template/.planning/STATE.md

7.9 KiB
Raw Blame History

gsd_state_version milestone current_phase current_phase_name status stopped_at last_updated last_activity last_activity_desc state_head progress milestone_name
1.0 v1.0 02 寻路系统 executing Completed 02-02-PLAN.md 2026-09-09T09:37:40.341Z 2026-09-09 Phase 02 execution started e199d99d19
total_phases completed_phases total_plans completed_plans
6 0 16 15
milestone

Project State

Project Reference

See: .planning/PROJECT.md (updated 2026-09-07)

Core value: 引擎能完整跑通一部魔塔——开局到结局,存档、战斗、地图、事件、剧情全链路可玩。 Current focus: Phase 02 — 寻路系统

Current Position

Phase: 02 (寻路系统) — EXECUTING Plan: 3 of 3 Status: Ready to execute Last activity: 2026-09-09 — Phase 02 execution started

Progress: [█████████░] 92%

Performance Metrics

Velocity:

  • Total plans completed: 5
  • Average duration: N/A
  • Total execution time: 0 hours

By Phase:

Phase Plans Total Avg/Plan
- - - -

Recent Trend:

  • Last 5 plans: N/A
  • Trend: N/A

Updated after each plan completion Per-Plan Metrics:

Plan Duration Tasks Files
Phase 01 P04 7min 3 tasks 2 files
Phase 01 P05 17min 2 tasks 4 files
Phase 01 P06 20min 2 tasks 4 files
Phase 01 P10 25min 2 tasks 5 files
Phase 01 P07 25min 2 tasks 5 files
Phase 01 P08 3min 1 tasks 1 files
Phase 01 P09 8min 2 tasks 2 files
Phase 01 P11 13min 2 tasks 3 files
Phase 01 P12 20min 2 tasks 6 files
Phase 01 P13 30 3 tasks 11 files
Phase 02 P01 25min 3 tasks 2 files
Phase 02 P02 29min 3 tasks 10 files

Accumulated Context

Decisions

Decisions are logged in PROJECT.md Key Decisions table. Recent decisions affecting current work:

  • 接口/架构设计由用户主导AI 仅做实现与测试
  • 渲染层先于数据层完成重构(既有顺序延续)
  • 阶段顺序调整为玩法优先:事件 + 寻路 → 数据端完成 → 渲染适配 → legacy 移植 → 单元测试
  • AI 可在验证通过后自行创建 git commit无需用户逐次审批验证未通过不得提交
  • [Phase 01]: Serialized event registration and map event-id binding remain deferred; CoreState retains only a TODO and no new public registration API is added.
  • [Phase 01]: Source-aware dispatch uses IGameEventInvocation { id: string; env: IBlockEventEnv } and one full-sequence execute call.
  • [Phase 01]: IMapLayerSave.pointEvents uses index -> priority -> eventId, independent from map-matrix dirty, with pure-baseline overlay loading and crop/clear resize semantics.
  • [Phase 01]: Phase 01 Plan 05 preserves rawEvent as public Statement[] with constructor/setRaw aliasing, generic Promise, and current as Promise adapters; no defensive-copy, unknown, or cache-safety changes.
  • [Phase 01]: Phase 01 Plan 05 defers eventStore circular dependencies, preserving current imports and behavior and recording the exact check:circular paths as the phase baseline.
  • [Phase 01]: Plan 01-06 validates raw map event containers before registration and binds coordinate events to the event layer.
  • [Phase 01]: Plan 01-10 restores raw tile defaults and implements the approved coordinate point-event lifecycle; map-level aggregation and registration remain deferred.
  • [Phase 01]: Plan 01-07 dispatches one approved source-aware point/static/dynamic invocation sequence with trigger filtering before cut/reduce.
  • [Phase 01]: Plans 01-08 and 01-09 remain unexecuted; their revised scope preserves rawEvent/Promise/as adapters/cycles, tests only eventStore behavior, and isolates GameMap point-event aggregation without production registration.
  • [Phase 01]: Plan 01-08 regression-tests GameEventStore through the public barrel and preserves rawEvent, Promise, and eventStore-cycle deferrals.
  • [Phase 01]: Plan 01-09 preserves non-empty pointEvents as valid GameMap layer save content for LowCompression and HighCompression.
  • [Phase 01]: Plan 01-09 validates point-event aggregation without production registration, map-id binding, rawEvent changes, or eventStore cycle repair.
  • [Phase 01]: Phase 01 Plan 11 wires each legacy event alias layer to GameMap.eventLayer without adding serialized registration or map-id binding.
  • [Phase 01]: Phase 01 Plan 11 preserves source-aware invocation, point-event persistence, rawEvent/cache/Promise/as, and eventStore-cycle deferrals.
  • [Phase 01]: Gap-closure plan 01-12 repairs only the missing IBlockEventEnv import, focused fixture typing, and reported CRLF/Prettier errors; it preserves all locked deferrals and public contracts.
  • [Phase 01]: Gap-closure Plan 01-12 imports IBlockEventEnv and types only the focused event/map fixtures without changing runtime behavior or public contracts.
  • [Phase 01]: Gap-closure Plan 01-12 preserves serialized registration/map-id binding, rawEvent/cache/Promise/as, and eventStore-cycle deferrals.
  • [Phase 01]: Plan 01-13: LayerEventView owns point-event refs with O(1) dirty state; MapLayer uses flat index storage and ref-first overlays; MapTileBase centralizes default restoration.
  • [Phase 01]: Plan 01-13 preserves the approved save shape, resize semantics, locked deferrals, and leaves types.ts and executor.ts user edits untouched.
  • [Phase 02]: [Phase 02] 02-01 拍板pathfinding/types.ts 由用户亲自编写接口事实源02-02/02-03 不得创建或重写该文件
  • [Phase 02]: [Phase 02] 02-01 拍板mover.ts:651 坐标回写缺陷 go——授权 02-02 改为 || 并翻绿 4 个回归用例
  • [Phase 02]: [Phase 02] 02-01 拍板D-08 触发语义=通行掩码允许到达且目标 no-pass 才触发 hit/OnTouch掩码不可达一律不触发实现机制须与该语义一致
  • [Phase 02]: [Phase 02] 02-01 拍板:打断时序选选项 1stop 后 await 兑现再起新寻路);图方向性仅 4 正交向文件归属按草案原样types.ts 除外)
  • [Phase 02]: [Phase 02]: 02-02 floorId 解析经 iterateAllMaps 引用匹配fromRaw 楼层默认 inactive激活层迭代会使真实谓词拿不到 floorId
  • [Phase 02]: [Phase 02]: 02-02 L2 经结构化守卫 hasMover 取移动器(零 asmover.start() 返回 null 即已有移动进行中契约检测点
  • [Phase 02]: [Phase 02]: 02-02 终端节点canPass 且 shouldHit在搜索层约束可作终点不可穿越D-08 情形 1 由 02-03 直接 find() 判定相邻格
  • [Phase 02]: [Phase 02]: 02-02 moveTo 恒逐步,回退策略仅作用于 teleportTo 且 null 默认必定逐步(与用户 types.ts jsdoc 逐字对齐)

Pending Todos

None yet.

Blockers/Concerns

  • 数据层 L0L3 接口设计仍在进行中由用户主导DATA-01Phase 3依赖接口设计落地
  • 01-08 rawEvent cache-safety and no-as implementation assumptions are explicitly removed from the revised executable scope; the 01-05 current contract remains unchanged.
  • eventStore circular paths are explicitly preserved as the Phase 01 baseline; the revised 01-08 regression does not require those paths to disappear.
  • Plan 01-12 leaves the repository-wide type gate blocked only by pre-existing diagnostics outside the plan-owned files; these are recorded in the phase deferred-items ledger.
  • Plan 01-13 records the same repository-wide type gate diagnostics outside its implementation and test files in the phase deferred-items ledger.

Deferred Items

Category Item Status Deferred At Milestone
quality gate Pre-existing TypeScript diagnostics outside Plan 01-12 files deferred 2026-09-09 v1.0
quality gate Pre-existing TypeScript diagnostics outside Plan 01-13 files deferred 2026-09-09 v1.0

Session Continuity

Last session: 2026-09-09T09:37:24.371Z Stopped at: Completed 02-02-PLAN.md Resume file: None