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https://github.com/openssl/openssl.git
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babab8e7c9
This is purported to save a few cycles, but makes the code less
obvious and more brittle, and in fact breaks on platforms where for
ABI continuity reasons there is a SHA2 implementation in libc, and
so EVP needs to call those to avoid conflicts.
A sufficiently good optimizer could simply generate the same entry
points for:
foo(...) { ... }
and
bar(...) { return foo(...); }
but, even without that, the different is negligible, with the
"winner" varying from run to run (openssl speed -evp sha384):
Old:
type 16 bytes 64 bytes 256 bytes 1024 bytes 8192 bytes 16384 bytes
sha384 28864.28k 117362.62k 266469.21k 483258.03k 635144.87k 649123.16k
New:
type 16 bytes 64 bytes 256 bytes 1024 bytes 8192 bytes 16384 bytes
sha384 30055.18k 120725.98k 272057.26k 482847.40k 634585.09k 650308.27k
Reviewed-by: Rich Salz <rsalz@openssl.org>
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|---|---|---|
| .. | ||
| bio_b64.c | ||
| bio_enc.c | ||
| bio_md.c | ||
| bio_ok.c | ||
| build.info | ||
| c_allc.c | ||
| c_alld.c | ||
| cmeth_lib.c | ||
| digest.c | ||
| e_aes_cbc_hmac_sha1.c | ||
| e_aes_cbc_hmac_sha256.c | ||
| e_aes.c | ||
| e_aria.c | ||
| e_bf.c | ||
| e_camellia.c | ||
| e_cast.c | ||
| e_chacha20_poly1305.c | ||
| e_des3.c | ||
| e_des.c | ||
| e_idea.c | ||
| e_null.c | ||
| e_old.c | ||
| e_rc2.c | ||
| e_rc4_hmac_md5.c | ||
| e_rc4.c | ||
| e_rc5.c | ||
| e_seed.c | ||
| e_sm4.c | ||
| e_xcbc_d.c | ||
| encode.c | ||
| evp_cnf.c | ||
| evp_enc.c | ||
| evp_err.c | ||
| evp_key.c | ||
| evp_lib.c | ||
| evp_locl.h | ||
| evp_pbe.c | ||
| evp_pkey.c | ||
| m_md2.c | ||
| m_md4.c | ||
| m_md5_sha1.c | ||
| m_md5.c | ||
| m_mdc2.c | ||
| m_null.c | ||
| m_ripemd.c | ||
| m_sha1.c | ||
| m_sha3.c | ||
| m_sigver.c | ||
| m_wp.c | ||
| names.c | ||
| p5_crpt2.c | ||
| p5_crpt.c | ||
| p_dec.c | ||
| p_enc.c | ||
| p_lib.c | ||
| p_open.c | ||
| p_seal.c | ||
| p_sign.c | ||
| p_verify.c | ||
| pbe_scrypt.c | ||
| pmeth_fn.c | ||
| pmeth_gn.c | ||
| pmeth_lib.c | ||