#!@@CT_bash@@

 # Copyright 2007 Yann E. MORIN

 # Licensed under the GPL v2. See COPYING in the root of this package.

 # This is the main entry point to crosstool

 # This will:

 #   - download, extract and patch the toolchain components

 #   - build and install each components in turn

 #   - and eventually test the resulting toolchain

 # What this file does is prepare the environment, based upon the user-choosen

 # options. It also checks the existing environment for un-friendly variables,

 # and builds the tools.

 # Parse the common functions

 # Note: some initialisation and sanitizing is done while parsing this file,

 # most notably:

 #  - set trap handler on errors,

 #  - don't hash commands lookups,

 #  - initialise logging.

 . "${CT_LIB_DIR}/scripts/functions"

 # Parse the configuration file

 # It has some info about the logging facility, so include it early

 . .config

 # Yes! We can do full logging from now on!

 # Overide the locale early, in case we ever translate crosstool-NG messages

 [ -z "${CT_NO_OVERIDE_LC_MESSAGES}" ] && export LC_ALL=C

 # Where will we work?

 CT_WORK_DIR="${CT_WORK_DIR:-${CT_TOP_DIR}/targets}"

 # Create the bin-overide early

 # Contains symlinks to the tools found by ./configure

 # Note: CT_DoLog and CT_DoExecLog do not use any of those tool, so

 # they can be safely used

 CT_BIN_OVERIDE_DIR="${CT_WORK_DIR}/bin"

 CT_DoLog DEBUG "Creating bin-overide for tools in '${CT_BIN_OVERIDE_DIR}'"

 CT_DoExecLog DEBUG mkdir -p "${CT_BIN_OVERIDE_DIR}"

 cat "${CT_LIB_DIR}/paths.mk" |while read trash line; do

     tool="${line%%=*}"

     path="${line#*=}"

     CT_DoLog DEBUG "  '${tool}' -> '${path}'"

     printf "#${BANG}/bin/sh\nexec '${path}' \"\${@}\"\n" >"${CT_BIN_OVERIDE_DIR}/${tool}"

     CT_DoExecLog ALL chmod 700 "${CT_BIN_OVERIDE_DIR}/${tool}"

 done

 export PATH="${CT_BIN_OVERIDE_DIR}:${PATH}"

 # Start date. Can't be done until we know the locale

 CT_STAR_DATE=$(CT_DoDate +%s%N)

 CT_STAR_DATE_HUMAN=$(CT_DoDate +%Y%m%d.%H%M%S)

 # Log real begining of build, now

 CT_DoLog INFO "Build started ${CT_STAR_DATE_HUMAN}"

 # renice oursleves

 CT_DoExecLog DEBUG renice ${CT_NICE} $$

 CT_DoStep DEBUG "Dumping user-supplied crosstool-NG configuration"

 CT_DoExecLog DEBUG egrep '^(# |)CT_' .config

 CT_EndStep

 # Some sanity checks in the environment and needed tools

 CT_DoLog INFO "Checking environment sanity"

 CT_DoLog DEBUG "Unsetting and unexporting MAKEFLAGS"

 unset MAKEFLAGS

 export MAKEFLAGS

 # Other environment sanity checks

 CT_TestAndAbort "Don't set LD_LIBRARY_PATH. It screws up the build." -n "${LD_LIBRARY_PATH}"

 CT_TestAndAbort "Don't set CFLAGS. It screws up the build." -n "${CFLAGS}"

 CT_TestAndAbort "Don't set CXXFLAGS. It screws up the build." -n "${CXXFLAGS}"

 CT_Test "GREP_OPTIONS screws up the build. Resetting." -n "${GREP_OPTIONS}"

 export GREP_OPTIONS=

 CT_DoLog INFO "Building environment variables"

 # Include sub-scripts instead of calling them: that way, we do not have to

 # export any variable, nor re-parse the configuration and functions files.

 . "${CT_LIB_DIR}/scripts/build/arch/${CT_ARCH}.sh"

 . "${CT_LIB_DIR}/scripts/build/kernel/${CT_KERNEL}.sh"

 . "${CT_LIB_DIR}/scripts/build/gmp.sh"

 . "${CT_LIB_DIR}/scripts/build/mpfr.sh"

 . "${CT_LIB_DIR}/scripts/build/binutils.sh"

 . "${CT_LIB_DIR}/scripts/build/libc/${CT_LIBC}.sh"

 . "${CT_LIB_DIR}/scripts/build/cc/${CT_CC}.sh"

 . "${CT_LIB_DIR}/scripts/build/tools.sh"

 . "${CT_LIB_DIR}/scripts/build/debug.sh"

 # Target tuple: CT_TARGET needs a little love:

 CT_DoBuildTargetTuple

 # Kludge: If any of the configured options needs CT_TARGET,

 # then rescan the options file now:

 . .config

 # Second kludge: merge user-supplied target CFLAGS with architecture-provided

 # target CFLAGS. Do the same for LDFLAGS in case it happens in the future.

 # Put user-supplied flags at the end, so that they take precedence.

 CT_TARGET_CFLAGS="${CT_ARCH_TARGET_CFLAGS} ${CT_TARGET_CFLAGS}"

 CT_TARGET_LDFLAGS="${CT_ARCH_TARGET_LDFLAGS} ${CT_TARGET_LDFLAGS}"

 CT_CC_CORE_EXTRA_CONFIG="${CT_ARCH_CC_CORE_EXTRA_CONFIG} ${CT_CC_CORE_EXTRA_CONFIG}"

 CT_CC_EXTRA_CONFIG="${CT_ARCH_CC_EXTRA_CONFIG} ${CT_CC_EXTRA_CONFIG}"

 # Create the working directories

 CT_TARBALLS_DIR="${CT_WORK_DIR}/tarballs"

 CT_SRC_DIR="${CT_WORK_DIR}/src"

 CT_BUILD_DIR="${CT_WORK_DIR}/${CT_TARGET}/build"

 # Note: we'll always install the core compiler in its own directory, so as to

 # not mix the two builds: core and final.

 CT_CC_CORE_STATIC_PREFIX_DIR="${CT_BUILD_DIR}/${CT_CC}-core-static"

 CT_CC_CORE_SHARED_PREFIX_DIR="${CT_BUILD_DIR}/${CT_CC}-core-shared"

 CT_STATE_DIR="${CT_WORK_DIR}/${CT_TARGET}/state"

 # We must ensure that we can restart if asked for!

 if [ -n "${CT_RESTART}" -a ! -d "${CT_STATE_DIR}"  ]; then

     CT_DoLog ERROR "You asked to restart a non-restartable build"

     CT_DoLog ERROR "This happened because you didn't set CT_DEBUG_CT_SAVE_STEPS"

     CT_DoLog ERROR "in the config options for the previous build, or the state"

     CT_DoLog ERROR "directory for the previous build was deleted."

     CT_Abort "I will stop here to avoid any carnage"

 fi

 # If the local tarball directory does not exist, say so, and don't try to save there!

 if [ ! -d "${CT_LOCAL_TARBALLS_DIR}" ]; then

     CT_DoLog WARN "Directory '${CT_LOCAL_TARBALLS_DIR}' does not exist. Will not save downloaded tarballs to local storage."

     CT_SAVE_TARBALLS=

 fi

 # Some more sanity checks now that we have all paths set up

 case "${CT_LOCAL_TARBALLS_DIR},${CT_TARBALLS_DIR},${CT_SRC_DIR},${CT_BUILD_DIR},${CT_PREFIX_DIR},${CT_INSTALL_DIR}" in

     *" "*) CT_Abort "Don't use spaces in paths, it breaks things.";;

 esac

 # Check now if we can write to the destination directory:

 if [ -d "${CT_INSTALL_DIR}" ]; then

     CT_TestAndAbort "Destination directory '${CT_INSTALL_DIR}' is not removable" ! -w $(dirname "${CT_INSTALL_DIR}")

 fi

 # Good, now grab a bit of informations on the system we're being run on,

 # just in case something goes awok, and it's not our fault:

 CT_SYS_USER=$(id -un)

 CT_SYS_HOSTNAME=$(hostname -f 2>/dev/null || true)

 # Hmmm. Some non-DHCP-enabled machines do not have an FQDN... Fall back to node name.

 CT_SYS_HOSTNAME="${CT_SYS_HOSTNAME:-$(uname -n)}"

 CT_SYS_KERNEL=$(uname -s)

 CT_SYS_REVISION=$(uname -r)

 # MacOS X lacks '-o' :

 CT_SYS_OS=$(uname -o || echo "Unknown (maybe MacOS-X)")

 CT_SYS_MACHINE=$(uname -m)

 CT_SYS_PROCESSOR=$(uname -p)

 CT_SYS_GCC=$(gcc -dumpversion)

 CT_SYS_TARGET=$(CT_DoConfigGuess)

 CT_TOOLCHAIN_ID="crosstool-${CT_VERSION} build ${CT_STAR_DATE_HUMAN} by ${CT_SYS_USER}@${CT_SYS_HOSTNAME}"

 CT_DoLog EXTRA "Preparing working directories"

 # Ah! The build directory shall be eradicated, even if we restart!

 if [ -d "${CT_BUILD_DIR}" ]; then

     CT_DoForceRmdir "${CT_BUILD_DIR}"

 fi

 # Don't eradicate directories if we need to restart

 if [ -z "${CT_RESTART}" ]; then

     # Get rid of pre-existing installed toolchain and previous build directories.

     # We need to do that _before_ we can safely log, because the log file will

     # most probably be in the toolchain directory.

     if [ "${CT_FORCE_DOWNLOAD}" = "y" -a -d "${CT_TARBALLS_DIR}" ]; then

         CT_DoForceRmdir "${CT_TARBALLS_DIR}"

     fi

     if [ "${CT_FORCE_EXTRACT}" = "y" -a -d "${CT_SRC_DIR}" ]; then

         CT_DoForceRmdir "${CT_SRC_DIR}"

     fi

     if [ -d "${CT_INSTALL_DIR}" ]; then

         CT_DoForceRmdir "${CT_INSTALL_DIR}"

     fi

     # In case we start anew, get rid of the previously saved state directory

     if [ -d "${CT_STATE_DIR}" ]; then

         CT_DoForceRmdir "${CT_STATE_DIR}"

     fi

 fi

 # Create the directories we'll use, even if restarting: it does no harm to

 # create already existent directories, and CT_BUILD_DIR needs to be created

 # anyway

 CT_DoExecLog ALL mkdir -p "${CT_TARBALLS_DIR}"

 CT_DoExecLog ALL mkdir -p "${CT_SRC_DIR}"

 CT_DoExecLog ALL mkdir -p "${CT_BUILD_DIR}"

 CT_DoExecLog ALL mkdir -p "${CT_INSTALL_DIR}"

 CT_DoExecLog ALL mkdir -p "${CT_PREFIX_DIR}"

 CT_DoExecLog ALL mkdir -p "${CT_CC_CORE_STATIC_PREFIX_DIR}"

 CT_DoExecLog ALL mkdir -p "${CT_CC_CORE_SHARED_PREFIX_DIR}"

 CT_DoExecLog ALL mkdir -p "${CT_STATE_DIR}"

 # Kludge: CT_INSTALL_DIR and CT_PREFIX_DIR might have grown read-only if

 # the previous build was successful. To be able to move the logfile there,

 # switch them back to read/write

 CT_DoExecLog ALL chmod -R u+w "${CT_INSTALL_DIR}" "${CT_PREFIX_DIR}"

 # Redirect log to the actual log file now we can

 # It's quite understandable that the log file will be installed in the install

 # directory, so we must first ensure it exists and is writeable (above) before

 # we can log there

 exec >/dev/null

 case "${CT_LOG_TO_FILE}" in

     y)  CT_LOG_FILE="${CT_PREFIX_DIR}/build.log"

         cat "${tmp_log_file}" >>"${CT_LOG_FILE}"

         rm -f "${tmp_log_file}"

         exec >>"${CT_LOG_FILE}"

         ;;

     *)  rm -f "${tmp_log_file}"

         ;;

 esac

 # Setting up the rest of the environment only if not restarting

 if [ -z "${CT_RESTART}" ]; then

     # What's our shell?

     # Will be plain /bin/sh on most systems, except if we have /bin/ash and we

     # _explictly_ required using it

     CT_SHELL="/bin/sh"

     [ "${CT_CONFIG_SHELL_ASH}" = "y" -a -x "/bin/ash" ] && CT_SHELL="/bin/ash"

     # Arrange paths depending on wether we use sys-root or not.

     if [ "${CT_USE_SYSROOT}" = "y" ]; then

         CT_SYSROOT_DIR="${CT_PREFIX_DIR}/${CT_TARGET}/${CT_SYSROOT_DIR_PREFIX}/sys-root"

         CT_DEBUGROOT_DIR="${CT_PREFIX_DIR}/${CT_TARGET}/${CT_SYSROOT_DIR_PREFIX}/debug-root"

         CT_HEADERS_DIR="${CT_SYSROOT_DIR}/usr/include"

         BINUTILS_SYSROOT_ARG="--with-sysroot=${CT_SYSROOT_DIR}"

         CC_CORE_SYSROOT_ARG="--with-sysroot=${CT_SYSROOT_DIR}"

         CC_SYSROOT_ARG="--with-sysroot=${CT_SYSROOT_DIR}"

         LIBC_SYSROOT_ARG=""

         # glibc's prefix must be exactly /usr, else --with-sysroot'd gcc will get

         # confused when $sysroot/usr/include is not present.

         # Note: --prefix=/usr is magic!

         # See http://www.gnu.org/software/libc/FAQ.html#s-2.2

     else

         # plain old way. All libraries in prefix/target/lib

         CT_SYSROOT_DIR="${CT_PREFIX_DIR}/${CT_TARGET}"

         CT_HEADERS_DIR="${CT_SYSROOT_DIR}/include"

         # hack!  Always use --with-sysroot for binutils.

         # binutils 2.14 and later obey it, older binutils ignore it.

         # Lets you build a working 32->64 bit cross gcc

         BINUTILS_SYSROOT_ARG="--with-sysroot=${CT_SYSROOT_DIR}"

         # Use --with-headers, else final gcc will define disable_glibc while

         # building libgcc, and you'll have no profiling

         CC_CORE_SYSROOT_ARG="--without-headers"

         CC_SYSROOT_ARG="--with-headers=${CT_HEADERS_DIR}"

         LIBC_SYSROOT_ARG="prefix="

     fi

     CT_DoExecLog ALL mkdir -p "${CT_SYSROOT_DIR}"

     CT_DoExecLog ALL mkdir -p "${CT_DEBUGROOT_DIR}"

     # Prepare the 'lib' directories in sysroot, else the ../lib64 hack used by

     # 32 -> 64 bit crosscompilers won't work, and build of final gcc will fail

     # with: "ld: cannot open crti.o: No such file or directory"

     # Also prepare the lib directory in the install dir, else some 64 bit archs

     # won't build

     CT_DoExecLog ALL mkdir -p "${CT_PREFIX_DIR}/lib"

     CT_DoExecLog ALL mkdir -p "${CT_SYSROOT_DIR}/lib"

     CT_DoExecLog ALL mkdir -p "${CT_SYSROOT_DIR}/usr/lib"

     # Prevent gcc from installing its libraries outside of the sys-root

     CT_DoExecLog ALL ln -sf "./${CT_SYSROOT_DIR_PREFIX}/sys-root/lib" "${CT_PREFIX_DIR}/${CT_TARGET}/lib"

     # Now, in case we're 64 bits, just have lib64/ be a symlink to lib/

     # so as to have all libraries in the same directory (we can do that

     # because we are *not* multilib).

     if [ "${CT_ARCH_64}" = "y" ]; then

         CT_DoExecLog ALL ln -sf "lib" "${CT_PREFIX_DIR}/lib64"

         CT_DoExecLog ALL ln -sf "lib" "${CT_SYSROOT_DIR}/lib64"

         CT_DoExecLog ALL ln -sf "lib" "${CT_SYSROOT_DIR}/usr/lib64"

         CT_DoExecLog ALL ln -sf "lib" "${CT_PREFIX_DIR}/${CT_TARGET}/lib64"

     fi

     # Determine build system if not set by the user

     CT_Test "You did not specify the build system. That's OK, I can guess..." -z "${CT_BUILD}"

     case "${CT_BUILD}" in

         "") CT_BUILD=$("${CT_BUILD_PREFIX}gcc${CT_BUILD_SUFFIX}" -dumpmachine);;

     esac

     # Prepare mangling patterns to later modify BUILD and HOST (see below)

     case "${CT_TOOLCHAIN_TYPE}" in

         cross)

             CT_HOST="${CT_BUILD}"

             build_mangle="build_"

             host_mangle="build_"

             ;;

         *)  CT_Abort "No code for '${CT_TOOLCHAIN_TYPE}' toolchain type!"

             ;;

     esac

     # Save the real tuples to generate shell-wrappers to the real tools

     CT_REAL_BUILD="${CT_BUILD}"

     CT_REAL_HOST="${CT_HOST}"

     # Canonicalise CT_BUILD and CT_HOST

     # Not only will it give us full-qualified tuples, but it will also ensure

     # that they are valid tuples (in case of typo with user-provided tuples)

     # That's way better than trying to rewrite config.sub ourselves...

     CT_BUILD=$(CT_DoConfigSub "${CT_BUILD}")

     CT_HOST=$(CT_DoConfigSub "${CT_HOST}")

     # Modify BUILD and HOST so that gcc always generate a cross-compiler

     # even if any of the build, host or target machines are the same.

     # NOTE: we'll have to mangle the (BUILD|HOST)->TARGET x-compiler to

     #       support canadain build, later...

     CT_BUILD="${CT_BUILD/-/-${build_mangle}}"

     CT_HOST="${CT_HOST/-/-${host_mangle}}"

     # Now we have mangled our BUILD and HOST tuples, we must fake the new

     # cross-tools for those mangled tuples.

     CT_DoLog DEBUG "Making build system tools available"

     CT_DoExecLog ALL mkdir -p "${CT_PREFIX_DIR}/bin"

     for m in BUILD HOST; do

         r="CT_REAL_${m}"

         v="CT_${m}"

         p="CT_${m}_PREFIX"

         s="CT_${m}_SUFFIX"

         if [ -n "${!p}" ]; then

             t="${!p}"

         else

             t="${!r}-"

         fi

         for tool in ar as dlltool gcc g++ gcj gnatbind gnatmake ld nm objcopy objdump ranlib strip windres; do

             # First try with prefix + suffix

             # Then try with prefix only

             # Then try with suffix only, but only for BUILD, and HOST iff REAL_BUILD == REAL_HOST

             # Finally try with neither prefix nor suffix, but only for BUILD, and HOST iff REAL_BUILD == REAL_HOST

             # This is needed, because some tools have a prefix and

             # a suffix (eg. gcc), while others may have only one,

             # or even none (eg. binutils)

             where=$(CT_Which "${t}${tool}${!s}")

             [ -z "${where}" ] && where=$(CT_Which "${t}${tool}")

             if [    -z "${where}"                         \

                  -a \(    "${m}" = "BUILD"                \

                        -o "${CT_REAL_BUILD}" = "${!r}" \) ]; then

                 where=$(CT_Which "${tool}${!s}")

             fi

             if [ -z "${where}"                            \

                  -a \(    "${m}" = "BUILD"                \

                        -o "${CT_REAL_BUILD}" = "${!r}" \) ]; then

                 where=$(CT_Which "${tool}")

             fi

             # Not all tools are available for all platforms, but some are really,

             # bally needed

             if [ -n "${where}" ]; then

                 CT_DoLog DEBUG "  '${!v}-${tool}' -> '${where}'"

                 printf "#${BANG}${CT_SHELL}\nexec '${where}' \"\${@}\"\n" >"${CT_PREFIX_DIR}/bin/${!v}-${tool}"

                 CT_DoExecLog ALL chmod 700 "${CT_PREFIX_DIR}/bin/${!v}-${tool}"

             else

                 case "${tool}" in

                     # We'll at least need some of them...

                     ar|as|gcc|ld|nm|objcopy|objdump|ranlib)

                         CT_Abort "Missing: '${t}${tool}${!s}' or '${t}${tool}' or '${tool}' : either needed!"

                         ;;

                     # Some are conditionnally required

                     # Add them in alphabetical (C locale) ordering

                     gcj)

                         CT_TestAndAbort "Missing: '${t}${tool}${!s}' or '${t}${tool}' or '${tool}' : either needed!" "${CT_CC_LANG_JAVA}" = "y"

                         ;;

                     # If any other is missing, only warn at low level

                     *)

                         # It does not deserve a WARN level.

                         CT_DoLog DEBUG "  Missing: '${t}${tool}${!s}' or '${t}${tool}' or '${tool}' : not required."

                         ;;

                 esac

             fi

         done

     done

     # Carefully add paths in the order we want them:

     #  - first try in ${CT_PREFIX_DIR}/bin

     #  - then try in ${CT_CC_CORE_SHARED_PREFIX_DIR}/bin

     #  - then try in ${CT_CC_CORE_STATIC_PREFIX_DIR}/bin

     #  - fall back to searching user's PATH

     # Of course, neither cross-native nor canadian can run on BUILD,

     # so don't add those PATHs in this case...

     case "${CT_TOOLCHAIN_TYPE}" in

         cross)  export PATH="${CT_PREFIX_DIR}/bin:${CT_CC_CORE_SHARED_PREFIX_DIR}/bin:${CT_CC_CORE_STATIC_PREFIX_DIR}/bin:${PATH}";;

         *)  ;;

     esac

     # Some makeinfo versions are a pain in [put your most sensible body part here].

     # Go ahead with those, by creating a wrapper that keeps partial files, and that

     # never fails:

     CT_DoLog DEBUG "  'makeinfo' -> '$(CT_Which makeinfo)'"

     printf "#${BANG}/bin/sh\n$(CT_Which makeinfo) --force \"\${@}\"\ntrue\n" >"${CT_PREFIX_DIR}/bin/makeinfo"

     CT_DoExecLog ALL chmod 700 "${CT_PREFIX_DIR}/bin/makeinfo"

     # Help gcc

     CT_CFLAGS_FOR_HOST=

     [ "${CT_USE_PIPES}" = "y" ] && CT_CFLAGS_FOR_HOST="${CT_CFLAGS_FOR_HOST} -pipe"

     # Override the configured jobs with what's been given on the command line

     [ -n "${CT_JOBS}" ] && CT_PARALLEL_JOBS="${CT_JOBS}"

     # Set the shell to be used by ./configure scripts and by Makefiles (those

     # that support it!).

     export CONFIG_SHELL="${CT_SHELL}"

     # And help make go faster

     PARALLELMFLAGS=

     [ ${CT_PARALLEL_JOBS} -ne 0 ] && PARALLELMFLAGS="${PARALLELMFLAGS} -j${CT_PARALLEL_JOBS}"

     [ ${CT_LOAD} -ne 0 ] && PARALLELMFLAGS="${PARALLELMFLAGS} -l${CT_LOAD}"

     export PARALLELMFLAGS

     CT_DoLog EXTRA "Installing user-supplied crosstool-NG configuration"

     CT_DoExecLog DEBUG install -m 0755 "${CT_LIB_DIR}/scripts/toolchain-config.in" "${CT_PREFIX_DIR}/bin/${CT_TARGET}-ct-ng.config"

     CT_DoExecLog DEBUG sed -r -i -e 's,@@grep@@,"'"${grep}"'",;' "${CT_PREFIX_DIR}/bin/${CT_TARGET}-ct-ng.config"

     bzip2 -c -9 .config >>"${CT_PREFIX_DIR}/bin/${CT_TARGET}-ct-ng.config"

     CT_DoStep EXTRA "Dumping internal crosstool-NG configuration"

     CT_DoLog EXTRA "Building a toolchain for:"

     CT_DoLog EXTRA "  build  = ${CT_REAL_BUILD}"

     CT_DoLog EXTRA "  host   = ${CT_REAL_HOST}"

     CT_DoLog EXTRA "  target = ${CT_TARGET}"

     set |egrep '^CT_.+=' |sort |CT_DoLog DEBUG

     CT_EndStep

 fi

 if [ -z "${CT_RESTART}" ]; then

     CT_DoStep INFO "Retrieving needed toolchain components' tarballs"

     do_kernel_get

     do_gmp_get

     do_mpfr_get

     do_binutils_get

     do_cc_get

     do_libc_get

     do_tools_get

     do_debug_get

     CT_EndStep

     if [ "${CT_ONLY_DOWNLOAD}" != "y" ]; then

         if [ "${CT_FORCE_EXTRACT}" = "y" ]; then

             CT_DoForceRmdir "${CT_SRC_DIR}"

             CT_DoExecLog ALL mkdir -p "${CT_SRC_DIR}"

         fi

         CT_DoStep INFO "Extracting and patching toolchain components"

         do_kernel_extract

         do_gmp_extract

         do_mpfr_extract

         do_binutils_extract

         do_cc_extract

         do_libc_extract

         do_tools_extract

         do_debug_extract

         CT_EndStep

     fi

 fi

 # Now for the job by itself. Go have a coffee!

 if [ "${CT_ONLY_DOWNLOAD}" != "y" -a "${CT_ONLY_EXTRACT}" != "y" ]; then

     # Because of CT_RESTART, this becomes quite complex

     do_stop=0

     prev_step=

     [ -n "${CT_RESTART}" ] && do_it=0 || do_it=1

     # Aha! CT_STEPS comes from steps.mk!

     for step in ${CT_STEPS}; do

         if [ ${do_it} -eq 0 ]; then

             if [ "${CT_RESTART}" = "${step}" ]; then

                 CT_DoLoadState "${step}"

                 do_it=1

                 do_stop=0

             fi

         else

             CT_DoSaveState ${step}

             if [ ${do_stop} -eq 1 ]; then

                 CT_DoLog ERROR "Stopping just after step '${prev_step}', as requested."

                 exit 0

             fi

         fi

         if [ ${do_it} -eq 1 ]; then

             do_${step}

             if [ "${CT_STOP}" = "${step}" ]; then

                 do_stop=1

             fi

             if [ "${CT_DEBUG_PAUSE_STEPS}" = "y" ]; then

                 CT_DoPause "Step '${step}' finished"

             fi

         fi

         prev_step="${step}"

     done

 fi

 CT_DoEnd INFO

 # From now-on, it can become impossible to log any time, because

 # either we're compressing the log file, or it can become RO any

 # moment... Consign all ouptut to oblivion...

 CT_DoLog INFO "Finishing installation (may take a few seconds)..."

 exec >/dev/null 2>&1

 [ "${CT_LOG_FILE_COMPRESS}" = y ] && bzip2 -9 "${CT_LOG_FILE}"

 [ "${CT_INSTALL_DIR_RO}" = "y"  ] && chmod -R a-w "${CT_INSTALL_DIR}"

 trap - EXIT