class iR3Alpha:
    """
    iR³ Alpha = 3 foundation components
    All using pure flux paradigm
    """
    
    def __init__(self):
        # Component 1: iR³Series (local append-only)
        self.series = iR3Series()
        
        # Component 2: iR³DHT (intent broadcast)
        self.dht = iR3DHT()
        
        # Component 3: iR³BitTorrent (distributed storage)
        self.bt = iR3BitTorrent()
        
        # Hook up async streams
        self._setup_streams()
    
    def _setup_streams(self):
        """Connect async data streams"""
        # P2P responses flow into series
        self.dht.on_p2p_response(lambda data: 
            self.series.append({
                't': time.time(),
                'event': 'p2p_response',
                'data': data
            })
        )
        
        # BT chunks flow into series
        self.bt.on_chunk_received(lambda chunk:
            self.series.append({
                't': time.time(),
                'event': 'chunk_received',
                'chunk': chunk
            })
        )

class iR3Series:
    """
    Local series: append-only event log
    ~200 lines of code
    """
    
    def __init__(self):
        self.series = []
    
    def append(self, event):
        """Push event (immediate return)"""
        self.series.append({
            't': time.time(),
            **event
        })
        # Returns immediately
    
    def derive_state(self):
        """Derive current state from series"""
        # No blocking - just reduction
        return self._reduce(self.series)
    
    def _reduce(self, series):
        """Reduce series to state"""
        state = {}
        for event in series:
            state = self._apply_event(state, event)
        return state

class iR3DHT:
    """
    DHT: Broadcast intents only
    ~500 lines of code
    Responses via P2P (not DHT)
    """
    
    def __init__(self):
        self.routing_table = {}
        self.p2p_handlers = []
    
    def push_intent(self, intent):
        """Push intent to network (fire & forget)"""
        # Find target nodes
        targets = self._find_targets(intent)
        
        # Broadcast (no waiting!)
        for target in targets:
            self._send_async(target, {
                'from': self.address,  # For P2P responses
                'intent': intent
            })
        
        # Return immediately
        return
    
    def _send_async(self, target, data):
        """Async send via UDP-like broadcast"""
        # Fire & forget
        socket.sendto(data, target)
    
    def on_intent_received(self, handler):
        """Register handler for incoming intents"""
        # When intent arrives, handler fires
        self.intent_handlers.append(handler)
    
    def respond_p2p(self, to_address, data):
        """Send P2P response directly (not via DHT)"""
        # Direct connection to requester
        socket = connect_to(to_address)
        socket.send(data)
        socket.close()
        
        # Fire & forget (no waiting)
    
    def on_p2p_response(self, handler):
        """Register handler for incoming P2P responses"""
        self.p2p_handlers.append(handler)

class iR3BitTorrent:
    """
    BitTorrent: Distributed chunk storage
    ~1000 lines of code
    """
    
    def __init__(self):
        self.chunks = {}
        self.rate_limiters = self._init_rate_limiters()
    
    def store_chunk(self, chunk_id, data):
        """Store chunk (if rate limiters allow)"""
        if self._should_store(chunk_id):
            # Store locally
            self.chunks[chunk_id] = data
            
            # Announce to DHT (push)
            dht.push_intent({
                'intent': 'announce_chunk',
                'chunk_id': chunk_id,
                'holder': self.address
            })
        
        # Return immediately (no waiting)
    
    def push_want_chunk(self, chunk_id):
        """Request chunk via DHT broadcast"""
        # Push intent to DHT
        dht.push_intent({
            'intent': 'want_chunk',
            'chunk_id': chunk_id,
            'requester': self.address  # For P2P response
        })
        
        # Return immediately
        # Data will flow in via P2P later
    
    def on_chunk_received(self, handler):
        """Register handler for incoming chunks"""
        self.chunk_handlers.append(handler)
    
    def _should_store(self, chunk_id):
        """Check rate limiters"""
        return all(
            limiter.allow() 
            for limiter in self.rate_limiters.values()
        )

class ApplicationTemplate:
    """
    Template for any iR³ application
    All apps follow this pattern
    """
    
    def __init__(self, foundation):
        # Connect to foundation
        self.series = foundation.series
        self.dht = foundation.dht
        self.bt = foundation.bt
        
        # Register async handlers
        self._setup_handlers()
    
    def _setup_handlers(self):
        """Set up event handlers"""
        # Handle P2P responses
        self.dht.on_p2p_response(self._on_response)
        
        # Handle chunks
        self.bt.on_chunk_received(self._on_chunk)
    
    def do_action(self, params):
        """Any app action (pure flux)"""
        # 1. Push intent (immediate return)
        self.dht.push_intent({
            'intent': 'app_action',
            'params': params
        })
        
        # 2. Append to series (immediate)
        self.series.append({
            'event': 'action_initiated',
            'params': params
        })
        
        # 3. Return immediately (NO WAITING)
        return
    
    def _on_response(self, data):
        """Async handler for responses"""
        # Just append to series
        self.series.append({
            'event': 'response_received',
            'data': data
        })
    
    def _on_chunk(self, chunk):
        """Async handler for chunks"""
        # Just append to series
        self.series.append({
            'event': 'chunk_received',
            'chunk': chunk
        })
    
    def derive_state(self):
        """Derive current state (no waiting)"""
        return self.series.derive_state()

class MoneyApp:
    """
    Money emission via pure flux
    From Post 875
    """
    
    def __init__(self, foundation):
        self.series = foundation.series
        self.dht = foundation.dht
        self.bt = foundation.bt
        
        # Register handlers
        self.dht.on_p2p_response(self._on_mint_response)
    
    def mint(self, currency, amount, recipient):
        """Mint money (pure flux)"""
        # 1. Push intent to DHT
        self.dht.push_intent({
            'intent': 'mint_money',
            'currency': currency,
            'amount': amount,
            'recipient': recipient,
            'from': self.address
        })
        
        # 2. Append to local series
        self.series.append({
            'event': 'mint_initiated',
            'currency': currency,
            'amount': amount,
            'recipient': recipient
        })
        
        # 3. Return immediately (NO WAITING)
        return
    
    def _on_mint_response(self, data):
        """Async handler for mint responses"""
        if data.get('type') == 'mint_accepted':
            # Append acceptance
            self.series.append({
                'event': 'mint_accepted',
                'data': data
            })
        elif data.get('type') == 'mint_rejected':
            # Even rejection is data!
            self.series.append({
                'event': 'mint_rejected',
                'reason': data['reason'],
                'data': data
            })
    
    def derive_balance(self, address, currency):
        """Derive balance from series (no waiting)"""
        state = self.series.derive_state()
        return state.get('balances', {}).get(address, {}).get(currency, 0)

class EVMApp:
    """
    EVM via pure flux
    Metamask compatible
    ~400 lines of code
    """
    
    def __init__(self, foundation):
        self.series = foundation.series
        self.dht = foundation.dht
        self.bt = foundation.bt
        self.evm_state = {}
        
        # Register handlers
        self.dht.on_p2p_response(self._on_eth_response)
    
    def handle_metamask_tx(self, tx):
        """Handle Metamask transaction (pure flux)"""
        # 1. Push intent to DHT
        self.dht.push_intent({
            'intent': 'execute_eth_tx',
            'tx_hash': tx.hash,
            'tx_data': tx,
            'from': self.address
        })
        
        # 2. Execute locally (immediate)
        result = self._execute_local(tx)
        
        # 3. Append to series
        self.series.append({
            'event': 'eth_tx_executed',
            'tx_hash': tx.hash,
            'result': result
        })
        
        # 4. Return tx hash to Metamask (immediate)
        return result.tx_hash
    
    def _execute_local(self, tx):
        """Execute EVM transaction locally"""
        # PyEVM execution (fast)
        return self.evm_executor.execute(tx, self.evm_state)
    
    def _on_eth_response(self, data):
        """Async handler for ETH responses"""
        if data.get('type') == 'eth_state_update':
            # Append state update
            self.series.append({
                'event': 'eth_state_update',
                'data': data
            })

# Complete flow example:

# Node A wants chunk X
node_a.bt.push_want_chunk('chunk_x')
# → Immediate return (no blocking)

# DHT broadcasts intent to all BT nodes
dht.broadcast({
    'intent': 'want_chunk',
    'chunk_id': 'chunk_x',
    'requester': node_a.address  # For P2P response
})

# Each node receives intent, decides autonomously:

# Node B has chunk, not rate limited
@node_b.on_intent
def handle(intent):
    if intent['chunk_id'] in self.chunks:
        if self.rate_limiters.allow():
            # Send P2P response (direct)
            dht.respond_p2p(
                to=intent['requester'],
                data={
                    'chunk_id': intent['chunk_id'],
                    'data': self.chunks[intent['chunk_id']]
                }
            )

# Node C has chunk, but rate limited
@node_c.on_intent
def handle(intent):
    if intent['chunk_id'] in self.chunks:
        if not self.rate_limiters.allow():
            # Send status NO (still valuable data!)
            dht.respond_p2p(
                to=intent['requester'],
                data={
                    'status': 'rate_limited',
                    'has_chunk': True,  # Important info!
                    'retry_after': 60
                }
            )

# Node D doesn't have chunk
@node_d.on_intent
def handle(intent):
    # Silence (doesn't respond)
    pass

# Node A receives P2P responses asynchronously
@node_a.on_p2p_response
def handle(data):
    # Just append to series
    series.append({
        't': time.time(),
        'event': 'response',
        'data': data
    })

# No blocking anywhere!

foundation = iR3Alpha()

# All applications built on same foundation
apps = {
    # Native applications
    'money': MoneyApp(foundation),
    'reputation': ReputationApp(foundation),
    'territory': TerritoryApp(foundation),
    'lending': LendingApp(foundation),
    
    # Compatibility layers
    'evm': EVMApp(foundation),  # For Metamask
    
    # More apps
    'storage': StorageApp(foundation),
    'compute': ComputeApp(foundation),
    'messaging': MessagingApp(foundation)
}

# All apps share:
# - Same iR³Series for local state
# - Same iR³DHT for intent broadcast
# - Same iR³BitTorrent for chunks
# - Same pure flux paradigm
# - Zero blocking anywhere

# Traditional (blocking):
for i in range(1000):
    chunk = node.request(f'chunk_{i}')  # BLOCKS
    process(chunk)

# Time: 1000 * latency = SLOW

# Pure flux (non-blocking):
for i in range(1000):
    node.push_want_chunk(f'chunk_{i}')  # Immediate

# All requests "in flight" simultaneously
# Process as data flows in
while True:
    state = node.derive_state()
    for chunk_id, data in state['chunks'].items():
        process(data)
    time.sleep(0.01)

# Time: ~latency (parallel) = FAST

# Start node with pure flux foundation
python3 ir3.py \
  --node-id my_node \
  --dht-port 7001 \
  --bt-port 6001 \
  --p2p-port 6002 \
  --bootstrap node1.ir3.network:7001

# Enable applications
python3 ir3.py \
  --apps money,reputation,territory,evm \
  --evm-rpc-port 8545  # For Metamask

import ir3

# Connect to node
node = ir3.connect('localhost:7001')

# Use money app (pure flux)
node.money.mint('USD', 1000, recipient)  # Returns immediately

# Use reputation app
node.reputation.query(node_id)  # Returns immediately

# Derive state anytime
balance = node.money.derive_balance(my_address, 'USD')