compctl-examples

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#
# This file gives examples of possible programmable completions (compctl).
# You can either put the compctl commands in your .zshrc file, or put them
# in a separate file (say .zcompctl) and source it from your .zshrc file.
#
# These are just examples. Use and modify to personal taste. Copying
# this file without thought will needlessly increase zsh's memory usage
# and startup time.
#
# For a detailed description of how these work, check the zshcompctl man
# page.
#
#------------------------------------------------------------------------------
hosts=( ${(s: :)${(ps:\t:)${${(f)"$(</etc/hosts)"}%%\#*}##[:blank:]#[^[:blank:]]#}} )
ports=( "${(@)${(@)${(@f)$(</etc/services)}:#\#*}%%[ ]*}" )
# groups=( $(cut -d: -f1 /etc/group) )
# groups=( $(ypcat group.byname | cut -d: -f1) ) # if you use NIS
# It can be done without forking, but it used too much memory in old zsh's:
groups=( ${${(s: :)$(</etc/group)}%%:*} )
#groups=( ${${(s: :)$(ypcat groups)}%%:*} ) # if you use NIS
# Completion for zsh builtins.
compctl -z -P '%' bg
compctl -j -P '%' fg jobs disown
compctl -j -P '%' + -s '`ps -x | tail +2 | cut -c1-5`' wait
compctl -A shift
compctl -c type whence where which
compctl -m -x 'W[1,-*d*]' -n - 'W[1,-*a*]' -a - 'W[1,-*f*]' -F -- unhash
compctl -m -q -S '=' -x 'W[1,-*d*] n[1,=]' -/ - \
'W[1,-*d*]' -n -q -S '=' - 'n[1,=]' -/g '*(*)' -- hash
compctl -F functions unfunction
compctl -k '(al dc dl do le up al bl cd ce cl cr
dc dl do ho is le ma nd nl se so up)' echotc
compctl -a unalias
compctl -v getln getopts read unset vared
compctl -v -S '=' -q declare export integer local readonly typeset
compctl -eB -x 'p[1] s[-]' -k '(a f m r)' - \
'C[1,-*a*]' -ea - 'C[1,-*f*]' -eF - 'C[-1,-*r*]' -ew -- disable
compctl -dB -x 'p[1] s[-]' -k '(a f m r)' - \
'C[1,-*a*]' -da - 'C[1,-*f*]' -dF - 'C[-1,-*r*]' -dw -- enable
compctl -k "(${(j: :)${(f)$(limit)}%% *})" limit unlimit
compctl -l '' -x 'p[1]' -f -- . source
# Redirection below makes zsh silent when completing unsetopt xtrace
compctl -s '$({ unsetopt kshoptionprint; setopt } 2>/dev/null)' + -o + -x 's[no]' -o -- unsetopt
compctl -s '$({ unsetopt kshoptionprint; unsetopt } 2>/dev/null)' + -o + -x 's[no]' -o -- setopt
compctl -s '${^fpath}/*(N:t)' autoload
compctl -b -x 'W[1,-*[DAN]*],C[-1,-*M]' -s '$(bindkey -l)' -- bindkey
compctl -c -x 'C[-1,-*k]' -A - 'C[-1,-*K]' -F -- compctl
compctl -x 'C[-1,-*e]' -c - 'C[-1,-[ARWI]##]' -f -- fc
compctl -x 'p[1]' - 'p[2,-1]' -l '' -- sched
compctl -x 'C[-1,[+-]o]' -o - 'c[-1,-A]' -A -- set
compctl -b -x 'w[1,-N] p[3]' -F -- zle
compctl -s '${^module_path}/*(N:t:r)' -x \
'W[1,-*(a*u|u*a)*],W[1,-*a*]p[3,-1]' -B - \
'W[1,-*u*]' -s '$(zmodload)' -- zmodload
# Anything after nohup is a command by itself with its own completion
compctl -l '' nohup noglob exec nice eval - time rusage
compctl -l '' -x 'p[1]' -eB -- builtin
compctl -l '' -x 'p[1]' -em -- command
compctl -x 'p[1]' -c - 'p[2,-1]' -k signals -- trap
#------------------------------------------------------------------------------
# kill takes signal names as the first argument after -, but job names after %
# or PIDs as a last resort
compctl -j -P '%' + -s '`ps -x | tail +2 | cut -c1-5`' + \
-x 's[-] p[1]' -k "($signals[1,-3])" -- kill
#------------------------------------------------------------------------------
compctl -s '$(groups)' + -k groups newgrp
compctl -f -x 'p[1], p[2] C[-1,-*]' -k groups -- chgrp
compctl -f -x 'p[1] n[-1,.], p[2] C[-1,-*] n[-1,.]' -k groups - \
'p[1], p[2] C[-1,-*]' -u -S '.' -q -- chown
compctl -/g '*.x' rpcgen
compctl -u -x 's[+] c[-1,-f],s[-f+]' -W ~/Mail -f - \
's[-f],c[-1,-f]' -f -- mail elm
compctl -x 'c[-1,-f]' -W ~/Mail -f -- pine
#------------------------------------------------------------------------------
compctl -s "\$(awk '/^[a-zA-Z0-9][^ ]+:/ {print \$1}' FS=: [mM]akefile)" -x \
'c[-1,-f]' -f -- make gmake pmake
#------------------------------------------------------------------------------
# tar
tarnames () {
# Completion function for use with tar:
# get the names of files in the tar archive to extract.
#
# The main claim to fame of this particular function is that it
# completes directories in the tar-file in a manner very roughly
# consistent with `compctl -f'. There are two bugs: first, the whole
# path prefix up to the present is listed with ^D, not just the new
# part to add; second, after a unique completion a space is always
# inserted, even if the completion ends with a slash. These are
# currently limitations of zsh.
#
# This only works for the (fairly common) tar argument style where
# the arguments are bunched into the first argument, and the second
# argument is the name of the tarfile. For example,
# tar xvzf zsh-3.1.2.tar.gz ...
# You can only use compressed/gzipped files if tar is GNU tar,
# although the correct name for the tar programme will be inferred.
local line list=tf
read -cA line
# $line[2] is the first argument: check for possible compression args.
# (This is harmless when used with non-GNU tar, but then the file must
# be uncompressed to be able to use it with tar anyway.)
[[ $line[2] = *[Zz]* ]] && list=tfz
# $line[1] is the command name: something like tar or gnutar.
# $line[3] is the name of the tar archive.
# cache contents for multiple completion: note tar_cache_name
# and tar_cache_list are not local. Assumes all files with the
# same name are the same file, even if in different directories:
# you can trick it with $PWD/file on the command line.
if [[ $line[3] != $tar_cache_name ]]; then
tar_cache_list=($($line[1] $list $line[3]))
tar_cache_name=$line[3]
fi
# Now prune the list to include only appropriate directories.
local file new
reply=()
if [[ $1 = */* ]]; then
local sofar=${1%/*}/
for file in $tar_cache_list; do
if [[ $file = $sofar* ]]; then
new=${file#$sofar}
if [[ $new = */* ]]; then
new=$sofar${new%%/*}/
else
new=$file
fi
if [[ $1 != */ || $new != $1 ]]; then
reply=($reply $new)
fi
fi
done
else
for file in $tar_cache_list; do
if [[ $file = */* ]]; then
new=${file%%/*}/
else
new=$file
fi
reply=($reply $new)
done
fi
}
compctl -f \
-x 'p[2] C[-1,*(z*f|f*z)*]' -/g '*.(taz|tar.(gz|z|Z)|tgz)' \
- 'p[2] C[-1,*(Z*f|f*Z)*]' -/g '*.(tar.Z|taz)' \
- 'p[2] C[-1,*f*]' -/g '*.tar' \
- 'p[1] N[-1,ctxvzZ]' -k "(v z f)" \
- 'p[1] s[]' -k "(c t x)" -S '' \
- 'p[3,-1] W[1,*x*]' -K tarnames \
-- tar gtar gnutar
#------------------------------------------------------------------------------
# rmdir only real directories
compctl -/g '*(/)' rmdir dircmp
#------------------------------------------------------------------------------
# cd/pushd only directories or symbolic links to directories
compctl -/ cd chdir dirs pushd
# Another possibility for cd/pushd is to use it in conjunction with the
# cdmatch function (in the Functions subdirectory of zsh distribution).
compctl -K cdmatch -S '/' -q -x 'p[2]' -Q -K cdmatch2 - \
'S[/][~][./][../]' -g '*(-/)' + -g '*(-/D)' - \
'n[-1,/]' -K cdmatch -S '/' -q -- cd chdir pushd
#------------------------------------------------------------------------------
# If the command is rsh, make the first argument complete to hosts and treat the
# rest of the line as a command on its own.
compctl -k hosts -x 'p[2,-1]' -l '' -- rsh
# rlogin takes hosts and users after `-l'
compctl -k hosts -x 'c[-1,-l]' -u -- rlogin
# rcp: match users, hosts and files initially. Match files after a :, or hosts
# after an @. If one argument contains a : then the other matches files only.
# Not quite perfect; compctl just isn't up to it yet.
compctl -u -k hosts -f -x 'n[1,:]' -f - 'n[1,@]' -k hosts -S ':' - \
'p[1] W[2,*:*]' -f - 'p[1] W[2,*?*]' -u -k hosts -S ':' - \
'p[2] W[1,*:*]' -f - 'p[2] W[1,*?*]' -u -k hosts -S ':' -- rcp
compctl -k hosts host rup rusers ping
#------------------------------------------------------------------------------
# strip, profile, and debug only executables. The compctls for the
# debuggers could be better, of course.
compctl -/g '*(*)' strip gprof adb dbx xdbx ups
compctl -/g '*.[ao]' -/g '*(*)' nm
#------------------------------------------------------------------------------
# shells: compctl needs some more enhancement to do -c properly.
compctl -f -x 'C[-1,-*c]' -c - 'C[-1,[-+]*o]' -o -- bash ksh sh zsh
#------------------------------------------------------------------------------
# su takes a username and args for the shell.
compctl -u -x 'w[1,-]p[3,-1]' -l sh - 'w[1,-]' -u - 'p[2,-1]' -l sh -- su
#------------------------------------------------------------------------------
# Run ghostscript on postscript files, but if no postscript file matches what
# we already typed, complete directories as the postscript file may not be in
# the current directory.
compctl -/g '*.(e|E|)(ps|PS)' \
gs ghostview nup psps pstops psmulti psnup psselect
#------------------------------------------------------------------------------
# Similar things for tex, texinfo and dvi files.
compctl -/g '*.tex*' {,la,gla,ams{la,},{g,}sli}tex texi2dvi
compctl -/g '*.dvi' xdvi dvips
#------------------------------------------------------------------------------
# For rcs users, co and rlog from the RCS directory. We don't want to see
# the RCS and ,v though.
compctl -g 'RCS/*(:s@RCS/@@:s/,v//)' co rlog rcs rcsdiff
#------------------------------------------------------------------------------
# gzip uncompressed files, but gzip -d only gzipped or compressed files
compctl -x 'R[-*[dt],^*]' -/g '*.(gz|z|Z|t[agp]z|tarZ|tz)' + -f - \
's[]' -/g '^*(.(tz|gz|t[agp]z|tarZ|zip|ZIP|jpg|JPG|gif|GIF|[zZ])|[~#])' \
+ -f -- gzip
compctl -/g '*.(gz|z|Z|t[agp]z|tarZ|tz)' gunzip gzcat zcat
compctl -/g '*.Z' uncompress zmore
compctl -/g '*.F' melt fcat
#------------------------------------------------------------------------------
# ftp takes hostnames
ftphosts=(prep.ai.mit.edu wuarchive.wustl.edu ftp.uu.net ftp.math.gatech.edu)
compctl -k ftphosts ftp
# Some systems have directories containing indices of ftp servers.
# For example: we have the directory /home/ftp/index/INDEX containing
# files of the form `<name>-INDEX.Z', this leads to:
#compctl -g '/home/ftp/index/INDEX/*-INDEX.Z(:t:r:s/-INDEX//)' ftp tftp
#------------------------------------------------------------------------------
# Change default completion (see the multicomp function in the Function
# subdirectory of the zsh distribution).
#compctl -D -f + -U -K multicomp
# If completion of usernames is slow for you, you may want to add something
# like
# -x 'C[0,*/*]' -f - 's[~]' -S/ -k users + -u
# where `users' contains the names of the users you want to complete often.
# If you want to use this and to be able to complete named directories after
# the `~' you should add `+ -n' at the end
#------------------------------------------------------------------------------
# This is to complete all directories under /home, even those that are not
# yet mounted (if you use the automounter).
# This is for NIS+ (e.g. Solaris 2.x)
#compctl -Tx 's[/home/] C[0,^/home/*/*]' -S '/' -s '$(niscat auto_home.org_dir | \
# awk '\''/export\/[a-zA-Z]*$/ {print $NF}'\'' FS=/)'
# And this is for YP (e.g. SunOS4.x)
#compctl -Tx 's[/home/] C[0,^/home/*/*]' -S '/' -s '$(ypcat auto.home | \
# awk '\''/export\/[a-zA-Z]*$/ {print $NF}'\'' FS=/)'
#------------------------------------------------------------------------------
# Find is very system dependent, this one is for GNU find.
# Note that 'r[-exec,;]' must come first
if [[ -r /proc/filesystems ]]; then
# Linux
filesystems='"${(@)${(@f)$(</proc/filesystems)}#* }"'
else
filesystems='ufs 4.2 4.3 nfs tmp mfs S51K S52K'
fi
compctl -x 'r[-exec,;][-ok,;]' -l '' - \
's[-]' -s 'daystart {max,min,}depth follow noleaf version xdev
{a,c,}newer {a,c,m}{min,time} empty false {fs,x,}type gid inum links
{i,}{l,}name {no,}{user,group} path perm regex size true uid used
exec {f,}print{f,0,} ok prune ls' - \
'p[1]' -g '. .. *(-/)' - \
'C[-1,-((a|c|)newer|fprint(|0|f))]' -f - \
'c[-1,-fstype]' -s $filesystems - \
'c[-1,-group]' -k groups - \
'c[-1,-user]' -u -- find
#------------------------------------------------------------------------------
# Generic completion for C compiler.
compctl -/g "*.[cCoa]" -x 's[-I]' -/ - \
's[-l]' -s '${(s.:.)^LD_LIBRARY_PATH}/lib*.a(:t:r:s/lib//)' -- cc
#------------------------------------------------------------------------------
# GCC completion, by Andrew Main
# completes to filenames (*.c, *.C, *.o, etc.); to miscellaneous options after
# a -; to various -f options after -f (and similarly -W, -g and -m); and to a
# couple of other things at different points.
# The -l completion is nicked from the cc compctl above.
# The -m completion should be tailored to each system; the one below is i386.
compctl -/g '*.([cCmisSoak]|cc|cxx|ii|k[ih])' -x \
's[-l]' -s '${(s.:.)^LD_LIBRARY_PATH}/lib*.a(:t:r:s/lib//)' - \
'c[-1,-x]' -k '(none c objective-c c-header c++ cpp-output
assembler assembler-with-cpp)' - \
'c[-1,-o]' -f - \
'C[-1,-i(nclude|macros)]' -/g '*.h' - \
'C[-1,-i(dirafter|prefix)]' -/ - \
's[-B][-I][-L]' -/ - \
's[-fno-],s[-f]' -k '(all-virtual cond-mismatch dollars-in-identifiers
enum-int-equiv external-templates asm builtin strict-prototype
signed-bitfields signd-char this-is-variable unsigned-bitfields
unsigned-char writable-strings syntax-only pretend-float caller-saves
cse-follow-jumps cse-skip-blocks delayed-branch elide-constructors
expensive-optimizations fast-math float-store force-addr force-mem
inline-functions keep-inline-functions memoize-lookups default-inline
defer-pop function-cse inline peephole omit-frame-pointer
rerun-cse-after-loop schedule-insns schedule-insns2 strength-reduce
thread-jumps unroll-all-loops unroll-loops)' - \
's[-g]' -k '(coff xcoff xcoff+ dwarf dwarf+ stabs stabs+ gdb)' - \
's[-mno-][-mno][-m]' -k '(486 soft-float fp-ret-in-387)' - \
's[-Wno-][-W]' -k '(all aggregate-return cast-align cast-qual
char-subscript comment conversion enum-clash error format id-clash-6
implicit inline missing-prototypes missing-declarations nested-externs
import parentheses pointer-arith redundant-decls return-type shadow
strict-prototypes switch template-debugging traditional trigraphs
uninitialized unused write-strings)' - \
's[-]' -k '(pipe ansi traditional traditional-cpp trigraphs pedantic
pedantic-errors nostartfiles nostdlib static shared symbolic include
imacros idirafter iprefix iwithprefix nostdinc nostdinc++ undef)' \
-X 'Use "-f", "-g", "-m" or "-W" for more options' -- gcc g++
#------------------------------------------------------------------------------
# There are (at least) two ways to complete manual pages. This one is
# extremely memory expensive if you have lots of man pages
man_var() {
man_pages=( ${^manpath}/man*/*(N:t:r) )
compctl -k man_pages -x 'C[-1,-P]' -m - \
'R[-*l*,;]' -/g '*.(man|[0-9](|[a-z]))' -- man
reply=( $man_pages )
}
compctl -K man_var -x 'C[-1,-P]' -m - \
'R[-*l*,;]' -/g '*.(man|[0-9](|[a-z]))' -- man
# This one isn't that expensive but somewhat slower
man_glob () {
local a
read -cA a
if [[ $a[2] = -s ]] then # Or [[ $a[2] = [0-9]* ]] for BSD
reply=( ${^manpath}/man$a[3]/$1*$2(N:t:r) )
else
reply=( ${^manpath}/man*/$1*$2(N:t:r) )
fi
}
#compctl -K man_glob -x 'C[-1,-P]' -m - \
# 'R[-*l*,;]' -/g '*.(man|[0-9nlpo](|[a-z]))' -- man
#------------------------------------------------------------------------------
# xsetroot: gets possible colours, cursors and bitmaps from wherever.
# Uses two auxiliary functions. You might need to change the path names.
Xcolours() {
reply=( ${(L)$(awk '{ if (NF = 4) print $4 }' \
< /usr/openwin/lib/X11/rgb.txt)} )
}
Xcursor() {
reply=( $(sed -n 's/^#define[ ][ ]*XC_$[^ ]*$[ ].*$/\1/p' \
< /usr/include/X11/cursorfont.h) )
}
compctl -k '(-help -def -display -cursor -cursor_name -bitmap -mod -fg -bg
-grey -rv -solid -name)' -x \
'c[-1,-display]' -s '$DISPLAY' -k hosts -S ':0' - \
'c[-1,-cursor]' -f - 'c[-2,-cursor]' -f - \
'c[-1,-bitmap]' -g '/usr/include/X11/bitmaps/*' - \
'c[-1,-cursor_name]' -K Xcursor - \
'C[-1,-(solid|fg|bg)]' -K Xcolours -- xsetroot
#------------------------------------------------------------------------------
# dd
compctl -k '(if of conv ibs obs bs cbs files skip file seek count)' \
-S '=' -x 's[if=], s[of=]' -f - 'C[0,conv=*,*] n[-1,,], s[conv=]' \
-k '(ascii ebcdic ibm block unblock lcase ucase swap noerror sync)' \
-q -S ',' - 'n[-1,=]' -X '<number>' -- dd
#------------------------------------------------------------------------------
# Various MH completions by Peter Stephenson
# You may need to edit where it says *Edit Me*.
# The following three functions are best autoloaded.
# mhcomp completes folders (including subfolders),
# mhfseq completes sequence names and message numbers,
# mhfile completes files in standard MH locations.
function mhcomp {
# Completion function for MH folders.
# Works with both + (rel. to top) and @ (rel. to current).
local nword args pref char mhpath
read -nc nword
read -cA args
pref=$args[$nword]
char=$pref[1]
pref=$pref[2,-1]
# The $(...) here accounts for most of the time spent in this function.
if [[ $char = + ]]; then
# mhpath=$(mhpath +)
# *Edit Me*: use a hard wired value here: it's faster.
mhpath=~/Mail
elif [[ $char = @ ]]; then
mhpath=$(mhpath)
fi
eval "reply=($mhpath/$pref*(N-/))"
# I'm frankly amazed that this next step works, but it does.
reply=(${reply#$mhpath/})
}
mhfseq() {
# Extract MH message names and numbers for completion. Use of the
# correct folder, if it is not the current one, requires that it
# should be the previous command line argument. If the previous
# argument is `-draftmessage', a hard wired draft folder name is used.
local folder foldpath words pos nums
read -cA words
read -cn pos
# Look for a folder name.
# First try the previous word.
if [[ $words[$pos-1] = [@+]* ]]; then
folder=$words[$pos-1]
# Next look and see if we're looking for a draftmessage
elif [[ $words[$pos-1] = -draftmessage ]]; then
# *Edit Me*: shortcut -- hard-wire draftfolder here
# Should really look for a +draftfolder argument.
folder=+drafts
fi
# Else use the current folder ($folder empty)
if [[ $folder = +* ]]; then
# *Edit Me*: use hard-wired path with + for speed.
foldpath=~/Mail/$folder[2,-1]
else
foldpath=$(mhpath $folder)
fi
# Extract all existing message numbers from the folder.
nums=($foldpath/<->(N:t))
# If that worked, look for marked sequences.
# *Edit Me*: if you never use non-standard sequences, comment out
# or delete the next three lines.
if (( $#nums )); then
nums=($nums $(mark $folder | awk -F: '{print $1}'))
fi
# *Edit Me*: `unseen' is the value of Unseen-Sequence, if it exists;
set -A reply next cur prev first last all unseen $nums
}
mhfile () {
# Find an MH file; for use with -form arguments and the like.
# Use with compctl -K mhfile.
local mhfpath file
# *Edit Me*: Array containing all the places MH will look for templates etc.
mhfpath=(~/Mail /usr/local/lib/MH)
# Emulate completeinword behaviour as appropriate
local wordstr
if [[ -o completeinword ]]; then
wordstr='$1*$2'
else
wordstr='$1$2*'
fi
if [[ $1$2 = */* ]]; then
# path given: don't search MH locations
eval "reply=($wordstr(.N))"
else
# no path: only search MH locations.
eval "reply=(\$mhfpath/$wordstr(.N:t))"
fi
}
# Note: you must type the initial + or @ of a folder name to get
# completion, even in places where only folder names are allowed.
# Abbreviations for options are not recognised. Hit tab to complete
# the option name first.
compctl -K mhfseq -x 's[+][@]' -K mhcomp -S / -q - \
's[-]' -k "(all fast nofast header noheader help list nolist \
pack nopack pop push recurse norecurse total nototal)" -- folder
compctl -K mhfseq -x 's[+][@],c[-1,-draftfolder] s[+][@]' \
-K mhcomp -S / -q - 'c[-1,-draftmessage]' -K mhfseq - \
'C[-1,-(editor|whatnowproc)]' -c - \
's[-]' -k "(draftfolder draftmessage nodraftfolder editor noedit \
file form use nouse whatnowproc nowhatnowproc help)" - \
'c[-1,-form]' -K mhfile -- comp
compctl -K mhfseq -x 's[+][@]' -K mhcomp -S / -q - \
's[-]' -k "(audit noaudit changecur nochangecur form format \
file silent nosilent truncate notruncate width help)" - \
'C[-1,-(audit|form)]' -K mhfile - 'c[-1,-file]' -f + -- inc
compctl -K mhfseq -x 's[+][@]' -K mhcomp -S / -q - \
's[-]' -k "(sequence add delete list public nopublic zero nozero help)" -- \
mark
compctl -K mhfseq -x 's[+][@]' \
-K mhcomp -S / -q - 'c[-1,-file]' -f - 'c[-1,-rmmprov]' -c - \
's[-]' -k "(draft link nolink preserve nopreserve src file \
rmmproc normmproc help)" -- refile
compctl -K mhfseq -x 's[+][@]' \
-K mhcomp -S / -q - 'c[-1,-draftmessage]' -K mhfseq -\
's[-]' -k "(annotate noannotate cc nocc draftfolder nodraftfolder \
draftmessage editor noedit fcc filter form inplace noinplace query \
noquery width whatnowproc nowhatnowproc help)" - 'c[-1,(cc|nocc)]' \
-k "(all to cc me)" - 'C[-1,-(filter|form)]' -K mhfile - \
'C[-1,-(editor|whatnowproc)]' -c -- repl
compctl -K mhfseq -x 's[+][@]' -K mhcomp -S / -q - \
's[-]' -k "(clear noclear form format header noheader reverse noreverse \
file help width)" - 'c[-1,-file]' -f - 'c[-1,-form]' -K mhfile -- scan
compctl -K mhfseq -x 's[+][@]' -K mhcomp -S / -q - \
's[-]' -k "(draft form moreproc nomoreproc header noheader \
showproc noshowproc length width help)" - 'C[-1,-(show|more)proc]' -c - \
'c[-1,-file]' -f - 'c[-1,-form]' -K mhfile - \
'c[-1,-length]' -s '$LINES' - 'c[-1,-width]' -s '$COLUMNS' -- show next prev
compctl -K mhfseq -x 's[+][@]' -K mhcomp -S / -q - 's[-]' \
-k "(help)" -- rmm
compctl -K mhfseq -x 's[+][@]' -K mhcomp -S / -q - \
's[-]' -k "(after before cc date datefield from help list nolist \
public nopublic search sequence subject to zero nozero not or and \
lbrace rbrace)" -- pick
compctl -K mhfseq -x 's[+][@]' -K mhcomp -S / -q - 's[-]' \
-k "(alias check draft draftfolder draftmessage help nocheck \
nodraftfolder)" -- whom
compctl -K mhfseq -x 's[+][@]' -K mhcomp -S / -q - 's[-]' \
-k "(file part type list headers noheaders realsize norealsize nolist \
show serialonly noserialonly form pause nopause noshow store auto noauto \
nostore cache nocache rcache wcache check nocheck ebcdicsafe noebcdicsafe \
rfc934mode norfc934mode verbose noverbose help)" - \
'c[-1,-file]' -f - 'c[-1,-form]' -K mhfile - \
'C[-1,-[rw]cache]' -k '(public private never ask)' -- mhn
compctl -K mhfseq -x 's[+][@]' -K mhcomp -S / -q - 's[-]' -k '(help)' -- mhpath
#------------------------------------------------------------------------------
# CVS
#
cvscmds=(add admin rcs checkout commit diff rdiff export history import log rlog
release remove status tag rtag update annotate)
cvsignore="*~ *# .#* *.o *.a CVS . .."
compctl -k cvscmds \
-x "c[-1,-D]" -k '(today yesterday 1\ week\ ago)' \
- "c[-1,-m]" -k '(bugfix cosmetic\ fix ... added\ functionality foo)' \
- "c[-1,-F]" -f \
- "c[-1,-r]" -K cvsrevisions \
- "c[-1,-I]" -f \
- "R[add,;]" -K cvsaddp \
- "R[(admin|rcs),;]" -/K cvstargets \
- "R[(checkout|co),;]" -K cvsrepositories \
- "R[(commit|ci),;]" -/K cvstargets \
- "R[(r|)diff,;]" -/K cvstargets \
- "R[export,;]" -f \
- "R[history,;]" -/K cvstargets \
- "R[history,;] c[-1,-u]" -u \
- "R[import,;]" -K cvsrepositories \
- "R[(r|)log,;]" -/K cvstargets \
- 'R[(r|)log,;] s[-w] n[-1,,],s[-w]' -u -S , -q \
- "R[rel(|ease),;]" -f \
- "R[(remove|rm),;] R[-f,;]" -/K cvstargets \
- "R[(remove|rm),;]" -K cvsremovep \
- "R[status,;]" -/K cvstargets \
- "R[(r|)tag,;]" -/K cvstargets \
- "R[up(|date),;]" -/K cvstargets \
- "R[annotate,;]" -/K cvstargets \
-- cvs
compctl -/K cvstargets cvstest
cvsprefix() {
local nword args f
read -nc nword; read -Ac args
pref=$args[$nword]
if [[ -d $pref:h && ! -d $pref ]]; then
pref=$pref:h
elif [[ $pref != */* ]]; then
pref=
fi
[[ -n "$pref" && "$pref" != */ ]] && pref=$pref/
}
cvsentries() {
setopt localoptions nullglob unset
if [[ -f ${pref}CVS/Entries ]]; then
reply=( "${pref}${(@)^${(@)${(@)${(f@)$(<${pref}CVS/Entries)}:#D*}#/}%%/*}" )
fi
}
cvstargets() {
local pref
cvsprefix
cvsentries
}
cvsrevisions() {
reply=( "${(@)${(@)${(@M)${(@f)$(cvs -q status -vl .)}:# *}##[ ]##}%%[ ]*}" )
}
cvsrepositories() {
local root=$CVSROOT
[[ -f CVS/Root ]] && root=$(<CVS/Root)
reply=(
$root/^CVSROOT(:t)
"${(@)${(@M)${(@f)$(<$root/CVSROOT/modules)}:#[^#]*}%%[ ]*}"
)
}
cvsremovep() {
local pref
cvsprefix
cvsentries
setopt localoptions unset
local omit
omit=( ${pref}*(D) )
eval 'reply=( ${reply:#('${(j:|:)omit}')} )'
}
cvsaddp() {
local pref
cvsprefix
cvsentries
setopt localoptions unset
local all omit
all=( ${pref}*(D) )
omit=( $reply ${pref}${^${=cvsignore}} )
[[ -r ~/.cvsignore ]] && omit=( $omit ${pref}${^$(<~/.cvsignore)} )
[[ -r ${pref}.cvsignore ]] && omit=( $omit ${pref}${^$(<${pref}.cvsignore)} )
eval 'reply=( ${all:#('${(j:|:)omit}')} )'
}
#------------------------------------------------------------------------------
# RedHat Linux rpm utility
#
compctl -s '$(rpm -qa)' \
-x 's[--]' -s 'oldpackage percent replacefiles replacepkgs noscripts
root excludedocs includedocs test upgrade test clean
short-circuit sign recompile rebuild resign querytags
queryformat version help quiet rcfile force hash' - \
's[ftp:]' -P '//' -s '$(</u/zsh/ftphosts)' -S '/' - \
'c[-1,--root]' -/ - \
'c[-1,--rcfile]' -f - \
'p[1] s[-b]' -k '(p l c i b a)' - \
'c[-1,--queryformat] N[-1,{]' \
-s '"${(@)${(@f)$(rpm --querytags)}#RPMTAG_}"' -S '}' - \
'W[1,-q*] C[-1,-([^-]*|)f*]' -f - \
'W[1,-i*], W[1,-q*] C[-1,-([^-]*|)p*]' \
-/g '*.rpm' + -f -- rpm
#------------------------------------------------------------------------------
compctl -u -x 'c[-1,-w]' -f -- ac
compctl -/g '*.m(.)' mira
#------------------------------------------------------------------------------
# talk completion: complete local users, or users at hosts listed via rwho
compctl -K talkmatch talk ytalk ytalk3
function talkmatch {
local u
reply=($(users))
for u in "${(@)${(@f)$(rwho 2>/dev/null)}%%:*}"; do
reply=($reply ${u%% *}@${u##* })
done
}
#------------------------------------------------------------------------------
# Linux mount
comp_fsmount () {
local tmp; if [[ $UID = 0 ]]; then tmp=""; else tmp="user"; fi
sed -n -e "s|^[^# ][^ ]*[ ][ ]*$/[^ ]*$[ ].*$tmp.*|\1|p" /etc/fstab
}
comp_nfsmount () {
local cmd args host
read -Ac cmd; read -cn where
host=${${cmd[$where]}%%:*}
reply=("${(@f)$(showmount -e $host | sed -n -e "s|^/$[^ ]*$ .*|$host:/\1|p")}")
}
compctl -s '$(mount | \
sed -e "s/^[^ ]* on \$[^ ]*\$ type.*/\\1/"'"$(
if [[ ! $UID = 0 ]]; then
echo ' | egrep "^${(j:|:)$(comp_fsmount)}\$"'
fi)"')' umount
compctl -s '$(comp_fsmount)' + \
-x 'S[/]' -f -- + \
-x 'C[0,*:*]' -K comp_nfsmount -- + \
-s '$(< /etc/hosts)' \
mount
#------------------------------------------------------------------------------
# Lynx (web browser)
compctl -k '(http:// file: ftp:// gopher:// news://)' -S '' \
-x 's[ftp://]' -k ftphosts -S/ \
- 'n[1,://]' -k hosts -S/ \
- 's[file:/]' -/g '*.html' -W/ \
- 's[file:]' -s '~+' -S '/' \
- 's[-]' -k '(anonymous auth base book buried_news cache case
cfg child cookies crawl display dump editor emacskeys
enable_scrollback error_file fileversions force_html
from ftp get_data head help historical homepage
image_links index link localhost locexec mime_header
minimal newschunksize newsmaxchunk nobrowse noexec
nofilereferer nofilereferer nolist nolog nopause
noprint noredir noreferer nosocks nostatus number_links
popup post_data print pseudo_inlines raw realm reload
restrictions resubmit_posts rlogin selective show_cursor
source startfile_ok telnet term trace traversal underscore
validate version vikeys)' \
-- lynx
#------------------------------------------------------------------------------
# ssh (secure shell)
compctl -k hosts \
-x "c[-1,-l]" -u \
- "c[-1,-i]" -f \
- "c[-1,-e]" -k "(~ none)" \
- "c[-1,-c]" -k "(idea des 3des tss arcfour none)" \
- "c[-1,-p]" -k ports \
- "c[-1,-L] c[-1,-R] c[-1,-o]" -k "()" \
-- ssh
#------------------------------------------------------------------------------
# network stuff
compctl -k hosts \
-x "s[-class=]" -k "(any in chaos hesiod)" \
- "s[-query=]" -k "(a cname hinfo md mx mb mg minfo ns ptr soa txt uinfo wks any)" \
- "s[-]" -Q -S '' -k "(query= all\ class= d2\ nod2\ debug\ nodebug\ defname\ nodefname\ domain= ignoretc\ noignoretc\ )" \
-- nslookup
compctl -k hosts \
-x "C[-1,[^-]*] p[2,-1]" -k ports \
-- telnet
compctl -x 'N[-1,@]' -k hosts - 's[]' -u -qS '@' -- finger
#------------------------------------------------------------------------------
# gdb
compctl -/g "*(*)" \
-x "s[-]" -k "(help nx q batch cd f b tty exec se core symbols c x d)" \
- "C[-1,(-cd|-directory)]" -/ \
- "C[-1,(-core|-c)]" -/g 'core*' \
- "C[-1,(-se|-exec)]" -f \
- "C[-1,(-symbols|-command|-x)]" -f \
- "p[2,-1] C[-1,[^-]*]" -/g "core*" \
-- gdb