type crypto/sha3.SHA3

22 uses

	crypto/sha3 (current package)
		sha3.go#L101: type SHA3 struct {
		sha3.go#L106: func fips140hash_sha3Unwrap(s *SHA3) *sha3.Digest {
		sha3.go#L112: func New224() *SHA3 {
		sha3.go#L113: 	return &SHA3{*sha3.New224()}
		sha3.go#L117: func New256() *SHA3 {
		sha3.go#L118: 	return &SHA3{*sha3.New256()}
		sha3.go#L122: func New384() *SHA3 {
		sha3.go#L123: 	return &SHA3{*sha3.New384()}
		sha3.go#L127: func New512() *SHA3 {
		sha3.go#L128: 	return &SHA3{*sha3.New512()}
		sha3.go#L131: func (s *SHA3) init() {
		sha3.go#L138: func (s *SHA3) Write(p []byte) (n int, err error) {
		sha3.go#L144: func (s *SHA3) Sum(b []byte) []byte {
		sha3.go#L150: func (s *SHA3) Reset() {
		sha3.go#L156: func (s *SHA3) Size() int {
		sha3.go#L162: func (s *SHA3) BlockSize() int {
		sha3.go#L168: func (s *SHA3) MarshalBinary() ([]byte, error) {
		sha3.go#L174: func (s *SHA3) AppendBinary(p []byte) ([]byte, error) {
		sha3.go#L180: func (s *SHA3) UnmarshalBinary(data []byte) error {
		sha3.go#L186: func (d *SHA3) Clone() (hash.Cloner, error) {

	crypto/internal/fips140hash
		hash.go#L15: func sha3Unwrap(*sha3.SHA3) *fsha3.Digest
		hash.go#L24: 	if sha3, ok := h.(*sha3.SHA3); ok {