Method GenerateReport

pkg/memory/quality_analyzer.go:300–384

GenerateReport 生成质量报告

(
	ctx context.Context,
	memories []MemoryWithScore,
)

// GenerateReport 生成质量报告
func (qa *QualityAnalyzer) GenerateReport(
	ctx context.Context,
	memories []MemoryWithScore,
) (*QualityReport, error) {
	report := &QualityReport{
		GeneratedAt:        time.Now(),
		DimensionScores:    make(map[QualityDimension]float64),
		InconsistencyCount: make(map[InconsistencyType]int),
	}

	// 获取统计信息
	report.Stats = qa.metrics.GetStats()

	// 计算各维度平均分数
	dimensionTotals := make(map[QualityDimension]float64)
	dimensionCounts := make(map[QualityDimension]int)

	for _, quality := range qa.metrics.GetAll() {
		dimensionTotals[QualityAccuracy] += quality.Score.Accuracy
		dimensionTotals[QualityCompleteness] += quality.Score.Completeness
		dimensionTotals[QualityConsistency] += quality.Score.Consistency
		dimensionTotals[QualityTimeliness] += quality.Score.Timeliness
		dimensionTotals[QualityRelevance] += quality.Score.Relevance

		for dim := range dimensionTotals {
			dimensionCounts[dim]++
		}
	}

	for dim, total := range dimensionTotals {
		if dimensionCounts[dim] > 0 {
			report.DimensionScores[dim] = total / float64(dimensionCounts[dim])
		}
	}

	// 检测不一致性
	inconsistencies, err := qa.DetectInconsistencies(ctx, memories)
	if err != nil {
		return nil, err
	}
	report.Inconsistencies = inconsistencies

	// 统计不一致性类型
	for _, inc := range inconsistencies {
		report.InconsistencyCount[inc.Type]++
	}

	// 收集 TOP 问题
	issueMap := make(map[string]int)
	for _, quality := range qa.metrics.GetAll() {
		for _, issue := range quality.Issues {
			issueMap[issue]++
		}
	}

	topIssues := []struct {
		issue string
		count int