| Commit message (Collapse) | Author | Age | Files | Lines |
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the ciphersuite code and a set of strings specifying the underlying
suite algorithms. Remove it entirely.
Some things are likely broken. One I know about is that we always send
the hash/signature type indicator but should only do so for TLS >= 1.2
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basic connection with a GnuTLS server does work. Currently we don't
respect the signature_algorithms extension at all, and using SHA-256
with a 12-byte finished value is hardcoded though the spec is that it
can depend on the ciphersuite (likely relevant for GOST ciphersuites
in particular).
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interface but it's a plausible start. Will probably have more insights
after adding TLS hooks.
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functions for backwards compatability.
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RNG. Pretty much required outside of very special cases, and otherwise
someone using --no-autoload will have to know to enable them
specifically or lots of things will break.
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Avoid using auto_ptr in the CVC headers.
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deprecation warnings (at least for GCC and VC++). Use in some places.
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Remove version of search_map that returns two distinguishing results;
only used in one place, and that can be replaced by a call to count()
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the parameters of the key length. Instead define a new function which
returns a simple object which contains this information.
This definitely breaks backwards compatability, though only with code
that directly manipulates low level objects like BlockCipher*s
directly, which is probably relatively rare.
Also remove some deprecated accessor functions from lookup.h. It turns
out block_size_of and output_size_of are being used in the TLS code; I
need to remove them from there before I can delete these entirely.
Really that didn't make much sense, because they assumed all
implementations of a particular algorithm will have the same
specifications, which is definitely not necessarily true, especially
WRT key length. It is much safer (and probably simpler) to first
retrieve an instance of the actual object you are going to use and
then ask it directly.
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parameters are as well. So make them template paramters.
The sole exception was AES, because you could either initialize AES
with a fixed key length, in which case it would only be that specific
key length, or not, in which case it would support any valid AES key
size. This is removed in this checkin; you have to specifically ask for
AES-128, AES-192, or AES-256, depending on which one you want.
This is probably actually a good thing, because every implementation
other than the base one (SSSE3, AES-NI, OpenSSL) did not support
"AES", only the versions with specific fixed key sizes. So forcing
the user to ask for the one they want ensures they get the ones
that are faster and/or safer.
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MAC. If it is, use it as the PRF. Otherwise assume it is a hash
function and use it with HMAC. Instead of instantiating the HMAC
directly, go through the algorithm factory.
Add a test using PBKDF2 with CMAC(Blowfish); Blowfish mainly because
it supports arbitrarily large keys, and also the required 4 KiB of
sbox tables actually would make it fairly useful in that it would make
cracking using hardware or GPUs rather expensive. Have not confirmed
this vector against any other implementation because I don't know of
any other implementation of PBKDF2 that supports MACs other than HMAC.
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into global_state.{h,cpp}. Move all of the functions into a new
namespace Global_State_Management, though exposing global_state() into
the Botan namespace for compatability.
Also add new functions global_state_exists and
set_global_state_unless_set which may be helpful in certain tricky
initialization scenarios (eg when an application using botan also uses
a library which may or may not itself use botan).
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(slightly) better.
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initialize() call which must be called prior to use of any other
functions.
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(amd64_eng and ia32_eng) into a new asm_engine. This same engine could
also be used in the event that asm code for other CPUs was added later
on.
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really is only used by OpenPGP, and largely it was named S2K here
because the OpenPGP S2K was implemented years before the ones in PKCS
#5. We have a typedef of PBKDF to S2K, and an inlined get_s2k that
calls get_pbkdf for source compatability.
There doesn't seem to be any reason to have a forward for the renamed
s2k.h header - to actually use a PBKDF, you'd have to either include
lookup.h and call get_s2k / get_pbkdf, or else include an
algorithm-specific header and use it directly. In either case,
including s2k.h is neither necessary nor sufficient.
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its constructor directly, instead of going through LibraryInitializer.
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This caused Doxygen to think this was markup meant for it, which really
caused some clutter in the namespace page.
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then you can't use the global PRNG but everything else still works.
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PRNG everywhere. The removal of the global PRNG was generated by a
desire to remove the global library state entirely. However the real
point of this was to remove the use of globally visible _mutable_
state; of the mutable state, the PRNG is probably the least important,
and the most useful to share. And it seems unlikely that thread
contention would be a major issue in the PRNG.
Add back a global PRNG to Library_State. Use lazy initialization, so
apps that don't ever use a PRNG don't need a seeding step. Then have
AutoSeeded_RNG call that global PRNG.
Offer once again
RandomNumberGenerator& Library_State::global_rng();
which returns a reference to the global PRNG.
This RNG object serializes access to itself with a mutex.
Remove the hack known as Blinding::choose_nonce, replace with using
the global PRNG to choose a blinding nonce
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immediately fall back the the plain malloc-based allocator, which is
typically quite a bit faster.
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not. Instead provide via Extensions::add(). No way to modify behavior
currently, it just follows the previous default police.
Remove the config options from Library_State entirely. Die, mutable
singletons, die.
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variable directly.
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PK_Encryptor_EME and PK_Decryptor_EME; the message recovery is somewhat
implicit in the recovery of the plaintext.
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convert look_pk to simple forwarders.
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PK_Decrypting_Key, PK_Signing_Key, PK_Verifying_with_MR_Key, and
PK_Verifying_wo_MR_Key.
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