def test_textwidth(self):
''' test textwidth() '''
# without tab
self.assertEqual(textwidth(u'A\u00c0\u3042'), 1 + 1 + 2)
self.assertEqual(textwidth(u'A\u00c0\u3042'.encode(get_encoding())),
1 + 1 + 2)
# with tab
self.assertEqual(textwidth(u'\tA\u00c0\u3042'), 4 + 1 + 1 + 2)
self.assertEqual(textwidth(u'\tA\u00c0\u3042'.encode(get_encoding())),
4 + 1 + 1 + 2)
def test_textwidth(self):
''' test textwidth() '''
# without tab
self.assertEqual(textwidth(u'A\u00c0\u3042'), 1 + 1 + 2)
self.assertEqual(textwidth(u'A\u00c0\u3042'.encode(get_encoding())),
1 + 1 + 2)
# with tab
self.assertEqual(textwidth(u'\tA\u00c0\u3042'), 4 + 1 + 1 + 2)
self.assertEqual(textwidth(u'\tA\u00c0\u3042'.encode(get_encoding())),
4 + 1 + 1 + 2)
def test_charwidth(self):
''' test charwidth() '''
# example of 1-column character (ASCII)
self.assertEqual(charwidth(u'A'), 1)
self.assertEqual(charwidth(u'A'.encode(get_encoding())), 1)
# example of 1-column character (non-ASCII)
self.assertEqual(charwidth(u'\u00c0'), 1)
self.assertEqual(charwidth(u'\u00c0'.encode(get_encoding())), 1)
# example of 2-column character
self.assertEqual(charwidth(u'\u3042'), 2)
self.assertEqual(charwidth(u'\u3042'.encode(get_encoding())), 2)
def test_charwidth(self):
''' test charwidth() '''
# example of 1-column character (ASCII)
self.assertEqual(charwidth(u'A'), 1)
self.assertEqual(charwidth(u'A'.encode(get_encoding())), 1)
# example of 1-column character (non-ASCII)
self.assertEqual(charwidth(u'\u00c0'), 1)
self.assertEqual(charwidth(u'\u00c0'.encode(get_encoding())), 1)
# example of 2-column character
self.assertEqual(charwidth(u'\u3042'), 2)
self.assertEqual(charwidth(u'\u3042'.encode(get_encoding())), 2)
def on_exit_edit(edit_field, disk_win=None):
'''On exit, if the user has left the field blank, set the size to 0'''
text = edit_field.get_text()
if not text.strip():
text = "0"
enctext = text.encode(get_encoding())
# encode per locale for floating point conversion
edit_field.set_text("%.1f" % locale.atof(enctext))
part_order = disk_win.ui_obj.get_parts_in_use().index(edit_field.data_obj)
LOGGER.debug("Part being resized is at index: %s", part_order)
new_size_text = text.strip()
LOGGER.debug("Resizing text=%s", new_size_text)
# encode user input per locale for floating point conversion
enctext = new_size_text.encode(get_encoding())
new_size = Size(str(locale.atof(enctext)) + Size.gb_units)
old_size = edit_field.data_obj.size
new_size_byte = new_size.get(Size.byte_units)
old_size_byte = old_size.get(Size.byte_units)
precision = Size(UI_PRECISION).get(Size.byte_units)
if abs(new_size_byte - old_size_byte) > precision:
parent_doc_obj = edit_field.data_obj.doc_obj.parent
if isinstance(parent_doc_obj, Disk):
if isinstance(edit_field.data_obj.doc_obj, Partition):
resized_obj = parent_doc_obj.resize_partition(
edit_field.data_obj.doc_obj, new_size.get(Size.gb_units),
size_units=Size.gb_units)
else:
resized_obj = parent_doc_obj.resize_slice(
edit_field.data_obj.doc_obj, new_size.get(Size.gb_units),
size_units=Size.gb_units)
else:
resized_obj = parent_doc_obj.resize_slice(
edit_field.data_obj.doc_obj, new_size.get(Size.gb_units),
size_units=Size.gb_units)
if isinstance(resized_obj, Partition):
resized_obj.in_zpool = ROOT_POOL
else:
if resized_obj.in_zpool == ROOT_POOL:
resized_obj.tag = V_ROOT
if disk_win is not None:
disk_win.set_disk_info(ui_obj=disk_win.ui_obj)
disk_win.activate_index(part_order)
dump_doc("After resize")
def add_text(self, text, start_y=0, start_x=0, max_chars=None,
centered=False):
'''Add a single line of text to the window
'text' must fit within the specified space, or it will be truncated
'''
win_y, win_x = self.window.getmaxyx()
terminalui.LOGGER.log(LOG_LEVEL_INPUT, "start_y=%d, start_x=%d, "
"max_chars=%s, centered=%s, win_max_x=%s, "
"win_max_y=%s",
start_y, start_x, max_chars, centered,
win_x, win_y)
max_x = self.window.getmaxyx()[1] - self.border_size[1]
start_x += self.border_size[1]
abs_max_chars = max_x - start_x
if max_chars is None:
max_chars = abs_max_chars
else:
max_chars = min(max_chars, abs_max_chars)
text = fit_text_truncate(text, max_chars)
if centered:
start_x = (max_x - textwidth(text)) / 2 + start_x
if isinstance(text, unicode):
text = text.encode(get_encoding())
terminalui.LOGGER.log(LOG_LEVEL_INPUT,
"calling addstr with params start_y=%s,"
"start_x=%s, text=%s", start_y, start_x, text)
self.window.addstr(start_y, start_x, text)
self.no_ut_refresh()
def show_actions(self):
'''Read through the actions dictionary, displaying all the actions
descriptive text along the footer (along with a prefix linked to
its associated keystroke)
'''
self.footer.window.clear()
if InnerWindow.USE_ESC:
prefix = " Esc-"
else:
prefix = " F"
strings = []
length = 0
action_format = "%s%i_%s"
for key in sorted(self.actions.keys()):
key_num = key - curses.KEY_F0
action_text = self.actions[key].text
action_str = action_format % (prefix, key_num, action_text)
strings.append(action_str)
display_str = "".join(strings)
max_len = self.footer.window.getmaxyx()[1]
length = textwidth(display_str)
if not InnerWindow.USE_ESC:
length += (len(" Esc-") - len(" F")) * len(self.actions)
if length > max_len:
raise ValueError("Can't display footer actions - string too long")
self.footer.window.addstr(display_str.encode(get_encoding()))
self.footer.window.noutrefresh()
def exit_text_installer(logname=None, errcode=0):
'''Teardown any existing iSCSI objects, Close out the logger and exit with
errcode'''
# get the Iscsi object from the DOC, if present.
doc = InstallEngine.get_instance().doc
iscsi = doc.volatile.get_first_child(name=ISCSI_LABEL, class_type=Iscsi)
if iscsi:
# The user exited prematurely, so try to tear down the Iscsi object
try:
LOGGER.debug("User has exited installer. Tearing down "
"Iscsi object")
iscsi.teardown()
except CalledProcessError as err:
# only print something to the screen if the errcode is nonzero
if errcode != 0:
print _("Unable to tear down iSCSI initiator:\n%s" % err)
else:
LOGGER.debug("Tearing down Iscsi object failed: %s" % err)
LOGGER.info("**** END ****")
LOGGER.close()
if logname is not None:
print _("Exiting Text Installer. Log is available at:\n%s") % logname
if isinstance(errcode, unicode):
errcode = errcode.encode(get_encoding())
sys.exit(errcode)
def exit_text_installer(logname=None, errcode=0):
'''Close out the logger and exit with errcode'''
LOGGER.info("**** END ****")
LOGGER.close()
if logname is not None:
print _("Exiting Text Installer. Log is available at:\n%s") % logname
if isinstance(errcode, unicode):
errcode = errcode.encode(get_encoding())
sys.exit(errcode)
def exit_text_installer(logname=None, errcode=0):
'''Close out the logger and exit with errcode'''
LOGGER.info("**** END ****")
LOGGER.close()
if logname is not None:
print _("Exiting Text Installer. Log is available at:\n%s") % logname
if isinstance(errcode, unicode):
errcode = errcode.encode(get_encoding())
sys.exit(errcode)
def _exit(logname, errcode=0):
'''Close out the logger and exit with errcode'''
LOGGER.info("**** END ****")
# LOGGER.close() # LOGGER.close() is broken - CR 7012566
print _("Exiting System Configuration Tool. Log is available at:\n"
"%s") % logname
if isinstance(errcode, unicode):
# pylint: disable-msg=E1103
errcode = errcode.encode(get_encoding())
sys.exit(errcode)
def _exit(logname, errcode=0):
'''Close out the logger and exit with errcode'''
LOGGER.info("**** END ****")
# LOGGER.close() # LOGGER.close() is broken - CR 7012566
print _("Exiting System Configuration Tool. Log is available at:\n"
"%s") % logname
if isinstance(errcode, unicode):
# pylint: disable-msg=E1103
errcode = errcode.encode(get_encoding())
sys.exit(errcode)
def decimal_valid(edit_field, disk_win=None):
'''Check text to see if it is a decimal number of precision no
greater than the tenths place.
'''
text = edit_field.get_text().lstrip()
radixchar = locale.localeconv()['decimal_point']
if text.endswith(" "):
raise UIMessage(_('Only the digits 0-9 and %s are valid.') % radixchar)
vals = text.split(radixchar)
if len(vals) > 2:
raise UIMessage(_('A number can only have one %s') % radixchar)
try:
if len(vals[0]) > 0:
int(vals[0])
if len(vals) > 1 and len(vals[1]) > 0:
int(vals[1])
except ValueError:
raise UIMessage(_('Only the digits 0-9 and %s are valid.') % radixchar)
if len(vals) > 1 and len(vals[1]) > 1:
raise UIMessage(_("Size can be specified to only one decimal place."))
if disk_win is not None:
text = text.rstrip(radixchar)
if not text:
text = "0"
# encode user input per locale for floating point conversion
text = text.encode(get_encoding())
new_size = Size(str(locale.atof(text)) + Size.gb_units)
max_size = edit_field.data_obj.get_max_size()
# When comparing sizes, check only to the first decimal place,
# as that is all the user sees. (Rounding errors that could
# cause the partition/slice layout to be invalid get cleaned up
# prior to target instantiation)
new_size_rounded = round(new_size.get(Size.gb_units), 1)
max_size_rounded = round(max_size.get(Size.gb_units), 1)
if new_size_rounded > max_size_rounded:
locale_new_size = locale.format("%.1f", new_size_rounded)
locale_max_size = locale.format("%.1f", max_size_rounded)
msg = _("The new size ") + locale_new_size + \
_(" is greater than the available space ") + locale_max_size
raise UIMessage(msg)
return True
def parse_unconfig_args(parser, args):
# Now parse options specific to the subcommand
(options, sub_cmd) = parser.parse_args(args)
options.alt_root = os.getenv(ALT_ROOT_ENV_VAR)
# If operating on alternate root, verify given path.
if options.alt_root:
if not os.access(options.alt_root, os.W_OK):
print _("Root filesystem provided for the non-global zone"
" does not exist")
sys.exit(SU_FATAL_ERR)
#
# unconfiguration/reconfiguration is not permitted in ROZR non-global
# zone unless such zone is booted in writable mode.
# When operating in alternate root mode, skip that check, since in that
# case ROZR zone would be manipulated from global zone. That along with
# previous check guarantees writable access.
#
if not options.alt_root and _in_rozr_zone():
print _("Root filesystem mounted read-only, '%s' operation"
" not permitted." % sub_cmd[0])
print _("The likely cause is that sysconfig(1m) was invoked"
" in ROZR non-global zone.")
print _("In that case, see mwac(5) and zonecfg(1m) man pages"
" for additional information.")
sys.exit(SU_FATAL_ERR)
# At this time, it is believed that there is no point in allowing
# the prompt to be displayed in the alternate root case. Since there is no
# use case, let's not explode our test matrix.
if options.alt_root and options.shutdown:
parser.error("Invalid to specify -s option with an alternate root")
# If no grouping is specified, that implies a system level unconfiguration.
# Confirm with the user that this is what they want for security reasons.
if not options.grouping:
if sub_cmd[0] == CONFIGURE:
print _("This program will re-configure your system.")
else:
print _("This program will unconfigure your system.")
print _("The system will be reverted to a \"pristine\" state.")
print _("It will not have a name or know about other systems"
" or networks.")
msg = _("Do you want to continue (y/[n])? ")
confirm = raw_input(msg.encode(get_encoding()))
if confirm.lower() != "y":
sys.exit(SU_OK)
# They have confirmed, set grouping to system.
options.grouping = [SYSTEM]
# Formulate the comma separated string into a list
for grp in options.grouping:
if COMMA in grp:
options.grouping.extend(map(str.strip, grp.split(",")))
options.grouping.remove(grp)
break
# If the user specifies a list of groups and one of them is system set
# to just system since it is a superset of all other groupings.
if len(options.grouping) > 1 and SYSTEM in options.grouping:
options.grouping = [SYSTEM]
if options.alt_root:
svccfg_repository = os.path.join(options.alt_root, SMF_REPOSITORY)
os.environ["SVCCFG_REPOSITORY"] = svccfg_repository
# Check that the functional groups requested are valid
valid_group_check(options.grouping, sub_cmd, parser)
# If not operating on the alternate root, we can and must check to make
# sure that the grouping specified has services of that grouping on the
# image.
if not options.alt_root and SYSTEM not in options.grouping:
# Check that there exist unconfigurable services with the specified
# grouping on the machine.
cmd = [SVCPROP, "-p", "unconfigure/exec", "*"]
p_ret = Popen.check_call(cmd, stdout=Popen.STORE, stderr=Popen.DEVNULL,
check_result=Popen.ANY)
unconfigurable_svcs = p_ret.stdout.split("\n")
for opt_grp in options.grouping:
found = False
for svcs in unconfigurable_svcs:
if svcs:
svc = svcs.split("/:properties")[0]
cmd = [SVCPROP, "-p", "sysconfig/group", svc]
p_ret = Popen.check_call(cmd, stdout=Popen.STORE,
stderr=Popen.DEVNULL, check_result=Popen.ANY)
grping = p_ret.stdout.strip()
if grping == opt_grp:
found = True
if not found:
print _("There are no services on the system with grouping "
"of %s" % opt_grp)
sys.exit(1)
#
# The user specified a profile file or a directory with profiles to use
# on the configure. Verify that supplied profiles contain .xml suffix
# (otherwise smf(5) will not apply them) and syntactically
# validate them. Then copy them to the temporary location,
# /etc/svc/profile/sc/ directory. The unconfig milestone will move
# them to the site area when it runs. We can't put profiles
# to site directory right now because they may end up applied before
# unconfiguration runs and then removed during unconfiguration.
#
if sub_cmd[0] == CONFIGURE and options.profile:
# Verify that supplied path (file or directory) exists.
if not os.path.exists(options.profile):
parser.error("%s does not exist." % options.profile)
# Remove all of /etc/svc/profile/sc
custom_profile_dir = CUSTOM_PROFILE_DIR
if options.alt_root:
custom_profile_dir = os.path.join(options.alt_root,
custom_profile_dir)
else:
custom_profile_dir = os.path.join("/", custom_profile_dir)
if os.path.exists(custom_profile_dir):
for root, dirs, files in os.walk(custom_profile_dir):
for profile_file in files:
os.unlink(os.path.join(root, profile_file))
else:
os.mkdir(custom_profile_dir)
if os.path.isdir(options.profile):
#
# Profile directory is specified.
# Directory has to contain at least one profile. Start with
# assumption that given directory does not contain any
# profile.
#
profile_dir_is_empty = True
# Validate profiles - all supplied profiles have to validate.
for root, dirs, files in os.walk(options.profile):
for pfile in files:
profile_file = os.path.join(root, pfile)
# Abort if profile is invalid.
if not profile_is_valid(profile_file):
sys.exit(SU_FATAL_ERR)
# Place profile in the temporary site profile area.
orig_umask = os.umask(0377)
shutil.copyfile(profile_file,
os.path.join(custom_profile_dir, pfile))
os.umask(orig_umask)
profile_dir_is_empty = False
# If no profile was found in given directory, abort.
if profile_dir_is_empty:
print _("Directory %s does not contain any profile."
% options.profile)
sys.exit(SU_FATAL_ERR)
else:
# Profile is a file - validate it.
if not profile_is_valid(options.profile):
sys.exit(SU_FATAL_ERR)
# Place profile in the temporary site profile area.
orig_umask = os.umask(0377)
shutil.copyfile(options.profile, os.path.join(custom_profile_dir,
os.path.basename(options.profile)))
os.umask(orig_umask)
#
# if there is a request to re-configure system in interactive way
# (using SCI tool), check if we are on console, since this is where SCI
# tool will be lauched. If we are not on console, let user confirm this
# is really what one wants to do.
#
if sub_cmd[0] == CONFIGURE and not options.profile \
and not options.alt_root:
# For now, sysconfig should halt when the user runs sysconfig configure
# after running sysconfig unconfigure. When the functionality that
# enables the unconfiguration of individual groupings is implemented,
# this may need to be revisited. Currently, system is the only group
# that can be configured/unconfigured.
cmd = [SVCPROP, "-c", "-p", "sysconfig/unconfigure",
"milestone/unconfig"]
p_ret = Popen.check_call(cmd, stdout=Popen.STORE, stderr=Popen.DEVNULL,
check_result=Popen.ANY)
unconfigure_has_occurred = p_ret.stdout.strip()
cmd = [SVCPROP, "-c", "-p", "sysconfig/configure", "milestone/config"]
p_ret = Popen.check_call(cmd, stdout=Popen.STORE, stderr=Popen.DEVNULL,
check_result=Popen.ANY)
config_has_occurred = p_ret.stdout.strip()
if unconfigure_has_occurred == 'true' \
and config_has_occurred == 'false':
print _("Error: system has been unconfigured. Reboot to invoke "
"the SCI Tool and configure the system.")
sys.exit(SU_FATAL_ERR)
print _("Interactive configuration requested.")
print _("System Configuration Interactive (SCI) tool will be" +
" launched on console.")
cmd = [TTY]
try:
p = Popen.check_call(cmd, stdout=Popen.STORE, stderr=Popen.PIPE,
check_result=(Popen.STDERR_EMPTY, 0))
except CalledProcessError as err:
print err.popen.stderr
# if tty fails, we may not be able to interact with user.
# In this case, skip the confirmation prompt.
else:
terminal_device = p.stdout.strip()
if terminal_device != CONSOLE:
print _("Since you are currently not logged on console,\n"
"you may not be able to navigate SCI tool.")
msg = _("Would you like to proceed with re-configuration "
"(y/[n])? ")
confirm = raw_input(msg.encode(get_encoding()))
if confirm.lower() != "y":
sys.exit(SU_OK)
return (options, sub_cmd)
def parse_unconfig_args(parser, args):
# Now parse options specific to the subcommand
(options, sub_cmd) = parser.parse_args(args)
options.alt_root = os.getenv(ALT_ROOT_ENV_VAR)
# If operating on alternate root, verify given path.
if options.alt_root:
if not os.access(options.alt_root, os.W_OK):
print _("Root filesystem provided for the non-global zone"
" does not exist")
sys.exit(SU_FATAL_ERR)
#
# unconfiguration/reconfiguration is not permitted in ROZR non-global
# zone unless such zone is booted in writable mode.
# When operating in alternate root mode, skip that check, since in that
# case ROZR zone would be manipulated from global zone. That along with
# previous check guarantees writable access.
#
if not options.alt_root and _in_rozr_zone():
print _("Root filesystem mounted read-only, '%s' operation"
" not permitted." % sub_cmd[0])
print _("The likely cause is that sysconfig(1m) was invoked"
" in ROZR non-global zone.")
print _("In that case, see mwac(5) and zonecfg(1m) man pages"
" for additional information.")
sys.exit(SU_FATAL_ERR)
# At this time, it is believed that there is no point in allowing
# the prompt to be displayed in the alternate root case. Since there is no
# use case, let's not explode our test matrix.
if options.alt_root and options.shutdown:
parser.error("Invalid to specify -s option with an alternate root")
# If no grouping is specified, that implies a system level unconfiguration.
# Confirm with the user that this is what they want for security reasons.
if not options.grouping:
if sub_cmd[0] == CONFIGURE:
print _("This program will re-configure your system.")
else:
print _("This program will unconfigure your system.")
print _("The system will be reverted to a \"pristine\" state.")
print _("It will not have a name or know about other systems"
" or networks.")
msg = _("Do you want to continue (y/[n])? ")
confirm = raw_input(msg.encode(get_encoding()))
if confirm.lower() != "y":
sys.exit(SU_OK)
# They have confirmed, set grouping to system.
options.grouping = [SYSTEM]
# Formulate the comma separated string into a list
for grp in options.grouping:
if COMMA in grp:
options.grouping.extend(map(str.strip, grp.split(",")))
options.grouping.remove(grp)
break
# If the user specifies a list of groups and one of them is system set
# to just system since it is a superset of all other groupings.
if len(options.grouping) > 1 and SYSTEM in options.grouping:
options.grouping = [SYSTEM]
if options.alt_root:
svccfg_repository = os.path.join(options.alt_root, SMF_REPOSITORY)
os.environ["SVCCFG_REPOSITORY"] = svccfg_repository
# Check that the functional groups requested are valid
valid_group_check(options.grouping, sub_cmd, parser)
# If not operating on the alternate root, we can and must check to make
# sure that the grouping specified has services of that grouping on the
# image.
if not options.alt_root and SYSTEM not in options.grouping:
# Check that there exist unconfigurable services with the specified
# grouping on the machine.
cmd = [SVCPROP, "-p", "unconfigure/exec", "*"]
p_ret = Popen.check_call(cmd, stdout=Popen.STORE, stderr=Popen.DEVNULL,
check_result=Popen.ANY)
unconfigurable_svcs = p_ret.stdout.split("\n")
for opt_grp in options.grouping:
found = False
for svcs in unconfigurable_svcs:
if svcs:
svc = svcs.split("/:properties")[0]
cmd = [SVCPROP, "-p", "sysconfig/group", svc]
p_ret = Popen.check_call(cmd, stdout=Popen.STORE,
stderr=Popen.DEVNULL, check_result=Popen.ANY)
grping = p_ret.stdout.strip()
if grping == opt_grp:
found = True
if not found:
print _("There are no services on the system with grouping "
"of %s" % opt_grp)
sys.exit(1)
#
# The user specified a profile file or a directory with profiles to use
# on the configure. Verify that supplied profiles contain .xml suffix
# (otherwise smf(5) will not apply them) and syntactically
# validate them. Then copy them to the temporary location,
# /etc/svc/profile/sc/ directory. The unconfig milestone will move
# them to the site area when it runs. We can't put profiles
# to site directory right now because they may end up applied before
# unconfiguration runs and then removed during unconfiguration.
#
if sub_cmd[0] == CONFIGURE and options.profile:
# Verify that supplied path (file or directory) exists.
if not os.path.exists(options.profile):
parser.error("%s does not exist." % options.profile)
# Remove all of /etc/svc/profile/sc
custom_profile_dir = CUSTOM_PROFILE_DIR
if options.alt_root:
custom_profile_dir = os.path.join(options.alt_root,
custom_profile_dir)
else:
custom_profile_dir = os.path.join("/", custom_profile_dir)
if os.path.exists(custom_profile_dir):
for root, dirs, files in os.walk(custom_profile_dir):
for profile_file in files:
os.unlink(os.path.join(root, profile_file))
else:
os.mkdir(custom_profile_dir)
if os.path.isdir(options.profile):
#
# Profile directory is specified.
# Directory has to contain at least one profile. Start with
# assumption that given directory does not contain any
# profile.
#
profile_dir_is_empty = True
# Validate profiles - all supplied profiles have to validate.
for root, dirs, files in os.walk(options.profile):
for pfile in files:
profile_file = os.path.join(root, pfile)
# Abort if profile is invalid.
if not profile_is_valid(profile_file):
sys.exit(SU_FATAL_ERR)
# Place profile in the temporary site profile area.
orig_umask = os.umask(0377)
shutil.copyfile(profile_file,
os.path.join(custom_profile_dir, pfile))
os.umask(orig_umask)
profile_dir_is_empty = False
# If no profile was found in given directory, abort.
if profile_dir_is_empty:
print _("Directory %s does not contain any profile."
% options.profile)
sys.exit(SU_FATAL_ERR)
else:
# Profile is a file - validate it.
if not profile_is_valid(options.profile):
sys.exit(SU_FATAL_ERR)
# Place profile in the temporary site profile area.
orig_umask = os.umask(0377)
shutil.copyfile(options.profile, os.path.join(custom_profile_dir,
os.path.basename(options.profile)))
os.umask(orig_umask)
#
# if there is a request to re-configure system in interactive way
# (using SCI tool), check if we are on console, since this is where SCI
# tool will be lauched. If we are not on console, let user confirm this
# is really what one wants to do.
#
if sub_cmd[0] == CONFIGURE and not options.profile \
and not options.alt_root:
# For now, sysconfig should halt when the user runs sysconfig configure
# after running sysconfig unconfigure. When the functionality that
# enables the unconfiguration of individual groupings is implemented,
# this may need to be revisited. Currently, system is the only group
# that can be configured/unconfigured.
cmd = [SVCPROP, "-c", "-p", "sysconfig/unconfigure",
"milestone/unconfig"]
p_ret = Popen.check_call(cmd, stdout=Popen.STORE, stderr=Popen.DEVNULL,
check_result=Popen.ANY)
unconfigure_has_occurred = p_ret.stdout.strip()
cmd = [SVCPROP, "-c", "-p", "sysconfig/configure", "milestone/config"]
p_ret = Popen.check_call(cmd, stdout=Popen.STORE, stderr=Popen.DEVNULL,
check_result=Popen.ANY)
config_has_occurred = p_ret.stdout.strip()
if unconfigure_has_occurred == 'true' \
and config_has_occurred == 'false':
print _("Error: system has been unconfigured. Reboot to invoke "
"the SCI Tool and configure the system.")
sys.exit(SU_FATAL_ERR)
print _("Interactive configuration requested.")
print _("System Configuration Interactive (SCI) tool will be" +
" launched on console.")
cmd = [TTY]
try:
p = Popen.check_call(cmd, stdout=Popen.STORE, stderr=Popen.PIPE,
check_result=(Popen.STDERR_EMPTY, 0))
except CalledProcessError as err:
print err.popen.stderr
# if tty fails, we may not be able to interact with user.
# In this case, skip the confirmation prompt.
else:
terminal_device = p.stdout.strip()
if terminal_device != CONSOLE:
print _("Since you are currently not logged on console,\n"
"you may not be able to navigate SCI tool.")
msg = _("Would you like to proceed with re-configuration "
"(y/[n])? ")
confirm = raw_input(msg.encode(get_encoding()))
if confirm.lower() != "y":
sys.exit(SU_OK)
return (options, sub_cmd)
def resize_validate(edit_field, disk_win=None):
'''Check text to see if it is a decimal number of precision no greater
than the tenths place. Resize the partition if everything checks
out.
'''
LOGGER.debug("in resize_validate()")
text = edit_field.get_text().lstrip()
radixchar = locale.localeconv()['decimal_point']
if text.endswith(" "):
raise UIMessage(
_('Only the digits 0-9 and "%s" are valid.') % radixchar)
vals = text.split(radixchar)
if len(vals) > 2:
raise UIMessage(_('A number can only have one "%s"') % radixchar)
try:
if len(vals[0]) > 0:
int(vals[0])
if len(vals) > 1 and len(vals[1]) > 0:
int(vals[1])
except ValueError:
raise UIMessage(
_('Only the digits 0-9 and "%s" are valid.') % radixchar)
if len(vals) > 1 and len(vals[1]) > 1:
raise UIMessage(_("Size can be specified to only one decimal place."))
if disk_win is None:
return True
text = text.rstrip(radixchar)
# If the user deleted all digits, leave partition size alone until user
# inputs new digits
if not text:
LOGGER.debug("No size value digits, skipping resize")
return True
part_order = disk_win.ui_obj.get_parts_in_use().index(edit_field.data_obj)
LOGGER.debug("Part being resized is at index: %s", part_order)
# encode user input per locale for floating point conversion
text = text.encode(get_encoding())
new_size = Size(str(locale.atof(text)) + Size.gb_units)
max_size = edit_field.data_obj.get_max_size()
# When comparing user input and display sizes, check only to the first
# decimal place as that is all the user sees.
new_size_rounded = round(new_size.get(Size.gb_units), 1)
max_size_rounded = round(max_size.get(Size.gb_units), 1)
if new_size_rounded > max_size_rounded:
locale_new_size = locale.format("%.1f", new_size_rounded)
locale_max_size = locale.format("%.1f", max_size_rounded)
msg = _("The new size %(size)s is greater than "
"the available space %(avail)s") % \
{"size": locale_new_size,
"avail": locale_max_size}
raise UIMessage(msg)
new_size_text = text.strip()
LOGGER.debug("New size text=%s", new_size_text)
old_size = edit_field.data_obj.size
new_size_byte = new_size.get(Size.byte_units)
# Filter out edits that would result in resizing a partition to zero
if new_size_byte == 0:
return True
old_size_byte = old_size.get(Size.byte_units)
precision_bytes = Size(UI_PRECISION).get(Size.byte_units)
# Ignore potential rounding artifacts.
if abs(new_size_byte - old_size_byte) <= precision_bytes:
return True
max_size_byte = max_size.get(Size.byte_units)
if new_size_byte > max_size_byte:
# Allow for loss of precision from rounding errors, but no greater
if (new_size_byte - max_size_byte) > precision_bytes:
raise RuntimeError("Requested partition resize to %d bytes "
"exceeds maximum size available: %d" %
(new_size_byte, max_size_byte))
# Clamp the new size at max size otherwise the resize will throw
# an InsufficientSpaceError.
LOGGER.debug(
"Requested partition resize exceeds maximum size: "
"Clamping %d bytes to %d bytes", new_size_byte, max_size_byte)
new_size = max_size
parent_doc_obj = edit_field.data_obj.doc_obj.parent
if isinstance(parent_doc_obj, Disk):
if isinstance(edit_field.data_obj.doc_obj, GPTPartition):
resized_obj = parent_doc_obj.resize_gptpartition(
edit_field.data_obj.doc_obj,
new_size.get(Size.gb_units),
size_units=Size.gb_units)
elif isinstance(edit_field.data_obj.doc_obj, Partition):
resized_obj = parent_doc_obj.resize_partition(
edit_field.data_obj.doc_obj,
new_size.get(Size.gb_units),
size_units=Size.gb_units)
else:
resized_obj = parent_doc_obj.resize_slice(
edit_field.data_obj.doc_obj,
new_size.get(Size.gb_units),
size_units=Size.gb_units)
else:
resized_obj = parent_doc_obj.resize_slice(edit_field.data_obj.doc_obj,
new_size.get(Size.gb_units),
size_units=Size.gb_units)
if isinstance(resized_obj, Partition):
# Don't do this for GPTPartition because there is no guarantee this
# will be the installation target partition if there is more than
# 1 Solaris partition
resized_obj.in_zpool = ROOT_POOL
elif isinstance(resized_obj, Slice):
if resized_obj.in_zpool == ROOT_POOL:
resized_obj.tag = V_ROOT
disk_win.set_disk_info(ui_obj=disk_win.ui_obj)
disk_win.activate_index(part_order)
dump_doc("After resize")
return True