0c8bef82f4
## Agents Added - Alateya: R&D, biotech, innovations - Clan (Spirit): Community spirit agent - Eonarch: Consciousness evolution agent ## Changes - docker-compose.node1.yml: Added tokens for all 3 new agents - gateway-bot/http_api.py: Added configs and webhook endpoints - gateway-bot/clan_prompt.txt: New prompt file - gateway-bot/eonarch_prompt.txt: New prompt file ## Fixes - Fixed ROUTER_URL from :9102 to :8000 (internal container port) - All 9 Telegram agents now working ## Documentation - Created PROJECT-MASTER-INDEX.md - single entry point - Added various status documents and scripts Tokens configured: - Helion, NUTRA, Agromatrix (existing) - Alateya, Clan, Eonarch (new) - Druid, GreenFood, DAARWIZZ (configured)
86 lines
2.9 KiB
Python
86 lines
2.9 KiB
Python
#!/usr/bin/env python3
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"""Fix Neo4j schema - add missing relationships ASKED_ABOUT, WORKS_ON"""
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import requests
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import json
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NEO4J_URL = "http://localhost:7474/db/neo4j/tx/commit"
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AUTH = ("neo4j", "DaarionNeo4j2026!")
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HEADERS = {"Content-Type": "application/json"}
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def run_query(statement):
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"""Execute a single Cypher statement"""
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payload = {"statements": [{"statement": statement}]}
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resp = requests.post(NEO4J_URL, auth=AUTH, headers=HEADERS, json=payload)
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data = resp.json()
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if data.get("errors"):
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print(f"ERROR: {data['errors']}")
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return None
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return data
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# Step 1: Add telegram_user_id alias to all User nodes
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print("1. Adding telegram_user_id to User nodes...")
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run_query("""
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MATCH (u:User)
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WHERE u.telegram_id IS NOT NULL AND u.telegram_user_id IS NULL
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SET u.telegram_user_id = u.telegram_id
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RETURN count(u) as updated
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""")
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# Step 2: Create Topics
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print("2. Creating Topics...")
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topics = ["EcoMiner", "BioMiner", "DAO Governance", "Tokenomics", "Staking", "Infrastructure"]
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for topic in topics:
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run_query(f"MERGE (t:Topic {{name: '{topic}'}}) RETURN t")
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print(f" Created {len(topics)} topics")
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# Step 3: Create Projects
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print("3. Creating Projects...")
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projects = ["Energy Union", "MicroDAO Daarion", "Helion Agent"]
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for project in projects:
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run_query(f"MERGE (p:Project {{name: '{project}', status: 'active'}}) RETURN p")
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print(f" Created {len(projects)} projects")
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# Step 4: Create ASKED_ABOUT relationships
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print("4. Creating ASKED_ABOUT relationships...")
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run_query("""
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MATCH (u:User {username: 'ivantytar'})
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MATCH (t:Topic) WHERE t.name IN ['EcoMiner', 'BioMiner', 'Tokenomics']
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MERGE (u)-[:ASKED_ABOUT {count: 1, last_asked: datetime()}]->(t)
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RETURN count(*) as created
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""")
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# Step 5: Create WORKS_ON relationships
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print("5. Creating WORKS_ON relationships...")
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run_query("""
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MATCH (u:User {username: 'ivantytar'})
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MATCH (p:Project) WHERE p.name IN ['Energy Union', 'MicroDAO Daarion']
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MERGE (u)-[:WORKS_ON {role: 'founder', since: datetime()}]->(p)
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RETURN count(*) as created
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""")
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# Step 6: Create indexes
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print("6. Creating indexes...")
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run_query("CREATE INDEX topic_name IF NOT EXISTS FOR (t:Topic) ON (t.name)")
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run_query("CREATE INDEX project_name IF NOT EXISTS FOR (p:Project) ON (p.name)")
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run_query("CREATE INDEX user_telegram_id IF NOT EXISTS FOR (u:User) ON (u.telegram_user_id)")
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# Verify
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print("\n=== Verification ===")
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result = run_query("CALL db.relationshipTypes()")
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if result:
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types = [row["row"][0] for row in result.get("results", [{}])[0].get("data", [])]
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print(f"Relationship types: {types}")
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result = run_query("""
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MATCH (u:User {username: 'ivantytar'})-[r]->(n)
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RETURN type(r) as rel, labels(n)[0] as node, n.name as name
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""")
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if result:
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print("\nivantytar's relationships:")
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for row in result.get("results", [{}])[0].get("data", []):
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r = row["row"]
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print(f" -{r[0]}-> {r[1]}: {r[2]}")
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print("\n✅ Neo4j schema updated!")
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