def isPaeAvailable():
global isPAE
if isPAE is not None:
return isPAE
isPAE = False
if rhpl.getArch() not in ("i386", "x86_64"):
return isPAE
try:
f = open("/proc/iomem", "r")
lines = f.readlines()
for line in lines:
if line[0].isspace():
continue
start = line.split(' ')[0].split('-')[0]
start = long(start, 16)
if start >= 0x100000000L:
isPAE = True
break
f.close()
except:
pass
return isPAE
def FinishedWindow():
bootstr = ""
buttonstr = _("Reboot")
screen = SnackScreen()
if rhpl.getArch() in ['s390', 's390x']:
floppystr = _("Press <Enter> to end the installation process.\n\n")
bottomstr = _("<Enter> to exit")
if not anaconda.canReIPL:
buttonstr = _("Shutdown")
if not anaconda.reIPLMessage is None:
floppystr = anaconda.reIPLMessage + "\n\n" + floppystr
else:
floppystr = ("Remove any media used during the installation "
"process and press <Enter> to reboot your system."
"\n\n")
bottomstr = ("<Enter> to reboot")
screen.pushHelpLine (string.center(bottomstr, screen.width))
txt = ("Congratulations, your %s installation is "
"complete.\n\n"
"%s%s") %("aaa", "bbbbbbb", "ccccccccc")
foo = ("For information on errata (updates and bug fixes), visit "
"http://www.redhat.com/errata/.\n\n"
"Information on using your "
"system is available in the %s manuals at "
"http://www.redhat.com/docs/.") %("dddddddddddddd",)
rc = ButtonChoiceWindow (screen, ("Complete"), txt,
[ buttonstr ], help = "finished", width=60)
screen.finish()
#return INSTALL_OK
return 1
def getPPCMacGen():
# XXX: should NuBus be here?
pmacGen = ["OldWorld", "NewWorld", "NuBus"]
if rhpl.getArch() != "ppc":
return 0
if getPPCMachine() != "PMac":
return 0
f = open("/proc/cpuinfo", "r")
lines = f.readlines()
f.close()
gen = None
for line in lines:
if line.find("pmac-generation") != -1:
gen = line.split(":")[1]
break
if gen is None:
log.warning("Unable to find pmac-generation")
for type in pmacGen:
if gen.find(type) != -1:
return type
log.warning("Unknown Power Mac generation: %s" % (gen,))
return 0
def getPPCMacGen():
# XXX: should NuBus be here?
pmacGen = ['OldWorld', 'NewWorld', 'NuBus']
if rhpl.getArch() != "ppc":
return 0
if getPPCMachine() != "PMac":
return 0
f = open('/proc/cpuinfo', 'r')
lines = f.readlines()
f.close()
gen = None
for line in lines:
if line.find('pmac-generation') != -1:
gen = line.split(':')[1]
break
if gen is None:
log.warning("Unable to find pmac-generation")
for type in pmacGen:
if gen.find(type) != -1:
return type
log.warning("Unknown Power Mac generation: %s" % (gen, ))
return 0
def __call__(self, screen, anaconda):
bootstr = ""
buttonstr = _("Reboot")
if rhpl.getArch() in ["s390", "s390x"]:
floppystr = _("Press <Enter> to end the installation process.\n\n")
bottomstr = _("<Enter> to exit")
if not anaconda.canReIPL:
buttonstr = _("Shutdown")
if not anaconda.reIPLMessage is None:
floppystr = anaconda.reIPLMessage + "\n\n" + floppystr
else:
floppystr = _(
"Remove any media used during the installation "
"process and press <Enter> to reboot your system."
"\n\n"
)
bottomstr = _("<Enter> to reboot")
screen.pushHelpLine(string.center(bottomstr, screen.width))
txt = _("Congratulations, your %s installation is " "complete.\n\n" "%s%s") % (productName, floppystr, bootstr)
foo = _(
"For information on errata (updates and bug fixes), visit "
"http://www.redhat.com/errata/.\n\n"
"Information on using your "
"system is available in the %s manuals at "
"http://www.redhat.com/docs/."
) % (productName,)
rc = ButtonChoiceWindow(screen, _("Complete"), txt, [buttonstr], help="finished", width=60)
return INSTALL_OK
def isPaeAvailable():
global isPAE
if isPAE is not None:
return isPAE
isPAE = False
if rhpl.getArch() not in ("i386", "x86_64"):
return isPAE
try:
f = open("/proc/iomem", "r")
lines = f.readlines()
for line in lines:
if line[0].isspace():
continue
start = line.split(' ')[0].split('-')[0]
start = long(start, 16)
if start >= 0x100000000L:
isPAE = True
break
f.close()
except:
pass
return isPAE
def available(self):
ksdevice = None
if flags.cmdline.has_key("ksdevice"):
ksdevice = flags.cmdline["ksdevice"]
f = open("/proc/net/dev")
lines = f.readlines()
f.close()
# skip first two lines, they are header
lines = lines[2:]
for line in lines:
dev = string.strip(line[0:6])
if dev != "lo" and dev[
0:3] != "sit" and not self.netdevices.has_key(dev):
if self.firstnetdevice is None:
self.firstnetdevice = dev
self.netdevices[dev] = NetworkDevice(dev)
try:
hwaddr = isys.getMacAddress(dev)
if rhpl.getArch(
) != "s390" and hwaddr and hwaddr != "00:00:00:00:00:00" and hwaddr != "ff:ff:ff:ff:ff:ff":
self.netdevices[dev].set(("hwaddr", hwaddr))
except Exception, e:
log.error("exception getting mac addr: %s" % (e, ))
def getScreen (self, anaconda):
hbox = gtk.HBox (False, 5)
pix = gui.readImageFromFile ("done.png")
if pix:
a = gtk.Alignment ()
a.add (pix)
a.set (0.5, 0.5, 1.0, 1.0)
a.set_size_request(200, -1)
hbox.pack_start (a, False, False, 36)
bootstr = ""
if rhpl.getArch() in ['s390', 's390x']:
floppystr = ""
if not anaconda.canReIPL:
self.rebootButton.set_label(_("Shutdown"))
if not anaconda.reIPLMessage is None:
floppystr = anaconda.reIPLMessage
else:
floppystr = _("Remove any media used during the installation "
"process and press the \"Reboot\" button to "
"reboot your system."
"\n\n")
txt = _("Congratulations, the installation is complete.\n\n"
"%s%s") %(floppystr, bootstr)
label = gui.WrappingLabel(txt)
hbox.pack_start (label, True, True)
gtk.gdk.beep()
return hbox
def makeInitrd(kernelTag, instRoot):
if rhpl.getArch() == 'ia64':
initrd = "/boot/efi/EFI/redhat/initrd%s.img" % (kernelTag, )
else:
initrd = "/boot/initrd%s.img" % (kernelTag, )
return initrd
def toEntry(self, partitions):
"""Turn a request into a fsset entry and return the entry."""
device = self.getDevice(partitions)
# pin down our partitions so that we can reread the table
device.solidify()
if self.fstype.getName() == "swap":
mountpoint = "swap"
else:
mountpoint = self.mountpoint
entry = fsset.FileSystemSetEntry(device, mountpoint, self.fstype,
origfsystem=self.origfstype,
bytesPerInode=self.bytesPerInode,
options=self.fsopts)
if self.format:
entry.setFormat(self.format)
if self.migrate:
entry.setMigrate(self.migrate)
elif rhpl.getArch() == "ia64" \
and entry.getMountPoint() == "/boot/efi" \
and isinstance(self.origfstype, fsset.FATFileSystem) \
and not entry.getFormat():
entry.setMigrate(1)
if self.badblocks:
entry.setBadblocks(self.badblocks)
if self.fslabel:
entry.setLabel(self.fslabel)
return entry
def upgradeMigrateFind(anaconda):
migents = anaconda.id.fsset.getMigratableEntries()
if not migents or len(migents) < 1 or \
(rhpl.getArch() == "ia64" and len(migents) == 1 and \
migents[0].getMountPoint() == "/boot/efi"):
anaconda.dispatch.skipStep("upgrademigratefs")
else:
anaconda.dispatch.skipStep("upgrademigratefs", skip=0)
def upgradeMigrateFind(anaconda):
migents = anaconda.id.fsset.getMigratableEntries()
if not migents or len(migents) < 1 or \
(rhpl.getArch() == "ia64" and len(migents) == 1 and \
migents[0].getMountPoint() == "/boot/efi"):
anaconda.dispatch.skipStep("upgrademigratefs")
else:
anaconda.dispatch.skipStep("upgrademigratefs", skip = 0)
def setSteps(self, dispatch):
dispatch.setStepList(
"language", "keyboard", "welcome", "installtype", "regkey",
"findrootparts", "findinstall", "partitionobjinit", "upgrademount",
"upgrademigfind", "upgrademigratefs", "upgradecontinue",
"reposetup", "upgbootloader", "reipl", "checkdeps", "dependencies",
"confirmupgrade", "postselection", "install", "migratefilesystems",
"preinstallconfig", "installpackages", "postinstallconfig",
"instbootloader", "dopostaction", "writeregkey", "methodcomplete",
"copylogs", "complete")
if rhpl.getArch() != "i386" and rhpl.getArch() != "x86_64":
dispatch.skipStep("bootloader")
dispatch.skipStep("bootloaderadvanced")
if rhpl.getArch() != "i386" and rhpl.getArch() != "x86_64":
dispatch.skipStep("upgbootloader")
def getScreen(self, anaconda):
self.fsset = anaconda.id.fsset
self.migent = self.fsset.getMigratableEntries()
box = gtk.VBox(False, 5)
box.set_border_width(5)
text = N_("This release of %s supports "
"the ext3 journalling file system. It has several "
"benefits over the ext2 file system traditionally shipped "
"in %s. It is possible to migrate the ext2 "
"formatted partitions to ext3 without data loss.\n\n"
"Which of these partitions would you like to migrate?" %
(productName, productName))
label = gtk.Label(_(text))
label.set_alignment(0.5, 0.0)
label.set_size_request(400, -1)
label.set_line_wrap(True)
box.pack_start(label, False)
cbox = gtk.VBox(False, 5)
self.cbs = []
for entry in self.migent:
if rhpl.getArch() == "ia64" \
and entry.getMountPoint() == "/boot/efi":
continue
if entry.fsystem.getName() != entry.origfsystem.getName():
migrating = 1
else:
migrating = 0
cb = gtk.CheckButton(
"/dev/%s - %s - %s" %
(entry.device.getDevice(), entry.origfsystem.getName(),
entry.mountpoint))
cb.set_active(migrating)
cbox.pack_start(cb, False)
self.cbs.append((cb, entry))
sw = gtk.ScrolledWindow()
sw.set_policy(gtk.POLICY_NEVER, gtk.POLICY_AUTOMATIC)
sw.add_with_viewport(cbox)
sw.set_size_request(-1, 175)
viewport = sw.get_children()[0]
viewport.set_shadow_type(gtk.SHADOW_IN)
a = gtk.Alignment(0.25, 0.5)
a.add(sw)
box.pack_start(a, True)
a = gtk.Alignment(0.5, 0.5)
a.add(box)
return a
def getScreen (self, anaconda):
self.fsset = anaconda.id.fsset
self.migent = self.fsset.getMigratableEntries()
box = gtk.VBox (False, 5)
box.set_border_width (5)
text = N_("This release of %s supports "
"the ext3 journalling file system. It has several "
"benefits over the ext2 file system traditionally shipped "
"in %s. It is possible to migrate the ext2 "
"formatted partitions to ext3 without data loss.\n\n"
"Which of these partitions would you like to migrate?" %
(productName, productName))
label = gtk.Label (_(text))
label.set_alignment (0.5, 0.0)
label.set_size_request(400, -1)
label.set_line_wrap (True)
box.pack_start(label, False)
cbox = gtk.VBox(False, 5)
self.cbs = []
for entry in self.migent:
if rhpl.getArch() == "ia64" \
and entry.getMountPoint() == "/boot/efi":
continue
if entry.fsystem.getName() != entry.origfsystem.getName():
migrating = 1
else:
migrating = 0
cb = gtk.CheckButton("/dev/%s - %s - %s" % (entry.device.getDevice(),
entry.origfsystem.getName(),
entry.mountpoint))
cb.set_active(migrating)
cbox.pack_start(cb, False)
self.cbs.append((cb, entry))
sw = gtk.ScrolledWindow()
sw.set_policy(gtk.POLICY_NEVER, gtk.POLICY_AUTOMATIC)
sw.add_with_viewport(cbox)
sw.set_size_request(-1, 175)
viewport = sw.get_children()[0]
viewport.set_shadow_type(gtk.SHADOW_IN)
a = gtk.Alignment(0.25, 0.5)
a.add(sw)
box.pack_start(a, True)
a = gtk.Alignment(0.5, 0.5)
a.add(box)
return a
def copyExceptionToFloppy(anaconda):
# in test mode have save to floppy option just copy to new name
if not flags.setupFilesystems:
try:
shutil.copyfile("/tmp/anacdump.txt", "/tmp/test-anacdump.txt")
except:
log.error("Failed to copy anacdump.txt to /tmp/test-anacdump.txt")
pass
anaconda.intf.__del__()
return 2
while 1:
# Bail if they hit the cancel button.
rc = anaconda.intf.dumpWindow()
if rc:
return 1
device = anaconda.id.floppyDevice
file = "/tmp/floppy"
try:
isys.makeDevInode(device, file)
except SystemError:
pass
try:
fd = os.open(file, os.O_RDONLY)
except:
continue
os.close(fd)
if rhpl.getArch() != "ia64":
cmd = "/usr/sbin/mkdosfs"
if os.access("/sbin/mkdosfs", os.X_OK):
cmd = "/sbin/mkdosfs"
iutil.execWithRedirect(cmd, ["/tmp/floppy"],
stdout='/dev/tty5',
stderr='/dev/tty5')
try:
isys.mount(device, "/tmp/crash", fstype="vfat")
except SystemError:
continue
# copy trace dump we wrote to local storage to floppy
try:
shutil.copyfile("/tmp/anacdump.txt", "/tmp/crash/anacdump.txt")
except:
log.error("Failed to copy anacdump.txt to floppy")
return 2
isys.umount("/tmp/crash")
return 0
def readFATLabel(device, makeDevNode = 1):
if not rhpl.getArch() == "ia64":
return None
if makeDevNode:
makeDevInode(device, "/tmp/disk")
label = _readFATLabel("/tmp/disk")
os.unlink("/tmp/disk")
else:
label = _readFATLabel(device)
return label
def readFATLabel(device, makeDevNode = 1):
if not rhpl.getArch() == "ia64":
return None
if makeDevNode:
makeDevInode(device, "/tmp/disk")
label = _readFATLabel("/tmp/disk")
os.unlink("/tmp/disk")
else:
label = _readFATLabel(device)
return label
def copyExceptionToFloppy (anaconda):
# in test mode have save to floppy option just copy to new name
if not flags.setupFilesystems:
try:
shutil.copyfile("/tmp/anacdump.txt", "/tmp/test-anacdump.txt")
except:
log.error("Failed to copy anacdump.txt to /tmp/test-anacdump.txt")
pass
anaconda.intf.__del__ ()
return 2
while 1:
# Bail if they hit the cancel button.
rc = anaconda.intf.dumpWindow()
if rc:
return 1
device = anaconda.id.floppyDevice
file = "/tmp/floppy"
try:
isys.makeDevInode(device, file)
except SystemError:
pass
try:
fd = os.open(file, os.O_RDONLY)
except:
continue
os.close(fd)
if rhpl.getArch() != "ia64":
cmd = "/usr/sbin/mkdosfs"
if os.access("/sbin/mkdosfs", os.X_OK):
cmd = "/sbin/mkdosfs"
iutil.execWithRedirect (cmd, ["/tmp/floppy"], stdout = '/dev/tty5',
stderr = '/dev/tty5')
try:
isys.mount(device, "/tmp/crash", fstype = "vfat")
except SystemError:
continue
# copy trace dump we wrote to local storage to floppy
try:
shutil.copyfile("/tmp/anacdump.txt", "/tmp/crash/anacdump.txt")
except:
log.error("Failed to copy anacdump.txt to floppy")
return 2
isys.umount("/tmp/crash")
return 0
def has_iscsi():
find_iscsi_files()
if ISCSID == "" or not has_libiscsi or rhpl.getArch() in ("s390", "s390x"):
return False
log.info("ISCSID is %s" % (ISCSID,))
# make sure the module is loaded
if not os.access("/sys/module/iscsi_tcp", os.X_OK):
return False
return True
def has_iscsi():
find_iscsi_files()
if ISCSID == "" or not has_libiscsi or rhpl.getArch() in ("s390", "s390x"):
return False
log.info("ISCSID is %s" % (ISCSID, ))
# make sure the module is loaded
if not os.access("/sys/module/iscsi_tcp", os.X_OK):
return False
return True
def installNewKernelImages(kernelList,
backupSuffix="rpmsave",
test=0,
filename=None):
"""Add the kernels in kernelList to the current boot loader config file"""
if rhpl.getArch() == 'i386':
return __installNewKernelImagesX86(kernelList, backupSuffix, test,
filename)
elif rhpl.getArch() == 'ia64':
return __installNewKernelImagesIA64(kernelList, backupSuffix, test,
filename)
elif rhpl.getArch() == 'ppc':
return __installNewKernelImagesPPC(kernelList, backupSuffix, test,
filename)
elif rhpl.getArch() == 'sparc':
return __installNewKernelImagesSparc(kernelList, backupSuffix, test,
filename)
else:
raise RuntimeError, "Don't know how to add new kernels for %s" % \
(rhpl.getArch(),)
def getPPCMachine():
if rhpl.getArch() != "ppc":
return 0
machine = rhpl.getPPCMachine()
if machine is None:
log.warning("Unable to find PowerPC machine type")
elif machine == 0:
log.warning("Unknown PowerPC machine type: %s" % (machine,))
return machine
def getPPCMachine():
if rhpl.getArch() != "ppc":
return 0
machine = rhpl.getPPCMachine()
if machine is None:
log.warning("Unable to find PowerPC machine type")
elif machine == 0:
log.warning("Unknown PowerPC machine type: %s" % (machine, ))
return machine
def setSteps(self, dispatch):
dispatch.setStepList(
"language",
"keyboard",
"welcome",
"installtype",
"findrootparts",
"findinstall",
"partitionobjinit",
"upgrademount",
"upgrademigfind",
"upgrademigratefs",
"upgradecontinue",
"reposetup",
"upgbootloader",
"reipl",
"checkdeps",
"dependencies",
"confirmupgrade",
"postselection",
"install",
"migratefilesystems",
"preinstallconfig",
"installpackages",
"postinstallconfig",
"instbootloader",
"dopostaction",
"writeregkey",
"methodcomplete",
"copylogs",
"complete"
)
if rhpl.getArch() != "i386" and rhpl.getArch() != "x86_64":
dispatch.skipStep("bootloader")
dispatch.skipStep("bootloaderadvanced")
if rhpl.getArch() != "i386" and rhpl.getArch() != "x86_64":
dispatch.skipStep("upgbootloader")
def getPPCMacBook():
if rhpl.getArch() != "ppc":
return 0
if getPPCMachine() != "PMac":
return 0
f = open("/proc/cpuinfo", "r")
lines = f.readlines()
f.close()
for line in lines:
if not string.find(string.lower(line), "book") == -1:
return 1
return 0
def getPPCMacBook():
if rhpl.getArch() != "ppc":
return 0
if getPPCMachine() != "PMac":
return 0
f = open('/proc/cpuinfo', 'r')
lines = f.readlines()
f.close()
for line in lines:
if not string.find(string.lower(line), 'book') == -1:
return 1
return 0
def hasiSeriesNativeStorage():
if rhpl.getArch() != "ppc":
return
f = open("/proc/modules", "r")
lines = f.readlines()
f.close()
for line in lines:
if line.startswith("ibmsis"):
return 1
if line.startswith("ipr"):
return 1
return 0
def hasiSeriesNativeStorage():
if rhpl.getArch() != "ppc":
return
f = open("/proc/modules", "r")
lines = f.readlines()
f.close()
for line in lines:
if line.startswith("ibmsis"):
return 1
if line.startswith("ipr"):
return 1
return 0
def isMactel():
global mactel
if mactel is not None:
return mactel
if rhpl.getArch() not in ("x86_64", "i386"):
mactel = False
elif not os.path.exists("/usr/sbin/dmidecode"):
mactel = False
else:
buf = execWithCapture("/usr/sbin/dmidecode", ["dmidecode", "-s", "system-manufacturer"])
if buf.lower().find("apple") != -1:
mactel = True
else:
mactel = False
return mactel
def getNext (self):
for entry in self.migent:
if rhpl.getArch() == "ia64" \
and entry.getMountPoint() == "/boot/efi":
continue
entry.setFormat(0)
entry.setMigrate(0)
entry.fsystem = entry.origfsystem
for (cb, entry) in self.cbs:
if cb.get_active():
entry.setFileSystemType(fileSystemTypeGet("ext3"))
entry.setFormat(0)
entry.setMigrate(1)
return None
def getNext(self):
for entry in self.migent:
if rhpl.getArch() == "ia64" \
and entry.getMountPoint() == "/boot/efi":
continue
entry.setFormat(0)
entry.setMigrate(0)
entry.fsystem = entry.origfsystem
for (cb, entry) in self.cbs:
if cb.get_active():
entry.setFileSystemType(fileSystemTypeGet("ext3"))
entry.setFormat(0)
entry.setMigrate(1)
return None
def reset(self):
# Reset everything except:
#
# - The mouse
# - The install language
# - The keyboard
self.instClass = None
self.network = network.Network()
self.iscsi = iscsi.iscsi()
self.zfcp = zfcp.ZFCP()
self.firewall = firewall.Firewall()
self.security = security.Security()
self.timezone = timezone.Timezone()
self.abiquo = abiquo.Abiquo()
self.abiquo_rs = abiquo_rs.AbiquoRS()
self.abiquo_v2v = abiquo_v2v.AbiquoV2V()
self.users = None
self.rootPassword = { "isCrypted": False, "password": "" }
self.abiquoPassword = "******"
self.abiquoPasswordHex = "c69a39bd64ffb77ea7ee3369dce742f3"
self.auth = "--enableshadow --enablemd5"
self.desktop = desktop.Desktop()
self.upgrade = None
# XXX move fsset and/or diskset into Partitions object?
self.fsset.reset()
self.diskset = partedUtils.DiskSet(self.anaconda)
self.partitions = partitions.Partitions()
self.bootloader = bootloader.getBootloader()
self.dependencies = []
self.dbpath = None
self.upgradeRoot = None
self.rootParts = None
self.upgradeSwapInfo = None
self.upgradeDeps = ""
self.upgradeRemove = []
self.upgradeInfoFound = None
if rhpl.getArch() == "s390":
self.firstboot = FIRSTBOOT_SKIP
else:
self.firstboot = FIRSTBOOT_DEFAULT
# XXX I expect this to die in the future when we have a single data
# class and translate ksdata into that instead.
self.ksdata = None
def isMactel():
global mactel
if mactel is not None:
return mactel
if rhpl.getArch() not in ("x86_64", "i386"):
mactel = False
elif not os.path.exists("/usr/sbin/dmidecode"):
mactel = False
else:
buf = execWithCapture("/usr/sbin/dmidecode",
["dmidecode", "-s", "system-manufacturer"])
if buf.lower().find("apple") != -1:
mactel = True
else:
mactel = False
return mactel
def isCell():
global cell
if cell is not None:
return cell
cell = False
if rhpl.getArch() != "ppc":
return cell
f = open("/proc/cpuinfo", "r")
lines = f.readlines()
f.close()
for line in lines:
if not string.find(line, "Cell") == -1:
cell = True
return cell
def isCell():
global cell
if cell is not None:
return cell
cell = False
if rhpl.getArch() != "ppc":
return cell
f = open('/proc/cpuinfo', 'r')
lines = f.readlines()
f.close()
for line in lines:
if not string.find(line, 'Cell') == -1:
cell = True
return cell
def getBootloader():
"""Get the bootloader info object for your architecture"""
if rhpl.getArch() == 'i386':
return x86BootloaderInfo()
elif rhpl.getArch() == 'ia64':
return ia64BootloaderInfo()
elif rhpl.getArch() == 's390' or rhpl.getArch() == "s390x":
return s390BootloaderInfo()
elif rhpl.getArch() == "alpha":
return alphaBootloaderInfo()
elif rhpl.getArch() == "x86_64":
return x86BootloaderInfo()
elif rhpl.getPPCMachine() == "iSeries":
return iseriesBootloaderInfo()
elif rhpl.getArch() == "ppc":
return ppcBootloaderInfo()
elif rhpl.getArch() == "sparc":
return sparcBootloaderInfo()
else:
return bootloaderInfo()
def writeKS(self, f, desktop, ksconfig):
if self.skipx:
f.write("skipx\n")
return
# We don't want to write out the X config arguments unless they
# were previously specified in kickstart.
args = []
if desktop:
rl = desktop.getDefaultRunLevel()
if rl and str(rl) == '5':
args += ['--startxonboot']
gui = desktop.getDefaultDesktop()
if gui:
args += ['--defaultdesktop', string.lower(gui)]
# We don't want anything else on s390.
if rhpl.getArch() == "s390" and args != []:
f.write("xconfig %s\n" % string.join(args, " "))
if ksconfig:
if ksconfig.xconfig["driver"] != "":
args += [ "--driver", ksconfig.xconfig["driver"] ]
if ksconfig.xconfig["videoRam"] != "":
args += [ "--videoram", ksconfig.xconfig["videoRam"] ]
if ksconfig.xconfig["resolution"] != "":
args += [ "--resolution", ksconfig.xconfig["resolution"] ]
if ksconfig.xconfig["depth"] != 0:
args += [ "--depth", str(ksconfig.xconfig["depth"]) ]
if args != []:
f.write("xconfig %s\n" % string.join(args, " "))
args = []
if ksconfig:
if ksconfig.monitor["monitor"] != "":
args += [ "--monitor", ksconfig.monitor["monitor"] ]
if ksconfig.monitor["hsync"] != "":
args += [ "--hsync", ksconfig.monitor["hsync"] ]
if ksconfig.monitor["vsync"] != "":
args += [ "--vsync", ksconfig.monitor["vsync"] ]
if args != []:
f.write("monitor %s\n" % string.join(args, " "))
def writeKS(self, f, desktop, ksconfig):
if self.skipx:
f.write("skipx\n")
return
# We don't want to write out the X config arguments unless they
# were previously specified in kickstart.
args = []
if desktop:
rl = desktop.getDefaultRunLevel()
if rl and str(rl) == '5':
args += ['--startxonboot']
gui = desktop.getDefaultDesktop()
if gui:
args += ['--defaultdesktop', string.lower(gui)]
# We don't want anything else on s390.
if rhpl.getArch() == "s390" and args != []:
f.write("xconfig %s\n" % string.join(args, " "))
if ksconfig:
if ksconfig.xconfig["driver"] != "":
args += ["--driver", ksconfig.xconfig["driver"]]
if ksconfig.xconfig["videoRam"] != "":
args += ["--videoram", ksconfig.xconfig["videoRam"]]
if ksconfig.xconfig["resolution"] != "":
args += ["--resolution", ksconfig.xconfig["resolution"]]
if ksconfig.xconfig["depth"] != 0:
args += ["--depth", str(ksconfig.xconfig["depth"])]
if args != []:
f.write("xconfig %s\n" % string.join(args, " "))
args = []
if ksconfig:
if ksconfig.monitor["monitor"] != "":
args += ["--monitor", ksconfig.monitor["monitor"]]
if ksconfig.monitor["hsync"] != "":
args += ["--hsync", ksconfig.monitor["hsync"]]
if ksconfig.monitor["vsync"] != "":
args += ["--vsync", ksconfig.monitor["vsync"]]
if args != []:
f.write("monitor %s\n" % string.join(args, " "))
def getPPCMacID():
machine = None
if rhpl.getArch() != "ppc":
return 0
if getPPCMachine() != "PMac":
return 0
f = open("/proc/cpuinfo", "r")
lines = f.readlines()
f.close()
for line in lines:
if line.find("machine") != -1:
machine = line.split(":")[1]
machine = machine.strip()
return machine
log.warning("No Power Mac machine id")
return 0
def getPPCMacID():
machine = None
if rhpl.getArch() != "ppc":
return 0
if getPPCMachine() != "PMac":
return 0
f = open('/proc/cpuinfo', 'r')
lines = f.readlines()
f.close()
for line in lines:
if line.find('machine') != -1:
machine = line.split(':')[1]
machine = machine.strip()
return machine
log.warning("No Power Mac machine id")
return 0
def cpuFeatureFlags():
"""Convenience function to get CPU feature flags from /proc/cpuinfo."""
if rhpl.getArch() not in ("i386", "x86_64"):
return False
f = open("/proc/cpuinfo", "r")
lines = f.readlines()
f.close()
for line in lines:
if not line.startswith("flags"):
continue
# get the actual flags
flags = line[:-1].split(":", 1)[1]
# and split them
flst = flags.split(" ")
return flst
return []
def cpuFeatureFlags():
"""Convenience function to get CPU feature flags from /proc/cpuinfo."""
if rhpl.getArch() not in ("i386", "x86_64"):
return False
f = open("/proc/cpuinfo", "r")
lines = f.readlines()
f.close()
for line in lines:
if not line.startswith("flags"):
continue
# get the actual flags
flags = line[:-1].split(":", 1)[1]
# and split them
flst = flags.split(" ")
return flst
return []
def reset(self):
# Reset everything except:
#
# - The mouse
# - The install language
# - The keyboard
self.instClass = None
self.network = network.Network()
self.iscsi = iscsi.iscsi()
self.zfcp = zfcp.ZFCP()
self.firewall = firewall.Firewall()
self.security = security.Security()
self.timezone = timezone.Timezone()
self.users = None
self.rootPassword = {"isCrypted": False, "password": ""}
self.auth = "--enableshadow --enablemd5"
self.desktop = desktop.Desktop()
self.upgrade = None
# XXX move fsset and/or diskset into Partitions object?
self.fsset.reset()
self.diskset = partedUtils.DiskSet(self.anaconda)
self.partitions = partitions.Partitions()
self.bootloader = bootloader.getBootloader()
self.dependencies = []
self.dbpath = None
self.upgradeRoot = None
self.rootParts = None
self.upgradeSwapInfo = None
self.upgradeDeps = ""
self.upgradeRemove = []
self.upgradeInfoFound = None
if rhpl.getArch() == "s390":
self.firstboot = FIRSTBOOT_SKIP
else:
self.firstboot = FIRSTBOOT_DEFAULT
# XXX I expect this to die in the future when we have a single data
# class and translate ksdata into that instead.
self.ksdata = None
def doReIPL(anaconda):
if not rhpl.getArch() in ['s390', 's390x']:
return DISPATCH_NOOP
messageInfo = iutil.reIPL(anaconda, os.getppid())
# @TBD seeing a bug here where anaconda.canReIPL and anaconda.reIPLMessage are
# not initialized even though they were in Anaconda.__init__()
if messageInfo is None:
anaconda.canReIPL = True
anaconda.reIPLMessage = None
else:
anaconda.canReIPL = False
(errorMessage, rebootInstr) = messageInfo
# errorMessage intentionally not shown in UI
anaconda.reIPLMessage = rebootInstr
return DISPATCH_FORWARD
def addDrive(self, button):
(dxml, dialog) = gui.getGladeWidget("adddrive.glade", "addDriveDialog")
gui.addFrame(dialog)
dialog.show_all()
if rhpl.getArch() not in ("s390", "s390x"):
dxml.get_widget("zfcpRadio").hide()
dxml.get_widget("zfcpRadio").set_group(None)
import iscsi
if not iscsi.has_iscsi():
dxml.get_widget("iscsiRadio").set_sensitive(False)
dxml.get_widget("iscsiRadio").set_active(False)
#figure out what advanced devices we have available and set sensible default
group = dxml.get_widget("iscsiRadio").get_group()
for button in group:
if button is not None and button.get_property("sensitive"):
button.set_active(True)
break
rc = dialog.run()
dialog.hide()
if rc == gtk.RESPONSE_CANCEL:
return
if dxml.get_widget("iscsiRadio").get_active():
rc = self.addIscsiDrive()
elif dxml.get_widget("zfcpRadio") is not None and dxml.get_widget("zfcpRadio").get_active():
rc = self.addZfcpDrive()
dialog.destroy()
if rc != gtk.RESPONSE_CANCEL:
w = self.intf.waitWindow(_("Rescanning disks"),
_("Rescanning disks"))
partitioning.partitionObjectsInitialize(self.anaconda)
createAllowedDrivesStore(self.diskset.disks,
self.partitions.autoClearPartDrives,
self.drivelist,
self.anaconda.updateSrc)
w.pop()
def doReIPL(anaconda):
if (not rhpl.getArch() in ['s390', 's390x']
or anaconda.dir == DISPATCH_BACK):
return DISPATCH_NOOP
messageInfo = iutil.reIPL(anaconda, os.getppid())
# @TBD seeing a bug here where anaconda.canReIPL and anaconda.reIPLMessage are
# not initialized even though they were in Anaconda.__init__()
if messageInfo is None:
anaconda.canReIPL = True
anaconda.reIPLMessage = None
else:
anaconda.canReIPL = False
(errorMessage, rebootInstr) = messageInfo
# errorMessage intentionally not shown in UI
anaconda.reIPLMessage = rebootInstr
return DISPATCH_FORWARD
def addDrive(self, button):
(dxml, dialog) = gui.getGladeWidget("adddrive.glade", "addDriveDialog")
gui.addFrame(dialog)
dialog.show_all()
if rhpl.getArch() not in ("s390", "s390x"):
dxml.get_widget("zfcpRadio").hide()
dxml.get_widget("zfcpRadio").set_group(None)
import iscsi
if not iscsi.has_iscsi():
dxml.get_widget("iscsiRadio").set_sensitive(False)
dxml.get_widget("iscsiRadio").set_active(False)
#figure out what advanced devices we have available and set sensible default
group = dxml.get_widget("iscsiRadio").get_group()
for button in group:
if button is not None and button.get_property("sensitive"):
button.set_active(True)
break
rc = dialog.run()
dialog.hide()
if rc in [gtk.RESPONSE_CANCEL, gtk.RESPONSE_DELETE_EVENT]:
return
if dxml.get_widget("iscsiRadio").get_active():
rc = self.addIscsiDrive()
elif dxml.get_widget("zfcpRadio") is not None and dxml.get_widget(
"zfcpRadio").get_active():
rc = self.addZfcpDrive()
dialog.destroy()
if rc not in [gtk.RESPONSE_CANCEL, gtk.RESPONSE_DELETE_EVENT]:
w = self.intf.waitWindow(_("Rescanning disks"),
_("Rescanning disks"))
partitioning.partitionObjectsInitialize(self.anaconda)
createAllowedDrivesStore(self.diskset.disks,
self.partitions.autoClearPartDrives,
self.drivelist, self.anaconda.updateSrc)
w.pop()
def available(self):
ksdevice = None
if flags.cmdline.has_key("ksdevice"):
ksdevice = flags.cmdline["ksdevice"]
f = open("/proc/net/dev")
lines = f.readlines()
f.close()
# skip first two lines, they are header
lines = lines[2:]
for line in lines:
dev = string.strip(line[0:6])
if dev != "lo" and dev[0:3] != "sit" and not self.netdevices.has_key(dev):
if self.firstnetdevice is None:
self.firstnetdevice = dev
self.netdevices[dev] = NetworkDevice(dev)
try:
hwaddr = isys.getMacAddress(dev)
if rhpl.getArch() != "s390" and hwaddr and hwaddr != "00:00:00:00:00:00" and hwaddr != "ff:ff:ff:ff:ff:ff":
self.netdevices[dev].set(("hwaddr", hwaddr))
except Exception, e:
log.error("exception getting mac addr: %s" %(e,))
def toEntry(self, partitions):
"""Turn a request into a fsset entry and return the entry."""
device = self.getDevice(partitions)
# pin down our partitions so that we can reread the table
device.solidify()
if self.fstype.getName() == "swap":
mountpoint = "swap"
else:
mountpoint = self.mountpoint
entry = fsset.FileSystemSetEntry(device,
mountpoint,
self.fstype,
origfsystem=self.origfstype,
bytesPerInode=self.bytesPerInode,
options=self.fsopts)
if self.format:
entry.setFormat(self.format)
if self.migrate:
entry.setMigrate(self.migrate)
elif rhpl.getArch() == "ia64" \
and entry.getMountPoint() == "/boot/efi" \
and isinstance(self.origfstype, fsset.FATFileSystem) \
and not entry.getFormat():
entry.setMigrate(1)
if self.badblocks:
entry.setBadblocks(self.badblocks)
if self.fslabel:
entry.setLabel(self.fslabel)
return entry
def setSteps(self, dispatch):
dispatch.setStepList(
"language",
"keyboard",
"welcome",
"findrootparts",
"betanag",
"installtype",
"partitionobjinit",
"parttype",
"autopartitionexecute",
"partition",
"partitiondone",
"bootloadersetup",
"bootloader",
"reipl",
"networkdevicecheck",
"network",
"timezone",
"accounts",
"reposetup",
"basepkgsel",
"tasksel",
"postselection",
"confirminstall",
"install",
"enablefilesystems",
"migratefilesystems",
"setuptime",
"preinstallconfig",
"installpackages",
"postinstallconfig",
"writeconfig",
"firstboot",
"instbootloader",
"dopostaction",
"writexconfig",
"writeksconfig",
"writeregkey",
"methodcomplete",
"copylogs",
"setfilecon",
"complete"
)
if not BETANAG:
dispatch.skipStep("betanag", permanent=1)
if rhpl.getArch() != "i386" and rhpl.getArch() != "x86_64":
dispatch.skipStep("bootloader", permanent=1)
# allow install classes to turn off the upgrade
if self.showUpgrade == 0:
dispatch.skipStep("findrootparts", skip = 1)
# 'noupgrade' can be used on the command line to force not looking
# for partitions to upgrade. useful in some cases...
if flags.cmdline.has_key("noupgrade"):
dispatch.skipStep("findrootparts", skip = 1)
# upgrade will also always force looking for an upgrade.
if flags.cmdline.has_key("upgrade"):
dispatch.skipStep("findrootparts", skip = 0)
# if there's only one install class, it doesn't make much sense
# to show it
if len(availableClasses()) < 2:
dispatch.skipStep("installtype", permanent=1)
def mountptchangeCB(widget, fstypecombo):
if rhpl.getArch() == "ia64" and widget.get_children()[0].get_text() == "/boot/efi":
fstypecombo.set_active_text("vfat")
# dont do this in test mode!
if flags.test or flags.rootpath:
return
os.environ["TZ"] = anaconda.id.timezone.tz
tzfile = "/usr/share/zoneinfo/" + anaconda.id.timezone.tz
if not os.access(tzfile, os.R_OK):
log.error("unable to set timezone")
else:
try:
shutil.copyfile(tzfile, "/etc/localtime")
except OSError, (errno, msg):
log.error("Error copying timezone (from %s): %s" %(tzfile, msg))
if rhpl.getArch() == "s390":
return
args = [ "--hctosys" ]
if anaconda.id.timezone.utc:
args.append("-u")
elif anaconda.id.timezone.arc:
args.append("-a")
try:
iutil.execWithRedirect("/usr/sbin/hwclock", args, stdin = None,
stdout = "/dev/tty5", stderr = "/dev/tty5")
except RuntimeError:
log.error("Failed to set clock")
# FIXME: this is a huge gross hack. hard coded list of files
def vtActivate(num):
if rhpl.getArch() == "s390":
return
_isys.vtActivate(num)
def availableClasses(showHidden=0):
global allClasses
global allClasses_hidden
if not showHidden:
if allClasses: return allClasses
else:
if allClasses_hidden: return allClasses_hidden
if os.access("installclasses", os.R_OK):
path = "installclasses"
elif os.access("/mnt/source/RHupdates/installclasses", os.R_OK):
path = "/mnt/source/RHupdates/installclasses"
elif os.access("/tmp/updates/installclasses", os.R_OK):
path = "/tmp/updates/installclasses"
elif os.access("/tmp/product/installclasses", os.R_OK):
path = "/tmp/product/installclasses"
else:
path = "/usr/lib/anaconda/installclasses"
# append the location of installclasses to the python path so we
# can import them
sys.path.append(path)
files = os.listdir(path)
done = {}
list = []
for file in files:
if file[0] == '.': continue
if len (file) < 4:
continue
if file[-3:] != ".py" and file[-4:-1] != ".py":
continue
mainName = string.split(file, ".")[0]
if done.has_key(mainName): continue
done[mainName] = 1
obj = None
cmd = "import %s\nif %s.__dict__.has_key('InstallClass'): obj = %s.InstallClass\n" % (mainName, mainName, mainName)
exec(cmd)
if obj:
if obj.__dict__.has_key('sortPriority'):
sortOrder = obj.sortPriority
else:
sortOrder = 0
if obj.__dict__.has_key('arch'):
if obj.arch != rhpl.getArch ():
obj.hidden = 1
if obj.hidden == 0 or showHidden == 1:
list.append(((obj.name, obj, obj.pixmap), sortOrder))
list.sort(ordering)
for (item, priority) in list:
if showHidden:
allClasses_hidden.append(item)
else:
allClasses.append(item)
if showHidden:
return allClasses_hidden
else:
return allClasses
def setSteps(self, dispatch):
dispatch.setStepList(
"language",
"keyboard",
"welcome",
"findrootparts",
"betanag",
"installtype",
"partitionobjinit",
"parttype",
"autopartitionexecute",
"partition",
"partitiondone",
"bootloadersetup",
"bootloader",
"reipl",
"networkdevicecheck",
"network",
"timezone",
"accounts",
"reposetup",
"basepkgsel",
"tasksel",
"abiquo_distributed",
"postselection",
"abiquo_password",
"abiquo_nfs_config",
"abiquo_rs",
"abiquo_dhcp_relay",
"confirminstall",
"install",
"enablefilesystems",
"migratefilesystems",
"setuptime",
"preinstallconfig",
"installpackages",
"postinstallconfig",
"writeconfig",
"firstboot",
"instbootloader",
"dopostaction",
"writexconfig",
"writeksconfig",
"writeregkey",
"methodcomplete",
"copylogs",
"setfilecon",
"complete"
)
if not BETANAG:
dispatch.skipStep("betanag", permanent=1)
if rhpl.getArch() != "i386" and rhpl.getArch() != "x86_64":
dispatch.skipStep("bootloader", permanent=1)
# allow install classes to turn off the upgrade
if self.showUpgrade == 0:
dispatch.skipStep("findrootparts", skip = 1)
# 'noupgrade' can be used on the command line to force not looking
# for partitions to upgrade. useful in some cases...
if flags.cmdline.has_key("noupgrade"):
dispatch.skipStep("findrootparts", skip = 1)
# upgrade will also always force looking for an upgrade.
if flags.cmdline.has_key("upgrade"):
dispatch.skipStep("findrootparts", skip = 0)
# if there's only one install class, it doesn't make much sense
# to show it
if len(availableClasses()) < 2:
dispatch.skipStep("installtype", permanent=1)
def __call__ (self, screen, anaconda):
migent = anaconda.id.fsset.getMigratableEntries()
g = GridFormHelp(screen, _("Migrate File Systems"), "upmigfs", 1, 4)
text = _("This release of %s supports "
"the ext3 journalling file system. It has several "
"benefits over the ext2 file system traditionally shipped "
"in %s. It is possible to migrate the ext2 "
"formatted partitions to ext3 without data loss.\n\n"
"Which of these partitions would you like to migrate?"
% (productName, productName))
tb = TextboxReflowed(60, text)
g.add(tb, 0, 0, anchorLeft = 1, padding = (0, 0, 0, 1))
partlist = CheckboxTree(height=4, scroll=1)
for entry in migent:
if rhpl.getArch() == "ia64" \
and entry.getMountPoint() == "/boot/efi":
continue
if entry.fsystem.getName() != entry.origfsystem.getName():
migrating = 1
else:
migrating = 0
partlist.append("/dev/%s - %s - %s" % (entry.device.getDevice(),
entry.origfsystem.getName(),
entry.mountpoint), entry, migrating)
g.add(partlist, 0, 1, padding = (0, 0, 0, 1))
buttons = ButtonBar(screen, [TEXT_OK_BUTTON, TEXT_BACK_BUTTON] )
g.add(buttons, 0, 3, anchorLeft = 1, growx = 1)
while 1:
result = g.run()
if (buttons.buttonPressed(result)):
result = buttons.buttonPressed(result)
if result == TEXT_BACK_CHECK:
screen.popWindow()
return INSTALL_BACK
# reset
for entry in migent:
if rhpl.getArch() == "ia64" \
and entry.getMountPoint() == "/boot/efi":
continue
entry.setFormat(0)
entry.setMigrate(0)
entry.fsystem = entry.origfsystem
for entry in partlist.getSelection():
entry.setMigrate(1)
entry.fsystem = fileSystemTypeGet("ext3")
screen.popWindow()
return INSTALL_OK
def __call__(self, screen, anaconda):
migent = anaconda.id.fsset.getMigratableEntries()
g = GridFormHelp(screen, _("Migrate File Systems"), "upmigfs", 1, 4)
text = _("This release of %s supports "
"the ext3 journalling file system. It has several "
"benefits over the ext2 file system traditionally shipped "
"in %s. It is possible to migrate the ext2 "
"formatted partitions to ext3 without data loss.\n\n"
"Which of these partitions would you like to migrate?" %
(productName, productName))
tb = TextboxReflowed(60, text)
g.add(tb, 0, 0, anchorLeft=1, padding=(0, 0, 0, 1))
partlist = CheckboxTree(height=4, scroll=1)
for entry in migent:
if rhpl.getArch() == "ia64" \
and entry.getMountPoint() == "/boot/efi":
continue
if entry.fsystem.getName() != entry.origfsystem.getName():
migrating = 1
else:
migrating = 0
partlist.append(
"/dev/%s - %s - %s" %
(entry.device.getDevice(), entry.origfsystem.getName(),
entry.mountpoint), entry, migrating)
g.add(partlist, 0, 1, padding=(0, 0, 0, 1))
buttons = ButtonBar(screen, [TEXT_OK_BUTTON, TEXT_BACK_BUTTON])
g.add(buttons, 0, 3, anchorLeft=1, growx=1)
while 1:
result = g.run()
if (buttons.buttonPressed(result)):
result = buttons.buttonPressed(result)
if result == TEXT_BACK_CHECK:
screen.popWindow()
return INSTALL_BACK
# reset
for entry in migent:
if rhpl.getArch() == "ia64" \
and entry.getMountPoint() == "/boot/efi":
continue
entry.setFormat(0)
entry.setMigrate(0)
entry.fsystem = entry.origfsystem
for entry in partlist.getSelection():
entry.setMigrate(1)
entry.fsystem = fileSystemTypeGet("ext3")
screen.popWindow()
return INSTALL_OK
def availableClasses(showHidden=0):
global allClasses
global allClasses_hidden
if not showHidden:
if allClasses: return allClasses
else:
if allClasses_hidden: return allClasses_hidden
if os.access("installclasses", os.R_OK):
path = "installclasses"
elif os.access("/mnt/source/RHupdates/installclasses", os.R_OK):
path = "/mnt/source/RHupdates/installclasses"
elif os.access("/tmp/updates/installclasses", os.R_OK):
path = "/tmp/updates/installclasses"
elif os.access("/tmp/product/installclasses", os.R_OK):
path = "/tmp/product/installclasses"
else:
path = "/usr/lib/anaconda/installclasses"
# append the location of installclasses to the python path so we
# can import them
sys.path.append(path)
files = os.listdir(path)
done = {}
list = []
for file in files:
if file[0] == '.': continue
if len (file) < 4:
continue
if file[-3:] != ".py" and file[-4:-1] != ".py":
continue
mainName = string.split(file, ".")[0]
if done.has_key(mainName): continue
done[mainName] = 1
obj = None
cmd = "import %s\nif %s.__dict__.has_key('InstallClass'): obj = %s.InstallClass\n" % (mainName, mainName, mainName)
exec(cmd)
if obj:
if obj.__dict__.has_key('sortPriority'):
sortOrder = obj.sortPriority
else:
sortOrder = 0
if obj.__dict__.has_key('arch'):
if obj.arch != rhpl.getArch ():
obj.hidden = 1
if obj.hidden == 0 or showHidden == 1:
list.append(((obj.name, obj, obj.pixmap), sortOrder))
list.sort(ordering)
for (item, priority) in list:
if showHidden:
allClasses_hidden.append(item)
else:
allClasses.append(item)
if showHidden:
return allClasses_hidden
else:
return allClasses
