ERROR(errno, "PT_LWPINFO failed: signal lost !!!!\n");
signal_queue_sz--;
} else {
- DEBUG(1, "waitstopped PTRACE_CONT, queuing signal %d"
+ DEBUG(1, "waitstopped PTRACE_CONTINUE, queuing signal %d"
" si_signo %d si_pid %d\n",
signal_received, newsiginfo->si_signo, newsiginfo->si_pid);
}
res = ptrace (PT_CONTINUE, pid, (caddr_t)1, signal_received);
}
if (res != 0) {
- ERROR(errno, "waitstopped PTRACE_CONT\n");
+ ERROR(errno, "waitstopped PTRACE_CONTINUE\n");
return False;
}
}
if (signal_queue_sz > 0) {
int i;
for (i = 0; i < signal_queue_sz; i++) {
- DEBUG(1, "PTRACE_CONT to transmit queued signal %d\n",
+ DEBUG(1, "PTRACE_CONTINUE to transmit queued signal %d\n",
signal_queue[i].si_signo);
res = ptrace (PT_CONTINUE, pid_of_save_regs, (caddr_t)1,
signal_queue[i].si_signo);
pid_of_save_regs_continued = False;
- /* We PTRACE_CONT-inue pid.
+ /* We PTRACE_CONTINUE pid.
Either gdbserver will be invoked directly (if all
threads are interruptible) or gdbserver will be
called soon by the scheduler. In the first case,
pid_of_save_regs_continued = True;
/* Wait for SIGSTOP generated by m_gdbserver.c give_control_back_to_vgdb */
stopped = waitstopped (pid, SIGSTOP,
- "waitpid status after PTRACE_CONT to invoke");
+ "waitpid status after PTRACE_CONTINUE to invoke");
if (stopped) {
/* Here pid has properly stopped on the break. */
pid_of_save_regs_continued = False;