#!/bin/bash # Regenerate html files. # If given a single argument, regenerate just that file. set -e ( cd tools; c++ -g linkify.cc -o linkify; ) # generate html/$1.html using /tmp/tags process() { mkdir -p html/`dirname $1` rm -f html/$1.html convert_html $1 tools/linkify /tmp/tags html/$1.html mv html/$1.html.out html/$1.html } URL_BASE='https://github.com/akkartik/mu/blob/master' convert_html() { vim -c "set number" -c TOhtml -c write -c qall $1 sed -i 's,.*/mu/,<title>Mu - ,' $1.html sed -i 's,\.html,,' $1.html sed -i "/^$URL_BASE/$1" $1.html sed -i 's/^\* { \(.*\) }/* { font-size:12pt; \1 }/g' $1.html sed -i 's/^body { \(.*\) }/body { font-size:12pt; \1 }/g' $1.html sed -i '/^body {/a a { color:inherit; }' $1.html # switch unicode characters around in the rendered html # the ones we have in the source files render double-wide in html # the ones we want in the html cause iTerm2 to slow down in alt-tabbing for some reason # the following commands give us the best of both worlds sed -i -e 's/┈/╌/g' -e 's/┊/╎/g' $1.html mv -i $1.html html/`dirname $1` } ctags -x *.cc |grep -v '^. ' > /tmp/tags # don't hyperlink every 'i' to the integer register variant for f in *.cc do test $# -gt 0 && test $1 != $f && continue process $f done ctags -x [0-9]*.subx [0-9]*.mu > /tmp/tags for f in *.subx *.mu do test $# -gt 0 && test $1 != $f && continue process $f done for f in apps/*.subx do test $# -gt 0 && test $1 != $f && continue ( cd apps ctags -x ../[0-9]*.subx ../[0-9]*.mu `basename $f` > /tmp/tags ) process $f done for f in apps/*.mu do test $# -gt 0 && test $1 != $f && continue ( cd apps ctags -x ../[0-9]*.subx ../[0-9]*.mu `basename $f` > /tmp/tags ) process $f done for f in apps/*/*.mu do test $# -gt 0 && test $1 != $f && continue echo $f ( cd `dirname $f` ctags -x ../../[0-9]*.subx ../../[0-9]*.mu `basename $f` > /tmp/tags ) process $f done rm /tmp/tags