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* Use ASN1_TYPE_new()/ASN1_TYPE_free() to avoid leaking memory.jsing2018-11-081-12/+17
| | | | From Ben L <bobsayshilol at live dot co dot uk>.
* Use in-place (un)wrapping in the keywrap tests.tb2018-11-071-5/+8
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* Add in key_schedule regress tests to regress buildbeck2018-11-071-1/+2
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* Add a self test for each SSL library by connecting client withbluhm2018-11-075-23/+88
| | | | | | server. Check that the highest available TLS version is selected. LibreSSL TLS 1.3 check is disabled until the feature becomes available.
* Add initial TLS 1.3 key schedule support with basic regress testsbeck2018-11-072-0/+249
| | | | ok jsing@ tb@
* Add interop test with OpenSSL 1.1. TLS 1.3 should be used automaticallybluhm2018-11-075-10/+55
| | | | | when it becomes available in LibreSSL. thanks to sthen@ for the new OpenSSL port
* Print SSLeay, OpenSSL, and LibreSSL version strings. Make clientbluhm2018-11-077-12/+71
| | | | | and server compile with OpenSSL 1.1. Check runtime version string of SSL library.
* +interopbluhm2018-11-071-1/+2
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* Test TLS interoperability between LibreSSL and OpenSSL.bluhm2018-11-0710-0/+549
| | | | | | | | | | | | Implement simple SSL client and server in C. Create four binaries by linking them with LibreSSL or OpenSSL. This way API compatibility is tested. Connect and accept with netcat to test protocol compatibility with libtls. Currently OpenSSL 1.0.2p from ports is used. Plan is to move to OpenSSL 1.1 and and test TLS 1.3. idea from beck@; help from jsing@
* better failure printing, add more checkstb2018-11-061-9/+35
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* link rand/ to buildtb2018-11-061-2/+4
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* add a regression test for bn_rand_interval()tb2018-11-062-0/+98
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* Add TLSv1.3 to version regress tests.jsing2018-11-061-4/+80
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* Unbreak regress following Supported Elliptic Curve extension rename.jsing2018-11-061-49/+49
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* With the fixed length checks in aes_wrap.c 1.11, we can remove the uglytb2018-10-201-11/+3
| | | | length checks here.
* Run Wycheproof testvectors for AES Key Wrap without padding (RFC 3394)tb2018-10-191-4/+144
| | | | | | against libcrypto. Currently contains caller-side length checks that should really be done in the library. This will be fixed after an upcoming commit to libcrypto.
* truncate long comments in audit summarytb2018-10-191-2/+7
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* simplify BN_bin2bn() calls; no need to pre-declare the variable.tb2018-10-181-11/+6
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* Avoid a bad out of bounds access that caused intermittent crashes.tb2018-10-181-2/+2
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* whitespace cleanup and other minor things from gofmttb2018-10-071-44/+39
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* make sure all CStrings are freedtb2018-10-061-3/+7
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* plug a memory leaktb2018-10-061-1/+2
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* wrap a few more overlong linestb2018-10-061-14/+36
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* wrap some overlong fmt.Printfstb2018-10-061-53/+106
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* It's slightly simpler to get the ECDH public key as an EC_POINT by usingtb2018-10-061-16/+15
| | | | | EC_KEY_set_public_key_affine_coordinates() and EC_KEY_get0_public_key() than using EC_POINT_set_affine_coordinates_GFp() directly.
* free EC_POINT and EC_GROUPtb2018-10-061-1/+4
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* Run Wycheproof ECDH Web Crypto test vectors against libcrypto.tb2018-10-061-6/+155
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* merge runECDSAWebCryptoTest() into runECDSATest()tb2018-10-061-53/+31
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* factor ECDSA signature extraction into its own functiontb2018-10-061-24/+35
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* make allocate/use/defer dances more consistent in ECDSA sig extractiontb2018-10-061-9/+8
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* Run Wycheproof ECDSA Web Crypto test vectors against libcrypto.tb2018-10-051-7/+166
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* Better refer to RFC 8422 which obsoletes RFC 4492.tb2018-10-041-2/+2
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* While we don't explicitly support curve secp256r1, we can run 1250 teststb2018-10-041-11/+2
| | | | against its ANSI equivalent prime256v1 (compare RFC 4492, Appendix A).
* in ECDH, gather statistics where it makes more sensetb2018-09-301-8/+5
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* Add a comment on the acceptable RSASSA cases.tb2018-09-221-2/+3
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* gather statistics in checkAead{Open,Seal}() as well.tb2018-09-221-1/+7
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* remove some unneeded checkstb2018-09-221-15/+5
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* gather and print some statistics on the acceptable cases we need totb2018-09-221-8/+60
| | | | look into
* more flags printingtb2018-09-221-23/+23
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* improve logic involving acceptableAudittb2018-09-221-5/+5
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* Swap order of "action" and "wt.Flags" in a few fmt.Printfs.tb2018-09-221-17/+17
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* Introduce a couple of convenience targets to help with auditing thetb2018-09-222-5/+41
| | | | acceptable cases.
* Print the flags field in INFO: and FAIL: messages. It's helpful intb2018-09-211-17/+17
| | | | identifying the important failures while auditing.
* fix order of arguments in fmt.Printf()tb2018-09-181-2/+2
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* add missing default case to switchtb2018-09-161-1/+3
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* EVP_aead_chacha20_poly1305() can't actually fail.tb2018-09-161-4/+1
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* Rename *AesCcmOrGcm* into the slightly less ugly *AesAead*.tb2018-09-161-9/+9
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* another typo. time to sleeptb2018-09-151-2/+2
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* typostb2018-09-151-3/+3
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* add a brief comment on the acceptable AES CCM and AES GCM casestb2018-09-151-2/+8
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