update wolfcrypt/src/port/af_alg, wolfcrypt/src/port/devcrypto, and wolfcrypt/src/port/kcapi to include libwolfssl_sources.h;
remove a slew of includes across lib sources made redundant by libwolfssl_sources.h.
which force on BUILDING_WOLFSSL and do boilerplate includes, and update library
sources to include them at the top.
wolfssl_sources.h includes types.h, error-crypt.h, and logging.h, and
conditionally, config.h. settings.h and wc_port.h are unconditionally
included at the top of types.h.
wolfssl_sources_asm.h includes settings.h, and conditionally, config.h.
Add wolfssl_sources*.h to wolfcrypt/src/include.am, and to several IDE/ project
files.
Also added a TEST_WOLFSSL_SOURCES_INCLUSION_SEQUENCE clause in
wolfssl/wolfcrypt/settings.h to allow coverage testing.
In wolfcrypt/src/misc.c, retain existing ad hoc boilerplate includes, and use
them if WOLFSSL_VIS_FOR_TESTS, otherwise include the new wolfssl_sources.h.
Define WOLFSSL_VIS_FOR_TESTS at top of wolfcrypt/test/test.c.
Also renamed WOLFSSL_NEED_LINUX_CURRENT to WOLFSSL_LINUXKM_NEED_LINUX_CURRENT,
for clarity.
This adds support for the STM32MP13 HAL, tested on the STM32MP135F MPU.
Using the HAL this modifies our previous RNG, AES-CBC, AES-GCM, HASH,
ECDSA and DES3 ST HAL acceleration to work with the MPU. It also works
around bugs found in the AES-GCM code of the HAL.
The HAL does not appear to have support for MD5 HASH at the moment, so
this has been given a flag to disable it on this MPU.
wolfssl_sce_unit_test.c:
sce_crypt_Sha_AesCbcGcm_multitest(): duplicate condition
ssl_asn1.c:
wolfSSL_i2t_ASN1_OBJECT(): done is not needed
MonthStr(): fix bounds check on i
woolfcrypt_test.c, test_main.c, wolfssl_tsip_unit_test.c, devices.c,
aes.c, des3.c:
Variable not used.
asn.c:
DecodeSubjKeyId(): sz is unsigned - check for less than zero does
nothing
kcapi_rsa.c:
KcapiRsa_Decrypt(): fix ret check by using else
KcapiRsa_Encrypt(): make same change for consistency
kcapi_hash.c:
KcapiHashFinal(): move ret into #ifdef where it is needed
stm32.c:
wc_Stm32_Hash_GetDigest(): i redeclared with different type - use ii
instead
bio.c, conf.c:
XFREE checks for NULL
Reduce scope of varialbes.
Condition same.
Add a define WOLFSSL_CHECK_MEM_ZERO to turn on code that checks that
memory that must be zeroized before going out of use is zero.
Everytime sensitive data is put into a allocated buffer or stack buffer;
the address, its length and a name is stored to be checked later.
Where the stack buffer is about to go out of use, a call is added to
check that the required parts are zero.
wc_MemZero_Add() adds an address with length and name to a table of
addressed to be checked later.
wc_MemZero_Check() checks that the memory associated with the address is
zeroized where required.
mp_memzero_add() adds mp_int's data pointer with length and name to
table.
mp_memzero_check() checks that the data pointer is zeroized where
required.
Freeing memory will check the address. The length was prepended on
allocation.
Realloction was changed for WOLFSSL_CHECK_MEM_ZERO to perform an
allocate, check, copy, free.
1. Change the internal version number for the FIPS 140-3 changes as v4.
2. Insert v3 as an alias for FIPS Ready.
3. Use the correct directory for the FIPS old files sources. (For local
testing of 140-3 builds.)
4. Change back the check for the FIPS version in internal.c for
EccMakeKey().
1. Added enable option for FIPS 140-3 in configure script.
2. Modify DES3 source to disallow DES3 for the new option.
3. Added the new constants to fips_test.h.
4. Added some new test functions.
5. Added API for doing the POST.
6. Added a processing state for the CASTs.
7. Delete some unused prototypes from FIPS test API.
configure.ac: fix ed25519/sha512 dependency test to not misfire when ENABLED_32BIT;
wolfssl/wolfcrypt/curve{25519,448}.h: fix redundant typedefs of curve{25519,448}_key (fixes -Wpedantic warnings);
configure.ac: fix for "ISO C forbids an empty translation unit [-Werror=pedantic]", re wolfcrypt/src/sp_c{32,64}.c;
configure.ac: fixes for --enable-32bit versus pedantic "ISO C forbids an empty translation unit", including explicit exclusion of 32bit-incompatible algorithms from enable-all and enable-all-crypto sets;
tests/api.c: fixes for a couple inadequately gated SHA2 dependencies;
tests/api.c:test_wolfSSL_set_alpn_protos(): fix prototype missing (void);
wolfcrypt/src/misc.c and wolfssl/wolfcrypt/misc.h: fix ForceZero() definition and NO_INLINE prototype to not counterfactually constify the mem ptr, to avoid -Wmaybe-uninitialized from gcc11;
wolfcrypt/src/des3.c: drop obsolete register qualifier from declaration in DesSetKey(), for c++17 compatibility;
src/ssl.c:wolfSSL_BN_mod_word(): fix cast of arg2 to mp_mod_d().
Added PRIVATE_D version of rsa private key operation for SP
implementation for specific platforms.
WC_NO_RNG results in warnings when RNG calls don't do anything.
Added ifdef checks for variables not used otherwise.
Remove superfluous if statements like when checking ret == 0.
Change names of globals that are generic and are used locally before
global definition.
Remove definition of variable len that isn't used except as a
replacement for sz which is parameter.
Don't subtract two variables when one has just been assigned the value
of the other.
Fix shifting of signed value.
Fix parameter checking in aes.c and des3.c for platform specific code.
1. Add configure option for sync IntelQA that uses the crypto callback API.
2. Refactor the IntelQA configure checks so they are usable by both the sync and async options.
3. Make a synchonous copy of the quickassist files.
4. Replace the printfs in the code with a logging macro.
5. Added padding to the AES_KEY structure for WOLF_CRYPTO_CB.
6. Tie in the crypto device to the sniffer.
7. When setting up the symmetric operation, add a build case for the sniffer to use malloc instead of realloc. Sniffer usually uses the middle of another buffer for the input data rather than the beginning of the buffer as it has the TCP/IP data to handle as well.
8. Add the raw key to the DES3 structure.
9. Copy the functions from qa_mem over to qa_sync.
1. Moved the rest of the FIPS algorithms to FIPSv2.
2. Updated the fips-check and autogen scripts.
3. Updated the automake include for the crypto files.
4. Updated the example server to use the wolfSSL API and wolfSSL-based OpenSSL compatibility layer.
5. Added error code for the SHA-3 KAT.
6. Updated an test case in the API test for AES-GCM encrypt that is now considered a success case, but the FIPS mode was still treating as a failure.
JacobBarthelmeh
Daniel Pouzzner
Andrew Hutchings
night1rider
kaleb-himes
Andras Fekete
Sean Parkinson
Juliusz Sosinowicz
Hayden Roche
David Garske
Eric Blankenhorn
John Safranek
Elms
Martin Akman
Chris Conlon