source: common/common-functions@ 9357c13

#!/bin/bash

# $Id$

set +e

# VT100 colors
declare -r  BLACK=$'\e[1;30m'
declare -r  DK_GRAY=$'\e[0;30m'

declare -r  RED=$'\e[31m'
declare -r  GREEN=$'\e[32m'
declare -r  YELLOW=$'\e[33m'
declare -r  BLUE=$'\e[34m'
declare -r  MAGENTA=$'\e[35m'
declare -r  CYAN=$'\e[36m'
declare -r  WHITE=$'\e[37m'

declare -r  OFF=$'\e[0m'
declare -r  BOLD=$'\e[1m'
declare -r  REVERSE=$'\e[7m'
declare -r  HIDDEN=$'\e[8m'

declare -r  tab_=$'\t'
declare -r  nl_=$'\n'

declare -r   DD_BORDER="${BOLD}==============================================================================${OFF}"
declare -r   SD_BORDER="${BOLD}------------------------------------------------------------------------------${OFF}"
declare -r STAR_BORDER="${BOLD}******************************************************************************${OFF}"

# bold yellow > <  pair
declare -r R_arrow=$'\e[1;33m>\e[0m'
declare -r L_arrow=$'\e[1;33m<\e[0m'


usage() {
cat <<- -EOF-
${DD_BORDER}
${BOLD}
 Usage: $0 ${BOLD}[OPTION]

${RED}IMPORTANT:${OFF} Only supported command line switches are listed here.
           For more fine-grained setups you must edit the relevant
           configuration files placed under ${BOLD}common/${OFF} and ${BOLD}$(echo $PROGNAME | tr [a-z] [A-Z])/${OFF}

Options:
${BOLD}  -h, --help${OFF}
        print this help, then exit

${BOLD}  -V, --version${OFF}
        print version information, then exit

${BOLD}  -B, --book VER${OFF}
        use VER version of the book as the system to build.
        Supported VER values are:
          dev*, trunk, SVN = aliases for the Development version of {C,H}LFS
          branch-NAME = a branch of name NAME
          VERSION = the version of a stable released book
        To know what branches and stable books work with this version of jhalfs
        please see http://wiki.linuxfromscratch.org/alfs/wiki/SupportedBooks

${BOLD}  -D  --directory DIR${OFF}
        use DIR directory for building ${BOLD}$(echo $PROGNAME | tr [a-z] [A-Z])${OFF}; all files jhalfs produces
        will be in the directory DIR/${SCRIPT_ROOT}.
        The current setting for BUILDDIR is "$BUILDDIR"

${BOLD}  -G, --get-packages${OFF}
        download the packages and patches. This assumes that the server declared
        in the configuration file has the proper packages and patches for the
        book version being processed.

${BOLD}  -O, --optimize${OFF}
        Optimize [0-2]
          0 = no optimization
          1 = optimize final system only
          2 = optimize both temporary tools and final system
        Edit common/opt_config{,.d/*} and common/opt_override as desired.

${BOLD}  -T, --testsuites N ${OFF}
        Run test suites  [0-3]
          0 = none
          1 = only final system Glibc, GCC and Binutils testsuites
          2 = all final system testsuites
          3 = all temporary tools and final system testsuites
        In CLFS and HLFS, 3 is an alias to 2

${BOLD}  -W, --working-copy DIR${OFF}
        use the local working copy placed in DIR as the $(echo $PROGNAME | tr [a-z] [A-Z]) book

${BOLD}  -C, --comparison TYPE${OFF}
         do iterative comparison analysis. This extends the total build time
         considerably because the entire final system will rebuild itself
         the number of times specified by ITERATIONS in common/config.
         Types allowed are:
           ICA   = do ICA as designed by Greg Schafer
           farce = do the farce analysis designed by Ken Moffat
           both  = perform both ICA and farce analysis

${BOLD}  -F, --fstab FILE${OFF}
        use FILE as the /etc/fstab file for the ${BOLD}$(echo $PROGNAME | tr [a-z] [A-Z])${OFF} system. If not specified,
        a default /etc/fstab file with dummy values is created.

${BOLD}  -K, --kernel-config FILE${OFF}
        use the kernel configuration file specified in FILE to build the kernel.
        if the file is not found, or if not specified, the kernel build is skipped.

${BOLD}  -M, --run-make${OFF}
        run make on the generated Makefile

${BOLD}  -R --rebuild${OFF}
        clean the build directory before performing any other task. The directory
        is cleaned only if it was populated by a previous jhalfs run.
-EOF-

[[ ${PROGNAME} = "clfs" ]] &&
cat <<- -EOF-

${BOLD}  -A, --arch ARCH ${OFF}
        Select the TARGET architecture, valid selections are:
           32bit builds
        x86, i486, i586, ppc, mips, mipsel, sparc
           64bit builds
        x86_64-64, mips64-64, mipsel64-64, sparc64-64, alpha
           64bit multi-lib
        x86_64, mips64, mipsel64, sparc64, ppc64

${BOLD}  --boot-config FILE ${OFF}
        The configuration file for the bootstrap kernel if method=boot

${BOLD}  --method BUILDMETHOD ${OFF}
        Select the build method, chroot or boot
-EOF-

[[ ${PROGNAME} = "hlfs" ]] &&
cat <<- -EOF-

${BOLD}  --model STYLE ${OFF}
        Select the library model for the HLFS system
        Valid choices are: glibc or uclibc
-EOF-

cat <<- -EOF-
${DD_BORDER}
-EOF-
  exit
}

version="
${BOLD}  \"jhalfs\"${OFF} builder tool (branch 1.0.x) \$Rev$
\$Date$

${BOLD}              \"${PROGNAME}\"${OFF} script module

Written by George Boudreau,
           Manuel Canales Esparcia,
           Jeremy Huntwork

This program is published under the ${BOLD}Gnu General Public License, Version 2.${OFF}
"


no_empty_builddir() {
  'clear'
cat <<- -EOF-
${DD_BORDER}

${tab_}${tab_}${BOLD}${RED}W A R N I N G${OFF}
    Looks like the \$BUILDDIR directory contains subdirectories
    from a previous HLFS build.

    Please format the partition mounted on \$BUILDDIR or set
    a different build directory before running jhalfs.
${OFF}
${DD_BORDER}
-EOF-
  exit
}


help="${nl_}Try '$0 --help' for more information."

exit_missing_arg="\
echo \"Option '\$1' requires an argument\" >&2
echo \"\$help\" >&2
exit 1"

HEADER="# This file is automatically generated by jhalfs
# DO NOT EDIT THIS FILE MANUALLY
#
# Generated on `date \"+%F %X %Z\"`"



#----------------------------------#
wrt_target() {                     # Create target and initialize log file
#----------------------------------#
  local i=$1
  local PREV=$2
  case $i in
    iteration* ) local LOGFILE=$this_script.log ;;
             * ) local LOGFILE=$this_script ;;
  esac
(
cat << EOF

$i:  $PREV
        @\$(call echo_message, Building)
        @./progress_bar.sh \$@ &
        @echo -e "\n\`date\`\n\nKB: \`du -skx --exclude=${SCRIPT_ROOT} \$(MOUNT_PT)\`\n" >logs/$LOGFILE
EOF
) >> $MKFILE.tmp
}


#----------------------------------#
wrt_target_boot() {                # Create target and initialize log file
#----------------------------------#
  local i=$1
  local PREV=$2
  case $i in
    iteration* ) local LOGFILE=$this_script.log ;;
             * ) local LOGFILE=$this_script ;;
  esac
(
cat << EOF

$i:  $PREV
        @\$(call echo_message, Building)
        @./progress_bar.sh \$@ &
        @echo -e "\n\`date\`\n\nKB: \`du -skx --exclude=${SCRIPT_ROOT}\`\n" >logs/$LOGFILE
EOF
) >> $MKFILE.tmp
}

#----------------------------#
get_package_tarball_name() { #
#----------------------------#
  local script_name=$1

   # The use of 'head' is necessary to limit the return value to the FIRST match..
   # hopefully this will not cause problems.
   #
   case $script_name in
     tcl)           echo $(grep "^tcl" $JHALFSDIR/pkg_tarball_list | head -n1 ) ;;
     linux-headers) echo $(grep "^linux-headers.*.bz2" $JHALFSDIR/pkg_tarball_list | head -n1 ) ;;
     *)             echo $(grep "^$script_name-[[:digit:]]" $JHALFSDIR/pkg_tarball_list | head -n1 ) ;;
   esac

}

#----------------------------------#
wrt_remove_existing_dirs() {       #
#----------------------------------#
  local PKG_NAME=$1
(
cat << EOF
        @PKG_PATH=\`ls -t \$(MOUNT_PT)\$(SRC)/${PKG_NAME} | head -n1\` && \\
        ROOT=\`tar -tf \$\$PKG_PATH | head -n1 | sed -e 's@^./@@;s@/.*@@'\` && \\
        [[ -n \$\$ROOT ]] && \\
        rm -rf \$(MOUNT_PT)\$(SRC)/\$\$ROOT && \\
        if [ -e \$(MOUNT_PT)\$(SRC)/${PKG_NAME%-*}-build ]; then \\
                rm -rf \$(MOUNT_PT)\$(SRC)/${PKG_NAME%-*}-build; \\
        fi;
EOF
) >> $MKFILE.tmp
}

#----------------------------------#
wrt_remove_existing_dirs2() {      #
#----------------------------------#
  local PKG_NAME=$1
(
cat << EOF
        @PKG_PATH=\`ls -t \$(SRC)/${PKG_NAME} | head -n1\` && \\
        ROOT=\`tar -tf \$\$PKG_PATH | head -n1 | sed -e 's@^./@@;s@/.*@@'\` && \\
        [[ -n \$\$ROOT ]] && \\
        rm -rf \$(SRC)/\$\$ROOT && \\
        if [ -e \$(SRC)/${PKG_NAME%-*}-build ]; then \\
                rm -rf \$(SRC)/${PKG_NAME%-*}-build; \\
        fi;
EOF
) >> $MKFILE.tmp
}



#----------------------------------#
wrt_unpack() {                     # Unpack and set 'ROOT' var
#----------------------------------#
  local FILE=$1
  local optSAVE_PREVIOUS=$2

  if [ "${optSAVE_PREVIOUS}" != "1" ]; then
    wrt_remove_existing_dirs "$FILE"
  fi
(
cat << EOF
        @\$(call unpack,$FILE)
        @ROOT=\`head -n1 \$(MOUNT_PT)\$(SRC)/\$(PKG_LST) | sed 's@^./@@;s@/.*@@'\` && \\
        echo "export PKGDIR=\$(MOUNT_PT)\$(SRC)/\$\$ROOT" > envars && \\
        chown -R \$(LUSER) \$(MOUNT_PT)\$(SRC)/\$\$ROOT
EOF
) >> $MKFILE.tmp
}


#----------------------------------#
wrt_unpack2() {                    #
#----------------------------------#
  local FILE=$1
  local optSAVE_PREVIOUS=$2

  if [ "${optSAVE_PREVIOUS}" != "1" ]; then
    wrt_remove_existing_dirs "$FILE"
  fi
(
cat  << EOF
        @\$(call unpack2,$FILE)
        @ROOT=\`head -n1 \$(MOUNT_PT)\$(SRC)/\$(PKG_LST) | sed 's@^./@@;s@/.*@@'\` && \\
        echo "export PKGDIR=\$(SRC)/\$\$ROOT" > envars
EOF
) >> $MKFILE.tmp
}


#----------------------------------#
wrt_unpack3() {                    #
#----------------------------------#
  local FILE=$1
  local optSAVE_PREVIOUS=$2

  if [ "${optSAVE_PREVIOUS}" != "1" ]; then
    wrt_remove_existing_dirs2 "$FILE"
  fi
(
cat  << EOF
        @\$(call unpack3,$FILE)
        @ROOT=\`head -n1 \$(SRC)/\$(PKG_LST) | sed 's@^./@@;s@/.*@@'\` && \\
        echo "export PKGDIR=\$(SRC)/\$\$ROOT" > envars
EOF
) >> $MKFILE.tmp
}

#----------------------------------#
wrt_test_log() {                   # Initialize testsuite log file
#----------------------------------#
  local TESTLOGFILE=$1
(
cat  << EOF
        @echo "export TEST_LOG=$TESTLOGDIR/$TESTLOGFILE" >> envars && \\
        su - \$(LUSER) -c "echo -e '\n\`date\`\n' >$TESTLOGDIR/$TESTLOGFILE"
EOF
) >> $MKFILE.tmp
}

#----------------------------------#
wrt_test_log2() {                  #
#----------------------------------#
  local TESTLOGFILE=$1
(
cat  << EOF
        @echo "export TEST_LOG=/$SCRIPT_ROOT/test-logs/$TESTLOGFILE" >> envars && \\
        echo -e "\n\`date\`\n" >test-logs/$TESTLOGFILE
EOF
) >> $MKFILE.tmp
}

#----------------------------------#
wrt_target_vars() {                # Target vars for hlfs (cross-build method)
#----------------------------------#
(
cat  << EOF
        @echo "export target=$(uname -m)-${TARGET}" >> envars && \\
        echo "export ldso=/lib/${LOADER}" >> envars
EOF
) >> $MKFILE.tmp

}


#----------------------------------#
wrt_RunAsUser() {                  # Execute script inside time { }, footer to log file
#----------------------------------#
  local this_script=$1
  local file=$2
(
cat << EOF
        @( time { su - \$(LUSER) -c "source /home/\$(LUSER)/.bashrc && $JHALFSDIR/${PROGNAME}-commands/$file" >>logs/$this_script 2>&1 ; } ) 2>>logs/$this_script && \\
        echo -e "\nKB: \`du -skx --exclude=${SCRIPT_ROOT} \$(MOUNT_PT)\`\n" >>logs/$this_script
EOF
) >> $MKFILE.tmp
}


#----------------------------------#
wrt_RunAsRoot() {                  # Some scripts must be run as root..
#----------------------------------#
  local ENV_MOUNT
  local this_script=$1
  local file=$2

  case ${PROGNAME} in
    lfs   ) MOUNT_ENV="LFS" ;;
    blfs  ) MOUNT_ENV="BLFS" ;;
    clfs  ) MOUNT_ENV="CLFS" ;;
    clfs2 ) MOUNT_ENV="CLFS" ;;
    hlfs  ) MOUNT_ENV="HLFS" ;;
    *) echo "undefined progname $PROGNAME"; exit 1
  esac

(
cat << EOF
        @( time { export ${MOUNT_ENV}=\$(MOUNT_PT) && ${PROGNAME}-commands/$file >>logs/$this_script 2>&1 ; } ) 2>>logs/$this_script && \\
        echo -e "\nKB: \`du -skx --exclude=${SCRIPT_ROOT} \$(MOUNT_PT)\`\n" >>logs/$this_script
EOF
) >> $MKFILE.tmp
}


#----------------------------------#
wrt_run_as_root2() {               #
#----------------------------------#
  local this_script=$1
  local file=$2
(
cat << EOF
        @( time { source envars && ${PROGNAME}-commands/$file >>logs/$this_script 2>&1 ; } ) 2>>logs/$this_script && \\
        echo -e "\nKB: \`du -skx --exclude=${SCRIPT_ROOT} \`\n" >>logs/$this_script
EOF
) >> $MKFILE.tmp
}


#----------------------------------#
wrt_run_as_chroot1() {             #
#----------------------------------#
  local this_script=$1
  local file=$2
(
    cat << EOF
        @( time { \$(CHROOT1) 'cd /${SCRIPT_ROOT} && source envars && /${SCRIPT_ROOT}/${PROGNAME}-commands/$file >>/${SCRIPT_ROOT}/logs/${this_script} 2>&1' ; } ) 2>>logs/$this_script && \\
        echo -e "\nKB: \`du -skx --exclude=${SCRIPT_ROOT} \$(MOUNT_PT)\`\n" >>logs/${this_script}
EOF
) >> $MKFILE.tmp
}


#----------------------------------#
wrt_run_as_chroot2() {             #
#----------------------------------#
  local this_script=$1
  local file=$2
(
cat << EOF
        @( time { \$(CHROOT2) 'cd /${SCRIPT_ROOT} && source envars && /${SCRIPT_ROOT}/${PROGNAME}-commands/$file >>/${SCRIPT_ROOT}/logs/${this_script} 2>&1' ; } ) 2>>logs/$this_script && \\
        echo -e "\nKB: \`du -skx --exclude=${SCRIPT_ROOT} \$(MOUNT_PT)\`\n" >>logs/${this_script}
EOF
) >> $MKFILE.tmp
}


#----------------------------------#
wrt_copy_fstab() {                 #
#----------------------------------#
  local i=$1
(
    cat << EOF
        @cp -v $FSTAB \$(MOUNT_PT)/etc/fstab >>logs/$i 2>&1
EOF
) >> $MKFILE.tmp
}

#----------------------------------#
wrt_copy_fstab2() {                #
#----------------------------------#
  local i=$1
(
    cat << EOF
        @cp -v /sources/fstab /etc/fstab >>logs/$i 2>&1
EOF
) >> $MKFILE.tmp
}


#----------------------------------#
wrt_remove_build_dirs() {          #
#----------------------------------#
  local name=$1
(
cat << EOF
        @ROOT=\`head -n1 \$(MOUNT_PT)\$(SRC)/\$(PKG_LST) | sed 's@^./@@;s@/.*@@'\` && \\
        rm -rf \$(MOUNT_PT)\$(SRC)/\$\$ROOT && \\
        if [ -e \$(MOUNT_PT)\$(SRC)/$name-build ]; then \\
                rm -rf \$(MOUNT_PT)\$(SRC)/$name-build; \\
        fi;
EOF
) >> $MKFILE.tmp
}


#----------------------------------#
wrt_remove_build_dirs2() {         #
#----------------------------------#
  local name=$1
(
cat << EOF
        @ROOT=\`head -n1 \$(SRC)/\$(PKG_LST) | sed 's@^./@@;s@/.*@@'\` && \\
        rm -rf \$(SRC)/\$\$ROOT && \\
        if [ -e \$(SRC)/$name-build ]; then \\
                rm -rf \$(SRC)/$name-build; \\
        fi;
EOF
) >> $MKFILE.tmp
}


#----------------------------------#
wrt_touch() {                      #
#----------------------------------#
(
cat << EOF
        @touch  \$@ && \\
        sleep .25 && \\
        echo -e "\n\n "\$(BOLD)Target \$(BLUE)\$@ \$(BOLD)OK && \\
        echo --------------------------------------------------------------------------------\$(WHITE)
EOF
) >> $MKFILE.tmp
}


#----------------------------------#
wrt_report() {                     #
#----------------------------------#
(
cat << EOF

create-sbu_du-report:  $PREV
        @\$(call echo_message, Building)
        @./create-sbu_du-report.sh logs $VERSION
        @\$(call echo_report,$VERSION-SBU_DU-$(date --iso-8601).report)
        @touch  \$@
EOF
) >> $MKFILE.tmp

chapter789="$chapter789 create-sbu_du-report"
}


#----------------------------#
run_make() {                 #
#----------------------------#
  # Test if make must be run.
  if [ "$RUNMAKE" = "1" ] ; then
    # Test to make sure we're running the build as root
    if [ "$UID" != "0" ] ; then
      echo "You must be logged in as root to successfully build the system."
      exit 1
    fi
    # Build the system
    if [ -e $MKFILE ] ; then
      echo -ne "Building the system...\n"
      cd $JHALFSDIR && make
      echo -ne "done\n"
    fi
  fi
}


#----------------------------#
clean_builddir() {           #
#----------------------------#
  # Test if the clean must be done.
  if [ "$CLEAN" = "1" ] ; then
    # Test to make sure we're running the clean as root
    if [ "$UID" != "0" ] ; then
      echo "You must be logged in as root to clean the build directory."
      exit 1
    fi
    # Test to make sure that the build directory was populated by jhalfs
    if [ ! -d $JHALFSDIR ] || [ ! -d $BUILDDIR/sources ] ; then
      echo "Looks like $BUILDDIR was not populated by a previous jhalfs run."
      exit 1
    else
      # Clean the build directory
      echo -ne "Cleaning $BUILDDIR...\n"
      rm -rf $BUILDDIR/{bin,boot,dev,etc,home,lib,media,mnt,opt,proc,root,sbin,srv,sys,tmp,tools,cross-tools,usr,var}
      echo -ne "Cleaning $JHALFSDIR...\n"
      rm -rf $JHALFSDIR/{0*,1*,envars,sources-dir,*commands,*logs,Makefile,*.xsl,makefile-functions,pkg_tarball_list,*.config,*.sh}
      echo -ne "Cleaning remainig extracted sources in $BUILDDIR/sources...\n"
      rm -rf `find $BUILDDIR/sources/* -maxdepth 0 -type d`
      echo -ne "done\n"
    fi
  fi
}

#----------------------------#
get_book() {                 #
#----------------------------#
  cd $JHALFSDIR

  if [ -z $WC ] ; then
    # Check for Subversion instead of just letting the script hit 'svn' and fail.
    test `type -p svn` || eval "echo \"This feature requires Subversion.\"
    exit 1"
    echo -n "Downloading the $PROGNAME document, $LFSVRS version... "

    case $PROGNAME in
      lfs) svn_root="LFS" ;;
      hlfs) svn_root="HLFS" ;;
      clfs) svn_root="cross-lfs" ;;
      *) echo "BOOK not defined in function <get_book>"
          exit 1 ;;
    esac
    # Grab a fresh book if it's missing, otherwise, update it from the
    # repo. If we've already extracted the commands, move on to getting the
    # sources.
    if [ -d ${PROGNAME}-$LFSVRS ] ; then
      cd ${PROGNAME}-$LFSVRS
      if LC_ALL=C svn up | grep -q At && \
         test -d $JHALFSDIR/${PROGNAME}-commands && \
         test -f $JHALFSDIR/pkg_tarball_list ; then
        # Set the canonical book version
        echo -ne "done\n"
        cd $JHALFSDIR
        case $PROGNAME in
          clfs)
            VERSION=$(xmllint --noent $BOOK/prologue/$ARCH/bookinfo.xml 2>/dev/null | grep subtitle | sed -e 's/^.*ion //'  -e 's/<\/.*//') ;;
          *)
            VERSION=$(xmllint --noent $BOOK/prologue/bookinfo.xml 2>/dev/null | grep subtitle | sed -e 's/^.*ion //'  -e 's/<\/.*//')  ;;
        esac
        get_sources
      else
        echo -ne "done\n"
        extract_commands
      fi
    else
      svn co $SVN/${svn_root}/${TREE} ${PROGNAME}-$LFSVRS >>$LOGDIR/$LOG 2>&1
      echo -ne "done\n"
      extract_commands
    fi

  else
    echo -ne "Using $BOOK as book's sources ...\n"
    extract_commands
  fi
  echo -ne " Document version ${L_arrow}${BOLD}${VERSION}${R_arrow}\n"
}

#----------------------------#
extract_commands() {         #
#----------------------------#

  # Check for libxslt instead of just letting the script hit 'xsltproc' and fail.
  test `type -p xsltproc` || eval "echo \"This feature requires libxslt.\"
  exit 1"

  cd $JHALFSDIR
  case $PROGNAME in
    clfs)
      VERSION=$(xmllint --noent $BOOK/prologue/$ARCH/bookinfo.xml 2>/dev/null | grep subtitle | sed -e 's/^.*ion //'  -e 's/<\/.*//') ;;
    *)
      VERSION=$(xmllint --noent $BOOK/prologue/bookinfo.xml 2>/dev/null | grep subtitle | sed -e 's/^.*ion //'  -e 's/<\/.*//')  ;;
  esac

  # Start clean
  if [ -d ${PROGNAME}-commands ]; then
    rm -rf ${PROGNAME}-commands
    mkdir -v ${PROGNAME}-commands
  fi
  echo -n "Extracting commands for"

  # Dump the commands in shell script form from the HLFS book.
  case ${PROGNAME} in
    clfs)
        echo -n " ${L_arrow}${BOLD}$ARCH${R_arrow} target architecture"
        xsltproc --nonet \
                 --xinclude \
                 --stringparam method $METHOD \
                 --stringparam testsuite $TEST \
                 --stringparam bomb-testsuite $BOMB_TEST \
                 --stringparam vim-lang $VIMLANG \
                 --stringparam timezone $TIMEZONE \
                 --stringparam page $PAGE \
                 --stringparam lang $LANG \
                 --stringparam keymap $KEYMAP \
                 -o ./${PROGNAME}-commands/ $XSL $BOOK/$ARCH-index.xml >>$LOGDIR/$LOG 2>&1
      ;;
    hlfs)
        echo -n " ${L_arrow}${BOLD}$MODEL${R_arrow} HLFS libc implementation"
        xsltproc --nonet \
                 --xinclude \
                 --stringparam model $MODEL \
                 --stringparam testsuite $TEST \
                 --stringparam bomb-testsuite $BOMB_TEST \
                 --stringparam timezone $TIMEZONE \
                 --stringparam page $PAGE \
                 --stringparam lang $LANG \
                 --stringparam lc_all $LC_ALL \
                 --stringparam keymap $KEYMAP \
                 --stringparam grsecurity_host $GRSECURITY_HOST \
                 -o ./${PROGNAME}-commands/ $XSL $BOOK/index.xml >>$LOGDIR/$LOG 2>&1
      ;;
    lfs)
        echo -n " ${L_arrow}${BOLD}LFS${R_arrow} build"
        xsltproc --nonet \
                 --xinclude \
                 --stringparam testsuite $TEST \
                 --stringparam bomb-testsuite $BOMB_TEST \
                 --stringparam vim-lang $VIMLANG \
                 --stringparam timezone $TIMEZONE \
                 --stringparam page $PAGE \
                 --stringparam lang $LANG \
                 -o ./${PROGNAME}-commands/ $XSL $BOOK/index.xml >>$LOGDIR/$LOG 2>&1
      ;;
    *) exit 1 ;;
  esac

  echo " ...OK"

  # Make the scripts executable.
  chmod -R +x $JHALFSDIR/${PROGNAME}-commands

  # Create the packages file. We need it for proper Makefile creation
  create_package_list

  # Done. Moving on...
  get_sources
}

#----------------------------#
create_package_list() {      #
#----------------------------#

  # Create the packages file. We need it for proper Makefile creation
  rm -f pkg_tarball_list
  echo -n "Creating <${PROGNAME}> list of tarball names for $BOOK $ARCH"
  case ${PROGNAME} in
    clfs)
        xsltproc --nonet --xinclude -o pkg_tarball_list packages.xsl \
                 $BOOK/materials/${ARCH}-chapter.xml >>$LOGDIR/$LOG 2>&1
      ;;
    hlfs)
        xsltproc --nonet --xinclude -o pkg_tarball_list packages.xsl \
                 $BOOK/chapter04/chapter04.xml >>$LOGDIR/$LOG 2>&1
      ;;
    lfs)
        xsltproc --nonet --xinclude -o pkg_tarball_list packages.xsl \
                 $BOOK/chapter03/chapter03.xml >>$LOGDIR/$LOG 2>&1
      ;;
  esac
  echo " ...OK"

}


#----------------------------#
get_sources() {              # Download file, write name to MISSING_FILES.DMP if an error
#----------------------------#
  local saveIFS=$IFS
  local IFS line URL1 URL2 FILE BOOKMD5 MD5 HAVEMD5 fromARCHIVE

    # Test if the packages must be downloaded
  [ ! "$GETPKG" = "1" ] && return

  gs_wrt_message(){
    echo "${RED}$1${OFF}"
    echo "$1" >> MISSING_FILES.DMP
  }
    # Housekeeping
  [[ ! -d $BUILDDIR/sources ]] && mkdir $BUILDDIR/sources
  cd $BUILDDIR/sources
  [[ -f MD5SUMS ]] && rm MD5SUMS
  [[ -f MISSING_FILES.DMP ]] && rm MISSING_FILES.DMP
  [[ -f urls.lst ]] && rm urls.lst

    # Generate URLs file
  create_urls

  IFS=$'\x0A'  # Modify the 'internal field separator' to break on 'LF' only
  for line in `cat urls.lst`; do
    IFS=$saveIFS  # Restore the system defaults

      # Skip some packages if they aren't needed
    case $line in
        */tcl* | */expect* | */dejagnu* | */tree* | */gcc-testsuite* )
            [[ "$TEST" = "0" ]] && continue
          ;;
        */vim-*-lang* )
            [[ "$VIMLANG" = "0" ]] && continue
          ;;
        *linux/linux-* )
            [[ -z "$CONFIG" ]] && [[ -z "$BOOT_CONFIG" ]] && \
            [[ "$GETKERNEL" = "0" ]] && continue
          ;;
    esac

      # Locations
    URL1=`echo $line | cut -d" " -f2` # Preferred URL
    URL2=`echo $line | cut -d" " -f1` # Fallback Upstream URL
    FILE=`basename $URL1` # File name
    BOOKMD5=`echo $line | cut -d" " -f3` # MD5 book value

      # Validation pair
    MD5="$BOOKMD5  $FILE"
    HAVEMD5=1

    set -e
      # If the file exists in the archive copy it to the
      # $BUILDDIR/sources dir. MD5SUM will be validated later.
    if [ ! -z ${SRC_ARCHIVE} ] &&
       [   -d ${SRC_ARCHIVE} ] &&
       [   -f ${SRC_ARCHIVE}/$FILE ]; then
      cp ${SRC_ARCHIVE}/$FILE .
      echo "$FILE: -- copied from $SRC_ARCHIVE"
      fromARCHIVE=1
    else
      echo "${BOLD}${YELLOW}$FILE: not found in ${SRC_ARCHIVE}${OFF}"
      fromARCHIVE=0
      # If the file does not exist yet in /sources download a fresh one
      if [ ! -f $FILE ] ; then
        if ! wget $URL1 && ! wget $URL2 ; then
          gs_wrt_message "$FILE not found in the SRC_ARCHIVE or on any server..SKIPPING"
          continue
        fi
      fi
    fi

      # IF the md5sum does not match the existing files
    if ! echo "$MD5" | md5sum -c - >/dev/null ; then
      [[ $fromARCHIVE = "1" ]] && echo "${BOLD}${YELLOW}MD5SUM did not match SRC_ARCHIVE copy${OFF}"
      [[ $fromARCHIVE = "0" ]] && echo "${BOLD}${YELLOW}MD5SUM did not match REMOTE copy${OFF}"
        # Remove the old file and download a new one
      rm -fv $FILE
        # Force storage in SRC_ARCHIVE
      fromARCHIVE=0;
        # Try to retrieve again the file. Servers in reverse order.
      if ! wget $URL2 && ! wget $URL1 ; then
        gs_wrt_message "$FILE not found on the servers.. SKIPPING"
        continue
      fi
    fi

      # Validate the MD5SUM one last time
    if ! echo "$MD5" | md5sum -c - >/dev/null ; then
      gs_wrt_message "$FILE does not match MD5SUMS value"
      # Force generation of MD5SUM
      HAVEMD5=0
    fi

      # Generate a fresh MD5SUM for this file
    if [[ "$HAVEMD5" = "0" ]] ; then
      echo "${BOLD}${YELLOW}Generating a new MD5SUM for ${OFF}$FILE"
      echo "NEW MD5SUM: $(md5sum $FILE)" >> MISSING_FILES.DMP
    fi

      # Good or bad we write the original md5sum to a file
    echo "$MD5" >> MD5SUMS

     # Copy the freshly downloaded file
     # to the source archive.
   if [ ! -z ${SRC_ARCHIVE}  ] &&
      [   -d ${SRC_ARCHIVE}  ] &&
      [   -w ${SRC_ARCHIVE}  ] &&
      [ "$fromARCHIVE" = "0" ] ; then
        echo "Storing file:<$FILE> in the package archive"
        cp -f $FILE ${SRC_ARCHIVE}
   fi

  done

  if [[ -s MISSING_FILES.DMP ]]; then
    echo  -e "\n\n${tab_}${RED} One or more files were not retrieved or have bad MD5SUMS.\n${tab_} Check ${L_arrow}$BUILDDIR/sources/MISSING_FILES.DMP${R_arrow} for names ${OFF}\n"
      # Do not allow the automatic execution of the Makefile.
    echo "${tab_}${BOLD}${RED}*** ${YELLOW}Automatic execution of the generated makefile has been inhibited. ${RED}***${OFF}${nl_}"
    RUNMAKE=0
  fi
}

#----------------------------#
create_urls() {              #
#----------------------------#
  cd $JHALFSDIR

  case ${PROGNAME} in
    clfs)
        echo -n "Creating CLFS <${ARCH}> specific URLs file"
        xsltproc --nonet --xinclude \
                 --stringparam server $SERVER \
                 -o $BUILDDIR/sources/urls.lst urls.xsl \
                 $BOOK/materials/$ARCH-chapter.xml >>$LOGDIR/$LOG 2>&1
        echo " ...OK"
      ;;
    hlfs)
        echo -n "Creating HLFS <${MODEL}> specific URLs file"
        xsltproc --nonet --xinclude \
                 --stringparam server $SERVER \
                 --stringparam model $MODEL \
                 -o $BUILDDIR/sources/urls.lst urls.xsl \
                 $BOOK/chapter04/chapter04.xml >>$LOGDIR/$LOG 2>&1
        echo " ...OK"
      ;;
    lfs)
        echo -n "Creating LFS specific URLs file"
        xsltproc --nonet --xinclude \
                 --stringparam server $SERVER \
                 -o ../sources/urls.lst urls.xsl \
                 $BOOK/chapter03/chapter03.xml >>$LOGDIR/$LOG 2>&1
        echo " ...OK"
      ;;
  esac

  cd $BUILDDIR/sources
}