fmt.Fprintf(fgo2, "\n")
	}
	if *gccgo {
		fmt.Fprintf(fc, "\n")
	}

	for _, key := range nameKeys(p.Name) {
		n := p.Name[key]
		if n.Const != "" {
			fmt.Fprintf(fgo2, "const %s = %s\n", n.Mangle, n.Const)
		}
	}
	fmt.Fprintf(fgo2, "\n")

	callsMalloc := false
	for _, key := range nameKeys(p.Name) {
		n := p.Name[key]
		if n.FuncType != nil {
			p.writeDefsFunc(fgo2, n, &callsMalloc)
		}

	// Determine kinds for names we already know about,
	// like #defines or 'struct foo', before bothering with gcc.
	var names, needType []*Name
	optional := map[*Name]bool{}
	for _, key := range nameKeys(f.Name) {
		n := f.Name[key]
		// If we've already found this name as a #define
		// and we can translate it as a constant value, do so.
		if n.Define != "" {

	}
	es2 := ldr.LookupOrCreateSym("go:info.type.uint8", 0)
	if es2 == 0 {
		t.Fatalf("LookupOrCreateSym failed for go.info.type.uint8")
	}
	// Create a nameless symbol
	es3 := ldr.CreateStaticSym("")
	if es3 == 0 {
		t.Fatalf("CreateStaticSym failed for nameless sym")
	}

	// Grab symbol builder pointers
	sb1 := ldr.MakeSymbolUpdater(es1)
	sb2 := ldr.MakeSymbolUpdater(es2)
	sb3 := ldr.MakeSymbolUpdater(es3)

        final Map<String, String> tags = new HashMap<>();
        tagItems.keySet().stream().filter(s -> s.startsWith("name")).forEach(nameKey -> {
            final String valueKey = nameKey.replace("name", "value");
            final String name = tagItems.get(nameKey);
            if (StringUtil.isNotBlank(name)) {
                tags.put(name, tagItems.get(valueKey));
            }
        });

	ErrorLevel: zapcore.ErrorLevel,
	FatalLevel: zapcore.FatalLevel,
	NoneLevel:  none,
}

var defaultEncoderConfig = zapcore.EncoderConfig{
	TimeKey:        "time",
	LevelKey:       "level",
	NameKey:        "scope",
	CallerKey:      "caller",
	MessageKey:     "msg",
	StacktraceKey:  "stack",
	LineEnding:     zapcore.DefaultLineEnding,
	EncodeLevel:    zapcore.LowercaseLevelEncoder,

		}
	}
	// Lastly, match the pattern (there can be at most one) that has a multi
	// wildcard in this position to the rest of the path.
	if c := n.multiChild; c != nil {
		// Don't record a match for a nameless wildcard (which arises from a
		// trailing slash in the pattern).
		if c.pattern.lastSegment().s != "" {
			matches = append(matches, pathUnescape(path[1:])) // remove initial slash
		}
		return c, matches
	}

	Enable  = madmin.EnableKey
	Comment = madmin.CommentKey

	EnvSeparator = "="

	// Enable values
	EnableOn  = madmin.EnableOn
	EnableOff = madmin.EnableOff

	RegionKey  = "region"
	NameKey    = "name"
	RegionName = "name"
	AccessKey  = "access_key"
	SecretKey  = "secret_key"
	License    = "license" // Deprecated Dec 2021
	APIKey     = "api_key"
	Proxy      = "proxy"
)

	}
	if obj.Scheme == "" {
		obj.Scheme = v1.URISchemeHTTP
	}
}

// SetDefaults_Namespace adds a default label for all namespaces
func SetDefaults_Namespace(obj *v1.Namespace) {
	// we can't SetDefaults for nameless namespaces (generateName).
	// This code needs to be kept in sync with the implementation that exists
	// in Namespace Canonicalize strategy (pkg/registry/core/namespace)

		b = b.Link
	}

	return nil
}

// Every DIE manufactured by the linker has at least an AT_name
// attribute (but it will only be written out if it is listed in the abbrev).
// The compiler does create nameless DWARF DIEs (ex: concrete subprogram
// instance).
// FIXME: it would be more efficient to bulk-allocate DIEs.
func (d *dwctxt) newdie(parent *dwarf.DWDie, abbrev int, name string) *dwarf.DWDie {
	die := new(dwarf.DWDie)

	runtimesyscall "internal/runtime/syscall"
	"runtime"
	"unsafe"
)

// Pull in entersyscall/exitsyscall for Syscall/Syscall6.
//
// Note that this can't be a push linkname because the runtime already has a
// nameless linkname to export to assembly here and in x/sys. Additionally,
// entersyscall fetches the caller PC and SP and thus can't have a wrapper
// inbetween.

//go:linkname runtime_entersyscall runtime.entersyscall