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Not committed (merge conflicts...):
net/radsecproxy/distinfo
The following distfiles could not be fetched (fetched conditionally?):
./net/citrix_ica/distinfo citrix_ica-10.6.115659/en.linuxx86.tar.gz
./net/djbdns/distinfo dnscache-1.05-multiple-ip.patch
./net/djbdns/distinfo djbdns-1.05-test28.diff.xz
./net/djbdns/distinfo djbdns-1.05-ignoreip2.patch
./net/djbdns/distinfo djbdns-1.05-multiip.diff
./net/djbdns/distinfo djbdns-cachestats.patch
Upstream changes:
* This adds a new feature for fstrm_capture. It can perform output
file rotation when a SIGUSR1 signal is received by fstrm_capture.
(See the --gmtime or --localtime options.) This allows
fstrm_capture's output file to be rotated by logrotate or a
similar external utility. (Output rotation is suppressed if
fstrm_capture is writing to stdout.)
Pkgsrc changes:
* Update license to "mit", to track upstream.
Upstream changes:
* Change license to modern MIT license for compatibility with
GPLv2 software.
* src/fstrm_replay.c: For OpenBSD and Posix portability include
netinet/in.h and sys/socket.h to get struct sockaddr_in and the
AF_* defines respectively.
* Fix various compiler warnings.
This is fstrm, a C implementation of the Frame Streams data transport
protocol.
Frame Streams is a light weight, binary clean protocol that allows
for the transport of arbitrarily encoded data payload sequences
with minimal framing overhead -- just four bytes per data frame.
Frame Streams does not specify an encoding format for data frames
and can be used with any data serialization format that produces
byte sequences, such as Protocol Buffers, XML, JSON, MessagePack,
YAML, etc. Frame Streams can be used as both a streaming transport
over a reliable byte stream socket (TCP sockets, TLS connections,
AF_UNIX sockets, etc.) for data in motion as well as a file format
for data at rest. A "Content Type" header identifies the type of
payload being carried over an individual Frame Stream and allows
cooperating programs to determine how to interpret a given sequence
of data payloads.
fstrm is an optimized C implementation of Frame Streams that includes
a fast, lockless circular queue implementation and exposes library
interfaces for setting up a dedicated Frame Streams I/O thread and
asynchronously submitting data frames for transport from worker
threads. It was originally written to facilitate the addition of
high speed binary logging to DNS servers written in C using the
dnstap log format.
