Update libsieve to 2.3.1.

libSieve 2.3.1
--------------
This release is made possible by the tremendous effort of Dilyan Palauzov.

- Many small fixes and improvements.

libSieve 2.3.0
--------------
This release is made possible by the tremendous effort of Dilyan Palauzov.

- Hide internal symbols (do not export them) from the final shared library (works with GCC>=4)

- Add support for DOT in addresses (RFC5322, 4.1. Miscellaneous Obsolete Tokens)

- libsieve is now reentrant

- Add SILENT_RULES to Makefile.am

- Move all Makefile.am-s to single /Makefile.am

- Move the build root from /src/ to /

libSieve 2.2.9
--------------

- Vacation segfault fix (thanks to Paul Stevens).

libSieve 2.2.8
--------------

- Handle empty addresses (thanks to Dilyan Palauzov).

- Short-circuit all(tests) as soon as a test fails (thanks to Dilyan Palauzov).

- Short-circuit any(tests) as soon as a test succeeds (thanks to Dilyan Palauzov).

- Check that 'myaddr' is among those specified in the script (thanks to Paul Stevens).

- Add AM_MAINTAINER_MODE to only rebuild flex/bison sources if required.
Updated mail/libsieve to 2.3.1
Import capstone-3.0 as devel/capstone, packaged for wip by Kamil
Rytarowski.

Capstone is a disassembly framework with the target of becoming
the ultimate disasm engine for binary analysis and reversing in
the security community.

Capstone supports multiple hardware architectures, including ARM,
ARM64 (ARMv8), Mips, PPC, Sparc, SystemZ, XCore and X86 (including
X86_64).
+ capstone.
Added devel/capstone version 3.0
Packaged gnutls 3.2.19

* Version 3.2.19 (released 2014-10-13)

** libgnutls: Fixes in the transparent import of PKCS #11 certificates.
Reported by Joseph Peruski.

** libgnutls: Fixed issue with unexpected non-fatal errors resetting the
handshake's hash buffer, in applications using the heartbeat extension
or DTLS. Reported by Joeri de Ruiter.

** libgnutls: fix issue in DTLS retransmission when session tickets
were in use; reported by Manuel Pégourié-Gonnard.

** libgnutls: Prevent abort() in library if getrusage() fails. Try to
detect instead which of RUSAGE_THREAD and RUSAGE_SELF would work.

** guile: new 'set-session-server-name!' procedure; see the manual for
details.

** API and ABI modifications:
No changes since last version.
Updated security/gnutls to 3.2.19
Packaged gnutls 3.2.20

* Version 3.2.20 (released 2014-11-10)

** libgnutls: Removed superfluous random generator refresh on every call
of gnutls_deinit(). That reduces load and usage of /dev/urandom.

** libgnutls: Corrected issue in export of ECC parameters to X9.63 format.
Reported by Sean Burford [GNUTLS-SA-2014-5].

** API and ABI modifications:
No changes since last version.
Updated security/gnutls to 3.2.20
Mark two custom targets .PHONY.
XXX: This does not handle distribution patches.
Apply 11 upstream patches, bump to 3.2.1pl11.
Requested by Kai-Uwe Eckhardt.
Remove an incorrect comment.

Changes:

One of the mpfr_exp implementations uses a left shift on an integer
that can be negative: exps <<= 1; and this has an undefined behavior
according to the ISO C standard. In most cases, this will correspond
to a multiplication by 2, and the code will behave as expected
(this is why the bug hadn't been detected until now). But problems
may occur if a sanitizer is used (this is how this bug was detected)
or possibly in case of advanced optimizations, such as LTO. This
is fixed by the exp_2 patch.

The mpfr_fits_u*_p functions return 0 ("doesn't fit") instead of
non-zero ("fits") on negative arguments for which the rounding to
an integer in the given rounding mode is 0. This bug is fixed by
the fits-smallneg patch, which also updates the testcases.

Some tget_flt tests fail in environments where native C floating-point
division by zero is not supported, e.g. regarded as an error, such
as with Clang's sanitizer; some similar tests were already disabled
in such a case, but not all. The tset_ld test triggers a useless
overflow on a double. These problems are fixed by the clang-divby0
patch, which also disables constant division by zero on the native
C type double with Clang in order to avoid incorrect code.

The formatted output functions (mpfr_*printf) are incorrect on the
value 0 when using the alternative form (# flag), a positive
precision, and the g or G conversion specifier: there is one
additional trailing 0. The corresponding test is also incorrect
(explaining why the bug was not detected). These problems are fixed
by the printf-alt0 patch, which also provides some additional
related tests.

Only for applications using the custom interface: The mpfr_custom_init_set
macro has a typo in a variable name, which can yield incorrect
behavior if the second argument is not a simple expression. This
bug is fixed by the custom_init_set patch.

The build fails on li2.c with the GCC -Werror=return-type option
when logging has been enabled. This problem is fixed by the li2-return
patch.

The rounding of mpfr_exp can be incorrect for output precisions
larger than or equal to MPFR_EXP_THRESHOLD (several thousands of
bits; its value depends on the architecture). This bug is fixed by
the exp3 patch, which also provides a testcase.

This MPFR release fails to build with GMP 6 when the --with-gmp-build
configure option is used. The gmp6-compat patch fixes this
compatibility problem.

When dividing a very large number (near the maximum finite one, in
absolute value) by a very small number (near the minimum one, in
absolute value), an integer overflow occurs in the computation of
the exponent of the result, yielding undefined behavior, such as
the result 0 instead of infinity. This bug is fixed by the div-overflow
patch, which also provides a testcase.

The vasprintf.c source file contains incorrect assertions, which
may fail while the computation is valid; this can occur only when
outputting tiny numbers (very small exponents). These assertions
are fixed by the vasprintf patch, which also provides a testcase.

A buffer overflow may occur in mpfr_strtofr. This is due to incorrect
GMP documentation for mpn_set_str about the size of a buffer
(discussion; first fix in the GMP documentation). This bug is
present in the MPFR versions from 2.1.0 (adding mpfr_strtofr) to
this one, and can be detected by running "make check" in a 32-bit
ABI under GNU/Linux with alloca disabled (this is currently possible
by using the --with-gmp-build configure option where alloca has
been disabled in the GMP build). It is fixed by the strtofr patch.
Updated math/mpfr to 3.1.2pl11
Detect libevent-2.0.21 in netbsd-7 and -current
Spell "vulnerabilities" correctly.
Initial import of snoopy, version 2.1.0, into the NetBSD Packages Collection.

Snoopy sends every executed command to syslog.
add & enable snoopy
Added security/snoopy version 2.1.0
Import py27-colorama-0.3.2 as comms/py-colorama.

Makes ANSI escape character sequences for producing colored terminal text and
cursor positioning work under MS Windows.

ANSI escape character sequences have long been used to produce colored terminal
text and cursor positioning on Unix and Macs. Colorama makes this work on
Windows, too, by wrapping stdout, stripping ANSI sequences it finds (which
otherwise show up as gobbledygook in your output), and converting them into the
appropriate win32 calls to modify the state of the terminal. On other platforms,
Colorama does nothing.

Colorama also provides some shortcuts to help generate ANSI sequences but works
fine in conjunction with any other ANSI sequence generation library, such as
Termcolor.
Added comms/py-colorama version 0.3.2
+py-colorama - packaged originally in pkgsrc-wip by
kamelderouiche@yahoo.com