# svcadm completion -*- shell-script -*- # # Copyright 2006 Yann Rouillard # # svcadm accept any complete FMRI or abbreviated FMRI # - a complete FMRI is svc:/foo/bar/bar/baz # - abbreviated FMRI are foo/bar/bar/baz, bar/bar/baz, bar/baz or baz # # The goal of this function is to be able to propose all alternatives, # but to not clutter the interface with all completions, we will only # cut every completion alternative at the next slash. # # For example, if the user types , we will propose for svc://foo/bar/bar/baz # the following completion: foo/, bar/ and baz # If the user types , we will propose: bar/ and baz # If the user types , we will propose: bar/bar/ and bar/baz # # By default, the function proproses only abbreviated completions except if the user already # began to type svc:. In that case we will propose only the complete FMRI beginning with the # pattern # _smf_complete_fmri() { local cur="$1" prefix="$2" local cur_prefix fmri fmri_list="" local exact_mode pattern if [[ $cur == $prefix* ]]; then [[ $cur == "$prefix" ]] && cur+="/" pattern="$cur*" exact_mode=1 else pattern="$prefix*/$cur*" fi cur_prefix="${cur%"${cur##*/}"}" for fmri in $(svcs -H -o FMRI "$pattern" 2>/dev/null); do local fmri_part_list fmri_part if [[ -z $exact_mode ]]; then fmri=${fmri#$prefix/} # we generate all possibles abbrevations for the FMRI # no need to have a generic loop as we will have a finite # number of components local ifs="$IFS" IFS="/" set -- $fmri IFS=$ifs case $# in 1) fmri_part_list=" $1" ;; 2) fmri_part_list=" $2 $1/$2" ;; 3) fmri_part_list=" $3 $2/$3 $1/$2/$3" ;; 4) fmri_part_list=" $4 $3/$4 $2/$3/$4 $1/$2/$3/$4" ;; esac else fmri_part_list="$fmri" fi # Here we make sure the completions begins with the pattern and # we cut them at the first slash for fmri_part in $fmri_part_list; do [[ $fmri_part == $cur* ]] || continue local first_part=${fmri_part#$cur_prefix} first_part=$cur_prefix${first_part%%/*} [[ $first_part != "$fmri_part" ]] && first_part+="/" fmri_list+=" $first_part" done done COMPREPLY=($fmri_list) # here we want to detect if there only one completion proposed and that # it ends with a slash. That means the users will still have to complete # after, so we gain him one tab keystroke by immediately proposing the # next completion alternatives local i=${#COMPREPLY[*]} if [[ $i -gt 0 && ${COMPREPLY[--i]} == */ ]]; then # we have to iterate through the list as we may have duplicate while ((i != 0)); do [[ ${COMPREPLY[i]} != "${COMPREPLY[i - 1]}" ]] && break ((i--)) done if ((i == 0)); then _smf_complete_fmri "${COMPREPLY[0]}" "$prefix" return fi fi # Work-around bash_completion issue where bash interprets a colon # as a separator, borrowed from maven completion code which borrowed # it from darcs completion code :) local colonprefixes=${cur%"${cur##*:}"} local i=${#COMPREPLY[*]} while ((i-- > 0)); do COMPREPLY[i]=${COMPREPLY[i]#"$colonprefixes"} done } _svcadm() { local cur prev words cword _init_completion -n : || return local command_list="enable disable restart refresh clear mark milestone" local command i for ((i = 1; i < cword; i++)); do if [[ ${words[i]} == @(enable|disable|restart|refresh|clear|mark|milestone) ]]; then command=${words[i]} fi done if [[ ! -v command ]]; then if [[ ${cur} == -* ]]; then COMPREPLY=($(compgen -W "-v" -- ${cur})) else COMPREPLY=($(compgen -W "$command_list" -- ${cur})) fi else if [[ ${cur} == -* ]]; then case "$command" in enable) COMPREPLY=($(compgen -W "-r -s -t" -- ${cur})) ;; disable) COMPREPLY=($(compgen -W "-s -t" -- ${cur})) ;; mark) COMPREPLY=($(compgen -W "-I -t" -- ${cur})) ;; milestone) COMPREPLY=($(compgen -W "-d" -- ${cur})) ;; esac else if [[ $command == "mark" ]] && [[ $prev != @(degraded|maintenance) ]]; then COMPREPLY=($(compgen -W "degraded maintenance" -- ${cur})) elif [[ $command == "milestone" ]]; then _smf_complete_fmri "${cur}" "svc:/milestone" else _smf_complete_fmri "${cur}" "svc:" fi fi fi } && complete -F _svcadm svcadm # ex: filetype=sh