using System;
using System.Collections.Generic;
using System.Collections.Immutable;
using System.IO;
using System.Linq;
using System.Text;
using System.Text.Json;
using AnotherReplayReader;
using AnotherReplayReader.ReplayFile;
using AnotherReplayReader.Utils;

namespace AiV2.Tests
{
    internal static class Program
    {
        private static int _passed;
        private static int _failed;

        private static int Main()
        {
            Run("AiTimeParser", AiTimeParserTests.Run);
            Run("MechanicalSegmenter", MechanicalSegmenterTests.Run);
            Run("OverviewParser", OverviewParserTests.Run);
            Run("BackqueryParser", BackqueryParserTests.Run);
            Run("BackquerySliceExtractor", BackquerySliceExtractorTests.Run);
            Run("StructuredEvidence", StructuredEvidenceTests.Run);
            Run("MachineReadableClaims", MachineReadableClaimsTests.Run);
            Run("ClaimFindingsFormatter", ClaimFindingsFormatterTests.Run);
            Run("AiContextBudget", AiContextBudgetTests.Run);
            Run("MatchDigestBuilder", MatchDigestBuilderTests.Run);
            Run("OwnershipAndTimelineValidation", OwnershipAndTimelineValidationTests.Run);
            Run("JsonBlockMerging", JsonBlockMergingTests.Run);
            Run("FactIndexBuild", FactIndexBuildTests.Run);
            Run("StructuredKnowledge", StructuredKnowledgeTests.Run);
            Run("KnowledgeSetRendering", KnowledgeSetRenderingTests.Run);
            Run("UserKnowledgeOverlay", UserKnowledgeOverlayTests.Run);
            Run("PromptBuilders", PromptBuildersTests.Run);
            Run("RevisionFactsAndSerialization", RevisionFactsAndSerializationTests.Run);
            Run("UserReplayFactIndexRepro", UserReplayFactIndexReproTests.Run);

            Console.WriteLine();
            Console.WriteLine($"总计: {_passed} 通过, {_failed} 失败");
            return _failed == 0 ? 0 : 1;
        }

        private static void Run(string name, Action action)
        {
            var before = _passed + _failed;
            try
            {
                action();
                Console.WriteLine($"[OK]   {name}（{_passed + _failed - before} 项）");
            }
            catch (Exception ex)
            {
                _failed++;
                Console.WriteLine($"[FAIL] {name}: {ex.Message}");
            }
        }

        public static void Assert(bool condition, string message)
        {
            if (condition)
            {
                _passed++;
            }
            else
            {
                _failed++;
                Console.WriteLine($"  [断言失败] {message}");
                throw new Exception($"断言失败: {message}");
            }
        }

        public static void AssertEqual<T>(T expected, T actual, string message)
        {
            if (EqualityComparer<T>.Default.Equals(expected, actual))
            {
                _passed++;
            }
            else
            {
                _failed++;
                Console.WriteLine($"  [断言失败] {message}: 期望 {expected}，实际 {actual}");
                throw new Exception($"断言失败: {message}");
            }
        }
    }

    internal static class AiTimeParserTests
    {
        public static void Run()
        {
            Program.AssertEqual(true, AiTimeParser.TryParse("1:24.00", out var t1) && t1 == TimeSpan.FromSeconds(84), "1:24.00");
            Program.AssertEqual(true, AiTimeParser.TryParse("0:01.06", out var t2) && t2 > TimeSpan.FromSeconds(1) && t2 < TimeSpan.FromSeconds(1.1), "0:01.06");
            Program.AssertEqual(true, AiTimeParser.TryParse("17:23", out var t3) && t3 == TimeSpan.FromSeconds(1043), "17:23");
            Program.AssertEqual(false, AiTimeParser.TryParse("abc", out _), "非法输入");
            Program.AssertEqual(false, AiTimeParser.TryParse("-1:20", out _), "负数");
            Program.AssertEqual(false, AiTimeParser.TryParse("", out _), "空输入");
        }
    }

    internal static class MechanicalSegmenterTests
    {
        public static void Run()
        {
            // 10 个 span，每个 1000 token，预算 3000，重叠 500
            var spans = ImmutableArray.CreateBuilder<EventSpan>();
            var sb = new StringBuilder();
            for (var i = 0; i < 10; ++i)
            {
                var text = $"[{i}:00] 事件 {i}\n\n";
                spans.Add(new EventSpan(TimeSpan.FromMinutes(i), sb.Length, text.Length, 1000));
                sb.Append(text);
            }
            var fullText = sb.ToString();
            var (slices, warnings) = MechanicalSegmenter.Slice(fullText, spans.ToImmutable(), 3000, 1500);

            Program.Assert(!slices.IsEmpty, "不应为空");
            Program.AssertEqual(5, slices.Length, "10k/3k（重叠 1.5k）→ 5 段");
            Program.Assert(warnings.IsEmpty, "无警告");
            foreach (var slice in slices)
            {
                Program.Assert(slice.GetText(fullText).Length == slice.Length, "切片文本长度一致");
            }
            // 重叠：第 2 段起点应早于第 1 段终点
            Program.Assert(slices[1].StartIndex < slices[0].StartIndex + slices[0].Length, "存在重叠");

            // 空输入
            var (emptySlices, _) = MechanicalSegmenter.Slice("", ImmutableArray<EventSpan>.Empty, 3000, 500);
            Program.Assert(emptySlices.IsEmpty, "空输入返回空");

            // 小预算 → 至少 MinSliceTokens 才切
            var (minSlices, _) = MechanicalSegmenter.Slice(fullText, spans.ToImmutable(), 100, 50);
            Program.Assert(!minSlices.IsEmpty, "小预算仍应有切片");

            // 超过 20 段时优先压缩纯选择块
            var mixedBuilder = ImmutableArray.CreateBuilder<EventSpan>();
            var mixedTextBuilder = new StringBuilder();
            for (var i = 0; i < 30; ++i)
            {
                var text = $"[{i}:00]\nPlayerA: 选择单位\n  [UnitId]{i}\n\n";
                mixedBuilder.Add(new EventSpan(TimeSpan.FromMinutes(i), mixedTextBuilder.Length, text.Length, 1000));
                mixedTextBuilder.Append(text);
            }
            for (var i = 30; i < 60; ++i)
            {
                var text = $"[{i}:00]\nPlayerA: 开始建造\n  [UnitId]{i}\n\n";
                mixedBuilder.Add(new EventSpan(TimeSpan.FromMinutes(i), mixedTextBuilder.Length, text.Length, 1000));
                mixedTextBuilder.Append(text);
            }
            var mixedText = mixedTextBuilder.ToString();
            var (mixedSlices, mixedWarnings) = MechanicalSegmenter.Slice(
                mixedText, mixedBuilder.ToImmutable(), 2000, 400);
            Program.Assert(mixedSlices.Length <= MechanicalSegmenter.MaxSlices, "压缩后分段数不超过上限");
            Program.Assert(mixedWarnings.Any(w => w.Contains("过滤纯选择")), "超过上限时先压缩噪声块");
        }
    }

    internal static class OverviewParserTests
    {
        public static void Run()
        {
            var response = "整局走势：开局平稳，中期发生基地迁移。\n\n[分段概述]\n#1 开局：双方正常发育\n#2 中期：基地迁移\n回查: 1:20~1:45\n";
            var overview = OverviewParser.Parse(response);
            Program.Assert(overview.Narrative.Contains("基地迁移"), "叙述文本");
            Program.AssertEqual(2, overview.Segments.Length, "两段");
            Program.AssertEqual("开局", overview.Segments[0].Title, "第 1 段标题");
            Program.AssertEqual("双方正常发育", overview.Segments[0].Description, "第 1 段概述");
            Program.AssertEqual("中期", overview.Segments[1].Title, "第 2 段标题");
            Program.AssertEqual("基地迁移", overview.Segments[1].Description, "第 2 段概述");
            Program.AssertEqual(1, overview.Segments[1].BackqueryHints.Length, "回查提示");
            Program.Assert(overview.Segments[1].BackqueryHints[0].Contains("1:20"), "回查内容");

            var noMarker = OverviewParser.Parse("只有叙述");
            Program.Assert(noMarker.Segments.IsEmpty, "无标记 → 空段列表");
            Program.AssertEqual("只有叙述", noMarker.Narrative, "无标记 → 全为叙述");
        }
    }

    internal static class BackqueryParserTests
    {
        public static void Run()
        {
            var response = "正文内容\n[回查] 1:20~1:45\n[回查] 5:00~6:10.50\n回查: 0:10~0:20\n无关行\n[回查] 非法区间\n";
            var ranges = BackqueryParser.Parse(response);
            Program.AssertEqual(3, ranges.Length, "三个有效回查");
            Program.Assert(ranges[0].Start == TimeSpan.FromSeconds(80) && ranges[0].End == TimeSpan.FromSeconds(105), "1:20~1:45");
            Program.Assert(ranges[2].Start == TimeSpan.FromSeconds(10), "0:10~0:20");
        }
    }

    internal static class StructuredEvidenceTests
    {
        public static void Run()
        {
            var power = AIAnalysisValidation.ParseStructuredEvidence("power|1:24.00|SpecialPower_PackReplaceSelf|246");
            Program.AssertEqual(AIAnalysisValidation.AIEvidenceType.Power, power.Type, "power 类型");
            Program.AssertEqual("SpecialPower_PackReplaceSelf", power.GetSpecialPowerName(), "技能名");
            Program.AssertEqual("246", power.GetUnitId(), "UnitId");

            var move = AIAnalysisValidation.ParseStructuredEvidence("move|1:24.26|2026,2800,280");
            Program.AssertEqual(AIAnalysisValidation.AIEvidenceType.Move, move.Type, "move 类型");
            Program.AssertEqual(null, move.GetUnitId(), "move 无 UnitId");

            var build = AIAnalysisValidation.ParseStructuredEvidence("build|0:01.26|AlliedBarracks|246");
            Program.AssertEqual("AlliedBarracks", build.GetAssetName(), "建筑名");
            Program.AssertEqual("246", build.GetUnitId(), "建造者");

            var unknown = AIAnalysisValidation.ParseStructuredEvidence("自然语言描述");
            Program.AssertEqual(AIAnalysisValidation.AIEvidenceType.Unknown, unknown.Type, "未知类型");
        }
    }

    internal static class BackquerySliceExtractorTests
    {
        public static void Run()
        {
            var sb = new StringBuilder();
            var spans = ImmutableArray.CreateBuilder<EventSpan>();
            for (var i = 0; i < 5; ++i)
            {
                var text = $"[{i}:00] 事件 {i}\n\n";
                spans.Add(new EventSpan(TimeSpan.FromMinutes(i), sb.Length, text.Length, 10));
                sb.Append(text);
            }
            var fullText = sb.ToString();
            var all = spans.ToImmutable();

            var (middle, reason1) = BackquerySliceExtractor.Extract(
                fullText, all, TimeSpan.FromMinutes(1), TimeSpan.FromMinutes(2));
            Program.Assert(middle is not null && reason1 is null, "中间区间可提取");
            Program.Assert(middle!.Contains("事件 1") && middle.Contains("事件 2"), "区间内容");
            Program.Assert(!middle.Contains("事件 0") && !middle.Contains("事件 3"), "不含区间外内容");

            var (empty, reason2) = BackquerySliceExtractor.Extract(
                fullText, all, TimeSpan.FromMinutes(10), TimeSpan.FromMinutes(11));
            Program.Assert(empty is null && reason2 is not null, "空区间返回原因");

            var (noSpans, reason3) = BackquerySliceExtractor.Extract(fullText, ImmutableArray<EventSpan>.Empty,
                TimeSpan.Zero, TimeSpan.FromMinutes(1));
            Program.Assert(noSpans is null && reason3 is not null, "无索引返回原因");
        }
    }

    internal static class MachineReadableClaimsTests
    {
        public static void Run()
        {
            var json = @"[机器可读声明]
```json
{
  ""unitClaims"": [
    { ""unitId"": 587, ""player"": ""PlayerA"", ""claim"": ""AlliedMCV"", ""evidenceLevel"": ""possible"",
      ""evidence"": [""power|1:41.00|SpecialPower_UnpackReplaceSelf|587""],
      ""alternatives"": [""AlliedMiner 指挥中心""], ""needsConfirmation"": [""后续是否作为建造者出现""] }
  ],
  ""eventClaims"": [
    { ""event"": ""PlayerA 基地迁移"", ""evidenceLevel"": ""confirmed"", ""evidence"": [""power|1:24.00|SpecialPower_PackReplaceSelf|246""] }
  ],
  ""timelineClaims"": [
    { ""claim"": ""2 分钟内完成迁移"", ""evidenceLevel"": ""confirmed"", ""evidence"": [] }
  ]
}
```";
            var result = AIAnalysisValidation.ValidateMachineReadableClaims(json);
            Program.AssertEqual(1, result.Claims.UnitClaims.Length, "unitClaims 数量");
            Program.AssertEqual("587", result.Claims.UnitClaims[0].UnitId, "unitId 数字转字符串");
            Program.AssertEqual(AIEvidenceLevel.Possible, result.Claims.UnitClaims[0].EvidenceLevel, "证据等级");
            Program.AssertEqual(1, result.Claims.EventClaims.Length, "eventClaims 数量（event 字段回退）");
            Program.AssertEqual("PlayerA 基地迁移", result.Claims.EventClaims[0].Claim, "event 回退");
            Program.AssertEqual(1, result.Claims.TimelineClaims.Length, "timelineClaims 数量");

            // 未知证据等级 → Info issue + Uncertain
            var badLevel = AIAnalysisValidation.ValidateMachineReadableClaims(
                "[机器可读声明]\n```json\n{\"unitClaims\":[{\"unitId\":1,\"claim\":\"X\",\"evidenceLevel\":\"很确定\",\"evidence\":[]}]}\n```");
            Program.Assert(badLevel.Issues.Any(i => i.Kind == AIValidationIssueKind.InvalidEvidenceLevel), "未知证据等级产生 Info");
            Program.AssertEqual(AIEvidenceLevel.Uncertain, badLevel.Claims.UnitClaims[0].EvidenceLevel, "降级为不确定");

            // 无 JSON → Warning
            var noJson = AIAnalysisValidation.ValidateMachineReadableClaims("纯文本回复");
            Program.Assert(noJson.Issues.Any(i => i.Kind == AIValidationIssueKind.MissingMachineReadableClaims), "无声明产生 Warning");
            Program.Assert(noJson.RequiresRevision, "无声明现在会触发一次修订");

            // 高置信无证据 → MissingEvidence
            var highNoEvidence = AIAnalysisValidation.ValidateMachineReadableClaims(
                "[机器可读声明]\n```json\n{\"unitClaims\":[{\"unitId\":1,\"claim\":\"AlliedMCV\",\"evidenceLevel\":\"confirmed\",\"evidence\":[]}]}\n```");
            Program.Assert(highNoEvidence.Issues.Any(i => i.Kind == AIValidationIssueKind.MissingEvidence), "高置信无证据");
            Program.Assert(highNoEvidence.RequiresRevision, "高置信无证据会触发修订");

            // 低置信无备选/待确认 → MissingAlternative
            var lowNoAlt = AIAnalysisValidation.ValidateMachineReadableClaims(
                "[机器可读声明]\n```json\n{\"unitClaims\":[{\"unitId\":1,\"claim\":\"AlliedMCV\",\"evidenceLevel\":\"possible\",\"evidence\":[\"select|1:00|1\"]}]}\n```");
            Program.Assert(lowNoAlt.Issues.Any(i => i.Kind == AIValidationIssueKind.MissingAlternative), "低置信无备选");
            Program.Assert(lowNoAlt.RequiresRevision, "低置信无备选会触发修订");

            // 仅 Info（例如声明数量超限）不触发修订
            var infoOnlyJson = "[机器可读声明]\n```json\n{\"eventClaims\":["
                + string.Join(",", Enumerable.Range(1, 6).Select(i =>
                    $"{{\"claim\":\"事件{i}\",\"evidenceLevel\":\"confirmed\",\"evidence\":[]}}"))
                + "]}\n```";
            var infoOnly = AIAnalysisValidation.ValidateMachineReadableClaims(infoOnlyJson);
            Program.Assert(!infoOnly.RequiresRevision, "仅 Info 不触发修订");

            // 全部 JSON 块都不可解析 → Fatal
            var allInvalid = AIAnalysisValidation.ValidateMachineReadableClaims(
                "[机器可读声明]\n```json\n{\"bad\": }\n```");
            Program.Assert(allInvalid.Issues.Any(i => i.Severity == AIValidationSeverity.Fatal),
                "全无效 JSON 产生 Fatal");
            Program.Assert(allInvalid.RequiresRevision, "Fatal 触发修订");
        }
    }

    internal static class ClaimFindingsFormatterTests
    {
        public static void Run()
        {
            var claims = new AIMachineReadableClaims(
                ImmutableArray.Create(new AIUnitClaim("587", "PlayerA", "AlliedMCV", AIEvidenceLevel.Possible,
                    ImmutableArray.Create("power|1:41.00|SpecialPower_UnpackReplaceSelf|587"),
                    ImmutableArray.Create("AlliedMiner 指挥中心"),
                    ImmutableArray<string>.Empty)),
                ImmutableArray<AIEventClaim>.Empty,
                ImmutableArray<AITimelineClaim>.Empty);
            var text = ClaimFindingsFormatter.Format(claims);
            Program.Assert(text.Contains("587"), "包含 UnitId");
            Program.Assert(text.Contains("AlliedMCV"), "包含推测");
            Program.Assert(text.Contains("AlliedMiner"), "包含备选");

            var summary = ClaimFindingsFormatter.ExtractSummary("正文\n[小结] 基地迁移完成。");
            Program.AssertEqual("基地迁移完成。", summary, "小结提取");
            Program.AssertEqual(null, ClaimFindingsFormatter.ExtractSummary("无小结"), "无小结返回 null");
        }
    }

    internal static class AiContextBudgetTests
    {
        public static void Run()
        {
            Program.AssertEqual(160_000, AiContextBudget.GetContextBudget(new AiModel { ContextLength = 1_000_000 }), "1M 档");
            Program.AssertEqual(100_000, AiContextBudget.GetContextBudget(new AiModel { ContextLength = 256_000 }), "256K 档");
            Program.AssertEqual(100_000, AiContextBudget.GetContextBudget(new AiModel { ContextLength = 200_000 }), "200K 档");
            Program.AssertEqual(0, AiContextBudget.GetContextBudget(new AiModel { ContextLength = 128_000 }), "128K 不支持长录像");
            Program.AssertEqual(50_000, AiContextBudget.GetContextBudget(new AiModel { ContextLength = 128_000, ContextBudget = 50_000 }), "显式覆盖");

            var provider = new AiProvider { DefaultMaxTokens = 16384 };
            var block = AiContextBudget.CheckPromptUsage(200_000, provider, new AiModel { ContextLength = 200_000 });
            Program.Assert(block.Block, "超过 90% 硬上限 → 拒绝");
            var warn = AiContextBudget.CheckPromptUsage(200_000, provider, new AiModel { ContextLength = 1_000_000 });
            Program.Assert(!warn.Block && !warn.IsOk, "超过预算 → 警告");
            var ok = AiContextBudget.CheckPromptUsage(20_000, provider, new AiModel { ContextLength = 1_000_000 });
            Program.Assert(ok.IsOk, "预算内 → 通过");

            // 含输出余量的请求检查：输入 170K + 余量 32K 超过 200K 模型的 90% 硬上限
            var blockTotal = AiContextBudget.CheckRequestUsage(170_000, provider, new AiModel { ContextLength = 200_000 });
            Program.Assert(blockTotal.Block, "输入+输出余量超过硬上限 → 拒绝");
            var warnTotal = AiContextBudget.CheckRequestUsage(160_000, provider, new AiModel { ContextLength = 1_000_000 });
            Program.Assert(!warnTotal.Block && !warnTotal.IsOk, "输入+输出余量超过预算 → 警告");
            var okTotal = AiContextBudget.CheckRequestUsage(20_000, provider, new AiModel { ContextLength = 1_000_000 });
            Program.Assert(okTotal.IsOk, "输入+输出余量在预算内 → 通过");
        }
    }

    internal static class MatchDigestBuilderTests
    {
        public static void Run()
        {
            var player = new Player(new[] { "PTest", "0", "", "", "", "4", "", "1" });
            var players = ImmutableSortedDictionary<int, Player>.Empty.Add(4, player);
            var factIndex = TestData.BuildIndex(
                ImmutableDictionary<uint, TimeSpan>.Empty.Add(1, TimeSpan.FromSeconds(80)),
                ImmutableDictionary<uint, ImmutableHashSet<string>>.Empty.Add(
                    1, ImmutableHashSet.Create("SpecialPower_PackReplaceSelf")),
                ImmutableHashSet<uint>.Empty.Add(1),
                ImmutableHashSet<uint>.Empty,
                ImmutableDictionary<int, ImmutableDictionary<string, TimeSpan>>.Empty.Add(
                    4, ImmutableDictionary<string, TimeSpan>.Empty.Add("AlliedMCV", TimeSpan.FromSeconds(100))),
                ImmutableDictionary<int, ImmutableHashSet<uint>>.Empty.Add(
                    4, ImmutableHashSet.Create<uint>(1)),
                ImmutableDictionary<int, ImmutableHashSet<uint>>.Empty,
                ImmutableDictionary<int, ImmutableHashSet<uint>>.Empty,
                ImmutableDictionary<int, ImmutableHashSet<string>>.Empty);

            const string fullText = "[0:00] 玩家 A，开始建造建筑\n  [UnitId]1(建造者)\n  AlliedBarracks\n\n[4:00] 玩家 A，释放特殊能力\n  SpecialPower_PackReplaceSelf\n  [UnitId]1\n\n";
            var slices = ImmutableArray.Create(
                new ReplaySlice(0, TimeSpan.Zero, TimeSpan.FromMinutes(5), 0, fullText.Length, 4, 500));

            var digest = MatchDigestBuilder.Build(factIndex, players, new Mod("RA3"), slices, fullText);
            Program.Assert(digest.Contains("# 玩家"), "玩家段");
            Program.Assert(digest.Contains("Test"), "玩家名");
            Program.Assert(digest.Contains("盟军"), "阵营名");
            Program.Assert(digest.Contains("AlliedMCV@1:40"), "首次出兵时间");
            Program.Assert(digest.Contains("SpecialPower_PackReplaceSelf"), "打包/展开段");
            Program.Assert(digest.Contains("建造者"), "建造者段");
            Program.Assert(digest.Contains("第1段"), "分段元数据");
            Program.Assert(digest.Contains("开始建造建筑"), "关键事件采样");
            Program.Assert(digest.Contains("# 协议选择"), "摘要包含协议选择");
            Program.Assert(digest.Contains("# 所有权证据（节选）"), "摘要包含所有权证据");
        }
    }

    internal static class JsonBlockMergingTests
    {
        public static void Run()
        {
            var response = "[机器可读声明]\n```json\n{\"unitClaims\":[{\"unitId\":1,\"claim\":\"旧推测\",\"evidenceLevel\":\"possible\",\"evidence\":[],\"alternatives\":[],\"needsConfirmation\":[]}]}\n```\n"
                + "```json\n{\"unitClaims\":[{\"unitId\":1,\"claim\":\"新推测\",\"evidenceLevel\":\"possible\",\"evidence\":[],\"alternatives\":[],\"needsConfirmation\":[]}],\"eventClaims\":[{\"claim\":\"事件A\",\"evidenceLevel\":\"confirmed\",\"evidence\":[]}]}\n```";
            var result = AIAnalysisValidation.ValidateMachineReadableClaims(response);
            Program.AssertEqual(1, result.Claims.UnitClaims.Length, "合并后 unitClaims 数量");
            Program.AssertEqual("新推测", result.Claims.UnitClaims[0].Claim, "重复 unitId 取后块");
            Program.AssertEqual(1, result.Claims.EventClaims.Length, "合并后 eventClaims");
        }
    }

    internal static class OwnershipAndTimelineValidationTests
    {
        private static readonly IReadOnlyDictionary<string, int> Mapping =
            new Dictionary<string, int> { { "PlayerA", 4 }, { "PlayerB", 5 } };

        public static void Run()
        {
            var index = TestData.BuildIndex(
                firstObserved: ImmutableDictionary<uint, TimeSpan>.Empty
                    .Add(1, TimeSpan.FromSeconds(60))
                    .Add(2, TimeSpan.FromSeconds(90))
                    .Add(3, TimeSpan.FromSeconds(120))
                    .Add(7, TimeSpan.FromSeconds(60)),
                strong: ImmutableDictionary<int, ImmutableHashSet<uint>>.Empty
                    .Add(4, ImmutableHashSet.Create<uint>(1)),
                powers: ImmutableDictionary<uint, ImmutableHashSet<string>>.Empty
                    .Add(7, ImmutableHashSet.Create("SpecialPower_PackReplaceSelf")),
                weak: ImmutableDictionary<int, ImmutableHashSet<uint>>.Empty
                    .Add(5, ImmutableHashSet.Create<uint>(1, 3)),
                productions: ImmutableDictionary<int, ImmutableDictionary<string, TimeSpan>>.Empty
                    .Add(4, ImmutableDictionary<string, TimeSpan>.Empty
                        .Add("AlliedBomberAircraft", TimeSpan.FromSeconds(300))),
                tech: ImmutableDictionary<int, ImmutableHashSet<string>>.Empty
                    .Add(4, ImmutableHashSet.Create("PlayerTech_Allied_AirPower")));

            // 规则 2：PlayerA 有强证据（1），声称属于 PlayerB → Contradiction
            var wrongOwner = Validate("[机器可读声明]\n```json\n{\"unitClaims\":[{\"unitId\":1,\"player\":\"PlayerB\",\"claim\":\"AlliedMCV\",\"evidenceLevel\":\"confirmed\",\"evidence\":[\"select|0:01.00|1\"]}]}\n```", index);
            Program.Assert(wrongOwner.Issues.Any(i => i.Kind == AIValidationIssueKind.OwnershipConflict
                && i.Severity == AIValidationSeverity.Contradiction), "他人强证据 → Contradiction");

            // 规则 1 + 3：声称属于 PlayerA，但 A 无证据、B 仅弱证据 → WeakEvidence + Warning
            var weakOnly = Validate("[机器可读声明]\n```json\n{\"unitClaims\":[{\"unitId\":3,\"player\":\"PlayerA\",\"claim\":\"AlliedMCV\",\"evidenceLevel\":\"confirmed\",\"evidence\":[\"select|0:02.00|3\"]}]}\n```", index);
            Program.Assert(weakOnly.Issues.Any(i => i.Kind == AIValidationIssueKind.OwnershipMissingEvidence), "无己方证据 → WeakEvidence");
            Program.Assert(weakOnly.Issues.Any(i => i.Kind == AIValidationIssueKind.OwnershipWeakConflict
                && i.Severity == AIValidationSeverity.Warning), "他人弱证据 → Warning");

            // 正确归属：PlayerA 强证据 → 无所有权问题
            var correctOwner = Validate("[机器可读声明]\n```json\n{\"unitClaims\":[{\"unitId\":1,\"player\":\"PlayerA\",\"claim\":\"AlliedMCV\",\"evidenceLevel\":\"confirmed\",\"evidence\":[\"power|0:01.00|SpecialPower_UnpackReplaceSelf|1\"]}]}\n```", index);
            Program.Assert(!correctOwner.Issues.Any(i => i.Kind == AIValidationIssueKind.OwnershipConflict
                || i.Kind == AIValidationIssueKind.OwnershipMissingEvidence), "正确归属无所有权问题");

            // 协议校验：未选择过的协议 → Contradiction
            var wrongTech = Validate("[机器可读声明]\n```json\n{\"unitClaims\":[{\"unitId\":1,\"player\":\"PlayerA\",\"claim\":\"AlliedMCV\",\"evidenceLevel\":\"possible\",\"evidence\":[\"protocol|0:02.00|PlayerTech_Allied_Superiority\"]}]}\n```", index);
            Program.Assert(wrongTech.Issues.Any(i => i.Kind == AIValidationIssueKind.UnitCapabilityContradiction), "未选协议 → Contradiction");

            // move-only 高置信 → WeakEvidence
            var moveOnly = Validate("[机器可读声明]\n```json\n{\"unitClaims\":[{\"unitId\":1,\"player\":\"PlayerA\",\"claim\":\"AlliedMCV\",\"evidenceLevel\":\"confirmed\",\"evidence\":[\"move|0:01.00|100,200,300\"]}]}\n```", index);
            Program.Assert(moveOnly.Issues.Any(i => i.Kind == AIValidationIssueKind.WeakEvidence
                && i.Message.Contains("move")), "move-only 高置信 → WeakEvidence");

            // 首次出兵时间线：轰炸机首次出现早于首次生产 → Contradiction
            var earlyBomber = Validate("[机器可读声明]\n```json\n{\"unitClaims\":[{\"unitId\":7,\"player\":\"PlayerA\",\"claim\":\"AlliedBomberAircraft 轰炸机\",\"evidenceLevel\":\"confirmed\",\"evidence\":[\"select|0:01.00|7\"]}]}\n```", index);
            Program.Assert(earlyBomber.Issues.Any(i => i.Kind == AIValidationIssueKind.UnitTimelineContradiction
                && i.Severity == AIValidationSeverity.Contradiction), "早于首次生产 → Contradiction");

            // 特殊能力验证：单位从未观察到任何能力 → WeakEvidence
            var wrongPower = Validate("[机器可读声明]\n```json\n{\"unitClaims\":[{\"unitId\":1,\"player\":\"PlayerA\",\"claim\":\"AlliedMCV\",\"evidenceLevel\":\"confirmed\",\"evidence\":[\"power|0:01.00|SpecialPower_Nonexistent|1\"]}]}\n```", index);
            Program.Assert(wrongPower.Issues.Any(i => i.Kind == AIValidationIssueKind.WeakEvidence
                && i.Message.Contains("SpecialPower_Nonexistent")), "未观察到任何能力 → WeakEvidence");

            // 特殊能力验证：记录过其他能力但未用过该能力 → Contradiction
            var conflictingPower = Validate("[机器可读声明]\n```json\n{\"unitClaims\":[{\"unitId\":7,\"player\":\"PlayerA\",\"claim\":\"AlliedMCV\",\"evidenceLevel\":\"confirmed\",\"evidence\":[\"power|0:01.00|SpecialPower_UnpackReplaceSelf|7\"]}]}\n```", index);
            Program.Assert(conflictingPower.Issues.Any(i => i.Kind == AIValidationIssueKind.UnitCapabilityContradiction
                && i.Message.Contains("SpecialPower_UnpackReplaceSelf")), "记录过其他能力 → Contradiction");

            // 事件声明：引用不存在的 UnitId → Warning
            var badEventUnit = Validate("[机器可读声明]\n```json\n{\"eventClaims\":[{\"claim\":\"某事件\",\"evidenceLevel\":\"confirmed\",\"evidence\":[\"power|0:01.00|SpecialPower_Nonexistent|999\"]}]}\n```", index);
            Program.Assert(badEventUnit.Issues.Any(i => i.Kind == AIValidationIssueKind.InvalidMachineReadableClaims
                && i.Severity == AIValidationSeverity.Warning
                && i.Message.Contains("999")), "事件声明引用不存在 UnitId → Warning");

            // 事件声明：技能与事实索引冲突 → Contradiction
            var badEventPower = Validate("[机器可读声明]\n```json\n{\"eventClaims\":[{\"claim\":\"基地迁移\",\"evidenceLevel\":\"confirmed\",\"evidence\":[\"power|0:01.00|SpecialPower_UnpackReplaceSelf|7\"]}]}\n```", index);
            Program.Assert(badEventPower.Issues.Any(i => i.Kind == AIValidationIssueKind.UnitCapabilityContradiction
                && i.Severity == AIValidationSeverity.Contradiction), "事件声明技能冲突 → Contradiction");

            // 事件声明：协议未在任何玩家选择中观察到 → Warning
            var badEventTech = Validate("[机器可读声明]\n```json\n{\"eventClaims\":[{\"claim\":\"协议事件\",\"evidenceLevel\":\"confirmed\",\"evidence\":[\"protocol|0:02.00|PlayerTech_Unknown\"]}]}\n```", index);
            Program.Assert(badEventTech.Issues.Any(i => i.Kind == AIValidationIssueKind.InvalidMachineReadableClaims
                && i.Severity == AIValidationSeverity.Warning
                && i.Message.Contains("PlayerTech_Unknown")), "事件声明未观察协议 → Warning");
        }

        private static AIValidationResult Validate(string response, ReplayFactIndex index) =>
            AIAnalysisValidation.ValidateMachineReadableClaims(response, index, Mapping);
    }

    internal static class TestData
    {
        public static ReplayFactIndex BuildIndex(
            ImmutableDictionary<uint, TimeSpan>? firstObserved = null,
            ImmutableDictionary<uint, ImmutableHashSet<string>>? powers = null,
            ImmutableHashSet<uint>? builders = null,
            ImmutableHashSet<uint>? producers = null,
            ImmutableDictionary<int, ImmutableDictionary<string, TimeSpan>>? productions = null,
            ImmutableDictionary<int, ImmutableHashSet<uint>>? selected = null,
            ImmutableDictionary<int, ImmutableHashSet<uint>>? strong = null,
            ImmutableDictionary<int, ImmutableHashSet<uint>>? weak = null,
            ImmutableDictionary<int, ImmutableHashSet<string>>? tech = null) =>
            new ReplayFactIndex(
                firstObserved ?? ImmutableDictionary<uint, TimeSpan>.Empty,
                powers ?? ImmutableDictionary<uint, ImmutableHashSet<string>>.Empty,
                builders ?? ImmutableHashSet<uint>.Empty,
                producers ?? ImmutableHashSet<uint>.Empty,
                productions ?? ImmutableDictionary<int, ImmutableDictionary<string, TimeSpan>>.Empty,
                selected ?? ImmutableDictionary<int, ImmutableHashSet<uint>>.Empty,
                strong ?? ImmutableDictionary<int, ImmutableHashSet<uint>>.Empty,
                weak ?? ImmutableDictionary<int, ImmutableHashSet<uint>>.Empty,
                tech ?? ImmutableDictionary<int, ImmutableHashSet<string>>.Empty);
    }

    internal static class FactIndexBuildTests
    {
        private static CommandChunk MakeChunk(int commandId, int playerIndex, params CommandArgumentEntry[] data)
        {
            var chunk = new CommandChunk();
            typeof(CommandChunk).GetProperty(nameof(CommandChunk.CommandId))!.SetValue(chunk, commandId);
            typeof(CommandChunk).GetProperty(nameof(CommandChunk.PlayerIndex))!.SetValue(chunk, playerIndex);
            typeof(CommandChunk).GetProperty(nameof(CommandChunk.Data))!.SetValue(chunk, data.ToImmutableArray());
            return chunk;
        }

        private static CommandArgumentEntry Obj(uint id) =>
            new(CommandArgumentType.ObjectId, id, 1);

        private static CommandArgumentEntry Int(int value) =>
            new(CommandArgumentType.Int32, value, 1);

        private static CommandArgumentEntry Str(string value) =>
            new(CommandArgumentType.AsciiString, value, 1);

        public static void Run()
        {
            const uint powerHash = 0x1234u;
            var timeline = ImmutableArray.Create(
                (TimeSpan.FromSeconds(1), ImmutableArray.Create(
                    MakeChunk(0x1F5, 4,
                        new CommandArgumentEntry(CommandArgumentType.Bool, new[] { true }, 1),
                        new CommandArgumentEntry(CommandArgumentType.Bool, new[] { false }, 1),
                        Obj(239)))),  // 选择 → 弱所有权
                (TimeSpan.FromSeconds(2), ImmutableArray.Create(
                    MakeChunk(0x1FA, 4, Int(3), Obj(389)),  // 创建编队 → 强所有权
                    MakeChunk(0x24E, 4, Str("PlayerTech_Allied_AirPower")))),  // 协议
                (TimeSpan.FromSeconds(3), ImmutableArray.Create(
                    MakeChunk(0x1FB, 4, Int(3)))),  // 选择编队 → 解析成员 389
                (TimeSpan.FromSeconds(4), ImmutableArray.Create(
                    MakeChunk(0x200, 4, Int(unchecked((int)powerHash)),
                        new CommandArgumentEntry(CommandArgumentType.Vector3, new Vector3(1, 2, 3), 1),
                        new CommandArgumentEntry(CommandArgumentType.Float32, 1.0f, 1),
                        Obj(0), Int(0), Int(1), Obj(587)))),  // 指定位置和角度：587 是施法者
                (TimeSpan.FromSeconds(5), ImmutableArray.Create(
                    MakeChunk(0x201, 4, Int(unchecked((int)powerHash)),
                        Obj(323), Int(0), Int(1), Obj(322),
                        new CommandArgumentEntry(CommandArgumentType.Vector3, new Vector3(4, 5, 6), 1)))));  // 指定目标：不记录为施法者

            var stringHashes = new Dictionary<uint, string>
            {
                [powerHash] = "SpecialPower_UnpackReplaceSelf"
            };
            var index = ReplayFactIndex.Build(timeline, stringHashes);

            // 弱所有权：选择
            Program.Assert(index.PlayerWeakOwnershipUnitIds.TryGetValue(4, out var weak)
                && weak.Contains(239), "选择 → 弱所有权");
            // 强所有权：编队创建 + 编队选择解析
            Program.Assert(index.PlayerStrongOwnershipUnitIds.TryGetValue(4, out var strong)
                && strong.Contains(389) && strong.Contains(587), "编队/施法者 → 强所有权");
            Program.Assert(!strong.Contains(239), "选择不属于强所有权");
            Program.Assert(!strong.Contains(322), "目标不属于强所有权");
            // 协议
            Program.Assert(index.PlayerTechChoices.TryGetValue(4, out var tech)
                && tech.Contains("PlayerTech_Allied_AirPower"), "协议记录");
            // 施法者归属：0x200 记录，0x201 不记录
            Program.Assert(index.UnitIdSpecialPowers.TryGetValue(587, out var powers)
                && powers.Contains("SpecialPower_UnpackReplaceSelf"), "0x200 施法者记录");
            Program.Assert(!index.UnitIdSpecialPowers.ContainsKey(322)
                && !index.UnitIdSpecialPowers.ContainsKey(323), "0x201 目标不记录为施法者");
            // 首次出现
            Program.Assert(index.UnitIdFirstObservedTime.ContainsKey(239)
                && index.UnitIdFirstObservedTime.ContainsKey(389)
                && index.UnitIdFirstObservedTime.ContainsKey(587)
                && index.UnitIdFirstObservedTime.ContainsKey(322), "首次出现记录");

            // 编队按玩家隔离 + 0x1F6/0x22A 选择类命令
            var secondTimeline = ImmutableArray.Create(
                (TimeSpan.FromSeconds(1), ImmutableArray.Create(
                    MakeChunk(0x1FA, 4, Int(3), Obj(401)))),
                (TimeSpan.FromSeconds(2), ImmutableArray.Create(
                    MakeChunk(0x1FB, 5, Int(3)))),
                (TimeSpan.FromSeconds(3), ImmutableArray.Create(
                    MakeChunk(0x1F6, 4, Obj(777)),
                    MakeChunk(0x22A, 4, Obj(888)))));
            var secondIndex = ReplayFactIndex.Build(secondTimeline, new Dictionary<uint, string>());
            Program.Assert(secondIndex.PlayerStrongOwnershipUnitIds.TryGetValue(4, out var p4Strong)
                && p4Strong.Contains(401), "P4 创建编队 → 强证据");
            Program.Assert(!secondIndex.PlayerStrongOwnershipUnitIds.TryGetValue(5, out _)
                || !secondIndex.PlayerStrongOwnershipUnitIds[5].Contains(401), "P5 选择同号编队不应继承 P4 成员");
            Program.Assert(secondIndex.PlayerWeakOwnershipUnitIds.TryGetValue(4, out var p4Weak)
                && p4Weak.Contains(777) && p4Weak.Contains(888), "0x1F6/0x22A → 弱所有权");
        }
    }

    internal static class StructuredKnowledgeTests
    {
        public static void Run()
        {
            var knowledge = StructuredKnowledge.GetForMod("default");
            Program.Assert(knowledge is not null, "默认 mod 结构化知识可加载");
            Program.Assert(knowledge!.AllEntities.Length > 20, "盟军实体数量");
            Program.Assert(knowledge.UnknownTags.IsEmpty,
                "无未知标签（实际: " + string.Join(",", knowledge.UnknownTags) + "）");
            Program.Assert(knowledge.GetEntity("AlliedMCV") is { } mcv
                && mcv.HasTag(KnowledgeTag.Builder)
                && mcv.HasTag(KnowledgeTag.Unpack), "AlliedMCV 标签");
            Program.Assert(knowledge.GetEntity("AlliedAntiInfantryVehicle_Ground") is { } aliasEntity
                && aliasEntity.AssetName == "AlliedAntiInfantryVehicle", "别名可解析到同一实体");
            Program.Assert(knowledge.GetEntity("AlliedAntiInfantryVehicle") is { } acv
                && acv.ProducedBy.Contains("AlliedWarFactory"), "alsoProducedBy 合并进 ProducedBy");

            // 不存在的 mod → null（无结构化数据时不剥离 flat 文本）
            Program.Assert(StructuredKnowledge.GetForMod("corona") is null, "corona 无结构化文件 → null");
        }
    }

    internal static class KnowledgeSetRenderingTests
    {
        public static void Run()
        {
            var knowledge = KnowledgeSet.ForMod("default", AppContext.BaseDirectory);
            var prompt = knowledge.RenderAsPrompt(new[] { "盟军" }, "map_mp_2_rao1");
            Program.Assert(prompt.Contains("盟军"), "包含盟军知识");
            Program.Assert(prompt.Contains("基地车"), "结构化渲染包含盟军单位");
            Program.Assert(!prompt.Contains("神州常用建筑"), "未参战阵营（神州）被过滤");
            Program.Assert(prompt.Contains("地图参数") || prompt.Contains("出生点"), "地图知识保留");

            var corona = KnowledgeSet.ForMod("corona", AppContext.BaseDirectory);
            var coronaPrompt = corona.RenderAsPrompt(new[] { "盟军" }, "map_mp_2_rao1");
            Program.Assert(coronaPrompt.Contains("盟军"), "Corona 盟军知识保留");
            Program.Assert(!coronaPrompt.Contains("神州常用建筑"), "Corona 未参战阵营（神州）被过滤");
        }
    }

    internal static class UserKnowledgeOverlayTests
    {
        public static void Run()
        {
            var dir = AppContext.BaseDirectory;
            var knowledgePath = Path.Combine(dir, "knowledge_units_testmod.json");
            var userPath = Path.Combine(dir, "AnotherReplayReader.user_knowledge.json");
            const string knowledgeJson = "{\"factions\":{\"盟军\":{\"units\":[{\"assetName\":\"TestUnit\",\"displayName\":\"内置单位\",\"tier\":\"基础\",\"tags\":[\"vehicle\"],\"specialPowers\":[],\"producedBy\":[],\"text\":\"内置描述\"}]}}}";
            const string userJson = "{\"factions\":{\"盟军\":{\"units\":[{\"assetName\":\"TestUnit\",\"displayName\":\"用户覆盖\",\"tier\":\"基础\",\"tags\":[\"vehicle\"],\"specialPowers\":[],\"producedBy\":[],\"text\":\"用户描述\"},{\"assetName\":\"NewUnit\",\"displayName\":\"新增单位\",\"tier\":\"T2\",\"tags\":[\"infantry\"],\"specialPowers\":[],\"producedBy\":[],\"text\":\"新增\"}]}}}";
            try
            {
                File.WriteAllText(knowledgePath, knowledgeJson, Encoding.UTF8);
                File.WriteAllText(userPath, userJson, Encoding.UTF8);

                var knowledge = StructuredKnowledge.GetForMod("testmod");
                Program.Assert(knowledge is not null, "测试 mod 加载");
                Program.Assert(knowledge!.GetEntity("TestUnit") is { } overridden
                    && overridden.DisplayName == "用户覆盖"
                    && overridden.Text == "用户描述", "用户覆盖内置条目");
                Program.Assert(knowledge.GetEntity("NewUnit") is { } added
                    && added.DisplayName == "新增单位", "用户新增条目");
            }
            finally
            {
                if (File.Exists(knowledgePath)) File.Delete(knowledgePath);
                if (File.Exists(userPath)) File.Delete(userPath);
            }
        }
    }

    internal static class PromptBuildersTests
    {
        public static void Run()
        {
            var slice = new ReplaySlice(0, TimeSpan.Zero, TimeSpan.FromMinutes(5), 0, 100, 10, 500);
            var overview = AIAnalyze.BuildOverviewUserPrompt(ImmutableArray.Create(slice));
            Program.Assert(overview.Contains("[分段概述]"), "总览轮要求 [分段概述] 块");
            Program.Assert(overview.Contains("不要修改"), "总览轮不修改边界");

            var segment = AIAnalyze.BuildSegmentUserPromptV2(
                0, 1, slice, 500, "开局", "前期平稳发育", new[] { "1:20~1:45" });
            Program.Assert(segment.Contains("第1/1段"), "段指令编号");
            Program.Assert(segment.Contains("开局"), "段标题");
            Program.Assert(segment.Contains("前期平稳发育"), "段概述");
            Program.Assert(segment.Contains("1:20~1:45"), "总览回查提示");
            Program.Assert(segment.Contains("[回查]"), "回查说明");
            Program.Assert(segment.Contains("[小结]"), "小结要求");
            Program.Assert(segment.Contains("[机器可读声明]"), "机器可读声明要求");

            var summary = AIAnalyze.BuildSummaryUserPromptV2(1000);
            Program.Assert(summary.Contains("总结"), "总结指令");

            var backquery = AIAnalyze.BuildBackqueryUserPrompt("切片内容");
            Program.Assert(backquery.Contains("切片内容"), "回查指令携带切片");

            var revision = AIAnalyze.BuildRevisionUserPrompt("草稿", "问题1", "事实1");
            Program.Assert(revision.Contains("问题1") && revision.Contains("事实1") && revision.Contains("草稿"), "修订指令内容");
            Program.Assert(revision.Contains("不要提及"), "修订不暴露修订过程");
        }
    }

    internal static class RevisionFactsAndSerializationTests
    {
        public static void Run()
        {
            var index = TestData.BuildIndex(
                firstObserved: ImmutableDictionary<uint, TimeSpan>.Empty.Add(1, TimeSpan.FromSeconds(60)),
                strong: ImmutableDictionary<int, ImmutableHashSet<uint>>.Empty
                    .Add(4, ImmutableHashSet.Create<uint>(1)),
                builders: ImmutableHashSet<uint>.Empty.Add(1));
            var claims = new AIMachineReadableClaims(
                ImmutableArray.Create(new AIUnitClaim("1", "PlayerA", "AlliedMCV",
                    AIEvidenceLevel.Confirmed,
                    ImmutableArray.Create("power|0:01.00|SpecialPower_PackReplaceSelf|1"),
                    ImmutableArray<string>.Empty,
                    ImmutableArray<string>.Empty)),
                ImmutableArray<AIEventClaim>.Empty,
                ImmutableArray<AITimelineClaim>.Empty);

            var facts = RelevantFactsFormatter.Format(claims, index);
            Program.Assert(facts.Contains("首次出现 1:00"), "事实包含首次出现时间");
            Program.Assert(facts.Contains("建造者"), "事实包含建造者");
            Program.Assert(facts.Contains("强所有权"), "事实包含强所有权");

            // ChatMessage 序列化为小写 role/content，兼容 OpenAI 兼容端点
            var message = new AIAnalyze.ChatMessage("user", "内容");
            var json = JsonSerializer.Serialize(message);
            Program.Assert(json.Contains("\"role\":\"user\""), "role 小写");
            Program.Assert(json.Contains("\"content\":"), "content 字段小写");
            var deserialized = JsonSerializer.Deserialize<AIAnalyze.ChatMessage>(json);
            Program.Assert(deserialized!.Role == "user" && deserialized.Content == "内容", "往返一致");
        }
    }

    internal static class UserReplayFactIndexReproTests
    {
        public static void Run()
        {
            if (Environment.GetEnvironmentVariable("ARR_E2E_REPLAY") != "1")
            {
                Console.WriteLine("  [跳过] 未设置 ARR_E2E_REPLAY=1，跳过真实回放诊断");
                return;
            }
            var replayPath = @"C:\Users\lanyi\Documents\Red Alert 3\Replays\安洁莉娜.(C)_VS_机枢舞者(A)[1V1][无限岛][2026_06_16 05_57][ra3battle.net].RA3Replay";
            if (!File.Exists(replayPath))
            {
                Console.WriteLine("  [跳过] 未找到用户回放文件");
                return;
            }

            var replay = new Replay(replayPath, parseBody: true);
            Program.Assert(replay.Body is { } body, "回放解析");
            var timeline = (from chunk in body
                            where chunk.Type == 1
                            select (chunk.Time, CommandChunk.Parse(chunk).ToImmutableArray()))
                .ToImmutableArray();

            // 诊断：0x1FE/0x200 中 Int32 数组条目
            foreach (var (time, commands) in timeline)
            {
                foreach (var command in commands)
                {
                    if (command.CommandId is not (0x1FE or 0x200))
                    {
                        continue;
                    }
                    foreach (var entry in command.Data)
                    {
                        if (entry.Type == CommandArgumentType.Int32 && entry.Count > 1)
                        {
                            Console.WriteLine($"  [诊断] 0x{command.CommandId:X3} @{time} 玩家{command.PlayerIndex} Int32 count={entry.Count} valueType={entry.Value?.GetType().Name}");
                        }
                    }
                }
            }

            ReplayFactIndex.Build(timeline, new Dictionary<uint, string>());
            Program.Assert(true, "事实索引构建无异常");
        }
    }
}