//   <-x        => <-x is a receive operation
		//
		// In the first case, <- must be re-associated with
		// the channel type parsed already:
		//
		//   <-(chan E)   =>  (<-chan E)
		//   <-(chan<-E)  =>  (<-chan (<-E))

		if _, ok := x.(*ChanType); ok {
			// x is a channel type => re-associate <-
			dir := SendOnly
			t := x
			for dir == SendOnly {
				c, ok := t.(*ChanType)
				if !ok {

[[sec:disabling-metadata-verification]]
=== Disabling metadata verification

By default, Gradle will not only verify artifacts (jars, ...) but also the metadata associated with those artifacts (typically POM files).

Replace usages with the now stable `getDestinationDirectory()` and `getTestResults()` methods and their associated setters.
These deprecated elements will be removed in a future version of Gradle.

[[referencing_script_configure_method_from_container_configure_closure_deprecated]]

		} else if status == go122.ProcSyscallAbandoned && s.status == go122.ProcSyscallAbandoned {
			// If we're passing through ProcSyscallAbandoned, then there's no promotion
			// to do. We've lost the M that this P is associated with. However it got there,
			// it's going to appear as idle in the API, so pass through as idle.
			oldState = ProcIdle
			ev.args[1] = uint64(go122.ProcSyscallAbandoned)
		} else if s.status != status {

// Virtual memory layout
//
// The heap consists of a set of arenas, which are 64MB on 64-bit and
// 4MB on 32-bit (heapArenaBytes). Each arena's start address is also
// aligned to the arena size.
//
// Each arena has an associated heapArena object that stores the
// metadata for that arena: the heap bitmap for all words in the arena
// and the span map for all pages in the arena. heapArena objects are
// themselves allocated off-heap.
//

func (d *dwctxt) dwarfVisitFunction(fnSym loader.Sym, unit *sym.CompilationUnit) {
	// The DWARF subprogram DIE symbol is listed as an aux sym
	// of the text (fcn) symbol, so ask the loader to retrieve it,
	// as well as the associated range symbol.
	infosym, _, rangesym, _ := d.ldr.GetFuncDwarfAuxSyms(fnSym)
	if infosym == 0 {
		return
	}
	d.ldr.SetAttrNotInSymbolTable(infosym, true)
	d.ldr.SetAttrReachable(infosym, true)

		//
		// In the first case, the arrow must be re-associated with
		// the channel type parsed already:
		//
		//   <- (chan type)    =>  (<-chan type)
		//   <- (chan<- type)  =>  (<-chan (<-type))

		x := p.parseUnaryExpr()

		// determine which case we have
		if typ, ok := x.(*ast.ChanType); ok {
			// (<-type)

			// re-associate position info and <-
			dir := ast.SEND

		wf.DropToolchainStmt()
	} else {
		wf.AddToolchainStmt(toolchain)
	}
	return true
}

// UpdateWorkFile updates comments on directory directives in the go.work
// file to include the associated module path.
func UpdateWorkFile(wf *modfile.WorkFile) {
	missingModulePaths := map[string]string{} // module directory listed in file -> abspath modroot

	for _, d := range wf.Use {
		if d.Path == "" {

	err := getsockopt(fd, level, opt, unsafe.Pointer(&value), &vallen)
	return &value, err
}

// GetsockoptString returns the string value of the socket option opt for the
// socket associated with fd at the given socket level.
func GetsockoptString(fd, level, opt int) (string, error) {
	buf := make([]byte, 256)
	vallen := _Socklen(len(buf))
	err := getsockopt(fd, level, opt, unsafe.Pointer(&buf[0]), &vallen)

		c.output = c.output[:0]
	}

	if c.chatty != nil && (p.w == c.chatty.w || c.chatty.json) {
		// We're flushing to the actual output, so track that this output is
		// associated with a specific test (and, specifically, that the next output
		// is *not* associated with that test).
		//
		// Moreover, if c.output is non-empty it is important that this write be
		// atomic with respect to the output of other tests, so that we don't end up