pub fn emulate_ptrace_stop(
        &self,
        _status: WaitStatus,
        _siginfo: Option<&siginfo_t>,
        _si_code: Option<i32>,
    ) -> bool {
        unimplemented!()
    }
/// Call this when an event occurs that should stop a ptraced task.
/// If we're emulating ptrace of the task, stop the task and wake the ptracer
/// if it's waiting, and queue "status" to be reported to the
/// ptracer. If siginfo is non-null, we'll report that siginfo, otherwise we'll
/// make one up based on the status (unless the status is an exit code).
/// Returns true if the task is stopped-for-emulated-ptrace, false otherwise.
Call this when an event occurs that should stop a ptraced task.
If we're emulating ptrace of the task, stop the task and wake the ptracer
if it's waiting, and queue "status" to be reported to the
ptracer. If siginfo is non-null, we'll report that siginfo, otherwise we'll
make one up based on the status (unless the status is an exit code).
Returns true if the task is stopped-for-emulated-ptrace, false otherwise.
Call this when an event occurs that should stop a ptraced task . If we ' re emulating ptrace of the task stop the task and wake the ptracer if it ' s waiting and queue " status " to be reported to the ptracer . If siginfo is non - null we ' ll report that siginfo otherwise we ' ll make one up based on the status ( unless the status is an exit code ) . Returns true if the task is stopped - for - emulated - ptrace false otherwise .
pub fn emulate_ptrace_stop(
        &self,
        _status: WaitStatus,
        _siginfo: Option<&siginfo_t>,
        _si_code: Option<i32>,
    ) -> bool {
        unimplemented!()
    }
pub fn emulate_ptrace_stop ( & self , _status : WaitStatus , _siginfo : Option < & siginfo_t > , _si_code : Option < i32 > , ) -> bool { unimplemented ! ( ) }
Call this when an event occurs that should stop a ptraced task.
Call this when an event occurs that should stop a ptraced task .
&self
_status
WaitStatus
_siginfo
Option<&siginfo_t>
_si_code
Option<i32>