samples/regicide/utils";
import {INITIAL_HAND_SIZE} from "@/samples/regicide/constants";
import {Enemy, PlayerType, RegicideCard} from "@/samples/regicide/types";
import { IGameContext } from "@/core/game";
import { RegicideState } from "@/samples/regicide/state";
import {
buildEnemyDeck,
buildTavernDeck,
createAllCards,
getPlayerHandRegionId,
} from "@/samples/regicide/utils";
import { INITIAL_HAND_SIZE } from "@/samples/regicide/constants";
import { Enemy, PlayerType, RegicideCard } from "@/samples/regicide/types";
import { checkEnemy, nextTurn, pass, playWithA } from "./commands";
import { enemyCounterattackCmd, playCmd } from ".";
export type RegicideGame = IGameContext<RegicideState>;
@@ -12,228 +19,255 @@ export type RegicideGame = IGameContext<RegicideState>;
* @param playerCount 玩家数量（1-4）
* @param seed 随机种子（可选）
*/
export async function setupGame(game: RegicideGame, playerCount: number, seed?: number) {
if (playerCount < 1 || playerCount > 4) {
throw new Error('玩家数量必须为 1-4 人');
export async function setupGame(
game: RegicideGame,
playerCount: number,
seed?: number,
) {
if (playerCount < 1 || playerCount > 4) {
throw new Error("玩家数量必须为 1-4 人");
}
if (seed) {
// RNG seeding handled by game context
}
// 创建所有卡牌
const allCards = createAllCards();
// 构建敌人牌堆（J/Q/K）
const enemyDeck = buildEnemyDeck(game._rng);
// 构建酒馆牌堆（A-10）
const tavernDeck = buildTavernDeck(game._rng);
// 初始化游戏状态
await game.produceAsync((state) => {
state.cards = allCards;
state.playerCount = playerCount;
state.currentPlayerIndex = 0;
state.enemyDeck = enemyDeck;
// 设置酒馆牌堆区域
for (const card of tavernDeck) {
card.regionId = "tavernDeck";
state.regions.tavernDeck.childIds.push(card.id);
}
if (seed) {
// RNG seeding handled by game context
// 设置敌人牌堆区域（只存储ID，敌人是独立对象）
state.regions.enemyDeck.childIds = enemyDeck.map((e) => e.id);
// 给每个玩家发牌
const players: PlayerType[] = ["player1", "player2", "player3", "player4"];
for (let i = 0; i < playerCount; i++) {
const player = players[i];
const regionId = getPlayerHandRegionId(player);
for (let j = 0; j < INITIAL_HAND_SIZE; j++) {
if (tavernDeck.length === 0) break;
const card = tavernDeck.shift()!;
card.regionId = regionId;
state.playerHands[player].push(card.id);
const region = state.regions[regionId as keyof typeof state.regions];
region.childIds.push(card.id);
}
}
// 创建所有卡牌
const allCards = createAllCards();
// 构建敌人牌堆（J/Q/K）
const enemyDeck = buildEnemyDeck(game._rng);
// 构建酒馆牌堆（A-10）
const tavernDeck = buildTavernDeck(game._rng);
// 初始化游戏状态
await game.produceAsync(state => {
state.cards = allCards;
state.playerCount = playerCount;
state.currentPlayerIndex = 0;
state.enemyDeck = enemyDeck;
// 设置酒馆牌堆区域
for (const card of tavernDeck) {
card.regionId = 'tavernDeck';
state.regions.tavernDeck.childIds.push(card.id);
}
// 设置敌人牌堆区域（只存储ID，敌人是独立对象）
state.regions.enemyDeck.childIds = enemyDeck.map(e => e.id);
// 给每个玩家发牌
const players: PlayerType[] = ['player1', 'player2', 'player3', 'player4'];
for (let i = 0; i < playerCount; i++) {
const player = players[i];
const regionId = getPlayerHandRegionId(player);
for (let j = 0; j < INITIAL_HAND_SIZE; j++) {
if (tavernDeck.length === 0) break;
const card = tavernDeck.shift()!;
card.regionId = regionId;
state.playerHands[player].push(card.id);
const region = state.regions[regionId as keyof typeof state.regions];
region.childIds.push(card.id);
}
}
// 翻开第一个敌人
if (enemyDeck.length > 0) {
const firstEnemy = enemyDeck.shift()!;
state.currentEnemy = firstEnemy;
}
});
// 翻开第一个敌人
if (enemyDeck.length > 0) {
const firstEnemy = enemyDeck.shift()!;
state.currentEnemy = firstEnemy;
}
});
}
/**
* 启动游戏主循环
*/
export async function start(game: RegicideGame) {
const state = game.value;
const state = game.value;
// 检查游戏是否已设置
if (!state.currentEnemy) {
throw new Error('请先调用 setupGame 初始化游戏');
// 检查游戏是否已设置
if (!state.currentEnemy) {
throw new Error("请先调用 setupGame 初始化游戏");
}
const players: PlayerType[] = ["player1", "player2", "player3", "player4"];
// 主游戏循环
while (state.phase === "playing") {
const currentPlayerIndex = state.currentPlayerIndex;
const currentPlayer = players[currentPlayerIndex];
// 检查当前玩家是否有手牌
const currentHand = state.playerHands[currentPlayer];
if (currentHand.length === 0) {
// 玩家没有手牌，跳过回合
await game.produceAsync((state) => {
state.currentPlayerIndex =
(state.currentPlayerIndex + 1) % state.playerCount;
});
continue;
}
const players: PlayerType[] = ['player1', 'player2', 'player3', 'player4'];
// 等待玩家输入（出牌或让过）
// 这里需要外部通过 prompt 系统获取输入
// 实际使用时由 UI 或测试代码提供输入
// 主游戏循环
while (state.phase === 'playing') {
const currentPlayerIndex = state.currentPlayerIndex;
const currentPlayer = players[currentPlayerIndex];
// 循环会在外部调用 play/pass 命令后继续
// 当 phase 变为 'victory' 或 'defeat' 时退出
break;
}
// 检查当前玩家是否有手牌
const currentHand = state.playerHands[currentPlayer];
if (currentHand.length === 0) {
// 玩家没有手牌，跳过回合
await game.produceAsync(state => {
state.currentPlayerIndex = (state.currentPlayerIndex + 1) % state.playerCount;
});
continue;
}
// 等待玩家输入（出牌或让过）
// 这里需要外部通过 prompt 系统获取输入
// 实际使用时由 UI 或测试代码提供输入
// 循环会在外部调用 play/pass 命令后继续
// 当 phase 变为 'victory' 或 'defeat' 时退出
break;
}
return game.value;
return game.value;
}
/**
* 处理完整的玩家回合
*/
export async function playTurn(game: RegicideGame, player: PlayerType, action: 'play' | 'pass', cardId?: string, secondCardId?: string) {
const state = game.value;
export async function playTurn(
game: RegicideGame,
player: PlayerType,
action: "play" | "pass",
cardId?: string,
secondCardId?: string,
) {
const state = game.value;
if (state.phase !== 'playing') {
return {success: false, error: '游戏已结束'};
}
if (state.phase !== "playing") {
return { success: false, error: "游戏已结束" };
}
if (!state.currentEnemy) {
return {success: false, error: '没有活跃的敌人'};
}
if (!state.currentEnemy) {
return { success: false, error: "没有活跃的敌人" };
}
let playResult: any;
let playResult: any;
// 执行玩家动作
if (action === 'play' && cardId) {
// 检查是否是A配合另一张牌
const card = state.cards[cardId];
if (card.rank === 'A' && secondCardId) {
playResult = await game.run(`play-with-a ${player} ${cardId} ${secondCardId}`);
} else {
playResult = await game.run(`play ${player} ${cardId}`);
}
// 执行玩家动作
if (action === "play" && cardId) {
// 检查是否是A配合另一张牌
const card = state.cards[cardId];
if (card.rank === "A" && secondCardId) {
playResult = await playWithA(game, player, cardId, secondCardId);
} else {
// 让过
playResult = await game.run(`pass ${player}`);
playResult = await playCmd(game, player, cardId);
}
} else {
// 让过
playResult = await pass(game, player);
}
if (!playResult.success) {
return playResult;
}
if (!playResult.success) {
return playResult;
}
// 检查敌人是否被击败
const checkResult = await game.run<{defeated: boolean; currentEnemy?: any; nextEnemy?: any; defeatedEnemy?: any; enemiesRemaining?: number}>('check-enemy');
if (!checkResult.success) {
return checkResult;
}
// 如果敌人未被击败，处理反击
if (!checkResult.result.defeated) {
// 反击逻辑需要玩家选择弃牌，这里返回状态让外部处理
return {
success: true,
result: {
playResult: playResult.result,
enemyDefeated: false,
needsDiscard: true,
enemyAttack: state.currentEnemy.value,
playerHand: state.playerHands[player]
}
};
}
// 敌人被击败，检查是否还有更多敌人
if (state.enemyDeck.length === 0 && state.currentEnemy && state.currentEnemy.hp <= 0) {
await game.produceAsync(state => {
state.phase = 'victory';
state.winner = true;
});
return {
success: true,
result: {
playResult: playResult.result,
enemyDefeated: true,
gameWon: true
}
};
}
// 切换到下一个玩家
await game.run('next-turn');
// 检查敌人是否被击败
const checkResult = await checkEnemy(game);
if (!checkResult.success) {
return checkResult;
}
// 如果敌人未被击败，处理反击
if (!checkResult.result.defeated) {
// 反击逻辑需要玩家选择弃牌，这里返回状态让外部处理
return {
success: true,
result: {
playResult: playResult.result,
enemyDefeated: true,
nextEnemy: state.currentEnemy
}
success: true,
result: {
playResult: playResult.result,
enemyDefeated: false,
needsDiscard: true,
enemyAttack: state.currentEnemy.value,
playerHand: state.playerHands[player],
},
};
}
// 敌人被击败，检查是否还有更多敌人
if (
state.enemyDeck.length === 0 &&
state.currentEnemy &&
state.currentEnemy.hp <= 0
) {
await game.produceAsync((state) => {
state.phase = "victory";
state.winner = true;
});
return {
success: true,
result: {
playResult: playResult.result,
enemyDefeated: true,
gameWon: true,
},
};
}
// 切换到下一个玩家
await nextTurn(game);
return {
success: true,
result: {
playResult: playResult.result,
enemyDefeated: true,
nextEnemy: state.currentEnemy,
},
};
}
/**
* 处理反击阶段的弃牌
*/
export async function handleCounterattack(game: RegicideGame, player: PlayerType, discardCardIds: string[]) {
const result = await game.run(`counterattack ${player} ${JSON.stringify(discardCardIds)}`);
if (!result.success) {
// 弃牌失败（点数和不足），游戏失败
await game.produceAsync(state => {
state.phase = 'defeat';
state.winner = false;
});
return result;
}
// 弃牌成功，切换到下一个玩家
await game.run('next-turn');
export async function handleCounterattack(
game: RegicideGame,
player: PlayerType,
discardCardIds: string[],
) {
const result = await enemyCounterattackCmd(game, player, discardCardIds);
if (!result.success) {
// 弃牌失败（点数和不足），游戏失败
await game.produceAsync((state) => {
state.phase = "defeat";
state.winner = false;
});
return result;
}
// 弃牌成功，切换到下一个玩家
await nextTurn(game);
return result;
}
/**
* 获取当前游戏状态摘要
*/
export function getGameStatus(game: RegicideGame) {
const state = game.value;
const state = game.value;
return {
phase: state.phase,
currentPlayer: ['player1', 'player2', 'player3', 'player4'][state.currentPlayerIndex],
currentEnemy: state.currentEnemy ? {
...state.currentEnemy,
hpPercent: Math.round((state.currentEnemy.hp / state.currentEnemy.maxHp) * 100)
} : null,
enemiesRemaining: state.enemyDeck.length,
tavernDeckCount: state.regions.tavernDeck.childIds.length,
discardPileCount: state.regions.discardPile.childIds.length,
playerHands: Object.fromEntries(
Object.entries(state.playerHands).map(([player, hand]) => [player, hand.length])
),
winner: state.winner
};
return {
phase: state.phase,
currentPlayer: ["player1", "player2", "player3", "player4"][
state.currentPlayerIndex
],
currentEnemy: state.currentEnemy
? {
...state.currentEnemy,
hpPercent: Math.round(
(state.currentEnemy.hp / state.currentEnemy.maxHp) * 100,
),
}
: null,
enemiesRemaining: state.enemyDeck.length,
tavernDeckCount: state.regions.tavernDeck.childIds.length,
discardPileCount: state.regions.discardPile.childIds.length,
playerHands: Object.fromEntries(
Object.entries(state.playerHands).map(([player, hand]) => [
player,
hand.length,
]),
),
winner: state.winner,
};
}
src/samples/regicide/index.ts
+45 -49
View File
@@ -1,67 +1,63 @@
// Types
export type {
SuitType,
CardRank,
PlayerType,
RegionType,
RegicideCardMeta,
RegicideCard,
Enemy,
GamePhase
} from './types';
SuitType,
CardRank,
PlayerType,
RegionType,
RegicideCardMeta,
RegicideCard,
Enemy,
GamePhase,
} from "./types";
// Constants
export {
ENEMY_COUNT,
INITIAL_HAND_SIZE,
CARD_VALUES,
ALL_SUITS,
ALL_RANKS,
FACE_CARDS,
NUMBER_CARDS
} from './constants';
ENEMY_COUNT,
INITIAL_HAND_SIZE,
CARD_VALUES,
ALL_SUITS,
ALL_RANKS,
FACE_CARDS,
NUMBER_CARDS,
} from "./constants";
// State
export {
createInitialState,
type RegicideState
} from './state';
export { createInitialState, type RegicideState } from "./state";
// Prompts
export {prompts} from './prompts';
export { prompts } from "./prompts";
// Commands
export {
registry,
play as playCmd,
playWithA as playWithACmd,
pass as passCmd,
enemyCounterattack as enemyCounterattackCmd,
checkEnemy as checkEnemyCmd,
checkCanPlay as checkCanPlayCmd,
checkTavernDeck as checkTavernDeckCmd,
nextTurn as nextTurnCmd,
} from './commands';
play as playCmd,
playWithA as playWithACmd,
pass as passCmd,
enemyCounterattack as enemyCounterattackCmd,
checkEnemy as checkEnemyCmd,
checkCanPlay as checkCanPlayCmd,
checkTavernDeck as checkTavernDeckCmd,
nextTurn as nextTurnCmd,
} from "./commands";
// Game
export {
setupGame,
start,
playTurn,
handleCounterattack,
getGameStatus,
type RegicideGame
} from './game';
setupGame,
start,
playTurn,
handleCounterattack,
getGameStatus,
type RegicideGame,
} from "./game";
// Utils
export {
getCardValue,
createCard,
createEnemy,
createAllCards,
buildEnemyDeck,
buildTavernDeck,
drawFromDeck,
isEnemyDefeated,
getPlayerHandRegionId
} from './utils';
getCardValue,
createCard,
createEnemy,
createAllCards,
buildEnemyDeck,
buildTavernDeck,
drawFromDeck,
isEnemyDefeated,
getPlayerHandRegionId,
} from "./utils";
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# slay the spire + backpack heroes
玩家有4x6的背包
装备占格子，提供同等数量的牌，并且给周围加buff，背包英雄style
战斗时玩杀戮尖塔
## Roguelike structure
Zone based Point Crawl:
- 分4个区域，每个区域有独立的随机遭遇池
- 遭遇分为随机遭遇、战斗、服务
- 随机遭遇使用d6双阶段结构，共12遭遇
- 战斗遭遇分简单和困难，困难可以绕
- 服务遭遇分商店（恢复/卖装备/附魔）篝火（恢复/补充药水/下次战斗buff）npc（恢复/任务（任务=完成特定地点遭遇获得奖励））
- 每区域12遭遇
- 战斗：非战斗=8：4
- 5小怪，2精英，1boss，1店1篝1npc1随机
- 总遭遇分支1-2-3-4-5-6-6-5-4-3-2-1
## 战斗
典中典5手牌3费，每个格子1张牌，同一装备牌逻辑相同，但根据邻接吃到的牌buff不同
3种牌（攻击/防御/强化）攻击克强化克防御克攻击，强化比sts强化窄但效果更大
受伤时伤口先占格子再扣血，牌少的角色受掉血影响大但血更厚
背包物品指定相邻物品，对其所有卡牌生效
部分物品带使用次数限制，药瓶喝完可以在篝火补
## 费用
60%牌1费，20%牌2费，20%牌0费
怪物强化平均节奏较sts更快
## 关键词
行动关键词：以【攻击4】表示。分为指向行动或非指向行动。随机打出指向行动时，指向随机目标。
buff/debuff：以【防御3】表示。分为不衰减、回合衰减和临时三种。
物品的构筑配合按邻接性设计，临场动态策略配合按buff考虑
## Buff / Debuff
玩家buff主要按照“有默认功能的货币”考虑
debuff暂时只考虑“条件回合覆盖”类debuff，有时可以当货币用
敌人buff和debuff与玩家对称设计
## 遗物与药水
药水在sts里属于不稳定容错，比较鸡肋
这里药水作为物品携带，0费消耗次数使用，随篝火补充，功能较难溢出且稳定性更强
纯触发奖励性遗物用以调节节奏，还是要有的，但是分池发
## 区域设计
每区域10小怪，5精英，3boss，12随机遭遇
## 设计量
~20 物品 每角色每池
-10 小怪 4 精英 1 boss 每区域
-8 遗物 每角色
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# Desert
## 小怪 - 10种
### 仙人掌怪
概念：防+强化
【尖刺X】：对攻击者造成X点伤害
### 蛇
概念：攻+强化
蛇毒/1费：消耗。一回合弃掉超过1张蛇毒时，受到6伤害。
### 木乃伊
概念：攻+防
【诅咒】：受攻击时物品【攻击】-1，直到弃掉一张该物品的牌
### 枪手
概念：单回高攻
【瞄准X】：造成双倍伤害。受伤时失去等量【瞄准】。
### 风卷草
概念：防+强化
【滚动X】：攻击时，每消耗10点【滚动】，造成等量伤害。
### 秃鹫
概念：攻+防
若造成伤害，玩家获得秃鹫之眼。
秃鹫之眼/0费：受到秃鹫的攻击。当你受到伤害时，自动从手牌打出。
### 沙蝎
概念：攻+强化
【尾刺X】：玩家回合结束时受到沙蝎的X点攻击。受伤时失去等量【尾刺】。
### 幼沙虫
防+强化
每回合第一次受伤时，玩家失去1点能量。
### 蜥蜴
概念：攻+防+逃跑
【脱皮】：若脱皮达到生命上限，则怪物逃跑，玩家不能获得战斗奖励。
### 沙匪
概念：攻特化
洗牌时，将一个随机物品的牌全部弃掉。
## 精英 - 4种
### 风暴之灵
静电/0费：抓一张牌。在手里时，受到【电击】伤害+1。
【风暴X】：攻击时，玩家获得1张静电。受伤时失去等量【风暴】。
### 骑马枪手
【冲锋X】：受到或造成的伤害翻倍并消耗等量的冲锋。
### 沙虫王
召唤幼体沙虫
每当玩家弃掉一张牌，恢复1生命
### 沙漠守卫
召唤木乃伊
会复活木乃伊2次
## boss - 法老之灵
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# AGENTS.md - slay-the-spire-like
Roguelike deckbuilder combining Slay the Spire combat with Backpack Hero grid inventory.
## Architecture
Three-layer design: **system** (content-agnostic) → **data** (CSV content) → **dialogues** (Yarn Spinner).
### System Layer (`system/`)
| Module | Files | Responsibility |
|---|---|---|
| `combat/` | types.ts, effects.ts, triggers.ts, prompts.ts | Combat state, effects pipeline, middleware triggers |
| `deck/` | types.ts, factory.ts, index.ts | Deck state management |
| `grid-inventory/` | types.ts, transform.ts, index.ts | Grid backpack, shape collision, adjacency |
| `map/` | types.ts, generator.ts, index.ts | Procedural node generation (point crawl) |
| `progress/` | types.ts, encounter.ts, index.ts | Adventure progress, node traversal |
| `utils/` | parse-shape.ts, shape-collision.ts | Shape parsing and collision detection |
| `types.ts` | — | `EffectData`, `EffectLifecycle`, `EnemyData`, `CardData`, `IntentData`, `EncounterData`, `ItemData` |
### Data Layer (`data/desert/`)
All content via CSV (loaded by `inline-schema`):
| File | Content |
|---|---|
| `card.csv` | Card definitions |
| `effect.csv` | Effect definitions |
| `enemy.csv` | Enemies + intents |
| `intent.csv` | Intent definitions |
| `item.csv` | Equipment items |
| `encounter.csv` | Encounter nodes |
### Triggers (`data/desert/triggers/`)
Middleware hooks extending the base trigger system:
| File | Hooks |
|---|---|
| `effect.ts` | Orchestrator — calls all sub-modules |
| `instant.ts` | `onEffectApplied` — attack, draw, gainEnergy, removeWound, summon, etc. |
| `damage.ts` | `onDamage` — block, spike, expose, aim, roll, charge, molt, tailSting, energyDrain |
| `turn-start.ts` | `onTurnStart` — discard, defendNext, energyNext, drawNext |
| `card-events.ts` | `onEnemyIntent`, `onCardPlayed`, `onCardDiscarded`, `onDamage` — storm, crossbow, burnForEnergy, sandwormKing, vulture |
### Dialogue Layer (`data/desert/dialogues/`)
`story.yarn` — branching encounter dialogues (inside `dialogues.yarnproject`). Commands resolve via `tryAnswerPrompt`.
## Key Mechanics
- **Energy**: 3/turn, spent on weapon/armor/tool cards
- **Uses**: Consumable cards use `uses` cost type instead of energy; tracked as `depletion` on `GameItemMeta`
- **Grid adjacency**: Items buff adjacent items (e.g. burnForEnergy consumes adjacent item on card play)
- **Effect lifecycles**: `instant`, `temporary`, `lingering`, `permanent`, `posture`, `item`, `itemTemporary`, `itemUntilPlay`, `itemUntilDiscard`, `itemPermanent`
- **Trigger pipeline**: `createMiddlewareChain` with `use(async (ctx, next) => ...)` pattern
- **Cards from items**: `GameCard` instances are generated from `GameItem` inventory items via deck factory
## Testing
Tests live in `tests/samples/slay-the-spire-like/`:
- `combat/effects.test.ts` — effect application, upkeep, posture damage
- `combat/triggers.test.ts` — full desert trigger integration tests
- `deck/factory.test.ts` — deck creation
- `grid-inventory.test.ts` — placement, adjacency, collision
- `map/generator.test.ts` — procedural generation
- `utils/shape-utils.test.ts` — shape parsing
- `data/index.test.ts` — data loading validation
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# cardDesert: unified card definitions for item cards and status cards
# type: 'item' = inventory item card, 'status' = status effect card
# costType: 'energy' = costs energy per turn, 'uses' = limited uses, 'none' = free
# targetType: 'single' = target one enemy, 'none' = no target
# type CardType = 'item' | 'status'
# type CardCostType = 'energy' | 'uses' | 'none'
# type CardTargetType = 'player' | 'enemy' | 'enemies'
# inject effects = ~cardEffect(card)
id,name,desc,type,costType,costCount,targetType
string,string,string,CardType,CardCostType,int,CardTargetType
sword,剑,【攻击2】【攻击2】,item,energy,1,enemy
greataxe,长斧,对全体【攻击5】,item,energy,2,enemies
spear,长枪,【攻击2】【攻击2】【攻击2】,item,energy,1,enemy
dagger,短刀,【攻击3】【攻击3】,item,energy,1,enemy
dart,飞镖,【攻击1】抓一张牌,item,energy,0,enemy
crossbow,十字弩,【攻击6】对同一目标打出其他十字弩,item,energy,2,enemy
shield,盾,【防御3】,item,energy,1,player
hat,斗笠,【防御8】,item,energy,2,player
cape,披风,【防御2】下回合【防御2】,item,energy,1,player
bracer,护腕,【防御1】抓1张牌,item,energy,0,player
greatshield,大盾,【防御5】,item,energy,1,player
chainmail,锁子甲,本回合受到伤害-3,item,energy,1,player
bandage,绷带,从牌堆或弃牌堆随机移除1张伤口,item,uses,3,player
poisonPotion,淬毒药剂,周围物品的【攻击】+2,item,uses,3,player
fortifyPotion,强固药剂,周围物品的【防御】+2,item,uses,3,player
vitalityPotion,活力药剂,获得1点能量,item,uses,3,player
focusPotion,集中药剂,抓2张牌,item,uses,3,player
healingPotion,治疗药剂,从牌堆或弃牌堆移除3张伤口,item,uses,3,player
waterBag,水袋,下回合开始时获得1能量抓2张牌,item,energy,1,player
rope,绳索,周围物品的牌【防御】+2直到打出,item,energy,1,player
belt,腰带,从牌堆周围物品的牌当中选择一张加入手牌,item,energy,0,player
torch,火把,下次打出周围物品的牌时将其消耗并获得1能量,item,energy,1,player
whetstone,磨刀石,周围物品的牌【攻击】+3直到打出,item,energy,1,player
blacksmithHammer,铁匠锤,从牌堆/弃牌堆选择一张牌随机变为一张周围物品的牌,item,energy,1,player
wound,伤口,无效果占用手牌和牌堆,status,none,0,player
venom,蛇毒,弃掉时受到3点伤害,status,none,0,player
curse,诅咒,受攻击时物品攻击-1直到弃掉一张该物品的牌,status,none,0,player
static,静电,在手里时受电击伤害+1,status,none,0,player
fatigue,疲劳,占用手牌,status,none,0,player
vultureEye,秃鹫之眼,抓到时获得3层暴露,status,none,0,player
1 # cardDesert: unified card definitions for item cards and status cards
2 # type: 'item' = inventory item card, 'status' = status effect card
3 # costType: 'energy' = costs energy per turn, 'uses' = limited uses, 'none' = free
4 # targetType: 'single' = target one enemy, 'none' = no target
5 # type CardType = 'item' | 'status'
6 # type CardCostType = 'energy' | 'uses' | 'none'
7 # type CardTargetType = 'player' | 'enemy' | 'enemies'
8 # inject effects = ~cardEffect(card)
9 id,name,desc,type,costType,costCount,targetType
10 string,string,string,CardType,CardCostType,int,CardTargetType
11 sword,剑,【攻击2】【攻击2】,item,energy,1,enemy
12 greataxe,长斧,对全体【攻击5】,item,energy,2,enemies
13 spear,长枪,【攻击2】【攻击2】【攻击2】,item,energy,1,enemy
14 dagger,短刀,【攻击3】【攻击3】,item,energy,1,enemy
15 dart,飞镖,【攻击1】抓一张牌,item,energy,0,enemy
16 crossbow,十字弩,【攻击6】对同一目标打出其他十字弩,item,energy,2,enemy
17 shield,盾,【防御3】,item,energy,1,player
18 hat,斗笠,【防御8】,item,energy,2,player
19 cape,披风,【防御2】下回合【防御2】,item,energy,1,player
20 bracer,护腕,【防御1】抓1张牌,item,energy,0,player
21 greatshield,大盾,【防御5】,item,energy,1,player
22 chainmail,锁子甲,本回合受到伤害-3,item,energy,1,player
23 bandage,绷带,从牌堆或弃牌堆随机移除1张伤口,item,uses,3,player
24 poisonPotion,淬毒药剂,周围物品的【攻击】+2,item,uses,3,player
25 fortifyPotion,强固药剂,周围物品的【防御】+2,item,uses,3,player
26 vitalityPotion,活力药剂,获得1点能量,item,uses,3,player
27 focusPotion,集中药剂,抓2张牌,item,uses,3,player
28 healingPotion,治疗药剂,从牌堆或弃牌堆移除3张伤口,item,uses,3,player
29 waterBag,水袋,下回合开始时获得1能量抓2张牌,item,energy,1,player
30 rope,绳索,周围物品的牌【防御】+2直到打出,item,energy,1,player
31 belt,腰带,从牌堆周围物品的牌当中选择一张加入手牌,item,energy,0,player
32 torch,火把,下次打出周围物品的牌时将其消耗并获得1能量,item,energy,1,player
33 whetstone,磨刀石,周围物品的牌【攻击】+3直到打出,item,energy,1,player
34 blacksmithHammer,铁匠锤,从牌堆/弃牌堆选择一张牌随机变为一张周围物品的牌,item,energy,1,player
35 wound,伤口,无效果占用手牌和牌堆,status,none,0,player
36 venom,蛇毒,弃掉时受到3点伤害,status,none,0,player
37 curse,诅咒,受攻击时物品攻击-1直到弃掉一张该物品的牌,status,none,0,player
38 static,静电,在手里时受电击伤害+1,status,none,0,player
39 fatigue,疲劳,占用手牌,status,none,0,player
40 vultureEye,秃鹫之眼,抓到时获得3层暴露,status,none,0,player
src/samples/slay-the-spire-like/data/desert/card.csv.d.ts
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import type { CardEffect } from './cardEffect.csv';
export type CardType = 'item' | 'status';
export type CardCostType = 'energy' | 'uses' | 'none';
export type CardTargetType = 'player' | 'enemy' | 'enemies';
type CardTable = readonly {
readonly id: string;
readonly name: string;
readonly desc: string;
readonly type: CardType;
readonly costType: CardCostType;
readonly costCount: number;
readonly targetType: CardTargetType;
readonly effects: CardEffect[];
}[];
export type Card = CardTable[number];
declare function getData(): CardTable;
export default getData;
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# type CardEffectTrigger = 'onPlay' | 'onDraw' | 'onDiscard'
# type CardEffectTarget = 'source' | 'eachTarget' | 'eachEnemy' | 'randomEnemy' | 'player'
# type CardEffectList = [effect: @effect; stacks: number][]
id,card,trigger,target,effects
string,@card,CardEffectTrigger,CardEffectTarget,CardEffectList
sword,sword,onPlay,eachTarget,[attack;2];[attack;2]
greataxe,greataxe,onPlay,eachTarget,[attack;5]
spear,spear,onPlay,eachTarget,[attack;2];[attack;2];[attack;2]
dagger,dagger,onPlay,eachTarget,[attack;3];[attack;3]
dart,dart,onPlay,eachTarget,[attack;1]
dart-draw,dart,onPlay,source,[draw;1]
crossbow,crossbow,onPlay,eachTarget,[attack;6]
crossbow-combo,crossbow,onPlay,source,[crossbow;0]
shield,shield,onPlay,source,[defend;3]
hat,hat,onPlay,source,[defend;8]
cape,cape,onPlay,source,[defend;2];[defendNext;2]
bracer,bracer,onPlay,source,[defend;1];[draw;1]
greatshield,greatshield,onPlay,source,[defend;5]
chainmail,chainmail,onPlay,source,[damageReduce;3]
bandage,bandage,onPlay,source,[removeWound;1]
poisonPotion,poisonPotion,onPlay,source,[attackBuff;2]
fortifyPotion,fortifyPotion,onPlay,source,[defendBuff;2]
vitalityPotion,vitalityPotion,onPlay,source,[gainEnergy;1]
focusPotion,focusPotion,onPlay,source,[draw;2]
healingPotion,healingPotion,onPlay,source,[removeWound;3]
waterBag,waterBag,onPlay,source,[energyNext;1];[drawNext;2]
rope,rope,onPlay,source,[defendBuffUntilPlay;2]
belt,belt,onPlay,source,[drawChoice;1]
torch,torch,onPlay,source,[burnForEnergy;1]
whetstone,whetstone,onPlay,source,[attackBuffUntilPlay;3]
blacksmithHammer,blacksmithHammer,onPlay,source,[transformRandom;1]
venom,venom,onDiscard,source,[attack;3]
curse,curse,onDraw,source,[curse;1]
static,static,onDraw,source,[static;1]
vultureEye,vultureEye,onDraw,source,[expose;3]
1 # type CardEffectTrigger = 'onPlay' | 'onDraw' | 'onDiscard'
2 # type CardEffectTarget = 'source' | 'eachTarget' | 'eachEnemy' | 'randomEnemy' | 'player'
3 # type CardEffectList = [effect: @effect; stacks: number][]
4 id,card,trigger,target,effects
5 string,@card,CardEffectTrigger,CardEffectTarget,CardEffectList
6 sword,sword,onPlay,eachTarget,[attack;2];[attack;2]
7 greataxe,greataxe,onPlay,eachTarget,[attack;5]
8 spear,spear,onPlay,eachTarget,[attack;2];[attack;2];[attack;2]
9 dagger,dagger,onPlay,eachTarget,[attack;3];[attack;3]
10 dart,dart,onPlay,eachTarget,[attack;1]
11 dart-draw,dart,onPlay,source,[draw;1]
12 crossbow,crossbow,onPlay,eachTarget,[attack;6]
13 crossbow-combo,crossbow,onPlay,source,[crossbow;0]
14 shield,shield,onPlay,source,[defend;3]
15 hat,hat,onPlay,source,[defend;8]
16 cape,cape,onPlay,source,[defend;2];[defendNext;2]
17 bracer,bracer,onPlay,source,[defend;1];[draw;1]
18 greatshield,greatshield,onPlay,source,[defend;5]
19 chainmail,chainmail,onPlay,source,[damageReduce;3]
20 bandage,bandage,onPlay,source,[removeWound;1]
21 poisonPotion,poisonPotion,onPlay,source,[attackBuff;2]
22 fortifyPotion,fortifyPotion,onPlay,source,[defendBuff;2]
23 vitalityPotion,vitalityPotion,onPlay,source,[gainEnergy;1]
24 focusPotion,focusPotion,onPlay,source,[draw;2]
25 healingPotion,healingPotion,onPlay,source,[removeWound;3]
26 waterBag,waterBag,onPlay,source,[energyNext;1];[drawNext;2]
27 rope,rope,onPlay,source,[defendBuffUntilPlay;2]
28 belt,belt,onPlay,source,[drawChoice;1]
29 torch,torch,onPlay,source,[burnForEnergy;1]
30 whetstone,whetstone,onPlay,source,[attackBuffUntilPlay;3]
31 blacksmithHammer,blacksmithHammer,onPlay,source,[transformRandom;1]
32 venom,venom,onDiscard,source,[attack;3]
33 curse,curse,onDraw,source,[curse;1]
34 static,static,onDraw,source,[static;1]
35 vultureEye,vultureEye,onDraw,source,[expose;3]
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import type { Card } from './card.csv';
import type { Effect } from './effect.csv';
export type CardEffectTrigger = 'onPlay' | 'onDraw' | 'onDiscard';
export type CardEffectTarget = 'source' | 'eachTarget' | 'eachEnemy' | 'randomEnemy' | 'player';
export type CardEffectList = [effect: Effect, stacks: number][];
type CardEffectTable = readonly {
readonly id: string;
readonly card: Card;
readonly trigger: CardEffectTrigger;
readonly target: CardEffectTarget;
readonly effects: CardEffectList;
}[];
export type CardEffect = CardEffectTable[number];
declare function getData(): CardEffectTable;
export default getData;
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{
"projectFileVersion": 4,
"sourceFiles": [
"**/*.yarn"
],
"excludeFiles": [],
"baseLanguage": "en",
"projectName": "encounters",
"authorName": [
"hyper"
],
"editorOptions": {
"yarnScriptEditor": {
"presenter": "try"
}
}
}
src/samples/slay-the-spire-like/data/desert/dialogues/dialogues.yarnproject.d.ts
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import type { LoadResult } from 'yarn-spinner-loader';
const result: LoadResult;
export default result;
src/samples/slay-the-spire-like/data/desert/dialogues/story.yarn
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title: Start
---
// A linear story progresses from one scene to the next.
// Great for cutscenes, tutorials, or scripted sequences.
<<jump Scene1>>
===
title: Scene1
---
The sun rose over the quiet village.
Birds sang their morning chorus as the first rays of light crept through the window.
-> Continue
<<jump Scene2>>
===
title: Scene2
---
In the kitchen, a kettle began to whistle.
The smell of fresh bread filled the air.
-> Continue
<<jump Scene3>>
===
title: Scene3
---
A knock at the door broke the peaceful morning.
Who could be visiting so early?
-> Open the door
<<jump Scene4>>
===
title: Scene4
---
A messenger stood at the threshold, parchment in hand.
"News from the capital," they said breathlessly. "You must read this at once."
// Your story continues from here!
===
src/samples/slay-the-spire-like/data/desert/effect.csv
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# instant: 不施加buff，瞬间生效
# temporary: 施加buff，下回合开始时失效
# lingering: 施加buff，下回合开始时失去1层
# permanent: 施加buff
# posture: 施加buff，每受到1点伤害移除1层
# item: 施加buff到周围物品，永久生效
# itemTemporary: 施加buff到周围物品，持续到下次buff更新
# itemUntilPlay: 施加buff到周围物品，物品被打出后失效
# itemUntilDiscard: 施加buff到周围物品，物品被弃掉后失效
# itemPermanent: 施加buff到周围物品，持续整场冒险
# type EffectLifecycle = 'instant' | 'temporary' | 'lingering' | 'permanent' | 'posture' | 'item' | 'itemTemporary' | 'itemUntilPlay' | 'itemUntilDiscard' | 'itemPermanent'
id, name, description, lifecycle, emoji
string, string, string, EffectLifecycle, string
attack, 攻击, 对对手造成伤害, instant, ⚔️
defend, 防御, 抵消下次行动前受到的伤害, temporary, 🛡️
spike, 尖刺, 对攻击者造成X点伤害, permanent, 🌵
venom, 蛇毒, 同名状态牌/1费：打出时移除此牌。弃掉时受到3点伤害, instant, 🧪
curse, 诅咒, 受攻击时物品攻击-1，直到弃掉一张该物品的牌, lingering, 💀
aim, 瞄准, 造成双倍伤害，受伤时失去等量瞄准, posture, 🎯
roll, 滚动, 攻击时每消耗10点滚动造成等量伤害, posture, 🎲
rollDamage, 滚动攻击, 消耗滚动层数造成的伤害, instant, 💥
vultureEye, 秃鹫之眼, 抓到时获得3层暴露（临时debuff，受到的伤害+1/每层）, instant, 👁️
tailSting, 尾刺, 攻击时，伤害提升X, posture, 🦂
energyDrain, 能量吸取, 受伤时，玩家失去X点能量, lingering, 🔋
molt, 脱皮, 若脱皮达到生命上限则怪物逃跑, posture, 🐚
discard, 劫掠, 回合开始时随机弃掉一张手牌, lingering, 🗑️
storm, 风暴, 攻击时给玩家塞入1张静电, permanent, ⚡
static, 静电, 在手里时受电击伤害+1, permanent, ⚡
charge, 冲锋, 受到或造成的伤害翻倍并消耗等量冲锋, lingering, 🐎
summonMummy, 召唤木乃伊, 召唤1个木乃伊, instant, 🧟
summonSandwormLarva, 召唤幼沙虫, 召唤1个幼沙虫, instant, 🐛
reviveMummy, 复活木乃伊, 复活1个已死亡的木乃伊, instant, 🌅
draw, 抓牌, 抓X张牌, instant, 🃏
crossbow, 十字弩连击, 对同一目标打出其他十字弩, instant, 🏹
defendNext, 下回合防御, 下回合开始时获得防御, temporary, 🛡️
damageReduce, 减伤, 本回合受到的伤害减少X, temporary, 📉
removeWound, 移除伤口, 从牌堆或弃牌堆移除X张伤口, instant, 🩹
attackBuff, 攻击增益, 周围物品的攻击+X, itemUntilPlay, ⬆️
defendBuff, 防御增益, 周围物品的防御+X, itemUntilPlay, ⬆️
gainEnergy, 获得能量, 获得X点能量, instant, ⚡
energyNext, 下回合获能量, 下回合开始时获得X点能量, temporary, ⚡
drawNext, 下回合抓牌, 下回合开始时抓X张牌, temporary, 🃏
defendBuffUntilPlay, 防御增益直到打出, 周围物品的牌防御+X直到打出, itemUntilPlay, 🛡️
drawChoice, 选择抓牌, 从牌堆周围物品的牌中选择一张加入手牌, instant, 🔍
burnForEnergy, 消耗获能量, 打出周围物品的牌时消耗并获得X能量, itemUntilPlay, 🔥
attackBuffUntilPlay, 攻击增益直到打出, 周围物品的牌攻击+X直到打出, itemUntilPlay, ⚔️
transformRandom, 随机变牌, 选择一张牌随机变为周围物品的牌, instant, 🌀
expose, 暴露, 受到的伤害+1/每层, temporary, 👁️
1 # instant: 不施加buff，瞬间生效
2 # temporary: 施加buff，下回合开始时失效
3 # lingering: 施加buff，下回合开始时失去1层
4 # permanent: 施加buff
5 # posture: 施加buff，每受到1点伤害移除1层
6 # item: 施加buff到周围物品，永久生效
7 # itemTemporary: 施加buff到周围物品，持续到下次buff更新
8 # itemUntilPlay: 施加buff到周围物品，物品被打出后失效
9 # itemUntilDiscard: 施加buff到周围物品，物品被弃掉后失效
10 # itemPermanent: 施加buff到周围物品，持续整场冒险
11 # type EffectLifecycle = 'instant' | 'temporary' | 'lingering' | 'permanent' | 'posture' | 'item' | 'itemTemporary' | 'itemUntilPlay' | 'itemUntilDiscard' | 'itemPermanent'
12 id name description lifecycle emoji
13 string string string EffectLifecycle string
14 attack 攻击 对对手造成伤害 instant ⚔️
15 defend 防御 抵消下次行动前受到的伤害 temporary 🛡️
16 spike 尖刺 对攻击者造成X点伤害 permanent 🌵
17 venom 蛇毒 同名状态牌/1费：打出时移除此牌。弃掉时受到3点伤害 instant 🧪
18 curse 诅咒 受攻击时物品攻击-1，直到弃掉一张该物品的牌 lingering 💀
19 aim 瞄准 造成双倍伤害，受伤时失去等量瞄准 posture 🎯
20 roll 滚动 攻击时每消耗10点滚动造成等量伤害 posture 🎲
21 rollDamage 滚动攻击 消耗滚动层数造成的伤害 instant 💥
22 vultureEye 秃鹫之眼 抓到时获得3层暴露（临时debuff，受到的伤害+1/每层） instant 👁️
23 tailSting 尾刺 攻击时，伤害提升X posture 🦂
24 energyDrain 能量吸取 受伤时，玩家失去X点能量 lingering 🔋
25 molt 脱皮 若脱皮达到生命上限则怪物逃跑 posture 🐚
26 discard 劫掠 回合开始时随机弃掉一张手牌 lingering 🗑️
27 storm 风暴 攻击时给玩家塞入1张静电 permanent ⚡
28 static 静电 在手里时受电击伤害+1 permanent ⚡
29 charge 冲锋 受到或造成的伤害翻倍并消耗等量冲锋 lingering 🐎
30 summonMummy 召唤木乃伊 召唤1个木乃伊 instant 🧟
31 summonSandwormLarva 召唤幼沙虫 召唤1个幼沙虫 instant 🐛
32 reviveMummy 复活木乃伊 复活1个已死亡的木乃伊 instant 🌅
33 draw 抓牌 抓X张牌 instant 🃏
34 crossbow 十字弩连击 对同一目标打出其他十字弩 instant 🏹
35 defendNext 下回合防御 下回合开始时获得防御 temporary 🛡️
36 damageReduce 减伤 本回合受到的伤害减少X temporary 📉
37 removeWound 移除伤口 从牌堆或弃牌堆移除X张伤口 instant 🩹
38 attackBuff 攻击增益 周围物品的攻击+X itemUntilPlay ⬆️
39 defendBuff 防御增益 周围物品的防御+X itemUntilPlay ⬆️
40 gainEnergy 获得能量 获得X点能量 instant ⚡
41 energyNext 下回合获能量 下回合开始时获得X点能量 temporary ⚡
42 drawNext 下回合抓牌 下回合开始时抓X张牌 temporary 🃏
43 defendBuffUntilPlay 防御增益直到打出 周围物品的牌防御+X直到打出 itemUntilPlay 🛡️
44 drawChoice 选择抓牌 从牌堆周围物品的牌中选择一张加入手牌 instant 🔍
45 burnForEnergy 消耗获能量 打出周围物品的牌时消耗并获得X能量 itemUntilPlay 🔥
46 attackBuffUntilPlay 攻击增益直到打出 周围物品的牌攻击+X直到打出 itemUntilPlay ⚔️
47 transformRandom 随机变牌 选择一张牌随机变为周围物品的牌 instant 🌀
48 expose 暴露 受到的伤害+1/每层 temporary 👁️
src/samples/slay-the-spire-like/data/desert/effect.csv.d.ts
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export type EffectLifecycle = 'instant' | 'temporary' | 'lingering' | 'permanent' | 'posture' | 'item' | 'itemTemporary' | 'itemUntilPlay' | 'itemUntilDiscard' | 'itemPermanent';
type EffectTable = readonly {
readonly id: string;
readonly name: string;
readonly description: string;
readonly lifecycle: EffectLifecycle;
readonly emoji: string;
}[];
export type Effect = EffectTable[number];
declare function getData(): EffectTable;
export default getData;
src/samples/slay-the-spire-like/data/desert/encounter.csv
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# minion (10): minor enemies
# elite (4): dangerous enemies
# event (1): random dangerous event that requires reaction
# shop (2): merchant who sells different stuff
# camp (2): consumable restock and heal
# curio (8): random pickup of treasure or resources
# enemies: array of [enemyId; initialHp; buffs[]]
# type EncounterType = 'minion' | 'elite' | 'event' | 'shop' | 'camp' | 'curio'
# type EnemyList = [data: @enemy; hp: int; effects: [effect: @effect; stacks: int][]][]
id,type,name,description,enemies,dialogue
string,EncounterType,string,string,EnemyList,string
cactus_pair,minion,仙人掌怪,概念：防+强化。【尖刺X】：对攻击者造成X点伤害。,[仙人掌怪;12;[]];[仙人掌怪;12;[]],
snake_pair,minion,蛇,概念：攻+强化。给玩家塞入蛇毒牌（1费：打出时移除此牌。弃掉时受到3点伤害）。,[蛇;10;[]],
mummy_cactus,minion,木乃伊,概念：攻+防。【诅咒】：受攻击时物品【攻击】-1，直到弃掉一张该物品的牌。,[木乃伊;14;[]];[仙人掌怪;12;[]],
gunslinger,minion,枪手,概念：单回高攻。【瞄准X】：造成双倍伤害。受伤时失去等量【瞄准】,[枪手;12;[]],
tumbleweed_pair,minion,风卷草,概念：防+强化。【滚动X】：攻击时，每消耗10点【滚动】，造成等量伤害。,[风卷草;16;[]],
vulture_cactus,minion,秃鹫,概念：攻+防。若造成伤害，玩家获得秃鹫之眼（0费状态牌：打出时移除。抓到时获得3层暴露）。,[秃鹫;12;[]];[仙人掌怪;12;[]],
scorpion_snake,minion,沙蝎,概念：攻+强化。【尾刺X】：姿态buff，攻击时，伤害提升X。,[沙蝎;10;[]];[蛇;10;[]],
sandworm_larva,minion,幼沙虫,概念：防+强化。每回合第一次受伤时，玩家失去1点能量。,[幼沙虫;18;[]],
lizard_pair,minion,蜥蜴,概念：攻+防+逃跑。【脱皮】：若脱皮达到生命上限，则怪物逃跑，玩家不能获得战斗奖励。,[蜥蜴;14;[]],
bandit_gunslinger,minion,沙匪,概念：弱化玩家。【劫掠】：对玩家施加的延时debuff。回合开始时，随机弃掉一张手牌。,[沙匪;12;[]];[枪手;12;[]],
storm_spirit,elite,风暴之灵,【风暴X】：攻击时，玩家获得1张静电。受伤时失去等量【风暴】。（静电：在手里时受【电击】伤害+1）,[风暴之灵;30;[]],
mounted_gunslinger,elite,骑马枪手,【冲锋X】：受到或造成的伤害翻倍并消耗等量的冲锋。,[骑马枪手;25;[]];[枪手;12;[]],
sandworm_king,elite,沙虫王,召唤幼体沙虫；每当玩家弃掉一张牌，恢复1生命。,[沙虫王;40;[]],
desert_guard,elite,沙漠守卫,召唤木乃伊；会复活木乃伊2次。,[沙漠守卫;35;[]];[木乃伊;14;[]],
desert_merchant,shop,沙漠商人,商店：可以恢复生命、出售装备、附魔物品。,,
nomad_caravan,shop,游牧商队,商队：出售稀有物品、移除牌组中一张牌。,,
oasis_campfire,camp,绿洲篝火,篝火：可以恢复生命、补充药水使用次数、获得下次战斗Buff。,,
cave_shelter,camp,岩洞庇护所,篝火：可以恢复生命、升级一张牌。,,
desert_relic_in_sand,curio,沙中遗物,随机获得一件遗物或受到3点伤害。,,desert_relic_in_sand
desert_dry_well,curio,枯井,投入1能量：可能获得药水或什么也没有。,,desert_dry_well
desert_ancient_stele,curio,古代石碑,阅读碑文：获得随机Buff直到下次战斗结束。,,desert_ancient_stele
desert_storm_wreckage,curio,沙暴残骸,搜索残骸：随机获得一张物品牌或受到2点伤害。,,desert_storm_wreckage
desert_mirage_chest,curio,蜃景宝箱,打开宝箱：50%获得宝藏，50%为蜃景什么也没有。,,desert_mirage_chest
desert_buried_pot,curio,埋藏陶罐,挖掘：获得随机资源（金币、药水或遗物碎片）。,,desert_buried_pot
desert_weathered_statue,curio,风化雕像,献祭1生命：获得一件随机遗物。,,desert_weathered_statue
desert_oasis_fragment,curio,绿洲碎片,小型绿洲：恢复3生命并获得1张随机消耗品。,,desert_oasis_fragment
desert_mirage_event,event,海市蜃楼,随机遭遇：可能获得宝藏或遭遇陷阱，使用d6双阶段结构结算。,,desert_mirage_event
1 # minion (10): minor enemies
2 # elite (4): dangerous enemies
3 # event (1): random dangerous event that requires reaction
4 # shop (2): merchant who sells different stuff
5 # camp (2): consumable restock and heal
6 # curio (8): random pickup of treasure or resources
7 # enemies: array of [enemyId; initialHp; buffs[]]
8 # type EncounterType = 'minion' | 'elite' | 'event' | 'shop' | 'camp' | 'curio'
9 # type EnemyList = [data: @enemy; hp: int; effects: [effect: @effect; stacks: int][]][]
10 id type name description enemies dialogue
11 string EncounterType string string EnemyList string
12 cactus_pair minion 仙人掌怪 概念：防+强化。【尖刺X】：对攻击者造成X点伤害。 [仙人掌怪;12;[]];[仙人掌怪;12;[]]
13 snake_pair minion 蛇 概念：攻+强化。给玩家塞入蛇毒牌（1费：打出时移除此牌。弃掉时受到3点伤害）。 [蛇;10;[]]
14 mummy_cactus minion 木乃伊 概念：攻+防。【诅咒】：受攻击时物品【攻击】-1，直到弃掉一张该物品的牌。 [木乃伊;14;[]];[仙人掌怪;12;[]]
15 gunslinger minion 枪手 概念：单回高攻。【瞄准X】：造成双倍伤害。受伤时失去等量【瞄准】 [枪手;12;[]]
16 tumbleweed_pair minion 风卷草 概念：防+强化。【滚动X】：攻击时，每消耗10点【滚动】，造成等量伤害。 [风卷草;16;[]]
17 vulture_cactus minion 秃鹫 概念：攻+防。若造成伤害，玩家获得秃鹫之眼（0费状态牌：打出时移除。抓到时获得3层暴露）。 [秃鹫;12;[]];[仙人掌怪;12;[]]
18 scorpion_snake minion 沙蝎 概念：攻+强化。【尾刺X】：姿态buff，攻击时，伤害提升X。 [沙蝎;10;[]];[蛇;10;[]]
19 sandworm_larva minion 幼沙虫 概念：防+强化。每回合第一次受伤时，玩家失去1点能量。 [幼沙虫;18;[]]
20 lizard_pair minion 蜥蜴 概念：攻+防+逃跑。【脱皮】：若脱皮达到生命上限，则怪物逃跑，玩家不能获得战斗奖励。 [蜥蜴;14;[]]
21 bandit_gunslinger minion 沙匪 概念：弱化玩家。【劫掠】：对玩家施加的延时debuff。回合开始时，随机弃掉一张手牌。 [沙匪;12;[]];[枪手;12;[]]
22 storm_spirit elite 风暴之灵 【风暴X】：攻击时，玩家获得1张静电。受伤时失去等量【风暴】。（静电：在手里时受【电击】伤害+1） [风暴之灵;30;[]]
23 mounted_gunslinger elite 骑马枪手 【冲锋X】：受到或造成的伤害翻倍并消耗等量的冲锋。 [骑马枪手;25;[]];[枪手;12;[]]
24 sandworm_king elite 沙虫王 召唤幼体沙虫；每当玩家弃掉一张牌，恢复1生命。 [沙虫王;40;[]]
25 desert_guard elite 沙漠守卫 召唤木乃伊；会复活木乃伊2次。 [沙漠守卫;35;[]];[木乃伊;14;[]]
26 desert_merchant shop 沙漠商人 商店：可以恢复生命、出售装备、附魔物品。
27 nomad_caravan shop 游牧商队 商队：出售稀有物品、移除牌组中一张牌。
28 oasis_campfire camp 绿洲篝火 篝火：可以恢复生命、补充药水使用次数、获得下次战斗Buff。
29 cave_shelter camp 岩洞庇护所 篝火：可以恢复生命、升级一张牌。
30 desert_relic_in_sand curio 沙中遗物 随机获得一件遗物或受到3点伤害。 desert_relic_in_sand
31 desert_dry_well curio 枯井 投入1能量：可能获得药水或什么也没有。 desert_dry_well
32 desert_ancient_stele curio 古代石碑 阅读碑文：获得随机Buff直到下次战斗结束。 desert_ancient_stele
33 desert_storm_wreckage curio 沙暴残骸 搜索残骸：随机获得一张物品牌或受到2点伤害。 desert_storm_wreckage
34 desert_mirage_chest curio 蜃景宝箱 打开宝箱：50%获得宝藏，50%为蜃景什么也没有。 desert_mirage_chest
35 desert_buried_pot curio 埋藏陶罐 挖掘：获得随机资源（金币、药水或遗物碎片）。 desert_buried_pot
36 desert_weathered_statue curio 风化雕像 献祭1生命：获得一件随机遗物。 desert_weathered_statue
37 desert_oasis_fragment curio 绿洲碎片 小型绿洲：恢复3生命并获得1张随机消耗品。 desert_oasis_fragment
38 desert_mirage_event event 海市蜃楼 随机遭遇：可能获得宝藏或遭遇陷阱，使用d6双阶段结构结算。 desert_mirage_event
src/samples/slay-the-spire-like/data/desert/encounter.csv.d.ts
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import type { Enemy } from './enemy.csv';
import type { Effect } from './effect.csv';
export type EncounterType = 'minion' | 'elite' | 'event' | 'shop' | 'camp' | 'curio';
export type EnemyList = [data: Enemy, hp: int, effects: [effect: Effect, stacks: int][]][];
type EncounterTable = readonly {
readonly id: string;
readonly type: EncounterType;
readonly name: string;
readonly description: string;
readonly enemies: EnemyList;
readonly dialogue: string;
}[];
export type Encounter = EncounterTable[number];
declare function getData(): EncounterTable;
export default getData;
src/samples/slay-the-spire-like/data/desert/enemy.csv
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id,name,intents,description
string,string,@intent[],string
仙人掌怪,仙人掌怪,[仙人掌怪-boost;仙人掌怪-defend;仙人掌怪-attack],防+强化。【尖刺X】：对攻击者造成X点伤害。
蛇,蛇,[蛇-poison;蛇-attack;蛇-boost],攻+强化。给玩家塞入蛇毒牌（1费：打出时移除此牌。弃掉时受到3点伤害）。
木乃伊,木乃伊,[木乃伊-attack;木乃伊-defend;木乃伊-curse],攻+防。【诅咒】：受攻击时物品【攻击】-1，直到弃掉一张该物品的牌。
枪手,枪手,[枪手-aim;枪手-attack;枪手-defend],单回高攻。【瞄准X】：造成双倍伤害。受伤时失去等量【瞄准】。
风卷草,风卷草,[风卷草-boost;风卷草-defend;风卷草-attack],防+强化。【滚动X】：攻击时，每消耗10点【滚动】，造成等量伤害。
秃鹫,秃鹫,[秃鹫-attack;秃鹫-defend],攻+防。若造成伤害，玩家获得秃鹫之眼（0费状态牌：打出时移除。抓到时获得3层暴露）。
沙蝎,沙蝎,[沙蝎-boost;沙蝎-attack],攻+强化。【尾刺X】：姿态buff，攻击时，伤害提升X。
幼沙虫,幼沙虫,[幼沙虫-defend;幼沙虫-boost;幼沙虫-attack],防+强化。每回合第一次受伤时，玩家失去1点能量。
蜥蜴,蜥蜴,[蜥蜴-attack;蜥蜴-defend;蜥蜴-molt],攻+防+逃跑。【脱皮】：若脱皮达到生命上限，则怪物逃跑，玩家不能获得战斗奖励。
沙匪,沙匪,[沙匪-attack;沙匪-heavyAttack;沙匪-debuff],弱化玩家。【劫掠】：对玩家施加的延时debuff。回合开始时，随机弃掉一张手牌。
风暴之灵,风暴之灵,[风暴之灵-storm;风暴之灵-attack;风暴之灵-defend],【风暴X】：攻击时，玩家获得1张静电。受伤时失去等量【风暴】。（静电：在手里时受【电击】伤害+1）
骑马枪手,骑马枪手,[骑马枪手-charge;骑马枪手-attack;骑马枪手-defend],【冲锋X】：受到或造成的伤害翻倍并消耗等量的冲锋。
沙虫王,沙虫王,[沙虫王-summon;沙虫王-attack;沙虫王-defend],召唤幼体沙虫；每当玩家弃掉一张牌，恢复1生命。
沙漠守卫,沙漠守卫,[沙漠守卫-summon;沙漠守卫-attack;沙漠守卫-defend;沙漠守卫-revive],召唤木乃伊；会复活木乃伊2次。
1 id name intents description
2 string string @intent[] string
3 仙人掌怪 仙人掌怪 [仙人掌怪-boost;仙人掌怪-defend;仙人掌怪-attack] 防+强化。【尖刺X】：对攻击者造成X点伤害。
4 蛇 蛇 [蛇-poison;蛇-attack;蛇-boost] 攻+强化。给玩家塞入蛇毒牌（1费：打出时移除此牌。弃掉时受到3点伤害）。
5 木乃伊 木乃伊 [木乃伊-attack;木乃伊-defend;木乃伊-curse] 攻+防。【诅咒】：受攻击时物品【攻击】-1，直到弃掉一张该物品的牌。
6 枪手 枪手 [枪手-aim;枪手-attack;枪手-defend] 单回高攻。【瞄准X】：造成双倍伤害。受伤时失去等量【瞄准】。
7 风卷草 风卷草 [风卷草-boost;风卷草-defend;风卷草-attack] 防+强化。【滚动X】：攻击时，每消耗10点【滚动】，造成等量伤害。
8 秃鹫 秃鹫 [秃鹫-attack;秃鹫-defend] 攻+防。若造成伤害，玩家获得秃鹫之眼（0费状态牌：打出时移除。抓到时获得3层暴露）。
9 沙蝎 沙蝎 [沙蝎-boost;沙蝎-attack] 攻+强化。【尾刺X】：姿态buff，攻击时，伤害提升X。
10 幼沙虫 幼沙虫 [幼沙虫-defend;幼沙虫-boost;幼沙虫-attack] 防+强化。每回合第一次受伤时，玩家失去1点能量。
11 蜥蜴 蜥蜴 [蜥蜴-attack;蜥蜴-defend;蜥蜴-molt] 攻+防+逃跑。【脱皮】：若脱皮达到生命上限，则怪物逃跑，玩家不能获得战斗奖励。
12 沙匪 沙匪 [沙匪-attack;沙匪-heavyAttack;沙匪-debuff] 弱化玩家。【劫掠】：对玩家施加的延时debuff。回合开始时，随机弃掉一张手牌。
13 风暴之灵 风暴之灵 [风暴之灵-storm;风暴之灵-attack;风暴之灵-defend] 【风暴X】：攻击时，玩家获得1张静电。受伤时失去等量【风暴】。（静电：在手里时受【电击】伤害+1）
14 骑马枪手 骑马枪手 [骑马枪手-charge;骑马枪手-attack;骑马枪手-defend] 【冲锋X】：受到或造成的伤害翻倍并消耗等量的冲锋。
15 沙虫王 沙虫王 [沙虫王-summon;沙虫王-attack;沙虫王-defend] 召唤幼体沙虫；每当玩家弃掉一张牌，恢复1生命。
16 沙漠守卫 沙漠守卫 [沙漠守卫-summon;沙漠守卫-attack;沙漠守卫-defend;沙漠守卫-revive] 召唤木乃伊；会复活木乃伊2次。
src/samples/slay-the-spire-like/data/desert/enemy.csv.d.ts
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import type { Intent } from './intent.csv';
type EnemyTable = readonly {
readonly id: string;
readonly name: string;
readonly intents: Intent[];
readonly description: string;
}[];
export type Enemy = EnemyTable[number];
declare function getData(): EnemyTable;
export default getData;
src/samples/slay-the-spire-like/data/desert/index.ts
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import getItems, { Item } from "./item.csv";
export type * from "./card.csv";
export type * from "./cardEffect.csv";
export type * from "./effect.csv";
export type * from "./encounter.csv";
export type * from "./enemy.csv";
export type * from "./intent.csv";
export type * from "./item.csv";
export { default as getCards } from "./card.csv";
export { default as getEffects } from "./effect.csv";
export { default as getEncounters } from "./encounter.csv";
export { default as getEnemies } from "./enemy.csv";
export { default as getIntents } from "./intent.csv";
export { default as getItems } from "./item.csv";
export { default as dialogues } from "./dialogues/dialogues.yarnproject";
export { addTriggers } from "./triggers";
const itemSet = ["剑", "盾", "水袋", "绷带"] as string[];
export function getStartingItems(): Item[] {
return itemSet.map(function (name): Item {
return getItems().find((item: Item) => item.name === name) as Item;
});
}
src/samples/slay-the-spire-like/data/desert/intent.csv
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# intentId: unique intent state ID (e.g. '仙人掌怪-boost')
# enemy: enemy template this intent belongs to
# initialIntent: true if this is the enemy's starting intent
# nextIntents: possible next intent IDs after this intent resolves
# brokenIntent: possible intent IDs when defend is broken
# initBuffs: initial buffs for this intent (applied when intent becomes active)
# effects: effects executed when this intent is active
# type IntentEffectTarget = 'source' | 'eachEnemy' | 'randomEnemy' | 'player'
# type IntentEffect = [IntentEffectTarget;@effect;number]
# type IntentEffectList = IntentEffect[]
id,enemy,initialIntent,nextIntents,brokenIntent,effects
string,@enemy,boolean,@intent[],@intent[],IntentEffectList
仙人掌怪-boost,仙人掌怪,true,仙人掌怪-boost;仙人掌怪-defend,,[source;spike;1];[source;defend;4]
仙人掌怪-defend,仙人掌怪,false,仙人掌怪-attack,,[source;defend;8]
仙人掌怪-attack,仙人掌怪,false,仙人掌怪-boost,,[player;attack;5]
蛇-poison,蛇,true,蛇-attack;蛇-attack,,[player;venom;1];[player;attack;4]
蛇-attack,蛇,false,蛇-poison;蛇-boost,,[player;attack;6]
蛇-boost,蛇,false,蛇-poison;蛇-attack,,[source;defend;3];[player;venom;1]
木乃伊-attack,木乃伊,true,木乃伊-defend;木乃伊-curse,,[player;attack;6]
木乃伊-defend,木乃伊,false,木乃伊-attack,,[source;defend;6]
木乃伊-curse,木乃伊,false,木乃伊-defend;木乃伊-attack,木乃伊-attack,[player;curse;1]
枪手-aim,枪手,true,枪手-attack,,[source;aim;2]
枪手-attack,枪手,false,枪手-aim;枪手-defend,枪手-aim,[player;attack;8]
枪手-defend,枪手,false,枪手-aim,枪手-aim,[source;defend;5]
风卷草-boost,风卷草,true,风卷草-defend;风卷草-defend;风卷草-boost,,[source;roll;5];[source;defend;4]
风卷草-defend,风卷草,false,风卷草-boost;风卷草-attack,,[source;defend;8]
风卷草-attack,风卷草,false,风卷草-boost,,[player;rollDamage;0]
秃鹫-attack,秃鹫,true,秃鹫-defend;秃鹫-defend,,[player;attack;6];[player;vultureEye;1]
秃鹫-defend,秃鹫,false,秃鹫-attack;秃鹫-attack,,[source;defend;5]
沙蝎-boost,沙蝎,true,沙蝎-attack;沙蝎-attack,,[source;tailSting;2]
沙蝎-attack,沙蝎,false,沙蝎-boost;沙蝎-attack,,[player;attack;6]
幼沙虫-defend,幼沙虫,true,幼沙虫-defend;幼沙虫-boost,,[source;defend;6]
幼沙虫-boost,幼沙虫,false,幼沙虫-attack;幼沙虫-defend,,[source;energyDrain;1];[source;defend;4]
幼沙虫-attack,幼沙虫,false,幼沙虫-defend;幼沙虫-defend,,[player;attack;5]
蜥蜴-attack,蜥蜴,true,蜥蜴-defend;蜥蜴-molt,,[player;attack;5]
蜥蜴-defend,蜥蜴,false,蜥蜴-attack;蜥蜴-attack,,[source;defend;6]
蜥蜴-molt,蜥蜴,false,蜥蜴-defend;蜥蜴-attack,,[source;molt;3]
沙匪-attack,沙匪,true,沙匪-attack;沙匪-heavyAttack,,[player;attack;6]
沙匪-heavyAttack,沙匪,false,沙匪-attack;沙匪-attack;沙匪-debuff,,[player;attack;10]
沙匪-debuff,沙匪,false,沙匪-attack;沙匪-attack,,[player;discard;1]
风暴之灵-storm,风暴之灵,true,风暴之灵-attack;风暴之灵-storm,,[source;storm;2];[source;defend;3]
风暴之灵-attack,风暴之灵,false,风暴之灵-storm;风暴之灵-defend,,[player;attack;8];[player;static;1]
风暴之灵-defend,风暴之灵,false,风暴之灵-storm;风暴之灵-attack,,[source;defend;8]
骑马枪手-charge,骑马枪手,true,骑马枪手-attack,,[source;charge;2]
骑马枪手-attack,骑马枪手,false,骑马枪手-charge;骑马枪手-defend,骑马枪手-charge,[player;attack;6]
骑马枪手-defend,骑马枪手,false,骑马枪手-charge;骑马枪手-attack,骑马枪手-charge,[source;defend;5]
沙虫王-summon,沙虫王,true,沙虫王-attack;沙虫王-defend,,[source;summonSandwormLarva;18]
沙虫王-attack,沙虫王,false,沙虫王-summon;沙虫王-defend,,[player;attack;9]
沙虫王-defend,沙虫王,false,沙虫王-attack;沙虫王-summon,,[source;defend;6]
沙漠守卫-summon,沙漠守卫,true,沙漠守卫-attack;沙漠守卫-defend,,[source;summonMummy;14]
沙漠守卫-attack,沙漠守卫,false,沙漠守卫-defend;沙漠守卫-summon,,[player;attack;8]
沙漠守卫-defend,沙漠守卫,false,沙漠守卫-attack;沙漠守卫-revive,,[source;defend;8]
沙漠守卫-revive,沙漠守卫,false,沙漠守卫-attack;沙漠守卫-summon,,[source;reviveMummy;1]
1 # intentId: unique intent state ID (e.g. '仙人掌怪-boost')
2 # enemy: enemy template this intent belongs to
3 # initialIntent: true if this is the enemy's starting intent
4 # nextIntents: possible next intent IDs after this intent resolves
5 # brokenIntent: possible intent IDs when defend is broken
6 # initBuffs: initial buffs for this intent (applied when intent becomes active)
7 # effects: effects executed when this intent is active
8 # type IntentEffectTarget = 'source' | 'eachEnemy' | 'randomEnemy' | 'player'
9 # type IntentEffect = [IntentEffectTarget;@effect;number]
10 # type IntentEffectList = IntentEffect[]
11 id enemy initialIntent nextIntents brokenIntent effects
12 string @enemy boolean @intent[] @intent[] IntentEffectList
13 仙人掌怪-boost 仙人掌怪 true 仙人掌怪-boost;仙人掌怪-defend [source;spike;1];[source;defend;4]
14 仙人掌怪-defend 仙人掌怪 false 仙人掌怪-attack [source;defend;8]
15 仙人掌怪-attack 仙人掌怪 false 仙人掌怪-boost [player;attack;5]
16 蛇-poison 蛇 true 蛇-attack;蛇-attack [player;venom;1];[player;attack;4]
17 蛇-attack 蛇 false 蛇-poison;蛇-boost [player;attack;6]
18 蛇-boost 蛇 false 蛇-poison;蛇-attack [source;defend;3];[player;venom;1]
19 木乃伊-attack 木乃伊 true 木乃伊-defend;木乃伊-curse [player;attack;6]
20 木乃伊-defend 木乃伊 false 木乃伊-attack [source;defend;6]
21 木乃伊-curse 木乃伊 false 木乃伊-defend;木乃伊-attack 木乃伊-attack [player;curse;1]
22 枪手-aim 枪手 true 枪手-attack [source;aim;2]
23 枪手-attack 枪手 false 枪手-aim;枪手-defend 枪手-aim [player;attack;8]
24 枪手-defend 枪手 false 枪手-aim 枪手-aim [source;defend;5]
25 风卷草-boost 风卷草 true 风卷草-defend;风卷草-defend;风卷草-boost [source;roll;5];[source;defend;4]
26 风卷草-defend 风卷草 false 风卷草-boost;风卷草-attack [source;defend;8]
27 风卷草-attack 风卷草 false 风卷草-boost [player;rollDamage;0]
28 秃鹫-attack 秃鹫 true 秃鹫-defend;秃鹫-defend [player;attack;6];[player;vultureEye;1]
29 秃鹫-defend 秃鹫 false 秃鹫-attack;秃鹫-attack [source;defend;5]
30 沙蝎-boost 沙蝎 true 沙蝎-attack;沙蝎-attack [source;tailSting;2]
31 沙蝎-attack 沙蝎 false 沙蝎-boost;沙蝎-attack [player;attack;6]
32 幼沙虫-defend 幼沙虫 true 幼沙虫-defend;幼沙虫-boost [source;defend;6]
33 幼沙虫-boost 幼沙虫 false 幼沙虫-attack;幼沙虫-defend [source;energyDrain;1];[source;defend;4]
34 幼沙虫-attack 幼沙虫 false 幼沙虫-defend;幼沙虫-defend [player;attack;5]
35 蜥蜴-attack 蜥蜴 true 蜥蜴-defend;蜥蜴-molt [player;attack;5]
36 蜥蜴-defend 蜥蜴 false 蜥蜴-attack;蜥蜴-attack [source;defend;6]
37 蜥蜴-molt 蜥蜴 false 蜥蜴-defend;蜥蜴-attack [source;molt;3]
38 沙匪-attack 沙匪 true 沙匪-attack;沙匪-heavyAttack [player;attack;6]
39 沙匪-heavyAttack 沙匪 false 沙匪-attack;沙匪-attack;沙匪-debuff [player;attack;10]
40 沙匪-debuff 沙匪 false 沙匪-attack;沙匪-attack [player;discard;1]
41 风暴之灵-storm 风暴之灵 true 风暴之灵-attack;风暴之灵-storm [source;storm;2];[source;defend;3]
42 风暴之灵-attack 风暴之灵 false 风暴之灵-storm;风暴之灵-defend [player;attack;8];[player;static;1]
43 风暴之灵-defend 风暴之灵 false 风暴之灵-storm;风暴之灵-attack [source;defend;8]
44 骑马枪手-charge 骑马枪手 true 骑马枪手-attack [source;charge;2]
45 骑马枪手-attack 骑马枪手 false 骑马枪手-charge;骑马枪手-defend 骑马枪手-charge [player;attack;6]
46 骑马枪手-defend 骑马枪手 false 骑马枪手-charge;骑马枪手-attack 骑马枪手-charge [source;defend;5]
47 沙虫王-summon 沙虫王 true 沙虫王-attack;沙虫王-defend [source;summonSandwormLarva;18]
48 沙虫王-attack 沙虫王 false 沙虫王-summon;沙虫王-defend [player;attack;9]
49 沙虫王-defend 沙虫王 false 沙虫王-attack;沙虫王-summon [source;defend;6]
50 沙漠守卫-summon 沙漠守卫 true 沙漠守卫-attack;沙漠守卫-defend [source;summonMummy;14]
51 沙漠守卫-attack 沙漠守卫 false 沙漠守卫-defend;沙漠守卫-summon [player;attack;8]
52 沙漠守卫-defend 沙漠守卫 false 沙漠守卫-attack;沙漠守卫-revive [source;defend;8]
53 沙漠守卫-revive 沙漠守卫 false 沙漠守卫-attack;沙漠守卫-summon [source;reviveMummy;1]
src/samples/slay-the-spire-like/data/desert/intent.csv.d.ts
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import type { Enemy } from './enemy.csv';
import type { Effect } from './effect.csv';
export type IntentEffectTarget = 'source' | 'eachEnemy' | 'randomEnemy' | 'player';
export type IntentEffect = [IntentEffectTarget, Effect, number];
export type IntentEffectList = IntentEffect[];
type IntentTable = readonly {
readonly id: string;
readonly enemy: Enemy;
readonly initialIntent: boolean;
readonly nextIntents: Intent[];
readonly brokenIntent: Intent[];
readonly effects: IntentEffectList;
}[];
export type Intent = IntentTable[number];
declare function getData(): IntentTable;
export default getData;
src/samples/slay-the-spire-like/data/desert/item.csv
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id,type,name,shape,card,price,description
string,string,string,string,@card,int,string
sword,weapon,剑,oee,sword,50,【攻击2】【攻击2】
greataxe,weapon,长斧,oees,greataxe,80,对全体【攻击5】
spear,weapon,长枪,oeee,spear,75,【攻击2】【攻击2】【攻击2】
dagger,weapon,短刀,oe,dagger,40,【攻击3】【攻击3】
dart,weapon,飞镖,o,dart,30,【攻击1】抓一张牌
crossbow,weapon,十字弩,onrersrw,crossbow,120,【攻击6】对同一目标打出其他十字弩
shield,armor,盾,oesw,shield,50,【防御3】
hat,armor,斗笠,oerwrn,hat,90,【防御8】
cape,armor,披风,oers,cape,45,【防御2】下回合【防御2】
bracer,armor,护腕,o,bracer,25,【防御1】抓1张牌
greatshield,armor,大盾,oesswn,greatshield,70,【防御5】
chainmail,armor,锁子甲,oesw,chainmail,60,本回合受到伤害-3
bandage,consumable,绷带,o,bandage,20,从牌堆或弃牌堆随机移除1张伤口
poisonPotion,consumable,淬毒药剂,o,poisonPotion,30,周围物品的【攻击】+2
fortifyPotion,consumable,强固药剂,o,fortifyPotion,30,周围物品的【防御】+2
vitalityPotion,consumable,活力药剂,o,vitalityPotion,25,获得1点能量
focusPotion,consumable,集中药剂,o,focusPotion,25,抓2张牌
healingPotion,consumable,治疗药剂,o,healingPotion,35,从牌堆或弃牌堆移除3张伤口
waterBag,tool,水袋,os,waterBag,35,下回合开始时获得1能量抓2张牌
rope,tool,绳索,ose,rope,30,周围物品的牌【防御】+2直到打出
belt,tool,腰带,owre,belt,40,从牌堆周围物品的牌当中选择一张加入手牌
torch,tool,火把,on,torch,25,下次打出周围物品的牌时将其消耗并获得1能量
whetstone,tool,磨刀石,o,whetstone,30,周围物品的牌【攻击】+3直到打出
blacksmithHammer,tool,铁匠锤,oerwrs,blacksmithHammer,45,从牌堆/弃牌堆选择一张牌随机变为一张周围物品的牌
1 id type name shape card price description
2 string string string string @card int string
3 sword weapon 剑 oee sword 50 【攻击2】【攻击2】
4 greataxe weapon 长斧 oees greataxe 80 对全体【攻击5】
5 spear weapon 长枪 oeee spear 75 【攻击2】【攻击2】【攻击2】
6 dagger weapon 短刀 oe dagger 40 【攻击3】【攻击3】
7 dart weapon 飞镖 o dart 30 【攻击1】抓一张牌
8 crossbow weapon 十字弩 onrersrw crossbow 120 【攻击6】对同一目标打出其他十字弩
9 shield armor 盾 oesw shield 50 【防御3】
10 hat armor 斗笠 oerwrn hat 90 【防御8】
11 cape armor 披风 oers cape 45 【防御2】下回合【防御2】
12 bracer armor 护腕 o bracer 25 【防御1】抓1张牌
13 greatshield armor 大盾 oesswn greatshield 70 【防御5】
14 chainmail armor 锁子甲 oesw chainmail 60 本回合受到伤害-3
15 bandage consumable 绷带 o bandage 20 从牌堆或弃牌堆随机移除1张伤口
16 poisonPotion consumable 淬毒药剂 o poisonPotion 30 周围物品的【攻击】+2
17 fortifyPotion consumable 强固药剂 o fortifyPotion 30 周围物品的【防御】+2
18 vitalityPotion consumable 活力药剂 o vitalityPotion 25 获得1点能量
19 focusPotion consumable 集中药剂 o focusPotion 25 抓2张牌
20 healingPotion consumable 治疗药剂 o healingPotion 35 从牌堆或弃牌堆移除3张伤口
21 waterBag tool 水袋 os waterBag 35 下回合开始时获得1能量抓2张牌
22 rope tool 绳索 ose rope 30 周围物品的牌【防御】+2直到打出
23 belt tool 腰带 owre belt 40 从牌堆周围物品的牌当中选择一张加入手牌
24 torch tool 火把 on torch 25 下次打出周围物品的牌时将其消耗并获得1能量
25 whetstone tool 磨刀石 o whetstone 30 周围物品的牌【攻击】+3直到打出
26 blacksmithHammer tool 铁匠锤 oerwrs blacksmithHammer 45 从牌堆/弃牌堆选择一张牌随机变为一张周围物品的牌
src/samples/slay-the-spire-like/data/desert/item.csv.d.ts
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import type { Card } from './card.csv';
type ItemTable = readonly {
readonly id: string;
readonly type: string;
readonly name: string;
readonly shape: string;
readonly card: Card;
readonly price: number;
readonly description: string;
}[];
export type Item = ItemTable[number];
declare function getData(): ItemTable;
export default getData;
src/samples/slay-the-spire-like/data/desert/triggers/card-events.ts
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import { Triggers } from "@/samples/slay-the-spire-like/system/combat/triggers";
import { getCombatEntity } from "@/samples/slay-the-spire-like/system/combat/effects";
import { EffectData } from "@/samples/slay-the-spire-like/system/types";
import getEffects from "../effect.csv";
import { IRunContext } from "@/samples/slay-the-spire-like/system/combat/types";
export function addCardEventTriggers(triggers: Triggers, run: IRunContext) {
const effects = getEffects();
function findEffect(id: string): EffectData {
const found = effects.find((e) => e.id === id);
if (found) return found;
return {
id,
name: id,
description: "",
lifecycle: "instant",
} as EffectData;
}
// storm: give static card to player when storm enemy attacks
triggers.onEnemyIntent.use(async (ctx, next) => {
await next();
const enemy = getCombatEntity(ctx.game.value, ctx.enemyId);
if (!enemy || !enemy.isAlive) return;
const storm = enemy.effects.storm?.stacks ?? 0;
if (storm > 0) {
for (let i = 0; i < storm; i++) {
await triggers.onEffectApplied.execute(ctx.game, {
effect: findEffect("static"),
entityId: "player",
stacks: 1,
sourceEntityId: ctx.enemyId,
});
}
}
});
// crossbow: replay other crossbows on same target
triggers.onEffectApplied.use(async (ctx, next) => {
await next();
if (ctx.effect.id !== "crossbow" || !ctx.cardId || !ctx.targetId) return;
const { cards, regions } = ctx.game.value.player.deck;
const handIds = [...regions.hand.childIds];
for (const id of handIds) {
const card = cards[id];
if (card && card.itemId === "crossbow" && id !== ctx.cardId) {
await triggers.onCardPlayed.execute(ctx.game, {
cardId: id,
targetId: ctx.targetId,
sourceEntityId: "player",
});
}
}
});
// burnForEnergy: consume adjacent item, gain energy when its card is played
triggers.onCardPlayed.use(async (ctx, next) => {
await next();
const card = ctx.game.value.player.deck.cards[ctx.cardId];
if (!card) return;
const playedItemId = card.itemId;
const adjacent = run.getAdjacentItems(playedItemId);
for (const adjItemId of adjacent) {
const adjEffects = ctx.game.value.player.itemEffects[adjItemId];
if (!adjEffects) continue;
const burn = adjEffects.burnForEnergy;
if (!burn || burn.stacks <= 0) continue;
const item = run.getItemData(adjItemId);
const maxUses =
item?.card.costType === "energy" ? item.card.costCount : 0;
const consumed = run.getConsumedUses(adjItemId);
const toConsume = Math.min(maxUses - consumed, burn.stacks);
await run.setConsumedUsesAsync(adjItemId, consumed + toConsume);
await ctx.game.produceAsync((draft) => {
draft.player.energy += burn.stacks;
delete draft.player.itemEffects[adjItemId];
});
break;
}
});
// sandwormKing: heal 10 hp when player discards fatigue
triggers.onCardDiscarded.use(async (ctx, next) => {
await next();
const card = ctx.game.value.player.deck.cards[ctx.cardId];
if (!card || card.cardData.id !== "fatigue") return;
const sandwormKing = ctx.game.value.enemies.find(
(e) => e.enemy.id === "沙虫王" && e.isAlive,
);
if (!sandwormKing) return;
await ctx.game.produceAsync((draft) => {
const king = draft.enemies.find((e) => e.id === sandwormKing.id);
if (king) {
king.hp = Math.min(king.hp + 10, king.maxHp);
}
});
});
// vulture: give vultureEye when vulture deals damage
triggers.onDamage.use(async (ctx, next) => {
await next();
const dealt = ctx.amount - (ctx.prevented ?? 0);
if (dealt <= 0 || !ctx.sourceEntityId) return;
const attacker = getCombatEntity(ctx.game.value, ctx.sourceEntityId);
if (!attacker || !("enemy" in attacker) || attacker.enemy.id !== "秃鹫")
return;
await triggers.onEffectApplied.execute(ctx.game, {
effect: findEffect("vultureEye"),
entityId: "player",
stacks: 1,
sourceEntityId: ctx.sourceEntityId,
});
});
}
src/samples/slay-the-spire-like/data/desert/triggers/damage.ts
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import { Triggers } from "@/samples/slay-the-spire-like/system/combat/triggers";
import {
addEntityEffect,
getCombatEntity,
} from "@/samples/slay-the-spire-like/system/combat/effects";
import { EffectData } from "@/samples/slay-the-spire-like/system/types";
import getEffects from "../effect.csv";
export function addDamageTriggers(triggers: Triggers) {
const effects = getEffects();
function findEffect(id: string): EffectData {
const found = effects.find((e: EffectData) => e.id === id);
if (found) return found;
return {
id,
name: id,
description: "",
lifecycle: "instant",
} as EffectData;
}
// block / damage prevention
triggers.onDamage.use(async (ctx, next) => {
const entity = getCombatEntity(ctx.game.value, ctx.entityId);
if (!entity) return;
let preventable = ctx.amount - (ctx.prevented ?? 0);
// 1. apply damageReduce before block
const damageReduce = entity.effects.damageReduce?.stacks ?? 0;
if (damageReduce > 0) {
const reduced = Math.min(damageReduce, preventable);
ctx.prevented = (ctx.prevented ?? 0) + reduced;
preventable -= reduced;
}
// 2. consume defend for damage prevented
const blocks = entity.effects.defend?.stacks ?? 0;
const blocked = Math.min(blocks, preventable);
if (blocked > 0) {
ctx.prevented = (ctx.prevented ?? 0) + blocked;
preventable -= blocked;
await ctx.game.produceAsync((draft) => {
const e = getCombatEntity(draft, ctx.entityId);
if (e) addEntityEffect(e, findEffect("defend"), -blocked);
});
}
const expose = entity.effects.expose?.stacks ?? 0;
if (expose > 0) {
ctx.amount += expose;
}
await next();
});
// energyDrain: player loses energy when enemy takes damage
triggers.onDamage.use(async (ctx, next) => {
const entity = getCombatEntity(ctx.game.value, ctx.entityId);
if (!entity) return;
const energyDrain = entity.effects.energyDrain?.stacks ?? 0;
if (energyDrain > 0 && ctx.entityId !== "player") {
const dealt = Math.min(
Math.max(0, entity.hp),
ctx.amount - (ctx.prevented ?? 0),
);
if (dealt > 0) {
await ctx.game.produceAsync((draft) => {
draft.player.energy = Math.max(0, draft.player.energy - energyDrain);
});
}
}
await next();
});
// molt: enemy flees if molt >= maxHp
triggers.onDamage.use(async (ctx, next) => {
const entity = getCombatEntity(ctx.game.value, ctx.entityId);
if (!entity || !entity.isAlive) {
await next();
return;
}
const molt = entity.effects.molt?.stacks ?? 0;
if (molt >= entity.maxHp) {
await ctx.game.produceAsync((draft) => {
const e = draft.enemies.find((en) => en.id === ctx.entityId);
if (e) {
e.isAlive = false;
e.hp = 0;
}
draft.result = draft.enemies.every((en) => !en.isAlive)
? "victory"
: null;
});
if (ctx.game.value.result) throw ctx.game.value;
return;
}
await next();
});
// aim: double damage, lose aim on damage
triggers.onDamage.use(async (ctx, next) => {
if (ctx.sourceEntityId === "player") {
const player = ctx.game.value.player;
const aim = player.effects.aim?.stacks ?? 0;
if (aim > 0) {
ctx.amount *= 2;
}
}
await next();
});
// roll: consume 10 roll per 10 damage
triggers.onDamage.use(async (ctx, next) => {
if (ctx.sourceEntityId === "player") {
const player = ctx.game.value.player;
const roll = player.effects.roll?.stacks ?? 0;
if (roll >= 10) {
const rollDamage = Math.floor(roll / 10) * 10;
ctx.amount += rollDamage;
await ctx.game.produceAsync((draft) => {
addEntityEffect(draft.player, findEffect("roll"), -rollDamage);
});
}
}
await next();
});
// tailSting: bonus damage on attack
triggers.onDamage.use(async (ctx, next) => {
if (ctx.sourceEntityId && ctx.sourceEntityId !== "player") {
const attacker = getCombatEntity(ctx.game.value, ctx.sourceEntityId);
if (attacker) {
const tailSting = attacker.effects.tailSting?.stacks ?? 0;
if (tailSting > 0) {
ctx.amount += tailSting;
}
}
}
await next();
});
// charge: double damage dealt/received, consume equal charge
triggers.onDamage.use(async (ctx, next) => {
const entity = getCombatEntity(ctx.game.value, ctx.entityId);
if (entity) {
const charge = entity.effects.charge?.stacks ?? 0;
if (charge > 0) {
const dealt = Math.min(
Math.max(0, entity.hp),
ctx.amount - (ctx.prevented ?? 0),
);
const consumed = Math.min(charge, dealt);
ctx.amount += dealt;
if (consumed > 0) {
await ctx.game.produceAsync((draft) => {
const e = getCombatEntity(draft, ctx.entityId);
if (e) addEntityEffect(e, findEffect("charge"), -consumed);
});
}
}
}
if (ctx.sourceEntityId) {
const attacker = getCombatEntity(ctx.game.value, ctx.sourceEntityId);
if (attacker) {
const charge = attacker.effects.charge?.stacks ?? 0;
if (charge > 0) {
const baseAmount = ctx.amount;
const targetEntity = getCombatEntity(ctx.game.value, ctx.entityId);
const dealt = Math.min(
Math.max(0, targetEntity?.hp ?? 0),
baseAmount - (ctx.prevented ?? 0),
);
const consumed = Math.min(charge, dealt);
ctx.amount += dealt;
if (consumed > 0) {
await ctx.game.produceAsync((draft) => {
const a = getCombatEntity(draft, ctx.sourceEntityId!);
if (a) addEntityEffect(a, findEffect("charge"), -consumed);
});
}
}
}
}
await next();
});
}
src/samples/slay-the-spire-like/data/desert/triggers/index.ts
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import { addInstantEffectTriggers } from "./instant";
import { addDamageTriggers } from "./damage";
import { addTurnStartTriggers } from "./turn-start";
import { addCardEventTriggers } from "./card-events";
import {
IRunContext,
Triggers,
} from "@/samples/slay-the-spire-like/system/combat";
export function addTriggers(triggers: Triggers, run: IRunContext) {
addInstantEffectTriggers(triggers);
addDamageTriggers(triggers);
addTurnStartTriggers(triggers);
addCardEventTriggers(triggers, run);
}
src/samples/slay-the-spire-like/data/desert/triggers/instant.ts
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import { Triggers } from "@/samples/slay-the-spire-like/system/combat/triggers";
import {
addEntityEffect,
getCombatEntity,
} from "@/samples/slay-the-spire-like/system/combat/effects";
import { moveToRegion } from "@/core/region";
import { CombatGameContext } from "@/samples/slay-the-spire-like/system/combat/types";
import { GameCard } from "@/samples/slay-the-spire-like/system/deck";
import getCards from "../card.csv";
export function addInstantEffectTriggers(triggers: Triggers) {
const cards = getCards();
function findCard(id: string) {
return cards.find((c) => c.id === id);
}
function createStatusCard(
draft: CombatGameContext["value"],
cardId: string,
): void {
const cardData = findCard(cardId);
if (!cardData) return;
const instanceId = `${cardId}-${draft.player.deck.regions.drawPile.childIds.length}-${draft.player.deck.regions.discardPile.childIds.length}`;
const card: GameCard = {
id: instanceId,
regionId: "",
position: [],
itemId: cardId,
cardData: {
id: cardData.id,
name: cardData.name,
desc: cardData.desc,
type: cardData.type,
costType: cardData.costType,
costCount: cardData.costCount,
targetType: cardData.targetType,
effects: cardData.effects,
},
};
draft.player.deck.cards[instanceId] = card;
moveToRegion(card, null, draft.player.deck.regions.drawPile);
}
function getAllEnemyDataFromState(state: CombatGameContext["value"]) {
const seen = new Set<string>();
const result: (typeof state.enemies)[number]["enemy"][] = [];
for (const enemy of state.enemies) {
if (!seen.has(enemy.enemy.id)) {
seen.add(enemy.enemy.id);
result.push(enemy.enemy);
}
}
return result;
}
function summonEnemy(
draft: CombatGameContext["value"],
enemyId: string,
hp: number,
) {
for (const enemyData of getAllEnemyDataFromState(draft)) {
if (enemyData.id === enemyId) {
const existing = draft.enemies.find(
(e) => e.enemy.id === enemyId && !e.isAlive,
);
if (existing) {
existing.isAlive = true;
existing.hp = existing.maxHp;
return;
}
const intent =
enemyData.intents.find((i) => i.initialIntent) ??
enemyData.intents[0];
const instanceId = `${enemyData.id}-${draft.enemies.length}`;
const intents: Record<string, typeof intent> = {};
for (const i of enemyData.intents) {
intents[i.id] = i;
}
draft.enemies.push({
id: instanceId,
enemy: enemyData,
hp,
maxHp: hp,
isAlive: true,
effects: {},
intents,
currentIntent: intent,
});
break;
}
}
}
triggers.onEffectApplied.use(async (ctx, next) => {
if (ctx.effect.id === "attack") {
await triggers.onDamage.execute(ctx.game, {
entityId: ctx.entityId,
amount: ctx.stacks,
sourceEntityId: ctx.sourceEntityId,
});
const entity = getCombatEntity(ctx.game.value, ctx.entityId);
const spike = entity?.effects.spike?.stacks ?? 0;
if (spike > 0 && ctx.sourceEntityId) {
await triggers.onDamage.execute(ctx.game, {
entityId: ctx.sourceEntityId,
amount: spike,
sourceEntityId: ctx.entityId,
});
}
} else if (ctx.effect.id === "draw") {
await triggers.onDraw.execute(ctx.game, { count: ctx.stacks });
} else if (ctx.effect.id === "gainEnergy") {
await ctx.game.produceAsync((draft) => {
draft.player.energy += ctx.stacks;
});
} else if (ctx.effect.id === "removeWound") {
await ctx.game.produceAsync((draft) => {
const { cards, regions } = draft.player.deck;
let removed = 0;
const allPileIds = [
...regions.drawPile.childIds,
...regions.discardPile.childIds,
];
for (const cardId of allPileIds) {
if (removed >= ctx.stacks) break;
const card = cards[cardId];
if (card && card.cardData.id === "wound") {
const sourceRegion =
card.regionId === "drawPile"
? regions.drawPile
: regions.discardPile;
moveToRegion(card, sourceRegion, null);
delete cards[cardId];
removed++;
}
}
});
} else if (ctx.effect.id === "venom") {
await ctx.game.produceAsync((draft) => {
createStatusCard(draft, "venom");
});
} else if (ctx.effect.id === "vultureEye") {
await ctx.game.produceAsync((draft) => {
createStatusCard(draft, "vultureEye");
});
} else if (ctx.effect.id === "static") {
await ctx.game.produceAsync((draft) => {
createStatusCard(draft, "static");
});
} else if (ctx.effect.id === "summonMummy") {
await ctx.game.produceAsync((draft) => {
summonEnemy(draft, "木乃伊", ctx.stacks);
});
} else if (ctx.effect.id === "summonSandwormLarva") {
await ctx.game.produceAsync((draft) => {
summonEnemy(draft, "幼沙虫", ctx.stacks);
});
} else if (ctx.effect.id === "reviveMummy") {
await ctx.game.produceAsync((draft) => {
const deadMummy = draft.enemies.find(
(e) => e.enemy.id === "木乃伊" && !e.isAlive,
);
if (deadMummy) {
deadMummy.isAlive = true;
deadMummy.hp = deadMummy.maxHp;
}
});
} else if (ctx.effect.id === "curse") {
await ctx.game.produceAsync((draft) => {
addEntityEffect(draft.player, ctx.effect, ctx.stacks);
});
}
await next();
});
}
src/samples/slay-the-spire-like/data/desert/triggers/turn-start.ts
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import { Triggers } from "@/samples/slay-the-spire-like/system/combat/triggers";
import { addEntityEffect } from "@/samples/slay-the-spire-like/system/combat/effects";
import { EffectData } from "@/samples/slay-the-spire-like/system/types";
import getEffects from "../effect.csv";
export function addTurnStartTriggers(triggers: Triggers) {
const effects = getEffects();
function findEffect(id: string): EffectData {
const found = effects.find((e) => e.id === id);
if (found) return found;
return {
id,
name: id,
description: "",
lifecycle: "instant",
} as EffectData;
}
// discard: random discard at turn start
triggers.onTurnStart.use(async (ctx, next) => {
if (ctx.entityId !== "player") {
await next();
return;
}
const discard = ctx.game.value.player.effects.discard;
if (discard && discard.stacks > 0) {
const handIds = [...ctx.game.value.player.deck.regions.hand.childIds];
if (handIds.length > 0) {
const randomIndex = ctx.game.rng.nextInt(handIds.length);
const randomCardId = handIds[randomIndex];
await triggers.onCardDiscarded.execute(ctx.game, {
cardId: randomCardId,
});
}
}
await next();
});
// defendNext: gain block next turn
// record how many defendNext there is, before buff update
// then apply after buff update
triggers.onTurnStart.use(async (ctx, next) => {
const defendNext = ctx.game.value.player.effects.defendNext;
if (!defendNext || defendNext.stacks <= 0) {
await next();
return;
}
await next();
await ctx.game.produceAsync((draft) => {
addEntityEffect(draft.player, findEffect("defend"), defendNext.stacks);
});
});
// energyNext: gain energy next turn
triggers.onTurnStart.use(async (ctx, next) => {
if (ctx.entityId !== "player") {
await next();
return;
}
const energyNext = ctx.game.value.player.effects.energyNext;
if (energyNext && energyNext.stacks > 0) {
await ctx.game.produceAsync((draft) => {
draft.player.energy += energyNext.stacks;
addEntityEffect(draft.player, energyNext.data, -energyNext.stacks);
});
}
await next();
});
// drawNext: draw extra cards next turn
triggers.onTurnStart.use(async (ctx, next) => {
if (ctx.entityId !== "player") {
await next();
return;
}
const drawNext = ctx.game.value.player.effects.drawNext;
if (drawNext && drawNext.stacks > 0) {
await ctx.game.produceAsync((draft) => {
addEntityEffect(draft.player, drawNext.data, -drawNext.stacks);
});
await triggers.onDraw.execute(ctx.game, { count: drawNext.stacks });
}
await next();
});
}
src/samples/slay-the-spire-like/data/index.ts
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import * as desert from "./desert";
export type { ContentModule } from "./types";
export default {
desert,
};
src/samples/slay-the-spire-like/data/types.ts
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import { LoadResult as YarnDialogues } from "yarn-spinner-loader";
import { Triggers } from "../system/combat/triggers";
import type * as desert from "./desert";
import { IRunContext } from "../system/combat";
export type ContentModule = {
readonly getCards: () => readonly desert.Card[];
readonly getEffects: () => readonly desert.Effect[];
readonly getEncounters: () => readonly desert.Encounter[];
readonly getEnemies: () => readonly desert.Enemy[];
readonly getIntents: () => readonly desert.Intent[];
readonly getItems: () => readonly desert.Item[];
readonly getStartingItems: () => readonly desert.Item[];
readonly dialogues: YarnDialogues;
readonly addTriggers: (triggers: Triggers, run: IRunContext) => void;
};
src/samples/slay-the-spire-like/docs/01-overview.md
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# 杀戮尖塔 + 背包英雄
玩家有4x6的背包
装备占格子，提供同等数量的牌，并且给周围加buff，背包英雄style
战斗时玩杀戮尖塔
## 肉鸽结构
区域点到点地图
- 分4个区域，每个区域有独立的随机遭遇池，目前先考虑第一个区域
- 每区域10层，26个遭遇节点
- 荒野层6层×3节点（小怪50%/精英25%/事件25%）
- 聚落层2层×4节点（≥1篝火/≥1商店/≥1奇遇，第4随机）
- 起点→终点，终点为boss战
## 战斗（小怪、精英、boss）
基本流程
- 怪物战斗开始效应
- 玩家战斗开始效应
- 重复直至一方不剩下存活角色
- 玩家回合
- 怪物回合
怪物战斗开始
- 获得初始buff、初始血量、初始意图
玩家战斗开始
- 获得3点能量，抓5张手牌
玩家回合
- buff更新阶段：临时buff消失、延时buff-1层
- 回合开始：触发回合开始效果
- 行动：玩家可以自由出牌直至结束回合
- 回合结束：触发回合结束效果
- 重置：恢复到3点能量，弃掉剩余手牌，抓5张手牌
- 洗回牌堆：每当牌堆为空需要抓牌或与牌堆顶交互，则将弃牌堆与2张《疲劳》（没有效果，不能打出）洗回牌堆，然后再继续。
怪物回合
- buff更新阶段：每个怪物临时buff消失、延时buff-1层
- 回合开始：触发每个怪物的回合开始效果
- 行动：怪物的意图生效，然后更新意图
- 回合结束：触发每个怪物的回合结束效果
## 篝火
在篝火处可进行3次行动，每次行动可以：
- 恢复20%最大生命
- 恢复1次所有药品的使用次数
- 合成一个物品（暂未设计）
## 商店
在商店可以买/卖物品
- 有5个随机的不同物品可以买，价格为原价50%-150%随机
- 购买之后不会补充
- 可以以原价25%的价格卖出背包内的任意物品
## 奇遇
奇遇为Yarn Spinner驱动的分支对话遭遇
对玩家产生的影响根据Yarn Spinner的命令结算
在对话结束后奇遇结算结束
## 战斗内Effect
Effect分以下类型：
- 瞬间：立即生效，直接改变状态
- Buff：作为状态叠加到角色身上
- 持久Buff：持续整场战斗
- 临时Buff：持续到下次Buff更新
- 延时Buff：每次Buff更新-1层，持续到归零
- 姿态Buff：受到伤害时，移除同等数量的层数
- 卡牌：作为状态卡牌加入
- 弃牌：加入弃牌堆
- 手牌：加入手牌
- 牌堆：加入抓牌堆
- 物品：作为物品状态叠加到物品上，通常是效应来源卡牌对应的物品周围的物品，若没有上下文物品则可能无效或对玩家的随机物品生效
- 临时：持续到下次Buff更新
- 持久：持续整场战斗
- 永久：持续整个冒险
- 直到打出：持续到下次打出该物品的卡牌
- 直到弃掉：持续到下次弃掉该物品的卡牌
## 时机
产生Effect的时机包括：
- 打出卡牌/抓到卡牌/弃掉卡牌
- 敌人意图生效
- Effect侦听器需要的特定侦听事件
## 卡牌属性
- 费用：能量费用或物品使用次数费用，如果不能支付则无法打出
- 抓牌效果/打出效果/弃掉效果：包括目标（自身、选择目标、全体），效果类型，和层数，可能有复数条
能量费用以3费为准，希望大约60%牌1费，20%牌2费，20%牌0费
## 遗物
遗物不需要放在背包格里，且仅提供正面触发效果，暂未设计
## 区域设计量
每区域10小怪，4精英，8奇遇，1 boss（暂未设计）
目前仅考虑沙漠一个区域
## 角色设计量
~24 物品 每角色（4种各6个）
-8 遗物 每角色
在扩展更多区域后需添加更多内容随区域/奇遇解锁
src/samples/slay-the-spire-like/02-fighter.md → src/samples/slay-the-spire-like/docs/02-fighter.md
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# Fighter
战士角色：默认的角色。
## 物品
每池4种物品各5个：武器、防具、耗材、工具。
4种物品各6个：武器、防具、耗材、工具。
玩家共24格，每种物品预算6格，每个物品尺寸1-6格。武器防具大部分在2-4格，少部分有5-6格，耗材、工具大部分在1-2格。
每种物品每格提供一张牌加入玩家牌堆。
使用武器、防具、工具的卡牌花费能量，每回合3点。耗材使用不计入费用，消耗本身的使用次数。使用次数在篝火处会完全恢复。
使用武器、防具、工具的卡牌花费能量。每回合有3点能量。耗材使用不计入费用，但消耗本身的使用次数。使用次数在篝火处可以恢复。
### 基础
### 初始装备
攻击：对目标造成伤害
防御：抵消本回合受到的最多3点伤害
剑 1x3/1费：【攻击2】【攻击2】
盾 2x2/1费：【防御3】
绷带 1x1/3次：随机移除1格伤口。
水袋 2格/1费：下回合开始时，获得1费，抓2张牌。
剑、短刀、绷带、水袋、治疗药剂
### 武器
武器是配合对象，不需要有邻接性检查。
剑 1x3/1费：【攻击2】【攻击2】
长斧 4格L型/2费：对全体【攻击5】
长枪 4格I型/1费：【攻击2】【攻击2】【攻击2】
短刀 2格/1费：【攻击3】【攻击3】
短刀 1x2/1费：【攻击3】【攻击3】
飞镖 1格/0费：【攻击1】，抓一张牌
十字弩 4格X型/2费：【攻击6】。对同一目标打出其他十字弩。
@@ -35,6 +31,9 @@
防具可以检查周围物品，每个匹配的给奖励。
物品被动：每个防具的周围每种不同防具+1最大生命。
盾 2x2/1费：【防御3】。
斗笠 4格T型/2费：【防御8】
披风 3格L型/1费：【防御2】，下回合【防御2】
护腕 1格/0费：【防御1】，抓1张牌
@@ -45,16 +44,18 @@
工具可以检查周围物品，给触发或者触发给强化。
水袋 1x2/1费：下回合开始时，获得1能量，抓2张牌。
绳索 3格L型/1费：生效物品的牌【防御】+2直到打出。
腰带 3格I型/0费：抓一张牌，然后从生效物品的牌当中选择一张放到牌堆顶。
腰带 3格I型/0费：抓一张牌，然后从生效物品的牌当中选择一张加入手牌。
火把 2格/1费：下次打出生效物品的牌时，将其消并获得1能量。
磨刀石 1x1/1费：生效物品的牌【攻击】+3直到打出。
铁匠锤 3格T型：从牌堆/弃牌堆选择一张牌，随机变为一张生效物品的牌。
铁匠锤 3格T型/1费：从牌堆/弃牌堆选择一张牌，随机变为一张生效物品的牌。
### 消耗品
消耗品本身不应该给强化，但可以被防具/工具给强化。
绷带 1x1/3次：从牌堆或弃牌堆随机移除1张伤口。
淬毒药剂 1格/3次：生效物品的攻击+2。
强固药剂 1格/3次：生效物品获得的防御+2。
活力药剂 1格/3次：获得1点能量。
src/samples/slay-the-spire-like/docs/03-desert.md
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# Desert
## 小怪 - 10种
### 仙人掌怪
概念：防+强化
【尖刺X】：对自己施加的持续buff，对攻击者造成X点伤害
### 蛇
概念：攻+强化
【蛇毒X】：对玩家施加的手牌状态（同名状态牌/1费：打出时移除此牌。弃掉时受到3点伤害。）
### 木乃伊
概念：攻+防
【诅咒】：对自己施加的延时buff。受玩家卡牌攻击时，卡牌对应物品【攻击】-1，直到玩家弃掉一张该物品的牌
### 枪手
概念：单回高攻
【瞄准X】：对自己施加的姿态buff。造成双倍伤害。
### 风卷草
概念：防+强化
【滚动X】：对自己施加的姿态buff。攻击时，若有至少10层滚动，则消耗10层滚动让攻击+10。
### 秃鹫
概念：攻+防
若造成伤害，玩家获得秃鹫之眼。
秃鹫之眼：对玩家施加的抓牌堆状态卡牌（同名状态牌/0费：打出时移除。抓到时获得3层【暴露】（临时debuff，受到的伤害+1/每层））
### 沙蝎
概念：攻+强化
【尾刺X】：对自己施加的姿态buff。攻击时，伤害提升X。
### 幼沙虫
防+强化
【能量吸取】：对自己施加的延时buff。受伤时，玩家失去X点能量。
### 蜥蜴
概念：攻+防+逃跑
【脱皮】：对自己施加的姿态buff。若脱皮达到生命上限，则怪物逃跑，玩家不能获得战斗奖励。
### 沙匪
概念：弱化玩家
【劫掠】：对玩家施加的延时debuff。回合开始时，随机弃掉一张手牌。
## 精英 - 4种
### 风暴之灵
静电：对玩家施加的弃牌堆状态卡牌/0费：打出时自己获得1层【暴露】并抓一张牌。（临时debuff,受到的伤害+1/每层）
【风暴X】：对自己施加的姿态buff。攻击时，玩家获得1张静电。
### 骑马枪手
【冲锋X】：对自己施加的姿态buff，受到或造成的伤害翻倍并消耗等量的冲锋。（额外伤害不会消耗姿态）
### 沙虫王
召唤幼体沙虫
玩家弃掉疲劳时，恢复10生命
### 沙漠守卫
召唤木乃伊
会复活木乃伊2次
## boss - 法老之灵
Boss在区域终点节点触发，不属于遭遇类型池。
src/samples/slay-the-spire-like/docs/04-code-structure.md
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# 文件结构
## 系统实现
- `system/`：系统实现。
- `combat/`：管理一次战斗内的战斗状态、流程、触发。
- `progress/`：管理一次冒险的进度。
- `map/`：管理地图生成。
- `grid-inventory/`：管理背包状态。
- `deck/`：管理卡组状态。
## 数据
- `data/`：所有的数据文件
- `desert/`：游戏的测试模组，沙漠区域的内容。
- `card.csv`：所有的卡牌定义。
- `effect.csv`：所有的效应定义。
- `encounter.csv`：所有的遭遇定义。
- `enemy.csv`：所有的敌人和意图定义。
- `item.csv`：所有的玩家物品定义。
- `dialogues/`：yarn对话项目目录
- `dialogues.yarnproject`：yarn对话项目入口
- `**.yarn`：具体的yarn对话文件，代码不关心
- `index.ts`：统一导出所有的数据。
- `trigger.ts`：额外的触发器脚本，用于实现测试模组中涉及的效果。
## 开发流程
### SRD / 系统设计
首先编写srd文档。srd文档描述游戏系统和规则，并提供少量内联的基础游戏数据。
SRD是系统实现的基础，系统实现只能基于SRD，不能依赖具体的游戏内容。
### Setting / 环境设定
使用SRD提供的特性来设计环境内容：
- 效应：效应在技术上不依赖其他类型内容，可以首先确定。但在创意上可能不会直接设计效应，而是从若干创意中提取共性，并创建一个效应来作为主题。
- 卡牌：部分效应会创建卡牌或修改卡牌。在设计时需要注意。
- 敌人和意图：结合效应与主题表达设计敌人。通常需要为每个敌人设计独特的效应。
- 玩家物品：结合效应与主题表达设计物品。常见物品的效应容易找到替代，不常见物品则有特殊的效应。
src/samples/slay-the-spire-like/index.ts
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export * from "./system/combat";
export * from "./system/deck";
export * from "./system/encounter";
export * from "./system/grid-inventory";
export * from "./system/map";
export * from "./system/utils";
export * from "./system/types";
export { default as data } from "./data";
src/samples/slay-the-spire-like/system/combat/effects.ts
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import {
CombatEntity,
CombatGameContext,
CombatState,
EffectTable,
IRunContext,
PlayerEntity,
} from "./types";
import {
CardData,
CardEffectTarget,
EffectData,
IntentEffectTarget,
} from "@/samples/slay-the-spire-like/system/types";
export function addEffect(
effects: EffectTable,
effect: EffectData,
stacks: number,
) {
let current = effects[effect.id];
if (!current) current = { data: effect, stacks };
else current.stacks += stacks;
if (current.stacks === 0 && effects[effect.id]) delete effects[effect.id];
else if (current.stacks !== 0 && !effects[effect.id])
effects[effect.id] = current;
}
export function addEntityEffect(
entity: CombatEntity,
effect: EffectData,
stacks: number,
) {
addEffect(entity.effects, effect, stacks);
}
export function addItemEffect(
entity: PlayerEntity,
itemKey: string,
effect: EffectData,
stacks: number,
) {
entity.itemEffects[itemKey] = entity.itemEffects[itemKey] || {};
addEffect(entity.itemEffects[itemKey], effect, stacks);
}
export function onEntityEffectUpkeep(entity: CombatEntity) {
for (const effect of Object.values(entity.effects)) {
const lifecycle = effect.data.lifecycle;
if (lifecycle === "temporary")
addEntityEffect(entity, effect.data, -effect.stacks);
else if (lifecycle === "lingering")
addEntityEffect(entity, effect.data, effect.stacks >= 0 ? -1 : 1);
}
}
export function onEntityPostureDamage(entity: CombatEntity, damage: number) {
for (const effect of Object.values(entity.effects)) {
const lifecycle = effect.data.lifecycle;
if (lifecycle === "posture")
addEntityEffect(entity, effect.data, -Math.min(damage, effect.stacks));
}
}
export function onPlayerItemEffectUpkeep(entity: PlayerEntity) {
for (const [itemKey, itemEffects] of Object.entries(entity.itemEffects)) {
for (const effect of Object.values(itemEffects)) {
const lifecycle = effect.data.lifecycle;
if (lifecycle === "itemTemporary")
addItemEffect(entity, itemKey, effect.data, -effect.stacks);
}
}
}
export function onItemPlay(entity: PlayerEntity, itemKey: string) {
const effects = entity.itemEffects[itemKey];
if (!effects) return;
for (const effect of Object.values(effects)) {
if (effect.data.lifecycle === "itemUntilPlay") {
addItemEffect(entity, itemKey, effect.data, -effect.stacks);
}
}
}
export function onItemDiscard(entity: PlayerEntity, itemKey: string) {
const effects = entity.itemEffects[itemKey];
if (!effects) return;
for (const effect of Object.values(effects)) {
if (effect.data.lifecycle === "itemUntilDiscard") {
addItemEffect(entity, itemKey, effect.data, -effect.stacks);
}
}
}
export function* getAliveEnemies(state: CombatState) {
for (let enemy of state.enemies) {
if (enemy.isAlive) {
yield enemy;
}
}
}
export function* getEffectTargets(
target: CardEffectTarget | IntentEffectTarget,
game: CombatGameContext,
targetId?: string,
sourceEntityKey: "player" | string = "player",
) {
if (target === "eachEnemy") {
for (const enemy of getAliveEnemies(game.value)) {
yield enemy;
}
} else if (target === "source") {
const entity = getCombatEntity(game.value, sourceEntityKey);
if (entity) yield entity;
} else if (target === "player") {
yield game.value.player;
} else if (target === "eachTarget") {
if (!targetId) return;
const entity = getCombatEntity(game.value, targetId);
if (entity) yield entity;
} else if (target === "randomEnemy") {
const aliveEnemies = [...getAliveEnemies(game.value)];
if (aliveEnemies.length === 0) return;
const index = game.rng.nextInt(aliveEnemies.length);
yield aliveEnemies[index];
}
}
export function getCombatEntity(state: CombatState, entityKey: string) {
return entityKey === "player"
? state.player
: state.enemies.find((e) => e.id === entityKey);
}
export function canPlayCard(
player: PlayerEntity,
costType: CardData["costType"],
costCount: number,
itemId: string,
run: IRunContext,
): boolean {
if (costType === "energy") {
return player.energy >= costCount;
}
if (costType === "uses") {
const item = run.getItemData(itemId);
if (!item) return false;
const maxUses = item?.card.costType === "uses" ? item.card.costCount : 0;
const consumed = run.getConsumedUses(itemId);
return consumed < maxUses;
}
return true;
}
export async function payCardCost(
player: PlayerEntity,
costType: CardData["costType"],
costCount: number,
itemId: string,
run: IRunContext,
): Promise<void> {
if (costType === "energy") {
player.energy -= costCount;
} else if (costType === "uses") {
const consumed = run.getConsumedUses(itemId);
await run.setConsumedUsesAsync(itemId, consumed + costCount);
}
}
src/samples/slay-the-spire-like/system/combat/factory.ts
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import {
CombatState,
EffectTable,
EnemyEntity,
IPlayerDeck,
IPlayerState,
PlayerEntity,
} from "./types";
import { EffectData, EncounterData, EnemyData, IntentData } from "../types";
export function buildCombatState(
playerState: IPlayerState,
deck: IPlayerDeck,
encounter: EncounterData,
): CombatState {
const player = createPlayerEntity(playerState, deck);
const enemies = createEnemyEntities(encounter);
return {
enemies,
player,
phase: "playerTurn",
turnNumber: 1,
result: null,
loot: [],
};
}
function createEnemyEntities(encounter: EncounterData): EnemyEntity[] {
const enemies: EnemyEntity[] = [];
let instanceCounter = 0;
for (const [enemyData, hp, encounterBuffs] of encounter.enemies) {
const instanceId = `${enemyData.id}-${instanceCounter++}`;
const intents = buildIntentMap(enemyData);
const initialIntent = findInitialIntent(enemyData);
const effects = buildEffectTable(encounterBuffs);
const entity: EnemyEntity = {
id: instanceId,
enemy: enemyData,
hp,
maxHp: hp,
isAlive: true,
effects,
intents,
currentIntent: initialIntent,
};
enemies.push(entity);
}
return enemies;
}
/**
* Builds a map of intent ID -> IntentData for an enemy.
*/
function buildIntentMap(enemy: EnemyData): Record<string, IntentData> {
const intents: Record<string, IntentData> = {};
for (const intent of enemy.intents) {
intents[intent.id] = intent;
}
return intents;
}
/**
* Finds the initial intent ID for an enemy.
*/
function findInitialIntent(enemy: EnemyData): IntentData {
for (const intent of enemy.intents) {
if (intent.initialIntent) {
return intent;
}
}
if (enemy.intents.length === 0) {
throw new Error(`Enemy "${enemy.id}" has no intents`);
}
return enemy.intents[0];
}
function buildEffectTable(buffs: readonly [EffectData, number][]): EffectTable {
const table: EffectTable = {};
for (const [effect, stacks] of buffs) {
table[effect.id] = { data: effect, stacks };
}
return table;
}
function createPlayerEntity(
playerState: IPlayerState,
deck: IPlayerDeck,
): PlayerEntity {
return {
id: "player",
hp: playerState.hp,
maxHp: playerState.maxHp,
isAlive: playerState.hp > 0,
energy: 3,
maxEnergy: 3,
deck,
itemEffects: playerState.itemEffects,
effects: {},
};
}
src/samples/slay-the-spire-like/system/combat/index.ts
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export * from "./effects";
export * from "./factory";
export * from "./prompts";
export * from "./triggers";
export * from "./types";
src/samples/slay-the-spire-like/system/combat/prompts.ts
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import { createPromptDef } from "@/core/game";
import { CombatGameContext, IRunContext } from "./types";
import { canPlayCard } from "@/samples/slay-the-spire-like/system/combat/effects";
export const prompts = {
mainAction: createPromptDef<[string, string?]>(
"main-action <cardId:string> [targetId:string]",
"选择卡牌并指定目标",
),
};
export async function promptMainAction(
game: CombatGameContext,
run: IRunContext,
) {
return await game.prompt(prompts.mainAction, (cardId, targetId) => {
if (cardId === "end-turn")
return {
action: "end-turn" as "end-turn",
};
const exists =
game.value.player.deck.regions.hand.childIds.includes(cardId);
if (!exists) throw `卡牌"${cardId}"不在手牌中`;
const card = game.value.player.deck.cards[cardId];
const { cardData, itemId } = card;
if (
!canPlayCard(
game.value.player,
cardData.costType,
cardData.costCount,
itemId,
run,
)
) {
throw `无法支付卡牌"${cardId}"的费用`;
}
const { targetType } = cardData;
if (targetType === "enemy") {
if (!targetId) throw `请指定目标`;
const target = game.value.enemies.find((e) => e.id === targetId);
if (!target) throw `目标"${targetId}"不存在`;
if (!target.isAlive) throw `目标"${targetId}"已死亡`;
} else if (targetType === "enemies" || targetType === "player") {
if (targetId) throw `目标"${targetId}"无效`;
}
return {
action: "play" as "play",
cardId,
targetId,
};
});
}
src/samples/slay-the-spire-like/system/combat/triggers.ts
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import { CombatGameContext, IRunContext } from "./types";
import {
addEntityEffect,
addItemEffect,
getAliveEnemies,
onEntityPostureDamage,
onEntityEffectUpkeep,
onPlayerItemEffectUpkeep,
onItemDiscard,
onItemPlay,
payCardCost,
getCombatEntity,
getEffectTargets,
} from "@/samples/slay-the-spire-like/system/combat/effects";
import { promptMainAction } from "@/samples/slay-the-spire-like/system/combat/prompts";
import { moveToRegion, shuffle } from "@/core/region";
import { createMiddlewareChain } from "@/utils/middleware";
import { EffectData } from "@/samples/slay-the-spire-like/system/types";
type TriggerTypes = {
onCombatStart: {};
onTurnStart: { entityId: "player" | string };
onTurnEnd: { entityId: "player" | string };
onShuffle: {};
onCardPlayed: {
cardId: string;
targetId?: string;
sourceEntityId?: "player" | string;
};
onCardDiscarded: { cardId: string; sourceEntityId?: "player" | string };
onCardDrawn: { cardId: string; sourceEntityId?: "player" | string };
onDraw: { count: number };
onEffectApplied: {
effect: EffectData;
entityId: "player" | string;
stacks: number;
cardId?: string;
sourceEntityId?: "player" | string;
targetId?: string;
};
onHpChange: { entityId: "player" | string; amount: number };
onDamage: {
entityId: "player" | string;
amount: number;
prevented?: number;
sourceEntityId?: "player" | string;
};
onEnemyIntent: { enemyId: string; sourceEntityId?: "player" | string };
onIntentUpdate: { enemyId: string };
};
export function createTriggers(run: IRunContext) {
const triggers = {
onCombatStart: createTrigger("onCombatStart", async (ctx) => {
await triggers.onShuffle.execute(ctx.game, {});
await triggers.onDraw.execute(ctx.game, { count: 5 });
}),
onTurnStart: createTrigger("onTurnStart", async (ctx) => {
await ctx.game.produceAsync((draft) => {
const entity = getCombatEntity(draft, ctx.entityId);
if (entity) onEntityEffectUpkeep(entity);
if (entity === draft.player) onPlayerItemEffectUpkeep(draft.player);
});
}),
onTurnEnd: createTrigger("onTurnEnd", async (ctx) => {
if (ctx.entityId !== "player") return;
const { regions } = ctx.game.value.player.deck;
for (const cardId of Object.values(regions.hand.childIds)) {
await triggers.onCardDiscarded.execute(ctx.game, { cardId });
}
await ctx.game.produceAsync((draft) => {
draft.player.energy = draft.player.maxEnergy;
});
await triggers.onDraw.execute(ctx.game, { count: 5 });
}),
onShuffle: createTrigger("onShuffle", async (ctx) => {
await ctx.game.produceAsync((draft) => {
const { cards, regions } = draft.player.deck;
for (const cardId of Object.values(regions.discardPile.childIds))
moveToRegion(cards[cardId], regions.discardPile, regions.drawPile);
shuffle(regions.drawPile, cards, ctx.game.rng);
});
}),
onCardPlayed: createTrigger("onCardPlayed", async (ctx) => {
await ctx.game.produceAsync((draft) => {
const { cards, regions } = draft.player.deck;
const card = cards[ctx.cardId];
payCardCost(
draft.player,
card.cardData.costType,
card.cardData.costCount,
card.itemId,
run,
);
moveToRegion(card, regions.hand, regions.discardPile);
onItemPlay(draft.player, card.itemId);
});
const { cards, regions } = ctx.game.value.player.deck;
const card = cards[ctx.cardId];
const source = ctx.sourceEntityId ?? "player";
for (const { trigger, target, effects } of card.cardData.effects) {
if (trigger !== "onPlay") continue;
for (const [effect, stacks] of effects)
for (const entity of getEffectTargets(
target,
ctx.game,
ctx.targetId,
source,
))
await triggers.onEffectApplied.execute(ctx.game, {
effect,
entityId: entity.id,
stacks,
cardId: ctx.cardId,
sourceEntityId: source,
targetId: ctx.targetId,
});
}
}),
onCardDiscarded: createTrigger("onCardDiscarded", async (ctx) => {
await ctx.game.produceAsync((draft) => {
const { cards, regions } = draft.player.deck;
moveToRegion(cards[ctx.cardId], regions.hand, regions.discardPile);
onItemDiscard(draft.player, cards[ctx.cardId].itemId);
});
const { cards, regions } = ctx.game.value.player.deck;
const card = cards[ctx.cardId];
const source = ctx.sourceEntityId ?? "player";
for (const { trigger, target, effects } of card.cardData.effects) {
if (trigger !== "onDiscard") continue;
for (const [effect, stacks] of effects)
for (const entity of getEffectTargets(
target,
ctx.game,
undefined,
source,
))
await triggers.onEffectApplied.execute(ctx.game, {
effect,
entityId: entity.id,
stacks,
cardId: ctx.cardId,
sourceEntityId: source,
});
}
}),
onCardDrawn: createTrigger("onCardDrawn", async (ctx) => {
await ctx.game.produceAsync((draft) => {
const { cards, regions } = draft.player.deck;
moveToRegion(cards[ctx.cardId], regions.drawPile, regions.hand);
});
const { cards, regions } = ctx.game.value.player.deck;
const card = cards[ctx.cardId];
const source = ctx.sourceEntityId ?? "player";
for (const { trigger, target, effects } of card.cardData.effects) {
if (trigger !== "onDraw") continue;
for (const [effect, stacks] of effects)
for (const entity of getEffectTargets(
target,
ctx.game,
undefined,
source,
))
await triggers.onEffectApplied.execute(ctx.game, {
effect,
entityId: entity.id,
stacks,
cardId: ctx.cardId,
sourceEntityId: source,
});
}
}),
onDraw: createTrigger("onDraw", async (ctx) => {
let toDraw = ctx.count;
while (toDraw > 0) {
let inDraw =
ctx.game.value.player.deck.regions.drawPile.childIds.length;
if (inDraw <= 0) await triggers.onShuffle.execute(ctx.game, {});
inDraw = ctx.game.value.player.deck.regions.drawPile.childIds.length;
if (inDraw <= 0) break;
const children = ctx.game.value.player.deck.regions.drawPile.childIds;
const cardId = children[children.length - 1];
await triggers.onCardDrawn.execute(ctx.game, { cardId });
toDraw--;
}
}),
onEffectApplied: createTrigger("onEffectApplied", async (ctx) => {
if (ctx.effect.lifecycle === "instant") return;
if (ctx.effect.lifecycle.startsWith("item")) {
if (ctx.cardId) {
const card = ctx.game.value.player.deck.cards[ctx.cardId];
const nearby = run.getAdjacentItems(card.itemId);
for (const itemId of nearby) {
await ctx.game.produceAsync((draft) => {
addItemEffect(draft.player, itemId, ctx.effect, ctx.stacks);
});
}
}
return;
}
await ctx.game.produceAsync((draft) => {
const entity =
ctx.entityId === "player"
? draft.player
: draft.enemies.find((e) => e.id === ctx.entityId);
if (entity) addEntityEffect(entity, ctx.effect, ctx.stacks);
});
}),
onHpChange: createTrigger("onHpChange", async (ctx) => {
await ctx.game.produceAsync((draft) => {
const entity =
ctx.entityId === "player"
? draft.player
: draft.enemies.find((e) => e.id === ctx.entityId);
if (!entity) return;
entity.hp += ctx.amount;
entity.isAlive = entity.hp > 0;
draft.result = !draft.player.isAlive
? "defeat"
: draft.enemies.every((e) => !e.isAlive)
? "victory"
: null;
});
if (ctx.game.value.result) throw ctx.game.value;
}),
onDamage: createTrigger("onDamage", async (ctx) => {
const entity =
ctx.entityId === "player"
? ctx.game.value.player
: ctx.game.value.enemies.find((e) => e.id === ctx.entityId);
if (!entity || !entity.isAlive) return;
const dealt = Math.min(
Math.max(0, entity.hp),
ctx.amount - (ctx.prevented || 0),
);
await ctx.game.produceAsync((draft) => {
onEntityPostureDamage(entity, dealt);
});
await triggers.onHpChange.execute(ctx.game, {
entityId: ctx.entityId,
amount: -dealt,
});
}),
onEnemyIntent: createTrigger("onEnemyIntent", async (ctx) => {
const enemy = ctx.game.value.enemies.find((e) => e.id === ctx.enemyId);
if (!enemy || !enemy.isAlive) return;
const intent = enemy.currentIntent;
if (!intent) return;
const source = ctx.sourceEntityId ?? enemy.id;
for (const [target, effect, stacks] of intent.effects) {
for (const entity of getEffectTargets(
target,
ctx.game,
undefined,
source,
))
await triggers.onEffectApplied.execute(ctx.game, {
effect,
entityId: entity.id,
stacks,
sourceEntityId: source,
});
}
}),
onIntentUpdate: createTrigger("onIntentUpdate", async (ctx) => {
await ctx.game.produceAsync((draft) => {
const enemy = draft.enemies.find((e) => e.id === ctx.enemyId);
if (!enemy) return;
const intent = enemy.currentIntent;
if (!intent) return;
const nextIntents = intent.nextIntents;
if (nextIntents.length > 0) {
const nextIndex = ctx.game.rng.nextInt(nextIntents.length);
enemy.currentIntent = nextIntents[nextIndex];
}
});
}),
};
return triggers;
}
export type Triggers = ReturnType<typeof createTriggers>;
export function createStart(triggers: Triggers, run: IRunContext) {
return async function (game: CombatGameContext) {
await triggers.onCombatStart.execute(game, {});
try {
while (true) {
await triggers.onTurnStart.execute(game, { entityId: "player" });
while (true) {
const action = await promptMainAction(game, run);
if (action.action === "end-turn") break;
if (action.action === "play") {
await triggers.onCardPlayed.execute(game, action);
}
}
await triggers.onTurnEnd.execute(game, { entityId: "player" });
for (const enemy of getAliveEnemies(game.value)) {
await triggers.onTurnStart.execute(game, { entityId: enemy.id });
}
for (const enemy of getAliveEnemies(game.value)) {
await triggers.onEnemyIntent.execute(game, { enemyId: enemy.id });
await triggers.onIntentUpdate.execute(game, { enemyId: enemy.id });
}
for (const enemy of getAliveEnemies(game.value)) {
await triggers.onTurnEnd.execute(game, { entityId: enemy.id });
}
}
} catch (e) {
if (e === game.value) return game.value.result;
throw e;
}
};
}
type TriggerContext<TKey extends keyof TriggerTypes> = TriggerTypes[TKey] & {
event: TKey;
game: CombatGameContext;
};
function createTrigger<TKey extends keyof TriggerTypes>(
event: TKey,
fallback?: (ctx: TriggerContext<TKey>) => Promise<void>,
) {
const { use, execute } = createMiddlewareChain<TriggerContext<TKey>, void>(
fallback,
);
return {
use,
execute: async (game: CombatGameContext, ctx: TriggerTypes[TKey]) => {
const param = { ...ctx, game, event };
await execute(param);
return param;
},
};
}
src/samples/slay-the-spire-like/system/combat/types.ts
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import { Part } from "@/core/part";
import { Region } from "@/core/region";
import {
CardData,
EnemyData,
IntentData,
ItemData,
} from "@/samples/slay-the-spire-like/system/types";
import { EffectData } from "@/samples/slay-the-spire-like/system/types";
export type EffectTable = Record<string, { data: EffectData; stacks: number }>;
export type CombatEntity = {
id: string; // player is just "player"
effects: EffectTable;
hp: number;
maxHp: number;
isAlive: boolean;
};
export interface IPlayerState {
hp: number;
maxHp: number;
itemEffects: Record<string, EffectTable>;
}
export interface IPlayerDeck {
cards: Record<string, Part<{ cardData: CardData; itemId: string }>>;
regions: {
hand: Region;
discardPile: Region;
drawPile: Region;
exhaustPile: Region;
};
}
export type PlayerEntity = CombatEntity & {
energy: number;
maxEnergy: number;
deck: IPlayerDeck;
itemEffects: Record<string, EffectTable>;
};
export type EnemyEntity = CombatEntity & {
enemy: EnemyData;
intents: Record<string, IntentData>;
currentIntent: IntentData;
};
export type CombatPhase = "playerTurn" | "enemyTurn" | "combatEnd";
export type CombatResult = "victory" | "defeat";
export type LootEntry =
| {
type: "gold";
amount: number;
}
| {
type: "item";
itemId: string;
};
export type CombatState = {
enemies: EnemyEntity[];
player: PlayerEntity;
phase: CombatPhase;
turnNumber: number;
result: CombatResult | null;
loot: LootEntry[];
};
export interface IRunContext {
getItemData(id: string): ItemData | null;
getAdjacentItems(id: string): Iterable<string>;
getConsumedUses(id: string): number;
setConsumedUsesAsync(id: string, uses: number): Promise<void>;
}
export type CombatGameContext =
import("@/core/game").IGameContextExport<CombatState>;
src/samples/slay-the-spire-like/system/deck/factory.ts
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import { moveToRegion } from "@/core/region";
import { createRegion } from "@/core/region";
import type { CardData } from "../types";
import type { DeckRegions, GameCard, IInventory, PlayerDeck } from "./types";
function generateCardId(itemId: string, cellIndex: number): string {
return `card-${itemId}-${cellIndex}`;
}
function createCard(
itemId: string,
cardData: CardData,
cellIndex: number,
): GameCard {
return {
id: generateCardId(itemId, cellIndex),
regionId: "",
position: [],
itemId,
cardData,
};
}
function createDeckRegions(): DeckRegions {
return {
drawPile: createRegion("drawPile", []),
hand: createRegion("hand", []),
discardPile: createRegion("discardPile", []),
exhaustPile: createRegion("exhaustPile", []),
};
}
function generateDeckFromInventory(inventory: IInventory): PlayerDeck {
const cards: Record<string, GameCard> = {};
const regions = createDeckRegions();
for (const item of inventory.items.values()) {
const itemData = item.meta?.itemData;
if (!itemData) continue;
const count = item.shape.count;
for (let i = 0; i < count; i++) {
const card = createCard(item.id, itemData.card, i);
cards[card.id] = card;
moveToRegion(card, null, regions.drawPile);
}
}
return {
cards,
regions,
};
}
function createPlayerDeck(): PlayerDeck {
return {
cards: {},
regions: createDeckRegions(),
};
}
export {
generateDeckFromInventory,
createCard,
createPlayerDeck,
createDeckRegions,
generateCardId,
};
src/samples/slay-the-spire-like/system/deck/index.ts
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export * from "./factory";
export * from "./types";
src/samples/slay-the-spire-like/system/deck/types.ts
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import type { Part } from "@/core/part";
import { CardData, ItemData } from "@/samples/slay-the-spire-like/system/types";
import { Region } from "@/core/region";
import { ParsedShape } from "../utils/parse-shape";
/**
* Metadata for a game card.
* Bridges inventory item data with the card system.
*/
export interface GameCardMeta {
cardData: CardData;
itemId: string;
}
export interface IInventory {
items: Map<
string,
{
id: string;
meta?: { itemData: ItemData };
shape: ParsedShape;
}
>;
}
/**
* A card instance in the game.
* Cards are generated from inventory items or created as status effects.
*/
export type GameCard = Part<GameCardMeta>;
/**
* Player deck structure containing card pools.
*/
export interface PlayerDeck {
/** All cards indexed by ID */
cards: Record<string, GameCard>;
regions: DeckRegions;
}
export interface DeckRegions {
/** Card IDs in the draw pile */
drawPile: Region;
/** Card IDs in the player's hand */
hand: Region;
/** Card IDs in the discard pile */
discardPile: Region;
/** Card IDs in the exhaust pile (removed from combat) */
exhaustPile: Region;
}
src/samples/slay-the-spire-like/system/encounter/index.ts
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export * from "./types";
export * from "./run";
src/samples/slay-the-spire-like/system/encounter/run.ts
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import { RunState } from "./types";
const DEFAULT_MAX_HP = 50;
const DEFAULT_GOLD = 50;
export function createRunState(): RunState {
return {
maxHp: DEFAULT_MAX_HP,
currentHp: DEFAULT_MAX_HP,
gold: DEFAULT_GOLD,
_idCounter: { value: 0 },
};
}
export function damagePlayer(runState: RunState, amount: number): void {
runState.currentHp = Math.max(0, runState.currentHp - amount);
}
export function healPlayer(runState: RunState, amount: number): void {
runState.currentHp = Math.min(runState.maxHp, runState.currentHp + amount);
}
export function setMaxHp(runState: RunState, newMax: number): void {
const diff = Math.max(0, newMax - runState.maxHp);
runState.maxHp = newMax;
runState.currentHp = Math.max(0, Math.min(newMax, runState.currentHp + diff));
}
/**
* Adds gold to the player.
*/
export function addGold(runState: RunState, amount: number): void {
runState.gold += amount;
}
/**
* Spends gold. Returns false if the player doesn't have enough gold.
*/
export function spendGold(
runState: RunState,
amount: number,
): { success: true } | { success: false; reason: string } {
if (amount <= 0) {
return { success: false, reason: "金额必须大于零" };
}
if (runState.gold < amount) {
return { success: false, reason: "金币不足" };
}
runState.gold -= amount;
return { success: true };
}
src/samples/slay-the-spire-like/system/encounter/types.ts
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import { GridInventory } from "../grid-inventory";
import { GameItemMeta } from "../grid-inventory/types";
import { EncounterData } from "../types";
export interface RunState {
_idCounter: { value: number };
currentHp: number;
maxHp: number;
gold: number;
}
export type EncounterState =
| CombatEncounterState
| ShopEncounterState
| CurioEncounterState
| CampEncounterState
| DialogueEncounterState;
export type CombatEncounterState = {
data: EncounterData<"minion" | "elite">;
blocked: boolean;
};
export type ShopEncounterState = {
data: EncounterData<"shop">;
items: GridInventory<GameItemMeta & { sellPrice: number }>;
};
export type CurioEncounterState = {
data: EncounterData<"curio">;
items: GridInventory<GameItemMeta>;
};
export type CampEncounterState = {
data: EncounterData<"camp">;
};
export type DialogueEncounterState = {
data: EncounterData<"event">;
blocked: boolean;
};
src/samples/slay-the-spire-like/system/grid-inventory/factory.ts
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import { parseShapeString } from "../utils/parse-shape";
import type { ParsedShape } from "../utils/parse-shape";
import { IDENTITY_TRANSFORM, type Transform2D } from "../utils/shape-collision";
import { createGridInventory, placeItem, validatePlacement } from "./transform";
import type { GameItemMeta, GridInventory, MutationResult } from "./types";
import type { ItemData } from "../types";
import { ReadonlyRNG, RNG } from "@/utils/rng";
/**
* Creates and places a GameItemMeta item into the grid inventory.
* Parses the shape from itemData.shape and finds the first valid placement automatically.
* **Mutates directly** — call inside a `.produce()` callback.
*/
export function createItemIn(
inventory: GridInventory<GameItemMeta>,
id: string,
item: ItemData | GameItemMeta,
): MutationResult {
const itemData = "itemData" in item ? item.itemData : item;
const shape = parseShapeString(itemData.shape);
const transform = findFirstValidPlacement(inventory, shape);
if (!transform) {
return { success: false, reason: "无可用位置" };
}
const meta: GameItemMeta = "itemData" in item ? item : { itemData, shape };
placeItem(inventory, { id, shape, transform, meta });
return { success: true };
}
/**
* Searches for the first valid placement in the grid (row by row, left to right).
* Returns the transform or null if no valid placement exists.
*/
function findFirstValidPlacement(
inventory: GridInventory<GameItemMeta>,
shape: ParsedShape,
): Transform2D | null {
for (let y = 0; y <= inventory.height - shape.height; y++) {
for (let x = 0; x <= inventory.width - shape.width; x++) {
const transform: Transform2D = {
offset: { x, y },
rotation: 0,
flipX: false,
flipY: false,
};
const result = validatePlacement(inventory, shape, transform);
if (result.valid) {
return transform;
}
}
}
return null;
}
function generateInstanceId(counter: { value: number }): string {
counter.value++;
return `item-${counter.value}`;
}
export function createShopInventory(
allItems: ItemData[],
rng: ReadonlyRNG,
counter: { value: number },
) {
const shopItems: GameItemMeta[] = [];
const rolledIndices = new Set<number>();
for (let i = 0; i < 5 && rolledIndices.size < allItems.length; i++) {
let index: number;
do {
index = rng.nextInt(allItems.length);
} while (rolledIndices.has(index));
rolledIndices.add(index);
const itemData = allItems[index];
const shape = parseShapeString(itemData.shape);
const tradePrice = Math.floor(
(rng.nextInt(5) + rng.nextInt(5) + 1) * 0.2 * itemData.price,
);
shopItems.push({ itemData, shape, tradePrice });
}
const inventory = createGridInventory<GameItemMeta>(6, 4);
for (let i = 0; i < shopItems.length; i++) {
createItemIn(inventory, generateInstanceId(counter), shopItems[i]);
}
return inventory;
}
export function createCurioItems(
allItems: ItemData[],
rng: RNG,
counter: { value: number },
) {
const curioItems: GameItemMeta[] = [];
const rolledIndices = new Set<number>();
for (let i = 0; i < 2 && rolledIndices.size < allItems.length; i++) {
let index: number;
do {
index = rng.nextInt(allItems.length);
} while (rolledIndices.has(index));
rolledIndices.add(index);
const itemData = allItems[index];
const shape = parseShapeString(itemData.shape);
curioItems.push({ itemData, shape });
}
const inventory = createGridInventory<GameItemMeta>(4, 3);
for (let i = 0; i < curioItems.length; i++) {
createItemIn(inventory, generateInstanceId(counter), curioItems[i]);
}
return inventory;
}
src/samples/slay-the-spire-like/system/grid-inventory/index.ts
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export * from "./types";
export * from "./transform";
export * from "./factory";
src/samples/slay-the-spire-like/system/grid-inventory/transform.ts
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import { EffectData } from "../types";
import type { ParsedShape } from "../utils/parse-shape";
import type { Transform2D } from "../utils/shape-collision";
import {
checkBoardCollision,
checkBounds,
flipXTransform,
flipYTransform,
rotateTransform,
transformShape,
} from "../utils/shape-collision";
import type {
CellKey,
GameItemMeta,
GridInventory,
InventoryItem,
MutationResult,
PlacementResult,
} from "./types";
/**
* Creates a new empty grid inventory.
* Note: When used inside `.produce()`, call this before returning the draft.
*/
export function createGridInventory<TMeta = Record<string, unknown>>(
width: number,
height: number,
): GridInventory<TMeta> {
return {
width,
height,
items: new Map<string, InventoryItem<TMeta>>(),
occupiedCells: new Set<CellKey>(),
};
}
/**
* Builds a Set of occupied cell keys from a shape and transform.
*/
function getShapeCellKeys(
shape: ParsedShape,
transform: Transform2D,
): Set<CellKey> {
const cells = transformShape(shape, transform);
return new Set(cells.map((c) => `${c.x},${c.y}` as CellKey));
}
/**
* Validates whether an item can be placed at the given transform.
* Checks bounds and collision with all other items.
*/
export function validatePlacement<TMeta = Record<string, unknown>>(
inventory: GridInventory<TMeta>,
shape: InventoryItem<TMeta>["shape"],
transform: Transform2D,
): PlacementResult {
if (!checkBounds(shape, transform, inventory.width, inventory.height)) {
return { valid: false, reason: "超出边界" };
}
if (checkBoardCollision(shape, transform, inventory.occupiedCells)) {
return { valid: false, reason: "与已有物品重叠" };
}
return { valid: true };
}
/**
* Places an item onto the grid.
* **Mutates directly** — call inside a `.produce()` callback.
* Does not validate; call `validatePlacement` first.
*/
export function placeItem<TMeta = Record<string, unknown>>(
inventory: GridInventory<TMeta>,
item: InventoryItem<TMeta>,
): void {
const cells = getShapeCellKeys(item.shape, item.transform);
for (const cellKey of cells) {
inventory.occupiedCells.add(cellKey);
}
inventory.items.set(item.id, item);
}
/**
* Removes an item from the grid by its ID.
* **Mutates directly** — call inside a `.produce()` callback.
*/
export function removeItem<TMeta = Record<string, unknown>>(
inventory: GridInventory<TMeta>,
itemId: string,
): void {
const item = inventory.items.get(itemId);
if (!item) return;
const cells = getShapeCellKeys(item.shape, item.transform);
for (const cellKey of cells) {
inventory.occupiedCells.delete(cellKey);
}
inventory.items.delete(itemId);
}
/**
* Moves an item to a new position with a new transform.
* **Mutates directly** — call inside a `.produce()` callback.
* Validates before applying; returns result indicating success.
*/
export function moveItem<TMeta = Record<string, unknown>>(
inventory: GridInventory<TMeta>,
itemId: string,
newTransform: Transform2D,
): MutationResult {
const item = inventory.items.get(itemId);
if (!item) {
return { success: false, reason: "物品不存在" };
}
// Temporarily remove item's cells for validation
const oldCells = getShapeCellKeys(item.shape, item.transform);
for (const cellKey of oldCells) {
inventory.occupiedCells.delete(cellKey);
}
// Validate new position
const validation = validatePlacement(inventory, item.shape, newTransform);
if (!validation.valid) {
// Restore old cells
for (const cellKey of oldCells) {
inventory.occupiedCells.add(cellKey);
}
return { success: false, reason: validation.reason };
}
// Apply new transform
item.transform = newTransform;
// Add new cells
const newCells = getShapeCellKeys(item.shape, item.transform);
for (const cellKey of newCells) {
inventory.occupiedCells.add(cellKey);
}
return { success: true };
}
/**
* Rotates an item by the given degrees (typically 90, 180, or 270).
* **Mutates directly** — call inside a `.produce()` callback.
* Validates before applying; returns result indicating success.
*/
export function rotateItem<TMeta = Record<string, unknown>>(
inventory: GridInventory<TMeta>,
itemId: string,
degrees: number,
): MutationResult {
const item = inventory.items.get(itemId);
if (!item) {
return { success: false, reason: "物品不存在" };
}
const rotatedTransform = rotateTransform(item.transform, degrees);
return moveItem(inventory, itemId, rotatedTransform);
}
/**
* Flips an item horizontally or vertically.
* **Mutates directly** — call inside a `.produce()` callback.
* Validates before applying; returns result indicating success.
*/
export function flipItem<TMeta = Record<string, unknown>>(
inventory: GridInventory<TMeta>,
itemId: string,
axis: "x" | "y",
): MutationResult {
const item = inventory.items.get(itemId);
if (!item) {
return { success: false, reason: "物品不存在" };
}
const flippedTransform =
axis === "x"
? flipXTransform(item.transform)
: flipYTransform(item.transform);
return moveItem(inventory, itemId, flippedTransform);
}
/**
* Returns a copy of the occupied cells set.
*/
export function getOccupiedCellSet<TMeta = Record<string, unknown>>(
inventory: GridInventory<TMeta>,
): Set<CellKey> {
return new Set(inventory.occupiedCells);
}
/**
* Finds the item occupying the given cell, if any.
*/
export function getItemAtCell<TMeta = Record<string, unknown>>(
inventory: GridInventory<TMeta>,
x: number,
y: number,
): InventoryItem<TMeta> | undefined {
const cellKey = `${x},${y}` as CellKey;
if (!inventory.occupiedCells.has(cellKey)) {
return undefined;
}
for (const item of inventory.items.values()) {
const cells = getShapeCellKeys(item.shape, item.transform);
if (cells.has(cellKey)) {
return item;
}
}
return undefined;
}
/**
* Gets all items adjacent to the given item (orthogonally, not diagonally).
* Returns a Map of itemId -> item for deduplication.
*/
export function getAdjacentItems<TMeta>(
inventory: GridInventory<TMeta>,
itemId: string,
): Map<string, InventoryItem<TMeta>> {
const item = inventory.items.get(itemId);
if (!item) {
return new Map();
}
const ownCells = getShapeCellKeys(item.shape, item.transform);
const adjacent = new Map<string, InventoryItem<TMeta>>();
for (const cellKey of ownCells) {
const [cx, cy] = cellKey.split(",").map(Number);
const neighbors: CellKey[] = [
`${cx + 1},${cy}` as CellKey,
`${cx - 1},${cy}` as CellKey,
`${cx},${cy + 1}` as CellKey,
`${cx},${cy - 1}` as CellKey,
];
for (const neighborKey of neighbors) {
if (
inventory.occupiedCells.has(neighborKey) &&
!ownCells.has(neighborKey)
) {
const [nx, ny] = neighborKey.split(",").map(Number);
const neighborItem = getItemAtCell(inventory, nx, ny);
if (neighborItem) {
adjacent.set(neighborItem.id, neighborItem);
}
}
}
}
return adjacent;
}
// export type EffectTable = Record<string, { data: EffectData; stacks: number }>;
export function getItemEffects(inv: GridInventory<GameItemMeta>) {
const effects = {} as Record<
string,
Record<string, { data: EffectData; stacks: number }>
>;
for (const item of inv.items.values()) {
if (!item.meta) continue;
const { startEffects } = item.meta;
if (!startEffects) continue;
effects[item.id] = startEffects;
}
return effects;
}
src/samples/slay-the-spire-like/system/grid-inventory/types.ts
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import { EffectData, ItemData } from "../types";
import type { ParsedShape } from "../utils/parse-shape";
import type { Transform2D } from "../utils/shape-collision";
/**
* String key representing a grid cell in "x,y" format.
*/
export type CellKey = `${number},${number}`;
/**
* Simple 2D coordinate for grid cells.
*/
export interface CellCoordinate {
x: number;
y: number;
}
/**
* An item placed on the grid inventory.
* @template TMeta - Optional metadata type for game-specific data
*/
export interface InventoryItem<TMeta> {
/** Unique item identifier */
id: string;
/** Reference to the item's shape definition */
shape: ParsedShape;
/** Current transformation (position, rotation, flips) */
transform: Transform2D;
/** Optional metadata for game-specific data */
meta?: TMeta;
}
/**
* Result of a placement validation check.
*/
export type PlacementResult =
| { valid: true }
| { valid: false; reason: string };
/**
* Result of a mutation operation (move, rotate, flip).
*/
export type MutationResult =
| { success: true }
| { success: false; reason: string };
/**
* Grid inventory state.
* Designed to be mutated directly inside a `mutative .produce()` callback.
* @template TMeta - Optional metadata type for items
*/
export interface GridInventory<TMeta> {
/** Board width in cells */
width: number;
/** Board height in cells */
height: number;
/** Map of itemId -> InventoryItem for all placed items */
items: Map<string, InventoryItem<TMeta>>;
/** Set of occupied cells in "x,y" format for O(1) collision lookups */
occupiedCells: Set<CellKey>;
}
export interface GameItemMeta {
itemData: ItemData;
shape: ParsedShape;
consumedUses?: number;
startEffects?: Record<string, { data: EffectData; stacks: number }>;
tradePrice?: number;
}
export type GameItem = InventoryItem<GameItemMeta>;
src/samples/slay-the-spire-like/system/map/generator.ts
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import { ReadonlyRNG } from '@/utils/rng';
import { MapNodeType, MapLayerType } from './types';
import type { MapLayer, MapNode, PointCrawlMap, MapGenerationConfig } from './types';
import {EncounterData} from "@/samples/slay-the-spire-like/system/types";
function buildEncounterIndex(src: Iterable<EncounterData>): Map<string, EncounterData[]> {
const index = new Map<string, EncounterData[]>();
for (const encounter of src) {
const type = encounter.type;
if (!index.has(type)) {
index.set(type, []);
}
index.get(type)!.push(encounter);
}
return index;
}
/** Map from MapNodeType to encounter type key */
const NODE_TYPE_TO_ENCOUNTER: Partial<Record<MapNodeType, string>> = {
[MapNodeType.Minion]: 'minion',
[MapNodeType.Elite]: 'elite',
[MapNodeType.Event]: 'event',
[MapNodeType.Camp]: 'camp',
[MapNodeType.Shop]: 'shop',
[MapNodeType.Curio]: 'curio',
};
/** Default map generation configuration */
const DEFAULT_CONFIG: MapGenerationConfig = {
totalLayers: 10,
wildLayerNodeCount: 3,
settlementLayerNodeCount: 4,
wildNodeTypeWeights: {
[MapNodeType.Minion]: 50,
[MapNodeType.Elite]: 25,
[MapNodeType.Event]: 25,
},
};
/**
* Layer structure definition.
* Pattern: Start → Wild → Wild → Settlement → Wild → Wild → Settlement → Wild → Wild → End
*/
const LAYER_STRUCTURE: Array<{ layerType: MapLayerType | 'start' | 'end'; count: number }> = [
{ layerType: 'start', count: 1 },
{ layerType: MapLayerType.Wild, count: 3 },
{ layerType: MapLayerType.Wild, count: 3 },
{ layerType: MapLayerType.Settlement, count: 4 },
{ layerType: MapLayerType.Wild, count: 3 },
{ layerType: MapLayerType.Wild, count: 3 },
{ layerType: MapLayerType.Settlement, count: 4 },
{ layerType: MapLayerType.Wild, count: 3 },
{ layerType: MapLayerType.Wild, count: 3 },
{ layerType: 'end', count: 1 },
];
/**
* Fisher-Yates shuffle algorithm for unbiased random permutation.
* Mutates the array in place and returns it.
*/
function fisherYatesShuffle<T>(array: T[], rng: ReadonlyRNG): T[] {
for (let i = array.length - 1; i > 0; i--) {
const j = rng.nextInt(i + 1);
[array[i], array[j]] = [array[j], array[i]];
}
return array;
}
/**
* Picks a random encounter for the given node type.
* Returns undefined if no matching encounter exists.
*/
function pickEncounterForNode(pool: EncounterData[] | undefined, rng: ReadonlyRNG): EncounterData | undefined {
if (!pool || pool.length === 0) return undefined;
return pool[rng.nextInt(pool.length)];
}
/** Total number of layers */
const TOTAL_LAYERS = 10;
/**
* Generates a random point crawl map with layered directional graph.
*
* Structure:
* - 10 layers: Start → Wild×2 → Settlement → Wild×2 → Settlement → Wild×2 → End
* - Wild layers have exactly 3 nodes (minion/elite/event)
* - Settlement layers have exactly 4 nodes (camp/shop/curio + 1 random)
* - Each settlement layer has at least 1 of each: camp, shop, curio
* - Wild nodes connect to 1 wild node or 2 settlement nodes
*
*/
export function generatePointCrawlMap(rng: ReadonlyRNG, src: Iterable<EncounterData>): PointCrawlMap {
const encounters = buildEncounterIndex(src);
const layers: MapLayer[] = [];
const nodes = new Map<string, MapNode>();
// Pre-generate optimal types for wild layer pairs (layers 1-2, 4-5, 7-8)
const wildPairTypes = new Map<number, MapNodeType[]>();
const wildPairs = [
{ layer1: 1, layer2: 2 },
{ layer1: 4, layer2: 5 },
{ layer1: 7, layer2: 8 },
];
for (const pair of wildPairs) {
const [types1, types2] = generateOptimalWildPair(rng);
wildPairTypes.set(pair.layer1, types1);
wildPairTypes.set(pair.layer2, types2);
}
// Step 1: create layers and nodes
for (let i = 0; i < TOTAL_LAYERS; i++) {
const structure = LAYER_STRUCTURE[i];
const nodeIds: string[] = [];
const layerNodes: MapNode[] = [];
// Pre-generate settlement types if this is a settlement layer
let settlementTypes: MapNodeType[] | undefined;
if (structure.layerType === MapLayerType.Settlement) {
settlementTypes = generateSettlementTypes(rng);
}
for (let j = 0; j < structure.count; j++) {
const id = `node-${i}-${j}`;
const type = resolveNodeType(structure.layerType, j, structure.count, rng, wildPairTypes.get(i), j, settlementTypes, j);
const encounter = pickEncounterForNode(encounters.get(NODE_TYPE_TO_ENCOUNTER[type]!), rng);
const node: MapNode = {
id,
layerIndex: i,
type,
childIds: [],
encounter
};
nodes.set(id, node);
nodeIds.push(id);
layerNodes.push(node);
}
layers.push({ index: i, nodeIds, layerType: structure.layerType, nodes: layerNodes });
}
// Step 2: generate edges between consecutive layers
const parentIndex = new Map<string, string[]>();
for (let i = 0; i < TOTAL_LAYERS - 1; i++) {
const sourceLayer = layers[i];
const targetLayer = layers[i + 1];
generateLayerEdges(sourceLayer, targetLayer, nodes, rng);
// Build reverse index: for each target node, record its parents
for (const srcNode of sourceLayer.nodes) {
for (const childId of srcNode.childIds) {
if (!parentIndex.has(childId)) {
parentIndex.set(childId, []);
}
parentIndex.get(childId)!.push(srcNode.id);
}
}
}
return { layers, nodes, parentIndex };
}
/**
* Resolves the node type based on layer type and position.
*/
function resolveNodeType(
layerType: MapLayerType | 'start' | 'end',
_nodeIndex: number,
_layerCount: number,
rng: ReadonlyRNG,
preGeneratedTypes?: MapNodeType[],
nodeIndex?: number,
settlementTypes?: MapNodeType[],
settlementIndex?: number
): MapNodeType {
switch (layerType) {
case 'start':
return MapNodeType.Start;
case 'end':
return MapNodeType.End;
case MapLayerType.Wild:
// Use pre-generated types if available (from optimal pair generation)
if (preGeneratedTypes && nodeIndex !== undefined) {
return preGeneratedTypes[nodeIndex];
}
return pickWildNodeType(rng);
case MapLayerType.Settlement:
// Use pre-generated settlement types if available
if (settlementTypes && settlementIndex !== undefined) {
return settlementTypes[settlementIndex];
}
return MapNodeType.Camp; // fallback
default:
return MapNodeType.Minion;
}
}
/**
* Picks a random type for a wild node based on configured weights.
* Default: minion: 50%, elite: 25%, event: 25%
*/
function pickWildNodeType(rng: ReadonlyRNG): MapNodeType {
const weights = DEFAULT_CONFIG.wildNodeTypeWeights;
const roll = rng.nextInt(100);
if (roll < weights[MapNodeType.Minion]) return MapNodeType.Minion;
if (roll < weights[MapNodeType.Minion] + weights[MapNodeType.Elite]) return MapNodeType.Elite;
return MapNodeType.Event;
}
/**
* Generates random types for a pair of wild layers (3 nodes each).
* Returns two arrays of 3 node types each.
*/
function generateWildPair(rng: ReadonlyRNG): [MapNodeType[], MapNodeType[]] {
const layer1Types: MapNodeType[] = [];
const layer2Types: MapNodeType[] = [];
for (let i = 0; i < 3; i++) {
layer1Types.push(pickWildNodeType(rng));
layer2Types.push(pickWildNodeType(rng));
}
return [layer1Types, layer2Types];
}
/**
* Counts repetitions in a wild layer pair.
* - sameLayer: number of duplicate types within each layer
* - adjacent: number of positions where layer1[i] === layer2[i]
* - total: sum of both
*/
function countRepetitions(
layer1Types: MapNodeType[],
layer2Types: MapNodeType[]
): { sameLayer: number; adjacent: number; total: number } {
// Count same-layer repetitions
let sameLayer = 0;
// For layer 1: count duplicates
const layer1Count = new Map<MapNodeType, number>();
for (const type of layer1Types) {
layer1Count.set(type, (layer1Count.get(type) || 0) + 1);
}
for (const count of layer1Count.values()) {
if (count > 1) sameLayer += count - 1;
}
// For layer 2: count duplicates
const layer2Count = new Map<MapNodeType, number>();
for (const type of layer2Types) {
layer2Count.set(type, (layer2Count.get(type) || 0) + 1);
}
for (const count of layer2Count.values()) {
if (count > 1) sameLayer += count - 1;
}
// Count adjacent repetitions (wild[i] → wild[i] connection)
let adjacent = 0;
for (let i = 0; i < 3; i++) {
if (layer1Types[i] === layer2Types[i]) {
adjacent++;
}
}
return { sameLayer, adjacent, total: sameLayer + adjacent };
}
/**
* Generates optimal wild layer pair by trying multiple attempts and selecting the one with fewest repetitions.
*/
function generateOptimalWildPair(
rng: ReadonlyRNG,
attempts = 3
): [MapNodeType[], MapNodeType[]] {
let bestLayer1: MapNodeType[] = [];
let bestLayer2: MapNodeType[] = [];
let bestScore = Infinity;
for (let i = 0; i < attempts; i++) {
const [layer1, layer2] = generateWildPair(rng);
const score = countRepetitions(layer1, layer2);
if (score.total < bestScore) {
bestScore = score.total;
bestLayer1 = layer1;
bestLayer2 = layer2;
}
// Perfect score is 0, no need to continue
if (bestScore === 0) break;
}
return [bestLayer1, bestLayer2];
}
/**
* Generates settlement node types ensuring at least 1 of each: camp, shop, curio.
* The 4th node is randomly chosen from the three.
* Returns shuffled array of 4 node types.
*/
function generateSettlementTypes(rng: ReadonlyRNG): MapNodeType[] {
const requiredTypes = [MapNodeType.Camp, MapNodeType.Shop, MapNodeType.Curio];
const randomType = requiredTypes[rng.nextInt(3)];
const types = [...requiredTypes, randomType];
return fisherYatesShuffle(types, rng);
}
/**
* Assigns settlement node types ensuring at least 1 of each: camp, shop, curio.
* The 4th node is randomly chosen from the three.
* @deprecated Use generateSettlementTypes() during node creation instead.
*/
function assignSettlementTypes(nodeIds: string[], nodes: MapNode[], rng: ReadonlyRNG): void {
// Shuffle node order to randomize which position gets which type
const shuffledIndices = fisherYatesShuffle([0, 1, 2, 3], rng);
// Assign camp, shop, curio to first 3 shuffled positions
const requiredTypes = [MapNodeType.Camp, MapNodeType.Shop, MapNodeType.Curio];
for (let i = 0; i < 3; i++) {
nodes[shuffledIndices[i]].type = requiredTypes[i];
}
// Assign random type to 4th position
const randomType = requiredTypes[rng.nextInt(3)];
nodes[shuffledIndices[3]].type = randomType;
}
/**
* Generates edges between two consecutive layers based on layer types.
*/
function generateLayerEdges(
sourceLayer: MapLayer,
targetLayer: MapLayer,
nodes: Map<string, MapNode>,
rng: ReadonlyRNG
): void {
// Settlement types are now pre-generated during node creation
// No need to assign them here anymore
const sourceType = sourceLayer.layerType;
const targetType = targetLayer.layerType;
if (sourceType === 'start' && targetType === MapLayerType.Wild) {
connectStartToWild(sourceLayer, targetLayer);
} else if (sourceType === MapLayerType.Wild && targetType === MapLayerType.Wild) {
connectWildToWild(sourceLayer, targetLayer);
} else if (sourceType === MapLayerType.Wild && targetType === MapLayerType.Settlement) {
connectWildToSettlement(sourceLayer, targetLayer, rng);
} else if (sourceType === MapLayerType.Settlement && targetType === MapLayerType.Wild) {
connectSettlementToWild(sourceLayer, targetLayer, rng);
} else if (sourceType === MapLayerType.Wild && targetType === 'end') {
connectWildToEnd(sourceLayer, targetLayer);
}
}
/**
* Start connects to all 3 wild nodes in the first wild layer.
*/
function connectStartToWild(
startLayer: MapLayer,
wildLayer: MapLayer
): void {
const startNode = startLayer.nodes[0];
startNode.childIds = [...wildLayer.nodeIds];
}
/**
* Each wild node connects to exactly 1 wild node in the next layer (1-to-1 mapping).
* Uses direct ordering to avoid crossing edges.
*/
function connectWildToWild(
sourceLayer: MapLayer,
targetLayer: MapLayer
): void {
// Direct 1-to-1 mapping: wild[i] → wild[i]
// This guarantees no crossings since order is preserved
for (let i = 0; i < sourceLayer.nodes.length; i++) {
sourceLayer.nodes[i].childIds = [targetLayer.nodeIds[i]];
}
}
/**
* Each wild node connects to 2 settlement nodes.
* Ensures all 4 settlement nodes are covered.
* Total: 3 wilds × 2 = 6 edges, 4 settlements to cover
*/
function connectWildToSettlement(
wildLayer: MapLayer,
settlementLayer: MapLayer,
_rng: ReadonlyRNG
): void {
// Non-crossing connection pattern: each wild connects to 2 adjacent settlements.
// Pattern: w[0]→{s[0],s[1]}, w[1]→{s[1],s[2]}, w[2]→{s[2],s[3]}
// This creates a "chain" where middle settlements are shared.
// This pattern guarantees no crossings because target indices are always
// non-decreasing when sorted by source indices.
wildLayer.nodes[0].childIds = [settlementLayer.nodeIds[0], settlementLayer.nodeIds[1]];
wildLayer.nodes[1].childIds = [settlementLayer.nodeIds[1], settlementLayer.nodeIds[2]];
wildLayer.nodes[2].childIds = [settlementLayer.nodeIds[2], settlementLayer.nodeIds[3]];
}
/**
* Settlement nodes connect to wild nodes:
* - First and last settlement connect to 1 wild each
* - Middle two settlements connect to 2 wilds each
* Total: 1 + 2 + 2 + 1 = 6 edges, 3 wild nodes to cover
*
* Uses a non-crossing pattern: settlements and wilds are connected
* in order to avoid edge crossings.
*/
function connectSettlementToWild(
settlementLayer: MapLayer,
wildLayer: MapLayer,
_rng: ReadonlyRNG
): void {
// Non-crossing pattern: s0→w0, s1→w0,w1, s2→w1,w2, s3→w2
// This pattern guarantees no crossings because when edges are sorted by
// source index, the minimum target index is non-decreasing.
settlementLayer.nodes[0].childIds = [wildLayer.nodeIds[0]];
settlementLayer.nodes[1].childIds = [wildLayer.nodeIds[0], wildLayer.nodeIds[1]];
settlementLayer.nodes[2].childIds = [wildLayer.nodeIds[1], wildLayer.nodeIds[2]];
settlementLayer.nodes[3].childIds = [wildLayer.nodeIds[2]];
}
/**
* All 3 wild nodes in the last wild layer connect to End.
*/
function connectWildToEnd(
wildLayer: MapLayer,
endLayer: MapLayer
): void {
const endNode = endLayer.nodes[0];
for (let i = 0; i < wildLayer.nodes.length; i++) {
wildLayer.nodes[i].childIds = [endNode.id];
}
}
// -- Query helpers --
/** Returns the node with the given ID, or undefined. */
export function getNode(map: PointCrawlMap, nodeId: string): MapNode | undefined {
return map.nodes.get(nodeId);
}
/** Returns child nodes of the given node. */
export function getChildren(map: PointCrawlMap, node: MapNode): MapNode[] {
return node.childIds
.map(id => map.nodes.get(id))
.filter((n): n is MapNode => n !== undefined);
}
/** Returns parent nodes of the given node (reverse lookup). */
export function getParents(map: PointCrawlMap, node: MapNode): MapNode[] {
// Use pre-built reverse index if available
if (map.parentIndex) {
const parentIds = map.parentIndex.get(node.id);
if (!parentIds) return [];
return parentIds
.map(id => map.nodes.get(id))
.filter((n): n is MapNode => n !== undefined);
}
// Fallback: scan parent layer (legacy support)
const parents: MapNode[] = [];
const parentLayer = map.layers[node.layerIndex - 1];
if (!parentLayer) return parents;
for (const parentId of parentLayer.nodeIds) {
const parent = map.nodes.get(parentId);
if (parent?.childIds.includes(node.id)) {
parents.push(parent);
}
}
return parents;
}
/**
* Returns true if there is a directed path from `fromId` to `toId`.
*/
export function hasPath(map: PointCrawlMap, fromId: string, toId: string): boolean {
const visited = new Set<string>();
const stack = [fromId];
while (stack.length > 0) {
const current = stack.pop()!;
if (current === toId) return true;
if (visited.has(current)) continue;
visited.add(current);
const node = map.nodes.get(current);
if (node) {
for (const childId of node.childIds) {
if (!visited.has(childId)) stack.push(childId);
}
}
}
return false;
}
/**
* Finds all directed paths from `fromId` to `toId`.
* Returns arrays of node IDs representing each path.
* Beware: can be exponential in large maps.
*/
export function findAllPaths(map: PointCrawlMap, fromId: string, toId: string): string[][] {
const paths: string[][] = [];
const dfs = (current: string, path: string[]) => {
if (current === toId) {
paths.push([...path, current]);
return;
}
const node = map.nodes.get(current);
if (!node) return;
path.push(current);
for (const childId of node.childIds) {
dfs(childId, path);
}
path.pop();
};
dfs(fromId, []);
return paths;
}
src/samples/slay-the-spire-like/system/map/index.ts
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export * from "./generator";
export * from "./navigation";
export * from "./types";
src/samples/slay-the-spire-like/system/map/navigation.ts
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import { getNode } from "./generator";
import { PointCrawlMap, PointCrawlMapNavigator } from "./types";
export function canMoveTo(
navigator: PointCrawlMapNavigator,
map: PointCrawlMap,
targetNodeId: string,
): boolean {
const currentNode = getNode(map, navigator.currentNodeId);
if (!currentNode) return false;
return currentNode.childIds.includes(targetNodeId);
}
export function moveToNode(
navigator: PointCrawlMapNavigator,
map: PointCrawlMap,
targetNodeId: string,
): boolean {
if (!canMoveTo(navigator, map, targetNodeId)) {
return false;
}
const targetNode = getNode(map, targetNodeId);
if (!targetNode) {
return false;
}
// Update current position
navigator.currentNodeId = targetNodeId;
navigator.visitedNodes.add(targetNodeId);
return true;
}
export function* getReachableChildren(
map: PointCrawlMap,
navigator: PointCrawlMapNavigator,
) {
const currentNode = getNode(map, navigator.currentNodeId);
if (!currentNode) return;
for (const id of currentNode.childIds) {
const node = getNode(map, id);
if (!node) continue;
yield node;
}
}
export function isAtStartNode(
map: PointCrawlMap,
navigator: PointCrawlMapNavigator,
): boolean {
return navigator.currentNodeId === map.layers[0]?.nodes[0]?.id;
}
/**
* Checks if the current encounter is the end node.
*/
export function isAtEndNode(
map: PointCrawlMap,
navigator: PointCrawlMapNavigator,
): boolean {
const endLayer = map.layers[map.layers.length - 1];
return endLayer?.nodes[0]?.id === navigator.currentNodeId;
}
src/samples/slay-the-spire-like/system/map/types.ts
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import { EncounterData } from "@/samples/slay-the-spire-like/system/types";
/**
* Types of nodes that can appear on the point crawl map.
*/
export enum MapNodeType {
Start = "start",
End = "end",
Minion = "minion",
Elite = "elite",
Event = "event",
Camp = "camp",
Shop = "shop",
Curio = "curio",
}
/**
* Semantic type of a layer.
*/
export enum MapLayerType {
Wild = "wild",
Settlement = "settlement",
}
/**
* A single node on the map.
*/
export interface MapNode {
/** Unique identifier */
id: string;
/** Which layer this node belongs to */
layerIndex: number;
/** Semantic type of the node */
type: MapNodeType;
/** IDs of nodes in the next layer this node connects to */
childIds: string[];
/** Encounter data assigned to this node (from encounter CSV) */
encounter?: EncounterData;
}
/**
* A horizontal layer of nodes at the same progression stage.
*/
export interface MapLayer {
/** Layer index (0 = start, last = end) */
index: number;
/** Ordered IDs of nodes in this layer */
nodeIds: string[];
/** Semantic type of the layer */
layerType: MapLayerType | "start" | "end";
/** Direct references to nodes in this layer (for performance) */
nodes: MapNode[];
}
/**
* A fully generated point crawl map.
*/
export interface PointCrawlMap {
/** Layers from start to end */
layers: MapLayer[];
/** All nodes keyed by ID */
nodes: Map<string, MapNode>;
/** Reverse index: nodeId → parent node IDs (for fast getParent lookup) */
parentIndex?: Map<string, string[]>;
}
export interface PointCrawlMapNavigator {
currentNodeId: string;
visitedNodes: Set<string>;
}
/**
* Configuration for map generation.
*/
export interface MapGenerationConfig {
/** Total number of layers (including start and end) */
totalLayers: number;
/** Number of nodes in each wild layer */
wildLayerNodeCount: number;
/** Number of nodes in each settlement layer */
settlementLayerNodeCount: number;
/** Probability weights for wild node types (should sum to 100) */
wildNodeTypeWeights: {
[MapNodeType.Minion]: number;
[MapNodeType.Elite]: number;
[MapNodeType.Event]: number;
};
}
src/samples/slay-the-spire-like/system/types.ts
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import {
Card,
Effect,
Encounter,
EncounterType,
Enemy,
Intent,
Item,
} from "../data/desert";
export type CardData = Card;
export type ItemData = Item;
export type EffectData = Effect;
export type IntentData = Intent;
export type EnemyData = Enemy;
export type EncounterData<T extends EncounterType = EncounterType> =
Encounter & { type: T };
export {
CardTargetType,
CardEffectTarget,
IntentEffectTarget,
} from "../data/desert";
export { ContentModule } from "../data";
src/samples/slay-the-spire-like/system/utils/index.ts
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export * from "./parse-shape";
export * from "./shape-collision";
src/samples/slay-the-spire-like/system/utils/parse-shape.ts
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/**
* Parsed shape result containing the grid and sizing information.
*/
export interface ParsedShape {
/** 2D boolean grid representing filled cells */
grid: boolean[][];
/** Grid width (number of columns) */
width: number;
/** Grid height (number of rows) */
height: number;
/** Number of occupied (filled) cells */
count: number;
/** Origin X coordinate within the grid */
originX: number;
/** Origin Y coordinate within the grid */
originY: number;
}
/**
* Parses a movement string into a 2D boolean grid.
* Rules:
* o: Fill current cell and set origin
* n, s, e, w: Move one step and fill the cell
* r: Return to the previous cell
*/
export function parseShapeString(input: string): ParsedShape {
let curX = 0;
let curY = 0;
let originX = 0;
let originY = 0;
let originSet = false;
// Track unique filled coordinates
const filledPoints = new Set<string>();
// Stack to track movement history for the 'r' command
const history: { x: number; y: number }[] = [];
const fill = (x: number, y: number) => {
filledPoints.add(`${x},${y}`);
history.push({ x, y });
};
for (const char of input.toLowerCase()) {
switch (char) {
case 'o':
if (!originSet) {
originX = curX;
originY = curY;
originSet = true;
}
fill(curX, curY);
break;
case 'n':
curY -= 1;
fill(curX, curY);
break;
case 's':
curY += 1;
fill(curX, curY);
break;
case 'e':
curX += 1;
fill(curX, curY);
break;
case 'w':
curX -= 1;
fill(curX, curY);
break;
case 'r':
if (history.length > 1) {
history.pop(); // Remove current position
const prev = history[history.length - 1];
curX = prev.x;
curY = prev.y;
}
break;
}
}
if (filledPoints.size === 0) {
return { grid: [[]], width: 0, height: 1, count: 0, originX: 0, originY: 0 };
}
// Calculate bounding box to normalize the array
const coords = Array.from(filledPoints).map(p => p.split(',').map(Number));
const minX = Math.min(...coords.map(c => c[0]));
const maxX = Math.max(...coords.map(c => c[0]));
const minY = Math.min(...coords.map(c => c[1]));
const maxY = Math.max(...coords.map(c => c[1]));
const width = maxX - minX + 1;
const height = maxY - minY + 1;
// Initialize the grid
const grid: boolean[][] = Array.from({ length: height }, () =>
Array(width).fill(false)
);
// Map the points into the grid using offsets
for (const [x, y] of coords) {
grid[y - minY][x - minX] = true;
}
// Normalize origin coordinates relative to the grid
const normalizedOriginX = originX - minX;
const normalizedOriginY = originY - minY;
return { grid, width, height, count: filledPoints.size, originX: normalizedOriginX, originY: normalizedOriginY };
}
src/samples/slay-the-spire-like/system/utils/shape-collision.ts
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import type { ParsedShape } from "./parse-shape";
/**
* Represents a 2D point in grid coordinates.
*/
export interface Point2D {
x: number;
y: number;
}
/**
* 2D transformation to apply to a shape.
*/
export interface Transform2D {
/** Translation offset in grid units */
offset: Point2D;
/** Rotation in degrees (0, 90, 180, 270) */
rotation: number;
/** Whether to flip horizontally */
flipX: boolean;
/** Whether to flip vertically */
flipY: boolean;
}
/**
* Default transform (identity).
*/
export const IDENTITY_TRANSFORM: Transform2D = {
offset: { x: 0, y: 0 },
rotation: 0,
flipX: false,
flipY: false,
};
/**
* Gets all occupied cell coordinates from a shape.
*/
export function getOccupiedCells(shape: ParsedShape): Point2D[] {
const cells: Point2D[] = [];
for (let y = 0; y < shape.height; y++) {
for (let x = 0; x < shape.width; x++) {
if (shape.grid[y]?.[x]) {
cells.push({ x, y });
}
}
}
return cells;
}
/**
* Applies a 2D transformation to a point.
*/
export function transformPoint(
point: Point2D,
transform: Transform2D,
shapeWidth: number,
shapeHeight: number,
): Point2D {
let { x, y } = point;
// Apply flips
if (transform.flipX) {
x = shapeWidth - 1 - x;
}
if (transform.flipY) {
y = shapeHeight - 1 - y;
}
// Apply rotation (around origin 0,0)
const rotation = ((transform.rotation % 360) + 360) % 360;
let rotatedX = x;
let rotatedY = y;
switch (rotation) {
case 90:
rotatedX = y;
rotatedY = -x;
break;
case 180:
rotatedX = -x;
rotatedY = -y;
break;
case 270:
rotatedX = -y;
rotatedY = x;
break;
}
// Apply offset
return {
x: rotatedX + transform.offset.x,
y: rotatedY + transform.offset.y,
};
}
/**
* Transforms a shape and returnss its occupied cells in world coordinates.
*/
export function transformShape(
shape: ParsedShape,
transform: Transform2D,
): Point2D[] {
const cells = getOccupiedCells(shape);
return cells.map((cell) =>
transformPoint(cell, transform, shape.width, shape.height),
);
}
/**
* Checks if two transformed shapes collide (share any occupied cell).
*/
export function checkCollision(
shapeA: ParsedShape,
transformA: Transform2D,
shapeB: ParsedShape,
transformB: Transform2D,
): boolean {
const cellsA = transformShape(shapeA, transformA);
const cellsB = transformShape(shapeB, transformB);
const setA = new Set(cellsA.map((c) => `${c.x},${c.y}`));
for (const cell of cellsB) {
if (setA.has(`${cell.x},${cell.y}`)) {
return true;
}
}
return false;
}
/**
* Checks if a transformed shape collides with any occupied cells on a board.
* @param shape The shape to check
* @param transform The transform to apply to the shape
* @param occupiedCells Set of occupied board cells in "x,y" format
*/
export function checkBoardCollision(
shape: ParsedShape,
transform: Transform2D,
occupiedCells: Set<string>,
): boolean {
const cells = transformShape(shape, transform);
for (const cell of cells) {
if (occupiedCells.has(`${cell.x},${cell.y}`)) {
return true;
}
}
return false;
}
/**
* Checks if a transformed shape is within bounds.
* @param shape The shape to check
* @param transform The transform to apply to the shape
* @param boardWidth Board width
* @param boardHeight Board height
*/
export function checkBounds(
shape: ParsedShape,
transform: Transform2D,
boardWidth: number,
boardHeight: number,
): boolean {
const cells = transformShape(shape, transform);
for (const cell of cells) {
if (
cell.x < 0 ||
cell.x >= boardWidth ||
cell.y < 0 ||
cell.y >= boardHeight
) {
return false;
}
}
return true;
}
/**
* Validates that a placement is both in bounds and collision-free.
* @returns Object with `valid` flag and optional `reason` string
*/
export function validateShapePlacement(
shape: ParsedShape,
transform: Transform2D,
boardWidth: number,
boardHeight: number,
occupiedCells: Set<string>,
): { valid: true } | { valid: false; reason: string } {
if (!checkBounds(shape, transform, boardWidth, boardHeight)) {
return { valid: false, reason: "超出边界" };
}
if (checkBoardCollision(shape, transform, occupiedCells)) {
return { valid: false, reason: "与已有形状重叠" };
}
return { valid: true };
}
/**
* Rotates a transform by the given degrees.
* @param current The current transform
* @param degrees Degrees to rotate (typically 90, 180, or 270)
*/
export function rotateTransform(
current: Transform2D,
degrees: number,
): Transform2D {
return {
...current,
rotation: (((current.rotation + degrees) % 360) + 360) % 360,
};
}
/**
* Flips a transform horizontally.
*/
export function flipXTransform(current: Transform2D): Transform2D {
return {
...current,
flipX: !current.flipX,
};
}
/**
* Flips a transform vertically.
*/
export function flipYTransform(current: Transform2D): Transform2D {
return {
...current,
flipY: !current.flipY,
};
}
src/samples/tic-tac-toe.ts
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import {Part} from "boardgame-core";
import {createRegion} from "boardgame-core";
import {createGameCommandRegistry, createPromptDef, IGameContext} from "boardgame-core";
import { Part } from "@/core/part";
import { createRegion, Region } from "@/core/region";
import { createPromptDef, IGameContext } from "@/core/game";
import { BaseGameClient } from "@/core/game-client";
import { createMiddlewareChain } from "@/utils/middleware";
const BOARD_SIZE = 3;
const MAX_TURNS = BOARD_SIZE * BOARD_SIZE;
const WINNING_LINES: number[][][] = [
[[0, 0], [0, 1], [0, 2]],
[[1, 0], [1, 1], [1, 2]],
[[2, 0], [2, 1], [2, 2]],
[[0, 0], [1, 0], [2, 0]],
[[0, 1], [1, 1], [2, 1]],
[[0, 2], [1, 2], [2, 2]],
[[0, 0], [1, 1], [2, 2]],
[[0, 2], [1, 1], [2, 0]],
[
[0, 0],
[0, 1],
[0, 2],
],
[
[1, 0],
[1, 1],
[1, 2],
],
[
[2, 0],
[2, 1],
[2, 2],
],
[
[0, 0],
[1, 0],
[2, 0],
],
[
[0, 1],
[1, 1],
[2, 1],
],
[
[0, 2],
[1, 2],
[2, 2],
],
[
[0, 0],
[1, 1],
[2, 2],
],
[
[0, 2],
[1, 1],
[2, 0],
],
];
export type PlayerType = 'X' | 'O';
export type WinnerType = PlayerType | 'draw' | null;
type TicTacToePart = Part<{ player: PlayerType }>;
export type PlayerType = "X" | "O";
export type WinnerType = PlayerType | "draw" | null;
export type TicTacToePart = Part<{ player: PlayerType }>;
export function createInitialState() {
return {
board: createRegion('board', [
{ name: 'x', min: 0, max: BOARD_SIZE - 1 },
{ name: 'y', min: 0, max: BOARD_SIZE - 1 },
]),
parts: {} as Record<string, TicTacToePart>,
currentPlayer: 'X' as PlayerType,
winner: null as WinnerType,
turn: 0,
};
return {
board: createRegion("board", [
{ name: "x", min: 0, max: BOARD_SIZE - 1 },
{ name: "y", min: 0, max: BOARD_SIZE - 1 },
]),
parts: {} as Record<string, TicTacToePart>,
currentPlayer: "X" as PlayerType,
winner: null as WinnerType,
turn: 0,
};
}
export type TicTacToeState = ReturnType<typeof createInitialState>;
export type TicTacToeGame = IGameContext<TicTacToeState>;
export const registry = createGameCommandRegistry<TicTacToeState>();
export const prompts = {
play: createPromptDef<[PlayerType, number, number]>(
'play <player> <row:number> <col:number>')
}
play: createPromptDef<[PlayerType, number, number]>(
"play <player> <row:number> <col:number>",
),
};
export async function start(game: TicTacToeGame) {
while (true) {
const currentPlayer = game.value.currentPlayer;
const turnNumber = game.value.turn + 1;
const turnOutput = await turn(game, currentPlayer, turnNumber);
while (true) {
const currentPlayer = game.value.currentPlayer;
const turnNumber = game.value.turn + 1;
const turnOutput = await turn(game, currentPlayer, turnNumber);
game.produce(state => {
state.winner = turnOutput.winner;
if (!state.winner) {
state.currentPlayer = state.currentPlayer === 'X' ? 'O' : 'X';
state.turn = turnNumber;
}
});
if (game.value.winner) break;
}
await game.produceAsync((state) => {
state.winner = turnOutput.winner;
if (!state.winner) {
state.currentPlayer = state.currentPlayer === "X" ? "O" : "X";
state.turn = turnNumber;
}
});
if (game.value.winner) break;
}
return game.value;
return game.value;
}
const turn = registry.register({
schema: 'turn <player> <turnNumber:number>',
async run(game: TicTacToeGame, turnPlayer: PlayerType, turnNumber: number) {
const {player, row, col} = await game.prompt(
prompts.play,
(player, row, col) => {
if (player !== turnPlayer) {
throw `Invalid player: ${player}. Expected ${turnPlayer}.`;
} else if (!isValidMove(row, col)) {
throw `Invalid position: (${row}, ${col}). Must be between 0 and ${BOARD_SIZE - 1}.`;
} else if (isCellOccupied(game, row, col)) {
throw `Cell (${row}, ${col}) is already occupied.`;
} else {
return { player, row, col };
}
},
game.value.currentPlayer
);
async function turn(
game: TicTacToeGame,
turnPlayer: PlayerType,
turnNumber: number,
) {
const { player, row, col } = await game.prompt(
prompts.play,
(player, row, col) => {
if (player !== turnPlayer) {
throw `Invalid player: ${player}. Expected ${turnPlayer}.`;
} else if (!isValidMove(row, col)) {
throw `Invalid position: (${row}, ${col}). Must be between 0 and ${BOARD_SIZE - 1}.`;
} else if (isCellOccupied(game, row, col)) {
throw `Cell (${row}, ${col}) is already occupied.`;
} else {
return { player, row, col };
}
},
game.value.currentPlayer,
);
placePiece(game, row, col, turnPlayer);
await placePiece(game, row, col, turnPlayer);
const winner = checkWinner(game);
if (winner) return { winner };
if (turnNumber >= MAX_TURNS) return { winner: 'draw' as WinnerType };
const winner = checkWinner(game);
if (winner) return { winner };
if (turnNumber >= MAX_TURNS) return { winner: "draw" as WinnerType };
return { winner: null };
}
});
return { winner: null };
}
function isValidMove(row: number, col: number): boolean {
return !isNaN(row) && !isNaN(col) && row >= 0 && row < BOARD_SIZE && col >= 0 && col < BOARD_SIZE;
return (
!isNaN(row) &&
!isNaN(col) &&
row >= 0 &&
row < BOARD_SIZE &&
col >= 0 &&
col < BOARD_SIZE
);
}
export function isCellOccupied(host: TicTacToeGame, row: number, col: number): boolean {
return !!host.value.board.partMap[`${row},${col}`];
export function isCellOccupied(
host: TicTacToeGame,
row: number,
col: number,
): boolean {
return !!host.value.board.partMap[`${row},${col}`];
}
export function hasWinningLine(positions: number[][]): boolean {
return WINNING_LINES.some(line =>
line.every(([r, c]) =>
positions.some(([pr, pc]) => pr === r && pc === c)
)
);
return WINNING_LINES.some((line) =>
line.every(([r, c]) => positions.some(([pr, pc]) => pr === r && pc === c)),
);
}
export function checkWinner(host: TicTacToeGame): WinnerType {
const parts = host.value.parts;
const partsArray = Object.values(parts);
const parts = host.value.parts;
const partsArray = Object.values(parts);
const xPositions = partsArray.filter((p: TicTacToePart) => p.player === 'X').map((p: TicTacToePart) => p.position);
const oPositions = partsArray.filter((p: TicTacToePart) => p.player === 'O').map((p: TicTacToePart) => p.position);
const xPositions = partsArray
.filter((p: TicTacToePart) => p.player === "X")
.map((p: TicTacToePart) => p.position);
const oPositions = partsArray
.filter((p: TicTacToePart) => p.player === "O")
.map((p: TicTacToePart) => p.position);
if (hasWinningLine(xPositions)) return 'X';
if (hasWinningLine(oPositions)) return 'O';
if (partsArray.length >= MAX_TURNS) return 'draw';
if (hasWinningLine(xPositions)) return "X";
if (hasWinningLine(oPositions)) return "O";
if (partsArray.length >= MAX_TURNS) return "draw";
return null;
return null;
}
export function placePiece(host: TicTacToeGame, row: number, col: number, player: PlayerType) {
const board = host.value.board;
const moveNumber = Object.keys(host.value.parts).length + 1;
const piece: TicTacToePart = {
regionId: 'board', position: [row, col], player,
id: `piece-${player}-${moveNumber}`
export async function placePiece(
host: TicTacToeGame,
row: number,
col: number,
player: PlayerType,
) {
const board = host.value.board;
const moveNumber = Object.keys(host.value.parts).length + 1;
const piece: TicTacToePart = {
regionId: "board",
position: [row, col],
player,
id: `piece-${player}-${moveNumber}`,
};
await host.produceAsync((state) => {
state.parts[piece.id] = piece;
board.childIds.push(piece.id);
board.partMap[`${row},${col}`] = piece.id;
});
}
export class Client extends BaseGameClient<TicTacToeState> {
private onTurn = createMiddlewareChain(
async (ctx: { player: PlayerType; turn: number }) => {
return await turn(this._context, ctx.player, ctx.turn);
},
);
constructor() {
super(createInitialState());
}
async start(game: IGameContext<TicTacToeState>): Promise<TicTacToeState> {
while (true) {
const currentPlayer = game.value.currentPlayer;
const turnNumber = game.value.turn + 1;
const turnOutput = await this.onTurn.execute({
player: currentPlayer,
turn: turnNumber,
});
await game.produceAsync((state) => {
state.winner = turnOutput.winner;
if (!state.winner) {
state.currentPlayer = state.currentPlayer === "X" ? "O" : "X";
state.turn = turnNumber;
}
});
if (game.value.winner) break;
}
host.produce(state => {
state.parts[piece.id] = piece;
board.childIds.push(piece.id);
board.partMap[`${row},${col}`] = piece.id;
});
return game.value;
}
selectPart(id: string, callback: (t: TicTacToePart) => void): () => void {
return this.assignSelector((state) => state.parts[id], callback);
}
selectTurn(callback: (turns: number) => void): () => void {
return this.assignSelector((s) => s.turn, callback);
}
selectCurrentPlayer(callback: (player: PlayerType) => void) {
return this.assignSelector((s) => s.currentPlayer, callback);
}
}
src/utils/command/command-prompt.ts
+105
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@@ -0,0 +1,105 @@
import { createMiddlewareChain } from "../middleware";
import { PromptValidator } from "./command-runner";
import { CommandSchema } from "./types";
export interface PromptDef<TArgs extends any[]> {
schema: CommandSchema;
hintText?: string;
}
export interface PromptCall<TArgs extends any[] = unknown[], TRes = unknown> {
def: PromptDef<TArgs>;
player?: string;
validator: PromptValidator<TRes, TArgs>;
resolve(res: TRes): void;
reject(reason: string): void;
promise: Promise<TRes>;
}
export type PromptTryResult =
| {
ok: false;
reason: string;
}
| {
ok: true;
};
export type PromptContext = ReturnType<typeof createPromptContext>;
export function createPromptContext() {
const map = new Map<string, PromptCall>();
const handleCall = createMiddlewareChain(async (call: PromptCall) => {
const key = call.player ?? "global";
const existing = map.get(key);
if (existing) {
existing.reject("Prompt overriden");
}
map.set(key, call);
try {
return await call.promise;
} finally {
if (map.get(key) === call) map.delete(key);
}
});
function tryCommit<TArgs extends any[]>(
def: PromptDef<TArgs>,
player: string,
...args: TArgs
): PromptTryResult {
const call = map.get(player);
if (!call) return { ok: false, reason: "No Prompt" };
try {
const res = call.validator(...args);
call.resolve(res);
return { ok: true };
} catch (reason) {
if (typeof reason === "string") return { ok: false, reason };
throw reason;
}
}
function cancel(player: string, reason = "Prompt Cancelled") {
map.get(player)?.reject(reason);
}
async function prompt<TArgs extends any[], TRes>(
def: PromptDef<TArgs>,
validator: PromptValidator<TRes, TArgs>,
player?: string,
) {
let resolve: (res: TRes) => void;
let reject: (reason: string) => void;
const promise = new Promise<TRes>((res, rej) => {
resolve = res;
reject = rej;
});
const call = {
def,
player,
validator,
resolve: resolve!,
reject: reject!,
promise,
} as PromptCall<unknown[], unknown>;
return (await handleCall.execute(call)) as TRes;
}
function reset() {
for (const call of map.values()) {
call.reject("Prompt Reset");
}
map.clear();
}
return {
prompt,
tryCommit,
cancel,
handleCall,
reset,
};
}
src/utils/command/index.ts
+39 -20
View File
@@ -1,22 +1,41 @@
export { parseCommand } from './command-parse';
export { parseCommandSchema } from './schema-parse';
export { validateCommand, parseCommandWithSchema, applyCommandSchema } from './command-validate';
export { parseCommand } from "./command-parse";
export { parseCommandSchema } from "./schema-parse";
export {
createCommandRegistry,
registerCommand,
unregisterCommand,
hasCommand,
getCommand,
runCommand,
runCommandParsed,
createCommandRunnerContext,
} from './command-registry';
validateCommand,
parseCommandWithSchema,
applyCommandSchema,
} from "./command-validate";
export {
createCommandRegistry,
registerCommand,
unregisterCommand,
hasCommand,
getCommand,
runCommand,
runCommandParsed,
createCommandRunnerContext,
} from "./command-registry";
export type {
Command,
CommandParamSchema,
CommandOptionSchema,
CommandFlagSchema,
CommandSchema,
} from './types';
export type { CommandRunner, CommandDef, CommandResult, CommandRunnerHandler, CommandRunnerContext, PromptEvent, CommandRunnerEvents } from './command-runner';
export type { CommandRegistry, CommandRunnerContextExport } from './command-registry';
Command,
CommandParamSchema,
CommandOptionSchema,
CommandFlagSchema,
CommandSchema,
} from "./types";
export type {
CommandRunner,
CommandDef,
CommandResult,
CommandRunnerHandler,
CommandRunnerContext,
PromptEvent,
CommandRunnerEvents,
} from "./command-runner";
export type {
CommandRegistry,
CommandRunnerContextExport,
} from "./command-registry";
export type { PromptDef, PromptTryResult, PromptCall } from "./command-prompt";
export { createPromptContext } from "./command-prompt";
src/utils/middleware.ts
+44
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@@ -0,0 +1,44 @@
type Middleware<TContext, TReturn> = (
context: TContext,
next: () => Promise<TReturn>,
) => Promise<TReturn>;
export type MiddlewareChain<TContext, TReturn> = {
use: (middleware: Middleware<TContext, TReturn>) => () => void;
execute: (context: TContext) => Promise<TReturn>;
};
export function createMiddlewareChain<
TContext extends object,
TReturn = TContext,
>(
fallback?: (context: TContext) => Promise<TReturn>,
): MiddlewareChain<TContext, TReturn> {
const middlewares: Middleware<TContext, TReturn>[] = [];
return {
use(middleware: Middleware<TContext, TReturn>) {
middlewares.push(middleware);
return function () {
const index = middlewares.indexOf(middleware);
if (index !== -1) {
middlewares.splice(index, 1);
}
};
},
async execute(context: TContext) {
let index = 0;
async function dispatch(ctx: TContext): Promise<TReturn> {
if (index >= middlewares.length) {
return fallback ? fallback(ctx) : (ctx as unknown as TReturn);
}
const current = middlewares[index++];
return current(ctx, () => dispatch(ctx));
}
return dispatch(context);
},
};
}
src/utils/mutable-signal.ts
+17 -7
View File
@@ -1,13 +1,20 @@
import {Signal, SignalOptions} from '@preact/signals-core';
import {create} from 'mutative';
import { Signal, SignalOptions } from "@preact/signals-core";
import { create } from "mutative";
export class MutableSignal<T> extends Signal<T> {
export interface MutableSignal<T> extends Signal<T> {
produce(fn: (draft: T) => undefined): void;
addInterruption(promise: Promise<void>): void;
clearInterruptions(): void;
produceAsync(fn: (draft: T) => undefined): Promise<void>;
}
class MutableSignalImpl<T> extends Signal<T> {
private _interruptions: Promise<void>[] = [];
public constructor(t?: T, options?: SignalOptions<T>) {
super(t, options);
}
produce(fn: (draft: T) => void) {
produce(fn: (draft: T) => undefined) {
this.value = create(this.value, fn);
}
@@ -30,13 +37,16 @@ export class MutableSignal<T> extends Signal<T> {
* 异步版本的 produce。会先等待所有通过 `addInterruption` 添加的 Promise 完成，
* 然后再更新状态。适用于需要在状态更新前播放动画的场景。
*/
async produceAsync(fn: (draft: T) => void): Promise<void> {
async produceAsync(fn: (draft: T) => undefined): Promise<void> {
await Promise.allSettled(this._interruptions);
this._interruptions = [];
this.produce(fn);
}
}
export function mutableSignal<T>(initial?: T, options?: SignalOptions<T>): MutableSignal<T> {
return new MutableSignal<T>(initial, options);
export function mutableSignal<T>(
initial?: T,
options?: SignalOptions<T>,
): MutableSignal<T> {
return new MutableSignalImpl<T>(initial, options);
}
src/utils/spawner.ts
+39
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@@ -0,0 +1,39 @@
import { effect } from "@preact/signals-core";
export type SpawnerFunction = (id: string) => () => void;
export function createSpawner(spawner: SpawnerFunction) {
const entries = new Map<string, () => void>();
function update(set: Set<string>) {
for (const key of set) {
if (!entries.has(key)) {
entries.set(key, spawner(key));
}
}
for (const [key, entry] of entries) {
if (!set.has(key)) {
entry();
entries.delete(key);
}
}
}
return update;
}
export function spawnerEffect(
iterable: () => Iterable<string>,
spawner: SpawnerFunction,
) {
const update = createSpawner(spawner);
return effect(() => {
const set = new Set<string>();
for (const each of iterable()) {
set.add(each);
}
update(set);
});
}
tests/core/game-host.test.ts
+579 -562
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File diff suppressed because it is too large Load Diff
tests/core/game.test.ts
+181 -159
View File
@@ -1,193 +1,215 @@
import { describe, it, expect } from 'vitest';
import { createGameContext, createGameCommandRegistry, createPromptDef, IGameContext, PromptDef } from '@/core/game';
import type { PromptEvent, Command } from '@/utils/command';
import { describe, it, expect } from "vitest";
import {
createGameContext,
createGameCommandRegistry,
createPromptDef,
IGameContext,
PromptDef,
} from "@/core/game";
import type {
PromptEvent,
Command,
CommandRunnerContext,
} from "@/utils/command";
type MyState = {
score: number;
round: number;
score: number;
round: number;
};
describe('createGameContext', () => {
it('should create a game context with state', () => {
const registry = createGameCommandRegistry();
const ctx = createGameContext(registry);
describe("createGameContext", () => {
it("should create a game context with state", () => {
const registry = createGameCommandRegistry();
const ctx = createGameContext(registry);
expect(ctx._state).not.toBeNull();
expect(ctx._state.value).toBeDefined();
expect(ctx._state).not.toBeNull();
expect(ctx._state.value).toBeDefined();
});
it("should wire commands to the context", () => {
const registry = createGameCommandRegistry();
const ctx = createGameContext(registry);
expect(ctx._commands).not.toBeNull();
expect(ctx._commands.registry).toBe(registry);
});
it("should accept initial state as an object", () => {
const registry = createGameCommandRegistry<MyState>();
const ctx = createGameContext<MyState>(registry, {
score: 0,
round: 1,
});
it('should wire commands to the context', () => {
const registry = createGameCommandRegistry();
const ctx = createGameContext(registry);
expect(ctx._state.value.score).toBe(0);
expect(ctx._state.value.round).toBe(1);
});
expect(ctx._commands).not.toBeNull();
expect(ctx._commands.registry).toBe(registry);
it("should accept initial state as a factory function", () => {
const registry = createGameCommandRegistry<MyState>();
const ctx = createGameContext<MyState>(registry, () => ({
score: 10,
round: 3,
}));
expect(ctx._state.value.score).toBe(10);
expect(ctx._state.value.round).toBe(3);
});
it("should forward prompt events via listener", async () => {
const registry = createGameCommandRegistry();
const ctx = createGameContext(registry);
registry.register("test <value>", async function (_ctx, value) {
return _ctx.prompt(
createPromptDef("prompt <answer>"),
(answer) => answer,
);
});
it('should accept initial state as an object', () => {
const registry = createGameCommandRegistry<MyState>();
const ctx = createGameContext<MyState>(registry, {
score: 0,
round: 1,
});
expect(ctx._state.value.score).toBe(0);
expect(ctx._state.value.round).toBe(1);
const promptPromise = new Promise<PromptEvent>((resolve) => {
ctx._commands.on("prompt", resolve);
});
const runPromise = ctx.run("test hello");
it('should accept initial state as a factory function', () => {
const registry = createGameCommandRegistry<MyState>();
const ctx = createGameContext<MyState>(registry, () => ({
score: 10,
round: 3,
}));
const promptEvent = await promptPromise;
expect(promptEvent).not.toBeNull();
expect(promptEvent.schema.name).toBe("prompt");
expect(ctx._state.value.score).toBe(10);
expect(ctx._state.value.round).toBe(3);
const error = promptEvent.tryCommit({
name: "prompt",
params: ["yes"],
options: {},
flags: {},
});
expect(error).toBeNull();
it('should forward prompt events via listener', async () => {
const registry = createGameCommandRegistry();
const ctx = createGameContext(registry);
registry.register('test <value>', async function (_ctx, value) {
return this.prompt({schema: 'prompt <answer>'}, () => 'ok');
});
const promptPromise = new Promise<PromptEvent>(resolve => {
ctx._commands.on('prompt', resolve);
});
const runPromise = ctx.run('test hello');
const promptEvent = await promptPromise;
expect(promptEvent).not.toBeNull();
expect(promptEvent.schema.name).toBe('prompt');
const error = promptEvent.tryCommit({ name: 'prompt', params: ['yes'], options: {}, flags: {} });
expect(error).toBeNull();
const result = await runPromise;
expect(result.success).toBe(true);
});
const result = await runPromise;
expect(result.success).toBe(true);
});
});
describe('createGameCommand', () => {
it('should run a command with access to game context', async () => {
const registry = createGameCommandRegistry<{ marker: string }>();
describe("createGameCommand", () => {
it("should run a command with access to game context", async () => {
const registry = createGameCommandRegistry<{ marker: string }>();
registry.register('set-marker <id>', async function (ctx, id) {
ctx.produce(state => {
state.marker = id;
});
return id;
registry.register("set-marker <id>", async function (ctx, id) {
ctx.produce((state) => {
state.marker = id;
});
return id;
});
const ctx = createGameContext(registry, { marker: "" });
const result = await ctx.run("set-marker board");
if (!result.success) {
console.error("Error:", result.error);
}
expect(result.success).toBe(true);
if (result.success) {
expect(result.result).toBe("board");
}
expect(ctx._state.value.marker).toBe("board");
});
it("should run a typed command with extended context", async () => {
const registry = createGameCommandRegistry<MyState>();
registry.register(
"add-score <amount:number>",
async function (ctx, amount) {
ctx.produce((state) => {
state.score += amount;
});
return ctx.value.score;
},
);
const ctx = createGameContext(registry, { marker: '' });
const ctx = createGameContext<MyState>(registry, () => ({
score: 0,
round: 1,
}));
const result = await ctx.run('set-marker board');
if (!result.success) {
console.error('Error:', result.error);
}
expect(result.success).toBe(true);
if (result.success) {
expect(result.result).toBe('board');
}
expect(ctx._state.value.marker).toBe('board');
});
const result = await ctx.run("add-score 5");
expect(result.success).toBe(true);
if (result.success) {
expect(result.result).toBe(5);
}
expect(ctx._state.value.score).toBe(5);
});
it('should run a typed command with extended context', async () => {
const registry = createGameCommandRegistry<MyState>();
it("should return error for unknown command", async () => {
const registry = createGameCommandRegistry();
const ctx = createGameContext(registry);
registry.register(
'add-score <amount:number>',
async function (ctx, amount) {
ctx.produce(state => {
state.score += amount;
});
return ctx.value.score;
}
);
const ctx = createGameContext<MyState>(registry, () => ({
score: 0,
round: 1,
}));
const result = await ctx.run('add-score 5');
expect(result.success).toBe(true);
if (result.success) {
expect(result.result).toBe(5);
}
expect(ctx._state.value.score).toBe(5);
});
it('should return error for unknown command', async () => {
const registry = createGameCommandRegistry();
const ctx = createGameContext(registry);
const result = await ctx.run('nonexistent');
expect(result.success).toBe(false);
if (!result.success) {
expect(result.error).toContain('nonexistent');
}
});
const result = await ctx.run("nonexistent");
expect(result.success).toBe(false);
if (!result.success) {
expect(result.error).toContain("nonexistent");
}
});
});
describe('createPromptDef', () => {
it('should create a PromptDef with string schema', () => {
const promptDef = createPromptDef<[string, number]>('play <player> <score:number>');
describe("createPromptDef", () => {
it("should create a PromptDef with string schema", () => {
const promptDef = createPromptDef<[string, number]>(
"play <player> <score:number>",
);
expect(promptDef).toBeDefined();
expect(promptDef.schema.name).toBe('play');
expect(promptDef.schema.params).toHaveLength(2);
expect(promptDef.schema.params[0].name).toBe('player');
expect(promptDef.schema.params[1].name).toBe('score');
expect(promptDef).toBeDefined();
expect(promptDef.schema.name).toBe("play");
expect(promptDef.schema.params).toHaveLength(2);
expect(promptDef.schema.params[0].name).toBe("player");
expect(promptDef.schema.params[1].name).toBe("score");
});
it("should create a PromptDef with CommandSchema object", () => {
const schemaObj = {
name: "test",
params: [],
options: {},
flags: {},
};
const promptDef = createPromptDef<[]>(schemaObj);
expect(promptDef.schema).toEqual(schemaObj);
});
it("should be usable with game.prompt", async () => {
const registry = createGameCommandRegistry<{ score: number }>();
registry.register("test-prompt", async function (ctx) {
const promptDef = createPromptDef<[number]>("input <value:number>");
const result = await ctx.prompt(promptDef, (value) => {
if (value < 0) throw "Value must be positive";
return value;
});
return result;
});
it('should create a PromptDef with CommandSchema object', () => {
const schemaObj = {
name: 'test',
params: [],
options: {},
flags: {}
};
const promptDef = createPromptDef<[]>(schemaObj);
const ctx = createGameContext(registry, { score: 0 });
expect(promptDef.schema).toEqual(schemaObj);
const promptPromise = new Promise<PromptEvent>((resolve) => {
ctx._commands.on("prompt", resolve);
});
const runPromise = ctx.run("test-prompt");
it('should be usable with game.prompt', async () => {
const registry = createGameCommandRegistry<{ score: number }>();
const promptEvent = await promptPromise;
expect(promptEvent.schema.name).toBe("input");
registry.register('test-prompt', async function(ctx) {
const promptDef = createPromptDef<[number]>('input <value:number>');
const result = await ctx.prompt(
promptDef,
(value) => {
if (value < 0) throw 'Value must be positive';
return value;
}
);
return result;
});
const ctx = createGameContext(registry, { score: 0 });
const promptPromise = new Promise<PromptEvent>(resolve => {
ctx._commands.on('prompt', resolve);
});
const runPromise = ctx.run('test-prompt');
const promptEvent = await promptPromise;
expect(promptEvent.schema.name).toBe('input');
const error = promptEvent.tryCommit({ name: 'input', params: [42], options: {}, flags: {} });
expect(error).toBeNull();
const result = await runPromise;
expect(result.success).toBe(true);
if (result.success) {
expect(result.result).toBe(42);
}
const error = promptEvent.tryCommit({
name: "input",
params: [42],
options: {},
flags: {},
});
expect(error).toBeNull();
const result = await runPromise;
expect(result.success).toBe(true);
if (result.success) {
expect(result.result).toBe(42);
}
});
});
tests/samples/boop.test.ts
+728 -604
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File diff suppressed because it is too large Load Diff
tests/samples/regicide.test.ts
+302 -282
View File
@@ -1,353 +1,373 @@
import {createGameContext} from '@/core/game';
import {registry} from '@/samples/regicide/commands';
import {createInitialState} from '@/samples/regicide/state';
import { describe, it, expect } from "vitest";
import { createGameContext } from "@/core/game";
import { registry } from "@/samples/regicide/commands";
import { createInitialState } from "@/samples/regicide/state";
import {
buildEnemyDeck,
buildTavernDeck,
createAllCards,
createCard,
createEnemy,
getCardValue,
isEnemyDefeated
} from '@/samples/regicide/utils';
import {Mulberry32RNG} from '@/utils/rng';
import {CARD_VALUES, ENEMY_COUNT, FACE_CARDS, INITIAL_HAND_SIZE} from '@/samples/regicide/constants';
import {PlayerType} from '@/samples/regicide/types';
buildEnemyDeck,
buildTavernDeck,
createAllCards,
createCard,
createEnemy,
getCardValue,
isEnemyDefeated,
} from "@/samples/regicide/utils";
import { Mulberry32RNG } from "@/utils/rng";
import {
CARD_VALUES,
ENEMY_COUNT,
FACE_CARDS,
INITIAL_HAND_SIZE,
} from "@/samples/regicide/constants";
import { PlayerType } from "@/samples/regicide/types";
describe('Regicide - Utils', () => {
describe('getCardValue', () => {
it('should return correct value for number cards', () => {
expect(getCardValue('A')).toBe(1);
expect(getCardValue('5')).toBe(5);
expect(getCardValue('10')).toBe(10);
});
it('should return correct value for face cards', () => {
expect(getCardValue('J')).toBe(10);
expect(getCardValue('Q')).toBe(15);
expect(getCardValue('K')).toBe(20);
});
describe("Regicide - Utils", () => {
describe("getCardValue", () => {
it("should return correct value for number cards", () => {
expect(getCardValue("A")).toBe(1);
expect(getCardValue("5")).toBe(5);
expect(getCardValue("10")).toBe(10);
});
describe('createCard', () => {
it('should create a card with correct properties', () => {
const card = createCard('spades_A', 'spades', 'A');
expect(card.id).toBe('spades_A');
expect(card.suit).toBe('spades');
expect(card.rank).toBe('A');
expect(card.value).toBe(1);
});
it("should return correct value for face cards", () => {
expect(getCardValue("J")).toBe(10);
expect(getCardValue("Q")).toBe(15);
expect(getCardValue("K")).toBe(20);
});
});
describe("createCard", () => {
it("should create a card with correct properties", () => {
const card = createCard("spades_A", "spades", "A");
expect(card.id).toBe("spades_A");
expect(card.suit).toBe("spades");
expect(card.rank).toBe("A");
expect(card.value).toBe(1);
});
});
describe("createEnemy", () => {
it("should create an enemy with correct HP", () => {
const enemy = createEnemy("enemy_0", "J", "spades");
expect(enemy.rank).toBe("J");
expect(enemy.value).toBe(10);
expect(enemy.hp).toBe(20);
expect(enemy.maxHp).toBe(20);
});
describe('createEnemy', () => {
it('should create an enemy with correct HP', () => {
const enemy = createEnemy('enemy_0', 'J', 'spades');
expect(enemy.rank).toBe('J');
expect(enemy.value).toBe(10);
expect(enemy.hp).toBe(20);
expect(enemy.maxHp).toBe(20);
});
it("should create enemy with different values for different ranks", () => {
const jEnemy = createEnemy("enemy_0", "J", "spades");
const qEnemy = createEnemy("enemy_1", "Q", "hearts");
const kEnemy = createEnemy("enemy_2", "K", "diamonds");
it('should create enemy with different values for different ranks', () => {
const jEnemy = createEnemy('enemy_0', 'J', 'spades');
const qEnemy = createEnemy('enemy_1', 'Q', 'hearts');
const kEnemy = createEnemy('enemy_2', 'K', 'diamonds');
expect(jEnemy.value).toBe(10);
expect(qEnemy.value).toBe(15);
expect(kEnemy.value).toBe(20);
expect(jEnemy.value).toBe(10);
expect(qEnemy.value).toBe(15);
expect(kEnemy.value).toBe(20);
expect(jEnemy.hp).toBe(20);
expect(qEnemy.hp).toBe(30);
expect(kEnemy.hp).toBe(40);
});
});
expect(jEnemy.hp).toBe(20);
expect(qEnemy.hp).toBe(30);
expect(kEnemy.hp).toBe(40);
});
describe("createAllCards", () => {
it("should create 52 cards", () => {
const cards = createAllCards();
expect(Object.keys(cards).length).toBe(52);
});
describe('createAllCards', () => {
it('should create 52 cards', () => {
const cards = createAllCards();
expect(Object.keys(cards).length).toBe(52);
});
it("should have all suits and ranks", () => {
const cards = createAllCards();
const suits = ["spades", "hearts", "diamonds", "clubs"];
const ranks = [
"A",
"2",
"3",
"4",
"5",
"6",
"7",
"8",
"9",
"10",
"J",
"Q",
"K",
];
it('should have all suits and ranks', () => {
const cards = createAllCards();
const suits = ['spades', 'hearts', 'diamonds', 'clubs'];
const ranks = ['A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K'];
for (const suit of suits) {
for (const rank of ranks) {
const id = `${suit}_${rank}`;
expect(cards[id]).toBeDefined();
expect(cards[id].suit).toBe(suit);
expect(cards[id].rank).toBe(rank);
}
}
});
});
for (const suit of suits) {
for (const rank of ranks) {
const id = `${suit}_${rank}`;
expect(cards[id]).toBeDefined();
expect(cards[id].suit).toBe(suit);
expect(cards[id].rank).toBe(rank);
}
}
});
describe("buildEnemyDeck", () => {
it("should create 12 enemies (J/Q/K)", () => {
const rng = new Mulberry32RNG(12345);
const deck = buildEnemyDeck(rng);
expect(deck.length).toBe(12);
});
describe('buildEnemyDeck', () => {
it('should create 12 enemies (J/Q/K)', () => {
const rng = new Mulberry32RNG(12345);
const deck = buildEnemyDeck(rng);
expect(deck.length).toBe(12);
});
it("should have J at top, Q in middle, K at bottom", () => {
const rng = new Mulberry32RNG(12345);
const deck = buildEnemyDeck(rng);
it('should have J at top, Q in middle, K at bottom', () => {
const rng = new Mulberry32RNG(12345);
const deck = buildEnemyDeck(rng);
for (let i = 0; i < 4; i++) {
expect(deck[i].rank).toBe("J");
}
for (let i = 0; i < 4; i++) {
expect(deck[i].rank).toBe('J');
}
for (let i = 4; i < 8; i++) {
expect(deck[i].rank).toBe("Q");
}
for (let i = 4; i < 8; i++) {
expect(deck[i].rank).toBe('Q');
}
for (let i = 8; i < 12; i++) {
expect(deck[i].rank).toBe("K");
}
});
});
for (let i = 8; i < 12; i++) {
expect(deck[i].rank).toBe('K');
}
});
describe("buildTavernDeck", () => {
it("should create 40 cards (A-10)", () => {
const rng = new Mulberry32RNG(12345);
const deck = buildTavernDeck(rng);
expect(deck.length).toBe(40);
});
describe('buildTavernDeck', () => {
it('should create 40 cards (A-10)', () => {
const rng = new Mulberry32RNG(12345);
const deck = buildTavernDeck(rng);
expect(deck.length).toBe(40);
});
it("should not contain face cards", () => {
const rng = new Mulberry32RNG(12345);
const deck = buildTavernDeck(rng);
it('should not contain face cards', () => {
const rng = new Mulberry32RNG(12345);
const deck = buildTavernDeck(rng);
for (const card of deck) {
expect(FACE_CARDS.includes(card.rank)).toBe(false);
}
});
});
for (const card of deck) {
expect(FACE_CARDS.includes(card.rank)).toBe(false);
}
});
describe("isEnemyDefeated", () => {
it("should return true when enemy HP <= 0", () => {
const enemy = createEnemy("enemy_0", "J", "spades");
expect(isEnemyDefeated(enemy)).toBe(false);
enemy.hp = 0;
expect(isEnemyDefeated(enemy)).toBe(true);
enemy.hp = -5;
expect(isEnemyDefeated(enemy)).toBe(true);
});
describe('isEnemyDefeated', () => {
it('should return true when enemy HP <= 0', () => {
const enemy = createEnemy('enemy_0', 'J', 'spades');
expect(isEnemyDefeated(enemy)).toBe(false);
enemy.hp = 0;
expect(isEnemyDefeated(enemy)).toBe(true);
enemy.hp = -5;
expect(isEnemyDefeated(enemy)).toBe(true);
});
it('should return false for null enemy', () => {
expect(isEnemyDefeated(null)).toBe(false);
});
it("should return false for null enemy", () => {
expect(isEnemyDefeated(null)).toBe(false);
});
});
});
describe('Regicide - Commands', () => {
function createTestContext() {
const initialState = createInitialState();
return createGameContext(registry, initialState);
}
describe("Regicide - Commands", () => {
function createTestContext() {
const initialState = createInitialState();
return createGameContext(registry, initialState);
}
function setupTestGame(game: ReturnType<typeof createTestContext>) {
const cards = createAllCards();
const rng = new Mulberry32RNG(12345);
const enemyDeck = buildEnemyDeck(rng);
const tavernDeck = buildTavernDeck(rng);
function setupTestGame(game: ReturnType<typeof createTestContext>) {
const cards = createAllCards();
const rng = new Mulberry32RNG(12345);
const enemyDeck = buildEnemyDeck(rng);
const tavernDeck = buildTavernDeck(rng);
game.produce(state => {
state.cards = cards;
state.playerCount = 2;
state.currentPlayerIndex = 0;
state.enemyDeck = [...enemyDeck];
state.currentEnemy = {...enemyDeck[0]};
game.produce((state) => {
state.cards = cards;
state.playerCount = 2;
state.currentPlayerIndex = 0;
state.enemyDeck = [...enemyDeck];
state.currentEnemy = { ...enemyDeck[0] };
for (const card of tavernDeck) {
state.regions.tavernDeck.childIds.push(card.id);
}
for (const card of tavernDeck) {
state.regions.tavernDeck.childIds.push(card.id);
}
for (let i = 0; i < 6; i++) {
const card1 = tavernDeck[i];
const card2 = tavernDeck[i + 6];
card1.regionId = 'hand_player1';
card2.regionId = 'hand_player2';
state.playerHands.player1.push(card1.id);
state.playerHands.player2.push(card2.id);
state.regions.hand_player1.childIds.push(card1.id);
state.regions.hand_player2.childIds.push(card2.id);
}
});
}
for (let i = 0; i < 6; i++) {
const card1 = tavernDeck[i];
const card2 = tavernDeck[i + 6];
card1.regionId = "hand_player1";
card2.regionId = "hand_player2";
state.playerHands.player1.push(card1.id);
state.playerHands.player2.push(card2.id);
state.regions.hand_player1.childIds.push(card1.id);
state.regions.hand_player2.childIds.push(card2.id);
}
});
}
describe('play command', () => {
it('should deal damage to current enemy', async () => {
const game = createTestContext();
setupTestGame(game);
describe("play command", () => {
it("should deal damage to current enemy", async () => {
const game = createTestContext();
setupTestGame(game);
const enemyHpBefore = game.value.currentEnemy!.hp;
const cardId = game.value.playerHands.player1[0];
const card = game.value.cards[cardId];
const enemyHpBefore = game.value.currentEnemy!.hp;
const cardId = game.value.playerHands.player1[0];
const card = game.value.cards[cardId];
const result = await game.run(`play player1 ${cardId}`);
const result = await game.run(`play player1 ${cardId}`);
expect(game.value.currentEnemy!.hp).toBe(enemyHpBefore - card.value);
});
it('should double damage for clubs suit', async () => {
const game = createTestContext();
setupTestGame(game);
game.produce(state => {
state.cards['clubs_5'] = createCard('clubs_5', 'clubs', '5');
state.playerHands.player1.push('clubs_5');
state.regions.hand_player1.childIds.push('clubs_5');
});
const clubsCardId = 'clubs_5';
const enemyHpBefore = game.value.currentEnemy!.hp;
const card = game.value.cards[clubsCardId];
await game.run(`play player1 ${clubsCardId}`);
expect(game.value.currentEnemy!.hp).toBe(enemyHpBefore - card.value * 2);
});
expect(game.value.currentEnemy!.hp).toBe(enemyHpBefore - card.value);
});
describe('pass command', () => {
it('should allow player to pass', async () => {
const game = createTestContext();
setupTestGame(game);
it("should double damage for clubs suit", async () => {
const game = createTestContext();
setupTestGame(game);
const result = await game.run('pass player1');
game.produce((state) => {
state.cards["clubs_5"] = createCard("clubs_5", "clubs", "5");
state.playerHands.player1.push("clubs_5");
state.regions.hand_player1.childIds.push("clubs_5");
});
expect(result.success).toBe(true);
});
const clubsCardId = "clubs_5";
const enemyHpBefore = game.value.currentEnemy!.hp;
const card = game.value.cards[clubsCardId];
await game.run(`play player1 ${clubsCardId}`);
expect(game.value.currentEnemy!.hp).toBe(enemyHpBefore - card.value * 2);
});
});
describe("pass command", () => {
it("should allow player to pass", async () => {
const game = createTestContext();
setupTestGame(game);
const result = await game.run("pass player1");
expect(result.success).toBe(true);
});
});
describe("check-enemy command", () => {
it("should detect defeated enemy and reveal next", async () => {
const game = createTestContext();
setupTestGame(game);
const firstEnemy = game.value.currentEnemy!;
game.produce((state) => {
state.currentEnemy!.hp = 0;
});
await game.run("check-enemy");
expect(game.value.regions.discardPile.childIds).toContain(firstEnemy.id);
expect(game.value.currentEnemy).not.toBe(firstEnemy);
});
describe('check-enemy command', () => {
it('should detect defeated enemy and reveal next', async () => {
const game = createTestContext();
setupTestGame(game);
it("should not defeat enemy if HP > 0", async () => {
const game = createTestContext();
setupTestGame(game);
const firstEnemy = game.value.currentEnemy!;
game.produce(state => {
state.currentEnemy!.hp = 0;
});
const currentEnemyId = game.value.currentEnemy!.id;
await game.run('check-enemy');
await game.run("check-enemy");
expect(game.value.regions.discardPile.childIds).toContain(firstEnemy.id);
expect(game.value.currentEnemy).not.toBe(firstEnemy);
});
expect(game.value.currentEnemy!.id).toBe(currentEnemyId);
});
});
it('should not defeat enemy if HP > 0', async () => {
const game = createTestContext();
setupTestGame(game);
describe("next-turn command", () => {
it("should switch to next player", async () => {
const game = createTestContext();
setupTestGame(game);
const currentEnemyId = game.value.currentEnemy!.id;
expect(game.value.currentPlayerIndex).toBe(0);
await game.run('check-enemy');
await game.run("next-turn");
expect(game.value.currentEnemy!.id).toBe(currentEnemyId);
});
expect(game.value.currentPlayerIndex).toBe(1);
});
describe('next-turn command', () => {
it('should switch to next player', async () => {
const game = createTestContext();
setupTestGame(game);
it("should wrap around to first player", async () => {
const game = createTestContext();
setupTestGame(game);
expect(game.value.currentPlayerIndex).toBe(0);
game.produce((state) => {
state.currentPlayerIndex = 1;
});
await game.run('next-turn');
await game.run("next-turn");
expect(game.value.currentPlayerIndex).toBe(1);
});
it('should wrap around to first player', async () => {
const game = createTestContext();
setupTestGame(game);
game.produce(state => {
state.currentPlayerIndex = 1;
});
await game.run('next-turn');
expect(game.value.currentPlayerIndex).toBe(0);
});
expect(game.value.currentPlayerIndex).toBe(0);
});
});
});
describe('Regicide - Game Flow', () => {
function createTestContext() {
const initialState = createInitialState();
return createGameContext(registry, initialState);
}
describe("Regicide - Game Flow", () => {
function createTestContext() {
const initialState = createInitialState();
return createGameContext(registry, initialState);
}
it('should complete a full turn cycle', async () => {
const game = createTestContext();
it("should complete a full turn cycle", async () => {
const game = createTestContext();
const cards = createAllCards();
const rng = new Mulberry32RNG(12345);
const enemyDeck = buildEnemyDeck(rng);
const tavernDeck = buildTavernDeck(rng);
const cards = createAllCards();
const rng = new Mulberry32RNG(12345);
const enemyDeck = buildEnemyDeck(rng);
const tavernDeck = buildTavernDeck(rng);
game.produce(state => {
state.cards = cards;
state.playerCount = 1;
state.currentPlayerIndex = 0;
state.enemyDeck = [...enemyDeck.slice(1)];
state.currentEnemy = {...enemyDeck[0]};
game.produce((state) => {
state.cards = cards;
state.playerCount = 1;
state.currentPlayerIndex = 0;
state.enemyDeck = [...enemyDeck.slice(1)];
state.currentEnemy = { ...enemyDeck[0] };
for (const card of tavernDeck) {
state.regions.tavernDeck.childIds.push(card.id);
}
for (const card of tavernDeck) {
state.regions.tavernDeck.childIds.push(card.id);
}
for (let i = 0; i < 6; i++) {
const card = tavernDeck[i];
card.regionId = 'hand_player1';
state.playerHands.player1.push(card.id);
state.regions.hand_player1.childIds.push(card.id);
}
});
const cardId = game.value.playerHands.player1[0];
const card = game.value.cards[cardId];
const enemyHpBefore = game.value.currentEnemy!.hp;
await game.run(`play player1 ${cardId}`);
expect(game.value.currentEnemy!.hp).toBeLessThan(enemyHpBefore);
for (let i = 0; i < 6; i++) {
const card = tavernDeck[i];
card.regionId = "hand_player1";
state.playerHands.player1.push(card.id);
state.regions.hand_player1.childIds.push(card.id);
}
});
it('should win game when all enemies defeated', async () => {
const game = createTestContext();
const cardId = game.value.playerHands.player1[0];
const card = game.value.cards[cardId];
const enemyHpBefore = game.value.currentEnemy!.hp;
const cards = createAllCards();
const rng = new Mulberry32RNG(12345);
const tavernDeck = buildTavernDeck(rng);
await game.run(`play player1 ${cardId}`);
game.produce(state => {
state.cards = cards;
state.playerCount = 1;
state.currentPlayerIndex = 0;
state.enemyDeck = [];
state.currentEnemy = null;
expect(game.value.currentEnemy!.hp).toBeLessThan(enemyHpBefore);
});
for (const card of tavernDeck) {
state.regions.tavernDeck.childIds.push(card.id);
}
});
it("should win game when all enemies defeated", async () => {
const game = createTestContext();
game.produce(state => {
state.phase = 'victory';
state.winner = true;
});
const cards = createAllCards();
const rng = new Mulberry32RNG(12345);
const tavernDeck = buildTavernDeck(rng);
expect(game.value.phase).toBe('victory');
expect(game.value.winner).toBe(true);
game.produce((state) => {
state.cards = cards;
state.playerCount = 1;
state.currentPlayerIndex = 0;
state.enemyDeck = [];
state.currentEnemy = null;
for (const card of tavernDeck) {
state.regions.tavernDeck.childIds.push(card.id);
}
});
game.produce((state) => {
state.phase = "victory";
state.winner = true;
});
expect(game.value.phase).toBe("victory");
expect(game.value.winner).toBe(true);
});
});
tests/samples/slay-the-spire-like/combat/effects.test.ts
+649
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import { describe, it, expect } from "vitest";
import {
addEffect,
addEntityEffect,
addItemEffect,
onEntityEffectUpkeep,
onEntityPostureDamage,
onPlayerItemEffectUpkeep,
onItemPlay,
onItemDiscard,
getAliveEnemies,
getCombatEntity,
canPlayCard,
payCardCost,
} from "@/samples/slay-the-spire-like/system/combat/effects";
import type {
CombatEntity,
CombatState,
EffectTable,
IRunContext,
PlayerEntity,
EnemyEntity,
} from "@/samples/slay-the-spire-like/system/combat/types";
import type {
EffectData,
ItemData,
} from "@/samples/slay-the-spire-like/system/types";
import type {
CellKey,
GridInventory,
InventoryItem,
} from "@/samples/slay-the-spire-like/system/grid-inventory/types";
import type { GameItemMeta } from "@/samples/slay-the-spire-like/system/grid-inventory/types";
import type { ParsedShape } from "@/samples/slay-the-spire-like/system/utils/parse-shape";
import type { Transform2D } from "@/samples/slay-the-spire-like/system/utils/shape-collision";
import { CardEffect } from "@/samples/slay-the-spire-like/data/desert";
function createRunContext(
items: Map<string, InventoryItem<GameItemMeta>>,
): IRunContext {
return {
getItemData(id: string): ItemData | null {
const item = items.get(id);
return item?.meta?.itemData ?? null;
},
getAdjacentItems(_id: string): Iterable<string> {
return [];
},
getConsumedUses(id: string): number {
const item = items.get(id);
return item?.meta?.consumedUses ?? 0;
},
setConsumedUsesAsync(id: string, uses: number): Promise<void> {
const item = items.get(id);
if (item?.meta) {
item.meta.consumedUses = uses;
}
return Promise.resolve();
},
};
}
function createEffect(
id: string,
lifecycle: EffectData["lifecycle"],
): EffectData {
return { id, name: id, description: "", lifecycle, emoji: "" };
}
function createCard(
id: string,
costType: "energy" | "uses" | "none",
costCount: number,
) {
return {
id,
name: id,
desc: "",
type: "item" as const,
costType,
costCount,
targetType: "player" as const,
effects: [] as CardEffect[],
};
}
function createItem(
itemId: string,
cardId: string,
costType: "energy" | "uses" | "none",
costCount: number,
depletion = 0,
): InventoryItem<GameItemMeta> {
return {
id: itemId,
shape: { id: "1x1", cells: [{ x: 0, y: 0 }] } as unknown as ParsedShape,
transform: {
offset: { x: 0, y: 0 },
flipX: false,
flipY: false,
} as unknown as Transform2D,
meta: {
itemData: {
id: itemId,
type: "weapon",
name: itemId,
shape: "1x1",
card: createCard(cardId, costType, costCount),
price: 0,
description: "",
},
shape: { id: "1x1", cells: [{ x: 0, y: 0 }] } as unknown as ParsedShape,
consumedUses: costType === "uses" ? depletion : undefined,
},
};
}
function createInventory(
items: InventoryItem<GameItemMeta>[],
): GridInventory<GameItemMeta> {
const map = new Map<string, InventoryItem<GameItemMeta>>();
const occupied = new Set<CellKey>();
for (const item of items) {
map.set(item.id, item);
occupied.add(`${item.transform.offset.x},${item.transform.offset.y}`);
}
return { width: 6, height: 4, items: map, occupiedCells: occupied };
}
function createCombatEntity(hp = 10, maxHp = 10): CombatEntity {
return {
id: "",
effects: {},
hp,
maxHp,
isAlive: hp > 0,
};
}
function createPlayerEntity(hp = 30, maxHp = 30): PlayerEntity {
return {
...createCombatEntity(hp, maxHp),
energy: 3,
maxEnergy: 3,
deck: {
cards: {},
regions: {
drawPile: { id: "drawPile", axes: [], childIds: [], partMap: {} },
hand: { id: "hand", axes: [], childIds: [], partMap: {} },
discardPile: { id: "discardPile", axes: [], childIds: [], partMap: {} },
exhaustPile: { id: "exhaustPile", axes: [], childIds: [], partMap: {} },
},
},
itemEffects: {},
};
}
function createEnemyEntity(id: string, hp = 10, maxHp = 10): EnemyEntity {
return {
...createCombatEntity(hp, maxHp),
id,
enemy: { id, name: id, description: "", intents: null! },
intents: {},
currentIntent: null!,
};
}
function createCombatState(
playerHp = 30,
enemies: EnemyEntity[] = [],
): CombatState {
return {
player: createPlayerEntity(playerHp),
enemies,
phase: "playerTurn",
turnNumber: 1,
result: null,
loot: [],
};
}
describe("combat/effects", () => {
describe("addEffect", () => {
it("should add a new effect to an empty table", () => {
const table: EffectTable = {};
const effect = createEffect("strength", "temporary");
addEffect(table, effect, 3);
expect(table["strength"]).toBeDefined();
expect(table["strength"].data).toBe(effect);
expect(table["strength"].stacks).toBe(3);
});
it("should stack with existing effect of same id", () => {
const table: EffectTable = {};
const effect = createEffect("strength", "lingering");
addEffect(table, effect, 2);
addEffect(table, effect, 3);
expect(table["strength"].stacks).toBe(5);
});
it("should remove effect when stacks reach 0", () => {
const table: EffectTable = {};
const effect = createEffect("strength", "temporary");
addEffect(table, effect, 3);
addEffect(table, effect, -3);
expect(table["strength"]).toBeUndefined();
});
it("should not add effect when stacks is 0", () => {
const table: EffectTable = {};
const effect = createEffect("strength", "temporary");
addEffect(table, effect, 0);
expect(table["strength"]).toBeUndefined();
});
it("should handle negative stacks", () => {
const table: EffectTable = {};
const effect = createEffect("weak", "temporary");
addEffect(table, effect, -2);
expect(table["weak"].stacks).toBe(-2);
});
});
describe("addEntityEffect", () => {
it("should add effect to entity.effects", () => {
const entity = createCombatEntity();
const effect = createEffect("vulnerable", "lingering");
addEntityEffect(entity, effect, 2);
expect(entity.effects["vulnerable"].stacks).toBe(2);
});
});
describe("addItemEffect", () => {
it("should add effect to player.itemEffects[itemKey]", () => {
const player = createPlayerEntity();
const effect = createEffect("adjacent-buff", "itemTemporary");
addItemEffect(player, "sword-1", effect, 3);
expect(player.itemEffects["sword-1"]["adjacent-buff"].stacks).toBe(3);
});
it("should initialize itemEffects entry if not present", () => {
const player = createPlayerEntity();
const effect = createEffect("adjacent-buff", "itemTemporary");
addItemEffect(player, "new-item", effect, 1);
expect(player.itemEffects["new-item"]).toBeDefined();
});
it("should stack with existing item effect", () => {
const player = createPlayerEntity();
const effect = createEffect("adjacent-buff", "itemTemporary");
addItemEffect(player, "sword-1", effect, 2);
addItemEffect(player, "sword-1", effect, 3);
expect(player.itemEffects["sword-1"]["adjacent-buff"].stacks).toBe(5);
});
});
describe("onEntityEffectUpkeep", () => {
it("should remove temporary effects", () => {
const entity = createCombatEntity();
const tempEffect = createEffect("temp-shield", "temporary");
addEntityEffect(entity, tempEffect, 5);
onEntityEffectUpkeep(entity);
expect(entity.effects["temp-shield"]).toBeUndefined();
});
it("should decrement lingering effects by 1", () => {
const entity = createCombatEntity();
const lingeringEffect = createEffect("poison", "lingering");
addEntityEffect(entity, lingeringEffect, 3);
onEntityEffectUpkeep(entity);
expect(entity.effects["poison"].stacks).toBe(2);
});
it("should remove lingering effects when stacks reach 0", () => {
const entity = createCombatEntity();
const lingeringEffect = createEffect("poison", "lingering");
addEntityEffect(entity, lingeringEffect, 1);
onEntityEffectUpkeep(entity);
expect(entity.effects["poison"]).toBeUndefined();
});
it("should not affect permanent effects", () => {
const entity = createCombatEntity();
const permEffect = createEffect("max-hp-up", "permanent");
addEntityEffect(entity, permEffect, 5);
onEntityEffectUpkeep(entity);
expect(entity.effects["max-hp-up"].stacks).toBe(5);
});
it("should not affect instant effects", () => {
const entity = createCombatEntity();
const instantEffect = createEffect("instant-damage", "instant");
addEntityEffect(entity, instantEffect, 10);
onEntityEffectUpkeep(entity);
expect(entity.effects["instant-damage"].stacks).toBe(10);
});
it("should increment lingering effects with negative stacks", () => {
const entity = createCombatEntity();
const lingeringEffect = createEffect("regen", "lingering");
addEntityEffect(entity, lingeringEffect, -3);
onEntityEffectUpkeep(entity);
expect(entity.effects["regen"].stacks).toBe(-2);
});
});
describe("onEntityPostureDamage", () => {
it("should reduce posture effects by damage amount", () => {
const entity = createCombatEntity();
const postureEffect = createEffect("block", "posture");
addEntityEffect(entity, postureEffect, 10);
onEntityPostureDamage(entity, 4);
expect(entity.effects["block"].stacks).toBe(6);
});
it("should not reduce posture effects below 0", () => {
const entity = createCombatEntity();
const postureEffect = createEffect("block", "posture");
addEntityEffect(entity, postureEffect, 3);
onEntityPostureDamage(entity, 10);
expect(entity.effects["block"]).toBeUndefined();
});
it("should not affect non-posture effects", () => {
const entity = createCombatEntity();
const postureEffect = createEffect("block", "posture");
const permEffect = createEffect("strength", "permanent");
addEntityEffect(entity, postureEffect, 5);
addEntityEffect(entity, permEffect, 3);
onEntityPostureDamage(entity, 2);
expect(entity.effects["block"].stacks).toBe(3);
expect(entity.effects["strength"].stacks).toBe(3);
});
it("should handle zero damage", () => {
const entity = createCombatEntity();
const postureEffect = createEffect("block", "posture");
addEntityEffect(entity, postureEffect, 5);
onEntityPostureDamage(entity, 0);
expect(entity.effects["block"].stacks).toBe(5);
});
});
describe("onPlayerItemEffectUpkeep", () => {
it("should remove itemTemporary effects", () => {
const player = createPlayerEntity();
const effect = createEffect("adjacent-buff", "itemTemporary");
addItemEffect(player, "sword-1", effect, 5);
onPlayerItemEffectUpkeep(player);
expect(player.itemEffects["sword-1"]["adjacent-buff"]).toBeUndefined();
});
it("should not affect itemPermanent effects", () => {
const player = createPlayerEntity();
const effect = createEffect("adjacent-buff", "itemPermanent");
addItemEffect(player, "sword-1", effect, 5);
onPlayerItemEffectUpkeep(player);
expect(player.itemEffects["sword-1"]["adjacent-buff"].stacks).toBe(5);
});
it("should not affect itemUntilPlay effects", () => {
const player = createPlayerEntity();
const effect = createEffect("charged", "itemUntilPlay");
addItemEffect(player, "sword-1", effect, 3);
onPlayerItemEffectUpkeep(player);
expect(player.itemEffects["sword-1"]["charged"].stacks).toBe(3);
});
});
describe("onItemPlay", () => {
it("should remove itemUntilPlay effects", () => {
const player = createPlayerEntity();
const effect = createEffect("charged", "itemUntilPlay");
addItemEffect(player, "sword-1", effect, 3);
onItemPlay(player, "sword-1");
expect(player.itemEffects["sword-1"]["charged"]).toBeUndefined();
});
it("should not affect other lifecycle effects", () => {
const player = createPlayerEntity();
const permEffect = createEffect("passive", "itemPermanent");
const playEffect = createEffect("charged", "itemUntilPlay");
addItemEffect(player, "sword-1", permEffect, 5);
addItemEffect(player, "sword-1", playEffect, 3);
onItemPlay(player, "sword-1");
expect(player.itemEffects["sword-1"]["passive"].stacks).toBe(5);
expect(player.itemEffects["sword-1"]["charged"]).toBeUndefined();
});
it("should do nothing for item with no effects", () => {
const player = createPlayerEntity();
expect(() => onItemPlay(player, "nonexistent")).not.toThrow();
});
});
describe("onItemDiscard", () => {
it("should remove itemUntilDiscard effects", () => {
const player = createPlayerEntity();
const effect = createEffect("discard-buff", "itemUntilDiscard");
addItemEffect(player, "sword-1", effect, 3);
onItemDiscard(player, "sword-1");
expect(player.itemEffects["sword-1"]["discard-buff"]).toBeUndefined();
});
it("should not affect other lifecycle effects", () => {
const player = createPlayerEntity();
const permEffect = createEffect("passive", "itemPermanent");
const discardEffect = createEffect("discard-buff", "itemUntilDiscard");
addItemEffect(player, "sword-1", permEffect, 5);
addItemEffect(player, "sword-1", discardEffect, 3);
onItemDiscard(player, "sword-1");
expect(player.itemEffects["sword-1"]["passive"].stacks).toBe(5);
expect(player.itemEffects["sword-1"]["discard-buff"]).toBeUndefined();
});
it("should do nothing for item with no effects", () => {
const player = createPlayerEntity();
expect(() => onItemDiscard(player, "nonexistent")).not.toThrow();
});
});
describe("getAliveEnemies", () => {
it("should yield only alive enemies", () => {
const state = createCombatState(30, [
createEnemyEntity("slime-1", 10, 10),
createEnemyEntity("slime-2", 0, 10),
createEnemyEntity("slime-3", 5, 10),
]);
const alive = [...getAliveEnemies(state)];
expect(alive.length).toBe(2);
expect(alive[0].id).toBe("slime-1");
expect(alive[1].id).toBe("slime-3");
});
it("should return empty for no enemies", () => {
const state = createCombatState(30, []);
const alive = [...getAliveEnemies(state)];
expect(alive.length).toBe(0);
});
it("should return empty when all enemies are dead", () => {
const state = createCombatState(30, [
createEnemyEntity("slime-1", 0, 10),
createEnemyEntity("slime-2", 0, 10),
]);
const alive = [...getAliveEnemies(state)];
expect(alive.length).toBe(0);
});
});
describe("getCombatEntity", () => {
it('should return player for "player" key', () => {
const state = createCombatState(30);
const entity = getCombatEntity(state, "player");
expect(entity).toBe(state.player);
});
it("should return enemy by id", () => {
const enemy = createEnemyEntity("boss-1", 50, 50);
const state = createCombatState(30, [enemy]);
const entity = getCombatEntity(state, "boss-1");
expect(entity).toBe(enemy);
});
it("should return undefined for non-existent enemy", () => {
const state = createCombatState(30, [createEnemyEntity("slime-1")]);
const entity = getCombatEntity(state, "nonexistent");
expect(entity).toBeUndefined();
});
});
describe("canPlayCard", () => {
it("should allow playing energy card when player has enough energy", () => {
const player = createPlayerEntity();
player.energy = 3;
const inventory = createInventory([]);
const run = createRunContext(inventory.items);
const result = canPlayCard(player, "energy", 2, "any", run);
expect(result).toBe(true);
});
it("should reject playing energy card when player lacks energy", () => {
const player = createPlayerEntity();
player.energy = 1;
const inventory = createInventory([]);
const run = createRunContext(inventory.items);
const result = canPlayCard(player, "energy", 2, "any", run);
expect(result).toBe(false);
});
it("should allow playing uses card when item has remaining uses", () => {
const player = createPlayerEntity();
const item = createItem("potion-1", "potion-card", "uses", 3, 1);
const inventory = createInventory([item]);
const run = createRunContext(inventory.items);
const result = canPlayCard(player, "uses", 3, "potion-1", run);
expect(result).toBe(true);
});
it("should reject playing uses card when item is depleted", () => {
const player = createPlayerEntity();
const item = createItem("potion-1", "potion-card", "uses", 3, 3);
const inventory = createInventory([item]);
const run = createRunContext(inventory.items);
const result = canPlayCard(player, "uses", 3, "potion-1", run);
expect(result).toBe(false);
});
it("should reject playing uses card when item not in inventory", () => {
const player = createPlayerEntity();
const inventory = createInventory([]);
const run = createRunContext(inventory.items);
const result = canPlayCard(player, "uses", 1, "missing", run);
expect(result).toBe(false);
});
it("should always allow playing none cost card", () => {
const player = createPlayerEntity();
player.energy = 0;
const inventory = createInventory([]);
const run = createRunContext(inventory.items);
const result = canPlayCard(player, "none", 0, "any", run);
expect(result).toBe(true);
});
});
describe("payCardCost", () => {
it("should deduct energy for energy cost card", async () => {
const player = createPlayerEntity();
player.energy = 3;
const inventory = createInventory([]);
const run = createRunContext(inventory.items);
await payCardCost(player, "energy", 2, "any", run);
expect(player.energy).toBe(1);
});
it("should increment depletion for uses cost card", async () => {
const player = createPlayerEntity();
const item = createItem("potion-1", "potion-card", "uses", 3, 1);
const inventory = createInventory([item]);
const run = createRunContext(inventory.items);
await payCardCost(player, "uses", 3, "potion-1", run);
expect(item.meta?.consumedUses).toBe(4);
});
it("should do nothing for none cost card", async () => {
const player = createPlayerEntity();
player.energy = 3;
const inventory = createInventory([]);
const run = createRunContext(inventory.items);
await payCardCost(player, "none", 0, "any", run);
expect(player.energy).toBe(3);
});
it("should handle missing item gracefully for uses cost", async () => {
const player = createPlayerEntity();
const inventory = createInventory([]);
const run = createRunContext(inventory.items);
await expect(
payCardCost(player, "uses", 1, "missing", run),
).resolves.not.toThrow();
});
});
});
tests/samples/slay-the-spire-like/combat/triggers.test.ts
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import { describe, it, expect } from "vitest";
import {
createGameContext,
createGameCommandRegistry,
IGameContext,
} from "@/core/game";
import { createRegion } from "@/core/region";
import {
createTriggers,
Triggers,
} from "@/samples/slay-the-spire-like/system/combat/triggers";
import { addTriggers } from "@/samples/slay-the-spire-like/data/desert/triggers";
import {
CombatState,
EnemyEntity,
IRunContext,
} from "@/samples/slay-the-spire-like/system/combat/types";
import { EffectData } from "@/samples/slay-the-spire-like/system/types";
import {
GameCard,
DeckRegions,
} from "@/samples/slay-the-spire-like/system/deck";
import {
CellKey,
GridInventory,
InventoryItem,
} from "@/samples/slay-the-spire-like/system/grid-inventory/types";
import { GameItemMeta } from "@/samples/slay-the-spire-like/system/grid-inventory/types";
import {
CardEffect,
getCards,
getEffects,
getEnemies,
} from "@/samples/slay-the-spire-like/data/desert";
const cards = getCards();
const effects = getEffects();
const enemies = getEnemies();
function createEffect(
id: string,
lifecycle: EffectData["lifecycle"] = "instant",
): EffectData {
const found = effects.find((e) => e.id === id);
if (found) return found;
return { id, name: id, description: "", lifecycle, emoji: "" };
}
function createDeckRegions(): DeckRegions {
return {
drawPile: createRegion("drawPile", []),
hand: createRegion("hand", []),
discardPile: createRegion("discardPile", []),
exhaustPile: createRegion("exhaustPile", []),
};
}
function createCard(
id: string,
itemId: string,
costType: "energy" | "uses" | "none" = "energy",
costCount = 0,
): GameCard {
const cardData = cards.find((c) => c.id === itemId) ?? {
id: itemId,
name: itemId,
desc: "",
type: "item" as const,
costType,
costCount,
targetType: "player" as const,
effects: [] as CardEffect[],
};
return {
id,
regionId: "",
position: [0],
itemId,
cardData,
};
}
function createEnemyEntity(
enemyId: string,
hp: number,
maxHp: number,
instanceIndex = 0,
): EnemyEntity {
const enemyData = enemies.find((e) => e.id === enemyId);
if (!enemyData) throw new Error(`Enemy "${enemyId}" not found`);
const intent =
enemyData.intents.find((i) => i.initialIntent) ?? enemyData.intents[0];
const instanceId = `${enemyId}-${instanceIndex}`;
const intentMap: Record<string, typeof intent> = {};
for (const i of enemyData.intents) {
intentMap[i.id] = i;
}
return {
id: instanceId,
enemy: enemyData,
hp,
maxHp,
isAlive: true,
effects: {},
intents: intentMap,
currentIntent: intent,
};
}
function createInventory(
itemsList: InventoryItem<GameItemMeta>[],
): GridInventory<GameItemMeta> {
const map = new Map<string, InventoryItem<GameItemMeta>>();
const occupied = new Set<CellKey>();
for (const item of itemsList) {
map.set(item.id, item);
occupied.add(`${item.transform.offset.x},${item.transform.offset.y}`);
}
return { width: 6, height: 4, items: map, occupiedCells: occupied };
}
function createCombatState(overrides: Partial<CombatState> = {}): CombatState {
const regions = createDeckRegions();
return {
player: {
id: "player",
effects: {},
hp: 30,
maxHp: 30,
isAlive: true,
energy: 3,
maxEnergy: 3,
deck: { cards: {}, regions },
itemEffects: {},
},
enemies: [],
phase: "playerTurn",
turnNumber: 1,
result: null,
loot: [],
...overrides,
};
}
function createTestContext(state?: CombatState): IGameContext<CombatState> {
const registry = createGameCommandRegistry<CombatState>();
const ctx = createGameContext(registry, state ?? createCombatState());
ctx._rng.setSeed(42);
return ctx;
}
function getTriggers(): Triggers {
const run: IRunContext = {
getConsumedUses() {
return 0;
},
getItemData() {
return null;
},
*getAdjacentItems() {},
async setConsumedUsesAsync() {},
};
const triggers = createTriggers(run);
addTriggers(triggers, run);
return triggers;
}
function addCardToHand(ctx: IGameContext<CombatState>, card: GameCard) {
ctx._state.produce((draft) => {
draft.player.deck.cards[card.id] = card;
card.regionId = "hand";
draft.player.deck.regions.hand.childIds.push(card.id);
});
}
function addCardToDrawPile(ctx: IGameContext<CombatState>, card: GameCard) {
ctx._state.produce((draft) => {
draft.player.deck.cards[card.id] = card;
card.regionId = "drawPile";
draft.player.deck.regions.drawPile.childIds.push(card.id);
});
}
function addCardToDiscardPile(ctx: IGameContext<CombatState>, card: GameCard) {
ctx._state.produce((draft) => {
draft.player.deck.cards[card.id] = card;
card.regionId = "discardPile";
draft.player.deck.regions.discardPile.childIds.push(card.id);
});
}
function makeDummyEnemy() {
return createEnemyEntity("仙人掌怪", 999, 999);
}
describe("desert triggers", () => {
describe("instant effects", () => {
it("should apply attack effect as damage", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [makeDummyEnemy()],
}),
);
const triggers = getTriggers();
const attackEffect = createEffect("attack");
await triggers.onEffectApplied.execute(ctx, {
effect: attackEffect,
entityId: "player",
stacks: 5,
sourceEntityId: "enemy-0",
});
expect(ctx.value.player.hp).toBe(25);
});
it("should apply draw effect", async () => {
const ctx = createTestContext();
const triggers = getTriggers();
const drawEffect = createEffect("draw");
addCardToDrawPile(ctx, createCard("card-1", "sword"));
addCardToDrawPile(ctx, createCard("card-2", "sword"));
await triggers.onEffectApplied.execute(ctx, {
effect: drawEffect,
entityId: "player",
stacks: 2,
});
expect(ctx.value.player.deck.regions.hand.childIds.length).toBe(2);
expect(ctx.value.player.deck.regions.drawPile.childIds.length).toBe(0);
});
it("should apply gainEnergy effect", async () => {
const ctx = createTestContext();
const triggers = getTriggers();
const gainEnergyEffect = createEffect("gainEnergy");
const initialEnergy = ctx.value.player.energy;
await triggers.onEffectApplied.execute(ctx, {
effect: gainEnergyEffect,
entityId: "player",
stacks: 2,
});
expect(ctx.value.player.energy).toBe(initialEnergy + 2);
});
it("should remove wound cards from draw and discard piles", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [makeDummyEnemy()],
}),
);
const triggers = getTriggers();
const removeWoundEffect = createEffect("removeWound");
addCardToDrawPile(ctx, createCard("wound-1", "wound", "none", 0));
addCardToDiscardPile(ctx, createCard("wound-2", "wound", "none", 0));
addCardToDrawPile(ctx, createCard("sword-1", "sword"));
await triggers.onEffectApplied.execute(ctx, {
effect: removeWoundEffect,
entityId: "player",
stacks: 2,
});
expect(ctx.value.player.deck.cards["wound-1"]).toBeUndefined();
expect(ctx.value.player.deck.cards["wound-2"]).toBeUndefined();
expect(ctx.value.player.deck.cards["sword-1"]).toBeDefined();
});
});
describe("damage pipeline", () => {
it("should prevent damage with block", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [makeDummyEnemy()],
}),
);
const triggers = getTriggers();
const defendEffect = createEffect("defend", "temporary");
ctx._state.produce((draft) => {
draft.player.effects.defend = { data: defendEffect, stacks: 5 };
});
await triggers.onDamage.execute(ctx, {
entityId: "player",
amount: 8,
sourceEntityId: "enemy-0",
});
expect(ctx.value.player.hp).toBe(27);
expect(ctx.value.player.effects.defend?.stacks).toBe(undefined);
});
it("should reduce damage with damageReduce", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [makeDummyEnemy()],
}),
);
const triggers = getTriggers();
const damageReduceEffect = createEffect("damageReduce", "temporary");
ctx._state.produce((draft) => {
draft.player.effects.damageReduce = {
data: damageReduceEffect,
stacks: 3,
};
});
await triggers.onDamage.execute(ctx, {
entityId: "player",
amount: 8,
sourceEntityId: "enemy-0",
});
expect(ctx.value.player.hp).toBe(25);
});
it("should increase damage with expose", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [makeDummyEnemy()],
}),
);
const triggers = getTriggers();
const exposeEffect = createEffect("expose", "temporary");
ctx._state.produce((draft) => {
draft.player.effects.expose = { data: exposeEffect, stacks: 2 };
});
await triggers.onDamage.execute(ctx, {
entityId: "player",
amount: 5,
sourceEntityId: "enemy-0",
});
expect(ctx.value.player.hp).toBe(23);
});
});
describe("spike reflection", () => {
it("should damage attacker when entity has spike", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [createEnemyEntity("仙人掌怪", 12, 12)],
}),
);
const triggers = getTriggers();
const spikeEffect = createEffect("spike", "permanent");
const attackEffect = createEffect("attack", "instant");
ctx._state.produce((draft) => {
const enemy = draft.enemies[0];
enemy.effects.spike = { data: spikeEffect, stacks: 3 };
});
await triggers.onEffectApplied.execute(ctx, {
effect: attackEffect,
entityId: "仙人掌怪-0",
stacks: 5,
sourceEntityId: "player",
});
expect(ctx.value.player.hp).toBe(27);
});
});
describe("storm static card generation", () => {
it("should give player static cards when storm enemy executes intent", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [createEnemyEntity("风暴之灵", 30, 30)],
}),
);
const triggers = getTriggers();
await triggers.onEnemyIntent.execute(ctx, { enemyId: "风暴之灵-0" });
const staticCards = Object.values(ctx.value.player.deck.cards).filter(
(c: GameCard) => c.itemId === "static",
);
expect(staticCards.length).toBe(2);
});
});
describe("energyDrain", () => {
it("should drain player energy when energyDrain enemy takes damage", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [createEnemyEntity("幼沙虫", 18, 18)],
}),
);
const triggers = getTriggers();
const energyDrainEffect = createEffect("energyDrain", "lingering");
ctx._state.produce((draft) => {
const enemy = draft.enemies[0];
enemy.effects.energyDrain = { data: energyDrainEffect, stacks: 1 };
});
await triggers.onDamage.execute(ctx, {
entityId: "幼沙虫-0",
amount: 5,
sourceEntityId: "player",
});
expect(ctx.value.player.energy).toBe(2);
});
});
describe("molt flee", () => {
it("should make enemy flee when molt >= maxHp after taking damage", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [createEnemyEntity("蜥蜴", 14, 14)],
}),
);
const triggers = getTriggers();
const moltEffect = createEffect("molt", "posture");
ctx._state.produce((draft) => {
const enemy = draft.enemies[0];
enemy.effects.molt = { data: moltEffect, stacks: 14 };
});
let threw = false;
try {
await triggers.onDamage.execute(ctx, {
entityId: "蜥蜴-0",
amount: 1,
sourceEntityId: "player",
});
} catch (e) {
threw = true;
}
expect(threw).toBe(true);
expect(ctx.value.result).toBe("victory");
expect(ctx.value.enemies[0].isAlive).toBe(false);
});
});
describe("discard at turn start", () => {
it("should randomly discard a card when discard effect is active", async () => {
const ctx = createTestContext();
const triggers = getTriggers();
const discardEffect = createEffect("discard", "lingering");
addCardToHand(ctx, createCard("card-1", "sword"));
addCardToHand(ctx, createCard("card-2", "shield"));
addCardToHand(ctx, createCard("card-3", "dagger"));
ctx._state.produce((draft) => {
draft.player.effects.discard = { data: discardEffect, stacks: 1 };
});
await triggers.onTurnStart.execute(ctx, { entityId: "player" });
expect(ctx.value.player.deck.regions.hand.childIds.length).toBe(2);
expect(ctx.value.player.deck.regions.discardPile.childIds.length).toBe(1);
});
});
describe("next-turn effects", () => {
it("should gain block from defendNext at turn start", async () => {
const ctx = createTestContext();
const triggers = getTriggers();
const defendNextEffect = createEffect("defendNext", "temporary");
ctx._state.produce((draft) => {
draft.player.effects.defendNext = { data: defendNextEffect, stacks: 5 };
});
await triggers.onTurnStart.execute(ctx, { entityId: "player" });
expect(ctx.value.player.effects.defend?.stacks).toBe(5);
expect(ctx.value.player.effects.defendNext).toBeUndefined();
});
it("should gain energy from energyNext at turn start", async () => {
const ctx = createTestContext();
const triggers = getTriggers();
const energyNextEffect = createEffect("energyNext", "temporary");
ctx._state.produce((draft) => {
draft.player.effects.energyNext = { data: energyNextEffect, stacks: 2 };
});
await triggers.onTurnStart.execute(ctx, { entityId: "player" });
expect(ctx.value.player.energy).toBe(5);
expect(ctx.value.player.effects.energyNext).toBeUndefined();
});
it("should draw extra cards from drawNext at turn start", async () => {
const ctx = createTestContext();
const triggers = getTriggers();
const drawNextEffect = createEffect("drawNext", "temporary");
addCardToDrawPile(ctx, createCard("card-1", "sword"));
addCardToDrawPile(ctx, createCard("card-2", "sword"));
addCardToDrawPile(ctx, createCard("card-3", "sword"));
ctx._state.produce((draft) => {
draft.player.effects.drawNext = { data: drawNextEffect, stacks: 2 };
});
await triggers.onTurnStart.execute(ctx, { entityId: "player" });
expect(ctx.value.player.deck.regions.hand.childIds.length).toBe(2);
expect(ctx.value.player.effects.drawNext).toBeUndefined();
});
});
describe("posture damage effects", () => {
it("should double damage with aim", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [createEnemyEntity("仙人掌怪", 12, 12)],
}),
);
const triggers = getTriggers();
const aimEffect = createEffect("aim", "posture");
ctx._state.produce((draft) => {
draft.player.effects.aim = { data: aimEffect, stacks: 2 };
});
await triggers.onDamage.execute(ctx, {
entityId: "仙人掌怪-0",
amount: 5,
sourceEntityId: "player",
});
expect(ctx.value.enemies[0].hp).toBe(2);
});
it("should add bonus damage with roll", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [createEnemyEntity("仙人掌怪", 99, 99)],
}),
);
const triggers = getTriggers();
const rollEffect = createEffect("roll", "posture");
ctx._state.produce((draft) => {
draft.player.effects.roll = { data: rollEffect, stacks: 20 };
});
await triggers.onDamage.execute(ctx, {
entityId: "仙人掌怪-0",
amount: 5,
sourceEntityId: "player",
});
expect(ctx.value.enemies[0].hp).toBe(74);
expect(ctx.value.player.effects.roll).toBeUndefined();
});
it("should add bonus damage with tailSting", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [createEnemyEntity("沙蝎", 10, 10)],
}),
);
const triggers = getTriggers();
const tailStingEffect = createEffect("tailSting", "posture");
ctx._state.produce((draft) => {
const enemy = draft.enemies[0];
enemy.effects.tailSting = { data: tailStingEffect, stacks: 2 };
});
await triggers.onDamage.execute(ctx, {
entityId: "player",
amount: 5,
sourceEntityId: "沙蝎-0",
});
expect(ctx.value.player.hp).toBe(23);
});
it("should double damage with charge on attacker", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [createEnemyEntity("骑马枪手", 25, 25)],
}),
);
const triggers = getTriggers();
const chargeEffect = createEffect("charge", "lingering");
ctx._state.produce((draft) => {
const enemy = draft.enemies[0];
enemy.effects.charge = { data: chargeEffect, stacks: 2 };
});
await triggers.onDamage.execute(ctx, {
entityId: "player",
amount: 5,
sourceEntityId: "骑马枪手-0",
});
expect(ctx.value.player.hp).toBe(20);
});
});
describe("crossbow chain", () => {
it("should replay other crossbows on same target", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [createEnemyEntity("仙人掌怪", 20, 20)],
}),
);
const triggers = getTriggers();
const crossbowEffect = createEffect("crossbow");
addCardToHand(ctx, createCard("crossbow-1", "crossbow"));
addCardToHand(ctx, createCard("crossbow-2", "crossbow"));
await triggers.onEffectApplied.execute(ctx, {
effect: crossbowEffect,
entityId: "player",
stacks: 0,
cardId: "crossbow-1",
sourceEntityId: "player",
targetId: "仙人掌怪-0",
});
expect(ctx.value.enemies[0].hp).toBe(8);
});
});
describe("sandwormKing fatigue heal", () => {
it("should heal sandworm king when player discards fatigue", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [createEnemyEntity("沙虫王", 30, 40)],
}),
);
const triggers = getTriggers();
addCardToHand(ctx, createCard("fatigue-1", "fatigue", "none", 0));
await triggers.onCardDiscarded.execute(ctx, {
cardId: "fatigue-1",
sourceEntityId: "player",
});
expect(ctx.value.enemies[0].hp).toBe(40);
});
});
describe("vulture on-damage", () => {
it("should give player vultureEye when vulture deals damage", async () => {
const ctx = createTestContext(
createCombatState({
enemies: [createEnemyEntity("秃鹫", 12, 12)],
}),
);
const triggers = getTriggers();
await triggers.onDamage.execute(ctx, {
entityId: "player",
amount: 5,
sourceEntityId: "秃鹫-0",
});
const vultureEyeCards = Object.values(ctx.value.player.deck.cards).filter(
(c: GameCard) => c.itemId === "vultureEye",
);
expect(vultureEyeCards.length).toBe(1);
});
});
});
tests/samples/slay-the-spire-like/data/index.test.ts
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import { describe, it, expect } from "vitest";
import data from "@/samples/slay-the-spire-like/data";
import { CardData } from "@/samples/slay-the-spire-like";
describe("data import", () => {
it("should import properly", () => {
expect(data.desert.getEffects).toBeDefined();
expect(
data.desert.getCards().find((c: CardData) => c.id === "crossbow")?.effects
?.length,
).toBe(2);
});
});
tests/samples/slay-the-spire-like/deck/factory.test.ts
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import { describe, it, expect } from "vitest";
import {
generateDeckFromInventory,
createCard,
createDeckRegions,
createPlayerDeck,
generateCardId,
} from "@/samples/slay-the-spire-like/system/deck/factory";
import {
createGridInventory,
placeItem,
} from "@/samples/slay-the-spire-like/system/grid-inventory";
import type {
GridInventory,
InventoryItem,
} from "@/samples/slay-the-spire-like/system/grid-inventory";
import type { GameItemMeta } from "@/samples/slay-the-spire-like/system/grid-inventory/types";
import { IDENTITY_TRANSFORM } from "@/samples/slay-the-spire-like/system/utils/shape-collision";
import { parseShapeString } from "@/samples/slay-the-spire-like/system/utils/parse-shape";
import type {
CardData,
ItemData,
} from "@/samples/slay-the-spire-like/system/types";
/**
* Helper: create a minimal CardData for testing.
*/
function createTestCardData(id: string, name: string, desc: string): CardData {
return {
id,
name,
desc,
type: "item",
costType: "energy",
costCount: 1,
targetType: "enemy",
effects: [],
};
}
/**
* Helper: create a minimal ItemData for testing.
*/
function createTestItemData(
id: string,
name: string,
shapeStr: string,
desc: string,
): ItemData {
return {
id,
type: "weapon",
name,
shape: shapeStr,
card: createTestCardData(id, name, desc),
price: 10,
description: desc,
};
}
/**
* Helper: create a minimal GameItemMeta for testing.
*/
function createTestMeta(
name: string,
desc: string,
shapeStr: string,
): GameItemMeta {
const shape = parseShapeString(shapeStr);
const itemData = createTestItemData(name.toLowerCase(), name, shapeStr, desc);
return {
itemData,
shape,
};
}
/**
* Helper: create a test inventory with some items.
*/
function createTestInventory(): GridInventory<GameItemMeta> {
const inv = createGridInventory<GameItemMeta>(6, 4);
// Item "短刀" with shape "oe" (2 cells)
const meta1 = createTestMeta("短刀", "【攻击3】【攻击3】", "oe");
const item1: InventoryItem<GameItemMeta> = {
id: "dagger-1",
shape: meta1.shape,
transform: { ...IDENTITY_TRANSFORM, offset: { x: 0, y: 0 } },
meta: meta1,
};
placeItem(inv, item1);
// Item "盾" with shape "oesw" (4 cells)
const meta2 = createTestMeta("盾", "【防御3】", "oesw");
const item2: InventoryItem<GameItemMeta> = {
id: "shield-1",
shape: meta2.shape,
transform: { ...IDENTITY_TRANSFORM, offset: { x: 3, y: 0 } },
meta: meta2,
};
placeItem(inv, item2);
return inv;
}
describe("deck/factory", () => {
describe("generateCardId", () => {
it("should generate deterministic unique IDs", () => {
expect(generateCardId("item-1", 0)).toBe("card-item-1-0");
expect(generateCardId("item-1", 1)).toBe("card-item-1-1");
expect(generateCardId("item-2", 0)).toBe("card-item-2-0");
});
});
describe("createCard", () => {
it("should create a card with itemId and cardData", () => {
const cardData = createTestCardData("wound", "伤口", "无法被弃牌");
const card = createCard("wound-1", cardData, 0);
expect(card.id).toBe("card-wound-1-0");
expect(card.itemId).toBe("wound-1");
expect(card.cardData).toBe(cardData);
expect(card.regionId).toBe("");
expect(card.position).toEqual([]);
});
});
describe("generateDeckFromInventory", () => {
it("should generate correct number of cards based on shape cell counts", () => {
const inv = createTestInventory();
// "短刀" has 2 cells, "盾" has 4 cells = 6 total
const deck = generateDeckFromInventory(inv);
expect(Object.keys(deck.cards).length).toBe(6);
expect(deck.regions.drawPile.childIds.length).toBe(6);
expect(deck.regions.hand.childIds).toEqual([]);
expect(deck.regions.discardPile.childIds).toEqual([]);
expect(deck.regions.exhaustPile.childIds).toEqual([]);
});
it("should link cards to their source items", () => {
const inv = createTestInventory();
const deck = generateDeckFromInventory(inv);
const daggerCards = Object.values(deck.cards).filter(
(c) => c.itemId === "dagger-1",
);
const shieldCards = Object.values(deck.cards).filter(
(c) => c.itemId === "shield-1",
);
expect(daggerCards.length).toBe(2);
expect(shieldCards.length).toBe(4);
// Verify card data
expect(daggerCards[0].cardData.name).toBe("短刀");
expect(shieldCards[0].cardData.name).toBe("盾");
});
it("should set displayName and description from item data", () => {
const inv = createTestInventory();
const deck = generateDeckFromInventory(inv);
for (const card of Object.values(deck.cards)) {
expect(card.cardData.name).toBeTruthy();
expect(card.cardData.desc).toBeTruthy();
}
const daggerCard = Object.values(deck.cards).find(
(c) => c.cardData.name === "短刀",
);
expect(daggerCard?.cardData.name).toBe("短刀");
expect(daggerCard?.cardData.desc).toBe("【攻击3】【攻击3】");
});
it("should assign unique IDs to each card from same item", () => {
const inv = createTestInventory();
const deck = generateDeckFromInventory(inv);
const daggerCards = Object.values(deck.cards).filter(
(c) => c.itemId === "dagger-1",
);
const ids = daggerCards.map((c) => c.id);
const uniqueIds = new Set(ids);
expect(uniqueIds.size).toBe(ids.length);
});
it("should handle empty inventory", () => {
const inv = createGridInventory<GameItemMeta>(6, 4);
const deck = generateDeckFromInventory(inv);
expect(Object.keys(deck.cards).length).toBe(0);
expect(deck.regions.drawPile.childIds).toEqual([]);
});
it("should place all cards in draw pile initially", () => {
const inv = createTestInventory();
const deck = generateDeckFromInventory(inv);
for (const cardId of deck.regions.drawPile.childIds) {
expect(deck.cards[cardId]).toBeDefined();
}
// All cards are in draw pile
expect(new Set(deck.regions.drawPile.childIds).size).toBe(
Object.keys(deck.cards).length,
);
});
});
describe("createDeckRegions", () => {
it("should create regions for all deck zones", () => {
const regions = createDeckRegions();
expect(regions.drawPile.id).toBe("drawPile");
expect(regions.hand.id).toBe("hand");
expect(regions.discardPile.id).toBe("discardPile");
expect(regions.exhaustPile.id).toBe("exhaustPile");
});
it("should have empty childIds initially", () => {
const regions = createDeckRegions();
expect(regions.drawPile.childIds).toEqual([]);
expect(regions.hand.childIds).toEqual([]);
expect(regions.discardPile.childIds).toEqual([]);
expect(regions.exhaustPile.childIds).toEqual([]);
});
});
describe("createPlayerDeck", () => {
it("should create an empty deck structure", () => {
const deck = createPlayerDeck();
expect(deck.cards).toEqual({});
expect(deck.regions.drawPile.childIds).toEqual([]);
expect(deck.regions.hand.childIds).toEqual([]);
expect(deck.regions.discardPile.childIds).toEqual([]);
expect(deck.regions.exhaustPile.childIds).toEqual([]);
});
});
});
tests/samples/slay-the-spire-like/grid-inventory.test.ts
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import { describe, it, expect } from "vitest";
import { parseShapeString } from "@/samples/slay-the-spire-like/system/utils/parse-shape";
import { IDENTITY_TRANSFORM } from "@/samples/slay-the-spire-like/system/utils/shape-collision";
import {
createGridInventory,
placeItem,
removeItem,
moveItem,
rotateItem,
flipItem,
getOccupiedCellSet,
getItemAtCell,
getAdjacentItems,
validatePlacement,
type InventoryItem,
} from "@/samples/slay-the-spire-like/system/grid-inventory";
import { createItemIn } from "@/samples/slay-the-spire-like/system/grid-inventory/factory";
import type {
GameItem,
GameItemMeta,
} from "@/samples/slay-the-spire-like/system/grid-inventory/types";
import type {
CardData,
ItemData,
} from "@/samples/slay-the-spire-like/system/types";
/**
* Helper: create a minimal CardData for testing.
*/
function createTestCardData(id: string, name: string, desc: string): CardData {
return {
id,
name,
desc,
type: "item",
costType: "energy",
costCount: 1,
targetType: "enemy",
effects: [],
};
}
/**
* Helper: create a minimal ItemData for testing.
*/
function createTestItemData(
id: string,
name: string,
shapeStr: string,
desc: string,
): ItemData {
return {
id,
type: "weapon",
name,
shape: shapeStr,
card: createTestCardData(id, name, desc),
price: 10,
description: desc,
};
}
/**
* Helper: create a test inventory item.
*/
function createTestItem(
id: string,
shapeStr: string,
transform = IDENTITY_TRANSFORM,
): InventoryItem<Record<string, never>> {
const shape = parseShapeString(shapeStr);
return {
id,
shape,
transform: { ...transform },
};
}
describe("grid-inventory", () => {
describe("createGridInventory", () => {
it("should create an empty inventory with correct dimensions", () => {
const inv = createGridInventory(6, 4);
expect(inv.width).toBe(6);
expect(inv.height).toBe(4);
expect(inv.items.size).toBe(0);
expect(inv.occupiedCells.size).toBe(0);
});
});
describe("placeItem", () => {
it("should place a single-cell item", () => {
const inv = createGridInventory(6, 4);
const item = createTestItem("sword", "o");
placeItem(inv, item);
expect(inv.items.size).toBe(1);
expect(inv.items.has("sword")).toBe(true);
expect(inv.occupiedCells.has("0,0")).toBe(true);
});
it("should place a multi-cell item", () => {
const inv = createGridInventory(6, 4);
const item = createTestItem("axe", "oee");
placeItem(inv, item);
expect(inv.items.size).toBe(1);
expect(inv.occupiedCells.size).toBe(3);
expect(inv.occupiedCells.has("0,0")).toBe(true);
expect(inv.occupiedCells.has("1,0")).toBe(true);
expect(inv.occupiedCells.has("2,0")).toBe(true);
});
it("should place multiple items", () => {
const inv = createGridInventory(6, 4);
const itemA = createTestItem("a", "o");
const itemB = createTestItem("b", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 3, y: 0 },
});
placeItem(inv, itemA);
placeItem(inv, itemB);
expect(inv.items.size).toBe(2);
expect(inv.occupiedCells.size).toBe(2);
expect(inv.occupiedCells.has("0,0")).toBe(true);
expect(inv.occupiedCells.has("3,0")).toBe(true);
});
});
describe("removeItem", () => {
it("should remove an item and free its cells", () => {
const inv = createGridInventory(6, 4);
const item = createTestItem("sword", "oee");
placeItem(inv, item);
removeItem(inv, "sword");
expect(inv.items.size).toBe(0);
expect(inv.occupiedCells.size).toBe(0);
});
it("should only free the removed item's cells", () => {
const inv = createGridInventory(6, 4);
const itemA = createTestItem("a", "o");
const itemB = createTestItem("b", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 2, y: 0 },
});
placeItem(inv, itemA);
placeItem(inv, itemB);
removeItem(inv, "a");
expect(inv.items.size).toBe(1);
expect(inv.occupiedCells.size).toBe(1);
expect(inv.occupiedCells.has("0,0")).toBe(false);
expect(inv.occupiedCells.has("2,0")).toBe(true);
});
it("should do nothing for non-existent item", () => {
const inv = createGridInventory(6, 4);
removeItem(inv, "nonexistent");
expect(inv.items.size).toBe(0);
});
});
describe("validatePlacement", () => {
it("should return valid for empty board", () => {
const inv = createGridInventory(6, 4);
const shape = parseShapeString("o");
const result = validatePlacement(inv, shape, IDENTITY_TRANSFORM);
expect(result).toEqual({ valid: true });
});
it("should return invalid for out of bounds", () => {
const inv = createGridInventory(6, 4);
const shape = parseShapeString("o");
const result = validatePlacement(inv, shape, {
...IDENTITY_TRANSFORM,
offset: { x: 6, y: 0 },
});
expect(result).toEqual({ valid: false, reason: "超出边界" });
});
it("should return invalid for collision with existing item", () => {
const inv = createGridInventory(6, 4);
const existing = createTestItem("a", "oee");
placeItem(inv, existing);
const shape = parseShapeString("o");
const result = validatePlacement(inv, shape, IDENTITY_TRANSFORM);
expect(result).toEqual({ valid: false, reason: "与已有物品重叠" });
});
it("should return valid when there is room nearby", () => {
const inv = createGridInventory(6, 4);
const existing = createTestItem("a", "o");
placeItem(inv, existing);
const shape = parseShapeString("o");
const result = validatePlacement(inv, shape, {
...IDENTITY_TRANSFORM,
offset: { x: 1, y: 0 },
});
expect(result).toEqual({ valid: true });
});
});
describe("moveItem", () => {
it("should move item to a new position", () => {
const inv = createGridInventory(6, 4);
const item = createTestItem("sword", "o");
placeItem(inv, item);
const result = moveItem(inv, "sword", {
...IDENTITY_TRANSFORM,
offset: { x: 5, y: 3 },
});
expect(result).toEqual({ success: true });
expect(inv.occupiedCells.has("0,0")).toBe(false);
expect(inv.occupiedCells.has("5,3")).toBe(true);
expect(item.transform.offset).toEqual({ x: 5, y: 3 });
});
it("should reject move that goes out of bounds", () => {
const inv = createGridInventory(6, 4);
const item = createTestItem("sword", "o");
placeItem(inv, item);
const result = moveItem(inv, "sword", {
...IDENTITY_TRANSFORM,
offset: { x: 6, y: 0 },
});
expect(result).toEqual({ success: false, reason: "超出边界" });
expect(inv.occupiedCells.has("0,0")).toBe(true);
expect(item.transform.offset).toEqual({ x: 0, y: 0 });
});
it("should reject move that collides with another item", () => {
const inv = createGridInventory(6, 4);
const itemA = createTestItem("a", "o");
const itemB = createTestItem("b", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 2, y: 0 },
});
placeItem(inv, itemA);
placeItem(inv, itemB);
const result = moveItem(inv, "b", {
...IDENTITY_TRANSFORM,
offset: { x: 0, y: 0 },
});
expect(result).toEqual({ success: false, reason: "与已有物品重叠" });
expect(inv.occupiedCells.has("2,0")).toBe(true);
});
it("should return error for non-existent item", () => {
const inv = createGridInventory(6, 4);
const result = moveItem(inv, "ghost", IDENTITY_TRANSFORM);
expect(result).toEqual({ success: false, reason: "物品不存在" });
});
it("should move multi-cell item correctly", () => {
const inv = createGridInventory(6, 4);
// oes: cells at (0,0), (1,0), (1,1)
const item = createTestItem("axe", "oes");
placeItem(inv, item);
const newTransform = { ...IDENTITY_TRANSFORM, offset: { x: 3, y: 1 } };
moveItem(inv, "axe", newTransform);
// Old cells should be freed
expect(inv.occupiedCells.has("0,0")).toBe(false);
expect(inv.occupiedCells.has("1,0")).toBe(false);
expect(inv.occupiedCells.has("1,1")).toBe(false);
// New cells: (0,0)+offset(3,1)=(3,1), (1,0)+(3,1)=(4,1), (1,1)+(3,1)=(4,2)
expect(inv.occupiedCells.has("3,1")).toBe(true);
expect(inv.occupiedCells.has("4,1")).toBe(true);
expect(inv.occupiedCells.has("4,2")).toBe(true);
});
});
describe("rotateItem", () => {
it("should rotate item by 90 degrees", () => {
const inv = createGridInventory(6, 4);
// Horizontal line: (0,0), (1,0)
const item = createTestItem("bar", "oe", {
...IDENTITY_TRANSFORM,
offset: { x: 0, y: 1 }, // Place away from edge so rotation stays in bounds
});
placeItem(inv, item);
const result = rotateItem(inv, "bar", 90);
expect(result).toEqual({ success: true });
expect(item.transform.rotation).toBe(90);
});
it("should reject rotation that goes out of bounds", () => {
const inv = createGridInventory(3, 3);
// Item at the edge: place a 2-wide item at x=1
const item = createTestItem("bar", "oe", {
...IDENTITY_TRANSFORM,
offset: { x: 1, y: 0 },
});
placeItem(inv, item);
// Rotating 90° would make it vertical starting at (1,0), going to (1,-1) -> out of bounds
const result = rotateItem(inv, "bar", 90);
expect(result).toEqual({ success: false, reason: "超出边界" });
});
it("should reject rotation that collides", () => {
const inv = createGridInventory(4, 4);
const itemA = createTestItem("a", "o");
const itemB = createTestItem("b", "oe", {
...IDENTITY_TRANSFORM,
offset: { x: 2, y: 0 },
});
placeItem(inv, itemA);
placeItem(inv, itemB);
// Rotating b 90° would place cells at (2,0) and (2,-1) -> (2,-1) is out of bounds
// Let's try a different scenario: rotate b 270° -> (2,0) and (2,1) which is fine
// But rotating to collide with a at (0,0)... need item close to a
const itemC = createTestItem("c", "os", {
...IDENTITY_TRANSFORM,
offset: { x: 1, y: 0 },
});
placeItem(inv, itemC);
// Rotating c 90° would give cells at (1,0) and (0,0) -> collision with a
const result = rotateItem(inv, "c", 90);
expect(result).toEqual({ success: false, reason: "与已有物品重叠" });
});
it("should return error for non-existent item", () => {
const inv = createGridInventory(6, 4);
const result = rotateItem(inv, "ghost", 90);
expect(result).toEqual({ success: false, reason: "物品不存在" });
});
});
describe("flipItem", () => {
it("should flip item horizontally", () => {
const inv = createGridInventory(6, 4);
const item = createTestItem("bar", "oe");
placeItem(inv, item);
const result = flipItem(inv, "bar", "x");
expect(result).toEqual({ success: true });
expect(item.transform.flipX).toBe(true);
});
it("should flip item vertically", () => {
const inv = createGridInventory(6, 4);
const item = createTestItem("bar", "os");
placeItem(inv, item);
const result = flipItem(inv, "bar", "y");
expect(result).toEqual({ success: true });
expect(item.transform.flipY).toBe(true);
});
it("should reject flip that causes collision", () => {
// oes local cells: (0,0),(1,0),(1,1). flipY: (0,1),(1,1),(1,0).
// Place flipper at offset (0,2): world cells (0,2),(1,2),(1,3).
// flipY gives local (0,1),(1,1),(1,0) + offset(0,2) = (0,3),(1,3),(1,2) — same cells rearranged.
// Need asymmetric shape where flip changes world position.
// Use oes at offset (0,0): cells (0,0),(1,0),(1,1). flipY: (0,1),(1,1),(1,0).
// Place blocker at (0,1) — which is NOT occupied by oes initially.
const inv = createGridInventory(4, 4);
const blocker = createTestItem("blocker", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 0, y: 1 },
});
// oes at (0,1): cells (0,1),(1,1),(1,2). This overlaps blocker at (0,1)!
// Let me try: blocker at (1,0), flipper at offset (0,2).
// flipper oes at (0,2): (0,2),(1,2),(1,3). blocker at (1,0) — no overlap.
// flipY: local (0,1),(1,1),(1,0) + offset(0,2) = (0,3),(1,3),(1,2). No collision with (1,0).
//
// Simpler: oe shape (width=2, height=1). flipY with height=1 is identity. Use os (width=1, height=2).
// os: (0,0),(0,1). flipY: (0,1),(0,0) — same cells.
// Need width>1 and height>1 asymmetric shape: oes
//
// Place flipper at (0,0): cells (0,0),(1,0),(1,1). Place blocker at (0,1) — but (0,1) is not occupied.
// flipY: (0,1),(1,1),(1,0). (0,1) hits blocker!
const inv2 = createGridInventory(4, 4);
const blocker2 = createTestItem("blocker", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 0, y: 1 },
});
const flipper2 = createTestItem("flipper", "oes"); // at (0,0): (0,0),(1,0),(1,1)
placeItem(inv2, blocker2);
placeItem(inv2, flipper2);
const result = flipItem(inv2, "flipper", "y");
expect(result).toEqual({ success: false, reason: "与已有物品重叠" });
});
it("should return error for non-existent item", () => {
const inv = createGridInventory(6, 4);
const result = flipItem(inv, "ghost", "x");
expect(result).toEqual({ success: false, reason: "物品不存在" });
});
});
describe("getOccupiedCellSet", () => {
it("should return a copy of occupied cells", () => {
const inv = createGridInventory(6, 4);
const item = createTestItem("a", "oe");
placeItem(inv, item);
const cells = getOccupiedCellSet(inv);
expect(cells).toEqual(new Set(["0,0", "1,0"]));
// Mutating the copy should not affect the original
cells.clear();
expect(inv.occupiedCells.size).toBe(2);
});
});
describe("getItemAtCell", () => {
it("should return item at occupied cell", () => {
const inv = createGridInventory(6, 4);
const item = createTestItem("sword", "oee");
placeItem(inv, item);
const found = getItemAtCell(inv, 1, 0);
expect(found).toBeDefined();
expect(found!.id).toBe("sword");
});
it("should return undefined for empty cell", () => {
const inv = createGridInventory(6, 4);
const item = createTestItem("sword", "o");
placeItem(inv, item);
const found = getItemAtCell(inv, 5, 5);
expect(found).toBeUndefined();
});
it("should return correct item when multiple items exist", () => {
const inv = createGridInventory(6, 4);
const itemA = createTestItem("a", "o");
const itemB = createTestItem("b", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 3, y: 2 },
});
placeItem(inv, itemA);
placeItem(inv, itemB);
expect(getItemAtCell(inv, 0, 0)!.id).toBe("a");
expect(getItemAtCell(inv, 3, 2)!.id).toBe("b");
});
});
describe("getAdjacentItems", () => {
it("should return orthogonally adjacent items", () => {
const inv = createGridInventory(6, 4);
const center = createTestItem("center", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 2, y: 2 },
});
const top = createTestItem("top", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 2, y: 1 },
});
const left = createTestItem("left", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 1, y: 2 },
});
const right = createTestItem("right", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 3, y: 2 },
});
const bottom = createTestItem("bottom", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 2, y: 3 },
});
const diagonal = createTestItem("diagonal", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 1, y: 1 },
});
placeItem(inv, center);
placeItem(inv, top);
placeItem(inv, left);
placeItem(inv, right);
placeItem(inv, bottom);
placeItem(inv, diagonal);
const adj = getAdjacentItems(inv, "center");
expect(adj.size).toBe(4);
expect(adj.has("top")).toBe(true);
expect(adj.has("left")).toBe(true);
expect(adj.has("right")).toBe(true);
expect(adj.has("bottom")).toBe(true);
expect(adj.has("diagonal")).toBe(false);
});
it("should return empty for item with no neighbors", () => {
const inv = createGridInventory(6, 4);
const item = createTestItem("alone", "o");
placeItem(inv, item);
const adj = getAdjacentItems(inv, "alone");
expect(adj.size).toBe(0);
});
it("should return empty for non-existent item", () => {
const inv = createGridInventory(6, 4);
const adj = getAdjacentItems(inv, "ghost");
expect(adj.size).toBe(0);
});
it("should handle multi-cell items with multiple adjacencies", () => {
const inv = createGridInventory(6, 4);
// Horizontal bar at (0,0)-(1,0)
const bar = createTestItem("bar", "oe");
// Item above left cell
const topA = createTestItem("topA", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 0, y: -1 },
});
// Item above right cell
const topB = createTestItem("topB", "o", {
...IDENTITY_TRANSFORM,
offset: { x: 1, y: -1 },
});
placeItem(inv, bar);
placeItem(inv, topA);
placeItem(inv, topB);
const adj = getAdjacentItems(inv, "bar");
expect(adj.size).toBe(2);
expect(adj.has("topA")).toBe(true);
expect(adj.has("topB")).toBe(true);
});
});
describe("integration: fill a 4x6 backpack", () => {
it("should place items fitting a slay-the-spire-like backpack", () => {
const inv = createGridInventory(4, 6);
// Sword: 1x3 horizontal at (0,0)
const sword = createTestItem("sword", "oee");
// Shield: 2x2 at (0,1)
const shield = createTestItem("shield", "oes", {
...IDENTITY_TRANSFORM,
offset: { x: 0, y: 1 },
});
expect(validatePlacement(inv, sword.shape, sword.transform)).toEqual({
valid: true,
});
placeItem(inv, sword);
expect(validatePlacement(inv, shield.shape, shield.transform)).toEqual({
valid: true,
});
placeItem(inv, shield);
expect(inv.items.size).toBe(2);
expect(inv.occupiedCells.size).toBe(6); // sword(3) + shield(3)
// Adjacent items should detect each other
const adjSword = getAdjacentItems(inv, "sword");
expect(adjSword.has("shield")).toBe(true);
const adjShield = getAdjacentItems(inv, "shield");
expect(adjShield.has("sword")).toBe(true);
});
});
describe("createItemIn", () => {
it("should place item at first valid position", () => {
const inv = createGridInventory<GameItemMeta>(6, 4);
const itemData = createTestItemData("sword", "长剑", "oee", "攻击");
const result = createItemIn(inv, "sword-1", itemData);
expect(result).toEqual({ success: true });
expect(inv.items.size).toBe(1);
expect(inv.occupiedCells.size).toBe(3); // shape "oee" has 3 cells
expect(inv.items.get("sword-1")?.meta?.itemData.id).toBe("sword");
});
it("should skip occupied cells and find next valid position", () => {
const inv = createGridInventory<GameItemMeta>(6, 4);
// Place first item manually at origin
const firstItem = createTestItem(
"existing",
"oee",
) as unknown as GameItem;
placeItem(inv, firstItem);
const itemData = createTestItemData("shield", "盾牌", "o", "防御");
const result = createItemIn(inv, "shield-1", itemData);
expect(result).toEqual({ success: true });
// Shield should be at x=3, y=0 (first available spot after "oee" at x=0-2)
const placedItem = inv.items.get("shield-1");
expect(placedItem?.transform.offset).toEqual({ x: 3, y: 0 });
});
it("should return error when no valid placement exists", () => {
const inv = createGridInventory<GameItemMeta>(3, 3);
// Fill the grid completely with 1x1 items
for (let i = 0; i < 9; i++) {
const itemData = createTestItemData(`item${i}`, `物品${i}`, "o", "");
createItemIn(inv, `item-${i}`, itemData);
}
// Try to place one more item
const itemData = createTestItemData("overflow", "溢出", "oee", "");
const result = createItemIn(inv, "overflow-1", itemData);
expect(result).toEqual({ success: false, reason: "无可用位置" });
});
it("should handle multi-cell items correctly", () => {
const inv = createGridInventory<GameItemMeta>(4, 4);
const itemData = createTestItemData("lshape", "L形", "oes", "特殊");
const result = createItemIn(inv, "lshape-1", itemData);
expect(result).toEqual({ success: true });
expect(inv.items.size).toBe(1);
// Shape "oes" has 3 cells
expect(inv.occupiedCells.size).toBe(3);
});
it("should not place item when inventory is completely full", () => {
const inv = createGridInventory<GameItemMeta>(2, 2);
// Fill with 1x1 items
const itemData = createTestItemData("small", "小物品", "o", "");
createItemIn(inv, "small-1", itemData);
createItemIn(inv, "small-2", itemData);
createItemIn(inv, "small-3", itemData);
createItemIn(inv, "small-4", itemData);
// Grid is now full
const overflowItem = createTestItemData("overflow", "溢出", "o", "");
const result = createItemIn(inv, "overflow-5", overflowItem);
expect(result).toEqual({ success: false, reason: "无可用位置" });
expect(inv.items.size).toBe(4);
});
});
});
tests/samples/slay-the-spire-like/map/generator.test.ts
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import { describe, it, expect } from "vitest";
import {
generatePointCrawlMap,
hasPath,
} from "@/samples/slay-the-spire-like/system/map/generator";
import {
MapNodeType,
MapLayerType,
} from "@/samples/slay-the-spire-like/system/map/types";
import { createRNG } from "@/utils/rng";
import { getEncounters } from "@/samples/slay-the-spire-like/data/desert";
const encounters = getEncounters();
describe("generatePointCrawlMap", () => {
it("should generate a map with 10 layers", () => {
const map = generatePointCrawlMap(createRNG(123), encounters);
expect(map.layers.length).toBe(10);
});
it("should have correct layer structure", () => {
const map = generatePointCrawlMap(createRNG(123), encounters);
const expectedStructure = [
"start",
MapLayerType.Wild,
MapLayerType.Wild,
MapLayerType.Settlement,
MapLayerType.Wild,
MapLayerType.Wild,
MapLayerType.Settlement,
MapLayerType.Wild,
MapLayerType.Wild,
"end",
];
for (let i = 0; i < expectedStructure.length; i++) {
expect(map.layers[i].layerType).toBe(expectedStructure[i]);
}
});
it("should have correct node counts per layer", () => {
const map = generatePointCrawlMap(createRNG(123), encounters);
const expectedCounts = [1, 3, 3, 4, 3, 3, 4, 3, 3, 1];
for (let i = 0; i < expectedCounts.length; i++) {
expect(map.layers[i].nodeIds.length).toBe(expectedCounts[i]);
}
});
it("should have Start and End nodes with correct types", () => {
const map = generatePointCrawlMap(createRNG(123), encounters);
const startNode = map.nodes.get("node-0-0");
const endNode = map.nodes.get("node-9-0");
expect(startNode?.type).toBe(MapNodeType.Start);
expect(endNode?.type).toBe(MapNodeType.End);
});
it("should have wild layers with minion/elite/event types", () => {
const map = generatePointCrawlMap(createRNG(123), encounters);
const wildLayerIndices = [1, 2, 4, 5, 7, 8];
const validWildTypes = new Set([
MapNodeType.Minion,
MapNodeType.Elite,
MapNodeType.Event,
]);
for (const layerIdx of wildLayerIndices) {
const layer = map.layers[layerIdx];
for (const nodeId of layer.nodeIds) {
const node = map.nodes.get(nodeId);
expect(node).toBeDefined();
expect(validWildTypes.has(node!.type)).toBe(true);
}
}
});
it("should have settlement layers with at least 1 camp, 1 shop, 1 curio", () => {
const map = generatePointCrawlMap(createRNG(123), encounters);
const settlementLayerIndices = [3, 6];
for (const layerIdx of settlementLayerIndices) {
const layer = map.layers[layerIdx];
const nodeTypes = layer.nodeIds.map((id) => map.nodes.get(id)!.type);
expect(nodeTypes).toContain(MapNodeType.Camp);
expect(nodeTypes).toContain(MapNodeType.Shop);
expect(nodeTypes).toContain(MapNodeType.Curio);
expect(nodeTypes.length).toBe(4);
}
});
it("should have Start connected to all 3 wild nodes", () => {
const map = generatePointCrawlMap(createRNG(42), encounters);
const startNode = map.nodes.get("node-0-0");
const wildLayer = map.layers[1];
expect(startNode?.childIds.length).toBe(3);
expect(startNode?.childIds).toEqual(
expect.arrayContaining(wildLayer.nodeIds),
);
});
it("should have each wild node connect to 1 wild node in wild→wild layers", () => {
const map = generatePointCrawlMap(createRNG(42), encounters);
const wildToWildTransitions = [
{ src: 1, tgt: 2 },
{ src: 4, tgt: 5 },
{ src: 7, tgt: 8 },
];
for (const transition of wildToWildTransitions) {
const srcLayer = map.layers[transition.src];
for (const srcId of srcLayer.nodeIds) {
const srcNode = map.nodes.get(srcId);
expect(srcNode?.childIds.length).toBe(1);
const childLayer = map.layers[transition.tgt];
expect(childLayer.nodeIds).toContain(srcNode!.childIds[0]);
}
}
});
it("should have each wild node connect to 2 settlement nodes in wild→settlement layers", () => {
const map = generatePointCrawlMap(createRNG(42), encounters);
const wildToSettlementTransitions = [
{ src: 2, tgt: 3 },
{ src: 5, tgt: 6 },
];
for (const transition of wildToSettlementTransitions) {
const srcLayer = map.layers[transition.src];
for (const srcId of srcLayer.nodeIds) {
const srcNode = map.nodes.get(srcId);
expect(srcNode?.childIds.length).toBe(2);
const childLayer = map.layers[transition.tgt];
for (const childId of srcNode!.childIds) {
expect(childLayer.nodeIds).toContain(childId);
}
}
}
});
it("should have settlement nodes connect correctly (1-2-2-1 pattern)", () => {
const map = generatePointCrawlMap(createRNG(42), encounters);
const settlementToWildTransitions = [
{ src: 3, tgt: 4 },
{ src: 6, tgt: 7 },
];
for (const transition of settlementToWildTransitions) {
const srcLayer = map.layers[transition.src];
const tgtLayer = map.layers[transition.tgt];
// First and last settlement connect to 1 wild
const firstSettlement = map.nodes.get(srcLayer.nodeIds[0]);
expect(firstSettlement?.childIds.length).toBe(1);
const lastSettlement = map.nodes.get(srcLayer.nodeIds[3]);
expect(lastSettlement?.childIds.length).toBe(1);
// Middle two settlements connect to 2 wilds
for (let i = 1; i <= 2; i++) {
const midSettlement = map.nodes.get(srcLayer.nodeIds[i]);
expect(midSettlement?.childIds.length).toBe(2);
for (const childId of midSettlement!.childIds) {
expect(tgtLayer.nodeIds).toContain(childId);
}
}
}
});
it("should have all 3 wild nodes connect to End", () => {
const map = generatePointCrawlMap(createRNG(42), encounters);
const lastWildLayer = map.layers[8];
const endNode = map.nodes.get("node-9-0");
for (const wildId of lastWildLayer.nodeIds) {
const wildNode = map.nodes.get(wildId);
expect(wildNode?.childIds).toEqual([endNode!.id]);
}
});
it("should have all nodes reachable from Start and can reach End", () => {
const map = generatePointCrawlMap(createRNG(123), encounters);
const startId = "node-0-0";
const endId = "node-9-0";
for (const nodeId of map.nodes.keys()) {
if (nodeId === startId || nodeId === endId) continue;
expect(hasPath(map, startId, nodeId)).toBe(true);
expect(hasPath(map, nodeId, endId)).toBe(true);
}
});
it("should not have crossing edges in wild→wild transitions", () => {
const map = generatePointCrawlMap(createRNG(12345), encounters);
const wildToWildTransitions = [
{ src: 1, tgt: 2 },
{ src: 4, tgt: 5 },
{ src: 7, tgt: 8 },
];
for (const transition of wildToWildTransitions) {
const srcLayer = map.layers[transition.src];
const tgtLayer = map.layers[transition.tgt];
// Collect edges as pairs of indices
const edges: Array<{ srcIndex: number; tgtIndex: number }> = [];
for (let s = 0; s < srcLayer.nodeIds.length; s++) {
const srcNode = map.nodes.get(srcLayer.nodeIds[s]);
for (const tgtId of srcNode!.childIds) {
const t = tgtLayer.nodeIds.indexOf(tgtId);
edges.push({ srcIndex: s, tgtIndex: t });
}
}
// Check for crossings
for (let e1 = 0; e1 < edges.length; e1++) {
for (let e2 = e1 + 1; e2 < edges.length; e2++) {
const { srcIndex: s1, tgtIndex: t1 } = edges[e1];
const { srcIndex: s2, tgtIndex: t2 } = edges[e2];
if (s1 === s2) continue;
if (t1 === t2) continue;
const crosses = (s1 < s2 && t1 > t2) || (s1 > s2 && t1 < t2);
expect(crosses).toBe(false);
}
}
}
});
it("should not have crossing edges in wild→settlement transitions", () => {
const map = generatePointCrawlMap(createRNG(12345), encounters);
const wildToSettlementTransitions = [
{ src: 2, tgt: 3 },
{ src: 5, tgt: 6 },
];
for (const transition of wildToSettlementTransitions) {
const srcLayer = map.layers[transition.src];
const tgtLayer = map.layers[transition.tgt];
// Collect edges as pairs of indices
const edges: Array<{ srcIndex: number; tgtIndex: number }> = [];
for (let s = 0; s < srcLayer.nodeIds.length; s++) {
const srcNode = map.nodes.get(srcLayer.nodeIds[s]);
for (const tgtId of srcNode!.childIds) {
const t = tgtLayer.nodeIds.indexOf(tgtId);
edges.push({ srcIndex: s, tgtIndex: t });
}
}
// Check for crossings
for (let e1 = 0; e1 < edges.length; e1++) {
for (let e2 = e1 + 1; e2 < edges.length; e2++) {
const { srcIndex: s1, tgtIndex: t1 } = edges[e1];
const { srcIndex: s2, tgtIndex: t2 } = edges[e2];
if (s1 === s2) continue;
if (t1 === t2) continue;
const crosses = (s1 < s2 && t1 > t2) || (s1 > s2 && t1 < t2);
expect(crosses).toBe(false);
}
}
}
});
it("should not have crossing edges in settlement→wild transitions", () => {
const map = generatePointCrawlMap(createRNG(12345), encounters);
const settlementToWildTransitions = [
{ src: 3, tgt: 4 },
{ src: 6, tgt: 7 },
];
for (const transition of settlementToWildTransitions) {
const srcLayer = map.layers[transition.src];
const tgtLayer = map.layers[transition.tgt];
// Collect edges as pairs of indices
const edges: Array<{ srcIndex: number; tgtIndex: number }> = [];
for (let s = 0; s < srcLayer.nodeIds.length; s++) {
const srcNode = map.nodes.get(srcLayer.nodeIds[s]);
for (const tgtId of srcNode!.childIds) {
const t = tgtLayer.nodeIds.indexOf(tgtId);
edges.push({ srcIndex: s, tgtIndex: t });
}
}
// Check for crossings
for (let e1 = 0; e1 < edges.length; e1++) {
for (let e2 = e1 + 1; e2 < edges.length; e2++) {
const { srcIndex: s1, tgtIndex: t1 } = edges[e1];
const { srcIndex: s2, tgtIndex: t2 } = edges[e2];
if (s1 === s2) continue;
if (t1 === t2) continue;
const crosses = (s1 < s2 && t1 > t2) || (s1 > s2 && t1 < t2);
expect(crosses).toBe(false);
}
}
}
});
it("should assign encounters to all non-Start/End nodes", () => {
const map = generatePointCrawlMap(createRNG(456), encounters);
for (const node of map.nodes.values()) {
if (node.type === MapNodeType.Start || node.type === MapNodeType.End) {
// Start and End nodes should not have encounters
expect(node.encounter).toBeUndefined();
} else {
// All other nodes (minion/elite/event/camp/shop/curio) must have encounters
expect(
node.encounter,
`Node ${node.id} (${node.type}) should have encounter data`,
).toBeDefined();
expect(node.encounter!.name).toBeTruthy();
expect(node.encounter!.description).toBeTruthy();
}
}
});
it("should assign encounters to all nodes across multiple seeds", () => {
// Test multiple seeds to ensure no random failure
for (let seed = 0; seed < 20; seed++) {
const map = generatePointCrawlMap(createRNG(seed), encounters);
for (const node of map.nodes.values()) {
if (node.type === MapNodeType.Start || node.type === MapNodeType.End) {
continue;
}
expect(
node.encounter,
`Seed ${seed}: Node ${node.id} (${node.type}) missing encounter`,
).toBeDefined();
expect(node.encounter!.name).toBeTruthy();
expect(node.encounter!.description).toBeTruthy();
}
}
});
it("should minimize same-layer repetitions in wild layer pairs", () => {
// Test that wild layers in pairs (1-2, 4-5, 7-8) have minimal duplicate types within each layer
const map = generatePointCrawlMap(createRNG(12345), encounters);
const wildPairIndices = [
[1, 2],
[4, 5],
[7, 8],
];
for (const [layer1Idx, layer2Idx] of wildPairIndices) {
const layer1 = map.layers[layer1Idx];
const layer2 = map.layers[layer2Idx];
// Count repetitions in layer 1
const layer1Types = layer1.nodeIds.map((id) => map.nodes.get(id)!.type);
const layer1Unique = new Set(layer1Types).size;
const layer1Repetitions = layer1Types.length - layer1Unique;
// Count repetitions in layer 2
const layer2Types = layer2.nodeIds.map((id) => map.nodes.get(id)!.type);
const layer2Unique = new Set(layer2Types).size;
const layer2Repetitions = layer2Types.length - layer2Unique;
// With optimal selection, we expect fewer repetitions than pure random
// On average, random would have ~1.5 repetitions per 3-node layer
// With 3 attempts, we should typically get 0-1 repetitions
expect(layer1Repetitions + layer2Repetitions).toBeLessThanOrEqual(2);
}
});
it("should minimize adjacent repetitions in wild→wild connections", () => {
// Test that wild nodes connected by wild→wild edges have different types
const map = generatePointCrawlMap(createRNG(12345), encounters);
const wildToWildPairs = [
{ src: 1, tgt: 2 },
{ src: 4, tgt: 5 },
{ src: 7, tgt: 8 },
];
let totalAdjacentRepetitions = 0;
for (const pair of wildToWildPairs) {
const srcLayer = map.layers[pair.src];
const tgtLayer = map.layers[pair.tgt];
// Each wild node connects to exactly 1 wild node in next layer (1-to-1)
for (let i = 0; i < srcLayer.nodeIds.length; i++) {
const srcNode = map.nodes.get(srcLayer.nodeIds[i])!;
const tgtId = srcNode.childIds[0];
const tgtNode = map.nodes.get(tgtId)!;
if (srcNode.type === tgtNode.type) {
totalAdjacentRepetitions++;
}
}
}
// With 3 wild pairs and 3 nodes each, that's 9 connections total
// Random would have ~3 repetitions (1/3 chance per connection)
// With optimal selection of 3 attempts, should be much lower (0-2)
expect(totalAdjacentRepetitions).toBeLessThanOrEqual(3);
});
});
tests/samples/slay-the-spire-like/utils/shape-utils.test.ts
+367
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import { describe, it, expect } from "vitest";
import { parseShapeString } from "@/samples/slay-the-spire-like/system/utils/parse-shape";
import {
checkCollision,
checkBoardCollision,
checkBounds,
validateShapePlacement,
transformShape,
getOccupiedCells,
IDENTITY_TRANSFORM,
} from "@/samples/slay-the-spire-like/system/utils/shape-collision";
describe("parseShapeString", () => {
it("should parse a single cell with o", () => {
const result = parseShapeString("o");
expect(result.grid).toEqual([[true]]);
expect(result.width).toBe(1);
expect(result.height).toBe(1);
expect(result.count).toBe(1);
expect(result.originX).toBe(0);
expect(result.originY).toBe(0);
});
it("should parse a horizontal line", () => {
const result = parseShapeString("oee");
expect(result.width).toBe(3);
expect(result.height).toBe(1);
expect(result.count).toBe(3);
expect(result.grid).toEqual([[true, true, true]]);
expect(result.originX).toBe(0);
expect(result.originY).toBe(0);
});
it("should parse a vertical line", () => {
const result = parseShapeString("oss");
expect(result.width).toBe(1);
expect(result.height).toBe(3);
expect(result.count).toBe(3);
expect(result.grid).toEqual([[true], [true], [true]]);
expect(result.originX).toBe(0);
expect(result.originY).toBe(0);
});
it("should parse an L shape", () => {
const result = parseShapeString("oes");
expect(result.width).toBe(2);
expect(result.height).toBe(2);
expect(result.count).toBe(3);
expect(result.grid).toEqual([
[true, true],
[false, true],
]);
});
it("should handle return command", () => {
const result = parseShapeString("oeerww");
expect(result.width).toBe(4);
expect(result.height).toBe(1);
expect(result.count).toBe(4);
expect(result.grid).toEqual([[true, true, true, true]]);
});
it("should handle case insensitivity", () => {
const resultLower = parseShapeString("oes");
const resultUpper = parseShapeString("OES");
expect(resultLower.grid).toEqual(resultUpper.grid);
expect(resultLower.count).toBe(resultUpper.count);
});
it("should return empty grid for empty input", () => {
const result = parseShapeString("");
expect(result.grid).toEqual([[]]);
expect(result.width).toBe(0);
expect(result.height).toBe(1);
expect(result.count).toBe(0);
});
it("should track origin correctly", () => {
// eeso: e(1,0), e(2,0), s(2,1), o sets origin at (2,1)
// After normalization: minX=1, minY=0, so originX = 2-1 = 1, originY = 1-0 = 1
const result = parseShapeString("eeso");
expect(result.originX).toBe(1);
expect(result.originY).toBe(1);
});
it("should track origin at first o only", () => {
const result = parseShapeString("oes");
expect(result.originX).toBe(0);
expect(result.originY).toBe(0);
});
it("should handle complex T shape", () => {
// oewers: o(0,0), e(1,0), w(0,0), e(1,0), r->(0,0), s(0,1)
// Filled: (0,0), (1,0), (0,1) - 3 cells
const result = parseShapeString("oewers");
expect(result.width).toBe(2);
expect(result.height).toBe(2);
expect(result.count).toBe(3);
expect(result.grid).toEqual([
[true, true],
[true, false],
]);
});
});
describe("shape-collision", () => {
describe("getOccupiedCells", () => {
it("should return cells for a single cell shape", () => {
const shape = parseShapeString("o");
const cells = getOccupiedCells(shape);
expect(cells).toEqual([{ x: 0, y: 0 }]);
});
it("should return cells for a horizontal line", () => {
const shape = parseShapeString("oe");
const cells = getOccupiedCells(shape);
expect(cells).toEqual([
{ x: 0, y: 0 },
{ x: 1, y: 0 },
]);
});
it("should return cells for an L shape", () => {
const shape = parseShapeString("oes");
const cells = getOccupiedCells(shape);
expect(cells).toEqual([
{ x: 0, y: 0 },
{ x: 1, y: 0 },
{ x: 1, y: 1 },
]);
});
});
describe("checkCollision", () => {
it("should detect collision between overlapping shapes", () => {
const shapeA = parseShapeString("o");
const shapeB = parseShapeString("o");
const result = checkCollision(
shapeA,
{ ...IDENTITY_TRANSFORM, offset: { x: 0, y: 0 } },
shapeB,
{ ...IDENTITY_TRANSFORM, offset: { x: 0, y: 0 } },
);
expect(result).toBe(true);
});
it("should not detect collision between non-overlapping shapes", () => {
const shapeA = parseShapeString("o");
const shapeB = parseShapeString("o");
const result = checkCollision(
shapeA,
{ ...IDENTITY_TRANSFORM, offset: { x: 0, y: 0 } },
shapeB,
{ ...IDENTITY_TRANSFORM, offset: { x: 2, y: 0 } },
);
expect(result).toBe(false);
});
it("should detect collision with adjacent shapes", () => {
const shapeA = parseShapeString("o");
const shapeB = parseShapeString("o");
const result = checkCollision(
shapeA,
{ ...IDENTITY_TRANSFORM, offset: { x: 0, y: 0 } },
shapeB,
{ ...IDENTITY_TRANSFORM, offset: { x: 1, y: 0 } },
);
expect(result).toBe(false);
});
it("should detect collision with rotation", () => {
const shapeA = parseShapeString("oe");
const shapeB = parseShapeString("os");
// shapeA is horizontal at (0,0)-(1,0)
// shapeB rotated 90° becomes vertical at (0,0)-(0,1)
// They should collide at (0,0)
const result = checkCollision(
shapeA,
{ ...IDENTITY_TRANSFORM, offset: { x: 0, y: 0 } },
shapeB,
{ ...IDENTITY_TRANSFORM, rotation: 90, offset: { x: 0, y: 0 } },
);
expect(result).toBe(true);
});
});
describe("checkBoardCollision", () => {
it("should detect collision with occupied cells", () => {
const shape = parseShapeString("oe");
const occupied = new Set(["0,0", "1,0"]);
const result = checkBoardCollision(shape, IDENTITY_TRANSFORM, occupied);
expect(result).toBe(true);
});
it("should not detect collision with empty board", () => {
const shape = parseShapeString("oe");
const occupied = new Set<string>();
const result = checkBoardCollision(shape, IDENTITY_TRANSFORM, occupied);
expect(result).toBe(false);
});
it("should detect collision after translation", () => {
const shape = parseShapeString("oe");
const occupied = new Set(["5,5", "6,5"]);
const result = checkBoardCollision(
shape,
{ ...IDENTITY_TRANSFORM, offset: { x: 5, y: 5 } },
occupied,
);
expect(result).toBe(true);
});
});
describe("checkBounds", () => {
it("should return true for shape within bounds", () => {
const shape = parseShapeString("oe");
const result = checkBounds(shape, IDENTITY_TRANSFORM, 10, 10);
expect(result).toBe(true);
});
it("should return false for shape outside bounds", () => {
const shape = parseShapeString("oe");
const result = checkBounds(
shape,
{ ...IDENTITY_TRANSFORM, offset: { x: 9, y: 0 } },
10,
10,
);
expect(result).toBe(false);
});
it("should return false for negative coordinates", () => {
const shape = parseShapeString("oe");
const result = checkBounds(
shape,
{ ...IDENTITY_TRANSFORM, offset: { x: -1, y: 0 } },
10,
10,
);
expect(result).toBe(false);
});
it("should return true for shape at boundary edge", () => {
const shape = parseShapeString("o");
const result = checkBounds(
shape,
{ ...IDENTITY_TRANSFORM, offset: { x: 9, y: 9 } },
10,
10,
);
expect(result).toBe(true);
});
});
describe("validatePlacement", () => {
it("should return valid for good placement", () => {
const shape = parseShapeString("oe");
const occupied = new Set<string>();
const result = validateShapePlacement(
shape,
IDENTITY_TRANSFORM,
10,
10,
occupied,
);
expect(result).toEqual({ valid: true });
});
it("should return invalid for out of bounds", () => {
const shape = parseShapeString("oe");
const occupied = new Set<string>();
const result = validateShapePlacement(
shape,
{ ...IDENTITY_TRANSFORM, offset: { x: 9, y: 0 } },
10,
10,
occupied,
);
expect(result).toEqual({ valid: false, reason: "超出边界" });
});
it("should return invalid for collision", () => {
const shape = parseShapeString("oe");
const occupied = new Set(["0,0", "1,0"]);
const result = validateShapePlacement(
shape,
IDENTITY_TRANSFORM,
10,
10,
occupied,
);
expect(result).toEqual({ valid: false, reason: "与已有形状重叠" });
});
});
describe("transformShape", () => {
it("should apply translation correctly", () => {
const shape = parseShapeString("o");
const transform = { ...IDENTITY_TRANSFORM, offset: { x: 5, y: 3 } };
const cells = transformShape(shape, transform);
expect(cells).toEqual([{ x: 5, y: 3 }]);
});
it("should apply 90° rotation correctly", () => {
const shape = parseShapeString("oe");
const transform = { ...IDENTITY_TRANSFORM, rotation: 90 };
const cells = transformShape(shape, transform);
expect(cells).toEqual([
{ x: 0, y: 0 },
{ x: 0, y: -1 },
]);
});
it("should apply horizontal flip correctly", () => {
const shape = parseShapeString("oe");
const transform = { ...IDENTITY_TRANSFORM, flipX: true };
const cells = transformShape(shape, transform);
expect(cells).toEqual([
{ x: 1, y: 0 },
{ x: 0, y: 0 },
]);
});
it("should apply vertical flip correctly", () => {
const shape = parseShapeString("os");
const transform = { ...IDENTITY_TRANSFORM, flipY: true };
const cells = transformShape(shape, transform);
expect(cells).toEqual([
{ x: 0, y: 1 },
{ x: 0, y: 0 },
]);
});
it("should combine rotation and translation", () => {
const shape = parseShapeString("os");
const transform = {
...IDENTITY_TRANSFORM,
rotation: 90,
offset: { x: 10, y: 10 },
};
const cells = transformShape(shape, transform);
expect(cells).toEqual([
{ x: 10, y: 10 },
{ x: 11, y: 10 },
]);
});
});
});
tests/utils/command-prompt.test.ts
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import { describe, it, expect } from "vitest";
import { createPromptContext } from "@/utils/command/command-prompt";
import type { CommandSchema } from "@/utils/command/types";
const mockSchema: CommandSchema = {
name: "test",
params: [{ name: "value", required: true, variadic: false }],
options: {},
flags: {},
};
describe("createPromptContext", () => {
describe("prompt", () => {
it("should store prompt and return promise", async () => {
const ctx = createPromptContext();
const validator = (value: string) => value;
const promise = ctx.prompt({ schema: mockSchema }, validator);
await new Promise((r) => setTimeout(r, 0));
const result = ctx.tryCommit("global", "hello");
expect(result).toEqual({ ok: true });
await expect(promise).resolves.toBe("hello");
});
it("should associate prompt with specific player", async () => {
const ctx = createPromptContext();
const validator = (value: string) => value;
const promise = ctx.prompt({ schema: mockSchema }, validator, "player1");
await new Promise((r) => setTimeout(r, 0));
const result = ctx.tryCommit("player1", "hello");
expect(result).toEqual({ ok: true });
await expect(promise).resolves.toBe("hello");
});
it("should cancel existing prompt when new prompt starts for same player", async () => {
const ctx = createPromptContext();
const validator = (value: string) => value;
const promise1 = ctx.prompt({ schema: mockSchema }, validator, "player1");
await new Promise((r) => setTimeout(r, 0));
const promise2 = ctx.prompt({ schema: mockSchema }, validator, "player1");
// Resolve promise2 first, then both will settle
ctx.tryCommit("player1", "test");
const [result1, result2] = await Promise.allSettled([promise1, promise2]);
expect(result1.status).toBe("rejected");
expect((result1 as PromiseRejectedResult).reason).toBe(
"Prompt overriden",
);
expect(result2.status).toBe("fulfilled");
});
it("should allow different players to have independent prompts", async () => {
const ctx = createPromptContext();
const validator = (value: string) => value;
const promise1 = ctx.prompt({ schema: mockSchema }, validator, "player1");
const promise2 = ctx.prompt({ schema: mockSchema }, validator, "player2");
await new Promise((r) => setTimeout(r, 0));
ctx.tryCommit("player1", "hello");
ctx.tryCommit("player2", "world");
await expect(promise1).resolves.toBe("hello");
await expect(promise2).resolves.toBe("world");
});
});
describe("tryCommit", () => {
it("should return ok:true when prompt exists and validation passes", () => {
const ctx = createPromptContext();
const validator = (value: string) => value.toUpperCase();
ctx.prompt({ schema: mockSchema }, validator, "player1");
const result = ctx.tryCommit("player1", "hello");
expect(result).toEqual({ ok: true });
});
it("should return ok:false with reason when no prompt exists", () => {
const ctx = createPromptContext();
const result = ctx.tryCommit("nonexistent", "hello");
expect(result).toEqual({ ok: false, reason: "No Prompt" });
});
it("should return ok:false when validator throws string", () => {
const ctx = createPromptContext();
const validator = (value: string) => {
if (value.length < 3) throw "Value too short";
return value;
};
ctx.prompt({ schema: mockSchema }, validator, "player1");
const result = ctx.tryCommit("player1", "ab");
expect(result).toEqual({ ok: false, reason: "Value too short" });
});
it("should throw when validator throws non-string error", () => {
const ctx = createPromptContext();
const validator = () => {
throw new Error("unexpected");
};
ctx.prompt({ schema: mockSchema }, validator, "player1");
expect(() => ctx.tryCommit("player1", "test")).toThrow("unexpected");
});
it("should pass validator return value to promise resolver", async () => {
const ctx = createPromptContext();
const validator = (a: number, b: number) => a + b;
const promise = ctx.prompt({ schema: mockSchema }, validator, "player1");
await new Promise((r) => setTimeout(r, 0));
ctx.tryCommit("player1", 2, 3);
await expect(promise).resolves.toBe(5);
});
});
describe("cancel", () => {
it("should reject promise with default message", async () => {
const ctx = createPromptContext();
const validator = (value: string) => value;
const promise = ctx.prompt({ schema: mockSchema }, validator, "player1");
await new Promise((r) => setTimeout(r, 0));
ctx.cancel("player1");
const result = await Promise.allSettled([promise]);
expect(result[0].status).toBe("rejected");
expect((result[0] as PromiseRejectedResult).reason).toBe(
"Prompt Cancelled",
);
});
it("should reject promise with custom reason", async () => {
const ctx = createPromptContext();
const validator = (value: string) => value;
const promise = ctx.prompt({ schema: mockSchema }, validator, "player1");
await new Promise((r) => setTimeout(r, 0));
ctx.cancel("player1", "Custom cancel reason");
const result = await Promise.allSettled([promise]);
expect(result[0].status).toBe("rejected");
expect((result[0] as PromiseRejectedResult).reason).toBe(
"Custom cancel reason",
);
});
it("should do nothing when no prompt exists for player", () => {
const ctx = createPromptContext();
ctx.cancel("nonexistent");
});
it("should only cancel prompt for specific player", async () => {
const ctx = createPromptContext();
const validator = (value: string) => value;
const promise1 = ctx.prompt({ schema: mockSchema }, validator, "player1");
const promise2 = ctx.prompt({ schema: mockSchema }, validator, "player2");
await new Promise((r) => setTimeout(r, 0));
ctx.cancel("player1");
ctx.tryCommit("player2", "test");
const [result1, result2] = await Promise.allSettled([promise1, promise2]);
expect(result1.status).toBe("rejected");
expect((result1 as PromiseRejectedResult).reason).toBe(
"Prompt Cancelled",
);
expect(result2.status).toBe("fulfilled");
});
});
describe("handleCall", () => {
it("should be a middleware chain that can be extended", async () => {
const ctx = createPromptContext();
const validator = (value: string) => value;
let middlewareCalled = false;
ctx.handleCall.use(async (call, next) => {
middlewareCalled = true;
return next();
});
const promise = ctx.prompt({ schema: mockSchema }, validator);
await new Promise((r) => setTimeout(r, 0));
expect(middlewareCalled).toBe(true);
ctx.tryCommit("global", "test");
await expect(promise).resolves.toBe("test");
});
it("should remove prompt from map after resolution", async () => {
const ctx = createPromptContext();
const validator = (value: string) => value;
const promise = ctx.prompt({ schema: mockSchema }, validator);
await new Promise((r) => setTimeout(r, 0));
ctx.tryCommit("global", "test");
await promise;
const result = ctx.tryCommit("global", "another");
expect(result).toEqual({ ok: false, reason: "No Prompt" });
});
});
});
tests/utils/command-runner.test.ts
+513 -454
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tests/utils/command.test.ts
+141 -139
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@@ -1,174 +1,176 @@
import { describe, it, expect } from 'vitest';
import { parseCommand, type Command } from '@/utils/command';
import { describe, it, expect } from "vitest";
import { parseCommand, type Command } from "@/utils/command";
describe('parseCommand', () => {
it('should parse empty string', () => {
const result = parseCommand('');
expect(result).toEqual({
name: '',
flags: {},
options: {},
params: []
});
describe("parseCommand", () => {
it("should parse empty string", () => {
const result = parseCommand("");
expect(result).toEqual({
name: "",
flags: {},
options: {},
params: [],
});
});
it('should parse command name only', () => {
const result = parseCommand('move');
expect(result).toEqual({
name: 'move',
flags: {},
options: {},
params: []
});
it("should parse command name only", () => {
const result = parseCommand("move");
expect(result).toEqual({
name: "move",
flags: {},
options: {},
params: [],
});
});
it('should parse command with params', () => {
const result = parseCommand('move meeple1 region1');
expect(result).toEqual({
name: 'move',
flags: {},
options: {},
params: ['meeple1', 'region1']
});
it("should parse command with params", () => {
const result = parseCommand("move meeple1 region1");
expect(result).toEqual({
name: "move",
flags: {},
options: {},
params: ["meeple1", "region1"],
});
});
it('should parse command with long flags', () => {
const result = parseCommand('move meeple1 --force --quiet');
expect(result).toEqual({
name: 'move',
flags: { force: true, quiet: true },
options: {},
params: ['meeple1']
});
it("should parse command with long flags", () => {
const result = parseCommand("move meeple1 --force --quiet");
expect(result).toEqual({
name: "move",
flags: { force: true, quiet: true },
options: {},
params: ["meeple1"],
});
});
it('should parse command with short flags', () => {
const result = parseCommand('move meeple1 -f -q');
expect(result).toEqual({
name: 'move',
flags: { f: true, q: true },
options: {},
params: ['meeple1']
});
it("should parse command with short flags", () => {
const result = parseCommand("move meeple1 -f -q");
expect(result).toEqual({
name: "move",
flags: { f: true, q: true },
options: {},
params: ["meeple1"],
});
});
it('should parse command with long options', () => {
const result = parseCommand('move meeple1 --x 10 --y 20');
expect(result).toEqual({
name: 'move',
flags: {},
options: { x: '10', y: '20' },
params: ['meeple1']
});
it("should parse command with long options", () => {
const result = parseCommand("move meeple1 --x 10 --y 20");
expect(result).toEqual({
name: "move",
flags: {},
options: { x: "10", y: "20" },
params: ["meeple1"],
});
});
it('should parse command with short options', () => {
const result = parseCommand('move meeple1 -x 10 -y 20');
expect(result).toEqual({
name: 'move',
flags: {},
options: { x: '10', y: '20' },
params: ['meeple1']
});
it("should parse command with short options", () => {
const result = parseCommand("move meeple1 -x 10 -y 20");
expect(result).toEqual({
name: "move",
flags: {},
options: { x: "10", y: "20" },
params: ["meeple1"],
});
});
it('should parse command with mixed flags和选项', () => {
const result = parseCommand('move meeple1 region1 --force -x 10 -q');
expect(result).toEqual({
name: 'move',
flags: { force: true, q: true },
options: { x: '10' },
params: ['meeple1', 'region1']
});
it("should parse command with mixed flags和选项", () => {
const result = parseCommand("move meeple1 region1 --force -x 10 -q");
expect(result).toEqual({
name: "move",
flags: { force: true, q: true },
options: { x: "10" },
params: ["meeple1", "region1"],
});
});
it('should handle extra whitespace', () => {
const result = parseCommand(' move meeple1 --force ');
expect(result).toEqual({
name: 'move',
flags: { force: true },
options: {},
params: ['meeple1']
});
it("should handle extra whitespace", () => {
const result = parseCommand(" move meeple1 --force ");
expect(result).toEqual({
name: "move",
flags: { force: true },
options: {},
params: ["meeple1"],
});
});
it('should parse complex command', () => {
const result = parseCommand('place meeple1 board --x 5 --y 3 --rotate 90 --force');
expect(result).toEqual({
name: 'place',
flags: { force: true },
options: { x: '5', y: '3', rotate: '90' },
params: ['meeple1', 'board']
});
it("should parse complex command", () => {
const result = parseCommand(
"place meeple1 board --x 5 --y 3 --rotate 90 --force",
);
expect(result).toEqual({
name: "place",
flags: { force: true },
options: { x: "5", y: "3", rotate: "90" },
params: ["meeple1", "board"],
});
});
it('should treat negative number as option value', () => {
const result = parseCommand('set --value -10');
expect(result).toEqual({
name: 'set',
flags: {},
options: { value: '-10' },
params: []
});
it("should treat negative number as option value", () => {
const result = parseCommand("set --value -10");
expect(result).toEqual({
name: "set",
flags: {},
options: { value: "-10" },
params: [],
});
});
it('should parse quoted string with double quotes', () => {
const result = parseCommand('place tile "large castle" --x 5');
expect(result).toEqual({
name: 'place',
flags: {},
options: { x: '5' },
params: ['tile', 'large castle']
});
it("should parse quoted string with double quotes", () => {
const result = parseCommand('place tile "large castle" --x 5');
expect(result).toEqual({
name: "place",
flags: {},
options: { x: "5" },
params: ["tile", "large castle"],
});
});
it('should parse quoted string with single quotes', () => {
const result = parseCommand("place tile 'large castle' --x 5");
expect(result).toEqual({
name: 'place',
flags: {},
options: { x: '5' },
params: ['tile', 'large castle']
});
it("should parse quoted string with single quotes", () => {
const result = parseCommand("place tile 'large castle' --x 5");
expect(result).toEqual({
name: "place",
flags: {},
options: { x: "5" },
params: ["tile", "large castle"],
});
});
it('should handle escaped quotes', () => {
const result = parseCommand('say "hello \\"world\\""');
expect(result).toEqual({
name: 'say',
flags: {},
options: {},
params: ['hello "world"']
});
it("should handle escaped quotes", () => {
const result = parseCommand('say "hello \\"world\\""');
expect(result).toEqual({
name: "say",
flags: {},
options: {},
params: ['hello "world"'],
});
});
it('should handle escaped backslash', () => {
const result = parseCommand('set path "C:\\\\Users"');
expect(result).toEqual({
name: 'set',
flags: {},
options: {},
params: ['path', 'C:\\Users']
});
it("should handle escaped backslash", () => {
const result = parseCommand('set path "C:\\\\Users"');
expect(result).toEqual({
name: "set",
flags: {},
options: {},
params: ["path", "C:\\Users"],
});
});
it('should handle mixed quotes', () => {
const result = parseCommand('cmd "hello world" \'foo bar\' --flag');
expect(result).toEqual({
name: 'cmd',
flags: { flag: true },
options: {},
params: ['hello world', 'foo bar']
});
it("should handle mixed quotes", () => {
const result = parseCommand("cmd \"hello world\" 'foo bar' --flag");
expect(result).toEqual({
name: "cmd",
flags: { flag: true },
options: {},
params: ["hello world", "foo bar"],
});
});
it('should handle quote in middle of argument', () => {
const result = parseCommand('cmd "hello\'s world"');
expect(result).toEqual({
name: 'cmd',
flags: {},
options: {},
params: ["hello's world"]
});
it("should handle quote in middle of argument", () => {
const result = parseCommand('cmd "hello\'s world"');
expect(result).toEqual({
name: "cmd",
flags: {},
options: {},
params: ["hello's world"],
});
});
});
tests/utils/middleware.test.ts
+445
View File
@@ -0,0 +1,445 @@
import { describe, it, expect } from "vitest";
import {
createMiddlewareChain,
type MiddlewareChain,
} from "@/utils/middleware";
describe("createMiddlewareChain", () => {
describe("basic execution", () => {
it("should return context when no middlewares and no fallback", async () => {
const chain = createMiddlewareChain<{ value: number }>();
const result = await chain.execute({ value: 42 });
expect(result).toEqual({ value: 42 });
});
it("should call fallback when no middlewares", async () => {
const chain = createMiddlewareChain<{ value: number }, string>(
async (ctx) => `value is ${ctx.value}`,
);
const result = await chain.execute({ value: 42 });
expect(result).toBe("value is 42");
});
it("should pass context to fallback", async () => {
const chain = createMiddlewareChain<{ a: number; b: number }, number>(
async (ctx) => ctx.a + ctx.b,
);
const result = await chain.execute({ a: 3, b: 7 });
expect(result).toBe(10);
});
});
describe("single middleware", () => {
it("should execute a single middleware", async () => {
const chain = createMiddlewareChain<{ count: number }>();
chain.use(async (ctx, next) => {
ctx.count *= 2;
return next();
});
const result = await chain.execute({ count: 5 });
expect(result.count).toBe(10);
});
it("should allow middleware to modify return value", async () => {
const chain = createMiddlewareChain<{ value: number }, number>(
async (ctx) => ctx.value,
);
chain.use(async (ctx, next) => {
const result = await next();
return result * 2;
});
const result = await chain.execute({ value: 21 });
expect(result).toBe(42);
});
it("should allow middleware to short-circuit without calling next", async () => {
const chain = createMiddlewareChain<{ value: number }>();
chain.use(async (_ctx, _next) => {
return { value: 999 };
});
const result = await chain.execute({ value: 1 });
expect(result.value).toBe(999);
});
});
describe("multiple middlewares", () => {
it("should execute middlewares in order", async () => {
const order: number[] = [];
const chain = createMiddlewareChain<{ value: number }>();
chain.use(async (_ctx, next) => {
order.push(1);
const result = await next();
order.push(4);
return result;
});
chain.use(async (_ctx, next) => {
order.push(2);
const result = await next();
order.push(3);
return result;
});
await chain.execute({ value: 0 });
expect(order).toEqual([1, 2, 3, 4]);
});
it("should accumulate modifications through the chain", async () => {
const chain = createMiddlewareChain<{ value: number }>();
chain.use(async (ctx, next) => {
ctx.value += 1;
return next();
});
chain.use(async (ctx, next) => {
ctx.value *= 2;
return next();
});
chain.use(async (ctx, next) => {
ctx.value += 3;
return next();
});
const result = await chain.execute({ value: 0 });
expect(result.value).toBe(5);
});
it("should allow middleware to modify result on the way back", async () => {
const chain = createMiddlewareChain<{ base: number }, number>(
async (ctx) => ctx.base,
);
chain.use(async (_ctx, next) => {
const result = await next();
return result + 10;
});
chain.use(async (_ctx, next) => {
const result = await next();
return result * 2;
});
const result = await chain.execute({ base: 5 });
expect(result).toBe(20);
});
it("should allow middleware to short-circuit in the middle", async () => {
const executed: number[] = [];
const chain = createMiddlewareChain<{ value: number }>();
chain.use(async (_ctx, next) => {
executed.push(1);
return next();
});
chain.use(async () => {
executed.push(2);
return { value: -1 };
});
chain.use(async (_ctx, next) => {
executed.push(3);
return next();
});
const result = await chain.execute({ value: 100 });
expect(result.value).toBe(-1);
expect(executed).toEqual([1, 2]);
});
});
describe("nested next calls", () => {
it("should advance index on each next call, skipping remaining middlewares", async () => {
const chain = createMiddlewareChain<{ counter: number }>();
chain.use(async (_ctx, next) => {
await next();
await next();
return undefined as unknown as { counter: number };
});
const result = await chain.execute({ counter: 0 });
expect(result).toBeUndefined();
});
it("should allow middleware to call next conditionally", async () => {
const chain = createMiddlewareChain<{ skip: boolean; value: number }>();
chain.use(async (ctx, next) => {
if (ctx.skip) {
return { skip: ctx.skip, value: -1 };
}
return next();
});
chain.use(async (ctx, next) => {
ctx.value += 10;
return next();
});
const resultA = await chain.execute({ skip: true, value: 0 });
const resultB = await chain.execute({ skip: false, value: 0 });
expect(resultA.value).toBe(-1);
expect(resultB.value).toBe(10);
});
it("should handle middleware that awaits next multiple times with a fallback", async () => {
const log: string[] = [];
const chain = createMiddlewareChain<{ value: number }, string[]>(
async (_ctx) => log,
);
chain.use(async (_ctx, next) => {
log.push("before");
await next();
log.push("after-first");
await next();
log.push("after-second");
return log;
});
chain.use(async (_ctx, next) => {
log.push("mw2");
return next();
});
const result = await chain.execute({ value: 0 });
expect(result).toEqual(["before", "mw2", "after-first", "after-second"]);
});
it("should return fallback result on second next call when no more middlewares remain", async () => {
const chain = createMiddlewareChain<{ value: number }, number>(
async (ctx) => ctx.value * 10,
);
chain.use(async (_ctx, next) => {
await next();
return await next();
});
chain.use(async (_ctx, next) => {
return next();
});
const result = await chain.execute({ value: 5 });
expect(result).toBe(50);
});
it("should return fallback result on second next call when no more middlewares remain", async () => {
const chain = createMiddlewareChain<{ value: number }, number>(
async (ctx) => ctx.value * 10,
);
chain.use(async (_ctx, next) => {
await next();
return await next();
});
chain.use(async (_ctx, next) => {
return next();
});
const result = await chain.execute({ value: 5 });
expect(result).toBe(50);
});
});
describe("async behavior", () => {
it("should handle async middlewares", async () => {
const chain = createMiddlewareChain<{ value: number }>();
chain.use(async (ctx, next) => {
await new Promise((resolve) => setTimeout(resolve, 10));
ctx.value += 1;
return next();
});
chain.use(async (ctx, next) => {
await new Promise((resolve) => setTimeout(resolve, 10));
ctx.value += 2;
return next();
});
const result = await chain.execute({ value: 0 });
expect(result.value).toBe(3);
});
it("should handle async fallback", async () => {
const chain = createMiddlewareChain<{ value: number }, number>(
async (ctx) => {
await new Promise((resolve) => setTimeout(resolve, 10));
return ctx.value * 10;
},
);
const result = await chain.execute({ value: 5 });
expect(result).toBe(50);
});
});
describe("error handling", () => {
it("should propagate errors from middleware", async () => {
const chain = createMiddlewareChain<{ value: number }>();
chain.use(async () => {
throw new Error("middleware error");
});
await expect(chain.execute({ value: 1 })).rejects.toThrow(
"middleware error",
);
});
it("should propagate errors from fallback", async () => {
const chain = createMiddlewareChain<{ value: number }, number>(
async () => {
throw new Error("fallback error");
},
);
await expect(chain.execute({ value: 1 })).rejects.toThrow(
"fallback error",
);
});
it("should allow middleware to catch errors from downstream", async () => {
const chain = createMiddlewareChain<{ value: number }>();
chain.use(async (_ctx, next) => {
try {
return await next();
} catch {
return { value: -1 };
}
});
chain.use(async () => {
throw new Error("downstream error");
});
const result = await chain.execute({ value: 1 });
expect(result.value).toBe(-1);
});
});
describe("return type override", () => {
it("should support different TReturn type than TContext", async () => {
const chain = createMiddlewareChain<{ name: string }, string>(
async (ctx) => `Hello, ${ctx.name}!`,
);
const result = await chain.execute({ name: "World" });
expect(result).toBe("Hello, World!");
});
it("should allow middleware to transform return type", async () => {
const chain = createMiddlewareChain<{ items: number[] }, number>(
async (ctx) => ctx.items.reduce((a, b) => a + b, 0),
);
chain.use(async (_ctx, next) => {
const sum = await next();
return sum * 2;
});
const result = await chain.execute({ items: [1, 2, 3] });
expect(result).toBe(12);
});
});
describe("reusability", () => {
it("should reset index on each execute call", async () => {
const chain = createMiddlewareChain<{ count: number }>();
chain.use(async (ctx, next) => {
ctx.count += 1;
return next();
});
const resultA = await chain.execute({ count: 0 });
const resultB = await chain.execute({ count: 0 });
expect(resultA.count).toBe(1);
expect(resultB.count).toBe(1);
});
it("should share middlewares across execute calls", async () => {
const chain = createMiddlewareChain<{ log: string[] }>();
chain.use(async (ctx, next) => {
ctx.log.push("always");
return next();
});
await chain.execute({ log: [] });
await chain.execute({ log: [] });
expect(chain).toBeDefined();
});
});
describe("edge cases", () => {
it("should handle empty context object", async () => {
const chain = createMiddlewareChain<Record<string, never>>();
const result = await chain.execute({});
expect(result).toEqual({});
});
it("should handle middleware that returns a completely different object", async () => {
const chain = createMiddlewareChain<{ x: number }, { y: string }>(
async () => ({ y: "default" }),
);
chain.use(async (_ctx, next) => {
return next();
});
const result = await chain.execute({ x: 42 });
expect(result).toEqual({ y: "default" });
});
it("should handle middleware that mutates context without returning", async () => {
const chain = createMiddlewareChain<{ value: number }>(
async (ctx) => ctx,
);
chain.use(async (ctx, next) => {
ctx.value = 100;
return next();
});
const result = await chain.execute({ value: 0 });
expect(result.value).toBe(100);
});
it("should return undefined when middleware does not call next or return", async () => {
const chain = createMiddlewareChain<{ value: number }>();
chain.use(async (ctx) => {
ctx.value = 100;
return undefined as unknown as { value: number };
});
const result = await chain.execute({ value: 0 });
expect(result).toBeUndefined();
});
});
});
tsconfig.json
+7 -5
View File
@@ -5,18 +5,20 @@
"lib": ["ES2020"],
"moduleResolution": "bundler",
"strict": true,
"types": ["node"],
"esModuleInterop": true,
"skipLibCheck": true,
"forceConsistentCasingInFileNames": true,
"declaration": true,
"declarationMap": true,
"outDir": "./dist",
"rootDir": "./src",
"rootDir": ".",
"baseUrl": ".",
"paths": {
"@/*": ["src/*"]
}
"@/*": ["src/*"],
},
},
"include": ["src/**/*"],
"exclude": ["node_modules", "dist", "tests"]
"include": ["src/**/*", "tests/**/*", "*.config.ts"],
"exclude": ["node_modules", "dist"],
}
tsup.config.ts
+8 -8
View File
@@ -1,20 +1,20 @@
import { defineConfig } from 'tsup';
import { fileURLToPath } from 'url';
import { csvLoader } from 'inline-schema/csv-loader/rollup';
import { defineConfig } from "tsup";
import { fileURLToPath } from "url";
import { csvLoader } from "inline-schema/csv-loader/rollup";
const srcDir = fileURLToPath(new URL('./src', import.meta.url));
const srcDir = fileURLToPath(new URL("./src", import.meta.url));
export default defineConfig({
entry: ['src/index.ts'],
format: ['esm'],
entry: ["src/index.ts"],
format: ["esm"],
dts: true,
clean: true,
sourcemap: true,
external: ['@preact/signals-core', 'mutative', 'inline-schema'],
external: ["@preact/signals-core", "mutative", "inline-schema"],
plugins: [csvLoader()],
esbuildOptions(options) {
options.alias = {
'@': srcDir,
"@": srcDir,
};
},
});

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