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main.bend on the hub · documented module

import Baseimport ./md5.bend as M5import ./sha1.bend as S1import ./sha2_32.bend as S32import ./sha2_64.bend as S64import ./sha3.bend as S3import ./ripemd160.bend as R160import ./sm3.bend as SMimport ./blake2s.bend as B2Simport ./blake2b.bend as B2Bimport ./blake3.bend as B3# Cryptographic hash functions for Bend# =====================================# Public facade for the entire library. Import this file once as `Hashes`.## Preferred API:#   Hashes.SHA256.hash(bytes)   -> raw digest bytes#   Hashes.SHA256.hex(bytes)    -> lowercase hexadecimal#   Hashes.SHA256.text("abc")   -> lowercase hexadecimal of UTF-8 text## Raw byte inputs are List<&2,U32>; each item is interpreted modulo 256.# SHAKE output lengths are measured in bytes.# `bytes` and `hex_bytes` are explicit aliases retained for clarity.# MD5 # legacy compatibility hashdef MD5.hash(xs: List<&2,U32>) -> List<&2,U32>:  M5.MD5.bytes(xs)def MD5.hex(xs: List<&2,U32>) -> String:  M5.MD5.hex_bytes(xs)def MD5.text(s: String) -> String:  M5.MD5.text(s)def MD5.bytes(xs: List<&2,U32>) -> List<&2,U32>:  M5.MD5.bytes(xs)def MD5.hex_bytes(xs: List<&2,U32>) -> String:  M5.MD5.hex_bytes(xs)# SHA1 # legacy compatibility hashdef SHA1.hash(xs: List<&2,U32>) -> List<&2,U32>:  S1.SHA1.bytes(xs)def SHA1.hex(xs: List<&2,U32>) -> String:  S1.SHA1.hex_bytes(xs)def SHA1.text(s: String) -> String:  S1.SHA1.text(s)def SHA1.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S1.SHA1.bytes(xs)def SHA1.hex_bytes(xs: List<&2,U32>) -> String:  S1.SHA1.hex_bytes(xs)# SHA224def SHA224.hash(xs: List<&2,U32>) -> List<&2,U32>:  S32.SHA224.bytes(xs)def SHA224.hex(xs: List<&2,U32>) -> String:  S32.SHA224.hex_bytes(xs)def SHA224.text(s: String) -> String:  S32.SHA224.text(s)def SHA224.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S32.SHA224.bytes(xs)def SHA224.hex_bytes(xs: List<&2,U32>) -> String:  S32.SHA224.hex_bytes(xs)# SHA256def SHA256.hash(xs: List<&2,U32>) -> List<&2,U32>:  S32.SHA256.bytes(xs)def SHA256.hex(xs: List<&2,U32>) -> String:  S32.SHA256.hex_bytes(xs)def SHA256.text(s: String) -> String:  S32.SHA256.text(s)def SHA256.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S32.SHA256.bytes(xs)def SHA256.hex_bytes(xs: List<&2,U32>) -> String:  S32.SHA256.hex_bytes(xs)# SHA384def SHA384.hash(xs: List<&2,U32>) -> List<&2,U32>:  S64.SHA384.bytes(xs)def SHA384.hex(xs: List<&2,U32>) -> String:  S64.SHA384.hex_bytes(xs)def SHA384.text(s: String) -> String:  S64.SHA384.text(s)def SHA384.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S64.SHA384.bytes(xs)def SHA384.hex_bytes(xs: List<&2,U32>) -> String:  S64.SHA384.hex_bytes(xs)# SHA512def SHA512.hash(xs: List<&2,U32>) -> List<&2,U32>:  S64.SHA512.bytes(xs)def SHA512.hex(xs: List<&2,U32>) -> String:  S64.SHA512.hex_bytes(xs)def SHA512.text(s: String) -> String:  S64.SHA512.text(s)def SHA512.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S64.SHA512.bytes(xs)def SHA512.hex_bytes(xs: List<&2,U32>) -> String:  S64.SHA512.hex_bytes(xs)# SHA3_224def SHA3_224.hash(xs: List<&2,U32>) -> List<&2,U32>:  S3.SHA3_224.bytes(xs)def SHA3_224.hex(xs: List<&2,U32>) -> String:  S3.SHA3_224.hex_bytes(xs)def SHA3_224.text(s: String) -> String:  S3.SHA3_224.text(s)def SHA3_224.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S3.SHA3_224.bytes(xs)def SHA3_224.hex_bytes(xs: List<&2,U32>) -> String:  S3.SHA3_224.hex_bytes(xs)# SHA3_256def SHA3_256.hash(xs: List<&2,U32>) -> List<&2,U32>:  S3.SHA3_256.bytes(xs)def SHA3_256.hex(xs: List<&2,U32>) -> String:  S3.SHA3_256.hex_bytes(xs)def SHA3_256.text(s: String) -> String:  S3.SHA3_256.text(s)def SHA3_256.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S3.SHA3_256.bytes(xs)def SHA3_256.hex_bytes(xs: List<&2,U32>) -> String:  S3.SHA3_256.hex_bytes(xs)# SHA3_384def SHA3_384.hash(xs: List<&2,U32>) -> List<&2,U32>:  S3.SHA3_384.bytes(xs)def SHA3_384.hex(xs: List<&2,U32>) -> String:  S3.SHA3_384.hex_bytes(xs)def SHA3_384.text(s: String) -> String:  S3.SHA3_384.text(s)def SHA3_384.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S3.SHA3_384.bytes(xs)def SHA3_384.hex_bytes(xs: List<&2,U32>) -> String:  S3.SHA3_384.hex_bytes(xs)# SHA3_512def SHA3_512.hash(xs: List<&2,U32>) -> List<&2,U32>:  S3.SHA3_512.bytes(xs)def SHA3_512.hex(xs: List<&2,U32>) -> String:  S3.SHA3_512.hex_bytes(xs)def SHA3_512.text(s: String) -> String:  S3.SHA3_512.text(s)def SHA3_512.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S3.SHA3_512.bytes(xs)def SHA3_512.hex_bytes(xs: List<&2,U32>) -> String:  S3.SHA3_512.hex_bytes(xs)# SHAKE128def SHAKE128.hash(xs: List<&2,U32>, out_len: U32) -> List<&2,U32>:  S3.SHAKE128.bytes(xs,out_len)def SHAKE128.hex(xs: List<&2,U32>, out_len: U32) -> String:  S3.SHAKE128.hex_bytes(xs,out_len)def SHAKE128.text(s: String, out_len: U32) -> String:  S3.SHAKE128.text(s,out_len)def SHAKE128.bytes(xs: List<&2,U32>, out_len: U32) -> List<&2,U32>:  S3.SHAKE128.bytes(xs,out_len)def SHAKE128.hex_bytes(xs: List<&2,U32>, out_len: U32) -> String:  S3.SHAKE128.hex_bytes(xs,out_len)# SHAKE256def SHAKE256.hash(xs: List<&2,U32>, out_len: U32) -> List<&2,U32>:  S3.SHAKE256.bytes(xs,out_len)def SHAKE256.hex(xs: List<&2,U32>, out_len: U32) -> String:  S3.SHAKE256.hex_bytes(xs,out_len)def SHAKE256.text(s: String, out_len: U32) -> String:  S3.SHAKE256.text(s,out_len)def SHAKE256.bytes(xs: List<&2,U32>, out_len: U32) -> List<&2,U32>:  S3.SHAKE256.bytes(xs,out_len)def SHAKE256.hex_bytes(xs: List<&2,U32>, out_len: U32) -> String:  S3.SHAKE256.hex_bytes(xs,out_len)# BLAKE2sdef BLAKE2s.hash(xs: List<&2,U32>) -> List<&2,U32>:  B2S.BLAKE2s.bytes(xs)def BLAKE2s.hex(xs: List<&2,U32>) -> String:  B2S.BLAKE2s.hex_bytes(xs)def BLAKE2s.text(s: String) -> String:  B2S.BLAKE2s.text(s)def BLAKE2s.bytes(xs: List<&2,U32>) -> List<&2,U32>:  B2S.BLAKE2s.bytes(xs)def BLAKE2s.hex_bytes(xs: List<&2,U32>) -> String:  B2S.BLAKE2s.hex_bytes(xs)# BLAKE2bdef BLAKE2b.hash(xs: List<&2,U32>) -> List<&2,U32>:  B2B.BLAKE2b.bytes(xs)def BLAKE2b.hex(xs: List<&2,U32>) -> String:  B2B.BLAKE2b.hex_bytes(xs)def BLAKE2b.text(s: String) -> String:  B2B.BLAKE2b.text(s)def BLAKE2b.bytes(xs: List<&2,U32>) -> List<&2,U32>:  B2B.BLAKE2b.bytes(xs)def BLAKE2b.hex_bytes(xs: List<&2,U32>) -> String:  B2B.BLAKE2b.hex_bytes(xs)# BLAKE3def BLAKE3.hash(xs: List<&2,U32>) -> List<&2,U32>:  B3.BLAKE3.bytes(xs)def BLAKE3.hex(xs: List<&2,U32>) -> String:  B3.BLAKE3.hex_bytes(xs)def BLAKE3.text(s: String) -> String:  B3.BLAKE3.text(s)def BLAKE3.bytes(xs: List<&2,U32>) -> List<&2,U32>:  B3.BLAKE3.bytes(xs)def BLAKE3.hex_bytes(xs: List<&2,U32>) -> String:  B3.BLAKE3.hex_bytes(xs)# SHA512_224def SHA512_224.hash(xs: List<&2,U32>) -> List<&2,U32>:  S64.SHA512_224.bytes(xs)def SHA512_224.hex(xs: List<&2,U32>) -> String:  S64.SHA512_224.hex_bytes(xs)def SHA512_224.text(s: String) -> String:  S64.SHA512_224.text(s)def SHA512_224.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S64.SHA512_224.bytes(xs)def SHA512_224.hex_bytes(xs: List<&2,U32>) -> String:  S64.SHA512_224.hex_bytes(xs)# SHA512_256def SHA512_256.hash(xs: List<&2,U32>) -> List<&2,U32>:  S64.SHA512_256.bytes(xs)def SHA512_256.hex(xs: List<&2,U32>) -> String:  S64.SHA512_256.hex_bytes(xs)def SHA512_256.text(s: String) -> String:  S64.SHA512_256.text(s)def SHA512_256.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S64.SHA512_256.bytes(xs)def SHA512_256.hex_bytes(xs: List<&2,U32>) -> String:  S64.SHA512_256.hex_bytes(xs)# Original Keccak (pre-SHA-3 domain separation)def KECCAK_224.hash(xs: List<&2,U32>) -> List<&2,U32>:  S3.KECCAK_224.bytes(xs)def KECCAK_224.hex(xs: List<&2,U32>) -> String:  S3.KECCAK_224.hex_bytes(xs)def KECCAK_224.text(s: String) -> String:  S3.KECCAK_224.text(s)def KECCAK_224.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S3.KECCAK_224.bytes(xs)def KECCAK_224.hex_bytes(xs: List<&2,U32>) -> String:  S3.KECCAK_224.hex_bytes(xs)def KECCAK_256.hash(xs: List<&2,U32>) -> List<&2,U32>:  S3.KECCAK_256.bytes(xs)def KECCAK_256.hex(xs: List<&2,U32>) -> String:  S3.KECCAK_256.hex_bytes(xs)def KECCAK_256.text(s: String) -> String:  S3.KECCAK_256.text(s)def KECCAK_256.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S3.KECCAK_256.bytes(xs)def KECCAK_256.hex_bytes(xs: List<&2,U32>) -> String:  S3.KECCAK_256.hex_bytes(xs)def KECCAK_384.hash(xs: List<&2,U32>) -> List<&2,U32>:  S3.KECCAK_384.bytes(xs)def KECCAK_384.hex(xs: List<&2,U32>) -> String:  S3.KECCAK_384.hex_bytes(xs)def KECCAK_384.text(s: String) -> String:  S3.KECCAK_384.text(s)def KECCAK_384.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S3.KECCAK_384.bytes(xs)def KECCAK_384.hex_bytes(xs: List<&2,U32>) -> String:  S3.KECCAK_384.hex_bytes(xs)def KECCAK_512.hash(xs: List<&2,U32>) -> List<&2,U32>:  S3.KECCAK_512.bytes(xs)def KECCAK_512.hex(xs: List<&2,U32>) -> String:  S3.KECCAK_512.hex_bytes(xs)def KECCAK_512.text(s: String) -> String:  S3.KECCAK_512.text(s)def KECCAK_512.bytes(xs: List<&2,U32>) -> List<&2,U32>:  S3.KECCAK_512.bytes(xs)def KECCAK_512.hex_bytes(xs: List<&2,U32>) -> String:  S3.KECCAK_512.hex_bytes(xs)# RIPEMD-160 (legacy compatibility)def RIPEMD160.hash(xs: List<&2,U32>) -> List<&2,U32>:  R160.RIPEMD160.bytes(xs)def RIPEMD160.hex(xs: List<&2,U32>) -> String:  R160.RIPEMD160.hex_bytes(xs)def RIPEMD160.text(s: String) -> String:  R160.RIPEMD160.text(s)def RIPEMD160.bytes(xs: List<&2,U32>) -> List<&2,U32>:  R160.RIPEMD160.bytes(xs)def RIPEMD160.hex_bytes(xs: List<&2,U32>) -> String:  R160.RIPEMD160.hex_bytes(xs)# SM3def SM3.hash(xs: List<&2,U32>) -> List<&2,U32>:  SM.SM3.bytes(xs)def SM3.hex(xs: List<&2,U32>) -> String:  SM.SM3.hex_bytes(xs)def SM3.text(s: String) -> String:  SM.SM3.text(s)def SM3.bytes(xs: List<&2,U32>) -> List<&2,U32>:  SM.SM3.bytes(xs)def SM3.hex_bytes(xs: List<&2,U32>) -> String:  SM.SM3.hex_bytes(xs)