Change-Id: I0e2e4166ad2c57e3192af058f23374f014a2fcf4
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Once 0-RTT data is added to the current 0-RTT logic, the server will
trigger a write when processing incoming data via SSL_read. This means
SSL_read will block on transport write, which is something we've not
tried to avoid far (assuming no renegotiation).
The specification allows for tickets to be sent at half-RTT by
predicting the client Finished. By doing this we both get the tickets on
the wire sooner and avoid confusing I/O patterns. Moreover, we
anticipate we will need this mode for one of the QUIC stateless reject
patterns.
This is tested by always processing NewSessionTickets in the
ExpectHalfRTTData path on 0-RTT connections. As not other
implementations using BoGo may not do this, this is configurable via the
shim config.
BUG=76
Change-Id: Ia0f56ae63f15078ff1cacceba972d2b99001947f
Reviewed-on: https://boringssl-review.googlesource.com/14371
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These will be used by Chromium's crypto::ECPrivateKey to work with
EncryptedPrivateKeyInfo structures.
Note this comes with a behavior change: PKCS8_encrypt and PKCS8_decrypt
will no longer preserve PKCS#8 PrivateKeyInfo attributes. However, those
functions are only called by Chromium which does not care. They are also
called by the PEM code, but not in a way which exposes attributes.
The PKCS#12 PFX code is made to use PKCS8_parse_encrypted_private_key
because it's cleaner (no more tossing X509_SIG around) and to ease
decoupling that in the future.
crypto/pkcs8's dependency on the legacy ASN.1 stack is now limited to
pkcs8_x509.c.
BUG=54
Change-Id: I173e605d175e982c6b0250dd22187b73aca15b1a
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This is a remnant of before we made the handshake write
flight by flight.
Change-Id: I94c0105bb071ffca9ff5aa4c4bf43311c750b49a
Reviewed-on: https://boringssl-review.googlesource.com/14369
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PKCS8_encrypt and PKCS8_decrypt still need to be split. The code for
processing PKCS#12 files is, for now, placed entirely in pkcs8_x509.c.
If we need to split it up, it should be straightforward to do so.
(Introduce a CRYPTO_BUFFER version of PKCS12_get_key_and_certs and go
from there.)
BUG=54
Change-Id: I9c87e916ec29ee14dbbd81c4d3fc10ac8a461f1a
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This will make it easier to test 0-RTT later on.
BUG=76
Change-Id: I4d60b77c14bc9143ca9785d0a6b8169653a1b120
Reviewed-on: https://boringssl-review.googlesource.com/14367
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It's not immediately obvious what's going on here.
Change-Id: Ibbba80a6ff9ace4d88e89a42efc270b77b4fad12
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The tests all work fine under it except for tests where the shim shuts
down. (In those the shim calls SSL_shutdown as the first function, so it
wouldn't do anything useful.)
Change-Id: Ia2e811bb3c553a690df38d1fd7d3107ae7c9aa12
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The padding check functions will need to tweak their calling conventions
and the constant-time helpers, so leaving those alone for now. These
were the easy ones.
BUG=22
Change-Id: Ia00e41e26a134de17d56be3def5820cb042794e1
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We've never allowed this as no good can come of it. Add a test for this.
Change-Id: I4b92372f58c1fe2054e33007adbe496d153a9251
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With PKCS8_encrypt_pbe and PKCS8_decrypt_pbe gone in
3e8b782c0c, we can restore the old
arrangement where the password encoding was handled in pkcs12_key_gen.
This simplifies the interface for the follow-up crypto/asn1 split.
Note this change is *not* a no-op for PKCS#12 files which use PBES2.
Before, we would perform the PKCS#12 password encoding for all parts of
PKCS#12 processing. The new behavior is we only perform it for the parts
that go through the PKCS#12 KDF. For such a file, it would only be the
MAC.
I believe the specification supports our new behavior. Although RFC 7292
B.1 says something which implies that the transformation is about
converting passwords to byte strings and would thus be universal,
appendix B itself is prefaced with:
Note that this method for password privacy mode is not recommended
and is deprecated for new usage. The procedures and algorithms
defined in PKCS #5 v2.1 [13] [22] should be used instead.
Specifically, PBES2 should be used as encryption scheme, with PBKDF2
as the key derivation function.
"This method" refers to the key derivation and not the password
formatting, but it does give support to the theory that password
formatting is tied to PKCS#12 key derivation.
(Of course, if one believes PKCS#12's assertion that their inane
encoding (NUL-terminated UTF-16!) is because PKCS#5 failed to talk about
passwords as Unicode strings, one would think that PBES2 (also in
PKCS#5) would have the same issue and thus need PKCS#12 to valiantly
save the day with an encoding...)
This matches OpenSSL's behavior and that of recent versions of NSS. See
https://bugzilla.mozilla.org/show_bug.cgi?id=1268141. I was unable to
figure out what variants, if any, macOS accepts.
BUG=54
Change-Id: I9a1bb4d5e168e6e76b82241e4634b1103e620b9b
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This isn't strictly necessary for Chromium yet, but we already have a
decoupled version of hash algorithm parsing available. For now, don't
export it but eventually we may wish to use it for OCSP.
BUG=54
Change-Id: If460d38d48bd47a2b4a853779f210c0cf7ee236b
Reviewed-on: https://boringssl-review.googlesource.com/14211
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This adds support on the server and client to accept data-less early
data. The server will still fail to parse early data with any
contents, so this should remain disabled.
BUG=76
Change-Id: Id85d192d8e0360b8de4b6971511b5e8a0e8012f7
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The OPTIONAL prf field is an AlgorithmIdentifier, not an OID. I messed
this up in the recent rewrite.
Fix the parsing and add a test, produced by commenting out the logic in
OpenSSL to omit the field for hmacWithSHA1. (We don't currently support
any other PBKDF2, or I'd just add a test for that.)
Change-Id: I7d258bb01b93cd203a6fc1b8cccbddfdbc4dbbad
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This isn't something we need to fix, just an explanatory comment.
Change-Id: I284e6580d176f981c6b161e9951f367fef1b1be6
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We forgot to run the script at some point.
Change-Id: I0bd142fdd13d64c1ed81d9b1515449220d1c936b
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EVP_DigestUpdate can tolerate zero length inputs. Also properly clean up
ctx in all codepaths.
Change-Id: I90889c6236f6bf74625ba9f967de36949a9a6f83
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We still need to expose a suitable API for Chromium to consume, but the
core implementation itself should now be ready.
The supported cipher list is based on what EVP_get_cipherbynid currently
supports, excluding the entries which don't have OIDs.
BUG=54
Change-Id: I3befca0a34b330ec1f663a029a8fbf049a4406bd
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Playing around with the code, we seem to have sufficient positive test
vectors for the logic around the high bits, but not negative test
vectors. Add some. Also add a negative test vector for the trailing
byte.
(For future reference, use openssl rsautl -raw for raw RSA operations
and openssl pkeyutil for EVP_PKEY_sign.)
Change-Id: I36eddf048e51e037fd924902cd13dcb3c62bfd02
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The |select_certificate_cb| return values are somewhat confusing due
to the fact that they don't match the |cert_cb| ones, despite the
similarities between the two callbacks (they both have "certificate" in
the name! well, sort of).
This also documents the error return value (-1) which was previously
undocumented, and it expands the |SSL_CTX_set_select_certificate_cb|
documentation regarding retrial (by shamelessly copying from
|SSL_CTX_set_ticket_aead_method|).
Also updates other scattered documentation that was missed by previous
changes.
Change-Id: Ib962b31d08e6475e09954cbc3c939988b0ba13f7
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They can be restored by compiling with -DBORINGSSL_ENABLE_DHE_TLS.
This is similar to 9c8c4188 for RC4 ciphers.
Change-Id: I7cd3421b108a024f1ee11f13a6df881c2d0de3c3
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To remove the OID table from Chromium, we'll need to decouple a lot of
this code. In preparation for that, detach the easy cases from the OID
table. What remains is PBES, cipher, and digest OIDs which will be doing
in follow-up changes.
BUG=54
Change-Id: Ie205d23d042e21114ca1faf68917fdc870969d09
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If ret is allocated, it may be leaked on error.
(Imported from upstream's cdfb7809b6a365a0a7874afd8f8778c5c572f267 and
ffcdb0e6efb6fb7033b2cd29e8cca2e2fe355c14.)
Change-Id: I50ed9ad072cf80461d9527d0834b596a8c32e3d3
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conf has the ability to expand variables in config files. Repeatedly doing
this can lead to an exponential increase in the amount of memory required.
This places a limit on the length of a value that can result from an
expansion.
Credit to OSS-Fuzz for finding this problem.
(Imported from upstream's 6a6213556a80ab0a9eb926a1d6023b8bf44f2afd. This
also import's upstream's ee1ccd0a41ad068957fe65ba7521e593b51bbad4 which
we had previously missed.)
Change-Id: I9be06a7e8a062b5adcd00c974a7b245226123563
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(Imported from upstream's 04cf39207f94abf89b3964c7710f22f829a1a78f.)
The other half of the change was fixed earlier, but this logic was still
off. This code is kind of a mess and needs a rewrite, but import the
change to get it correct and sufficiently tested first.
(If we could take the sLen = -2 case away altogether, that would be
great...)
Change-Id: I5786e980f26648822633fc216315e8f77ed4d45b
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One test case is commented out, to be fixed in a follow-up.
Change-Id: I543c7f54e63837c6e8088fdcbb03226e0144b2e5
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These too appear to be unused now that the core parsers use CBS. They
also were buggy as they silently ignored sign bits. This removes all
ASN1_PRIMITIVE_FUNCS definitions. (The code to use them still exists as
we're not ready to diverge on tasn_*. Current thinking is we'll
eventually just ditch the code rather than do so.)
Change-Id: I8d20e2989460dd593d62368cfbd083d5de1ee2a1
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These have no consumers remaining. Upstream recently had a long series
of bugfixes for these types (2cbd4d98673d99cd7cb10715656b6d3727342e77,
e5afec1831248c767be7c5844a88535dabecc01a,
9abe889702bdc73f9490f611f54bf9c865702554,
2e5adeb2904dd68780fb154dbeb6e3efafb418bb). Rather than worry about this,
just remove the code.
Change-Id: I90f896aad096fc4979877e2006131e76c9ff023b
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Import test data from:
ftp://ftp.rsasecurity.com/pub/pkcs/pkcs-1/pkcs-1v2-1-vec.zip
This is a set of RSA-PSS and RSA-OAEP test vectors including some edge cases
with unusual key sizes.
(Imported from upstream's 946a515a2b370dbadb1f8c39e3586a8f1e3cff1a.)
Change-Id: I1d8aa85a8578e47b26c74bb4e4c246975619d574
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It was not updated to exclude GTest. (Sometime later we really should
just write a productionized version of this that runs automatically and
portably. Preferably not in bash.)
Change-Id: I99c9d2370fa0a35641a9905e071b96b7fbd7a993
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Static RSA key exchange in SSLv3 does not have a length prefix. We were
checking the ClientHello version rather than the final version.
Change-Id: I2d0e9d3b5a368a7caf8b1ca69f1631400a847f52
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Change-Id: I6d07a8e146a925a14dbf5d11b4e8a57ef6eee39c
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Without the space the help output is:
Implies thatverification is required.
Change-Id: If7ff91ef70f2d968da5f8c76de562996c83dff2f
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This was inadvertently dropped in
59015c365b. Python otherwise configures
P-256 if it assumes our OpenSSL predate's 1.0.2's multi-curve support.
This disables X25519, our preferred curve.
Change-Id: Ibf758583ea53e68c56667f16ee7096656bac719b
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Based on elements of the Bugs structure, runner will tweak a ClientHello
message after parsing. However, unless the same tweaks are made to a
second ClientHello in a TLS 1.3 connection, it might appear that they
don't match.
Change-Id: I4467c8ece12dc75c7c7b0fad9e622e6783c55f21
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This shuffles a bit of the code around session resumption in TLS 1.3 to
make the async point cleaner to inject. It also fills in cipher and
tlsext_hostname more uniformly.
Filling in the cipher on resumption is a no-op as SSL_SESSION_dup
already copies it, but avoids confusion should we ever implement TLS
1.3's laxer cipher matching on the server. Not filling in
tlsext_hostname on resumption was an oversight; the relevant check isn't
whether we are resuming but whether we have a fresh SSL_SESSION to fill
things into.
Change-Id: Ic02eb079ff228ce4a4d3e0de7445e18cd367e8b2
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This change adds support for setting an |SSL_TICKET_AEAD_METHOD| which
allows a caller to control ticket encryption and decryption to a greater
extent than previously possible and also permits asynchronous ticket
decryption.
This change only includes partial support: TLS 1.3 work remains to be
done.
Change-Id: Ia2e10ebb3257e1a119630c463b6bf389cf20ef18
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This makes its purpose clearer. That the session cache is based on the
initial SSL_CTX is confusing (it's a remnant of OpenSSL's backwards
session resumption ordering), but we're probably stuck with it.
Relatedly, document SSL_set_SSL_CTX better.
Change-Id: I2832efc63f6c959c5424271b365825afc7eec5e4
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This makes it easier to build a subset of BoringSSL which doesn't depend
on the filesystem (though perhaps it's worth a build define for that
now). This hook is also generally surprising. CONF hooks are bad enough
when they don't open arbitrary files.
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Although it returns failure, the cipher list should still be updated.
Conscrypt relies on this behavior to support a Java API edge case.
Change-Id: If58efafc6a4a81e85a0e2ee2c38873a7a4938123
Reviewed-on: https://boringssl-review.googlesource.com/14165
Reviewed-by: Kenny Root <kroot@google.com>
Reviewed-by: David Benjamin <davidben@google.com>
Commit-Queue: David Benjamin <davidben@google.com>
CQ-Verified: CQ bot account: commit-bot@chromium.org <commit-bot@chromium.org>
It's more consistent to have the helper function do the check that
its every caller already performs. This removes the error code
SSL_R_LIBRARY_HAS_NO_CIPHERS in favor of SSL_R_NO_CIPHER_MATCH.
Change-Id: I522239770dcb881d33d54616af386142ae41b29f
Reviewed-on: https://boringssl-review.googlesource.com/13964
Reviewed-by: David Benjamin <davidben@google.com>
Commit-Queue: David Benjamin <davidben@google.com>
CQ-Verified: CQ bot account: commit-bot@chromium.org <commit-bot@chromium.org>
This in preparation of 0-RTT which needs the AEAD version as part of
early data, before the full version negotiation.
BUG=76
Change-Id: Ief68bc69d794da6e55bb9208977b35f3b947273b
Reviewed-on: https://boringssl-review.googlesource.com/14104
Reviewed-by: David Benjamin <davidben@google.com>
Commit-Queue: David Benjamin <davidben@google.com>
CQ-Verified: CQ bot account: commit-bot@chromium.org <commit-bot@chromium.org>
This allows a caller to configure a serving chain without dealing with
crypto/x509.
Change-Id: Ib42bb2ab9227d32071cf13ab07f92d029643a9a6
Reviewed-on: https://boringssl-review.googlesource.com/14126
Commit-Queue: Adam Langley <alangley@gmail.com>
Commit-Queue: David Benjamin <davidben@google.com>
Reviewed-by: David Benjamin <davidben@google.com>
CQ-Verified: CQ bot account: commit-bot@chromium.org <commit-bot@chromium.org>
