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| | #compdef kdump
_kdump_pid() {
local -a args pids
local -A assoc_pids
if (( $+opt_args[-f] )); then
args=(-f $opt_args[-f])
fi
pids=(${${${(f)"$(_call_program kdump-pids kdump $args)"}:#($'\t'| )*}## #})
[[ $OSTYPE == netbsd* ]] && pids=(${pids/ ##[0-9]##/})
pids=(${(u)${pids/ /:}%% *})
for 1 in $pids; do
local pid=${1%%:*} process=${1#*:}
if (( $+assoc_pids[$pid] )); then
assoc_pids[$pid]+=", $process"
else
assoc_pids[$pid]=$process
fi
done
pids=()
for pid procs in ${(kv)assoc_pids}; do
pids+=($pid:$procs)
done
_describe -t kdump-pids 'kdump pid' pids
}
local args=(
'-d[display numbers in decimal]'
'-f+[use the specified file (- for stdin)]:dump file:_files'
'-l[loop reading the trace file]'
'-m+[maximum I/O bytes to display]:max data bytes:'
'-n[supress ad hoc translations]'
'-p+[show output only for the specified pid]: :_kdump_pid'
'(-E -T)-R[display relative timestamps]'
'(-E -R )-T[display absolute timestamps]'
'-t[select which tracepoints to display]: :_ktrace_points'
)
case $OSTYPE; in
freebsd*|netbsd*)
args+=(
'(-R -T)-E[display elapsed timestamps]'
)
;|
freebsd*|openbsd*)
args+=(
'-H[display thread identifiers]'
)
;|
dragonfly*)
args+=(
'(-c -R)-a[display full human readable output]'
'-c[display the CPU the thread is running on]'
'-j[use a fixed format output]'
)
;;
freebsd*)
args+=(
'-A[display description of the ABI of traced process]'
'-r[symbolically display structure members]'
'-S[display system call numbers]'
'-s[suppress display of I/O data]'
)
;;
netbsd*)
args+=(
'-e[interpret system call maps using the specified emulation]:emulation:'
'-N[suppress system call name translation]'
'-X[Display GIO data in hex and ascii in groups of specified size]:size:(1 2 4 8 16)'
'-x[Display GIO data in hex and ascii]
'1:dump file:_files'
)
;;
openbsd*)
args+=(
# XXX handle -TR
'-X[display I/O data in hex and ASCII]'
'-x[display I/O data in hex]'
)
;;
esac
_arguments -s -S -A '-*' : $args
|