This allows SP to support:
- DH parameter checking
- DH parameter generation
- RSA key generation
Improved performance of sp_mod operation.
Reworked some functions to have one exit point (return statement).
Fixed sp_sub_d().
Changed tests to perform 2048-bit RSA key generation only when using SP
math.
Fixed Intel x86_64 C file to not have DH specific functions available
unless WOLFSSL_HAVE_SP_DH is defined.
Fixed tfm to return an error when t is not the correct size in
fp_isprime_ex().
More places to mask shifted n.
Fix conditional check on NO_3072 in sp_int.h
Disable prime checking when using SP maths.
Add support for mp_tohex to SP maths.
Fix wolfmath.c to support including SP maths.
1. Moved a few functions around in tfm.c and integer.c.
2. Added some new ifdef clauses to tfc and integer so that the prime checking is available when using RSA, DSA, or DH.
3. Added an internal version of function wc_DhSetKey and wc_DsaImportParamsRaw that always checks to see if the prime value is prime. Modified the original function to be a wrapper.
1. In wc_DhGenerateParams(), changed the call to mp_prime_is_prime() to
mp_prime_is_prime_ex().
2. In wc_MakeDsaParameters(), changed the call to mp_prime_is_prime() to
mp_prime_is_prime_ex().
3. Added wc_CheckProbablePrime_ex in RSA that also takes an RNG to call
mp_prime_is_prime_ex(). If RNG is NULL, call mp_prime_is_prime().
4. Rewrite wc_CheckProbablePrime() in terms of
wc_CheckProbablePrime_ex().
1. Fixed variable name typo in DH for the FFDHE 8192-bit q value.
2. Updated some error strings in wolfSSL_BN_is_prime_ex().
3. Changed the calls to mp_prime_is_prime_ex() in fp_randprime() and
mp_randprime() so they go back to the 8 rounds of MR, which is more than
adequate in this situation.
1. When building on VS, it didn't like using a variable for an array size. Fixed it so it was a constant.
2. In dh.c, there were a few #if that should have been #ifdef.
3. Tweaked a return value in the wolfCrypt test so it was read after being set.
1. ForceZero the odd block when using RDSEED to seed the DRBG.
2. When using FIPSv2 and Intel_ASM speedups, force RDSEED failure flag.
3. Annotate the ecc key pair checking code with NIST process references.
4. Add function to pair-wise check the DH key.
5. Add optional "Q" values for the FFDHE canned parameters from RFC 7919.
6. Enabled the ECC key checks by default for FIPS.
7. Added DH private key check function.
8. Enabled the DH key checks by default for FIPS.
1. Update gitignore with some more VS outputs.
2. Update the Windows IDE user settings with FIPSv2 settings.
3. Remove redundant _InitHmac() function from ssl.c.
4. In wc_DhGenerateParams(), initialize the groupSz and bufSz to 0.
5. In wc_DhExportParamsRaw(), initialize pLen, qLen, and gLen to 0.
6. In wc_MakeRsaKey(), initialize isPrime to 0.
7. In ecc_test_make_pub(), initialize exportBuf and tmp to NULL and initialize the ECC key before any chance of trying to free it.
8. In fips_test.h header, update types.h include to use the wolfCrypt types rather than ctaocrypt types.
9. In fips_test.h header, change the visibility tags on all the function prototypes to use the WOLFSSL tags rather than CYASSL.
10. Change the wolfCrypt visibility tags to use CyaSSL's tags for old FIPS and the regular tags for new FIPS and non-FIPS builds.
--enable-sp-math to include minimal implementation of MP (only with
--enable-sp.)
Add futher functionality for ECC (conditionally compiled):
- check key
- is point on curve
- API to add and double projective points
- API to map from project to affine
- Uncompress point (including sqrt)
Some configuration options will not work with SP math - configure.ac
detects this and errors out.
Change test code to better support SP sizes only.
