- 03 Nov, 2016 15 commits
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Richard Levitte authored
- Make sure to initialise SHLIB variables - Make sure to make local variables static Reviewed-by:
Matt Caswell <matt@openssl.org> (Merged from https://github.com/openssl/openssl/pull/1838)
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Richard Levitte authored
gcc is kinder, it silently passes quite a few flags to ld, while clang is stricter and wants them prefixed with -Wl, Reviewed-by:
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Richard Levitte authored
All of these don't compile cleanly any more, probably haven't for quite some time Reviewed-by:
Emilia Käsper <emilia@openssl.org> (Merged from https://github.com/openssl/openssl/pull/1789)
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Richard Levitte authored
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Richard Levitte authored
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Richard Levitte authored
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Richard Levitte authored
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Richard Levitte authored
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Richard Levitte authored
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Richard Levitte authored
The Unix and Windows linkers appear to simply ignore if any symbol is defined multiple times in different object files and libraries. The VMS linker, on the other hand, warns about it, loud and clear. It will still create the executable, but does so screaming. So we complicate things by saving the linker output, look through all the errors and warnings, and if they are only made up of %LINK-W-MULDEF, we let it pass, otherwise we output the linker output and raise the same exit code we got from the linker. Reviewed-by:
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Richard Levitte authored
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Richard Levitte authored
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Richard Levitte authored
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Richard Levitte authored
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Kurt Roeckx authored
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Tim Hudson <tjh@openssl.org> Reviewed-by:
Rich Salz <rsalz@openssl.org> GH: #1828
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- 02 Nov, 2016 25 commits
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Matt Caswell authored
Rather than leaking a reference, just call GetModuleHandleEx and pin the module on Windows. Reviewed-by: -
Matt Caswell authored
Instead of deliberately leaking a reference to ourselves, use nodelete which does this more neatly. Only for Linux at the moment. Reviewed-by: -
Matt Caswell authored
This should demonstrate that the atexit() handling is working properly (or at least not crashing) on process exit. Reviewed-by: -
Matt Caswell authored
Because we use atexit() to cleanup after ourselves, this will cause a problem if we have been dynamically loaded and then unloaded again: the atexit() handler may no longer be there. Most modern atexit() implementations can handle this, however there are still difficulties if libssl gets unloaded before libcrypto, because of the atexit() callback that libcrypto makes to libssl. The most robust solution seems to be to ensure that libcrypto and libssl never unload. This is done by simply deliberately leaking a dlopen() reference to them. Reviewed-by: -
Matt Caswell authored
This works the same way as DSO_pathbyaddr() but instead returns a ptr to the DSO that contains the provided symbol. Reviewed-by: -
Matt Caswell authored
Commit 3d8b2ec4 removed various unused functions. However now we need to use one of them! This commit resurrects DSO_pathbyaddr(). We're not going to resurrect the Windows version though because what we need to achieve can be done a different way on Windows. Reviewed-by:
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Matt Caswell authored
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Matt Caswell authored
We should fail if we receive an unrecognised record type Reviewed-by: -
Matt Caswell authored
TLS1.0 and TLS1.1 say you SHOULD ignore unrecognised record types, but TLS 1.2 says you MUST send an unexpected message alert. We swap to the TLS 1.2 behaviour for all protocol versions to prevent issues where no progress is being made and the peer continually sends unrecognised record types, using up resources processing them. Issue reported by 郭志攀 Reviewed-by: -
Richard Levitte authored
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Sergey Bronnikov authored
CLA: trivial Reviewed-by:
Kurt Roeckx <kurt@openssl.org> Reviewed-by:
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Matt Caswell authored
This test checks that read_ahead works correctly when dealing with large records. Reviewed-by:Richard Levitte <levitte@openssl.org>
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Matt Caswell authored
The function ssl3_read_n() takes a parameter |clearold| which, if set, causes any old data in the read buffer to be forgotten, and any unread data to be moved to the start of the buffer. This is supposed to happen when we first read the record header. However, the data move was only taking place if there was not already sufficient data in the buffer to satisfy the request. If read_ahead is set then the record header could be in the buffer already from when we read the preceding record. So with read_ahead we can get into a situation where even though |clearold| is set, the data does not get moved to the start of the read buffer when we read the record header. This means there is insufficient room in the read buffer to consume the rest of the record body, resulting in an internal error. This commit moves the |clearold| processing to earlier in ssl3_read_n() to ensure that it always takes place. Reviewed-by: -
David Woodhouse authored
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David Woodhouse authored
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David Woodhouse authored
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David Woodhouse authored
We add ssl_cipher_get_overhead() as an internal function, to avoid having too much ciphersuite-specific knowledge in DTLS_get_data_mtu() itself. It's going to need adjustment for TLSv1.3... but then again, so is fairly much *all* of the SSL_CIPHER handling. This bit is in the noise. Reviewed-by:
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Matt Caswell authored
Based on feedback received Reviewed-by: -
Matt Caswell authored
Now that ossltest knows about a TLS1.3 cipher we can now do TLS1.3 in TLSProxy Reviewed-by: -
Matt Caswell authored
This might need more changes once we do a "real" TLS1.3 ciphersuite. But it should do for now. Reviewed-by: -
Matt Caswell authored
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Matt Caswell authored
Also we disable TLS1.3 by default (use enable-tls1_3 to re-enable). This is because this is a WIP and will not be interoperable with any other TLS1.3 implementation. Finally, we fix some tests that started failing when TLS1.3 was disabled by default. Reviewed-by: -
Matt Caswell authored
When matching a ciphersuite if we are given an id, make sure we use it otherwise we will match another ciphersuite which is identical except for the TLS version. Reviewed-by: -
Matt Caswell authored
Includes addition of the various options to s_server/s_client. Also adds one of the new TLS1.3 ciphersuites. This isn't "real" TLS1.3!! It's identical to TLS1.2 apart from the protocol and the ciphersuite...and the ciphersuite is just a renamed TLS1.2 one (not a "real" TLS1.3 ciphersuite). Reviewed-by: -
Emilia Kasper authored
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