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Rebootpy supports running multiple clients (accounts) simultaneously, which is useful for coordinating multiple bots or testing interactions.

​
Basic setup

Use run_multiple() to start multiple clients: 
import rebootpy

# Create client instances
client1 = rebootpy.Client(
    auth=rebootpy.DeviceAuth(
        account_id='account1_id',
        device_id='device1_id',
        secret='secret1'
    )
)

client2 = rebootpy.Client(
    auth=rebootpy.DeviceAuth(
        account_id='account2_id',
        device_id='device2_id',
        secret='secret2'
    )
)

# Run both clients
rebootpy.run_multiple(clients=[client1, client2])

​
Using ready callbacks

​
Per-client ready callback

Execute code when each client becomes ready: 
instances = {}

async def event_sub_ready(client):
    instances[client.user.id] = client
    print(f'{client.user.display_name} is ready')

rebootpy.run_multiple(
    clients=[client1, client2],
    ready_callback=event_sub_ready
)

​
All clients ready callback

Execute code once all clients are ready: 
async def all_clients_ready():
    print('All clients are now ready!')
    print(f'Total clients: {len(instances)}')

rebootpy.run_multiple(
    clients=[client1, client2],
    ready_callback=event_sub_ready,
    all_ready_callback=all_clients_ready
)

​
Event handlers for multiple clients

Register event handlers for each client: 
async def event_sub_friend_request(request):
    print(f'{request.client.user.display_name} received friend request')
    await request.accept()

async def event_sub_party_member_join(member):
    print(f'{member.display_name} joined {member.client.user.display_name}\'s party')

for client in [client1, client2]:
    client.add_event_handler('friend_request', event_sub_friend_request)
    client.add_event_handler('party_member_join', event_sub_party_member_join)

​
Complete example from source

Here’s the actual example from the rebootpy repository: 
import rebootpy
import asyncio
import functools
import os
import json

instances = {}
filename = 'device_auths.json'

def get_device_auth_details():
    with open(filename, 'r') as fp:
        return json.load(fp)

async def event_sub_ready(client):
    instances[client.user.id] = client
    print(f'Bot ready as {client.user.display_name} ({client.user.id}).')

async def event_sub_friend_request(request):
    print('{0.client.user.display_name} received a friend request.'.format(request))
    await request.accept()

async def event_sub_party_member_join(member):
    print("{0.display_name} joined {0.client.user.display_name}'s party.".format(member))

clients = []
device_auths = get_device_auth_details()
for account, device_auth in device_auths.items():
    client = rebootpy.Client(
        auth=rebootpy.DeviceAuth(**device_auth),
        default_party_member_config=rebootpy.DefaultPartyMemberConfig(
            meta=(
                functools.partial(
                    rebootpy.ClientPartyMember.set_outfit,
                    'CID_175_Athena_Commando_M_Celestial'
                ),
            )
        )
    )
    
    # Register events
    client.add_event_handler('friend_request', event_sub_friend_request)
    client.add_event_handler('party_member_join', event_sub_party_member_join)
    
    clients.append(client)

rebootpy.run_multiple(
    clients,
    ready_callback=event_sub_ready,
    all_ready_callback=lambda: print('All clients ready')
)

​
Managing clients

​
Accessing specific clients

Store clients in a dictionary for easy access: 
clients_by_name = {}

async def event_sub_ready(client):
    clients_by_name[client.user.display_name] = client
    print(f'{client.user.display_name} ready')

# Later, access by name
main_client = clients_by_name.get('MainBot')
if main_client:
    await main_client.party.set_privacy(rebootpy.PartyPrivacy.PUBLIC)

​
Tracking client state

client_stats = {}

async def event_sub_ready(client):
    client_stats[client.user.id] = {
        'name': client.user.display_name,
        'friends_count': len(client.friends),
        'party_size': client.party.member_count,
        'online': True
    }

​
Inter-client communication

​
Making clients interact

async def event_sub_ready(client):
    instances[client.user.id] = client

async def all_clients_ready():
    # Get client references
    client_list = list(instances.values())
    
    if len(client_list) >= 2:
        client1 = client_list[0]
        client2 = client_list[1]
        
        # Make them friends
        try:
            await client1.add_friend(client2.user.id)
        except rebootpy.DuplicateFriendship:
            pass
        
        # Join same party
        await client2.join_party(client1.party.id)

​
Party coordination

async def all_clients_ready():
    clients = list(instances.values())
    
    # Set first client as party leader
    leader = clients[0]
    await leader.party.set_privacy(rebootpy.PartyPrivacy.PUBLIC)
    
    # Have all other clients join the leader's party
    for client in clients[1:]:
        try:
            await client.join_party(leader.party.id)
        except Exception as e:
            print(f'Failed to join party: {e}')

​
Advanced usage

​
Different configurations per client

configs = [
    {
        'outfit': 'CID_175_Athena_Commando_M_Celestial',
        'privacy': rebootpy.PartyPrivacy.PUBLIC
    },
    {
        'outfit': 'CID_028_Athena_Commando_F',
        'privacy': rebootpy.PartyPrivacy.PRIVATE
    }
]

clients = []
for i, config in enumerate(configs):
    client = rebootpy.Client(
        auth=rebootpy.DeviceAuth(**device_auths[i]),
        default_party_config=rebootpy.DefaultPartyConfig(
            privacy=config['privacy']
        ),
        default_party_member_config=rebootpy.DefaultPartyMemberConfig(
            meta=(
                functools.partial(
                    rebootpy.ClientPartyMember.set_outfit,
                    config['outfit']
                ),
            )
        )
    )
    clients.append(client)

​
Manual start/stop

For more control, use start_multiple() and manage the event loop: 
import asyncio

async def main():
    # Start all clients
    tasks = await rebootpy.start_multiple(
        clients=[client1, client2],
        ready_callback=event_sub_ready
    )
    
    # Do something while clients run
    await asyncio.sleep(60)
    
    # Stop all clients
    await rebootpy.close_multiple(clients=[client1, client2])

asyncio.run(main())

​
Context manager approach

async def main():
    async with client1, client2:
        # Clients are started automatically
        await asyncio.sleep(60)
        # Clients are closed automatically on exit

​
Best practices

When running multiple clients, always use DeviceAuth to avoid repeated manual authentication:
auth=rebootpy.DeviceAuth(**credentials)
Keep device auth credentials in a secure JSON file with appropriate permissions:
# device_auths.json
{
    "account1": {
        "account_id": "...",
        "device_id": "...",
        "secret": "..."
    },
    "account2": { ... }
}
Use dictionaries to track clients for easy reference:
instances[client.user.id] = client
One client failing shouldn’t crash all clients. Use try/except blocks:
async def event_sub_ready(client):
    try:
        # Client-specific setup
        pass
    except Exception as e:
        print(f'Error for {client.user.display_name}: {e}')
Running many clients increases the chance of hitting rate limits. Implement delays between operations:
for client in clients:
    await client.party.set_privacy(rebootpy.PartyPrivacy.PUBLIC)
    await asyncio.sleep(1)  # Small delay

​
Next steps

Client reference

Full Client class documentation

Device auth

Learn about DeviceAuth

Events reference

Understanding events

Party management

Managing parties across clients

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