// The runtime routines allow a variable profiling rate,
	// but in practice operating systems cannot trigger signals
	// at more than about 500 Hz, and our processing of the
	// signal is not cheap (mostly getting the stack trace).
	// 100 Hz is a reasonable choice: it is frequent enough to
	// produce useful data, rare enough not to bog down the
	// system, and a nice round number to make it easy to

)

type Utsname struct {
	Sysname  [32]byte
	Nodename [32]byte
	Release  [32]byte
	Version  [32]byte
	Machine  [32]byte
}

const SizeofClockinfo = 0x14

type Clockinfo struct {
	Hz      int32
	Tick    int32
	Tickadj int32
	Stathz  int32
	Profhz  int32

	Unused11           int32
	Unused12           int32
	Unused13           int32
	Fpswtch            int32
	Kmapent            int32
}

const SizeofClockinfo = 0x10

type Clockinfo struct {
	Hz     int32
	Tick   int32
	Stathz int32
	Profhz int32

	Unused11           int32
	Unused12           int32
	Unused13           int32
	Fpswtch            int32
	Kmapent            int32
}

const SizeofClockinfo = 0x10

type Clockinfo struct {
	Hz     int32
	Tick   int32
	Stathz int32
	Profhz int32

	Colorhit           int64
	Colormiss          int64
	Ncolors            int64
	Bootpages          int64
	Poolpages          int64
}

const SizeofClockinfo = 0x14

type Clockinfo struct {
	Hz      int32
	Tick    int32
	Tickadj int32
	Stathz  int32
	Profhz  int32

	Unused11           int32
	Unused12           int32
	Unused13           int32
	Fpswtch            int32
	Kmapent            int32
}

const SizeofClockinfo = 0x10

type Clockinfo struct {
	Hz     int32
	Tick   int32
	Stathz int32
	Profhz int32

}

type Utsname struct {
	Sysname  [256]byte
	Nodename [256]byte
	Release  [256]byte
	Version  [256]byte
	Machine  [256]byte
}

const SizeofClockinfo = 0x14

type Clockinfo struct {
	Hz     int32
	Tick   int32
	Spare  int32
	Stathz int32
	Profhz int32

		<-main_init_done
	}

	// Check whether the profiler needs to be turned on or off; this route to
	// run Go code does not use runtime.execute, so bypasses the check there.
	hz := sched.profilehz
	if gp.m.profilehz != hz {
		setThreadCPUProfiler(hz)
	}

	// Add entry to defer stack in case of panic.
	restore := true
	defer unwindm(&restore)

	if raceenabled {
		raceacquire(unsafe.Pointer(&racecgosync))
	}

00000010  5e e4 60 aa 31 3f e1 69  60 32 25 3d fd 8b 32 da  |^.`.1?.i`2%=..2.|
00000020  f2 c5 db c7 02 e6 4d d0  de 15 14 03 03 00 01 01  |......M.........|
00000030  16 03 03 00 40 ee 28 f2  27 82 24 9d 17 d1 48 7a  |....@.(.'.$...Hz|
00000040  74 2d dd 16 18 b7 70 97  2f 2b 91 47 eb c2 1d ae  |t-....p./+.G....|
00000050  3f 48 52 cd ff e7 9e 0b  35 ad 1f 60 5e 07 b1 5e  |?HR.....5..`^..^|

}

type Utsname struct {
	Sysname  [256]byte
	Nodename [256]byte
	Release  [256]byte
	Version  [256]byte
	Machine  [256]byte
}

const SizeofClockinfo = 0x14

type Clockinfo struct {
	Hz     int32
	Tick   int32
	Spare  int32
	Stathz int32
	Profhz int32