#!/bin/bash # # mono-find-requires # # Authors: # Ben Maurer (bmaurer@ximian.com) # Wade Berrier (wberrier@novell.com) # # (C) 2008 Novell (http://www.novell.com) # if [ -n "$DISABLE_MONO_RPM_AUTO_DEPS" ]; then exit 0; fi IFS=$'\n' filelist=($(grep -Ev '/usr/doc/|/usr/share/doc/')) monolist=($(printf "%s\n" "${filelist[@]}" | egrep "\\.(exe|dll)\$")) # parse .config files to find which native libraries to depend on # (target attribute must have double quotes for this to work, ie: target="file" ) # Add /etc/mono/config ? configlist=($(printf "%s\n" "${filelist[@]}" | egrep "\\.config\$")) # Set the prefix, unless it is overriden (used when building mono rpms) : ${prefix=@prefix@} # Can override .config scanning if specified : ${IGNORE_CONFIG_SCAN=0} libdir=$prefix/@reloc_libdir@ bindir=$prefix/bin # Bail out if monodis or libmono is missing if [ ! -x $bindir/monodis ] || [ ! -f $libdir/libmono-2.0.so.1 ] ; then echo "monodis missing or unusable, exiting..." 1>&2 exit 1 fi # special case for 64bit archs if test "x@reloc_libdir@" = "xlib64" ; then libext="()(64bit)" else # (note, this works on ppc64 since we only have 32bit mono) libext="" fi # Exceptions: case `uname -m` in # ia64 doesn't use lib64 for 'libdir' (sles 9 rpm used to provide both... no longer) ia64) libext="()(64bit)" ;; esac # set LD_LIBRARY_PATH to ensure that libmono is found export LD_LIBRARY_PATH=$libdir${LD_LIBRARY_PATH:+:$LD_LIBRARY_PATH} # and set MONO_PATH to ensure that mscorlib.dll can be found export MONO_PATH=$prefix/lib/mono/4.5 REQUIRES=$( for i in "${monolist[@]}"; do ($bindir/monodis --assemblyref $i | awk ' BEGIN { START=0; LIBNAME=""; VERSION=""; } (START==0) && /^[0-9]+: Version=/ { START=1; sub(/Version=/, "", $2); VERSION=$2 } (START==1) && /^\tName=/ { sub(/Name=/, "", $1); LIBNAME=$1 # Allow rpm deps to be resolved for 1.0 profile version if (VERSION=="1.0.3300.0") OP=">=" else OP="=" print "mono(" LIBNAME ") " OP " " VERSION START=0 } ') 2> /dev/null done ) if [ $IGNORE_CONFIG_SCAN -eq 0 ] ; then rpm_config_REQUIRES=$( # Parse the xml .config files to see what native binaries we call into # TODO: also check monodis --moduleref for i in "${configlist[@]}"; do awk 'match($_, //dev/null done ) # Resolve provides to packages, warning on missing to stderr config_REQUIRES=$( first=1 # avoid an empty line if no .config reqs are found for i in ${rpm_config_REQUIRES[@]} ; do out=$(rpm -q --whatprovides --queryformat "%{NAME}\n" $i) if [ $? -eq 0 ] ; then if [ $first -eq 1 ] ; then echo "" first=0 fi echo $out else # echo to stderr echo "mono-find-requires: Warning, could not find package that provides: $i" >&2 fi done ) fi # Note about above: # Use to do: system("rpm -q --whatprovides --queryformat \"%{NAME}\n\" ""\""req"'$libext'""\"") # rpmlint prefers to have lib names instead of package names. There was a reason I was using package names but it slips me now... # Ah... now I remember... it's for noarch packs. The noarch packages can be built on either 32 or 64 bit... so we have to depend # on the package name instead. PROVIDES=$( for i in "${monolist[@]}"; do ($bindir/monodis --assembly $i | awk ' BEGIN { LIBNAME=""; VERSION=""; } /^Version:/ { VERSION=$2 } /^Name:/ { LIBNAME=$2 } END { if (VERSION && LIBNAME) print "mono(" LIBNAME ") = " VERSION } ') 2>/dev/null done ) # # This is a little magic trick to get all REQUIRES that are not # in PROVIDES. While RPM functions correctly when such deps exist, # they make the metadata a bit bloated. # # TODO: make this use the mono-find-provides script, to share code # Filter out dups from both lists REQUIRES=$(echo "$REQUIRES $config_REQUIRES" | sort | uniq) PROVIDES=$(echo "$PROVIDES" | sort | uniq) # # Get a list of elements that exist in exactly one of PROVIDES or REQUIRES # UNIQ=$(echo "$PROVIDES $REQUIRES" | sort | uniq -u) # # Of those, only choose the ones that are in REQUIRES # echo "$UNIQ $REQUIRES" | sort | uniq -d