Ananta-ps/internal/catalogs/talent_tree_repository.go

package catalogs

import (
	"encoding/json"
	"os"
	"path/filepath"
	"sync"
)

var _ = json.RawMessage{}
var _ = sync.Mutex{}
var _ = os.ReadFile
var _ = filepath.Join

// 
// Client talent tables (天赋树) imported from the 4229938 config dump into
// paths.clientConfigs:
// · TalentTreeGamePlayConfig.json — the gameplay ids the talent panel is split into (1..5).
// · TalentTreeConfig.json         — one row per tree: how the client keys it (gameplay / job
// class / spirit) — see TalentTree.
// · TalentTreeTalentConfig.json   — one row per talent node: owning tree, point cost, max layer.
// Optional, like the economy tables: a missing file only disables talent point accounting instead
// of refusing to start. The server needs these numbers because the client's AskActiveGameplayTalentLayer
// only carries (gameplayId, talentId, addLayer) — no cost — so a server that wants to debit points
// has to know what the node costs itself.
// 
var (
	TalentTreeRepository_cacheLock sync.RWMutex
	TalentTreeRepository_cached = false
	TalentTreeRepository_entries []any
)

// LoadTalentTreeRepository loads catalog records from client config directory
func LoadTalentTreeRepository(configDir string) ([]any, error) {
	TalentTreeRepository_cacheLock.RLock()
	if TalentTreeRepository_cached {
		defer TalentTreeRepository_cacheLock.RUnlock()
		return TalentTreeRepository_entries, nil
	}
	TalentTreeRepository_cacheLock.RUnlock()

	TalentTreeRepository_cacheLock.Lock()
	defer TalentTreeRepository_cacheLock.Unlock()
	if TalentTreeRepository_cached { return TalentTreeRepository_entries, nil }

	filePath := filepath.Join(configDir, "TalentTreeRepository.json")
	data, err := os.ReadFile(filePath)
	if err != nil {
		return nil, err
	}

	var raw struct {
		Records []json.RawMessage `json:"records"`
	}
	if err := json.Unmarshal(data, &raw); err != nil {
		return nil, err
	}

	var result []any
	for _, item := range raw.Records {
		var m map[string]any
		if err := json.Unmarshal(item, &m); err == nil {
			result = append(result, m)
		}
	}

	TalentTreeRepository_entries = result
	TalentTreeRepository_cached = true
	return result, nil
}

// Forces the (optional) tables to load so the startup log reports what was imported.
func TalentTreeRepository_Warmup()  {
	// Catalog helper TalentTreeRepository_Warmup
}

func TalentTreeRepository_TryTalent(id uint32, node TalentNode) bool {
	// Catalog helper TalentTreeRepository_TryTalent
	return false
}

// 
// Nodes of every tree matching , de-duplicated by node id and
// ascending. A node can sit in several trees (33 of them do), so the union has to be distinct.
// 
func TalentTreeRepository_NodesOfTrees(predicate any) []TalentNode {
	// Catalog helper TalentTreeRepository_NodesOfTrees
	return nil
}

// 
// Every node belonging to one talent tree (TalentTreeid row), ascending by id.
// Needed by the career-talent seeding (TalentTreeSettings.SeedCareerTalents): nodes have
// prerequisites, so activating one node in isolation can still read as locked on the client.
// Publishing a whole tree sidesteps that dependency order entirely.
// 
func TalentTreeRepository_NodesOfTree(treeId uint32) []TalentNode {
	// Catalog helper TalentTreeRepository_NodesOfTree
	return nil
}

func TalentTreeRepository_ReadRecords(path string, warnings []string) []any {
	// Catalog helper TalentTreeRepository_ReadRecords
	return nil
}

// Dump records may carry fully qualified keys ("LT.ConfigGen.IFoo.Id"), so match on the leaf name.
func TalentTreeRepository_TryProperty(row any, name string, value any) bool {
	// Catalog helper TalentTreeRepository_TryProperty
	return false
}

func TalentTreeRepository_TryUInt32(row any, name string, result uint32) bool {
	// Catalog helper TalentTreeRepository_TryUInt32
	return false
}

// One talent node.  is the first TalentTreeid row (a node can
// belong to several trees in the dump; the panel key we echo back only needs one).
type TalentNode struct {
	Id uint32 `json:"id"`
	TreeId uint32 `json:"treeId"`
	CostPoint uint32 `json:"costPoint"`
	LayerNum uint32 `json:"layerNum"`
}

// 
// One talent tree, i.e. one TalentTreeConfig row. The three ids are mutually exclusive
// in stock 4229938 and decide which client container the tree's nodes have to be published in
// (TalentTreeMgr.OnStartCurrent):
// <list type="bullet">
// <item>GameplayId != 0 — keyed by gameplay id, read from GameplayTalentInfos.</item>
// <item>JobClassId != 0 — keyed by job class, read from that career's
// SpiritJob.TalentInfo (so a tree only shows up for characters that own the career).</item>
// <item>both 0 — dumped into SpiritInfo.TalentInfo, further narrowed by
// SpiritIds (Kingpin lists the two protagonists; some rows pin a single spirit).</item>
// </list>
// 
type TalentTree struct {
	Id uint32 `json:"id"`
	Name string `json:"name"`
	GameplayId uint32 `json:"gameplayId"`
	JobClassId uint32 `json:"jobClassId"`
	SpiritIds []uint32 `json:"spiritIds"`
}

type TalentTreeRepository_Data struct {
	GameplayIds []uint32 `json:"gameplayIds"`
	Trees []TalentTree `json:"trees"`
	Nodes map[uint32]TalentNode `json:"nodes"`
	ByTree map[uint32][]TalentNode `json:"byTree"`
}