JC Beasley
a1aca9bfc6
Adds foundational workspace documentation: - Core identity and operating principles (SOUL.md, IDENTITY.md, AGENTS.md, USER.md) - Memory management system specification (MEMORY.md) - Development team context and workflow (CONTEXT.md, PROJECTS.md) - Environment notes template (TOOLS.md) - Heartbeat task template (HEARTBEAT.md) Includes super-enhanced memory system: - JavaScript memory engine implementation - Memory initialization and test scripts - Daily memory logs for 2026-07-03, 2026-07-04 - Project-level memory structure for site-survey-ai Adds project templates: - Standard Python Flask application template
65 lines
2.7 KiB
JavaScript
65 lines
2.7 KiB
JavaScript
/**
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* Test Script for Super-Enhanced Memory System
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*/
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const { MemoryManager, MEMORY_CATEGORIES } = require('./super-enhanced-memory-implementation.js');
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async function testMemorySystem() {
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console.log("Testing Super-Enhanced Memory System...\n");
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const memoryManager = new MemoryManager();
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// Test 1: Load existing memories
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console.log("1. Loading existing memories...");
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const nameMemory = await memoryManager.loadMemory('mem:identity:name');
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const formatMemory = await memoryManager.loadMemory('mem:pref:format');
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console.log(` User name: ${nameMemory ? nameMemory.content : 'Not found'}`);
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console.log(` Format preference: ${formatMemory ? formatMemory.content : 'Not found'}`);
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console.log(` Name memory accessed ${nameMemory ? nameMemory.access_count : 0} times\n`);
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// Test 2: Create new memory
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console.log("2. Creating new memory...");
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const newMemory = await memoryManager.createMemory(
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'mem:test:demo',
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MEMORY_CATEGORIES.KNOWLEDGE,
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'This is a test memory created during system verification',
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6,
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['test', 'demo']
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);
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console.log(` Created memory: ${newMemory.key}\n`);
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// Test 3: Update existing memory
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console.log("3. Updating existing memory...");
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const updatedMemory = await memoryManager.updateMemory(
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'mem:test:demo',
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'This is an UPDATED test memory created during system verification'
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);
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console.log(` Updated memory content: ${updatedMemory ? updatedMemory.content : 'Failed'}\n`);
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// Test 4: Auto-capture simulation
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console.log("4. Testing auto-capture...");
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await memoryManager.autoCapture("I prefer markdown format for documentation", {});
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await memoryManager.autoCapture("My goal is to implement a complete memory system", {});
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console.log(" Auto-capture completed\n");
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// Test 5: Special commands simulation
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console.log("5. Testing special commands...");
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const profile = await memoryManager.showMemoryProfile();
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console.log(` Memory profile: ${profile.total} total memories`);
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console.log(` By category:`, profile.byCategory);
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console.log(` By importance:`, profile.byImportance);
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console.log();
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// Test 6: Conversation start simulation
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console.log("6. Testing conversation start...");
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const highImportanceMemories = await memoryManager.conversationStart();
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console.log(` Loaded ${highImportanceMemories.length} high-importance memories\n`);
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console.log("Memory system test completed successfully!");
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console.log("\nStored memories can be found in: /home/jcbeasley/.openclaw/workspace/memory/items/");
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console.log("Memory index is maintained at: /home/jcbeasley/.openclaw/workspace/memory/_index.json");
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}
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// Run the test
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testMemorySystem().catch(console.error); |