then:
        symlink.isSymlink(new File(testDirectory, 'testFile'))

        when:
        symlink.symlink(new File(testDirectory, 'testDir'), testDirectory.createDir('symDir'))

        then:
        symlink.isSymlink(new File(testDirectory, 'testDir'))
    }

    @Requires(UnitTestPreconditions.Windows)
    def 'can detect Windows symbolic links as symbolic links'() {

  fi
}

# Creates a symlink for a ($1) so that it may be used as block storage
function safe-block-symlink(){
  local device="${1}"
  local symdir="${2}"

  mkdir -p "${symdir}"

  get-or-generate-uuid "${device}"
  local myuuid="${retuuid}"

  local sym="${symdir}/local-ssd-${myuuid}"
  # Do not "mkdir -p ${sym}" as that will cause unintended symlink behavior
  ln -s "${device}" "${sym}"

[!symlink] skip
env GO111MODULE=off

mkdir $WORK/tmp/gopath/src/dir1/vendor/v
cp p.go $WORK/tmp/gopath/src/dir1/p.go
cp v.go $WORK/tmp/gopath/src/dir1/vendor/v/v.go
symlink $WORK/tmp/symdir1 -> $WORK/tmp/gopath/src/dir1
env GOPATH=$WORK/tmp/gopath
cd $WORK/tmp/symdir1

go list -f '{{.Root}}' .
stdout '^'$WORK/tmp/gopath'$'

# All of these should succeed, not die in vendor-handling code.
go run p.go &
go build &
go install &

[!symlink] skip
env GO111MODULE=off

mkdir $WORK/tmp/gopath/src/dir1/internal/v
cp p.go $WORK/tmp/gopath/src/dir1/p.go
cp v.go $WORK/tmp/gopath/src/dir1/internal/v/v.go
symlink $WORK/tmp/symdir1 -> $WORK/tmp/gopath/src/dir1
env GOPATH=$WORK/tmp/gopath
cd $WORK/tmp/symdir1
go list -f '{{.Root}}' .
stdout '^'$WORK/tmp/gopath'$'

# All of these should succeed, not die in internal-handling code.
go run p.go &
go build &
go install &

wait

		sym := v.Linksym()
		off := 0
		off = objw.SymPtr(sym, off, fsym, 0)       // data string
		off = objw.Uintptr(sym, off, uint64(size)) // len
		if kind == embedBytes {
			objw.Uintptr(sym, off, uint64(size)) // cap for slice
		}

	case embedFiles:
		slicedata := v.Sym().Pkg.Lookup(v.Sym().Name + `.files`).Linksym()
		off := 0
		// []files pointed at by Files

	// Pass 1: package-level symbols.
	symbols := stdlib.PackageSymbols[pkg.Path()]
	for _, sym := range symbols {
		symver := sym.Version.String()
		if versions.Before(version, symver) {
			switch sym.Kind {
			case stdlib.Func, stdlib.Var, stdlib.Const, stdlib.Type:
				disallowed[pkg.Scope().Lookup(sym.Name)] = symver
			}
		}
	}

	// Pass 2: fields and methods.
	//
	// We allow fields and methods if their associated type is

fifo file The quick brown fox jumped over the lazy dog! hardlink null sda symlink badlink fifo The quick brown fox jumped over the lazy dog! hardlink sda symli badlink...

			return nil, err
		}
		nscns = fhdr.Fnscns
		symptr = fhdr.Fsymptr
		nsyms = fhdr.Fnsyms
		opthdr = fhdr.Fopthdr
		hdrsz = FILHSZ_64
	}

	if symptr == 0 || nsyms <= 0 {
		return nil, fmt.Errorf("no symbol table")
	}

	// Read string table (located right after symbol table).
	offset := symptr + uint64(nsyms)*SYMESZ
	if _, err := sr.Seek(int64(offset), io.SeekStart); err != nil {

	t.Parallel()

	t.Run(".", testReaddirnames(".", dot))
	t.Run("sysdir", testReaddirnames(sysdir.name, sysdir.files))
	t.Run("TempDir", testReaddirnames(t.TempDir(), nil))
}

func TestFileReaddir(t *testing.T) {
	t.Parallel()

	t.Run(".", testReaddir(".", dot))
	t.Run("sysdir", testReaddir(sysdir.name, sysdir.files))
	t.Run("TempDir", testReaddir(t.TempDir(), nil))
}

    #    (1, 2, 8),
    #    (1, 4, 4),
]

tfcompile_bench_tfmatmul_custom_tiling = [
    (
        "bench_graph_tfmatmul_%sx%sx%s_tiled_%sx%sx%s_mlir" % (m, k, n, tm, tk, tn),
        "bench_graph_tfmatmul_%sx%sx%s_tiled_%sx%sx%s_mlir.config.pbtxt" % (m, k, n, tm, tk, tn),
        "bench_graph_tfmatmul.template.pbtxt",
        "-e \"s|<M>|%s|g\" -e \"s|<K>|%s|g\" -e \"s|<N>|%s|g\"" % (m, k, n),