def change_overclock_value(config, board_name=None): board = get_board_props(board_name=board_name) if not board: logger.error("Could not get overclocking settings for board") return try: values = board.CLOCKING['values'][config] except KeyError: logger.error( "kano-settings: set_overclock: SetOverclock: set_overclock(): " \ "was called with an invalid overclock setting={}" .format(config) ) return logger.info( u"set_overclock / apply_changes: " \ "config:{} arm_freq:{arm_freq} " \ "core_freq:{core_freq} " \ "sdram_freq:{sdram_freq} " \ "over_voltage:{over_voltage}" .format(config, **values) ) # Apply changes for val in values: set_config_value(val, values[val]) # Update config set_setting('Overclocking', config)
def __init__(self, win): self._board_props = get_board_props() self._board_clocking = self._board_props.CLOCKING options = [] for mode in self._board_clocking['modes']: options.append([ mode, "{arm_freq}HZ ARM, " "{core_freq}HZ CORE, " "{sdram_freq}MHZ SDRAM, " "{over_voltage} OVERVOLT".format( **self._board_clocking['values'][mode]) ]) RadioButtonTemplate.__init__( self, _("Overclock your processor"), _("Make your computer's brain think faster, but run hotter."), _("APPLY CHANGES"), options) self.win = win self.win.set_main_widget(self) # Show the current setting by electing the appropriate radio button self.current_setting() self.selected_button = self.initial_button self.get_button(self.initial_button).set_active(True) self.win.top_bar.enable_prev() self.win.change_prev_callback(self.win.go_to_home) self.kano_button.connect('button-release-event', self.set_overclock) self.kano_button.connect('key-release-event', self.set_overclock) self.win.show_all()
def is_dangerous_overclock_value(config, board_name=None): board = get_board_props(board_name=board_name) if not board: logger.error("Could not get overclocking settings for board") return return config in board.CLOCKING['warning']
def set_default_overclock_values(board_name=None): board = get_board_props(board_name=board_name) if not board: logger.error("Could not get overclocking settings for board") return change_overclock_value(board.CLOCKING['default'], board_name)
def match_overclock_value(board_name): """ which overlock gui setting matches our current set of values?""" curr = {} for key in CLOCK_KEYS: curr[key] = get_config_value(key) board = get_board_props(board_name) if not board: logger.error("Could not get overclocking settings for board") return values = board.CLOCKING['values'] for row in values: if values_equal(values[row], curr): return row return None
def __init__(self, win): self._board_props = get_board_props() self._board_clocking = self._board_props.CLOCKING options = [] for mode in self._board_clocking['modes']: options.append([ mode, "{arm_freq}HZ ARM, " "{core_freq}HZ CORE, " "{sdram_freq}MHZ SDRAM, " "{over_voltage} OVERVOLT" .format(**self._board_clocking['values'][mode]) ]) RadioButtonTemplate.__init__( self, _("Overclock your processor"), _("Make your computer's brain think faster, but run hotter."), _("APPLY CHANGES"), options ) self.win = win self.win.set_main_widget(self) # Show the current setting by electing the appropriate radio button self.current_setting() self.selected_button = self.initial_button self.get_button(self.initial_button).set_active(True) self.win.top_bar.enable_prev() self.win.change_prev_callback(self.win.go_to_home) self.kano_button.connect('button-release-event', self.set_overclock) self.kano_button.connect('key-release-event', self.set_overclock) self.win.show_all()
def get_matching_board_profile(): curr = {} for key in CLOCK_KEYS: curr[key] = get_config_value(key) def does_board_match(board): values = board.CLOCKING['values'] for oc_setting in values.itervalues(): if values_equal(oc_setting, curr): return True return False for board_key in BOARD_PROPERTIES.iterkeys(): board_props = get_board_props(board_key) if does_board_match(board_props): logger.debug("Matched the board {} with the current settings" .format(board_key)) return get_board_property(board_key, 'cpu_profile') return False
def get_matching_board_profile(): curr = {} for key in CLOCK_KEYS: curr[key] = get_config_value(key) def does_board_match(board): values = board.CLOCKING['values'] for oc_setting in values.itervalues(): if values_equal(oc_setting, curr): return True return False for board_key in BOARD_PROPERTIES.iterkeys(): board_props = get_board_props(board_key) if does_board_match(board_props): logger.debug( "Matched the board {} with the current settings".format( board_key)) return get_board_property(board_key, 'cpu_profile') return False
'Keyboard-continent-human': "america", 'Keyboard-country-human': _("United States"), 'Keyboard-variant-human': _("Generic"), 'Audio': _("Analogue"), 'Wifi': '', 'Wifi-connection-attempted': False, 'Mouse': _("Normal"), 'Font': _("Normal"), 'Wallpaper': 'kanux-background', 'Parental-level': 0, 'Locale': 'en_US', 'LED-Speaker-anim': True, 'Use_GLX': False } DEFAULTS = merge_dicts(DEFAULT_CONFIG, get_board_props().DEFAULT_CONFIG) def file_replace(fname, pat, s_after): logger.debug("config_file / file_replace {} \"{}\" \"{}\"".format(fname, pat, s_after)) if not os.path.exists(fname): logger.debug("config_file / file_replace file doesn't exists") return -1 # if escape: # pat = re.escape(pat) # logger.debug('config_file / file_replace replacing pattern, new pattern: "{}"'.format(pat)) # See if the pattern is even in the file. with open(fname) as f: if not any(re.search(pat, line) for line in f):