* g10/sig-check.c (do_check): Move some code to ...
* g10/misc.c (print_md5_rejected_note): new function.
* g10/mainproc.c (proc_tree, proc_plaintext): Enable MD5 workaround
only if option --allow-weak-digest-algos is used.
* g10/gpg.c (oRFC1991, oPGP2): Remove
(opts): Remove --pgp2 and --rfc1991.
* g10/options.h (CO_PGP2, CO_RFC1991): Remove. Remove all users.
(RFC2440, PGP2): Remove. Remove all code only enabled by these
conditions.
* tests/openpgp/clearsig.test: Remove --rfc1991 test.
--
The use of PGP 2.c is considered insecure for quite some time
now (e.g. due to the use of MD5). Thus we remove all support for
_creating_ PGP 2 compatible messages.
* g10/gpg.c (oCompressKeys, oCompressSigs): Remove.
(opts): Turn --compress-keys and --compress-signs in NOPs.
* g10/options.h (opt): Remove fields compress_keys and compress_sigs.
* g10/export.c (do_export): Remove compress_keys feature.
* g10/sign.c (sign_file): Remove compress_sigs feature.
--
These features are disabled in GnuPG since the very early days and
they fulfill no real purpose. For now we keep the command line
options as dummys.
* scd/app-sc-hsm.c (select_and_read_binary): Use SW_ macro.
(parse_certid): Remove useless test.
(send_certinfo, send_keypairinfo): Shrink malloc to the needed size.
(do_getattr): Ditto.
(verify_pin): Use SW_ macro.
(do_decipher): Replace OFS variable and extend comment.
--
Code parts which have not been audited are marked with a warning
pragma.
* scd/app-sc-hsm.c: New.
* scd/app.c (select_application, get_supported_applications): Register
new app.
--
Add a read/only driver for scdaemon that provides access to keys and
certificates on a SmartCard-HSM (www.smartcard-hsm.com).
The driver supports RSA and ECC keys on SmartCard-HSM cards and
USB-Sticks.
The driver does not yet support the MicroSD edition.
--
ChangeLog and FSF copyright year fix by wk.
* g10/gpg.c (aQuickKeygen): New.
* g10/misc.c (is_valid_user_id): New stub.
* g10/keygen.c (quickgen_set_para): New.
(quick_generate_keypair): New.
--
Note that the validation of the specified user id has not yet been
implemented.
* g10/parse-packet.c (parse_attribute): Avoid xmalloc failure and cap
size of packet.
--
Tavis Ormandy reported a fatal error for attribute packets with a zero
length payload. This is due to a check in Libgcrypt's xmalloc which
rejects a malloc(0) instead of silently allocating 1 byte. The fix is
obvious.
In addition we cap the size of attribute packets similar to what we do
with user id packets. OpenPGP keys are not the proper way to store
movies.
* common/t-timestuff.c (test_timegm): Use timegm if available.
(main): Set TX to UTC if timegm is not available.
--
On OpenBSD 5.3 i386 that test failed due to the use of mktime.
Reported-by: Claus Assmann
* common/iobuf.c (direct_open): Add arg MODE700.
(iobuf_create): Ditto.
* g10/openfile.c (open_outfile): Add arg RESTRICTEDPERM. Change call
callers to pass 0 for it.
* g10/revoke.c (gen_desig_revoke, gen_revoke): Here pass true for new
arg.
* g10/export.c (do_export): Pass true for new arg if SECRET is true.
--
GnuPG-bug-id: 1653.
Note that this works only if --output has been used.
* configure.ac: Remove option --build-agent-only.
(FAKE_CURL, GPGKEYS_CURL): Remove check for cURL
(GPGKEYS_MAILTO): Remove ac_subst but keep the currently unused
SENDMAIL check.
(GPGKEYS_KDNS): Remove ac_subst.
* autogen.rc (final_info): Remove suggestion to use the removed option
--enable-mailto.
* scd/ccid-driver.h (VENDOR_REINER, CYBERJACK_GO): New.
* scd/ccid-driver.c (ccid_transceive_secure): Handle the case for
VENDOR_REINER. Original work was by Alina Friedrichsen (tiny change).
--
This is revised version which adapts changes of ccid-driver and was
later ported from branch-2.0 to master (2.1)
* g10/keygen.c (gen_elg): Enforce keysize 1024 to 4096.
(gen_rsa): Enforce keysize 1024 to 4096.
(gen_dsa): Enforce keysize 768 to 3072.
--
It was possible to create 16k RSA keys in batch mode. In addition to the
silliness of such keys, they have the major drawback that under GnuPG
and Libgcrypt, with their limited amount of specially secured memory
areas, the use of such keys may lead to an "out of secure memory"
condition.
