#!/bin/bash # shellcheck disable=SC2034 TEST_DESCRIPTION="root filesystem over iSCSI with $USE_NETWORK" #DEBUGFAIL="rd.shell rd.break rd.debug loglevel=7 " #SERVER_DEBUG="rd.debug loglevel=7" #SERIAL="tcp:127.0.0.1:9999" run_server() { # Start server first echo "iSCSI TEST SETUP: Starting DHCP/iSCSI server" declare -a disk_args=() declare -i disk_index=0 qemu_add_drive_args disk_index disk_args "$TESTDIR"/server.img serverroot 0 1 qemu_add_drive_args disk_index disk_args "$TESTDIR"/singleroot.img singleroot qemu_add_drive_args disk_index disk_args "$TESTDIR"/raid0-1.img raid0-1 qemu_add_drive_args disk_index disk_args "$TESTDIR"/raid0-2.img raid0-2 "$testdir"/run-qemu \ "${disk_args[@]}" \ -serial "${SERIAL:-"file:$TESTDIR/server.log"}" \ -net nic,macaddr=52:54:00:12:34:56,model=e1000 \ -net nic,macaddr=52:54:00:12:34:57,model=e1000 \ -net socket,listen=127.0.0.1:12330 \ -append "panic=1 oops=panic softlockup_panic=1 quiet root=/dev/disk/by-id/ata-disk_serverroot rootfstype=ext4 rw console=ttyS0,115200n81 selinux=0 $SERVER_DEBUG" \ -initrd "$TESTDIR"/initramfs.server \ -pidfile "$TESTDIR"/server.pid -daemonize || return 1 chmod 644 "$TESTDIR"/server.pid || return 1 # Cleanup the terminal if we have one tty -s && stty sane if ! [[ $SERIAL ]]; then while :; do grep Serving "$TESTDIR"/server.log && break echo "Waiting for the server to startup" tail "$TESTDIR"/server.log sleep 1 done else echo Sleeping 10 seconds to give the server a head start sleep 10 fi } run_client() { local test_name=$1 shift echo "CLIENT TEST START: $test_name" declare -a disk_args=() declare -i disk_index=0 qemu_add_drive_args disk_index disk_args "$TESTDIR"/marker.img marker test_marker_reset "$testdir"/run-qemu \ "${disk_args[@]}" \ -net nic,macaddr=52:54:00:12:34:00,model=e1000 \ -net nic,macaddr=52:54:00:12:34:01,model=e1000 \ -net socket,connect=127.0.0.1:12330 \ -acpitable file=ibft.table \ -append "$*" \ -initrd "$TESTDIR"/initramfs.testing # shellcheck disable=SC2181 if [[ $? -ne 0 ]] || ! test_marker_check iscsi-OK; then echo "CLIENT TEST END: $test_name [FAILED - BAD EXIT]" return 1 fi echo "CLIENT TEST END: $test_name [OK]" return 0 } do_test_run() { initiator=$(iscsi-iname) run_client "root=dhcp" \ "root=/dev/root netroot=dhcp ip=enp0s1:dhcp" \ "rd.iscsi.initiator=$initiator" \ || return 1 run_client "netroot=iscsi target0" \ "root=LABEL=singleroot netroot=iscsi:192.168.50.1::::iqn.2009-06.dracut:target0" \ "ip=192.168.50.101::192.168.50.1:255.255.255.0:iscsi-1:enp0s1:off" \ "rd.iscsi.initiator=$initiator" \ || return 1 run_client "netroot=iscsi target1 target2" \ "root=LABEL=sysroot" \ "ip=dhcp" \ "netroot=iscsi:192.168.51.1::::iqn.2009-06.dracut:target1" \ "netroot=iscsi:192.168.50.1::::iqn.2009-06.dracut:target2" \ "rd.iscsi.initiator=$initiator" \ || return 1 run_client "root=ibft" \ "root=LABEL=singleroot" \ "rd.iscsi.ibft=1" \ "rd.iscsi.firmware=1" \ || return 1 echo "All tests passed [OK]" return 0 } test_run() { if ! run_server; then echo "Failed to start server" 1>&2 return 1 fi do_test_run ret=$? if [[ -s $TESTDIR/server.pid ]]; then kill -TERM "$(cat "$TESTDIR"/server.pid)" rm -f -- "$TESTDIR"/server.pid fi return $ret } test_check() { if ! command -v tgtd &> /dev/null || ! command -v tgtadm &> /dev/null; then echo "Need tgtd and tgtadm from scsi-target-utils" return 1 fi } test_setup() { # Create what will eventually be the client root filesystem onto an overlay "$DRACUT" -l --keep --tmpdir "$TESTDIR" \ -m "test-root" \ -i ./client-init.sh /sbin/init \ -I "ip ping grep setsid" \ -i "${PKGLIBDIR}/modules.d/99base/dracut-lib.sh" "/lib/dracut-lib.sh" \ -i "${PKGLIBDIR}/modules.d/99base/dracut-dev-lib.sh" "/lib/dracut-dev-lib.sh" \ --no-hostonly --no-hostonly-cmdline --nohardlink \ -f "$TESTDIR"/initramfs.root "$KVERSION" || return 1 mkdir -p "$TESTDIR"/overlay/source && mv "$TESTDIR"/dracut.*/initramfs/* "$TESTDIR"/overlay/source && rm -rf "$TESTDIR"/dracut.* mkdir -p -- "$TESTDIR"/overlay/source/var/lib/nfs/rpc_pipefs # create an initramfs that will create the target root filesystem. # We do it this way so that we do not risk trashing the host mdraid # devices, volume groups, encrypted partitions, etc. "$DRACUT" -l -i "$TESTDIR"/overlay / \ -m "test-makeroot crypt lvm mdraid" \ -I "mkfs.ext4 setsid blockdev" \ -i ./create-client-root.sh /lib/dracut/hooks/initqueue/01-create-client-root.sh \ --no-hostonly-cmdline -N \ -f "$TESTDIR"/initramfs.makeroot "$KVERSION" || return 1 rm -rf -- "$TESTDIR"/overlay declare -a disk_args=() declare -i disk_index=0 qemu_add_drive_args disk_index disk_args "$TESTDIR"/marker.img marker 1 qemu_add_drive_args disk_index disk_args "$TESTDIR"/singleroot.img singleroot 200 qemu_add_drive_args disk_index disk_args "$TESTDIR"/raid0-1.img raid0-1 100 qemu_add_drive_args disk_index disk_args "$TESTDIR"/raid0-2.img raid0-2 100 # Invoke KVM and/or QEMU to actually create the target filesystem. "$testdir"/run-qemu \ "${disk_args[@]}" \ -append "root=/dev/fakeroot rw rootfstype=ext4 quiet console=ttyS0,115200n81 selinux=0" \ -initrd "$TESTDIR"/initramfs.makeroot || return 1 test_marker_check dracut-root-block-created || return 1 rm -- "$TESTDIR"/marker.img # Create what will eventually be the server root filesystem onto an overlay "$DRACUT" -l --keep --tmpdir "$TESTDIR" \ -m "test-root network network-legacy" \ -d "iscsi_tcp crc32c ipv6" \ -i ./server-init.sh /sbin/init \ -i "${PKGLIBDIR}/modules.d/99base/dracut-lib.sh" "/lib/dracut-lib.sh" \ -i "${PKGLIBDIR}/modules.d/99base/dracut-dev-lib.sh" "/lib/dracut-dev-lib.sh" \ -I "modprobe chmod ip ping tcpdump setsid pidof tgtd tgtadm /etc/passwd" \ --install-optional "/etc/netconfig dhcpd /etc/group /etc/nsswitch.conf /etc/rpc /etc/protocols /etc/services /usr/etc/nsswitch.conf /usr/etc/rpc /usr/etc/protocols /usr/etc/services" \ -i "./hosts" "/etc/hosts" \ -i "./dhcpd.conf" "/etc/dhcpd.conf" \ --no-hostonly --no-hostonly-cmdline --nohardlink \ -f "$TESTDIR"/initramfs.root "$KVERSION" || return 1 mkdir -p "$TESTDIR"/overlay/source && mv "$TESTDIR"/dracut.*/initramfs/* "$TESTDIR"/overlay/source && rm -rf "$TESTDIR"/dracut.* mkdir -p "$TESTDIR"/overlay/source/var/lib/dhcpd # second, install the files needed to make the root filesystem # create an initramfs that will create the target root filesystem. # We do it this way so that we do not risk trashing the host mdraid # devices, volume groups, encrypted partitions, etc. "$DRACUT" -l -i "$TESTDIR"/overlay / \ -m "test-makeroot" \ -I "mkfs.ext4" \ -i ./create-server-root.sh /lib/dracut/hooks/initqueue/01-create-server-root.sh \ --nomdadmconf \ --no-hostonly-cmdline -N \ -f "$TESTDIR"/initramfs.makeroot "$KVERSION" || return 1 rm -rf -- "$TESTDIR"/overlay declare -a disk_args=() # shellcheck disable=SC2034 declare -i disk_index=0 qemu_add_drive_args disk_index disk_args "$TESTDIR"/marker.img marker 1 qemu_add_drive_args disk_index disk_args "$TESTDIR"/server.img root 240 # Invoke KVM and/or QEMU to actually create the target filesystem. "$testdir"/run-qemu \ "${disk_args[@]}" \ -append "root=/dev/dracut/root rw rootfstype=ext4 quiet console=ttyS0,115200n81 selinux=0" \ -initrd "$TESTDIR"/initramfs.makeroot || return 1 test_marker_check dracut-root-block-created || return 1 rm -- "$TESTDIR"/marker.img # Make server's dracut image "$DRACUT" -l \ -a "dash rootfs-block test kernel-modules network network-legacy" \ -d "piix ide-gd_mod ata_piix ext4 sd_mod e1000 drbg" \ -i "./server.link" "/etc/systemd/network/01-server.link" \ -i ./wait-if-server.sh /lib/dracut/hooks/pre-mount/99-wait-if-server.sh \ --no-hostonly-cmdline -N \ -f "$TESTDIR"/initramfs.server "$KVERSION" || return 1 # Make client's dracut image test_dracut \ --add "$USE_NETWORK" \ --include "./client.link" "/etc/systemd/network/01-client.link" \ --kernel-cmdline "rw rd.auto rd.retry=50" \ "$TESTDIR"/initramfs.testing } test_cleanup() { if [[ -s $TESTDIR/server.pid ]]; then kill -TERM "$(cat "$TESTDIR"/server.pid)" rm -f -- "$TESTDIR"/server.pid fi } # shellcheck disable=SC1090 . "$testdir"/test-functions