package internal import ( "context" "encoding/json" "fmt" "html/template" "log" "os" "os/exec" "path/filepath" "strings" "sync" "time" ) type OrchestratorConfig struct { Mode string ConfigFile string OutputDir string Verbose bool DryRun bool Parallel bool Timeout time.Duration ReportFormat string DashboardMode bool WatchMode bool WebhookURL string Schedule string BaselineDir string Thresholds string Environment string IntegrationMode bool MetricsExport bool } type AuditOrchestrator struct { config *OrchestratorConfig results *OrchestrationResults auditDefinitions []AuditDefinition rootDir string startTime time.Time mu sync.RWMutex } type OrchestrationResults struct { Mode string `json:"mode"` Environment string `json:"environment"` OverallStatus string `json:"overall_status"` OverallScore float64 `json:"overall_score"` ExitCode int `json:"exit_code"` ExecutionPlan ExecutionPlan `json:"execution_plan"` AuditExecutions []AuditExecution `json:"audit_executions"` QualityAssessment QualityAssessment `json:"quality_assessment"` ComplianceReport ComplianceReport `json:"compliance_report"` TrendAnalysis TrendAnalysis `json:"trend_analysis"` Recommendations []Recommendation `json:"recommendations"` Artifacts []ArtifactInfo `json:"artifacts"` Metrics OrchestrationMetrics `json:"metrics"` Timestamp time.Time `json:"timestamp"` Duration int64 `json:"duration_ms"` ExecutionSummary ExecutionSummary `json:"execution_summary"` } type ExecutionPlan struct { TotalAudits int `json:"total_audits"` ParallelGroups []ParallelGroup `json:"parallel_groups"` Dependencies map[string][]string `json:"dependencies"` EstimatedDuration int64 `json:"estimated_duration_ms"` ResourceRequirements ResourceRequirements `json:"resource_requirements"` RiskAssessment PlanRiskAssessment `json:"risk_assessment"` } type ParallelGroup struct { Name string `json:"name"` AuditNames []string `json:"audit_names"` MaxDuration int64 `json:"max_duration_ms"` Priority int `json:"priority"` } type ResourceRequirements struct { EstimatedCPU float64 `json:"estimated_cpu_cores"` EstimatedMemory int64 `json:"estimated_memory_mb"` EstimatedDisk int64 `json:"estimated_disk_mb"` NetworkRequests int `json:"network_requests"` } type PlanRiskAssessment struct { OverallRisk string `json:"overall_risk"` RiskFactors []string `json:"risk_factors"` MitigationPlan []string `json:"mitigation_plan"` ContingencyPlan []string `json:"contingency_plan"` } type AuditExecution struct { AuditName string `json:"audit_name"` Status string `json:"status"` StartTime time.Time `json:"start_time"` EndTime time.Time `json:"end_time"` Duration int64 `json:"duration_ms"` ExitCode int `json:"exit_code"` OutputFiles []string `json:"output_files"` ErrorOutput string `json:"error_output,omitempty"` Metrics map[string]interface{} `json:"metrics"` QualityScores map[string]float64 `json:"quality_scores"` Issues []AuditIssue `json:"issues"` Recommendations []string `json:"recommendations"` RetryCount int `json:"retry_count"` ResourceUsage ExecutionResourceUsage `json:"resource_usage"` } type ExecutionResourceUsage struct { CPUTime float64 `json:"cpu_time_seconds"` MemoryPeak int64 `json:"memory_peak_mb"` DiskUsage int64 `json:"disk_usage_mb"` NetworkIO int64 `json:"network_io_bytes"` } type AuditIssue struct { ID string `json:"id"` Severity string `json:"severity"` Category string `json:"category"` Description string `json:"description"` Location string `json:"location"` Impact string `json:"impact"` Remediation string `json:"remediation"` Timestamp time.Time `json:"timestamp"` } type QualityAssessment struct { OverallGrade string `json:"overall_grade"` CategoryScores map[string]float64 `json:"category_scores"` QualityGates []QualityGateResult `json:"quality_gates"` ComplianceStatus map[string]string `json:"compliance_status"` SecurityPosture SecurityPosture `json:"security_posture"` PerformanceProfile PerformanceProfile `json:"performance_profile"` QualityTrends map[string]TrendIndicator `json:"quality_trends"` } type QualityGateResult struct { Name string `json:"name"` Status string `json:"status"` Score float64 `json:"score"` Threshold float64 `json:"threshold"` Critical bool `json:"critical"` Description string `json:"description"` Timestamp time.Time `json:"timestamp"` } type SecurityPosture struct { RiskLevel string `json:"risk_level"` VulnerabilityCount map[string]int `json:"vulnerability_count"` ComplianceScore float64 `json:"compliance_score"` ThreatAssessment ThreatAssessment `json:"threat_assessment"` SecurityRecommendations []string `json:"security_recommendations"` } type ThreatAssessment struct { ThreatLevel string `json:"threat_level"` AttackVectors []string `json:"attack_vectors"` VulnerableAssets []string `json:"vulnerable_assets"` RecommendedControls []string `json:"recommended_controls"` } type PerformanceProfile struct { OverallScore float64 `json:"overall_score"` PerformanceMetrics map[string]float64 `json:"performance_metrics"` Bottlenecks []string `json:"bottlenecks"` OptimizationAreas []string `json:"optimization_areas"` ScalabilityAssessment ScalabilityInfo `json:"scalability_assessment"` } type ScalabilityInfo struct { CurrentCapacity float64 `json:"current_capacity"` EstimatedLimit float64 `json:"estimated_limit"` ScalingFactors []string `json:"scaling_factors"` RecommendedActions []string `json:"recommended_actions"` } type TrendIndicator struct { Direction string `json:"direction"` Magnitude float64 `json:"magnitude"` Confidence float64 `json:"confidence"` LastUpdated time.Time `json:"last_updated"` } type ComplianceReport struct { OverallCompliance float64 `json:"overall_compliance"` FrameworkScores map[string]float64 `json:"framework_scores"` RequirementStatus map[string]ComplianceItem `json:"requirement_status"` GapAnalysis []ComplianceGap `json:"gap_analysis"` RemediationPlan []ComplianceRemediation `json:"remediation_plan"` CertificationStatus map[string]string `json:"certification_status"` } type ComplianceItem struct { Status string `json:"status"` Evidence []string `json:"evidence"` LastChecked time.Time `json:"last_checked"` Notes string `json:"notes"` } type ComplianceGap struct { Requirement string `json:"requirement"` Current string `json:"current"` Required string `json:"required"` Impact string `json:"impact"` Priority string `json:"priority"` Actions []string `json:"actions"` } type ComplianceRemediation struct { Requirement string `json:"requirement"` Action string `json:"action"` Priority string `json:"priority"` Effort string `json:"effort"` Timeline string `json:"timeline"` Owner string `json:"owner"` Timestamp time.Time `json:"timestamp"` } type TrendAnalysis struct { PeriodStart time.Time `json:"period_start"` PeriodEnd time.Time `json:"period_end"` ScoreTrends map[string]TrendData `json:"score_trends"` IssueTrends map[string]TrendData `json:"issue_trends"` PerformanceTrends map[string]TrendData `json:"performance_trends"` PredictiveAnalysis PredictiveAnalysis `json:"predictive_analysis"` Insights []TrendInsight `json:"insights"` ActionableItems []ActionableItem `json:"actionable_items"` } type TrendData struct { Current float64 `json:"current"` Previous float64 `json:"previous"` Change float64 `json:"change"` Direction string `json:"direction"` Confidence float64 `json:"confidence"` DataPoints []float64 `json:"data_points"` } type PredictiveAnalysis struct { NextPeriodPrediction map[string]float64 `json:"next_period_prediction"` RiskPrediction map[string]string `json:"risk_prediction"` RecommendedActions []string `json:"recommended_actions"` Confidence float64 `json:"confidence"` } type TrendInsight struct { Category string `json:"category"` Insight string `json:"insight"` Impact string `json:"impact"` Confidence float64 `json:"confidence"` Timestamp time.Time `json:"timestamp"` } type ActionableItem struct { ID string `json:"id"` Title string `json:"title"` Priority string `json:"priority"` Category string `json:"category"` Description string `json:"description"` Actions []string `json:"actions"` Timeline string `json:"timeline"` Owner string `json:"owner"` Timestamp time.Time `json:"timestamp"` } type Recommendation struct { ID string `json:"id"` Type string `json:"type"` Priority string `json:"priority"` Title string `json:"title"` Description string `json:"description"` Impact string `json:"impact"` Effort string `json:"effort"` Category string `json:"category"` Actions []string `json:"actions"` Timeline string `json:"timeline"` Owner string `json:"owner"` Dependencies []string `json:"dependencies"` Timestamp time.Time `json:"timestamp"` } type ArtifactInfo struct { Name string `json:"name"` Type string `json:"type"` Path string `json:"path"` Size int64 `json:"size"` Hash string `json:"hash"` Description string `json:"description"` Retention string `json:"retention"` Timestamp time.Time `json:"timestamp"` } type OrchestrationMetrics struct { TotalExecutionTime int64 `json:"total_execution_time_ms"` ParallelEfficiency float64 `json:"parallel_efficiency"` ResourceUtilization ResourceUtilization `json:"resource_utilization"` QualityMetrics map[string]float64 `json:"quality_metrics"` PerformanceMetrics map[string]float64 `json:"performance_metrics"` SecurityMetrics map[string]float64 `json:"security_metrics"` ComplianceMetrics map[string]float64 `json:"compliance_metrics"` TrendMetrics map[string]TrendMetric `json:"trend_metrics"` BenchmarkComparisons map[string]float64 `json:"benchmark_comparisons"` } type ResourceUtilization struct { CPUUtilization float64 `json:"cpu_utilization_percent"` MemoryUtilization float64 `json:"memory_utilization_percent"` DiskUtilization float64 `json:"disk_utilization_percent"` NetworkUtilization float64 `json:"network_utilization_percent"` EfficiencyScore float64 `json:"efficiency_score"` } type TrendMetric struct { Value float64 `json:"value"` Change float64 `json:"change"` Direction string `json:"direction"` Velocity float64 `json:"velocity"` Timestamp time.Time `json:"timestamp"` } type ExecutionSummary struct { SuccessRate float64 `json:"success_rate"` AverageScore float64 `json:"average_score"` CriticalIssues int `json:"critical_issues"` HighIssues int `json:"high_issues"` TotalIssues int `json:"total_issues"` ComplianceRate float64 `json:"compliance_rate"` SecurityScore float64 `json:"security_score"` PerformanceScore float64 `json:"performance_score"` QualityScore float64 `json:"quality_score"` RecommendationCount int `json:"recommendation_count"` ExecutionEfficiency float64 `json:"execution_efficiency"` KeyAchievements []string `json:"key_achievements"` KeyConcerns []string `json:"key_concerns"` NextSteps []string `json:"next_steps"` } type AuditDefinition struct { Name string `json:"name"` Type string `json:"type"` Command string `json:"command"` Args []string `json:"args"` Dependencies []string `json:"dependencies"` Timeout time.Duration `json:"timeout"` RetryCount int `json:"retry_count"` Critical bool `json:"critical"` Parallel bool `json:"parallel"` Environment map[string]string `json:"environment"` QualityGates []QualityGate `json:"quality_gates"` OutputParsers []OutputParser `json:"output_parsers"` ResourceLimits ResourceLimits `json:"resource_limits"` } type QualityGate struct { Name string `json:"name"` Type string `json:"type"` Threshold float64 `json:"threshold"` Critical bool `json:"critical"` Description string `json:"description"` } type OutputParser struct { Type string `json:"type"` Pattern string `json:"pattern"` Mappings map[string]string `json:"mappings"` } type ResourceLimits struct { MaxCPU float64 `json:"max_cpu_cores"` MaxMemory int64 `json:"max_memory_mb"` MaxDisk int64 `json:"max_disk_mb"` } func NewAuditOrchestrator(config *OrchestratorConfig) (*AuditOrchestrator, error) { rootDir, err := os.Getwd() if err != nil { return nil, fmt.Errorf("failed to get working directory: %w", err) } orchestrator := &AuditOrchestrator{ config: config, rootDir: rootDir, startTime: time.Now(), results: &OrchestrationResults{ Mode: config.Mode, Environment: config.Environment, AuditExecutions: make([]AuditExecution, 0), Recommendations: make([]Recommendation, 0), Artifacts: make([]ArtifactInfo, 0), Timestamp: time.Now(), }, } // Initialize audit definitions if err := orchestrator.initializeAuditDefinitions(); err != nil { return nil, fmt.Errorf("failed to initialize audit definitions: %w", err) } // Create execution plan orchestrator.createExecutionPlan() return orchestrator, nil } func (ao *AuditOrchestrator) initializeAuditDefinitions() error { // Define all available audits based on mode switch ao.config.Mode { case "quick": ao.auditDefinitions = ao.getQuickAudits() case "standard": ao.auditDefinitions = ao.getStandardAudits() case "comprehensive": ao.auditDefinitions = ao.getComprehensiveAudits() case "continuous": ao.auditDefinitions = ao.getContinuousAudits() case "custom": return ao.loadCustomAudits() default: return fmt.Errorf("unsupported orchestration mode: %s", ao.config.Mode) } return nil } func (ao *AuditOrchestrator) getQuickAudits() []AuditDefinition { return []AuditDefinition{ { Name: "Math Precision Audit", Type: "validation", Command: "./tools/math-audit/math-audit", Args: []string{"--output", ao.config.OutputDir + "/math"}, Timeout: 3 * time.Minute, Critical: true, Parallel: true, QualityGates: []QualityGate{ { Name: "Math Error Rate", Type: "error_rate", Threshold: 1.0, Critical: true, Description: "Mathematical calculation error rate must be below 1bp", }, }, }, { Name: "Critical Security Scan", Type: "security", Command: "./tools/security-audit/security-audit", Args: []string{"--scan", "secrets", "--output", ao.config.OutputDir + "/security"}, Timeout: 5 * time.Minute, Critical: true, Parallel: true, QualityGates: []QualityGate{ { Name: "Critical Vulnerabilities", Type: "count", Threshold: 0, Critical: true, Description: "No critical security vulnerabilities allowed", }, }, }, } } func (ao *AuditOrchestrator) getStandardAudits() []AuditDefinition { audits := ao.getQuickAudits() standardAudits := []AuditDefinition{ { Name: "Profitability Analysis", Type: "business", Command: "./tools/profitability-audit/profitability-audit", Args: []string{"--output", ao.config.OutputDir + "/profitability"}, Timeout: 8 * time.Minute, Critical: true, Parallel: true, Dependencies: []string{"Math Precision Audit"}, QualityGates: []QualityGate{ { Name: "Profit Accuracy", Type: "percentage", Threshold: 95.0, Critical: true, Description: "Profit calculation accuracy must be above 95%", }, }, }, { Name: "Gas Optimization Audit", Type: "performance", Command: "./tools/gas-audit/gas-audit", Args: []string{"--network", "arbitrum", "--output", ao.config.OutputDir + "/gas"}, Timeout: 6 * time.Minute, Critical: false, Parallel: true, QualityGates: []QualityGate{ { Name: "Gas Estimation Accuracy", Type: "percentage", Threshold: 90.0, Critical: false, Description: "Gas estimation accuracy should be above 90%", }, }, }, { Name: "Exchange Integration Verification", Type: "integration", Command: "./tools/exchange-audit/exchange-audit", Args: []string{"--output", ao.config.OutputDir + "/exchange"}, Timeout: 10 * time.Minute, Critical: true, Parallel: true, QualityGates: []QualityGate{ { Name: "Integration Score", Type: "percentage", Threshold: 85.0, Critical: true, Description: "Exchange integration score must be above 85%", }, }, }, } return append(audits, standardAudits...) } func (ao *AuditOrchestrator) getComprehensiveAudits() []AuditDefinition { audits := ao.getStandardAudits() comprehensiveAudits := []AuditDefinition{ { Name: "Performance Benchmarking", Type: "performance", Command: "./tools/performance-audit/performance-audit", Args: []string{"--test", "all", "--duration", "5m", "--output", ao.config.OutputDir + "/performance"}, Timeout: 15 * time.Minute, Critical: false, Parallel: false, // CPU intensive QualityGates: []QualityGate{ { Name: "Performance Score", Type: "percentage", Threshold: 80.0, Critical: false, Description: "Overall performance score should be above 80%", }, }, }, { Name: "Opportunity Validation", Type: "business", Command: "./tools/opportunity-validator/opportunity-validator", Args: []string{"--test", "--output", ao.config.OutputDir + "/opportunities"}, Timeout: 10 * time.Minute, Critical: true, Parallel: true, Dependencies: []string{"Exchange Integration Verification"}, QualityGates: []QualityGate{ { Name: "Opportunity Detection Rate", Type: "percentage", Threshold: 90.0, Critical: true, Description: "Opportunity detection rate must be above 90%", }, }, }, { Name: "Comprehensive Security Assessment", Type: "security", Command: "./tools/security-audit/security-audit", Args: []string{"--scan", "all", "--deep", "--compliance", "--output", ao.config.OutputDir + "/security-full"}, Timeout: 20 * time.Minute, Critical: true, Parallel: true, QualityGates: []QualityGate{ { Name: "Overall Security Score", Type: "percentage", Threshold: 85.0, Critical: true, Description: "Overall security score must be above 85%", }, { Name: "Compliance Score", Type: "percentage", Threshold: 90.0, Critical: true, Description: "Compliance score must be above 90%", }, }, }, { Name: "CI/CD Pipeline Validation", Type: "infrastructure", Command: "./tools/cicd-audit/cicd-audit", Args: []string{"--pipeline", "full", "--output", ao.config.OutputDir + "/cicd"}, Timeout: 25 * time.Minute, Critical: false, Parallel: false, Dependencies: []string{"Comprehensive Security Assessment"}, QualityGates: []QualityGate{ { Name: "Pipeline Success Rate", Type: "percentage", Threshold: 95.0, Critical: false, Description: "CI/CD pipeline success rate should be above 95%", }, }, }, } return append(audits, comprehensiveAudits...) } func (ao *AuditOrchestrator) getContinuousAudits() []AuditDefinition { // Lightweight audits suitable for continuous monitoring return []AuditDefinition{ { Name: "Quick Security Check", Type: "security", Command: "./tools/security-audit/security-audit", Args: []string{"--scan", "secrets", "--quick", "--output", ao.config.OutputDir + "/security-quick"}, Timeout: 2 * time.Minute, Critical: true, Parallel: true, }, { Name: "Math Validation", Type: "validation", Command: "./tools/math-audit/math-audit", Args: []string{"--quick", "--output", ao.config.OutputDir + "/math-quick"}, Timeout: 1 * time.Minute, Critical: true, Parallel: true, }, { Name: "Performance Health Check", Type: "performance", Command: "./tools/performance-audit/performance-audit", Args: []string{"--test", "latency", "--duration", "1m", "--output", ao.config.OutputDir + "/perf-quick"}, Timeout: 3 * time.Minute, Critical: false, Parallel: true, }, } } func (ao *AuditOrchestrator) loadCustomAudits() error { // Load custom audit configuration from file // For now, use comprehensive as default ao.auditDefinitions = ao.getComprehensiveAudits() return nil } func (ao *AuditOrchestrator) createExecutionPlan() { plan := ExecutionPlan{ TotalAudits: len(ao.auditDefinitions), ParallelGroups: make([]ParallelGroup, 0), Dependencies: make(map[string][]string), } // Build dependency map for _, audit := range ao.auditDefinitions { if len(audit.Dependencies) > 0 { plan.Dependencies[audit.Name] = audit.Dependencies } } // Create parallel groups based on dependencies and parallelizability ao.createParallelGroups(&plan) // Estimate duration and resources ao.estimateExecutionRequirements(&plan) // Assess execution risks ao.assessExecutionRisks(&plan) ao.results.ExecutionPlan = plan } func (ao *AuditOrchestrator) createParallelGroups(plan *ExecutionPlan) { // Group audits by their dependency level and parallelizability groups := make(map[int][]string) auditLevels := make(map[string]int) // Calculate dependency levels for _, audit := range ao.auditDefinitions { level := ao.calculateDependencyLevel(audit.Name, auditLevels) auditLevels[audit.Name] = level groups[level] = append(groups[level], audit.Name) } // Create parallel groups groupID := 0 for level := 0; level <= len(groups); level++ { if audits, exists := groups[level]; exists && len(audits) > 0 { group := ParallelGroup{ Name: fmt.Sprintf("Group_%d_Level_%d", groupID, level), AuditNames: audits, Priority: level, } // Calculate max duration for this group maxDuration := int64(0) for _, auditName := range audits { for _, audit := range ao.auditDefinitions { if audit.Name == auditName { if audit.Timeout.Milliseconds() > maxDuration { maxDuration = audit.Timeout.Milliseconds() } break } } } group.MaxDuration = maxDuration plan.ParallelGroups = append(plan.ParallelGroups, group) groupID++ } } } func (ao *AuditOrchestrator) calculateDependencyLevel(auditName string, levels map[string]int) int { if level, exists := levels[auditName]; exists { return level } var audit *AuditDefinition for _, a := range ao.auditDefinitions { if a.Name == auditName { audit = &a break } } if audit == nil || len(audit.Dependencies) == 0 { levels[auditName] = 0 return 0 } maxLevel := 0 for _, dep := range audit.Dependencies { depLevel := ao.calculateDependencyLevel(dep, levels) if depLevel >= maxLevel { maxLevel = depLevel + 1 } } levels[auditName] = maxLevel return maxLevel } func (ao *AuditOrchestrator) estimateExecutionRequirements(plan *ExecutionPlan) { totalDuration := int64(0) totalCPU := 0.0 totalMemory := int64(0) totalDisk := int64(0) if ao.config.Parallel { // Estimate parallel execution time for _, group := range plan.ParallelGroups { totalDuration += group.MaxDuration } } else { // Estimate sequential execution time for _, audit := range ao.auditDefinitions { totalDuration += audit.Timeout.Milliseconds() } } // Estimate resource requirements (simplified) for _, audit := range ao.auditDefinitions { totalCPU += 0.5 // Average 0.5 cores per audit totalMemory += 256 // Average 256MB per audit totalDisk += 100 // Average 100MB per audit } plan.EstimatedDuration = totalDuration plan.ResourceRequirements = ResourceRequirements{ EstimatedCPU: totalCPU, EstimatedMemory: totalMemory, EstimatedDisk: totalDisk, NetworkRequests: len(ao.auditDefinitions) * 10, // Estimate } } func (ao *AuditOrchestrator) assessExecutionRisks(plan *ExecutionPlan) { riskFactors := make([]string, 0) mitigationPlan := make([]string, 0) contingencyPlan := make([]string, 0) // Assess various risk factors if plan.EstimatedDuration > 30*60*1000 { // > 30 minutes riskFactors = append(riskFactors, "Long execution time may exceed timeout limits") mitigationPlan = append(mitigationPlan, "Implement aggressive parallel execution") } if plan.ResourceRequirements.EstimatedCPU > 4.0 { riskFactors = append(riskFactors, "High CPU requirements may cause resource contention") mitigationPlan = append(mitigationPlan, "Stagger CPU-intensive audits") } criticalAudits := 0 for _, audit := range ao.auditDefinitions { if audit.Critical { criticalAudits++ } } if float64(criticalAudits)/float64(len(ao.auditDefinitions)) > 0.7 { riskFactors = append(riskFactors, "High percentage of critical audits increases failure risk") contingencyPlan = append(contingencyPlan, "Implement retry mechanism for critical audits") } // Determine overall risk level overallRisk := "LOW" if len(riskFactors) > 2 { overallRisk = "MEDIUM" } if len(riskFactors) > 4 { overallRisk = "HIGH" } plan.RiskAssessment = PlanRiskAssessment{ OverallRisk: overallRisk, RiskFactors: riskFactors, MitigationPlan: mitigationPlan, ContingencyPlan: contingencyPlan, } } func (ao *AuditOrchestrator) RunOrchestration(ctx context.Context) (int, error) { defer func() { ao.results.Duration = time.Since(ao.startTime).Milliseconds() }() if ao.config.Verbose { fmt.Printf("Starting %s orchestration with %d audits\n", ao.config.Mode, len(ao.auditDefinitions)) fmt.Printf("Execution plan: %d parallel groups, estimated duration: %.1f minutes\n", len(ao.results.ExecutionPlan.ParallelGroups), float64(ao.results.ExecutionPlan.EstimatedDuration)/60000.0) } if ao.config.DryRun { fmt.Println("DRY RUN MODE - No audits will be executed") ao.simulateDryRun() return 0, nil } // Build audit tools if err := ao.buildAuditTools(ctx); err != nil { return 1, fmt.Errorf("failed to build audit tools: %w", err) } // Execute audits according to plan if err := ao.executeAudits(ctx); err != nil { return 1, fmt.Errorf("failed to execute audits: %w", err) } // Analyze results ao.analyzeResults() // Generate comprehensive report if err := ao.generateComprehensiveReport(); err != nil { log.Printf("Failed to generate comprehensive report: %v", err) } // Determine exit code ao.determineExitCode() return ao.results.ExitCode, nil } func (ao *AuditOrchestrator) simulateDryRun() { for _, audit := range ao.auditDefinitions { execution := AuditExecution{ AuditName: audit.Name, Status: "SIMULATED", StartTime: time.Now(), EndTime: time.Now().Add(audit.Timeout / 10), // Simulate 10x faster Duration: audit.Timeout.Milliseconds() / 10, ExitCode: 0, Metrics: make(map[string]interface{}), QualityScores: make(map[string]float64), Issues: make([]AuditIssue, 0), Recommendations: make([]string, 0), } ao.results.AuditExecutions = append(ao.results.AuditExecutions, execution) } ao.results.OverallStatus = "SIMULATED" ao.results.ExitCode = 0 if ao.config.Verbose { fmt.Println("Dry run completed - all audits simulated successfully") } } func (ao *AuditOrchestrator) buildAuditTools(ctx context.Context) error { if ao.config.Verbose { fmt.Println("Building audit tools...") } // Build commands for each tool buildCommands := map[string]struct { dir string args []string }{ "math-audit": {"tools/math-audit", []string{"build", "-o", "../../tools/math-audit/math-audit", "."}}, "profitability-audit": {"tools/profitability-audit", []string{"build", "-o", "../../tools/profitability-audit/profitability-audit", "."}}, "gas-audit": {"tools/gas-audit", []string{"build", "-o", "../../tools/gas-audit/gas-audit", "."}}, "opportunity-validator": {"tools/opportunity-validator", []string{"build", "-o", "../../tools/opportunity-validator/opportunity-validator", "."}}, "exchange-audit": {"tools/exchange-audit", []string{"build", "-o", "../../tools/exchange-audit/exchange-audit", "."}}, "performance-audit": {"tools/performance-audit", []string{"build", "-o", "../../tools/performance-audit/performance-audit", "."}}, "security-audit": {"tools/security-audit", []string{"build", "-o", "../../tools/security-audit/security-audit", "."}}, "cicd-audit": {"tools/cicd-audit", []string{"build", "-o", "../../tools/cicd-audit/cicd-audit", "."}}, } for tool, build := range buildCommands { if ao.config.Verbose { fmt.Printf("Building %s...\n", tool) } buildCtx, cancel := context.WithTimeout(ctx, 3*time.Minute) cmd := exec.CommandContext(buildCtx, "go", build.args...) cmd.Dir = filepath.Join(ao.rootDir, build.dir) if output, err := cmd.CombinedOutput(); err != nil { cancel() return fmt.Errorf("failed to build %s: %w\nOutput: %s", tool, err, string(output)) } cancel() } return nil } func (ao *AuditOrchestrator) executeAudits(ctx context.Context) error { if ao.config.Parallel { return ao.executeAuditsParallel(ctx) } return ao.executeAuditsSequential(ctx) } func (ao *AuditOrchestrator) executeAuditsSequential(ctx context.Context) error { if ao.config.Verbose { fmt.Println("Executing audits sequentially...") } for _, audit := range ao.auditDefinitions { execution := ao.executeAudit(ctx, audit) ao.mu.Lock() ao.results.AuditExecutions = append(ao.results.AuditExecutions, execution) ao.mu.Unlock() if ao.config.Verbose { fmt.Printf("Completed %s: %s (%.2fs)\n", audit.Name, execution.Status, float64(execution.Duration)/1000.0) } // Check for critical failures if execution.Status == "FAILED" && audit.Critical { return fmt.Errorf("critical audit %s failed", audit.Name) } } return nil } func (ao *AuditOrchestrator) executeAuditsParallel(ctx context.Context) error { if ao.config.Verbose { fmt.Println("Executing audits in parallel groups...") } // Execute groups sequentially, but audits within groups in parallel for _, group := range ao.results.ExecutionPlan.ParallelGroups { if ao.config.Verbose { fmt.Printf("Executing group: %s (%d audits)\n", group.Name, len(group.AuditNames)) } if err := ao.executeParallelGroup(ctx, group); err != nil { return fmt.Errorf("failed to execute group %s: %w", group.Name, err) } } return nil } func (ao *AuditOrchestrator) executeParallelGroup(ctx context.Context, group ParallelGroup) error { var wg sync.WaitGroup results := make(chan AuditExecution, len(group.AuditNames)) errors := make(chan error, len(group.AuditNames)) // Execute audits in this group in parallel for _, auditName := range group.AuditNames { // Find the audit definition var audit *AuditDefinition for _, a := range ao.auditDefinitions { if a.Name == auditName { audit = &a break } } if audit == nil { continue } wg.Add(1) go func(audit AuditDefinition) { defer wg.Done() execution := ao.executeAudit(ctx, audit) results <- execution if execution.Status == "FAILED" && audit.Critical { errors <- fmt.Errorf("critical audit %s failed", audit.Name) } }(*audit) } // Wait for all audits in this group to complete go func() { wg.Wait() close(results) close(errors) }() // Collect results for execution := range results { ao.mu.Lock() ao.results.AuditExecutions = append(ao.results.AuditExecutions, execution) ao.mu.Unlock() if ao.config.Verbose { fmt.Printf("Completed %s: %s (%.2fs)\n", execution.AuditName, execution.Status, float64(execution.Duration)/1000.0) } } // Check for critical errors for err := range errors { return err } return nil } func (ao *AuditOrchestrator) executeAudit(ctx context.Context, audit AuditDefinition) AuditExecution { startTime := time.Now() execution := AuditExecution{ AuditName: audit.Name, StartTime: startTime, Metrics: make(map[string]interface{}), QualityScores: make(map[string]float64), Issues: make([]AuditIssue, 0), Recommendations: make([]string, 0), } // Create audit-specific context with timeout auditCtx, cancel := context.WithTimeout(ctx, audit.Timeout) defer cancel() // Prepare command cmd := exec.CommandContext(auditCtx, audit.Command, audit.Args...) cmd.Dir = ao.rootDir // Set environment variables cmd.Env = os.Environ() for key, value := range audit.Environment { cmd.Env = append(cmd.Env, fmt.Sprintf("%s=%s", key, value)) } // Execute with retry logic var err error var output []byte for attempt := 0; attempt <= audit.RetryCount; attempt++ { if attempt > 0 { if ao.config.Verbose { fmt.Printf("Retrying %s (attempt %d/%d)...\n", audit.Name, attempt+1, audit.RetryCount+1) } execution.RetryCount = attempt time.Sleep(time.Duration(attempt) * 10 * time.Second) // Exponential backoff } output, err = cmd.CombinedOutput() if err == nil { break } if auditCtx.Err() != nil { break } } execution.EndTime = time.Now() execution.Duration = execution.EndTime.Sub(execution.StartTime).Milliseconds() if err != nil { execution.Status = "FAILED" execution.ExitCode = 1 execution.ErrorOutput = string(output) if auditCtx.Err() == context.DeadlineExceeded { execution.ErrorOutput = fmt.Sprintf("Audit timed out after %v", audit.Timeout) } } else { execution.Status = "PASSED" execution.ExitCode = 0 // Parse output files ao.parseAuditResults(audit, &execution) } // Evaluate quality gates ao.evaluateQualityGates(audit, &execution) return execution } func (ao *AuditOrchestrator) parseAuditResults(audit AuditDefinition, execution *AuditExecution) { // Look for output files and parse them outputDir := ao.config.OutputDir auditOutputDir := filepath.Join(outputDir, strings.ToLower(strings.ReplaceAll(audit.Name, " ", "_"))) // Try to find and parse JSON output files if files, err := filepath.Glob(filepath.Join(auditOutputDir, "*.json")); err == nil { for _, file := range files { execution.OutputFiles = append(execution.OutputFiles, file) ao.parseJSONOutput(file, execution) } } // Generate recommendations based on results ao.generateAuditRecommendations(audit, execution) } func (ao *AuditOrchestrator) parseJSONOutput(filePath string, execution *AuditExecution) { content, err := os.ReadFile(filePath) if err != nil { return } var data map[string]interface{} if err := json.Unmarshal(content, &data); err != nil { return } // Extract metrics based on the type of audit if metrics, ok := data["metrics"].(map[string]interface{}); ok { for key, value := range metrics { execution.Metrics[key] = value } } // Extract quality scores if score, ok := data["overall_score"].(float64); ok { execution.QualityScores["overall"] = score } if securityScore, ok := data["security_score"].(float64); ok { execution.QualityScores["security"] = securityScore } if performanceScore, ok := data["performance_score"].(float64); ok { execution.QualityScores["performance"] = performanceScore } // Extract issues if findings, ok := data["security_findings"].([]interface{}); ok { for _, finding := range findings { if findingMap, ok := finding.(map[string]interface{}); ok { issue := AuditIssue{ ID: fmt.Sprintf("%v", findingMap["id"]), Severity: fmt.Sprintf("%v", findingMap["severity"]), Category: fmt.Sprintf("%v", findingMap["category"]), Description: fmt.Sprintf("%v", findingMap["description"]), Location: fmt.Sprintf("%v", findingMap["location"]), Timestamp: time.Now(), } execution.Issues = append(execution.Issues, issue) } } } } func (ao *AuditOrchestrator) generateAuditRecommendations(audit AuditDefinition, execution *AuditExecution) { // Generate recommendations based on audit results if execution.Status == "FAILED" { execution.Recommendations = append(execution.Recommendations, fmt.Sprintf("Address failures in %s audit", audit.Name)) } // Check quality scores for metric, score := range execution.QualityScores { if score < 80.0 { execution.Recommendations = append(execution.Recommendations, fmt.Sprintf("Improve %s score (current: %.1f%%)", metric, score)) } } // Check critical issues criticalIssues := 0 for _, issue := range execution.Issues { if issue.Severity == "CRITICAL" { criticalIssues++ } } if criticalIssues > 0 { execution.Recommendations = append(execution.Recommendations, fmt.Sprintf("Address %d critical issues immediately", criticalIssues)) } } func (ao *AuditOrchestrator) evaluateQualityGates(audit AuditDefinition, execution *AuditExecution) { for _, gate := range audit.QualityGates { var actualValue float64 var found bool // Try to find the relevant metric switch gate.Type { case "error_rate": if val, ok := execution.Metrics["error_rate"].(float64); ok { actualValue = val found = true } case "percentage": if val, ok := execution.QualityScores["overall"].(float64); ok { actualValue = val found = true } case "count": if val, ok := execution.Metrics["findings_count"].(int); ok { actualValue = float64(val) found = true } else if len(execution.Issues) > 0 { actualValue = float64(len(execution.Issues)) found = true } } if found { // Evaluate gate based on type passed := false switch gate.Type { case "error_rate", "count": passed = actualValue <= gate.Threshold case "percentage": passed = actualValue >= gate.Threshold } if !passed && gate.Critical { execution.Status = "FAILED" execution.ErrorOutput += fmt.Sprintf("Failed critical quality gate: %s (%.2f vs %.2f threshold)\n", gate.Name, actualValue, gate.Threshold) } } } } func (ao *AuditOrchestrator) analyzeResults() { if ao.config.Verbose { fmt.Println("Analyzing orchestration results...") } // Calculate execution summary ao.calculateExecutionSummary() // Perform quality assessment ao.performQualityAssessment() // Generate compliance report ao.generateComplianceReport() // Analyze trends ao.analyzeTrends() // Generate recommendations ao.generateRecommendations() // Calculate metrics ao.calculateOrchestrationMetrics() } func (ao *AuditOrchestrator) calculateExecutionSummary() { totalAudits := len(ao.results.AuditExecutions) passedAudits := 0 totalScore := 0.0 criticalIssues := 0 highIssues := 0 totalIssues := 0 for _, execution := range ao.results.AuditExecutions { if execution.Status == "PASSED" { passedAudits++ } if score, ok := execution.QualityScores["overall"]; ok { totalScore += score } for _, issue := range execution.Issues { totalIssues++ switch issue.Severity { case "CRITICAL": criticalIssues++ case "HIGH": highIssues++ } } } successRate := 0.0 averageScore := 0.0 if totalAudits > 0 { successRate = float64(passedAudits) / float64(totalAudits) * 100.0 averageScore = totalScore / float64(totalAudits) } ao.results.ExecutionSummary = ExecutionSummary{ SuccessRate: successRate, AverageScore: averageScore, CriticalIssues: criticalIssues, HighIssues: highIssues, TotalIssues: totalIssues, RecommendationCount: len(ao.results.Recommendations), KeyAchievements: ao.identifyKeyAchievements(), KeyConcerns: ao.identifyKeyConcerns(), NextSteps: ao.identifyNextSteps(), } // Calculate execution efficiency estimatedTime := ao.results.ExecutionPlan.EstimatedDuration actualTime := ao.results.Duration if estimatedTime > 0 { ao.results.ExecutionSummary.ExecutionEfficiency = float64(estimatedTime) / float64(actualTime) * 100.0 } } func (ao *AuditOrchestrator) identifyKeyAchievements() []string { achievements := make([]string, 0) // Check for perfect scores for _, execution := range ao.results.AuditExecutions { if score, ok := execution.QualityScores["overall"]; ok && score >= 95.0 { achievements = append(achievements, fmt.Sprintf("Excellent %s performance (%.1f%%)", execution.AuditName, score)) } } // Check for zero critical issues if ao.results.ExecutionSummary.CriticalIssues == 0 { achievements = append(achievements, "No critical security or quality issues detected") } // Check for high success rate if ao.results.ExecutionSummary.SuccessRate >= 90.0 { achievements = append(achievements, fmt.Sprintf("High audit success rate (%.1f%%)", ao.results.ExecutionSummary.SuccessRate)) } return achievements } func (ao *AuditOrchestrator) identifyKeyConcerns() []string { concerns := make([]string, 0) // Check for critical issues if ao.results.ExecutionSummary.CriticalIssues > 0 { concerns = append(concerns, fmt.Sprintf("%d critical issues require immediate attention", ao.results.ExecutionSummary.CriticalIssues)) } // Check for low success rate if ao.results.ExecutionSummary.SuccessRate < 80.0 { concerns = append(concerns, fmt.Sprintf("Low audit success rate (%.1f%%)", ao.results.ExecutionSummary.SuccessRate)) } // Check for low average score if ao.results.ExecutionSummary.AverageScore < 70.0 { concerns = append(concerns, fmt.Sprintf("Low average quality score (%.1f%%)", ao.results.ExecutionSummary.AverageScore)) } return concerns } func (ao *AuditOrchestrator) identifyNextSteps() []string { steps := make([]string, 0) if ao.results.ExecutionSummary.CriticalIssues > 0 { steps = append(steps, "Prioritize resolution of critical issues") } if ao.results.ExecutionSummary.HighIssues > 5 { steps = append(steps, "Address high-priority issues in next iteration") } if ao.results.ExecutionSummary.AverageScore < 85.0 { steps = append(steps, "Implement quality improvement initiatives") } steps = append(steps, "Schedule next comprehensive audit cycle") return steps } func (ao *AuditOrchestrator) performQualityAssessment() { assessment := QualityAssessment{ CategoryScores: make(map[string]float64), QualityGates: make([]QualityGateResult, 0), ComplianceStatus: make(map[string]string), QualityTrends: make(map[string]TrendIndicator), } // Calculate category scores categories := map[string][]string{ "security": {"security", "compliance"}, "performance": {"performance", "scalability"}, "quality": {"code_quality", "maintainability"}, "business": {"profitability", "accuracy"}, } for category, metrics := range categories { totalScore := 0.0 count := 0 for _, execution := range ao.results.AuditExecutions { for _, metric := range metrics { if score, ok := execution.QualityScores[metric]; ok { totalScore += score count++ } } } if count > 0 { assessment.CategoryScores[category] = totalScore / float64(count) } } // Determine overall grade overallScore := 0.0 for _, score := range assessment.CategoryScores { overallScore += score } if len(assessment.CategoryScores) > 0 { overallScore /= float64(len(assessment.CategoryScores)) } switch { case overallScore >= 90: assessment.OverallGrade = "A" case overallScore >= 80: assessment.OverallGrade = "B" case overallScore >= 70: assessment.OverallGrade = "C" case overallScore >= 60: assessment.OverallGrade = "D" default: assessment.OverallGrade = "F" } // Security posture assessment.SecurityPosture = ao.assessSecurityPosture() // Performance profile assessment.PerformanceProfile = ao.assessPerformanceProfile() ao.results.QualityAssessment = assessment } func (ao *AuditOrchestrator) assessSecurityPosture() SecurityPosture { vulnerabilityCounts := make(map[string]int) riskLevel := "LOW" complianceScore := 100.0 for _, execution := range ao.results.AuditExecutions { for _, issue := range execution.Issues { vulnerabilityCounts[issue.Severity]++ } } // Determine risk level if vulnerabilityCounts["CRITICAL"] > 0 { riskLevel = "CRITICAL" complianceScore -= 40.0 } else if vulnerabilityCounts["HIGH"] > 3 { riskLevel = "HIGH" complianceScore -= 20.0 } else if vulnerabilityCounts["MEDIUM"] > 10 { riskLevel = "MEDIUM" complianceScore -= 10.0 } return SecurityPosture{ RiskLevel: riskLevel, VulnerabilityCount: vulnerabilityCounts, ComplianceScore: complianceScore, ThreatAssessment: ThreatAssessment{ ThreatLevel: riskLevel, AttackVectors: []string{"Code vulnerabilities", "Dependency issues", "Configuration problems"}, VulnerableAssets: []string{"Trading algorithm", "Private keys", "Market data"}, RecommendedControls: []string{"Code review", "Dependency scanning", "Security monitoring"}, }, SecurityRecommendations: []string{ "Implement continuous security monitoring", "Regular security assessments", "Incident response planning", }, } } func (ao *AuditOrchestrator) assessPerformanceProfile() PerformanceProfile { performanceMetrics := make(map[string]float64) bottlenecks := make([]string, 0) optimizationAreas := make([]string, 0) // Extract performance metrics from executions for _, execution := range ao.results.AuditExecutions { if score, ok := execution.QualityScores["performance"]; ok { performanceMetrics["overall_performance"] = score } if latency, ok := execution.Metrics["latency"].(float64); ok { performanceMetrics["latency"] = latency } if throughput, ok := execution.Metrics["throughput"].(float64); ok { performanceMetrics["throughput"] = throughput } } // Identify bottlenecks if performanceMetrics["latency"] > 100.0 { bottlenecks = append(bottlenecks, "High latency detected") } if performanceMetrics["throughput"] < 1000.0 { bottlenecks = append(bottlenecks, "Low throughput capacity") } // Identify optimization areas if performanceMetrics["overall_performance"] < 80.0 { optimizationAreas = append(optimizationAreas, "General performance optimization needed") } overallScore := performanceMetrics["overall_performance"] if overallScore == 0 { overallScore = 75.0 // Default if no performance data } return PerformanceProfile{ OverallScore: overallScore, PerformanceMetrics: performanceMetrics, Bottlenecks: bottlenecks, OptimizationAreas: optimizationAreas, ScalabilityAssessment: ScalabilityInfo{ CurrentCapacity: 100.0, // Simplified EstimatedLimit: 500.0, // Simplified ScalingFactors: []string{"CPU", "Memory", "Network"}, RecommendedActions: []string{"Implement caching", "Optimize algorithms", "Add load balancing"}, }, } } func (ao *AuditOrchestrator) generateComplianceReport() { report := ComplianceReport{ FrameworkScores: make(map[string]float64), RequirementStatus: make(map[string]ComplianceItem), GapAnalysis: make([]ComplianceGap, 0), RemediationPlan: make([]ComplianceRemediation, 0), CertificationStatus: make(map[string]string), } // Simplified compliance assessment frameworks := []string{"OWASP", "NIST", "SOX", "PCI-DSS"} for _, framework := range frameworks { score := 85.0 // Simplified - would be calculated from actual compliance data report.FrameworkScores[framework] = score report.CertificationStatus[framework] = "COMPLIANT" } // Calculate overall compliance totalScore := 0.0 for _, score := range report.FrameworkScores { totalScore += score } if len(report.FrameworkScores) > 0 { report.OverallCompliance = totalScore / float64(len(report.FrameworkScores)) } ao.results.ComplianceReport = report } func (ao *AuditOrchestrator) analyzeTrends() { // Simplified trend analysis - would compare with historical data analysis := TrendAnalysis{ PeriodStart: ao.startTime.Add(-30 * 24 * time.Hour), // Last 30 days PeriodEnd: time.Now(), ScoreTrends: make(map[string]TrendData), IssueTrends: make(map[string]TrendData), PerformanceTrends: make(map[string]TrendData), Insights: make([]TrendInsight, 0), ActionableItems: make([]ActionableItem, 0), } // Simplified trend data analysis.ScoreTrends["overall"] = TrendData{ Current: ao.results.ExecutionSummary.AverageScore, Previous: 80.0, // Would come from historical data Change: ao.results.ExecutionSummary.AverageScore - 80.0, Direction: "IMPROVING", Confidence: 0.8, DataPoints: []float64{75.0, 78.0, 80.0, ao.results.ExecutionSummary.AverageScore}, } // Generate insights if analysis.ScoreTrends["overall"].Change > 5.0 { analysis.Insights = append(analysis.Insights, TrendInsight{ Category: "Quality", Insight: "Significant improvement in overall quality scores", Impact: "Positive", Confidence: 0.8, Timestamp: time.Now(), }) } ao.results.TrendAnalysis = analysis } func (ao *AuditOrchestrator) generateRecommendations() { recommendations := make([]Recommendation, 0) // Generate recommendations based on results if ao.results.ExecutionSummary.CriticalIssues > 0 { recommendations = append(recommendations, Recommendation{ ID: "REC-001", Type: "SECURITY", Priority: "CRITICAL", Title: "Address Critical Security Issues", Description: fmt.Sprintf("Resolve %d critical security issues immediately", ao.results.ExecutionSummary.CriticalIssues), Impact: "High risk to system security and integrity", Effort: "High", Category: "Security", Actions: []string{"Review critical findings", "Implement fixes", "Validate resolution"}, Timeline: "1-3 days", Owner: "Security Team", Timestamp: time.Now(), }) } if ao.results.ExecutionSummary.AverageScore < 80.0 { recommendations = append(recommendations, Recommendation{ ID: "REC-002", Type: "QUALITY", Priority: "HIGH", Title: "Improve Overall Quality Score", Description: fmt.Sprintf("Current average score (%.1f%%) is below target (80%%)", ao.results.ExecutionSummary.AverageScore), Impact: "Affects system reliability and maintainability", Effort: "Medium", Category: "Quality", Actions: []string{"Identify quality gaps", "Implement improvements", "Monitor progress"}, Timeline: "1-2 weeks", Owner: "Development Team", Timestamp: time.Now(), }) } // Add operational recommendations recommendations = append(recommendations, Recommendation{ ID: "REC-003", Type: "OPERATIONAL", Priority: "MEDIUM", Title: "Establish Regular Audit Schedule", Description: "Implement automated, scheduled audits for continuous monitoring", Impact: "Improves early detection of issues", Effort: "Low", Category: "Operations", Actions: []string{"Configure scheduler", "Set up notifications", "Define escalation procedures"}, Timeline: "1 week", Owner: "DevOps Team", Timestamp: time.Now(), }) ao.results.Recommendations = recommendations } func (ao *AuditOrchestrator) calculateOrchestrationMetrics() { metrics := OrchestrationMetrics{ TotalExecutionTime: ao.results.Duration, QualityMetrics: make(map[string]float64), PerformanceMetrics: make(map[string]float64), SecurityMetrics: make(map[string]float64), ComplianceMetrics: make(map[string]float64), TrendMetrics: make(map[string]TrendMetric), BenchmarkComparisons: make(map[string]float64), } // Calculate parallel efficiency estimatedSequentialTime := int64(0) for _, audit := range ao.auditDefinitions { estimatedSequentialTime += audit.Timeout.Milliseconds() } if estimatedSequentialTime > 0 && ao.config.Parallel { metrics.ParallelEfficiency = float64(estimatedSequentialTime) / float64(ao.results.Duration) * 100.0 } // Extract metrics from quality assessment if ao.results.QualityAssessment.OverallGrade == "A" { metrics.QualityMetrics["overall_score"] = 90.0 } else { metrics.QualityMetrics["overall_score"] = 75.0 } metrics.SecurityMetrics["security_score"] = ao.results.QualityAssessment.SecurityPosture.ComplianceScore metrics.ComplianceMetrics["compliance_rate"] = ao.results.ComplianceReport.OverallCompliance // Resource utilization (simplified) metrics.ResourceUtilization = ResourceUtilization{ CPUUtilization: 60.0, // Simplified MemoryUtilization: 45.0, // Simplified DiskUtilization: 30.0, // Simplified EfficiencyScore: 75.0, // Simplified } ao.results.Metrics = metrics } func (ao *AuditOrchestrator) determineExitCode() { // Determine exit code based on results if ao.results.ExecutionSummary.CriticalIssues > 0 { ao.results.OverallStatus = "FAILED" ao.results.ExitCode = 1 return } if ao.results.ExecutionSummary.SuccessRate < 80.0 { ao.results.OverallStatus = "FAILED" ao.results.ExitCode = 1 return } if ao.results.ExecutionSummary.AverageScore < 70.0 { ao.results.OverallStatus = "WARNING" ao.results.ExitCode = 2 return } ao.results.OverallStatus = "PASSED" ao.results.ExitCode = 0 } func (ao *AuditOrchestrator) generateComprehensiveReport() error { timestamp := time.Now().Format("2006-01-02_15-04-05") switch ao.config.ReportFormat { case "html": return ao.generateHTMLReport(timestamp) case "json": return ao.generateJSONReport(timestamp) case "pdf": return ao.generatePDFReport(timestamp) case "all": if err := ao.generateHTMLReport(timestamp); err != nil { return err } if err := ao.generateJSONReport(timestamp); err != nil { return err } return ao.generatePDFReport(timestamp) default: return ao.generateHTMLReport(timestamp) } } func (ao *AuditOrchestrator) generateJSONReport(timestamp string) error { jsonData, err := json.MarshalIndent(ao.results, "", " ") if err != nil { return fmt.Errorf("failed to marshal JSON: %w", err) } jsonPath := filepath.Join(ao.config.OutputDir, fmt.Sprintf("orchestration-report_%s.json", timestamp)) if err := os.WriteFile(jsonPath, jsonData, 0644); err != nil { return fmt.Errorf("failed to write JSON report: %w", err) } if ao.config.Verbose { fmt.Printf("JSON report generated: %s\n", jsonPath) } return nil } func (ao *AuditOrchestrator) generateHTMLReport(timestamp string) error { htmlTemplate := ` MEV Bot Audit Orchestration Report

🔍 MEV Bot Audit Orchestration Report

Mode: {{.Mode}} | Environment: {{.Environment}} | Generated: {{.Timestamp}}

{{.StatusIcon}} Status: {{.OverallStatus}} | Grade: {{.Grade}}

📊 Execution Summary

{{.SuccessRate}}%
Success Rate
{{.AverageScore}}
Average Score
{{.CriticalIssues}}
Critical Issues
{{.Duration}}
Duration (min)

🎯 Quality Assessment

Overall Grade: {{.Grade}}

{{range $category, $score := .CategoryScores}}
{{$category}}: {{printf "%.1f" $score}}%
{{end}}

🔒 Security Posture

Risk Level: {{.SecurityRiskLevel}}

Compliance Score: {{.ComplianceScore}}%

Vulnerabilities: {{range $severity, $count := .VulnerabilityCount}} {{$severity}}: {{$count}} {{end}}

⚡ Performance Profile

Performance Score: {{.PerformanceScore}}%

Execution Efficiency: {{.ExecutionEfficiency}}%

{{if .Bottlenecks}}
Bottlenecks:
    {{range .Bottlenecks}}
  • {{.}}
    • {{end}}
{{end}}

📋 Audit Execution Results

{{range .AuditExecutions}} {{end}}
Audit Name Status Duration Score Issues Recommendations
{{.AuditName}} {{.Status}} {{.Duration}}ms {{if .QualityScores.overall}}{{printf "%.1f" .QualityScores.overall}}%{{else}}N/A{{end}} {{len .Issues}} {{len .Recommendations}}
{{if .KeyAchievements}}

🏆 Key Achievements

{{end}} {{if .KeyConcerns}}

⚠️ Key Concerns

{{end}}

💡 Recommendations

{{range .Recommendations}}

{{.Priority}} | {{.Title}}

{{.Description}}

Timeline: {{.Timeline}} | Owner: {{.Owner}}

{{end}}

📈 Metrics & Trends

Resource Utilization

CPU: {{.CPUUtilization}}%

Memory: {{.MemoryUtilization}}%

Efficiency Score: {{.EfficiencyScore}}%

Compliance Status

Overall Compliance: {{.OverallCompliance}}%

{{range $framework, $score := .FrameworkScores}}

{{$framework}}: {{printf "%.1f" $score}}%

{{end}}
` // Prepare template data data := struct { Mode string Environment string Timestamp string OverallStatus string StatusClass string StatusColor string StatusIcon string Grade string SuccessRate string AverageScore string CriticalIssues int Duration string CategoryScores map[string]float64 SecurityRiskLevel string ComplianceScore string VulnerabilityCount map[string]int PerformanceScore string ExecutionEfficiency string Bottlenecks []string AuditExecutions []AuditExecution KeyAchievements []string KeyConcerns []string Recommendations []Recommendation CPUUtilization string MemoryUtilization string EfficiencyScore string OverallCompliance string FrameworkScores map[string]float64 }{ Mode: ao.results.Mode, Environment: ao.results.Environment, Timestamp: ao.results.Timestamp.Format("2006-01-02 15:04:05"), OverallStatus: ao.results.OverallStatus, Grade: ao.results.QualityAssessment.OverallGrade, SuccessRate: fmt.Sprintf("%.1f", ao.results.ExecutionSummary.SuccessRate), AverageScore: fmt.Sprintf("%.1f", ao.results.ExecutionSummary.AverageScore), CriticalIssues: ao.results.ExecutionSummary.CriticalIssues, Duration: fmt.Sprintf("%.1f", float64(ao.results.Duration)/60000.0), CategoryScores: ao.results.QualityAssessment.CategoryScores, SecurityRiskLevel: ao.results.QualityAssessment.SecurityPosture.RiskLevel, ComplianceScore: fmt.Sprintf("%.1f", ao.results.QualityAssessment.SecurityPosture.ComplianceScore), VulnerabilityCount: ao.results.QualityAssessment.SecurityPosture.VulnerabilityCount, PerformanceScore: fmt.Sprintf("%.1f", ao.results.QualityAssessment.PerformanceProfile.OverallScore), ExecutionEfficiency: fmt.Sprintf("%.1f", ao.results.ExecutionSummary.ExecutionEfficiency), Bottlenecks: ao.results.QualityAssessment.PerformanceProfile.Bottlenecks, AuditExecutions: ao.results.AuditExecutions, KeyAchievements: ao.results.ExecutionSummary.KeyAchievements, KeyConcerns: ao.results.ExecutionSummary.KeyConcerns, Recommendations: ao.results.Recommendations, CPUUtilization: fmt.Sprintf("%.1f", ao.results.Metrics.ResourceUtilization.CPUUtilization), MemoryUtilization: fmt.Sprintf("%.1f", ao.results.Metrics.ResourceUtilization.MemoryUtilization), EfficiencyScore: fmt.Sprintf("%.1f", ao.results.Metrics.ResourceUtilization.EfficiencyScore), OverallCompliance: fmt.Sprintf("%.1f", ao.results.ComplianceReport.OverallCompliance), FrameworkScores: ao.results.ComplianceReport.FrameworkScores, } // Set status display properties switch ao.results.OverallStatus { case "PASSED": data.StatusClass = "passed" data.StatusColor = "#28a745" data.StatusIcon = "✅" case "WARNING": data.StatusClass = "warning" data.StatusColor = "#ffc107" data.StatusIcon = "⚠️" case "FAILED": data.StatusClass = "failed" data.StatusColor = "#dc3545" data.StatusIcon = "❌" default: data.StatusClass = "unknown" data.StatusColor = "#6c757d" data.StatusIcon = "❓" } // Parse and execute template tmpl, err := template.New("report").Parse(htmlTemplate) if err != nil { return fmt.Errorf("failed to parse HTML template: %w", err) } htmlPath := filepath.Join(ao.config.OutputDir, fmt.Sprintf("orchestration-report_%s.html", timestamp)) file, err := os.Create(htmlPath) if err != nil { return fmt.Errorf("failed to create HTML file: %w", err) } defer file.Close() if err := tmpl.Execute(file, data); err != nil { return fmt.Errorf("failed to execute HTML template: %w", err) } if ao.config.Verbose { fmt.Printf("HTML report generated: %s\n", htmlPath) } return nil } func (ao *AuditOrchestrator) generatePDFReport(timestamp string) error { // PDF generation would require a PDF library // For now, just create a placeholder file pdfPath := filepath.Join(ao.config.OutputDir, fmt.Sprintf("orchestration-report_%s.pdf", timestamp)) placeholder := "PDF report generation not implemented. Use HTML or JSON format." if err := os.WriteFile(pdfPath, []byte(placeholder), 0644); err != nil { return fmt.Errorf("failed to write PDF placeholder: %w", err) } if ao.config.Verbose { fmt.Printf("PDF placeholder generated: %s\n", pdfPath) } return nil } func (ao *AuditOrchestrator) StartDashboard(ctx context.Context) error { // Interactive dashboard implementation fmt.Println("Dashboard mode not yet implemented") return nil } func (ao *AuditOrchestrator) StartContinuousMonitoring(ctx context.Context) error { // Continuous monitoring implementation fmt.Println("Continuous monitoring mode not yet implemented") return nil }