def test_mdraid_validation(self):
parent_device = Mock(type="disk",
format=Mock(label_type="gpt",
extended_partition=None))
free_device = Mock(is_logical=False, size=Size("8 GiB"))
advanced_options = AdvancedOptions(add_dialog=self.add_dialog,
device_type="mdraid",
parent_device=parent_device,
free_device=free_device)
entry = advanced_options.chunk_combo.get_child()
# invalid size specification
entry.set_text("aaaaaaa")
advanced_options.validate_user_input()
self.error_dialog.assert_any_call(
self.add_dialog,
_("'{0}' is not a valid chunk size specification.").format(
"aaaaaaa"), not self.add_dialog.installer_mode)
self.error_dialog.reset_mock()
# invalid size
entry.set_text("1 KiB")
advanced_options.validate_user_input()
self.error_dialog.assert_any_call(
self.add_dialog, _("Chunk size must be multiple of 4 KiB."),
not self.add_dialog.installer_mode)
self.error_dialog.reset_mock()
# valid size
entry.set_text("64 KiB")
advanced_options.validate_user_input()
self.assertFalse(self.error_dialog.called)
self.error_dialog.reset_mock()
def test_encrypt_validity_check(self):
parent_device = self._get_parent_device()
free_device = self._get_free_device(parent=parent_device)
add_dialog = AddDialog(self.parent_window, parent_device, free_device, [("free", free_device)], [])
# passphrases specified and matches
add_dialog.encrypt_check.set_active(True)
add_dialog.pass_entry.set_text("aaaaa")
add_dialog.pass2_entry.set_text("aaaaa")
add_dialog.validate_user_input()
self.assertFalse(self.error_dialog.called) # passphrases specified and matches --> no error
self.error_dialog.reset_mock()
# passphrases specified but don't matche
add_dialog.encrypt_check.set_active(True)
add_dialog.pass_entry.set_text("aaaaa")
add_dialog.pass2_entry.set_text("bbbb")
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(add_dialog, _("Provided passphrases do not match."), True)
self.error_dialog.reset_mock()
# no passphrase specified
add_dialog.encrypt_check.set_active(True)
add_dialog.pass_entry.set_text("")
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(add_dialog, _("Passphrase not specified."), True)
self.error_dialog.reset_mock()
def test_mountpoint_validity_check(self):
parent_device = self._get_parent_device()
free_device = self._get_free_device(parent=parent_device)
add_dialog = AddDialog(self.parent_window, parent_device, free_device, [("free", free_device)], ["/root"], True)
# reset mock
self.error_dialog.reset_mock()
# valid mountpoint
add_dialog.mountpoint_entry.set_text("/home")
add_dialog.validate_user_input()
self.assertFalse(self.error_dialog.called) # passphrase specified --> no error
self.error_dialog.reset_mock()
# invalid mountpoint
mnt = "home"
add_dialog.mountpoint_entry.set_text(mnt)
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(add_dialog, _('"{0}" is not a valid mountpoint.').format(mnt), False)
self.error_dialog.reset_mock()
# duplicate mountpoint
mnt = "/root"
add_dialog.mountpoint_entry.set_text(mnt)
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(
add_dialog, _('Selected mountpoint "{0}" is already set for another device.').format(mnt), False
)
self.error_dialog.reset_mock()
def test_mountpoint_validity_check(self):
parent_device = self._get_parent_device()
free_device = self._get_free_device(parent=parent_device)
add_dialog = AddDialog(self.parent_window, "disk", parent_device, free_device, [],
[free_device], self.supported_raids, self.supported_fs, ["/root"], True)
# valid mountpoint
add_dialog.mountpoint_entry.set_text("/home")
add_dialog.validate_user_input()
self.assertFalse(self.error_dialog.called) # passphrase specified --> no error
self.error_dialog.reset_mock()
# invalid mountpoint
mnt = "home"
add_dialog.mountpoint_entry.set_text(mnt)
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(add_dialog, _("\"{0}\" is not a valid mountpoint.").format(mnt))
self.error_dialog.reset_mock()
# duplicate mountpoint
mnt = "/root"
add_dialog.mountpoint_entry.set_text(mnt)
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(add_dialog, _("Selected mountpoint \"{0}\" is already set for another device.").format(mnt))
self.error_dialog.reset_mock()
def test_mdraid_validation(self):
parent_device = Mock(type="disk", format=Mock(label_type="gpt", extended_partition=None))
free_device = Mock(is_logical=False, size=Size("8 GiB"))
advanced_options = AdvancedOptions(
add_dialog=self.add_dialog, device_type="mdraid", parent_device=parent_device, free_device=free_device
)
entry = advanced_options.chunk_combo.get_child()
# invalid size specification
entry.set_text("aaaaaaa")
advanced_options.validate_user_input()
self.error_dialog.assert_any_call(
self.add_dialog, _("'aaaaaaa' is not a valid chunk size specification."), not self.add_dialog.installer_mode
)
self.error_dialog.reset_mock()
# invalid size
entry.set_text("1 KiB")
advanced_options.validate_user_input()
self.error_dialog.assert_any_call(
self.add_dialog, _("Chunk size must be multiple of 4 KiB."), not self.add_dialog.installer_mode
)
self.error_dialog.reset_mock()
# valid size
entry.set_text("64 KiB")
advanced_options.validate_user_input()
self.assertFalse(self.error_dialog.called)
self.error_dialog.reset_mock()
def test_encrypt_validity_check(self):
parent_device = self._get_parent_device()
free_device = self._get_free_device(parent=parent_device)
add_dialog = AddDialog(self.parent_window, parent_device, free_device,
[("free", free_device)],
self.supported_filesystems, [])
# passphrases specified and matches
add_dialog.encrypt_check.set_active(True)
add_dialog.pass_entry.set_text("aaaaa")
add_dialog.pass2_entry.set_text("aaaaa")
add_dialog.validate_user_input()
self.assertFalse(self.error_dialog.called
) # passphrases specified and matches --> no error
self.error_dialog.reset_mock()
# passphrases specified but don't matche
add_dialog.encrypt_check.set_active(True)
add_dialog.pass_entry.set_text("aaaaa")
add_dialog.pass2_entry.set_text("bbbb")
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(
add_dialog, _("Provided passphrases do not match."), True)
self.error_dialog.reset_mock()
# no passphrase specified
add_dialog.encrypt_check.set_active(True)
add_dialog.pass_entry.set_text("")
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(add_dialog,
_("Passphrase not specified."), True)
self.error_dialog.reset_mock()
def test_label_validity_check(self):
parent_device = self._get_parent_device()
free_device = self._get_free_device(parent=parent_device)
add_dialog = AddDialog(self.parent_window, parent_device, free_device,
[("free", free_device)],
self.supported_filesystems, [])
add_dialog.devices_combo.set_active_id(
"partition") # select device type that has a label option
add_dialog.filesystems_combo.set_active_id("ext4")
# valid label for ext4
label = "a" * 5
add_dialog.label_entry.set_text(label)
add_dialog.validate_user_input()
self.assertFalse(
self.error_dialog.called) # passphrase specified --> no error
self.error_dialog.reset_mock()
# invalid label for ext4
label = "a" * 50
add_dialog.label_entry.set_text(label)
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(
add_dialog,
_("\"{0}\" is not a valid label.").format(label), True)
self.error_dialog.reset_mock()
def test_name_validity_check(self):
parent_device = self._get_parent_device()
free_device = self._get_free_device(parent=parent_device)
add_dialog = AddDialog(self.parent_window, parent_device, free_device,
[("free", free_device)],
self.supported_filesystems, [])
add_dialog.devices_combo.set_active_id(
"lvm") # select device type that has a name option
# valid name
name = "aaaaa"
add_dialog.name_entry.set_text(name)
add_dialog.validate_user_input()
self.assertFalse(
self.error_dialog.called) # passphrase specified --> no error
self.error_dialog.reset_mock()
# invalid name
name = "?*#%@"
add_dialog.name_entry.set_text(name)
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(
add_dialog,
_("\"{0}\" is not a valid name.").format(name), True)
self.error_dialog.reset_mock()
def test_mountpoint_validity_check(self):
dialog = PartitionEditDialog(self.parent_window, self.edited_device, self.resize_info, self.supported_fs, ["/root", "/var"], True)
# valid mountpoint
dialog.mountpoint_entry.set_text("/home")
dialog.validate_user_input()
self.assertFalse(self.error_dialog.called)
self.error_dialog.reset_mock()
# invalid mountpoint
mnt = "home"
dialog.mountpoint_entry.set_text(mnt)
dialog.validate_user_input()
self.error_dialog.assert_any_call(dialog, _("\"{0}\" is not a valid mountpoint.").format(mnt))
self.error_dialog.reset_mock()
# duplicate mountpoint
mnt = "/root"
dialog.mountpoint_entry.set_text(mnt)
dialog.validate_user_input()
self.error_dialog.assert_any_call(dialog, "Selected mountpoint \"%s\" is already set for another device." % mnt)
self.error_dialog.reset_mock()
# same mountpoint
self.edited_device.format.configure_mock(mountpoint="/var")
dialog.mountpoint_entry.set_text("/var")
dialog.validate_user_input()
self.assertFalse(self.error_dialog.called) # no change --> no error
self.error_dialog.reset_mock()
self.edited_device.format.configure_mock(mountpoint="")
def test_installer(self):
dev = MagicMock(size=Size("1 GiB"), format=MagicMock(mountpoint=None))
dialog = FormatDialog(self.parent_window, dev, self.supported_filesystems, [], True)
# ninstaller_mode, mountpoint widgets should be visible
self.assertTrue(dialog.mnt_entry.get_visible())
# test mountpoint entry sensitivity (insensitive for not mountable) and selection
fstype = next((fs.type for fs in supported_filesystems() if fs.mountable), None)
if fstype:
dialog.fs_combo.set_active_id(fstype)
dialog.mnt_entry.set_text("/boot")
selected_fs, _selected_label, selected_mnt = dialog.get_selection()
self.assertTrue(dialog.mnt_entry.get_sensitive())
self.assertEqual(selected_fs, fstype)
self.assertEqual(selected_mnt, "/boot")
# test 'unformatted' selection (can't set mountpoint for "none" format)
dialog.fs_combo.set_active_id("unformatted")
selected_fs, _selected_label, selected_mnt = dialog.get_selection()
self.assertFalse(dialog.mnt_entry.get_sensitive())
# test mountpoint validation
fstype = next((fs.type for fs in supported_filesystems() if fs.mountable), None)
if fstype:
dialog.fs_combo.set_active_id(fstype)
dialog.mnt_entry.set_text("aaaaa")
dialog.validate_user_input()
self.error_dialog.assert_any_call(dialog.dialog,
_("\"{0}\" is not a valid mountpoint.").format("aaaaa"),
False)
def test_pop(self):
action1 = MagicMock()
self.actions_list.append(action_type="add",
action_desc="add",
blivet_actions=[action1])
action2 = MagicMock()
self.actions_list.append(action_type="add",
action_desc="add",
blivet_actions=[action2])
# pop action2 from the list
pop = self.actions_list.pop()
self.assertEqual(pop, [action2])
self.assertEqual(self.actions_list.actions, 1)
self.assertEqual(len(self.actions_list.history), 1)
self.assertTrue(
[action1]
in self.actions_list.history) # action1 should stay there
self.assertFalse([action2]
in self.actions_list.history) # action2 shouldn't
self.assertTrue(self.buttons_state)
self.assertIn(
P_("%s pending action", "%s pending actions", 1) % 1,
self.actions_label)
# pop action1 from the list
pop = self.actions_list.pop()
self.assertEqual(pop, [action1])
self.assertEqual(self.actions_list.actions, 0)
self.assertEqual(len(self.actions_list.history), 0)
self.assertFalse(self.buttons_state)
self.assertIn(_("No pending actions"), self.actions_label)
def test_installer(self):
dev = MagicMock(size=Size("1 GiB"), format=MagicMock(mountpoint=None))
dialog = FormatDialog(self.parent_window, dev, self.supported_filesystems, [], True)
# ninstaller_mode, mountpoint widgets should be visible
self.assertTrue(dialog.mnt_entry.get_visible())
# test mountpoint entry sensitivity (insensitive for not mountable) and selection
fstype = next((fs.type for fs in supported_filesystems() if fs.mountable), None)
if fstype:
dialog.fs_combo.set_active_id(fstype)
dialog.mnt_entry.set_text("/boot")
selected_fs, _selected_label, selected_mnt = dialog.get_selection()
self.assertTrue(dialog.mnt_entry.get_sensitive())
self.assertEqual(selected_fs, fstype)
self.assertEqual(selected_mnt, "/boot")
# test 'unformatted' selection (can't set mountpoint for "none" format)
dialog.fs_combo.set_active_id("unformatted")
selected_fs, _selected_label, selected_mnt = dialog.get_selection()
self.assertFalse(dialog.mnt_entry.get_sensitive())
# test mountpoint validation
fstype = next((fs.type for fs in supported_filesystems() if fs.mountable), None)
if fstype:
dialog.fs_combo.set_active_id(fstype)
dialog.mnt_entry.set_text("aaaaa")
dialog.validate_user_input()
self.error_dialog.assert_any_call(dialog.dialog,
_("\"{0}\" is not a valid mountpoint.").format("aaaaa"),
False)
def test_clear(self):
action1 = MagicMock()
self.actions_list.append(action_type="add",
action_desc="add",
blivet_actions=[action1])
self.actions_list.clear()
self.assertEqual(self.actions_list.actions, 0)
self.assertEqual(len(self.actions_list.history), 0)
self.assertFalse(self.buttons_state)
self.assertIn(_("No pending actions"), self.actions_label)
def test_mountpoint_validity_check(self):
parent_device = self._get_parent_device()
free_device = self._get_free_device(parent=parent_device)
add_dialog = AddDialog(self.parent_window, parent_device, free_device,
[("free", free_device)],
self.supported_filesystems, ["/root"], True)
# reset mock
self.error_dialog.reset_mock()
# valid mountpoint
add_dialog.mountpoint_entry.set_text("/home")
add_dialog.validate_user_input()
self.assertFalse(
self.error_dialog.called) # passphrase specified --> no error
self.error_dialog.reset_mock()
# invalid mountpoint
mnt = "home"
add_dialog.mountpoint_entry.set_text(mnt)
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(
add_dialog,
_("\"{0}\" is not a valid mountpoint.").format(mnt), False)
self.error_dialog.reset_mock()
# duplicate mountpoint
mnt = "/root"
add_dialog.mountpoint_entry.set_text(mnt)
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(
add_dialog,
_("Selected mountpoint \"{0}\" is already set for another device."
).format(mnt), False)
self.error_dialog.reset_mock()
def test_free_type2(self):
# disk region --> free type chooser should be added and insensitive
parent_device = self._get_parent_device()
free_device = self._get_free_device(parent=parent_device, size=Size("8 GiB"), is_free_region=True)
add_dialog = AddDialog(self.parent_window, "disk", parent_device, free_device, [], [free_device],
self.supported_raids, self.supported_fs, [])
add_dialog.devices_combo.set_active_id("btrfs volume")
self.assertIsNotNone(add_dialog.free_type_chooser)
self.assertFalse(all(widget.get_sensitive() for widget in add_dialog.free_type_chooser))
# partitions should be selected by default and size chooser should be sensitive
self.assertEqual(add_dialog.free_type_chooser[2].get_label(), _("Partitions")) # just to make sure we are testing right button
self.assertTrue(add_dialog.free_type_chooser[2].get_active())
self.assertTrue(add_dialog.size_areas[0][0].get_sensitive())
def test_name_validity_check(self):
parent_device = self._get_parent_device()
free_device = self._get_free_device(parent=parent_device)
add_dialog = AddDialog(self.parent_window, parent_device, free_device, [("free", free_device)], [])
add_dialog.devices_combo.set_active_id("lvm") # select device type that has a name option
# valid name
name = "aaaaa"
add_dialog.name_entry.set_text(name)
add_dialog.validate_user_input()
self.assertFalse(self.error_dialog.called) # passphrase specified --> no error
self.error_dialog.reset_mock()
# invalid name
name = "?*#%@"
add_dialog.name_entry.set_text(name)
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(add_dialog, _('"{0}" is not a valid name.').format(name), True)
self.error_dialog.reset_mock()
def test_label_validity_check(self):
parent_device = self._get_parent_device()
free_device = self._get_free_device(parent=parent_device)
add_dialog = AddDialog(self.parent_window, parent_device, free_device, [("free", free_device)], [])
add_dialog.devices_combo.set_active_id("partition") # select device type that has a label option
add_dialog.filesystems_combo.set_active_id("ext4")
# valid label for ext4
label = "a" * 5
add_dialog.label_entry.set_text(label)
add_dialog.validate_user_input()
self.assertFalse(self.error_dialog.called) # passphrase specified --> no error
self.error_dialog.reset_mock()
# invalid label for ext4
label = "a" * 50
add_dialog.label_entry.set_text(label)
add_dialog.validate_user_input()
self.error_dialog.assert_any_call(add_dialog, _('"{0}" is not a valid label.').format(label), True)
self.error_dialog.reset_mock()
def test_label_validity_check(self):
dialog = PartitionEditDialog(self.parent_window, self.edited_device, self.resize_info, self.supported_fs, [], True)
# valid label
label = "a" * 5
dialog.format_check.set_active(True)
dialog.filesystems_combo.set_active_id("ext4")
dialog.fslabel_entry.set_text(label)
dialog.validate_user_input()
self.assertFalse(self.error_dialog.called) # valid label, no error_dialog
self.error_dialog.reset_mock()
# invalid label for ext4 (too long)
label = "a" * 50
dialog.format_check.set_active(True)
dialog.filesystems_combo.set_active_id("ext4")
dialog.fslabel_entry.set_text(label)
dialog.validate_user_input()
self.error_dialog.assert_any_call(dialog, _("\"{label}\" is not a valid label.").format(label=label))
self.error_dialog.reset_mock()
def test_resizable(self):
with patch("blivetgui.blivet_utils.BlivetUtils.blivet_reset",
lambda _: True):
storage = BlivetUtils()
device = MagicMock(type="",
size=Size("1 GiB"),
protected=False,
format_immutable=False,
children=[])
device.format = MagicMock(exists=True, system_mountpoint=None)
device.format.return_value = None
# swap is not resizable
device.format.configure_mock(type="swap")
res = storage.device_resizable(device)
self.assertFalse(res.resizable)
self.assertEqual(
res.error, _("Resizing of swap format is currently not supported"))
self.assertEqual(res.min_size, Size("1 MiB"))
self.assertEqual(res.max_size, Size("1 GiB"))
# mounted devices are not resizable
device.format.configure_mock(type="ext4", system_mountpoint="/")
res = storage.device_resizable(device)
self.assertFalse(res.resizable)
self.assertEqual(res.error, _("Mounted devices cannot be resized"))
self.assertEqual(res.min_size, Size("1 MiB"))
self.assertEqual(res.max_size, Size("1 GiB"))
# resizable device
device.configure_mock(resizable=True,
max_size=Size("2 GiB"),
min_size=Size("500 MiB"))
device.format.configure_mock(resizable=True,
type="ext4",
system_mountpoint=None)
res = storage.device_resizable(device)
self.assertTrue(res.resizable)
self.assertIsNone(res.error)
self.assertEqual(res.min_size, Size("500 MiB"))
self.assertEqual(res.max_size, Size("2 GiB"))
# resizable device and non-resizable format
device.configure_mock(resizable=True,
max_size=Size("2 GiB"),
min_size=Size("500 MiB"))
device.format.configure_mock(resizable=False, type="ext4")
res = storage.device_resizable(device)
self.assertFalse(res.resizable)
self.assertIsNone(res.error)
self.assertEqual(res.min_size, Size("1 MiB"))
self.assertEqual(res.max_size, Size("1 GiB"))
# LV with snapshot -> not resizable
with patch("blivetgui.blivet_utils.BlivetUtils._has_snapshots",
lambda _, device: True):
device.configure_mock(type="lvmlv",
resizable=True,
max_size=Size("2 GiB"),
min_size=Size("500 MiB"))
device.format.configure_mock(resizable=True, type="ext4")
res = storage.device_resizable(device)
self.assertFalse(res.resizable)
self.assertIsNotNone(res.error)
self.assertEqual(res.min_size, Size("1 MiB"))
self.assertEqual(res.max_size, Size("1 GiB"))
def test_initial_state(self):
self.assertFalse(self.buttons_state)
self.assertIn(_("No pending actions"), self.actions_label)
self.assertEqual(self.actions_list.actions, 0)
self.assertEqual(len(self.actions_list.history), 0)
