build.sh

#! /bin/sh

#
#  All routers (Gluon 2015.1.2) Freifunk Fulda
#

ROUTERS="\
buffalo-wzr-hp-ag300h-wzr-600dhp \
buffalo-wzr-hp-g450h \
d-link-dir-615-rev-c1 \
d-link-dir-825-rev-b1 \
gl-inet-6408a-v1 \
gl-inet-6416a-v1 \
linksys-wrt160nl \
netgear-wndr3700 \
netgear-wndr3700v2 \
netgear-wndr3700v4 \
netgear-wndr3800 \
netgear-wndr4300 \
netgear-wndrmacv2 \
tp-link-cpe210-v1.0 \
tp-link-cpe220-v1.0 \
tp-link-cpe510-v1.0 \
tp-link-cpe520-v1.0 \
tp-link-cpe210-eu \
tp-link-cpe510-eu \
tp-link-tl-mr3020-v1 \
tp-link-tl-mr3040-v1 \
tp-link-tl-mr3040-v2 \
tp-link-tl-mr3220-v1 \
tp-link-tl-mr3220-v2 \
tp-link-tl-mr3420-v1 \
tp-link-tl-mr3420-v2 \
tp-link-tl-wa701n-nd-v1 \
tp-link-tl-wa701n-nd-v2 \
tp-link-tl-wa750re-v1 \
tp-link-tl-wa801n-nd-v1 \
tp-link-tl-wa801n-nd-v2 \
tp-link-tl-wa801n-nd-v3 \
tp-link-tl-wa830re-v1 \
tp-link-tl-wa830re-v2 \
tp-link-tl-wa850re-v1 \
tp-link-tl-wa860re-v1 \
tp-link-tl-wa901n-nd-v2 \
tp-link-tl-wa901n-nd-v3 \
tp-link-tl-wdr3500-v1 \
tp-link-tl-wdr3600-v1 \
tp-link-tl-wdr4300-v1 \
tp-link-tl-wdr4900-v1 \
tp-link-tl-wr703n-v1 \
tp-link-tl-wr710n-v1 \
tp-link-tl-wr740n-nd-v1 \
tp-link-tl-wr740n-nd-v3 \
tp-link-tl-wr740n-nd-v4 \
tp-link-tl-wr740n-nd-v5 \
tp-link-tl-wr741n-nd-v1 \
tp-link-tl-wr741n-nd-v2 \
tp-link-tl-wr741n-nd-v4 \
tp-link-tl-wr741n-nd-v5 \
tp-link-tl-wr743n-nd-v1 \
tp-link-tl-wr743n-nd-v2 \
tp-link-tl-wr841n-nd-v3 \
tp-link-tl-wr841n-nd-v5 \
tp-link-tl-wr841n-nd-v7 \
tp-link-tl-wr841n-nd-v8 \
tp-link-tl-wr841n-nd-v9 \
tp-link-tl-wr842n-nd-v1 \
tp-link-tl-wr842n-nd-v2 \
tp-link-tl-wr941n-nd-v2 \
tp-link-tl-wr941n-nd-v3 \
tp-link-tl-wr941n-nd-v4 \
tp-link-tl-wr941n-nd-v5 \
tp-link-tl-wr1043n-nd-v1 \
tp-link-tl-wr1043n-nd-v2 \
tp-link-tl-wr2543n-nd-v1 \
ubiquiti-bullet-m \
ubiquiti-loco-m-xw \
ubiquiti-loco-m \
ubiquiti-nanostation-m-xw \
ubiquiti-nanostation-m \
ubiquiti-picostation-m \
ubiquiti-rocket-m \
ubiquiti-unifi-ap-pro \
ubiquiti-unifi \
ubiquiti-unifiap-outdoor \
x86-generic.img \
x86-kvm.img \
x86-virtualbox.vdi \
x86-vmware.vmdk \
xiaomi-miwifi-mini"

#
#   for quick testing
#

ROUTsddERS="\
tp-link-tl-mr3020-v1 \
tp-link-tl-mr3040-v1 \
tp-link-tl-mr3040-v2 \
tp-link-tl-mr3220-v1 \
tp-link-tl-mr3220-v2 \
tp-link-tl-mr3420-v1 \
tp-link-tl-mr3420-v2"

#
# count the amount of routers for display progress at the pdf-building
#

should=0
is=0

for routers in `echo $ROUTERS`
do
  should=`expr $should + 1`
done

echo "==============================================";
echo " Building pdf files for the different routers"
echo "==============================================";


#
for routers in `echo $ROUTERS`
do
#
# remove LaTeX files from last router
#
rm *.log 1>/dev/null 2>&1 ;
rm -R _minted* 1>/dev/null 2>&1 ;
rm *.out 1>/dev/null 2>&1 ;
rm *.aux 1>/dev/null 2>&1 ;
rm *.synctex.gz 1>/dev/null 2>&1 ;
clear;
	# echo "";
  #   Displays the actual routername which is in progress
  # echo " $routers ";

  # source path
  source="./router/"

  # definition of the file suffixes
  texsuffix=".tex"
  pdfsuffix=".pdf"
  stysuffix=".sty"

  # definition of the source and outputfile
  texfile=$routers$texsuffix
  pdffile=$routers$pdfsuffix

  # definition subfolderpath's
  router="router"
  routerfile=$router$stysuffix
  specsPath1="$source$routers"

  # specification texfile
  specsPath2="/specs.tex"
  # front picture of the router as pdf
  frontpath1="/front.pdf"
  # back picture of the router as pdf
  frontpath2="/back.pdf"

  # definition of the filepath's
  specsPath=$specsPath1$specsPath2
  frontpath=$specsPath1$frontpath1
  backpath=$specsPath1$frontpath2
  switchpath=$specsPath1$frontpath2
  routerswitchcrea="/switch.sty"
  routerswitch=$specsPath1$routerswitchcrea

  # routerswitchcrea="/switch.sty"
  # routerswitch=$specsPath1$routerswitchcrea
  # echo $specsPath;
  touch $texfile;
  if [ -e $routerfile ]
    then
    rm $routerfile ;
  fi
  #rm $routerfile;
  touch $routerfile;

  # # Router
  # router1="\\\newcommand{\\\routername}{"
  # router2="$routers"
  # router3="}"
  # routername=$router1$router2$router3
  # echo $routername >> $routerfile;

  # cp $routerfile $routerswitch;
  cat Anleitung.tex >> $texfile;
  if [ -e "specs.tex" ]
    then
    rm -f specs.tex ;
  fi
  if [ -e "front.pdf" ]
    then
    rm -f front.pdf ;
  fi
  if [ -e "back.pdf" ]
    then
    rm -f back.pdf;
  fi
  if [ -e "switch.sty" ]
    then
    rm -f switch.sty ;
  fi

  if [ -e $specsPath ]
    then
    cp $specsPath specs.tex ;
  fi
  if [ -e $frontpath ]
    then
    cp $frontpath front.pdf ;
  fi
  if [ -e $backpath ]
    then
    cp $backpath back.pdf ;
  fi
  if [ -e $routerswitch ]
    then
    cp $routerswitch switch.sty ;
  fi
   is=`expr $is + 1`
  echo $is;
  proz=$(bc -l <<< 'scale=2; '$should'/'$is'')
  #let progress=100/$proz
  echo "> "$(bc -l <<< 'scale=2; 100/'$proz'') "% done";
    #echo "$texfile";
    echo " $routers ";
    sh latexdockercmd.sh arara $texfile
    sh latexdockercmd.sh arara $texfile

  # cleanup
  rm $texfile ;

done;