Nach der Installation bleiben ein paar Dinge zu erledigen um das System auf einen aktuellen Stand zu bringen und das System den eigenen Vorstellungen anzupassen.
Updaten
Achtung: dies entspricht nicht notwendigerweise dem best practice!
Als erstes einen entsprechenden Update Mirror heraussuchen und in der Datei /etc/slackpkg/mirrors die Zeile mit dem eigenen gewünschten Mirror auskommentieren (hier darauf achten, dass der Mirror zur Architektur der Installation passt (32bit oder 64bit) und dass in unserem Fall ein Mirror aus dem stable Branch ausgewählt ist).
Danach sind diese Befehle auszuführen:
# slackpkg update gpg
# slackpkg update
Damit wären die updates installiert. Das bedeutet aber nicht, dass die Distribution auf dem neuesten Stand ist. Man kann dazu noch ein Upgrade durchführen, damit alle neuen Programmversionen installiert werden. Es wird empfohlen, vorher eine Blacklist zu füllen, um zum Beispiel den Kernel nicht automatisch mit upzudaten. Wenn man dies jedoch möchte startet man noch den folgenden Befehl:
# slackpkg upgrade-all
Wenn ein neuer Kernel installiert wurde, muss nun noch zwingend lilo aufgerufen werden, jedoch schlägt dies das slackpkg Programm automatisch vor.
Anpassen der bash
# =============================================================== # # # PERSONAL $HOME/.bashrc FILE for bash-3.0 (or later) # By Emmanuel Rouat [no-email] # # Last modified: Tue Nov 20 22:04:47 CET 2012 # This file is normally read by interactive shells only. #+ Here is the place to define your aliases, functions and #+ other interactive features like your prompt. # # The majority of the code here assumes you are on a GNU #+ system (most likely a Linux box) and is often based on code #+ found on Usenet or Internet. # # See for instance: # http://tldp.org/LDP/abs/html/index.html # http://www.caliban.org/bash # http://www.shelldorado.com/scripts/categories.html # http://www.dotfiles.org # # The choice of colors was done for a shell with a dark background #+ (white on black), and this is usually also suited for pure text-mode #+ consoles (no X server available). If you use a white background, #+ you'll have to do some other choices for readability. # # This bashrc file is a bit overcrowded. # Remember, it is just just an example. # Tailor it to your needs. # # =============================================================== # # --> Comments added by HOWTO author. # If not running interactively, don't do anything [ -z "$PS1" ] && return #------------------------------------------------------------- # Source global definitions (if any) #------------------------------------------------------------- if [ -f /etc/bashrc ]; then . /etc/bashrc # --> Read /etc/bashrc, if present. fi #-------------------------------------------------------------- # Automatic setting of $DISPLAY (if not set already). # This works for me - your mileage may vary. . . . # The problem is that different types of terminals give #+ different answers to 'who am i' (rxvt in particular can be #+ troublesome) - however this code seems to work in a majority #+ of cases. #-------------------------------------------------------------- function get_xserver () { case $TERM in xterm ) XSERVER=$(who am i | awk '{print $NF}' | tr -d ')''(' ) # Ane-Pieter Wieringa suggests the following alternative: # I_AM=$(who am i) # SERVER=${I_AM#*(} # SERVER=${SERVER%*)} XSERVER=${XSERVER%%:*} ;; aterm | rxvt) # Find some code that works here. ... ;; esac } if [ -z ${DISPLAY:=""} ]; then get_xserver if [[ -z ${XSERVER} || ${XSERVER} == $(hostname) || ${XSERVER} == "unix" ]]; then DISPLAY=":0.0" # Display on local host. else DISPLAY=${XSERVER}:0.0 # Display on remote host. fi fi export DISPLAY #------------------------------------------------------------- # Some settings #------------------------------------------------------------- #set -o nounset # These two options are useful for debugging. #set -o xtrace alias debug="set -o nounset; set -o xtrace" ulimit -S -c 0 # Don't want coredumps. set -o notify set -o noclobber set -o ignoreeof # Enable options: shopt -s cdspell shopt -s cdable_vars shopt -s checkhash shopt -s checkwinsize shopt -s sourcepath shopt -s no_empty_cmd_completion shopt -s cmdhist shopt -s histappend histreedit histverify shopt -s extglob # Necessary for programmable completion. # Disable options: shopt -u mailwarn unset MAILCHECK # Don't want my shell to warn me of incoming mail. #------------------------------------------------------------- # Greeting, motd etc. ... #------------------------------------------------------------- # Color definitions (taken from Color Bash Prompt HowTo). # Some colors might look different of some terminals. # For example, I see 'Bold Red' as 'orange' on my screen, # hence the 'Green' 'BRed' 'Red' sequence I often use in my prompt. # Normal Colors Black='\e[0;30m' # Black Red='\e[0;31m' # Red Green='\e[0;32m' # Green Yellow='\e[0;33m' # Yellow Blue='\e[0;34m' # Blue Purple='\e[0;35m' # Purple Cyan='\e[0;36m' # Cyan White='\e[0;37m' # White # Bold BBlack='\e[1;30m' # Black BRed='\e[1;31m' # Red BGreen='\e[1;32m' # Green BYellow='\e[1;33m' # Yellow BBlue='\e[1;34m' # Blue BPurple='\e[1;35m' # Purple BCyan='\e[1;36m' # Cyan BWhite='\e[1;37m' # White # Background On_Black='\e[40m' # Black On_Red='\e[41m' # Red On_Green='\e[42m' # Green On_Yellow='\e[43m' # Yellow On_Blue='\e[44m' # Blue On_Purple='\e[45m' # Purple On_Cyan='\e[46m' # Cyan On_White='\e[47m' # White NC="\e[m" # Color Reset ALERT=${BWhite}${On_Red} # Bold White on red background echo -e "${BCyan}This is BASH ${BRed}${BASH_VERSION%.*}${BCyan}\ - DISPLAY on ${BRed}$DISPLAY${NC}\n" date if [ -x /usr/games/fortune ]; then /usr/games/fortune -s # Makes our day a bit more fun.... :-) fi function _exit() # Function to run upon exit of shell. { echo -e "${BRed}Hasta la vista, baby${NC}" } trap _exit EXIT #------------------------------------------------------------- # Shell Prompt - for many examples, see: # http://www.debian-administration.org/articles/205 # http://www.askapache.com/linux/bash-power-prompt.html # http://tldp.org/HOWTO/Bash-Prompt-HOWTO # https://github.com/nojhan/liquidprompt #------------------------------------------------------------- # Current Format: [TIME USER@HOST PWD] > # TIME: # Green == machine load is low # Orange == machine load is medium # Red == machine load is high # ALERT == machine load is very high # USER: # Cyan == normal user # Orange == SU to user # Red == root # HOST: # Cyan == local session # Green == secured remote connection (via ssh) # Red == unsecured remote connection # PWD: # Green == more than 10% free disk space # Orange == less than 10% free disk space # ALERT == less than 5% free disk space # Red == current user does not have write privileges # Cyan == current filesystem is size zero (like /proc) # >: # White == no background or suspended jobs in this shell # Cyan == at least one background job in this shell # Orange == at least one suspended job in this shell # # Command is added to the history file each time you hit enter, # so it's available to all shells (using 'history -a'). # Test connection type: if [ -n "${SSH_CONNECTION}" ]; then CNX=${Green} # Connected on remote machine, via ssh (good). elif [[ "${DISPLAY%%:0*}" != "" ]]; then CNX=${ALERT} # Connected on remote machine, not via ssh (bad). else CNX=${BCyan} # Connected on local machine. fi # Test user type: if [[ ${USER} == "root" ]]; then SU=${Red} # User is root. elif [[ ${USER} != $(logname) ]]; then SU=${BRed} # User is not login user. else SU=${BCyan} # User is normal (well ... most of us are). fi NCPU=$(grep -c 'processor' /proc/cpuinfo) # Number of CPUs SLOAD=$(( 100*${NCPU} )) # Small load MLOAD=$(( 200*${NCPU} )) # Medium load XLOAD=$(( 400*${NCPU} )) # Xlarge load # Returns system load as percentage, i.e., '40' rather than '0.40)'. function load() { local SYSLOAD=$(cut -d " " -f1 /proc/loadavg | tr -d '.') # System load of the current host. echo $((10#$SYSLOAD)) # Convert to decimal. } # Returns a color indicating system load. function load_color() { local SYSLOAD=$(load) if [ ${SYSLOAD} -gt ${XLOAD} ]; then echo -en ${ALERT} elif [ ${SYSLOAD} -gt ${MLOAD} ]; then echo -en ${Red} elif [ ${SYSLOAD} -gt ${SLOAD} ]; then echo -en ${BRed} else echo -en ${Green} fi } # Returns a color according to free disk space in $PWD. function disk_color() { if [ ! -w "${PWD}" ] ; then echo -en ${Red} # No 'write' privilege in the current directory. elif [ -s "${PWD}" ] ; then local used=$(command df -P "$PWD" | awk 'END {print $5} {sub(/%/,"")}') if [ ${used} -gt 95 ]; then echo -en ${ALERT} # Disk almost full (>95%). elif [ ${used} -gt 90 ]; then echo -en ${BRed} # Free disk space almost gone. else echo -en ${Green} # Free disk space is ok. fi else echo -en ${Cyan} # Current directory is size '0' (like /proc, /sys etc). fi } # Returns a color according to running/suspended jobs. function job_color() { if [ $(jobs -s | wc -l) -gt "0" ]; then echo -en ${BRed} elif [ $(jobs -r | wc -l) -gt "0" ] ; then echo -en ${BCyan} fi } # Adds some text in the terminal frame (if applicable). # Now we construct the prompt. PROMPT_COMMAND="history -a" case ${TERM} in *term | rxvt | linux) PS1="\[\$(load_color)\][\A\[${NC}\] " # Time of day (with load info): PS1="\[\$(load_color)\][\A\[${NC}\] " # User@Host (with connection type info): PS1=${PS1}"\[${SU}\]\u\[${NC}\]@\[${CNX}\]\h\[${NC}\] " # PWD (with 'disk space' info): PS1=${PS1}"\[\$(disk_color)\]\W]\[${NC}\] " # Prompt (with 'job' info): PS1=${PS1}"\[\$(job_color)\]>\[${NC}\] " # Set title of current xterm: PS1=${PS1}"\[\e]0;[\u@\h] \w\a\]" ;; *) PS1="(\A \u@\h \w) > " # --> PS1="(\A \u@\h \W) > " # --> Shows short pathname of current dir. ;; esac export TIMEFORMAT=$'\nreal %3R\tuser %3U\tsys %3S\tpcpu %P\n' export HISTIGNORE="&:bg:fg:ll:h" export HISTTIMEFORMAT="$(echo -e ${BCyan})[%d/%m %H:%M:%S]$(echo -e ${NC}) " export HISTCONTROL=ignoredups export HOSTFILE=$HOME/.hosts # Put a list of remote hosts in ~/.hosts #============================================================ # # ALIASES AND FUNCTIONS # # Arguably, some functions defined here are quite big. # If you want to make this file smaller, these functions can #+ be converted into scripts and removed from here. # #============================================================ #------------------- # Personnal Aliases #------------------- alias rm='rm -i' alias cp='cp -i' alias mv='mv -i' # -> Prevents accidentally clobbering files. alias mkdir='mkdir -p' alias h='history' alias j='jobs -l' alias which='type -a' alias ..='cd ..' # Pretty-print of some PATH variables: alias path='echo -e ${PATH//:/\\n}' alias libpath='echo -e ${LD_LIBRARY_PATH//:/\\n}' alias du='du -kh' # Makes a more readable output. alias df='df -kTh' #------------------------------------------------------------- # The 'ls' family (this assumes you use a recent GNU ls). #------------------------------------------------------------- # Add colors for filetype and human-readable sizes by default on 'ls': alias ls='ls -h --color' alias lx='ls -lXB' # Sort by extension. alias lk='ls -lSr' # Sort by size, biggest last. alias lt='ls -ltr' # Sort by date, most recent last. alias lc='ls -ltcr' # Sort by/show change time,most recent last. alias lu='ls -ltur' # Sort by/show access time,most recent last. # The ubiquitous 'll': directories first, with alphanumeric sorting: alias ll="ls -lv --group-directories-first" alias lm='ll |more' # Pipe through 'more' alias lr='ll -R' # Recursive ls. alias la='ll -A' # Show hidden files. alias tree='tree -Csuh' # Nice alternative to 'recursive ls' ... #------------------------------------------------------------- # Tailoring 'less' #------------------------------------------------------------- alias more='less' export PAGER=less export LESSCHARSET='latin1' export LESSOPEN='|/usr/bin/lesspipe.sh %s 2>&-' # Use this if lesspipe.sh exists. export LESS='-i -N -w -z-4 -g -e -M -X -F -R -P%t?f%f \ :stdin .?pb%pb\%:?lbLine %lb:?bbByte %bb:-...' # LESS man page colors (makes Man pages more readable). export LESS_TERMCAP_mb=$'\E[01;31m' export LESS_TERMCAP_md=$'\E[01;31m' export LESS_TERMCAP_me=$'\E[0m' export LESS_TERMCAP_se=$'\E[0m' export LESS_TERMCAP_so=$'\E[01;44;33m' export LESS_TERMCAP_ue=$'\E[0m' export LESS_TERMCAP_us=$'\E[01;32m' #------------------------------------------------------------- # Spelling typos - highly personnal and keyboard-dependent :-) #------------------------------------------------------------- alias xs='cd' alias vf='cd' alias moer='more' alias moew='more' alias kk='ll' #------------------------------------------------------------- # A few fun ones #------------------------------------------------------------- # Adds some text in the terminal frame (if applicable). function xtitle() { case "$TERM" in *term* | rxvt) echo -en "\e]0;$*\a" ;; *) ;; esac } # Aliases that use xtitle alias top='xtitle Processes on $HOST && top' alias make='xtitle Making $(basename $PWD) ; make' # .. and functions function man() { for i ; do xtitle The $(basename $1|tr -d .[:digit:]) manual command man -a "$i" done } #------------------------------------------------------------- # Make the following commands run in background automatically: #------------------------------------------------------------- function te() # wrapper around xemacs/gnuserv { if [ "$(gnuclient -batch -eval t 2>&-)" == "t" ]; then gnuclient -q "$@"; else ( xemacs "$@" &); fi } function soffice() { command soffice "$@" & } function firefox() { command firefox "$@" & } function xpdf() { command xpdf "$@" & } #------------------------------------------------------------- # File & strings related functions: #------------------------------------------------------------- # Find a file with a pattern in name: function ff() { find . -type f -iname '*'"$*"'*' -ls ; } # Find a file with pattern $1 in name and Execute $2 on it: function fe() { find . -type f -iname '*'"${1:-}"'*' \ -exec ${2:-file} {} \; ; } # Find a pattern in a set of files and highlight them: #+ (needs a recent version of egrep). function fstr() { OPTIND=1 local mycase="" local usage="fstr: find string in files. Usage: fstr [-i] \"pattern\" [\"filename pattern\"] " while getopts :it opt do case "$opt" in i) mycase="-i " ;; *) echo "$usage"; return ;; esac done shift $(( $OPTIND - 1 )) if [ "$#" -lt 1 ]; then echo "$usage" return; fi find . -type f -name "${2:-*}" -print0 | \ xargs -0 egrep --color=always -sn ${case} "$1" 2>&- | more } function swap() { # Swap 2 filenames around, if they exist (from Uzi's bashrc). local TMPFILE=tmp.$$ [ $# -ne 2 ] && echo "swap: 2 arguments needed" && return 1 [ ! -e $1 ] && echo "swap: $1 does not exist" && return 1 [ ! -e $2 ] && echo "swap: $2 does not exist" && return 1 mv "$1" $TMPFILE mv "$2" "$1" mv $TMPFILE "$2" } function extract() # Handy Extract Program { if [ -f $1 ] ; then case $1 in *.tar.bz2) tar xvjf $1 ;; *.tar.gz) tar xvzf $1 ;; *.bz2) bunzip2 $1 ;; *.rar) unrar x $1 ;; *.gz) gunzip $1 ;; *.tar) tar xvf $1 ;; *.tbz2) tar xvjf $1 ;; *.tgz) tar xvzf $1 ;; *.zip) unzip $1 ;; *.Z) uncompress $1 ;; *.7z) 7z x $1 ;; *) echo "'$1' cannot be extracted via >extract<" ;; esac else echo "'$1' is not a valid file!" fi } # Creates an archive (*.tar.gz) from given directory. function maketar() { tar cvzf "${1%%/}.tar.gz" "${1%%/}/"; } # Create a ZIP archive of a file or folder. function makezip() { zip -r "${1%%/}.zip" "$1" ; } # Make your directories and files access rights sane. function sanitize() { chmod -R u=rwX,g=rX,o= "$@" ;} #------------------------------------------------------------- # Process/system related functions: #------------------------------------------------------------- function my_ps() { ps $@ -u $USER -o pid,%cpu,%mem,bsdtime,command ; } function pp() { my_ps f | awk '!/awk/ && $0~var' var=${1:-".*"} ; } function killps() # kill by process name { local pid pname sig="-TERM" # default signal if [ "$#" -lt 1 ] || [ "$#" -gt 2 ]; then echo "Usage: killps [-SIGNAL] pattern" return; fi if [ $# = 2 ]; then sig=$1 ; fi for pid in $(my_ps| awk '!/awk/ && $0~pat { print $1 }' pat=${!#} ) do pname=$(my_ps | awk '$1~var { print $5 }' var=$pid ) if ask "Kill process $pid <$pname> with signal $sig?" then kill $sig $pid fi done } function mydf() # Pretty-print of 'df' output. { # Inspired by 'dfc' utility. for fs ; do if [ ! -d $fs ] then echo -e $fs" :No such file or directory" ; continue fi local info=( $(command df -P $fs | awk 'END{ print $2,$3,$5 }') ) local free=( $(command df -Pkh $fs | awk 'END{ print $4 }') ) local nbstars=$(( 20 * ${info[1]} / ${info[0]} )) local out="[" for ((j=0;j<20;j++)); do if [ ${j} -lt ${nbstars} ]; then out=$out"*" else out=$out"-" fi done out=${info[2]}" "$out"] ("$free" free on "$fs")" echo -e $out done } function my_ip() # Get IP adress on ethernet. { MY_IP=$(/sbin/ifconfig eth0 | awk '/inet/ { print $2 } ' | sed -e s/addr://) echo ${MY_IP:-"Not connected"} } function ii() # Get current host related info. { echo -e "\nYou are logged on ${BRed}$HOST" echo -e "\n${BRed}Additionnal information:$NC " ; uname -a echo -e "\n${BRed}Users logged on:$NC " ; w -hs | cut -d " " -f1 | sort | uniq echo -e "\n${BRed}Current date :$NC " ; date echo -e "\n${BRed}Machine stats :$NC " ; uptime echo -e "\n${BRed}Memory stats :$NC " ; free echo -e "\n${BRed}Diskspace :$NC " ; mydf / $HOME echo -e "\n${BRed}Local IP Address :$NC" ; my_ip echo -e "\n${BRed}Open connections :$NC "; netstat -pan --inet; echo } #------------------------------------------------------------- # Misc utilities: #------------------------------------------------------------- function repeat() # Repeat n times command. { local i max max=$1; shift; for ((i=1; i <= max ; i++)); do # --> C-like syntax eval "$@"; done } function ask() # See 'killps' for example of use. { echo -n "$@" '[y/n] ' ; read ans case "$ans" in y*|Y*) return 0 ;; *) return 1 ;; esac } function corename() # Get name of app that created a corefile. { for file ; do echo -n $file : ; gdb --core=$file --batch | head -1 done } #========================================================================= # # PROGRAMMABLE COMPLETION SECTION # Most are taken from the bash 2.05 documentation and from Ian McDonald's # 'Bash completion' package (http://www.caliban.org/bash/#completion) # You will in fact need bash more recent then 3.0 for some features. # # Note that most linux distributions now provide many completions # 'out of the box' - however, you might need to make your own one day, # so I kept those here as examples. #========================================================================= if [ "${BASH_VERSION%.*}" \< "3.0" ]; then echo "You will need to upgrade to version 3.0 for full \ programmable completion features" return fi shopt -s extglob # Necessary. complete -A hostname rsh rcp telnet rlogin ftp ping disk complete -A export printenv complete -A variable export local readonly unset complete -A enabled builtin complete -A alias alias unalias complete -A function function complete -A user su mail finger complete -A helptopic help # Currently same as builtins. complete -A shopt shopt complete -A stopped -P '%' bg complete -A job -P '%' fg jobs disown complete -A directory mkdir rmdir complete -A directory -o default cd # Compression complete -f -o default -X '*.+(zip|ZIP)' zip complete -f -o default -X '!*.+(zip|ZIP)' unzip complete -f -o default -X '*.+(z|Z)' compress complete -f -o default -X '!*.+(z|Z)' uncompress complete -f -o default -X '*.+(gz|GZ)' gzip complete -f -o default -X '!*.+(gz|GZ)' gunzip complete -f -o default -X '*.+(bz2|BZ2)' bzip2 complete -f -o default -X '!*.+(bz2|BZ2)' bunzip2 complete -f -o default -X '!*.+(zip|ZIP|z|Z|gz|GZ|bz2|BZ2)' extract # Documents - Postscript,pdf,dvi..... complete -f -o default -X '!*.+(ps|PS)' gs ghostview ps2pdf ps2ascii complete -f -o default -X \ '!*.+(dvi|DVI)' dvips dvipdf xdvi dviselect dvitype complete -f -o default -X '!*.+(pdf|PDF)' acroread pdf2ps complete -f -o default -X '!*.@(@(?(e)ps|?(E)PS|pdf|PDF)?\ (.gz|.GZ|.bz2|.BZ2|.Z))' gv ggv complete -f -o default -X '!*.texi*' makeinfo texi2dvi texi2html texi2pdf complete -f -o default -X '!*.tex' tex latex slitex complete -f -o default -X '!*.lyx' lyx complete -f -o default -X '!*.+(htm*|HTM*)' lynx html2ps complete -f -o default -X \ '!*.+(doc|DOC|xls|XLS|ppt|PPT|sx?|SX?|csv|CSV|od?|OD?|ott|OTT)' soffice # Multimedia complete -f -o default -X \ '!*.+(gif|GIF|jp*g|JP*G|bmp|BMP|xpm|XPM|png|PNG)' xv gimp ee gqview complete -f -o default -X '!*.+(mp3|MP3)' mpg123 mpg321 complete -f -o default -X '!*.+(ogg|OGG)' ogg123 complete -f -o default -X \ '!*.@(mp[23]|MP[23]|ogg|OGG|wav|WAV|pls|\ m3u|xm|mod|s[3t]m|it|mtm|ult|flac)' xmms complete -f -o default -X '!*.@(mp?(e)g|MP?(E)G|wma|avi|AVI|\ asf|vob|VOB|bin|dat|vcd|ps|pes|fli|viv|rm|ram|yuv|mov|MOV|qt|\ QT|wmv|mp3|MP3|ogg|OGG|ogm|OGM|mp4|MP4|wav|WAV|asx|ASX)' xine complete -f -o default -X '!*.pl' perl perl5 # This is a 'universal' completion function - it works when commands have #+ a so-called 'long options' mode , ie: 'ls --all' instead of 'ls -a' # Needs the '-o' option of grep #+ (try the commented-out version if not available). # First, remove '=' from completion word separators #+ (this will allow completions like 'ls --color=auto' to work correctly). COMP_WORDBREAKS=${COMP_WORDBREAKS/=/} _get_longopts() { #$1 --help | sed -e '/--/!d' -e 's/.*--\([^[:space:].,]*\).*/--\1/'| \ #grep ^"$2" |sort -u ; $1 --help | grep -o -e "--[^[:space:].,]*" | grep -e "$2" |sort -u } _longopts() { local cur cur=${COMP_WORDS[COMP_CWORD]} case "${cur:-*}" in -*) ;; *) return ;; esac case "$1" in \~*) eval cmd="$1" ;; *) cmd="$1" ;; esac COMPREPLY=( $(_get_longopts ${1} ${cur} ) ) } complete -o default -F _longopts configure bash complete -o default -F _longopts wget id info a2ps ls recode _tar() { local cur ext regex tar untar COMPREPLY=() cur=${COMP_WORDS[COMP_CWORD]} # If we want an option, return the possible long options. case "$cur" in -*) COMPREPLY=( $(_get_longopts $1 $cur ) ); return 0;; esac if [ $COMP_CWORD -eq 1 ]; then COMPREPLY=( $( compgen -W 'c t x u r d A' -- $cur ) ) return 0 fi case "${COMP_WORDS[1]}" in ?(-)c*f) COMPREPLY=( $( compgen -f $cur ) ) return 0 ;; +([^Izjy])f) ext='tar' regex=$ext ;; *z*f) ext='tar.gz' regex='t\(ar\.\)\(gz\|Z\)' ;; *[Ijy]*f) ext='t?(ar.)bz?(2)' regex='t\(ar\.\)bz2\?' ;; *) COMPREPLY=( $( compgen -f $cur ) ) return 0 ;; esac if [[ "$COMP_LINE" == tar*.$ext' '* ]]; then # Complete on files in tar file. # # Get name of tar file from command line. tar=$( echo "$COMP_LINE" | \ sed -e 's|^.* \([^ ]*'$regex'\) .*$|\1|' ) # Devise how to untar and list it. untar=t${COMP_WORDS[1]//[^Izjyf]/} COMPREPLY=( $( compgen -W "$( echo $( tar $untar $tar \ 2>/dev/null ) )" -- "$cur" ) ) return 0 else # File completion on relevant files. COMPREPLY=( $( compgen -G $cur\*.$ext ) ) fi return 0 } complete -F _tar -o default tar _make() { local mdef makef makef_dir="." makef_inc gcmd cur prev i; COMPREPLY=(); cur=${COMP_WORDS[COMP_CWORD]}; prev=${COMP_WORDS[COMP_CWORD-1]}; case "$prev" in -*f) COMPREPLY=($(compgen -f $cur )); return 0 ;; esac; case "$cur" in -*) COMPREPLY=($(_get_longopts $1 $cur )); return 0 ;; esac; # ... make reads # GNUmakefile, # then makefile # then Makefile ... if [ -f ${makef_dir}/GNUmakefile ]; then makef=${makef_dir}/GNUmakefile elif [ -f ${makef_dir}/makefile ]; then makef=${makef_dir}/makefile elif [ -f ${makef_dir}/Makefile ]; then makef=${makef_dir}/Makefile else makef=${makef_dir}/*.mk # Local convention. fi # Before we scan for targets, see if a Makefile name was #+ specified with -f. for (( i=0; i < ${#COMP_WORDS[@]}; i++ )); do if [[ ${COMP_WORDS[i]} == -f ]]; then # eval for tilde expansion eval makef=${COMP_WORDS[i+1]} break fi done [ ! -f $makef ] && return 0 # Deal with included Makefiles. makef_inc=$( grep -E '^-?include' $makef | sed -e "s,^.* ,"$makef_dir"/," ) for file in $makef_inc; do [ -f $file ] && makef="$makef $file" done # If we have a partial word to complete, restrict completions #+ to matches of that word. if [ -n "$cur" ]; then gcmd='grep "^$cur"' ; else gcmd=cat ; fi COMPREPLY=( $( awk -F':' '/^[a-zA-Z0-9][^$#\/\t=]*:([^=]|$)/ \ {split($1,A,/ /);for(i in A)print A[i]}' \ $makef 2>/dev/null | eval $gcmd )) } complete -F _make -X '+($*|*.[cho])' make gmake pmake _killall() { local cur prev COMPREPLY=() cur=${COMP_WORDS[COMP_CWORD]} # Get a list of processes #+ (the first sed evaluation #+ takes care of swapped out processes, the second #+ takes care of getting the basename of the process). COMPREPLY=( $( ps -u $USER -o comm | \ sed -e '1,1d' -e 's#[]\[]##g' -e 's#^.*/##'| \ awk '{if ($0 ~ /^'$cur'/) print $0}' )) return 0 } complete -F _killall killall killps # Local Variables: # mode:shell-script # sh-shell:bash # End: Dies ist ein sehr extremes Beispiel der Anpassung der bash. Es gibt auch weniger stark eingreifenden Beispiele. Auf bashrcgenerator.com gibt es einen Generator mit dem Ihr euch ein Basislayout selbst zusammenklicken könnt.
Meine Empfehlung hier wäre: seht euch ein paar .bashrc Dateien an und dann erstellt eure eigene! Es gibt bspw. eine ultimate bashrc file mit etwa 18000 lines Inhalt. Das schiesst wohl etwas über das Ziel hinaus!
Bluetooth
Um Bluetooth in Slackware nutzen zu können, muss der Dienst bluetoothd gestartet werden. Ich lasse dies automatisch in einem init script mit starten:
/etc/rc.d/rc.local
#!/bin/sh # # /etc/rc.d/rc.local: Local system initialization script. # # Put any local startup commands in here. Also, if you have # anything that needs to be run at shutdown time you can # make an /etc/rc.d/rc.local_shutdown script and put those # commands in there. bluetoothd &
In den kommenden Tagen werde ich einen weiteren Beitrag mit mehr Konfigurationen für Slackware posten.