genode/repos/os/run/tz_vmm.run

#
# \brief  Virtual-machine monitor demo
# \author Stefan Kalkowski
# \author Martin Stein
# \date   2012-06-25
#

#
# On USB Armory
# #############
#
# Create bootable microSD card
# ============================
#
# :User settings:
#
#   ! export TARGET_DEV=/dev/sdX                 # empty boot medium
#   ! export TARGET_MNT=/mnt                     # where to mount the boot medium
#   ! export GENODE_DIR=/path/genode             # root of the Genode sources
#   ! export BUILD_DIR=/path/build/usb_armory # Genode build directory
#
# :Format microSD card:
#
#   ! sudo parted $TARGET_DEV --script mklabel msdos
#   ! sudo parted $TARGET_DEV --script mkpart primary ext4 10M 110M
#   ! sudo parted $TARGET_DEV --script mkpart primary ext4 110M 2105M
#   ! sudo mkfs.ext4 ${TARGET_DEV}1
#   ! sudo mkfs.ext4 ${TARGET_DEV}2
#
# :Install bootloader:
#
#   ! cd $GENODE_DIR
#   ! ./tool/create_uboot usb_armory
#   ! sudo dd if=contrib/uboot/build/usb_armory/mmc_img of=$TARGET_DEV bs=1K seek=1 conv=fsync
#
# :Install Genode:
#
#   ! cd $BUILD_DIR
#   ! echo "RUN_OPT += --include image/uboot" >> etc/build.conf
#   ! make run/tz_vmm
#   ! sudo mount ${TARGET_DEV}1 $TARGET_MNT
#   ! sudo cp var/run/tz_vmm/uImage $TARGET_MNT
#   ! sudo umount $TARGET_MNT
#
# :Install Linux rootfs:
#
#   ! sudo partclone.extfs -r -d -s var/run/tz_vmm/rootfs -o ${TARGET_DEV}2
#
# :Insert microSD card into USB Armory:
#
#   [https://github.com/inversepath/usbarmory/wiki/microSD-compatibility]
#
# :Connect USB Armory to host machine via USB-to-TTL serial cable:
#
#   [https://github.com/inversepath/usbarmory/wiki/GPIOs#breakout-header]
#
# :Connect to USB Armory COM port:
#
#   ! sudo picocom -b 115200 -r -l /dev/ttyUSB0
#
# :Insert USB Armory into host USB slot and interrupt auto boot on COM port:
#
# :Send bootloader commands on COM port:
#
#   ! ext2load mmc 0:1 0x74000000 /uImage
#   ! bootm 0x74000000
#
# :Linux login:
#
#   The login and password of the Linux guest are both "usbarmory"
#
# :Communicate with Linux via CDC Ethernet:
#
#   [https://github.com/inversepath/usbarmory/wiki/Host-communication#cdc-ethernet]
#
# Further information
# ===================
#
# :Tutorial on how to reproduce the Linux images:
#
#   [http://genode.org/files/release-15.11/usb_armory_tz_vmm/README]
#
# :Wiki about the USB Armory and the Linux:
#
#   [https://github.com/inversepath/usbarmory/wiki]
#

assert_spec hw
assert_spec imx53
assert_spec trustzone

# determine platform specific configuration
set trusted_led       [have_spec usb_armory]
set inversepath_linux [have_spec usb_armory]
set freescale_linux   [have_spec imx53_qsb]
set initrd_rootfs     $freescale_linux
set mmc_rootfs        $inversepath_linux
set dtb               $inversepath_linux

set targets { core init server/tz_vmm }

if { $mmc_rootfs } {

	# choose interrupt for paravirtualized block
	if { [have_spec imx53] } { set tz_vmm_block_irq 92 }

	# add targets that enable MMC access via paravirtualized block
	lappend targets timer
	lappend targets drivers/platform
	lappend targets drivers/sd_card
	lappend targets server/part_block
}

lappend_if $trusted_led targets drivers/gpio

build $targets

create_boot_directory

# compose config
set config {
<config verbose="yes">
	<parent-provides>
		<service name="ROM"/>
		<service name="IRQ"/>
		<service name="IO_MEM"/>
		<service name="IO_PORT"/>
		<service name="PD"/>
		<service name="RM"/>
		<service name="CPU"/>
		<service name="LOG"/>
		<service name="VM"/>
	</parent-provides>
	<default-route>
		<any-service><any-child/><parent/></any-service>
	</default-route>
	<default caps="100"/>}

append_if $trusted_led config {
	<start name="gpio_drv">
		<resource name="RAM" quantum="3M"/>
		<provides><service name="Gpio"/></provides>
		<config/>
	</start>}

append_if $mmc_rootfs config {
	<start name="timer">
		<resource name="RAM" quantum="3M"/>
		<provides><service name="Timer"/></provides>
	</start>
	<start name="platform_drv">
		<resource name="RAM" quantum="3M"/>
		<provides>
			<service name="Regulator"/>
			<service name="Platform"/>
		</provides>
	</start>
	<start name="sd_card_drv">
		<resource name="RAM" quantum="3M"/>
		<provides><service name="Block"/></provides>
	</start>
	<start name="part_block">
		<resource name="RAM" quantum="10M" />
		<provides><service name="Block" /></provides>
		<route>
			<service name="Block"><child name="sd_card_drv" /></service>
			<any-service><parent/><any-child/></any-service>
		</route>
		<config>
			<policy label="tz_vmm -> sda1" partition="2"/>
		</config>
	</start> }

append config {
	<start name="tz_vmm">
		<resource name="RAM" quantum="10M"/> }

if { $mmc_rootfs } {
	append config "
		<config>
			<block name=\"sda1\" irq=\"$tz_vmm_block_irq\"/>
		</config>
		<route>
			<service name=\"Block\"><child name=\"part_block\" /></service>
			<any-service><any-child/><parent/></any-service>
		</route> "
}

append config {
	</start>
</config> }

install_config $config

# download and add linux
cd bin
if { $inversepath_linux } {

	set linux_uri "http://genode.org/files/release-15.11/usb_armory_tz_vmm/linux"

}  elseif { $freescale_linux } {

	set linux_uri "http://genode.org/files/images/imx53_qsb/linux_trustzone.bin"
}
if {![file exists linux]} {
	puts "Download linux binary ..."
	exec >& /dev/null wget -c -O linux $linux_uri
}
exec >& /dev/null wget -O linux.md5 $linux_uri.md5
exec md5sum -c linux.md5

set boot_modules { core ld.lib.so init tz_vmm linux }

if { $dtb } {

	# download and add DTB
	set dtb_uri "http://genode.org/files/release-15.11/usb_armory_tz_vmm/dtb"
	if {![file exists dtb]} {
		puts "Download device tree ..."
		exec >& /dev/null wget -c -O dtb $dtb_uri
	}
	exec >& /dev/null wget -O dtb.md5 $dtb_uri.md5
	exec md5sum -c dtb.md5
	lappend boot_modules dtb
}

if { $mmc_rootfs } {

	# add components that enable MMC access via parvirtualized block
	lappend boot_modules timer
	lappend boot_modules platform_drv
	lappend boot_modules sd_card_drv
	lappend boot_modules part_block

	# download and add rootfs
	set rootfs_uri "http://genode.org/files/release-15.11/usb_armory_tz_vmm/rootfs"
	if {![file exists rootfs]} {
		puts "Download rootfs ..."
		exec >& /dev/null wget -c -O rootfs.gz $rootfs_uri.gz
		puts "Extract rootfs ..."
		exec >& /dev/null gunzip rootfs.gz
	}
	exec >& /dev/null wget -O rootfs.md5 $rootfs_uri.md5
	exec md5sum -c rootfs.md5
	exec ln -sf ../../../bin/rootfs $env(PWD)/[run_dir]/rootfs

} elseif { $initrd_rootfs } {

	# download and add initrd
	set initrd_uri  "http://genode.org/files/images/imx53_qsb/initrd.gz"
	if {![file exists initrd.gz]} {
		puts "Download initramfs ..."
		exec >& /dev/null wget -c -O initrd.gz $initrd_uri
	}
	exec >& /dev/null wget -O initrd.gz.md5 $initrd_uri.md5
	exec md5sum -c initrd.gz.md5
	lappend boot_modules initrd.gz
}
cd ..

lappend_if $trusted_led boot_modules gpio_drv

build_boot_image [join $boot_modules " "]

if { $inversepath_linux } {

	# execute and wait for console
	run_genode_until "Debian GNU/Linux 7 usbarmory console\n" 220

} elseif { $freescale_linux } {

	# execute and wait for console
	run_genode_until {.*\/ #.*} 220
	set serial_id [output_spawn_id]

	# wait for network to settle down
	send -i $serial_id "sleep 5\n"

	# test network
	send -i $serial_id "wget http://genode.org/\n"
	run_genode_until "Connecting to genode.org" 10 $serial_id
	run_genode_until {.*\/ #.*} 30 $serial_id
}