Add auto-repeat quest and memoir auto-sell

server/internal/service/quest_auto_orbit.go

@@ -0,0 +1,83 @@
+package service
+
+import (
+	"log"
+
+	"lunar-tear/server/internal/model"
+	"lunar-tear/server/internal/questflow"
+	"lunar-tear/server/internal/store"
+)
+
+func startAutoOrbit(user *store.UserState, questType model.QuestType, chapterId, questId, maxCount int32, nowMillis int64) {
+	if maxCount <= 0 {
+		if user.QuestAutoOrbit.MaxAutoOrbitCount > 0 {
+			log.Printf("[autoOrbit] clear (start without max): prev questType=%d chapter=%d quest=%d cleared=%d/%d",
+				user.QuestAutoOrbit.QuestType, user.QuestAutoOrbit.ChapterId, user.QuestAutoOrbit.QuestId,
+				user.QuestAutoOrbit.ClearedAutoOrbitCount, user.QuestAutoOrbit.MaxAutoOrbitCount)
+		}
+		user.QuestAutoOrbit = store.QuestAutoOrbitState{}
+		return
+	}
+	s := user.QuestAutoOrbit
+	if s.MaxAutoOrbitCount > 0 &&
+		s.QuestType == int32(questType) && s.ChapterId == chapterId &&
+		s.QuestId == questId && s.MaxAutoOrbitCount == maxCount {
+		s.LatestVersion = nowMillis
+		user.QuestAutoOrbit = s
+		log.Printf("[autoOrbit] continue cleared=%d/%d", s.ClearedAutoOrbitCount, s.MaxAutoOrbitCount)
+		return
+	}
+	log.Printf("[autoOrbit] start questType=%d chapter=%d quest=%d max=%d", questType, chapterId, questId, maxCount)
+	user.QuestAutoOrbit = store.QuestAutoOrbitState{
+		QuestType:         int32(questType),
+		ChapterId:         chapterId,
+		QuestId:           questId,
+		MaxAutoOrbitCount: maxCount,
+		LatestVersion:     nowMillis,
+	}
+}
+
+func finishAutoOrbit(user *store.UserState, isAutoOrbit, isRetired, isAnnihilated bool, questType model.QuestType, chapterId, questId int32, nowMillis int64, drops []questflow.RewardGrant) (endedDrops []store.AutoOrbitDropEntry, loopEnded bool) {
+	s := user.QuestAutoOrbit
+	if s.MaxAutoOrbitCount <= 0 {
+		return nil, false
+	}
+	if s.QuestType != int32(questType) || s.ChapterId != chapterId || s.QuestId != questId {
+		log.Printf("[autoOrbit] finish for other quest, ignored: tracked={qt=%d ch=%d q=%d} got={qt=%d ch=%d q=%d}",
+			s.QuestType, s.ChapterId, s.QuestId, int32(questType), chapterId, questId)
+		return nil, false
+	}
+	if !isRetired && !isAnnihilated {
+		added := 0
+		for _, d := range drops {
+			s.AccumulatedDrops = append(s.AccumulatedDrops, store.AutoOrbitDropEntry{
+				PossessionType: int32(d.PossessionType),
+				PossessionId:   d.PossessionId,
+				Count:          d.Count,
+				IsAutoSale:     d.IsAutoSale,
+			})
+			added++
+		}
+		s.ClearedAutoOrbitCount++
+		log.Printf("[autoOrbit] iter cleared=%d/%d +%d drops (total=%d)",
+			s.ClearedAutoOrbitCount, s.MaxAutoOrbitCount, added, len(s.AccumulatedDrops))
+	}
+	s.LastClearDatetime = nowMillis
+	s.LatestVersion = nowMillis
+	if !isAutoOrbit || isRetired || isAnnihilated || s.ClearedAutoOrbitCount >= s.MaxAutoOrbitCount {
+		log.Printf("[autoOrbit] loop end: cleared=%d/%d total drops=%d (returned in response, accumulator kept)",
+			s.ClearedAutoOrbitCount, s.MaxAutoOrbitCount, len(s.AccumulatedDrops))
+		user.QuestAutoOrbit = store.QuestAutoOrbitState{AccumulatedDrops: s.AccumulatedDrops}
+		return s.AccumulatedDrops, true
+	}
+	user.QuestAutoOrbit = s
+	return nil, false
+}
+
+func consumeAutoOrbitRewards(user *store.UserState) []store.AutoOrbitDropEntry {
+	drops := user.QuestAutoOrbit.AccumulatedDrops
+	log.Printf("[autoOrbit] consume on FinishAutoOrbit: returning %d drops (loop status max=%d cleared=%d)",
+		len(drops), user.QuestAutoOrbit.MaxAutoOrbitCount, user.QuestAutoOrbit.ClearedAutoOrbitCount)
+	user.QuestAutoOrbit = store.QuestAutoOrbitState{}
+	return drops
+}