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Server Configuration

Oxapy is the heart of an OxAPY application. This page covers every configuration option.

Constructing the server​

from oxapy import Oxapy

server = Oxapy(("127.0.0.1", 8000))

The single argument is a (ip, port) tuple.

Fluent configuration​

Every configuration method returns the server, so they chain naturally:

from oxapy import Oxapy

server = (
    Oxapy(("127.0.0.1", 8000))
    .app_data(AppState())          # shared application data
    .attach(public_api)            # routers, checked in order
    .attach(admin_api)
    .cors(cors_config)             # automatic CORS handling
    .template(template)            # template engine
    .max_connections(1000)         # max concurrent connections (default 100)
    .channel_capacity(200)         # pending-request buffer (default 100)
    .wrap(global_wrapper)          # global response wrapper
)

Reference​

app_data​

server.app_data(obj) — store an object available to every handler via request.app_data. See the Application State guide.

attach​

server.attach(router) — add a router. Routers are checked in order until a match is found. Returns the server.

template​

server.template(template) — enable template rendering. See the Templates guide.

max_connections​

server.max_connections(n) — maximum concurrent connections (default 100). When the limit is reached, further connections wait for a slot.

channel_capacity​

server.channel_capacity(n) — how many pending requests can be buffered internally (default 100). An advanced setting for tuning throughput under load.

cors​

server.cors(cors) — enable automatic CORS handling. The framework adds CORS headers to every response and handles preflight OPTIONS requests without hitting your handlers. CORS headers are applied after the wrap() wrapper. See the CORS guide.

wrap​

server.wrap(callable) — install a global wrapper invoked with (request, response) after every handler. Its return value is converted like a handler's return value. The pipeline order is: handler → wrapper → CORS. See the Error Handling guide.

async_mode​

server.async_mode() — enable async handlers. Returns the server, and run() then returns an awaitable. See the Async Handlers guide.

run​

server.run(reload=False, workers=None) — start the blocking server. reload=True enables hot reload for development. workers sets the number of Tokio worker threads; when omitted the runtime decides.

server.run()                    # default workers
server.run(reload=True)         # hot reload for development
server.run(workers=4)           # four worker threads

Next steps​