DNF90 服务端与启动器完整源码（含 GM 工具功能增强）
服务端（Go）： - GM 塞背包/带属性装备发放：在线角色推送 op14 增量物品行，背包实时刷新，无需回角色选择界面 - GM 改金币/改等级：去掉在线拒绝，落库后推送 op14 钱包/op37 等级状态，在线实时刷新 - 等级端点统一切换到新版 GMSetCharacterLevel（自带在线刷新） - 无限/锁死疲劳模式 + 燃烧疲劳：每房间消耗 2 点、打怪与通关经验双倍 - 燃烧疲劳开关时给所有在线角色推送系统提示（op12 mode 0） - 深渊史诗掉率：GM 全局倍率 + 城镇增益药剂窗口倍率，真实接入掉落结算 启动器（Python/JS）： - 标题栏自绘、窗口 1204x717、禁止拖拽改大小、仅最小化/关闭 - GM 工具：疲劳与燃烧、深渊史诗掉率、拍卖行上架（单一定价对齐） - 拍卖行上架前端对齐服务端单一价格语义，修复 400 报错
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package companion
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import (
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"crypto/sha256"
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"encoding/hex"
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"fmt"
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"sort"
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"strconv"
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"strings"
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)
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// StrategyCapability is a named primitive that the offline compiler is
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// allowed to consume. Keeping this list explicit prevents a Lua profile from
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// injecting arbitrary AIC tags or silently claiming a missing client feature.
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type StrategyCapability string
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const (
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CapabilityThinkTerm StrategyCapability = "think_term"
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CapabilityDistance StrategyCapability = "target_distance"
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CapabilityCooldown StrategyCapability = "key_cooldown"
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CapabilityActionStream StrategyCapability = "action_stream"
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CapabilityFriendAnchor StrategyCapability = "friend_anchor"
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CapabilityPartyHP StrategyCapability = "party_hp"
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CapabilityEnemyCount StrategyCapability = "enemy_count_in_area"
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CapabilityLeaderFollow StrategyCapability = "leader_follow"
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CapabilityLeaderBuff StrategyCapability = "leader_buff"
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CapabilityActionAck StrategyCapability = "action_ack"
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CapabilityTargetSticky StrategyCapability = "target_sticky"
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CapabilityStuckDetour StrategyCapability = "stuck_detour"
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)
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// StrategyCapabilities describes the currently proven compiler/runtime
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// surface. The defaults reflect the AIC tokens found in the checked-in PVF;
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// the dynamic leader/action features remain intentionally false until a real
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// client implementation proves them.
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type StrategyCapabilities struct {
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ThinkTerm bool `json:"think_term"`
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Distance bool `json:"target_distance"`
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Cooldown bool `json:"key_cooldown"`
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ActionStream bool `json:"action_stream"`
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FriendAnchor bool `json:"friend_anchor"`
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PartyHP bool `json:"party_hp"`
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EnemyCount bool `json:"enemy_count_in_area"`
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LeaderFollow bool `json:"leader_follow"`
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LeaderBuff bool `json:"leader_buff"`
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ActionAck bool `json:"action_ack"`
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TargetSticky bool `json:"target_sticky"`
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StuckDetour bool `json:"stuck_detour"`
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}
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func DefaultStrategyCapabilities() StrategyCapabilities {
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return StrategyCapabilities{
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ThinkTerm: true, Distance: true, Cooldown: true, ActionStream: true,
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FriendAnchor: true, PartyHP: true, EnemyCount: true,
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LeaderFollow: false, LeaderBuff: false, ActionAck: false,
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TargetSticky: false, StuckDetour: false,
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}
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}
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func (c StrategyCapabilities) Has(cap StrategyCapability) bool {
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switch cap {
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case CapabilityThinkTerm:
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return c.ThinkTerm
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case CapabilityDistance:
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return c.Distance
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case CapabilityCooldown:
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return c.Cooldown
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case CapabilityActionStream:
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return c.ActionStream
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case CapabilityFriendAnchor:
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return c.FriendAnchor
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case CapabilityPartyHP:
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return c.PartyHP
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case CapabilityEnemyCount:
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return c.EnemyCount
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case CapabilityLeaderFollow:
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return c.LeaderFollow
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case CapabilityLeaderBuff:
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return c.LeaderBuff
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case CapabilityActionAck:
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return c.ActionAck
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case CapabilityTargetSticky:
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return c.TargetSticky
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case CapabilityStuckDetour:
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return c.StuckDetour
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default:
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return false
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}
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}
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type StrategyStep struct {
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Name string `json:"name"`
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Priority int `json:"priority"`
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Value int `json:"value,omitempty"`
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}
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// CompiledStrategy is an offline artifact. It can be written into a
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// generated AIC/PVF overlay by the companionpvf tool, but it is never marked
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// as applied until a future client executor reports a real action receipt.
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type CompiledStrategy struct {
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Status string `json:"status"`
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LuaSource string `json:"lua_source"`
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LuaSHA256 string `json:"lua_sha256"`
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Steps []StrategyStep `json:"steps"`
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MissingCapabilities []StrategyCapability `json:"missing_capabilities,omitempty"`
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Warnings []string `json:"warnings,omitempty"`
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}
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func (r CompiledStrategy) ReadyForStaticAIC() bool {
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return r.Status == "compiled_static" || r.Status == "compiled_with_gaps"
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}
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// CompileAIProfile converts the high-level GM profile to a small, auditable
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// strategy IR and a Lua configuration source. The IR is deliberately limited
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// to known decisions; unproven dynamic features are reported as gaps instead
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// of being silently treated as live behaviour.
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func CompileAIProfile(profile AIProfile, caps StrategyCapabilities) (CompiledStrategy, error) {
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profile = NormalizeAIProfile(profile)
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if err := profile.Validate(); err != nil {
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return CompiledStrategy{}, err
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}
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tuning := EffectiveAITuning(profile.Tuning)
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steps := []StrategyStep{
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{Name: "think", Priority: 100, Value: tuning.ThinkIntervalMS},
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{Name: "vision", Priority: 95, Value: tuning.VisionRange},
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{Name: "keep_distance", Priority: 90, Value: tuning.FollowDistance},
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}
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missing := make(map[StrategyCapability]struct{})
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warnings := []string{}
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need := func(cap StrategyCapability, step StrategyStep, warning string) {
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if caps.Has(cap) {
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steps = append(steps, step)
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return
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}
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missing[cap] = struct{}{}
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if warning != "" {
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warnings = append(warnings, warning)
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}
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}
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if profile.Behavior == "assist" {
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need(CapabilityFriendAnchor,
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StrategyStep{Name: "assist_anchor", Priority: 85, Value: tuning.AssistLeashX},
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"辅助站位使用已验证的 friend anchor 近似；固定队长后方坐标仍需客户端能力。")
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need(CapabilityLeaderFollow,
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StrategyStep{Name: "follow_leader", Priority: 84, Value: tuning.FollowDistance},
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"当前没有经过验证的队长坐标读取，未宣称实时躲在主角后方。")
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if profile.BuffPolicy != AIBuffPolicyOff {
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need(CapabilityLeaderBuff,
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StrategyStep{Name: "buff_leader", Priority: 120},
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"BUFF 优先级已保存，但当前编译器没有真实队长施法回执。")
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}
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if tuning.HealLeaderPercent > 0 {
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need(CapabilityPartyHP,
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StrategyStep{Name: "heal_leader", Priority: 118, Value: tuning.HealLeaderPercent},
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"治疗阈值可编译为 party hp 条件；技能实际生效仍需 AIC/PVF 回读。")
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}
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steps = append(steps, StrategyStep{Name: "assist_attack_gate", Priority: 40, Value: tuning.AssistAttackIntervalMS})
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} else {
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if profile.BuffPolicy != AIBuffPolicyOff {
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need(CapabilityActionStream,
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StrategyStep{Name: "buff_first", Priority: 120},
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"先 BUFF 后攻击仅能生成有序技能流，当前没有动作回执。")
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}
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steps = append(steps, StrategyStep{Name: "attack_rotation", Priority: 70, Value: tuning.ChaseRange})
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}
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if profile.ComboEnabled {
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need(CapabilityCooldown,
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StrategyStep{Name: "combo_rotation", Priority: 80},
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"职业连招使用白名单 key stream；没有冷却原语时拒绝生成。")
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}
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if profile.AOEMinTargets >= 2 {
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need(CapabilityEnemyCount,
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StrategyStep{Name: "aoe_when_many", Priority: 105, Value: profile.AOEMinTargets},
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"范围技能条件依赖已验证的区域敌人数；技能键仍由职业模板提供。")
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}
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if tuning.TargetStickinessMS > 0 {
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need(CapabilityTargetSticky, StrategyStep{Name: "target_sticky", Priority: 60, Value: tuning.TargetStickinessMS},
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"目标黏性参数已保存，当前 AIC 没有可证明的目标锁定回执。")
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}
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if tuning.StuckMS > 0 || tuning.DetourMS > 0 || tuning.GiveUpMS > 0 {
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need(CapabilityStuckDetour, StrategyStep{Name: "stuck_detour_give_up", Priority: 30, Value: tuning.GiveUpMS},
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"卡住重试、绕行和放弃目标等待客户端位置/目标状态。")
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}
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missingList := make([]StrategyCapability, 0, len(missing))
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for cap := range missing {
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missingList = append(missingList, cap)
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}
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sort.Slice(missingList, func(i, j int) bool { return missingList[i] < missingList[j] })
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sort.Slice(steps, func(i, j int) bool {
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if steps[i].Priority != steps[j].Priority {
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return steps[i].Priority > steps[j].Priority
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}
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return steps[i].Name < steps[j].Name
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})
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lua := renderLuaPolicy(profile, tuning, steps)
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hash := sha256.Sum256([]byte(lua))
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status := "compiled_static"
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if len(missingList) > 0 {
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status = "compiled_with_gaps"
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}
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return CompiledStrategy{
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Status: status, LuaSource: lua, LuaSHA256: hex.EncodeToString(hash[:]),
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Steps: steps, MissingCapabilities: missingList, Warnings: warnings,
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}, nil
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}
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func luaString(value string) string {
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var b strings.Builder
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b.WriteByte('"')
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for _, r := range value {
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switch r {
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case '\\':
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b.WriteString("\\\\")
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case '"':
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b.WriteString("\\\"")
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case '\n':
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b.WriteString("\\n")
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case '\r':
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b.WriteString("\\r")
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case '\t':
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b.WriteString("\\t")
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default:
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if r < 32 || r == 127 {
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fmt.Fprintf(&b, "\\%03d", r)
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} else {
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b.WriteRune(r)
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}
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}
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}
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b.WriteByte('"')
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return b.String()
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}
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func renderLuaPolicy(profile AIProfile, tuning AITuning, steps []StrategyStep) string {
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var b strings.Builder
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b.WriteString("-- generated by companion strategy compiler; data only\nreturn {\n")
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fmt.Fprintf(&b, " version = 1, behavior = %s, class_id = %d, buff_policy = %s, combo_preset = %s, combo_enabled = %s, aoe_min_targets = %d, protect_leader = %s,\n",
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luaString(profile.Behavior), profile.ClassID, luaString(profile.BuffPolicy), luaString(profile.ComboPreset), strconv.FormatBool(profile.ComboEnabled), profile.AOEMinTargets, strconv.FormatBool(profile.ProtectLeader))
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fmt.Fprintf(&b, " tuning = { think_interval_ms = %d, assist_attack_interval_ms = %d, assist_leash_x = %d, assist_leash_y = %d, chase_range = %d, vision_range = %d, target_stickiness_ms = %d, heal_leader_percent = %d, heal_self_percent = %d, retry_ms = %d, support_retry_ms = %d, busy_move_ms = %d, stuck_ms = %d, detour_ms = %d, give_up_ms = %d, follow_distance = %d },\n",
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tuning.ThinkIntervalMS, tuning.AssistAttackIntervalMS, tuning.AssistLeashX, tuning.AssistLeashY, tuning.ChaseRange, tuning.VisionRange, tuning.TargetStickinessMS, tuning.HealLeaderPercent, tuning.HealSelfPercent, tuning.RetryMS, tuning.SupportRetryMS, tuning.BusyMoveMS, tuning.StuckMS, tuning.DetourMS, tuning.GiveUpMS, tuning.FollowDistance)
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b.WriteString(" steps = {\n")
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for _, step := range steps {
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fmt.Fprintf(&b, " { name = %s, priority = %d, value = %d },\n", luaString(step.Name), step.Priority, step.Value)
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}
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b.WriteString(" },\n}\n")
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return b.String()
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}
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