| Commit message (Collapse) | Author | Age | Files | Lines |
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With the newly added OpenSSL::PKey::PKey#{sign,verify}_raw,
OpenSSL::PKey::DSA's low level signing operation methods can be
implemented in Ruby. The definitions are now in lib/openssl/pkey.rb.
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With the newly added OpenSSL::PKey::PKey#{sign,verify}_raw,
OpenSSL::PKey::EC's low level signing operation methods can be
implemented in Ruby. The definitions are now in lib/openssl/pkey.rb.
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Implement these methods using the new OpenSSL::PKey::PKey#{encrypt,sign}
family. The definitions are now in lib/openssl/pkey.rb.
Also, recommend using those generic methods in the documentation.
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Add a variant of PKey#sign and #verify that do not hash the data
automatically.
Sometimes the caller has the hashed data only, but not the plaintext
to be signed. In that case, users would have to use the low-level API
such as RSA#private_encrypt or #public_decrypt directly.
OpenSSL 1.0.0 and later supports EVP_PKEY_sign() and EVP_PKEY_verify()
which provide the same functionality as part of the EVP API. This patch
adds wrappers for them.
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The next release is decided to be 3.0 rather than 2.3.
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Support public key encryption and decryption operations using the EVP
API.
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Use EVP API in more places
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Use EVP_PKEY_param_check() instead of DH_check() if available. Also,
use EVP_PKEY_public_check() instead of EC_KEY_check_key().
EVP_PKEY_*check() is part of the EVP API and is meant to replace those
low-level functions. They were added by OpenSSL 1.1.1. It is currently
not provided by LibreSSL.
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The low-level API that is used to implement #public_key is deprecated
in OpenSSL 3.0. It is actually very simple to implement in another way,
using existing methods only, in much shorter code. Let's do it.
While we are at it, the documentation is updated to recommend against
using #public_key. Now that OpenSSL::PKey::PKey implements public_to_der
method, there is no real use case for #public_key in newly written Ruby
programs.
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Use EVP_PKEY_print_private() instead of the low-level API *_print()
functions, such as RSA_print().
EVP_PKEY_print_*() family was added in OpenSSL 1.0.0.
Note that it falls back to EVP_PKEY_print_public() and
EVP_PKEY_print_params() as necessary. This is required for EVP_PKEY_DH
type for which _private() fails if the private component is not set in
the pkey object.
Since the new API works in the same way for all key types, we now
implement #to_text in the base class OpenSSL::PKey::PKey rather than in
each subclass.
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Add SSLSocket#getbyte
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Normal sockets respond to `getbyte`, so we should make SSLSocket respond
to `getbyte` as well. This way we can substitute SSLSockets for regular
sockets.
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pkey: use high level EVP interface to generate parameters and keys
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The previous series of commits re-implemented key generation with the
low level API with the EVP API. The BN_GENCB-based callback function is
no longer used.
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Implement PKey::DSA.new(size) and PKey::DSA.generate using
OpenSSL::PKey.generate_parameters and .generate_key instead of the low
level DSA functions.
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Implement PKey::RSA.new(size, exponent) and PKey::RSA.generate using
OpenSSL::PKey.generate_key instead of the low level RSA functions.
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Implement PKey::DH.new(size, gen), PKey::DH.generate(size, gen), and
PKey::DH#generate_key! using PKey.generate_parameters and .generate_key
instead of the low level DH functions.
Note that the EVP interface can enforce additional restrictions - for
example, DH key shorter than 2048 bits is no longer accepted by default
in OpenSSL 3.0. The test code is updated accordingly.
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rb_thread_call_without_gvl() can be interrupted, but it may be able to
resume the operation. Call rb_thread_check_ints() to see if it raises
an exception or not.
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pkey: allow setting algorithm-specific options in #sign and #verify
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Similarly to OpenSSL::PKey.generate_key and .generate_parameters, let
OpenSSL::PKey::PKey#sign and #verify take an optional parameter for
specifying control strings for EVP_PKEY_CTX_ctrl_str().
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The routine to apply Hash to EVP_PKEY_CTX_ctrl_str() is currently used
by key generation, but it is useful for other operations too. Let's
change it to a slightly more generic name.
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Fix potential leak of EVP_MD_CTX object in an error path. This path is
normally unreachable, since the size of a signature generated by any
supported algorithms would not be larger than LONG_MAX.
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require OpenSSL >= 1.0.2 and LibreSSL >= 3.1
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Similarly to OpenSSL >= 1.1.0, LibreSSL 2.9.0 ensures thread safety
without requiring applications to set locking callbacks and made
related functions no-op.
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LibreSSL 2.2.2 introduced TLS_method(), but with different semantics
from OpenSSL: TLS_method() enabled TLS >= 1.0 while SSLv23_method()
enabled all available versions, which included SSL 3.0 in addition.
However, LibreSSL 2.3.0 removed SSL 3.0 support completely and now
TLS_method() and SSLv23_method() are equivalent.
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SSL_CTX_set_ecdh_auto() exists in OpenSSL 1.1.0 and LibreSSL 2.6.1, but
it is made no-op and the automatic curve selection cannot be disabled.
Wrap it with ifdef to make it clear that it is safe to remove it
completely when we drop support for OpenSSL 1.0.2.
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Clean up old version guards in preparation for the upcoming OpenSSL 3.0
support.
OpenSSL 1.0.1 reached its EOL on 2016-12-31. At that time, we decided
to keep 1.0.1 support because many major Linux distributions were still
shipped with 1.0.1. Now, nearly 4 years later, most Linux distributions
are reaching their EOL and it should be safe to assume nobody uses them
anymore. Major ones that were using 1.0.1:
- Ubuntu 14.04 is EOL since 2019-04-30
- RHEL 6 will reach EOL on 2020-11-30
LibreSSL 3.0 and older versions are no longer supported by the LibreSSL
team as of October 2020.
Note that OpenSSL 1.0.2 also reached EOL on 2019-12-31 and 1.1.0 also
did on 2018-08-31.
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Clarify that BN.new(str, 2) and bn.to_s(2) handles binary string in
big-endian, and the sign of the bignum is ignored.
Reference: https://github.com/ruby/openssl/issues/431
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Implement OpenSSL::BN#abs
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Adds standard math abs fuction and revises uplus to return a duplicated object due to BN mutability
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(cherry picked from commit ruby/ruby@66d2fc7989d741bf5a73286233139901cecb4fc2)
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Fix OpenSSL::Engine build on Debian
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We previously used a mix of both `#if` and `#ifdef`, but the latter is
more reliable because it will still work if the macro is undefined.
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On Debian 9 (“stretch”) the `OPENSSL_NO_STATIC_ENGINE` macro is not
defined, which causes all the `#if HAVE_ENGINE_LOAD_…` directives to
fail with `error: 'HAVE_ENGINE_LOAD_…' is not defined, evaluates to 0
[-Werror,-Wundef]` while building TruffleRuby.
We can accomplish the same thing with `#ifdef`, which (of course) works
fine when the `HAVE_ENGINE_LOAD…` macros are also undefined.
Upstreamed from oracle/truffleruby#2255, which fixed
oracle/truffleruby#2254.
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pkcs7: keep private key when duplicating PKCS7_SIGNER_INFO
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ASN1_dup() will not copy the 'pkey' field of a PKCS7_SIGNER_INFO object
by design; it is a temporary field kept until the PKCS7 structure is
finalized. Let's bump reference counter of the pkey in the original
object and use it in the new object, too.
This commit also removes PKCS7#add_signer's routine to add the
content-type attribute as a signed attribute automatically. This
behavior was not documented or tested. This change should not break any
working user code since the method was completely useless without the
change above.
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The .include directive was initially added by OpenSSL 1.1.1, but the
syntax was later modified in 1.1.1b to improve compatibility with the
parser in <= 1.1.0. The test case expects 1.1.1b's parser.
https://github.com/openssl/openssl/commit/95f59d398c3f28f7ee50f092106c5910d25f9e30
The test case is failing on Ubuntu 18.04 because it still uses the
initial 1.1.1 release:
http://rubyci.s3.amazonaws.com/graviton2/ruby-master/log/20210316T120003Z.fail.html.gz
(cherry picked from commit ruby/ruby@e61e9bcfb27580ae52b46fc7ca49c38f8fdeb8cd)
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AES CCM mode in OpenSSL <= 1.1.1b was overly strict in the parameters
assignment order. This has been relaxed by OpenSSL 1.1.1c.
https://github.com/openssl/openssl/commit/b48e3be947ddc5da6b5a86db8341081c72b9a4ee
The test case is failing on Ubuntu 18.04 because it still uses the
initial 1.1.1 release and has the issue:
http://rubyci.s3.amazonaws.com/graviton2/ruby-master/log/20210316T120003Z.fail.html.gz
(cherry picked from commit ruby/ruby@44d67128a827c65d1a3867c5d8fd190d10aa1dd2)
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pkey/ec: remove OpenSSL::PKey::EC::Group.new(ec_method) form
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The form created an empty EC_GROUP object with the specified EC_METHOD.
However, the feature was unfinished and not useful in any way because
OpenSSL::PKey::EC::Group did not implement wrappers for necessary
functions to set actual parameters for the group, namely
EC_GROUP_set_curve() family.
EC_GROUP object creation with EC_METHOD explicitly specified is
deprecated in OpenSSL 3.0, as it was apparently not intended for use
outside OpenSSL.
It is still possible to create EC_GROUP, but without EC_METHOD
explicitly specified - OpenSSL chooses the appropriate EC_METHOD for
the curve type. The OpenSSL::PKey::EC::Group.new(<:GFp|:GF2m>, p, a, b)
form will continue to work.
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* ky/sample-updates:
sample: update obsolete API use
sample: avoid "include OpenSSL"
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It is not a common practice and should not be done since it causes name
clash: for example, Digest and Random are provided by other standard
libraries of Ruby.
Fixes: https://github.com/ruby/openssl/issues/419
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LibreSSL 3.2.4 made the certificate verification logic back closer to
pre-3.2.2 one, which is more compatible with OpenSSL.
Part of the fixes added by commit a0e98d48c91f ("Enhance TLS 1.3 support
on LibreSSL 3.2/3.3", 2020-12-03) is required for 3.2.2 and 3.2.3 only
(and ~3.3.1, however 3.3 does not have a stable release yet). Since both
releases are security fix, it should be safe to remove those special
treatment from our test suite.
While we are at it, TestSSL#test_ecdh_curves is split into TLS 1.2 and
TLS 1.3 variants for clarity.
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* maint-2.2:
.github/workflows: update Ruby and OpenSSL/LibreSSL versions
bn: check -1 return from BIGNUM functions
.github/workflows: disable pkg-config on Windows tests
ssl: retry write on EPROTOTYPE on macOS
x509store: fix memory leak in X509::StoreContext.new
.github/workflows/test.yml: use GitHub Actions
Skip one assertion for OpenSSL::PKey::EC::Point#mul on LibreSSL
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* maint-2.1:
.github/workflows: update Ruby and OpenSSL/LibreSSL versions
bn: check -1 return from BIGNUM functions
.github/workflows: disable pkg-config on Windows tests
ssl: retry write on EPROTOTYPE on macOS
x509store: fix memory leak in X509::StoreContext.new
.github/workflows/test.yml: use GitHub Actions
Skip one assertion for OpenSSL::PKey::EC::Point#mul on LibreSSL
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bn: check -1 return from BIGNUM functions
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Although the manpage says that BIGNUM functions return 0 on error,
OpenSSL versions before 1.0.2n and current LibreSSL versions may return
-1 instead.
Note that the implementation of OpenSSL::BN#mod_inverse is extracted
from BIGNUM_2c() macro as it didn't really share the same function
signature with others.
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Let ext/openssl/extconf.rb find the correct OpenSSL installation from
the default include/library paths.
Since some time ago, the test environment contains another OpenSSL
installation and pkg-config from Mingw-w64. However, as pkg-config is
not available in RubyInstaller (Ruby 2.3), simply invoking pkg-config
command from our ext/openssl/extconf.rb ends up with picking up
Mingw-w64's OpenSSL, which is incompatible with RI.
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