def do_wizard(self):
oe.winOeMain.set_wizard_title(oe._(32003))
oe.winOeMain.set_wizard_text(oe._(32304))
oe.winOeMain.set_wizard_button_title(oe._(32308))
oe.winOeMain.set_wizard_button_1(
self.struct['ident']['settings']['hostname']['value'], self,
'wizard_set_hostname')
def onInit(self):
self.visible = True
try:
self.setProperty('arch', oe.ARCHITECTURE)
self.setProperty('distri', oe.DISTRIBUTION)
self.setProperty('version', oe.VERSION)
self.setProperty('build', oe.BUILD)
oe.dictModules['system'].do_init()
self.getControl(self.wizWinTitle).setLabel(oe._(32300))
self.getControl(self.buttons[3]['id']).setVisible(False)
self.getControl(self.buttons[4]['id']).setVisible(False)
self.getControl(self.radiobuttons[1]['id']).setVisible(False)
self.getControl(self.radiobuttons[2]['id']).setVisible(False)
self.getControl(self.buttons[2]['id']).setVisible(False)
if oe.BOOT_STATUS == "SAFE":
self.set_wizard_title(f"[COLOR red][B]{oe._(32393)}[/B][/COLOR]")
self.set_wizard_text(oe._(32394))
else:
self.set_wizard_title(oe._(32301))
self.set_wizard_text(oe._(32302))
oe.winOeMain.set_wizard_button_title(oe._(32310))
cur_lang = xbmc.getLanguage()
oe.winOeMain.set_wizard_button_1(cur_lang, self, 'wizard_set_language')
self.showButton(1, 32303)
self.setFocusId(self.buttons[1]['id'])
except Exception as e:
oe.dbg_log('oeWindows.wizard::onInit()', f'ERROR: ({repr(e)})')
def check_updates_v2(self, force=False):
if hasattr(self, 'update_in_progress'):
oe.dbg_log('updates::check_updates_v2', 'Update in progress (exit)', oe.LOGDEBUG)
return
if self.struct['update']['settings']['SubmitStats']['value'] == '1':
systemid = oe.SYSTEMID
else:
systemid = "NOSTATS"
if oe.BUILDER_VERSION:
version = oe.BUILDER_VERSION
else:
version = oe.VERSION
url = f'{self.UPDATE_REQUEST_URL}?i={oe.url_quote(systemid)}&d={oe.url_quote(oe.DISTRIBUTION)}&pa={oe.url_quote(oe.ARCHITECTURE)}&v={oe.url_quote(version)}&f={oe.url_quote(self.hardware_flags)}'
if oe.BUILDER_NAME:
url += f'&b={oe.url_quote(oe.BUILDER_NAME)}'
oe.dbg_log('updates::check_updates_v2', f'URL: {url}', oe.LOGDEBUG)
update_json = oe.load_url(url)
oe.dbg_log('updates::check_updates_v2', f'RESULT: {repr(update_json)}', oe.LOGDEBUG)
if update_json != '':
update_json = json.loads(update_json)
self.last_update_check = time.time()
if 'update' in update_json['data'] and 'folder' in update_json['data']:
self.update_file = self.UPDATE_DOWNLOAD_URL % (update_json['data']['folder'], update_json['data']['update'])
if self.struct['update']['settings']['UpdateNotify']['value'] == '1':
oe.notify(oe._(32363), oe._(32364))
if self.struct['update']['settings']['AutoUpdate']['value'] == 'auto' and force == False:
self.update_in_progress = True
self.do_autoupdate(None, True)
def wizard_set_language(self):
global lang_str
global lang_new
try:
oe.dbg_log('oeWindows::wizard_set_language', 'enter_function', oe.LOGDEBUG)
langCodes = {"Bulgarian":"resource.language.bg_bg","Czech":"resource.language.cs_cz","German":"resource.language.de_de","English":"resource.language.en_gb","Spanish":"resource.language.es_es","Basque":"resource.language.eu_es","Finnish":"resource.language.fi_fi","French":"resource.language.fr_fr","Hebrew":"resource.language.he_il","Hungarian":"resource.language.hu_hu","Italian":"resource.language.it_it","Lithuanian":"resource.language.lt_lt","Latvian":"resource.language.lv_lv","Norwegian":"resource.language.nb_no","Dutch":"resource.language.nl_nl","Polish":"resource.language.pl_pl","Portuguese (Brazil)":"resource.language.pt_br","Portuguese":"resource.language.pt_pt","Romanian":"resource.language.ro_ro","Russian":"resource.language.ru_ru","Slovak":"resource.language.sk_sk","Swedish":"resource.language.sv_se","Turkish":"resource.language.tr_tr","Ukrainian":"resource.language.uk_ua"}
languagesList = sorted(list(langCodes.keys()))
cur_lang = xbmc.getLanguage()
for index, lang in enumerate(languagesList):
if cur_lang in lang:
langIndex = index
break
else:
pass
selLanguage = xbmcDialog.select(oe._(32310), languagesList, preselect=langIndex)
if selLanguage >= 0:
langKey = languagesList[selLanguage]
lang_new = langCodes[langKey]
if lang_new == "resource.language.en_gb":
oe.write_setting("system", "language", "")
else:
oe.write_setting("system", "language", str(lang_new))
lang_str = 'SetGUILanguage(' + str(lang_new) + ')'
self.getControl(self.wizWinTitle).setLabel(oe._(32300))
self.set_wizard_title(oe._(32301))
self.set_wizard_text(oe._(32302))
oe.winOeMain.set_wizard_button_title(oe._(32310))
oe.winOeMain.set_wizard_button_1(langKey, self, 'wizard_set_language')
self.showButton(1, 32303)
self.setFocusId(self.buttons[1]['id'])
oe.dbg_log('oeWindows::wizard_set_language', 'exit_function', oe.LOGDEBUG)
except Exception as e:
oe.dbg_log('oeWindows::wizard_set_language', f'ERROR: ({repr(e)})')
def set_wizard_buttons(self):
if self.struct['ssh']['settings']['ssh_autostart']['value'] == '1':
oe.winOeMain.set_wizard_radiobutton_1(oe._(32201), self, 'wizard_set_ssh', True)
else:
oe.winOeMain.set_wizard_radiobutton_1(oe._(32201), self, 'wizard_set_ssh')
if not 'hidden' in self.struct['samba']:
if self.struct['samba']['settings']['samba_autostart']['value'] == '1':
oe.winOeMain.set_wizard_radiobutton_2(oe._(32200), self, 'wizard_set_samba', True)
else:
oe.winOeMain.set_wizard_radiobutton_2(oe._(32200), self, 'wizard_set_samba')
def run(self):
while self.stopped == False:
if not xbmc.Player().isPlaying():
oe.dictModules['updates'].check_updates_v2()
if not hasattr(oe.dictModules['updates'], 'update_in_progress'):
self.wait_evt.wait(21600)
else:
oe.notify(oe._(32363), oe._(32364))
self.wait_evt.wait(3600)
self.wait_evt.clear()
oe.dbg_log('updates::updateThread', 'Stopped', oe.LOGINFO)
def wizard_sshpasswd(self):
SSHresult = False
while SSHresult == False:
changeSSH = xbmcDialog.yesno(oe._(32209), oe._(32210), yeslabel=oe._(32213), nolabel=oe._(32214))
if changeSSH:
SSHresult = True
else:
changeSSHresult = self.do_sshpasswd()
if changeSSHresult:
SSHresult = True
return
def get_rpi_flashing_state(self):
try:
oe.dbg_log('updates::get_rpi_flashing_state', 'enter_function', oe.LOGDEBUG)
jdata = {
'EXITCODE': 'EXIT_FAILED',
'BOOTLOADER_CURRENT': 0, 'BOOTLOADER_LATEST': 0,
'VL805_CURRENT': '', 'VL805_LATEST': ''
}
state = {
'incompatible': True,
'bootloader': {'state': '', 'current': 'unknown', 'latest': 'unknown'},
'vl805': {'state': '', 'current': 'unknown', 'latest': 'unknown'}
}
with tempfile.NamedTemporaryFile(mode='r', delete=True) as machine_out:
console_output = oe.execute(f'/usr/bin/.rpi-eeprom-update.real -j -m "{machine_out.name}"', get_result=1).split('\n')
if os.path.getsize(machine_out.name) != 0:
state['incompatible'] = False
jdata = json.load(machine_out)
oe.dbg_log('updates::get_rpi_flashing_state', f'console output: {console_output}', oe.LOGDEBUG)
oe.dbg_log('updates::get_rpi_flashing_state', f'json values: {jdata}', oe.LOGDEBUG)
if jdata['BOOTLOADER_CURRENT'] != 0:
state['bootloader']['current'] = datetime.datetime.utcfromtimestamp(jdata['BOOTLOADER_CURRENT']).strftime('%Y-%m-%d')
if jdata['BOOTLOADER_LATEST'] != 0:
state['bootloader']['latest'] = datetime.datetime.utcfromtimestamp(jdata['BOOTLOADER_LATEST']).strftime('%Y-%m-%d')
if jdata['VL805_CURRENT']:
state['vl805']['current'] = jdata['VL805_CURRENT']
if jdata['VL805_LATEST']:
state['vl805']['latest'] = jdata['VL805_LATEST']
if jdata['EXITCODE'] in ['EXIT_SUCCESS', 'EXIT_UPDATE_REQUIRED']:
if jdata['BOOTLOADER_LATEST'] > jdata['BOOTLOADER_CURRENT']:
state['bootloader']['state'] = oe._(32028) % (state['bootloader']['current'], state['bootloader']['latest'])
else:
state['bootloader']['state'] = oe._(32029) % state['bootloader']['current']
if jdata['VL805_LATEST'] and jdata['VL805_LATEST'] > jdata['VL805_CURRENT']:
state['vl805']['state'] = oe._(32028) % (state['vl805']['current'], state['vl805']['latest'])
else:
state['vl805']['state'] = oe._(32029) % state['vl805']['current']
oe.dbg_log('updates::get_rpi_flashing_state', f'state: {state}', oe.LOGDEBUG)
oe.dbg_log('updates::get_rpi_flashing_state', 'exit_function', oe.LOGDEBUG)
return state
except Exception as e:
oe.dbg_log('updates::get_rpi_flashing_state', f'ERROR: ({repr(e)})')
return {'incompatible': True}
def build_menu(self, struct, fltr=[], optional='0'):
try:
self.getControl(1100).reset()
m_menu = []
for category in sorted(struct, key=lambda x: struct[x]['order']):
if not 'hidden' in struct[category]:
if fltr == []:
m_entry = {}
m_entry['name'] = oe._(struct[category]['name'])
m_entry['properties'] = {'typ': 'separator'}
m_entry['list'] = 1100
m_menu.append(m_entry)
else:
if category not in fltr:
continue
for entry in sorted(struct[category]['settings'], key=lambda x: struct[category]['settings'][x]['order']):
setting = struct[category]['settings'][entry]
if not 'hidden' in setting:
dictProperties = {
'value': setting['value'],
'typ': setting['type'],
'entry': entry,
'category': category,
'action': setting['action'],
}
if 'InfoText' in setting:
dictProperties['InfoText'] = oe._(setting['InfoText'])
if 'validate' in setting:
dictProperties['validate'] = setting['validate']
if 'values' in setting:
dictProperties['values'] = '|'.join(setting['values'])
if isinstance(setting['name'], str):
name = setting['name']
else:
name = oe._(setting['name'])
dictProperties['menuname'] = oe._(setting['name'])
m_entry = {}
if not 'parent' in setting:
m_entry['name'] = name
m_entry['properties'] = dictProperties
m_entry['list'] = 1100
m_menu.append(m_entry)
else:
if struct[category]['settings'][setting['parent']['entry']]['value'] in setting['parent']['value']:
if not 'optional' in setting or 'optional' in setting and optional != '0':
m_entry['name'] = name
m_entry['properties'] = dictProperties
m_entry['list'] = 1100
m_menu.append(m_entry)
for m_entry in m_menu:
self.addConfigItem(m_entry['name'], m_entry['properties'], m_entry['list'])
except Exception as e:
oe.dbg_log('oeWindows.mainWindow::build_menu', f'ERROR: ({repr(e)})')
def do_wizard(self):
oe.winOeMain.set_wizard_title(oe._(32311))
# Enable samba
self.struct['samba']['settings']['samba_autostart']['value'] = '1'
self.initialize_samba()
if hasattr(self, 'samba'):
oe.winOeMain.set_wizard_text(f'{oe._(32313)}[CR][CR]{oe._(32312)}')
else:
oe.winOeMain.set_wizard_text(oe._(32312))
oe.winOeMain.set_wizard_button_title(oe._(32316))
self.set_wizard_buttons()
def init_netfilter(self, **kwargs):
if 'listItem' in kwargs:
self.set_value(kwargs['listItem'])
state = 1
options = {}
if self.struct['advanced']['settings']['netfilter']['value'] == oe._(32396):
options['RULES'] = "custom"
elif self.struct['advanced']['settings']['netfilter']['value'] == oe._(32398):
options['RULES'] = "home"
elif self.struct['advanced']['settings']['netfilter']['value'] == oe._(32399):
options['RULES'] = "public"
else:
state = 0
oe.set_service('iptables', options, state)
def do_manual_update(self, listItem=None):
self.struct['update']['settings']['Build']['value'] = ''
update_json = self.build_json(notify_error=True)
if update_json is None:
return
self.update_json = update_json
builds = self.get_available_builds()
self.struct['update']['settings']['Build']['values'] = builds
xbmcDialog = xbmcgui.Dialog()
buildSel = xbmcDialog.select(oe._(32020), builds)
if buildSel > -1:
listItem = builds[buildSel]
self.struct['update']['settings']['Build']['value'] = listItem
channel = self.struct['update']['settings']['Channel']['value']
regex = re.compile(self.update_json[channel]['prettyname_regex'])
longname = '-'.join([oe.DISTRIBUTION, oe.ARCHITECTURE, oe.VERSION])
if regex.search(longname):
version = regex.findall(longname)[0]
else:
version = oe.VERSION
if self.struct['update']['settings']['Build']['value'] != '':
self.update_file = self.update_json[
self.struct['update']['settings']['Channel']
['value']]['url'] + self.get_available_builds(
self.struct['update']['settings']['Build']['value'])
message = f"{oe._(32188)}: {version}\n{oe._(32187)}: {self.struct['update']['settings']['Build']['value']}\n{oe._(32180)}"
answer = xbmcDialog.yesno('LibreELEC Update', message)
xbmcDialog = None
del xbmcDialog
if answer:
self.update_in_progress = True
self.do_autoupdate()
self.struct['update']['settings']['Build']['value'] = ''
def do_wizard(self):
oe.winOeMain.set_wizard_title(oe._(32305))
oe.winOeMain.set_wizard_text(oe._(32306))
oe.winOeMain.set_wizard_button_title('')
oe.winOeMain.set_wizard_list_title(oe._(32309))
oe.winOeMain.getControl(1391).setLabel('show')
oe.winOeMain.getControl(oe.winOeMain.buttons[2]['id']).controlUp(
oe.winOeMain.getControl(oe.winOeMain.guiNetList))
oe.winOeMain.getControl(oe.winOeMain.buttons[2]['id']).controlRight(
oe.winOeMain.getControl(oe.winOeMain.buttons[1]['id']))
oe.winOeMain.getControl(oe.winOeMain.buttons[1]['id']).controlUp(
oe.winOeMain.getControl(oe.winOeMain.guiNetList))
oe.winOeMain.getControl(oe.winOeMain.buttons[1]['id']).controlLeft(
oe.winOeMain.getControl(oe.winOeMain.buttons[2]['id']))
self.menu_connections(None)
def open_pinkey_window(self, runtime=60, title=32343):
self.pinkey_window = oeWindows.pinkeyWindow(
'service-LibreELEC-Settings-getPasskey.xml', oe.__cwd__, 'Default')
self.pinkey_window.show()
self.pinkey_window.set_title(oe._(title))
self.pinkey_timer = pinkeyTimer(self, runtime)
self.pinkey_timer.start()
def showButton(self, number, name):
try:
button = self.getControl(self.buttons[number]['id'])
button.setLabel(oe._(name))
button.setVisible(True)
except Exception as e:
oe.dbg_log(f'oeWindows.wizard::showButton({str(number)})', f'ERROR: ({repr(e)})')
def request_input(self, path, fields):
oe.input_request = True
response = {}
input_fields = {
'Name': 32146,
'Passphrase': 32147,
'Username': 32148,
'Password': 32148,
}
for field, label in input_fields.items():
if field in fields:
xbmcKeyboard = xbmc.Keyboard('', oe._(label))
xbmcKeyboard.doModal()
if xbmcKeyboard.isConfirmed() and xbmcKeyboard.getText():
response[field] = xbmcKeyboard.getText()
else:
dbus_connman.agent_abort()
passphrase = response.get('Passphrase')
if passphrase:
if 'Identity' in fields:
response['Identity'] = passphrase
if 'wpspin' in fields:
response['wpspin'] = passphrase
oe.input_request = False
return response
def onInit(self):
self.visible = True
try:
if self.isChild:
self.setFocusId(self.guiMenList)
self.onFocus(self.guiMenList)
return
self.setProperty('arch', oe.ARCHITECTURE)
self.setProperty('distri', oe.DISTRIBUTION)
self.setProperty('version', oe.VERSION)
self.setProperty('build', oe.BUILD)
oe.winOeMain = self
for strModule in sorted(oe.dictModules, key=lambda x: list(oe.dictModules[x].menu.keys())):
module = oe.dictModules[strModule]
oe.dbg_log('init module', strModule, oe.LOGDEBUG)
if module.ENABLED:
if hasattr(module, 'do_init'):
Thread(target=module.do_init(), args=()).start()
for men in module.menu:
if 'listTyp' in module.menu[men] and 'menuLoader' in module.menu[men]:
dictProperties = {
'modul': strModule,
'listTyp': oe.listObject[module.menu[men]['listTyp']],
'menuLoader': module.menu[men]['menuLoader'],
}
if 'InfoText' in module.menu[men]:
dictProperties['InfoText'] = oe._(module.menu[men]['InfoText'])
self.addMenuItem(module.menu[men]['name'], dictProperties)
self.setFocusId(self.guiMenList)
self.onFocus(self.guiMenList)
except Exception as e:
oe.dbg_log('oeWindows.mainWindow::onInit', f'ERROR: ({repr(e)})')
def addMenuItem(self, strName, dictProperties):
try:
lstItem = xbmcgui.ListItem(label=oe._(strName))
for strProp in dictProperties:
lstItem.setProperty(strProp, str(dictProperties[strProp]))
self.getControl(self.guiMenList).addItem(lstItem)
except Exception as e:
oe.dbg_log(f'oeWindows.mainWindow::addMenuItem({str(strName)})', f'ERROR: ({repr(e)})')
def do_autoupdate(self, listItem=None, silent=False):
if hasattr(self, 'update_file'):
if not os.path.exists(self.LOCAL_UPDATE_DIR):
os.makedirs(self.LOCAL_UPDATE_DIR)
downloaded = oe.download_file(self.update_file, oe.TEMP + 'update_file', silent)
if not downloaded is None:
self.update_file = self.update_file.split('/')[-1]
if self.struct['update']['settings']['UpdateNotify']['value'] == '1':
oe.notify(oe._(32363), oe._(32366))
shutil.move(oe.TEMP + 'update_file', self.LOCAL_UPDATE_DIR + self.update_file)
os.sync()
if silent == False:
oe.winOeMain.close()
oe.xbmcm.waitForAbort(1)
subprocess.call(['/usr/bin/systemctl', '--no-block', 'reboot'], close_fds=True)
else:
delattr(self, 'update_in_progress')
def ask_sure_reset(self, part):
answer = xbmcDialog.yesno(f'{part} Reset',
f'{oe._(32326)}\n\n{oe._(32328)}')
if answer == 1:
if oe.reboot_counter(30, oe._(32323)) == 1:
return 1
else:
return 0
def do_sshpasswd(self, **kwargs):
SSHchange = False
newpwd = xbmcDialog.input(oe._(746))
if newpwd:
if newpwd == "libreelec":
oe.execute('cp -fp /usr/cache/shadow /storage/.cache/shadow')
readout3 = "Retype password"
else:
ssh = subprocess.Popen(["passwd"], shell=False, stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE, text=True, bufsize=0)
readout1 = ssh.stdout.readline()
ssh.stdin.write(f'{newpwd}\n')
readout2 = ssh.stdout.readline()
ssh.stdin.write(f'{newpwd}\n')
readout3 = ssh.stdout.readline()
if "Bad password" in readout3:
xbmcDialog.ok(oe._(32220), oe._(32221))
log.log('Password too weak')
return
elif "Retype password" in readout3:
xbmcDialog.ok(oe._(32222), oe._(32223))
SSHchange = True
else:
xbmcDialog.ok(oe._(32224), oe._(32225))
else:
log.log('User cancelled')
return SSHchange
def do_restore(self, listItem=None):
copy_success = 0
restore_file_path = xbmcDialog.browse(1, oe._(32373), 'files',
'??????????????.tar', False,
False, self.BACKUP_DESTINATION)
# Do nothing if the dialog is cancelled - path will be the backup destination
if not os.path.isfile(restore_file_path):
return
log.log(f'Restore file: {restore_file_path}', log.INFO)
restore_file_name = restore_file_path.split('/')[-1]
if os.path.exists(self.RESTORE_DIR):
oe.execute(f'rm -rf {self.RESTORE_DIR}')
os.makedirs(self.RESTORE_DIR)
folder_stat = os.statvfs(self.RESTORE_DIR)
file_size = os.path.getsize(restore_file_path)
free_space = folder_stat.f_frsize * folder_stat.f_bavail
if free_space > file_size * 2:
if os.path.exists(self.RESTORE_DIR + restore_file_name):
os.remove(self.RESTORE_DIR + restore_file_name)
if oe.copy_file(restore_file_path,
self.RESTORE_DIR + restore_file_name) != None:
copy_success = 1
log.log('Restore file successfully copied.', log.INFO)
else:
log.log(f'Failed to copy restore file to: {self.RESTORE_DIR}',
log.ERROR)
oe.execute(f'rm -rf {self.RESTORE_DIR}')
else:
txt = oe.split_dialog_text(oe._(32379))
answer = xbmcDialog.ok('Restore', f'{txt[0]}\n{txt[1]}\n{txt[2]}')
if copy_success == 1:
txt = oe.split_dialog_text(oe._(32380))
answer = xbmcDialog.yesno('Restore',
f'{txt[0]}\n{txt[1]}\n{txt[2]}')
if answer == 1:
if oe.reboot_counter(10, oe._(32371)) == 1:
oe.winOeMain.close()
oe.xbmcm.waitForAbort(1)
subprocess.call(
['/usr/bin/systemctl', '--no-block', 'reboot'],
close_fds=True)
else:
log.log('User Abort!')
oe.execute(f'rm -rf {self.RESTORE_DIR}')
def load_values(self):
# Network Wait
self.struct['advanced']['settings']['wait_for_network']['value'] = '0'
self.struct['advanced']['settings']['wait_for_network_time'][
'value'] = '10'
if os.path.exists(self.WAIT_CONF_FILE):
wait_file = open(self.WAIT_CONF_FILE, 'r')
for line in wait_file:
if 'WAIT_NETWORK=' in line:
if line.split('=')[-1].lower().strip().replace(
'"', '') == 'true':
self.struct['advanced']['settings'][
'wait_for_network']['value'] = '1'
else:
self.struct['advanced']['settings'][
'wait_for_network']['value'] = '0'
if 'WAIT_NETWORK_TIME=' in line:
self.struct['advanced']['settings'][
'wait_for_network_time']['value'] = line.split(
'=')[-1].lower().strip().replace('"', '')
wait_file.close()
# IPTABLES
nf_values = [oe._(32397), oe._(32398), oe._(32399)]
nf_custom_rules = [
self.NF_CUSTOM_PATH + "rules.v4", self.NF_CUSTOM_PATH + "rules.v6"
]
for custom_rule in nf_custom_rules:
if os.path.exists(custom_rule):
nf_values.append(oe._(32396))
break
self.struct['advanced']['settings']['netfilter']['values'] = nf_values
if oe.get_service_state('iptables') == '1':
nf_option = oe.get_service_option('iptables', 'RULES', 'home')
if nf_option == "custom":
nf_option_str = oe._(32396)
elif nf_option == "home":
nf_option_str = oe._(32398)
elif nf_option == "public":
nf_option_str = oe._(32399)
else:
nf_option_str = oe._(32397)
self.struct['advanced']['settings']['netfilter'][
'value'] = nf_option_str
# regdom
self.struct[dbus_connman.PATH_TECH_WIFI]['settings']['regdom'][
'values'] = regdom.REGDOM_LIST
regValue = regdom.get_regdom()
self.struct[dbus_connman.PATH_TECH_WIFI]['settings']['regdom'][
'value'] = str(regValue)
def do_restore(self, listItem=None):
copy_success = 0
restore_file_path = xbmcDialog.browse(1, oe._(32373), 'files',
'??????????????.tar', False,
False, self.BACKUP_DESTINATION)
# Do nothing if the dialog is cancelled - path will be the backup destination
if not os.path.isfile(restore_file_path):
return
restore_file_name = restore_file_path.split('/')[-1]
if os.path.exists(self.RESTORE_DIR):
oe.execute('rm -rf %s' % self.RESTORE_DIR)
os.makedirs(self.RESTORE_DIR)
folder_stat = os.statvfs(self.RESTORE_DIR)
file_size = os.path.getsize(restore_file_path)
free_space = folder_stat.f_frsize * folder_stat.f_bavail
if free_space > file_size * 2:
if os.path.exists(self.RESTORE_DIR + restore_file_name):
os.remove(self.RESTORE_DIR + restore_file_name)
if oe.copy_file(restore_file_path,
self.RESTORE_DIR + restore_file_name) != None:
copy_success = 1
else:
oe.execute(f'rm -rf {self.RESTORE_DIR}')
else:
txt = oe.split_dialog_text(oe._(32379))
answer = xbmcDialog.ok('Restore', f'{txt[0]}\n{txt[1]}\n{txt[2]}')
if copy_success == 1:
txt = oe.split_dialog_text(oe._(32380))
answer = xbmcDialog.yesno('Restore',
f'{txt[0]}\n{txt[1]}\n{txt[2]}')
if answer == 1:
if oe.reboot_counter(10, oe._(32371)) == 1:
oe.winOeMain.close()
oe.xbmcm.waitForAbort(1)
xbmc.executebuiltin('Reboot')
else:
log.log('User Abort!')
oe.execute(f'rm -rf {self.RESTORE_DIR}')
def tar_add_folder(self, tar, folder):
try:
print_folder = log.asciify(folder)
for item in os.listdir(folder):
if item == self.backup_file:
continue
if self.backup_dlg.iscanceled():
return
itempath = os.path.join(folder, item)
if itempath in self.BACKUP_FILTER:
continue
elif os.path.islink(itempath):
tar.add(itempath)
elif os.path.ismount(itempath):
tar.add(itempath, recursive=False)
elif os.path.isdir(itempath):
if os.listdir(itempath) == []:
tar.add(itempath)
else:
self.tar_add_folder(tar, itempath)
if self.backup_dlg is None:
return
else:
self.done_backup_size += os.path.getsize(itempath)
log.log(f'Adding to backup: {log.asciify(itempath)}',
log.DEBUG)
tar.add(itempath)
if hasattr(self, 'backup_dlg'):
progress = round(1.0 * self.done_backup_size /
self.total_backup_size * 100)
self.backup_dlg.update(
int(progress),
f'{print_folder}\n{log.asciify(item)}')
except:
self.backup_dlg.close()
self.backup_dlg = None
xbmcDialog.ok(oe._(32371), oe._(32402))
raise
def do_backup(self, listItem=None):
try:
self.total_backup_size = 1
self.done_backup_size = 1
try:
for directory in self.BACKUP_DIRS:
self.get_folder_size(directory)
except:
pass
bckDir = xbmcDialog.browse(0, oe._(32371), 'files', '', False,
False, self.BACKUP_DESTINATION)
if bckDir and os.path.exists(bckDir):
# free space check
try:
folder_stat = os.statvfs(bckDir)
free_space = folder_stat.f_frsize * folder_stat.f_bavail
if self.total_backup_size > free_space:
txt = oe.split_dialog_text(oe._(32379))
answer = xbmcDialog.ok(
'Backup', f'{txt[0]}\n{txt[1]}\n{txt[2]}')
return 0
except:
pass
self.backup_dlg = xbmcgui.DialogProgress()
self.backup_dlg.create('LibreELEC', oe._(32375))
if not os.path.exists(self.BACKUP_DESTINATION):
os.makedirs(self.BACKUP_DESTINATION)
self.backup_file = oe.timestamp() + '.tar'
tar = tarfile.open(bckDir + self.backup_file, 'w')
for directory in self.BACKUP_DIRS:
self.tar_add_folder(tar, directory)
tar.close()
self.backup_dlg.close()
del self.backup_dlg
finally:
self.backup_dlg.close()
def showButton(self, number, name, module, action, onup=None, onleft=None):
try:
oe.dbg_log('oeWindows::showButton', 'enter_function', oe.LOGDEBUG)
button = self.getControl(self.buttons[number]['id'])
self.buttons[number]['modul'] = module
self.buttons[number]['action'] = action
button.setLabel(oe._(name))
if onup != None:
button.controlUp(self.getControl(onup))
if onleft != None:
button.controlLeft(self.getControl(onleft))
button.setVisible(True)
oe.dbg_log('oeWindows::showButton', 'exit_function', oe.LOGDEBUG)
except Exception as e:
oe.dbg_log(f'oeWindows.mainWindow::showButton({str(number)}, {str(action)})', f'ERROR: ({repr(e)})')
def set_pinlock(self, listItem=None):
newpin = xbmcDialog.input(oe._(32226), type=xbmcgui.INPUT_NUMERIC)
if len(newpin) == 4:
newpinConfirm = xbmcDialog.input(oe._(32227),
type=xbmcgui.INPUT_NUMERIC)
if newpin != newpinConfirm:
xbmcDialog.ok(oe._(32228), oe._(32229))
else:
oe.PIN.set(newpin)
xbmcDialog.ok(oe._(32230), f'{oe._(32231)}\n\n{newpin}')
else:
xbmcDialog.ok(oe._(32232), oe._(32229))
if oe.PIN.isSet() == False:
self.struct['pinlock']['settings']['pinlock_enable']['value'] = '0'
oe.PIN.disable()
def TransferChanged(self, path, interface, dummy):
if 'Status' in interface:
if interface['Status'] == 'active':
self.parent.download_start = time.time()
self.parent.download = xbmcgui.DialogProgress()
self.parent.download.create(
'Bluetooth Filetransfer',
f'{oe._(32181)}: {self.parent.download_file}')
else:
if hasattr(self.parent, 'download'):
self.parent.download.close()
del self.parent.download
del self.parent.download_path
del self.parent.download_size
del self.parent.download_start
if interface['Status'] == 'complete':
xbmcDialog = xbmcgui.Dialog()
answer = xbmcDialog.yesno('Bluetooth Filetransfer',
oe._(32383))
if answer == 1:
fil = f'{oe.DOWNLOAD_DIR}/{self.parent.download_file}'
if 'image' in self.parent.download_type:
xbmc.executebuiltin(f'showpicture({fil})')
else:
xbmc.Player().play(fil)
del self.parent.download_type
del self.parent.download_file
if hasattr(self.parent, 'download'):
if 'Transferred' in interface:
transferred = int(interface['Transferred'] / 1024)
speed = transferred / (time.time() -
self.parent.download_start)
percent = int(
round(
100 / self.parent.download_size *
(interface['Transferred'] / 1024), 0))
message = f'{oe._(32181)}: {self.parent.download_file}\n{oe._(32382)}: {speed} KB/s'
self.parent.download.update(percent, message)
if self.parent.download.iscanceled():
obj = oe.dbusSystemBus.get_object(
'org.bluez.obex', self.parent.download_path)
itf = dbus.Interface(obj, 'org.bluez.obex.Transfer1')
itf.Cancel()
obj = None
itf = None
def build_json(self, notify_error=False):
update_json = self.get_json()
if self.struct['update']['settings']['ShowCustomChannels']['value'] == '1':
custom_urls = []
for i in 1,2,3:
custom_urls.append(self.struct['update']['settings'][f'CustomChannel{str(i)}']['value'])
for custom_url in custom_urls:
if custom_url != '':
custom_update_json = self.get_json(custom_url)
if not custom_update_json is None:
for channel in custom_update_json:
update_json[channel] = custom_update_json[channel]
elif notify_error:
ok_window = xbmcgui.Dialog()
answer = ok_window.ok(oe._(32191), f'Custom URL is invalid, or currently inaccessible.\n\n{custom_url}')
if not answer:
return
return update_json