TF_Operation* feed3 = TF_GraphOperationByName(graph, "imported3/feed");
  TF_Operation* neg3 = TF_GraphOperationByName(graph, "imported3/neg");
  ASSERT_TRUE(scalar3 != nullptr);
  ASSERT_TRUE(feed3 != nullptr);
  ASSERT_TRUE(neg3 != nullptr);

  // Check that newly-imported scalar and feed have control deps (neg3 will
  // inherit them from input)
  TF_Operation* control_inputs[100];

		}
	}
	return nil
}

func TestSegv(t *testing.T) {
	switch runtime.GOOS {
	case "plan9", "windows":
		t.Skipf("no signals on %s", runtime.GOOS)
	}

	for _, test := range []string{"Segv", "SegvInCgo", "TgkillSegv", "TgkillSegvInCgo"} {
		test := test

		// The tgkill variants only run on Linux.
		if runtime.GOOS != "linux" && strings.HasPrefix(test, "Tgkill") {
			continue
		}

	}
	if s := ldr.Lookup("runtime.duffzero", sym.SymVerABIInternal); s != 0 && ldr.AttrReachable(s) {
		addLabelSyms(s, 4, 4*64)
	}

	if ctxt.IsDarwin() {
		big := false
		for _, seg := range ld.Segments {
			if seg.Length >= machoRelocLimit {
				big = true
				break
			}
		}
		if !big {
			return // skip work if nothing big
		}
	}

		g0 := getg()
		sp := getcallersp()
		// The stack bounds for g0 stack is not always precise.
		// Use an artificially small stack, to trigger a stack overflow
		// without actually run out of the system stack (which may seg fault).
		g0.stack.lo = sp - 4096 - stackSystem
		g0.stackguard0 = g0.stack.lo + stackGuard
		g0.stackguard1 = g0.stackguard0

		stackOverflow(nil)
	})
}

func stackOverflow(x *byte) {

//
// If this frame did a normal call, then frame.pc is a return PC, so this will
// return frame.pc-1, which points into the CALL instruction. If the frame was
// interrupted by a signal (e.g., profiler, segv, etc) then frame.pc is for the
// trapped instruction, so this returns frame.pc. See issue #34123. Finally,
// frame.pc can be at function entry when the frame is initialized without

        <!-- Playstation 2 (PSF2) -->
        <match value="\x02" type="string" offset="3"/>
        <!-- Sega Saturn -->
        <match value="\x11" type="string" offset="3"/>
        <!-- Sega Dreamcast -->
        <match value="\x12" type="string" offset="3"/>
        <!-- Sega Genesis -->
        <match value="\x13" type="string" offset="3"/>
        <!-- Nintendo 64-->

		}
		relocs := ldr.Relocs(rs)
		tarSym := relocs.At(0).Sym()

		if target.IsInternal() && tarSym != 0 && ldr.AttrReachable(tarSym) && ldr.SymSect(tarSym).Seg == &ld.Segdata {
			t = ldr.SymValue(tarSym) + r.Add() - ldr.SymValue(syms.TOC)
			// change ld to addi in the second instruction
			o2 = (o2 & 0x03FF0000) | 0xE<<26
			useAddi = true
		} else {

		{"Section32.Nreloc", Field, 0},
		{"Section32.Offset", Field, 0},
		{"Section32.Reloff", Field, 0},
		{"Section32.Reserve1", Field, 0},
		{"Section32.Reserve2", Field, 0},
		{"Section32.Seg", Field, 0},
		{"Section32.Size", Field, 0},
		{"Section64", Type, 0},
		{"Section64.Addr", Field, 0},
		{"Section64.Align", Field, 0},
		{"Section64.Flags", Field, 0},
		{"Section64.Name", Field, 0},

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	{APOPW, Ynone, Ynone, Yss, movLit, [4]uint8{Pe, 0x17, 0}},
	{APOPW, Ynone, Ynone, Yfs, movLit, [4]uint8{Pe, 0x0f, 0xa1, 0}},
	{APOPW, Ynone, Ynone, Ygs, movLit, [4]uint8{Pe, 0x0f, 0xa9, 0}},

	// mov seg
	{AMOVW, Yes, Ynone, Yml, movRegMem, [4]uint8{0x8c, 0, 0, 0}},
	{AMOVW, Ycs, Ynone, Yml, movRegMem, [4]uint8{0x8c, 1, 0, 0}},
	{AMOVW, Yss, Ynone, Yml, movRegMem, [4]uint8{0x8c, 2, 0, 0}},