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Tickets solved by this branch: OTP-8871, OTP-8872 and OTP-9908
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This options is useless and should be deprecated. But we behave
as inet does for now!
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with TLS 1.2 the hash and signature on a certify message can
differ from the defaults. So we have to make sure to always
use the hash and signature algorithm indicated in the
handshake message
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combinations
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This is also avoids triggering some bugs in OpenSSL.
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As we did not yet support IDEA ciphers and they have now become deprecated we
skip supporting them altogether.
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TLS 1.2 introduces changes on how signatures
are calculate and encoded. This makes the
signature handling version aware
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TLS 1.2 allows to negotiate the used PRF,
additional the default PRF uses a different
hash. This change make the PRF selectable
and hardwires the PRF for TLS < 1.2
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dh parameter verification is done differently with TLS 1.2.
Prepare for that by passing the verion to verify_dh_params.
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TLS 1.2 changes the layout of several handshake
records. This adds the TLS version to dec_hs/2
so it can decode those.
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TLS 1.2 changed the way digital signatures are
done. key_exchange/3 needs to pass the version
to it.
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With TLS 1.2 the handling of the IV in cipher blocks
changed. This prepares ssl_cipher:cipher/5 for that
change by passing the TLS version into it and allowing
generic_block_cipher_from_bin/4 to overload the IV.
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TLS/SSL version before 1.2 always used a MD5/SHA combination
for the handshake hashes. With TLS 1.2 the default hash is
SHA256 and it is possible to negotiate a different hash.
This change delays the calculation of the handshake
hashes until they are really needed. At that point the hash
to use should be known.
For now MD5/SHA is still hard coded.
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* ia/ssl/recv-bug/OTP-10118:
ssl: Fix bug in the handling of remote connection closure of {active,false} ssl sockets.
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A general case clause was put before a less general so that the less
general case would never match.
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ssl sockets.
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* ia/ssl/bottlenecks/OTP-10113:
ssl: Test case fixes
ssl: Avoid second bottleneck in supervisor
ssl: File handling optimization
ssl: Simpler PEM cache
ssl: Refactored for readability
ssl: Use md5 as file ref id instead of filenames
ssl: Move ets:select bottleneck in server
ssl: Renegotiate updates session id in gen_fsm state
ssl: Use ordered_set in cache
ssl: Move and avoid ets:select bottleneck in client
ssl: Reuse session check optimization
ssl: Avoid supervior bottleneck
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Do proc_lib:spawn_link instead of proc_lib:start_link as synchronized
init is not used/needed anyway.
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Avoid cach validation with file:file_info/2 as this i too expensive and
causes a bottleneck in the file server. Instead we expose a new API function
ssl:clear_pem_cache/0 to deal with the problem. As we think it will be
of occasional use and the normal case is that the cache will be valid we think
it is the right thing to do.
Convert file paths to binary representation in the ssl API module to
avoid uncessarry calls in file later on.
Also add sanity checks for openssl versions in testsuite due to new
openssl bugs.
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Instance of state variable that are "updated" in a function is called
for example State0 and the last instance, that should be returned, is
called State possible intermidiat versions are suffixed by increasing
numbers. State0 may be rturned in error cases.
Avoid nesting case statments.
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Aviods storing a lot of data
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Only use ssl_manager for selecting new ids to guarantee uniqueness,
but reuse check does not need to be performed by the manager.
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The session id keept in the connection processes state must be updated to be
the id selected by ssl_handshake:client_hello, failing to do so will
cause a crash if the session is not reused.
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So we can use partial bound keys for matching
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Do not use ssl_manager process for selecting an id. It's unnecessary
to involve the manager process at all on the client side.
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This is done by using proc_lib and gen_fsm:enter_loop
so that supervisor will not have to wait for the relative long initialization
of an ssl connection process before starting another connection process.
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OTP-10106
OTP-10107
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* as/ssl-tls-prf-function:
Some protocols (e.g. EAP-PEAP, EAP-TLS, EAP-TTLS)
that use TLS as transport layer need to generate
additional application specific key material
One way to generate such material is to use the
TLS PRF and key material from the TLS session itself
OTP-10024
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Distribution fixes so no need to soft upgrade.
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transport layer need to generate additional application specific
key material. One way to generate such material is to use the TLS
PRF and key material from the TLS session itself.
This change makes it possible to use a TLS sessions PRF either with
the session internal or caller supplied key material to generate
additional key material.
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* pg/fix-ssl_tls_dist_proxy-setup-loop:
Fix setup loop of SSL TLS dist proxy
OTP-9915
OTP-9916
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