DistroHopper/generate

#!/usr/bin/env bash
# shellcheck disable=SC2317
# shellcheck source=lib.sh

SCRIPT_DIR="$(dirname "$(realpath "$0")")"
source "${SCRIPT_DIR}/lib.sh"

export PUBLIC_DIR="${PUBLIC_DIR:-${SCRIPT_DIR}/public}"
TEMPLATES_DIR="${TEMPLATES_DIR:-${SCRIPT_DIR}/templates}"

generateVersion="0.6"

check_hash() {
	local iso=""
	local hash="$2"
	local status="OK"

	if [ "${OPERATION}" == "download" ]; then
		iso="${1}"
	else
		iso="${VM_PATH}/${1}"
	fi

	local hash_algo
	case ${#hash} in
	32) hash_algo=md5sum ;;
	40) hash_algo=sha1sum ;;
	64) hash_algo=sha256sum ;;
	128) hash_algo=sha512sum ;;
	*) status="UNKNOWN" ;;
	esac

	if [[ "$status" != "UNKNOWN" ]]; then
		if ! echo "${hash} ${iso}" | ${hash_algo} --check --status; then
			status="FAIL"
		fi
	fi

	if [[ "$status" == "FAIL" ]]; then
		echo $"ERROR!"
		exit 1
	fi
}

function write_output() {
	unset -f config_ editions_ arch_ get_ releases_ extract_
	unset GUEST IMAGE_TYPE DW_ARCHITECTURE DW_CATEGORY DW_DESKTOP DW_URL ORIGIN EDITIONS
	. "${TEMPLATES_DIR}/${OS}"

	local DAT="${PUBLIC_DIR}/tmp_${OS}.dat"
	if [ ! -s "${DAT}" ]; then
		echo "WARNING: no entries collected for ${OS}, skipping"
		return 1
	fi

	# In test mode, only PASS rows count; otherwise everything emitted is OK.
	local _filter='OK'
	[ "${OPERATION}" == "test" ] && _filter='PASS'

	# Collect releases/editions per arch from structured tmp_${OS}.dat
	declare -A _arch_releases=() _arch_editions=()
	local _all_archs="" _arch _rel _ed _url _st
	while IFS=$'\t' read -r _arch _rel _ed _url _st; do
		[[ "${_st}" == "${_filter}" ]] || continue
		[ -n "${_arch}" ] || continue
		[[ " ${_all_archs} " == *" ${_arch} "* ]] || _all_archs+=" ${_arch}"
		_arch_releases[${_arch}]+=" ${_rel}"
		[ "${_ed}" != "-" ] && [ -n "${_ed}" ] && _arch_editions[${_arch}]+=" ${_ed}"
	done < "${DAT}"

	_all_archs=$(printf '%s\n' ${_all_archs} | sort -u | grep -v '^$' | paste -sd ' ')
	[ -z "${_all_archs}" ] && { echo "WARNING: no PASS entries for ${OS}, skipping"; return 1; }

	# Default sets = union across archs
	local _default_rel _default_ed _all_rel="" _all_ed=""
	local _a
	for _a in ${_all_archs}; do
		_all_rel+=" ${_arch_releases[${_a}]}"
		_all_ed+=" ${_arch_editions[${_a}]}"
	done
	_default_rel=$(printf '%s\n' ${_all_rel} | sort -ur | grep -v '^$' | paste -sd ' ')
	_default_ed=$(printf '%s\n'  ${_all_ed}  | sort -u  | grep -v '^$' | paste -sd ' ')

	# Per-arch overrides (only emitted when they differ from default)
	local _override_lines=""
	for _a in ${_all_archs}; do
		local _ar _ae
		_ar=$(printf '%s\n' ${_arch_releases[${_a}]} | sort -ur | grep -v '^$' | paste -sd ' ')
		_ae=$(printf '%s\n' ${_arch_editions[${_a}]} | sort -u  | grep -v '^$' | paste -sd ' ')
		if [ "${_ar}" != "${_default_rel}" ]; then
			_override_lines+="RELEASES_${_a}=\"${_ar}\""$'\n'
		fi
		if [ -n "${_default_ed}" ] && [ "${_ae}" != "${_default_ed}" ]; then
			_override_lines+="EDITIONS_${_a}=\"${_ae}\""$'\n'
		fi
	done

	{
		printf '# Template file for '\''%s'\''\n' "$OS"
		printf 'OSNAME="%s"\n' "${OSNAME:-${OS}}"
		printf 'PRETTY="%s"\n' "${PRETTY:-}"
		printf 'LOGO="%s"\n' "${LOGO:-}"
		printf 'ICON="%s"\n' "${ICON:-}"
		printf 'ICON_ONLINE="%s"\n' "${ICON_ONLINE:-}"
		printf 'CATEGORY="%s"\n' "${CATEGORY:-}"
		printf 'BASEDOF="%s"\n' "${BASEDOF:-}"
		printf 'DESCRIPTION="%s"\n' "${DESCRIPTION:-}"
		printf 'HOMEPAGE="%s"\n' "${HOMEPAGE:-}"
		printf 'CREDENTIALS="%s"\n' "${CREDENTIALS:-}"
		printf 'GPG="%s"\n' "${GPG:-}"
		printf 'RSS="%s"\n' "${RSS:-}"
		printf 'DW="%s"\n' "${DW:-}"
		printf 'MAGNET="%s"\n' "${MAGNET:-}"
		printf 'CHAT="%s"\n' "${CHAT:-}"
		for _key in GUEST IMAGE_TYPE DW_ARCHITECTURE DW_CATEGORY DW_DESKTOP DW_URL ORIGIN; do
			local _val="${!_key}"
			[ -n "${_val}" ] && printf '%s="%s"\n' "${_key}" "${_val}"
		done
		echo
		printf 'RELEASES="%s"\n' "${_default_rel}"
		[ -n "${_default_ed}" ] && printf 'EDITIONS="%s"\n' "${_default_ed}"
		printf 'QEMU_ARCH="%s"\n' "${_all_archs}"
		if [ -n "${_override_lines}" ]; then
			echo
			printf '%s' "${_override_lines}"
		fi

		# Embed all template functions verbatim so public/<OS> is self-contained.
		# get_entries_ is excluded — it's a build-time helper from lib.sh.
		while IFS= read -r _decl; do
			local _fn="${_decl#function }"; _fn="${_fn%%(*}"
			[[ "${_fn}" == "get_entries_" ]] && continue
			echo
			sed -n "/^${_decl}/,/^}/p" "${TEMPLATES_DIR}/${OS}" | sed '1s/^function //'
		done < <(grep "^function " "${TEMPLATES_DIR}/${OS}")
	} >"${PUBLIC_DIR}/${OS}"

	echo "wrote ${PUBLIC_DIR}/${OS}"
}

function is_arch_supported() {
	local OS="${1}"
	local CHECK_ARCH="${2}"
	local SUPPORTED=""

	if [[ $(type -t "arch_") == function ]]; then
		SUPPORTED=$(arch_)
	else
		SUPPORTED="amd64"
	fi

	[[ " ${SUPPORTED} " == *" ${CHECK_ARCH} "* ]]
}

function _iterate_os() {
	OS="${1}"
	mkdir -p "${PUBLIC_DIR}"
	rm -f "${PUBLIC_DIR}/${OS}" "${PUBLIC_DIR}/tmp_${OS}" "${PUBLIC_DIR}/tmp_${OS}.dat"
	touch "${PUBLIC_DIR}/tmp_${OS}" "${PUBLIC_DIR}/tmp_${OS}.dat"

	# Per-OS HTTP cache — exported so child shells / subshells see it.
	# Wiped on RETURN so each OS gets a fresh cache.
	export _WEB_CACHE_DIR
	_WEB_CACHE_DIR="$(mktemp -d -t "dh-webcache-${OS}-XXXXXX")"
	trap 'rm -rf "${_WEB_CACHE_DIR}"; unset _WEB_CACHE_DIR' RETURN

	unset -f get_ releases_ editions_ arch_ config_ extract_
	. "${TEMPLATES_DIR}/${OS}"

	local ARCHS
	if [[ $(type -t "arch_") == function ]]; then
		ARCHS=$(arch_)
	else
		ARCHS="amd64"
	fi

	# Cache releases per arch once (releases_ may depend on ARCH/EDITION)
	for ARCH in ${ARCHS}; do
		for RELEASE in $(releases_); do
			. "${TEMPLATES_DIR}/${OS}"
			get_entries_ "${OS}" "${ARCH}" "${RELEASE}" "${OPERATION}" "${PUBLIC_DIR}" "${TEMPLATES_DIR}"
		done
	done
}

# Verify a checksum file against a GPG signature.
#
# Usage: verify_gpg SUMS_URL KEY_SOURCE
#   SUMS_URL    — URL of the SHA256SUMS / MD5SUMS file already used for hash check
#   KEY_SOURCE  — value of GPG="" from the template:
#                   ""                → skip (no GPG configured)
#                   "FINGERPRINT"     → fetch key from keyserver
#                   "https://..."     → download key from URL
#
# Signature URL is derived as SUMS_URL + ".asc" (fallback: ".gpg").
function verify_gpg() {
	local SUMS_URL="${1}"
	local KEY_SOURCE="${2:-${GPG:-}}"
	local SIG_FILE="" KEY_FILE="" SUMS_FILE="" GPG_HOME=""

	if [ -z "${KEY_SOURCE}" ]; then
		return 0
	fi

	if ! command -v gpg &>/dev/null; then
		echo "WARNING: gpg not found — skipping signature verification"
		return 1
	fi

	SIG_FILE=$(mktemp)
	SUMS_FILE=$(mktemp)
	GPG_HOME=$(mktemp -d)
	chmod 700 "${GPG_HOME}"

	# Download SUMS file
	curl --disable --silent --location -o "${SUMS_FILE}" "${SUMS_URL}" 2>/dev/null || {
		echo "WARNING: Failed to download SUMS file for GPG check — ${SUMS_URL}"
		rm -f "${SIG_FILE}" "${SUMS_FILE}"; rm -rf "${GPG_HOME}"
		return 1
	}

	# Download signature (.asc preferred, fallback .gpg)
	if ! curl --disable --silent --location --fail -o "${SIG_FILE}" "${SUMS_URL}.asc" 2>/dev/null; then
		if ! curl --disable --silent --location --fail -o "${SIG_FILE}" "${SUMS_URL}.gpg" 2>/dev/null; then
			echo "WARNING: No GPG signature found at ${SUMS_URL}.asc or .gpg"
			rm -f "${SIG_FILE}" "${SUMS_FILE}"; rm -rf "${GPG_HOME}"
			return 1
		fi
	fi

	# Import signing key
	KEY_FILE=$(mktemp)
	if [[ "${KEY_SOURCE}" =~ ^https?:// ]]; then
		curl --disable --silent --location -o "${KEY_FILE}" "${KEY_SOURCE}" 2>/dev/null || {
			echo "WARNING: Failed to download GPG key — ${KEY_SOURCE}"
			rm -f "${SIG_FILE}" "${SUMS_FILE}" "${KEY_FILE}"; rm -rf "${GPG_HOME}"
			return 1
		}
		GNUPGHOME="${GPG_HOME}" gpg --quiet --import "${KEY_FILE}" 2>/dev/null
	else
		# Treat as fingerprint — fetch from keyserver
		GNUPGHOME="${GPG_HOME}" gpg --quiet --keyserver hkps://keyserver.ubuntu.com \
			--recv-keys "${KEY_SOURCE}" 2>/dev/null || \
		GNUPGHOME="${GPG_HOME}" gpg --quiet --keyserver hkps://keys.openpgp.org \
			--recv-keys "${KEY_SOURCE}" 2>/dev/null
	fi

	local result=0
	if GNUPGHOME="${GPG_HOME}" gpg --verify "${SIG_FILE}" "${SUMS_FILE}" 2>/dev/null; then
		echo "GPG OK — ${PRETTY:-${OS}} ${RELEASE}"
	else
		echo "WARNING: GPG verification FAILED — ${PRETTY:-${OS}} ${RELEASE}"
		result=1
	fi

	rm -f "${SIG_FILE}" "${SUMS_FILE}" "${KEY_FILE}"; rm -rf "${GPG_HOME}"
	return ${result}
}

# Download a file from the web and pipe it to stdout
function web_pipe() {
	local URL="${1}"
	local key body
	key=$(_web_cache_key GET "${URL}")
	if body=$(_web_cache_get_body "${key}"); then
		printf '%s' "${body}"
		return 0
	fi
	body=$(curl --disable --silent --location "${URL}")
	printf '%s' "${body}" | _web_cache_put_body "${key}"
	printf '%s' "${body}"
}

# Download a JSON file from the web and pipe it to stdout
function web_pipe_json() {
	local URL="${1}"
	local key body
	key=$(_web_cache_key GET_JSON "${URL}")
	if body=$(_web_cache_get_body "${key}"); then
		printf '%s' "${body}"
		return 0
	fi
	body=$(curl --disable --silent --location --header "Accept: application/json" "${URL}")
	printf '%s' "${body}" | _web_cache_put_body "${key}"
	printf '%s' "${body}"
}

# checks if a URL is reachable
function web_check() {
	local HEADERS=()
	local URL="${1}"
	# Process any headers
	while (("$#")); do
		if [ "${1}" == "--header" ]; then
			HEADERS+=("${1}" "${2}")
			shift 2
		else
			shift
		fi
	done
	local key rc
	key=$(_web_cache_key "HEAD${HEADERS[*]}" "${URL}")
	if _web_cache_get_status "${key}"; then return 0; fi
	rc=$?
	# rc=2 means not cached; otherwise it's the cached exit status
	if [ "${rc}" != "2" ]; then return "${rc}"; fi
	curl --silent --location --head --output /dev/null --fail --connect-timeout 30 --max-time 30 --retry 3 "${HEADERS[@]}" "${URL}"
	rc=$?
	_web_cache_put_status "${key}" "${rc}"
	return "${rc}"
}

# checks if a URL needs to be redirected and returns the final URL
function web_redirect() {
	local REDIRECT_URL=""
	local URL="${1}"
	# Use HEAD to follow redirects without downloading the body.
	REDIRECT_URL=$(curl --silent --location --head --max-time 10 --write-out '%{url_effective}' --output /dev/null "${URL}" 2>/dev/null)
	if [ -n "${REDIRECT_URL}" ] && [ "${REDIRECT_URL}" != "${URL}" ]; then
		echo "${REDIRECT_URL}"
	else
		echo "${URL}"
	fi
}

function _record_test_result() {
	local URL="${1}"
	local CHECK
	CHECK=$(web_check "${URL}" && echo "PASS" || echo "FAIL")
	table_add_row "$OS" "${ARCH:-amd64}" "$RELEASE" "$EDITION" "$URL" "$CHECK"
	printf "%-10s %-15s %-15s %-10s %-30s %-10s\n" "${OS}" "${ARCH:-amd64}" "${RELEASE}" "${EDITION}" "${URL}" "${CHECK}" | tee -a "${PUBLIC_DIR}/tmp_${OS}"
}

# Download a file from the web
function web_get() {
	local HEADERS=()
	local URL="${1}"
	local DIR="${2}"
	local FILE=""
	local USER_AGENT="Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/123.0.0.0 Safari/537.36"

	if [ -n "${3}" ]; then
		FILE="${3}"
	else
		FILE="${URL##*/}"
	fi

	# Process any URL redirections after the file name has been extracted
	URL=$(web_redirect "${URL}")

	# Process any headers
	while (("$#")); do
		if [ "${1}" == "--header" ]; then
			HEADERS+=("${1}" "${2}")
			shift 2
		else
			shift
		fi
	done

	if [ "${OPERATION}" == "show" ]; then
		printf "%-10s %-10s %-10s %-30s %-10s\n" "${OS}" "${ARCH:-amd64}" "${RELEASE}" "${EDITION}" "${URL}"
		exit 0
	elif [ "${OPERATION}" == "test" ]; then
		_record_test_result "${URL}"
		exit 0
	elif [ "${OPERATION}" == "download" ]; then
		DIR="$(pwd)"
	fi

	if [ "${DIR}" != "$(pwd)" ] && ! mkdir -p "${DIR}" 2>/dev/null; then
		echo "ERROR! Unable to create directory ${DIR}"
		exit 1
	fi

	if [[ ${OS} != windows && ${OS} != macos && ${OS} != windows-server ]]; then
		echo "Downloading ${PRETTY} ${RELEASE} ${EDITION}"
		echo "- URL: ${URL}"
	fi

	if ! curl --progress-bar --location --output "${DIR}/${FILE}" --continue-at - --user-agent "${USER_AGENT}" "${HEADERS[@]}" -- "${URL}"; then
		echo "ERROR! Failed to download ${URL} with curl."
		rm -f "${DIR}/${FILE}"
	fi
}

function zsync_get() {
	local DIR="${2}"
	local FILE="${1##*/}"
	local OUT=""
	local URL="${1}"

	if [ "${OPERATION}" == "show" ]; then
		printf "%-10s %-10s %-10s %-30s %-10s\n" "${OS}" "${ARCH:-amd64}" "${RELEASE}" "${EDITION}" "${URL}" | tee -a "${PUBLIC_DIR}/tmp_${OS}"
		exit 0
	elif [ "${OPERATION}" == "test" ]; then
		_record_test_result "${URL}"
		exit 0
	elif command -v zsync &>/dev/null; then
		if [ -n "${3}" ]; then
			OUT="${3}"
		else
			OUT="${FILE}"
		fi

		if ! mkdir -p "${DIR}" 2>/dev/null; then
			echo "ERROR! Unable to create directory ${DIR}"
			exit 1
		fi
		echo "Downloading ${PRETTY} ${RELEASE} ${EDITION} from ${URL}"
		# Only force http for zsync - not earlier because we might fall through here
		if ! zsync "${URL/https/http}.zsync" -i "${DIR}/${OUT}" -o "${DIR}/${OUT}" 2>/dev/null; then
			echo "ERROR! Failed to download ${URL/https/http}.zsync"
			exit 1
		fi

		if [ -e "${DIR}/${OUT}.zs-old" ]; then
			rm "${DIR}/${OUT}.zs-old"
		fi
	else
		echo "INFO: zsync not found, falling back to curl"
		if [ -n "${3}" ]; then
			web_get "${1}" "${2}" "${3}"
		else
			web_get "${1}" "${2}"
		fi
	fi
}

function _write_todo_from_tmp() {
	{
		echo "### $(date '+%Y-%m-%d')"
		printf "| %-12s | %-6s | %-10s | %-16s | %-40s | %-6s |\n" "OS" "Arch" "Release" "Edition" "URL" "Status"
		printf "|-------------|------|-----------|------------------|----------------------------------------|--------|\n"
		awk '
			NF >= 5 && ($NF == "PASS" || $NF == "FAIL") {
				os=$1; arch=$2; release=$3; check=$NF; url=$(NF-1)
				edition=(NF >= 6) ? $4 : ""
				printf "| %-12s | %-6s | %-10s | %-16s | %-40s | %-6s |\n", os, arch, release, edition, url, check
			}
		' "${PUBLIC_DIR}"/tmp_* 2>/dev/null | sort -u
		echo
	} >>TODO/all
}

function show_help() {
	cat <<EOF

generate <flag> <argument>
Usage:
  <OS>                   Generate current <OS> data
  -t <OS>                Test ISO links for <OS> (PASS/FAIL)
  -a --all               Generate all data
  -t -a                  Test ISO links for all distros
  -p --parallel          Generate all data in parallel
  -t -p                  Test ISO links for all distros in parallel
  -h --help              Show this usage message
  -v --version           Show version and exit

EOF
	SUPPORTED=$(ls "$TEMPLATES_DIR/" | grep -v 'tmp_')
	nOS=$(echo "$SUPPORTED" | wc -w)
	echo "$nOS Available OS templates:"
	echo ${SUPPORTED}
}

function _run_one() {
	local os="${1}"
	if [ ! -f "${TEMPLATES_DIR}/${os}" ]; then
		echo "ERROR: OS \"${os}\" not found!"
		exit 1
	fi
	_iterate_os "${os}"
	write_output "${os}" || true
	if [ "${OPERATION}" == "test" ]; then
		# Skip table_write when running as a parallel worker — parent collects via _write_todo_from_tmp
		[ -z "${_DH_PARALLEL_WORKER}" ] && table_write ./TODO/all
	fi
}

function _run_parallel() {
	rm -f TODO/all "${PUBLIC_DIR}"/*
	touch TODO/all

	local max_jobs
	max_jobs="$(nproc 2>/dev/null || echo 4)"
	[ "$max_jobs" -lt 1 ] && max_jobs=1

	local test_flag=""
	[ "${OPERATION}" == "test" ] && test_flag="-t"

	# Collect templates list
	local templates=() t
	for t in "$TEMPLATES_DIR"/*; do
		[ -f "$t" ] || continue
		templates+=("$(basename "$t")")
	done
	local total="${#templates[@]}"

	# All worker PIDs — refreshed on every spawn/reap; used by the trap.
	local -a worker_pids=()

	# shellcheck disable=SC2317
	_dh_cleanup() {
		local p
		for p in "${worker_pids[@]}"; do
			# Negative PID = whole process group (worker was started with setsid)
			kill -TERM -- "-${p}" 2>/dev/null
		done
		sleep 1
		for p in "${worker_pids[@]}"; do
			kill -KILL -- "-${p}" 2>/dev/null
		done
		printf '\n[interrupted]\n' >&2
		exit 130
	}
	trap _dh_cleanup INT TERM

	# pid -> os mapping (parallel arrays) for progress reporting
	local -a worker_os=()
	local -a worker_status_files=()

	local idx=0 done_count=0
	while [ "${idx}" -lt "${total}" ] || [ "${#worker_pids[@]}" -gt 0 ]; do
		# Spawn until pool is full or templates exhausted
		while [ "${idx}" -lt "${total}" ] && [ "${#worker_pids[@]}" -lt "${max_jobs}" ]; do
			local os_name="${templates[${idx}]}"
			idx=$((idx + 1))
			local status_file
			status_file="$(mktemp -t "dh-status-${os_name}-XXXXXX")"
			# setsid puts each worker in its own process group so the trap can
			# nuke the whole subtree (curl, sub-shells) by killing -PGID.
			setsid bash -c "
				start=\$(date +%s)
				status=done
				'${SCRIPT_DIR}/generate' ${test_flag} '${os_name}' >/dev/null 2>&1 || status=FAIL
				end=\$(date +%s)
				printf '%s %ds\n' \"\$status\" \"\$((end - start))\" >'${status_file}'
			" &
			worker_pids+=("$!")
			worker_os+=("${os_name}")
			worker_status_files+=("${status_file}")
		done

		# Reap any finished workers (non-blocking)
		local _alive_p=() _alive_o=() _alive_s=() i
		for i in "${!worker_pids[@]}"; do
			local p="${worker_pids[$i]}"
			if kill -0 "$p" 2>/dev/null; then
				_alive_p+=("$p")
				_alive_o+=("${worker_os[$i]}")
				_alive_s+=("${worker_status_files[$i]}")
			else
				wait "$p" 2>/dev/null
				done_count=$((done_count + 1))
				local _line
				_line="$(cat "${worker_status_files[$i]}" 2>/dev/null)"
				rm -f "${worker_status_files[$i]}"
				printf '[%d/%d] %-25s %s\n' "${done_count}" "${total}" "${worker_os[$i]}" "${_line:-?}"
			fi
		done
		worker_pids=("${_alive_p[@]}")
		worker_os=("${_alive_o[@]}")
		worker_status_files=("${_alive_s[@]}")

		[ "${idx}" -ge "${total}" ] && [ "${#worker_pids[@]}" -eq 0 ] || sleep 0.2
	done

	trap - INT TERM
	[ "${OPERATION}" == "test" ] && _write_todo_from_tmp
	printf '\033[0m\033[?47l'
}

function _run_all() {
	rm -f TODO/all "${PUBLIC_DIR}"/*
	touch TODO/all

	for OS_PATH in "$TEMPLATES_DIR"/*; do
		OS=$(basename "${OS_PATH}")
		_iterate_os "${OS}"
		write_output "${OS}" || true
	done

	[ "${OPERATION}" == "test" ] && _write_todo_from_tmp
	printf '\033[0m\033[?47l'
}

# ---------------------------------------------------------------------------

OPERATION='show'
_args=()
for _a in "$@"; do
	case "$_a" in
	-t | --test) OPERATION='test' ;;
	*) _args+=("$_a") ;;
	esac
done
set -- "${_args[@]}"
unset _args _a

table_clear

if [ -z "${1}" ]; then
	show_help
	exit 1
fi

case "${1}" in
'-p' | '--parallel') _run_parallel ;;
'-a' | '--all')      _run_all ;;
'-h' | '--help')     show_help ;;
'-v' | '--version')  echo "$generateVersion" ;;
*)                   _run_one "${1}" ;;
esac

# vim:tabstop=4:shiftwidth=4:noexpandtab