Age | Commit message (Collapse) | Author |
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This commit also adds a check to see that all files that
are part of an xi:include also have part of XML_FILES
and vice versa. It also fixes any applications where this
was not true.
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* lars/doc-cleanup/OTP-14475:
[edoc] Remove unused module otpsgml_layout.erl
Remove unused files from the documentation build
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ECDSA and DSA (DSS) public/private encryption/decryption does not work
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Testcases for ECDSA and DSA encrypt/decrypt and some other adaptions
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introduced in 03f3ec41f5468413235e3923a542a11cfd631089
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In OpenSSL version >= 1.0.1 the hash algos sha, sha224, sha256, sha384 and sha512 are supported.
In 1.0.0 sha, sha224 and sha256 are supported
In 0.9.8 sha is supported
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Same comment as previous commit applies.
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The function pkey_verify_nif handles pk signing with a general approach that is enabled by EVP api in OpenSSL 1.0.0
The rejected PR838 introduced that function and lots of other stuff so far neglected. It also made some different rsa padding methods possible (included).
Since the crypto code base has changed significantly, it was an overhelming work to try a git merge. Therefore this commit is a manual move of the source code from the PR into current maint.
This commit concentrates to use the new function compatible with the old functions. This includes some #if:s for different versions, compatibility code for 0.9.8.
Lacking: test cases, exporting the more general erlang api, documentation...
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Make some C code static
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This reverts commit eaf8ca41dfa4850437ad270d3897399c9358ced0.
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crypto: replace AES test vectors with validation data from NIST CAVP program
OTP-14436
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Fix backwards equality check in aes cfb128 function
OTP-14435
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This reverts commit dc57404252c47520f352834ad9be45ad684f96c9.
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It turns out that the excessive memory usage is cause by the
test framework printing all the test vectors into the log output.
A similar proplem was already diagnosed for long_msg/0. The root
cause was not mentioned in the SUITE, but the same fix applies
to the CAPV test vector data.
Switch all CAPV data to lazy evaluation and have the test itself
read the data.
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NIST's Cryptographic Algorithm Validation Program provides
validation testing of FIPS-approved and NIST-recommended
cryptographic algorithms.
Instead of hard coding a limited set of test vectors, use
their comprehensive validation set to test AES cipher modes.
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* raimo/rand-dev/OTP-14295:
Implement Xoroshiro116+ and improve statisticals
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Implement Xoroshiro116+ as 'exrop' with fixes.
Deprecate all old algorithms but reincarnate 'exs1024' as 'exs1024s'
and 'exsplus' as 'exsp' with fixes.
Fixes:
* Avoid skew for uniform integers caused by using a simple 'rem'
operation for range confinement. Correctness requires retry
with new random value for an unfortunate first value.
* Implement a correct algorithm that collects enough random
bits for ranges larger than the generator's precision.
* Fix uniform density for floats by acquiring 53 bits
then multiplying with 2.0^(-53) which produces floats
on the form N * 2.0^(-53).
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* ingela/openssl-version:
crypto: Update documentation to reflect new version policy
erts: Update configure check for OpenSSL
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Fix for problem introduced with OTP-14140
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Conflicts:
OTP_VERSION
erts/vsn.mk
lib/crypto/c_src/crypto.c
lib/crypto/src/crypto.erl
lib/ssh/src/ssh.erl
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* g-andrade/strong-random-numbers/PR-1367/OTP-14317:
Clean up documentation and test cases
Attempt faster approach to strong random floats
Allow for crypto upgrades when using rand plugin
fixup! Support cryptographically strong rand plugin
fixup! Support cryptographically strong rand plugin
fixup! Support cryptographically strong rand plugin
fixup! Support cryptographically strong rand plugin
No longer expose strong_rand_(range|float)
Support cryptographically strong rand plugin
Restyle crypto strong numeric generators for usage in rand
Support generation of strong random numbers
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Fix a bug with the use of the aes_cfb128 cipher by calling the correct
underlying openssl interface function when the cipher is specified.
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