pub(crate) async fn cpu_profile(parts: Parts) -> Response<Body> {
    match query(parts) {
        Ok((duration, frequency)) => {
            into_response(profile(duration, frequency).await, CONTENT_TYPE_PROTOBUF)
        }
        Err(err) => make_response(err),
    }
}
/// Collects a CPU profile in `pprof` or flamegraph format.
///
/// Supported query arguments are `seconds`, for the duration of the CPU
/// profile; and `frequency`, for the frequency at whicn stack trace samples
/// should be collected.
///
/// `frequency` and its accuracy are limited (on Linux) by the resolution of
/// the software clock, which is 250Hz by default. See
/// [`man 7 time`](https://linux.die.net/man/7/time) for details.
Collects a CPU profile in `pprof` or flamegraph format.
Supported query arguments are `seconds`, for the duration of the CPU
profile; and `frequency`, for the frequency at whicn stack trace samples
should be collected.

`frequency` and its accuracy are limited (on Linux) by the resolution of
the software clock, which is 250Hz by default. See
[`man 7 time`] for details.
Collects a CPU profile in ` pprof ` or flamegraph format . Supported query arguments are ` seconds ` for the duration of the CPU profile ; and ` frequency ` for the frequency at whicn stack trace samples should be collected . ` frequency ` and its accuracy are limited ( on Linux ) by the resolution of the software clock which is 250Hz by default . See [ ` man 7 time ` ] for details .
pub(crate) async fn cpu_profile(parts: Parts) -> Response<Body> {
    match query(parts) {
        Ok((duration, frequency)) => {
            into_response(profile(duration, frequency).await, CONTENT_TYPE_PROTOBUF)
        }
        Err(err) => make_response(err),
    }
}
pub ( crate ) async fn cpu_profile ( parts : Parts ) -> Response < Body > { match query ( parts ) { Ok ( ( duration , frequency ) ) => { into_response ( profile ( duration , frequency ) . await , CONTENT_TYPE_PROTOBUF ) } Err ( err ) => make_response ( err ) , } }
Collects a CPU profile in `pprof` or flamegraph format.
Collects a CPU profile in ` pprof ` or flamegraph format .
parts
Parts
parts
Parts