declare const console: {
  log: (...args: unknown[]) => void
}

import { buildGameDefinitionFromCourse } from '../miniprogram/game/content/courseToGameDefinition'
import { getGameModeDefaults } from '../miniprogram/game/core/gameModeDefaults'
import { GameRuntime } from '../miniprogram/game/core/gameRuntime'
import { ScoreORule } from '../miniprogram/game/rules/scoreORule'
import { resolveSystemSettingsState } from '../miniprogram/game/core/systemSettingsState'
import { adaptBackendLaunchResultToEnvelope } from '../miniprogram/utils/backendLaunchAdapter'
import { type GameDefinition } from '../miniprogram/game/core/gameDefinition'
import { type BackendLaunchResult } from '../miniprogram/utils/backendApi'
import { type OrienteeringCourseData } from '../miniprogram/utils/orienteeringCourse'

type StorageMap = Record<string, unknown>

function assert(condition: boolean, message: string): void {
  if (!condition) {
    throw new Error(message)
  }
}

function createWxStorage(storage: StorageMap): void {
  ;(globalThis as { wx?: unknown }).wx = {
    getStorageSync(key: string): unknown {
      return storage[key]
    },
    setStorageSync(key: string, value: unknown): void {
      storage[key] = value
    },
  }
}

function buildCourse(): OrienteeringCourseData {
  return {
    title: 'Smoke Test Course',
    layers: {
      starts: [
        { label: 'Start', point: { lon: 120.0, lat: 30.0 }, headingDeg: 90 },
      ],
      controls: [
        { label: '1', sequence: 1, point: { lon: 120.0001, lat: 30.0 } },
        { label: '2', sequence: 2, point: { lon: 120.0002, lat: 30.0 } },
      ],
      finishes: [
        { label: 'Finish', point: { lon: 120.0003, lat: 30.0 } },
      ],
      legs: [],
    },
  }
}

function getControl(definition: GameDefinition, id: string) {
  return definition.controls.find((control) => control.id === id) || null
}

function testControlInheritance(): void {
  const definition = buildGameDefinitionFromCourse(
    buildCourse(),
    5,
    'score-o',
    undefined,
    undefined,
    undefined,
    undefined,
    'enter-confirm',
    5,
    false,
    false,
    undefined,
    undefined,
    { 'control-2': 80 },
    {
      title: '默认说明',
      body: '所有点默认正文',
    },
    {
      'control-2': {
        body: '2号点单点覆盖正文',
      },
    },
    30,
  )

  const control1 = getControl(definition, 'control-1')
  const control2 = getControl(definition, 'control-2')
  assert(!!control1 && !!control2, '应生成普通检查点')
  assert(control1!.score === 30, 'controlDefaults 默认分值应继承到普通点')
  assert(control2!.score === 80, '单点 score override 应覆盖默认分值')
  assert(!!control1!.displayContent && control1!.displayContent.title === '默认说明', '默认内容标题应继承到普通点')
  assert(!!control2!.displayContent && control2!.displayContent.body === '2号点单点覆盖正文', '单点内容 override 应覆盖默认正文')
}

function testScoreOFreePunchAndFinishGate(): void {
  const definition = buildGameDefinitionFromCourse(
    buildCourse(),
    5,
    'score-o',
    2 * 60 * 60 * 1000,
    10 * 60 * 1000,
    1,
    false,
    'enter-confirm',
    5,
    false,
  )
  const rule = new ScoreORule()
  let state = rule.initialize(definition)

  let result = rule.reduce(definition, state, { type: 'session_started', at: 1 })
  state = result.nextState

  result = rule.reduce(definition, state, {
    type: 'gps_updated',
    at: 2,
    lon: 120.0,
    lat: 30.0,
    accuracyMeters: null,
  })
  state = result.nextState
  result = rule.reduce(definition, state, {
    type: 'punch_requested',
    at: 3,
    lon: 120.0,
    lat: 30.0,
  })
  state = result.nextState
  assert(state.completedControlIds.includes('start-1'), '积分赛应能完成开始点')

  result = rule.reduce(definition, state, {
    type: 'gps_updated',
    at: 4,
    lon: 120.0001,
    lat: 30.0,
    accuracyMeters: null,
  })
  state = result.nextState
  assert(result.presentation.hud.punchButtonEnabled, '自由打点时进入普通点范围应可直接打点')
  result = rule.reduce(definition, state, {
    type: 'punch_requested',
    at: 5,
    lon: 120.0001,
    lat: 30.0,
  })
  state = result.nextState
  assert(state.completedControlIds.includes('control-1'), '积分赛默认无需先选中也应可打普通点')

  const preFinishState = rule.initialize(definition)
  let preFinishResult = rule.reduce(definition, preFinishState, { type: 'session_started', at: 10 })
  let runningState = preFinishResult.nextState
  preFinishResult = rule.reduce(definition, runningState, {
    type: 'gps_updated',
    at: 11,
    lon: 120.0,
    lat: 30.0,
    accuracyMeters: null,
  })
  runningState = preFinishResult.nextState
  preFinishResult = rule.reduce(definition, runningState, {
    type: 'punch_requested',
    at: 12,
    lon: 120.0,
    lat: 30.0,
  })
  runningState = preFinishResult.nextState
  preFinishResult = rule.reduce(definition, runningState, {
    type: 'punch_requested',
    at: 13,
    lon: 120.0003,
    lat: 30.0,
  })
  assert(preFinishResult.effects.some((effect) => effect.type === 'punch_feedback'), '未完成最低点数前打终点应被拦截')

  result = rule.reduce(definition, state, {
    type: 'gps_updated',
    at: 6,
    lon: 120.0003,
    lat: 30.0,
    accuracyMeters: null,
  })
  state = result.nextState
  assert(result.presentation.hud.punchButtonText === '结束打卡', '终点进入范围后按钮文案应切为结束打卡')
  result = rule.reduce(definition, state, {
    type: 'punch_requested',
    at: 7,
    lon: 120.0003,
    lat: 30.0,
  })
  state = result.nextState
  assert(state.status === 'finished' && state.endReason === 'completed', '达到终点解锁条件后应可正常结束')
}

function testSettingsLockLifecycle(): void {
  const storage: StorageMap = {
    cmr_user_settings_v1: {
      gpsMarkerStyle: 'dot',
      trackDisplayMode: 'full',
    },
  }
  createWxStorage(storage)

  const runtimeLocked = resolveSystemSettingsState(
    {
      values: {
        gpsMarkerStyle: 'beacon',
      },
      locks: {
        lockGpsMarkerStyle: true,
      },
    },
    'cmr_user_settings_v1',
    true,
  )
  assert(runtimeLocked.values.gpsMarkerStyle === 'beacon', '本局锁定时应以配置值为准')
  assert(runtimeLocked.locks.lockGpsMarkerStyle, '本局内锁态应生效')

  const runtimeReleased = resolveSystemSettingsState(
    {
      values: {
        gpsMarkerStyle: 'beacon',
      },
      locks: {
        lockGpsMarkerStyle: true,
      },
    },
    'cmr_user_settings_v1',
    false,
  )
  assert(runtimeReleased.values.gpsMarkerStyle === 'dot', '脱离本局后应回落到玩家持久化设置')
  assert(!runtimeReleased.locks.lockGpsMarkerStyle, '脱离本局后锁态应自动解除')
}

function testTimeoutEndReason(): void {
  const definition = buildGameDefinitionFromCourse(buildCourse(), 5, 'classic-sequential')
  const rule = new ScoreORule()
  const state = rule.initialize(definition)
  const result = rule.reduce(definition, state, { type: 'session_timed_out', at: 99 })
  assert(result.nextState.status === 'failed', '超时应进入 failed 状态')
  assert(result.nextState.endReason === 'timed_out', '超时结束原因应为 timed_out')
}

function testClassicSequentialSkipConfirmDefault(): void {
  const defaults = getGameModeDefaults('classic-sequential')
  assert(defaults.skipEnabled, '顺序打点默认应开启跳点')
  assert(defaults.skipRequiresConfirm, '顺序打点默认跳点应弹出确认')
}

function testRuntimeRestoreDefinition(): void {
  const definition = buildGameDefinitionFromCourse(
    buildCourse(),
    5,
    'score-o',
    2 * 60 * 60 * 1000,
    10 * 60 * 1000,
    1,
    false,
    'enter-confirm',
    5,
    false,
  )
  const runtime = new GameRuntime()
  runtime.loadDefinition(definition)
  runtime.startSession(1)
  runtime.dispatch({
    type: 'gps_updated',
    at: 2,
    lon: 120.0,
    lat: 30.0,
    accuracyMeters: null,
  })
  runtime.dispatch({
    type: 'punch_requested',
    at: 3,
    lon: 120.0,
    lat: 30.0,
  })
  runtime.dispatch({
    type: 'gps_updated',
    at: 4,
    lon: 120.0001,
    lat: 30.0,
    accuracyMeters: null,
  })
  runtime.dispatch({
    type: 'punch_requested',
    at: 5,
    lon: 120.0001,
    lat: 30.0,
  })

  const savedState = runtime.state
  assert(!!savedState, '恢复测试前应存在对局状态')

  const restoredRuntime = new GameRuntime()
  const restoreResult = restoredRuntime.restoreDefinition(definition, savedState!)
  assert(restoredRuntime.state !== null, '恢复后应保留对局状态')
  assert(restoredRuntime.state!.completedControlIds.includes('control-1'), '恢复后应保留已完成检查点')
  assert(restoredRuntime.state!.status === 'running', '恢复后对局应继续保持 running')
  assert(restoreResult.presentation.hud.punchButtonText === runtime.presentation.hud.punchButtonText, '恢复后 HUD 关键按钮文案应可重建')
}

function testLaunchRuntimeAdapter(): void {
  const launchResult: BackendLaunchResult = {
    event: {
      id: 'evt_demo_variant_manual_001',
      displayName: 'Manual Variant Demo',
    },
    launch: {
      source: 'event',
      resolvedRelease: {
        launchMode: 'formal-release',
        source: 'current-release',
        eventId: 'evt_demo_variant_manual_001',
        releaseId: 'rel_runtime_001',
        configLabel: 'runtime demo',
        manifestUrl: 'https://example.com/releases/rel_runtime_001/manifest.json',
        manifestChecksumSha256: 'manifest-sha-001',
        routeCode: 'route-variant-b',
      },
      config: {
        configUrl: 'https://example.com/runtime.json',
        configLabel: 'runtime demo',
        releaseId: 'rel_runtime_001',
        routeCode: 'route-variant-b',
      },
      business: {
        source: 'direct-event',
        eventId: 'evt_demo_variant_manual_001',
        sessionId: 'sess_001',
        sessionToken: 'token_001',
        sessionTokenExpiresAt: '2026-04-03T16:00:00+08:00',
        routeCode: 'route-variant-b',
      },
      variant: {
        id: 'variant_b',
        name: 'B 线',
        routeCode: 'route-variant-b',
        assignmentMode: 'manual',
      },
      runtime: {
        runtimeBindingId: 'rtb_001',
        placeId: 'place_campus',
        placeName: '示范校园',
        mapId: 'map_main',
        mapName: '主图',
        tileReleaseId: 'tile_rel_001',
        courseSetId: 'course_set_001',
        courseVariantId: 'variant_b',
        routeCode: 'route-variant-b',
      },
      presentation: {
        presentationId: 'pres_001',
        templateKey: 'campus-v1',
        version: 'v3',
      },
      contentBundle: {
        bundleId: 'bundle_001',
        bundleType: 'quiz-pack',
        version: 'v7',
      },
    },
  }

  const envelope = adaptBackendLaunchResultToEnvelope(launchResult)
  assert(!!envelope.resolvedRelease, 'resolvedRelease 应映射到 GameLaunchEnvelope.resolvedRelease')
  assert(envelope.resolvedRelease!.manifestUrl === 'https://example.com/releases/rel_runtime_001/manifest.json', 'resolvedRelease.manifestUrl 应正确适配')
  assert(envelope.resolvedRelease!.releaseId === 'rel_runtime_001', 'resolvedRelease.releaseId 应正确适配')
  assert(!!envelope.runtime, 'launch.runtime 应映射到 GameLaunchEnvelope.runtime')
  assert(envelope.runtime!.runtimeBindingId === 'rtb_001', 'runtimeBindingId 应正确适配')
  assert(envelope.runtime!.placeName === '示范校园', 'placeName 应正确适配')
  assert(envelope.runtime!.mapName === '主图', 'mapName 应正确适配')
  assert(envelope.runtime!.courseVariantId === 'variant_b', 'courseVariantId 应正确适配')
  assert(envelope.runtime!.routeCode === 'route-variant-b', 'runtime routeCode 应优先保留后端透出值')
  assert(!!envelope.variant && envelope.variant.variantName === 'B 线', 'variant 摘要应继续保持兼容')
  assert(!!envelope.presentation && envelope.presentation.presentationId === 'pres_001', 'launch.presentation 应映射到 GameLaunchEnvelope.presentation')
  assert(!!envelope.contentBundle && envelope.contentBundle.bundleId === 'bundle_001', 'launch.contentBundle 应映射到 GameLaunchEnvelope.contentBundle')
}

function run(): void {
  createWxStorage({})
  testControlInheritance()
  testScoreOFreePunchAndFinishGate()
  testSettingsLockLifecycle()
  testTimeoutEndReason()
  testClassicSequentialSkipConfirmDefault()
  testRuntimeRestoreDefinition()
  testLaunchRuntimeAdapter()
  console.log('runtime smoke tests passed')
}

run()