All checksums have been double-checked against existing RMD160 and
SHA512 hashes
Unfetchable distfiles (fetched conditionally?):
./security/cyrus-sasl/distinfo cyrus-sasl-dedad73e5e7a75d01a5f3d5a6702ab8ccd2ff40d.patch.v2
Problems found locating distfiles:
Package f-prot-antivirus6-fs-bin: missing distfile fp-NetBSD.x86.32-fs-6.2.3.tar.gz
Package f-prot-antivirus6-ws-bin: missing distfile fp-NetBSD.x86.32-ws-6.2.3.tar.gz
Package libidea: missing distfile libidea-0.8.2b.tar.gz
Package openssh: missing distfile openssh-7.1p1-hpn-20150822.diff.bz2
Package uvscan: missing distfile vlp4510e.tar.Z
Otherwise, existing SHA1 digests verified and found to be the same on
the machine holding the existing distfiles (morden). All existing
SHA1 digests retained for now as an audit trail.
munge-0.5.11 (2013-08-27):
- Added --mlockall cmdline opt to munged.
- Added --syslog cmdline opt to munged.
- Added --uid and --gid cmdline opts to munge.
- Added numeric timezone to unmunge timestamp output.
- Added timer to munged for periodically stirring PRNG entropy pool.
- Added support for pkg-config.
- Added support for systemd.
- Changed timer thread to better accommodate misbehaving system clocks.
- Changed behavior of munge --string cmdline opt to not append newline.
- Changed init script chkconfig priority levels to start after ntpd/ntpdate.
- Changed init script so munged runs as munge user by default.
- Fixed HMAC validation timing attack vulnerability.
- Fixed bug with munged being unable to restart if daemon not cleanly shutdown.
- Fixed bug with large groups triggering "numerical result out of range" error.
- Fixed bug causing high CPU utilization on FreeBSD when processing group info.
- Fixed bug causing IPv6-only hosts to exit due to failed hostname resolution.
- Fixed autoconf check that was not portable across shells.
- Fixed init script LSB Header on openSUSE.
- Replaced perl build-time dependency with awk.
MUNGE (MUNGE Uid 'N' Gid Emporium) is an authentication service
for creating and validating credentials. It is designed to be
highly scalable for use in an HPC cluster environment. It allows
a process to authenticate the UID and GID of another local or
remote process within a group of hosts having common users and
groups. These hosts form a security realm that is defined by a
shared cryptographic key. Clients within this security realm can
create and validate credentials without the use of root
privileges, reserved ports, or platform-specific methods.
