This the second pass at this after seeing how fips is added to tree in later phases.
This allow autoreconf to be directly called which allows the Makefile to rebuild when seeing that changes have been ( having an autogen.sh is older convention which left to history in the way autotools are invoked )
This fixes "make distcheck" and "make maintainer-clean" which are required by most distributions packaging systems.
The files previously touched by autogen.sh are now properly placed into autoconf.
The include files files are generated by configure. ( There is a note placed in configure.ac as to why and reference to the automake documention for this ). Append to file was done on purpose, touch cannot be in configure safetly. Normally autoheader would be used for this but since the include files are created out of tree, care has to be taken to not overwrite those file.
For the source files, they were moved into the coresponding automake file. It is safe to use touch in automake. Since files can optionally copied from elsewhere, they have to be listed in BUILT_SOURCES. They are written srcdir in order to allow make to do VPATH builds ( which is configure by make distcheck ).
To show fips files are preserved without having the actual fips files, a C style comment can be echoed into the files.
There are a few current, but outstanding issues.
1) config.h needs to be fixed configure.ac to use autoheader in order to allow configure to know to rebuilt depencies on its changes. ( Out of scope for this patch. )
2) verion.h checked into the tree and it is a built file. A make maintainer-clean followed by "git status --ignored" will confirm this. ( Out of scope for this patch )
3) autogen.sh has not been updated to reflect fixes. I believe that for this patch, it should be left alone and checked for regression in Jenkins by itself.
4) There is an out of date .spec file for building RPM which should be updated now that distcheck is working.
5) maintainer-clean should have rule added to remove build-aux testdriver.
This has been tested on current Ubuntu testing, OSX, Fedora 34, and Debian 10.
Additionaly "make distcheck" should be added to regression testing, along with "make maintainer-check".
Other improvement possibilities:
A possible future improvement is to let autoconf handle build with optional out of dist files.
Modify fips configure.ac check to allow for an injection of comments into blank fips files in order to prove distribution of fips/non-fips builds.
Update git rules to use 'make maintainer-clean', 'autoreconf -if', 'make distcheck'.
manual run of RNG init and JDKEK print
job ring does initial rng
is successful on some red key blob operations
caam red key blob test pass
ecdsa sign/verify
ecdsa ecdh/sign/verify with black secure key
ecdsa ecdh/sign/verify with black secure key
initial cmac addition
initial cmac addition
black blob encap
black keys with cmac
add invalidate memory
refactoring and clean up
more code cleanup
add files for dist and remove some printf's
remove unneeded macro guard
use resource manager
build dps with ARM neon 64
fix for release mode build
add in threading protection and seperate out rng
added callback function and updates to README
update default handle to lock, and add finished handle call
cleanup after veiwing diff of changes
1. Add configure option for sync IntelQA that uses the crypto callback API.
2. Make a synchonous copy of the quickassist files.
3. Tie in the crypto device to the sniffer.
4. When making a sniffer build, define static DH enabled.
5. The readme files in the Cavium were being added to the distro optionally, changed to always add the readme files.
6. Added an include of the cavium_octeon header in the wc_ports.c.
7. Updated the Cavium OCTEON callback for AES-GCM.
8. Add the global tag to the list of crypto callback function pointers.
9. Add an accessor to the OCTEON crypto callback module to return the device ID of the OCTEON device.
10. Add a new version of ssl_SetWatchKeyCallback which takes an additional parameter of a device ID. This ID is used to set up the wolfSSL_CTXs in the sniffer session trackers.
11. Update the benchmark to use sync OCTEON and QAT.
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.
Fix up ARM32 Curve25519 assembly code to use right directives.
Slight improvement to ARM64 SHA-512 assembly code.
Don't return error code from Transform functions - can't fail.
formating and refactoring
update configure for devcrypto
add AES algorithms to cyrptodev port
increase structure size for compatibility AES with cryptodev
add wc_devcrypto.h to install path
progress on AES-GCM with AF_ALG and add SHA256
add aes-gcm test cases and finish logic of aes-gcm with AF_ALG
formating of tabs and white space
add files to dist
adding ecb and ctr mode with af_alg
make length of buffers for ctr be AES_BLOCK_SIZE
formating and add support for sha256 copy/gethash
sanity checks on arguments
cast return values and valgrind tests
make it easier to use sha256 with af_alg
remove hard tabs
add endif for after rebase
* Added reference PK callbacks functions for ECC sign, verify and shared secret used by TLS in `wolfcrypt/src/port/st/stsafe.c`.
* Fix for wolfcrypt_test to not require args to be provided.
* Fix for wolfCrypt `ecc_test_buffers` to poperly init ecc_key (resolves devId issue).
* Fix for STM32 AES CBC Decrypt with CubeMX, which was not capturing the first input block for next IV.
* Refactor to combine STM32 hardware init code.
