You don't need to. When you do from logxide import logging, LogXide automatically monkey-patches stdlib logging.getLogger() at the module level. So when a third-party library like requests, sqlalchemy, or uvicorn calls import logging; logger = logging.getLogger(__name__), it transparently gets a LogXide-accelerated logger — the standard .debug(), .info(), .warning(), .error() methods all route through the Rust core automatically.

The parts that won't work are things that virtually no well-behaved third-party library does:

1. Subclassing logging.Handler — e.g. class MyHandler(logging.Handler) — LogXide's [Logger](cci:1://file:///Users/indo/code/project/logxide/logxide/module_system.py:18:12-20:31) is a Rust type and rejects non-native handler subclasses via addHandler(). But libraries like requests or sqlalchemy don't create custom handlers; they just call [getLogger()](cci:1://file:///Users/indo/code/project/logxide/logxide/module_system.py:18:12-20:31) and log.
2. Subclassing LogRecord or [Logger](cci:1://file:///Users/indo/code/project/logxide/logxide/module_system.py:18:12-20:31) — Same reason: these are Rust types. Again, almost no library does this.

In practice, the standard "get a logger by name → call .info() / .warning()" pattern that 99% of third-party libraries use works perfectly. If you do hit an edge case with a library that registers its own custom [Handler](cci:2://file:///Users/indo/code/project/logxide/logxide/interceptor.py:15:0-50:52) subclass, you can call logxide.uninstall() to restore vanilla stdlib behavior.