def _build_iface_inputs(self):
visible_ssids = self.dev_info.wlan.visible_ssids
if len(visible_ssids) > 0:
networks_btn = menu_btn("Choose a visible network",
on_press=self.show_ssid_list)
else:
networks_btn = disabled(menu_btn("No visible networks"))
scan_state = self.dev_info.wlan.scan_state
if not scan_state:
scan_btn = menu_btn("Scan for networks", on_press=self.start_scan)
elif scan_state.startswith('error'):
self.error.set_text('scan failed: %s' % (scan_state, ))
scan_btn = disabled(menu_btn("Scanning for networks failed"))
else:
scan_btn = disabled(menu_btn("Scanning for networks"))
warning = (
"Only open or WPA2/PSK networks are supported at this time.")
col = [
Text(warning),
Text(""),
self.ssid_row,
Text(""),
Padding.fixed_32(networks_btn),
Padding.fixed_32(scan_btn),
Text(""),
self.psk_row,
]
return col
def _build_iface_inputs(self):
if len(self.dev.actual_ssids) > 0:
networks_btn = menu_btn("Choose a visible network",
on_press=self.show_ssid_list)
else:
networks_btn = Color.info_minor(
Columns([('fixed', 1, Text("")),
Text("No visible networks"), ('fixed', 1, Text(">"))],
dividechars=1))
if not self.dev.scan_state:
scan_btn = menu_btn("Scan for networks", on_press=self.start_scan)
else:
scan_btn = Color.info_minor(
Columns([('fixed', 1, Text("")),
Text("Scanning for networks"),
('fixed', 1, Text(">"))],
dividechars=1))
col = [
Padding.center_79(
Color.info_minor(
Text(
"Only open or WPA2/PSK networks are supported at this time."
))),
Padding.line_break(""),
self.ssid_row,
Padding.fixed_30(networks_btn),
Padding.fixed_30(scan_btn),
self.psk_row,
]
return col
def _build_iface_inputs(self):
if len(self.device.info.wlan['visible_ssids']) > 0:
networks_btn = menu_btn("Choose a visible network",
on_press=self.show_ssid_list)
else:
networks_btn = disabled(menu_btn("No visible networks"))
if not self.device.info.wlan['scan_state']:
scan_btn = menu_btn("Scan for networks", on_press=self.start_scan)
else:
scan_btn = disabled(menu_btn("Scanning for networks"))
warning = (
"Only open or WPA2/PSK networks are supported at this time.")
col = [
Text(warning),
Text(""),
self.ssid_row,
Text(""),
Padding.fixed_32(networks_btn),
Padding.fixed_32(scan_btn),
Text(""),
self.psk_row,
]
return col
def _build_model_inputs(self):
partitioned_disks = []
def format_volume(label, part):
size = humanize_size(part.size)
if part.fs() is None:
fstype = '-'
mountpoint = '-'
elif part.fs().mount() is None:
fstype = part.fs().fstype
mountpoint = '-'
else:
fstype = part.fs().fstype
mountpoint = part.fs().mount().path
if part.type == 'disk':
part_btn = menu_btn(label, on_press=self._click_disk)
else:
part_btn = menu_btn(label,
on_press=self._click_part,
user_arg=part)
return Columns([
(25, part_btn),
(9, Text(size, align="right")),
Text(fstype),
Text(mountpoint),
], 2)
if self.disk.fs() is not None:
partitioned_disks.append(format_volume("entire disk", self.disk))
else:
for part in self.disk.partitions():
partitioned_disks.append(
format_volume("Partition {}".format(part.number), part))
if self.disk.free > 0:
free_space = humanize_size(self.disk.free)
if len(self.disk.partitions()) > 0:
label = "Add another partition"
else:
label = "Add first partition"
add_btn = menu_btn(label, on_press=self.add_partition)
partitioned_disks.append(
Columns([
(25, add_btn),
(9, Text(free_space, align="right")),
Text("free space"),
], 2))
if len(self.disk.partitions()) == 0 and \
self.disk.available:
text = ("Format or create swap on entire "
"device (unusual, advanced)")
partitioned_disks.append(Text(""))
partitioned_disks.append(
menu_btn(label=text, on_press=self.format_entire))
return partitioned_disks
def _build_default_routes(self):
''' iterate through interfaces collecting
any uniq provider (aka, gateway) and
associate the interface name with the gateway
then generate a line per key in the gateway
dict and display the keys.
Upon selection of the gateway entry (ip)
then we set model.set_default_gateway(ip)
if manual is selected, then we update
the second entry into a IPAddressEditor
and accept the value, submitting it to
the model.
'''
providers = {}
for iface in self.model.get_all_interfaces():
if self.family == netifaces.AF_INET:
ip_providers = iface.ip4_providers
elif self.family == netifaces.AF_INET6:
ip_providers = iface.ip6_providers
for provider in ip_providers:
log.debug('ipv4 provider: {}'.format(provider))
gw = provider
if gw in providers:
providers[gw].append(iface.ifname)
else:
providers[gw] = [iface.ifname]
log.debug('gateway providers: {}'.format(providers))
items = []
items.append(
Padding.center_79(
Color.menu_button(menu_btn(label="None", on_press=self.done),
focus_map="menu_button focus")))
for (gw, ifaces) in providers.items():
if gw is None:
continue
items.append(
Padding.center_79(
Color.menu_button(menu_btn(label="{gw} ({ifaces})".format(
gw=gw, ifaces=(",".join(ifaces))),
on_press=self.done),
focus_map="menu_button focus")))
items.append(
Padding.center_79(
Color.menu_button(menu_btn(
label="Specify the default route manually",
on_press=self.show_edit_default_route),
focus_map="menu_button focus")))
return items
def _build_ipv4_method_buttons(self):
button_padding = 70
buttons = [
menu_btn(label=" %s" % _("Use a static IPv4 configuration"),
on_press=self.show_ipv4_configuration),
menu_btn(label=" %s" % _("Use DHCPv4 on this interface"),
on_press=self.enable_dhcp4),
menu_btn(label=" %s" % _("Do not use"),
on_press=self.clear_ipv4),
]
padding = getattr(Padding, 'left_{}'.format(button_padding))
buttons = [padding(button) for button in buttons]
return buttons
def __init__(self, model, controller):
self.model = model
self.controller = controller
self.dev_to_row = {}
self.cur_netdevs = []
self.error = Text("", align='center')
self.device_table = TablePile(self._build_model_inputs(),
spacing=2,
colspecs={
0: ColSpec(rpad=1),
4: ColSpec(can_shrink=True, rpad=1),
})
self._create_bond_btn = menu_btn(_("Create bond"),
on_press=self._create_bond)
bp = button_pile([self._create_bond_btn])
bp.align = 'left'
self.listbox = ListBox([self.device_table] + [
bp,
])
self.bottom = Pile([
Text(""),
self._build_buttons(),
Text(""),
])
self.error_showing = False
self.frame = Pile([('pack', Text("")),
('pack', Padding.center_79(Text(_(self.excerpt)))),
('pack', Text("")),
Padding.center_90(self.listbox),
('pack', self.bottom)])
self.frame.set_focus(self.bottom)
super().__init__(self.frame)
def show_disk_info_w(self):
""" Runs hdparm against device and displays its output
"""
text = _("Show disk information")
return menu_btn(
label=text,
on_press=self.show_disk_info)
def show_disk_info_w(self):
""" Runs hdparm against device and displays its output
"""
text = ("Show disk information")
return Color.menu_button(menu_btn(label=text,
on_press=self.show_disk_info),
focus_map='menu_button focus')
def _build_ipv6_method_buttons(self):
button_padding = 70
buttons = []
btn = menu_btn(label="Use a static IPv6 configuration",
on_press=self.show_ipv6_configuration)
buttons.append(Color.menu_button(btn))
btn = menu_btn(label="Use DHCPv6 on this interface",
on_press=self.enable_dhcp6)
buttons.append(Color.menu_button(btn))
btn = menu_btn(label="Do not use", on_press=self.clear_ipv6)
buttons.append(Color.menu_button(btn))
padding = getattr(Padding, 'left_{}'.format(button_padding))
buttons = [padding(button) for button in buttons]
return buttons
def _build_model_inputs(self):
sl = []
for lang in self.model.get_menu():
sl.append(
Color.menu_button(menu_btn(label=lang, on_press=self.confirm),
focus_map="menu_button focus"))
return BoxAdapter(SimpleList(sl), height=len(sl))
def __init__(self, model, controller):
log.debug('FileSystemView init start()')
self.model = model
self.controller = controller
self.mount_list = MountList(self)
self.avail_list = DeviceList(self, True)
self.used_list = DeviceList(self, False)
self.avail_list.table.bind(self.used_list.table)
self._create_raid_btn = Toggleable(
menu_btn(label=_("Create software RAID (md)"),
on_press=self.create_raid))
self._create_vg_btn = Toggleable(
menu_btn(label=_("Create volume group (LVM)"),
on_press=self.create_vg))
bp = button_pile([self._create_raid_btn, self._create_vg_btn])
bp.align = 'left'
body = [
Text(_("FILE SYSTEM SUMMARY")),
Text(""),
Padding.push_2(self.mount_list),
Text(""),
Text(""),
Text(_("AVAILABLE DEVICES")),
Text(""),
Padding.push_2(self.avail_list),
Text(""),
Padding.push_2(bp),
Text(""),
Text(""),
Text(_("USED DEVICES")),
Text(""),
Padding.push_2(self.used_list),
Text(""),
]
self.lb = ListBox(body)
frame = screen(self.lb,
self._build_buttons(),
focus_buttons=self.model.can_install())
frame.width = ('relative', 95)
super().__init__(frame)
self.refresh_model_inputs()
log.debug('FileSystemView init complete()')
def __init__(self, model, controller):
self.model = model
self.controller = controller
self.mount_list = MountList(self)
self.avail_list = DeviceList(self, True)
self.used_list = DeviceList(self, False)
self.avail_list.table.bind(self.used_list.table)
self._create_raid_btn = Toggleable(
menu_btn(label=_("Create software RAID (md)"),
on_press=self.create_raid))
self._create_vg_btn = Toggleable(
menu_btn(label=_("Create volume group (LVM)"),
on_press=self.create_vg))
bp = button_pile([self._create_raid_btn, self._create_vg_btn])
bp.align = 'left'
body = [
Text(_("FILE SYSTEM SUMMARY")),
Text(""),
self.mount_list,
Text(""),
Text(""),
Text(_("AVAILABLE DEVICES")),
Text(""),
self.avail_list,
Text(""),
bp,
Text(""),
Text(""),
Text(_("USED DEVICES")),
Text(""),
self.used_list,
Text(""),
]
self.lb = ListBox(body)
self.lb.base_widget.offset_rows = 2
super().__init__(
screen(self.lb,
self._build_buttons(),
focus_buttons=self.model.can_install()))
self.frame = self._w.base_widget
self.showing_guidance = False
self.refresh_model_inputs()
def _build_model_inputs(self):
sl = []
for ipath, sig in self.model.get_menu():
log.debug("Building inputs: {}".format(ipath))
sl.append(
menu_btn(label=ipath, on_press=self.confirm, user_arg=sig))
return BoxAdapter(SimpleList(sl), height=len(sl))
def __init__(self, parent, ssids):
self.parent = parent
button = cancel_btn(_("Cancel"), on_press=self.do_cancel)
ssid_list = [menu_btn(label=ssid, on_press=self.do_network)
for ssid in ssids]
p = Pile([BoxAdapter(ListBox(ssid_list), height=10),
Padding.fixed_10(button)])
box = LineBox(p, title="Select a network")
super().__init__(box)
def __init__(self, controller, netdev_infos):
self.controller = controller
self.dev_name_to_table = {}
self.cur_netdev_names = []
self.error = Text("", align='center')
self.device_colspecs = {
0: ColSpec(rpad=1),
3: ColSpec(min_width=15),
4: ColSpec(can_shrink=True, rpad=1),
}
self.heading_table = TablePile([
TableRow([
Color.info_minor(Text(header)) for header in [
"",
"NAME",
"TYPE",
"NOTES",
"",
]
])
],
spacing=2,
colspecs=self.device_colspecs)
self.device_pile = Pile([self.heading_table])
for dev_info in netdev_infos:
self.new_link(dev_info)
self._create_bond_btn = menu_btn(_("Create bond"),
on_press=self._create_bond)
bp = button_pile([self._create_bond_btn])
bp.align = 'left'
rows = [
self.device_pile,
bp,
]
self.buttons = button_pile([
done_btn("TBD", on_press=self.done), # See _route_watcher
back_btn(_("Back"), on_press=self.cancel),
])
self.bottom = Pile([
('pack', self.buttons),
])
self.error_showing = False
super().__init__(
screen(rows=rows,
buttons=self.bottom,
focus_buttons=True,
excerpt=_(self.excerpt)))
def _build_ipv4_method_buttons(self):
dhcp4 = self.iface_obj.dhcp6
button_padding = 70
buttons = []
btn = menu_btn(label="Use a static IPv4 configuration",
on_press=self.show_ipv4_configuration)
buttons.append(Color.menu_button(btn, focus_map="menu_button focus"))
btn = menu_btn(label="Use DHCPv4 on this interface",
on_press=self.enable_dhcp4)
buttons.append(Color.menu_button(btn, focus_map="menu_button focus"))
btn = menu_btn(label="Do not use", on_press=self.clear_ipv4)
buttons.append(Color.menu_button(btn, focus_map="menu_button focus"))
padding = getattr(Padding, 'left_{}'.format(button_padding))
buttons = [padding(button) for button in buttons]
return buttons
def _build_menu(self):
items = []
for label, sig in self.model.get_menu():
items.append(
Columns([("weight", 0.2, Text("")),
("weight", 0.3,
Color.menu_button(
menu_btn(label=label,
on_press=self.confirm,
user_data=sig)))]))
return Pile(items)
def format_volume(label, part):
size = humanize_size(part.size)
if part.fs() is None:
fstype = '-'
mountpoint = '-'
elif part.fs().mount() is None:
fstype = part.fs().fstype
mountpoint = '-'
else:
fstype = part.fs().fstype
mountpoint = part.fs().mount().path
if part.type == 'disk':
part_btn = menu_btn(label, on_press=self._click_disk)
else:
part_btn = menu_btn(label, on_press=self._click_part, user_arg=part)
return Columns([
(label_width, part_btn),
(9, Text(size, align="right")),
Text(fstype),
Text(mountpoint),
], 2)
def _build_set_as_default_gw_button(self):
ifaces = self.model.get_all_interface_names()
self.is_gateway = self.model.v4_gateway_dev == self.ifname
if not self.is_gateway and len(ifaces) > 1:
btn = menu_btn(label="Set this as default gateway",
on_press=self.set_default_gateway)
else:
btn = Text("This will be your default gateway")
return [btn]
def _build_set_as_default_gw_button(self):
devs = self.model.get_all_netdevs()
self.is_gateway = self.model.v4_gateway_dev == self.dev.name
if not self.is_gateway and len(devs) > 1:
btn = menu_btn(label=_("Set this as default gateway"),
on_press=self.set_default_gateway)
else:
btn = Text(_("This will be your default gateway"))
return [btn]
def create_swap_w(self):
""" Handles presenting an enabled create swap on
entire device button if no partition exists, otherwise
it is disabled.
"""
text = ("Format or create swap on entire "
"device (unusual, advanced)")
if len(self.disk_obj.partitions) == 0 and \
self.disk_obj.available:
return Color.menu_button(menu_btn(label=text,
on_press=self.create_swap),
focus_map='menu_button focus')
def _build_menu(self):
log.debug('FileSystemView: building menu')
opts = []
avail_disks = self.model.get_available_disk_names()
for opt, sig in self.model.get_menu():
if len(avail_disks) > 1:
opts.append(
Color.menu_button(menu_btn(label=opt,
on_press=self.on_fs_menu_press,
user_data=sig),
focus_map='menu_button focus'))
return Pile(opts)
def _build_model_inputs(self):
netdevs = self.model.get_all_netdevs()
ifname_width = 8 # default padding
if netdevs:
ifname_width += max(map(lambda dev: len(dev.name), netdevs))
if ifname_width > 20:
ifname_width = 20
iface_menus = []
# Display each interface -- name in first column, then configured IPs
# in the second.
log.debug('interfaces: {}'.format(netdevs))
for dev in netdevs:
col_1 = []
col_2 = []
col_1.append(
menu_btn(label=dev.name, on_press=self.on_net_dev_press))
if dev.type == 'wlan':
col_2.extend(_build_wifi_info(dev))
if len(dev.actual_ip_addresses) == 0 and (dev.type == 'eth' and
not dev.is_connected):
col_2.append(Color.info_primary(Text(_("Not connected"))))
col_2.extend(_build_gateway_ip_info_for_version(dev, 4))
col_2.extend(_build_gateway_ip_info_for_version(dev, 6))
# Other device info (MAC, vendor/model, speed)
template = ''
if dev.hwaddr:
template += '{} '.format(dev.hwaddr)
# TODO is this to translate?
if dev.is_bond_slave:
template += '(Bonded) '
# TODO to check if this is affected by translations
if not dev.vendor.lower().startswith('unknown'):
vendor = textwrap.wrap(dev.vendor, 15)[0]
template += '{} '.format(vendor)
if not dev.model.lower().startswith('unknown'):
model = textwrap.wrap(dev.model, 20)[0]
template += '{} '.format(model)
if dev.speed:
template += '({})'.format(dev.speed)
col_2.append(Color.info_minor(Text(template)))
iface_menus.append(
Columns([(ifname_width, Pile(col_1)),
Pile(col_2)], 2))
return iface_menus
def _build_additional_options(self):
labels = []
netdevs = self.model.get_all_netdevs()
# Display default route status
if self.model.default_v4_gateway is not None:
v4_route_source = "via " + self.model.default_v4_gateway
default_v4_route_w = Color.info_minor(
Text(_(" IPv4 default route %s." % v4_route_source)))
labels.append(default_v4_route_w)
if self.model.default_v6_gateway is not None:
v6_route_source = "via " + self.model.default_v6_gateway
default_v6_route_w = Color.info_minor(
Text(" IPv6 default route " + v6_route_source + "."))
labels.append(default_v6_route_w)
max_btn_len = 0
buttons = []
for opt, sig in self.model.get_menu():
if ':set-default-route' in sig:
if len(netdevs) < 2:
log.debug('Skipping default route menu option'
' (only one nic)')
continue
if ':bond-interfaces' in sig:
not_bonded = [dev for dev in netdevs if not dev.is_bonded]
if len(not_bonded) < 2:
log.debug('Skipping bonding menu option'
' (not enough available nics)')
continue
if len(opt) > max_btn_len:
max_btn_len = len(opt)
buttons.append(
menu_btn(label=opt,
on_press=self.additional_menu_select,
user_data=sig))
from urwid import Padding
buttons = [
Padding(button, align='left', width=max_btn_len + 6)
for button in buttons
]
r = labels + buttons
if len(r) > 0:
r[0:0] = [Text("")]
return r
def add_partition_w(self):
""" Handles presenting the add partition widget button
depending on if partitions exist already or not.
"""
text = "Add first GPT partition"
if len(self.disk_obj.partitions) > 0:
text = "Add partition (max size {})".format(
_humanize_size(self.disk_obj.freespace))
if self.disk_obj.available and \
self.disk_obj.blocktype not in self.model.no_partition_blocktypes:
return Color.menu_button(menu_btn(label=text,
on_press=self.add_partition),
focus_map='menu_button focus')
def _build_model_inputs(self):
log.debug('FileSystemView: building model inputs')
col_1 = []
col_2 = []
avail_disks = self.model.get_available_disk_names()
if len(avail_disks) == 0:
return Pile([Color.info_minor(Text("No available disks."))])
for dname in avail_disks:
disk = self.model.get_disk_info(dname)
device = self.model.get_disk(dname)
btn = menu_btn(label=disk.name,
on_press=self.show_disk_partition_view)
col_1.append(Color.menu_button(btn, focus_map='menu_button focus'))
disk_sz = _humanize_size(disk.size)
log.debug('device partitions: {}'.format(len(device.partitions)))
# if we've consumed some of the device, show
# the remaining space and percentage of the whole
if len(device.partitions) > 0:
free, percent = self._get_percent_free(device)
disk_sz = "{} ({}%) free".format(free, percent)
col_2.append(Text(disk_sz))
for partname in device.available_partitions:
part = device.get_partition(partname)
btn = menu_btn(label=partname,
on_press=self.show_disk_partition_view)
col_1.append(
Color.menu_button(btn, focus_map='menu_button focus'))
col_2.append(Text(_humanize_size(part.size)))
col_1 = BoxAdapter(SimpleList(col_1), height=len(col_1))
col_2 = BoxAdapter(SimpleList(col_2, is_selectable=False),
height=len(col_2))
return Columns([(16, col_1), col_2], 2)
def _build_additional_options(self):
labels = []
ifaces = self.model.get_all_interface_names()
# Display default route status
if self.model.default_v4_gateway is not None:
v4_route_source = "via " + self.model.default_v4_gateway
default_v4_route_w = Color.info_minor(
Text(" IPv4 default route " + v4_route_source + "."))
labels.append(default_v4_route_w)
if self.model.default_v6_gateway is not None:
v6_route_source = "via " + self.model.default_v6_gateway
default_v6_route_w = Color.info_minor(
Text(" IPv6 default route " + v6_route_source + "."))
labels.append(default_v6_route_w)
max_btn_len = 0
buttons = []
for opt, sig in self.model.get_menu():
if ':set-default-route' in sig:
if len(ifaces) < 2:
log.debug('Skipping default route menu option'
' (only one nic)')
continue
if ':bond-interfaces' in sig:
not_bonded = [iface for iface in ifaces
if not self.model.iface_is_bonded(iface)]
if len(not_bonded) < 2:
log.debug('Skipping bonding menu option'
' (not enough available nics)')
continue
if len(opt) > max_btn_len:
max_btn_len = len(opt)
buttons.append(
Color.menu_button(
menu_btn(label=opt,
on_press=self.additional_menu_select,
user_data=sig),
focus_map='button focus'))
padding = getattr(Padding, 'left_{}'.format(max_btn_len + 10))
buttons = [ padding(button) for button in buttons ]
return Pile(labels + buttons)
def _build_ipv6_method_buttons(self):
button_padding = 70
buttons = [
menu_btn(label=" %s" % _("Use a static IPv6 configuration"),
on_press=self.show_ipv6_configuration),
choice_btn(label=" %s" % _("Use DHCPv6 on this interface"),
on_press=self.enable_dhcp6),
choice_btn(label=" %s" % _("Do not use"),
on_press=self.clear_ipv6),
]
for btn in buttons:
btn.original_widget._label._cursor_position = 1
padding = getattr(Padding, 'left_{}'.format(button_padding))
buttons = [padding(button) for button in buttons]
return buttons
def __init__(self, model, controller):
self.model = model
self.controller = controller
self.dev_to_table = {}
self.cur_netdevs = []
self.error = Text("", align='center')
self.device_colspecs = {
0: ColSpec(rpad=1),
3: ColSpec(min_width=15),
4: ColSpec(can_shrink=True, rpad=1),
}
self.device_pile = Pile(self._build_model_inputs())
self._create_bond_btn = menu_btn(_("Create bond"),
on_press=self._create_bond)
bp = button_pile([self._create_bond_btn])
bp.align = 'left'
rows = [
self.device_pile,
bp,
]
self.buttons = button_pile([
done_btn("TBD", on_press=self.done), # See _route_watcher
back_btn(_("Back"), on_press=self.cancel),
])
self.bottom = Pile([
('pack', self.buttons),
])
self.controller.network_event_receiver.add_default_route_watcher(
self._route_watcher)
self.error_showing = False
super().__init__(
screen(rows=rows,
buttons=self.bottom,
focus_buttons=True,
excerpt=_(self.excerpt)))
