def __init__(self, filePath):
super(LayoutTabbedEditor, self).__init__(layout_compatibility.manager, filePath)
self.requiresProject = True
self.visual = visual.VisualEditing(self)
self.addTab(self.visual, "Visual")
self.code = code.CodeEditing(self)
self.addTab(self.code, "Code")
# Layout Previewer is not actually an edit mode, you can't edit the layout from it,
# however for everything to work smoothly we do push edit mode changes to it to the
# undo stack.
#
# TODO: This could be improved at least a little bit if 2 consecutive edit mode changes
# looked like this: A->Preview, Preview->C. We could simply turn this into A->C,
# and if A = C it would eat the undo command entirely.
self.previewer = preview.LayoutPreviewer(self)
self.addTab(self.previewer, "Live Preview")
self.tabWidget = self
# set the toolbar icon size according to the setting and subscribe to it
self.tbIconSizeEntry = settings.getEntry("global/ui/toolbar_icon_size")
self.updateToolbarSize(self.tbIconSizeEntry.value)
self.tbIconSizeCallback = lambda value: self.updateToolbarSize(value)
self.tbIconSizeEntry.subscribe(self.tbIconSizeCallback)
def __init__(self, filePath):
super(LayoutTabbedEditor, self).__init__(layout_compatibility.manager,
filePath)
self.requiresProject = True
self.visual = visual.VisualEditing(self)
self.addTab(self.visual, "Visual")
self.code = code.CodeEditing(self)
self.addTab(self.code, "Code")
# Layout Previewer is not actually an edit mode, you can't edit the layout from it,
# however for everything to work smoothly we do push edit mode changes to it to the
# undo stack.
#
# TODO: This could be improved at least a little bit if 2 consecutive edit mode changes
# looked like this: A->Preview, Preview->C. We could simply turn this into A->C,
# and if A = C it would eat the undo command entirely.
self.previewer = preview.LayoutPreviewer(self)
self.addTab(self.previewer, "Live Preview")
self.tabWidget = self
# set the toolbar icon size according to the setting and subscribe to it
self.tbIconSizeEntry = settings.getEntry("global/ui/toolbar_icon_size")
self.updateToolbarSize(self.tbIconSizeEntry.value)
self.tbIconSizeCallback = lambda value: self.updateToolbarSize(value)
self.tbIconSizeEntry.subscribe(self.tbIconSizeCallback)
def __init__(self, argv, debug=False):
super(Application, self).__init__(argv)
logging.basicConfig()
if debug:
# set debug logging
logging.getLogger().setLevel(logging.DEBUG)
if version.DEVELOPER_MODE:
#print "hi devolopper!"
# print info about developer's mode to possibly prevent it being
# forgotten about when releasing
logging.info(
"Developer's mode enabled - recompiling all .ui files...")
# in case we are in the developer's mode,
# lets compile all UI files to ensure they are up to date
from ceed import compileuifiles
compileuifiles.main()
logging.debug("All .ui files recompiled!")
from ceed import settings
self.qsettings = QSettings("Iromy", "UIromy Editor")
self.settings = settings.Settings(self.qsettings)
# download all values from the persistence store
self.settings.download()
showSplash = settings.getEntry("global/app/show_splash").value
if showSplash:
self.splash = SplashScreen()
self.splash.show()
# this ensures that the splash screen is shown on all platforms
self.processEvents()
self.setOrganizationName("Iromy")
self.setOrganizationDomain("Iromy.com")
self.setApplicationName("UIromY Editor")
self.setApplicationVersion(version.CEED)
# (we potentially have to compile all UI files first before this is imported,
# otherwise out of date compiled .py layouts might be used!)
from ceed import mainwindow
self.mainWindow = mainwindow.MainWindow(self)
self.mainWindow.show()
self.mainWindow.raise_()
if showSplash:
self.splash.finish(self.mainWindow)
# import error after UI files have been recompiled
# - Truncate exception log, if it exists.
from ceed import error
self.errorHandler = error.ErrorHandler(self.mainWindow)
self.errorHandler.installExceptionHook()
def __init__(self, argv, debug = False):
super(Application, self).__init__(argv)
logging.basicConfig()
if debug:
# set debug logging
logging.getLogger().setLevel(logging.DEBUG)
if version.DEVELOPER_MODE:
# print info about developer's mode to possibly prevent it being
# forgotten about when releasing
logging.info("Developer's mode enabled - recompiling all .ui files...")
# in case we are in the developer's mode,
# lets compile all UI files to ensure they are up to date
from ceed import compileuifiles
compileuifiles.main()
logging.debug("All .ui files recompiled!")
from ceed import settings
self.qsettings = QSettings("CEGUI", "CEED")
self.settings = settings.Settings(self.qsettings)
# download all values from the persistence store
self.settings.download()
showSplash = settings.getEntry("global/app/show_splash").value
if showSplash:
self.splash = SplashScreen()
self.splash.show()
# this ensures that the splash screen is shown on all platforms
self.processEvents()
self.setOrganizationName("CEGUI")
self.setOrganizationDomain("cegui.org.uk")
self.setApplicationName("CEED - CEGUI editor")
self.setApplicationVersion(version.CEED)
# (we potentially have to compile all UI files first before this is imported,
# otherwise out of date compiled .py layouts might be used!)
from ceed import mainwindow
self.mainWindow = mainwindow.MainWindow(self)
self.mainWindow.show()
self.mainWindow.raise_()
if showSplash:
self.splash.finish(self.mainWindow)
# import error after UI files have been recompiled
# - Truncate exception log, if it exists.
from ceed import error
self.errorHandler = error.ErrorHandler(self.mainWindow)
self.errorHandler.installExceptionHook()
def __init__(self, filePath):
super(ImagesetTabbedEditor, self).__init__(imageset_compatibility.manager, filePath)
self.visual = visual.VisualEditing(self)
self.addTab(self.visual, "Visual")
self.code = code.CodeEditing(self)
self.addTab(self.code, "Code")
self.tabWidget = self
# set the toolbar icon size according to the setting and subscribe to it
self.tbIconSizeEntry = settings.getEntry("global/ui/toolbar_icon_size")
self.updateToolbarSize(self.tbIconSizeEntry.value)
self.tbIconSizeCallback = lambda value: self.updateToolbarSize(value)
self.tbIconSizeEntry.subscribe(self.tbIconSizeCallback)
def __init__(self, filePath):
super(ImagesetTabbedEditor,
self).__init__(imageset_compatibility.manager, filePath)
self.visual = visual.VisualEditing(self)
self.addTab(self.visual, "Visual")
self.code = code.CodeEditing(self)
self.addTab(self.code, "Code")
self.tabWidget = self
# set the toolbar icon size according to the setting and subscribe to it
self.tbIconSizeEntry = settings.getEntry("global/ui/toolbar_icon_size")
self.updateToolbarSize(self.tbIconSizeEntry.value)
self.tbIconSizeCallback = lambda value: self.updateToolbarSize(value)
self.tbIconSizeEntry.subscribe(self.tbIconSizeCallback)
def __init__(self, filePath):
super(LookNFeelTabbedEditor,
self).__init__(looknfeel_compatibility.manager, filePath)
messages.warning(
None, self, "LookNFeel Editor is experimental!",
"This part of CEED is not considered to be ready for "
"production. You have been warned. If everything "
"breaks you get to keep the pieces!",
"looknfeel_editor_experimental")
self.editorIDString = self.getEditorIDStringPrefix() + str(id(self))
self.requiresProject = True
# The name of the widget we are targeting for editing
self.targetWidgetLook = ""
self.visual = visual.LookNFeelVisualEditing(self)
self.addTab(self.visual, "Visual")
self.code = code.CodeEditing(self)
self.addTab(self.code, "Code")
self.nameMappingsOfOwnedWidgetLooks = []
# Look n' Feel Previewer is not actually an edit mode, you can't edit the Look n' Feel from it,
# however for everything to work smoothly we do push edit mode changes to it to the
# undo stack.
#
# TODO: This could be improved at least a little bit if 2 consecutive edit mode changes
# looked like this: A->Preview, Preview->C. We could simply turn this into A->C,
# and if A = C it would eat the undo command entirely.
self.previewer = preview.LookNFeelPreviewer(self)
self.addTab(self.previewer, "Live Preview")
self.tabWidget = self
# set the toolbar icon size according to the setting and subscribe to it
self.tbIconSizeEntry = settings.getEntry("global/ui/toolbar_icon_size")
self.updateToolbarSize(self.tbIconSizeEntry.value)
self.tbIconSizeCallback = lambda value: self.updateToolbarSize(value)
self.tbIconSizeEntry.subscribe(self.tbIconSizeCallback)
def __init__(self, filePath):
super(LookNFeelTabbedEditor, self).__init__(looknfeel_compatibility.manager, filePath)
messages.warning(None, self, "LookNFeel Editor is experimental!",
"This part of CEED is not considered to be ready for "
"production. You have been warned. If everything "
"breaks you get to keep the pieces!",
"looknfeel_editor_experimental")
self.editorIDString = self.getEditorIDStringPrefix() + str(id(self))
self.requiresProject = True
# The name of the widget we are targeting for editing
self.targetWidgetLook = ""
self.visual = visual.LookNFeelVisualEditing(self)
self.addTab(self.visual, "Visual")
self.code = code.CodeEditing(self)
self.addTab(self.code, "Code")
self.nameMappingsOfOwnedWidgetLooks = []
# Look n' Feel Previewer is not actually an edit mode, you can't edit the Look n' Feel from it,
# however for everything to work smoothly we do push edit mode changes to it to the
# undo stack.
#
# TODO: This could be improved at least a little bit if 2 consecutive edit mode changes
# looked like this: A->Preview, Preview->C. We could simply turn this into A->C,
# and if A = C it would eat the undo command entirely.
self.previewer = preview.LookNFeelPreviewer(self)
self.addTab(self.previewer, "Live Preview")
self.tabWidget = self
# set the toolbar icon size according to the setting and subscribe to it
self.tbIconSizeEntry = settings.getEntry("global/ui/toolbar_icon_size")
self.updateToolbarSize(self.tbIconSizeEntry.value)
self.tbIconSizeCallback = lambda value: self.updateToolbarSize(value)
self.tbIconSizeEntry.subscribe(self.tbIconSizeCallback)