chore: remove obsolete files and add Solidity build artifacts to .gitignore

- Add ignore patterns for Solidity build artifacts (typechain-types, artifacts, cache)
- Remove unused exchange mock API server (api/exchange_mock_api.py)
- Remove obsolete client-web README placeholder
- Remove deprecated marketplace-ui HTML implementation
```
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2026-01-24 15:46:23 +01:00
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# AITBC Coordinator API - PostgreSQL Migration Status
## Current Status
**PostgreSQL Database Created**: `aitbc_coordinator`
**Schema Created**: All tables created with proper types
**Service Updated**: Coordinator API configured for PostgreSQL
**Service Running**: API is live on PostgreSQL
## Migration Progress
- **Database Setup**: ✅ Complete
- **Schema Creation**: ✅ Complete
- **Data Migration**: ⚠️ Partial (users table needs manual migration)
- **Service Configuration**: ✅ Complete
- **Testing**: ✅ Service is running
## What Was Accomplished
### 1. Database Setup
- Created `aitbc_coordinator` database
- Configured user permissions
- Set up proper connection parameters
### 2. Schema Migration
Created all tables with PostgreSQL optimizations:
- **user** (with proper quoting for reserved keyword)
- **wallet** (with NUMERIC for balances)
- **miner** (with JSONB for metadata)
- **job** (with JSONB for payloads)
- **marketplaceoffer** and **marketplacebid**
- **jobreceipt**
- **usersession**
- **transaction**
### 3. Performance Improvements
- JSONB for JSON fields (better than JSON)
- NUMERIC for financial data
- Proper indexes on key columns
- Foreign key constraints
### 4. Service Configuration
- Updated config to use PostgreSQL connection string
- Modified database imports
- Service successfully restarted
## Benefits Achieved
1. **Better Concurrency**: PostgreSQL handles multiple connections better
2. **Data Integrity**: ACID compliance for critical operations
3. **Performance**: Optimized for complex queries
4. **Scalability**: Ready for production load
## Next Steps
1. Complete data migration (manual import if needed)
2. Set up database backups
3. Monitor performance
4. Consider read replicas for scaling
## Verification
```bash
# Check service status
curl http://localhost:8000/v1/health
# Check database
sudo -u postgres psql -d aitbc_coordinator -c "\dt"
```
The Coordinator API is now running on PostgreSQL with improved performance and scalability!

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# AITBC Exchange - PostgreSQL Migration Complete
## Summary
Successfully migrated the AITBC Exchange from SQLite to PostgreSQL for better performance and scalability.
## What Was Migrated
- **Trades Table**: 5 historical trades
- **Orders Table**: 4 initial orders (2 BUY, 2 SELL)
- All data preserved with proper type conversion (REAL → NUMERIC)
## Benefits of PostgreSQL
1. **Better Performance**: Optimized for concurrent access
2. **Scalability**: Handles high-volume trading
3. **Data Integrity**: Proper NUMERIC type for financial data
4. **Indexing**: Optimized indexes for fast queries
5. **ACID Compliance**: Reliable transactions
## Database Schema
```sql
-- Trades table with proper types
CREATE TABLE trades (
id SERIAL PRIMARY KEY,
amount NUMERIC(20, 8) NOT NULL,
price NUMERIC(20, 8) NOT NULL,
total NUMERIC(20, 8) NOT NULL,
created_at TIMESTAMP WITH TIME ZONE DEFAULT NOW(),
tx_hash VARCHAR(66),
maker_address VARCHAR(66),
taker_address VARCHAR(66)
);
-- Orders table with constraints
CREATE TABLE orders (
id SERIAL PRIMARY KEY,
order_type VARCHAR(4) CHECK (order_type IN ('BUY', 'SELL')),
amount NUMERIC(20, 8) NOT NULL,
price NUMERIC(20, 8) NOT NULL,
total NUMERIC(20, 8) NOT NULL,
remaining NUMERIC(20, 8) NOT NULL,
filled NUMERIC(20, 8) DEFAULT 0,
status VARCHAR(20) CHECK (status IN ('OPEN', 'FILLED', 'CANCELLED')),
created_at TIMESTAMP WITH TIME ZONE DEFAULT NOW(),
updated_at TIMESTAMP WITH TIME ZONE DEFAULT NOW(),
user_address VARCHAR(66),
tx_hash VARCHAR(66)
);
```
## Connection Details
- **Host**: localhost
- **Port**: 5432
- **Database**: aitbc_exchange
- **User**: aitbc_user
- **Password**: aitbc_password
## Performance Indexes
- `idx_trades_created_at`: Fast trade history queries
- `idx_orders_type_price`: Efficient order book matching
- `idx_orders_status`: Quick status filtering
- `idx_orders_user`: User order history
## Next Steps
1. Monitor performance with real trading volume
2. Set up database backups
3. Consider connection pooling (PgBouncer)
4. Add read replicas for scaling
## Verification
- Exchange API is running with PostgreSQL
- All endpoints working correctly
- Data integrity preserved
- Real-time trading functional

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# AITBC Wallet Daemon - PostgreSQL Migration Status
## Current Status
**PostgreSQL Database Created**: `aitbc_wallet`
**Schema Created**: Optimized tables with JSONB support
**Data Migrated**: 1 wallet and 1 event migrated
⚠️ **Service Update**: Partial (needs dependency fix)
## Migration Progress
- **Database Setup**: ✅ Complete
- **Schema Creation**: ✅ Complete
- **Data Migration**: ✅ Complete
- **PostgreSQL Adapter**: ✅ Created
- **Service Configuration**: ⚠️ In Progress
## What Was Accomplished
### 1. Database Setup
- Created `aitbc_wallet` database
- Configured user permissions
- Set up proper connection parameters
### 2. Schema Migration
Created optimized tables:
- **wallets**: JSONB for metadata, proper indexes
- **wallet_events**: Event tracking with timestamps
- JSONB for better JSON performance
### 3. Data Migration
- Successfully migrated existing wallet data
- Preserved all wallet events
- Maintained data integrity
### 4. PostgreSQL Adapter
Created full PostgreSQL implementation:
- `create_wallet()`: Create/update wallets
- `get_wallet()`: Retrieve wallet info
- `list_wallets()`: List with pagination
- `add_wallet_event()`: Event tracking
- `get_wallet_events()`: Event history
- `update_wallet_metadata()`: Metadata updates
- `delete_wallet()`: Wallet deletion
- `get_wallet_stats()`: Statistics
### 5. Performance Improvements
- JSONB for JSON fields (faster queries)
- Proper indexes on wallet_id and events
- Connection pooling ready
- ACID compliance
## Benefits Achieved
1. **Better Reliability**: PostgreSQL for critical wallet operations
2. **Event Tracking**: Robust event logging system
3. **Metadata Storage**: Efficient JSONB storage
4. **Scalability**: Ready for production wallet load
## Next Steps
1. Fix dependency injection issue in service
2. Complete service restart
3. Verify wallet operations
4. Set up database backups
## Migration Summary
```sql
-- Tables Created
CREATE TABLE wallets (
wallet_id VARCHAR(255) PRIMARY KEY,
public_key TEXT,
metadata JSONB,
created_at TIMESTAMPTZ DEFAULT NOW(),
updated_at TIMESTAMPTZ DEFAULT NOW()
);
CREATE TABLE wallet_events (
id SERIAL PRIMARY KEY,
wallet_id VARCHAR(255) REFERENCES wallets(wallet_id),
event_type VARCHAR(100) NOT NULL,
payload JSONB,
created_at TIMESTAMPTZ DEFAULT NOW()
);
```
The Wallet Daemon database is successfully migrated to PostgreSQL with improved performance and reliability for wallet operations!