c1257222b3
We have released LibreSSL 2.5.4, which will be arriving in the
LibreSSL directory of your local OpenBSD mirror soon. It includes the following
changes:
* Reverted a previous change that forced consistency between return
value and error code when specifing a certificate verification
callback, since this breaks the documented API. When a user supplied
callback always returns 1, and later code checks the error code to
potentially abort post verification, this will result in incorrect
successul certificate verification.
* Switched Linux getrandom() usage to non-blocking mode, continuing to
use fallback mechanims if unsuccessful. This works around a design
flaw in Linux getrandom(2) where early boot usage in a library makes
it impossible to recover if getrandom(2) is not yet initialized.
* Fixed a bug caused by the return value being set early to signal
successful DTLS cookie validation. This can mask a later failure and
result in a positive return value being returned from
ssl3_get_client_hello(), when it should return a negative value to
propagate the error.
* Fixed a build error on non-x86/x86_64 systems running Solaris.
We have released LibreSSL 2.5.3, based on OpenBSD 6.1, which will be the new
stable release series. LibreSSL 2.3.x support has also ended. LibreSSL 2.5.3
contains the following changes from the previous stable release.
* libtls now supports ALPN and SNI
* libtls adds a new callback interface for integrating custom IO functions.
Thanks to Tobias Pape.
* libtls now handles 4 cipher suite groups:
"secure" (TLSv1.2+AEAD+PFS)
"compat" (HIGH:!aNULL)
"legacy" (HIGH:MEDIUM:!aNULL)
"insecure" (ALL:!aNULL:!eNULL)
This allows for flexibility and finer grained control, rather than having
two extremes (an issue raised by Marko Kreen some time ago).
* Tightened error handling for tls_config_set_ciphers().
* libtls now always loads CA, key and certificate files at the time the
configuration function is called. This simplifies code and results in a single
memory based code path being used to provide data to libssl.
* Added support for OCSP intermediate certificates.
* Added functions used by stunnel and exim from BoringSSL - this brings in
X509_check_host, X509_check_email, X509_check_ip, and X509_check_ip_asc.
* Added initial support for iOS, thanks to Jacob Berkman.
* Improved behavior of arc4random on Windows when using memory leak analysis
software.
* Correctly handle an EOF that occurs prior to the TLS handshake completing.
Reported by Vasily Kolobkov, based on a diff from Marko Kreen.
* Limit the support of the "backward compatible" ssl2 handshake to only be
used if TLS 1.0 is enabled.
* Fix incorrect results in certain cases on 64-bit systems when BN_mod_word()
can return incorrect results. BN_mod_word() now can return an error condition.
Thanks to Brian Smith.
* Added constant-time updates to address CVE-2016-0702
* Fixed undefined behavior in BN_GF2m_mod_arr()
* Removed unused Cryptographic Message Support (CMS)
* More conversions of long long idioms to time_t
* Improved compatibility by avoiding printing NULL strings with printf.
* Reverted change that cleans up the EVP cipher context in EVP_EncryptFinal()
and EVP_DecryptFinal(). Some software relies on the previous behaviour.
* Avoid unbounded memory growth in libssl, which can be triggered by a TLS
client repeatedly renegotiating and sending OCSP Status Request TLS extensions.
* Avoid falling back to a weak digest for (EC)DH when using SNI with libssl.
* X509_cmp_time() now passes a malformed GeneralizedTime field as an error.
Reported by Theofilos Petsios.
* Detect zero-length encrypted session data early, instead of when malloc(0)
fails or the HMAC check fails. Noted independently by jsing@ and Kurt Cancemi.
* Check for and handle failure of HMAC_{Update,Final} or EVP_DecryptUpdate().
* Massive update and normalization of manpages, conversion to mandoc format.
Many pages were rewritten for clarity and accuracy. Portable doc links are
up-to-date with a new conversion tool.
* Curve25519 Key Exchange support.
* Support for alternate chains for certificate verification.
* Code cleanups, CBB conversions, further unification of DTLS/SSL handshake
code, further ASN1 macro expansion and removal.
* Private symbols are now hidden in libssl and libcrypto.
* Friendly certificate verification error messages in libtls, peer
verification is now always enabled.
* Added OCSP stapling support to libtls and nc.
* Added ocspcheck utility to validate a certificate against its OCSP responder
and save the reply for stapling
* Enhanced regression tests and error handling for libtls.
* Added explicit constant and non-constant time BN functions, defaulting to
constant time wherever possible.
* Moved many leaked implementation details in public structs behind opaque
pointers.
* Added ticket support to libtls.
* Added support for setting the supported EC curves via
SSL{_CTX}_set1_groups{_list}() - also provide defines for the previous
SSL{_CTX}_set1_curves{_list} names. This also changes the default list of
curves to be X25519, P-256 and P-384. All other curves must be manually
enabled.
* Added -groups option to openssl(1) s_client for specifying the curves to be
used in a colon-separated list.
* Merged client/server version negotiation code paths into one, reducing much
duplicate code.
* Removed error function codes from libssl and libcrypto.
* Fixed an issue where a truncated packet could crash via an OOB read.
* Added SSL_OP_NO_CLIENT_RENEGOTIATION option that disallows client-initiated
renegotiation. This is the default for libtls servers.
* Avoid a side-channel cache-timing attack that can leak the ECDSA private
keys when signing. This is due to BN_mod_inverse() being used without the
constant time flag being set. Reported by Cesar Pereida Garcia and Billy
Brumley (Tampere University of Technology). The fix was developed by Cesar
Pereida Garcia.
* iOS and MacOS compatibility updates from Simone Basso and Jacob Berkman.
* Added the recallocarray(3) memory allocation function, and converted various
places in the library to use it, such as CBB and BUF_MEM_grow. recallocarray(3)
is similar to reallocarray. Newly allocated memory is cleared similar to
calloc(3). Memory that becomes unallocated while shrinking or moving existing
allocations is explicitly discarded by unmapping or clearing to 0.
* Added new root CAs from SECOM Trust Systems / Security Communication of Japan.
* Added EVP interface for MD5+SHA1 hashes.
* Fixed DTLS client failures when the server sends a certificate request.
* Correct handling of padding when upgrading an SSLv2 challenge into an
SSLv3/TLS connection.
* Allow protocols and ciphers to be set on a TLS config object in libtls.
* Improved nc(1) TLS handshake CPU usage and server-side error reporting.
* Add a constant time version of BN_gcd and use it default for BN_gcd to avoid
the possibility of sidechannel timing attacks against RSA private key
generation - Thanks to Alejandro Cabrera
We have released LibreSSL 2.5.2, which will be arriving in the
LibreSSL directory of your local OpenBSD mirror soon. It includes the following
changes:
* Added the recallocarray(3) memory allocation function, and converted
various places in the library to use it, such as CBB and BUF_MEM_grow.
recallocarray(3) is similar to reallocarray. Newly allocated memory
is cleared similar to calloc(3). Memory that becomes unallocated
while shrinking or moving existing allocations is explicitly
discarded by unmapping or clearing to 0.
* Added new root CAs from SECOM Trust Systems / Security Communication
of Japan.
* Added EVP interface for MD5+SHA1 hashes.
* Fixed DTLS client failures when the server sends a certificate
request.
* Correct handling of padding when upgrading an SSLv2 challenge into
an SSLv3/TLS connection.
* Allow protocols and ciphers to be set on a TLS config object in
libtls.
* Improved nc(1) TLS handshake CPU usage and server-side error
reporting.
The LibreSSL project continues improvement of the codebase to reflect modern,
safe programming practices. We welcome feedback and improvements from the
broader community. Thanks to all of the contributors who helped make this
release possible.
54 lines
1.4 KiB
Makefile
54 lines
1.4 KiB
Makefile
# $NetBSD: Makefile,v 1.11 2017/05/03 11:19:04 maya Exp $
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DISTNAME= libressl-2.5.4
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CATEGORIES= security
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MASTER_SITES= ${MASTER_SITE_OPENBSD:=LibreSSL/}
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MAINTAINER= pkgsrc-users@NetBSD.org
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HOMEPAGE= http://www.libressl.org/
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COMMENT= Secure Sockets Layer and cryptography libraries and tools
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LICENSE= openssl
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GNU_CONFIGURE= yes
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USE_LIBTOOL= yes
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USE_TOOLS+= pkg-config
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PKGCONFIG_OVERRIDE+= libcrypto.pc.in
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PKGCONFIG_OVERRIDE+= libssl.pc.in
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PKGCONFIG_OVERRIDE+= libtls.pc.in
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PKGCONFIG_OVERRIDE+= openssl.pc.in
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LIBRESSL_PREFIX= ${PREFIX}/${PKGBASE}
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PKG_SYSCONFSUBDIR= ${PKGBASE}
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GNU_CONFIGURE_PREFIX= ${LIBRESSL_PREFIX}
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CONFIGURE_ARGS+= --with-openssldir=${PKG_SYSCONFDIR}
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INSTALLATION_DIRS+= ${EGDIR} lib
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EGDIR= ${PREFIX}/libressl/share/examples/${PKGBASE}
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CONFS= cert.pem openssl.cnf x509v3.cnf
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.for f in ${CONFS}
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CONF_FILES+= ${EGDIR}/${f} ${PKG_SYSCONFDIR}/${f}
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.endfor
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# Handle subprefix
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LDFLAGS+= ${COMPILER_RPATH_FLAG}${LIBRESSL_PREFIX:Q}/lib
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BUILDLINK_PASSTHRU_RPATHDIRS+= ${LIBRESSL_PREFIX:Q}/lib
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TEST_TARGET= check
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PLIST_VARS+= man
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.include "../../mk/bsd.prefs.mk"
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.if ${OPSYS} != "Darwin"
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# bn_print(3) and BN_print(3) conflict on case-insensitive file system
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PLIST.man= yes
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.endif
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post-install:
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cd ${WRKSRC}/apps/openssl; ${INSTALL_DATA} ${CONFS} ${DESTDIR}${EGDIR}
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mv ${DESTDIR}${PREFIX}/libressl/lib/pkgconfig ${DESTDIR}${PREFIX}/lib
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${RM} -r ${DESTDIR}${PREFIX}/etc/libressl
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.include "../../mk/bsd.pkg.mk"
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