def cb_lazbuild_helper(result):
def remove_whitespace(message):
message_old = message
message_new = message_old.replace('\n\n\n', '\n')
while message_old != message_new:
message_old = message_new
message_new = message_old.replace('\n\n\n', '\n')
return message_new
self.button_compile.setEnabled(True)
self.button_recompile_all.setEnabled(True)
self.button_cancel.setEnabled(False)
aborted = self.script_instance.abort
self.script_instance = None
okay, message = check_script_result(result,
stderr_is_redirected=True)
if not okay:
self.log(remove_whitespace(message), pre=True)
self.log('...error' if not aborted else '...canceled',
bold=True)
return
for s in remove_whitespace(result.stdout.rstrip()).split('\n'):
self.log(s, pre=True)
if aborted:
self.log('...canceled', bold=True)
elif result.exit_code != 0:
self.log('...error', bold=True)
else:
self.log('...done')
def cb_fpcmake_helper(result):
self.button_make.setEnabled(True)
self.button_clean.setEnabled(True)
self.button_cancel.setEnabled(False)
aborted = self.script_instance.abort
self.script_instance = None
okay, message = check_script_result(result,
stderr_is_redirected=True)
if not okay:
self.log(message, pre=True)
self.log('...error' if not aborted else '...canceled',
bold=True)
return
for s in result.stdout.rstrip().split('\n'):
self.log(s, pre=True)
if aborted:
self.log('...canceled', bold=True)
elif result.exit_code != 0:
self.log('...error', bold=True)
else:
self.log('...done')
def cb_settings_services_check(result):
okay, message = check_script_result(result)
if not okay:
self.label_discovering.setText('Error getting current services status:\n\n' + message)
services_check_result = json.loads(result.stdout)
if services_check_result:
if services_check_result['gpu'] is None or \
services_check_result['desktopenv'] is None or \
services_check_result['webserver'] is None or \
services_check_result['splashscreen'] is None or \
services_check_result['ap'] is None or \
services_check_result['servermonitoring'] is None or \
services_check_result['openhab'] is None or \
services_check_result['mobileinternet'] is None:
self.label_discovering.setText('Received incomplete current services status.')
else:
self.service_state.fetched = True
self.service_state.gpu = services_check_result['gpu']
self.service_state.desktopenv = services_check_result['desktopenv']
self.service_state.webserver = services_check_result['webserver']
self.service_state.splashscreen = services_check_result['splashscreen']
self.service_state.ap = services_check_result['ap']
self.service_state.servermonitoring = services_check_result['servermonitoring']
self.service_state.openhab = services_check_result['openhab']
self.service_state.mobileinternet = services_check_result['mobileinternet']
if self.image_version.number < (1, 4):
self.service_state.desktopenv = self.image_version.flavor == 'full'
self.label_discovering.hide()
self.tab_widget.show()
self.tab_widget.currentWidget().tab_on_focus()
def cb_update_tf_software_mkdtemp(result):
if not self.dialog_session:
return
okay, message = check_script_result(result)
if not okay:
msg = self.MESSAGE_ERR_UPDATE + ':\n' + message + '\n\n'
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(msg)
return
self.update_info['processed'] = 0
self.update_info['error'] = False
self.update_info['error_messages'] = ''
self.update_info['temp_dir'] = result.stdout.strip()
if self.update_info['brickv']['update']:
self.do_open_update_file(
REDFile(self.session), 'brickv',
posixpath.join(self.update_info['temp_dir'],
'brickv_linux_latest.deb'))
for d in self.update_info['bindings']:
if not d['update']:
continue
self.do_open_update_file(
REDFile(self.session), d['name'],
posixpath.join(
self.update_info['temp_dir'], 'tinkerforge_' +
d['name'] + '_bindings_latest.zip'))
def cb_update_tf_software_mkdtemp(result):
if not self.dialog_session:
return
okay, message = check_script_result(result)
if not okay:
msg = self.MESSAGE_ERR_UPDATE + ':\n' + message + '\n\n'
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(msg)
return
self.update_info['processed'] = 0
self.update_info['error'] = False
self.update_info['error_messages'] = ''
self.update_info['temp_dir'] = result.stdout.strip()
if self.update_info['brickv']['update']:
self.do_open_update_file(REDFile(self.session),
'brickv',
posixpath.join(self.update_info['temp_dir'], 'brickv_linux_latest.deb'))
for d in self.update_info['bindings']:
if not d['update']:
continue
self.do_open_update_file(REDFile(self.session),
d['name'],
posixpath.join(self.update_info['temp_dir'], 'tinkerforge_' + d['name'] + '_bindings_latest.zip'))
def bindings_version_success(self, result):
okay, message = check_script_result(result)
if not okay:
get_main_window().show_status('Failed to query RED Brick bindings versions: '+ message, message_id='red_bindings_version_success_error')
return
try:
versions = json.loads(result.stdout)
except Exception as e:
get_main_window().show_status('Failed to parse RED Brick bindings versions as JSON: '+ str(e), message_id='red_bindings_version_success_error')
return
get_main_window().hide_status('red_bindings_version_success_error')
self.device_info.bindings_infos = []
for url_part, version in versions['bindings'].items():
info = brickv.infos.BindingInfo()
info.name = brickv.infos.get_bindings_name(url_part)
info.url_part = url_part
info.firmware_version_installed = tuple(int(i) for i in version.split('.'))
brickv.infos.add_latest_fw(info)
self.device_info.bindings_infos.append(info)
red_brickv_info = brickv.infos.ToolInfo()
red_brickv_info.name = 'Brick Viewer'
red_brickv_info.url_part = 'brickv'
red_brickv_info.firmware_version_installed = tuple(int(i) for i in versions['brickv'].split('.'))
brickv.infos.add_latest_fw(red_brickv_info)
self.device_info.brickv_info = red_brickv_info
brickv.infos.get_infos_changed_signal().emit(self.device_info.uid)
def cb_openhab_configs_list(result):
okay, message = check_script_result(result, decode_stderr=True)
def fatal_error(text):
self.log_error(text)
self.action_in_progress = False
self.update_ui_state()
if not okay:
fatal_error(u'Error while collecting config files: {0}'.format(message))
return
try:
config_names = json.loads(result.stdout)
except Exception as e:
fatal_error(u'Received invalid config file collection: {0}'.format(e))
return
if not isinstance(config_names, dict):
fatal_error(u'Received invalid config file collection: Not a dictionary')
return
try:
configs_by_basename = {}
for name in config_names['items']:
configs_by_basename.setdefault(name[:-len('.items')], []).append((name, posixpath.join('/etc/openhab/configurations/items', name)))
for name in config_names['sitemaps']:
configs_by_basename.setdefault(name[:-len('.sitemap')], []).append((name, posixpath.join('/etc/openhab/configurations/sitemaps', name)))
for name in config_names['rules']:
configs_by_basename.setdefault(name[:-len('.rules')], []).append((name, posixpath.join('/etc/openhab/configurations/rules', name)))
except Exception as e:
fatal_error(u'Received invalid config file collection: {0}'.format(e))
return
old_configs = {}
for config in self.configs:
if config != None:
old_configs[config.display_name] = config
self.configs = [old_configs['openhab.cfg'], old_configs['logback.xml']]
for key in sorted(configs_by_basename):
value = configs_by_basename[key]
if len(value) > 0:
self.configs.append(None)
for display_name, absolute_name in sorted(value):
if display_name in old_configs:
self.configs.append(old_configs[display_name])
else:
self.configs.append(ConfigFile(display_name, absolute_name, self))
self.recreate_widgets()
self.refresh_config(0, done_callback)
def cb_success(result):
okay, message = check_script_result(result)
if not okay:
op = 'reboot' if param == 1 else 'shutdown'
QMessageBox.critical(get_main_window(),
'Failed to {} RED Brick'.format(op),
message)
def cb_openhab_set_configs_ownership(result):
okay, message = check_script_result(result, decode_stderr=True)
if not okay:
QMessageBox.critical(get_main_window(), 'Apply Changes Error',
'Error while setting ownership of {0}: {1}'.format(config.display_name, message))
else:
config.set_content(content)
def cb_openhab_set_configs_ownership(result):
okay, message = check_script_result(result, decode_stderr=True)
if not okay:
QMessageBox.critical(get_main_window(), 'Apply Changes Error',
'Error while setting ownership of {0}: {1}'.format(config.display_name, message))
else:
config.set_content(content)
def cb_settings_mobile_internet_get_status(self, result):
self.status_refresh_timer.stop()
if not self.is_tab_on_focus:
return
okay, _ = check_script_result(result)
if not okay:
self.status_refresh_timer.start(INTERVAL_REFRESH_STATUS)
return
try:
dict_status = json.loads(result.stdout)
except Exception as e:
QMessageBox.critical(get_main_window(),
MESSAGEBOX_TITLE,
MESSAGE_ERROR_STATUS_DECODE + ':\n\n' +str(e))
self.status_refresh_timer.start(INTERVAL_REFRESH_STATUS)
return
# Update status GUI elements
if not dict_status['status']:
self.label_mi_status_status.setText('-')
else:
self.label_mi_status_status.setText(dict_status['status'])
if not dict_status['signal_quality']:
self.label_mi_status_signal_quality.setText('-')
else:
self.label_mi_status_signal_quality.setText(dict_status['signal_quality'])
if not dict_status['interface']:
self.label_mi_status_interface.setText('-')
else:
self.label_mi_status_interface.setText(dict_status['interface'])
if not dict_status['ip']:
self.label_mi_status_ip.setText('-')
else:
self.label_mi_status_ip.setText(dict_status['ip'])
if not dict_status['subnet_mask']:
self.label_mi_status_subnet_mask.setText('-')
else:
self.label_mi_status_subnet_mask.setText(dict_status['subnet_mask'])
if not dict_status['gateway']:
self.label_mi_status_gateway.setText('-')
else:
self.label_mi_status_gateway.setText(dict_status['gateway'])
if not dict_status['dns']:
self.label_mi_status_dns.setText('-')
else:
self.label_mi_status_dns.setText(dict_status['dns'])
self.status_refresh_timer.start(INTERVAL_REFRESH_STATUS)
def cb_settings_ap_apply(result):
if self.image_version.number >= (1, 10):
okay, _ = check_script_result(result)
if okay:
self.script_manager.execute_script('settings_ap_status',
cb_settings_ap_status)
else:
gui_after_apply(result)
else:
gui_after_apply(result)
def cb_update_tf_software_copy_bindings(self, result):
if not self.dialog_session:
return
okay, message = check_script_result(result, add_stdout_to_message=True)
if not okay:
self.update_info['error'] = True
self.update_info['error_messages'] += message + '\n\n'
self.handle_update_tf_software_install_cb()
def cb_update_tf_software_copy_bindings(self, result):
if not self.dialog_session:
return
okay, message = check_script_result(result, add_stdout_to_message=True)
if not okay:
self.update_info['error'] = True
self.update_info['error_messages'] += message + '\n\n'
self.handle_update_tf_software_install_cb()
def cb_settings_ap_apply(result):
if self.image_version.number >= (1, 10):
okay, _ = check_script_result(result)
if okay:
self.script_manager.execute_script('settings_ap_status',
cb_settings_ap_status)
else:
gui_after_apply(result)
else:
gui_after_apply(result)
def cb_walk(result):
okay, message = check_script_result(result, decode_stderr=True)
if not okay:
self.label_error.setText('<b>Error:</b> ' +
html.escape(message))
self.label_error.setVisible(True)
self.refresh_files_done()
return
self.label_error.setVisible(False)
def expand_async(data):
try:
walk = json.loads(
zlib.decompress(memoryview(data)).decode('utf-8'))
except:
walk = None
if walk == None or not isinstance(walk, dict):
available_files = []
available_directories = []
walk = None
else:
available_files, available_directories = expand_walk_to_lists(
walk)
return walk, available_files, available_directories
def cb_expand_success(result):
walk, available_files, available_directories = result
self.available_files = available_files
self.available_directories = available_directories
if walk != None:
expand_walk_to_model(walk, self.tree_files_model,
self.folder_icon, self.file_icon)
else:
self.label_error.setText(
'<b>Error:</b> Received invalid data')
self.label_error.setVisible(True)
self.tree_files.header().setSortIndicator(0, Qt.AscendingOrder)
self.refresh_files_done()
def cb_expand_error():
self.label_error.setText('<b>Error:</b> Internal async error')
self.label_error.setVisible(True)
self.refresh_files_done()
async_call(expand_async, result.stdout, cb_expand_success,
cb_expand_error)
def cb_java_main_classes(result):
script_instance = script_instance_ref[0]
if script_instance != None:
aborted = script_instance.abort
else:
aborted = False
script_instance_ref[0] = None
def done():
progress.cancel()
self.combo_main_class.setEnabled(True)
self.completeChanged.emit()
if aborted:
done()
return
okay, message = check_script_result(result, decode_stderr=True)
if not okay:
self.label_main_class_error.setText('<b>Error:</b> ' + html.escape(message))
self.label_main_class_error.setVisible(True)
done()
return
def expand_async(data):
try:
main_classes = json.loads(zlib.decompress(memoryview(data)).decode('utf-8'))
if not isinstance(main_classes, dict):
main_classes = {}
except:
main_classes = {}
return main_classes
def cb_expand_success(main_classes):
self.combo_main_class.clear()
for cls in sorted(main_classes.keys()):
self.combo_main_class.addItem(cls, main_classes[cls])
self.combo_main_class_checker.set_current_text(program.cast_custom_option_value('java.main_class', str, ''))
done()
def cb_expand_error():
self.label_main_class_error.setText('<b>Error:</b> Internal async error')
self.label_main_class_error.setVisible(True)
done()
async_call(expand_async, result.stdout, cb_expand_success, cb_expand_error)
def cb_java_main_classes(result):
script_instance = script_instance_ref[0]
if script_instance != None:
aborted = script_instance.abort
else:
aborted = False
script_instance_ref[0] = None
def done():
progress.cancel()
self.combo_main_class.setEnabled(True)
self.completeChanged.emit()
if aborted:
done()
return
okay, message = check_script_result(result, decode_stderr=True)
if not okay:
self.label_main_class_error.setText('<b>Error:</b> ' + Qt.escape(message))
self.label_main_class_error.setVisible(True)
done()
return
def expand_async(data):
try:
main_classes = json.loads(zlib.decompress(buffer(data)).decode('utf-8'))
if not isinstance(main_classes, dict):
main_classes = {}
except:
main_classes = {}
return main_classes
def cb_expand_success(main_classes):
self.combo_main_class.clear()
for cls in sorted(main_classes.keys()):
self.combo_main_class.addItem(cls, main_classes[cls])
self.combo_main_class_checker.set_current_text(program.cast_custom_option_value('java.main_class', unicode, ''))
done()
def cb_expand_error():
self.label_main_class_error.setText('<b>Error:</b> Internal async error')
self.label_main_class_error.setVisible(True)
done()
async_call(expand_async, result.stdout, cb_expand_success, cb_expand_error)
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = result.stderr.split('\n')[1].split(' ')[5].replace(')', '')
callback([ExecutableVersion('/usr/bin/java', version)])
return
except:
pass
# Could not get versions, we assume that some version of java 8 is installed
callback([ExecutableVersion('/usr/bin/java', '1.8')])
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = result.stdout.split("\n")[0].split(" ")[1]
callback([ExecutableVersion("/usr/bin/php", version)])
return
except:
pass
# Could not get versions, we assume that some version of php 5 is installed
callback([ExecutableVersion("/usr/bin/php", "5.x")])
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = result.stdout.split('\n')[0].replace('v', '')
callback([ExecutableVersion('/usr/local/bin/node', version)])
return
except:
pass
# Could not get versions, we assume that some version of nodejs is installed
callback([ExecutableVersion('/usr/local/bin/node', None)])
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = result.stdout.split('\n')[0]
callback([ExecutableVersion('/usr/bin/lazbuild', version)])
return
except:
pass
# Could not get versions, we assume that lazbuild is not installed
callback([ExecutableVersion('/usr/bin/lazbuild', None)])
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = result.stderr.split('\n')[1].split(' ')[5].replace(')', '')
callback([ExecutableVersion('/usr/bin/java', version)])
return
except:
pass
# Could not get versions, we assume that some version of java 8 is installed
callback([ExecutableVersion('/usr/bin/java', '1.8')])
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = result.stdout.split('\n')[1].split(' ')[8].replace('(v', '').replace('(', '').replace(')', '')
callback([ExecutableVersion('/usr/bin/perl', version)])
return
except:
pass
# Could not get versions, we assume that some version of perl 5 is installed
callback([ExecutableVersion('/usr/bin/perl', '5.x')])
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = result.stdout.split('\n')[0].split(' ')[4]
callback([ExecutableVersion('/usr/bin/mono', version)])
return
except:
pass
# Could not get versions, we assume that some version of mono 3.2 is installed
callback([ExecutableVersion('/usr/bin/mono', '3.2')])
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = (' '.join(result.stdout.split('\n')[0].split(' ')[:-1])).replace('version ', '')
callback([ExecutableVersion('/bin/bash', version)])
return
except:
pass
# Could not get versions, we assume that some version of bash is installed
callback([ExecutableVersion('/bin/bash', 'bash')])
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = result.stdout.split('\n')[0]
callback([ExecutableVersion('/usr/bin/lazbuild', version)])
return
except:
pass
# Could not get versions, we assume that lazbuild is not installed
callback([ExecutableVersion('/usr/bin/lazbuild', None)])
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = result.stdout.split('\n')[1].split(' ')[8].replace('(v', '').replace('(', '').replace(')', '')
callback([ExecutableVersion('/usr/bin/perl', version)])
return
except:
pass
# Could not get versions, we assume that some version of perl 5 is installed
callback([ExecutableVersion('/usr/bin/perl', '5.x')])
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = result.stdout.split('\n')[0].split(' ')[1]
callback([ExecutableVersion('/usr/bin/ruby', version)])
return
except:
pass
# Could not get versions, we assume that some version of ruby 1.9 is installed
callback([ExecutableVersion('/usr/bin/ruby', '1.9')])
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = result.stdout.split('\n')[0].replace('v', '')
callback([ExecutableVersion('/usr/local/bin/node', version)])
return
except:
pass
# Could not get versions, we assume that some version of nodejs is installed
callback([ExecutableVersion('/usr/local/bin/node', None)])
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
version = (' '.join(
result.stdout.split('\n')[0].split(' ')[:-1])).replace(
'version ', '')
callback([ExecutableVersion('/bin/bash', version)])
return
except:
pass
# Could not get versions, we assume that some version of bash is installed
callback([ExecutableVersion('/bin/bash', 'bash')])
def cb_settings_ap_status(result):
okay, _ = check_script_result(result)
if okay:
ap_mode_status = json.loads(result.stdout)
if ap_mode_status['ap_incomplete_config'] or \
ap_mode_status['ap_hardware_or_config_problem']:
apply_dict['hostapd_driver'] = 'driver=rtl871xdrv'
self.script_manager.execute_script('settings_ap_apply',
cb_settings_ap_apply_2,
[json.dumps(apply_dict)])
else:
gui_after_apply(result)
else:
gui_after_apply(result)
def cb_settings_ap_status(result):
okay, _ = check_script_result(result)
if okay:
ap_mode_status = json.loads(result.stdout)
if ap_mode_status['ap_incomplete_config'] or \
ap_mode_status['ap_hardware_or_config_problem']:
apply_dict['hostapd_driver'] = 'driver=rtl871xdrv'
self.script_manager.execute_script(
'settings_ap_apply', cb_settings_ap_apply_2,
[json.dumps(apply_dict)])
else:
gui_after_apply(result)
else:
gui_after_apply(result)
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
versions = result.stdout.split('\n')
callback([ExecutableVersion('/usr/bin/python2', versions[0].split(' ')[1]),
ExecutableVersion('/usr/bin/python3', versions[1].split(' ')[1])])
return
except:
pass
# Could not get versions, we assume that some version
# of python 2.7 and some version of python 3 is installed
callback([ExecutableVersion('/usr/bin/python2', '2.7'),
ExecutableVersion('/usr/bin/python3', '3.x')])
def cb_walk(result):
okay, message = check_script_result(result, decode_stderr=True)
if not okay:
self.label_error.setText('<b>Error:</b> ' + html.escape(message))
self.label_error.setVisible(True)
self.refresh_files_done()
return
self.label_error.setVisible(False)
def expand_async(data):
try:
walk = json.loads(zlib.decompress(memoryview(data)).decode('utf-8'))
except:
walk = None
if walk == None or not isinstance(walk, dict):
available_files = []
available_directories = []
walk = None
else:
available_files, available_directories = expand_walk_to_lists(walk)
return walk, available_files, available_directories
def cb_expand_success(result):
walk, available_files, available_directories = result
self.available_files = available_files
self.available_directories = available_directories
if walk != None:
expand_walk_to_model(walk, self.tree_files_model, self.folder_icon, self.file_icon)
else:
self.label_error.setText('<b>Error:</b> Received invalid data')
self.label_error.setVisible(True)
self.tree_files.header().setSortIndicator(0, Qt.AscendingOrder)
self.refresh_files_done()
def cb_expand_error():
self.label_error.setText('<b>Error:</b> Internal async error')
self.label_error.setVisible(True)
self.refresh_files_done()
async_call(expand_async, result.stdout, cb_expand_success, cb_expand_error)
def cb_update_main(result):
okay, _ = check_script_result(result)
if not okay:
return
versions = result.stdout.split('\n')
num_versions = len(self.package_list[0])
if len(versions) < num_versions:
# TODO: Error for user?
return
for i in range(num_versions):
self.package_list[0][i]['version'] = versions[i]
self.tab_data[0]['updated'] = True
self.update_table()
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
versions = result.stdout.split('\n\n')
version_gcc = versions[0].split('\n')[0].split(' ')
version_gpp = versions[1].split('\n')[0].split(' ')
callback([ExecutableVersion('/usr/bin/' + version_gcc[0], version_gcc[3]),
ExecutableVersion('/usr/bin/' + version_gpp[0], version_gpp[3])])
return
except:
pass
# Could not get versions, we assume that some version of gcc/g++ is installed
callback([ExecutableVersion('/usr/bin/gcc', None),
ExecutableVersion('/usr/bin/g++', None)])
def cb_update_main(result):
okay, _ = check_script_result(result)
if not okay:
return
versions = result.stdout.split('\n')
num_versions = len(self.package_list[0])
if len(versions) < num_versions:
# TODO: Error for user?
return
for i in range(num_versions):
self.package_list[0][i]['version'] = versions[i]
self.tab_data[0]['updated'] = True
self.update_table()
def cb_settings_services_check(result):
okay, message = check_script_result(result)
if not okay:
self.label_discovering.setText(
'Error getting current services status:\n\n' + message)
return
services_check_result = json.loads(result.stdout)
if services_check_result:
if services_check_result['gpu'] is None or \
services_check_result['desktopenv'] is None or \
services_check_result['webserver'] is None or \
services_check_result['splashscreen'] is None or \
services_check_result['ap'] is None or \
services_check_result['servermonitoring'] is None or \
services_check_result['openhab'] is None or \
services_check_result['mobileinternet'] is None:
self.label_discovering.setText(
'Received incomplete current services status.')
else:
self.service_state.fetched = True
self.service_state.gpu = services_check_result['gpu']
self.service_state.desktopenv = services_check_result[
'desktopenv']
self.service_state.webserver = services_check_result[
'webserver']
self.service_state.splashscreen = services_check_result[
'splashscreen']
self.service_state.ap = services_check_result['ap']
self.service_state.servermonitoring = services_check_result[
'servermonitoring']
self.service_state.openhab = services_check_result[
'openhab']
self.service_state.mobileinternet = services_check_result[
'mobileinternet']
if self.image_version.number < (1, 4):
self.service_state.desktopenv = self.image_version.flavor == 'full'
self.label_discovering.hide()
self.tab_widget.show()
self.tab_widget.currentWidget().tab_on_focus()
def bindings_version_success(self, result):
okay, message = check_script_result(result)
if not okay:
get_main_window().show_status(
'Failed to query RED Brick bindings versions: ' + message,
message_id='red_bindings_version_success_error')
return
try:
versions = json.loads(result.stdout)
except Exception as e:
get_main_window().show_status(
'Failed to parse RED Brick bindings versions as JSON: ' +
str(e),
message_id='red_bindings_version_success_error')
return
get_main_window().hide_status('red_bindings_version_success_error')
self.device_info.bindings_infos = []
for url_part, version in versions['bindings'].items():
bindings_info = BindingsInfo()
bindings_info.name = get_bindings_name(url_part)
bindings_info.url_part = url_part
bindings_info.firmware_version_installed = tuple(
int(i) for i in version.split('.'))
bindings_info.update_firmware_version_latest()
self.device_info.bindings_infos.append(bindings_info)
brickv_info = ToolInfo()
brickv_info.name = 'Brick Viewer'
brickv_info.url_part = 'brickv'
brickv_info.firmware_version_installed = tuple(
int(i) for i in versions['brickv'].split('.'))
brickv_info.update_firmware_version_latest()
self.device_info.brickv_info = brickv_info
inventory.sync()
def cb_update_tf_software_install(self, is_binding, name, result):
if not self.dialog_session:
return
display_name = ''
self.update_info['processed'] = self.update_info['processed'] + 1
if name == 'brickv':
display_name = self.update_info['brickv']['display_name']
else:
for d in self.update_info['bindings']:
if d['name'] != name:
continue
display_name = d['display_name']
break
okay, message = check_script_result(result, add_stdout_to_message=True)
if not okay:
self.update_info['error'] = True
self.update_info[
'error_messages'] += 'Error while installing ' + display_name + ':\n' + message + '\n\n'
self.handle_update_tf_software_install_cb()
else:
self.label_pbar.setText('Installed ' + display_name)
if is_binding:
'''
Copy the bindings from the temp directory to the target directory.
This copy will update the changelog which is the basis of update detection.
It is important to ensure that the copying is done *AFTER* the update process was successful.
'''
self.script_manager.execute_script(
'update_tf_software_copy_bindings',
self.cb_update_tf_software_copy_bindings, [
posixpath.join(self.update_info['temp_dir'],
'bindings'), name
])
else:
self.handle_update_tf_software_install_cb()
def cb_versions(result):
okay, _ = check_script_result(result, stderr_is_redirected=True)
if okay:
try:
versions = result.stdout.split('\n')
callback([
ExecutableVersion('/usr/bin/python2',
versions[0].split(' ')[1]),
ExecutableVersion('/usr/bin/python3',
versions[1].split(' ')[1])
])
return
except:
pass
# Could not get versions, we assume that some version
# of python 2.7 and some version of python 3 is installed
callback([
ExecutableVersion('/usr/bin/python2', '2.7'),
ExecutableVersion('/usr/bin/python3', '3.x')
])
def cb_update_tf_software_install(self, is_binding, name, result):
if not self.dialog_session:
return
display_name = ''
self.update_info['processed'] = self.update_info['processed'] + 1
if name == 'brickv':
display_name = self.update_info['brickv']['display_name']
else:
for d in self.update_info['bindings']:
if d['name'] != name:
continue
display_name = d['display_name']
break
okay, message = check_script_result(result, add_stdout_to_message=True)
if not okay:
self.update_info['error'] = True
self.update_info['error_messages'] += 'Error while installing ' + display_name + ':\n' + message + '\n\n'
self.handle_update_tf_software_install_cb()
else:
self.label_pbar.setText('Installed ' + display_name)
if is_binding:
'''
Copy the bindings from the temp directory to the target directory.
This copy will update the changelog which is the basis of update detection.
It is important to ensure that the copying is done *AFTER* the update process was successful.
'''
self.script_manager.execute_script('update_tf_software_copy_bindings',
self.cb_update_tf_software_copy_bindings,
[posixpath.join(self.update_info['temp_dir'], 'bindings'), name])
else:
self.handle_update_tf_software_install_cb()
def cb_versions(result):
okay, _ = check_script_result(result)
if okay:
try:
versions = result.stdout.split('\n\n')
version_gcc = versions[0].split('\n')[0].split(' ')
version_gpp = versions[1].split('\n')[0].split(' ')
callback([
ExecutableVersion('/usr/bin/' + version_gcc[0],
version_gcc[3]),
ExecutableVersion('/usr/bin/' + version_gpp[0],
version_gpp[3])
])
return
except:
pass
# Could not get versions, we assume that some version of gcc/g++ is installed
callback([
ExecutableVersion('/usr/bin/gcc', None),
ExecutableVersion('/usr/bin/g++', None)
])
def cb_program_logs_list(result):
okay, message = check_script_result(result, decode_stderr=True)
if not okay:
self.label_error.setText('<b>Error:</b> ' + html.escape(message))
self.label_error.setVisible(True)
self.refresh_logs_done()
return
try:
# FIXME: do decompress in an async_call
program_logs_list = json.loads(zlib.decompress(memoryview(result.stdout)).decode('utf-8'))
except:
program_logs_list = None
if program_logs_list == None or not isinstance(program_logs_list, dict):
self.label_error.setText('<b>Error:</b> Received invalid data')
self.label_error.setVisible(True)
self.refresh_logs_done()
return
self.label_error.setVisible(False)
def create_file_size_item(size):
item = QStandardItem(get_file_display_size(size))
item.setData(size, USER_ROLE_SIZE)
return item
def update_file_size_item(item, additional_size):
current_size = item.data(USER_ROLE_SIZE)
new_size = current_size + additional_size
item.setText(get_file_display_size(new_size))
item.setData(new_size, USER_ROLE_SIZE)
continuous_row = None
date_rows = {}
time_rows = {}
for file_name, file_size in program_logs_list.items():
QApplication.processEvents()
file_name_parts = file_name.split('_')
if file_name_parts[0] == "continuous":
if len(file_name_parts) != 2:
continue
if continuous_row == None:
continuous_item = QStandardItem("Continuous")
continuous_item.setData(ITEM_TYPE_PARENT_CONT, USER_ROLE_ITEM_TYPE)
continuous_row = [continuous_item, create_file_size_item(0)]
self.tree_logs_model.appendRow(continuous_row)
log_item = QStandardItem(file_name_parts[1])
log_item.setData(self.file_icon, Qt.DecorationRole)
log_item.setData(file_name, USER_ROLE_FILE_NAME)
log_item.setData(ITEM_TYPE_LOG_FILE_CONT, USER_ROLE_ITEM_TYPE)
continuous_row[0].appendRow([log_item, create_file_size_item(file_size)])
update_file_size_item(continuous_row[1], file_size)
else:
if len(file_name_parts) != 3:
continue
try:
timestamp = int(file_name_parts[1].split('+')[0]) // 1000000
except ValueError:
continue
#FIXME: fromTime_t is obsolete: https://doc.qt.io/qt-5/qdatetime-obsolete.html#toTime_t
date = QDateTime.fromTime_t(timestamp).toString('yyyy-MM-dd')
time = QDateTime.fromTime_t(timestamp).toString('HH:mm:ss')
date_time = date + 'T' + time
if date in date_rows:
date_row = date_rows[date]
else:
date_item = QStandardItem(date)
date_item.setData(ITEM_TYPE_PARENT_DATE, USER_ROLE_ITEM_TYPE)
date_row = [date_item, create_file_size_item(0)]
date_rows[date] = date_row
self.tree_logs_model.appendRow(date_row)
if date_time in time_rows:
time_row = time_rows[date_time]
else:
time_item = QStandardItem(time)
time_item.setData(ITEM_TYPE_PARENT_TIME, USER_ROLE_ITEM_TYPE)
time_row = [time_item, create_file_size_item(0)]
time_rows[date_time] = time_row
date_row[0].appendRow(time_row)
log_item = QStandardItem(file_name_parts[2])
log_item.setData(self.file_icon, Qt.DecorationRole)
log_item.setData(file_name, USER_ROLE_FILE_NAME)
log_item.setData(ITEM_TYPE_LOG_FILE, USER_ROLE_ITEM_TYPE)
time_row[0].appendRow([log_item, create_file_size_item(file_size)])
update_file_size_item(time_row[1], file_size)
update_file_size_item(date_row[1], file_size)
self.tree_logs.header().setSortIndicator(0, Qt.DescendingOrder)
self.refresh_logs_done()
def cb_update_tf_software_get_installed_versions(result):
if not self.dialog_session:
return
self.set_current_state(self.STATE_NO_UPDATES_AVAILABLE)
okay, message = check_script_result(result)
if not okay:
msg = self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + ':\n' + message + '\n\n'
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(msg)
return
updates_available_main = False
update_info = {
'brickv': {},
'processed': 0,
'temp_dir': '',
'bindings': [],
'error': False,
'updates_total': 0,
'error_messages': ''
}
installed_versions = json.loads(result.stdout)
if not isinstance(installed_versions, dict):
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + '.')
return
for key, value in installed_versions.items():
if key == 'brickv':
update_info['brickv']['to'] = '0'
update_info['brickv']['name'] = '-'
update_info['brickv']['from'] = '0'
update_info['brickv']['data'] = None
update_info['brickv']['update'] = False
update_info['brickv']['display_name'] = '-'
if isinstance(value,
str) and value != '' and value != '-':
update_info['brickv']['from'] = value
update_info['brickv']['name'] = 'brickv'
continue
else:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + '.')
return
elif key == 'bindings':
if isinstance(value, dict) and value:
for k, v in value.items():
d = {}
d['to'] = '0'
d['name'] = '-'
d['from'] = '0'
d['data'] = None
d['update'] = False
d['display_name'] = '-'
if isinstance(v, str) and v != '' and v != '-':
d['from'] = v
d['name'] = k.strip()
update_info['bindings'].append(d)
else:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_GET_INSTALLED_VERSIONS
+ '.')
return
continue
else:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + '.')
return
else:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + '.')
return
# Try to get the latest version numbers.
try:
response = urlopen(self.URL_LATEST_VERSIONS, timeout=10)
response_data = response.read().decode('utf-8')
except urllib.error.URLError:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
response_data_lines = response_data.splitlines()
if len(response_data_lines) < 1:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
for l in response_data_lines:
l_split = l.strip().split(':')
if len(l_split) != 3:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
else:
if l_split[0] == 'tools' and l_split[1] == 'brickv':
update_info['brickv']['to'] = l_split[2]
update_info['brickv'][
'display_name'] = 'Brick Viewer'
version_to = StrictVersion(l_split[2].strip())
version_from = StrictVersion(
update_info['brickv']['from'].strip())
if version_to > version_from:
updates_available_main = True
update_info['brickv']['update'] = True
else:
update_info['brickv']['update'] = False
continue
elif l_split[0] == 'bindings':
if l_split[1] == 'c':
found, updates_available = self.update_latest_version_info(
update_info, l_split[1], l_split[2],
'C/C++ Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'csharp':
found, updates_available = self.update_latest_version_info(
update_info, l_split[1], l_split[2],
'C#/Mono Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'delphi':
found, updates_available = self.update_latest_version_info(
update_info, l_split[1], l_split[2],
'Delphi/Lazarus Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'java':
found, updates_available = self.update_latest_version_info(
update_info, l_split[1], l_split[2],
'Java Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'javascript':
found, updates_available = self.update_latest_version_info(
update_info, l_split[1], l_split[2],
'JavaScript Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'matlab':
found, updates_available = self.update_latest_version_info(
update_info, l_split[1], l_split[2],
'Octave Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'perl':
found, updates_available = self.update_latest_version_info(
update_info, l_split[1], l_split[2],
'Perl Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'php':
found, updates_available = self.update_latest_version_info(
update_info, l_split[1], l_split[2],
'PHP Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'python':
found, updates_available = self.update_latest_version_info(
update_info, l_split[1], l_split[2],
'Python Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'ruby':
found, updates_available = self.update_latest_version_info(
update_info, l_split[1], l_split[2],
'Ruby Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'shell':
found, updates_available = self.update_latest_version_info(
update_info, l_split[1], l_split[2],
'Shell Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'vbnet':
found, updates_available = self.update_latest_version_info(
update_info, l_split[1], l_split[2],
'VB.NET Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
self.red_plugin.bindings_version_success(result)
_check_update_available = self.check_update_available(
update_info)
if not _check_update_available:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(
self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + '.')
return
if updates_available_main:
self.set_current_state(self.STATE_UPDATES_AVAILABLE)
self.do_update_available_message(update_info)
else:
self.set_current_state(self.STATE_NO_UPDATES_AVAILABLE)
self.tedit_main.setText(
self.MESSAGE_INFO_STATE_NO_UPDATES_AVAILABLE)
def cb_overview(self, result):
# check if the tab is still on view or not
if not self.is_tab_on_focus:
self.refresh_timer.stop()
return
self.refresh_counter = 0
self.refresh_timer.start(REFRESH_TIMEOUT)
okay, message = check_script_result(result, decode_stderr=True)
if not okay:
self.label_error.setText('<b>Error:</b> ' + QtCore.Qt.escape(message))
self.label_error.show()
return
self.label_error.hide()
try:
data = json.loads(zlib.decompress(buffer(result.stdout)).decode('utf-8'))
days, days_remainder = divmod(int(data['uptime']), 24 * 60 * 60)
hours, hours_remainder = divmod(days_remainder, 60 * 60)
minutes, _ = divmod(hours_remainder, 60)
uptime = ''
if days > 0:
uptime += str(days)
if days == 1:
uptime += ' day '
else:
uptime += ' days '
if hours > 0:
uptime += str(hours)
if hours == 1:
uptime += ' hour '
else:
uptime += ' hours '
uptime += str(minutes)
if minutes == 1:
uptime += ' minute'
else:
uptime += ' minutes'
cpu_percent = data['cpu_used']
cpu_percent_v = int(data['cpu_used'])
memory_used = self.bytes2human(int(data['mem_used']))
memory_total = self.bytes2human(int(data['mem_total']))
memory_percent = "%.1f" % ((float(memory_used) / float(memory_total)) * 100)
memory_percent_v = int(memory_percent.split('.')[0])
storage_used = self.bytes2human(int(data['disk_used']))
storage_total = self.bytes2human(int(data['disk_total']))
storage_percent = "%.1f" % ((float(storage_used) / float(storage_total)) * 100)
storage_percent_v = int(storage_percent.split('.')[0])
nic_data_dict = data['ifaces']
processes_data_list = data['processes']
except:
# some parsing error due to malfromed or incomplete output occured.
# ignore it and wait for the next update
return
self.label_uptime_value.setText(uptime)
pbar_cpu_fmt = "{0}%".format(cpu_percent)
pbar_memory_fmt = "{0}% [{1} of {2} MiB]".format(memory_percent, memory_used, memory_total)
pbar_storage_fmt = "{0}% [{1} of {2} GiB]".format(storage_percent, storage_used, storage_total)
if sys.platform == 'darwin':
self.label_pbar_cpu.show()
self.label_pbar_memory.show()
self.label_pbar_storage.show()
self.label_pbar_cpu.setText(pbar_cpu_fmt)
self.label_pbar_memory.setText(pbar_memory_fmt)
self.label_pbar_storage.setText(pbar_storage_fmt)
else:
self.pbar_cpu.setFormat(pbar_cpu_fmt)
self.pbar_memory.setFormat(pbar_memory_fmt)
self.pbar_storage.setFormat(pbar_storage_fmt)
self.pbar_cpu.setValue(cpu_percent_v)
self.pbar_memory.setValue(memory_percent_v)
self.pbar_storage.setValue(storage_percent_v)
self.nic_item_model.removeRows(0, self.nic_item_model.rowCount())
def _get_nic_transfer_rate(bytes_now, bytes_previous, delta_time):
return "%.1f" % float(((bytes_now - bytes_previous) / delta_time) / 1024)
new_time = time.time()
delta = new_time - self.nic_time
self.nic_time = new_time
for i, key in enumerate(nic_data_dict):
if key not in self.nic_previous_bytes:
self.nic_time = time.time()
self.nic_item_model.setItem(i, 0, QtGui.QStandardItem(key))
self.nic_item_model.setItem(i, 1, QtGui.QStandardItem("Collecting data..."))
self.nic_item_model.setItem(i, 2, QtGui.QStandardItem("Collecting data..."))
else:
download_rate = _get_nic_transfer_rate(nic_data_dict[key][1],
self.nic_previous_bytes[key]['received'],
delta)
upload_rate = _get_nic_transfer_rate(nic_data_dict[key][0],
self.nic_previous_bytes[key]['sent'],
delta)
self.nic_item_model.setItem(i, 0, QtGui.QStandardItem(key))
self.nic_item_model.setItem(i, 1, QtGui.QStandardItem(download_rate + " KiB/s"))
self.nic_item_model.setItem(i, 2, QtGui.QStandardItem(upload_rate + " KiB/s"))
self.nic_previous_bytes[key] = {'sent': nic_data_dict[key][0],
'received': nic_data_dict[key][1]}
self.nic_item_model.sort(self.tview_nic_previous_sort['column_index'],
self.tview_nic_previous_sort['order'])
self.process_item_model.removeRows(0, self.process_item_model.rowCount())
if self.cbox_based_on.currentIndex() == 0:
processes_data_list_sorted = sorted(processes_data_list,
key=itemgetter('cpu'),
reverse=True)
elif self.cbox_based_on.currentIndex() == 1:
processes_data_list_sorted = sorted(processes_data_list,
key=itemgetter('mem'),
reverse=True)
processes_data_list_sorted = processes_data_list_sorted[:self.sbox_number_of_process.value()]
for i, p in enumerate(processes_data_list_sorted):
name = unicode(p['name'])
cmdline = unicode(p['cmd'])
if len(cmdline) == 0:
cmdline = name
item_name = QtGui.QStandardItem(name)
item_name.setToolTip(cmdline)
self.process_item_model.setItem(i, 0, item_name)
item_pid = QtGui.QStandardItem(unicode(p['pid']))
self.process_item_model.setItem(i, 1, item_pid)
item_user = QtGui.QStandardItem(unicode(p['user']))
self.process_item_model.setItem(i, 2, item_user)
cpu = p['cpu']
item_cpu = QtGui.QStandardItem(unicode(cpu / 10.0)+'%')
item_cpu.setData(cpu)
self.process_item_model.setItem(i, 3, item_cpu)
mem = p['mem']
item_mem = QtGui.QStandardItem(unicode(mem / 10.0)+'%')
item_mem.setData(mem)
self.process_item_model.setItem(i, 4, item_mem)
self.process_item_model.sort(self.tview_process_previous_sort['column_index'],
self.tview_process_previous_sort['order'])
def cb_update_tf_software_get_installed_versions(result):
if not self.dialog_session:
return
self.set_current_state(self.STATE_NO_UPDATES_AVAILABLE)
okay, message = check_script_result(result)
if not okay:
msg = self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + ':\n' + message + '\n\n'
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(msg)
return
updates_available_main = False
update_info = {'brickv': {},
'processed': 0,
'temp_dir': '',
'bindings': [],
'error': False,
'updates_total': 0,
'error_messages': ''}
installed_versions = json.loads(result.stdout)
if not isinstance(installed_versions, dict):
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + '.')
return
for key, value in installed_versions.items():
if key == 'brickv':
update_info['brickv']['to'] = '0'
update_info['brickv']['name'] = '-'
update_info['brickv']['from'] = '0'
update_info['brickv']['data'] = None
update_info['brickv']['update'] = False
update_info['brickv']['display_name'] = '-'
if isinstance(value, str) and value != '' and value != '-':
update_info['brickv']['from'] = value
update_info['brickv']['name'] = 'brickv'
continue
else:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + '.')
return
elif key == 'bindings':
if isinstance(value, dict) and value:
for k, v in value.items():
d = {}
d['to'] = '0'
d['name'] = '-'
d['from'] = '0'
d['data'] = None
d['update'] = False
d['display_name'] = '-'
if isinstance(v, str) and v != '' and v != '-':
d['from'] = v
d['name'] = k.strip()
update_info['bindings'].append(d)
else:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + '.')
return
continue
else:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + '.')
return
else:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + '.')
return
# Try to get the latest version numbers.
try:
response = urllib.request.urlopen(self.URL_LATEST_VERSIONS, timeout=10)
response_data = response.read().decode('utf-8')
except urllib.error.URLError:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
response_data_lines = response_data.splitlines()
if len(response_data_lines) < 1:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
for l in response_data_lines:
l_split = l.strip().split(':')
if len(l_split) != 3:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
else:
if l_split[0] == 'tools' and l_split[1] == 'brickv':
update_info['brickv']['to'] = l_split[2]
update_info['brickv']['display_name'] = 'Brick Viewer'
version_to = StrictVersion(l_split[2].strip())
version_from = StrictVersion(update_info['brickv']['from'].strip())
if version_to > version_from:
updates_available_main = True
update_info['brickv']['update'] = True
else:
update_info['brickv']['update'] = False
continue
elif l_split[0] == 'bindings':
if l_split[1] == 'c':
found, updates_available = self.update_latest_version_info(update_info,
l_split[1],
l_split[2],
'C/C++ Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'csharp':
found, updates_available = self.update_latest_version_info(update_info,
l_split[1],
l_split[2],
'C#/Mono Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'delphi':
found, updates_available = self.update_latest_version_info(update_info,
l_split[1],
l_split[2],
'Delphi/Lazarus Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'java':
found, updates_available = self.update_latest_version_info(update_info,
l_split[1],
l_split[2],
'Java Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'javascript':
found, updates_available = self.update_latest_version_info(update_info,
l_split[1],
l_split[2],
'JavaScript Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'matlab':
found, updates_available = self.update_latest_version_info(update_info,
l_split[1],
l_split[2],
'Octave Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'perl':
found, updates_available = self.update_latest_version_info(update_info,
l_split[1],
l_split[2],
'Perl Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'php':
found, updates_available = self.update_latest_version_info(update_info,
l_split[1],
l_split[2],
'PHP Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'python':
found, updates_available = self.update_latest_version_info(update_info,
l_split[1],
l_split[2],
'Python Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'ruby':
found, updates_available = self.update_latest_version_info(update_info,
l_split[1],
l_split[2],
'Ruby Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'shell':
found, updates_available = self.update_latest_version_info(update_info,
l_split[1],
l_split[2],
'Shell Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
elif l_split[1] == 'vbnet':
found, updates_available = self.update_latest_version_info(update_info,
l_split[1],
l_split[2],
'VB.NET Bindings')
if not found:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_CHECK_LATEST_VERSIONS)
return
if updates_available:
updates_available_main = True
self.red_plugin.bindings_version_success(result)
_check_update_available = self.check_update_available(update_info)
if not _check_update_available:
self.set_current_state(self.STATE_INIT)
self.tedit_main.setText(self.MESSAGE_ERR_GET_INSTALLED_VERSIONS + '.')
return
if updates_available_main:
self.set_current_state(self.STATE_UPDATES_AVAILABLE)
self.do_update_available_message(update_info)
else:
self.set_current_state(self.STATE_NO_UPDATES_AVAILABLE)
self.tedit_main.setText(self.MESSAGE_INFO_STATE_NO_UPDATES_AVAILABLE)
def cb_openhab_configs_list(result):
okay, message = check_script_result(result, decode_stderr=True)
def fatal_error(text):
self.log_error(text)
self.action_in_progress = False
self.update_ui_state()
if not okay:
fatal_error(
'Error while collecting config files: {0}'.format(message))
return
try:
config_names = json.loads(result.stdout)
except Exception as e:
fatal_error(
'Received invalid config file collection: {0}'.format(e))
return
if not isinstance(config_names, dict):
fatal_error(
'Received invalid config file collection: Not a dictionary'
)
return
try:
configs_by_basename = {}
for name in config_names['items']:
if self.image_version.number < (1, 10):
configs_by_basename.setdefault(
name[:-len('.items')], []).append(
(name,
posixpath.join(
'/etc/openhab/configurations/items',
name)))
else:
configs_by_basename.setdefault(
name[:-len('.items')], []).append(
(name,
posixpath.join('/etc/openhab2/items', name)))
for name in config_names['sitemaps']:
if self.image_version.number < (1, 10):
configs_by_basename.setdefault(
name[:-len('.sitemap')], []).append(
(name,
posixpath.join(
'/etc/openhab/configurations/sitemaps',
name)))
else:
configs_by_basename.setdefault(
name[:-len('.sitemap')], []).append(
(name,
posixpath.join('/etc/openhab2/sitemaps',
name)))
for name in config_names['rules']:
if self.image_version.number < (1, 10):
configs_by_basename.setdefault(
name[:-len('.rules')], []).append(
(name,
posixpath.join(
'/etc/openhab/configurations/rules',
name)))
else:
configs_by_basename.setdefault(
name[:-len('.rules')], []).append(
(name,
posixpath.join('/etc/openhab2/rules', name)))
for name in config_names['persistence']:
if self.image_version.number < (1, 10):
configs_by_basename.setdefault(
name[:-len('.persist')], []).append(
(name,
posixpath.join(
'/etc/openhab/configurations/persistence',
name)))
else:
configs_by_basename.setdefault(
name[:-len('.persist')], []).append(
(name,
posixpath.join('/etc/openhab2/persistence',
name)))
for name in config_names['scripts']:
if self.image_version.number < (1, 10):
configs_by_basename.setdefault(
name[:-len('.script')], []).append(
(name,
posixpath.join(
'/etc/openhab/configurations/scripts',
name)))
else:
configs_by_basename.setdefault(
name[:-len('.script')], []).append(
(name,
posixpath.join('/etc/openhab2/scripts',
name)))
for name in config_names['transform']:
if self.image_version.number < (1, 10):
configs_by_basename.setdefault(
name[:-len('.transform')], []).append(
(name,
posixpath.join(
'/etc/openhab/configurations/transform',
name)))
else:
configs_by_basename.setdefault(
name[:-len('.transform')], []).append(
(name,
posixpath.join('/etc/openhab2/transform',
name)))
except Exception as e:
fatal_error(
'Received invalid config file collection: {0}'.format(e))
return
old_configs = {}
for config in self.configs:
if config != None:
old_configs[config.display_name] = config
if self.image_version.number < (1, 10):
self.configs = [
old_configs['openhab.cfg'], old_configs['logback.xml']
]
else:
self.configs = [
old_configs['tinkerforge.cfg'],
old_configs['org.ops4j.pax.logging.cfg']
]
for key in sorted(configs_by_basename):
value = configs_by_basename[key]
if len(value) > 0:
self.configs.append(None)
for display_name, absolute_name in sorted(value):
if display_name in old_configs:
self.configs.append(old_configs[display_name])
else:
self.configs.append(
ConfigFile(display_name, absolute_name, self))
self.recreate_widgets()
self.refresh_config(0, done_callback)
def cb_program_logs_list(result):
okay, message = check_script_result(result, decode_stderr=True)
if not okay:
self.label_error.setText('<b>Error:</b> ' + html.escape(message))
self.label_error.setVisible(True)
self.refresh_logs_done()
return
try:
# FIXME: do decompress in an async_call
program_logs_list = json.loads(zlib.decompress(memoryview(result.stdout)).decode('utf-8'))
except:
program_logs_list = None
if program_logs_list == None or not isinstance(program_logs_list, dict):
self.label_error.setText('<b>Error:</b> Received invalid data')
self.label_error.setVisible(True)
self.refresh_logs_done()
return
self.label_error.setVisible(False)
def create_file_size_item(size):
item = QStandardItem(get_file_display_size(size))
item.setData(size, USER_ROLE_SIZE)
return item
def update_file_size_item(item, additional_size):
current_size = item.data(USER_ROLE_SIZE)
new_size = current_size + additional_size
item.setText(get_file_display_size(new_size))
item.setData(new_size, USER_ROLE_SIZE)
continuous_row = None
date_rows = {}
time_rows = {}
for file_name, file_size in program_logs_list.items():
QApplication.processEvents()
file_name_parts = file_name.split('_')
if file_name_parts[0] == "continuous":
if len(file_name_parts) != 2:
continue
if continuous_row == None:
continuous_item = QStandardItem("Continuous")
continuous_item.setData(ITEM_TYPE_PARENT_CONT, USER_ROLE_ITEM_TYPE)
continuous_row = [continuous_item, create_file_size_item(0)]
self.tree_logs_model.appendRow(continuous_row)
log_item = QStandardItem(file_name_parts[1])
log_item.setData(self.file_icon, Qt.DecorationRole)
log_item.setData(file_name, USER_ROLE_FILE_NAME)
log_item.setData(ITEM_TYPE_LOG_FILE_CONT, USER_ROLE_ITEM_TYPE)
continuous_row[0].appendRow([log_item, create_file_size_item(file_size)])
update_file_size_item(continuous_row[1], file_size)
else:
if len(file_name_parts) != 3:
continue
try:
timestamp = int(file_name_parts[1].split('+')[0]) // 1000000
except ValueError:
continue
#FIXME: fromTime_t is obsolete: https://doc.qt.io/qt-5/qdatetime-obsolete.html#toTime_t
date = QDateTime.fromTime_t(timestamp).toString('yyyy-MM-dd')
time = QDateTime.fromTime_t(timestamp).toString('HH:mm:ss')
date_time = date + 'T' + time
if date in date_rows:
date_row = date_rows[date]
else:
date_item = QStandardItem(date)
date_item.setData(ITEM_TYPE_PARENT_DATE, USER_ROLE_ITEM_TYPE)
date_row = [date_item, create_file_size_item(0)]
date_rows[date] = date_row
self.tree_logs_model.appendRow(date_row)
if date_time in time_rows:
time_row = time_rows[date_time]
else:
time_item = QStandardItem(time)
time_item.setData(ITEM_TYPE_PARENT_TIME, USER_ROLE_ITEM_TYPE)
time_row = [time_item, create_file_size_item(0)]
time_rows[date_time] = time_row
date_row[0].appendRow(time_row)
log_item = QStandardItem(file_name_parts[2])
log_item.setData(self.file_icon, Qt.DecorationRole)
log_item.setData(file_name, USER_ROLE_FILE_NAME)
log_item.setData(ITEM_TYPE_LOG_FILE, USER_ROLE_ITEM_TYPE)
time_row[0].appendRow([log_item, create_file_size_item(file_size)])
update_file_size_item(time_row[1], file_size)
update_file_size_item(date_row[1], file_size)
self.tree_logs.header().setSortIndicator(0, Qt.DescendingOrder)
self.refresh_logs_done()
def cb_settings_mobile_internet_get_status(self, result):
self.status_refresh_timer.stop()
if not self.is_tab_on_focus:
return
okay, _ = check_script_result(result)
if not okay:
self.status_refresh_timer.start(INTERVAL_REFRESH_STATUS)
return
try:
dict_status = json.loads(result.stdout)
except Exception as e:
QMessageBox.critical(
get_main_window(), MESSAGEBOX_TITLE,
MESSAGE_ERROR_STATUS_DECODE + ':\n\n' + str(e))
self.status_refresh_timer.start(INTERVAL_REFRESH_STATUS)
return
# Update status GUI elements
if not dict_status['status']:
self.label_mi_status_status.setText('-')
else:
self.label_mi_status_status.setText(dict_status['status'])
if not dict_status['signal_quality']:
self.label_mi_status_signal_quality.setText('-')
else:
self.label_mi_status_signal_quality.setText(
dict_status['signal_quality'])
if not dict_status['interface']:
self.label_mi_status_interface.setText('-')
else:
self.label_mi_status_interface.setText(dict_status['interface'])
if not dict_status['ip']:
self.label_mi_status_ip.setText('-')
else:
self.label_mi_status_ip.setText(dict_status['ip'])
if not dict_status['subnet_mask']:
self.label_mi_status_subnet_mask.setText('-')
else:
self.label_mi_status_subnet_mask.setText(
dict_status['subnet_mask'])
if not dict_status['gateway']:
self.label_mi_status_gateway.setText('-')
else:
self.label_mi_status_gateway.setText(dict_status['gateway'])
if not dict_status['dns']:
self.label_mi_status_dns.setText('-')
else:
self.label_mi_status_dns.setText(dict_status['dns'])
self.status_refresh_timer.start(INTERVAL_REFRESH_STATUS)
def cb_success(result):
okay, message = check_script_result(result)
if not okay:
op = 'reboot' if param == 1 else 'shutdown'
QMessageBox.critical(get_main_window(), 'Failed to {} RED Brick'.format(op), message)
def cb_overview(self, result):
# check if the tab is still on view or not
if not self.is_tab_on_focus:
self.refresh_timer.stop()
return
self.refresh_counter = 0
self.refresh_timer.start(REFRESH_TIMEOUT)
okay, message = check_script_result(result, decode_stderr=True)
if not okay:
self.label_error.setText('<b>Error:</b> ' + QtCore.Qt.escape(message))
self.label_error.show()
return
self.label_error.hide()
try:
data = json.loads(zlib.decompress(buffer(result.stdout)).decode('utf-8'))
days, days_remainder = divmod(int(data['uptime']), 24 * 60 * 60)
hours, hours_remainder = divmod(days_remainder, 60 * 60)
minutes, _ = divmod(hours_remainder, 60)
uptime = ''
if days > 0:
uptime += str(days)
if days == 1:
uptime += ' day '
else:
uptime += ' days '
if hours > 0:
uptime += str(hours)
if hours == 1:
uptime += ' hour '
else:
uptime += ' hours '
uptime += str(minutes)
if minutes == 1:
uptime += ' minute'
else:
uptime += ' minutes'
cpu_percent = data['cpu_used']
cpu_percent_v = int(data['cpu_used'])
memory_used = self.bytes2human(int(data['mem_used']))
memory_total = self.bytes2human(int(data['mem_total']))
memory_percent = "%.1f" % ((float(memory_used) / float(memory_total)) * 100)
memory_percent_v = int(memory_percent.split('.')[0])
storage_used = self.bytes2human(int(data['disk_used']))
storage_total = self.bytes2human(int(data['disk_total']))
storage_percent = "%.1f" % ((float(storage_used) / float(storage_total)) * 100)
storage_percent_v = int(storage_percent.split('.')[0])
nic_data_dict = data['ifaces']
processes_data_list = data['processes']
except:
# some parsing error due to malfromed or incomplete output occured.
# ignore it and wait for the next update
return
self.label_uptime_value.setText(uptime)
pbar_cpu_fmt = "{0}%".format(cpu_percent)
pbar_memory_fmt = "{0}% [{1} of {2} MiB]".format(memory_percent, memory_used, memory_total)
pbar_storage_fmt = "{0}% [{1} of {2} GiB]".format(storage_percent, storage_used, storage_total)
if sys.platform == 'darwin':
self.label_pbar_cpu.show()
self.label_pbar_memory.show()
self.label_pbar_storage.show()
self.label_pbar_cpu.setText(pbar_cpu_fmt)
self.label_pbar_memory.setText(pbar_memory_fmt)
self.label_pbar_storage.setText(pbar_storage_fmt)
else:
self.pbar_cpu.setFormat(pbar_cpu_fmt)
self.pbar_memory.setFormat(pbar_memory_fmt)
self.pbar_storage.setFormat(pbar_storage_fmt)
self.pbar_cpu.setValue(cpu_percent_v)
self.pbar_memory.setValue(memory_percent_v)
self.pbar_storage.setValue(storage_percent_v)
self.nic_item_model.removeRows(0, self.nic_item_model.rowCount())
def _get_nic_transfer_rate(bytes_now, bytes_previous, delta_time):
return "%.1f" % float(((bytes_now - bytes_previous) / delta_time) / 1024)
new_time = time.time()
delta = new_time - self.nic_time
self.nic_time = new_time
for i, key in enumerate(nic_data_dict):
if key not in self.nic_previous_bytes:
self.nic_time = time.time()
self.nic_item_model.setItem(i, 0, QtGui.QStandardItem(key))
self.nic_item_model.setItem(i, 1, QtGui.QStandardItem("Collecting data..."))
self.nic_item_model.setItem(i, 2, QtGui.QStandardItem("Collecting data..."))
else:
download_rate = _get_nic_transfer_rate(nic_data_dict[key][1],
self.nic_previous_bytes[key]['received'],
delta)
upload_rate = _get_nic_transfer_rate(nic_data_dict[key][0],
self.nic_previous_bytes[key]['sent'],
delta)
self.nic_item_model.setItem(i, 0, QtGui.QStandardItem(key))
self.nic_item_model.setItem(i, 1, QtGui.QStandardItem(download_rate + " KiB/s"))
self.nic_item_model.setItem(i, 2, QtGui.QStandardItem(upload_rate + " KiB/s"))
self.nic_previous_bytes[key] = {'sent': nic_data_dict[key][0],
'received': nic_data_dict[key][1]}
self.nic_item_model.sort(self.tview_nic_previous_sort['column_index'],
self.tview_nic_previous_sort['order'])
self.process_item_model.removeRows(0, self.process_item_model.rowCount())
if self.cbox_based_on.currentIndex() == 0:
processes_data_list_sorted = sorted(processes_data_list,
key=itemgetter('cpu'),
reverse=True)
elif self.cbox_based_on.currentIndex() == 1:
processes_data_list_sorted = sorted(processes_data_list,
key=itemgetter('mem'),
reverse=True)
processes_data_list_sorted = processes_data_list_sorted[:self.sbox_number_of_process.value()]
for i, p in enumerate(processes_data_list_sorted):
name = unicode(p['name'])
cmdline = unicode(p['cmd'])
if len(cmdline) == 0:
cmdline = name
item_name = QtGui.QStandardItem(name)
item_name.setToolTip(cmdline)
self.process_item_model.setItem(i, 0, item_name)
item_pid = QtGui.QStandardItem(unicode(p['pid']))
self.process_item_model.setItem(i, 1, item_pid)
item_user = QtGui.QStandardItem(unicode(p['user']))
self.process_item_model.setItem(i, 2, item_user)
cpu = p['cpu']
item_cpu = QtGui.QStandardItem(unicode(cpu / 10.0)+'%')
item_cpu.setData(cpu)
self.process_item_model.setItem(i, 3, item_cpu)
mem = p['mem']
item_mem = QtGui.QStandardItem(unicode(mem / 10.0)+'%')
item_mem.setData(mem)
self.process_item_model.setItem(i, 4, item_mem)
self.process_item_model.sort(self.tview_process_previous_sort['column_index'],
self.tview_process_previous_sort['order'])