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Most assembly blocks remain inactive if OPENSSL_NO_ASM is not defined,
only enabling inline assembly, but the RSA / RC4-5 blocks (used only in
amd64 systems) turn on implicitly. Guard these two as well.
This simplifies enabling just inline ASM in portable, no effective
change in OpenBSD.
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Improves readability, keeps the code smaller so that it is warmer in your
cache.
review & ok deraadt@
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an OPENSSL_NO_* define. This avoids relying on something else pulling it
in for us, plus it fixes several cases where the #ifndef OPENSSL_NO_XYZ is
never going to do anything, since OPENSSL_NO_XYZ will never defined, due
to the fact that opensslconf.h has not been included.
This also includes some miscellaneous sorting/tidying of headers.
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potential integer overflows easily changed into an allocation return
of NULL, with errno nicely set if need be. checks for an allocations
returning NULL are commonplace, or if the object is dereferenced
(quite normal) will result in a nice fault which can be detected &
repaired properly.
ok tedu
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Also check for _LP64 rather than __arch64__ (the former being more reliable
than __LP64__ or __arch64__) to tell 64-bit int platforms apart from 32-bit
int platforms.
Loosely based upon a diff from Martijn van Duren on tech@
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avoid unreadable/unmaintainable constructs like that:
const EVP_PKEY_ASN1_METHOD cmac_asn1_meth =
{
EVP_PKEY_CMAC,
EVP_PKEY_CMAC,
0,
"CMAC",
"OpenSSL CMAC method",
0,0,0,0,
0,0,0,
cmac_size,
0,
0,0,0,0,0,0,0,
cmac_key_free,
0,
0,0
};
ok matthew@ deraadt@
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OPENSSL_foo wrappers. This changes:
OPENSSL_malloc->malloc
OPENSSL_free->free
OPENSSL_relloc->realloc
OPENSSL_freeFunc->free
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