This gets us closer to decoupling from crypto/asn1.
BUG=54
Change-Id: I06ec04ed3cb47c2f56a94c6defa97398bfd0e013
Reviewed-on: https://boringssl-review.googlesource.com/13066
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This is not quite an end state (it still outputs an X509_ALGOR, the way
the generated salt is fed into key derivation is odd, and it uses the
giant OID table), but replaces a large chunk of it.
BUG=54
Change-Id: I0a0cca13e44e6a09dfaf6aed3b357cb077dc46d1
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Many of these parameters are constants.
Change-Id: I148dbea0063e478a132253f4e9dc71d5d20320c2
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This is a very basic test, but it's something.
Change-Id: Ic044297e97ce5719673869113ce581de4621ebbd
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libcrypto can now be split in two, with everything that depends on
crypto/asn1 in a separate library. That said, Chromium still needs
crypto/pkcs8 to be implemented with CBS/CBB first. (Also libssl and
anything which uses X509* directly.)
BUG=54
Change-Id: Iec976ae637209882408457e94a1eb2465bce8d56
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Change-Id: Iad9b0898b3a602fc2e554c4fd59a599c61cd8ef7
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They're not called externally. Unexporting these will make it easier to
rewrite the PKCS{5,8,12} code to use CBS/CBB rather than X509_ALGOR.
Getting rid of those callers in Chromium probably won't happen for a
while since it's in our on-disk formats. (And a unit test for some NSS
client cert glue uses it.)
BUG=54
Change-Id: Id4148a2ad567484782a6e0322b68dde0619159fc
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This includes examples with both the NULL and empty passwords, thanks to
PKCS#12's password ambiguity.
Change-Id: Iae31840c1d31929fa9ac231509acaa80ef5b74bb
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The motiviation is that M2Crypto passes an ASN1_GENERALIZEDTIME to
this function. This is not distinct from ASN1_UTCTIME (both are
asn1_string_st), but ASN1_GENERALIZEDTIME uses a 4-digit year in its
string representation, whereas ASN1_UTCTIME uses a 2-digit year.
ASN1_UTCTIME_print previously did not return an error on such inputs.
So, stricten (?) the function, ensuring that it checks for trailing
data, and rejects values that are invalid for their place. Along the
way, clean it up and add tests.
Change-Id: Ia8298bed573f2acfdab96638ea69c78b5bba4e4b
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We missed this one. Microsoft doesn't usually pass their own level 4
warnings. Kenny Root reports this otherwise trips warnings on some
version of the Windows SDK.
Change-Id: I71dc837ff8ee52321483d26c3a2cd8676393d999
Reviewed-on: https://boringssl-review.googlesource.com/13110
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08b65f4e31 introduced a memory leak and
also got enums confused. Also fix a codepath that was missing an error
code.
Thanks to OSS-Fuzz which appears to have found it in a matter of hours.
Change-Id: Ia9e926c28a01daab3e6154d363d0acda91209a22
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Neither Windows nor POSIX uses a char for SO_REUSEADDR. Windows uses
BOOL (which is actually int) and POSIX uses int. Windows also requires a
cast due to using char* instead of void*. Thanks to Daniel Hirche for
reporting.
Change-Id: I01c847c8da285f27f3c3cdf5ff58b53899098b82
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Towards an eventual goal of opaquifying BoringSSL structs, we want
our consumers -- in this case, Android's libcore -- to not directly
manipulate BigNums; and it would be convenient for them if we would
perform the appropriate gymnastics to interpret little-endian byte
streams.
It also seems a priori a bit strange to have only big-endian varieties
of BN byte-conversions.
This CL provides little-endian equivalents of BN_bn2bin_padded
and BN_bin2bn.
BUG=97
Change-Id: I0e92483286def86d9bd71a46d6a967a3be50f80b
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This adds support for setting 0-RTT mode on tickets minted by
BoringSSL, allowing for testing of the initial handshake knowledge.
BUG=76
Change-Id: Ic199842c03b5401ef122a537fdb7ed9e9a5c635a
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Passing in an array of scalars was removed some time ago, but a few
remnants of it remain.
Change-Id: Id75abedf60b1eab59f24bf7232187675b63291ab
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This is a remnant of signature EVP_MDs. Detach them from
EVP_get_digestby{nid,obj}. Nothing appears to rely on this for those two
functions. Alas, Node.js appears to rely on it for EVP_get_digestbyname,
so keep that working.
This avoids causing every consumer's parsing to be unintentionally lax.
It also means fewer OIDs to transcribe when detaching the last of
libcrypto from the legacy ASN.1 stack and its giant OID table.
Note this is an externally visible change. There was one consumer I had
to fix, but otherwise everything handled things incorrectly due to this
quirk, so it seemed better to just fix the API rather than fork off a
second set.
Change-Id: I705e073bc05d946e71cd1c38acfa5e3c6b0a22b4
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Passing in an array of scalars was removed some time ago, but a few
remnants of it remain.
Change-Id: Ia51dcf1f85116ec663e657cc8dbef7f23ffa2edb
Reviewed-on: https://boringssl-review.googlesource.com/13055
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This allows a server to be restarted immediately with the same port
without having to wait for socket timeout on crash/failure.
Change-Id: Ifcf58d46067f157dd504946f71b0b99d7fbad10c
Reviewed-on: https://boringssl-review.googlesource.com/13044
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Instead, use BN_mod_exp_mont_consttime of p - 2. This removes two more
call sites sensitive to BN_FLG_CONSTTIME. We're down to just that last
BN_mod_inverse modulo φ(n). (Sort of. It's actually not sensitive
because even mod inverses always hit the other codepath. Perhaps we
should just leave it alone.)
Note this comes with a slight behavior change. The BN_MONT_CTXs are
initialized a little earlier. If a caller calls RSA_generate_* and then
reaches into the struct to scrap all the fields on it, they'll get
confused. Before, they had to perform an operation on it to get
confused. This is a completely ridiculous thing to do.
Since we do this a lot, this introduces some convenience functions for
doing the Fermat's Little Theorem mod inverse and fixes a leak in the
DSA code should computing kinv hit a malloc error.
BUG=125
Change-Id: Iafcae2fc6fd379d161f015c90ff7050e2282e905
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As long as we still have this code, we should make sure it doesn't
regress.
Change-Id: I0290792aedcf667ec49b251d747ffbc141c0cec4
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SSL_write is remarkably complicated.
Change-Id: I1cb8d00af1b4c5e2d90187d5f87951f25e27f224
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Instead, add ssl_has_certificate to the ssl3_send_cert_verify check. If
writing the empty Certificate does not complete synchronously (it almost
always does due to the buffer BIO), but if the buffer boundary is at
exactly the wrong place, write_message will need a retry but, having
cleared cert_request, we never re-enter ssl3_send_client_certificate.
This will later be moot when we've gotten rid of the buffer BIO, but
this is cleaner anyway and is closer to the TLS 1.3 code.
With this change, blindly taking away the BIO buffer in TLS (which is
not what we want since we want the entire flight in one write but is a
nice sanity check), only the SSL 3.0 no client certificate tests fail.
They too rely on some writes completing synchronously due to SSL 3.0
sending a warning alert. There is a similar bug when
tlsext_servername_callback returns SSL_TLSEXT_ERR_ALERT_WARNING.
Those will be resolved after reworking the write path since it's a bit
of a mess.
Change-Id: I56b4df6163cae1df263cf36f0d93046d0375a5ac
Reviewed-on: https://boringssl-review.googlesource.com/13052
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We repeat this in a bunch of places.
Change-Id: Iee2c95a13e1645453f101d8be4be9ac78d520387
Reviewed-on: https://boringssl-review.googlesource.com/13051
Reviewed-by: David Benjamin <davidben@google.com>
There's an authenticator, so test that AES_unwrap_key notices invalid
inputs.
Change-Id: Icbb941f91ffd9c91118f956fd74058d241f91ecb
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The write path for TLS is going to need some work. There are some fiddly
cases when there is a write in progress. Start adding tests to cover
this logic.
Later I'm hoping we can extend this flag so it drains the unfinished
write and thus test the interaction of read/write paths in 0-RTT. (We
may discover 1-RTT keys while we're in the middle of writing data.)
Change-Id: Iac2c417e4b5e84794fb699dd7cbba26a883b64ef
Reviewed-on: https://boringssl-review.googlesource.com/13049
Reviewed-by: Adam Langley <agl@google.com>
(Imported from upstream's 13ab87083af862e4af752efa4b0552149ed2cc19.)
Change-Id: I2f7cf8454d28d47f5ca19544479b2ab98143a3ef
Reviewed-on: https://boringssl-review.googlesource.com/13048
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Change-Id: Iba299b1bcfe7de53bb0fa6b6cc4e607129905fd0
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Channel ID is already enabled on the SSL. This dates to
49c7af1c42 which converted an instance of
tlsext_channel_id_enabled_new to it, but tlsext_channel_id_enabled_new
meant "if Channel ID is enabled, use the new one", not "enable Channel
ID".
Thanks to Eric Rescorla for catching this.
Change-Id: I2d5a82b930ffcbe5527a62a9aa5605ebb71a6b9f
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This was noticed by observing we had one line of missing test coverage
in polyval.c. CRYPTO_POLYVAL_update_blocks acts 32 blocks at a time and
all existing test vectors are smaller than that.
Test vector obtained by just picking random values and seeing what our
existing implementation did if I modified CRYPTO_POLYVAL_update_blocks
to consume many more blocks at a time. Then I fixed the bug and ensured
the answer was still the same.
Change-Id: Ib7002dbc10952229ff42a17132c30d0e290d4be5
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This is a memory error for anything other than LHASH_OF(char), which
does not exist.
No code outside the library creates (or even queries) an LHASH, so we
can change this module freely.
Change-Id: Ifbc7a1c69a859e07650fcfaa067bdfc68d83fbbc
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Use it to compare the contents of lh and dummy_lh are identical. Leave a
TODO for testing other LHASH cases.
Change-Id: Ifbaf17c196070fdff1530ba0e284030527855f5d
Reviewed-on: https://boringssl-review.googlesource.com/12977
Reviewed-by: Adam Langley <agl@google.com>
Change-Id: I0e8a24367cd33fa4aed2ca15bd369b8697f538e6
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Use a std::map as the dummy lhash and use unique_ptr. This also improves
the test to check on pointer equality; we wish to ensure the lhash
stores the particular pointer value we asked for.
dummy_lh now also owns the pointers. It makes things simpler and since
LHASH doesn't free things, we weren't getting anything out of testing
that.
Change-Id: I97159175ca79a5874586650f272a7846100395e1
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No source changes, just a rename.
Change-Id: Iaef406d2a04dc8c68c94eb2a98eec6378eaeab66
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Commit-Queue: David Benjamin <davidben@google.com>
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Rather than doing it right before outputing, treat this as a part of the
pipeline to finalize the certificate chain, and run it right after
cert_cb to modify the certificate configuration itself. This means
nothing else in the stack needs to worry about this case existing.
It also makes it easy to support in both TLS 1.2 and TLS 1.3.
Change-Id: I6a088297a54449f1f5f5bb8b5385caa4e8665eb6
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BUG=97
Change-Id: I4799cc99511e73af44def1d4daa36a8b4699f62d
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Get us a little closer to productionizing the coverage generation, which
will require taking all the logic out of the coverage script.
Change-Id: If410cc198a888ee87a84b1c2d532322682d3c44e
Reviewed-on: https://boringssl-review.googlesource.com/13043
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We have this function now. Probably good to use it.
Change-Id: I00fe1f4cf5c8cb6f61a8f6600cac4667e95ad7f3
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Upstream accidentally started rejecting server-sent point formats in
https://github.com/openssl/openssl/issues/2133. Our own test coverage
here is also lacking, so flesh it out.
Change-Id: I99059558bd28d3a540c9687649d6db7e16579d29
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This picks up the short header stuff and any changes made in the
meantime.
Change-Id: Ia2ea680632f3f6c6c759a8f0606a9394ae85c92d
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Change-Id: Ib777dcc80c7acd6dc1eda1c211b91e5428b83df1
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Change-Id: Ie4c566c29c20faac7a9a5e04c88503fc2e1ff4db
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Change-Id: If565a5fdfa0f314422aa26c2e8f869965ca08c1b
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Alas, wpa_supplicant relies on the auto-chaining feature, so we can't
easily remove it. Write tests for it to ensure it stays working.
These test currently do not work for TLS 1.3 because the feature is
broken in 1.3. A follow-up change will fix this.
BUG=70
Change-Id: I2c04f55b712d66f5af1556254a5b017ebc3244f7
Reviewed-on: https://boringssl-review.googlesource.com/12965
Reviewed-by: Adam Langley <agl@google.com>
Chaining doesn't make much sense. This means we have a discontinuity
when buffer BIOs are empty. For a general filter BIO, this isn't even
meaningful. E.g., the base64 BIO's next_bio doesn't use the same units
(There's one consumer which does call BIO_pending on a base64 BIO, hits
this case, and is only working on accident, I've left it alone for this
CL until we can fix that consumer.)
The DTLS code, notably, assumes BIO_wpending to only report what's in
the buffer BIO. Ideally we'd get rid of the buffer BIO (I'll work on
this next), but, in the meantime, get the sizing right. The immediate
motivation is ssl_test using a BIO pair for DTLS doesn't work. We've
just been lucky none of the tests have been near the MTU.
The buffer BIO is actually unused outside of the SSL stack, so this
shouldn't break external consumers. But for the base64 BIO consumer
mentioned above, I see nothing else which relies on this BIO_[w]pending
chaining.
Change-Id: I6764df8ede0f89fe73c774a8f7c9ae4c054d4184
Reviewed-on: https://boringssl-review.googlesource.com/12964
Reviewed-by: Adam Langley <agl@google.com>
The perl script is a little nuts. obj_dat.pl actually parses the header
file that objects.pl emits to figure out what all the objects are.
Replace it all with a single Go script.
BUG=16
Change-Id: Ib1492e22dbe4cf9cf84db7648612b156bcec8e63
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