#!/bin/bash
#
#   makepkg - make packages compatible for use with pacman
#   @configure_input@
#
#   Copyright (c) 2006-2020 Pacman Development Team <pacman-dev@archlinux.org>
#   Copyright (c) 2002-2006 by Judd Vinet <jvinet@zeroflux.org>
#   Copyright (c) 2005 by Aurelien Foret <orelien@chez.com>
#   Copyright (c) 2006 by Miklos Vajna <vmiklos@frugalware.org>
#   Copyright (c) 2005 by Christian Hamar <krics@linuxforum.hu>
#   Copyright (c) 2006 by Alex Smith <alex@alex-smith.me.uk>
#   Copyright (c) 2006 by Andras Voroskoi <voroskoi@frugalware.org>
#
#   This program is free software; you can redistribute it and/or modify
#   it under the terms of the GNU General Public License as published by
#   the Free Software Foundation; either version 2 of the License, or
#   (at your option) any later version.
#
#   This program is distributed in the hope that it will be useful,
#   but WITHOUT ANY WARRANTY; without even the implied warranty of
#   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
#   GNU General Public License for more details.
#
#   You should have received a copy of the GNU General Public License
#   along with this program.  If not, see <http://www.gnu.org/licenses/>.
#

# makepkg uses quite a few external programs during its execution. You
# need to have at least the following installed for makepkg to function:
#   awk, bsdtar (libarchive), bzip2, coreutils, fakeroot, file, find (findutils),
#   gettext, gpg, grep, gzip, sed, tput (ncurses), xz

# gettext initialization
export TEXTDOMAIN='pacman-scripts'
export TEXTDOMAINDIR='@localedir@'

# file -i does not work on Mac OSX unless legacy mode is set
export COMMAND_MODE='legacy'
# Ensure CDPATH doesn't screw with our cd calls
unset CDPATH
# Ensure GREP_OPTIONS doesn't screw with our grep calls
unset GREP_OPTIONS

declare -r makepkg_version='@PACKAGE_VERSION@'
declare -r confdir='@sysconfdir@'
declare -r BUILDSCRIPT='@BUILDSCRIPT@'
declare -r startdir="$(pwd -P)"

LIBRARY=${LIBRARY:-'@libmakepkgdir@'}

# Options
ASDEPS=0
BUILDFUNC=0
BUILDPKG=1
CHECKFUNC=0
CLEANBUILD=0
CLEANUP=0
DEP_BIN=0
FORCE=0
GENINTEG=0
HOLDVER=0
IGNOREARCH=0
INFAKEROOT=0
INSTALL=0
LOGGING=0
NEEDED=0
NOARCHIVE=0
NOBUILD=0
NODEPS=0
NOEXTRACT=0
PKGFUNC=0
PKGVERFUNC=0
PREPAREFUNC=0
REPKG=0
REPRODUCIBLE=0
RMDEPS=0
SKIPCHECKSUMS=0
SKIPPGPCHECK=0
SIGNPKG=''
SPLITPKG=0
SOURCEONLY=0
VERIFYSOURCE=0

if [[ -n $SOURCE_DATE_EPOCH ]]; then
	REPRODUCIBLE=1
else
	SOURCE_DATE_EPOCH=$(date +%s)
fi
export SOURCE_DATE_EPOCH

PACMAN_OPTS=()

shopt -s extglob

### SUBROUTINES ###

# Import libmakepkg
for lib in "$LIBRARY"/*.sh; do
	source "$lib"
done

##
# Special exit call for traps, Don't print any error messages when inside,
# the fakeroot call, the error message will be printed by the main call.
##
trap_exit() {
	local signal=$1; shift

	if (( ! INFAKEROOT )); then
		echo
		error "$@"
	fi
	[[ -n $srclinks ]] && rm -rf "$srclinks"

	# unset the trap for this signal, and then call the default handler
	trap -- "$signal"
	kill "-$signal" "$$"
}


##
# Clean up function. Called automatically when the script exits.
##
clean_up() {
	local EXIT_CODE=$?

	if (( INFAKEROOT )); then
		# Don't clean up when leaving fakeroot, we're not done yet.
		return 0
	fi

	if [[ -p $logpipe ]]; then
		rm "$logpipe"
	fi

	if (( (EXIT_CODE == E_OK || EXIT_CODE == E_INSTALL_FAILED) && BUILDPKG && CLEANUP )); then
		local pkg file

		# If it's a clean exit and -c/--clean has been passed...
		msg "$(gettext "Cleaning up...")"
		rm -rf "$pkgdirbase" "$srcdir"
		if [[ -n $pkgbase ]]; then
			local fullver=$(get_full_version)
			# Can't do this unless the BUILDSCRIPT has been sourced.
			if (( PKGVERFUNC )); then
				rm -f "${pkgbase}-${fullver}-${CARCH}-pkgver.log"*
			fi
			if (( PREPAREFUNC )); then
				rm -f "${pkgbase}-${fullver}-${CARCH}-prepare.log"*
			fi
			if (( BUILDFUNC )); then
				rm -f "${pkgbase}-${fullver}-${CARCH}-build.log"*
			fi
			if (( CHECKFUNC )); then
				rm -f "${pkgbase}-${fullver}-${CARCH}-check.log"*
			fi
			if (( PKGFUNC )); then
				rm -f "${pkgbase}-${fullver}-${CARCH}-package.log"*
			elif (( SPLITPKG )); then
				for pkg in ${pkgname[@]}; do
					rm -f "${pkgbase}-${fullver}-${CARCH}-package_${pkg}.log"*
				done
			fi

			# clean up dangling symlinks to packages
			for pkg in ${pkgname[@]}; do
				for file in ${pkg}-*-*-*{${PKGEXT},${SRCEXT}}; do
					if [[ -h $file && ! -e $file ]]; then
						rm -f "$file"
					fi
				done
			done
		fi
	fi

	if ! remove_deps && (( EXIT_CODE == E_OK )); then
	    exit $E_REMOVE_DEPS_FAILED
	else
	    exit $EXIT_CODE
	fi
}

enter_fakeroot() {
	msg "$(gettext "Entering %s environment...")" "fakeroot"
	fakeroot -- bash -$- "${BASH_SOURCE[0]}" -F "${ARGLIST[@]}" || exit $?
}

# Automatically update pkgver variable if a pkgver() function is provided
# Re-sources the PKGBUILD afterwards to allow for other variables that use $pkgver
update_pkgver() {
	msg "$(gettext "Starting %s()...")" "pkgver"
	newpkgver=$(run_function_safe pkgver)
	if (( $? != 0 )); then
		error_function pkgver
	fi
	if ! check_pkgver "$newpkgver"; then
		error "$(gettext "pkgver() generated an invalid version: %s")" "$newpkgver"
		exit $E_PKGBUILD_ERROR
	fi

	if [[ -n $newpkgver && $newpkgver != "$pkgver" ]]; then
		if [[ -f $BUILDFILE && -w $BUILDFILE ]]; then
			if ! @SEDPATH@ @SEDINPLACEFLAGS@ "s:^pkgver=[^ ]*:pkgver=$newpkgver:" "$BUILDFILE"; then
				error "$(gettext "Failed to update %s from %s to %s")" \
						"pkgver" "$pkgver" "$newpkgver"
				exit $E_PKGBUILD_ERROR
			fi
			@SEDPATH@ @SEDINPLACEFLAGS@ "s:^pkgrel=[^ ]*:pkgrel=1:" "$BUILDFILE"
			source_safe "$BUILDFILE"
			local fullver=$(get_full_version)
			msg "$(gettext "Updated version: %s")" "$pkgbase $fullver"
		else
			warning "$(gettext "%s is not writeable -- pkgver will not be updated")" \
					"$BUILDFILE"
		fi
	fi
}

# Print 'source not found' error message and exit makepkg
missing_source_file() {
	error "$(gettext "Unable to find source file %s.")" "$(get_filename "$1")"
	plain "$(gettext "Aborting...")"
	exit $E_MISSING_FILE
}

run_pacman() {
	local cmd
	if [[ $1 = -@(T|Q)*([[:alpha:]]) ]]; then
		cmd=("$PACMAN_PATH" "$@")
	else
		cmd=("$PACMAN_PATH" "${PACMAN_OPTS[@]}" "$@")
		if type -p sudo >/dev/null; then
			cmd=(sudo "${cmd[@]}")
		else
			cmd=(su root -c "$(printf '%q ' "${cmd[@]}")")
		fi
		local lockfile="$(pacman-conf DBPath)/db.lck"
		while [[ -f $lockfile ]]; do
			local timer=0
			msg "$(gettext "Pacman is currently in use, please wait...")"
			while [[ -f $lockfile ]] && (( timer < 10 )); do
				(( ++timer ))
				sleep 3
			done
		done
	fi
	"${cmd[@]}"
}

check_deps() {
	(( $# > 0 )) || return 0

	local ret=0
	local pmout
	pmout=$(run_pacman -T "$@")
	ret=$?

	if (( ret == 127 )); then #unresolved deps
		printf "%s\n" "$pmout"
	elif (( ret )); then
		error "$(gettext "'%s' returned a fatal error (%i): %s")" "$PACMAN" "$ret" "$pmout"
		return "$ret"
	fi
}

handle_deps() {
	local R_DEPS_SATISFIED=0
	local R_DEPS_MISSING=1

	(( $# == 0 )) && return $R_DEPS_SATISFIED

	local deplist=("$@")

	if (( ! DEP_BIN )); then
		return $R_DEPS_MISSING
	fi

	if (( DEP_BIN )); then
		# install missing deps from binary packages (using pacman -S)
		msg "$(gettext "Installing missing dependencies...")"

		if ! run_pacman -S --asdeps "${deplist[@]}"; then
			error "$(gettext "'%s' failed to install missing dependencies.")" "$PACMAN"
			return $R_DEPS_MISSING
		fi
	fi

	# we might need the new system environment
	# save our shell options and turn off extglob
	local shellopts=$(shopt -p extglob)
	shopt -u extglob
	source /etc/profile &>/dev/null
	eval "$shellopts"

	# umask might have been changed in /etc/profile
	# ensure that sane default is set again
	umask 0022

	return $R_DEPS_SATISFIED
}

resolve_deps() {
	local R_DEPS_SATISFIED=0
	local R_DEPS_MISSING=1

	# deplist cannot be declared like this: local deplist=$(foo)
	# Otherwise, the return value will depend on the assignment.
	local deplist
	deplist=($(check_deps "$@")) || exit $E_INSTALL_DEPS_FAILED
	[[ -z $deplist ]] && return $R_DEPS_SATISFIED

	if handle_deps "${deplist[@]}"; then
		# check deps again to make sure they were resolved
		deplist=$(check_deps "$@")
		[[ -z $deplist ]] && return $R_DEPS_SATISFIED
	fi

	msg "$(gettext "Missing dependencies:")"
	local dep
	for dep in ${deplist[@]}; do
		msg2 "$dep"
	done

	return $R_DEPS_MISSING
}

remove_deps() {
	(( ! RMDEPS )) && return 0

	# check for packages removed during dependency install (e.g. due to conflicts)
	# removing all installed packages is risky in this case
	if [[ -n $(grep -xvFf <(printf '%s\n' "${current_pkglist[@]}") \
			<(printf '%s\n' "${original_pkglist[@]}")) ]]; then
		warning "$(gettext "Failed to remove installed dependencies.")"
		return $E_REMOVE_DEPS_FAILED
	fi

	local deplist
	deplist=($(grep -xvFf <(printf "%s\n" "${original_pkglist[@]}") \
			<(printf "%s\n" "${current_pkglist[@]}")))
	if [[ -z $deplist ]]; then
		return 0
	fi

	msg "Removing installed dependencies..."
	# exit cleanly on failure to remove deps as package has been built successfully
	if ! run_pacman -Rnu ${deplist[@]}; then
		warning "$(gettext "Failed to remove installed dependencies.")"
		return $E_REMOVE_DEPS_FAILED
	fi
}

error_function() {
	# first exit all subshells, then print the error
	if (( ! BASH_SUBSHELL )); then
		error "$(gettext "A failure occurred in %s().")" "$1"
		plain "$(gettext "Aborting...")"
	fi
	exit $E_USER_FUNCTION_FAILED
}

merge_arch_attrs() {
	local attr supported_attrs=(
		provides conflicts depends replaces optdepends
		makedepends checkdepends)

	for attr in "${supported_attrs[@]}"; do
		eval "$attr+=(\"\${${attr}_$CARCH[@]}\")"
	done

	# ensure that calling this function is idempotent.
	unset -v "${supported_attrs[@]/%/_$CARCH}"
}

source_buildfile() {
	source_safe "$@"
}

run_function_safe() {
	local restoretrap restoreshopt

	# we don't set any special shopts of our own, but we don't want the user to
	# muck with our environment.
	restoreshopt=$(shopt -p)

	# localize 'set' shell options to this function - this does not work for shopt
	local -
	shopt -o -s errexit errtrace

	restoretrap=$(trap -p ERR)
	trap "error_function '$1'" ERR

	run_function "$1"

	trap - ERR
	eval "$restoretrap"
	eval "$restoreshopt"
}

run_function() {
	if [[ -z $1 ]]; then
		return 1
	fi
	local pkgfunc="$1"

	if (( ! BASH_SUBSHELL )); then
		msg "$(gettext "Starting %s()...")" "$pkgfunc"
	fi
	cd_safe "$srcdir"

	local ret=0
	if (( LOGGING )); then
		local fullver=$(get_full_version)
		local BUILDLOG="$LOGDEST/${pkgbase}-${fullver}-${CARCH}-$pkgfunc.log"
		if [[ -f $BUILDLOG ]]; then
			local i=1
			while true; do
				if [[ -f $BUILDLOG.$i ]]; then
					i=$(($i +1))
				else
					break
				fi
			done
			mv "$BUILDLOG" "$BUILDLOG.$i"
		fi

		# ensure overridden package variables survive tee with split packages
		logpipe=$(mktemp -u "$LOGDEST/logpipe.XXXXXXXX")
		mkfifo "$logpipe"
		tee "$BUILDLOG" < "$logpipe" &
		local teepid=$!

		$pkgfunc &>"$logpipe"

		wait -f $teepid
		rm "$logpipe"
	else
		"$pkgfunc"
	fi
}

run_prepare() {
	run_function_safe "prepare"
}

run_build() {
	run_function_safe "build"
}

run_check() {
	run_function_safe "check"
}

run_package() {
	run_function_safe "package${1:+_$1}"
}

find_libdepends() {
	local d sodepends

	sodepends=0
	for d in "${depends[@]}"; do
		if [[ $d = *.so ]]; then
			sodepends=1
			break
		fi
	done

	if (( sodepends == 0 )); then
		(( ${#depends[@]} )) && printf '%s\n' "${depends[@]}"
		return 0
	fi

	local libdeps filename soarch sofile soname soversion
	declare -A libdeps

	while IFS= read -rd '' filename; do
		# get architecture of the file; if soarch is empty it's not an ELF binary
		soarch=$(LC_ALL=C readelf -h "$filename" 2>/dev/null | sed -n 's/.*Class.*ELF\(32\|64\)/\1/p')
		[[ -n "$soarch" ]] || continue

		# process all libraries needed by the binary
		for sofile in $(LC_ALL=C readelf -d "$filename" 2>/dev/null | sed -nr 's/.*Shared library: \[(.*)\].*/\1/p')
		do
			# extract the library name: libfoo.so
			soname="${sofile%.so?(+(.+([0-9])))}".so
			# extract the major version: 1
			soversion="${sofile##*\.so\.}"

			if [[ ${libdeps[$soname]} ]]; then
				if [[ ${libdeps[$soname]} != *${soversion}-${soarch}* ]]; then
					libdeps[$soname]+=" ${soversion}-${soarch}"
				fi
			else
				libdeps[$soname]="${soversion}-${soarch}"
			fi
		done
	done < <(find "$pkgdir" -type f -perm -u+x -print0)

	local libdepends v
	for d in "${depends[@]}"; do
		case "$d" in
			*.so)
				if [[ ${libdeps[$d]} ]]; then
					for v in ${libdeps[$d]}; do
						libdepends+=("$d=$v")
					done
				else
					warning "$(gettext "Library listed in %s is not required by any files: %s")" "'depends'" "$d"
					libdepends+=("$d")
				fi
				;;
			*)
				libdepends+=("$d")
				;;
		esac
	done

	(( ${#libdepends[@]} )) && printf '%s\n' "${libdepends[@]}"
}


find_libprovides() {
	local p libprovides missing
	for p in "${provides[@]}"; do
		missing=0
		case "$p" in
			*.so)
				mapfile -t filename < <(find "$pkgdir" -type f -name $p\*)
				if [[ $filename ]]; then
					# packages may provide multiple versions of the same library
					for fn in "${filename[@]}"; do
						# check if we really have a shared object
						if LC_ALL=C readelf -h "$fn" 2>/dev/null | grep -q '.*Type:.*DYN (Shared object file).*'; then
							# get the string binaries link to (e.g. libfoo.so.1.2 -> libfoo.so.1)
							local sofile=$(LC_ALL=C readelf -d "$fn" 2>/dev/null | sed -n 's/.*Library soname: \[\(.*\)\].*/\1/p')
							if [[ -z "$sofile" ]]; then
								warning "$(gettext "Library listed in %s is not versioned: %s")" "'provides'" "$p"
								libprovides+=("$p")
								continue
							fi

							# get the library architecture (32 or 64 bit)
							local soarch=$(LC_ALL=C readelf -h "$fn" | sed -n 's/.*Class.*ELF\(32\|64\)/\1/p')

							# extract the library major version
							local soversion="${sofile##*\.so\.}"

							libprovides+=("${p}=${soversion}-${soarch}")
						else
							warning "$(gettext "Library listed in %s is not a shared object: %s")" "'provides'" "$p"
							libprovides+=("$p")
						fi
					done
				else
					libprovides+=("$p")
					missing=1
				fi
				;;
			*)
				libprovides+=("$p")
				;;
		esac

		if (( missing )); then
			warning "$(gettext "Cannot find library listed in %s: %s")" "'provides'" "$p"
		fi
	done

	(( ${#libprovides[@]} )) && printf '%s\n' "${libprovides[@]}"
}

write_kv_pair() {
	local key="$1"
	shift

	for val in "$@"; do
		if [[ $val = *$'\n'* ]]; then
			error "$(gettext "Invalid value for %s: %s")" "$key" "$val"
			exit $E_PKGBUILD_ERROR
		fi
		printf "%s = %s\n" "$key" "$val"
	done
}

write_pkginfo() {
	local size=$(dirsize)

	merge_arch_attrs

	printf "# Generated by makepkg %s\n" "$makepkg_version"
	printf "# using %s\n" "$(fakeroot -v)"

	write_kv_pair "pkgname" "$pkgname"
	write_kv_pair "pkgbase" "$pkgbase"

	local fullver=$(get_full_version)
	write_kv_pair "pkgver" "$fullver"

	# TODO: all fields should have this treatment
	local spd="${pkgdesc//+([[:space:]])/ }"
	spd=("${spd[@]#[[:space:]]}")
	spd=("${spd[@]%[[:space:]]}")

	write_kv_pair "pkgdesc" "$spd"
	write_kv_pair "url" "$url"
	write_kv_pair "builddate" "$SOURCE_DATE_EPOCH"
	write_kv_pair "packager" "$PACKAGER"
	write_kv_pair "size" "$size"
	write_kv_pair "arch" "$pkgarch"

	mapfile -t provides < <(find_libprovides)
	mapfile -t depends < <(find_libdepends)

	write_kv_pair "license"     "${license[@]}"
	write_kv_pair "replaces"    "${replaces[@]}"
	write_kv_pair "group"       "${groups[@]}"
	write_kv_pair "conflict"    "${conflicts[@]}"
	write_kv_pair "provides"    "${provides[@]}"
	write_kv_pair "backup"      "${backup[@]}"
	write_kv_pair "depend"      "${depends[@]}"
	write_kv_pair "optdepend"   "${optdepends[@]//+([[:space:]])/ }"
	write_kv_pair "makedepend"  "${makedepends[@]}"
	write_kv_pair "checkdepend" "${checkdepends[@]}"
}

write_buildinfo() {
	write_kv_pair "format" "1"

	write_kv_pair "pkgname" "$pkgname"
	write_kv_pair "pkgbase" "$pkgbase"

	local fullver=$(get_full_version)
	write_kv_pair "pkgver" "$fullver"

	write_kv_pair "pkgarch" "$pkgarch"

	local sum="$(sha256sum "${BUILDFILE}")"
	sum=${sum%% *}
	write_kv_pair "pkgbuild_sha256sum" $sum

	write_kv_pair "packager" "${PACKAGER}"
	write_kv_pair "builddate" "${SOURCE_DATE_EPOCH}"
	write_kv_pair "builddir"  "${BUILDDIR}"
	write_kv_pair "buildenv" "${BUILDENV[@]}"
	write_kv_pair "options" "${OPTIONS[@]}"

	local pkginfos_parsed=($(LC_ALL=C run_pacman -Qi | awk -F': ' '\
		/^Name .*/ {printf "%s", $2} \
		/^Version .*/ {printf "-%s", $2} \
		/^Architecture .*/ {print "-"$2} \
		'))

	write_kv_pair "installed" "${pkginfos_parsed[@]}"
}

# build a sorted NUL-separated list of the full contents of the current
# directory suitable for passing to `bsdtar --files-from`
# database files are placed at the beginning of the package regardless of
# sorting
list_package_files() {
	(
		export LC_COLLATE=C
		shopt -s dotglob globstar
		# bash 5.0 only works with combo directory + file globs
		printf '%s\0' **/*
	)
}

create_package() {
	(( NOARCHIVE )) && return 0

	if [[ ! -d $pkgdir ]]; then
		error "$(gettext "Missing %s directory.")" "\$pkgdir/"
		plain "$(gettext "Aborting...")"
		exit $E_MISSING_PKGDIR
	fi

	cd_safe "$pkgdir"
	msg "$(gettext "Creating package \"%s\"...")" "$pkgname"

	pkgarch=$(get_pkg_arch)
	msg2 "$(gettext "Generating %s file...")" ".PKGINFO"
	write_pkginfo > .PKGINFO
	msg2 "$(gettext "Generating %s file...")" ".BUILDINFO"
	write_buildinfo > .BUILDINFO

	# check for changelog/install files
	for i in 'changelog/.CHANGELOG' 'install/.INSTALL'; do
		IFS='/' read -r orig dest < <(printf '%s\n' "$i")

		if [[ -n ${!orig} ]]; then
			msg2 "$(gettext "Adding %s file...")" "$orig"
			if ! cp "$startdir/${!orig}" "$dest"; then
				error "$(gettext "Failed to add %s file to package.")" "$orig"
				exit $E_MISSING_FILE
			fi
			chmod 644 "$dest"
		fi
	done

	# tar it up
	local fullver=$(get_full_version)
	local pkg_file="$PKGDEST/${pkgname}-${fullver}-${pkgarch}${PKGEXT}"
	local ret=0

	[[ -f $pkg_file ]] && rm -f "$pkg_file"
	[[ -f $pkg_file.sig ]] && rm -f "$pkg_file.sig"

	# ensure all elements of the package have the same mtime
	find . -exec touch -h -d @$SOURCE_DATE_EPOCH {} +

	msg2 "$(gettext "Generating .MTREE file...")"
	list_package_files | LANG=C bsdtar -cnf - --format=mtree \
		--options='!all,use-set,type,uid,gid,mode,time,size,md5,sha256,link' \
		--null --files-from - --exclude .MTREE | gzip -c -f -n > .MTREE
	touch -d @$SOURCE_DATE_EPOCH .MTREE

	msg2 "$(gettext "Compressing package...")"
	# TODO: Maybe this can be set globally for robustness
	shopt -s -o pipefail
	list_package_files | LANG=C bsdtar --no-fflags -cnf - --null --files-from - |
		compress_as "$PKGEXT" > "${pkg_file}" || ret=$?

	shopt -u -o pipefail

	if (( ret )); then
		error "$(gettext "Failed to create package file.")"
		exit $E_PACKAGE_FAILED
	fi
}

create_debug_package() {
	# check if a debug package was requested
	if ! check_option "debug" "y" || ! check_option "strip" "y"; then
		return 0
	fi

	local pkgdir="$pkgdirbase/$pkgbase-@DEBUGSUFFIX@"

	# check if we have any debug symbols to package
	if dir_is_empty "$pkgdir/usr/lib/debug"; then
		return 0
	fi

	unset groups depends optdepends provides conflicts replaces backup install changelog

	local pkg
	for pkg in ${pkgname[@]}; do
		if [[ $pkg != $pkgbase ]]; then
			provides+=("$pkg-@DEBUGSUFFIX@")
		fi
	done

	pkgdesc="Detached debugging symbols for $pkgname"
	pkgname=$pkgbase-@DEBUGSUFFIX@

	create_package
}

create_srcpackage() {
	local ret=0
	msg "$(gettext "Creating source package...")"
	local srclinks="$(mktemp -d "$startdir"/srclinks.XXXXXXXXX)"
	mkdir "${srclinks}"/${pkgbase}

	msg2 "$(gettext "Adding %s...")" "$BUILDSCRIPT"
	ln -s "${BUILDFILE}" "${srclinks}/${pkgbase}/${BUILDSCRIPT}"

	msg2 "$(gettext "Generating %s file...")" .SRCINFO
	write_srcinfo > "$srclinks/$pkgbase"/.SRCINFO

	local file all_sources

	get_all_sources 'all_sources'
	for file in "${all_sources[@]}"; do
		if [[ "$file" = "$(get_filename "$file")" ]] || (( SOURCEONLY == 2 )); then
			local absfile
			absfile=$(get_filepath "$file") || missing_source_file "$file"
			msg2 "$(gettext "Adding %s...")" "${absfile##*/}"
			ln -s "$absfile" "$srclinks/$pkgbase"
		fi
	done

	# set pkgname the same way we do for running package(), this way we get
	# the right value in extract_function_variable
	local pkgname_backup=(${pkgname[@]})
	local i pkgname
	for i in 'changelog' 'install'; do
		local file files

		[[ ${!i} ]] && files+=("${!i}")
		for pkgname in "${pkgname_backup[@]}"; do
			if extract_function_variable "package_$pkgname" "$i" 0 file; then
				files+=("$file")
			fi
		done

		for file in "${files[@]}"; do
			if [[ $file && ! -f "${srclinks}/${pkgbase}/$file" ]]; then
				msg2 "$(gettext "Adding %s file (%s)...")" "$i" "${file}"
				ln -s "${startdir}/$file" "${srclinks}/${pkgbase}/"
			fi
		done
	done
	pkgname=(${pkgname_backup[@]})

	local fullver=$(get_full_version)
	local pkg_file="$SRCPKGDEST/${pkgbase}-${fullver}${SRCEXT}"

	# tar it up
	msg2 "$(gettext "Compressing source package...")"
	cd_safe "${srclinks}"

	# TODO: Maybe this can be set globally for robustness
	shopt -s -o pipefail
	LANG=C bsdtar --no-fflags -cLf - ${pkgbase} | compress_as "$SRCEXT" > "${pkg_file}" || ret=$?

	shopt -u -o pipefail

	if (( ret )); then
		error "$(gettext "Failed to create source package file.")"
		exit $E_PACKAGE_FAILED
	fi

	cd_safe "${startdir}"
	rm -rf "${srclinks}"
}

install_package() {
	(( ! INSTALL )) && return 0

	remove_deps || return $?
	RMDEPS=0

	if (( ! SPLITPKG )); then
		msg "$(gettext "Installing package %s with %s...")" "$pkgname" "$PACMAN -U"
	else
		msg "$(gettext "Installing %s package group with %s...")" "$pkgbase" "$PACMAN -U"
	fi

	local fullver pkgarch pkg pkglist
	(( ASDEPS )) && pkglist+=('--asdeps')
	(( NEEDED )) && pkglist+=('--needed')

	for pkg in ${pkgname[@]}; do
		fullver=$(get_full_version)
		pkgarch=$(get_pkg_arch $pkg)
		pkglist+=("$PKGDEST/${pkg}-${fullver}-${pkgarch}${PKGEXT}")

		if [[ -f "$PKGDEST/${pkg}-@DEBUGSUFFIX@-${fullver}-${pkgarch}${PKGEXT}" ]]; then
			pkglist+=("$PKGDEST/${pkg}-@DEBUGSUFFIX@-${fullver}-${pkgarch}${PKGEXT}")
		fi
	done

	if ! run_pacman -U "${pkglist[@]}"; then
		warning "$(gettext "Failed to install built package(s).")"
		return $E_INSTALL_FAILED
	fi
}

check_build_status() {
	if (( ! SPLITPKG )); then
		fullver=$(get_full_version)
		pkgarch=$(get_pkg_arch)
		if [[ -f $PKGDEST/${pkgname}-${fullver}-${pkgarch}${PKGEXT} ]] \
				 && ! (( FORCE || SOURCEONLY || NOBUILD || NOARCHIVE)); then
			if (( INSTALL )); then
				warning "$(gettext "A package has already been built, installing existing package...")"
				install_package
				exit $?
			else
				error "$(gettext "A package has already been built. (use %s to overwrite)")" "-f"
				exit $E_ALREADY_BUILT
			fi
		fi
	else
		allpkgbuilt=1
		somepkgbuilt=0
		for pkg in ${pkgname[@]}; do
			fullver=$(get_full_version)
			pkgarch=$(get_pkg_arch $pkg)
			if [[ -f $PKGDEST/${pkg}-${fullver}-${pkgarch}${PKGEXT} ]]; then
				somepkgbuilt=1
			else
				allpkgbuilt=0
			fi
		done
		if ! (( FORCE || SOURCEONLY || NOBUILD || NOARCHIVE)); then
			if (( allpkgbuilt )); then
				if (( INSTALL )); then
					warning "$(gettext "The package group has already been built, installing existing packages...")"
					install_package
					exit $?
				else
					error "$(gettext "The package group has already been built. (use %s to overwrite)")" "-f"
					exit $E_ALREADY_BUILT
				fi
			fi
			if (( somepkgbuilt && ! PKGVERFUNC )); then
				error "$(gettext "Part of the package group has already been built. (use %s to overwrite)")" "-f"
				exit $E_ALREADY_BUILT
			fi
		fi
		unset allpkgbuilt somepkgbuilt
	fi
}

backup_package_variables() {
	local var
	for var in ${pkgbuild_schema_package_overrides[@]}; do
		local indirect="${var}_backup"
		eval "${indirect}=(\"\${$var[@]}\")"
	done
}

restore_package_variables() {
	local var
	for var in ${pkgbuild_schema_package_overrides[@]}; do
		local indirect="${var}_backup"
		if [[ -n ${!indirect} ]]; then
			eval "${var}=(\"\${$indirect[@]}\")"
		else
			unset ${var}
		fi
	done
}

run_single_packaging() {
	local pkgdir="$pkgdirbase/$pkgname"
	mkdir "$pkgdir"
	if [[ -n $1 ]] || (( PKGFUNC )); then
		run_package $1
	fi
	tidy_install
	lint_package || exit $E_PACKAGE_FAILED
	create_package
}

run_split_packaging() {
	local pkgname_backup=("${pkgname[@]}")
	backup_package_variables
	for pkgname in ${pkgname_backup[@]}; do
		run_single_packaging $pkgname
		restore_package_variables
	done
	pkgname=("${pkgname_backup[@]}")
}

usage() {
	printf "makepkg (pacman) %s\n" "$makepkg_version"
	echo
	printf -- "$(gettext "Make packages compatible for use with pacman")\n"
	echo
	printf -- "$(gettext "Usage: %s [options]")\n" "$0"
	echo
	printf -- "$(gettext "Options:")\n"
	printf -- "$(gettext "  -A, --ignorearch Ignore incomplete %s field in %s")\n" "arch" "$BUILDSCRIPT"
	printf -- "$(gettext "  -c, --clean      Clean up work files after build")\n"
	printf -- "$(gettext "  -C, --cleanbuild Remove %s dir before building the package")\n" "\$srcdir/"
	printf -- "$(gettext "  -d, --nodeps     Skip all dependency checks")\n"
	printf -- "$(gettext "  -e, --noextract  Do not extract source files (use existing %s dir)")\n" "\$srcdir/"
	printf -- "$(gettext "  -f, --force      Overwrite existing package")\n"
	printf -- "$(gettext "  -g, --geninteg   Generate integrity checks for source files")\n"
	printf -- "$(gettext "  -h, --help       Show this help message and exit")\n"
	printf -- "$(gettext "  -i, --install    Install package after successful build")\n"
	printf -- "$(gettext "  -L, --log        Log package build process")\n"
	printf -- "$(gettext "  -m, --nocolor    Disable colorized output messages")\n"
	printf -- "$(gettext "  -o, --nobuild    Download and extract files only")\n"
	printf -- "$(gettext "  -p <file>        Use an alternate build script (instead of '%s')")\n" "$BUILDSCRIPT"
	printf -- "$(gettext "  -r, --rmdeps     Remove installed dependencies after a successful build")\n"
	printf -- "$(gettext "  -R, --repackage  Repackage contents of the package without rebuilding")\n"
	printf -- "$(gettext "  -s, --syncdeps   Install missing dependencies with %s")\n" "pacman"
	printf -- "$(gettext "  -S, --source     Generate a source-only tarball without downloaded sources")\n"
	printf -- "$(gettext "  -V, --version    Show version information and exit")\n"
	printf -- "$(gettext "  --allsource      Generate a source-only tarball including downloaded sources")\n"
	printf -- "$(gettext "  --check          Run the %s function in the %s")\n" "check()" "$BUILDSCRIPT"
	printf -- "$(gettext "  --config <file>  Use an alternate config file (instead of '%s')")\n" "$confdir/makepkg.conf"
	printf -- "$(gettext "  --holdver        Do not update VCS sources")\n"
	printf -- "$(gettext "  --key <key>      Specify a key to use for %s signing instead of the default")\n" "gpg"
	printf -- "$(gettext "  --noarchive      Do not create package archive")\n"
	printf -- "$(gettext "  --nocheck        Do not run the %s function in the %s")\n" "check()" "$BUILDSCRIPT"
	printf -- "$(gettext "  --noprepare      Do not run the %s function in the %s")\n" "prepare()" "$BUILDSCRIPT"
	printf -- "$(gettext "  --nosign         Do not create a signature for the package")\n"
	printf -- "$(gettext "  --packagelist    Only list package filepaths that would be produced")\n"
	printf -- "$(gettext "  --printsrcinfo   Print the generated SRCINFO and exit")\n"
	printf -- "$(gettext "  --sign           Sign the resulting package with %s")\n" "gpg"
	printf -- "$(gettext "  --skipchecksums  Do not verify checksums of the source files")\n"
	printf -- "$(gettext "  --skipinteg      Do not perform any verification checks on source files")\n"
	printf -- "$(gettext "  --skippgpcheck   Do not verify source files with PGP signatures")\n"
	printf -- "$(gettext "  --verifysource   Download source files (if needed) and perform integrity checks")\n"
	echo
	printf -- "$(gettext "These options can be passed to %s:")\n" "pacman"
	echo
	printf -- "$(gettext "  --asdeps         Install packages as non-explicitly installed")\n"
	printf -- "$(gettext "  --needed         Do not reinstall the targets that are already up to date")\n"
	printf -- "$(gettext "  --noconfirm      Do not ask for confirmation when resolving dependencies")\n"
	printf -- "$(gettext "  --noprogressbar  Do not show a progress bar when downloading files")\n"
	echo
	printf -- "$(gettext "If %s is not specified, %s will look for '%s'")\n" "-p" "makepkg" "$BUILDSCRIPT"
	echo
}

version() {
	printf "makepkg (pacman) %s\n" "$makepkg_version"
	printf -- "Copyright (c) 2006-2020 Pacman Development Team <pacman-dev@archlinux.org>.\n"
	printf -- "Copyright (C) 2002-2006 Judd Vinet <jvinet@zeroflux.org>.\n"
	printf '\n'
	printf -- "$(gettext "\
This is free software; see the source for copying conditions.\n\
There is NO WARRANTY, to the extent permitted by law.\n")"
}

# PROGRAM START

# ensure we have a sane umask set
umask 0022

# determine whether we have gettext; make it a no-op if we do not
if ! type -p gettext >/dev/null; then
	gettext() {
		printf "%s\n" "$@"
	}
fi

ARGLIST=("$@")

# Parse Command Line Options.
OPT_SHORT="AcCdefFghiLmop:rRsSV"
OPT_LONG=('allsource' 'check' 'clean' 'cleanbuild' 'config:' 'force' 'geninteg'
          'help' 'holdver' 'ignorearch' 'install' 'key:' 'log' 'noarchive' 'nobuild'
          'nocolor' 'nocheck' 'nodeps' 'noextract' 'noprepare' 'nosign' 'packagelist'
          'printsrcinfo' 'repackage' 'rmdeps' 'sign' 'skipchecksums' 'skipinteg'
          'skippgpcheck' 'source' 'syncdeps' 'verifysource' 'version')

# Pacman Options
OPT_LONG+=('asdeps' 'noconfirm' 'needed' 'noprogressbar')

if ! parseopts "$OPT_SHORT" "${OPT_LONG[@]}" -- "$@"; then
	exit $E_INVALID_OPTION
fi
set -- "${OPTRET[@]}"
unset OPT_SHORT OPT_LONG OPTRET

while true; do
	case "$1" in
		# Pacman Options
		--asdeps)         ASDEPS=1;;
		--needed)         NEEDED=1;;
		--noconfirm)      PACMAN_OPTS+=("--noconfirm") ;;
		--noprogressbar)  PACMAN_OPTS+=("--noprogressbar") ;;

		# Makepkg Options
		--allsource)      BUILDPKG=0 SOURCEONLY=2 ;;
		-A|--ignorearch)  IGNOREARCH=1 ;;
		-c|--clean)       CLEANUP=1 ;;
		-C|--cleanbuild)  CLEANBUILD=1 ;;
		--check)          RUN_CHECK='y' ;;
		--config)         shift; MAKEPKG_CONF=$1 ;;
		-d|--nodeps)      NODEPS=1 ;;
		-e|--noextract)   NOEXTRACT=1 ;;
		-f|--force)       FORCE=1 ;;
		-F)               INFAKEROOT=1 ;;
		# generating integrity checks does not depend on architecture
		-g|--geninteg)    BUILDPKG=0 GENINTEG=1 IGNOREARCH=1;;
		--holdver)        HOLDVER=1 ;;
		-i|--install)     INSTALL=1 ;;
		--key)            shift; GPGKEY=$1 ;;
		-L|--log)         LOGGING=1 ;;
		-m|--nocolor)     USE_COLOR='n'; PACMAN_OPTS+=("--color" "never") ;;
		--noarchive)      NOARCHIVE=1 ;;
		--nocheck)        RUN_CHECK='n' ;;
		--noprepare)      RUN_PREPARE='n' ;;
		--nosign)         SIGNPKG='n' ;;
		-o|--nobuild)     BUILDPKG=0 NOBUILD=1 ;;
		-p)               shift; BUILDFILE=$1 ;;
		--packagelist)    BUILDPKG=0 PACKAGELIST=1 IGNOREARCH=1;;
		--printsrcinfo)   BUILDPKG=0 PRINTSRCINFO=1 IGNOREARCH=1;;
		-r|--rmdeps)      RMDEPS=1 ;;
		-R|--repackage)   REPKG=1 ;;
		--sign)           SIGNPKG='y' ;;
		--skipchecksums)  SKIPCHECKSUMS=1 ;;
		--skipinteg)      SKIPCHECKSUMS=1; SKIPPGPCHECK=1 ;;
		--skippgpcheck)   SKIPPGPCHECK=1;;
		-s|--syncdeps)    DEP_BIN=1 ;;
		-S|--source)      BUILDPKG=0 SOURCEONLY=1 ;;
		--verifysource)   BUILDPKG=0 VERIFYSOURCE=1 ;;

		-h|--help)        usage; exit $E_OK ;;
		-V|--version)     version; exit $E_OK ;;

		--)               shift; break ;;
	esac
	shift
done

# attempt to consume any extra argv as environment variables. this supports
# overriding (e.g. CC=clang) as well as overriding (e.g. CFLAGS+=' -g').
extra_environment=()
while [[ $1 ]]; do
	if [[ $1 = [_[:alpha:]]*([[:alnum:]_])?(+)=* ]]; then
		extra_environment+=("$1")
	fi
	shift
done

# setup signal traps
trap 'clean_up' 0
for signal in TERM HUP QUIT; do
	trap "trap_exit $signal \"$(gettext "%s signal caught. Exiting...")\" \"$signal\"" "$signal"
done
trap 'trap_exit INT "$(gettext "Aborted by user! Exiting...")"' INT
trap 'trap_exit USR1 "$(gettext "An unknown error has occurred. Exiting...")"' ERR

load_makepkg_config

# override settings from extra variables on commandline, if any
if (( ${#extra_environment[*]} )); then
	export "${extra_environment[@]}"
fi

# canonicalize paths and provide defaults if anything is still undefined
for var in PKGDEST SRCDEST SRCPKGDEST LOGDEST BUILDDIR; do
	printf -v "$var" '%s' "$(canonicalize_path "${!var:-$startdir}")"
done
unset var
PACKAGER=${PACKAGER:-"Unknown Packager"}

# set pacman command if not already defined
PACMAN=${PACMAN:-pacman}
# save full path to command as PATH may change when sourcing /etc/profile
PACMAN_PATH=$(type -P $PACMAN)

# check if messages are to be printed using color
if [[ -t 2 && $USE_COLOR != "n" ]] && check_buildenv "color" "y"; then
	colorize
else
	unset ALL_OFF BOLD BLUE GREEN RED YELLOW
fi


# check makepkg.conf for some basic requirements
lint_config || exit $E_CONFIG_ERROR


# check that all settings directories are user-writable
if ! ensure_writable_dir "BUILDDIR" "$BUILDDIR"; then
	plain "$(gettext "Aborting...")"
	exit $E_FS_PERMISSIONS
fi

if (( ! (NOBUILD || GENINTEG) )) && ! ensure_writable_dir "PKGDEST" "$PKGDEST"; then
	plain "$(gettext "Aborting...")"
	exit $E_FS_PERMISSIONS
fi

if ! ensure_writable_dir "SRCDEST" "$SRCDEST" ; then
	plain "$(gettext "Aborting...")"
	exit $E_FS_PERMISSIONS
fi

if (( SOURCEONLY )); then
	if ! ensure_writable_dir "SRCPKGDEST" "$SRCPKGDEST"; then
		plain "$(gettext "Aborting...")"
		exit $E_FS_PERMISSIONS
	fi

	# If we're only making a source tarball, then we need to ignore architecture-
	# dependent behavior.
	IGNOREARCH=1
fi

if (( LOGGING )) && ! ensure_writable_dir "LOGDEST" "$LOGDEST"; then
	plain "$(gettext "Aborting...")"
	exit $E_FS_PERMISSIONS
fi

if (( ! INFAKEROOT )); then
	if (( EUID == 0 )); then
		error "$(gettext "Running %s as root is not allowed as it can cause permanent,\n\
catastrophic damage to your system.")" "makepkg"
		exit $E_ROOT
	fi
else
	if [[ -z $FAKEROOTKEY ]]; then
		error "$(gettext "Do not use the %s option. This option is only for internal use by %s.")" "'-F'" "makepkg"
		exit $E_INVALID_OPTION
	fi
fi

unset pkgname "${pkgbuild_schema_strings[@]}" "${pkgbuild_schema_arrays[@]}"
unset "${known_hash_algos[@]/%/sums}"
unset -f pkgver prepare build check package "${!package_@}"
unset "${!makedepends_@}" "${!depends_@}" "${!source_@}" "${!checkdepends_@}"
unset "${!optdepends_@}" "${!conflicts_@}" "${!provides_@}" "${!replaces_@}"
unset "${!md5sums_@}" "${!sha1sums_@}" "${!sha224sums_@}" "${!sha256sums_@}"
unset "${!sha384sums_@}" "${!sha512sums_@}" "${!b2sums_@}"

BUILDFILE=${BUILDFILE:-$BUILDSCRIPT}
if [[ ! -f $BUILDFILE ]]; then
	error "$(gettext "%s does not exist.")" "$BUILDFILE"
	exit $E_PKGBUILD_ERROR

else
	if [[ $(<"$BUILDFILE") = *$'\r'* ]]; then
		error "$(gettext "%s contains %s characters and cannot be sourced.")" "$BUILDFILE" "CRLF"
		exit $E_PKGBUILD_ERROR
	fi

	if [[ ! $BUILDFILE -ef $PWD/${BUILDFILE##*/} ]]; then
		error "$(gettext "%s must be in the current working directory.")" "$BUILDFILE"
		exit $E_PKGBUILD_ERROR
	fi

	if [[ ${BUILDFILE:0:1} != "/" ]]; then
		BUILDFILE="$startdir/$BUILDFILE"
	fi
	source_buildfile "$BUILDFILE"
fi

pkgbase=${pkgbase:-${pkgname[0]}}

# check the PKGBUILD for some basic requirements
lint_pkgbuild || exit $E_PKGBUILD_ERROR

if (( !SOURCEONLY && !PRINTSRCINFO )); then
	merge_arch_attrs
fi

basever=$(get_full_version)

if [[ $BUILDDIR -ef "$startdir" ]]; then
	srcdir="$BUILDDIR/src"
	pkgdirbase="$BUILDDIR/pkg"
else
	srcdir="$BUILDDIR/$pkgbase/src"
	pkgdirbase="$BUILDDIR/$pkgbase/pkg"

fi

# set pkgdir to something "sensible" for (not recommended) use during build()
pkgdir="$pkgdirbase/$pkgbase"

if (( GENINTEG )); then
	mkdir -p "$srcdir"
	chmod a-s "$srcdir"
	cd_safe "$srcdir"
	download_sources novcs allarch >&2
	generate_checksums
	exit $E_OK
fi

if have_function pkgver; then
	PKGVERFUNC=1
fi

# check we have the software required to process the PKGBUILD
check_software || exit $E_MISSING_MAKEPKG_DEPS

if (( ${#pkgname[@]} > 1 )) || have_function package_${pkgname}; then
	SPLITPKG=1
fi

# test for available PKGBUILD functions
if have_function prepare; then
	# "Hide" prepare() function if not going to be run
	if [[ $RUN_PREPARE != "n" ]]; then
		PREPAREFUNC=1
	fi
fi
if have_function build; then
	BUILDFUNC=1
fi
if have_function check; then
	# "Hide" check() function if not going to be run
	if [[ $RUN_CHECK = 'y' ]] || { ! check_buildenv "check" "n" && [[ $RUN_CHECK != "n" ]]; }; then
		CHECKFUNC=1
	fi
fi
if have_function package; then
	PKGFUNC=1
fi

# check if gpg signature is to be created and if signing key is valid
if { [[ -z $SIGNPKG ]] && check_buildenv "sign" "y"; } || [[ $SIGNPKG == 'y' ]]; then
	SIGNPKG='y'
	if ! gpg --list-key ${GPGKEY} &>/dev/null; then
		if [[ ! -z $GPGKEY ]]; then
			error "$(gettext "The key %s does not exist in your keyring.")" "${GPGKEY}"
		else
			error "$(gettext "There is no key in your keyring.")"
		fi
		exit $E_PRETTY_BAD_PRIVACY
	fi
fi

if (( PACKAGELIST )); then
	print_all_package_names
	exit $E_OK
fi

if (( PRINTSRCINFO )); then
	write_srcinfo_content
	exit $E_OK
fi

if (( ! PKGVERFUNC )); then
	check_build_status
fi

# Run the bare minimum in fakeroot
if (( INFAKEROOT )); then
	if (( SOURCEONLY )); then
		create_srcpackage
		msg "$(gettext "Leaving %s environment.")" "fakeroot"
		exit $E_OK
	fi

	prepare_buildenv

	chmod 755 "$pkgdirbase"
	if (( ! SPLITPKG )); then
		run_single_packaging
	else
		run_split_packaging
	fi

	create_debug_package

	msg "$(gettext "Leaving %s environment.")" "fakeroot"
	exit $E_OK
fi

msg "$(gettext "Making package: %s")" "$pkgbase $basever ($(date +%c))"

# if we are creating a source-only package, go no further
if (( SOURCEONLY )); then
	if [[ -f $SRCPKGDEST/${pkgbase}-${basever}${SRCEXT} ]] \
			&& (( ! FORCE )); then
		error "$(gettext "A source package has already been built. (use %s to overwrite)")" "-f"
		exit $E_ALREADY_BUILT
	fi

	# Get back to our src directory so we can begin with sources.
	mkdir -p "$srcdir"
	chmod a-s "$srcdir"
	cd_safe "$srcdir"
	if (( SOURCEONLY == 2 )); then
		download_sources allarch
	elif ( (( ! SKIPCHECKSUMS )) || \
			( (( ! SKIPPGPCHECK )) && source_has_signatures ) ); then
		download_sources allarch novcs
	fi
	check_source_integrity all
	cd_safe "$startdir"

	enter_fakeroot

	if [[ $SIGNPKG = 'y' ]]; then
		msg "$(gettext "Signing package...")"
		create_signature "$SRCPKGDEST/${pkgbase}-${fullver}${SRCEXT}"
	fi

	msg "$(gettext "Source package created: %s")" "$pkgbase ($(date +%c))"
	exit $E_OK
fi

if (( NODEPS || ( VERIFYSOURCE && !DEP_BIN ) )); then
	if (( NODEPS )); then
		warning "$(gettext "Skipping dependency checks.")"
	fi
else
	if (( RMDEPS && ! INSTALL )); then
		original_pkglist=($(run_pacman -Qq))    # required by remove_dep
	fi
	deperr=0

	msg "$(gettext "Checking runtime dependencies...")"
	resolve_deps ${depends[@]} || deperr=1

	if (( RMDEPS && INSTALL )); then
		original_pkglist=($(run_pacman -Qq))    # required by remove_dep
	fi

	msg "$(gettext "Checking buildtime dependencies...")"
	if (( CHECKFUNC )); then
		resolve_deps "${makedepends[@]}" "${checkdepends[@]}" || deperr=1
	else
		resolve_deps "${makedepends[@]}" || deperr=1
	fi

	if (( RMDEPS )); then
		current_pkglist=($(run_pacman -Qq))    # required by remove_deps
	fi

	if (( deperr )); then
		error "$(gettext "Could not resolve all dependencies.")"
		exit $E_INSTALL_DEPS_FAILED
	fi
fi

# get back to our src directory so we can begin with sources
mkdir -p "$srcdir"
chmod a-s "$srcdir"
cd_safe "$srcdir"

if (( !REPKG )); then
	if (( NOEXTRACT && ! VERIFYSOURCE )); then
		warning "$(gettext "Using existing %s tree")" "\$srcdir/"
	else
		download_sources
		check_source_integrity
		(( VERIFYSOURCE )) && exit $E_OK

		if (( CLEANBUILD )); then
			msg "$(gettext "Removing existing %s directory...")" "\$srcdir/"
			rm -rf "$srcdir"/*
		fi

		extract_sources
		if (( PREPAREFUNC )); then
			run_prepare
		fi
		if (( REPRODUCIBLE )); then
			# We have activated reproducible builds, so unify source times before
			# building
			find "$srcdir" -exec touch -h -d @$SOURCE_DATE_EPOCH {} +
		fi
	fi

	if (( PKGVERFUNC )); then
		update_pkgver
		basever=$(get_full_version)
		check_build_status
	fi
fi

if (( NOBUILD )); then
	msg "$(gettext "Sources are ready.")"
	exit $E_OK
else
	# clean existing pkg directory
	if [[ -d $pkgdirbase ]]; then
		msg "$(gettext "Removing existing %s directory...")" "\$pkgdir/"
		rm -rf "$pkgdirbase"
	fi
	mkdir -p "$pkgdirbase"
	chmod a-srw "$pkgdirbase"
	cd_safe "$startdir"

	prepare_buildenv

	if (( ! REPKG )); then
		(( BUILDFUNC )) && run_build
		(( CHECKFUNC )) && run_check
		cd_safe "$startdir"
	fi

	enter_fakeroot

	create_package_signatures || exit $E_PRETTY_BAD_PRIVACY
fi

# if inhibiting archive creation, go no further
if (( NOARCHIVE )); then
	msg "$(gettext "Package directory is ready.")"
	exit $E_OK
fi

msg "$(gettext "Finished making: %s")" "$pkgbase $basever ($(date +%c))"

install_package && exit $E_OK || exit $E_INSTALL_FAILED