Simon Tatham 8cf372d4a2 NTRU: remove a pointless failure check. ...

In the key generation step where we invert 3f in the field
Z_q/<x^p-x-1>, I was carefully checking for failure, on the grounds
that even a field does have _one_ non-invertible element, namely zero.
But I forgot that we'd generated f in such a way that it can't
possibly be zero. So that failure check is pointless.

(However, I've retained it in the form of an assertion.)

2023-05-28 09:59:41 +01:00

..

aes-common.c

…

aes-neon.c

…

aes-ni.c

…

aes-select.c

…

aes-sw.c

…

aes.h

…

aesgcm-clmul.c

…

aesgcm-common.c

…

aesgcm-footer.h

…

aesgcm-neon.c

…

aesgcm-ref-poly.c

…

aesgcm-select.c

…

aesgcm-sw.c

…

aesgcm.h

…

arcfour.c

…

argon2.c

…

bcrypt.c

…

blake2.c

…

blowfish.c

…

blowfish.h

…

chacha20-poly1305.c

…

CMakeLists.txt

…

crc32.c

…

des.c

…

diffie-hellman.c

…

dsa.c

…

ecc-arithmetic.c

…

ecc-ssh.c

…

ecc.h

…

hash_simple.c

…

hmac.c

…

mac_simple.c

…

mac.c

…

md5.c

…

mpint_i.h

…

mpint.c

…

ntru.c

…

ntru.h

…

openssh-certs.c

…

prng.c

…

pubkey-pem.c

…

pubkey-ppk.c

…

pubkey-ssh1.c

…

rsa.c

…

sha1-common.c

…

sha1-neon.c

…

sha1-ni.c

…

sha1-select.c

…

sha1-sw.c

…

sha1.h

…

sha3.c

…

sha256-common.c

…

sha256-neon.c

…

sha256-ni.c

…

sha256-select.c

…

sha256-sw.c

…

sha256.h

…

sha512-common.c

…

sha512-neon.c

…

sha512-select.c

…

sha512-sw.c

…

sha512.h

…

xdmauth.c

…