mirror of
https://github.com/genodelabs/genode.git
synced 2024-12-23 23:42:32 +00:00
490 lines
14 KiB
PHP
490 lines
14 KiB
PHP
#
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# This script is used to test the shared folder support of Vbox@Genode/NOVA.
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#
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# Requirements to run this script:
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# - hard disk with 4 primary partitions
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# - on the 4. partition an ext2 filesystem is expected with following files:
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# -- /win7.vdi
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# -- /ram/overlay_win7.vdi
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#
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# The overlay file must be generated beforehand, e.g.:
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#
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# vboxmanage showhdinfo win7.vdi
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#
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# to find out the size of the vdi and then to create the overlay:
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#
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# vboxmanage createhd --filename overlay_win7.vdi --size [vdi_size] --format vdi
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#
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#
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#
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#
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# The Windows image (win7.vdi) is prepared to contain a bat file with following
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# content:
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#
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# :check
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# IF EXIST E:\test.bat (GOTO start) ELSE (timeout /t 3 >nul)
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# GOTO check
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#
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# :start
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#
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# call E:\test.bat
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#
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# This file must be configured to be autostarted by Windows, e.g change the
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# value in the registry entry at
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#
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# HKEY_CURRENT_USER\Software/Microsoft\Windows\CurrentVersion\Run
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#
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# to the batch file in the Windows vdi image as described above.
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#
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#
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# What this script does:
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#
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# A VM containing a Win7 image is started configured with two different
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# Virtualbox fileshares (D: and E:). One contains a test file (test.bin),
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# which will be copied by the Windows VM from the one file share over to the
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# second one.
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# On Genode side a Noux instance is running a bash shell with the two
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# filesystems mounted. The shell is scripted by this script to wait for
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# completion of the copy operation performed by the Windows VM. If this is
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# detected, the bash scripts use sha1sum to generate hashes of the original
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# test file of the one file system share and of the copy on the second file
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# system share. This run scripts then compares the hashes and reports
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# "Test succeeded" if they are identical.
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#
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# This script generates the test file out of /dev/urandom and generates a
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# batch file test.bat which is placed in the shared folder for the VM. test.bat
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# is invoked by the batch file running already in the Windows VM as described
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# beforehand. test.bat contains the actual instructions to be performed by
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# the VM - for this script to copy the test.bin file from D: to E:.
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if {[have_include "power_on/qemu"]} {
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puts "\nRun script does not support Qemu.\n"
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exit 0
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}
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# Tested for nova
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if {![have_spec nova]} {
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puts "Platform is unsupported."
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exit 0
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}
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set virtualbox_binary "virtualbox-rem"
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if {[have_spec nova]} { set virtualbox_binary "virtualbox-nova" }
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set virtualbox5_binary "virtualbox5-rem"
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if {[have_spec nova]} { set virtualbox5_binary "virtualbox5-nova" }
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#
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# Create .bat file to be executed by Win VM
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#
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set template_bat_fd [open "bin/template.bat" w]
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puts $template_bat_fd {:check
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IF EXIST E:\start.txt (GOTO start) ELSE (timeout /t 3 >nul)
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GOTO check
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:start
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copy D:\test.bin E:\test.bin
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copy D:\template.bat E:\done.txt
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shutdown /s /t 00}
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close $template_bat_fd
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# Convert bat file to dos format
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catch { exec unix2dos bin/template.bat }
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#
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# Create random test binary to be copied via shared folder of vbox
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#
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catch { exec dd if=/dev/urandom of=bin/test.bin bs=4096 count=8160 }
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#
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# Step 1: prepare and start the actual VM
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#
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set build_components {
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server/event_filter
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server/report_rom server/fs_rom server/vfs
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server/tcp_terminal drivers/nic
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lib/vfs/lwip lib/vfs/pipe lib/vfs/import
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server/nic_router
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}
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#
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# Build Noux packages only once
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#
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foreach pkg {bash coreutils} {
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lappend_if [expr ![file exists bin/$pkg]] build_components noux-pkg/$pkg }
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set boot_modules {
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vfs fs_rom nic_router
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posix.lib.so bash.tar coreutils.tar
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tcp_terminal vfs_lwip.lib.so vfs_pipe.lib.so vfs_import.lib.so
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ipxe_nic_drv report_rom event_filter
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test.bin template.bat
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}
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append boot_modules $vbox_file
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set config_of_app {
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<start name="nic_drv" priority="-1">
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<binary name="ipxe_nic_drv"/>
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<resource name="RAM" quantum="8M"/>
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<route>
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<service name="Uplink"><child name="nic_router"/></service>
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<any-service> <parent/> <any-child/> </any-service>
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</route>
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</start>
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<start name="nic_router" caps="200">
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<resource name="RAM" quantum="10M"/>
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<provides>
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<service name="Nic"/>
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<service name="Uplink"/>
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</provides>
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<config verbose_domain_state="yes">
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<policy label_prefix="nic_drv" domain="uplink"/>
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<policy label_prefix="tcp_terminal" domain="downlink"/>
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<domain name="uplink">
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<nat domain="downlink"
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tcp-ports="16384"
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udp-ports="16384"
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icmp-ids="16384"/>
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<tcp-forward port="8888" domain="downlink" to="10.0.3.2"/>
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</domain>
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<domain name="downlink" interface="10.0.3.1/24">
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<dhcp-server ip_first="10.0.3.2" ip_last="10.0.3.2" dns_server_from="uplink"/>
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<tcp dst="0.0.0.0/0"><permit-any domain="uplink" /></tcp>
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<udp dst="0.0.0.0/0"><permit-any domain="uplink" /></udp>
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<icmp dst="0.0.0.0/0" domain="uplink"/>
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</domain>
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</config>
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</start>
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<start name="tcp_terminal" priority="-1" caps="200">
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<resource name="RAM" quantum="5M"/>
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<provides> <service name="Terminal"/> </provides>
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<config>
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<policy label_prefix="vfs" port="8888"/>
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<vfs>
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<dir name="dev"> <log/> </dir>
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<dir name="socket"> <lwip dhcp="yes"/> </dir>
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<dir name="pipe"> <pipe/> </dir>
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</vfs>
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<libc stdout="/dev/log" socket="/socket" pipe="/pipe"/>
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</config>
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<route>
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<service name="Nic"><child name="nic_router"/></service>
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<any-service> <parent/> <any-child/> </any-service>
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</route>
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</start>
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<start name="ram_fs_from" priority="-1">
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<binary name="vfs"/>
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<resource name="RAM" quantum="64M"/>
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<provides><service name="File_system"/></provides>
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<config>
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<vfs>
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<ram/>
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<import>
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<rom name="test.bin"/>
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<rom name="template.bat"/>
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</import>
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</vfs>
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<default-policy root="/" writeable="no"/>
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</config>
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</start>
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<start name="ram_fs_to" priority="-1">
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<binary name="vfs"/>
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<resource name="RAM" quantum="64M"/>
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<provides><service name="File_system"/></provides>
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<config>
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<vfs> <ram/> </vfs>
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<default-policy root="/" writeable="yes"/>
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</config>
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</start>
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<start name="vfs" caps="120" priority="-1">
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<resource name="RAM" quantum="30M"/>
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<provides><service name="File_system"/></provides>
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<config>
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<vfs>
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<tar name="coreutils.tar"/>
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<tar name="bash.tar"/>
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<dir name="from"> <fs label="share_from"/> </dir>
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<dir name="to"> <fs label="share_to"/> </dir>
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<dir name="tmp"> <ram/> </dir>
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<dir name="dev">
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<zero/> <null/> <terminal/>
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<inline name="rtc">2018-01-01 00:01</inline>
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</dir>
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<dir name="pipe"> <pipe/> </dir>
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</vfs>
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<policy label_prefix="vfs_rom" root="/"/>
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<default-policy root="/" writeable="yes"/>
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</config>
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<route>
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<service name="File_system" label="share_from">
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<child name="ram_fs_from"/>
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</service>
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<service name="File_system" label="share_to">
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<child name="ram_fs_to"/>
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</service>
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<any-service> <parent/> <any-child/> </any-service>
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</route>
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</start>
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<start name="vfs_rom" priority="-1">
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<resource name="RAM" quantum="30M"/>
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<binary name="fs_rom"/>
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<provides> <service name="ROM"/> </provides>
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<config/>
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<route>
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<service name="File_system"> <child name="vfs"/> </service>
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<any-service> <parent/> </any-service>
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</route>
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</start>
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<start name="/bin/bash" caps="600" priority="-1">
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<resource name="RAM" quantum="30M" />
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<config ld_verbose="yes">
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<libc stdin="/dev/terminal" stdout="/dev/terminal"
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stderr="/dev/terminal" rtc="/dev/rtc" pipe="/pipe"/>
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<vfs> <fs/> </vfs>
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<arg value="bash"/>
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<env key="TERM" value="screen"/>
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<env key="PATH" value="/bin" />
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</config>
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<route>
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<service name="File_system"> <child name="vfs"/> </service>
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<service name="ROM" label_suffix=".lib.so"> <parent/> </service>
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<service name="ROM" label_last="/bin/bash"> <child name="vfs_rom"/> </service>
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<service name="ROM" label_prefix="/bin"> <child name="vfs_rom"/> </service>
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<any-service> <parent/> <any-child/> </any-service>
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</route>
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</start>
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<start name="report_rom" priority="-1">
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<resource name="RAM" quantum="1M"/>
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<provides> <service name="Report"/> <service name="ROM"/> </provides>
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<config>
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<policy label="pointer -> hover" report="nitpicker -> hover"/>
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<policy label="pointer -> xray" report="nitpicker -> xray"/>
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<policy label="usb_hid_drv -> report" report="usb_drv -> devices"/>
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<policy label="usb_report_filter -> devices" report="usb_drv -> devices"/>
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<policy label="usb_report_filter -> usb_drv_config" report="usb_drv -> config"/>
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<policy label="vbox1 -> usb_devices" report="usb_report_filter -> usb_devices"/>
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</config>
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</start>
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<start name="event_filter" priority="-1">
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<resource name="RAM" quantum="1M" />
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<provides>
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<service name="Event" />
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</provides>
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<config>
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<output>
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<merge>}
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append_if [expr $use_ps2] config_of_app {
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<input name="ps2"/>}
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append_if [expr $use_usb] config_of_app {
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<input name="usb_hid"/>}
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append config_of_app {
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</merge>
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</output>}
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append_if [expr $use_ps2] config_of_app {
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<policy label="ps2" input="ps2"/>}
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append_if [expr $use_usb] config_of_app {
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<policy label="usb_hid" input="usb_hid"/>}
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append config_of_app {
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</config>
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<route>
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<service name="Event"> <child name="nitpicker"/> </service>
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<any-service> <parent /> <any-child /> </any-service>
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</route>
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</start>
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<start name="nitpicker" priority="-1">
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<resource name="RAM" quantum="12M"/>
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<provides>
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<service name="Gui"/> <service name="Capture"/> <service name="Event"/>
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</provides>
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<route>
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<service name="Report"> <child name="report_rom" /> </service>
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<any-service> <parent/> <any-child /> </any-service>
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</route>
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<config>
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<capture/> <event/>
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<report focus="yes" hover="yes" />
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<domain name="pointer" layer="1" content="client" label="no" origin="pointer" />
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<domain name="cpu_load" layer="2" content="client" label="no" />
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<domain name="" layer="3" content="client" label="no" focus="click" hover="always" />
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<policy label_prefix="pointer" domain="pointer"/>
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<policy label_prefix="cpu_load_display" domain="cpu_load"/>
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<default-policy domain=""/>
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</config>
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</start>
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<start name="pointer" priority="-1">
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<resource name="RAM" quantum="2M"/>
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<provides> <service name="Report"/> </provides>
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<config shapes="yes"/>
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<route>
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<service name="Gui"> <child name="nitpicker"/> </service>
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<service name="ROM" label="hover"> <child name="report_rom"/> </service>
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<service name="ROM" label="xray"> <child name="report_rom"/> </service>
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<any-service> <parent/> </any-service>
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</route>
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</start>
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<start name="vbox1" priority="-2" caps="600">}
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append_if [expr $use_vbox5] config_of_app "
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<binary name=\"$virtualbox5_binary\" />"
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append config_of_app {
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<resource name="RAM" quantum="1280M"/>
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<config vbox_file="} $vbox_file {" vm_name="AutoDisk">
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<libc stdout="/dev/log" stderr="/dev/log" rtc="/dev/rtc" pipe="/pipe"/>
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<vfs>
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<dir name="dev">
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<log/> <rtc/>
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</dir>
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<dir name="pipe"> <pipe/> </dir>
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<rom name="} $vbox_file {"/>}
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append_if [expr $use_ram_fs] config_of_app {
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<dir name="ram"> <fs label="from_ram_fs"/> </dir>}
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append config_of_app {
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<dir name="from"> <fs label="share_ram_fs_from"/> </dir>
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<dir name="to"> <fs label="share_ram_fs_to"/> </dir>
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<fs/>
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</vfs>
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</config>
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<route>
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<service name="Report"> <child name="report_rom"/> </service>}
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append_if [expr $use_ram_fs] config_of_app {
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<service name="File_system" label="from_ram_fs">
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<child name="ram_fs"/>
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</service>}
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append config_of_app {
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<service name="File_system" label="share_ram_fs_from">
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<child name="ram_fs_from"/>
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</service>
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<service name="File_system" label="share_ram_fs_to">
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<child name="ram_fs_to"/>
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</service>
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<service name="File_system"> <child name="rump_fs"/> </service>
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<any-service> <parent/> <any-child/> </any-service>
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</route>
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</start>
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}
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source ${genode_dir}/repos/ports/run/virtualbox_auto.inc
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exec cp ${genode_dir}/repos/ports/run/$vbox_file bin/.
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build_boot_image $boot_modules
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set ip_match_string "nic_router\\\] \\\[uplink\\\] dynamic IP config: interface (\[0-9]{1,3}.\[0-9]{1,3}.\[0-9]{1,3}.\[0-9]{1,3}).*\n"
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#
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# Step 2: Read out TCP/IP address of tcp_terminal running on Genode target
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#
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run_genode_until $ip_match_string 20
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set serial_id [output_spawn_id]
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regexp $ip_match_string $output -> serial_ip_addr
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#
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# Step 3: Wait until Windows is up for sure
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#
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run_genode_until {\[init -\> vbox1\].*Guest Additions capability report:.*seamless: yes, hostWindowMapping: no, graphics: yes} 300 $serial_id
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#
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# Step 4 : connect to Noux of the running Genode target and issue bash commands
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# via netcat
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#
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puts "\nTest shared folder\n"
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spawn netcat $serial_ip_addr 8888
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set netcat_id $spawn_id
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set spawn_id_list [list $netcat_id $serial_id]
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run_genode_until {\[init -> tcp_terminal\] connection established} 20 $spawn_id_list
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#
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# Step 5 : interact with netcat -> ... -> tcp_terminal -> /bin/bash
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#
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# Windows does not like trailing zeros introduced by our ROM service.
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# -> .bat script does not find labels like 'check' with zero bytes
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# so - delete zero bytes
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puts $netcat_id "cat from/template\.bat | tr -d \"\\0\" >to/test\.bat"
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# SHA1 of original file
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puts $netcat_id "sha1sum from/test.bin"
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# Tell Windows VM to start copying
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puts $netcat_id "echo \"start\" > to/start\.txt"
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# Wait until Windows finished copying
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puts $netcat_id "while \[ ! -f to/done\.txt ]"
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puts $netcat_id "do"
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puts $netcat_id "sleep 5"
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puts $netcat_id "done"
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# Wait until VM signaled shutdown state
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run_genode_until {\[init\] child "vbox1" exited with exit value 0} 120 $spawn_id_list
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# SHA1 of copied file
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puts $netcat_id "sha1sum to/test.bin"
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# Wait for output of bash shell until last SHA1 sum is calculated
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run_genode_until {[[:xdigit:]]+ to/test\.bin} 50 $spawn_id_list
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# cleanup created files
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exec rm -f bin/test.bin
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exec rm -f bin/template.bat
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exec rm -f bin/$vbox_file
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#
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# Step 5: Compare sha1sum of original file and of copy made by .bat file in VM
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#
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set sha1sum_original [regexp -inline {[[:xdigit:]]+ from/test\.bin} $output]
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set sha1sum_copy [regexp -inline {[[:xdigit:]]+ to/test\.bin} $output]
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set sha1sum_original [regexp -inline {[[:xdigit:]]+} $sha1sum_original]
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set sha1sum_copy [regexp -inline {[[:xdigit:]]+} $sha1sum_copy]
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puts -nonewline "\n$sha1sum_original ?= $sha1sum_copy --> "
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if {$sha1sum_original eq ""} {
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puts " empty -> no "
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} else {
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if {$sha1sum_original != $sha1sum_copy} {
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puts "no"
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exit -1
|
|
} else {
|
|
puts "yes"
|
|
}
|
|
}
|