}
	}

	switch x {
	case 0:
		goto L1
		L1: fallthrough; ;
	case 1:
		goto L2
		goto L3
		goto L4
		L2: L3: L4: fallthrough
	default:
	}

	switch x {
	case 0:
		goto L5
		L5: fallthrough
	default:
		goto L6
		goto L7
		goto L8
		L6: L7: L8: fallthrough /* ERROR "cannot fallthrough final case in switch" */
	}

func Valu(name string, op Op, t *types.Type, auxint int64, aux Aux, args ...string) valu {
	return valu{name, op, t, auxint, aux, args}
}

// Goto specifies that this is a BlockPlain and names the single successor.
// TODO(matloob): choose a better name.
func Goto(succ string) ctrl {
	return ctrl{BlockPlain, "", []string{succ}}
}

// If specifies a BlockIf.
func If(cond, sub, alt string) ctrl {

				m.matchcap[0] = 0
				m.matchcap[1] = pos
			}
			goto Return
		case syntax.InstRune:
			if !inst.MatchRune(r) {
				goto Return
			}
		case syntax.InstRune1:
			if r != inst.Rune[0] {
				goto Return
			}
		case syntax.InstRuneAny:
			// Nothing
		case syntax.InstRuneAnyNotNL:
			if r == '\n' {
				goto Return
			}
		// peek at the input rune to see which branch of the Alt to take

							ls.err(
								fwd.Label.Pos(),
								"goto %s jumps over declaration of %s at %s",
								name, String(varName), varPos,
							)
						}
					} else {
						// no match - keep forward goto
						fwdGotos[i] = fwd
						i++
					}
				}
				fwdGotos = fwdGotos[:i]
				lstmt = s
			}
			// process labeled statement
			stmt = s.Stmt
			goto L

		case *BranchStmt:

		s.op, s.prec = Add, precAdd
		if s.ch != '+' {
			goto assignop
		}
		s.nextch()
		s.nlsemi = true
		s.tok = _IncOp

	case '-':
		s.nextch()
		s.op, s.prec = Sub, precAdd
		if s.ch != '-' {
			goto assignop
		}
		s.nextch()
		s.nlsemi = true
		s.tok = _IncOp

	case '*':
		s.nextch()
		s.op, s.prec = Mul, precMul
		// don't goto assignop - want _Star token
		if s.ch == '=' {

	dupdevfd = int(r1)
	if dupdevfd == -1 {
		goto childerror
	}
dirloop:
	for {
		r1, _, _ = RawSyscall6(SYS_PREAD, uintptr(dupdevfd), uintptr(unsafe.Pointer(&statbuf[0])), uintptr(len(statbuf)), ^uintptr(0), ^uintptr(0), 0)
		n = int(r1)
		switch n {
		case -1:
			goto childerror
		case 0:
			break dirloop
		}
		for b = statbuf[:n]; len(b) > 0; {

		enc, ok := e.Val(AttrEncoding).(int64)
		if !ok {
			err = DecodeError{name, e.Offset, "missing encoding attribute for " + name}
			goto Error
		}
		switch enc {
		default:
			err = DecodeError{name, e.Offset, "unrecognized encoding attribute value"}
			goto Error

		case encAddress:
			typ = new(AddrType)
		case encBoolean:
			typ = new(BoolType)
		case encComplexFloat:

					}
					continue
				}
				if c == '"' {
					c = r.readByteNoBuf()
					goto Reswitch
				}
			}
			goto Reswitch

		case '`':
			startLine = false
			for r.err == nil {
				if r.eof {
					r.syntaxError()
				}
				c = r.readByteNoBuf()
				if c == '`' {
					c = r.readByteNoBuf()
					goto Reswitch
				}
			}

		case '\'':
			startLine = false

		// bb.Succs[p.i] == Edge{h, i}
		// h.Preds[i] == p == Edge{bb,p.i}
		//
		// new block(s):
		// test:
		//    if sp < g.limit { goto sched }
		//    goto join
		// sched:
		//    mem1 := call resched (mem0)
		//    goto join
		// join:
		//    mem2 := phi(mem0, mem1)
		//    goto h
		//
		// and correct arg i of headerMemPhi and headerCtrPhi
		//
		// EXCEPT: join block containing only phi functions is bad

		// don't crash for "type T T.x" (was go.dev/issue/51509)
		if def != nil && def.typ == x.typ {
			check.cycleError([]Object{def}, 0)
			goto Error
		}
	case builtin:
		check.errorf(e.Pos(), UncalledBuiltin, "cannot select on %s", x)
		goto Error
	case invalid:
		goto Error
	}

	// Avoid crashing when checking an invalid selector in a method declaration
	// (i.e., where def is not set):
	//