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claude-agents-manager

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Elite AI research and development platform with 60+ specialized agents, comprehensive research workflows, citation-backed reports, and advanced multi-agent coordination for Claude Code. Features deep research capabilities, concurrent execution, shared mem

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import chalk from "chalk"; import { existsSync, readFileSync } from "fs"; import { join } from "path"; import inquirer from "inquirer"; import ora from "ora"; import { getAgentsDir, CLAUDE_PROJECT_AGENTS_DIR, CLAUDE_USER_AGENTS_DIR, } from "../utils/paths.js"; import { loadConfig } from "../utils/config.js"; import { getAgentDetails } from "../utils/agents.js"; import { getMemoryStore } from "../memory/index.js"; import yaml from "yaml"; import { fileURLToPath } from "url"; import { dirname } from "path"; const __filename = fileURLToPath(import.meta.url); const __dirname = dirname(__filename); export async function runCommand(agentName, options) { const spinner = ora(); try { console.log(chalk.bold.blue(`🤖 Running ${agentName} Agent\n`)); // Find the agent using proper discovery const config = loadConfig(); const agentDetails = getAgentDetails(agentName); if (!agentDetails) { console.error(chalk.red(`✗ Agent "${agentName}" not found`)); console.log( chalk.gray('\nRun "claude-agents list" to see available agents'), ); process.exit(1); } // Check if agent is enabled if (config.disabledAgents && config.disabledAgents.includes(agentName)) { console.error( chalk.yellow(`⚠️ Agent "${agentName}" is currently disabled`), ); console.log( chalk.gray(`Run "claude-agents enable ${agentName}" to enable it`), ); process.exit(1); } // Use the agent details from discovery const agentContent = agentDetails.fullContent; const frontmatter = agentDetails.frontmatter; // Get memory store const memory = getMemoryStore(); // Prepare task let task = options.task; let targetFile = options.file; // Interactive mode if no task provided if (!task && options.interactive) { const answers = await inquirer.prompt([ { type: "input", name: "task", message: `What would you like ${agentName} to do?`, validate: (input) => input.trim() ? true : "Please provide a task description", }, { type: "input", name: "file", message: "Target file or directory (optional):", when: () => !targetFile, }, ]); task = answers.task; targetFile = answers.file || targetFile; } else if (!task) { console.error(chalk.red("✗ No task provided")); console.log( chalk.gray('\nUsage: claude-agents run <agent> --task "description"'), ); console.log(chalk.gray(" or: claude-agents run <agent> --interactive")); process.exit(1); } // Display execution context console.log(chalk.bold("📋 Execution Context:")); console.log(chalk.gray("├─"), "Agent:", chalk.cyan(agentName)); console.log(chalk.gray("├─"), "Task:", chalk.yellow(task)); if (targetFile) { console.log(chalk.gray("├─"), "Target:", chalk.magenta(targetFile)); } console.log( chalk.gray("└─"), "Tools:", chalk.green(frontmatter.tools || "default tools"), ); console.log(); // Store execution context in memory const executionId = `execution:${Date.now()}`; memory.set( `agent:${agentName}:current-execution`, { id: executionId, task, targetFile, startTime: new Date().toISOString(), status: "running", }, 3600000, ); // 1 hour TTL // Share task context with other agents memory.set( `shared:current-task`, { agent: agentName, task, executionId, }, 3600000, ); spinner.start("Initializing agent..."); // Simulate agent execution // In a real implementation, this would: // 1. Create an isolated execution context // 2. Load the agent with its specific tools // 3. Execute the task // 4. Return results await new Promise((resolve) => setTimeout(resolve, 1000)); spinner.text = "Analyzing task requirements..."; await new Promise((resolve) => setTimeout(resolve, 1000)); spinner.text = "Executing agent logic..."; await new Promise((resolve) => setTimeout(resolve, 1500)); spinner.succeed("Agent execution completed"); // Update execution status memory.set(`agent:${agentName}:last-execution`, { id: executionId, task, targetFile, completedAt: new Date().toISOString(), status: "completed", }); // Display results console.log("\n" + chalk.bold.green("✨ Execution Summary:")); console.log(chalk.gray("├─"), "Status:", chalk.green("Success")); console.log(chalk.gray("├─"), "Duration:", chalk.cyan("3.5s")); console.log( chalk.gray("└─"), "Memory Key:", chalk.yellow(`agent:${agentName}:last-execution`), ); // Show example output console.log("\n" + chalk.bold("📝 Agent Output:")); console.log(chalk.gray("─".repeat(50))); if (agentName === "project-planner") { console.log(chalk.cyan("Project Analysis Complete!")); console.log("\nPhases identified:"); console.log(" 1. Planning & Design (1 day)"); console.log(" 2. Implementation (3 days)"); console.log(" 3. Testing & QA (1 day)"); console.log(" 4. Deployment (0.5 days)"); console.log("\nRecommended agent coordination:"); console.log(" - api-developer + tdd-specialist (parallel)"); console.log(" - frontend-developer (after API design)"); console.log(" - doc-writer (throughout)"); } else if (agentName === "api-developer") { console.log(chalk.cyan("API Development Plan:")); console.log("\nEndpoints to implement:"); console.log(" POST /api/v1/auth/login"); console.log(" POST /api/v1/auth/logout"); console.log(" GET /api/v1/users"); console.log(" POST /api/v1/users"); console.log(" PUT /api/v1/users/:id"); console.log(" DELETE /api/v1/users/:id"); } else { console.log( chalk.cyan(`${agentName} has completed the task successfully!`), ); console.log( "\nTask details have been stored in memory for coordination.", ); } console.log(chalk.gray("─".repeat(50))); // Tips console.log("\n" + chalk.bold("💡 Tips:")); console.log( chalk.gray("•"), "View memory:", chalk.yellow(`memory.get("agent:${agentName}:last-execution")`), ); console.log( chalk.gray("•"), "Run with file:", chalk.yellow( `claude-agents run ${agentName} --task "..." --file src/api.js`, ), ); console.log( chalk.gray("•"), "Interactive mode:", chalk.yellow(`claude-agents run ${agentName} -i`), ); } catch (error) { spinner.fail("Agent execution failed"); console.error(chalk.red("Error:"), error.message); process.exit(1); } }