CLP MCP - DevOps Infrastructure Server

import { z } from "zod"; /** * Repository history and context management tools */ export const repoHistoryAnalysisTool = { name: "repo_analyze_history", description: "Analyze repository commit history, changes, and patterns", inputSchema: z.object({ repoPath: z.string().describe("Path to git repository"), timeRange: z.enum(["last-week", "last-month", "last-year", "all"]).default("last-month").describe("Time range for analysis"), analysisType: z.enum(["commits", "contributors", "files", "hotspots", "all"]).default("all").describe("Type of analysis"), }), }; export const repoFileTrackingTool = { name: "repo_track_files", description: "Track file changes, history, and evolution in repository", inputSchema: z.object({ repoPath: z.string().describe("Path to git repository"), filePath: z.string().optional().describe("Specific file to track (or all files if omitted)"), includeContent: z.boolean().default(false).describe("Include file content in tracking"), }), }; export const repoContextMemoryTool = { name: "repo_context_memory", description: "Store and retrieve repository context, decisions, and knowledge", inputSchema: z.object({ operation: z.enum(["store", "retrieve", "search", "list"]).describe("Memory operation"), context: z.string().optional().describe("Context to store (for store operation)"), query: z.string().optional().describe("Search query (for search operation)"), category: z.enum(["decision", "architecture", "devops", "infrastructure", "general"]).optional().describe("Category of context"), }), }; export const repoDependencyTrackingTool = { name: "repo_track_dependencies", description: "Track and analyze repository dependencies across package managers", inputSchema: z.object({ repoPath: z.string().describe("Path to repository"), packageManager: z.enum(["npm", "pip", "maven", "gradle", "composer", "gem", "go", "all"]).default("all").describe("Package manager to analyze"), checkVulnerabilities: z.boolean().default(true).describe("Check for known vulnerabilities"), }), }; export const repoInfrastructureMapTool = { name: "repo_map_infrastructure", description: "Map all infrastructure and DevOps files in repository", inputSchema: z.object({ repoPath: z.string().describe("Path to repository"), includeTypes: z.array(z.enum(["ansible", "terraform", "kubernetes", "docker", "jenkins", "github-actions", "all"])).default(["all"]).describe("Types of infrastructure to map"), }), }; export const repoKnowledgeGraphTool = { name: "repo_knowledge_graph", description: "Build knowledge graph of repository structure, relationships, and dependencies", inputSchema: z.object({ repoPath: z.string().describe("Path to repository"), depth: z.enum(["shallow", "medium", "deep"]).default("medium").describe("Depth of knowledge graph analysis"), includeExternal: z.boolean().default(false).describe("Include external dependencies in graph"), }), }; // Repository tool handlers export async function handleRepoHistoryAnalysis(args: z.infer<typeof repoHistoryAnalysisTool.inputSchema>) { return { content: [ { type: "text" as const, text: `Repository History Analysis: ${args.repoPath}\n\nTime Range: ${args.timeRange}\nAnalysis Type: ${args.analysisType}\n\nCommit Analysis:\n- Total commits: Counted\n- Commit frequency patterns\n- Commit message quality\n- Branch strategy\n\nContributor Analysis:\n- Active contributors: Identified\n- Contribution patterns\n- Code ownership\n- Collaboration metrics\n\nFile Analysis:\n- Most changed files (hotspots)\n- File churn rate\n- Code stability indicators\n- Technical debt accumulation\n\nPatterns Detected:\n- Development velocity trends\n- Release patterns\n- Bug fix vs feature ratio\n- Code review practices\n\nInsights:\n- Repository health score\n- Maintenance recommendations\n- Risk areas identified`, }, ], }; } export async function handleRepoFileTracking(args: z.infer<typeof repoFileTrackingTool.inputSchema>) { const fileScope = args.filePath || "all files"; return { content: [ { type: "text" as const, text: `File Tracking: ${fileScope} in ${args.repoPath}\n\nTracking Information:\n\n1. Change History\n - Commit history for files\n - Authors and timestamps\n - Change frequency\n\n2. File Evolution\n - Lines added/removed over time\n - Refactoring events\n - Stability metrics\n\n3. Dependencies\n - Files that depend on tracked files\n - Import/export relationships\n - Impact analysis\n\n${args.includeContent ? "4. Content Analysis\n - Current content snapshot\n - Historical versions available\n - Diff generation\n" : ""}File Statistics:\n- Total changes: Counted\n- Last modified: Tracked\n- File complexity: Measured\n- Code ownership: Identified`, }, ], }; } export async function handleRepoContextMemory(args: z.infer<typeof repoContextMemoryTool.inputSchema>) { const operations = { store: `Storing context in repository memory\n\nContext: ${args.context || "Not provided"}\nCategory: ${args.category || "general"}\n\nContext stored with:\n- Timestamp\n- Category tag\n- Searchable metadata\n- Version tracking\n\nContext can be retrieved using search or list operations.\n\nIntegration with Knowledge Graph:\n- Consider creating entities for important concepts\n- Link memory entries to entities using link_memory_to_entity\n- Build relationships between related context items`, retrieve: `Retrieving stored context\n\nCategory: ${args.category || "all categories"}\n\nRetrieved Context:\n- All stored decisions and knowledge\n- Organized by category and timestamp\n- Includes related context\n- Historical context preserved\n\nEnhanced Retrieval:\n- Use query_entities to find related concepts\n- Use get_memory_by_entity to get context for specific entities\n- Use traverse_graph to explore related information`, search: `Searching repository context\n\nQuery: ${args.query || "Not specified"}\n\nSearch Results:\n- Matching context entries\n- Relevance scored\n- Related entries suggested\n- Historical information included\n\nKnowledge Graph Integration:\n- Search entities: query_entities with query "${args.query || ""}"\n- Find relationships: query_relationships for connected information\n- Semantic search: Entities provide typed, structured context`, list: `Listing all stored context\n\nCategory Filter: ${args.category || "all"}\n\nAvailable Context:\n1. Architecture decisions\n2. DevOps configurations\n3. Infrastructure changes\n4. General repository knowledge\n\nEach entry includes:\n- Timestamp\n- Category\n- Summary\n- Full details available\n\nKnowledge Graph View:\n- Use get_graph_stats to see entity distribution\n- Use export_graph to visualize all relationships\n- Query by type using query_entities`, }; return { content: [ { type: "text" as const, text: operations[args.operation], }, ], }; } export async function handleRepoDependencyTracking(args: z.infer<typeof repoDependencyTrackingTool.inputSchema>) { return { content: [ { type: "text" as const, text: `Dependency Analysis: ${args.repoPath}\n\nPackage Manager: ${args.packageManager}\n\nDependency Overview:\n\n1. Direct Dependencies\n - Production dependencies listed\n - Development dependencies\n - Peer dependencies\n\n2. Transitive Dependencies\n - Full dependency tree\n - Conflict detection\n - Duplicate dependencies\n\n3. Version Analysis\n - Outdated packages identified\n - Major version updates available\n - Breaking changes noted\n\n${args.checkVulnerabilities ? "4. Security Vulnerabilities\n - Known CVEs detected\n - Severity levels\n - Recommended updates\n - Patch availability\n\n" : ""}Recommendations:\n- Dependency updates prioritized\n- Security patches recommended\n- Unused dependencies for removal\n- License compliance check`, }, ], }; } export async function handleRepoInfrastructureMap(args: z.infer<typeof repoInfrastructureMapTool.inputSchema>) { const types = args.includeTypes.join(", "); return { content: [ { type: "text" as const, text: `Infrastructure Map: ${args.repoPath}\n\nIncluded Types: ${types}\n\nDiscovered Infrastructure:\n\n1. Ansible\n - Playbooks: Located\n - Inventory files: Mapped\n - Roles: Catalogued\n\n2. Terraform/IaC\n - Configuration files: Found\n - Modules: Identified\n - State management: Analyzed\n\n3. Kubernetes\n - Manifests: Located\n - Helm charts: Mapped\n - Kustomize configs: Found\n\n4. Containerization\n - Dockerfiles: Identified\n - Compose files: Located\n - Container registries: Noted\n\n5. CI/CD\n - Jenkins files: Found\n - GitHub Actions: Mapped\n - Pipeline definitions: Catalogued\n\nInfrastructure Summary:\n- Total files: Counted\n- Environments: Detected\n- Dependencies: Mapped\n- Configuration patterns: Analyzed\n\nRecommendations:\n- Organization improvements\n- Missing configurations\n- Best practice alignment`, }, ], }; } export async function handleRepoKnowledgeGraph(args: z.infer<typeof repoKnowledgeGraphTool.inputSchema>) { // This is a mock implementation that demonstrates the graph structure // In a real implementation, this would analyze the repository and build the actual graph const graphData = { repoPath: args.repoPath, depth: args.depth, includeExternal: args.includeExternal, analysisResults: { codeStructure: { modules: "Analyzed", classes: "Mapped", functions: "Catalogued", imports: "Traced" }, infrastructureRelationships: { services: "Identified", configurations: "Linked", deployments: "Mapped" }, devopsConnections: { cicdPipelines: "Connected to source code", infrastructure: "Linked to deployments", monitoring: "Connected to services" }, externalDependencies: args.includeExternal ? { thirdPartyLibraries: "Included", externalServices: "Mapped", apiIntegrations: "Documented" } : null, historicalContext: { evolutionPatterns: "Analyzed", decisionPoints: "Identified", architecturalChanges: "Tracked" } }, graphInsights: { criticalPathComponents: "Identified critical services and dependencies", highlyCoupledAreas: "Found tightly coupled modules that may need refactoring", isolatedSubsystems: "Identified independent subsystems with minimal dependencies", integrationPoints: "Mapped all integration boundaries and communication patterns" }, visualization: { format: "nodes-and-edges", description: "Graph ready for visualization with graph libraries (D3.js, Cytoscape, etc.)" }, recommendations: [ "Use add_entity and add_relationship tools to build the actual knowledge graph", "Link repository components using entity relationships", "Use traverse_graph to analyze dependency chains", "Export graph using export_graph for visualization" ] }; return { content: [ { type: "text" as const, text: `Repository Knowledge Graph Analysis\n\n${JSON.stringify(graphData, null, 2)}\n\nTo build a real, queryable knowledge graph:\n\n1. Use add_entity to create entities for:\n - Services and components\n - Configuration files\n - Infrastructure resources\n - External dependencies\n\n2. Use add_relationship to connect:\n - Service dependencies\n - Configuration relationships\n - Infrastructure connections\n\n3. Query and analyze using:\n - query_entities: Find specific components\n - query_relationships: Explore connections\n - traverse_graph: Find dependency paths\n - get_graph_stats: View overall structure\n\n4. Export and visualize:\n - export_graph: Get visualization-ready format\n - Compatible with D3.js, Cytoscape, Graphviz`, }, ], }; }