t = &dump.Tables[len(dump.Tables)-1]
			state = parseChainDeclarations

		case parseChainDeclarations:
			match := declareChainRegex.FindStringSubmatch(line)
			if match == nil {
				state = parseChains
				goto retry
			}

			chain := iptables.Chain(match[1])
			packets, _ := strconv.ParseUint(match[2], 10, 64)
			bytes, _ := strconv.ParseUint(match[3], 10, 64)

			t.Chains = append(t.Chains,
				Chain{

		adjustedOpcode := opcode - r.opcodeBase
		r.advancePC(adjustedOpcode / r.lineRange)
		lineDelta := r.lineBase + adjustedOpcode%r.lineRange
		r.state.Line += lineDelta
		goto emit
	}

	switch opcode {
	case 0:
		// Extended opcode [DWARF2 6.2.5.3]
		length := Offset(r.buf.uint())
		startOff := r.buf.off
		opcode := r.buf.uint8()

		switch opcode {

	t := (*itabTableType)(atomic.Loadp(unsafe.Pointer(&itabTable)))
	if m = t.find(inter, typ); m != nil {
		goto finish
	}

	// Not found.  Grab the lock and try again.
	lock(&itabLock)
	if m = itabTable.find(inter, typ); m != nil {
		unlock(&itabLock)
		goto finish
	}

	// Entry doesn't exist yet. Make a new entry & add it.

			throw("runtime: netpoll failed")
		}
		// If a timed sleep was interrupted and there are no events,
		// just return to recalculate how long we should sleep now.
		if delay > 0 {
			return gList{}, 0
		}
		goto retry
	}

	var toRun gList
	delta := int32(0)
	for i := 0; i < int(n); i++ {
		ev := &events[i]

		if ev.portev_source == _PORT_SOURCE_ALERT {

			// This is a skippable frame.
			r.blockOffset += int64(relativeOffset) + 4
			if err := r.skipFrame(); err != nil {
				return err
			}
			r.readOneFrame = true
			goto retry
		}

		return r.makeError(relativeOffset, "invalid magic number")
	}

	relativeOffset += 4

	// Read Frame_Header_Descriptor. RFC 3.1.1.1.1.

					if len(listObjectsInfo.Prefixes) == 0 || commonPrefix != listObjectsInfo.Prefixes[len(listObjectsInfo.Prefixes)-1] {
						listObjectsInfo.Prefixes = append(listObjectsInfo.Prefixes, commonPrefix)
						count++
					}
					goto next
				}
			}
			listObjectsInfo.Objects = append(listObjectsInfo.Objects, ObjectInfo{
				Bucket:  bucket,
				Name:    objName,
				Size:    int64(file.UncompressedSize64),
				ModTime: zipObjInfo.ModTime,

					h := f.getHome(id)
					if h != nil && h.(LocalSlot).N == name.N && h.(LocalSlot).Off == name.Off {
						// A variable can interfere with itself.
						// It is rare, but it can happen.
						s.nSelfInterfere++
						goto noname
					}
				}
				if f.pass.debug > stackDebug {
					fmt.Printf("stackalloc %s to %s\n", v, name)
				}
				s.nNamedSlot++
				f.setHome(v, name)
				continue
			}

		noname:

		if !globalIAMSys.LDAPConfig.Enabled() {
			return nil, errSFTPLDAPNotEnabled
		}
		return processLDAPAuthentication(key, pass, user)
	}

	user, found = strings.CutSuffix(c.User(), "=svc")
	if found {
		goto internalAuth
	}

	if globalIAMSys.LDAPConfig.Enabled() {
		perms, _ := processLDAPAuthentication(key, pass, user)
		if perms != nil {
			return perms, nil
		}
	}

internalAuth:

		lock(&b.spineLock)
		// spineLen cannot change until we release the lock,
		// but may have changed while we were waiting.
		spineLen = b.spineLen.Load()
		if top < spineLen {
			unlock(&b.spineLock)
			goto retry
		}

		spine := b.spine.Load()
		if spineLen == b.spineCap {
			// Grow the spine.
			newCap := b.spineCap * 2
			if newCap == 0 {
				newCap = spanSetInitSpineCap
			}

	if base.Debug.InlStaticInit == 0 {
		return false
	}

	// Handle the special case of an inlined call of
	// a function body with a single return statement,
	// which turns into a single assignment plus a goto.
	//
	// For example code like this:
	//
	//	type T struct{ x int }
	//	func F(x int) *T { return &T{x} }
	//	var Global = F(400)
	//
	// turns into IR like this:
	//
	// 	INLCALL-init