# networkmanager - Network configuration daemon, provides nmtui
# Generated from manifest.tsv by gen-ports.py. Edit the manifest, not this file,
# unless the package needs something the template cannot express - in which case
# drop a `recipe.local` beside it and it will be preserved.
name=networkmanager
version=1.50.0
release=2
desc="Network configuration daemon, provides nmtui"
url="https://networkmanager.dev/"
license="LGPL-2.1-or-later GPL-2.0-or-later"
depend="glibc glib dbus libnl wpa_supplicant newt curl libudev-zero libndp"
makedepend="meson ninja python"
source="https://download.gnome.org/sources/NetworkManager/1.50/NetworkManager-1.50.0.tar.xz"
sha256="SKIP"

build() {
	cd "NetworkManager-1.50.0"
	# ScrapLinux has no systemd, no logind/ConsoleKit, no SELinux and no
	# firewalld - every option below turns off an integration this system
	# genuinely does not have, rather than one we just don't want. -Dnmtui=true
	# is the point of this port: it bundles the nmtui text UI in the same
	# build, no separate package needed.
	#
	# -Dcrypto=null: NM's crypto backend only matters for certificate/key
	# handling in 802.1X EAP, which this port does not target (WPA2-PSK via
	# nmtui is the point of it). nss turned out to need its own non-standard
	# build.sh/coreconf build (no plain Makefile, no DESTDIR install) rather
	# than the "already a buildable dependency" it looked like on paper, and
	# gnutls would mean pulling in nettle+gmp as a second crypto stack for a
	# feature this port does not use either. null keeps everything WPA2-PSK
	# needs (wpa_supplicant does its own crypto for that) with no dependency
	# on any of them. Revisit if 802.1X specifically turns out to matter.
	#
	# -Dmodem_manager=false: no ModemManager port exists (mobile broadband
	# modems), and leaving this at its default true silently links against
	# the build host's own libmm-glib/libnm-wwan if it happens to have
	# ModemManager installed - neither ships on ScrapLinux, so that binary would
	# fail to even start with "cannot open shared object file".
	#
	# -Dnmcli=false: nmcli hard-requires readline or libedit to build at all.
	# GNU readline is what ScrapLinux never ships (openssh and vim use libedit
	# instead, for the same reason) - so this recipe pointed PKG_CONFIG_PATH/
	# CFLAGS/LDFLAGS at $DEPS (the staging tree build-rootfs.sh/build-usable.sh
	# already maintain for exactly this "dependency isn't on the build host"
	# problem) and that half worked: meson found libedit and configured
	# cleanly. The actual compile then failed - nmcli/agent.c and
	# nmcli/common.c assign a 2-argument function to libedit's
	# `rl_startup_hook`, which libedit's readline-compat shim declares as
	# taking zero arguments (upstream NetworkManager was written against
	# GNU readline's own, incompatible rl_startup_hook signature for this
	# one deftext-prefill feature). That's a real upstream libedit/readline
	# API mismatch, not a packaging problem, and patching NetworkManager's C
	# source for it is more than this port needs: nmtui is the point of
	# this package and doesn't touch readline at all (it's newt-based, a
	# completely separate line-editing library) - only the interactive
	# nmcli prompt's tab completion is affected, and nmcli itself won't
	# build at all while that's unresolved. Revisit if nmcli specifically
	# turns out to matter enough to carry a patch for.
	#
	# -Dsystemdsystemunitdir is a real path, not "no". meson.build's own
	# logic only skips its systemd-unit-dir probe when this is exactly the
	# string "no" and asserts looking for a real systemd install otherwise -
	# "no" was passed and the assert fired anyway, for a reason not worth
	# chasing further when any non-empty path sidesteps the check entirely.
	# Nothing on ScrapLinux reads this path; ninja install just writes a few
	# .service files under it inside $pkgdir that nothing ever loads.
	#
	# -Db_lto=false: meson's own default asserts on -flto-partition=none, a
	# GCC LTO flag clang has never had - "Compiler for C supports arguments
	# -flto-partition=none: NO" then a hard Assert failed, never reaching
	# the rest of the build. This is not a workaround for clang's LTO being
	# broken - clang's LTO works fine - it is meson's own default check
	# being written against gcc.
	meson setup build \
		--prefix=/usr \
		--libdir=/usr/lib \
		--sysconfdir=/etc \
		--localstatedir=/var \
		--buildtype=release \
		--wrap-mode=nodownload \
		-Db_lto=false \
		-Dsession_tracking=no \
		-Dsystemd_journal=false \
		-Dsystemdsystemunitdir=/usr/lib/systemd/system \
		-Dselinux=false \
		-Dlibaudit=no \
		-Dfirewalld_zone=false \
		-Dnmtui=true \
		-Dnmcli=false \
		-Dintrospection=false \
		-Ddocs=false \
		-Dtests=no \
		-Dqt=false \
		-Dovs=false \
		-Dppp=false \
		-Difupdown=false \
		-Dvapi=false \
		-Debpf=false \
		-Dmodem_manager=false \
		-Dreadline=none \
		-Dnm_cloud_setup=false \
		-Dcrypto=null \
		-Dconfig_dns_rc_manager_default=file \
		-Dconfig_wifi_backend_default=wpa_supplicant \
		-Ddhcpcanon=false \
		-Ddhcpcd=false \
		-Ddhclient=false \
		-Dpolkit=false \
		-Dsuspend_resume=consolekit
	ninja -C build -j"$JOBS"
}

package() {
	cd "NetworkManager-1.50.0"
	DESTDIR="$pkgdir" ninja -C build install
	# NM ships a default main.conf with plugins=keyfile,ifupdown - ifupdown
	# is a Debian-ism ScrapLinux has no use for and its plugin isn't even built
	# here; keyfile alone is what actually reads/writes connection profiles.
	if [ -f "$pkgdir/etc/NetworkManager/NetworkManager.conf" ]; then
		sed -i 's/^plugins=.*/plugins=keyfile/' \
			"$pkgdir/etc/NetworkManager/NetworkManager.conf"
	fi
}