def fillTable(self):
if self.__disabled:
self.table.clear()
return
services = list(self.access_cfg.permissions)
self.table.clear()
# (interface (str), network (IPy), ip version (int)) => row (int)
# Don't use (interface, network) because of a bug in IPy < 0.70:
# IP('0.0.0.0/0') and IP('::/0') are considered as equal
self.net_to_row = {}
component_to_name = ComponentToName()
self.table.setSortingEnabled(False)
self.table.setRowCount(len(self.networks))
self.setVerticalHeaders()
self.table.setColumnCount(len(services))
self.table.setHorizontalHeaderLabels([component_to_name.display_name(service) for service in services])
self.table.horizontalHeader().setResizeMode(QHeaderView.ResizeToContents)
for irow, interface_network in enumerate(self.networks):
self.setRow(interface_network, irow)
for icol, service in enumerate(self.access_cfg.permissions):
allow = interface_network in self.access_cfg.permissions[service]
self.createService(irow, icol, service, interface_network, allow)
def __init__(self, mainwindow):
self.mainwindow = mainwindow
self._interval = _BASE_INTERVAL
self.addToInfoArea = mainwindow.addToInfoArea
self.client = mainwindow.client
self.splash = SplashScreen()
self._component_to_name = ComponentToName()
self.reset()
def __init__(self, component_name, on_off, parent):
component_to_name = ComponentToName()
ServiceStatusItem.__init__(self, component_to_name.display_name(component_name), on_off, parent)
self.component_name = component_name
class Applier(object):
def __init__(self, mainwindow):
self.mainwindow = mainwindow
self._interval = _BASE_INTERVAL
self.addToInfoArea = mainwindow.addToInfoArea
self.client = mainwindow.client
self.splash = SplashScreen()
self._component_to_name = ComponentToName()
self.reset()
def setPhase(self, phase):
self._last_fired_component = ''
self._last_fired_component_formatted = ''
def reset(self):
self._last_read_index = 0
self._apply_error = None
self._applied_component_list = []
self._rolled_back_component_list = []
self._rollback_occurred = False
self._component_counter = 0
self._final_success_msg = ''
self._final_error_msg = ''
self._rollback_error_msg = ''
self.setPhase('')
def rollback(self):
self._component_counter = 0
self._rollback_occurred = True
def start(self):
self.__start_info()
async = self.client.async()
async.call('config', 'applyStart',
callback=self._start_ok,
errback=self._start_err
)
def __force_start(self):
async = self.client.async()
async.call('config', 'forceApplyStart',
callback=self._start_ok,
errback=self._start_err
)
def __start_info(self):
# Log an empty line
self.mainwindow.addHTMLToInfoArea(BR)
self.splash.setText(tr("Applying the new configuration"))
#TODO: disable hiding on clic.
self.splash.show()
def __end_all(self):
self.splash.hide()
if self.mainwindow._standalone != STANDALONE:
self.mainwindow.eas_window.setModified(False)
# Log an empty line
self.mainwindow.addHTMLToInfoArea(BR)
if self._rollback_occurred:
message = tr("The application of the new configuration failed: the previous configuration has been restored.")
if self._apply_error:
message = message + BR + BR + self._apply_error
message = unicode(message)
QMessageBox.critical(
self.mainwindow,
tr("Application failed"),
message
)
else:
self.mainwindow.apply_done()
def component_label(self, comp_name):
return self._component_to_name.display_name(comp_name)
def __handle_SessionError(self, err):
"""
Only acts if action is relevant.
You safely can pass any error to this function.
"""
if isinstance(err, SessionError):
QMessageBox.critical(
self.mainwindow,
tr("Disconnected!"),
tr("You have been disconnected. "
"Your changes are lost. You may log in again.")
)
#FIXME: exit?
def __handle_errors(self, err):
debug = self.mainwindow.debug
if debug:
html = Html(formatException(err, debug), escape=False) + BR
self.mainwindow.addHTMLToInfoArea(html, category=COLOR_WARNING)
else:
text = exceptionAsUnicode(err)
self.addToInfoArea(text, category=COLOR_WARNING)
self.__handle_SessionError(err)
def logWithTimestamp(self, timestamp, html, prefix=None):
html = Html(html, escape=False) + BR
timestamp = formatTimestamp(timestamp, True)
if prefix is not None:
timestamp = timestamp + prefix
self.mainwindow.addHTMLToInfoArea(html, prefix=timestamp)
def __process_logs(self, logs):
"""
Does everything that has to be done with logs
-Write them on the console.
-take any relevant action
returns True if there are other messages to process
False if all messages have been processed
"""
has_more = True
if len(logs) == 0:
if self._interval < _MAX_INTERVAL:
self._interval *= 2
for log in logs:
self._interval = _BASE_INTERVAL
self._last_read_index += 1
timestamp, message_type, content = log
timestamp = parseDatetime(timestamp)
if message_type == PHASE_CHANGE:
has_more = self._change_phase(timestamp, content)
elif message_type in ERRORS:
self._display_err(timestamp, content)
elif message_type in (GLOBAL_ERROR, GLOBAL_WARNING):
colors = {GLOBAL_ERROR:COLOR_ERROR ,GLOBAL_WARNING:COLOR_WARNING}
format, substitutions = content
message = tr(format) % substitutions
self.display_message(timestamp, message, color=colors[message_type])
elif message_type in COMPONENT_LISTS:
self._process_component_list(timestamp, message_type, content)
elif message_type in COMPONENT_FIRED:
self._set_last_fired_component(content)
message = tr("%(COMPONENT_NAME)s is being configured") % {
"COMPONENT_NAME": self._last_fired_component_formatted}
splash_message = self._last_fired_component
self._component_counter += 1
if self._rollback_occurred:
components = self._rolled_back_component_list
else:
components = self._applied_component_list
if components:
progress = " (%s/%s)" % (self._component_counter, len(components))
message += progress
splash_message += progress
self.logWithTimestamp(timestamp, message)
self.splash.setText(splash_message)
elif COMPONENT_MESSAGE == message_type:
format, substitutions = content
message = tr(format) % substitutions
message = htmlColor(message, COLOR_VERBOSE)
message = tr("%s: %s") % (
self._last_fired_component,
unicode(message))
self.logWithTimestamp(timestamp, message)
else:
# unknow message type
message = tr("%s (unknown message type: '%s')")
message = message % (content, message_type)
message = htmlColor(message, COLOR_INVALID)
self.logWithTimestamp(timestamp, message)
return has_more
def _set_last_fired_component(self, component_name):
translated = self.component_label(component_name)
self._last_fired_component = translated
self._last_fired_component_formatted = htmlBold(
htmlColor(translated, COLOR_EMPHASIZED)
)
def _display_err(self, timestamp, err):
name = self._last_fired_component
html = tr("%s triggered the following error") % name
html = htmlColor(html, COLOR_ERROR)
err = Html(err) # content is an error
html = tr("%s: %s") % (unicode(html), unicode(err))
if not self._rollback_occurred:
self._apply_error = Html(html, escape=False)
self.logWithTimestamp(timestamp, html)
def display_message(self, timestamp, message, color=None, prefix=None):
if color is not None:
html = htmlColor(message, color)
else:
html = Html(message)
self.logWithTimestamp(timestamp, html)
def _change_phase(self, timestamp, phase):
"""
returns True if there are other messages to process
False if all messages have been processed
"""
self.setPhase(phase)
has_more = True
hexacolor = None
if phase == GLOBAL_DONE:
if self._rollback_occurred:
return False
hexacolor = COLOR_SUCCESS
message = tr("The new configuration has been successfully applied")
if self._final_success_msg:
message = self._final_success_msg
message = htmlBold(message)
has_more = False
elif phase == GLOBAL_APPLY_SKIPPED:
hexacolor = COLOR_SUCCESS
message = tr("Application skipped")
message = htmlBold(message)
has_more = False
elif phase == GLOBAL:
hexacolor = COLOR_EMPHASIZED
message = tr("Applying the new configuration")
message = htmlBold(message)
elif phase == APPLYING:
hexacolor = COLOR_EMPHASIZED
message = tr("Normal application phase started")
elif phase == APPLYING_DONE:
hexacolor = COLOR_EMPHASIZED
message = tr("Normal application phase completed")
elif phase == ROLLING_BACK:
self.rollback()
hexacolor = COLOR_ERROR
message = tr("The application of the new configuration failed: "
"restoring the previous configuration")
if self._rollback_error_msg:
message = self._rollback_error_msg
message = htmlBold(message)
elif phase == ROLLING_BACK_DONE:
self._rollback_occurred = True
hexacolor = COLOR_ERROR
message = tr("The application of the new configuration failed: "
"the previous configuration has been restored")
if self._final_error_msg:
message = self._final_error_msg
message = htmlBold(message)
else:
message = Html(phase)
if self.mainwindow.debug \
or phase not in (APPLYING, APPLYING_DONE):
prefix = formatTimestamp(timestamp, True)
html = message + BR
self.mainwindow.addHTMLToInfoArea(html, hexacolor, prefix)
return has_more
def _process_component_list(self, timestamp, message_type, component_list):
displayed_list = map(self.component_label, component_list)
displayed_list = u', '.join(displayed_list)
if message_type == APPLIED_COMPONENT_LIST:
format = tr("Applying the new configuration of components: %s")
self._applied_component_list = component_list
elif message_type == ROLLED_BACK_COMPONENT_LIST:
format = tr("Restoring the previous configuration of components: %s")
self._rolled_back_component_list = component_list
else:
return
html = Html(format % displayed_list, escape=False)
self.logWithTimestamp(timestamp, html)
def _start_err(self, err):
"""
called when we could not start the poll dance
"""
if not(isinstance(err, RpcdError) and err.type == "CoreError"):
self.__handle_errors(err)
self.__end_all()
return
# old ufwi_conf backend version: falling back to old protocol
async = self.client.async()
async.call(
'config', 'apply',
callback=self._apply_ok,
errback=self._apply_err
)
def __ask_if_force(self, title, message):
ok = QMessageBox.question(
self.mainwindow,
title,
message,
QMessageBox.Ok | QMessageBox.Cancel
)
if ok == QMessageBox.Ok:
self.__force_start()
return
self.addToInfoArea(tr("Apply operation cancelled."))
self.__end_all()
def _start_ok(self, value):
"""
the poll dance protocol is implemented on the server, go on!
"""
if value == "trigger reboot? then use force=True":
self.__ask_if_force(
tr("Trigger a reboot?"),
tr(
"Applying now (after a restoration) will trigger a reboot of the appliance. "
"You can cancel now or proceed."
)
)
#Anyway, return (also with cancel)
return
elif "then use force=True" in value:
self.__ask_if_force(
RESTORATION_WARNING_TITLE,
RESTORATION_WARNING
)
#Anyway, return (also with cancel)
return
if value == "reboot":
self.addToInfoArea(
tr("This will trigger a reboot of the appliance (after restoration)"),
category=COLOR_CRITICAL
)
QMessageBox.information(
self.mainwindow,
tr("EdenWall reboot scheduled"),
tr("First application after restoration: EdenWall will reboot afterwards.")
)
#reset the last read index
self.reset()
self._poll()
# FIXME: why is this callback never called?
def _apply_ok(self, arg):
"""
End of the apply process.
"""
self.addToInfoArea(tr("Application successful"), category=COLOR_FANCY)
self.__end_all()
def _apply_err(self, err):
"""
End of the apply process.
"""
self.addToInfoArea(tr("Application failed"), category=COLOR_WARNING)
self.__end_all()
self.__handle_errors(err)
def _poll(self):
async = self.client.async()
async.call(
'config', 'applyLog', self._last_read_index,
callback=self._poll_ok,
errback=self._poll_err
)
def _poll_ok(self, logs):
has_more = self.__process_logs(logs)
if has_more:
#loop
QTimer.singleShot(self._interval, self._poll)
else:
self.__end_all()
def _poll_err(self, err):
"""
A problem in the apply log dance.
After that, we'll rely on a future feature: the getState
dance, to know more about the server
"""
self.__end_all()
self.__handle_errors(err)
def start_polling(
self,
final_success_message='',
final_error_message='',
rollback_error_message='',
):
self.reset()
self._final_success_msg = final_success_message
self._final_error_message = final_error_message
self._rollback_error_msg = rollback_error_message
self._poll()