mirror of
https://github.com/andwati/telecom-platform.git
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refactor: Rename service package to services and move repository implementations to repository package
- Rename internal/service to internal/services in carrier-connector - Update service imports in selection_integration.go and smdp_integration.go - Move currency repository files from internal/currency to internal/repository - Move rate plan repository files from internal/rateplan to internal/repository - Update package declarations and imports for currency domain types - Add currency package imports
This commit is contained in:
nutcas3
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package services
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import (
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"context"
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"fmt"
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"time"
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)
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// GetCarrierAnalytics returns comprehensive carrier analytics
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func (s *SelectionService) GetCarrierAnalytics(ctx context.Context) (*CarrierAnalyticsResponse, error) {
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s.logger.Info("Generating carrier analytics")
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// Get carrier status
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carriers := s.manager.GetCarrierStatus()
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analytics := &CarrierAnalyticsResponse{
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GeneratedAt: time.Now(),
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TotalCarriers: len(carriers),
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HealthyCarriers: 0,
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Analytics: make(map[string]*CarrierAnalytics),
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Summary: &AnalyticsSummary{},
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}
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var totalScore float64
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var totalRequests uint64
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var totalSuccess uint64
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for carrierID, carrier := range carriers {
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carrierAnalytics := &CarrierAnalytics{
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CarrierID: carrierID,
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CarrierName: carrier.Name,
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Region: carrier.CountryCode,
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Status: string(carrier.HealthStatus),
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LastCheck: carrier.LastHealthCheck,
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}
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// Get selection history
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history := s.manager.GetSelectionHistory(carrierID)
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carrierAnalytics.SelectionCount = len(history)
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if len(history) > 0 {
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var scoreSum float64
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for _, score := range history {
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scoreSum += score.TotalScore
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}
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carrierAnalytics.AverageScore = scoreSum / float64(len(history))
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carrierAnalytics.LastSelected = history[len(history)-1].SelectedAt
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}
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// Calculate performance metrics
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if carrier.Metrics.TotalRequests > 0 {
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carrierAnalytics.SuccessRate = float64(carrier.Metrics.SuccessfulRequests) / float64(carrier.Metrics.TotalRequests) * 100
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carrierAnalytics.AverageResponseTime = carrier.Metrics.AverageResponseTime.Milliseconds()
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carrierAnalytics.RequestRate = carrier.Metrics.RequestRate
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}
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// Update totals
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totalScore += carrierAnalytics.AverageScore
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totalRequests += carrier.Metrics.TotalRequests
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totalSuccess += carrier.Metrics.SuccessfulRequests
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// Count healthy carriers
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if carrier.HealthStatus == "healthy" {
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analytics.HealthyCarriers++
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}
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// Generate carrier-specific recommendations
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carrierAnalytics.Recommendations = s.generateCarrierRecommendations(carrierAnalytics)
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analytics.Analytics[carrierID] = carrierAnalytics
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}
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// Calculate summary metrics
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if len(carriers) > 0 {
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analytics.Summary.AverageScore = totalScore / float64(len(carriers))
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}
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if totalRequests > 0 {
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analytics.Summary.OverallSuccessRate = float64(totalSuccess) / float64(totalRequests) * 100
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}
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analytics.Summary.TotalRequests = totalRequests
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analytics.Summary.OverallHealth = float64(analytics.HealthyCarriers) / float64(len(carriers)) * 100
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return analytics, nil
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}
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// CarrierAnalyticsResponse represents the response for carrier analytics
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type CarrierAnalyticsResponse struct {
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GeneratedAt time.Time `json:"generated_at"`
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TotalCarriers int `json:"total_carriers"`
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HealthyCarriers int `json:"healthy_carriers"`
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Analytics map[string]*CarrierAnalytics `json:"analytics"`
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Summary *AnalyticsSummary `json:"summary"`
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}
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// CarrierAnalytics represents analytics for a single carrier
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type CarrierAnalytics struct {
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CarrierID string `json:"carrier_id"`
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CarrierName string `json:"carrier_name"`
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Region string `json:"region"`
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Status string `json:"status"`
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SelectionCount int `json:"selection_count"`
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AverageScore float64 `json:"average_score"`
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SuccessRate float64 `json:"success_rate"`
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AverageResponseTime int64 `json:"average_response_time_ms"`
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RequestRate float64 `json:"request_rate"`
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LastSelected time.Time `json:"last_selected"`
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LastCheck time.Time `json:"last_check"`
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Recommendations []string `json:"recommendations"`
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}
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// AnalyticsSummary represents overall analytics summary
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type AnalyticsSummary struct {
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AverageScore float64 `json:"average_score"`
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OverallSuccessRate float64 `json:"overall_success_rate"`
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TotalRequests uint64 `json:"total_requests"`
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OverallHealth float64 `json:"overall_health"`
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}
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// generateCarrierRecommendations generates recommendations for a specific carrier
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func (s *SelectionService) generateCarrierRecommendations(analytics *CarrierAnalytics) []string {
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recommendations := []string{}
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// Performance recommendations
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if analytics.SuccessRate < 95 {
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recommendations = append(recommendations, "Monitor success rate - below optimal threshold")
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}
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if analytics.AverageResponseTime > 500 {
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recommendations = append(recommendations, "Consider optimizing response time")
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}
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if analytics.RequestRate > 100 {
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recommendations = append(recommendations, "High request rate - monitor for overload")
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}
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// Selection recommendations
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if analytics.SelectionCount == 0 {
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recommendations = append(recommendations, "Carrier never selected - investigate configuration")
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} else if analytics.AverageScore < 70 {
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recommendations = append(recommendations, "Low selection scores - review carrier performance")
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}
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// Health recommendations
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if analytics.Status != "healthy" {
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recommendations = append(recommendations, "Carrier health issues - immediate attention required")
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}
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if len(recommendations) == 0 {
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recommendations = append(recommendations, "Carrier performing well")
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}
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return recommendations
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}
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// OptimizeCarrierSelection provides optimization recommendations
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func (s *SelectionService) OptimizeCarrierSelection(ctx context.Context) (*OptimizationResponse, error) {
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s.logger.Info("Analyzing carrier selection optimization opportunities")
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analytics, err := s.GetCarrierAnalytics(ctx)
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if err != nil {
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return nil, fmt.Errorf("failed to get analytics: %w", err)
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}
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optimization := &OptimizationResponse{
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GeneratedAt: time.Now(),
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OverallHealth: analytics.Summary.OverallHealth,
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Recommendations: []string{},
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PriorityActions: []string{},
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LongTermActions: []string{},
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}
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// Generate recommendations based on analytics
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if analytics.Summary.OverallHealth < 80 {
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optimization.Recommendations = append(optimization.Recommendations, "System health below optimal - investigate carrier issues")
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optimization.PriorityActions = append(optimization.PriorityActions, "Review unhealthy carriers and implement failover")
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}
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if analytics.Summary.OverallSuccessRate < 95 {
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optimization.Recommendations = append(optimization.Recommendations, "Success rate below target - optimize carrier selection criteria")
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optimization.PriorityActions = append(optimization.PriorityActions, "Adjust performance weights in selection algorithm")
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}
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// Analyze individual carriers
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for _, carrier := range analytics.Analytics {
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if carrier.SuccessRate < 90 {
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optimization.PriorityActions = append(optimization.PriorityActions,
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fmt.Sprintf("Investigate %s (%s) - success rate %.1f%%",
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carrier.CarrierName, carrier.CarrierID, carrier.SuccessRate))
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}
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if carrier.AverageResponseTime > 1000 {
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optimization.PriorityActions = append(optimization.PriorityActions,
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fmt.Sprintf("Optimize %s (%s) - response time %dms",
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carrier.CarrierName, carrier.CarrierID, carrier.AverageResponseTime))
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}
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}
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// Long-term recommendations
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optimization.LongTermActions = append(optimization.LongTermActions,
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"Implement machine learning for carrier selection")
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optimization.LongTermActions = append(optimization.LongTermActions,
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"Add predictive analytics for carrier performance")
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optimization.LongTermActions = append(optimization.LongTermActions,
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"Expand carrier portfolio for better redundancy")
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if len(optimization.Recommendations) == 0 {
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optimization.Recommendations = append(optimization.Recommendations, "System operating optimally")
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}
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return optimization, nil
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}
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// OptimizationResponse represents optimization recommendations
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type OptimizationResponse struct {
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GeneratedAt time.Time `json:"generated_at"`
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OverallHealth float64 `json:"overall_health"`
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Recommendations []string `json:"recommendations"`
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PriorityActions []string `json:"priority_actions"`
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LongTermActions []string `json:"long_term_actions"`
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}
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