}

// populateSeh generates the SEH unwind information for s.
func populateSeh(ctxt *obj.Link, s *obj.LSym) (sehsym *obj.LSym) {
	if s.NoFrame() {
		return
	}

	// This implementation expects the following function prologue layout:
	// - Stack split code (optional)
	// - PUSHQ	BP
	// - MOVQ	SP,	BP
	//
	// If the prologue layout change, the unwind information should be updated
	// accordingly.

import "C"

// #include
// void cfunc() {} // uses cgo_topofstack

import (
	"reflect"
	"strings"

	"testplugin/common"
)

func init() {
	_ = strings.NewReplacer() // trigger stack unwind, Issue #18190.
	C.strerror(C.EIO)         // uses cgo_topofstack
	common.X = 2
}

type sameNameReusedInPlugins struct {
	X string
}

type sameNameHolder struct {
	F *sameNameReusedInPlugins
}

package main

// // No C code required.
import "C"

import (
	"reflect"

	"testplugin/common"
)

func F() int {
	_ = make([]byte, 1<<21) // trigger stack unwind, Issue #18190.
	return 3
}

func ReadCommonX() int {
	return common.X
}

var Seven int

func call(fn func()) {
	fn()
}

func g() {
	common.X *= Seven
}

func init() {

		if uw == 0 {
			continue
		}
		name := ctxt.SymName(uw)
		off, cached := uwcache[name]
		if !cached {
			off = xdata.Size()
			uwcache[name] = off
			xdata.AddBytes(ldr.Data(uw))
			// The SEH unwind data can contain relocations,
			// make sure those are copied over.
			rels := ldr.Relocs(uw)
			for i := 0; i < rels.Count(); i++ {
				r := rels.At(i)
				rel, _ := xdata.AddRel(r.Type())

	Assert[int](),
	AssertMV[int](),
	func() { me(asserter[string]{}) },
}

func main() {
	for _, test := range tests {
		func() {
			defer func() {
				recover()

				// Check that we can unwind the stack without infinite looping.
				runtime.Caller(1000)
			}()
			test()
		}()
	}

		ULONG64 ImageBase;
		VOID *HandlerData;
		ULONG64 EstablisherFrame;

		FunctionEntry = RtlLookupFunctionEntry(ControlPc, &ImageBase, NULL);

		if (!FunctionEntry) {
			// For simplicity, don't unwind leaf entries, which are not used in this test.
			break;
		} else {
			RtlVirtualUnwind(0, ImageBase, ControlPc, FunctionEntry, &context, &HandlerData, &EstablisherFrame, NULL);
		}

		ControlPc = context.Rip;

#endif

// Call the user's traceback function and then call sigtramp.
// The runtime signal handler will jump to this code.
// We do it this way so that the user's traceback function will be called
// by a C function with proper unwind info.
void
x_cgo_callers(uintptr_t sig, void *info, void *context, void (*cgoTraceback)(struct cgoTracebackArg*), uintptr_t* cgoCallers, void (*sigtramp)(uintptr_t, void*, void*)) {
	struct cgoTracebackArg arg;

            ["SS", "ß", "ßa", "ss", "sa", "sb", "st", "ßß"]

        ]
    }

    @Override
    CaseSensitivity getCaseSensitivity() {
        return CASE_SENSITIVE
    }

	localIndex, ok := s.globalToLocal[globalIndex]
	if !ok {
		// We know where to unwind to when we need to unwind a body identified
		// by globalIndex. But there may be no instructions generated by that
		// body (it's empty, or its instructions were CSEd with other things, etc.).
		// In that case, we don't need an unwind entry.
		// TODO: is this really right? Seems to happen a whole lot...
		return
	}

			default:
				panic("bad target for CALL")
			}

			// return value of call is on the top of the stack, indicating whether to unwind the WebAssembly stack
			if call.As == ACALLNORESUME && call.To.Sym != sigpanic { // sigpanic unwinds the stack, but it never resumes
				// trying to unwind WebAssembly stack but call has no resume point, terminate with error
				p = appendp(p, AIf)
				p = appendp(p, obj.AUNDEF)