def init_gui(self):
"""
Do changes to the GUI while entering this mode. This includes opening
the property manager, updating the command toolbar, connecting widget
slots etc.
Called once each time the mode is entered; should be called only by code
in modes.py
@see: L{self.restore_gui}
"""
self.enable_gui_actions(False)
self.dont_update_gui = True
self.pastable = None
if not self.propMgr:
self.propMgr = PastePropertyManager(self)
changes.keep_forever(self.propMgr)
self.propMgr.show()
self.connect_or_disconnect_signals(True)
self.updateCommandToolbar(bool_entering=True)
#Following is required to make sure that the
#clipboard groupbox in paste mode is updated
#(This is done by calling depositeMode.update_gui method
#Not only that, but the above mentioned method also defines
#self.pastable_list which is needed to paste items! This needs a
#separate code clean up in depositmode.py -- Ninad 20070827
self.dont_update_gui = False
def init_gui(self):
"""
Initialize GUI for this mode
"""
previousCommand = self.commandSequencer.prevMode
if previousCommand.commandName == 'BUILD_DNA':
try:
self.flyoutToolbar = previousCommand.flyoutToolbar
#Need a better way to deal with changing state of the
#corresponding action in the flyout toolbar. To be revised
#during command toolbar cleanup
self.flyoutToolbar.makeCrossoversAction.setChecked(True)
except AttributeError:
self.flyoutToolbar = None
if self.propMgr is None:
self.propMgr = MakeCrossovers_PropertyManager(self)
#@bug BUG: following is a workaround for bug 2494.
#This bug is mitigated as propMgr object no longer gets recreated
#for modes -- niand 2007-08-29
changes.keep_forever(self.propMgr)
#Now set the initial segment list. The segments within this segment list
#will be searched for the crossovers.
selectedSegments = self.win.assy.getSelectedDnaSegments()
self.ensureSegmentListItemsWithinLimit(selectedSegments)
self.propMgr.show()
def init_gui(self):
"""
Do changes to the GUI while entering this mode. This includes opening
the property manager, updating the command toolbar, connecting widget
slots etc.
Called once each time the mode is entered; should be called only by code
in modes.py
@see: L{self.restore_gui}
"""
self.enable_gui_actions(False)
self.dont_update_gui = True
self.pastable = None
if not self.propMgr:
self.propMgr = PastePropertyManager(self)
changes.keep_forever(self.propMgr)
self.propMgr.show()
self.connect_or_disconnect_signals(True)
self.updateCommandToolbar(bool_entering = True)
#Following is required to make sure that the
#clipboard groupbox in paste mode is updated
#(This is done by calling depositeMode.update_gui method
#Not only that, but the above mentioned method also defines
#self.pastable_list which is needed to paste items! This needs a
#separate code clean up in depositmode.py -- Ninad 20070827
self.dont_update_gui = False
def init_gui(self):
"""
Initialize GUI for this mode
"""
if self.propMgr is None:
self.propMgr = StereoProperties_PropertyManager(self)
#@bug BUG: following is a workaround for bug 2494.
#This bug is mitigated as propMgr object no longer gets recreated
#for modes -- niand 2007-08-29
changes.keep_forever(self.propMgr)
self.propMgr.show()
def init_gui(self):
"""
Initialize GUI for this mode
"""
if self.propMgr is None:
self.propMgr = StereoProperties_PropertyManager(self)
#@bug BUG: following is a workaround for bug 2494.
#This bug is mitigated as propMgr object no longer gets recreated
#for modes -- niand 2007-08-29
changes.keep_forever(self.propMgr)
self.propMgr.show()
def init_gui(self):
if not self.propMgr:
self.propMgr = MovePropertyManager(self)
#@bug BUG: following is a workaround for bug 2494
changes.keep_forever(self.propMgr)
self.propMgr.show()
self.updateCommandToolbar(bool_entering = True)
# connect signals (these all need to be disconnected in restore_gui)
self.connect_or_disconnect_signals(True)
self.propMgr.set_move_xyz(0, 0, 0) # Init X, Y, and Z to zero
self.propMgr.set_move_delta_xyz(0,0,0) # Init DelX,DelY, DelZ to zero
def command_enter_PM(self):
"""
Overrides superclass method.
@see: baseCommand.command_enter_PM() for documentation
"""
#important to check for old propMgr object. Reusing propMgr object
#significantly improves the performance.
if not self.propMgr:
self.propMgr = self._createPropMgrObject()
#@bug BUG: following is a workaround for bug 2494.
#This bug is mitigated as propMgr object no longer gets recreated
#for modes -- ninad 2007-08-29
if self.propMgr:
changes.keep_forever(self.propMgr)
def init_gui(self):
if not self.propMgr:
self.propMgr = MovePropertyManager(self)
#@bug BUG: following is a workaround for bug 2494
changes.keep_forever(self.propMgr)
self.propMgr.show()
self.updateCommandToolbar(bool_entering=True)
# connect signals (these all need to be disconnected in restore_gui)
self.connect_or_disconnect_signals(True)
self.propMgr.set_move_xyz(0, 0, 0) # Init X, Y, and Z to zero
self.propMgr.set_move_delta_xyz(0, 0,
0) # Init DelX,DelY, DelZ to zero
def command_enter_PM(self):
"""
Overrides superclass method.
@see: baseCommand.command_enter_PM() for documentation
"""
#important to check for old propMgr object. Reusing propMgr object
#significantly improves the performance.
if not self.propMgr:
self.propMgr = self._createPropMgrObject()
#@bug BUG: following is a workaround for bug 2494.
#This bug is mitigated as propMgr object no longer gets recreated
#for modes -- ninad 2007-08-29
if self.propMgr:
changes.keep_forever(self.propMgr)
def create_and_or_show_PM_if_wanted(self, showPropMgr=True):
"""
Create the property manager object if one doesn't already exist
and then show the propMgr if wanted by the user
@param showPropMgr: If True, show the property manager
@type showPropMgr: boolean
"""
if not self.propMgr:
self.propMgr = self._createPropMgrObject()
#IMPORTANT keep this propMgr permanently -- needed to fix bug 2563
changes.keep_forever(self.propMgr)
if not showPropMgr:
return
self.propMgr.show()
def create_and_or_show_PM_if_wanted(self, showPropMgr=True):
"""
Create the property manager object if one doesn't already exist
and then show the propMgr if wanted by the user
@param showPropMgr: If True, show the property manager
@type showPropMgr: boolean
"""
if not self.propMgr:
self.propMgr = self._createPropMgrObject()
# IMPORTANT keep this propMgr permanently -- needed to fix bug 2563
changes.keep_forever(self.propMgr)
if not showPropMgr:
return
self.propMgr.show()
def construct_cmdrun( cmd_class, glpane):
"""
Construct and return a new "command run" object, for use in the given glpane.
Don't start it -- there is no obligation for the caller to ever start it;
and if it does, it's allowed to do that after other user events and model changes
happened in the meantime [REVIEW THAT, it's not good for "potential commands"] --
but it should not be after this glpane or its underlying model (assembly object)
get replaced (e.g. by Open File).
"""
# (we use same interface as <mode>.__init__ for now,
# though passing assy might be more logical)
cmdrun = cmd_class(glpane)
if not hasattr(cmdrun, 'glpane'):
print "bug: no glpane in cmdrun %r: did it forget to call ExampleCommand.__init__?" % (cmdrun,)
###e should also put it somewhere, as needed for a mode ####DOIT
if 'kluge, might prevent malloc errors after removing pm from ui (guess)':
import foundation.changes as changes
changes.keep_forever(cmdrun)
return cmdrun
def init_gui(self):
if self.propMgr is None:
self.propMgr = FusePropertyManager(self)
#@bug BUG: following is a workaround for bug 2494
changes.keep_forever(self.propMgr)
self.propMgr.show()
self.change_fuse_mode(str(self.propMgr.fuseComboBox.currentText()))
# This maintains state of fuse mode when leaving/reentering mode,
# and syncs the PM and glpane (and does a gl_update).
self.w.toolsFuseChunksAction.setChecked(1)
self.updateCommandToolbar(bool_entering = True)
# connect signals
#(these all need to be disconnected in restore_gui) [mark 050901]
self.connect_or_disconnect_signals(True)
if self.o.assy.selmols:
self.graphicsMode.something_was_picked = True
def init_gui(self):
"""
Initialize GUI for this mode
"""
previousCommand = self.commandSequencer.prevMode
if previousCommand.commandName == 'BUILD_DNA':
try:
self.flyoutToolbar = previousCommand.flyoutToolbar
#Need a better way to deal with changing state of the
#corresponding action in the flyout toolbar. To be revised
#during command toolbar cleanup
self.flyoutToolbar.joinStrandsAction.setChecked(True)
except AttributeError:
self.flyoutToolbar = None
if self.propMgr is None:
self.propMgr = JoinStrands_PropertyManager(self)
#@bug BUG: following is a workaround for bug 2494.
#This bug is mitigated as propMgr object no longer gets recreated
#for modes -- niand 2007-08-29
changes.keep_forever(self.propMgr)
self.propMgr.show()
def init_gui(self):
"""
Do changes to the GUI while entering this mode. This includes opening
the property manager, updating the command toolbar, connecting widget
slots, etc.
Called once each time the mode is entered; should be called only by code
in modes.py.
@see: L{self.restore_gui}
"""
self.enable_gui_actions(False)
self.dont_update_gui = True
if not self.propMgr:
self.propMgr = PartLibPropertyManager(self)
changes.keep_forever(self.propMgr)
self.propMgr.show()
self.connect_or_disconnect_signals(True)
self.updateCommandToolbar(bool_entering = True)
self.dont_update_gui = False
def init_gui(self):
"""
Initialize GUI for this mode
"""
previousCommand = self.commandSequencer.prevMode
if previousCommand.commandName == 'BUILD_PROTEIN':
try:
self.flyoutToolbar = previousCommand.flyoutToolbar
self.flyoutToolbar.editResiduesAction.setChecked(True)
except AttributeError:
self.flyoutToolbar = None
if self.flyoutToolbar:
if not self.flyoutToolbar.editResiduesAction.isChecked():
self.flyoutToolbar.editResiduesAction.setChecked(True)
if self.propMgr is None:
self.propMgr = EditResidues_PropertyManager(self)
#@bug BUG: following is a workaround for bug 2494.
#This bug is mitigated as propMgr object no longer gets recreated
#for modes -- niand 2007-08-29
changes.keep_forever(self.propMgr)
self.propMgr.show()
def init_gui(self):
"""
Initialize GUI for this mode
"""
previousCommand = self.commandSequencer.prevMode
if previousCommand.commandName == 'BUILD_PROTEIN':
try:
self.flyoutToolbar = previousCommand.flyoutToolbar
self.flyoutToolbar.editResiduesAction.setChecked(True)
except AttributeError:
self.flyoutToolbar = None
if self.flyoutToolbar:
if not self.flyoutToolbar.editResiduesAction.isChecked():
self.flyoutToolbar.editResiduesAction.setChecked(True)
if self.propMgr is None:
self.propMgr = EditResidues_PropertyManager(self)
#@bug BUG: following is a workaround for bug 2494.
#This bug is mitigated as propMgr object no longer gets recreated
#for modes -- niand 2007-08-29
changes.keep_forever(self.propMgr)
self.propMgr.show()
def makemenu_helper(widget, menu_spec, menu = None):
"""
Make and return a reusable or one-time-use (at caller's option)
popup menu whose structure is specified by menu_spec,
which is a list of menu item specifiers, each of which is either None
(for a separator) or a tuple of the form (menu text, callable or submenu,
option1, option2, ...) with 0 or more options (described below).
A submenu can be either another menu_spec list, or a QMenu object
(but in the latter case the menu text is ignored -- maybe it comes
from that QMenu object somehow -- not sure if this was different in Qt3).
In either case it is the 2nd menu-item-tuple element, in place of the callable.
Otherwise the callable must satisfy the python 'callable' predicate,
and is executed if the menu item is chosen, wrapped inside another function
which handles Undo checkpointing and Undo-command-name setting.
The options in a menu item tuple can be zero or more (in any order,
duplicates allowed) of the following:
'disabled' -- the menu item should be disabled;
'checked' -- the menu item will be checked;
None -- this option is legal but ignored (but the callable must still satisfy
the python predicate "callable"; constants.noop might be useful for that case).
The Qt3 version also supported tuple-options consisting of one of the words
'iconset' and 'whatsThis' followed by an appropriate argument, but those have
not yet been ported to Qt4 (except possibly for disabled menu items -- UNTESTED).
Unrecognized options may or may not generate warnings, and are otherwise ignored.
[###FIX that -- they always ought to print a warning to developers. Note that right
now they do iff 'disabled' is one of the options and ATOM_DEBUG is set.]
The 'widget' argument should be the Qt widget
which is using this function to put up a menu.
If the menu argument is provided, it should be a QMenu
to which we'll add items; otherwise we create our own QMenu
and add items to it.
"""
from utilities.debug import print_compact_traceback
import types
if menu is None:
menu = QMenu(widget)
## menu.show()
#bruce 070514 removed menu.show() to fix a cosmetic and performance bug
# (on Mac, possibly on other platforms too; probably unreported)
# in which the debug menu first appears in screen center, slowly grows
# to full size while remaining blank, then moves to its final position
# and looks normal (causing a visual glitch, and a 2-3 second delay
# in being able to use it). May fix similar issues with other menus.
# If this causes harm for some menus or platforms, we can adapt it.
# bruce 040909-16 moved this method from basicMode to GLPane,
# leaving a delegator for it in basicMode.
# (bruce was not the original author, but modified it)
#menu = QMenu( widget)
for m in menu_spec:
try: #bruce 050416 added try/except as debug code and for safety
menutext = m and widget.trUtf8(m[0])
if m and isinstance(m[1], QMenu): #bruce 041010 added this case
submenu = m[1]
#menu.insertItem( menutext, submenu )
menu.addMenu(submenu) # how do I get menutext in there?
# (similar code might work for QAction case too, not sure)
elif m and isinstance(m[1], types.ListType): #bruce 041103 added this case
submenu = QMenu(menutext, menu)
submenu = makemenu_helper(widget, m[1], submenu) # [this used to call widget.makemenu]
menu.addMenu(submenu)
elif m:
assert callable(m[1]), \
"%r[1] needs to be a callable" % (m,) #bruce 041103
# transform m[1] into a new callable that makes undo checkpoints and provides an undo command-name
# [bruce 060324 for possible bugs in undo noticing cmenu items, and for the cmdnames]
func = wrap_callable_for_undo(m[1], cmdname = m[0])
# guess about cmdname, but it might be reasonable for A7 as long as we ensure weird characters won't confuse it
import foundation.changes as changes
changes.keep_forever(func) # THIS IS BAD (memory leak), but it's not a severe one, so ok for A7 [bruce 060324]
# (note: the hard part about removing these when we no longer need them is knowing when to do that
# if the user ends up not selecting anything from the menu. Also, some callers make these
# menus for reuse multiple times, and for them we never want to deallocate func even when some
# menu command gets used. We could solve both of these by making the caller pass a place to keep these
# which it would deallocate someday or which would ensure only one per distinct kind of menu is kept. #e)
if 'disabled' not in m[2:]:
act = QAction(widget)
act.setText( menutext)
if 'checked' in m[2:]:
act.setCheckable(True)
act.setChecked(True)
menu.addAction(act)
widget.connect(act, SIGNAL("activated()"), func)
else:
# disabled case
# [why is this case done differently, in this Qt4 port?? -- bruce 070522 question]
insert_command_into_menu(menu, menutext, func, options = m[2:], raw_command = True)
else:
menu.addSeparator() #bruce 070522 bugfix -- before this, separators were placed lower down or dropped
# so as not to come before disabled items, for unknown reasons.
# (Speculation: maybe because insertSeparator was used, since addSeparator didn't work or wasn't noticed,
# and since disabled item were added by an older function (also for unknown reasons)?)
pass
except Exception, e:
if isinstance(e, SystemExit):
raise
print_compact_traceback("exception in makemenu_helper ignored, for %r:\n" % (m,) )
#bruce 070522 restored this (was skipped in Qt4 port)
pass #e could add a fake menu item here as an error message
def init_gui(self):
if not self.propMgr:
self.propMgr = MoviePropertyManager(self)
#@bug BUG: following is a workaround for bug 2494
changes.keep_forever(self.propMgr)
#@NOTE: self.propMgr.show() is called later in this (init_gui) method.
self.updateCommandToolbar(bool_entering=True)
self.w.simMoviePlayerAction.setChecked(
1) # toggle on the Movie Player icon+
# Disable some action items in the main window.
# [bruce 050426 comment: I'm skeptical of disabling the ones marked #k
# and suggest for some others (especially "simulator") that they
# auto-exit the mode rather than be disabled,
# but I won't revise these for now.]
self.w.disable_QActions_for_movieMode(True)
# Actions marked #k are now in disable_QActions_for_movieMode(). mark 060314)
# MP dashboard initialization.
self.enableMovieControls(False)
#bruce 050428 precaution (has no noticable effect but seems safer in theory)
#bruce 050428, working on bug 395: I think some undesirable state is left in the dashboard, so let's reinit it
# (and down below we might like to init it from the movie if possible, but it's not always possible).
self.propMgr._moviePropMgr_reinit(
) ###e could pass frameno? is max frames avail yet in all playable movies? not sure.
# [bruce 050426 comment: probably this should just be a call of an update method, also used during the mode ###e]
movie = self.o.assy.current_movie # might be None, but might_be_playable() true implies it's not
if self.might_be_playable(): #bruce 050426 added condition
frameno = movie.currentFrame
else:
frameno = 0 #bruce 050426 guessed value
self.propMgr.frameNumberSpinBox.setValue(
frameno
) # bruce 050428 question: does this call our slot method?? ###k
self.propMgr.moviePlayActiveAction.setVisible(0)
self.propMgr.moviePlayRevActiveAction.setVisible(0)
if self.might_be_playable(
): # We have a movie file ready. It's showtime! [bruce 050426 changed .filename -> .might_be_playable()]
movie.cueMovie(propMgr=self.propMgr) # Cue movie.
self.enableMovieControls(True)
self.propMgr.updateFrameInformation()
if movie.filename: #k not sure this cond is needed or what to do if not true [bruce 050510]
env.history.message(
"Movie file ready to play: %s" %
movie.filename) #bruce 050510 added this message
else:
self.enableMovieControls(False)
#Need to do this after calling movie._setUp (propMgr displays movie
#information in its msg groupbox. All this will be cleaned up when we
#do moviemode code cleanup.
self.propMgr.show()
# Disable Undo/Redo actions, and undo checkpoints, during this mode (they *must* be reenabled in restore_gui).
# We do this last, so as not to do it if there are exceptions in the rest of the method,
# since if it's done and never undone, Undo/Redo won't work for the rest of the session.
# [bruce 060414; same thing done in some other modes]
import foundation.undo_manager as undo_manager
undo_manager.disable_undo_checkpoints('Movie Player')
undo_manager.disable_UndoRedo(
'Movie Player',
"in Movie Player") # optimizing this for shortness in menu text
# this makes Undo menu commands and tooltips look like "Undo (not permitted in Movie Player)" (and similarly for Redo)
self.connect_or_disconnect_signals(True)
def init_gui(self):
if not self.propMgr:
self.propMgr = MoviePropertyManager(self)
#@bug BUG: following is a workaround for bug 2494
changes.keep_forever(self.propMgr)
#@NOTE: self.propMgr.show() is called later in this (init_gui) method.
self.updateCommandToolbar(bool_entering = True)
self.w.simMoviePlayerAction.setChecked(1) # toggle on the Movie Player icon+
# Disable some action items in the main window.
# [bruce 050426 comment: I'm skeptical of disabling the ones marked #k
# and suggest for some others (especially "simulator") that they
# auto-exit the mode rather than be disabled,
# but I won't revise these for now.]
self.w.disable_QActions_for_movieMode(True)
# Actions marked #k are now in disable_QActions_for_movieMode(). mark 060314)
# MP dashboard initialization.
self.enableMovieControls(False)
#bruce 050428 precaution (has no noticable effect but seems safer in theory)
#bruce 050428, working on bug 395: I think some undesirable state is left in the dashboard, so let's reinit it
# (and down below we might like to init it from the movie if possible, but it's not always possible).
self.propMgr._moviePropMgr_reinit() ###e could pass frameno? is max frames avail yet in all playable movies? not sure.
# [bruce 050426 comment: probably this should just be a call of an update method, also used during the mode ###e]
movie = self.o.assy.current_movie # might be None, but might_be_playable() true implies it's not
if self.might_be_playable(): #bruce 050426 added condition
frameno = movie.currentFrame
else:
frameno = 0 #bruce 050426 guessed value
self.propMgr.frameNumberSpinBox.setValue(frameno) # bruce 050428 question: does this call our slot method?? ###k
self.propMgr.moviePlayActiveAction.setVisible(0)
self.propMgr.moviePlayRevActiveAction.setVisible(0)
if self.might_be_playable(): # We have a movie file ready. It's showtime! [bruce 050426 changed .filename -> .might_be_playable()]
movie.cueMovie(propMgr = self.propMgr) # Cue movie.
self.enableMovieControls(True)
self.propMgr.updateFrameInformation()
if movie.filename: #k not sure this cond is needed or what to do if not true [bruce 050510]
env.history.message( "Movie file ready to play: %s" % movie.filename) #bruce 050510 added this message
else:
self.enableMovieControls(False)
#Need to do this after calling movie._setUp (propMgr displays movie
#information in its msg groupbox. All this will be cleaned up when we
#do moviemode code cleanup.
self.propMgr.show()
# Disable Undo/Redo actions, and undo checkpoints, during this mode (they *must* be reenabled in restore_gui).
# We do this last, so as not to do it if there are exceptions in the rest of the method,
# since if it's done and never undone, Undo/Redo won't work for the rest of the session.
# [bruce 060414; same thing done in some other modes]
import foundation.undo_manager as undo_manager
undo_manager.disable_undo_checkpoints('Movie Player')
undo_manager.disable_UndoRedo('Movie Player', "in Movie Player") # optimizing this for shortness in menu text
# this makes Undo menu commands and tooltips look like "Undo (not permitted in Movie Player)" (and similarly for Redo)
self.connect_or_disconnect_signals(True)
def makemenu_helper(widget, menu_spec, menu=None):
"""
Make and return a reusable or one-time-use (at caller's option)
popup menu whose structure is specified by menu_spec,
which is a list of menu item specifiers, each of which is either None
(for a separator) or a tuple of the form (menu text, callable or submenu,
option1, option2, ...) with 0 or more options (described below).
A submenu can be either another menu_spec list, or a QMenu object
(but in the latter case the menu text is ignored -- maybe it comes
from that QMenu object somehow -- not sure if this was different in Qt3).
In either case it is the 2nd menu-item-tuple element, in place of the callable.
Otherwise the callable must satisfy the python 'callable' predicate,
and is executed if the menu item is chosen, wrapped inside another function
which handles Undo checkpointing and Undo-command-name setting.
The options in a menu item tuple can be zero or more (in any order,
duplicates allowed) of the following:
'disabled' -- the menu item should be disabled;
'checked' -- the menu item will be checked;
None -- this option is legal but ignored (but the callable must still satisfy
the python predicate "callable"; constants.noop might be useful for that case).
The Qt3 version also supported tuple-options consisting of one of the words
'iconset' and 'whatsThis' followed by an appropriate argument, but those have
not yet been ported to Qt4 (except possibly for disabled menu items -- UNTESTED).
Unrecognized options may or may not generate warnings, and are otherwise ignored.
[###FIX that -- they always ought to print a warning to developers. Note that right
now they do iff 'disabled' is one of the options and ATOM_DEBUG is set.]
The 'widget' argument should be the Qt widget
which is using this function to put up a menu.
If the menu argument is provided, it should be a QMenu
to which we'll add items; otherwise we create our own QMenu
and add items to it.
"""
from utilities.debug import print_compact_traceback
import types
if menu is None:
menu = QMenu(widget)
## menu.show()
#bruce 070514 removed menu.show() to fix a cosmetic and performance bug
# (on Mac, possibly on other platforms too; probably unreported)
# in which the debug menu first appears in screen center, slowly grows
# to full size while remaining blank, then moves to its final position
# and looks normal (causing a visual glitch, and a 2-3 second delay
# in being able to use it). May fix similar issues with other menus.
# If this causes harm for some menus or platforms, we can adapt it.
# bruce 040909-16 moved this method from basicMode to GLPane,
# leaving a delegator for it in basicMode.
# (bruce was not the original author, but modified it)
#menu = QMenu( widget)
for m in menu_spec:
try: #bruce 050416 added try/except as debug code and for safety
menutext = m and widget.trUtf8(m[0])
if m and isinstance(m[1], QMenu): #bruce 041010 added this case
submenu = m[1]
#menu.insertItem( menutext, submenu )
menu.addMenu(submenu) # how do I get menutext in there?
# (similar code might work for QAction case too, not sure)
elif m and isinstance(
m[1], types.ListType): #bruce 041103 added this case
submenu = QMenu(menutext, menu)
submenu = makemenu_helper(
widget, m[1],
submenu) # [this used to call widget.makemenu]
menu.addMenu(submenu)
elif m:
assert callable(m[1]), \
"%r[1] needs to be a callable" % (m,) #bruce 041103
# transform m[1] into a new callable that makes undo checkpoints and provides an undo command-name
# [bruce 060324 for possible bugs in undo noticing cmenu items, and for the cmdnames]
func = wrap_callable_for_undo(m[1], cmdname=m[0])
# guess about cmdname, but it might be reasonable for A7 as long as we ensure weird characters won't confuse it
import foundation.changes as changes
changes.keep_forever(
func
) # THIS IS BAD (memory leak), but it's not a severe one, so ok for A7 [bruce 060324]
# (note: the hard part about removing these when we no longer need them is knowing when to do that
# if the user ends up not selecting anything from the menu. Also, some callers make these
# menus for reuse multiple times, and for them we never want to deallocate func even when some
# menu command gets used. We could solve both of these by making the caller pass a place to keep these
# which it would deallocate someday or which would ensure only one per distinct kind of menu is kept. #e)
if 'disabled' not in m[2:]:
act = QAction(widget)
act.setText(menutext)
if 'checked' in m[2:]:
act.setCheckable(True)
act.setChecked(True)
menu.addAction(act)
widget.connect(act, SIGNAL("activated()"), func)
else:
# disabled case
# [why is this case done differently, in this Qt4 port?? -- bruce 070522 question]
insert_command_into_menu(menu,
menutext,
func,
options=m[2:],
raw_command=True)
else:
menu.addSeparator(
) #bruce 070522 bugfix -- before this, separators were placed lower down or dropped
# so as not to come before disabled items, for unknown reasons.
# (Speculation: maybe because insertSeparator was used, since addSeparator didn't work or wasn't noticed,
# and since disabled item were added by an older function (also for unknown reasons)?)
pass
except Exception, e:
if isinstance(e, SystemExit):
raise
print_compact_traceback(
"exception in makemenu_helper ignored, for %r:\n" % (m, ))
#bruce 070522 restored this (was skipped in Qt4 port)
pass #e could add a fake menu item here as an error message
def insert_command_into_menu(menu,
menutext,
command,
options=(),
position=-1,
raw_command=False,
undo_cmdname=None):
"""
[This was part of makemenu_helper in the Qt3 version; in Qt4 it's only
used for the disabled case, presumably for some good reason but not one
which has been documented. It's also used independently of makemenu_helper.]
Insert a new item into menu (a QMenu), whose menutext, command, and options are as given,
with undo_cmdname defaulting to menutext (used only if raw_command is false),
where options is a list or tuple in the same form as used in "menu_spec" lists
such as are passed to makemenu_helper (which this function helps implement).
The caller should have already translated/localized menutext if desired.
If position is given, insert the new item at that position, otherwise at the end.
Return the Qt menu item id of the new menu item.
(I am not sure whether this remains valid if other items are inserted before it. ###k)
If raw_command is False (default), this function will wrap command with standard logic for nE-1 menu commands
(presently, wrap_callable_for_undo), and ensure that a python reference to the resulting callable is kept forever.
If raw_command is True, this function will pass command unchanged into the menu,
and the caller is responsible for retaining a Python reference to command.
###e This might need an argument for the path or function to be used to resolve icon filenames.
"""
#bruce 060613 split this out of makemenu_helper.
# Only called for len(options) > 0, though it presumably works
# just as well for len 0 (try it sometime).
import types
from foundation.whatsthis_utilities import turn_featurenames_into_links, ENABLE_WHATSTHIS_LINKS
if not raw_command:
command = wrap_callable_for_undo(command,
cmdname=undo_cmdname or menutext)
import foundation.changes as changes
changes.keep_forever(command)
# see comments on similar code above about why this is bad in theory, but necessary and ok for now
iconset = None
for option in options:
# some options have to be processed first
# since they are only usable when the menu item is inserted. [bruce 050614]
if type(option) is types.TupleType:
if option[0] == 'iconset':
# support iconset, pixmap, or pixmap filename [bruce 050614 new feature]
iconset = option[1]
if type(iconset) is types.StringType:
filename = iconset
from utilities.icon_utilities import imagename_to_pixmap
iconset = imagename_to_pixmap(filename)
if isinstance(iconset, QPixmap):
# (this is true for imagename_to_pixmap retval)
iconset = QIcon(iconset)
if iconset is not None:
import foundation.changes as changes
changes.keep_forever(
iconset
) #e memory leak; ought to make caller pass a place to keep it, or a unique id of what to keep
#mitem_id = menu.insertItem( iconset, menutext, -1, position ) #bruce 050614, revised 060613 (added -1, position)
mitem = menu.addAction(
iconset,
menutext) #bruce 050614, revised 060613 (added -1, position)
# Will this work with checkmark items? Yes, but it replaces the checkmark --
# instead, the icon looks different for the checked item.
# For the test case of gamess.png on Mac, the 'checked' item's icon
# looked like a 3d-depressed button.
# In the future we can tell the iconset what to display in each case
# (see QIcon and/or QMenu docs, and helper funcs presently in debug_prefs.py.)
else:
# mitem_id = len(menu) -- mitem_id was previously an integer, indexing into the menu
mitem = menu.addAction(menutext)
for option in options:
if option == 'checked':
mitem.setChecked(True)
elif option == 'unchecked': #bruce 050614 -- see what this does visually, if anything
mitem.setChecked(False)
elif option == 'disabled':
mitem.setEnabled(False)
elif type(option) is types.TupleType:
if option[0] == 'whatsThis':
text = option[1]
if ENABLE_WHATSTHIS_LINKS:
text = turn_featurenames_into_links(text)
mitem.setWhatsThis(text)
elif option[0] == 'iconset':
pass # this was processed above
else:
if debug_flags.atom_debug:
print "atom_debug: fyi: don't understand menu_spec option %r", (
option, )
pass
elif option is None:
pass # this is explicitly permitted and has no effect
else:
if debug_flags.atom_debug:
print "atom_debug: fyi: don't understand menu_spec option %r", (
option, )
pass
#e and something to use QMenuData.setShortcut
#e and something to run whatever func you want on menu and mitem_id
return mitem # from insert_command_into_menu
def insert_command_into_menu(menu, menutext, command, options = (), position = -1, raw_command = False, undo_cmdname = None):
"""
[This was part of makemenu_helper in the Qt3 version; in Qt4 it's only
used for the disabled case, presumably for some good reason but not one
which has been documented. It's also used independently of makemenu_helper.]
Insert a new item into menu (a QMenu), whose menutext, command, and options are as given,
with undo_cmdname defaulting to menutext (used only if raw_command is false),
where options is a list or tuple in the same form as used in "menu_spec" lists
such as are passed to makemenu_helper (which this function helps implement).
The caller should have already translated/localized menutext if desired.
If position is given, insert the new item at that position, otherwise at the end.
Return the Qt menu item id of the new menu item.
(I am not sure whether this remains valid if other items are inserted before it. ###k)
If raw_command is False (default), this function will wrap command with standard logic for nE-1 menu commands
(presently, wrap_callable_for_undo), and ensure that a python reference to the resulting callable is kept forever.
If raw_command is True, this function will pass command unchanged into the menu,
and the caller is responsible for retaining a Python reference to command.
###e This might need an argument for the path or function to be used to resolve icon filenames.
"""
#bruce 060613 split this out of makemenu_helper.
# Only called for len(options) > 0, though it presumably works
# just as well for len 0 (try it sometime).
import types
from foundation.whatsthis_utilities import turn_featurenames_into_links, ENABLE_WHATSTHIS_LINKS
if not raw_command:
command = wrap_callable_for_undo(command, cmdname = undo_cmdname or menutext)
import foundation.changes as changes
changes.keep_forever(command)
# see comments on similar code above about why this is bad in theory, but necessary and ok for now
iconset = None
for option in options:
# some options have to be processed first
# since they are only usable when the menu item is inserted. [bruce 050614]
if type(option) is types.TupleType:
if option[0] == 'iconset':
# support iconset, pixmap, or pixmap filename [bruce 050614 new feature]
iconset = option[1]
if type(iconset) is types.StringType:
filename = iconset
from utilities.icon_utilities import imagename_to_pixmap
iconset = imagename_to_pixmap(filename)
if isinstance(iconset, QPixmap):
# (this is true for imagename_to_pixmap retval)
iconset = QIcon(iconset)
if iconset is not None:
import foundation.changes as changes
changes.keep_forever(iconset) #e memory leak; ought to make caller pass a place to keep it, or a unique id of what to keep
#mitem_id = menu.insertItem( iconset, menutext, -1, position ) #bruce 050614, revised 060613 (added -1, position)
mitem = menu.addAction( iconset, menutext ) #bruce 050614, revised 060613 (added -1, position)
# Will this work with checkmark items? Yes, but it replaces the checkmark --
# instead, the icon looks different for the checked item.
# For the test case of gamess.png on Mac, the 'checked' item's icon
# looked like a 3d-depressed button.
# In the future we can tell the iconset what to display in each case
# (see QIcon and/or QMenu docs, and helper funcs presently in debug_prefs.py.)
else:
# mitem_id = len(menu) -- mitem_id was previously an integer, indexing into the menu
mitem = menu.addAction(menutext)
for option in options:
if option == 'checked':
mitem.setChecked(True)
elif option == 'unchecked': #bruce 050614 -- see what this does visually, if anything
mitem.setChecked(False)
elif option == 'disabled':
mitem.setEnabled(False)
elif type(option) is types.TupleType:
if option[0] == 'whatsThis':
text = option[1]
if ENABLE_WHATSTHIS_LINKS:
text = turn_featurenames_into_links(text)
mitem.setWhatsThis(text)
elif option[0] == 'iconset':
pass # this was processed above
else:
if debug_flags.atom_debug:
print "atom_debug: fyi: don't understand menu_spec option %r", (option,)
pass
elif option is None:
pass # this is explicitly permitted and has no effect
else:
if debug_flags.atom_debug:
print "atom_debug: fyi: don't understand menu_spec option %r", (option,)
pass
#e and something to use QMenuData.setShortcut
#e and something to run whatever func you want on menu and mitem_id
return mitem # from insert_command_into_menu