# Copyright 1999-2006 Gentoo Foundation # Distributed under the terms of the GNU General Public License v2 # $Header: /var/cvsroot/gentoo-x86/eclass/cvs.eclass,v 1.68 2006/12/11 00:16:28 vapier Exp $ # # Maintainer: vapier@gentoo.org (and anyone who wants to help) inherit eutils # This eclass provides the generic cvs fetching functions. To use # this from an ebuild, set the `ebuild-configurable settings' as # specified below in your ebuild before inheriting. Then either leave # the default src_unpack or extend over cvs_src_unpack. If you find # that you need to call the cvs_* functions directly, I'd be # interested to hear about it. # TODO: # Implement more auth types (gserver?, kserver?) # Support additional remote shells with `ext' authentication (does # anyone actually need to use it with anything other than SSH?) # Users shouldn't change these settings! The ebuild/eclass inheriting # this eclass will take care of that. If you want to set the global # KDE cvs ebuilds' settings, see the comments in kde-source.eclass. # --- begin ebuild-configurable settings # ECVS_CVS_COMMAND -- CVS command to run # # You can set, for example, "cvs -t" for extensive debug information # on the cvs connection. The default of "cvs -q -f -z4" means to be # quiet, to disregard the ~/.cvsrc config file and to use maximum # compression. [[ -z ${ECVS_CVS_COMPRESS} ]] && ECVS_CVS_COMPRESS="-z1" [[ -z ${ECVS_CVS_OPTIONS} ]] && ECVS_CVS_OPTIONS="-q -f" [[ -z ${ECVS_CVS_COMMAND} ]] && ECVS_CVS_COMMAND="cvs ${ECVS_CVS_OPTIONS} ${ECVS_CVS_COMPRESS}" # ECVS_UP_OPTS, ECVS_CO_OPTS -- CVS options given after the cvs # command (update or checkout). # # Don't remove -dP from update or things won't work. [ -z "$ECVS_UP_OPTS" ] && ECVS_UP_OPTS="-dP" [ -z "$ECVS_CO_OPTS" ] && ECVS_CO_OPTS="" # ECVS_LOCAL -- If this is set, the CVS module will be fetched # non-recursively. Refer to the information in the CVS man page # regarding the -l command option (not the -l global option). # ECVS_LOCALNAME -- local name of checkout directory # # This is useful if the module on the server is called something # common like 'driver' or is nested deep in a tree, and you don't like # useless empty directories. # # WARNING: Set this only from within ebuilds! If set in your shell or # some such, things will break because the ebuild won't expect it and # have e.g. a wrong $S setting. # ECVS_TOP_DIR -- The directory under which CVS modules are checked # out. [ -z "$ECVS_TOP_DIR" ] && ECVS_TOP_DIR="${PORTAGE_ACTUAL_DISTDIR-${DISTDIR}}/cvs-src" # ECVS_SERVER -- CVS path # # The format is "server:/dir", e.g. "anoncvs.kde.org:/home/kde". # Remove the other parts of the full CVSROOT, which might look like # ":pserver:anonymous@anoncvs.kde.org:/home/kde"; this is generated # using other settings also. # # Set this to "offline" to disable fetching (i.e. to assume the module # is already checked out in ECVS_TOP_DIR). [ -z "$ECVS_SERVER" ] && ECVS_SERVER="offline" # ECVS_MODULE -- the name of the CVS module to be fetched # # This must be set when cvs_src_unpack is called. This can include # several directory levels, i.e. "foo/bar/baz" #[ -z "$ECVS_MODULE" ] && die "$ECLASS: error: ECVS_MODULE not set, cannot continue" # ECVS_BRANCH -- the name of the branch/tag to use # The default is "HEAD". The following default _will_ reset your # branch checkout to head if used. #[ -z "$ECVS_BRANCH" ] && ECVS_BRANCH="HEAD" # ECVS_AUTH -- authentication method to use # # Possible values are "pserver" and "ext". If `ext' authentication is # used, the remote shell to use can be specified in CVS_RSH (SSH is # used by default). Currently, the only supported remote shell for # `ext' authentication is SSH. # # Armando Di Cianno <fafhrd@gentoo.org> 2004/09/27 # - Added "no" as a server type, which uses no AUTH method, nor # does it login # e.g. # "cvs -danoncvs@savannah.gnu.org:/cvsroot/backbone co System" # ( from gnustep-apps/textedit ) [ -z "$ECVS_AUTH" ] && ECVS_AUTH="pserver" # ECVS_USER -- Username to use for authentication on the remote server [ -z "$ECVS_USER" ] && ECVS_USER="anonymous" # ECVS_PASS -- Password to use for authentication on the remote server [ -z "$ECVS_PASS" ] && ECVS_PASS="" # ECVS_SSH_HOST_KEY # # If SSH is used for `ext' authentication, use this variable to # specify the host key of the remote server. The format of the value # should be the same format that is used for the SSH known hosts file. # # WARNING: If a SSH host key is not specified using this variable, the # remote host key will not be verified. # ECVS_CLEAN -- Set this to get a clean copy when updating (passes the # -C option to cvs update) # ECVS_RUNAS # # Specifies an alternate (non-root) user to use to run cvs. Currently # b0rked and wouldn't work with portage userpriv anyway without # special magic. # [ -z "$ECVS_RUNAS" ] && ECVS_RUNAS="`whoami`" # ECVS_SUBDIR -- deprecated, do not use [ -n "$ECVS_SUBDIR" ] && die "ERROR: deprecated ECVS_SUBDIR defined. Please fix this ebuild." # --- end ebuild-configurable settings --- # add cvs to deps # ssh is used for ext auth # sudo is used to run as a specified user DEPEND="dev-util/cvs" [ -n "$ECVS_RUNAS" ] && DEPEND="$DEPEND app-admin/sudo" if [ "$ECVS_AUTH" == "ext" ]; then #default to ssh [ -z "$CVS_RSH" ] && export CVS_RSH="ssh" if [ "$CVS_RSH" != "ssh" ]; then die "Support for ext auth with clients other than ssh has not been implemented yet" fi DEPEND="${DEPEND} net-misc/openssh" fi # called from cvs_src_unpack cvs_fetch() { # Make these options local variables so that the global values are # not affected by modifications in this function. local ECVS_COMMAND="${ECVS_COMMAND}" local ECVS_UP_OPTS="${ECVS_UP_OPTS}" local ECVS_CO_OPTS="${ECVS_CO_OPTS}" debug-print-function $FUNCNAME $* # Update variables that are modified by ebuild parameters, which # should be effective every time cvs_fetch is called, and not just # every time cvs.eclass is inherited # Handle parameter for local (non-recursive) fetching if [ -n "$ECVS_LOCAL" ]; then ECVS_UP_OPTS="$ECVS_UP_OPTS -l" ECVS_CO_OPTS="$ECVS_CO_OPTS -l" fi # Handle ECVS_BRANCH option # # Because CVS auto-switches branches, we just have to pass the # correct -rBRANCH option when updating. if [ -n "$ECVS_BRANCH" ]; then ECVS_UP_OPTS="$ECVS_UP_OPTS -r$ECVS_BRANCH" ECVS_CO_OPTS="$ECVS_CO_OPTS -r$ECVS_BRANCH" fi # Handle ECVS_LOCALNAME, which specifies the local directory name # to use. Note that the -d command option is not equivalent to # the global -d option. if [ "$ECVS_LOCALNAME" != "$ECVS_MODULE" ]; then ECVS_CO_OPTS="$ECVS_CO_OPTS -d $ECVS_LOCALNAME" fi if [ -n "$ECVS_CLEAN" ]; then ECVS_UP_OPTS="$ECVS_UP_OPTS -C" fi # It would be easiest to always be in "run-as mode", logic-wise, # if sudo didn't ask for a password even when sudo'ing to `whoami`. if [ -z "$ECVS_RUNAS" ]; then run="" else run="sudo -u $ECVS_RUNAS" fi # Create the top dir if needed if [ ! -d "$ECVS_TOP_DIR" ]; then # Note that the addwrite statements in this block are only # there to allow creating ECVS_TOP_DIR; we allow writing # inside it separately. # This is because it's simpler than trying to find out the # parent path of the directory, which would need to be the # real path and not a symlink for things to work (so we can't # just remove the last path element in the string) debug-print "$FUNCNAME: checkout mode. creating cvs directory" addwrite /foobar addwrite / $run mkdir -p "/$ECVS_TOP_DIR" export SANDBOX_WRITE="${SANDBOX_WRITE//:\/foobar:\/}" fi # In case ECVS_TOP_DIR is a symlink to a dir, get the real path, # otherwise addwrite() doesn't work. cd -P "$ECVS_TOP_DIR" > /dev/null ECVS_TOP_DIR="`/bin/pwd`" # Disable the sandbox for this dir addwrite "$ECVS_TOP_DIR" # Chown the directory and all of its contents if [ -n "$ECVS_RUNAS" ]; then $run chown -R "$ECVS_RUNAS" "/$ECVS_TOP_DIR" fi # Determine the CVS command mode (checkout or update) if [ ! -d "$ECVS_TOP_DIR/$ECVS_LOCALNAME/CVS" ]; then mode=checkout else mode=update fi # Our server string (i.e. CVSROOT) without the password so it can # be put in Root if [ "$ECVS_AUTH" == "no" ] then local server="${ECVS_USER}@${ECVS_SERVER}" else local connection="${ECVS_AUTH}" [[ -n ${ECVS_PROXY} ]] && connection="${connection};proxy=${ECVS_PROXY}" [[ -n ${ECVS_PROXY_PORT} ]] && connection="${connection};proxyport=${ECVS_PROXY_PORT}" local server=":${connection}:${ECVS_USER}@${ECVS_SERVER}" fi # Switch servers automagically if needed if [ "$mode" == "update" ]; then cd /$ECVS_TOP_DIR/$ECVS_LOCALNAME local oldserver="`$run cat CVS/Root`" if [ "$server" != "$oldserver" ]; then einfo "Changing the CVS server from $oldserver to $server:" debug-print "$FUNCNAME: Changing the CVS server from $oldserver to $server:" einfo "Searching for CVS directories ..." local cvsdirs="`$run find . -iname CVS -print`" debug-print "$FUNCNAME: CVS directories found:" debug-print "$cvsdirs" einfo "Modifying CVS directories ..." for x in $cvsdirs; do debug-print "In $x" $run echo "$server" > "$x/Root" done fi fi # Prepare a cvspass file just for this session, we don't want to # mess with ~/.cvspass touch "${T}/cvspass" export CVS_PASSFILE="${T}/cvspass" if [ -n "$ECVS_RUNAS" ]; then chown "$ECVS_RUNAS" "${T}/cvspass" fi # The server string with the password in it, for login cvsroot_pass=":${ECVS_AUTH}:${ECVS_USER}:${ECVS_PASS}@${ECVS_SERVER}" # Ditto without the password, for checkout/update after login, so # that the CVS/Root files don't contain the password in plaintext if [ "$ECVS_AUTH" == "no" ] then cvsroot_nopass="${ECVS_USER}@${ECVS_SERVER}" else cvsroot_nopass=":${ECVS_AUTH}:${ECVS_USER}@${ECVS_SERVER}" fi # Commands to run cmdlogin="${run} ${ECVS_CVS_COMMAND} -d \"${cvsroot_pass}\" login" cmdupdate="${run} ${ECVS_CVS_COMMAND} -d \"${cvsroot_nopass}\" update ${ECVS_UP_OPTS} ${ECVS_LOCALNAME}" cmdcheckout="${run} ${ECVS_CVS_COMMAND} -d \"${cvsroot_nopass}\" checkout ${ECVS_CO_OPTS} ${ECVS_MODULE}" # Execute commands cd "${ECVS_TOP_DIR}" if [ "${ECVS_AUTH}" == "pserver" ]; then einfo "Running $cmdlogin" eval $cmdlogin || die "cvs login command failed" if [ "${mode}" == "update" ]; then einfo "Running $cmdupdate" eval $cmdupdate || die "cvs update command failed" elif [ "${mode}" == "checkout" ]; then einfo "Running $cmdcheckout" eval $cmdcheckout|| die "cvs checkout command failed" fi elif [ "${ECVS_AUTH}" == "ext" ] || [ "${ECVS_AUTH}" == "no" ]; then # Hack to support SSH password authentication # Backup environment variable values local CVS_ECLASS_ORIG_CVS_RSH="${CVS_RSH}" if [ "${SSH_ASKPASS+set}" == "set" ]; then local CVS_ECLASS_ORIG_SSH_ASKPASS="${SSH_ASKPASS}" else unset CVS_ECLASS_ORIG_SSH_ASKPASS fi if [ "${DISPLAY+set}" == "set" ]; then local CVS_ECLASS_ORIG_DISPLAY="${DISPLAY}" else unset CVS_ECLASS_ORIG_DISPLAY fi if [ "${CVS_RSH}" == "ssh" ]; then # Force SSH to use SSH_ASKPASS by creating python wrapper export CVS_RSH="${T}/cvs_sshwrapper" cat > "${CVS_RSH}"<<EOF #!/usr/bin/python import fcntl import os import sys try: fd = os.open('/dev/tty', 2) TIOCNOTTY=0x5422 try: fcntl.ioctl(fd, TIOCNOTTY) except: pass os.close(fd) except: pass newarglist = sys.argv[:] EOF # disable X11 forwarding which causes .xauth access violations # - 20041205 Armando Di Cianno <fafhrd@gentoo.org> echo "newarglist.insert(1, '-oClearAllForwardings=yes')" \ >> "${CVS_RSH}" echo "newarglist.insert(1, '-oForwardX11=no')" \ >> "${CVS_RSH}" # Handle SSH host key checking local CVS_ECLASS_KNOWN_HOSTS="${T}/cvs_ssh_known_hosts" echo "newarglist.insert(1, '-oUserKnownHostsFile=${CVS_ECLASS_KNOWN_HOSTS}')" \ >> "${CVS_RSH}" if [ -z "${ECVS_SSH_HOST_KEY}" ]; then ewarn "Warning: The SSH host key of the remote server will not be verified." einfo "A temporary known hosts list will be used." local CVS_ECLASS_STRICT_HOST_CHECKING="no" touch "${CVS_ECLASS_KNOWN_HOSTS}" else local CVS_ECLASS_STRICT_HOST_CHECKING="yes" echo "${ECVS_SSH_HOST_KEY}" > "${CVS_ECLASS_KNOWN_HOSTS}" fi echo -n "newarglist.insert(1, '-oStrictHostKeyChecking=" \ >> "${CVS_RSH}" echo "${CVS_ECLASS_STRICT_HOST_CHECKING}')" \ >> "${CVS_RSH}" echo "os.execv('/usr/bin/ssh', newarglist)" \ >> "${CVS_RSH}" chmod a+x "${CVS_RSH}" # Make sure DISPLAY is set (SSH will not use SSH_ASKPASS # if DISPLAY is not set) [ -z "${DISPLAY}" ] && DISPLAY="DISPLAY" export DISPLAY # Create a dummy executable to echo $ECVS_PASS export SSH_ASKPASS="${T}/cvs_sshechopass" if [ "${ECVS_AUTH}" != "no" ]; then echo -en "#!/bin/bash\necho \"$ECVS_PASS\"\n" \ > "${SSH_ASKPASS}" else echo -en "#!/bin/bash\nreturn\n" \ > "${SSH_ASKPASS}" fi chmod a+x "${SSH_ASKPASS}" fi if [ "${mode}" == "update" ]; then einfo "Running $cmdupdate" eval $cmdupdate || die "cvs update command failed" elif [ "${mode}" == "checkout" ]; then einfo "Running $cmdcheckout" eval $cmdcheckout|| die "cvs checkout command failed" fi # Restore environment variable values export CVS_RSH="${CVS_ECLASS_ORIG_CVS_RSH}" if [ "${CVS_ECLASS_ORIG_SSH_ASKPASS+set}" == "set" ]; then export SSH_ASKPASS="${CVS_ECLASS_ORIG_SSH_ASKPASS}" else unset SSH_ASKPASS fi if [ "${CVS_ECLASS_ORIG_DISPLAY+set}" == "set" ]; then export DISPLAY="${CVS_ECLASS_ORIG_DISPLAY}" else unset DISPLAY fi fi # Restore ownership. Not sure why this is needed, but someone # added it in the orig ECVS_RUNAS stuff. if [ -n "$ECVS_RUNAS" ]; then chown `whoami` "${T}/cvspass" fi } cvs_src_unpack() { debug-print-function $FUNCNAME $* debug-print "$FUNCNAME: init: ECVS_CVS_COMMAND=$ECVS_CVS_COMMAND ECVS_UP_OPTS=$ECVS_UP_OPTS ECVS_CO_OPTS=$ECVS_CO_OPTS ECVS_TOP_DIR=$ECVS_TOP_DIR ECVS_SERVER=$ECVS_SERVER ECVS_USER=$ECVS_USER ECVS_PASS=$ECVS_PASS ECVS_MODULE=$ECVS_MODULE ECVS_LOCAL=$ECVS_LOCAL ECVS_RUNAS=$ECVS_RUNAS ECVS_LOCALNAME=$ECVS_LOCALNAME" [ -z "$ECVS_MODULE" ] && die "ERROR: CVS module not set, cannot continue." local ECVS_LOCALNAME="${ECVS_LOCALNAME}" if [ -z "$ECVS_LOCALNAME" ]; then ECVS_LOCALNAME="$ECVS_MODULE" fi local sanitized_pn=$(echo "${PN}" | LC_ALL=C sed -e 's:[^A-Za-z0-9_]:_:g') local offline_pkg_var="ECVS_OFFLINE_${sanitized_pn}" if [ "${!offline_pkg_var}" == "1" -o "$ECVS_OFFLINE" == "1" -o "$ECVS_SERVER" == "offline" ]; then # We're not required to fetch anything; the module already # exists and shouldn't be updated. if [ -d "${ECVS_TOP_DIR}/${ECVS_LOCALNAME}" ]; then debug-print "$FUNCNAME: offline mode" else debug-print "$FUNCNAME: Offline mode specified but directory ${ECVS_TOP_DIR}/${ECVS_LOCALNAME} not found, exiting with error" die "ERROR: Offline mode specified, but directory ${ECVS_TOP_DIR}/${ECVS_LOCALNAME} not found. Aborting." fi elif [ -n "$ECVS_SERVER" ]; then # ECVS_SERVER!=offline --> real fetching mode einfo "Fetching CVS module $ECVS_MODULE into $ECVS_TOP_DIR ..." cvs_fetch else # ECVS_SERVER not set die "ERROR: CVS server not specified, cannot continue." fi einfo "Copying $ECVS_MODULE from $ECVS_TOP_DIR ..." debug-print "Copying module $ECVS_MODULE local_mode=$ECVS_LOCAL from $ECVS_TOP_DIR ..." # This is probably redundant, but best to make sure. mkdir -p "$WORKDIR/$ECVS_LOCALNAME" if [ -n "$ECVS_LOCAL" ]; then cp -f "$ECVS_TOP_DIR/$ECVS_LOCALNAME"/* "$WORKDIR/$ECVS_LOCALNAME" else cp -Rf "$ECVS_TOP_DIR/$ECVS_LOCALNAME" "$WORKDIR/$ECVS_LOCALNAME/.." fi # If the directory is empty, remove it; empty directories cannot # exist in cvs. This happens when, for example, kde-source # requests module/doc/subdir which doesn't exist. Still create # the empty directory in workdir though. if [ "`ls -A \"${ECVS_TOP_DIR}/${ECVS_LOCALNAME}\"`" == "CVS" ]; then debug-print "$FUNCNAME: removing empty CVS directory $ECVS_LOCALNAME" rm -rf "${ECVS_TOP_DIR}/${ECVS_LOCALNAME}" fi # Implement some of base_src_unpack's functionality; note however # that base.eclass may not have been inherited! if [ -n "$PATCHES" ]; then debug-print "$FUNCNAME: PATCHES=$PATCHES, S=$S, autopatching" cd "$S" epatch ${PATCHES} # Make sure we don't try to apply patches more than once, # since cvs_src_unpack is usually called several times from # e.g. kde-source_src_unpack export PATCHES="" fi einfo "CVS module ${ECVS_MODULE} is now in ${WORKDIR}" } EXPORT_FUNCTIONS src_unpack