// at the end; if center is >= 0, that last peg must be in the center position.
// If a solution is found, solve prints the board after each move in a backward
// fashion (i.e., the last board position is printed first, all the way back to
// the starting board position).
func solve() bool {
	var last, n int
	for pos, field := range board {
		// try each board position

void PrintPass::runOnOperation() {
  llvm::sys::SmartScopedLock<true> instrumentationLock(mutex_);
  OpPrintingFlags flags =
      OpPrintingFlags().elideLargeElementsAttrs().enableDebugInfo(false);
  getOperation()->print(*os_, flags);
}
}  // namespace

std::unique_ptr<OperationPass<ModuleOp>> CreatePrintPass(raw_ostream* os) {
  return std::make_unique<PrintPass>(os);
}

}  // namespace TF

		Uses:  make(map[*syntax.Name]types2.Object),
	}
	pkg := mustTypecheck(input, nil, &info)

	// Print package-level variables in initialization order.
	fmt.Printf("InitOrder: %v\n\n", info.InitOrder)

	// For each named object, print the line and
	// column of its definition and each of its uses.
	fmt.Println("Defs and Uses of each named object:")
	usesByObj := make(map[types2.Object][]string)
	for id, obj := range info.Uses {

		log.Fatal(err)
	}

	// Print the method sets of Celsius and *Celsius.
	celsius := pkg.Scope().Lookup("Celsius").Type()
	for _, t := range []types.Type{celsius, types.NewPointer(celsius)} {
		fmt.Printf("Method set of %s:\n", t)
		mset := types.NewMethodSet(t)
		for i := 0; i < mset.Len(); i++ {
			fmt.Println(mset.At(i))
		}
		fmt.Println()
	}

	// Print the method set of S.

		use(x)
	}	// no parens printed
}

// Formatting of for-statement headers for multi-line for-loops.
func _() {
	for {
	}
	for expr {
	}
	for expr {
	}	// no parens printed
	for {
	}	// no semicolons printed
	for x := expr; ; {
		use(x)
	}
	for expr {
	}	// no semicolons printed
	for expr {
	}	// no semicolons and parens printed
	for ; ; expr = false {
	}

func _() {
	if true {}
	if; true {}  // no semicolon printed
	if expr{}
	if;expr{}  // no semicolon printed
	if (expr){}  // no parens printed
	if;((expr)){}  // no semicolon and parens printed
	if x:=expr;true{
	use(x)}
	if x:=expr; expr {use(x)}
}


// Formatting of switch-statement headers.
func _() {
	switch {}
	switch;{}  // no semicolon printed
	switch expr {}

// license that can be found in the LICENSE file.

package main

func main() {
	var b1 []byte;
	s1 := string(b1);
	println(len(s1));  // prints 0

	b2 := ([]byte)(nil);
	s2 := string(b2);
	println(len(s2));  // prints 0

	s3 := string(([]byte)(nil));  // does not compile (literal substitution of b2)
	println(len(s3));
}

/*
bug149.go:14: cannot convert []uint8 constant to string

[source, kotlin]
----
tasks.register("hello") {
    doLast {
        println("Hello!")
    }
}

tasks.register("greet") {
    doLast {
        println("How are you?")
    }
    dependsOn("hello")
}
----
=====
[.multi-language-sample]
=====
[source, groovy]
----
tasks.register("hello") {
    doLast {
        println('Hello!')
    }
}

tasks.register("greet") {

	b := int8(func() int32 { return -1 }())
	a = uint8(b)
	if int32(a) != 255 {
		// Failing case prints 'got 255 expected 255'
		println("got", a, "expected 255")
	}
}

//go:noinline
func g() {
	b := int8(func() uint32 { return 0xffffffff }())
	a = uint8(b)
	if int32(a) != 255 {
		// Failing case prints 'got 255 expected 255'
		println("got", a, "expected 255")
	}
}

func main() {
	f()
	g()

		}
	} else {
		fmt.Printf("[dryrun] Wrote certificates and kubeconfig files to the %q directory\n", manifestDir)
	}

	fmt.Println("[dryrun] The certificates or kubeconfig files would not be printed due to their sensitive nature")
	fmt.Printf("[dryrun] Please examine the %q directory for details about what would be written\n", manifestDir)

	// Print kubelet config manifests