void sha3_512_test (const void *msg, int len, void *out) {
sha3_ctx ctx;
rhash_sha3_512_init (&ctx);
rhash_sha3_update (&ctx, msg, len);
rhash_sha3_final (&ctx, out);
}
static inline void HashFunction_Update(hash_ctx *const ctx, const unsigned char *const msg, const size_t size)
{
switch(ctx->hashType)
{
case STD_HASHTYPE_CRC_32:
rhash_crc32_update(&ctx->data.crc32, msg, size);
return;
case STD_HASHTYPE_MD5_128:
rhash_md5_update(&ctx->data.md5, msg, size);
return;
case STD_HASHTYPE_SHA1_160:
rhash_sha1_update(&ctx->data.sha1, msg, size);
return;
case STD_HASHTYPE_SHA2_224:
case STD_HASHTYPE_SHA2_256:
rhash_sha256_update(&ctx->data.sha256, msg, size);
return;
case STD_HASHTYPE_SHA2_384:
case STD_HASHTYPE_SHA2_512:
rhash_sha512_update(&ctx->data.sha512, msg, size);
return;
case STD_HASHTYPE_SHA3_224:
case STD_HASHTYPE_SHA3_256:
case STD_HASHTYPE_SHA3_384:
case STD_HASHTYPE_SHA3_512:
rhash_sha3_update(&ctx->data.sha3, msg, size);
return;
case STD_HASHTYPE_BLK2_224:
case STD_HASHTYPE_BLK2_256:
case STD_HASHTYPE_BLK2_384:
case STD_HASHTYPE_BLK2_512:
if(blake2b_update(&ctx->data.balke2, msg, size) != 0)
{
MessageBox(NULL, T("Blake2_Update internal error, going to abort!"), T("StdUtils::HashFunction_Update"), MB_ICONSTOP | MB_TOPMOST);
abort();
}
return;
default:
MessageBox(NULL, T("Inconsistent state detected, going to abort!"), T("StdUtils::HashFunction_Update"), MB_ICONSTOP | MB_TOPMOST);
abort();
}
}
