# generator programs with the installed library, not the new one and
# (b) to avoid packaging all the sources instead of only documentation
# sources.
+# Note that we have to preserve gcc/jit/docs since the jit docs are
+# not .texi files (Makefile, .rst and .png), and the jit docs use
+# include directives to pull in content from jit/jit-common.h and
+# jit/notes.txt, so we have to preserve those also.
find gcc -type f \( -name '*.texi' \
-o -path gcc/gcc/doc/install.texi2html \
-o -path gcc/gcc/doc/include/texinfo.tex \
-o -path gcc/gcc/BASE-VER \
-o -path gcc/gcc/DEV-PHASE \
+ -o -path "gcc/gcc/jit/docs/*" \
+ -o -path "gcc/gcc/jit/jit-common.h" \
+ -o -path "gcc/gcc/jit/notes.txt" \
-o -print0 \) | xargs -0 rm -f
# Build a tarball of the sources.
fi
done
+# The jit is a special-case, using sphinx rather than texinfo.
+# The jit Makefile uses "sphinx-build". This is packaged in
+# Fedora and EPEL 6 within "python-sphinx", and in openSUSE
+# within "python-Sphinx".
+pushd gcc/gcc/jit/docs
+make html
+popd
+cp -a gcc/gcc/jit/docs/_build/html jit
+mkdir -p $DOCSDIR/jit
+
# Work around makeinfo generated file names and references with
# "_002d" instead of "-".
find . -name '*.html' | while read f; do
fi
done
+# Again, the jit is a special case, with nested subdirectories
+# below "jit", and with some non-HTML files (.png images from us,
+# plus .css and .js supplied by sphinx).
+find jit \
+ -name "*.html" -o -name "*.png" \
+ -o -name "*.css" -o -name "*.js" |
+ while read file ; do
+ # Note that $file here will contain path fragments beginning
+ # with "jit/", e.g. "jit/cp/topics/functions.html"
+ mkdir -p $(dirname $DOCSDIR/$file)
+ cp $file $DOCSDIR/$file
+ done
+
cd $DOCSDIR
# Finally, generate the installation documentation