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Handshake hashes, premaster secret and "public_key_info" does not need
to be saved when the connection has been established. The own certificate is
no longer duplicated in the state.
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ssl's published documentation states:
ssl_accept(ListenSocket) ->
ssl_accept(ListenSocket, Timeout) -> ok | {error, Reason}
(see http://www.erlang.org/doc/man/ssl.html#ssl_accept-1)
while its code has the specs:
-spec ssl_accept(#sslsocket{}) -> {ok, #sslsocket{}} | {error, reason()}.
-spec ssl_accept(#sslsocket{}, list() | timeout()) -> {ok, #sslsocket{}} | {error, reason()}.
One of the two cannot be right. This should be fixed.
Moreover, I do not see why the spec just mentions list() for the options when the documentation explicitly mentions the options of ssl.
Kostis
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Added cache invalidation control of ssl certificates so that
sessions will not be reused if file content is changed.
There was a glitch in ssl:close that made it possible to
to get eaddrinuse even though reuseadder-option was used.
Also improved tests for better user-close handling.
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Data to sign and verify should be inputed as binaries.
Also cleaned up and moved some dialyzer specs.
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Also changed alert to BAD_RECORD_MAC as:
"differentiating between bad_record_mac and decryption_failed alerts
may permit certain attacks against CBC mode as used in TLS
[CBCATT]. It is preferable to uniformly use the bad_record_mac
alert to hide the specific type of the error."
Also cleaned up the code and changed a few other alert reasons in
according to alert descriptions in the TLS RFC 4346. And added function
terminate_alert/3 so that we can differentiate between a crash
in ssl (a bug in our code) and a crash in the application using ssl.
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* ia/ssl/certificate-verify/wrong-key-method/OTP-8897:
Correct handling of client certificate verify message
Conflicts:
lib/ssl/src/ssl_handshake.erl
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When checking the client certificate verify message the server used
the wrong algorithm identifier to determine the signing algorithm,
causing a function clause error in the public_key application when the
key-exchange algorithm and the public key algorithm of the client
certificate happen to differ.
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For testing purposes ssl now also support some anonymous cipher suites
when explicitly configured to do so.
Also moved session cache tests to its own suite, so that timeout
of end_per_testcase when the mnesia is used as session cache will
not affect other test cases.
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Changed the behavior of the verify_fun option so that
the application can be responsible for handling path validation
errors even on the server side. Also replaced the not yet
documented validate_extensions_fun to be handled by the
verify_fun instead.
If the verify callback fun returns {fail, Reason}, the verification process is
immediately stopped and an alert is sent to the peer and the TLS/SSL
handshake is terminated. If the verify callback fun returns {valid,
UserState}, the verification process is continued. If the verify callback
fun always returns {valid, UserState}, the TLS/SSL handshake will not be
terminated with respect to verification failures and the connection
will be established. The verify callback fun will also be
able to verify application specific extensions.
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Added support for inputing certificates and keys directly in DER format
these options will override the pem-file options if specified.
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* dgud/ssl/handskake_client_key/OTP-8793:
Fix handshake problem with multiple messages in one packet
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Empty packets where not delivered from ssl, it incorrectly assumed
there was no data.
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If hello and client_key_exchange message is sent together in
the same packet, ssl can't handle it and closes the connection.
Also fixed compiler warning.
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Fixed handling of the option {mode, list} that was broken for some
packet types for instance line.
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This corrects the returned data to be in list format, not binary if
both {packet, line} and list are set as option.
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Cleaned up and documented the public_key API to
make it useful for general use.
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Started to improve code documentation by using -spec directive, and
some small refactorings to avoid ugly code.
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Ssl has now switched default implementation and removed deprecated
certificate handling. All certificate handling is done by the public_key
application.
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New ssl now support client/server-certificates signed by dsa keys.
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This was broken during a refactoring of the code.
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it before sending the fatal alert, even though documentation suggests
the socket will be flushed on linux as an effect of setting the nodelay option.
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New ssl now supports secure renegotiation as described by RFC 5746.
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Alert handling has been improved to better handle unexpected but valid
messages and the implementation is also changed to avoid timing related
issues that could cause different error messages depending on network
latency. Packet handling was sort of broken but would mostly work as
expected when socket was in binary mode. This has now been fixed.
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New ssl now properly handles ssl renegotiation, and initiates a
renegotiation if ssl/ltls-sequence numbers comes close to the max value.
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When gen_tcp is configured with the {packet,http} option, it
automatically switches to expect HTTP Headers after a HTTP
Request/Response line has been received. This update fixes ssl to
behave in the same way.
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The SSL handshake fails when an ssl server is configured with the
'fail_if_no_peer_cert' option and a valid client sends its certificate
as instructed. On the server-side ssl:ssl_accept/2 will return
{error,esslerrssl}, and it will send an "Unexpected Message" SSL Alert
(type 10) to the client.
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hence not covered by test cases.
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New ssl now properly handles ssl renegotiation, and initiates a
renegotiation if ssl/ltls-sequence numbers comes close to the max value.
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packet.
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With the {ssl_imp,new} option enabled, {packet,PacketType} only
works when receiving. When sending, {packet,0} is always used.
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