genode/repos/libports/run/acpi_suspend.run

#
#  Test to trigger periodically ACPI suspend and resume and periodically
#  trying to restart graphic driver, ps/2, ahci and nvme driver.
#
#  Main test hardware so far:
#  - Lenovo X201 - resume of intel/display + AHCI + PS/2 working
#  - Lenovo T490 - resume of intel/display + NVME + PS/2 working + GPU
#  - Qemu - resume happens, vesa_fb fails, ahci fails, nvme fails
#
#  Not working: vesa_fb nor boot_fb after resume
#  Untested: all other drivers, e.g. nic, wifi, sd_card, usb ... all others
#
#  UART via Intel AMT SOL is most the time not working after resume. Using
#  it may hang up the boot for unknown reasons. On X201 it must not be used to
#  get reliable resume results! However using PCMCIA serial card in X201 seems
#  ok.
#
#  Thereby, by default serial output is disabled by this script for non Qemu.

assert_spec x86

if {
	![have_spec hw] &&
	![have_spec nova]
} {
	puts "Platform is unsupported."
	exit 0
}


if {[have_spec nova]} {
	# enable logmem to get kernel logs in memory
	proc kernel_output { } { return "logmem" }
}


# serial is not ever usable on hardware after resume, avoid hang by now
if {![have_include "power_on/qemu"]} {
	# switch off serial device usage by kernel and core
	proc boot_output { } { return "" }
}


# non Intel machines have no GPU support, e.g. Qemu and AMD
set board_non_intel [expr [have_include "power_on/qemu"]]

set use_gpu_client 1
set use_gpe "no"
set use_ahci 0
set use_nvme 0
set use_wifi 1

proc priority_timer    { } { return {priority="0"} }
proc priority_base     { } { return {priority="-1"} }
proc priority_config   { } { return {priority="-1"} }
proc priority_gui      { } { return {priority="-1"} }
proc priority_wm       { } { return {priority="-2"} }
proc priority_log      { } { return {priority="-2"} }
proc priority_drivers  { } { return {priority="-2"} }
proc priority_scenario { } { return {priority="-3"} }


proc display_config { } {
	global board_non_intel

	if {$board_non_intel} {
		return {
			<start name="fb" caps="1000">
				<binary name="vesa_fb"/>
			<!--
				<binary name="boot_fb"/>
			 -->
				<resource name="RAM" quantum="60M"/>
				<config ld_verbose="yes" width="1280" height="1024">
					<report connectors="yes"/>
				</config>
				<route>
					<any-service> <parent/> </any-service>
				</route>
			</start>}

		return $return_display
	}

	return {
		<start name="intel_fb" caps="1000">
			<binary name="pc_intel_fb"/>
			<resource name="RAM" quantum="60M"/>
			<config ld_verbose="yes" width="1024" height="768" system="yes">
				<report connectors="yes"/>
			</config>
			<route>
				<service name="ROM" label="system">
					<parent label="system"/> </service>
				<any-service> <parent/> </any-service>
			</route>
		</start>}
}


proc restartable_drivers { } {
	set return_drivers ""

	append return_drivers {
							<inline>

								<parent-provides>
									<service name="ROM"/>
									<service name="IO_MEM"/>
									<service name="IO_PORT"/>
									<service name="PD"/>
									<service name="RM"/>
									<service name="CPU"/>
									<service name="LOG"/>
									<service name="Platform"/>
									<service name="Report"/>
									<service name="Timer"/>
									<service name="Capture"/>
									<service name="Event"/>
									<service name="Gui"/>
								</parent-provides>

	} [display_config] {
	} [input_config] {
	} [wifi_config] {

								<start name="nano3d" caps="100">
									<resource name="RAM" quantum="8M"/>
									<route>
										<any-service> <parent/> </any-service>
									</route>
								</start>

							</inline>
	}

	return $return_drivers
}


proc gui_config { } {
	set return_gui ""

	append return_gui {

	<start name="nitpicker" caps="120" } [priority_gui] {>
		<resource name="RAM" quantum="8M"/>
		<provides>
			<service name="Gui"/> <service name="Capture"/> <service name="Event"/>
		</provides>
		<config>
			<capture/> <event/>
			<report focus="yes" hover="yes" />
			<domain name="pointer" layer="1" content="client" label="no" origin="pointer" />
			<domain name="panel"   layer="2" content="client" label="no" focus="none" />
			<domain name=""        layer="3" content="client" label="no" focus="click" hover="always"/>

			<policy label_prefix="pointer"    domain="pointer"/>

			<default-policy domain=""/>
		</config>
		<route>
			<service name="Timer">  <child name="timer"/></service>
			<service name="Report"> <child name="gui_reports"/></service>
			<any-service><parent/><any-child/></any-service>
		</route>
	</start>

	<start name="pointer" caps="100" } [priority_gui] {>
		<resource name="RAM" quantum="2M"/>
		<provides> <service name="Report"/> </provides>
		<config shapes="yes" verbose="no"/>
		<route>
			<service name="Gui"> <child name="nitpicker"/>  </service>
			<service name="ROM" label="hover"> <child name="gui_reports"/> </service>
			<service name="ROM" label="xray"> <child name="gui_reports"/> </service>
			<any-service> <parent/> </any-service>
		</route>
	</start>

	<start name="gui_reports" caps="100" } [priority_gui] {>
		<binary name="report_rom"/>
		<resource name="RAM" quantum="1M"/>
		<provides> <service name="Report"/> <service name="ROM"/> </provides>
		<config>
			<policy label="pointer -> hover"  report="nitpicker -> hover"/>
			<policy label="pointer -> xray"   report="nitpicker -> xray"/>
			<policy label="usb_hid -> report" report="usb -> devices"/>
		</config>
	</start>

	<start name="wm" caps="1000" } [priority_wm] {>
		<resource name="RAM" quantum="32M"/>
		<binary name="init"/>
		<provides>
			<service name="Gui"/> <service name="Report"/> <service name="ROM"/>
		</provides>
		<route>
			<service name="ROM"    label="config"> <parent label="wm.config"/> </service>
			<service name="Report" label_last="shape">  <child name="pointer"/> </service>
			<service name="Gui"> <child name="nitpicker"/> </service>
			<any-service> <parent/> <any-child/> </any-service>
		</route>
	</start>
	}

	return $return_gui
}


proc input_config { } {
	return {

	<start name="ps2" caps="100">
		<resource name="RAM" quantum="3M"/>
		<config/>
		<route>
			<service name="Platform"> <parent/> </service>
			<service name="Event"> <child name="event_filter" label="ps2"/> </service>
			<any-service><parent/> <any-child/> </any-service>
		</route>
	</start>

	<start name="event_filter" caps="100">
		<resource name="RAM" quantum="1280K"/>
		<provides> <service name="Event"/> </provides>
		<route>
			<service name="ROM" label="config"> <parent label="event_filter.config"/> </service>
			<service name="Event"> <parent/> </service>
			<any-service><parent/><any-child/></any-service>
		</route>
	</start>
	}
}


proc log_output { } {

	set return_log ""

	append return_log {
	<start name="log_core" caps="100" } [priority_log] {>
		<resource name="RAM" quantum="10M"/>
		<config period_ms="2000"/>
		<route>
			<service name="ROM" unscoped_label="log_core"> <parent/> </service>
			<service name="ROM" unscoped_label="ld.lib.so"> <parent/> </service>
			<service name="ROM" label="log"> <parent label="core_log"/> </service>
			<service name="Timer"> <child name="timer"/> </service>
			<service name="LOG" label="log"> <child name="terminal_log"/> </service>
			<service name="PD"> <parent/> </service>
			<service name="CPU"> <parent/> </service>
			<service name="LOG"> <parent/> </service>
		</route>
	</start>

	<start name="terminal_log" caps="100" } [priority_log] {>
		<resource name="RAM" quantum="1M"/>
		<provides> <service name="LOG"/> </provides>
		<config/>
		<route>
			<service name="Terminal"> <child name="terminal"/> </service>
			<any-service> <parent/> </any-service>
		</route>
	</start>

	<start name="terminal" caps="110" } [priority_log] {>
		<resource name="RAM" quantum="6M"/>
		<provides><service name="Terminal"/></provides>
		<config>
			<initial width="1200" height="780"/>
			<palette>
				<color index="0" value="#2f3953"/>
				<color index="8" value="#2f3953"/>
			</palette>
			<vfs>
				<rom name="VeraMono.ttf"/>
				<dir name="fonts">
					<dir name="monospace">
						<ttf name="regular" path="/VeraMono.ttf" size_px="10"/>
					</dir>
				</dir>
			</vfs>
		</config>
		<route>
			<service name="Gui"> <child name="wm"/> </service>
			<any-service> <parent/> <any-child/></any-service>
		</route>
	</start>
	}

	append_if [have_spec nova] return_log {
	<start name="log_kernel" caps="100" } [priority_log] {>
		<binary name="log_core"/>
		<resource name="RAM" quantum="10M"/>
		<config period_ms="2000"/>
		<route>
			<service name="ROM" unscoped_label="log_core"> <parent/> </service>
			<service name="ROM" unscoped_label="ld.lib.so"> <parent/> </service>
			<service name="ROM" label="log"> <parent label="kernel_log"/> </service>
			<service name="Timer"> <child name="timer"/> </service>
			<service name="PD"> <parent/> </service>
			<service name="CPU"> <parent/> </service>
			<service name="LOG"> <parent/> </service>
		</route>
	</start>
	}

	return $return_log
}


proc ahci_config { } {

	global use_ahci

	set return_ahci ""

	if {!$use_ahci} {
		return $return_ahci
	}

	append return_ahci {
		<start name="ahci" caps="300" } [priority_drivers] {>
			<resource name="RAM" quantum="12M" />
			<provides><service name="Block" /></provides>
			<config atapi="yes" system="yes">
				<report ports="yes"/>
				<policy label="test-ahci -> " device="0" writeable="no" />
			</config>
			<route>
				<service name="Platform">
					<child name="platform"/>
				</service>

				<service name="ROM" label="system">
					<child name="dynamic_rom"/>
				</service>

				<service name="Report">
					<child name="drivers_reports"/>
				</service>

				<any-service> <parent /> <any-child/> </any-service>
			</route>
		</start>
	}

	append return_ahci {
		<start name="test-ahci" caps="200" } [priority_scenario] {>
			<binary name="block_tester" />
			<resource name="RAM" quantum="50M" />
			<config verbose="yes" report="no" log="yes" stop_on_error="no">
				<tests>
				    <random size="128K" length="1024G" seed="0xaffeaffe" batch="8"/>
				</tests>
			</config>
			<route>
				<service name="Block"><child name="ahci"/></service>
				<any-service> <parent/> <any-child /> </any-service>
			</route>
		</start>
	}

	return $return_ahci
}


proc nvme_config { } {

	global use_nvme

	set return_nvme ""

	if {!$use_nvme} {
		return $return_nvme
	}

	append return_nvme {
		<start name="nvme" caps="300" } [priority_drivers] {>
			<resource name="RAM" quantum="24M"/>
			<provides> <service name="Block"/> </provides>
			<config max_hmb_size="16M" verbose_regs="yes" verbose_identify="yes" system="yes">
				<policy label="test-nvme -> " writeable="no"/>
			</config>
			<route>
				<service name="Platform">
					<child name="platform"/>
				</service>

				<service name="ROM" label="system">
					<child name="dynamic_rom"/>
				</service>

				<service name="Report">
					<child name="drivers_reports"/>
				</service>

				<any-service> <parent /> <any-child/> </any-service>
			</route>
		</start>
	}

	append return_nvme {
		<start name="test-nvme" caps="200" } [priority_scenario] {>
			<binary name="block_tester" />
			<resource name="RAM" quantum="50M" />
			<config verbose="yes" report="no" log="yes" stop_on_error="no">
				<tests>
				    <random size="128K" length="1024G" seed="0xaffeaffe" batch="8"/>
				</tests>
			</config>
			<route>
				<service name="Block"><child name="nvme"/></service>
				<any-service> <parent/> <any-child /> </any-service>
			</route>
		</start>
	}

	return $return_nvme
}


proc gpu_config { } {
	global board_non_intel

	if {$board_non_intel} return

	set return_gpu ""

	append return_gpu {
		<start name="gpu" caps="2000" } [priority_drivers] {>
			<binary name="intel_gpu"/>
			<resource name="RAM" quantum="40M"/>
			<provides>
				<service name="Gpu"/>
				<service name="Platform"/>
			</provides>
			<config system="yes">
				<device vendor="0x8086" device="0x1606" generation="8" platform="broadwell" description="HD Graphics (BDW GT1 ULT)"/>
				<device vendor="0x8086" device="0x1616" generation="8" platform="broadwell" description="HD Graphics 5500 (BDW GT2 ULT)"/>
				<device vendor="0x8086" device="0x1622" generation="8" platform="broadwell" description="Iris Pro Graphics 6200 (BDW GT3e)"/>
				<device vendor="0x8086" device="0x1916" generation="9" platform="skylake"  description="HD Graphics 520 (Skylake, Gen9)"/>
				<device vendor="0x8086" device="0x191b" generation="9" platform="skylake"  description="HD Graphics 530 (Skylake, Gen9)"/>
				<device vendor="0x8086" device="0x5916" generation="9" platform="kabylake" description="HD Graphics 620 (Kaby Lake, Gen9p5)"/>
				<device vendor="0x8086" device="0x5917" generation="9" platform="kabylake" description="UHD Graphics 620 (Kaby Lake, Gen9p5)"/>
				<device vendor="0x8086" device="0x591b" generation="9" platform="kabylake" description="HD Graphics 630 (Kaby Lake, Gen9p5)"/>
				<device vendor="0x8086" device="0x3ea0" generation="9" platform="whiskeylake" description="UHD Graphics 620 (Whiskey Lake, Gen9p5)"/>
				<device vendor="0x8086" device="0x9a49" generation="12" platform="tigerlake" description="Iris Xe Graphics (Tiger Lake, Xe)"/>
			</config>
			<route>
				<service name="Platform">
					<child name="platform" label="fb"/>
				</service>

				<service name="ROM" label="system">
					<child name="dynamic_rom"/>
				</service>
				<any-service> <parent /> <any-child/> </any-service>
			</route>
		</start>}

	return $return_gpu
}

proc gpu_client { } {

	global board_non_intel
	global use_gpu_client

	if { $board_non_intel || !$use_gpu_client } return

	set return_gpu ""

	append return_gpu {
		<start name="glmark2" caps="500" } [priority_scenario] {>
			<resource name="RAM" quantum="240M"/>
			<config>
				<vfs>
					<dir name="dev">
						<log/> <gpu/>
					</dir>
					<dir name="data">
						<tar name="glmark2_assets.tar"/>
					</dir>
				</vfs>
				<libc stdout="/dev/log" stderr="/dev/log"/>
				<arg value="glmark2"/>
				<!-- <arg value="\-\-debug"/> -->
				<arg value="-b"/>
				<arg value=":duration=10.0"/>
				<arg value="--run-forever"/>
				<env key="GALLIUM_HUD" value="fps"/>
			</config>
			<route>
				<service name="Gpu">   <child name="gpu"/>   </service>
				<service name="Gui">   <child name="wm"/>    </service>
				<service name="Timer"> <child name="timer"/> </service>
				<service name="ROM" label="mesa_gpu.lib.so">
					<parent label="mesa_gpu-iris.lib.so"/>
				</service>
				<any-service> <parent /> </any-service>
			</route>
		</start>
	}

	return $return_gpu
}

proc wifi_config { } {

	global use_wifi

	set return_wifi ""

	if {!$use_wifi} { return $return_wifi }

	append return_wifi {
		<start name="pc_rtc" caps="100">
			<resource name="RAM" quantum="1M"/>
			<provides> <service name="Rtc"/> </provides>
			<route> <any-service> <parent/> </any-service> </route>
		</start>

		<start name="config_rom" caps="100">
			<binary name="dynamic_rom"/>
			<resource name="RAM" quantum="4M"/>
			<provides><service name="ROM"/></provides>
			<config verbose="no">
				<rom name="wifi_config">
					<inline description="disconnect">
					</inline>
					<sleep milliseconds="15000"/>
				</rom>
			</config>
			<route> <any-service> <parent/> </any-service> </route>
		</start>

		<start name="wifi" caps="260" priority="-1">
			<resource name="RAM" quantum="32M"/>
			<config ld_verbose="no">
				<report mac_address="true"/>
				<libc stdout="/dev/log" stderr="/dev/log" rtc="/dev/rtc" rng="/dev/urandom"/>
				<vfs>
					<dir name="dev"> <log/> <null/> <rtc/>
						<jitterentropy name="random"/>
						<jitterentropy name="urandom"/>
					</dir>
					<dir name="firmware">
						<tar name="wifi_firmware.tar"/>
					</dir>
				</vfs>
			</config>
			<route>
				<service name="Uplink">   <parent/>    </service>
				<service name="Rtc">      <any-child/> </service>
				<service name="Report">   <parent/>    </service>
				<service name="Report" label="accesspoints"> <parent/> </service>
				<service name="Report" label="state"> <parent label="wifi_state"/> </service>
				<service name="Report" label="devices"> <parent label="wifi_devices"/> </service>

				<service name="ROM" label="wifi_config"> <child name="config_rom"/> </service>
				<service name="ROM" label="wifi.lib.so"> <parent label="pc_wifi.lib.so"/> </service>
				<service name="ROM" label="wifi_firmware.tar"> <parent label="pc_wifi_firmware.tar"/> </service>
				<any-service> <parent/> </any-service>
			</route>
		</start>
	}

	return $return_wifi
}

build {
	core timer init lib/ld
	server/report_rom
	server/dynamic_rom
	server/rom_filter
	driver/acpi
	driver/platform
	driver/framebuffer/intel/pc
	driver/framebuffer/vesa
	driver/framebuffer/boot
	driver/gpu/intel
	driver/ahci
	driver/nvme
	driver/rtc
	app/acpica
	app/pci_decode
	app/block_tester
}

create_boot_directory

import_from_depot [depot_user]/src/init \
                  [depot_user]/src/nitpicker \
                  [depot_user]/src/ps2 \
                  [depot_user]/pkg/themed_wm \
                  [depot_user]/pkg/terminal \
                  [depot_user]/src/terminal_log \
                  [depot_user]/src/event_filter \
                  [depot_user]/raw/drivers_interactive-pc \
                  [depot_user]/src/report_rom \
                  [depot_user]/src/dynamic_rom \
                  [depot_user]/src/nano3d \
                  [depot_user]/src/log_core

if {$use_gpu_client} {
	import_from_depot [depot_user]/pkg/glmark2
}

if {$use_wifi} {
	import_from_depot [depot_user]/pkg/pc_wifi \
	                  [depot_user]/raw/pc_wifi_firmware
}

set config ""
append config {
	<config verbose="no" prio_levels="4">
		<parent-provides>
			<service name="ROM"/>
			<service name="CPU"/>
			<service name="RM"/>
			<service name="PD"/>
			<service name="LOG"/>
			<service name="IRQ"/>
			<service name="IO_MEM"/>
			<service name="IO_PORT"/>
			<service name="TRACE"/>
		</parent-provides>

		<default-route>
			<any-service> <parent/> <any-child/> </any-service>
		</default-route>

		<start name="timer" caps="100" } [priority_timer] {>
			<resource name="CPU" quantum="10"/>
			<resource name="RAM" quantum="1M"/>
			<provides><service name="Timer"/></provides>
		</start>

		<start name="drivers_reports" caps="100" } [priority_base] {>
			<binary name="report_rom"/>
			<resource name="RAM" quantum="1M"/>
			<provides>
				<service name="Report"/>
				<service name="ROM"/>
			</provides>
			<config verbose="no">
				<policy label="platform -> acpi" report="acpi -> acpi"/>
				<policy label="platform -> devices" report="pci_decode -> devices"/>
				<policy label="pci_decode -> system" report="acpi -> acpi"/>
				<policy label="platform -> sleep_states" report="acpica -> sleep_states"/>
				<policy label="intel_fb -> intel_opregion" report="acpi -> intel_opregion"/>
			</config>
		</start>

		<start name="acpi" caps="350" } [priority_base] {>
			<resource name="RAM" quantum="5M"/>
			<config report="yes"/>
			<route>
				<service name="Report"> <child name="drivers_reports"/> </service>
				<any-service> <parent/> <any-child/> </any-service>
			</route>
		</start>

		<start name="pci_decode" caps="350" } [priority_base] {>
			<resource name="RAM" quantum="1M"/>
			<route>
				<service name="ROM" label="system"> <child name="drivers_reports"/> </service>
				<service name="Report"> <child name="drivers_reports"/> </service>
				<any-service> <parent/> <any-child/> </any-service>
			</route>
		</start>

		<start name="platform" caps="300" managing_system="yes" } [priority_base] {>
			<binary name="pc_platform"/>
			<resource name="RAM" quantum="8M"/>
			<provides>
				<service name="Platform"/>
			</provides>
			<config system="yes">
				<report devices="yes"/>

				<policy label_prefix="ps2">
					<device name="ps2"/>
				</policy>
				<policy label_prefix="fb" info="yes">
					<pci class="VGA"/>
					<pci class="ISABRIDGE"/>
				</policy>
				<policy label_prefix="acpica">
					<device name="acpi"/>
				</policy>
				<policy label="ahci -> ">            <pci class="AHCI"/> </policy>
				<policy label="nvme -> " info="yes"> <pci class="NVME"/> </policy>
				<policy label="wifi"     info="yes"> <pci class="WIFI"/> </policy>
			</config>
			<route>
				<service name="ROM" label="system"> <child name="dynamic_rom"/> </service>
				<service name="ROM" label="acpi"> <child name="drivers_reports"/> </service>
				<service name="ROM" label="devices"> <child name="drivers_reports"/> </service>
				<service name="ROM" label="sleep_states"> <child name="drivers_reports"/> </service>
				<service name="Report"> <child name="drivers_reports"/> </service>
				<any-service> <parent/> <any-child/> </any-service>
			</route>
		</start>

	} [  gpu_config] {
	} [  gui_config] {
	} [  log_output] {
	} [  gpu_client] {
	} [ ahci_config] {
	} [ nvme_config] {

		<start name="drivers_init" caps="10000" } [priority_drivers] {>
			<binary name="init"/>
			<resource name="RAM" quantum="128M"/>
			<route>
				<service name="Report">
					<child name="drivers_reports"/>
				</service>
				<service name="Platform" label_prefix="ps2 ->">
					<child name="platform" label="ps2"/>
				</service>
				<service name="Platform" label_prefix="wifi ->">
					<child name="platform" label="wifi"/>
				</service>
				<service name="Platform" label_prefix="fb ->">
					<child name="platform" label="fb"/>
				</service>
				<service name="Platform" label_prefix="intel_fb ->">
					<child name="gpu"/>
				</service>
				<service name="ROM" label="intel_fb -> intel_opregion">
					<child name="drivers_reports" label="intel_fb -> intel_opregion"/>
				</service>
				<service name="ROM" label="config">
					<child name="drivers_init_config"/>
				</service>
				<service name="Gui">
					<child name="wm"/>
				</service>
				<service name="ROM" label="system">
					<child name="dynamic_rom"/>
				</service>
				<any-service> <parent/> <any-child/> </any-service>
			</route>
		</start>

		<start name="drivers_init_config" caps="100" } [priority_config] {>
			<binary name="rom_filter"/>
			<resource name="RAM" quantum="1M"/>
			<provides> <service name="ROM"/> </provides>
			<config verbose="yes">
				<input name="check_system" rom="system" node="system" default="">
					<attribute name="state"/>
				</input>

				<output node="config">
					<attribute name="prio_levels" value="2"/>
					<attribute name="verbose"     value="no"/>
					<if> <has_value input="check_system" value=""/>
						<then> } [restartable_drivers] { </then>
						<else>
							<if> <has_value input="check_system" value="blanking"/>
								<then> } [restartable_drivers] { </then>
								<else>
									<inline/>
								</else>
							</if>
						</else>
					</if>
				</output>
			</config>
			<route>
				<service name="ROM" label="system"> <child name="dynamic_rom"/> </service>
				<any-service> <parent/> </any-service>
			</route>
		</start>

		<start name="acpica" caps="200" } [priority_scenario] {>
			<resource name="RAM" quantum="8M"/>
			<config ld_verbose="yes" sleep="yes" reset="no" poweroff="no" report="yes" acpi_ready="no" use_gpe="} $use_gpe {">
			</config>
			<route>
				<service name="Platform"> <child name="platform"/> </service>
				<service name="ROM" label="system"> <child name="dynamic_rom"/> </service>
				<service name="Report"> <child name="drivers_reports"/> </service>
				<any-service> <parent/> <any-child/> </any-service>
			</route>
		</start>

		<start name="dynamic_rom" caps="100" } [priority_config] {>
			<resource name="RAM" quantum="4M"/>
			<provides><service name="ROM"/></provides>
			<config verbose="yes">
				<rom name="system">

					<inline description="system normal">
						<system state=""/>
					</inline>
					<sleep milliseconds="10000"/>

					<inline description="disable display connectors">
						<system state="blanking"/>
					</inline>
					<sleep milliseconds="10000"/>

					<inline description="notify non-restartable drivers">
						<system state="driver_stop"/>
					</inline>
					<sleep milliseconds="4000"/>

					<!--
					     TODO: for a real OS scenario, e.g. Sculpt OS - you
					     have now to wait until all devices are unused and
					     powered off, e.g. you have to evaluate the
					     report of the platform driver until it is in the
					     right state !!!!!!!
					-->

					<inline description="prepare suspending">
						<system state="s3_prepare"/>
					</inline>
					<sleep milliseconds="10000"/>

					<!--
					     TODO: for a real OS scenario, e.g. Sculpt OS -
					     waits until s3_prepare is done, e.g. evaluate the
					     ACPICA sleep_state report!
					-->

					<inline description="suspend system">
						<system state="suspend"/>
					</inline>
					<sleep milliseconds="10000"/>

					<inline description="resume system">
						<system state="s3_resume"/>
					</inline>
					<sleep milliseconds="10000"/>

				</rom>
			</config>
		</start>
	</config>
}

install_config $config

build_boot_image [build_artifacts]

# qemu machine model q35 and multiple CPUs don't work with NOVA kernel
#
# src/lapic.cpp Acpi::delay(2) spins on PM_TMR forever
# 
# According to qemu monitor "info mtree",
#
# address-space: I/O
#  0000000000000000-000000000000ffff (prio 0, i/o): io
#    ...
#    0000000000000600-000000000000067f (prio 0, i/o): ich9-pm
#      0000000000000600-0000000000000603 (prio 0, i/o): acpi-evt
#      0000000000000604-0000000000000605 (prio 0, i/o): acpi-cnt
#      0000000000000608-000000000000060b (prio 0, i/o): acpi-tmr
#      0000000000000620-000000000000062f (prio 0, i/o): acpi-gpe0
#      0000000000000630-0000000000000637 (prio 0, i/o): acpi-smi
#      0000000000000660-000000000000067f (prio 0, i/o): sm-tco
#
# address-space: I/O
#  0000000000000000-000000000000ffff (prio 0, i/o): io
#      0000000000000000-0000000000000003 (prio 0, i/o): acpi-evt
#      0000000000000004-0000000000000005 (prio 0, i/o): acpi-cnt
#      0000000000000008-000000000000000b (prio 0, i/o): acpi-tmr
#      0000000000000020-000000000000002f (prio 0, i/o): acpi-gpe0
#      0000000000000030-0000000000000037 (prio 0, i/o): acpi-smi
#      0000000000000060-000000000000007f (prio 0, i/o): sm-tco
#
# the "ich9-pm" device behind/attached on a LPC PCI device
#
# ./hw/isa/lpc_ich9.c
# ./hw/acpi/ich9.c:    memory_region_init(&pm->io, OBJECT(lpc_pci), "ich9-pm", ICH9_PMIO_SIZE)
#
# is not at the right i/o space right location anymore. It seems that the
# parent of ich9-pm stays disabled ...
#
# Further debugging shows:
#
# qemu/roms/seabios/src/resume.c         s3_resume -> pci_resume
# qemu/roms/seabios/src/fw/pciinit.c     pci_resume
#
# In pci_resume the mmcfg and q35 and ich9-pm for PCIe is tried to be
# re-enabled, but actually the calls never hit in Qemu.
# It seems that mch_mmconfig_setup should use I/O PCI access in order to
# enable MMIO PCI MMCFG access.
#
append qemu_args "-smp 1"

if {[have_include "power_on/qemu"] && $use_ahci} {
	append qemu_args " -device ahci,id=ahci "
	append qemu_args " -drive id=disk,file=bin/ext2.raw,format=raw,if=none"
	append qemu_args " -device ide-hd,drive=disk,bus=ahci.0 "

	#
	# Build EXT2-file-system image
	#
	set mke2fs [installed_command mke2fs]
	set dd     [installed_command dd]
	catch { exec $dd if=/dev/zero of=bin/ext2.raw bs=1M count=16 }
	catch { exec $mke2fs -F bin/ext2.raw }
}

if {[have_include "power_on/qemu"] && $use_nvme} {
	#
	# Create raw image
	#
	set dd [installed_command dd]
	catch { exec $dd if=/dev/zero of=bin/nvme.raw bs=1M count=32 }

	append qemu_args " -device pcie-root-port,id=root_port1 "
	append qemu_args " -drive id=nvme0,file=bin/nvme.raw,format=raw,if=none "
	append qemu_args " -device nvme,drive=nvme0,serial=fnord,id=nvme0n1,bus=root_port1 "
}


run_genode_until forever