64bit settings for time is mandatory for INtime. Changed the project file.
Test for ecc_test_buffers was unreliable, as the structs were not initialized befor usage.
1. Windows IDE project, clean up the preprocessor flags.
2. Add command line define to the MASM steps to set HAVE_FIPS and HAVE_FIPS_VERSION=2.
3. Disable the whole program optimization for the non-DLL builds for the file fips.c.
4. Tweaked the aes_asm.asm's code segment line to be dependant on the FIPS setting. Only place it specially for FIPSv2.
5. Reverted the Windows IDE project and copied the new setting to a WIN10 directory.
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.
* Fixed some `tls_bench` build issues with various configure options.
* Moved the `WOLFSSL_PACK` and `WC_NORETURN` macros into types.h.
* Added support for `__builtin_bswap32` and `__builtin_bswap64`. Since the performance of the builtins varries by platform its off by default, but can be enabled by customer using `WOLF_ALLOW_BUILTIN`. Quick check on x86 showed the 32-bit swap performance matched, but 64-bit swap was slower.
