def loadSkin(self, file):
"""
This parses your skin file for global settings, such as name,
background and foreground colors, size, button info, etc.
"""
skinTree = ElementTree.parse(file).getroot()
# parse the window information
windowTree = skinTree.find('window')
self.topWindowSize = wx.Size(int(windowTree.findtext("width")), int(windowTree.findtext("height")))
self.topWindowPos = wx.Point(int(windowTree.findtext("pos_X")), int(windowTree.findtext("pos_Y")))
self.topWindowCentered = windowTree.findtext("is_centered")
# TODO: add the centered part
# parse the main colors
self.day_bgColor = utility.str2tuple(windowTree.findtext("day_bgColor"), "window.day_bgColor")
self.day_fgColor = utility.str2tuple(windowTree.findtext("day_fgColor"), "window.day_fgColor")
self.day_toolbarColor = utility.str2tuple(windowTree.findtext("day_toolbarColor"), "window.day_toolbarColor")
self.day_textColor = utility.str2tuple(windowTree.findtext("day_textColor"), "window.day_textColor")
self.day_highlightColor = utility.str2tuple(windowTree.findtext("day_highlightColor"), "window.day_highlightColor")
self.night_bgColor = utility.str2tuple(windowTree.findtext("night_bgColor"), "window.night_bgColor")
self.night_fgColor = utility.str2tuple(windowTree.findtext("night_fgColor"), "window.night_fgColor")
self.night_toolbarColor = utility.str2tuple(windowTree.findtext("night_toolbarColor"), "window.night_toolbarColor")
self.night_textColor = utility.str2tuple(windowTree.findtext("night_textColor"), "window.night_textColor")
self.night_highlightColor = utility.str2tuple(windowTree.findtext("night_highlightColor"), "window.night_highlightColor")
# parse global information
globalTree = skinTree.find('globalSkin')
self._currentSkinName = globalTree.findtext("skinName")
self._currentSkinFile = file
self._buttonImagePath = globalTree.findtext("buttonPath")
def loadSkin(self, file):
"""
This parses your skin file for global settings, such as name,
background and foreground colors, size, button info, etc.
"""
skinTree = ElementTree.parse(file).getroot()
# parse the window information
windowTree = skinTree.find('window')
self.topWindowSize = wx.Size(int(windowTree.findtext("width")),
int(windowTree.findtext("height")))
self.topWindowPos = wx.Point(int(windowTree.findtext("pos_X")),
int(windowTree.findtext("pos_Y")))
self.topWindowCentered = windowTree.findtext("is_centered")
# TODO: add the centered part
# parse the main colors
self.day_bgColor = utility.str2tuple(
windowTree.findtext("day_bgColor"), "window.day_bgColor")
self.day_fgColor = utility.str2tuple(
windowTree.findtext("day_fgColor"), "window.day_fgColor")
self.day_toolbarColor = utility.str2tuple(
windowTree.findtext("day_toolbarColor"), "window.day_toolbarColor")
self.day_textColor = utility.str2tuple(
windowTree.findtext("day_textColor"), "window.day_textColor")
self.day_highlightColor = utility.str2tuple(
windowTree.findtext("day_highlightColor"),
"window.day_highlightColor")
self.night_bgColor = utility.str2tuple(
windowTree.findtext("night_bgColor"), "window.night_bgColor")
self.night_fgColor = utility.str2tuple(
windowTree.findtext("night_fgColor"), "window.night_fgColor")
self.night_toolbarColor = utility.str2tuple(
windowTree.findtext("night_toolbarColor"),
"window.night_toolbarColor")
self.night_textColor = utility.str2tuple(
windowTree.findtext("night_textColor"), "window.night_textColor")
self.night_highlightColor = utility.str2tuple(
windowTree.findtext("night_highlightColor"),
"window.night_highlightColor")
# parse global information
globalTree = skinTree.find('globalSkin')
self._currentSkinName = globalTree.findtext("skinName")
self._currentSkinFile = file
self._buttonImagePath = globalTree.findtext("buttonPath")
def loadSkin(self, file):
"""
This function loads a new skin by reading and parsing the file, and then
updating the variables in this class. The skin is specified by a file, in the
path specified in the class documentation. It only updates the variables here,
and doesn't make any changes to the GUI.
NOTE: The size of buttons is exactly the size of the image used for the button.
"""
skinTree = ElementTree.parse(file).getroot()
internalThermoTree = skinTree.find('internalThermo')
self.day_fgColor = utility.str2tuple(
internalThermoTree.findtext("day_fgColor"),
"internalThermo.day_fgColor")
self.day_bgColor = utility.str2tuple(
internalThermoTree.findtext("day_bgColor"),
"internalThermo.day_bgColor")
self.day_fadeColor = utility.str2tuple(
internalThermoTree.findtext("day_fadeColor"),
"internalThermo.day_fadeColor")
self.night_fgColor = utility.str2tuple(
internalThermoTree.findtext("night_fgColor"),
"internalThermo.night_fgColor")
self.night_bgColor = utility.str2tuple(
internalThermoTree.findtext("night_bgColor"),
"internalThermo.night_bgColor")
self.night_fadeColor = utility.str2tuple(
internalThermoTree.findtext("night_fadeColor"),
"internalThermo.night_fadeColor")
self.fadeFactor = int(internalThermoTree.findtext("fadeFactor"))
def loadSkin(self, file):
"""
This function loads a new skin by reading and parsing the file, and then
updating the variables in this class. The skin is specified by a file, in the
path specified in the class documentation. It only updates the variables here,
and doesn't make any changes to the GUI.
NOTE: The size of buttons is exactly the size of the image used for the button.
"""
skinTree = ElementTree.parse(file).getroot()
digitalClockTree = skinTree.find('digitalClock')
self.day_fgColor = utility.str2tuple(digitalClockTree.findtext("day_fgColor"), "digitalClock.day_fgColor")
self.day_bgColor = utility.str2tuple(digitalClockTree.findtext("day_bgColor"), "digitalClock.day_bgColor")
self.day_fadeColor = utility.str2tuple(digitalClockTree.findtext("day_fadeColor"), "digitalClock.day_fadeColor")
self.night_fgColor = utility.str2tuple(digitalClockTree.findtext("night_fgColor"), "digitalClock.night_fgColor")
self.night_bgColor = utility.str2tuple(digitalClockTree.findtext("night_bgColor"), "digitalClock.night_bgColor")
self.night_fadeColor = utility.str2tuple(digitalClockTree.findtext("night_fadeColor"), "digitalClock.night_fadeColor")
self.fadeFactor = int(digitalClockTree.findtext("fadeFactor"))
def loadSkin(self, file):
"""
This function loads a new skin by reading and parsing the file, and then
updating the variables in this class. The skin is specified by a file, in the
path specified in the class documentation. It only updates the variables here,
and doesn't make any changes to the GUI.
NOTE: The size of buttons is exactly the size of the image used for the button.
"""
skinTree = ElementTree.parse(file).getroot()
analogClockTree = skinTree.find('analogClock')
# analog clock settings
self.day_handColor = utility.str2tuple(
analogClockTree.findtext("day_handColor"),
"analogClock.day_handColor")
self.day_shadowColor = utility.str2tuple(
analogClockTree.findtext("day_shadowColor"),
"analogClock.day_shadowColor")
self.day_bgColor = utility.str2tuple(
analogClockTree.findtext("day_bgColor"), "analogClock.day_bgColor")
self.day_tickColor = utility.str2tuple(
analogClockTree.findtext("day_tickColor"),
"analogClock.day_tickColor")
self.day_faceColor = utility.str2tuple(
analogClockTree.findtext("day_faceColor"),
"analogClock.day_faceColor")
self.day_faceBorderColor = utility.str2tuple(
analogClockTree.findtext("day_faceBorderColor"),
"analogClock.day_faceBorderColor")
self.night_handColor = utility.str2tuple(
analogClockTree.findtext("night_handColor"),
"analogClock.night_handColor")
self.night_shadowColor = utility.str2tuple(
analogClockTree.findtext("night_shadowColor"),
"analogClock.night_shadowColor")
self.night_bgColor = utility.str2tuple(
analogClockTree.findtext("night_bgColor"),
"analogClock.night_bgColor")
self.night_tickColor = utility.str2tuple(
analogClockTree.findtext("night_tickColor"),
"analogClock.night_tickColor")
self.night_faceColor = utility.str2tuple(
analogClockTree.findtext("night_faceColor"),
"analogClock.night_faceColor")
self.night_faceBorderColor = utility.str2tuple(
analogClockTree.findtext("night_faceBorderColor"),
"analogClock.night_faceBorderColor")
def loadSkin(self, file):
"""
This function loads a new skin by reading and parsing the file, and then
updating the variables in this class. The skin is specified by a file, in the
path specified in the class documentation. It only updates the variables here,
and doesn't make any changes to the GUI.
NOTE: The size of buttons is exactly the size of the image used for the button.
"""
skinTree = ElementTree.parse(file).getroot()
analogClockTree = skinTree.find('analogClock')
# analog clock settings
self.day_handColor = utility.str2tuple(analogClockTree.findtext("day_handColor"), "analogClock.day_handColor")
self.day_shadowColor = utility.str2tuple(analogClockTree.findtext("day_shadowColor"), "analogClock.day_shadowColor")
self.day_bgColor = utility.str2tuple(analogClockTree.findtext("day_bgColor"), "analogClock.day_bgColor")
self.day_tickColor = utility.str2tuple(analogClockTree.findtext("day_tickColor"), "analogClock.day_tickColor")
self.day_faceColor = utility.str2tuple(analogClockTree.findtext("day_faceColor"), "analogClock.day_faceColor")
self.day_faceBorderColor = utility.str2tuple(analogClockTree.findtext("day_faceBorderColor"), "analogClock.day_faceBorderColor")
self.night_handColor = utility.str2tuple(analogClockTree.findtext("night_handColor"), "analogClock.night_handColor")
self.night_shadowColor = utility.str2tuple(analogClockTree.findtext("night_shadowColor"), "analogClock.night_shadowColor")
self.night_bgColor = utility.str2tuple(analogClockTree.findtext("night_bgColor"), "analogClock.night_bgColor")
self.night_tickColor = utility.str2tuple(analogClockTree.findtext("night_tickColor"), "analogClock.night_tickColor")
self.night_faceColor = utility.str2tuple(analogClockTree.findtext("night_faceColor"), "analogClock.night_faceColor")
self.night_faceBorderColor = utility.str2tuple(analogClockTree.findtext("night_faceBorderColor"), "analogClock.night_faceBorderColor")