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|
# Copyright 1999-2011 Gentoo Foundation
# Distributed under the terms of the GNU General Public License v2
# $Header: /var/cvsroot/gentoo-x86/eclass/eutils.eclass,v 1.362 2011/08/09 00:43:48 vapier Exp $
# @ECLASS: eutils.eclass
# @MAINTAINER:
# base-system@gentoo.org
# @BLURB: many extra (but common) functions that are used in ebuilds
# @DESCRIPTION:
# The eutils eclass contains a suite of functions that complement
# the ones that ebuild.sh already contain. The idea is that the functions
# are not required in all ebuilds but enough utilize them to have a common
# home rather than having multiple ebuilds implementing the same thing.
#
# Due to the nature of this eclass, some functions may have maintainers
# different from the overall eclass!
inherit multilib portability
DESCRIPTION="Based on the ${ECLASS} eclass"
if has "${EAPI:-0}" 0 1 2; then
# @FUNCTION: epause
# @USAGE: [seconds]
# @DESCRIPTION:
# Sleep for the specified number of seconds (default of 5 seconds). Useful when
# printing a message the user should probably be reading and often used in
# conjunction with the ebeep function. If the EPAUSE_IGNORE env var is set,
# don't wait at all. Defined in EAPIs 0 1 and 2.
epause() {
[[ -z ${EPAUSE_IGNORE} ]] && sleep ${1:-5}
}
# @FUNCTION: ebeep
# @USAGE: [number of beeps]
# @DESCRIPTION:
# Issue the specified number of beeps (default of 5 beeps). Useful when
# printing a message the user should probably be reading and often used in
# conjunction with the epause function. If the EBEEP_IGNORE env var is set,
# don't beep at all. Defined in EAPIs 0 1 and 2.
ebeep() {
local n
if [[ -z ${EBEEP_IGNORE} ]] ; then
for ((n=1 ; n <= ${1:-5} ; n++)) ; do
echo -ne "\a"
sleep 0.1 &>/dev/null ; sleep 0,1 &>/dev/null
echo -ne "\a"
sleep 1
done
fi
}
else
ebeep() {
ewarn "QA Notice: ebeep is not defined in EAPI=${EAPI}, please file a bug at http://bugs.gentoo.org"
}
epause() {
ewarn "QA Notice: epause is not defined in EAPI=${EAPI}, please file a bug at http://bugs.gentoo.org"
}
fi
# @FUNCTION: eqawarn
# @USAGE: [message]
# @DESCRIPTION:
# Proxy to einfo for package managers that don't provide eqawarn and use the PM
# implementation if available.
if ! declare -F eqawarn >/dev/null ; then
eqawarn() {
einfo "$@"
}
fi
# @FUNCTION: ecvs_clean
# @USAGE: [list of dirs]
# @DESCRIPTION:
# Remove CVS directories recursiveley. Useful when a source tarball contains
# internal CVS directories. Defaults to $PWD.
ecvs_clean() {
[[ -z $* ]] && set -- .
find "$@" -type d -name 'CVS' -prune -print0 | xargs -0 rm -rf
find "$@" -type f -name '.cvs*' -print0 | xargs -0 rm -rf
}
# @FUNCTION: esvn_clean
# @USAGE: [list of dirs]
# @DESCRIPTION:
# Remove .svn directories recursiveley. Useful when a source tarball contains
# internal Subversion directories. Defaults to $PWD.
esvn_clean() {
[[ -z $* ]] && set -- .
find "$@" -type d -name '.svn' -prune -print0 | xargs -0 rm -rf
}
# @FUNCTION: eshopts_push
# @USAGE: [options to `set` or `shopt`]
# @DESCRIPTION:
# Often times code will want to enable a shell option to change code behavior.
# Since changing shell options can easily break other pieces of code (which
# assume the default state), eshopts_push is used to (1) push the current shell
# options onto a stack and (2) pass the specified arguments to set.
#
# If the first argument is '-s' or '-u', we assume you want to call `shopt`
# rather than `set` as there are some options only available via that.
#
# A common example is to disable shell globbing so that special meaning/care
# may be used with variables/arguments to custom functions. That would be:
# @CODE
# eshopts_push -o noglob
# for x in ${foo} ; do
# if ...some check... ; then
# eshopts_pop
# return 0
# fi
# done
# eshopts_pop
# @CODE
eshopts_push() {
# have to assume __ESHOPTS_SAVE__ isn't screwed with
# as a `declare -a` here will reset its value
local i=${#__ESHOPTS_SAVE__[@]}
if [[ $1 == -[su] ]] ; then
__ESHOPTS_SAVE__[$i]=$(shopt -p)
[[ $# -eq 0 ]] && return 0
shopt "$@" || die "eshopts_push: bad options to shopt: $*"
else
__ESHOPTS_SAVE__[$i]=$-
[[ $# -eq 0 ]] && return 0
set "$@" || die "eshopts_push: bad options to set: $*"
fi
}
# @FUNCTION: eshopts_pop
# @USAGE:
# @DESCRIPTION:
# Restore the shell options to the state saved with the corresponding
# eshopts_push call. See that function for more details.
eshopts_pop() {
[[ $# -ne 0 ]] && die "eshopts_pop takes no arguments"
local i=$(( ${#__ESHOPTS_SAVE__[@]} - 1 ))
[[ ${i} -eq -1 ]] && die "eshopts_{push,pop}: unbalanced pair"
local s=${__ESHOPTS_SAVE__[$i]}
unset __ESHOPTS_SAVE__[$i]
if [[ ${s} == "shopt -"* ]] ; then
eval "${s}" || die "eshopts_pop: sanity: invalid shopt options: ${s}"
else
set +$- || die "eshopts_pop: sanity: invalid shell settings: $-"
set -${s} || die "eshopts_pop: sanity: unable to restore saved shell settings: ${s}"
fi
}
# @VARIABLE: EPATCH_SOURCE
# @DESCRIPTION:
# Default directory to search for patches.
EPATCH_SOURCE="${WORKDIR}/patch"
# @VARIABLE: EPATCH_SUFFIX
# @DESCRIPTION:
# Default extension for patches (do not prefix the period yourself).
EPATCH_SUFFIX="patch.bz2"
# @VARIABLE: EPATCH_OPTS
# @DESCRIPTION:
# Default options for patch:
# @CODE
# -g0 - keep RCS, ClearCase, Perforce and SCCS happy #24571
# --no-backup-if-mismatch - do not leave .orig files behind
# -E - automatically remove empty files
# @CODE
EPATCH_OPTS="-g0 -E --no-backup-if-mismatch"
# @VARIABLE: EPATCH_EXCLUDE
# @DESCRIPTION:
# List of patches not to apply. Note this is only file names,
# and not the full path. Globs accepted.
EPATCH_EXCLUDE=""
# @VARIABLE: EPATCH_SINGLE_MSG
# @DESCRIPTION:
# Change the printed message for a single patch.
EPATCH_SINGLE_MSG=""
# @VARIABLE: EPATCH_MULTI_MSG
# @DESCRIPTION:
# Change the printed message for multiple patches.
EPATCH_MULTI_MSG="Applying various patches (bugfixes/updates) ..."
# @VARIABLE: EPATCH_FORCE
# @DESCRIPTION:
# Only require patches to match EPATCH_SUFFIX rather than the extended
# arch naming style.
EPATCH_FORCE="no"
# @FUNCTION: epatch
# @USAGE: [patches] [dirs of patches]
# @DESCRIPTION:
# epatch is designed to greatly simplify the application of patches. It can
# process patch files directly, or directories of patches. The patches may be
# compressed (bzip/gzip/etc...) or plain text. You generally need not specify
# the -p option as epatch will automatically attempt -p0 to -p5 until things
# apply successfully.
#
# If you do not specify any options, then epatch will default to the directory
# specified by EPATCH_SOURCE.
#
# When processing directories, epatch will apply all patches that match:
# @CODE
# if ${EPATCH_FORCE} != "yes"
# ??_${ARCH}_foo.${EPATCH_SUFFIX}
# else
# *.${EPATCH_SUFFIX}
# @CODE
# The leading ?? are typically numbers used to force consistent patch ordering.
# The arch field is used to apply patches only for the host architecture with
# the special value of "all" means apply for everyone. Note that using values
# other than "all" is highly discouraged -- you should apply patches all the
# time and let architecture details be detected at configure/compile time.
#
# If EPATCH_SUFFIX is empty, then no period before it is implied when searching
# for patches to apply.
#
# Refer to the other EPATCH_xxx variables for more customization of behavior.
epatch() {
_epatch_draw_line() {
# create a line of same length as input string
[[ -z $1 ]] && set "$(printf "%65s" '')"
echo "${1//?/=}"
}
unset P4CONFIG P4PORT P4USER # keep perforce at bay #56402
# Let the rest of the code process one user arg at a time --
# each arg may expand into multiple patches, and each arg may
# need to start off with the default global EPATCH_xxx values
if [[ $# -gt 1 ]] ; then
local m
for m in "$@" ; do
epatch "${m}"
done
return 0
fi
local SINGLE_PATCH="no"
# no args means process ${EPATCH_SOURCE}
[[ $# -eq 0 ]] && set -- "${EPATCH_SOURCE}"
if [[ -f $1 ]] ; then
SINGLE_PATCH="yes"
set -- "$1"
# Use the suffix from the single patch (localize it); the code
# below will find the suffix for us
local EPATCH_SUFFIX=$1
elif [[ -d $1 ]] ; then
# Some people like to make dirs of patches w/out suffixes (vim)
set -- "$1"/*${EPATCH_SUFFIX:+."${EPATCH_SUFFIX}"}
elif [[ -f ${EPATCH_SOURCE}/$1 ]] ; then
# Re-use EPATCH_SOURCE as a search dir
epatch "${EPATCH_SOURCE}/$1"
return $?
else
# sanity check ... if it isn't a dir or file, wtf man ?
[[ $# -ne 0 ]] && EPATCH_SOURCE=$1
echo
eerror "Cannot find \$EPATCH_SOURCE! Value for \$EPATCH_SOURCE is:"
eerror
eerror " ${EPATCH_SOURCE}"
eerror " ( ${EPATCH_SOURCE##*/} )"
echo
die "Cannot find \$EPATCH_SOURCE!"
fi
local PIPE_CMD
case ${EPATCH_SUFFIX##*\.} in
xz) PIPE_CMD="xz -dc" ;;
lzma) PIPE_CMD="lzma -dc" ;;
bz2) PIPE_CMD="bzip2 -dc" ;;
gz|Z|z) PIPE_CMD="gzip -dc" ;;
ZIP|zip) PIPE_CMD="unzip -p" ;;
*) ;;
esac
[[ ${SINGLE_PATCH} == "no" ]] && einfo "${EPATCH_MULTI_MSG}"
local x
for x in "$@" ; do
# If the patch dir given contains subdirs, or our EPATCH_SUFFIX
# didn't match anything, ignore continue on
[[ ! -f ${x} ]] && continue
local patchname=${x##*/}
# Apply single patches, or forced sets of patches, or
# patches with ARCH dependant names.
# ???_arch_foo.patch
# Else, skip this input altogether
local a=${patchname#*_} # strip the ???_
a=${a%%_*} # strip the _foo.patch
if ! [[ ${SINGLE_PATCH} == "yes" || \
${EPATCH_FORCE} == "yes" || \
${a} == all || \
${a} == ${ARCH} ]]
then
continue
fi
# Let people filter things dynamically
if [[ -n ${EPATCH_EXCLUDE} ]] ; then
# let people use globs in the exclude
eshopts_push -o noglob
local ex
for ex in ${EPATCH_EXCLUDE} ; do
if [[ ${patchname} == ${ex} ]] ; then
eshopts_pop
continue 2
fi
done
eshopts_pop
fi
if [[ ${SINGLE_PATCH} == "yes" ]] ; then
if [[ -n ${EPATCH_SINGLE_MSG} ]] ; then
einfo "${EPATCH_SINGLE_MSG}"
else
einfo "Applying ${patchname} ..."
fi
else
einfo " ${patchname} ..."
fi
# most of the time, there will only be one run per unique name,
# but if there are more, make sure we get unique log filenames
local STDERR_TARGET="${T}/${patchname}.out"
if [[ -e ${STDERR_TARGET} ]] ; then
STDERR_TARGET="${T}/${patchname}-$$.out"
fi
printf "***** %s *****\n\n" "${patchname}" > "${STDERR_TARGET}"
# Decompress the patch if need be
local count=0
local PATCH_TARGET
if [[ -n ${PIPE_CMD} ]] ; then
PATCH_TARGET="${T}/$$.patch"
echo "PIPE_COMMAND: ${PIPE_CMD} ${x} > ${PATCH_TARGET}" >> "${STDERR_TARGET}"
if ! (${PIPE_CMD} "${x}" > "${PATCH_TARGET}") >> "${STDERR_TARGET}" 2>&1 ; then
echo
eerror "Could not extract patch!"
#die "Could not extract patch!"
count=5
break
fi
else
PATCH_TARGET=${x}
fi
# Check for absolute paths in patches. If sandbox is disabled,
# people could (accidently) patch files in the root filesystem.
# Or trigger other unpleasantries #237667. So disallow -p0 on
# such patches.
local abs_paths=$(egrep -n '^[-+]{3} /' "${PATCH_TARGET}" | awk '$2 != "/dev/null" { print }')
if [[ -n ${abs_paths} ]] ; then
count=1
printf "NOTE: skipping -p0 due to absolute paths in patch:\n%s\n" "${abs_paths}" >> "${STDERR_TARGET}"
fi
# Similar reason, but with relative paths.
local rel_paths=$(egrep -n '^[-+]{3} [^ ]*[.][.]/' "${PATCH_TARGET}")
if [[ -n ${rel_paths} ]] ; then
eqawarn "QA Notice: Your patch uses relative paths '../'."
eqawarn " In the future this will cause a failure."
eqawarn "${rel_paths}"
fi
# Dynamically detect the correct -p# ... i'm lazy, so shoot me :/
while [[ ${count} -lt 5 ]] ; do
# Generate some useful debug info ...
(
_epatch_draw_line "***** ${patchname} *****"
echo
echo "PATCH COMMAND: patch -p${count} ${EPATCH_OPTS} < '${PATCH_TARGET}'"
echo
_epatch_draw_line "***** ${patchname} *****"
patch -p${count} ${EPATCH_OPTS} --dry-run -f < "${PATCH_TARGET}" 2>&1
ret=$?
echo
echo "patch program exited with status ${ret}"
exit ${ret}
) >> "${STDERR_TARGET}"
if [ $? -eq 0 ] ; then
(
_epatch_draw_line "***** ${patchname} *****"
echo
echo "ACTUALLY APPLYING ${patchname} ..."
echo
_epatch_draw_line "***** ${patchname} *****"
patch -p${count} ${EPATCH_OPTS} < "${PATCH_TARGET}" 2>&1
ret=$?
echo
echo "patch program exited with status ${ret}"
exit ${ret}
) >> "${STDERR_TARGET}"
if [ $? -ne 0 ] ; then
echo
eerror "A dry-run of patch command succeeded, but actually"
eerror "applying the patch failed!"
#die "Real world sux compared to the dreamworld!"
count=5
fi
break
fi
: $(( count++ ))
done
# if we had to decompress the patch, delete the temp one
if [[ -n ${PIPE_CMD} ]] ; then
rm -f "${PATCH_TARGET}"
fi
if [[ ${count} -ge 5 ]] ; then
echo
eerror "Failed Patch: ${patchname} !"
eerror " ( ${PATCH_TARGET} )"
eerror
eerror "Include in your bugreport the contents of:"
eerror
eerror " ${STDERR_TARGET}"
echo
die "Failed Patch: ${patchname}!"
fi
# if everything worked, delete the patch log
rm -f "${STDERR_TARGET}"
eend 0
done
[[ ${SINGLE_PATCH} == "no" ]] && einfo "Done with patching"
: # everything worked
}
# @FUNCTION: epatch_user
# @USAGE:
# @DESCRIPTION:
# Applies user-provided patches to the source tree. The patches are
# taken from /etc/portage/patches/<CATEGORY>/<PF|P|PN>/, where the first
# of these three directories to exist will be the one to use, ignoring
# any more general directories which might exist as well.
#
# User patches are intended for quick testing of patches without ebuild
# modifications, as well as for permanent customizations a user might
# desire. Obviously, there can be no official support for arbitrarily
# patched ebuilds. So whenever a build log in a bug report mentions that
# user patches were applied, the user should be asked to reproduce the
# problem without these.
#
# Not all ebuilds do call this function, so placing patches in the
# stated directory might or might not work, depending on the package and
# the eclasses it inherits and uses. It is safe to call the function
# repeatedly, so it is always possible to add a call at the ebuild
# level. The first call is the time when the patches will be
# applied.
#
# Ideally, this function should be called after gentoo-specific patches
# have been applied, so that their code can be modified as well, but
# before calls to e.g. eautoreconf, as the user patches might affect
# autotool input files as well.
epatch_user() {
[[ $# -ne 0 ]] && die "epatch_user takes no options"
# Allow multiple calls to this function; ignore all but the first
local applied="${T}/epatch_user.applied"
[[ -e ${applied} ]] && return 2
# don't clobber any EPATCH vars that the parent might want
local EPATCH_SOURCE check base=${PORTAGE_CONFIGROOT%/}/etc/portage/patches
for check in {${CATEGORY}/${PF},${CATEGORY}/${P},${CATEGORY}/${PN}}; do
EPATCH_SOURCE=${base}/${CTARGET}/${check}
[[ -r ${EPATCH_SOURCE} ]] || EPATCH_SOURCE=${base}/${CHOST}/${check}
[[ -r ${EPATCH_SOURCE} ]] || EPATCH_SOURCE=${base}/${check}
if [[ -d ${EPATCH_SOURCE} ]] ; then
EPATCH_SOURCE=${EPATCH_SOURCE} \
EPATCH_SUFFIX="patch" \
EPATCH_FORCE="yes" \
EPATCH_MULTI_MSG="Applying user patches from ${EPATCH_SOURCE} ..." \
epatch
echo "${EPATCH_SOURCE}" > "${applied}"
return 0
fi
done
echo "none" > "${applied}"
return 1
}
# @FUNCTION: emktemp
# @USAGE: [temp dir]
# @DESCRIPTION:
# Cheap replacement for when debianutils (and thus mktemp)
# does not exist on the users system.
emktemp() {
local exe="touch"
[[ $1 == -d ]] && exe="mkdir" && shift
local topdir=$1
if [[ -z ${topdir} ]] ; then
[[ -z ${T} ]] \
&& topdir="/tmp" \
|| topdir=${T}
fi
if ! type -P mktemp > /dev/null ; then
# system lacks `mktemp` so we have to fake it
local tmp=/
while [[ -e ${tmp} ]] ; do
tmp=${topdir}/tmp.${RANDOM}.${RANDOM}.${RANDOM}
done
${exe} "${tmp}" || ${exe} -p "${tmp}"
echo "${tmp}"
else
# the args here will give slightly wierd names on BSD,
# but should produce a usable file on all userlands
if [[ ${exe} == "touch" ]] ; then
TMPDIR="${topdir}" mktemp -t tmp.XXXXXXXXXX
else
TMPDIR="${topdir}" mktemp -dt tmp.XXXXXXXXXX
fi
fi
}
# @FUNCTION: egetent
# @USAGE: <database> <key>
# @MAINTAINER:
# base-system@gentoo.org (Linux)
# Joe Jezak <josejx@gmail.com> (OS X)
# usata@gentoo.org (OS X)
# Aaron Walker <ka0ttic@gentoo.org> (FreeBSD)
# @DESCRIPTION:
# Small wrapper for getent (Linux),
# nidump (< Mac OS X 10.5), dscl (Mac OS X 10.5),
# and pw (FreeBSD) used in enewuser()/enewgroup()
egetent() {
case ${CHOST} in
*-darwin[678])
case "$2" in
*[!0-9]*) # Non numeric
nidump $1 . | awk -F":" "{ if (\$1 ~ /^$2\$/) {print \$0;exit;} }"
;;
*) # Numeric
nidump $1 . | awk -F":" "{ if (\$3 == $2) {print \$0;exit;} }"
;;
esac
;;
*-darwin*)
local mytype=$1
[[ "passwd" == $mytype ]] && mytype="Users"
[[ "group" == $mytype ]] && mytype="Groups"
case "$2" in
*[!0-9]*) # Non numeric
dscl . -read /$mytype/$2 2>/dev/null |grep RecordName
;;
*) # Numeric
local mykey="UniqueID"
[[ $mytype == "Groups" ]] && mykey="PrimaryGroupID"
dscl . -search /$mytype $mykey $2 2>/dev/null
;;
esac
;;
*-freebsd*|*-dragonfly*)
local opts action="user"
[[ $1 == "passwd" ]] || action="group"
# lookup by uid/gid
if [[ $2 == [[:digit:]]* ]] ; then
[[ ${action} == "user" ]] && opts="-u" || opts="-g"
fi
pw show ${action} ${opts} "$2" -q
;;
*-netbsd*|*-openbsd*)
grep "$2:\*:" /etc/$1
;;
*)
type -p nscd >& /dev/null && nscd -i "$1"
getent "$1" "$2"
;;
esac
}
# @FUNCTION: enewuser
# @USAGE: <user> [uid] [shell] [homedir] [groups] [params]
# @DESCRIPTION:
# Same as enewgroup, you are not required to understand how to properly add
# a user to the system. The only required parameter is the username.
# Default uid is (pass -1 for this) next available, default shell is
# /bin/false, default homedir is /dev/null, there are no default groups,
# and default params sets the comment as 'added by portage for ${PN}'.
enewuser() {
case ${EBUILD_PHASE} in
unpack|compile|test|install)
eerror "'enewuser()' called from '${EBUILD_PHASE}()' which is not a pkg_* function."
eerror "Package fails at QA and at life. Please file a bug."
die "Bad package! enewuser is only for use in pkg_* functions!"
esac
# get the username
local euser=$1; shift
if [[ -z ${euser} ]] ; then
eerror "No username specified !"
die "Cannot call enewuser without a username"
fi
# lets see if the username already exists
if [[ -n $(egetent passwd "${euser}") ]] ; then
return 0
fi
einfo "Adding user '${euser}' to your system ..."
# options to pass to useradd
local opts=
# handle uid
local euid=$1; shift
if [[ -n ${euid} && ${euid} != -1 ]] ; then
if [[ ${euid} -gt 0 ]] ; then
if [[ -n $(egetent passwd ${euid}) ]] ; then
euid="next"
fi
else
eerror "Userid given but is not greater than 0 !"
die "${euid} is not a valid UID"
fi
else
euid="next"
fi
if [[ ${euid} == "next" ]] ; then
for ((euid = 101; euid <= 999; euid++)); do
[[ -z $(egetent passwd ${euid}) ]] && break
done
fi
opts="${opts} -u ${euid}"
einfo " - Userid: ${euid}"
# handle shell
local eshell=$1; shift
if [[ ! -z ${eshell} ]] && [[ ${eshell} != "-1" ]] ; then
if [[ ! -e ${ROOT}${eshell} ]] ; then
eerror "A shell was specified but it does not exist !"
die "${eshell} does not exist in ${ROOT}"
fi
if [[ ${eshell} == */false || ${eshell} == */nologin ]] ; then
eerror "Do not specify ${eshell} yourself, use -1"
die "Pass '-1' as the shell parameter"
fi
else
for shell in /sbin/nologin /usr/sbin/nologin /bin/false /usr/bin/false /dev/null ; do
[[ -x ${ROOT}${shell} ]] && break
done
if [[ ${shell} == "/dev/null" ]] ; then
eerror "Unable to identify the shell to use, proceeding with userland default."
case ${USERLAND} in
GNU) shell="/bin/false" ;;
BSD) shell="/sbin/nologin" ;;
Darwin) shell="/usr/sbin/nologin" ;;
*) die "Unable to identify the default shell for userland ${USERLAND}"
esac
fi
eshell=${shell}
fi
einfo " - Shell: ${eshell}"
opts="${opts} -s ${eshell}"
# handle homedir
local ehome=$1; shift
if [[ -z ${ehome} ]] || [[ ${ehome} == "-1" ]] ; then
ehome="/dev/null"
fi
einfo " - Home: ${ehome}"
opts="${opts} -d ${ehome}"
# handle groups
local egroups=$1; shift
if [[ ! -z ${egroups} ]] ; then
local oldifs=${IFS}
local defgroup="" exgroups=""
export IFS=","
for g in ${egroups} ; do
export IFS=${oldifs}
if [[ -z $(egetent group "${g}") ]] ; then
eerror "You must add group ${g} to the system first"
die "${g} is not a valid GID"
fi
if [[ -z ${defgroup} ]] ; then
defgroup=${g}
else
exgroups="${exgroups},${g}"
fi
export IFS=","
done
export IFS=${oldifs}
opts="${opts} -g ${defgroup}"
if [[ ! -z ${exgroups} ]] ; then
opts="${opts} -G ${exgroups:1}"
fi
else
egroups="(none)"
fi
einfo " - Groups: ${egroups}"
# handle extra and add the user
local oldsandbox=${SANDBOX_ON}
export SANDBOX_ON="0"
case ${CHOST} in
*-darwin*)
### Make the user
if [[ -z $@ ]] ; then
dscl . create /users/${euser} uid ${euid}
dscl . create /users/${euser} shell ${eshell}
dscl . create /users/${euser} home ${ehome}
dscl . create /users/${euser} realname "added by portage for ${PN}"
### Add the user to the groups specified
local oldifs=${IFS}
export IFS=","
for g in ${egroups} ; do
dscl . merge /groups/${g} users ${euser}
done
export IFS=${oldifs}
else
einfo "Extra options are not supported on Darwin yet"
einfo "Please report the ebuild along with the info below"
einfo "eextra: $@"
die "Required function missing"
fi
;;
*-freebsd*|*-dragonfly*)
if [[ -z $@ ]] ; then
pw useradd ${euser} ${opts} \
-c "added by portage for ${PN}" \
die "enewuser failed"
else
einfo " - Extra: $@"
pw useradd ${euser} ${opts} \
"$@" || die "enewuser failed"
fi
;;
*-netbsd*)
if [[ -z $@ ]] ; then
useradd ${opts} ${euser} || die "enewuser failed"
else
einfo " - Extra: $@"
useradd ${opts} ${euser} "$@" || die "enewuser failed"
fi
;;
*-openbsd*)
if [[ -z $@ ]] ; then
useradd -u ${euid} -s ${eshell} \
-d ${ehome} -c "Added by portage for ${PN}" \
-g ${egroups} ${euser} || die "enewuser failed"
else
einfo " - Extra: $@"
useradd -u ${euid} -s ${eshell} \
-d ${ehome} -c "Added by portage for ${PN}" \
-g ${egroups} ${euser} "$@" || die "enewuser failed"
fi
;;
*)
if [[ -z $@ ]] ; then
useradd -r ${opts} \
-c "added by portage for ${PN}" \
${euser} \
|| die "enewuser failed"
else
einfo " - Extra: $@"
useradd -r ${opts} "$@" \
${euser} \
|| die "enewuser failed"
fi
;;
esac
if [[ ! -e ${ROOT}/${ehome} ]] ; then
einfo " - Creating ${ehome} in ${ROOT}"
mkdir -p "${ROOT}/${ehome}"
chown ${euser} "${ROOT}/${ehome}"
chmod 755 "${ROOT}/${ehome}"
fi
export SANDBOX_ON=${oldsandbox}
}
# @FUNCTION: enewgroup
# @USAGE: <group> [gid]
# @DESCRIPTION:
# This function does not require you to understand how to properly add a
# group to the system. Just give it a group name to add and enewgroup will
# do the rest. You may specify the gid for the group or allow the group to
# allocate the next available one.
enewgroup() {
case ${EBUILD_PHASE} in
unpack|compile|test|install)
eerror "'enewgroup()' called from '${EBUILD_PHASE}()' which is not a pkg_* function."
eerror "Package fails at QA and at life. Please file a bug."
die "Bad package! enewgroup is only for use in pkg_* functions!"
esac
# get the group
local egroup="$1"; shift
if [ -z "${egroup}" ]
then
eerror "No group specified !"
die "Cannot call enewgroup without a group"
fi
# see if group already exists
if [[ -n $(egetent group "${egroup}") ]]; then
return 0
fi
einfo "Adding group '${egroup}' to your system ..."
# options to pass to useradd
local opts=
# handle gid
local egid="$1"; shift
if [ ! -z "${egid}" ]
then
if [ "${egid}" -gt 0 ]
then
if [ -z "`egetent group ${egid}`" ]
then
if [[ "${CHOST}" == *-darwin* ]]; then
opts="${opts} ${egid}"
else
opts="${opts} -g ${egid}"
fi
else
egid="next available; requested gid taken"
fi
else
eerror "Groupid given but is not greater than 0 !"
die "${egid} is not a valid GID"
fi
else
egid="next available"
fi
einfo " - Groupid: ${egid}"
# handle extra
local eextra="$@"
opts="${opts} ${eextra}"
# add the group
local oldsandbox="${SANDBOX_ON}"
export SANDBOX_ON="0"
case ${CHOST} in
*-darwin*)
if [ ! -z "${eextra}" ];
then
einfo "Extra options are not supported on Darwin/OS X yet"
einfo "Please report the ebuild along with the info below"
einfo "eextra: ${eextra}"
die "Required function missing"
fi
# If we need the next available
case ${egid} in
*[!0-9]*) # Non numeric
for ((egid = 101; egid <= 999; egid++)); do
[[ -z $(egetent group ${egid}) ]] && break
done
esac
dscl . create /groups/${egroup} gid ${egid}
dscl . create /groups/${egroup} passwd '*'
;;
*-freebsd*|*-dragonfly*)
case ${egid} in
*[!0-9]*) # Non numeric
for ((egid = 101; egid <= 999; egid++)); do
[[ -z $(egetent group ${egid}) ]] && break
done
esac
pw groupadd ${egroup} -g ${egid} || die "enewgroup failed"
;;
*-netbsd*)
case ${egid} in
*[!0-9]*) # Non numeric
for ((egid = 101; egid <= 999; egid++)); do
[[ -z $(egetent group ${egid}) ]] && break
done
esac
groupadd -g ${egid} ${egroup} || die "enewgroup failed"
;;
*)
# We specify -r so that we get a GID in the system range from login.defs
groupadd -r ${opts} ${egroup} || die "enewgroup failed"
;;
esac
export SANDBOX_ON="${oldsandbox}"
}
# @FUNCTION: edos2unix
# @USAGE: <file> [more files ...]
# @DESCRIPTION:
# A handy replacement for dos2unix, recode, fixdos, etc... This allows you
# to remove all of these text utilities from DEPEND variables because this
# is a script based solution. Just give it a list of files to convert and
# they will all be changed from the DOS CRLF format to the UNIX LF format.
edos2unix() {
echo "$@" | xargs sed -i 's/\r$//'
}
# Make a desktop file !
# Great for making those icons in kde/gnome startmenu !
# Amaze your friends ! Get the women ! Join today !
#
# make_desktop_entry(<command>, [name], [icon], [type], [fields])
#
# binary: what command does the app run with ?
# name: the name that will show up in the menu
# icon: give your little like a pretty little icon ...
# this can be relative (to /usr/share/pixmaps) or
# a full path to an icon
# type: what kind of application is this ? for categories:
# http://standards.freedesktop.org/menu-spec/latest/apa.html
# fields: extra fields to append to the desktop file; a printf string
make_desktop_entry() {
[[ -z $1 ]] && die "make_desktop_entry: You must specify the executable"
local exec=${1}
local name=${2:-${PN}}
local icon=${3:-${PN}}
local type=${4}
local fields=${5}
if [[ -z ${type} ]] ; then
local catmaj=${CATEGORY%%-*}
local catmin=${CATEGORY##*-}
case ${catmaj} in
app)
case ${catmin} in
accessibility) type=Accessibility;;
admin) type=System;;
antivirus) type=System;;
arch) type=Archiving;;
backup) type=Archiving;;
cdr) type=DiscBurning;;
dicts) type=Dictionary;;
doc) type=Documentation;;
editors) type=TextEditor;;
emacs) type=TextEditor;;
emulation) type=Emulator;;
laptop) type=HardwareSettings;;
office) type=Office;;
pda) type=PDA;;
vim) type=TextEditor;;
xemacs) type=TextEditor;;
esac
;;
dev)
type="Development"
;;
games)
case ${catmin} in
action|fps) type=ActionGame;;
arcade) type=ArcadeGame;;
board) type=BoardGame;;
emulation) type=Emulator;;
kids) type=KidsGame;;
puzzle) type=LogicGame;;
roguelike) type=RolePlaying;;
rpg) type=RolePlaying;;
simulation) type=Simulation;;
sports) type=SportsGame;;
strategy) type=StrategyGame;;
esac
type="Game;${type}"
;;
gnome)
type="Gnome;GTK"
;;
kde)
type="KDE;Qt"
;;
mail)
type="Network;Email"
;;
media)
case ${catmin} in
gfx)
type=Graphics
;;
*)
case ${catmin} in
radio) type=Tuner;;
sound) type=Audio;;
tv) type=TV;;
video) type=Video;;
esac
type="AudioVideo;${type}"
;;
esac
;;
net)
case ${catmin} in
dialup) type=Dialup;;
ftp) type=FileTransfer;;
im) type=InstantMessaging;;
irc) type=IRCClient;;
mail) type=Email;;
news) type=News;;
nntp) type=News;;
p2p) type=FileTransfer;;
voip) type=Telephony;;
esac
type="Network;${type}"
;;
sci)
case ${catmin} in
astro*) type=Astronomy;;
bio*) type=Biology;;
calc*) type=Calculator;;
chem*) type=Chemistry;;
elec*) type=Electronics;;
geo*) type=Geology;;
math*) type=Math;;
physics) type=Physics;;
visual*) type=DataVisualization;;
esac
type="Education;Science;${type}"
;;
sys)
type="System"
;;
www)
case ${catmin} in
client) type=WebBrowser;;
esac
type="Network;${type}"
;;
*)
type=
;;
esac
fi
if [ "${SLOT}" == "0" ] ; then
local desktop_name="${PN}"
else
local desktop_name="${PN}-${SLOT}"
fi
local desktop="${T}/$(echo ${exec} | sed 's:[[:space:]/:]:_:g')-${desktop_name}.desktop"
#local desktop=${T}/${exec%% *:-${desktop_name}}.desktop
# Don't append another ";" when a valid category value is provided.
type=${type%;}${type:+;}
eshopts_push -s extglob
if [[ -n ${icon} && ${icon} != /* ]] && [[ ${icon} == *.xpm || ${icon} == *.png || ${icon} == *.svg ]]; then
ewarn "As described in the Icon Theme Specification, icon file extensions are not"
ewarn "allowed in .desktop files if the value is not an absolute path."
icon=${icon%.@(xpm|png|svg)}
fi
eshopts_pop
cat <<-EOF > "${desktop}"
[Desktop Entry]
Name=${name}
Type=Application
Comment=${DESCRIPTION}
Exec=${exec}
TryExec=${exec%% *}
Icon=${icon}
Categories=${type}
EOF
if [[ ${fields:-=} != *=* ]] ; then
# 5th arg used to be value to Path=
ewarn "make_desktop_entry: update your 5th arg to read Path=${fields}"
fields="Path=${fields}"
fi
[[ -n ${fields} ]] && printf '%b\n' "${fields}" >> "${desktop}"
(
# wrap the env here so that the 'insinto' call
# doesn't corrupt the env of the caller
insinto /usr/share/applications
doins "${desktop}"
) || die "installing desktop file failed"
}
# @FUNCTION: validate_desktop_entries
# @USAGE: [directories]
# @MAINTAINER:
# Carsten Lohrke <carlo@gentoo.org>
# @DESCRIPTION:
# Validate desktop entries using desktop-file-utils
validate_desktop_entries() {
if [[ -x /usr/bin/desktop-file-validate ]] ; then
einfo "Checking desktop entry validity"
local directories=""
for d in /usr/share/applications $@ ; do
[[ -d ${D}${d} ]] && directories="${directories} ${D}${d}"
done
if [[ -n ${directories} ]] ; then
for FILE in $(find ${directories} -name "*\.desktop" \
-not -path '*.hidden*' | sort -u 2>/dev/null)
do
local temp=$(desktop-file-validate ${FILE} | grep -v "warning:" | \
sed -e "s|error: ||" -e "s|${FILE}:|--|g" )
[[ -n $temp ]] && elog ${temp/--/${FILE/${D}/}:}
done
fi
echo ""
else
einfo "Passing desktop entry validity check. Install dev-util/desktop-file-utils, if you want to help to improve Gentoo."
fi
}
# @FUNCTION: make_session_desktop
# @USAGE: <title> <command> [command args...]
# @DESCRIPTION:
# Make a GDM/KDM Session file. The title is the file to execute to start the
# Window Manager. The command is the name of the Window Manager.
#
# You can set the name of the file via the ${wm} variable.
make_session_desktop() {
[[ -z $1 ]] && eerror "$0: You must specify the title" && return 1
[[ -z $2 ]] && eerror "$0: You must specify the command" && return 1
local title=$1
local command=$2
local desktop=${T}/${wm:-${PN}}.desktop
shift 2
cat <<-EOF > "${desktop}"
[Desktop Entry]
Name=${title}
Comment=This session logs you into ${title}
Exec=${command} $*
TryExec=${command}
Type=XSession
EOF
(
# wrap the env here so that the 'insinto' call
# doesn't corrupt the env of the caller
insinto /usr/share/xsessions
doins "${desktop}"
)
}
# @FUNCTION: domenu
# @USAGE: <menus>
# @DESCRIPTION:
# Install the list of .desktop menu files into the appropriate directory
# (/usr/share/applications).
domenu() {
(
# wrap the env here so that the 'insinto' call
# doesn't corrupt the env of the caller
local i j ret=0
insinto /usr/share/applications
for i in "$@" ; do
if [[ -f ${i} ]] ; then
doins "${i}"
((ret+=$?))
elif [[ -d ${i} ]] ; then
for j in "${i}"/*.desktop ; do
doins "${j}"
((ret+=$?))
done
else
((++ret))
fi
done
exit ${ret}
)
}
# @FUNCTION: newmenu
# @USAGE: <menu> <newname>
# @DESCRIPTION:
# Like all other new* functions, install the specified menu as newname.
newmenu() {
(
# wrap the env here so that the 'insinto' call
# doesn't corrupt the env of the caller
insinto /usr/share/applications
newins "$@"
)
}
# @FUNCTION: doicon
# @USAGE: <list of icons>
# @DESCRIPTION:
# Install the list of icons into the icon directory (/usr/share/pixmaps).
# This is useful in conjunction with creating desktop/menu files.
doicon() {
(
# wrap the env here so that the 'insinto' call
# doesn't corrupt the env of the caller
local i j ret
insinto /usr/share/pixmaps
for i in "$@" ; do
if [[ -f ${i} ]] ; then
doins "${i}"
((ret+=$?))
elif [[ -d ${i} ]] ; then
for j in "${i}"/*.png ; do
doins "${j}"
((ret+=$?))
done
else
((++ret))
fi
done
exit ${ret}
)
}
# @FUNCTION: newicon
# @USAGE: <icon> <newname>
# @DESCRIPTION:
# Like all other new* functions, install the specified icon as newname.
newicon() {
(
# wrap the env here so that the 'insinto' call
# doesn't corrupt the env of the caller
insinto /usr/share/pixmaps
newins "$@"
)
}
# for internal use only (unpack_pdv and unpack_makeself)
find_unpackable_file() {
local src=$1
if [[ -z ${src} ]] ; then
src=${DISTDIR}/${A}
else
if [[ -e ${DISTDIR}/${src} ]] ; then
src=${DISTDIR}/${src}
elif [[ -e ${PWD}/${src} ]] ; then
src=${PWD}/${src}
elif [[ -e ${src} ]] ; then
src=${src}
fi
fi
[[ ! -e ${src} ]] && return 1
echo "${src}"
}
# @FUNCTION: unpack_pdv
# @USAGE: <file to unpack> <size of off_t>
# @DESCRIPTION:
# Unpack those pesky pdv generated files ...
# They're self-unpacking programs with the binary package stuffed in
# the middle of the archive. Valve seems to use it a lot ... too bad
# it seems to like to segfault a lot :(. So lets take it apart ourselves.
#
# You have to specify the off_t size ... I have no idea how to extract that
# information out of the binary executable myself. Basically you pass in
# the size of the off_t type (in bytes) on the machine that built the pdv
# archive.
#
# One way to determine this is by running the following commands:
#
# @CODE
# strings <pdv archive> | grep lseek
# strace -elseek <pdv archive>
# @CODE
#
# Basically look for the first lseek command (we do the strings/grep because
# sometimes the function call is _llseek or something) and steal the 2nd
# parameter. Here is an example:
#
# @CODE
# vapier@vapier 0 pdv_unpack # strings hldsupdatetool.bin | grep lseek
# lseek
# vapier@vapier 0 pdv_unpack # strace -elseek ./hldsupdatetool.bin
# lseek(3, -4, SEEK_END) = 2981250
# @CODE
#
# Thus we would pass in the value of '4' as the second parameter.
unpack_pdv() {
local src=$(find_unpackable_file "$1")
local sizeoff_t=$2
[[ -z ${src} ]] && die "Could not locate source for '$1'"
[[ -z ${sizeoff_t} ]] && die "No idea what off_t size was used for this pdv :("
local shrtsrc=$(basename "${src}")
echo ">>> Unpacking ${shrtsrc} to ${PWD}"
local metaskip=$(tail -c ${sizeoff_t} "${src}" | hexdump -e \"%i\")
local tailskip=$(tail -c $((${sizeoff_t}*2)) "${src}" | head -c ${sizeoff_t} | hexdump -e \"%i\")
# grab metadata for debug reasons
local metafile=$(emktemp)
tail -c +$((${metaskip}+1)) "${src}" > "${metafile}"
# rip out the final file name from the metadata
local datafile=$(tail -c +$((${metaskip}+1)) "${src}" | strings | head -n 1)
datafile=$(basename "${datafile}")
# now lets uncompress/untar the file if need be
local tmpfile=$(emktemp)
tail -c +$((${tailskip}+1)) ${src} 2>/dev/null | head -c 512 > ${tmpfile}
local iscompressed=$(file -b "${tmpfile}")
if [[ ${iscompressed:0:8} == "compress" ]] ; then
iscompressed=1
mv ${tmpfile}{,.Z}
gunzip ${tmpfile}
else
iscompressed=0
fi
local istar=$(file -b "${tmpfile}")
if [[ ${istar:0:9} == "POSIX tar" ]] ; then
istar=1
else
istar=0
fi
#for some reason gzip dies with this ... dd cant provide buffer fast enough ?
#dd if=${src} ibs=${metaskip} count=1 \
# | dd ibs=${tailskip} skip=1 \
# | gzip -dc \
# > ${datafile}
if [ ${iscompressed} -eq 1 ] ; then
if [ ${istar} -eq 1 ] ; then
tail -c +$((${tailskip}+1)) ${src} 2>/dev/null \
| head -c $((${metaskip}-${tailskip})) \
| tar -xzf -
else
tail -c +$((${tailskip}+1)) ${src} 2>/dev/null \
| head -c $((${metaskip}-${tailskip})) \
| gzip -dc \
> ${datafile}
fi
else
if [ ${istar} -eq 1 ] ; then
tail -c +$((${tailskip}+1)) ${src} 2>/dev/null \
| head -c $((${metaskip}-${tailskip})) \
| tar --no-same-owner -xf -
else
tail -c +$((${tailskip}+1)) ${src} 2>/dev/null \
| head -c $((${metaskip}-${tailskip})) \
> ${datafile}
fi
fi
true
#[ -s "${datafile}" ] || die "failure unpacking pdv ('${metaskip}' '${tailskip}' '${datafile}')"
#assert "failure unpacking pdv ('${metaskip}' '${tailskip}' '${datafile}')"
}
# @FUNCTION: unpack_makeself
# @USAGE: [file to unpack] [offset] [tail|dd]
# @DESCRIPTION:
# Unpack those pesky makeself generated files ...
# They're shell scripts with the binary package tagged onto
# the end of the archive. Loki utilized the format as does
# many other game companies.
#
# If the file is not specified, then ${A} is used. If the
# offset is not specified then we will attempt to extract
# the proper offset from the script itself.
unpack_makeself() {
local src_input=${1:-${A}}
local src=$(find_unpackable_file "${src_input}")
local skip=$2
local exe=$3
[[ -z ${src} ]] && die "Could not locate source for '${src_input}'"
local shrtsrc=$(basename "${src}")
echo ">>> Unpacking ${shrtsrc} to ${PWD}"
if [[ -z ${skip} ]] ; then
local ver=$(grep -m1 -a '#.*Makeself' "${src}" | awk '{print $NF}')
local skip=0
exe=tail
case ${ver} in
1.5.*|1.6.0-nv) # tested 1.5.{3,4,5} ... guessing 1.5.x series is same
skip=$(grep -a ^skip= "${src}" | cut -d= -f2)
;;
2.0|2.0.1)
skip=$(grep -a ^$'\t'tail "${src}" | awk '{print $2}' | cut -b2-)
;;
2.1.1)
skip=$(grep -a ^offset= "${src}" | awk '{print $2}' | cut -b2-)
(( skip++ ))
;;
2.1.2)
skip=$(grep -a ^offset= "${src}" | awk '{print $3}' | head -n 1)
(( skip++ ))
;;
2.1.3)
skip=`grep -a ^offset= "${src}" | awk '{print $3}'`
(( skip++ ))
;;
2.1.4|2.1.5)
skip=$(grep -a offset=.*head.*wc "${src}" | awk '{print $3}' | head -n 1)
skip=$(head -n ${skip} "${src}" | wc -c)
exe="dd"
;;
*)
eerror "I'm sorry, but I was unable to support the Makeself file."
eerror "The version I detected was '${ver}'."
eerror "Please file a bug about the file ${shrtsrc} at"
eerror "http://bugs.gentoo.org/ so that support can be added."
die "makeself version '${ver}' not supported"
;;
esac
debug-print "Detected Makeself version ${ver} ... using ${skip} as offset"
fi
case ${exe} in
tail) exe="tail -n +${skip} '${src}'";;
dd) exe="dd ibs=${skip} skip=1 if='${src}'";;
*) die "makeself cant handle exe '${exe}'"
esac
# lets grab the first few bytes of the file to figure out what kind of archive it is
local filetype tmpfile=$(emktemp)
eval ${exe} 2>/dev/null | head -c 512 > "${tmpfile}"
filetype=$(file -b "${tmpfile}") || die
case ${filetype} in
*tar\ archive*)
eval ${exe} | tar --no-same-owner -xf -
;;
bzip2*)
eval ${exe} | bzip2 -dc | tar --no-same-owner -xf -
;;
gzip*)
eval ${exe} | tar --no-same-owner -xzf -
;;
compress*)
eval ${exe} | gunzip | tar --no-same-owner -xf -
;;
*)
eerror "Unknown filetype \"${filetype}\" ?"
false
;;
esac
assert "failure unpacking (${filetype}) makeself ${shrtsrc} ('${ver}' +${skip})"
}
# @FUNCTION: check_license
# @USAGE: [license]
# @DESCRIPTION:
# Display a license for user to accept. If no license is
# specified, then ${LICENSE} is used.
check_license() {
local lic=$1
if [ -z "${lic}" ] ; then
lic="${PORTDIR}/licenses/${LICENSE}"
else
if [ -e "${PORTDIR}/licenses/${lic}" ] ; then
lic="${PORTDIR}/licenses/${lic}"
elif [ -e "${PWD}/${lic}" ] ; then
lic="${PWD}/${lic}"
elif [ -e "${lic}" ] ; then
lic="${lic}"
fi
fi
local l="`basename ${lic}`"
# here is where we check for the licenses the user already
# accepted ... if we don't find a match, we make the user accept
local alic
eshopts_push -o noglob # so that bash doesn't expand "*"
for alic in ${ACCEPT_LICENSE} ; do
if [[ ${alic} == ${l} ]]; then
eshopts_pop
return 0
fi
done
eshopts_pop
[ ! -f "${lic}" ] && die "Could not find requested license ${lic}"
local licmsg=$(emktemp)
cat <<-EOF > ${licmsg}
**********************************************************
The following license outlines the terms of use of this
package. You MUST accept this license for installation to
continue. When you are done viewing, hit 'q'. If you
CTRL+C out of this, the install will not run!
**********************************************************
EOF
cat ${lic} >> ${licmsg}
${PAGER:-less} ${licmsg} || die "Could not execute pager (${PAGER}) to accept ${lic}"
einfon "Do you accept the terms of this license (${l})? [yes/no] "
read alic
case ${alic} in
yes|Yes|y|Y)
return 0
;;
*)
echo;echo;echo
eerror "You MUST accept the license to continue! Exiting!"
die "Failed to accept license"
;;
esac
}
# @FUNCTION: cdrom_get_cds
# @USAGE: <file on cd1> [file on cd2] [file on cd3] [...]
# @DESCRIPTION:
# Aquire cd(s) for those lovely cd-based emerges. Yes, this violates
# the whole 'non-interactive' policy, but damnit I want CD support !
#
# With these cdrom functions we handle all the user interaction and
# standardize everything. All you have to do is call cdrom_get_cds()
# and when the function returns, you can assume that the cd has been
# found at CDROM_ROOT.
#
# The function will attempt to locate a cd based upon a file that is on
# the cd. The more files you give this function, the more cds
# the cdrom functions will handle.
#
# Normally the cdrom functions will refer to the cds as 'cd #1', 'cd #2',
# etc... If you want to give the cds better names, then just export
# the appropriate CDROM_NAME variable before calling cdrom_get_cds().
# Use CDROM_NAME for one cd, or CDROM_NAME_# for multiple cds. You can
# also use the CDROM_NAME_SET bash array.
#
# For those multi cd ebuilds, see the cdrom_load_next_cd() function.
cdrom_get_cds() {
# first we figure out how many cds we're dealing with by
# the # of files they gave us
local cdcnt=0
local f=
for f in "$@" ; do
((++cdcnt))
export CDROM_CHECK_${cdcnt}="$f"
done
export CDROM_TOTAL_CDS=${cdcnt}
export CDROM_CURRENT_CD=1
# now we see if the user gave use CD_ROOT ...
# if they did, let's just believe them that it's correct
if [[ -n ${CD_ROOT}${CD_ROOT_1} ]] ; then
local var=
cdcnt=0
while [[ ${cdcnt} -lt ${CDROM_TOTAL_CDS} ]] ; do
((++cdcnt))
var="CD_ROOT_${cdcnt}"
[[ -z ${!var} ]] && var="CD_ROOT"
if [[ -z ${!var} ]] ; then
eerror "You must either use just the CD_ROOT"
eerror "or specify ALL the CD_ROOT_X variables."
eerror "In this case, you will need ${CDROM_TOTAL_CDS} CD_ROOT_X variables."
die "could not locate CD_ROOT_${cdcnt}"
fi
done
export CDROM_ROOT=${CD_ROOT_1:-${CD_ROOT}}
einfo "Found CD #${CDROM_CURRENT_CD} root at ${CDROM_ROOT}"
export CDROM_SET=-1
for f in ${CDROM_CHECK_1//:/ } ; do
((++CDROM_SET))
[[ -e ${CDROM_ROOT}/${f} ]] && break
done
export CDROM_MATCH=${f}
return
fi
# User didn't help us out so lets make sure they know they can
# simplify the whole process ...
if [[ ${CDROM_TOTAL_CDS} -eq 1 ]] ; then
einfo "This ebuild will need the ${CDROM_NAME:-cdrom for ${PN}}"
echo
einfo "If you do not have the CD, but have the data files"
einfo "mounted somewhere on your filesystem, just export"
einfo "the variable CD_ROOT so that it points to the"
einfo "directory containing the files."
echo
einfo "For example:"
einfo "export CD_ROOT=/mnt/cdrom"
echo
else
if [[ -n ${CDROM_NAME_SET} ]] ; then
# Translate the CDROM_NAME_SET array into CDROM_NAME_#
cdcnt=0
while [[ ${cdcnt} -lt ${CDROM_TOTAL_CDS} ]] ; do
((++cdcnt))
export CDROM_NAME_${cdcnt}="${CDROM_NAME_SET[$((${cdcnt}-1))]}"
done
fi
einfo "This package will need access to ${CDROM_TOTAL_CDS} cds."
cdcnt=0
while [[ ${cdcnt} -lt ${CDROM_TOTAL_CDS} ]] ; do
((++cdcnt))
var="CDROM_NAME_${cdcnt}"
[[ ! -z ${!var} ]] && einfo " CD ${cdcnt}: ${!var}"
done
echo
einfo "If you do not have the CDs, but have the data files"
einfo "mounted somewhere on your filesystem, just export"
einfo "the following variables so they point to the right place:"
einfon ""
cdcnt=0
while [[ ${cdcnt} -lt ${CDROM_TOTAL_CDS} ]] ; do
((++cdcnt))
echo -n " CD_ROOT_${cdcnt}"
done
echo
einfo "Or, if you have all the files in the same place, or"
einfo "you only have one cdrom, you can export CD_ROOT"
einfo "and that place will be used as the same data source"
einfo "for all the CDs."
echo
einfo "For example:"
einfo "export CD_ROOT_1=/mnt/cdrom"
echo
fi
export CDROM_SET=""
export CDROM_CURRENT_CD=0
cdrom_load_next_cd
}
# @FUNCTION: cdrom_load_next_cd
# @DESCRIPTION:
# Some packages are so big they come on multiple CDs. When you're done reading
# files off a CD and want access to the next one, just call this function.
# Again, all the messy details of user interaction are taken care of for you.
# Once this returns, just read the variable CDROM_ROOT for the location of the
# mounted CD. Note that you can only go forward in the CD list, so make sure
# you only call this function when you're done using the current CD.
cdrom_load_next_cd() {
local var
((++CDROM_CURRENT_CD))
unset CDROM_ROOT
var=CD_ROOT_${CDROM_CURRENT_CD}
[[ -z ${!var} ]] && var="CD_ROOT"
if [[ -z ${!var} ]] ; then
var="CDROM_CHECK_${CDROM_CURRENT_CD}"
_cdrom_locate_file_on_cd ${!var}
else
export CDROM_ROOT=${!var}
fi
einfo "Found CD #${CDROM_CURRENT_CD} root at ${CDROM_ROOT}"
}
# this is used internally by the cdrom_get_cds() and cdrom_load_next_cd()
# functions. this should *never* be called from an ebuild.
# all it does is try to locate a give file on a cd ... if the cd isn't
# found, then a message asking for the user to insert the cdrom will be
# displayed and we'll hang out here until:
# (1) the file is found on a mounted cdrom
# (2) the user hits CTRL+C
_cdrom_locate_file_on_cd() {
local mline=""
local showedmsg=0 showjolietmsg=0
while [[ -z ${CDROM_ROOT} ]] ; do
local i=0
local -a cdset=(${*//:/ })
if [[ -n ${CDROM_SET} ]] ; then
cdset=(${cdset[${CDROM_SET}]})
fi
while [[ -n ${cdset[${i}]} ]] ; do
local dir=$(dirname ${cdset[${i}]})
local file=$(basename ${cdset[${i}]})
local point= node= fs= foo=
while read point node fs foo ; do
[[ " cd9660 iso9660 udf " != *" ${fs} "* ]] && \
! [[ ${fs} == "subfs" && ",${opts}," == *",fs=cdfss,"* ]] \
&& continue
point=${point//\040/ }
[[ ! -d ${point}/${dir} ]] && continue
[[ -z $(find "${point}/${dir}" -maxdepth 1 -iname "${file}") ]] && continue
export CDROM_ROOT=${point}
export CDROM_SET=${i}
export CDROM_MATCH=${cdset[${i}]}
return
done <<< "$(get_mounts)"
((++i))
done
echo
if [[ ${showedmsg} -eq 0 ]] ; then
if [[ ${CDROM_TOTAL_CDS} -eq 1 ]] ; then
if [[ -z ${CDROM_NAME} ]] ; then
einfo "Please insert+mount the cdrom for ${PN} now !"
else
einfo "Please insert+mount the ${CDROM_NAME} cdrom now !"
fi
else
if [[ -z ${CDROM_NAME_1} ]] ; then
einfo "Please insert+mount cd #${CDROM_CURRENT_CD} for ${PN} now !"
else
local var="CDROM_NAME_${CDROM_CURRENT_CD}"
einfo "Please insert+mount the ${!var} cdrom now !"
fi
fi
showedmsg=1
fi
einfo "Press return to scan for the cd again"
einfo "or hit CTRL+C to abort the emerge."
echo
if [[ ${showjolietmsg} -eq 0 ]] ; then
showjolietmsg=1
else
ewarn "If you are having trouble with the detection"
ewarn "of your CD, it is possible that you do not have"
ewarn "Joliet support enabled in your kernel. Please"
ewarn "check that CONFIG_JOLIET is enabled in your kernel."
ebeep 5
fi
read || die "something is screwed with your system"
done
}
# @FUNCTION: strip-linguas
# @USAGE: [<allow LINGUAS>|<-i|-u> <directories of .po files>]
# @DESCRIPTION:
# Make sure that LINGUAS only contains languages that
# a package can support. The first form allows you to
# specify a list of LINGUAS. The -i builds a list of po
# files found in all the directories and uses the
# intersection of the lists. The -u builds a list of po
# files found in all the directories and uses the union
# of the lists.
strip-linguas() {
local ls newls nols
if [[ $1 == "-i" ]] || [[ $1 == "-u" ]] ; then
local op=$1; shift
ls=$(find "$1" -name '*.po' -exec basename {} .po ';'); shift
local d f
for d in "$@" ; do
if [[ ${op} == "-u" ]] ; then
newls=${ls}
else
newls=""
fi
for f in $(find "$d" -name '*.po' -exec basename {} .po ';') ; do
if [[ ${op} == "-i" ]] ; then
has ${f} ${ls} && newls="${newls} ${f}"
else
has ${f} ${ls} || newls="${newls} ${f}"
fi
done
ls=${newls}
done
else
ls="$@"
fi
nols=""
newls=""
for f in ${LINGUAS} ; do
if has ${f} ${ls} ; then
newls="${newls} ${f}"
else
nols="${nols} ${f}"
fi
done
[[ -n ${nols} ]] \
&& ewarn "Sorry, but ${PN} does not support the LINGUAS:" ${nols}
export LINGUAS=${newls:1}
}
# @FUNCTION: preserve_old_lib
# @USAGE: <libs to preserve> [more libs]
# @DESCRIPTION:
# These functions are useful when a lib in your package changes ABI SONAME.
# An example might be from libogg.so.0 to libogg.so.1. Removing libogg.so.0
# would break packages that link against it. Most people get around this
# by using the portage SLOT mechanism, but that is not always a relevant
# solution, so instead you can call this from pkg_preinst. See also the
# preserve_old_lib_notify function.
preserve_old_lib() {
if [[ ${EBUILD_PHASE} != "preinst" ]] ; then
eerror "preserve_old_lib() must be called from pkg_preinst() only"
die "Invalid preserve_old_lib() usage"
fi
[[ -z $1 ]] && die "Usage: preserve_old_lib <library to preserve> [more libraries to preserve]"
# let portage worry about it
has preserve-libs ${FEATURES} && return 0
local lib dir
for lib in "$@" ; do
[[ -e ${ROOT}/${lib} ]] || continue
dir=${lib%/*}
dodir ${dir} || die "dodir ${dir} failed"
cp "${ROOT}"/${lib} "${D}"/${lib} || die "cp ${lib} failed"
touch "${D}"/${lib}
done
}
# @FUNCTION: preserve_old_lib_notify
# @USAGE: <libs to notify> [more libs]
# @DESCRIPTION:
# Spit helpful messages about the libraries preserved by preserve_old_lib.
preserve_old_lib_notify() {
if [[ ${EBUILD_PHASE} != "postinst" ]] ; then
eerror "preserve_old_lib_notify() must be called from pkg_postinst() only"
die "Invalid preserve_old_lib_notify() usage"
fi
# let portage worry about it
has preserve-libs ${FEATURES} && return 0
local lib notice=0
for lib in "$@" ; do
[[ -e ${ROOT}/${lib} ]] || continue
if [[ ${notice} -eq 0 ]] ; then
notice=1
ewarn "Old versions of installed libraries were detected on your system."
ewarn "In order to avoid breaking packages that depend on these old libs,"
ewarn "the libraries are not being removed. You need to run revdep-rebuild"
ewarn "in order to remove these old dependencies. If you do not have this"
ewarn "helper program, simply emerge the 'gentoolkit' package."
ewarn
fi
# temp hack for #348634 #357225
[[ ${PN} == "mpfr" ]] && lib=${lib##*/}
ewarn " # revdep-rebuild --library '${lib}'"
done
if [[ ${notice} -eq 1 ]] ; then
ewarn
ewarn "Once you've finished running revdep-rebuild, it should be safe to"
ewarn "delete the old libraries. Here is a copy & paste for the lazy:"
for lib in "$@" ; do
ewarn " # rm '${lib}'"
done
fi
}
# @FUNCTION: built_with_use
# @USAGE: [--hidden] [--missing <action>] [-a|-o] <DEPEND ATOM> <List of USE flags>
# @DESCRIPTION:
#
# Deprecated: Use EAPI 2 use deps in DEPEND|RDEPEND and with has_version calls.
#
# A temporary hack until portage properly supports DEPENDing on USE
# flags being enabled in packages. This will check to see if the specified
# DEPEND atom was built with the specified list of USE flags. The
# --missing option controls the behavior if called on a package that does
# not actually support the defined USE flags (aka listed in IUSE).
# The default is to abort (call die). The -a and -o flags control
# the requirements of the USE flags. They correspond to "and" and "or"
# logic. So the -a flag means all listed USE flags must be enabled
# while the -o flag means at least one of the listed IUSE flags must be
# enabled. The --hidden option is really for internal use only as it
# means the USE flag we're checking is hidden expanded, so it won't be found
# in IUSE like normal USE flags.
#
# Remember that this function isn't terribly intelligent so order of optional
# flags matter.
built_with_use() {
local hidden="no"
if [[ $1 == "--hidden" ]] ; then
hidden="yes"
shift
fi
local missing_action="die"
if [[ $1 == "--missing" ]] ; then
missing_action=$2
shift ; shift
case ${missing_action} in
true|false|die) ;;
*) die "unknown action '${missing_action}'";;
esac
fi
local opt=$1
[[ ${opt:0:1} = "-" ]] && shift || opt="-a"
local PKG=$(best_version $1)
[[ -z ${PKG} ]] && die "Unable to resolve $1 to an installed package"
shift
local USEFILE=${ROOT}/var/db/pkg/${PKG}/USE
local IUSEFILE=${ROOT}/var/db/pkg/${PKG}/IUSE
# if the IUSE file doesn't exist, the read will error out, we need to handle
# this gracefully
if [[ ! -e ${USEFILE} ]] || [[ ! -e ${IUSEFILE} && ${hidden} == "no" ]] ; then
case ${missing_action} in
true) return 0;;
false) return 1;;
die) die "Unable to determine what USE flags $PKG was built with";;
esac
fi
if [[ ${hidden} == "no" ]] ; then
local IUSE_BUILT=( $(<"${IUSEFILE}") )
# Don't check USE_EXPAND #147237
local expand
for expand in $(echo ${USE_EXPAND} | tr '[:upper:]' '[:lower:]') ; do
if [[ $1 == ${expand}_* ]] ; then
expand=""
break
fi
done
if [[ -n ${expand} ]] ; then
if ! has $1 ${IUSE_BUILT[@]#[-+]} ; then
case ${missing_action} in
true) return 0;;
false) return 1;;
die) die "$PKG does not actually support the $1 USE flag!";;
esac
fi
fi
fi
local USE_BUILT=$(<${USEFILE})
while [[ $# -gt 0 ]] ; do
if [[ ${opt} = "-o" ]] ; then
has $1 ${USE_BUILT} && return 0
else
has $1 ${USE_BUILT} || return 1
fi
shift
done
[[ ${opt} = "-a" ]]
}
# @FUNCTION: epunt_cxx
# @USAGE: [dir to scan]
# @DESCRIPTION:
# Many configure scripts wrongly bail when a C++ compiler could not be
# detected. If dir is not specified, then it defaults to ${S}.
#
# http://bugs.gentoo.org/73450
epunt_cxx() {
local dir=$1
[[ -z ${dir} ]] && dir=${S}
ebegin "Removing useless C++ checks"
local f
find "${dir}" -name configure | while read f ; do
patch --no-backup-if-mismatch -p0 "${f}" "${PORTDIR}/eclass/ELT-patches/nocxx/nocxx.patch" > /dev/null
done
eend 0
}
# @FUNCTION: make_wrapper
# @USAGE: <wrapper> <target> [chdir] [libpaths] [installpath]
# @DESCRIPTION:
# Create a shell wrapper script named wrapper in installpath
# (defaults to the bindir) to execute target (default of wrapper) by
# first optionally setting LD_LIBRARY_PATH to the colon-delimited
# libpaths followed by optionally changing directory to chdir.
make_wrapper() {
local wrapper=$1 bin=$2 chdir=$3 libdir=$4 path=$5
local tmpwrapper=$(emktemp)
# We don't want to quote ${bin} so that people can pass complex
# things as $bin ... "./someprog --args"
cat << EOF > "${tmpwrapper}"
#!/bin/sh
cd "${chdir:-.}"
if [ -n "${libdir}" ] ; then
if [ "\${LD_LIBRARY_PATH+set}" = "set" ] ; then
export LD_LIBRARY_PATH="\${LD_LIBRARY_PATH}:${libdir}"
else
export LD_LIBRARY_PATH="${libdir}"
fi
fi
exec ${bin} "\$@"
EOF
chmod go+rx "${tmpwrapper}"
if [[ -n ${path} ]] ; then
(
exeinto "${path}"
newexe "${tmpwrapper}" "${wrapper}"
) || die
else
newbin "${tmpwrapper}" "${wrapper}" || die
fi
}
# @FUNCTION: path_exists
# @USAGE: [-a|-o] <paths>
# @DESCRIPTION:
# Check if the specified paths exist. Works for all types of paths
# (files/dirs/etc...). The -a and -o flags control the requirements
# of the paths. They correspond to "and" and "or" logic. So the -a
# flag means all the paths must exist while the -o flag means at least
# one of the paths must exist. The default behavior is "and". If no
# paths are specified, then the return value is "false".
path_exists() {
local opt=$1
[[ ${opt} == -[ao] ]] && shift || opt="-a"
# no paths -> return false
# same behavior as: [[ -e "" ]]
[[ $# -eq 0 ]] && return 1
local p r=0
for p in "$@" ; do
[[ -e ${p} ]]
: $(( r += $? ))
done
case ${opt} in
-a) return $(( r != 0 )) ;;
-o) return $(( r == $# )) ;;
esac
}
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