def act_install_disc_start(self, tdata, disc_no):
'''
mount each ISO, and install it.
install_disc_prep(server) mount ISO.
'''
(pafile, dev, fstype, reldir, bootiso_relpath) = CF.G.choosed_patuple
while disc_no < len(CF.G.arrangement):
logger.i("act_install_disc_start probe_all_disc_result: %s" %
self.probe_all_disc_result)
if not self.install_allpkg and not self.disc_map.has_key(disc_no):
# Skip the disc which is not needed.
disc_no = disc_no + 1
continue
if disc_no >= len(self.probe_all_disc_result) \
or not self.probe_all_disc_result[disc_no]: ## TODO multi disc will always have only one probe_all_disc_result. please fix it.
# we known have next disc in pkgarr.py file (CF.G.arrangement is the variable in pkgarr.py)
# but there can not find next disc with disc_no in probe_all_disc_result. so we think it should have a next disc, and ask user to insert it.
self.cb0_insert_next_disc(
disc_no + 1, self.retry_clicked, self.abort_clicked
) ## This call back will active next install action.
return
self.cur_disc_no = disc_no
bootiso_relpath = self.probe_all_disc_result[disc_no][0]
self.add_action(None, self.act_install_pkg_start, (disc_no, 0),
'install_disc_prep', dev, fstype, bootiso_relpath,
reldir)
# add install current disc action, return now, and wait next disc action after current disc install action finished.
return
### Install all disc finished
self.add_action(_('Last operations for package installation'),
self.nextop, None, 'rpm_post_install', None)
def act_install_disc_start(self, tdata, disc_no):
'''
mount each ISO, and install it.
install_disc_prep(server) mount ISO.
'''
(pafile, dev, fstype, reldir, bootiso_relpath) = CF.G.choosed_patuple
while disc_no < len(CF.G.arrangement):
logger.i("act_install_disc_start probe_all_disc_result: %s" % self.probe_all_disc_result)
if not self.install_allpkg and not self.disc_map.has_key(disc_no):
# Skip the disc which is not needed.
disc_no = disc_no + 1
continue
if disc_no >= len(self.probe_all_disc_result) \
or not self.probe_all_disc_result[disc_no]: ## TODO multi disc will always have only one probe_all_disc_result. please fix it.
# we known have next disc in pkgarr.py file (CF.G.arrangement is the variable in pkgarr.py)
# but there can not find next disc with disc_no in probe_all_disc_result. so we think it should have a next disc, and ask user to insert it.
self.cb0_insert_next_disc(disc_no + 1, self.retry_clicked, self.abort_clicked) ## This call back will active next install action.
return
self.cur_disc_no = disc_no
bootiso_relpath = self.probe_all_disc_result[disc_no][0]
self.add_action(None,
self.act_install_pkg_start, (disc_no, 0),
'install_disc_prep', dev, fstype, bootiso_relpath, reldir)
# add install current disc action, return now, and wait next disc action after current disc install action finished.
return
### Install all disc finished
self.add_action(_('Last operations for package installation'),
self.nextop, None,
'rpm_post_install', None)
def prepare(self):
self.arch = self.rootobj.tm.actserver.get_arch()
logger.i('Detected Arch: %s\n' % str(self.arch))
self.archcompat_list = CF.G.arch_map[self.arch]
self._calc_instpkg_map()
self.prepared = True
def step2():
# set bootloader
logger.i('setup_' + CF.BOOTLDR.bltype)
self.add_action(_('Setup bootloader'), next_post_script, 4,
'setup_' + CF.BOOTLDR.bltype, CF.BOOTLDR.timeout, CF.BOOTLDR.usepassword, CF.BOOTLDR.password,
CF.BOOTLDR.lba, CF.BOOTLDR.options, CF.BOOTLDR.entries, CF.BOOTLDR.default, CF.BOOTLDR.instpos,
CF.BOOTLDR.bootdev, CF.BOOTLDR.mbr_device, CF.BOOTLDR.win_device, CF.BOOTLDR.win_fs)
def prepare(self):
self.arch = self.rootobj.tm.actserver.get_arch()
logger.i('Detected Arch: %s\n' % str(self.arch))
self.archcompat_list = CF.G.arch_map[self.arch]
self._calc_instpkg_map()
self.prepared = True
def step3():
# setup account
logger.i('action_accounts')
self.rootobj.tm.add_action(_('Setup accounts'),
next_post_script, 5,
'setup_accounts',
CF.ACCOUNT.rootpasswd,
CF.ACCOUNT.acclist)
def start(self):
for disc_no in range(len(CF.G.arrangement)):
self.disc_first_pkgs.append(CF.G.arrangement[disc_no][0][1])
(pafile, dev, fstype, reldir, bootiso_relpath) = CF.G.choosed_patuple
logger.i('disc_first_pkgs: %s\n' % str(self.disc_first_pkgs))
self.add_action(_('Search packages'),
self.act_install_prepare, None,
'probe_all_disc', dev, fstype, bootiso_relpath, reldir, self.disc_first_pkgs)
def start(self):
for disc_no in range(len(CF.G.arrangement)):
self.disc_first_pkgs.append(CF.G.arrangement[disc_no][0][1])
(pafile, dev, fstype, reldir, bootiso_relpath) = CF.G.choosed_patuple
logger.i('disc_first_pkgs: %s\n' % str(self.disc_first_pkgs))
self.add_action(_('Search packages'), self.act_install_prepare, None,
'probe_all_disc', dev, fstype, bootiso_relpath, reldir,
self.disc_first_pkgs)
def step2():
# set bootloader
logger.i('setup_' + CF.BOOTLDR.bltype)
self.add_action(_('Setup bootloader'), next_post_script, 4,
'setup_' + CF.BOOTLDR.bltype,
CF.BOOTLDR.timeout, CF.BOOTLDR.usepassword,
CF.BOOTLDR.password, CF.BOOTLDR.lba,
CF.BOOTLDR.options, CF.BOOTLDR.entries,
CF.BOOTLDR.default, CF.BOOTLDR.instpos,
CF.BOOTLDR.bootdev, CF.BOOTLDR.mbr_device,
CF.BOOTLDR.win_device, CF.BOOTLDR.win_fs)
def act_install_prepare(self, tdata, data):
'''
invoke install_prep(server) to mount target system partitions.
'''
self.probe_all_disc_result = tdata
logger.i('probe_all_disc_result: %s\n' % str(self.probe_all_disc_result))
(pafile, dev, fstype, reldir, bootiso_relpath) = CF.G.choosed_patuple
self.add_action(None,
self.act_rpm_pre_install, 0,
'install_prep', (dev, fstype, bootiso_relpath, reldir),
CF.G.mount_all_list, # partition list [(mntpoint, devfn, fstype), ...] , be filled at partition step.
)
def act_install_prepare(self, tdata, data):
'''
invoke install_prep(server) to mount target system partitions.
'''
self.probe_all_disc_result = tdata
logger.i('probe_all_disc_result: %s\n' %
str(self.probe_all_disc_result))
(pafile, dev, fstype, reldir, bootiso_relpath) = CF.G.choosed_patuple
self.add_action(
None,
self.act_rpm_pre_install,
0,
'install_prep',
(dev, fstype, bootiso_relpath, reldir),
CF.G.
mount_all_list, # partition list [(mntpoint, devfn, fstype), ...] , be filled at partition step.
)
def gather_setup_information(self):
# Get account information
CF.ACCOUNT.rootpasswd = self.get_data(self.values,
'accounts.root.password')
CF.ACCOUNT.acclist = []
accnode = self.srh_data_node(self.values, 'accounts.userlist')
for node in accnode.getElementsByTagName('row'):
CF.ACCOUNT.acclist.append((
node.getAttribute('c0'), # Username.
node.getAttribute('c1'), # Password.
node.getAttribute('c2'), # Shell.
node.getAttribute('c3'), # Home directory.
node.getAttribute('c4'))) # Real UID or 'Auto'.
logger.i('takeactions setup_accounts %s' % str(
(CF.ACCOUNT.rootpasswd, CF.ACCOUNT.acclist)))
# Get bootloader information
CF.BOOTLDR.bltype = self.get_data(self.values, 'bootloader.bltype')
CF.BOOTLDR.instpos = self.get_data(self.values, 'bootloader.instpos')
CF.BOOTLDR.mbr_device = self.get_data(self.values,
'bootloader.mbr_device')
CF.BOOTLDR.win_device = self.get_data(self.values,
'bootloader.win_device')
if CF.BOOTLDR.bltype == 'none':
logger.i('takeactions get bootloader: bltype %s' %
CF.BOOTLDR.bltype)
else:
if CF.G.root_device == CF.G.boot_device:
CF.BOOTLDR.bootdev = ''
else:
CF.BOOTLDR.bootdev = CF.G.boot_device
if CF.BOOTLDR.win_device:
CF.BOOTLDR.win_fs = get_devinfo(CF.BOOTLDR.win_device,
CF.G.all_part_infor).fstype
else:
CF.BOOTLDR.win_fs = ''
CF.BOOTLDR.timeout = int(
float(self.get_data(self.values, 'bootloader.timeout')))
CF.BOOTLDR.usepassword = self.get_data(self.values,
'bootloader.usepassword')
CF.BOOTLDR.password = self.get_data(self.values,
'bootloader.password')
CF.BOOTLDR.lba = self.get_data(self.values, 'bootloader.lba')
CF.BOOTLDR.options = self.get_data(self.values,
'bootloader.options')
CF.BOOTLDR.entries = []
elnode = self.srh_data_node(self.values, 'bootloader.entrylist')
for node in elnode.getElementsByTagName('row'):
CF.BOOTLDR.entries.append(
(node.getAttribute('c1'), node.getAttribute('c2'),
node.getAttribute('c3')))
self.default = self.get_data(self.values, 'bootloader.default')
logger.i('takeactions get bootloader: %s' % str(
('setup_' + CF.BOOTLDR.bltype, CF.BOOTLDR.timeout,
CF.BOOTLDR.usepassword, CF.BOOTLDR.password, CF.BOOTLDR.lba,
CF.BOOTLDR.options, CF.BOOTLDR.entries, CF.BOOTLDR.default,
CF.BOOTLDR.instpos, CF.BOOTLDR.bootdev, CF.BOOTLDR.mbr_device,
CF.BOOTLDR.win_device, CF.BOOTLDR.win_fs)))
def gather_setup_information(self):
# Get account information
CF.ACCOUNT.rootpasswd = self.get_data(self.values, 'accounts.root.password')
CF.ACCOUNT.acclist = []
accnode = self.srh_data_node(self.values, 'accounts.userlist')
for node in accnode.getElementsByTagName('row'):
CF.ACCOUNT.acclist.append((node.getAttribute('c0'), # Username.
node.getAttribute('c1'), # Password.
node.getAttribute('c2'), # Shell.
node.getAttribute('c3'), # Home directory.
node.getAttribute('c4'))) # Real UID or 'Auto'.
logger.i('takeactions setup_accounts %s' % str((CF.ACCOUNT.rootpasswd, CF.ACCOUNT.acclist)))
# Get bootloader information
CF.BOOTLDR.bltype = self.get_data(self.values, 'bootloader.bltype')
CF.BOOTLDR.instpos = self.get_data(self.values, 'bootloader.instpos')
CF.BOOTLDR.mbr_device = self.get_data(self.values, 'bootloader.mbr_device')
CF.BOOTLDR.win_device = self.get_data(self.values, 'bootloader.win_device')
if CF.BOOTLDR.bltype == 'none':
logger.i('takeactions get bootloader: bltype %s' % CF.BOOTLDR.bltype)
else:
if CF.G.root_device == CF.G.boot_device:
CF.BOOTLDR.bootdev = ''
else:
CF.BOOTLDR.bootdev = CF.G.boot_device
if CF.BOOTLDR.win_device:
CF.BOOTLDR.win_fs = get_devinfo(CF.BOOTLDR.win_device, CF.G.all_part_infor).fstype
else:
CF.BOOTLDR.win_fs = ''
CF.BOOTLDR.timeout = int(float(self.get_data(self.values, 'bootloader.timeout')))
CF.BOOTLDR.usepassword = self.get_data(self.values, 'bootloader.usepassword')
CF.BOOTLDR.password = self.get_data(self.values, 'bootloader.password')
CF.BOOTLDR.lba = self.get_data(self.values, 'bootloader.lba')
CF.BOOTLDR.options = self.get_data(self.values, 'bootloader.options')
CF.BOOTLDR.entries = []
elnode = self.srh_data_node(self.values, 'bootloader.entrylist')
for node in elnode.getElementsByTagName('row'):
CF.BOOTLDR.entries.append((node.getAttribute('c1'),
node.getAttribute('c2'),
node.getAttribute('c3')))
self.default = self.get_data(self.values, 'bootloader.default')
logger.i('takeactions get bootloader: %s' % str(('setup_' + CF.BOOTLDR.bltype, CF.BOOTLDR.timeout, CF.BOOTLDR.usepassword,
CF.BOOTLDR.password, CF.BOOTLDR.lba, CF.BOOTLDR.options, CF.BOOTLDR.entries, CF.BOOTLDR.default,
CF.BOOTLDR.instpos, CF.BOOTLDR.bootdev, CF.BOOTLDR.mbr_device, CF.BOOTLDR.win_device, CF.BOOTLDR.win_fs)))
def leave(self):
logger.d('install_finished %s setup_finished %s entered %s' % (self.install_finished, self.setup_finished, self.entered))
if not self.install_finished:
return 0
elif not self.setup_finished:
self.rootobj.btnnext_sensitive(False)
self.name_map['frame_other'].set_sensitive(True)
self.rootobj.tm.push_progress(self.name_map['otprog'],
self.name_map['otname'])
# set modprobe.conf
scsi_module_list = self.get_data(self.values, 'scsi.modules')
if scsi_module_list == None or scsi_module_list == '':
logger.w('No scsi driver has to be written into modprobe.conf.\n')
else:
logger.i('scsi_modprobe_conf(%s)\n' % scsi_module_list)
self.add_action(_("Generate modprobe.conf"), None, None,
'scsi_modprobe_conf', scsi_module_list)
step_lst = []
class WarningDialog(magicpopup.magicmsgbox):
def __init__(self, sself, msg, next_func):
self.sself = sself
self.next_func = next_func
magicpopup.magicmsgbox.__init__(self, self,
msg,
magicpopup.magicmsgbox.MB_WARNING,
magicpopup.magicpopup.MB_IGNORE|magicpopup.magicmsgbox.MB_REBOOT,
'')
def reboot_clicked(self, widget, data):
self.sself.reboot_clicked(widget, data)
self.closedialog()
def ignore_clicked(self, widget, data):
self.next_func()
self.closedialog()
def next_post_script(tdata, data):
logger.d('next_post_script %s %s' % (str(tdata), str(data)))
# these post script return value is a tuple (ret, msg)
# If ret is 0 the operation is right, otherwise the operation is wrong,
# and msg is the error message
if type(tdata) is str:
ret = -1
msg = tdata
elif type(tdata) is int:
ret = tdata
msg = ''
elif type(tdata) in (list, tuple) and len(tdata) == 2:
ret, msg = tdata
else:
ret = -1
msg = 'Unknown error result %s' % tdata
logger.d('next_post_script index %s func %s' % (data, step_lst[data]))
if ret != 0:
# dialog pop up to warning user and then run next step.
WarningDialog(self, msg, step_lst[data])
return
else:
step_lst[data]()
def step0_0():
# mount target system
self.add_action(_('Mount Target System'),
next_post_script, 1,
'mount_tgtsys', CF.G.mount_all_list, # partition list [(mntpoint, devfn, fstype), ...] , be filled at partition step.
)
step_lst.append(step0_0)
def step0():
# generate fstab
logger.i('do_genfstab')
self.add_action(_('Generate fstab'), next_post_script, 2, 'do_genfstab', 0)
step_lst.append(step0)
def step1():
# make initrd
logger.i('do_mkinitrd')
self.add_action(_('Make initrd'), next_post_script, 3, 'do_mkinitrd', 0)
step_lst.append(step1)
def step2():
# set bootloader
logger.i('setup_' + CF.BOOTLDR.bltype)
self.add_action(_('Setup bootloader'), next_post_script, 4,
'setup_' + CF.BOOTLDR.bltype, CF.BOOTLDR.timeout, CF.BOOTLDR.usepassword, CF.BOOTLDR.password,
CF.BOOTLDR.lba, CF.BOOTLDR.options, CF.BOOTLDR.entries, CF.BOOTLDR.default, CF.BOOTLDR.instpos,
CF.BOOTLDR.bootdev, CF.BOOTLDR.mbr_device, CF.BOOTLDR.win_device, CF.BOOTLDR.win_fs)
step_lst.append(step2)
def step3():
# setup account
logger.i('action_accounts')
self.rootobj.tm.add_action(_('Setup accounts'), next_post_script, 5,
'setup_accounts', CF.ACCOUNT.rootpasswd, CF.ACCOUNT.acclist)
step_lst.append(step3)
def step4():
# run post install script
self.tm.add_action(_('Run post install script'), next_post_script, 6,
'run_post_install', 0)
step_lst.append(step4)
def step4_0():
# backup log files
self.tm.add_action(_('Backup MI log files'), next_post_script, 7,
'backup_mi_logfiles', 0)
step_lst.append(step4_0)
def step4_1():
self.add_action(_('Mount Target System'),
self.do_setup_finished, None,
'umount_tgtsys', CF.G.mount_all_list, # partition list [(mntpoint, devfn, fstype), ...] , be filled at partition step.
)
step_lst.append(step4_1)
step_lst[0]()
return 0
if not self.entered:
return 0
return 1
def step1():
# make initrd
logger.i('do_mkinitrd')
self.add_action(_('Make initrd'), next_post_script, 3,
'do_mkinitrd', 0)
def step0():
# generate fstab
logger.i('do_genfstab')
self.add_action(_('Generate fstab'), next_post_script, 2,
'do_genfstab', 0)
def leave(self):
logger.d('install_finished %s setup_finished %s entered %s' %
(self.install_finished, self.setup_finished, self.entered))
if not self.install_finished:
return 0
elif not self.setup_finished:
self.rootobj.btnnext_sensitive(False)
self.name_map['frame_other'].set_sensitive(True)
self.rootobj.tm.push_progress(self.name_map['otprog'],
self.name_map['otname'])
# set modprobe.conf
scsi_module_list = self.get_data(self.values, 'scsi.modules')
if scsi_module_list == None or scsi_module_list == '':
logger.w(
'No scsi driver has to be written into modprobe.conf.\n')
else:
logger.i('scsi_modprobe_conf(%s)\n' % scsi_module_list)
self.add_action(_("Generate modprobe.conf"), None, None,
'scsi_modprobe_conf', scsi_module_list)
step_lst = []
class WarningDialog(magicpopup.magicmsgbox):
def __init__(self, sself, msg, next_func):
self.sself = sself
self.next_func = next_func
magicpopup.magicmsgbox.__init__(
self, self, msg, magicpopup.magicmsgbox.MB_WARNING,
magicpopup.magicpopup.MB_IGNORE
| magicpopup.magicmsgbox.MB_REBOOT, '')
def reboot_clicked(self, widget, data):
self.sself.reboot_clicked(widget, data)
self.closedialog()
def ignore_clicked(self, widget, data):
self.next_func()
self.closedialog()
def next_post_script(tdata, data):
logger.d('next_post_script %s %s' % (str(tdata), str(data)))
# these post script return value is a tuple (ret, msg)
# If ret is 0 the operation is right, otherwise the operation is wrong,
# and msg is the error message
if type(tdata) is str:
ret = -1
msg = tdata
elif type(tdata) is int:
ret = tdata
msg = ''
elif type(tdata) in (list, tuple) and len(tdata) == 2:
ret, msg = tdata
else:
ret = -1
msg = 'Unknown error result %s' % tdata
logger.d('next_post_script index %s func %s' %
(data, step_lst[data]))
if ret != 0:
# dialog pop up to warning user and then run next step.
WarningDialog(self, msg, step_lst[data])
return
else:
step_lst[data]()
def step0_0():
# mount target system
self.add_action(
_('Mount Target System'),
next_post_script,
1,
'mount_tgtsys',
CF.G.
mount_all_list, # partition list [(mntpoint, devfn, fstype), ...] , be filled at partition step.
)
step_lst.append(step0_0)
def step0():
# generate fstab
logger.i('do_genfstab')
self.add_action(_('Generate fstab'), next_post_script, 2,
'do_genfstab', 0)
step_lst.append(step0)
def step1():
# make initrd
logger.i('do_mkinitrd')
self.add_action(_('Make initrd'), next_post_script, 3,
'do_mkinitrd', 0)
step_lst.append(step1)
def step2():
# set bootloader
logger.i('setup_' + CF.BOOTLDR.bltype)
self.add_action(_('Setup bootloader'), next_post_script, 4,
'setup_' + CF.BOOTLDR.bltype,
CF.BOOTLDR.timeout, CF.BOOTLDR.usepassword,
CF.BOOTLDR.password, CF.BOOTLDR.lba,
CF.BOOTLDR.options, CF.BOOTLDR.entries,
CF.BOOTLDR.default, CF.BOOTLDR.instpos,
CF.BOOTLDR.bootdev, CF.BOOTLDR.mbr_device,
CF.BOOTLDR.win_device, CF.BOOTLDR.win_fs)
step_lst.append(step2)
def step3():
# setup account
logger.i('action_accounts')
self.rootobj.tm.add_action(_('Setup accounts'),
next_post_script, 5,
'setup_accounts',
CF.ACCOUNT.rootpasswd,
CF.ACCOUNT.acclist)
step_lst.append(step3)
def step4():
# run post install script
self.tm.add_action(_('Run post install script'),
next_post_script, 6, 'run_post_install', 0)
step_lst.append(step4)
def step4_0():
# backup log files
self.tm.add_action(_('Backup MI log files'), next_post_script,
7, 'backup_mi_logfiles', 0)
step_lst.append(step4_0)
def step4_1():
self.add_action(
_('Mount Target System'),
self.do_setup_finished,
None,
'umount_tgtsys',
CF.G.
mount_all_list, # partition list [(mntpoint, devfn, fstype), ...] , be filled at partition step.
)
step_lst.append(step4_1)
step_lst[0]()
return 0
if not self.entered:
return 0
return 1
def step0():
# generate fstab
logger.i('do_genfstab')
self.add_action(_('Generate fstab'), next_post_script, 2, 'do_genfstab', 0)
def step3():
# setup account
logger.i('action_accounts')
self.rootobj.tm.add_action(_('Setup accounts'), next_post_script, 5,
'setup_accounts', CF.ACCOUNT.rootpasswd, CF.ACCOUNT.acclist)
def step1():
# make initrd
logger.i('do_mkinitrd')
self.add_action(_('Make initrd'), next_post_script, 3, 'do_mkinitrd', 0)
