def build_efi_image(self, distro_path):
hostEfiArchitecture = getHostEfiArchitecture()
if hostEfiArchitecture == "":
return None
# TODO - also 32-bit installs (haven't tested this)
modules = "part_gpt part_msdos ntfs ntfscomp hfsplus fat ext2 chain boot configfile linux " \
"multiboot iso9660 gfxmenu gfxterm loadenv efi_gop efi_uga loadbios fixvideo png " \
"loopback search minicmd cat cpuid appleldr elf usb videotest " \
"halt help ls reboot echo test normal sleep memdisk tar font video_fb video " \
"gettext true video_bochs video_cirrus multiboot2 acpi gfxterm_background gfxterm_menu"
rootPath = join(distro_path, "root")
bootPath = join(distro_path, "boot")
efiPath = join(distro_path, "EFI/BOOT")
arch = getGuestEfiArchitecture(rootPath)
grubEfiName = "bootx64"
if arch != "x86_64":
arch = "i386"
grubEfiName = "bootia32"
try:
# Clean up old stuff and prepare for a new EFI image
if not exists(efiPath):
makedirs(efiPath)
silent_remove(join(bootPath, "efi"))
silent_remove(join(bootPath, "boot/memdisk"))
silent_remove(join(bootPath, "boot/grub/x86_64-efi"))
silent_remove(join(bootPath, "boot/grub/i386-efi"))
silent_remove(join(bootPath, "boot/grub/efi.img"))
silent_remove(join(bootPath, "boot/grub/loopback.cfg"))
# Create embedded.cfg
cont = """search --file --set=root /MD5SUMS
if [ -e ($root)/boot/grub/grub.cfg ]; then
set prefix=($root)/boot/grub
configfile $prefix/grub.cfg
else
echo "Could not find /boot/grub/grub.cfg!"
fi
"""
with open('embedded.cfg', 'w') as f:
f.write(cont)
# Create the .efi image with the embedded.cfg file
# Prefix is needed but can be left empty: it is set in embedded.cfg
self.ec.run("grub-mkimage "
"--prefix '' "
"--config 'embedded.cfg' "
"-O {}-efi "
"-o '{}/{}.efi' "
"{}".format(arch, efiPath, grubEfiName, modules))
print((">> Finished building EFI files"))
return None
except Exception as detail:
return detail
def download_offline_packages(self, path):
rootPath = "%s/root" % path
arch = getGuestEfiArchitecture(rootPath)
de = EditDistro(path)
script = "offline.sh"
scriptSource = join(self.scriptDir, "files/{}".format(script))
scriptTarget = join(rootPath, script)
offlineSource = join(rootPath, "offline")
offlineTarget = join(rootPath, "../boot/offline")
if exists(scriptSource):
try:
copy(scriptSource, scriptTarget)
self.ec.run("chmod a+x '%s'" % scriptTarget)
# Run the script
de.openTerminal("/bin/bash {} {}".format(script, arch))
# Remove script
silent_remove(scriptTarget)
# Move offline directory to boot directory
if exists(offlineSource):
print(("%s exists" % offlineSource))
if exists(offlineTarget):
print((">> Remove %s" % offlineTarget))
silent_remove(offlineTarget)
print((">> Move %s to %s" % (offlineSource, offlineTarget)))
move(offlineSource, offlineTarget)
else:
print((">> Cannot find: %s" % offlineSource))
except Exception as detail:
self.showError("Error: getting offline packages", detail, self.window)
else:
print((">> Cannot find: %s" % scriptSource))
def build_efi_image(self, distro_path):
hostEfiArchitecture = getHostEfiArchitecture()
if hostEfiArchitecture == "":
return None
# TODO - also 32-bit installs (haven't tested this)
modules = "part_gpt part_msdos ntfs ntfscomp hfsplus fat ext2 chain boot configfile linux " \
"multiboot iso9660 gfxmenu gfxterm loadenv efi_gop efi_uga loadbios fixvideo png " \
"loopback search minicmd cat cpuid appleldr elf usb videotest " \
"halt help ls reboot echo test normal sleep memdisk tar font video_fb video " \
"gettext true video_bochs video_cirrus multiboot2 acpi gfxterm_background gfxterm_menu"
rootPath = join(distro_path, "root")
bootPath = join(distro_path, "boot")
efiPath = join(distro_path, "EFI/BOOT")
arch = getGuestEfiArchitecture(rootPath)
grubEfiName = "bootx64"
if arch != "x86_64":
arch = "i386"
grubEfiName = "bootia32"
try:
# Clean up old stuff and prepare for a new EFI image
if not exists(efiPath):
makedirs(efiPath)
silent_remove(join(bootPath, "efi"))
silent_remove(join(bootPath, "boot/memdisk"))
silent_remove(join(bootPath, "boot/grub/x86_64-efi"))
silent_remove(join(bootPath, "boot/grub/i386-efi"))
silent_remove(join(bootPath, "boot/grub/efi.img"))
silent_remove(join(bootPath, "boot/grub/loopback.cfg"))
# Create embedded.cfg
cont = """search --file --set=root /.trail
if [ -e ($root)/boot/grub/grub.cfg ]; then
set prefix=($root)/boot/grub
configfile $prefix/grub.cfg
else
echo "Could not find /boot/grub/grub.cfg!"
fi
"""
with open('embedded.cfg', 'w') as f:
f.write(cont)
# Create the .efi image with the embedded.cfg file
self.ec.run("grub-mkimage "
"--config=embedded.cfg "
"-O {}-efi "
"-o '{}/{}.efi' "
"{}".format(arch, efiPath, grubEfiName, modules))
print((">> Finished building EFI files"))
return None
except Exception as detail:
return detail
def build_efi_files(self):
# TODO - also 32-bit installs (haven't tested this)
modules = "part_gpt part_msdos ntfs ntfscomp hfsplus fat ext2 normal chain boot configfile linux " \
"multiboot iso9660 gfxmenu gfxterm loadenv efi_gop efi_uga loadbios fixvideo png " \
"ext2 ntfscomp loopback search minicmd cat cpuid appleldr elf usb videotest " \
"halt help ls reboot echo test normal sleep memdisk tar font video_fb video " \
"gettext true video_bochs video_cirrus multiboot2 acpi gfxterm_background gfxterm_menu"
selected = self.tvHandlerDistros.getToggledValues(toggleColNr=0, valueColNr=2)
for path in selected:
rootPath = "%s/root" % path
bootPath = "{}/boot".format(path)
arch = functions.getGuestEfiArchitecture(rootPath)
grubEfiName = "bootx64"
efiName = "x64"
if arch != "x86_64":
arch = "i386"
grubEfiName = "bootia32"
efiName = "ia32"
try:
if not exists("{}/efi/boot".format(bootPath)):
makedirs("{}/efi/boot".format(bootPath))
self.ec.run("efi-image {}/~tmp {}-efi {}".format(bootPath, arch, efiName))
if exists("{}/~tmp/efi.img".format(bootPath) and
exists("{}/~tmp/boot/grub/{}-efi".format(bootPath, arch))):
self.ec.run("rm -r {}/boot/grub/{}-efi".format(bootPath, arch))
self.ec.run("mv -vf {}/~tmp/boot/grub/{}-efi {}/boot/grub/".format(bootPath, arch, bootPath))
self.ec.run("mv -vf {}/~tmp/efi.img {}/boot/grub/".format(bootPath, bootPath))
self.ec.run("rm -r {}/~tmp".format(bootPath))
self.ec.run("grub-mkimage -O {}-efi -d /usr/lib/grub/{}-efi "
"-o {}/efi/boot/{}.efi "
"-p \"/boot/grub\" {}".format(arch, arch, bootPath, grubEfiName, modules))
print((">> Finished building EFI files"))
except Exception as detail:
self.showError("Error: build EFI files", detail, self.window)
def download_offline_packages(self):
selected = self.tvHandlerDistros.getToggledValues(toggleColNr=0,
valueColNr=2)
for path in selected:
rootPath = "%s/root" % path
arch = getGuestEfiArchitecture(rootPath)
de = EditDistro(path)
script = "offline.sh"
scriptSource = join(self.scriptDir, "files/{}".format(script))
scriptTarget = join(rootPath, script)
offlineSource = join(rootPath, "offline")
offlineTarget = join(rootPath, "../boot/offline")
if exists(scriptSource):
try:
copy(scriptSource, scriptTarget)
self.ec.run("chmod a+x '%s'" % scriptTarget)
# Run the script
de.openTerminal("/bin/bash {} {}".format(script, arch))
# Remove script
silent_remove(scriptTarget)
# Move offline directory to boot directory
if exists(offlineSource):
print(("%s exists" % offlineSource))
if exists(offlineTarget):
print((">> Remove %s" % offlineTarget))
silent_remove(offlineTarget)
print((">> Move %s to %s" %
(offlineSource, offlineTarget)))
move(offlineSource, offlineTarget)
else:
print((">> Cannot find: %s" % offlineSource))
except Exception as detail:
self.showError("Error: getting offline packages", detail,
self.window)
else:
print((">> Cannot find: %s" % scriptSource))
