some existing COMPILER lines with arch restrictions etc. In the usual
case this is now using "COMPILER = base-clang ports-gcc base-gcc" on
ports with c++ libraries in WANTLIB.
This is basically intended to be a noop on architectures using clang
as the system compiler, but help with other architectures where we
currently have many ports knocked out due to building with an unsuitable
compiler -
- some ports require c++11/newer so the GCC version in base that is used
on these archirtectures is too old.
- some ports have conflicts where an executable is built with one compiler
(e.g. gcc from base) but a library dependency is built with a different
one (e.g. gcc from ports), resulted in mixing incompatible libraries in the
same address space.
devel/gmp is intentionally skipped as it's on the path to building gcc -
the c++ library there is unused in ports (and not built by default upstream)
so intending to disable building gmpcxx in a future commit.
across linux distributions; that's not really useful for us, and the way they
did it (link with cc -lsupc++) doesn't work so well with clang. just switch to
normal linking with c++. ok espie@ kirby@
protocol used in the newest APC UPSes.
- use stricter modes for scripts and data
- drop apcupsd.conf.5 patch (patch from schwarze@ was commited upstream)
- use ${VARBASE} instead of hardcoded /var
Reads good to jasper@
We already have sysutils/apc-upsd which hasn't been maintained upstream
in >10 years, which I intend to rm unless there are objections.
From maintainer Kirill Bychkov with various input from myself.
Apcupsd can be used for power mangement and controlling most of APC's
UPS models. Apcupsd works with most of APC's Smart-UPS models as well as
most simple signalling models such a Back-UPS, and BackUPS-Office.
During a power failure, apcupsd will inform the users about the power
failure and that a shutdown may occur. If power is not restored, a
system shutdown will follow when the battery is exhausted, a timeout
(seconds) expires, or runtime expires based on internal APC calculations
determined by power consumption rates.
