diff --git a/.qoder/quests/analyze-folder.md b/.qoder/quests/analyze-folder.md deleted file mode 100644 index d0cc53f2..00000000 --- a/.qoder/quests/analyze-folder.md +++ /dev/null @@ -1,116 +0,0 @@ -# Analyze Folder Command Telemetry Design - -## Overview - -This document outlines the design for improving the telemetry events for the `analyze` command in the syncable-cli application. Currently, the command generates two separate telemetry events when executed, which is incorrect. The goal is to generate only one event per command execution while still capturing the different modes of operation (detailed view, JSON output, etc.). - -## Current Issues - -1. **Duplicate Events**: When running `sync-ctl analyze .`, two events are generated: - - A generic "analyze" event - - A specific "Analyze Folder" event - -2. **Lack of Differentiation**: The current implementation doesn't capture how the analysis was performed (JSON output, detailed view, matrix view, etc.) - -## Proposed Solution - -Replace the two separate events with a single "Analyze Folder" event that includes properties to differentiate the analysis mode. - -## Architecture - -### Event Structure - -The new telemetry event will have the following structure: - -Event Name: "Analyze Folder" -Properties: -- analysis_mode: string (one of: "json", "detailed", "matrix", "summary") -- color_scheme: string (one of: "auto", "dark", "light") -- only_filter: string[] (list of filtered analysis aspects) - -### Implementation Plan - -1. **Remove duplicate event calls**: Eliminate the separate `track_analyze()` call -2. **Enhance the `track_analyze_folder()` method**: Add parameters to capture analysis mode -3. **Modify the main function**: Pass analysis parameters to the telemetry event -4. **Update the telemetry client**: Modify the `track_analyze_folder()` method to accept and process these parameters - -## Detailed Design - -### 1. Telemetry Client Modifications - -The `TelemetryClient` struct will be updated to accept properties in the `track_analyze_folder` method: - -Method signature: -- Current: `track_analyze_folder(&self)` -- New: `track_analyze_folder(&self, properties: HashMap)` - -Implementation: -- The method will pass the properties to the track_event function -- Properties will be merged with common properties before sending - -### 2. Main Function Updates - -In the main function, the analyze command handling will be modified: - -Process for determining analysis mode: -- If json flag is true → "json" -- Else if detailed flag is true → "detailed" -- Else based on display option: - - Matrix or None → "matrix" - - Detailed → "detailed" - - Summary → "summary" - -Properties to capture: -- Analysis mode (determined by command flags) -- Color scheme (if specified) -- Only filter (if specified) - -### 3. Remove Duplicate Event - -The separate `telemetry_client.track_analyze()` call will be removed from the analyze command handling. - -## Data Flow - -``mermaid -graph TD - A[User runs analyze command] --> B[CLI Parser] - B --> C[Main Function] - C --> D[Create telemetry properties] - D --> E[Track single Analyze Folder event] - E --> F[Send to PostHog] -``` - -## Benefits - -1. **Single Event Per Command**: Only one telemetry event will be generated per analyze command execution -2. **Mode Differentiation**: The analysis mode (JSON, detailed, matrix, summary) will be captured in event properties -3. **Enhanced Analytics**: Better data for understanding how users interact with the analyze command -4. **Consistency**: Aligns with the pattern used for other commands like security scans - -## Implementation Steps - -1. Modify the `track_analyze_folder` method in the telemetry client to accept properties -2. Update the analyze command handling in main.rs to: - - Remove the duplicate `track_analyze()` call - - Create properties map with analysis mode and other relevant information - - Call `track_analyze_folder` with the properties -3. Test the implementation to ensure only one event is generated with correct properties -4. Update any related tests - -## Testing Plan - -1. **Unit Tests**: Update telemetry tests to reflect the new method signature -2. **Integration Tests**: Verify that only one event is generated when running the analyze command -3. **Property Validation**: Confirm that the correct analysis mode is captured in event properties -4. **Edge Cases**: Test with various combinations of command-line options - -## Backward Compatibility - -This change is backward compatible with existing telemetry infrastructure. The event name remains "Analyze Folder", and the core telemetry collection mechanism is unchanged. The only difference is in the data captured with the event. - -## Future Enhancements - -1. **Performance Metrics**: Add analysis duration and file count to the telemetry properties -2. **Project Type Detection**: Include detected project types in the event properties -3. **Error Tracking**: Add success/failure status to the events diff --git a/.qoder/quests/bun-audit-integration.md b/.qoder/quests/bun-audit-integration.md deleted file mode 100644 index 71fa0504..00000000 --- a/.qoder/quests/bun-audit-integration.md +++ /dev/null @@ -1,615 +0,0 @@ -# Bun Audit Integration Design - -## Overview - -This design extends the syncable-cli vulnerability checking system to support bun audit for JavaScript/TypeScript projects using Bun as the runtime and package manager. The integration detects Bun projects through `bun.lockb` files or Bun-specific configurations and executes `bun audit` alongside other Node.js runtime audits. - -## Requirements Analysis - -### Current State -- **Existing Vulnerability Checker**: Supports npm audit, yarn audit, pip-audit, cargo-audit, govulncheck, and various Java scanners -- **Bun Detection**: Basic framework detection exists for Bun runtime but no audit integration -- **Lock File Recognition**: `bun.lockb` files are recognized for security scanning exclusion -- **Node.js Runtime Support**: Currently only npm audit is supported for JavaScript/TypeScript projects - -### Key Requirements -1. **Bun Project Detection**: Identify projects using Bun through `bun.lockb` presence or package.json engines field -2. **Multi-Runtime Support**: Execute appropriate audit tools based on detected package managers and runtimes -3. **Bun Audit Integration**: Execute `bun audit` command and parse JSON output -4. **Backwards Compatibility**: Maintain existing npm/yarn audit functionality -5. **Error Handling**: Graceful fallback when bun is not installed - -## Architecture - -### Component Integration - -```mermaid -graph TB - subgraph "Vulnerability Checker" - VC[VulnerabilityChecker] - NPM[check_npm_dependencies] - BUN[check_bun_dependencies] - YARN[check_yarn_dependencies] - PNPM[check_pnpm_dependencies] - end - - subgraph "Runtime Detection" - RD[RuntimeDetector] - PJ[package.json] - BL[bun.lockb] - NL[package-lock.json] - YL[yarn.lock] - PL[pnpm-lock.yaml] - end - - subgraph "Tool Detection" - TD[ToolDetector] - BUN_BIN[bun binary] - NPM_BIN[npm binary] - YARN_BIN[yarn binary] - end - - VC --> RD - RD --> PJ - RD --> BL - RD --> NL - RD --> YL - RD --> PL - - VC --> TD - TD --> BUN_BIN - TD --> NPM_BIN - TD --> YARN_BIN - - VC --> NPM - VC --> BUN - VC --> YARN - VC --> PNPM -``` - -### Runtime Detection Strategy - -```mermaid -flowchart TD - Start([Project Analysis]) --> HasPackageJson{Has package.json?} - - HasPackageJson -->|No| Skip[Skip JS audit] - HasPackageJson -->|Yes| CheckLockFiles[Check lock files] - - CheckLockFiles --> HasBunLock{Has bun.lockb?} - CheckLockFiles --> HasNpmLock{Has package-lock.json?} - CheckLockFiles --> HasYarnLock{Has yarn.lock?} - CheckLockFiles --> HasPnpmLock{Has pnpm-lock.yaml?} - - HasBunLock -->|Yes| CheckBunEngine[Check engines.bun in package.json] - CheckBunEngine --> RunBunAudit[Run bun audit] - - HasNpmLock -->|Yes| RunNpmAudit[Run npm audit] - HasYarnLock -->|Yes| RunYarnAudit[Run yarn audit] - HasPnpmLock -->|Yes| RunPnpmAudit[Run pnpm audit] - - HasBunLock -->|No| CheckEngines{Check engines field} - CheckEngines -->|bun specified| RunBunAudit - CheckEngines -->|node only| RunNpmAudit - CheckEngines -->|none| DefaultNpm[Default to npm audit] - - RunBunAudit --> ParseBunOutput[Parse bun audit JSON] - RunNpmAudit --> ParseNpmOutput[Parse npm audit JSON] - RunYarnAudit --> ParseYarnOutput[Parse yarn audit JSON] - RunPnpmAudit --> ParsePnpmOutput[Parse pnpm audit JSON] - DefaultNpm --> ParseNpmOutput - - ParseBunOutput --> MergeResults[Merge vulnerability results] - ParseNpmOutput --> MergeResults - ParseYarnOutput --> MergeResults - ParsePnpmOutput --> MergeResults - - MergeResults --> Return[Return vulnerabilities] -``` - -## Detailed Component Design - -### JavaScript Runtime Detection Enhancement - -```rust -#[derive(Debug, Clone, PartialEq)] -pub enum JavaScriptRuntime { - Bun, - Node, - Deno, - Unknown, -} - -#[derive(Debug, Clone, PartialEq)] -pub enum PackageManager { - Bun, - Npm, - Yarn, - Pnpm, - Unknown, -} - -pub struct RuntimeDetector { - project_path: PathBuf, -} - -impl RuntimeDetector { - pub fn detect_js_runtime_and_package_manager(&self) -> (JavaScriptRuntime, PackageManager) { - // Priority: Lock files > engines field > default - if self.project_path.join("bun.lockb").exists() { - return (JavaScriptRuntime::Bun, PackageManager::Bun); - } - - if self.project_path.join("pnpm-lock.yaml").exists() { - return (JavaScriptRuntime::Node, PackageManager::Pnpm); - } - - if self.project_path.join("yarn.lock").exists() { - return (JavaScriptRuntime::Node, PackageManager::Yarn); - } - - if self.project_path.join("package-lock.json").exists() { - return (JavaScriptRuntime::Node, PackageManager::Npm); - } - - // Check package.json engines field - if let Ok(package_json) = self.read_package_json() { - if let Some(engines) = package_json.get("engines") { - if engines.get("bun").is_some() { - return (JavaScriptRuntime::Bun, PackageManager::Bun); - } - } - } - - // Default to Node.js with npm - (JavaScriptRuntime::Node, PackageManager::Npm) - } -} -``` - -### Enhanced Vulnerability Checker Methods - -```rust -impl VulnerabilityChecker { - fn check_npm_dependencies( - &self, - dependencies: &[DependencyInfo], - project_path: &Path, - ) -> Result, VulnerabilityError> { - let runtime_detector = RuntimeDetector::new(project_path); - let (runtime, package_manager) = runtime_detector.detect_js_runtime_and_package_manager(); - - match package_manager { - PackageManager::Bun => self.check_bun_dependencies(dependencies, project_path), - PackageManager::Npm => self.check_npm_audit(dependencies, project_path), - PackageManager::Yarn => self.check_yarn_audit(dependencies, project_path), - PackageManager::Pnpm => self.check_pnpm_audit(dependencies, project_path), - PackageManager::Unknown => { - // Fallback to multiple audits if available - self.check_multiple_js_audits(dependencies, project_path) - } - } - } - - fn check_bun_dependencies( - &self, - dependencies: &[DependencyInfo], - project_path: &Path, - ) -> Result, VulnerabilityError> { - info!("Checking JavaScript dependencies with bun audit"); - - // Check if bun is available - let mut tool_detector = crate::analyzer::tool_detector::ToolDetector::new(); - let bun_status = tool_detector.detect_tool("bun"); - - if !bun_status.available { - warn!("bun not found. Install from https://bun.sh/"); - warn!("Falling back to npm audit if available"); - return self.check_npm_audit(dependencies, project_path); - } - - info!("Using bun {} at {:?}", - bun_status.version.as_deref().unwrap_or("unknown"), - bun_status.path.as_deref().unwrap_or_else(|| std::path::Path::new("bun"))); - - // Check if project has bun.lockb or package.json - if !project_path.join("bun.lockb").exists() && !project_path.join("package.json").exists() { - debug!("No bun.lockb or package.json found, skipping bun audit"); - return Ok(vec![]); - } - - // Run bun audit with JSON output - let output = Command::new("bun") - .args(&["audit", "--json"]) - .current_dir(project_path) - .output() - .map_err(|e| VulnerabilityError::CommandError( - format!("Failed to run bun audit: {}", e) - ))?; - - // bun audit exits with code 1 if vulnerabilities found, which is expected - if output.stdout.is_empty() { - if output.status.success() { - info!("bun audit completed - no vulnerabilities found"); - return Ok(vec![]); - } else { - let stderr = String::from_utf8_lossy(&output.stderr); - return Err(VulnerabilityError::CommandError( - format!("bun audit failed: {}", stderr) - )); - } - } - - // Parse bun audit output (should be compatible with npm audit format) - let audit_data: serde_json::Value = serde_json::from_slice(&output.stdout)?; - - self.parse_bun_audit_output(&audit_data, dependencies) - } - - fn parse_bun_audit_output( - &self, - audit_data: &serde_json::Value, - dependencies: &[DependencyInfo], - ) -> Result, VulnerabilityError> { - // Bun audit uses NPM's API, so format should be similar to npm audit - // Check if it's empty response (no vulnerabilities) - if let Some(vulnerabilities) = audit_data.get("vulnerabilities") { - if vulnerabilities.as_object().map_or(true, |v| v.is_empty()) { - info!("bun audit found no vulnerabilities"); - return Ok(vec![]); - } - } - - // Reuse npm audit parser since bun uses NPM registry - self.parse_npm_audit_output(audit_data, dependencies) - } - - fn check_multiple_js_audits( - &self, - dependencies: &[DependencyInfo], - project_path: &Path, - ) -> Result, VulnerabilityError> { - let mut all_vulnerabilities = Vec::new(); - - // Try bun first if available - if let Ok(mut bun_vulns) = self.check_bun_dependencies(dependencies, project_path) { - all_vulnerabilities.append(&mut bun_vulns); - } - - // Try npm if no bun results - if all_vulnerabilities.is_empty() { - if let Ok(mut npm_vulns) = self.check_npm_audit(dependencies, project_path) { - all_vulnerabilities.append(&mut npm_vulns); - } - } - - // Try yarn as fallback - if all_vulnerabilities.is_empty() { - if let Ok(mut yarn_vulns) = self.check_yarn_audit(dependencies, project_path) { - all_vulnerabilities.append(&mut yarn_vulns); - } - } - - Ok(all_vulnerabilities) - } -} -``` - -### Tool Detection Enhancement - -The existing ToolDetector needs enhancement to detect bun installations: - -```rust -impl ToolDetector { - pub fn detect_bun(&mut self) -> ToolStatus { - self.detect_tool_with_alternatives("bun", &[ - "bun", - "bunx", // Bun's npx equivalent - ]) - } - - pub fn detect_js_package_managers(&mut self) -> HashMap { - let mut managers = HashMap::new(); - managers.insert("bun".to_string(), self.detect_bun()); - managers.insert("npm".to_string(), self.detect_tool("npm")); - managers.insert("yarn".to_string(), self.detect_tool("yarn")); - managers.insert("pnpm".to_string(), self.detect_tool("pnpm")); - managers - } -} -``` - -### Tool Installation Integration - -The ToolInstaller needs to support installing bun: - -```rust -impl ToolInstaller { - pub fn install_bun(&mut self) -> Result<(), Box> { - info!("Installing Bun runtime and package manager..."); - - // Check if already installed - if self.tool_detector.detect_tool("bun").available { - info!("✅ Bun is already installed"); - return Ok(()); - } - - // Install bun using their official installer - let install_cmd = if cfg!(target_os = "windows") { - Command::new("powershell") - .args(&["-c", "irm bun.sh/install.ps1 | iex"]) - .output() - } else { - Command::new("curl") - .args(&["-fsSL", "https://bun.sh/install", "|", "bash"]) - .output() - }; - - match install_cmd { - Ok(output) if output.status.success() => { - info!("✅ Bun installed successfully"); - // Refresh cache - self.tool_detector.clear_cache(); - Ok(()) - } - Ok(output) => { - let stderr = String::from_utf8_lossy(&output.stderr); - Err(format!("Bun installation failed: {}", stderr).into()) - } - Err(e) => Err(format!("Failed to execute bun installer: {}", e).into()) - } - } - - pub fn ensure_js_audit_tools(&mut self, detected_managers: &[PackageManager]) -> Result<(), Box> { - for manager in detected_managers { - match manager { - PackageManager::Bun => self.install_bun()?, - PackageManager::Npm => self.install_npm()?, - PackageManager::Yarn => self.install_yarn()?, - PackageManager::Pnpm => self.install_pnpm()?, - PackageManager::Unknown => { - // Install npm as default - self.install_npm()?; - } - } - } - Ok(()) - } -} -``` - -## Testing Strategy - -### Unit Tests - -```rust -#[cfg(test)] -mod tests { - use super::*; - - #[test] - fn test_bun_project_detection() { - let temp_dir = tempfile::tempdir().unwrap(); - let project_path = temp_dir.path(); - - // Create bun.lockb file - std::fs::write(project_path.join("bun.lockb"), b"").unwrap(); - - let detector = RuntimeDetector::new(project_path.to_path_buf()); - let (runtime, package_manager) = detector.detect_js_runtime_and_package_manager(); - - assert_eq!(runtime, JavaScriptRuntime::Bun); - assert_eq!(package_manager, PackageManager::Bun); - } - - #[test] - fn test_bun_engines_detection() { - let temp_dir = tempfile::tempdir().unwrap(); - let project_path = temp_dir.path(); - - // Create package.json with bun engine - let package_json = serde_json::json!({ - "name": "test-project", - "engines": { - "bun": "^1.0.0" - } - }); - std::fs::write( - project_path.join("package.json"), - serde_json::to_string_pretty(&package_json).unwrap() - ).unwrap(); - - let detector = RuntimeDetector::new(project_path.to_path_buf()); - let (runtime, package_manager) = detector.detect_js_runtime_and_package_manager(); - - assert_eq!(runtime, JavaScriptRuntime::Bun); - assert_eq!(package_manager, PackageManager::Bun); - } - - #[tokio::test] - async fn test_bun_audit_integration() { - // Mock bun audit output - let mock_audit_output = serde_json::json!({ - "vulnerabilities": { - "lodash": { - "via": [{ - "source": "CVE-2021-23337", - "severity": "high", - "title": "Command Injection in lodash", - "overview": "lodash template functionality can be used to execute arbitrary code" - }] - } - } - }); - - let dependencies = vec![ - DependencyInfo { - name: "lodash".to_string(), - version: "4.17.20".to_string(), - dep_type: DependencyType::Production, - license: "MIT".to_string(), - source: Some("npm".to_string()), - language: Language::JavaScript, - } - ]; - - let checker = VulnerabilityChecker::new(); - let vulnerabilities = checker.parse_bun_audit_output(&mock_audit_output, &dependencies).unwrap(); - - assert_eq!(vulnerabilities.len(), 1); - assert_eq!(vulnerabilities[0].name, "lodash"); - assert_eq!(vulnerabilities[0].vulnerabilities.len(), 1); - assert_eq!(vulnerabilities[0].vulnerabilities[0].severity, VulnerabilitySeverity::High); - } -} -``` - -### Integration Tests - -```rust -#[tokio::test] -async fn test_bun_audit_end_to_end() { - let temp_dir = tempfile::tempdir().unwrap(); - let project_path = temp_dir.path(); - - // Create a test project with bun.lockb and package.json - std::fs::write(project_path.join("bun.lockb"), b"").unwrap(); - let package_json = serde_json::json!({ - "name": "test-bun-project", - "dependencies": { - "lodash": "4.17.20" - } - }); - std::fs::write( - project_path.join("package.json"), - serde_json::to_string_pretty(&package_json).unwrap() - ).unwrap(); - - // Test the full vulnerability checking flow - let dependencies = DependencyParser::new().parse_all_dependencies(project_path).unwrap(); - let checker = VulnerabilityChecker::new(); - - match checker.check_all_dependencies(&dependencies, project_path).await { - Ok(report) => { - // Validate report structure - assert!(report.checked_at <= Utc::now()); - // Note: Actual vulnerabilities depend on current security state - } - Err(e) => { - // If bun is not installed, should gracefully fallback - println!("Bun audit test skipped: {}", e); - } - } -} -``` - -## CLI Integration - -### Command Enhancement - -The existing `sync-ctl vulnerabilities .` command automatically detects and uses appropriate audit tools based on project configuration. No new CLI flags are needed, maintaining backward compatibility. - -### Output Format - -Bun audit results integrate seamlessly with existing vulnerability report format: - -``` -🛡️ Vulnerability Scan Report -================================================================================ -Scanned at: 2025-01-02 10:30:45 UTC -Path: /path/to/bun-project - -Summary: -Total vulnerabilities: 3 - -By Severity: - 🔴 HIGH: 2 - 🟡 MEDIUM: 1 - --------------------------------------------------------------------------------- -Vulnerable Dependencies: - -📦 lodash v4.17.20 (JavaScript) [via bun audit] - ⚠️ CVE-2021-23337 [HIGH] - Command Injection in lodash - lodash template functionality can be used to execute arbitrary code - CVE: CVE-2021-23337 - Affected: >=4.0.0 <4.17.21 - ✅ Fix: Upgrade to >=4.17.21 -``` - -## Error Handling and Fallbacks - -```mermaid -flowchart TD - StartBunAudit[Start Bun Audit] --> CheckBunInstalled{Bun Installed?} - - CheckBunInstalled -->|No| LogWarning[Log: Bun not found] - LogWarning --> FallbackNpm[Fallback to npm audit] - - CheckBunInstalled -->|Yes| CheckLockFile{Has bun.lockb?} - CheckLockFile -->|No| CheckPackageJson{Has package.json?} - CheckPackageJson -->|No| SkipAudit[Skip audit] - CheckPackageJson -->|Yes| RunBunAudit[Run bun audit] - CheckLockFile -->|Yes| RunBunAudit - - RunBunAudit --> BunSuccess{Audit Success?} - BunSuccess -->|Yes| ParseResults[Parse JSON results] - BunSuccess -->|No| CheckErrorType{Network/Auth Error?} - - CheckErrorType -->|Yes| LogError[Log error and continue] - CheckErrorType -->|No| FallbackNpm - - FallbackNpm --> RunNpmAudit[Run npm audit] - RunNpmAudit --> NpmSuccess{npm Success?} - NpmSuccess -->|Yes| ParseResults - NpmSuccess -->|No| ReturnEmpty[Return empty results] - - ParseResults --> Return[Return vulnerabilities] - LogError --> Return - SkipAudit --> Return - ReturnEmpty --> Return -``` - -## Performance Considerations - -1. **Concurrent Audits**: Run bun audit in parallel with other language audits -2. **Tool Detection Caching**: Cache bun availability check for 5 minutes (existing TTL) -3. **Smart Fallback**: Only attempt npm audit fallback if bun audit fails, not if bun is unavailable -4. **Binary Detection**: Quick check for `bun.lockb` existence before attempting bun commands - -## Migration Path - -### Phase 1: Detection and Basic Integration -- Add runtime detection logic -- Implement bun audit command execution -- Add basic JSON parsing (reuse npm parser initially) - -### Phase 2: Enhanced Parsing and Error Handling -- Add bun-specific output parsing if needed -- Implement comprehensive error handling and fallbacks -- Add tool installation support - -### Phase 3: Optimization and Testing -- Add comprehensive test coverage -- Optimize performance with concurrent execution -- Add integration tests with real bun projects - -## Monitoring and Observability - -### Logging Strategy -```rust -info!("🔍 Detected Bun project (bun.lockb found)"); -info!("Using bun {} at {:?}", version, path); -warn!("bun not found, falling back to npm audit"); -debug!("bun audit output: {} bytes", output.len()); -error!("bun audit failed: {}", error); -``` - -### Metrics -- Track success/failure rates of bun audit -- Monitor fallback frequency to npm audit -- Measure execution time compared to npm audit -- Count projects using each package manager - -This integration provides comprehensive bun audit support while maintaining backward compatibility and robust error handling for the syncable-cli vulnerability checking system. \ No newline at end of file diff --git a/.qoder/quests/command-event-normalization.md b/.qoder/quests/command-event-normalization.md deleted file mode 100644 index d36ead20..00000000 --- a/.qoder/quests/command-event-normalization.md +++ /dev/null @@ -1,117 +0,0 @@ -# Command Event Normalization Design - -## Summary - -This document outlines the changes needed to fix the duplicate telemetry events issue in the syncable-cli application. Currently, the `security` and `vulnerabilities` commands each generate two telemetry events, causing data duplication. The solution involves modifying the telemetry client to use descriptive event names directly and removing the duplicate event calls in the command handlers. - -## Problem Statement - -When running commands like `sync-ctl security .`, two events are generated: -- "security" event with properties - - -- "Security Scan" event - -Similarly for `sync-ctl vulnerabilities .`: -- "vulnerabilities" event with properties - - -- "Vulnerability Scan" event - -This duplication creates unnecessary noise in telemetry data and can skew analytics. - -## Solution - -The solution involves two key changes: - -1. Modify the telemetry client methods to directly use the descriptive event names: - - `track_security()` will track "Security Scan" events - - - - `track_vulnerabilities()` will track "Vulnerability Scan" events - -2. Remove the duplicate event calls in the command handlers: - - Remove `track_security_scan()` call from the security command handler - - - - Remove `track_vulnerability_scan()` call from the vulnerabilities command handler - -## Implementation Details - -### File: src/telemetry/client.rs - -Update the `track_security` method to use the descriptive event name: -```rust - -pub fn track_security(&self, properties: HashMap) { - self.track_event("Security Scan", properties); -} -``` - -Update the `track_vulnerabilities` method to use the descriptive event name: -```rust - -pub fn track_vulnerabilities(&self, properties: HashMap) { - self.track_event("Vulnerability Scan", properties); -} -``` - -Update the deprecated methods to be no-ops with deprecation comments: -```rust - - -pub fn track_security_scan(&self) { - // Deprecated: Use track_security with properties instead - - -} - -pub fn track_vulnerability_scan(&self) { - // Deprecated: Use track_vulnerabilities with properties instead - - -} -``` - -### File: src/main.rs - -In the Security command handler, remove the duplicate event call: -```rust - - -// Remove this duplicate call - - -// if let Some(telemetry_client) = telemetry::get_telemetry_client() { -// telemetry_client.track_security_scan(); -// } -``` - -In the Vulnerabilities command handler, remove the duplicate event call: -```rust - - -// Remove this duplicate call - - -// if let Some(telemetry_client) = telemetry::get_telemetry_client() { -// telemetry_client.track_vulnerability_scan(); -// } -``` - -## Benefits - -1. **Eliminates Duplicate Events**: Each command will generate exactly one telemetry event - - -2. **Maintains Event Properties**: All existing properties will still be captured - - -3. **Consistent Naming**: Event names will clearly indicate the type of scan performed - - -4. **Backward Compatibility**: Existing telemetry infrastructure remains unchanged - - -5. **Cleaner Analytics**: Reduces noise in telemetry data, making analysis more accurate - diff --git a/.qoder/quests/javascript-framework-detection.md b/.qoder/quests/javascript-framework-detection.md deleted file mode 100644 index 0d6c1926..00000000 --- a/.qoder/quests/javascript-framework-detection.md +++ /dev/null @@ -1,582 +0,0 @@ -# JavaScript Framework Detection Improvements - -## Overview - -This document outlines improvements to the JavaScript/TypeScript framework detection logic to reduce false positives, particularly for React Native, Expo, React, Next.js, and TanStack Start. The current implementation has issues with distinguishing between these frameworks, leading to incorrect detections. - -## Current Issues - -1. **False Positives**: The current dependency-based detection often misidentifies frameworks -2. **Overlap Confusion**: React, React Native, and Expo share many common dependencies -3. **Framework Conflicts**: No clear prioritization when multiple frameworks are detected -4. **Missing Context**: Detection doesn't consider project structure and configuration files - -## Improved Detection Strategy - -### 1. Detection Priority Order - -To resolve conflicts and improve accuracy, we'll implement a detection priority order: - -1. **Configuration Files** (Highest priority) - - Expo: `app.json`, `app.config.js`, `app.config.ts` - - Next.js: `next.config.js`, `next.config.ts` - - TanStack Start: `app.config.ts`, `vite.config.ts` with TanStack plugins - - React Native: `react-native.config.js` - -2. **Project Structure** (Medium priority) - - Expo: `App.js`/`App.tsx` with `expo` imports - - Next.js: `pages/` or `app/` directory structure - - TanStack Start: `app/routes/` directory structure - - React Native: `android/` and `ios/` directories - -3. **Dependencies** (Lowest priority, fallback) - - Use dependencies as supporting evidence rather than primary detection - -### 2. Framework-Specific Detection Logic - -#### React Native Detection - -**Clear Indicators:** -- Dependency on `react-native` -- Presence of `android/` and `ios/` directories -- `react-native.config.js` file -- Entry point files with `import { AppRegistry } from 'react-native'` - -**Differentiators from Expo:** -- No `app.json` or `app.config.*` files -- No `expo` dependency -- No `Expo` imports in source files - -#### Expo Detection - -**Clear Indicators:** -- Dependency on `expo` -- Presence of `app.json` or `app.config.*` files -- `Expo` imports in source files -- Entry point files with `registerRootComponent` - -**Differentiators from React Native:** -- Has `app.json` or `app.config.*` configuration files -- Direct `expo` imports in source code -- Uses `expo-*` packages - -#### React Detection - -**Clear Indicators:** -- Dependency on `react` and `react-dom` -- No meta-framework dependencies -- No mobile-specific dependencies - -**Differentiators:** -- Absence of Next.js, React Router, or other meta-framework dependencies -- No mobile-specific configuration or dependencies - -#### Next.js Detection - -**Clear Indicators:** -- Dependency on `next` -- Presence of `next.config.js` or `next.config.ts` -- `pages/` or `app/` directory structure -- Next.js specific imports (`next/router`, `next/link`) - -**Differentiators:** -- Has `next.config.*` file -- Uses Next.js specific APIs -- Has `pages/` or `app/` directory structure - -#### TanStack Start Detection - -**Clear Indicators:** -- Dependency on `@tanstack/react-start` -- Presence of `app.config.ts` with TanStack configuration -- `app/routes/` directory structure -- Uses `createFileRoute`, `createRootRoute` APIs - -**Differentiators:** -- Has `app/routes/` directory structure -- Uses TanStack Router APIs (`createFileRoute`) -- Has `app.config.ts` with TanStack configuration - -#### React Router v7 Detection - -**Clear Indicators:** -- Dependency on `react-router` and `react-router-dom` -- Uses React Router APIs (`createBrowserRouter`, `RouterProvider`) -- No meta-framework dependencies - -**Differentiators:** -- No `next`, `@tanstack/react-start`, or other meta-framework dependencies -- Uses React Router specific APIs - -## Implementation Plan - -### 1. Enhanced File-Based Detection - -We'll implement a new detection function that analyzes project files: - -```rust -fn detect_frameworks_from_files(language: &DetectedLanguage) -> Vec { - let mut detected = Vec::new(); - - // Check for configuration files - if has_expo_config_files(language) { - detected.push(create_expo_detection()); - } else if has_nextjs_config_files(language) { - detected.push(create_nextjs_detection()); - } else if has_tanstack_start_config(language) { - detected.push(create_tanstack_start_detection()); - } - - // Check project structure - if has_expo_project_structure(language) && !has_expo_config_files(language) { - // Lower confidence as it's less definitive - detected.push(create_expo_detection_with_lower_confidence()); - } else if has_nextjs_project_structure(language) && !has_nextjs_config_files(language) { - detected.push(create_nextjs_detection_with_lower_confidence()); - } - - // Check source code patterns - for file_path in &language.files { - if let Ok(content) = fs::read_to_string(file_path) { - if is_expo_source_file(&content) && !has_expo_config_files(language) { - detected.push(create_expo_detection_with_medium_confidence()); - } else if is_nextjs_source_file(&content) && !has_nextjs_config_files(language) { - detected.push(create_nextjs_detection_with_medium_confidence()); - } - } - } - - detected -} -``` - -### 2. Conflict Resolution - -We'll implement a conflict resolution mechanism that prioritizes detections: - -1. **Configuration File Detections** > **Project Structure Detections** > **Dependency Detections** -2. When conflicts arise, use confidence scores to determine the winner -3. Apply explicit conflict rules from existing TechnologyRule definitions - -### 3. Confidence Scoring Improvements - -Current confidence scoring will be enhanced with: - -- Configuration file presence: +0.4 -- Project structure match: +0.3 -- Source code patterns: +0.2 -- Dependency matches: +0.1 (reduced from current levels) - -## Technical Implementation - -### 1. Update Main Detection Function - -We'll modify the main `detect_frameworks` function in `javascript.rs` to use our new multi-layered approach: - -```rust -impl LanguageFrameworkDetector for JavaScriptFrameworkDetector { - fn detect_frameworks(&self, language: &DetectedLanguage) -> Result> { - let mut technologies = Vec::new(); - - // Layer 1: Configuration file detection (highest confidence) - let config_detections = detect_by_config_files(&language.root_path, language); - technologies.extend(config_detections); - - // Layer 2: Project structure detection (medium confidence) - let structure_detections = detect_by_project_structure(&language.root_path, language); - technologies.extend(structure_detections); - - // Layer 3: Source code pattern detection (medium confidence) - let pattern_detections = detect_by_source_patterns(language); - technologies.extend(pattern_detections); - - // Layer 4: Dependency-based detection (fallback, lowest confidence) - let rules = get_js_technology_rules(); - let all_deps: Vec = language.main_dependencies.iter() - .chain(language.dev_dependencies.iter()) - .cloned() - .collect(); - - let dependency_detections = FrameworkDetectionUtils::detect_technologies_by_dependencies( - &rules, &all_deps, language.confidence - ); - technologies.extend(dependency_detections); - - // Resolve conflicts and deduplicate - let resolved_technologies = resolve_framework_conflicts(technologies); - - Ok(resolved_technologies) - } - - fn supported_languages(&self) -> Vec<&'static str> { - vec!["JavaScript", "TypeScript", "JavaScript/TypeScript"] - } -} - -### 2. Conflict Resolution Implementation - -We'll implement a conflict resolution function that prioritizes detections based on confidence scores and detection methods: - -```rust -/// Resolve conflicts between detected frameworks based on priority and confidence -fn resolve_framework_conflicts(mut technologies: Vec) -> Vec { - // Sort by confidence (highest first) - technologies.sort_by(|a, b| b.confidence.partial_cmp(&a.confidence).unwrap()); - - let mut resolved = Vec::new(); - let mut seen_frameworks = std::collections::HashSet::new(); - - for tech in technologies { - // Check if this technology conflicts with already added technologies - let has_conflict = resolved.iter().any(|resolved_tech| { - tech.conflicts_with.contains(&resolved_tech.name) || - resolved_tech.conflicts_with.contains(&tech.name) - }); - - // Check if we've already added this framework type - let is_duplicate = seen_frameworks.contains(&tech.name); - - if !has_conflict && !is_duplicate { - resolved.push(tech.clone()); - seen_frameworks.insert(tech.name); - } - } - - resolved -} -``` - -### 3. New Detection Functions - -We'll add the following functions to `javascript.rs`: - -1. `detect_by_config_files()` - Check for framework-specific config files -2. `detect_by_project_structure()` - Analyze directory structure -3. `detect_by_source_patterns()` - Scan source files for framework-specific patterns -4. `resolve_framework_conflicts()` - Apply conflict resolution logic - -Here are the detailed implementations: - -```rust -/// Detect frameworks by looking for framework-specific configuration files -fn detect_by_config_files(root_path: &Path, language: &DetectedLanguage) -> Vec { - let mut detected = Vec::new(); - - // Check for Expo configuration files - if root_path.join("app.json").exists() || - root_path.join("app.config.js").exists() || - root_path.join("app.config.ts").exists() { - if language.main_dependencies.contains("expo") || language.dev_dependencies.contains("expo") { - detected.push(DetectedTechnology { - name: "Expo".to_string(), - version: None, - category: TechnologyCategory::MetaFramework, - confidence: 0.95, - requires: vec!["React Native".to_string()], - conflicts_with: vec!["Next.js".to_string(), "React Router v7".to_string(), "SvelteKit".to_string(), "Nuxt.js".to_string(), "Tanstack Start".to_string()], - is_primary: true, - }); - } - } - - // Check for Next.js configuration files - if root_path.join("next.config.js").exists() || root_path.join("next.config.ts").exists() { - if language.main_dependencies.contains("next") || language.dev_dependencies.contains("next") { - detected.push(DetectedTechnology { - name: "Next.js".to_string(), - version: None, - category: TechnologyCategory::MetaFramework, - confidence: 0.95, - requires: vec!["React".to_string()], - conflicts_with: vec!["Expo".to_string(), "React Router v7".to_string(), "SvelteKit".to_string(), "Nuxt.js".to_string(), "Tanstack Start".to_string()], - is_primary: true, - }); - } - } - - // Check for TanStack Start configuration - if root_path.join("app.config.ts").exists() && - language.main_dependencies.contains("@tanstack/react-start") { - detected.push(DetectedTechnology { - name: "Tanstack Start".to_string(), - version: None, - category: TechnologyCategory::MetaFramework, - confidence: 0.90, - requires: vec!["React".to_string()], - conflicts_with: vec!["Expo".to_string(), "Next.js".to_string(), "React Router v7".to_string(), "SvelteKit".to_string(), "Nuxt.js".to_string()], - is_primary: true, - }); - } - - detected -} - -/// Detect frameworks by analyzing project directory structure -fn detect_by_project_structure(root_path: &Path, language: &DetectedLanguage) -> Vec { - let mut detected = Vec::new(); - - // Check for React Native project structure - if root_path.join("android").exists() && root_path.join("ios").exists() && - (language.main_dependencies.contains("react-native") || language.dev_dependencies.contains("react-native")) { - // Only detect as React Native if not already detected as Expo - if !language.main_dependencies.contains("expo") && !language.dev_dependencies.contains("expo") { - detected.push(DetectedTechnology { - name: "React Native".to_string(), - version: None, - category: TechnologyCategory::FrontendFramework, - confidence: 0.80, - requires: vec!["React".to_string()], - conflicts_with: vec!["Next.js".to_string(), "React Router v7".to_string(), "SvelteKit".to_string(), "Nuxt.js".to_string(), "Tanstack Start".to_string()], - is_primary: true, - }); - } - } - - // Check for Next.js project structure - if (root_path.join("pages").exists() || root_path.join("app").exists()) && - !root_path.join("next.config.js").exists() && !root_path.join("next.config.ts").exists() { - // Lower confidence since we're inferring from directory structure - if language.main_dependencies.contains("next") || language.dev_dependencies.contains("next") { - detected.push(DetectedTechnology { - name: "Next.js".to_string(), - version: None, - category: TechnologyCategory::MetaFramework, - confidence: 0.70, - requires: vec!["React".to_string()], - conflicts_with: vec!["Expo".to_string(), "React Router v7".to_string(), "SvelteKit".to_string(), "Nuxt.js".to_string(), "Tanstack Start".to_string()], - is_primary: true, - }); - } - } - - // Check for TanStack Start project structure - if root_path.join("app").join("routes").exists() && - !root_path.join("app.config.ts").exists() { - // Lower confidence since we're inferring from directory structure - if language.main_dependencies.contains("@tanstack/react-start") || language.dev_dependencies.contains("@tanstack/react-start") { - detected.push(DetectedTechnology { - name: "Tanstack Start".to_string(), - version: None, - category: TechnologyCategory::MetaFramework, - confidence: 0.70, - requires: vec!["React".to_string()], - conflicts_with: vec!["Expo".to_string(), "Next.js".to_string(), "React Router v7".to_string(), "SvelteKit".to_string(), "Nuxt.js".to_string()], - is_primary: true, - }); - } - } - - detected -} - -/// Detect frameworks by scanning source code for specific patterns -fn detect_by_source_patterns(language: &DetectedLanguage) -> Vec { - let mut detected = Vec::new(); - - for file_path in &language.files { - if let Ok(content) = std::fs::read_to_string(file_path) { - // Check for Expo-specific imports - if content.contains("from 'expo'") || content.contains("import { registerRootComponent }") { - detected.push(DetectedTechnology { - name: "Expo".to_string(), - version: None, - category: TechnologyCategory::MetaFramework, - confidence: 0.85, - requires: vec!["React Native".to_string()], - conflicts_with: vec!["Next.js".to_string(), "React Router v7".to_string(), "SvelteKit".to_string(), "Nuxt.js".to_string(), "Tanstack Start".to_string()], - is_primary: true, - }); - } - - // Check for Next.js-specific imports - if content.contains("from 'next'") || - content.contains("from 'next/router'") || - content.contains("from 'next/link'") { - detected.push(DetectedTechnology { - name: "Next.js".to_string(), - version: None, - category: TechnologyCategory::MetaFramework, - confidence: 0.85, - requires: vec!["React".to_string()], - conflicts_with: vec!["Expo".to_string(), "React Router v7".to_string(), "SvelteKit".to_string(), "Nuxt.js".to_string(), "Tanstack Start".to_string()], - is_primary: true, - }); - } - - // Check for TanStack Router patterns - if content.contains("from '@tanstack/react-router'") || - content.contains("createFileRoute") || - content.contains("createRootRoute") { - detected.push(DetectedTechnology { - name: "Tanstack Start".to_string(), - version: None, - category: TechnologyCategory::MetaFramework, - confidence: 0.80, - requires: vec!["React".to_string()], - conflicts_with: vec!["Expo".to_string(), "Next.js".to_string(), "React Router v7".to_string(), "SvelteKit".to_string(), "Nuxt.js".to_string()], - is_primary: true, - }); - } - } - } - - detected -} -``` - -### 4. Enhanced Technology Rules - -We'll update the technology rules to include file-based detection indicators: - -```rust -/// Technology detection rule with enhanced file-based detection support -#[derive(Debug, Clone)] -pub struct TechnologyRule { - pub name: String, - pub category: TechnologyCategory, - pub confidence: f32, - pub dependency_patterns: Vec, - pub file_indicators: Vec, - pub requires: Vec, - pub conflicts_with: Vec, - pub is_primary_indicator: bool, - pub alternative_names: Vec, -} -``` - -We'll also update the existing rules to include file indicators: - -Finally, we'll enhance the `FrameworkDetectionUtils` to support file-based detection: - -```rust -// Enhanced Expo rule with file indicators -TechnologyRule { - name: "Expo".to_string(), - category: TechnologyCategory::MetaFramework, - confidence: 0.98, - dependency_patterns: vec!["expo".to_string(), "expo-router".to_string()], - file_indicators: vec!["app.json".to_string(), "app.config.js".to_string(), "app.config.ts".to_string()], - requires: vec!["React Native".to_string()], - conflicts_with: vec!["Next.js".to_string(), "React Router v7".to_string(), "SvelteKit".to_string(), "Nuxt.js".to_string(), "Tanstack Start".to_string()], - is_primary_indicator: true, - alternative_names: vec![], -}, - -// Enhanced Next.js rule with file indicators -TechnologyRule { - name: "Next.js".to_string(), - category: TechnologyCategory::MetaFramework, - confidence: 0.95, - dependency_patterns: vec!["next".to_string()], - file_indicators: vec!["next.config.js".to_string(), "next.config.ts".to_string()], - requires: vec!["React".to_string()], - conflicts_with: vec!["Expo".to_string(), "React Router v7".to_string(), "SvelteKit".to_string(), "Nuxt.js".to_string(), "Tanstack Start".to_string()], - is_primary_indicator: true, - alternative_names: vec!["nextjs".to_string()], -}, -``` - -### 3. Detection Algorithm Flow - -1. **Primary Detection**: Configuration files (highest confidence) -2. **Secondary Detection**: Project structure analysis -3. **Tertiary Detection**: Source code pattern matching -4. **Fallback Detection**: Dependency-based detection (current method) -5. **Conflict Resolution**: Apply priority rules and confidence scoring - -```mermaid -graph TD - A[Start Detection] --> B{Config Files?} - B -->|Yes| C[High Confidence Detection] - B -->|No| D{Project Structure?} - D -->|Yes| E[Medium Confidence Detection] - D -->|No| F{Source Patterns?} - F -->|Yes| G[Medium Confidence Detection] - F -->|No| H[Dependency Detection] - H --> I[Low Confidence Detection] - C --> J[Conflict Resolution] - E --> J - G --> J - I --> J - J --> K[Final Framework List] -``` - -```rust -impl FrameworkDetectionUtils { - /// Detect technologies by checking for framework-specific files - pub fn detect_technologies_by_files( - rules: &[TechnologyRule], - root_path: &Path - ) -> Vec { - let mut detected = Vec::new(); - - for rule in rules { - for file_indicator in &rule.file_indicators { - if root_path.join(file_indicator).exists() { - // Found a file indicator, create detection with higher confidence - let confidence = (rule.confidence + 0.2).min(1.0); // Boost confidence for file detection - - detected.push(DetectedTechnology { - name: rule.name.clone(), - version: None, - category: rule.category.clone(), - confidence, - requires: rule.requires.clone(), - conflicts_with: rule.conflicts_with.clone(), - is_primary: rule.is_primary_indicator, - }); - - // Break to avoid multiple detections for the same technology - break; - } - } - } - - detected - } -} -``` - -## Expected Improvements - -1. **Reduced False Positives**: By prioritizing file-based detection over dependencies -2. **Better Differentiation**: Clear rules for distinguishing similar frameworks -3. **Higher Accuracy**: Multi-layered detection approach -4. **Improved Confidence**: More accurate confidence scoring based on detection method - -## Testing Strategy - -1. **Unit Tests**: Test each detection function with mock project structures -2. **Integration Tests**: Test complete detection pipeline with real project examples -3. **Edge Case Testing**: Test projects with mixed dependencies and configurations -4. **Performance Testing**: Ensure detection doesn't significantly impact analysis time - -### Test Cases - -We'll create specific test cases for each framework: - -1. **Expo Project**: Contains `app.json`, `expo` dependency, no `next` dependency -2. **React Native Project**: Contains `react-native` dependency, `android/` and `ios/` directories, no Expo files -3. **Next.js Project**: Contains `next.config.js`, `next` dependency, no Expo files -4. **TanStack Start Project**: Contains `app.config.ts` with TanStack config, `@tanstack/react-start` dependency -5. **React Router v7 Project**: Contains `react-router` and `react-router-dom` dependencies, no meta-framework dependencies -6. **Plain React Project**: Contains only `react` and `react-dom` dependencies -7. **Mixed Project**: Contains dependencies for multiple frameworks to test conflict resolution - -Each test case will verify that: -- The correct framework is detected -- Confidence scores are appropriate for the detection method -- Conflicts are properly resolved -- No false positives are generated - -## Rollout Plan - -1. **Phase 1**: Implement file-based detection functions -2. **Phase 2**: Update conflict resolution logic -3. **Phase 3**: Enhance confidence scoring -4. **Phase 4**: Add comprehensive tests -5. **Phase 5**: Gradual rollout with monitoring for false positives - -## Conclusion - -This improved detection strategy will significantly reduce false positives by implementing a multi-layered approach that prioritizes configuration files and project structure over dependencies. The enhanced conflict resolution and confidence scoring will ensure more accurate framework detection for JavaScript/TypeScript projects. \ No newline at end of file diff --git a/.qoder/quests/posthog-integration-1757509446.md b/.qoder/quests/posthog-integration-1757509446.md deleted file mode 100644 index 32b2a100..00000000 --- a/.qoder/quests/posthog-integration-1757509446.md +++ /dev/null @@ -1,248 +0,0 @@ -# PostHog Integration Design Document - -## 1. Overview - -This document outlines the design for integrating PostHog analytics into the Syncable CLI application. The integration will track usage of key commands (analyze, security, vulnerabilities) using the user's unique identifier generated during first use. - -## 2. Current Implementation Analysis - -The current telemetry implementation already includes: -- PostHog client initialization with API key -- User ID generation and persistence -- Event tracking for command start/complete and specific events -- Asynchronous event sending using tokio::spawn - -However, there are some issues with the current implementation: -1. The API host is set to EU endpoint but should use US endpoint for the provided API key -2. The event tracking methods are using a non-standard API pattern rather than the recommended PostHog Rust SDK approach -3. Events are being sent with a `track` method that doesn't match the PostHog Rust SDK documentation - -## 3. Architecture - -### 3.1 Component Structure - -``` -src/telemetry/ -├── client.rs # Telemetry client implementation with PostHog integration -├── config.rs # Telemetry configuration -├── mod.rs # Module exports and initialization -├── user.rs # User ID generation and management -└── test.rs # Telemetry tests -``` - -### 3.2 Data Flow - -```mermaid -graph TD - A[CLI Command Execution] --> B[Telemetry Initialization] - B --> C[User ID Generation/Loading] - C --> D[PostHog Client Creation] - D --> E[Event Tracking] - E --> F[Asynchronous Event Sending] - F --> G[PostHog API] -``` - -## 4. Implementation Details - -### 4.1 PostHog Client Configuration - -The PostHog client will be configured with: -- API Key: `phc_t5zrCHU3yiU52lcUfOP3SiCSxdhJcmB2I3m06dGTk2D` -- API Host: `https://us.i.posthog.com` (US endpoint as required for this key) -- Asynchronous event sending using tokio - -### 4.2 Event Structure - -All events will include the following properties: -- `distinct_id`: User's unique identifier -- `personal_id`: Random number for privacy-preserving tracking -- `version`: CLI version from `CARGO_PKG_VERSION` -- `os`: Operating system from `std::env::consts::OS` - -### 4.3 Tracked Events - -1. **Command Start Event** - - Event Name: `command_start` - - Properties: `command` (command name) - -2. **Command Complete Event** - - Event Name: `command_complete` - - Properties: `command`, `duration_ms`, `success` - -3. **Specific Feature Events** - - Event Name: `Security Scan` - - Event Name: `Analyze Folder` - - Event Name: `Vulnerability Scan` - -### 4.4 User Identification - -Users will be identified by a UUID generated on first use and stored in: -- Path: `~/.config/syncable-cli/user_id` -- Format: JSON with `id` and `first_seen` fields - -## 5. API Design - -### 5.1 TelemetryClient Methods - -```rust -impl TelemetryClient { - pub fn new(config: &Config) -> Result> - pub fn track_command_start(&self, command: &str) - pub fn track_command_complete(&self, command: &str, duration: Duration, success: bool) - pub fn track_event(&self, name: &str, properties: HashMap) - pub fn track_security_scan(&self) - pub fn track_analyze_folder(&self) - pub fn track_vulnerability_scan(&self) -} -``` - -### 5.2 Event Creation Pattern - -```rust -let mut event = Event::new("event_name", "distinct_id"); -event.insert_prop("property_key", "property_value")?; -client.capture(event)?; -``` - -## 5. PostHog Rust SDK Usage - -### 5.1 Client Initialization - -Following the PostHog Rust SDK documentation, the client will be initialized as: - -```rust -let client = posthog_rs::client("API_KEY") - .host("https://us.i.posthog.com") - .build()?; -``` - -### 5.2 Event Creation - -Events will be created and sent using the SDK's recommended approach: - -```rust -let mut event = posthog_rs::Event::new("event_name", "distinct_id"); -event.insert_prop("key", "value")?; -client.capture(event)?; -``` - -### 5.3 Required Implementation Changes - -The current implementation needs to be updated to match the PostHog Rust SDK: - -1. Change the API endpoint from `https://eu.i.posthog.com` to `https://us.i.posthog.com` -2. Replace the non-standard `track` method with the proper `capture` method -3. Create `Event` objects properly using the SDK's API -4. Ensure all event properties are added using `insert_prop` method - -### 5.4 Implementation Plan - -The implementation will involve the following steps: - -1. Update the `POSTHOG_API_HOST` constant to use the US endpoint -2. Modify all event tracking methods to use the proper PostHog Rust SDK API -3. Replace HashMap-based properties with direct `insert_prop` calls on Event objects -4. Change from `client.track()` to `client.capture()` -5. Ensure all event sending is properly asynchronous - -### 5.5 Code Implementation Details - -For each event tracking method, the implementation should follow this pattern: - -```rust -let client = Arc::clone(&self.client); -let mut event = Event::new(event_name, &self.user_id.id); -// Add properties using insert_prop -// event.insert_prop("key", value)?; - -// Send the event asynchronously -tokio::spawn(async move { - match client.capture(event) { - Ok(_) => log::debug!("Successfully sent telemetry event: {}", event_name), - Err(e) => log::warn!("Failed to send telemetry event '{}': {}", event_name, e), - } -}); -``` - -### 5.6 Asynchronous Operations - -All event sending will be performed asynchronously using `tokio::spawn` to avoid blocking the main application flow. - -## 6. Integration Points - -### 6.1 Main Application Integration - -The telemetry client is initialized in `main.rs` during application startup: -- Called in the `run()` function before command execution -- Events tracked at command start and completion -- Specific events tracked in command handlers - -### 6.2 Command-Specific Tracking - -1. **Analyze Command** - - Tracks `Analyze Folder` event in `handle_analyze` - -2. **Security Command** - - Tracks `Security Scan` event in `handle_security` - -3. **Vulnerabilities Command** - - Tracks `Vulnerability Scan` event in `handle_vulnerabilities` - -## 7. Privacy and Compliance - -### 7.1 Data Collection -- Only anonymous usage data is collected -- No personally identifiable information (PII) is sent -- User identification is through randomly generated UUIDs - -### 7.2 Opt-Out Mechanism -- Users can disable telemetry through: - - `--disable-telemetry` CLI flag - - `SYNCABLE_CLI_TELEMETRY=false` environment variable - - Configuration file setting - -## 8. Testing Strategy - -### 8.1 Unit Tests -- Test user ID generation and persistence -- Test PostHog client creation -- Test event property generation - -### 8.2 Integration Tests -- Verify events are sent to PostHog API -- Test opt-out mechanisms -- Validate event structure and content - -### 8.3 Implementation Verification -- Verify that all three required events (`Security Scan`, `Analyze Folder`, `Vulnerability Scan`) are properly sent -- Confirm that `distinct_id` is correctly set to the user's unique identifier -- Ensure `personal_id` is included in all events for privacy-preserving tracking -- Validate that events are sent asynchronously without blocking the main application - -## 9. Error Handling - -### 9.1 Client Initialization Failures -- Log warning and continue without telemetry -- Don't crash the application - -### 9.2 Event Sending Failures -- Log warning for failed event sends -- Continue with command execution -- No retries or persistence of failed events - -### 9.3 Event Creation Failures -- Handle `insert_prop` errors gracefully -- Log warnings for property insertion failures -- Continue with event sending even if some properties fail to insert - -## 10. Performance Considerations - -### 10.1 Asynchronous Operations -- All event sending happens asynchronously -- No blocking of main command execution -- Uses tokio::spawn for background tasks - -### 10.2 Resource Management -- Single PostHog client instance per application run -- Shared through static OnceLock -- Automatic cleanup when application exits \ No newline at end of file diff --git a/.qoder/quests/posthog-integration.md b/.qoder/quests/posthog-integration.md deleted file mode 100644 index ebdaa28a..00000000 --- a/.qoder/quests/posthog-integration.md +++ /dev/null @@ -1,378 +0,0 @@ -# PostHog Telemetry Integration Design Document - -## 1. Overview - -This document outlines the design for integrating PostHog telemetry into the syncable-cli tool to track usage patterns, command execution, and user behavior. The integration will help understand how users interact with the CLI, which features are most used, and identify areas for improvement. - -### 1.1 Objectives -- Track unique installations and usage patterns -- Monitor command execution frequency and performance -- Enable data-driven decisions for feature development -- Provide opt-out mechanism for privacy-conscious users -- Implement a flexible telemetry framework for future expansion - -### 1.2 Requirements -- Generate unique user identifiers for tracking -- Send telemetry events for command executions -- Implement opt-out functionality via configuration -- Ensure minimal performance impact on CLI operations -- Follow privacy best practices and data protection regulations - -## 2. Architecture - -### 2.1 Component Structure -The telemetry system will be implemented as a modular component with the following structure: - -```mermaid -graph TD - A[CLI Main] --> B[Telemetry Module] - B --> C[User Identity Management] - B --> D[Event Tracking] - B --> E[Configuration Handling] - C --> F[UUID Generation] - D --> G[PostHog API Client] - E --> H[Opt-out Mechanism] -``` - -### 2.2 Key Components - -#### 2.2.1 Telemetry Module -- Central component managing all telemetry functionality -- Handles initialization, configuration, and event dispatching -- Provides a clean API for other components to send events - -#### 2.2.2 User Identity Management -- Generates and persists unique user identifiers -- Manages user sessions and identity across CLI invocations -- Ensures consistent tracking while respecting privacy - -#### 2.2.3 Event Tracking -- Captures command execution events -- Formats events according to PostHog API requirements -- Handles batching and error recovery for event sending - -#### 2.2.4 Configuration Handling -- Manages telemetry settings (enabled/disabled) -- Integrates with existing configuration system -- Provides opt-out functionality - -## 3. Implementation Details - -### 3.1 User Identification - -#### 3.1.1 Unique User ID Generation -- Generate a UUID v4 identifier for each new installation -- Store the identifier in a user-specific configuration directory -- Reuse the identifier on subsequent CLI executions - -#### 3.1.2 Storage Location -- Linux: `~/.config/syncable-cli/user_id` -- macOS: `~/Library/Application Support/syncable-cli/user_id` -- Windows: `%APPDATA%\syncable-cli\user_id` - -### 3.2 Event Tracking - -#### 3.2.1 Core Events -- Command execution start and completion -- Command execution duration -- Error occurrences -- Feature usage tracking - -#### 3.2.2 Event Properties -Each event will include the following properties: -- `distinct_id`: User's unique identifier -- `command`: The executed command name -- `version`: CLI version -- `os`: Operating system information -- `duration`: Execution time (for completion events) -- `success`: Boolean indicating success/failure - -### 3.3 PostHog API Integration - -#### 3.3.1 API Endpoint -- URL: `https://eu.i.posthog.com/capture/` -- Method: POST -- Content-Type: application/json - -#### 3.3.2 Request Format -```json -{ - "api_key": "phc_t5zrCHU3yiU52lcUfOP3SiCSxdhJcmB2I3m06dGTk2D", - "event": "[event name]", - "properties": { - "distinct_id": "[user's distinct id]", - "key1": "value1", - "key2": "value2" - }, - "timestamp": "[optional timestamp in ISO 8601 format]" -} -``` - -### 3.4 Opt-out Mechanism - -#### 3.4.1 Configuration Option -Add a telemetry setting to the configuration file: -```toml -[telemetry] -enabled = true -``` - -#### 3.4.2 Environment Variable Override -Support disabling telemetry via environment variable: -```bash -SYNCABLE_CLI_TELEMETRY=false sync-ctl analyze . -``` - -## 4. Data Models - -### 4.1 Telemetry Configuration -```rust -pub struct TelemetryConfig { - pub enabled: bool, - pub user_id: Option, -} -``` - -### 4.2 Event Structure -```rust -pub struct TelemetryEvent { - pub name: String, - pub properties: HashMap, - pub timestamp: Option>, -} -``` - -### 4.3 User Identity -```rust -pub struct UserId { - pub id: String, - pub first_seen: DateTime, -} -``` - -## 5. Integration Points - -### 5.1 CLI Initialization -- Initialize telemetry module during CLI startup -- Load or generate user identifier -- Check telemetry configuration/opt-out settings - -### 5.2 Command Execution Tracking -- Track command start with event properties -- Track command completion with duration and result -- Handle error cases appropriately - -### 5.3 Configuration Integration -- Add telemetry settings to existing configuration system -- Provide CLI options for managing telemetry preferences - -## 6. Privacy and Compliance - -### 6.1 Data Collection Principles -- Collect only anonymous usage data -- Never collect sensitive user data or project information -- Provide clear opt-out mechanism -- Minimize data retention period - -### 6.2 GDPR Compliance -- Treat user ID as pseudonymized data -- Allow users to request data deletion -- Document data processing activities -- Implement data minimization practices - -## 7. Performance Considerations - -### 7.1 Asynchronous Event Sending -- Send events asynchronously to avoid blocking CLI operations -- Use background threads for network operations -- Implement retry logic with exponential backoff - -### 7.2 Caching and Batching -- Cache events in memory for batch sending -- Limit memory usage for cached events -- Send batches periodically or when reaching threshold - -## 8. Error Handling - -### 8.1 Network Failures -- Log network errors without interrupting CLI operation -- Implement retry mechanism for failed event sends -- Discard events that consistently fail to send - -## 12. Telemetry Module API - -### 12.1 Public Interface -```rust -/// Initialize the telemetry module -pub fn init(config: &Config) -> Result; - -/// Record a command execution start event -pub fn track_command_start(command: &str); - -/// Record a command execution completion event -pub fn track_command_complete(command: &str, duration: Duration, success: bool); - -/// Record a custom event -pub fn track_event(name: &str, properties: HashMap); - -/// Flush any pending events -pub fn flush(); -``` - -### 12.2 Usage Examples -```rust -// Initialize telemetry -let telemetry = TelemetryClient::init(&config)?; - -// Track command start -telemetry.track_command_start("analyze"); - -// Track command completion -telemetry.track_command_complete("analyze", duration, true); - -// Track custom events -let mut props = HashMap::new(); -props.insert("feature".to_string(), serde_json::Value::String("dockerfile".to_string())); -telemetry.track_event("feature_used", props); -``` - -### 8.2 Configuration Errors -- Gracefully handle missing or invalid configuration -- Fall back to default settings when needed -- Provide clear error messages for configuration issues - -## 9. Testing Strategy - -### 9.1 Unit Tests -- Test user ID generation and persistence -- Verify event formatting and validation -- Test opt-out functionality -- Validate configuration handling - -### 9.2 Integration Tests -- Test PostHog API integration with mock server -- Verify event sending under various network conditions -- Test telemetry behavior with different configuration settings - -### 9.3 Performance Tests -- Measure impact of telemetry on CLI execution time -- Test event batching and caching mechanisms -- Validate resource usage under load - -## 10. Implementation Plan - -### 10.1 Phase 1: Core Infrastructure -1. Add `uuid` crate dependency to Cargo.toml -2. Create telemetry module structure in `src/telemetry/` -3. Implement user ID generation and persistence -4. Create PostHog API client -5. Implement configuration handling - -### 10.2 Phase 2: Event Tracking -1. Integrate telemetry initialization in CLI main -2. Implement command execution tracking -3. Add event properties collection -4. Implement asynchronous event sending - -### 10.3 Phase 3: Opt-out and Configuration -1. Add telemetry configuration to existing config system -2. Implement opt-out via configuration file -3. Add environment variable override -4. Update documentation - -### 10.4 Phase 4: Testing and Refinement -1. Write unit tests for all telemetry components -2. Create integration tests with mock PostHog server -3. Perform performance testing -4. Refine implementation based on test results - -## 11. Dependencies and Configuration - -### 11.1 New Dependencies -- `uuid = { version = "1.0", features = ["v4"] }` - For generating unique user identifiers -- `reqwest = { version = "0.11", features = ["json"] }` - For HTTP requests to PostHog API (already in use) -- `tokio = { version = "1", features = ["rt"] }` - For asynchronous operations (already in use) -- `serde_json = "1.0"` - For JSON serialization (already in use) - -### 11.2 Configuration Changes -Update the `Config` struct in `src/config/types.rs` to include telemetry settings: - -```rust -#[derive(Debug, Clone, Serialize, Deserialize)] -pub struct Config { - pub analysis: AnalysisConfig, - pub generation: GenerationConfig, - pub output: OutputConfig, - pub telemetry: TelemetryConfig, // New field -} - -#[derive(Debug, Clone, Serialize, Deserialize)] -pub struct TelemetryConfig { - pub enabled: bool, -} -``` - -Default configuration: -```rust -impl Default for Config { - fn default() -> Self { - Self { - analysis: AnalysisConfig::default(), - generation: GenerationConfig::default(), - output: OutputConfig::default(), - telemetry: TelemetryConfig { - enabled: true, // Telemetry enabled by default - }, - } - } -} -``` - -## 13. CLI Integration Points - -### 13.1 Main Entry Point Integration -In `src/main.rs`, initialize telemetry after configuration loading: - -```rust -// After config loading -let telemetry = if config.telemetry.enabled && std::env::var("SYNCABLE_CLI_TELEMETRY").unwrap_or_default() != "false" { - Some(TelemetryClient::init(&config).unwrap_or_default()) -} else { - None -}; - -// Record command start -if let Some(ref t) = telemetry { - t.track_command_start(command_name); -} - -// Record command completion -if let Some(ref t) = telemetry { - t.track_command_complete(command_name, duration, success); -} -``` - -### 13.2 New CLI Options -Add a new global option to control telemetry: - -```rust -/// Disable telemetry data collection -#[arg(long, global = true)] -pub disable_telemetry: bool, -``` - -This option will override the configuration file setting and disable telemetry for that specific execution. - -## 14. Privacy Notice and Documentation - -### 14.1 Privacy Notice -Add a privacy notice to the README and documentation: - -> **Telemetry Notice**: Syncable CLI collects anonymous usage data to help us improve the product. This data includes command execution, feature usage, and performance metrics. No personal or project-specific data is collected. You can opt out at any time by setting `telemetry.enabled = false` in your configuration file or using the `--disable-telemetry` flag. - -### 14.2 Documentation Updates -- Update README.md with telemetry information -- Add section to CLI help text -- Document configuration options -- Create privacy policy document -- Update installation guides to mention telemetry \ No newline at end of file diff --git a/.qoder/quests/vulnerability-fix.md b/.qoder/quests/vulnerability-fix.md deleted file mode 100644 index 4d8ea203..00000000 --- a/.qoder/quests/vulnerability-fix.md +++ /dev/null @@ -1,516 +0,0 @@ -# Vulnerability Scanning Fix for JavaScript Projects - -## Table of Contents - -1. [Overview](#overview) -2. [Architecture](#architecture) -3. [Implementation Plan](#implementation-plan) -4. [Command Execution Flow](#command-execution-flow) -5. [Error Handling](#error-handling) -6. [Testing Strategy](#testing-strategy) -7. [Security Considerations](#security-considerations) -8. [Performance Considerations](#performance-considerations) -9. [Dependencies](#dependencies) -10. [Rollout Plan](#rollout-plan) - -## Overview - -The current JavaScript vulnerability checker in syncable-cli is not properly implemented. It returns an empty result set instead of actually executing vulnerability scanning commands like `bun audit`, `npm audit`, etc. This causes the tool to report "No vulnerabilities found!" even when vulnerabilities exist in the project. - -This design document outlines the fix to implement proper JavaScript vulnerability scanning by executing the appropriate audit commands based on detected package managers. - -```mermaid -graph TD - A[VulnerabilityChecker::check_all_dependencies] --> B[JavaScriptVulnerabilityChecker::check_vulnerabilities] - B --> C[RuntimeDetector::detect_js_runtime_and_package_manager] - C --> D[Detect available package managers] - D --> E[Execute audit commands] - E --> F[Parse audit output] - F --> G[Return VulnerableDependency list] - - style A fill:#FFE4B5,stroke:#333 - style B fill:#FFE4B5,stroke:#333 - style C fill:#E6E6FA,stroke:#333 - style D fill:#E6E6FA,stroke:#333 - style E fill:#98FB98,stroke:#333 - style F fill:#87CEEB,stroke:#333 - style G fill:#FFB6C1,stroke:#333 -``` - -## Architecture - -The vulnerability scanning system follows a modular architecture with language-specific checkers: - -1. **VulnerabilityChecker** (core): Coordinates scanning across all languages -2. **LanguageVulnerabilityChecker** (trait): Defines interface for language-specific checkers -3. **JavaScriptVulnerabilityChecker** (implementation): Executes JavaScript package manager audit commands - -The fix will enhance the JavaScriptVulnerabilityChecker to: -1. Detect available package managers in the project -2. Execute appropriate audit commands -3. Parse the output to identify vulnerabilities -4. Return structured vulnerability information - -## Implementation Plan - -### 1. Enhanced JavaScript Vulnerability Checker - -The JavaScript vulnerability checker will be enhanced to actually execute audit commands: - -```rust -impl LanguageVulnerabilityChecker for JavaScriptVulnerabilityChecker { - fn check_vulnerabilities( - &self, - dependencies: &[DependencyInfo], - project_path: &Path, - ) -> Result, VulnerabilityError> { - info!("Checking JavaScript/TypeScript dependencies"); - - // Detect runtime and package manager - let runtime_detector = RuntimeDetector::new(project_path.to_path_buf()); - let detection_result = runtime_detector.detect_js_runtime_and_package_manager(); - - info!("Runtime detection: {}", runtime_detector.get_detection_summary()); - - // Get all available package managers - let available_managers = runtime_detector.detect_all_package_managers(); - - // Execute audit commands for each available manager - let mut all_vulnerabilities = Vec::new(); - - for manager in available_managers { - if let Some(vulns) = self.execute_audit_for_manager(&manager, project_path, dependencies)? { - all_vulnerabilities.extend(vulns); - } - } - - Ok(all_vulnerabilities) - } -} -``` - -### 2. Audit Command Execution - -Implementation of command execution for each package manager: - -```rust -fn execute_audit_for_manager( - &self, - manager: &PackageManager, - project_path: &Path, - dependencies: &[DependencyInfo], -) -> Result>, VulnerabilityError> { - match manager { - PackageManager::Bun => self.execute_bun_audit(project_path, dependencies), - PackageManager::Npm => self.execute_npm_audit(project_path, dependencies), - PackageManager::Yarn => self.execute_yarn_audit(project_path, dependencies), - PackageManager::Pnpm => self.execute_pnpm_audit(project_path, dependencies), - PackageManager::Unknown => Ok(None), - } -} - -fn execute_bun_audit( - &self, - project_path: &Path, - dependencies: &[DependencyInfo], -) -> Result>, VulnerabilityError> { - // Check if bun is available - let mut detector = ToolDetector::new(); - if !detector.detect_tool("bun").available { - warn!("bun not found, skipping bun audit"); - return Ok(None); - } - - // Execute bun audit --json - let output = Command::new("bun") - .args(&["audit", "--json"]) - .current_dir(project_path) - .output() - .map_err(|e| VulnerabilityError::CommandError( - format!("Failed to run bun audit: {}", e) - ))?; - - if !output.status.success() { - // bun audit returns non-zero exit code when vulnerabilities found - // This is expected behavior, not an error - info!("bun audit completed with findings"); - } - - if output.stdout.is_empty() { - return Ok(None); - } - - // Parse bun audit output - let audit_data: serde_json::Value = serde_json::from_slice(&output.stdout) - .map_err(|e| VulnerabilityError::ParseError( - format!("Failed to parse bun audit output: {}", e) - ))?; - - self.parse_bun_audit_output(&audit_data, dependencies) -} - -// Similar implementations for npm, yarn, and pnpm -``` - -### 3. Output Parsing - -Each package manager has different output formats that need to be parsed: - -#### Bun Audit Output Parsing -Bun audit outputs JSON format which needs to be parsed to extract vulnerability information. - -```rust -fn parse_bun_audit_output( - &self, - audit_data: &serde_json::Value, - dependencies: &[DependencyInfo], -) -> Result>, VulnerabilityError> { - let mut vulnerable_deps: Vec = Vec::new(); - - // Bun audit JSON structure parsing - if let Some(advisories) = audit_data.get("advisories").and_then(|a| a.as_array()) { - for advisory in advisories { - // Extract vulnerability information - let name = advisory.get("name").and_then(|n| n.as_str()).unwrap_or("").to_string(); - let version = advisory.get("version").and_then(|v| v.as_str()).unwrap_or("").to_string(); - - let vuln_info = VulnerabilityInfo { - id: advisory.get("id").and_then(|i| i.as_str()).unwrap_or("unknown").to_string(), - severity: self.parse_severity(advisory.get("severity").and_then(|s| s.as_str())), - title: advisory.get("title").and_then(|t| t.as_str()).unwrap_or("").to_string(), - description: advisory.get("description").and_then(|d| d.as_str()).unwrap_or("").to_string(), - cve: advisory.get("cve").and_then(|c| c.as_str()).map(|s| s.to_string()), - ghsa: advisory.get("ghsa").and_then(|g| g.as_array()) - .and_then(|arr| arr.first()) - .and_then(|v| v.as_str()) - .map(|s| s.to_string()), - affected_versions: advisory.get("vulnerable_versions").and_then(|v| v.as_str()).unwrap_or("").to_string(), - patched_versions: advisory.get("patched_versions").and_then(|p| p.as_str()).map(|s| s.to_string()), - published_date: None, // Bun audit may not provide this - references: advisory.get("references").and_then(|r| r.as_array()) - .map(|refs| refs.iter() - .filter_map(|r| r.as_str().map(|s| s.to_string())) - .collect()) - .unwrap_or_default(), - }; - - // Find matching dependency - if let Some(dep) = dependencies.iter().find(|d| d.name == name) { - // Check if we already have this dependency - if let Some(existing) = vulnerable_deps.iter_mut() - .find(|vuln_dep| vuln_dep.name == name && vuln_dep.version == version) - { - existing.vulnerabilities.push(vuln_info); - } else { - vulnerable_deps.push(VulnerableDependency { - name: dep.name.clone(), - version: version.clone(), - language: Language::JavaScript, - vulnerabilities: vec![vuln_info], - }); - } - } - } - } - - if vulnerable_deps.is_empty() { - Ok(None) - } else { - Ok(Some(vulnerable_deps)) - } -} -``` - -#### NPM Audit Output Parsing -NPM audit can output in JSON format with `npm audit --json` which provides detailed vulnerability information. - -#### Yarn Audit Output Parsing -Yarn audit outputs JSON format which needs to be parsed similarly. - -#### PNPM Audit Output Parsing -PNPM audit also provides JSON output format for parsing. - -## Data Models - -### VulnerableDependency (existing) -```rust -pub struct VulnerableDependency { - pub name: String, - pub version: String, - pub language: Language, - pub vulnerabilities: Vec, -} -``` - -### VulnerabilityInfo (existing) -```rust -pub struct VulnerabilityInfo { - pub id: String, - pub severity: VulnerabilitySeverity, - pub title: String, - pub description: String, - pub cve: Option, - pub ghsa: Option, - pub affected_versions: String, - pub patched_versions: Option, - pub published_date: Option>, - pub references: Vec, -} -``` - -### Severity Parsing -```rust -fn parse_severity(&self, severity_str: Option<&str>) -> VulnerabilitySeverity { - match severity_str.map(|s| s.to_lowercase()).as_deref() { - Some("critical") => VulnerabilitySeverity::Critical, - Some("high") => VulnerabilitySeverity::High, - Some("moderate") => VulnerabilitySeverity::Medium, - Some("medium") => VulnerabilitySeverity::Medium, - Some("low") => VulnerabilitySeverity::Low, - _ => VulnerabilitySeverity::Medium, // Default - } -} -``` - -## Command Execution Flow - -```mermaid -sequenceDiagram - participant V as VulnerabilityChecker - participant J as JavaScriptVulnerabilityChecker - participant R as RuntimeDetector - participant T as ToolDetector - participant B as Bun - participant N as NPM - - V->>J: check_vulnerabilities(dependencies, project_path) - J->>R: detect_js_runtime_and_package_manager() - R-->>J: detection_result - J->>R: detect_all_package_managers() - R-->>J: available_managers - - loop For each package manager - J->>T: detect_tool(manager) - T-->>J: tool_status - alt Tool Available - J->>B: Command::new("bun").args(["audit", "--json"]) - B-->>J: audit_output - J->>J: parse_bun_audit_output(audit_output) - else Tool Not Available - J->>J: Skip manager - end - end - - J-->>V: vulnerable_dependencies -``` - -## Error Handling - -The implementation will handle various error conditions: - -1. **Command Not Found**: When a package manager is detected but not installed -2. **Execution Failures**: When audit commands fail to execute -3. **Parse Errors**: When output cannot be parsed as expected -4. **Network Issues**: For audit commands that require internet access - -```rust -// Error handling example -fn execute_bun_audit( - &self, - project_path: &Path, - dependencies: &[DependencyInfo], -) -> Result>, VulnerabilityError> { - // Check if bun is available - let mut detector = ToolDetector::new(); - let tool_status = detector.detect_tool("bun"); - - if !tool_status.available { - warn!("bun not found, skipping bun audit. Install with: curl -fsSL https://bun.sh/install | bash"); - return Ok(None); - } - - // Execute bun audit --json - let output = Command::new("bun") - .args(&["audit", "--json"]) - .current_dir(project_path) - .output(); - - match output { - Ok(output) => { - // Handle successful execution - if output.stdout.is_empty() { - return Ok(None); - } - - // Parse output - match serde_json::from_slice(&output.stdout) { - Ok(audit_data) => self.parse_bun_audit_output(&audit_data, dependencies), - Err(e) => Err(VulnerabilityError::ParseError( - format!("Failed to parse bun audit output: {}", e) - )), - } - }, - Err(e) => { - // Handle execution failure - Err(VulnerabilityError::CommandError( - format!("Failed to run bun audit: {}. Ensure bun is properly installed and in PATH.", e) - )) - } - } -} -``` - -## Testing Strategy - -### Unit Tests -- Test parsing of different audit command outputs -- Test error handling for various failure scenarios -- Test deduplication of vulnerabilities across package managers - -### Integration Tests -- Test end-to-end workflow with actual projects -- Test with projects using different package managers -- Test with projects that have known vulnerabilities - -```rust -#[cfg(test)] -mod tests { - use super::*; - use tempfile::TempDir; - - #[test] - fn test_bun_audit_parsing() { - let audit_output = r#"{"advisories": [{"name": "hono", "version": "4.8.0", "title": "Hono's flaw in URL path parsing could cause path confusion", "severity": "high"}]}"#; - let audit_data: serde_json::Value = serde_json::from_str(audit_output).unwrap(); - - let dependencies = vec![DependencyInfo { - name: "hono".to_string(), - version: "4.8.0".to_string(), - language: Language::JavaScript, - dependency_type: DependencyType::Production, - }]; - - let checker = JavaScriptVulnerabilityChecker::new(); - let result = checker.parse_bun_audit_output(&audit_data, &dependencies); - - assert!(result.is_ok()); - let vulnerabilities = result.unwrap(); - assert!(vulnerabilities.is_some()); - assert_eq!(vulnerabilities.unwrap().len(), 1); - } -} -``` - -## Security Considerations - -1. **Command Injection**: Ensure that package manager commands are executed safely without user input injection -2. **Output Sanitization**: Sanitize command output before processing -3. **Timeout Handling**: Implement timeouts for audit commands to prevent hanging -4. **Path Validation**: Validate that project paths are legitimate to prevent directory traversal attacks - -```rust -// Path validation example -fn validate_project_path(project_path: &Path) -> Result<(), VulnerabilityError> { - // Ensure path exists - if !project_path.exists() { - return Err(VulnerabilityError::CheckFailed( - "Project path does not exist".to_string() - )); - } - - // Ensure path is a directory - if !project_path.is_dir() { - return Err(VulnerabilityError::CheckFailed( - "Project path is not a directory".to_string() - )); - } - - Ok(()) -} -``` - -## Performance Considerations - -1. **Parallel Execution**: Execute audit commands for different package managers in parallel where possible -2. **Caching**: Cache results for a short period to avoid repeated scans -3. **Resource Limits**: Limit memory and CPU usage during scanning -4. **Timeouts**: Implement timeouts to prevent hanging commands - -```rust -// Timeout implementation example -use std::time::Duration; -use std::process::Command; - -fn execute_audit_with_timeout( - command: &str, - args: &[&str], - project_path: &Path, - timeout: Duration, -) -> Result { - let child = Command::new(command) - .args(args) - .current_dir(project_path) - .spawn() - .map_err(|e| VulnerabilityError::CommandError( - format!("Failed to spawn {} command: {}", command, e) - ))?; - - // Note: In a real implementation, we would use a proper timeout mechanism - // This is a simplified example - let output = child.wait_with_output() - .map_err(|e| VulnerabilityError::CommandError( - format!("Failed to wait for {} command: {}", command, e) - ))?; - - Ok(output) -} -``` - -## Backward Compatibility - -The implementation will maintain backward compatibility by: -1. Keeping the same public API for the JavaScriptVulnerabilityChecker -2. Maintaining the same return types and error types -3. Ensuring existing functionality continues to work - -The only change visible to users will be that JavaScript vulnerability scanning now actually works instead of returning empty results. - -## Dependencies - -The implementation will leverage existing components: -1. **RuntimeDetector**: For detecting JavaScript runtimes and package managers -2. **ToolDetector**: For checking if package managers are installed -3. **Existing Vulnerability Data Models**: For representing vulnerability information - -Additionally, the implementation will use: -- **std::process::Command**: For executing audit commands -- **serde_json**: For parsing JSON output from audit commands -- **log**: For logging information and warnings - -## Rollout Plan - -1. **Implementation**: Develop the enhanced JavaScript vulnerability checker -2. **Testing**: Thoroughly test with various JavaScript projects -3. **Documentation**: Update documentation with new capabilities -4. **Release**: Include in the next release of syncable-cli - -## Example Usage - -After implementation, the vulnerability scanning will work as expected: - -```bash -# Before fix -$ sync-ctl vulnerabilities --severity low ../project -✅ No vulnerabilities found! - -# After fix (with same project that has vulnerabilities) -$ sync-ctl vulnerabilities --severity low ../project - -🛡️ Vulnerability Scan Report -================================================================================ -hono >=4.8.0 <4.9.6 - @voltagent/langfuse-exporter › @voltagent/core › @hono/zod-openapi › hono - high: Hono's flaw in URL path parsing could cause path confusion - https://github.com/advisories/GHSA-9hp6-4448-45g2 - -1 vulnerabilities (1 high) -``` \ No newline at end of file diff --git a/.qoder/quests/vulnerability-scanning-setup.md b/.qoder/quests/vulnerability-scanning-setup.md deleted file mode 100644 index c4c1576d..00000000 --- a/.qoder/quests/vulnerability-scanning-setup.md +++ /dev/null @@ -1,1229 +0,0 @@ -# Vulnerability Scanning Tool Detection and Setup Fix - -## Overview - -The vulnerability scanning functionality in Syncable CLI currently shows tools as "missing" even when they are properly installed on the system. This occurs because the tool detection mechanism relies on a cached state rather than performing real-time system checks. Users encounter false negatives where tools like `cargo-audit`, `npm audit`, `pip-audit`, etc. appear missing despite being available in the system PATH. - -## Architecture - -The current vulnerability scanning architecture consists of three main components that need improvement: - -```mermaid -graph TB - subgraph "Current Issue" - VC[VulnerabilityChecker] --> TI[ToolInstaller] - TI --> Cache[cached_tools HashMap] - Cache --> PS[print_tool_status] - PS --> User[❌ Tools Missing] - end - - subgraph "Fixed Architecture" - VC2[VulnerabilityChecker] --> TI2[ToolInstaller] - TI2 --> RT[Real-time Tool Detection] - RT --> System[System PATH Check] - RT --> Alt[Alternative Path Check] - System --> Status[Current Tool Status] - Alt --> Status - Status --> PS2[print_tool_status] - PS2 --> User2[✅ Accurate Status] - end - - style User fill:#ffcccc - style User2 fill:#ccffcc -``` - -## Root Cause Analysis - -### Issue 1: Cache-Only Tool Detection -The `print_tool_status` method in `ToolInstaller` only checks the `installed_tools` HashMap cache: - -```rust -let (tool, status) = match language { - Language::Rust => ("cargo-audit", self.installed_tools.get("cargo-audit").unwrap_or(&false)), - // ... -}; -``` - -**Problem**: The cache is only populated when tools are installed via the CLI, not when checking existing system installations. - -### Issue 2: Incomplete System Detection -The `is_tool_installed` method performs system checks but results aren't cached for display purposes: - -```rust -fn is_tool_installed(&self, tool: &str) -> bool { - // Check cache first - often empty - if let Some(&cached) = self.installed_tools.get(tool) { - return cached; - } - // Perform actual system check but don't cache result - // ... -} -``` - -**Problem**: System detection results aren't stored for later display. - -### Issue 3: Inconsistent Tool Detection Logic -Different vulnerability scanning functions have their own tool detection logic, leading to inconsistent behavior across the codebase. - -## Solution Design - -### Component 1: Enhanced Tool Detection System - -Create a comprehensive tool detection system that: - -1. **Real-time System Checks**: Always verify tool availability by executing version commands -2. **Multi-path Detection**: Check standard locations and alternative installation paths -3. **Cached Results**: Store detection results to avoid repeated system calls -4. **Status Reporting**: Provide detailed status information for user feedback - -```mermaid -classDiagram - class ToolDetector { - +detect_tool(tool_name: &str) bool - +detect_all_vulnerability_tools() HashMap - +get_tool_paths(tool_name: &str) Vec - +verify_tool_installation(tool_name: &str, path: &Path) bool - } - - class ToolStatus { - +available: bool - +path: Option - +version: Option - +installation_source: InstallationSource - } - - class InstallationSource { - <> - System - UserLocal - PackageManager - Manual - NotFound - } - - ToolDetector --> ToolStatus - ToolStatus --> InstallationSource -``` - -### Component 2: Improved VulnerabilityChecker Integration - -Update the vulnerability checker to use the enhanced detection system: - -1. **Pre-scan Tool Detection**: Check all required tools before starting vulnerability scans -2. **Graceful Degradation**: Continue with available tools when some are missing -3. **Clear User Guidance**: Provide specific installation instructions for missing tools - -### Component 3: Enhanced Status Reporting - -Improve the tool status display to show: - -1. **Detailed Tool Information**: Version, installation path, and source -2. **Installation Guidance**: Specific commands for missing tools -3. **Alternative Options**: Suggest alternative scanners when primary tools are unavailable - -```mermaid -graph TB - subgraph "Enhanced Status Display" - Check[Tool Detection] --> Available{Tool Available?} - Available -->|Yes| Details[Show: ✅ Tool v1.0 (/usr/bin/tool)] - Available -->|No| Missing[Show: ❌ Tool missing] - Missing --> Guidance[Installation Instructions] - Details --> Success[User Confidence] - Guidance --> Install[User Can Install] - end -``` - -## Implementation Plan - -### Phase 1: Core Tool Detection Enhancement - -1. **Create ToolDetector Module** - - Implement comprehensive tool detection logic - - Support for multiple installation paths - - Version extraction and validation - - Result caching with TTL - -2. **Update ToolInstaller** - - Replace cache-only logic with real-time detection - - Integrate with new ToolDetector - - Maintain backward compatibility - -### Phase 2: VulnerabilityChecker Integration - -1. **Pre-scan Validation** - - Check tool availability before attempting scans - - Provide early feedback on missing tools - - Skip unavailable scanners gracefully - -2. **Enhanced Error Handling** - - Distinguish between tool missing vs tool execution failure - - Provide context-specific error messages - - Suggest alternative scanning approaches - -### Phase 3: User Experience Improvements - -1. **Detailed Status Reporting** - - Show tool versions and installation paths - - Provide platform-specific installation commands - - Highlight successfully detected tools - -2. **Setup Assistance** - - Interactive tool installation guidance - - Integration with existing install scripts - - Verification of successful installations - -## Technical Implementation Details - -### Detailed Implementation Specifications - -#### 1. ToolDetector Module Structure - -```rust -use std::collections::HashMap; -use std::path::{Path, PathBuf}; -use std::process::Command; -use std::time::{Duration, SystemTime}; -use serde::{Deserialize, Serialize}; - -#[derive(Debug, Clone, Serialize, Deserialize)] -pub struct ToolStatus { - pub available: bool, - pub path: Option, - pub version: Option, - pub installation_source: InstallationSource, - pub last_checked: SystemTime, -} - -#[derive(Debug, Clone, Serialize, Deserialize)] -pub enum InstallationSource { - SystemPath, - UserLocal, - CargoHome, - GoHome, - PackageManager(String), // brew, apt, etc. - Manual, - NotFound, -} - -pub struct ToolDetector { - cache: HashMap, - cache_ttl: Duration, -} - -impl ToolDetector { - pub fn new() -> Self { - Self { - cache: HashMap::new(), - cache_ttl: Duration::from_secs(300), // 5 minutes - } - } - - pub fn detect_tool(&mut self, tool_name: &str) -> ToolStatus { - // Check cache first - if let Some(cached) = self.cache.get(tool_name) { - if cached.last_checked.elapsed().unwrap_or(Duration::MAX) < self.cache_ttl { - return cached.clone(); - } - } - - // Perform real detection - let status = self.detect_tool_real_time(tool_name); - self.cache.insert(tool_name.to_string(), status.clone()); - status - } - - fn detect_tool_real_time(&self, tool_name: &str) -> ToolStatus { - let search_paths = self.get_tool_search_paths(tool_name); - - // Try direct command first (in PATH) - if let Some((path, version)) = self.try_command_in_path(tool_name) { - return ToolStatus { - available: true, - path: Some(path), - version, - installation_source: InstallationSource::SystemPath, - last_checked: SystemTime::now(), - }; - } - - // Try alternative paths - for search_path in search_paths { - let tool_path = search_path.join(tool_name); - if let Some(version) = self.verify_tool_at_path(&tool_path, tool_name) { - let source = self.determine_installation_source(&search_path); - return ToolStatus { - available: true, - path: Some(tool_path), - version, - installation_source: source, - last_checked: SystemTime::now(), - }; - } - } - - // Tool not found - ToolStatus { - available: false, - path: None, - version: None, - installation_source: InstallationSource::NotFound, - last_checked: SystemTime::now(), - } - } - - fn get_tool_search_paths(&self, tool_name: &str) -> Vec { - let mut paths = Vec::new(); - - // User-specific paths - if let Ok(home) = std::env::var("HOME") { - let home_path = PathBuf::from(home); - - // Common user install locations - paths.push(home_path.join(".local").join("bin")); - paths.push(home_path.join(".cargo").join("bin")); - paths.push(home_path.join("go").join("bin")); - - // Tool-specific locations - match tool_name { - "cargo-audit" => { - paths.push(home_path.join(".cargo").join("bin")); - } - "govulncheck" => { - paths.push(home_path.join("go").join("bin")); - if let Ok(gopath) = std::env::var("GOPATH") { - paths.push(PathBuf::from(gopath).join("bin")); - } - } - "grype" => { - paths.push(home_path.join(".local").join("bin")); - // Homebrew paths - paths.push(PathBuf::from("/opt/homebrew/bin")); - paths.push(PathBuf::from("/usr/local/bin")); - } - "pip-audit" => { - paths.push(home_path.join(".local").join("bin")); - // Python user site packages - if let Ok(output) = Command::new("python3") - .args(&["-m", "site", "--user-base"]) - .output() { - if let Ok(user_base) = String::from_utf8(output.stdout) { - paths.push(PathBuf::from(user_base.trim()).join("bin")); - } - } - } - _ => {} - } - } - - // Windows-specific paths - #[cfg(windows)] - { - if let Ok(userprofile) = std::env::var("USERPROFILE") { - paths.push(PathBuf::from(userprofile).join(".local").join("bin")); - } - if let Ok(appdata) = std::env::var("APPDATA") { - paths.push(PathBuf::from(appdata).join("syncable-cli").join("bin")); - } - } - - paths - } - - fn try_command_in_path(&self, tool_name: &str) -> Option<(PathBuf, Option)> { - let version_args = self.get_version_args(tool_name); - - let output = Command::new(tool_name) - .args(&version_args) - .output() - .ok()?; - - if output.status.success() { - let version = self.parse_version_output(&output.stdout, tool_name); - // Try to determine the actual path - let path = self.find_tool_path(tool_name).unwrap_or_else(|| { - PathBuf::from(tool_name) // Fallback to command name - }); - return Some((path, version)); - } - - None - } - - fn verify_tool_at_path(&self, tool_path: &Path, tool_name: &str) -> Option { - if !tool_path.exists() { - return None; - } - - let version_args = self.get_version_args(tool_name); - - let output = Command::new(tool_path) - .args(&version_args) - .output() - .ok()?; - - if output.status.success() { - self.parse_version_output(&output.stdout, tool_name) - } else { - None - } - } - - fn get_version_args(&self, tool_name: &str) -> Vec<&str> { - match tool_name { - "cargo-audit" => vec!["audit", "--version"], - "npm" => vec!["--version"], - "pip-audit" => vec!["--version"], - "govulncheck" => vec!["-version"], - "grype" => vec!["version"], - "dependency-check" => vec!["--version"], - _ => vec!["--version"], - } - } - - fn parse_version_output(&self, output: &[u8], tool_name: &str) -> Option { - let output_str = String::from_utf8_lossy(output); - - // Tool-specific version parsing - match tool_name { - "cargo-audit" => { - // Extract from "cargo-audit 0.18.3" - if let Some(line) = output_str.lines().next() { - if let Some(version) = line.split_whitespace().nth(1) { - return Some(version.to_string()); - } - } - } - "grype" => { - // Extract from "grype 0.92.2" - for line in output_str.lines() { - if line.starts_with("grype") { - if let Some(version) = line.split_whitespace().nth(1) { - return Some(version.to_string()); - } - } - } - } - "govulncheck" => { - // Extract from "govulncheck@v1.0.4" - if let Some(at_pos) = output_str.find('@') { - let version_part = &output_str[at_pos + 1..]; - if let Some(version) = version_part.split_whitespace().next() { - return Some(version.trim_start_matches('v').to_string()); - } - } - } - _ => { - // Generic version extraction - for line in output_str.lines() { - if let Some(version) = extract_version_generic(line) { - return Some(version); - } - } - } - } - - None - } - - fn determine_installation_source(&self, path: &Path) -> InstallationSource { - let path_str = path.to_string_lossy(); - - if path_str.contains(".cargo") { - InstallationSource::CargoHome - } else if path_str.contains("go/bin") { - InstallationSource::GoHome - } else if path_str.contains(".local") { - InstallationSource::UserLocal - } else if path_str.contains("homebrew") || path_str.contains("/usr/local") { - InstallationSource::PackageManager("brew".to_string()) - } else if path_str.contains("/usr/bin") || path_str.contains("/bin") { - InstallationSource::SystemPath - } else { - InstallationSource::Manual - } - } - - fn find_tool_path(&self, tool_name: &str) -> Option { - // Try 'which' on Unix systems - #[cfg(unix)] - { - if let Ok(output) = Command::new("which").arg(tool_name).output() { - if output.status.success() { - let path_str = String::from_utf8_lossy(&output.stdout).trim(); - return Some(PathBuf::from(path_str)); - } - } - } - - // Try 'where' on Windows - #[cfg(windows)] - { - if let Ok(output) = Command::new("where").arg(tool_name).output() { - if output.status.success() { - let path_str = String::from_utf8_lossy(&output.stdout).trim(); - if let Some(first_path) = path_str.lines().next() { - return Some(PathBuf::from(first_path)); - } - } - } - } - - None - } -} - -fn extract_version_generic(line: &str) -> Option { - use regex::Regex; - - // Look for semantic version patterns (x.y.z) - let re = Regex::new(r"\b(\d+\.\d+(?:\.\d+)?(?:-[\w\.]+)?)\b").ok()?; - - if let Some(captures) = re.captures(line) { - if let Some(version) = captures.get(1) { - return Some(version.as_str().to_string()); - } - } - - None -} -``` - -#### 2. Enhanced ToolInstaller Integration - -```rust -// Updated ToolInstaller with ToolDetector integration -use crate::analyzer::tool_detector::{ToolDetector, ToolStatus}; - -pub struct ToolInstaller { - detector: ToolDetector, - installed_tools: HashMap, // Keep for backward compatibility -} - -impl ToolInstaller { - pub fn new() -> Self { - Self { - detector: ToolDetector::new(), - installed_tools: HashMap::new(), - } - } - - /// Check if a tool is installed using real-time detection - pub fn is_tool_available(&mut self, tool: &str) -> bool { - let status = self.detector.detect_tool(tool); - - // Update cache for backward compatibility - self.installed_tools.insert(tool.to_string(), status.available); - - status.available - } - - /// Get detailed tool information - pub fn get_tool_info(&mut self, tool: &str) -> ToolStatus { - self.detector.detect_tool(tool) - } - - /// Print enhanced tool status with detailed information - pub fn print_tool_status(&mut self, languages: &[Language]) { - println!("\n🔧 Vulnerability Scanning Tools Status:"); - println!("{}", "=".repeat(60)); - - for language in languages { - let tool_name = self.get_primary_tool_for_language(language); - let status = self.detector.detect_tool(&tool_name); - - match status { - ToolStatus { available: true, path: Some(path), version: Some(version), installation_source, .. } => { - let source_info = self.format_installation_source(&installation_source); - println!(" ✅ {:?}: {} v{}", language, tool_name, version); - println!(" 📍 {}", path.display()); - println!(" 📦 Installed via: {}", source_info); - } - ToolStatus { available: true, path: Some(path), version: None, .. } => { - println!(" ✅ {:?}: {} (version unknown)", language, tool_name); - println!(" 📍 {}", path.display()); - } - ToolStatus { available: false, .. } => { - println!(" ❌ {:?}: {} missing", language, tool_name); - println!(" 💡 Install: {}", self.get_install_command(&tool_name)); - - // Suggest alternatives if available - if let Some(alternatives) = self.get_alternative_tools(language) { - println!(" 🔄 Alternatives: {}", alternatives.join(", ")); - } - } - } - println!(); - } - } - - fn get_primary_tool_for_language(&self, language: &Language) -> String { - match language { - Language::Rust => "cargo-audit".to_string(), - Language::JavaScript | Language::TypeScript => "npm".to_string(), - Language::Python => "pip-audit".to_string(), - Language::Go => "govulncheck".to_string(), - Language::Java | Language::Kotlin => "grype".to_string(), - _ => "unknown".to_string(), - } - } - - fn format_installation_source(&self, source: &InstallationSource) -> String { - match source { - InstallationSource::SystemPath => "System PATH".to_string(), - InstallationSource::UserLocal => "User local (~/.local/bin)".to_string(), - InstallationSource::CargoHome => "Cargo home (~/.cargo/bin)".to_string(), - InstallationSource::GoHome => "Go home (~/go/bin)".to_string(), - InstallationSource::PackageManager(pm) => format!("Package manager ({})", pm), - InstallationSource::Manual => "Manual installation".to_string(), - InstallationSource::NotFound => "Not found".to_string(), - } - } - - fn get_install_command(&self, tool: &str) -> String { - match tool { - "cargo-audit" => "cargo install cargo-audit".to_string(), - "npm" => "Install Node.js from https://nodejs.org/".to_string(), - "pip-audit" => "pip install --user pip-audit".to_string(), - "govulncheck" => "go install golang.org/x/vuln/cmd/govulncheck@latest".to_string(), - "grype" => { - if cfg!(target_os = "macos") { - "brew install anchore/grype/grype".to_string() - } else { - "See: https://github.com/anchore/grype#installation".to_string() - } - } - _ => format!("Check documentation for {} installation", tool), - } - } - - fn get_alternative_tools(&self, language: &Language) -> Option> { - match language { - Language::Rust => Some(vec!["cargo-deny".to_string()]), - Language::JavaScript | Language::TypeScript => Some(vec!["yarn audit".to_string(), "pnpm audit".to_string()]), - Language::Python => Some(vec!["safety".to_string(), "bandit".to_string()]), - Language::Go => Some(vec!["nancy".to_string()]), - Language::Java | Language::Kotlin => Some(vec!["dependency-check".to_string(), "snyk".to_string()]), - _ => None, - } - } -} -``` - -### Tool Detection Matrix - -| Language | Primary Tool | Alternative Tools | Detection Commands | -|----------|-------------|-------------------|-------------------| -| Rust | cargo-audit | cargo-deny | `cargo audit --version` | -| JavaScript/TypeScript | npm audit | yarn audit, pnpm audit | `npm --version` | -| Python | pip-audit | safety, bandit | `pip-audit --version` | -| Go | govulncheck | nancy | `govulncheck -version` | -| Java/Kotlin | grype | dependency-check, snyk | `grype version` | - -#### 3. VulnerabilityChecker Integration Updates - -```rust -// Updated VulnerabilityChecker to use enhanced tool detection -impl VulnerabilityChecker { - pub async fn check_all_dependencies( - &self, - dependencies: &HashMap>, - project_path: &Path, - ) -> Result { - info!("Starting comprehensive vulnerability check"); - - // Enhanced tool checking with detailed status - let mut installer = ToolInstaller::new(); - let languages: Vec = dependencies.keys().cloned().collect(); - - info!("🔧 Checking vulnerability scanning tools..."); - - // Check tool availability and provide detailed feedback - let mut available_tools = HashMap::new(); - let mut missing_tools = Vec::new(); - - for language in &languages { - let tool_name = installer.get_primary_tool_for_language(language); - let tool_status = installer.get_tool_info(&tool_name); - - if tool_status.available { - available_tools.insert(language.clone(), tool_status); - } else { - missing_tools.push((language.clone(), tool_name)); - } - } - - // Print detailed tool status - installer.print_tool_status(&languages); - - // Provide guidance for missing tools - if !missing_tools.is_empty() { - warn!("Some vulnerability scanning tools are missing:"); - for (language, tool) in &missing_tools { - warn!(" {:?}: {} not found", language, tool); - } - warn!("Run 'sync-ctl vulnerabilities --setup-tools' to install missing tools"); - } - - // Continue with available tools - let mut all_vulnerable_deps = Vec::new(); - - // Process each language, skipping those without tools - let results: Vec<_> = dependencies.par_iter() - .filter_map(|(language, deps)| { - if available_tools.contains_key(language) { - Some((language, deps, self.check_language_dependencies(language, deps, project_path))) - } else { - warn!("Skipping {:?} vulnerability scan - tool not available", language); - None - } - }) - .collect(); - - // Collect results from available scanners - for (language, _deps, result) in results { - match result { - Ok(mut vuln_deps) => { - info!("Found {} vulnerabilities for {:?}", vuln_deps.len(), language); - all_vulnerable_deps.append(&mut vuln_deps); - } - Err(e) => { - warn!("Error checking {:?} vulnerabilities: {}", language, e); - } - } - } - - // Generate report with tool availability information - self.generate_vulnerability_report(all_vulnerable_deps, &available_tools, &missing_tools) - } - - fn generate_vulnerability_report( - &self, - vulnerable_deps: Vec, - available_tools: &HashMap, - missing_tools: &[(Language, String)], - ) -> Result { - // Sort by severity - let mut sorted_deps = vulnerable_deps; - sorted_deps.sort_by(|a, b| { - let a_max = a.vulnerabilities.iter() - .map(|v| &v.severity) - .max() - .unwrap_or(&VulnerabilitySeverity::Info); - let b_max = b.vulnerabilities.iter() - .map(|v| &v.severity) - .max() - .unwrap_or(&VulnerabilitySeverity::Info); - b_max.cmp(a_max) - }); - - // Count vulnerabilities by severity - let mut critical_count = 0; - let mut high_count = 0; - let mut medium_count = 0; - let mut low_count = 0; - let mut total_vulnerabilities = 0; - - for dep in &sorted_deps { - for vuln in &dep.vulnerabilities { - total_vulnerabilities += 1; - match vuln.severity { - VulnerabilitySeverity::Critical => critical_count += 1, - VulnerabilitySeverity::High => high_count += 1, - VulnerabilitySeverity::Medium => medium_count += 1, - VulnerabilitySeverity::Low => low_count += 1, - VulnerabilitySeverity::Info => {}, - } - } - } - - // Create enhanced report with tool information - let mut report = VulnerabilityReport { - checked_at: Utc::now(), - total_vulnerabilities, - critical_count, - high_count, - medium_count, - low_count, - vulnerable_dependencies: sorted_deps, - }; - - // Add metadata about scanning coverage - info!("Vulnerability scan completed:"); - info!(" Languages scanned: {}", available_tools.len()); - info!(" Languages skipped: {} (missing tools)", missing_tools.len()); - info!(" Total vulnerabilities found: {}", total_vulnerabilities); - - if !missing_tools.is_empty() { - warn!("Scan may be incomplete due to missing tools:"); - for (lang, tool) in missing_tools { - warn!(" {:?}: {} not available", lang, tool); - } - } - - Ok(report) - } -} -``` - -#### 4. Enhanced CLI Integration - -```rust -// Enhanced CLI commands for tool management -use clap::{Parser, Subcommand}; - -#[derive(Parser)] -#[command(name = "sync-ctl")] -pub struct Cli { - #[command(subcommand)] - pub command: Commands, -} - -#[derive(Subcommand)] -pub enum Commands { - Vulnerabilities { - /// Path to scan - path: Option, - - /// Check tool status only - #[arg(long)] - check_tools: bool, - - /// Refresh tool detection cache - #[arg(long)] - refresh_tools: bool, - - /// Interactive tool setup - #[arg(long)] - setup_tools: bool, - - /// Show detailed tool information - #[arg(long)] - tool_info: bool, - - /// Minimum severity threshold - #[arg(long, value_enum)] - severity: Option, - - /// Output format - #[arg(long, value_enum, default_value = "table")] - format: OutputFormat, - }, -} - -// Enhanced vulnerability handler -pub async fn handle_vulnerabilities( - path: Option, - check_tools: bool, - refresh_tools: bool, - setup_tools: bool, - tool_info: bool, - severity: Option, - format: OutputFormat, -) -> crate::Result<()> { - let project_path = path.unwrap_or_else(|| std::env::current_dir().unwrap()); - - let mut installer = ToolInstaller::new(); - - // Handle tool-specific commands - if refresh_tools { - installer.refresh_tool_cache(); - println!("🔄 Tool detection cache refreshed"); - } - - if check_tools { - println!("🔍 Checking vulnerability scanning tools..."); - let languages = vec![ - Language::Rust, - Language::JavaScript, - Language::TypeScript, - Language::Python, - Language::Go, - Language::Java, - ]; - installer.print_tool_status(&languages); - return Ok(()); - } - - if setup_tools { - return handle_tool_setup(&mut installer).await; - } - - if tool_info { - return handle_tool_info(&mut installer).await; - } - - // Proceed with vulnerability scanning - println!("🔍 Scanning for vulnerabilities in: {}", project_path.display()); - - // Parse dependencies - let dependencies = analyzer::dependency_parser::DependencyParser::new() - .parse_all_dependencies(&project_path)?; - - if dependencies.is_empty() { - println!("ℹ️ No dependencies found to scan"); - return Ok(()); - } - - // Check vulnerabilities with enhanced tool detection - let checker = analyzer::vulnerability_checker::VulnerabilityChecker::new(); - let report = checker.check_all_dependencies(&dependencies, &project_path).await?; - - // Filter by severity threshold if specified - let filtered_report = if let Some(threshold) = severity { - filter_vulnerabilities_by_severity(report, threshold) - } else { - report - }; - - // Format and display results - match format { - OutputFormat::Table => { - display_vulnerability_report_table(&filtered_report, &project_path); - } - OutputFormat::Json => { - let json_output = serde_json::to_string_pretty(&filtered_report)?; - println!("{}", json_output); - } - } - - Ok(()) -} - -async fn handle_tool_setup(installer: &mut ToolInstaller) -> crate::Result<()> { - println!("🛠️ Interactive Tool Setup"); - println!("============================\n"); - - let languages = vec![ - Language::Rust, - Language::JavaScript, - Language::Python, - Language::Go, - Language::Java, - ]; - - // Check current status - println!("📋 Current tool status:"); - installer.print_tool_status(&languages); - - // Offer to install missing tools - for language in &languages { - let tool_name = installer.get_primary_tool_for_language(language); - let status = installer.get_tool_info(&tool_name); - - if !status.available { - println!("\n❓ Install {} for {:?} scanning? [y/N]", tool_name, language); - - let mut input = String::new(); - std::io::stdin().read_line(&mut input)?; - - if input.trim().to_lowercase() == "y" { - println!("📦 Installing {}...", tool_name); - match installer.install_tool(&tool_name).await { - Ok(_) => println!("✅ {} installed successfully", tool_name), - Err(e) => println!("❌ Failed to install {}: {}", tool_name, e), - } - } - } - } - - println!("\n🎯 Tool setup complete!"); - Ok(()) -} - -async fn handle_tool_info(installer: &mut ToolInstaller) -> crate::Result<()> { - println!("🔧 Detailed Tool Information"); - println!("==============================\n"); - - let tools = vec![ - "cargo-audit", "npm", "pip-audit", "govulncheck", "grype", - "dependency-check", "safety", "bandit" - ]; - - for tool in tools { - let status = installer.get_tool_info(tool); - - println!("📦 {}", tool); - println!(" Available: {}", if status.available { "✅ Yes" } else { "❌ No" }); - - if let Some(path) = &status.path { - println!(" Path: {}", path.display()); - } - - if let Some(version) = &status.version { - println!(" Version: {}", version); - } - - println!(" Source: {}", installer.format_installation_source(&status.installation_source)); - - if !status.available { - println!(" Install: {}", installer.get_install_command(tool)); - } - - println!(); - } - - Ok(()) -} -``` - -## Testing Strategy - -### Unit Tests - -```rust -#[cfg(test)] -mod tests { - use super::*; - use std::fs; - use tempfile::TempDir; - - #[test] - fn test_tool_detection_cache() { - let mut detector = ToolDetector::new(); - - // First call should perform system check - let status1 = detector.detect_tool("nonexistent-tool"); - assert!(!status1.available); - - // Second call should use cache - let status2 = detector.detect_tool("nonexistent-tool"); - assert_eq!(status1.available, status2.available); - } - - #[test] - fn test_version_parsing() { - let detector = ToolDetector::new(); - - // Test cargo-audit version parsing - let output = b"cargo-audit 0.18.3"; - let version = detector.parse_version_output(output, "cargo-audit"); - assert_eq!(version, Some("0.18.3".to_string())); - - // Test grype version parsing - let output = b"grype 0.92.2"; - let version = detector.parse_version_output(output, "grype"); - assert_eq!(version, Some("0.92.2".to_string())); - - // Test govulncheck version parsing - let output = b"govulncheck@v1.0.4"; - let version = detector.parse_version_output(output, "govulncheck"); - assert_eq!(version, Some("1.0.4".to_string())); - } - - #[test] - fn test_path_detection_strategies() { - let detector = ToolDetector::new(); - - // Test user home path detection - let paths = detector.get_tool_search_paths("cargo-audit"); - assert!(paths.iter().any(|p| p.to_string_lossy().contains(".cargo"))); - - // Test Go tool path detection - let paths = detector.get_tool_search_paths("govulncheck"); - assert!(paths.iter().any(|p| p.to_string_lossy().contains("go/bin"))); - } - - #[test] - fn test_installation_source_detection() { - let detector = ToolDetector::new(); - - let cargo_path = PathBuf::from("/home/user/.cargo/bin"); - let source = detector.determine_installation_source(&cargo_path); - assert!(matches!(source, InstallationSource::CargoHome)); - - let homebrew_path = PathBuf::from("/opt/homebrew/bin"); - let source = detector.determine_installation_source(&homebrew_path); - assert!(matches!(source, InstallationSource::PackageManager(_))); - } - - #[test] - fn test_mock_tool_installation() { - let temp_dir = TempDir::new().unwrap(); - let tool_path = temp_dir.path().join("mock-tool"); - - // Create a mock executable - fs::write(&tool_path, "#!/bin/bash\necho 'mock-tool 1.0.0'").unwrap(); - - #[cfg(unix)] - { - use std::os::unix::fs::PermissionsExt; - let mut perms = fs::metadata(&tool_path).unwrap().permissions(); - perms.set_mode(0o755); - fs::set_permissions(&tool_path, perms).unwrap(); - } - - let detector = ToolDetector::new(); - let version = detector.verify_tool_at_path(&tool_path, "mock-tool"); - assert_eq!(version, Some("1.0.0".to_string())); - } -} -``` - -### Integration Tests - -```rust -#[cfg(test)] -mod integration_tests { - use super::*; - use std::process::Command; - - #[tokio::test] - async fn test_end_to_end_tool_detection() { - let mut installer = ToolInstaller::new(); - - // Test with a commonly available tool (if any) - if Command::new("which").output().is_ok() { - let status = installer.get_tool_info("which"); - assert!(status.available); - assert!(status.path.is_some()); - } - } - - #[tokio::test] - async fn test_vulnerability_scan_with_missing_tools() { - let checker = VulnerabilityChecker::new(); - let temp_dir = TempDir::new().unwrap(); - - // Create a minimal project with dependencies - let cargo_toml = temp_dir.path().join("Cargo.toml"); - fs::write(&cargo_toml, r#" -[package] -name = "test-project" -version = "0.1.0" - -[dependencies] -serde = "1.0" -"#).unwrap(); - - // Parse dependencies - let dependencies = analyzer::dependency_parser::DependencyParser::new() - .parse_all_dependencies(temp_dir.path()) - .unwrap(); - - // Run vulnerability check (should handle missing tools gracefully) - let result = checker.check_all_dependencies(&dependencies, temp_dir.path()).await; - assert!(result.is_ok()); - - let report = result.unwrap(); - // Should complete even if some tools are missing - assert!(report.checked_at <= Utc::now()); - } - - #[test] - fn test_cross_platform_tool_detection() { - let mut installer = ToolInstaller::new(); - - // Test platform-specific tool paths - let languages = vec![Language::Rust, Language::Python, Language::Go]; - - // Should not panic on any platform - installer.print_tool_status(&languages); - - // Test alternative path detection - for language in &languages { - let tool_name = installer.get_primary_tool_for_language(language); - let _status = installer.get_tool_info(&tool_name); - // Should complete without errors - } - } -} -``` - -### Manual Testing Scenarios - -#### Scenario 1: Fresh System (No Tools Installed) -```bash -# Expected behavior: -# - All tools show as missing -# - Provides installation instructions -# - Suggests running setup command -sync-ctl vulnerabilities --check-tools - -# Expected output: -# 🔧 Vulnerability Scanning Tools Status: -# ============================================================ -# ❌ Rust: cargo-audit missing -# 💡 Install: cargo install cargo-audit -# ❌ Python: pip-audit missing -# 💡 Install: pip install --user pip-audit -``` - -#### Scenario 2: Partial Installation -```bash -# Install only some tools -cargo install cargo-audit - -# Check status -sync-ctl vulnerabilities --check-tools - -# Expected: Shows cargo-audit as available, others as missing -``` - -#### Scenario 3: Alternative Installation Paths -```bash -# Install tools in non-standard locations -mkdir -p ~/.local/bin -cp /usr/local/bin/grype ~/.local/bin/ - -# Should detect tool in alternative path -sync-ctl vulnerabilities --check-tools -``` - -#### Scenario 4: Tool Setup Workflow -```bash -# Interactive setup -sync-ctl vulnerabilities --setup-tools - -# Should: -# 1. Show current status -# 2. Prompt for each missing tool -# 3. Install selected tools -# 4. Verify installation -``` - -#### Scenario 5: Detailed Tool Information -```bash -# Show detailed tool info -sync-ctl vulnerabilities --tool-info - -# Expected: Shows paths, versions, installation sources -``` - -## Configuration and CLI Interface - -### Enhanced CLI Options - -```bash -# Check tool status without running scans -sync-ctl vulnerabilities --check-tools - -# Force tool detection refresh -sync-ctl vulnerabilities --refresh-tools - -# Install missing tools interactively -sync-ctl vulnerabilities --setup-tools - -# Show detailed tool information -sync-ctl vulnerabilities --tool-info -``` - -### Configuration File Support - -```toml -[vulnerability_scanning] -# Tool preferences -rust_scanner = "cargo-audit" # or "cargo-deny" -python_scanner = "pip-audit" # or "safety" -java_scanner = "grype" # or "dependency-check" - -# Custom tool paths -[vulnerability_scanning.tool_paths] -cargo-audit = "/custom/path/to/cargo-audit" -grype = "/opt/grype/bin/grype" - -# Detection settings -[vulnerability_scanning.detection] -cache_ttl = 300 # Cache tool detection for 5 minutes -alternative_paths = true -system_path_only = false -``` \ No newline at end of file diff --git a/.qoder/rules/project-rules.md b/.qoder/rules/project-rules.md deleted file mode 100644 index 418764d2..00000000 --- a/.qoder/rules/project-rules.md +++ /dev/null @@ -1,959 +0,0 @@ ---- -trigger: model_decision -description: Whenever you operate within the code base, make sure to adhere to the following rules ---- -Syncable IaC CLI - Development Rules and Guidelines - -If the user asks you questions, you should assume you are a senior Rust developer following the IaC Generator CLI development guidelines and act accordingly. - - -The Syncable IaC CLI is a Rust-based command-line application that analyzes code repositories and automatically generates Infrastructure as Code configurations including Dockerfiles, Docker Compose files, and Terraform configurations. -Primary goals: - -Accuracy: Generate correct and optimized IaC configurations based on project analysis -Extensibility: Support multiple languages, frameworks, and IaC outputs -Reliability: Handle edge cases gracefully with comprehensive error handling -Performance: Efficiently analyze large codebases -Security: Safely process user input and generate secure configurations - - - -The project follows a modular structure optimized for maintainability, testability, and extensibility across all roadmap phases: - -``` -syncable-iac-cli/ -├── .cargo/ -│ └── config.toml # Build optimizations and aliasing -├── .github/ -│ └── workflows/ -│ ├── rust.yml # CI/CD for testing, linting, and releases -│ ├── security.yml # Security scanning and audit workflows -│ └── release.yml # Automated release management -├── Cargo.toml # Dependencies and workspace configuration -├── README.md # User-facing documentation -├── LICENSE # MIT or Apache 2.0 -├── .gitignore -├── .rustfmt.toml # Project-specific formatting rules -├── .env.example # Environment variables template -├── config/ # External configuration files -│ ├── ai-providers.toml # AI provider configurations -│ ├── cloud-platforms.toml # Cloud platform settings -│ └── security-policies.toml # Security compliance rules -├── src/ -│ ├── main.rs # CLI entry point -│ ├── cli.rs # Command definitions using Clap v4 -│ ├── lib.rs # Library exports for testing -│ ├── error.rs # Custom error types -│ │ -│ ├── config/ # 📋 Phase 1: Configuration Management -│ │ ├── mod.rs # Configuration orchestration -│ │ ├── types.rs # Config structs with serde -│ │ ├── validation.rs # Configuration validation -│ │ └── defaults.rs # Default configuration values -│ │ -│ ├── analyzer/ # 📋 Phase 1: Core Analysis Engine -│ │ ├── mod.rs # Analysis orchestrator -│ │ ├── language_detector.rs # Language detection & version parsing -│ │ ├── framework_detector.rs # Framework identification with confidence scoring -│ │ ├── dependency_parser.rs # Dependency analysis & vulnerability scanning -│ │ ├── project_context.rs # Entry points, ports, environment variables -│ │ ├── security_analyzer.rs # Security vulnerability assessment -│ │ ├── performance_analyzer.rs # Performance profiling & bottleneck detection -│ │ └── compliance_checker.rs # Compliance standards validation -│ │ -│ ├── ai/ # 🤖 Phase 2: AI Integration & Smart Generation -│ │ ├── mod.rs # AI orchestration -│ │ ├── providers/ # AI provider integrations -│ │ │ ├── mod.rs -│ │ │ ├── openai.rs # OpenAI GPT-4 integration -│ │ │ ├── anthropic.rs # Anthropic Claude integration -│ │ │ ├── ollama.rs # Local LLM support -│ │ │ └── traits.rs # Common AI provider traits -│ │ ├── prompts/ # Prompt engineering system -│ │ │ ├── mod.rs -│ │ │ ├── dockerfile.rs # Dockerfile generation prompts -│ │ │ ├── compose.rs # Docker Compose prompts -│ │ │ ├── terraform.rs # Terraform prompts -│ │ │ ├── security.rs # Security-focused prompts -│ │ │ └── optimization.rs # Performance optimization prompts -│ │ ├── response_processor.rs # AI response validation & sanitization -│ │ ├── confidence_scorer.rs # AI confidence assessment -│ │ └── fallback_handler.rs # Multi-attempt generation with fallbacks -│ │ -│ ├── generator/ # 🤖 Phase 2: Enhanced Smart Generation -│ │ ├── mod.rs # Generation orchestrator -│ │ ├── traits.rs # Common generator traits -│ │ ├── dockerfile/ # Smart Dockerfile generation -│ │ │ ├── mod.rs -│ │ │ ├── base_image_selector.rs # AI-powered base image selection -│ │ │ ├── multi_stage_builder.rs # Intelligent multi-stage builds -│ │ │ ├── optimizer.rs # Performance & security optimizations -│ │ │ └── health_checks.rs # Health check generation -│ │ ├── compose/ # Smart Docker Compose generation -│ │ │ ├── mod.rs -│ │ │ ├── service_analyzer.rs # Service dependency analysis -│ │ │ ├── network_config.rs # Network configuration optimization -│ │ │ ├── volume_manager.rs # Volume and storage optimization -│ │ │ └── load_balancer.rs # Load balancer configuration -│ │ ├── terraform/ # Smart Terraform generation -│ │ │ ├── mod.rs -│ │ │ ├── providers/ # Cloud provider-specific generation -│ │ │ │ ├── mod.rs -│ │ │ │ ├── aws.rs # AWS ECS/Fargate configurations -│ │ │ │ ├── gcp.rs # Google Cloud Run setups -│ │ │ │ ├── azure.rs # Azure Container Instances -│ │ │ │ └── kubernetes.rs # Kubernetes deployments -│ │ │ ├── infrastructure.rs # Infrastructure best practices -│ │ │ ├── monitoring.rs # Monitoring & observability setup -│ │ │ └── security.rs # Security group & IAM configuration -│ │ └── templates.rs # Template engine with Tera -│ │ -│ ├── cicd/ # 🚀 Phase 4: CI/CD Integration -│ │ ├── mod.rs -│ │ ├── github_actions.rs # GitHub Actions workflow generation -│ │ ├── gitlab_ci.rs # GitLab CI pipeline generation -│ │ ├── jenkins.rs # Jenkins pipeline support -│ │ ├── workflows/ # Workflow templates -│ │ │ ├── build_test.rs -│ │ │ ├── security_scan.rs -│ │ │ └── deploy.rs -│ │ └── registry_config.rs # Container registry configurations -│ │ -│ ├── cloud/ # 🚀 Phase 4: Cloud Platform Integration -│ │ ├── mod.rs -│ │ ├── aws/ # AWS-specific integrations -│ │ │ ├── mod.rs -│ │ │ ├── ecs.rs # ECS/Fargate deployment -│ │ │ ├── lambda.rs # Lambda function packaging -│ │ │ ├── rds.rs # RDS database setup -│ │ │ └── s3.rs # S3 storage configuration -│ │ ├── gcp/ # Google Cloud integrations -│ │ │ ├── mod.rs -│ │ │ ├── cloud_run.rs # Cloud Run deployment -│ │ │ ├── gke.rs # GKE cluster setup -│ │ │ ├── cloud_sql.rs # Cloud SQL integration -│ │ │ └── storage.rs # Cloud Storage configuration -│ │ ├── azure/ # Azure integrations -│ │ │ ├── mod.rs -│ │ │ ├── container_instances.rs -│ │ │ ├── aks.rs # Azure Kubernetes Service -│ │ │ ├── database.rs # Azure Database setup -│ │ │ └── blob_storage.rs -│ │ └── traits.rs # Common cloud provider traits -│ │ -│ ├── monitoring/ # 📊 Phase 4: Monitoring & Observability -│ │ ├── mod.rs -│ │ ├── metrics/ # Metrics generation -│ │ │ ├── mod.rs -│ │ │ ├── prometheus.rs # Prometheus configuration -│ │ │ ├── grafana.rs # Grafana dashboard templates -│ │ │ └── application.rs # Application metrics setup -│ │ ├── logging/ # Logging configuration -│ │ │ ├── mod.rs -│ │ │ ├── structured.rs # Structured logging setup -│ │ │ ├── aggregation.rs # Log aggregation (ELK, Fluentd) -│ │ │ └── retention.rs # Log retention policies -│ │ └── tracing/ # Distributed tracing -│ │ ├── mod.rs -│ │ ├── jaeger.rs # Jaeger configuration -│ │ ├── opentelemetry.rs # OpenTelemetry setup -│ │ └── sampling.rs # Trace sampling strategies -│ │ -│ ├── security/ # 🛡️ Phase 3: Security & Compliance -│ │ ├── mod.rs -│ │ ├── vulnerability_scanner.rs # Automated vulnerability scanning -│ │ ├── compliance/ # Compliance standards -│ │ │ ├── mod.rs -│ │ │ ├── soc2.rs # SOC 2 compliance configurations -│ │ │ ├── gdpr.rs # GDPR data protection setups -│ │ │ ├── hipaa.rs # HIPAA compliance templates -│ │ │ └── pci_dss.rs # PCI DSS security configurations -│ │ ├── secret_manager.rs # Secret management integration -│ │ ├── network_policies.rs # Network security policies -│ │ └── audit.rs # Security audit and reporting -│ │ -│ ├── interactive/ # 🔧 Phase 5: Interactive Features & UX -│ │ ├── mod.rs -│ │ ├── wizard.rs # Interactive configuration wizard -│ │ ├── visualizer.rs # Project analysis visualization -│ │ ├── watch_mode.rs # File change detection & hot-reload -│ │ ├── feedback.rs # User feedback collection system -│ │ └── progress.rs # Progress indication with indicatif -│ │ -│ ├── validation/ # 🧪 Phase 5: Testing & Validation -│ │ ├── mod.rs -│ │ ├── docker_validator.rs # Docker build validation -│ │ ├── compose_validator.rs # Compose service verification -│ │ ├── terraform_validator.rs # Terraform plan validation -│ │ ├── security_validator.rs # Security compliance checking -│ │ └── integration_tester.rs # End-to-end deployment testing -│ │ -│ ├── performance/ # 🔧 Phase 3: Performance Intelligence -│ │ ├── mod.rs -│ │ ├── profiler.rs # Resource requirement estimation -│ │ ├── scaler.rs # Scaling recommendations -│ │ ├── bottleneck_detector.rs # Bottleneck identification -│ │ ├── load_test_gen.rs # Load testing configuration generation -│ │ └── optimizer.rs # Performance optimization engine -│ │ -│ ├── intelligence/ # 🔄 Phase 3: Continuous Improvement -│ │ ├── mod.rs -│ │ ├── feedback_processor.rs # User feedback analysis -│ │ ├── quality_metrics.rs # Generation quality tracking -│ │ ├── success_tracker.rs # Success rate monitoring -│ │ ├── benchmark.rs # Performance benchmarking -│ │ └── learning_engine.rs # AI model improvement -│ │ -│ └── common/ # Shared utilities across all phases -│ ├── mod.rs -│ ├── file_utils.rs # File system operations -│ ├── command_utils.rs # Command execution utilities -│ ├── cache.rs # Caching layer with once_cell -│ ├── parallel.rs # Parallel processing with rayon -│ ├── network.rs # Network utilities for cloud APIs -│ └── crypto.rs # Cryptographic utilities for security -│ -├── tests/ # Comprehensive testing suite -│ ├── unit/ # Unit tests -│ │ ├── analyzer/ -│ │ ├── generator/ -│ │ ├── ai/ -│ │ └── security/ -│ ├── integration/ # Integration tests -│ │ ├── common.rs -│ │ ├── cli_tests.rs -│ │ ├── ai_integration_tests.rs -│ │ ├── cloud_platform_tests.rs -│ │ └── end_to_end_tests.rs -│ ├── fixtures/ # Test project samples -│ │ ├── node_projects/ # Node.js test fixtures -│ │ ├── rust_projects/ # Rust test fixtures -│ │ ├── python_projects/ # Python test fixtures -│ │ ├── java_projects/ # Java test fixtures -│ │ ├── go_projects/ # Go test fixtures -│ │ ├── complex_projects/ # Multi-language projects -│ │ └── edge_cases/ # Edge case scenarios -│ ├── benchmarks/ # Performance benchmarks -│ │ ├── analysis_speed.rs -│ │ ├── generation_performance.rs -│ │ └── memory_usage.rs -│ └── property/ # Property-based tests with proptest -│ ├── language_detection.rs -│ ├── framework_detection.rs -│ └── security_validation.rs -│ -├── templates/ # IaC templates organized by type and technology -│ ├── dockerfiles/ # Dockerfile templates -│ │ ├── base/ # Base image templates -│ │ ├── languages/ # Language-specific templates -│ │ │ ├── rust/ -│ │ │ ├── nodejs/ -│ │ │ ├── python/ -│ │ │ ├── java/ -│ │ │ └── go/ -│ │ ├── frameworks/ # Framework-specific optimizations -│ │ │ ├── express/ -│ │ │ ├── nextjs/ -│ │ │ ├── spring-boot/ -│ │ │ ├── actix-web/ -│ │ │ └── fastapi/ -│ │ └── security/ # Security-hardened templates -│ ├── compose/ # Docker Compose templates -│ │ ├── basic/ # Basic service compositions -│ │ ├── databases/ # Database service templates -│ │ ├── caching/ # Cache service templates (Redis, Memcached) -│ │ ├── messaging/ # Message queue templates -│ │ ├── load_balancers/ # Load balancer configurations -│ │ └── development/ # Development environment templates -│ ├── terraform/ # Terraform templates -│ │ ├── aws/ # AWS-specific modules -│ │ ├── gcp/ # Google Cloud modules -│ │ ├── azure/ # Azure modules -│ │ ├── kubernetes/ # Kubernetes deployments -│ │ ├── monitoring/ # Monitoring infrastructure -│ │ └── security/ # Security configurations -│ ├── cicd/ # CI/CD workflow templates -│ │ ├── github-actions/ # GitHub Actions workflows -│ │ ├── gitlab-ci/ # GitLab CI pipelines -│ │ ├── jenkins/ # Jenkins pipeline templates -│ │ └── azure-devops/ # Azure DevOps pipelines -│ ├── monitoring/ # Monitoring configuration templates -│ │ ├── prometheus/ # Prometheus configurations -│ │ ├── grafana/ # Grafana dashboard templates -│ │ ├── jaeger/ # Distributed tracing configs -│ │ └── logging/ # Logging pipeline templates -│ └── security/ # Security policy templates -│ ├── network-policies/ -│ ├── rbac/ -│ ├── secrets-management/ -│ └── compliance/ -│ -├── docs/ # Comprehensive documentation -│ ├── architecture/ # Architecture decision records -│ ├── user-guide/ # User documentation -│ ├── api/ # API documentation -│ ├── development/ # Development guidelines -│ ├── security/ # Security documentation -│ └── examples/ # Usage examples and tutorials -│ -├── scripts/ # Development and deployment scripts -│ ├── setup.sh # Development environment setup -│ ├── test.sh # Test runner script -│ ├── benchmark.sh # Performance benchmarking -│ ├── security-audit.sh # Security audit script -│ └── release.sh # Release automation -│ -└── examples/ # Example projects and configurations - ├── basic-web-app/ # Simple web application example - ├── microservices/ # Microservices architecture example - ├── ml-pipeline/ # Machine learning pipeline example - ├── cloud-native/ # Cloud-native application example - └── enterprise/ # Enterprise-grade configuration example -``` - - -**Phase-Based Organization**: Structure reflects development roadmap phases -- Phase 1 modules (analyzer/, generator/) are foundational and stable -- Phase 2 modules (ai/, enhanced generators) add AI intelligence -- Phase 3 modules (security/, performance/, intelligence/) add advanced features -- Phase 4 modules (cloud/, cicd/, monitoring/) add ecosystem integrations -- Phase 5 modules (interactive/, validation/) enhance developer experience - -**Modular Architecture**: Each module has clear, single responsibility -- AI modules are decoupled and swappable (multiple providers) -- Cloud integrations are provider-agnostic with common traits -- Security and compliance modules are comprehensive and extensible -- Templates are organized by technology stack and use case - -**Scalability**: Structure supports future roadmap phases -- Plugin architecture for custom AI providers and cloud platforms -- Template system supports community contributions -- Monitoring and feedback systems enable continuous improvement -- Comprehensive testing ensures reliability at scale - -**Security-First**: Security considerations are integrated throughout -- Dedicated security modules with compliance standards -- Vulnerability scanning and audit capabilities -- Secret management and network security policies -- Security-hardened templates and configurations - -**Developer Experience**: Structure prioritizes ease of development and use -- Interactive features for better user experience -- Comprehensive testing and validation -- Clear documentation and examples -- Performance monitoring and optimization tools - - - - - - -rustCopy// analyzer/mod.rs -pub struct ProjectAnalysis { - pub languages: Vec, - pub frameworks: Vec, - pub dependencies: DependencyMap, - pub entry_points: Vec, - pub ports: Vec, - pub environment_variables: Vec, -} - -Single Responsibility: Each analyzer component focuses on one aspect -Composability: Analyzers can be combined and extended -Results Aggregation: ProjectAnalysis serves as the canonical representation - - - -rustCopy// generator/mod.rs -pub trait IaCGenerator { - type Config; - type Output; - - fn generate(&self, analysis: &ProjectAnalysis, config: Self::Config) - -> Result; -} - -Trait-Based Design: All generators implement common traits -Configuration: Each generator has its own config type -Template Management: Use embedded templates with include_str! for reliability - - - - -Essential dependencies organized by roadmap phase: - -**Phase 1: Foundation & Core Analysis** -```toml -[dependencies] -# CLI Framework & Configuration -clap = { version = "4", features = ["derive", "env", "cargo"] } -serde = { version = "1", features = ["derive"] } -serde_json = "1" -serde_yaml = "0.9" -toml = "0.8" - -# Error Handling & Logging -thiserror = "1" -anyhow = "1" -log = "0.4" -env_logger = "0.10" -tracing = "0.1" -tracing-subscriber = { version = "0.3", features = ["env-filter"] } - -# File System & Text Processing -walkdir = "2" -regex = "1" -glob = "0.3" -ignore = "0.4" - -# Template Engine & UI -tera = "1" -indicatif = "0.18" -console = "0.15" -colored = "2" - -# Performance & Caching -once_cell = "1" -rayon = "1.7" -dashmap = "5" -``` - -**Phase 2: AI Integration & Smart Generation** -```toml -# AI & HTTP Client Dependencies -reqwest = { version = "0.11", features = ["json", "rustls-tls"] } -tokio = { version = "1", features = ["full"] } -async-trait = "0.1" - -# AI Provider Integrations -openai-api-rs = "5" # OpenAI GPT-4 integration -anthropic = "0.1" # Anthropic Claude (when available) -ollama-rs = "0.1" # Local LLM support - -# JSON & API Processing -jsonschema = "0.17" # AI response validation -uuid = { version = "1", features = ["v4"] } -base64 = "0.21" -``` - -**Phase 3: Advanced Features & Intelligence** -```toml -# Security & Vulnerability Analysis -rustsec = "0.28" # Vulnerability database -semver = "1" # Version comparison -sha2 = "0.10" # Cryptographic hashing -ring = "0.16" # Cryptographic operations - -# Performance Analysis & Monitoring -sysinfo = "0.29" # System information -byte-unit = "4" # Memory/storage units -human-format = "1" # Human-readable formatting - -# Database for Metrics & Feedback -rusqlite = { version = "0.29", features = ["bundled"] } -diesel = { version = "2", features = ["sqlite", "chrono"] } -chrono = { version = "0.4", features = ["serde"] } -``` - -**Phase 4: Cloud Platform Integration** -```toml -# AWS SDK -aws-config = "0.56" -aws-sdk-ecs = "0.56" -aws-sdk-ecr = "0.56" -aws-sdk-s3 = "0.56" -aws-sdk-iam = "0.56" - -# Google Cloud -google-cloud-storage = "0.15" -google-cloud-run = "0.8" -tonic = "0.10" # gRPC support - -# Azure SDK -azure_core = "0.15" -azure_storage = "0.15" -azure_identity = "0.15" - -# Kubernetes -kube = { version = "0.87", features = ["derive"] } -k8s-openapi = { version = "0.20", features = ["latest"] } - -# Docker & Container Operations -bollard = "0.14" # Docker API client -docker-api = "0.14" -tar = "0.4" # TAR archive support -``` - -**Phase 5: Interactive Features & Developer Experience** -```toml -# Interactive CLI Features -inquire = "0.6" # Interactive prompts -ratatui = "0.24" # Terminal UI -crossterm = "0.27" # Cross-platform terminal - -# File Watching & Hot Reload -notify = "6" # File system notifications -hotwatch = "0.4" # File watching utilities - -# Visualization & Diagramming -plotters = "0.3" # Charts and graphs -petgraph = "0.6" # Dependency graphs -graphviz-rust = "0.6" # Graphviz integration - -# Testing & Validation -assert_cmd = "2" # CLI testing -predicates = "3" # Test assertions -tempfile = "3" # Temporary files for testing -proptest = "1" # Property-based testing -criterion = "0.5" # Benchmarking -``` - -**Development Dependencies** -```toml -[dev-dependencies] -# Testing Framework -tokio-test = "0.4" -wiremock = "0.5" # HTTP mocking for AI APIs -fake = "2.8" # Fake data generation -quickcheck = "1" # Property-based testing -quickcheck_macros = "1" - -# Code Quality -cargo-audit = "0.18" # Security audit -cargo-deny = "0.14" # Dependency analysis -cargo-outdated = "0.13" # Dependency updates -``` - -**Feature Flags for Conditional Compilation** -```toml -[features] -default = ["local-generation"] - -# Core Features -local-generation = [] # Basic template-based generation -ai-integration = ["openai-api-rs", "anthropic", "reqwest", "tokio"] - -# AI Providers (mutually exclusive for optimization) -openai = ["ai-integration", "openai-api-rs"] -anthropic = ["ai-integration", "anthropic"] -ollama = ["ai-integration", "ollama-rs"] - -# Cloud Platforms -aws = ["aws-config", "aws-sdk-ecs", "aws-sdk-ecr", "aws-sdk-s3"] -gcp = ["google-cloud-storage", "google-cloud-run", "tonic"] -azure = ["azure_core", "azure_storage", "azure_identity"] -kubernetes = ["kube", "k8s-openapi"] - -# Advanced Features -security-scanning = ["rustsec", "sha2", "ring"] -performance-analysis = ["sysinfo", "byte-unit"] -interactive = ["inquire", "ratatui", "crossterm"] -file-watching = ["notify", "hotwatch"] -visualization = ["plotters", "petgraph", "graphviz-rust"] - -# Development Tools -docker-integration = ["bollard", "tar"] -database = ["rusqlite", "diesel", "chrono"] -``` - -**Dependency Management Rules** -- **Version Pinning**: Pin major versions, allow patch updates -- **Feature Minimization**: Only enable required features to reduce compile time -- **Security First**: Regular `cargo audit` runs in CI/CD -- **Performance**: Prefer async libraries for I/O operations -- **Platform Support**: Ensure cross-platform compatibility (Windows, macOS, Linux) -- **Optional Dependencies**: Use feature flags for optional functionality -- **Licensing**: Verify all dependencies have compatible licenses (MIT/Apache 2.0) - - - - -rustCopy// error.rs -use thiserror::Error; - -#[derive(Error, Debug)] -pub enum IaCGeneratorError { - #[error("Project analysis failed: {0}")] - Analysis(#[from] AnalysisError), - - #[error("IaC generation failed: {0}")] - Generation(#[from] GeneratorError), - - #[error("Configuration error: {0}")] - Config(#[from] ConfigError), - - #[error("IO error: {0}")] - Io(#[from] std::io::Error), -} - -#[derive(Error, Debug)] -pub enum AnalysisError { - #[error("Unsupported project type: {0}")] - UnsupportedProject(String), - - #[error("Failed to detect language in {path}")] - LanguageDetection { path: PathBuf }, - - #[error("Dependency parsing failed for {file}: {reason}")] - DependencyParsing { file: String, reason: String }, -} - - - -No Panics in Library Code: Use Result everywhere -Context Propagation: Include file paths, line numbers where applicable -User-Friendly Messages: Errors shown to users must be actionable -Recovery Strategies: Provide defaults where sensible - -rustCopy// Example: Graceful degradation -fn detect_framework(path: &Path) -> Result, AnalysisError> { - let frameworks = vec![]; - - // Try multiple detection strategies - if let Ok(pkg_json) = read_package_json(path) { - frameworks.extend(detect_node_frameworks(&pkg_json)?); - } - - if let Ok(requirements) = read_requirements_txt(path) { - frameworks.extend(detect_python_frameworks(&requirements)?); - } - - // Return partial results rather than failing completely - Ok(frameworks) -} - - - - -Place unit tests in the same file as the code: -rustCopy#[cfg(test)] -mod tests { - use super::*; - - #[test] - fn test_detect_node_version() { - let package_json = r#"{"engines": {"node": ">=14.0.0"}}"#; - let version = detect_node_version(package_json).unwrap(); - assert_eq!(version, "14"); - } -} - - -rustCopy// tests/integration/cli_tests.rs -use assert_cmd::Command; -use predicates::prelude::*; - -#[test] -fn test_analyze_node_project() { - let mut cmd = Command::cargo_bin("sync-ctl").unwrap(); - cmd.arg("analyze") - .arg("tests/fixtures/node_express_app") - .assert() - .success() - .stdout(predicate::str::contains("Node.js")); -} - - - -Each supported stack must have a fixture -Fixtures should include edge cases (missing files, malformed configs) -Document fixture purpose in README within fixture directory - - - - -Unit test coverage: >80% -Integration test coverage for all CLI commands -Property-based testing for parsers using proptest - - - - - -rustCopy/// Analyzes a project directory to detect languages, frameworks, and dependencies. -/// -/// # Arguments -/// * `path` - The root directory of the project to analyze -/// -/// # Returns -/// A `ProjectAnalysis` containing detected components or an error -/// -/// # Examples -/// ``` -/// let analysis = analyze_project(Path::new("./my-project"))?; -/// println!("Languages: {:?}", analysis.languages); -/// ``` -pub fn analyze_project(path: &Path) -> Result { - // ... -} - - -rustCopy//! # Analyzer Module -//! -//! This module provides project analysis capabilities for detecting: -//! - Programming languages and their versions -//! - Frameworks and libraries -//! - Dependencies and their versions -//! - Entry points and exposed ports - - -README.md must include: - -Installation instructions -Quick start guide -Supported languages/frameworks matrix -Configuration options -Troubleshooting guide - - - - - -rustCopypub struct GenerationPipeline { - analyzers: Vec>, - generators: Vec>, - validators: Vec>, -} - - - - -Detect package manager (npm, yarn, pnpm) -Multi-stage builds for production -Handle native dependencies -Configure process managers (PM2) - - - - -Virtual environment setup -Requirements.txt vs Pipfile vs pyproject.toml -WSGI/ASGI server configuration -Handle compiled extensions - - - - -Build tool detection (Maven, Gradle) -JVM version selection -Multi-stage builds with build caching -Memory configuration - - - - -rustCopy// templates.rs -pub struct TemplateEngine { - tera: Tera, - custom_filters: HashMap) -> Result>>, -} - -impl TemplateEngine { - pub fn render_dockerfile(&self, context: &DockerContext) -> Result { - self.tera.render("dockerfile.j2", &Context::from_serialize(context)?) - } -} - - -The tool must generate IaC that follows best practices: - - -Use specific base image tags -Minimize layers -Use build caching effectively -Run as non-root user -Include health checks - - - - -Use explicit service dependencies -Configure restart policies -Use volumes for persistent data -Set resource limits - - - - -Use variables for configuration -Implement proper state management -Use data sources where applicable -Include output values - - - - - - -rustCopyuse clap::{Parser, Subcommand}; - -#[derive(Parser)] -#[command(name = "sync-ctl")] -#[command(about = "Generate Infrastructure as Code from your codebase")] -struct Cli { - #[command(subcommand)] - command: Commands, - - #[arg(short, long, global = true)] - config: Option, - - #[arg(short, long, global = true, action = clap::ArgAction::Count)] - verbose: u8, -} - -#[derive(Subcommand)] -enum Commands { - /// Analyze a project and display detected components - Analyze { - #[arg(value_name = "PROJECT_PATH")] - path: PathBuf, - - #[arg(short, long)] - json: bool, - }, - - /// Generate IaC files for a project - Generate { - #[arg(value_name = "PROJECT_PATH")] - path: PathBuf, - - #[arg(short, long, value_name = "OUTPUT_DIR")] - output: Option, - - #[arg(long)] - dockerfile: bool, - - #[arg(long)] - compose: bool, - - #[arg(long)] - terraform: bool, - }, -} - - - -Progress Indication: Use indicatif for long-running operations -Colored Output: Use termcolor for better readability -Interactive Mode: Prompt for missing required information -Dry Run: Always support --dry-run for generation commands -Verbosity Levels: -v for info, -vv for debug, -vvv for trace - - - - - - -rustCopyuse rayon::prelude::*; - -fn analyze_dependencies(paths: Vec) -> Vec { - paths.par_iter() - .filter_map(|path| parse_dependency_file(path).ok()) - .collect() -} - - -```rust -use std::collections::HashMap; -use once_cell::sync::Lazy; -static LANGUAGE_CACHE: Lazy>> = -Lazy::new(|| Mutex::new(HashMap::new())); -Copy - - -- Load templates on-demand -- Parse files only when needed -- Use memory-mapped files for large configs - - - - -- Analyze 1000-file project in <5 seconds -- Generate all IaC files in <1 second -- Memory usage <100MB for typical projects - - - - - -```rust -fn validate_project_path(path: &Path) -> Result { - let canonical = path.canonicalize() - .map_err(|_| SecurityError::InvalidPath)?; - - // Ensure path doesn't escape working directory - if !canonical.starts_with(std::env::current_dir()?) { - return Err(SecurityError::PathTraversal); - } - - Ok(canonical) -} -``` - - - - -Always specify USER directive -Avoid running as root -Pin base image versions -Scan for known vulnerabilities in dependencies - - - - -Never embed secrets in generated files -Use placeholder values with clear documentation -Support .env files with proper gitignore - - - - -Generated files should have restrictive permissions (644) -Executable scripts should be 755 -Warn about overly permissive existing files - - - - - - All user inputs are validated and sanitized - Path traversal attacks are prevented - No command injection vulnerabilities - Generated IaC follows security best practices - Sensitive data is never logged - Dependencies are regularly audited with cargo audit - - - - - - -Use snake_case for functions, variables, and modules -Use PascalCase for types, structs, enums, and traits -Use SCREAMING_SNAKE_CASE for constants and statics -Prefer descriptive names over abbreviations - - - - -Keep functions focused and small -Use impl blocks to organize related functionality -Prefer composition over inheritance -Use modules to organize related functionality - - - -Use Result for recoverable errors -Use Option for optional values -Avoid unwrap() and expect() in library code -Provide context with error messages - - - - -Prefer borrowing over cloning when possible -Use Cow for flexible string handling -Consider Arc and Rc for shared ownership -Use Vec capacity hints when size is known - - diff --git a/.qoder/rules/rust-rules.md b/.qoder/rules/rust-rules.md deleted file mode 100644 index 337e34fb..00000000 --- a/.qoder/rules/rust-rules.md +++ /dev/null @@ -1,57 +0,0 @@ ---- -trigger: model_decision -description: It is triggered whenever rust code is being developed. ---- - -You are an expert Rust developer with extensive experience in building high-performance CLI tools. Your task is to provide guidance and best practices for Rust development, focusing on code organization, performance optimization, and CLI-specific considerations. - -When answering Rust-related questions, adhere to the following guidelines: - -1. Code Organization: - - Break down code into smaller, reusable functions and modules - - Use traits and generics for abstraction when appropriate - - Implement design patterns that promote scalability and maintainability - - Favor composition over inheritance - -2. Performance Optimization: - - Utilize Rust's zero-cost abstractions - - Consider using parallel processing with rayon when applicable - - Implement efficient error handling without excessive allocations - - Use appropriate data structures for fast lookups and iterations - -3. CLI Development: - - Prioritize startup time and memory usage - - Implement efficient argument parsing (e.g., using clap) - - Provide clear and concise error messages - - Consider implementing a progress bar for long-running operations - -4. Rust Best Practices: - - Follow the Rust API Guidelines - - Use strong typing and leverage the type system - - Implement proper error handling with custom error types - - Write comprehensive unit and integration tests - - -Provide a detailed answer to the question, including code examples where appropriate. Ensure your response addresses the specific concerns raised in the question while adhering to the best practices outlined above. - -In your response: -1. Explain the rationale behind your approach -2. Provide code snippets demonstrating the solution -3. Discuss any trade-offs or alternative approaches -4. Mention any relevant Rust features or crates that could be beneficial - -Your final output should be structured as follows: - - -[Your detailed explanation and code examples here] - - - -[List 3-5 key best practices that are particularly relevant to the question] - - -[Briefly discuss any performance implications or optimizations related to the solution] - - -Ensure that your response is comprehensive, yet focused on the specific question asked. Do not include any additional commentary or notes outside of the specified XML tags. -