def record(self, obj, signal, *args):
# Don't log "destroy" signals, because they're sent for every
# object that's destroyed, not just the one that initiated the
# action.
if signal == 'destroy':
return self.ignore
if signal == 'delete-event':
# Simply re-emitting the delete event doesn't actually
# destroy a window, so we have to explicitly destroy it.
# This may be the wrong thing to do if a window intercepts
# delete-event and doesn't propagate the signal.
## return ["%s.destroy()" % self.location(obj, *args)]
wvar = loggers.localvar('widget')
hvar = loggers.localvar('handled')
return [
"%s=%s" % (wvar, self.location(obj, *args)),
"%(h)s=%(w)s.event(event(gtk.gdk.DELETE,window=%(w)s.window))"
% dict(w=wvar, h=hvar),
"postpone if not %(h)s: %(w)s.destroy()" %
dict(w=wvar, h=hvar),
]
if signal == 'configure-event':
event = args[0]
return [
"%s.resize(%d, %d)" %
(self.location(obj, *args), event.width, event.height)
]
return super(WindowLogger, self).record(obj, signal, *args)
def record(self, obj, signal, *args):
# Don't log "destroy" signals, because they're sent for every
# object that's destroyed, not just the one that initiated the
# action.
if signal == 'destroy':
return self.ignore
if signal == 'delete-event':
# Simply re-emitting the delete event doesn't actually
# destroy a window, so we have to explicitly destroy it.
# This may be the wrong thing to do if a window intercepts
# delete-event and doesn't propagate the signal.
## return ["%s.destroy()" % self.location(obj, *args)]
wvar = loggers.localvar('widget')
hvar = loggers.localvar('handled')
return [
"%s=%s" % (wvar, self.location(obj, *args)),
"%(h)s=%(w)s.event(event(gtk.gdk.DELETE,window=%(w)s.window))"
% dict(w=wvar, h=hvar),
"postpone if not %(h)s: %(w)s.destroy()" % dict(w=wvar, h=hvar),
]
if signal == 'configure-event':
event = args[0]
return ["%s.resize(%d, %d)" % (self.location(obj, *args),
event.width, event.height)]
return super(WindowLogger, self).record(obj, signal, *args)
def record(self, obj, signal, *args):
if signal == 'button-release-event':
event = args[0]
wvar = loggers.localvar('widget')
return [
"%s=%s" % (wvar, self.location(obj, *args)),
"%(w)s.event(event(gtk.gdk.BUTTON_RELEASE,button=%(b)d,window=%(w)s.window))"
% dict(w=wvar, b=event.button)
]
if signal == 'row-activated':
path = args[0]
col = args[1] # gtk.TreeViewColumn obj
cols = obj.get_columns()
for i in range(len(cols)):
# TODO is there a better way to find the column number?
if cols[i] is col:
return ["tree=%s" % self.location(obj, *args),
"column = tree.get_column(%d)" % i,
"tree.row_activated(%s, column)" % `path`]
if signal == 'row-expanded':
path = args[1]
return ["%s.expand_row(%s, open_all=False)"
% (self.location(obj, *args), `path`)]
if signal == 'row-collapsed':
path = args[1]
return ["%s.collapse_row(%s)"
% (self.location(obj,*args), `path`)]
return super(TreeViewLogger, self).record(obj, signal, *args)
def record(self, obj, signal, *args):
if signal in ('button-press-event', 'button-release-event'):
evnt = args[0]
if signal == 'button-press-event':
eventname = "BUTTON_PRESS"
else:
eventname = "BUTTON_RELEASE"
wvar = loggers.localvar('widget')
return [
"%s = %s" % (wvar, self.location(obj, *args)),
"%s.event(event(gtk.gdk.%s,x=%20.13e,y=%20.13e,button=%d,state=%d,window=%s.window))"
% (wvar, eventname, evnt.x, evnt.y, evnt.button, evnt.state,
wvar)
]
if signal == 'motion-notify-event':
evnt = args[0]
if logutils.suppress_motion_events(obj):
return self.ignore
wvar = loggers.localvar('widget')
return [
"%s = %s" % (wvar, self.location(obj, *args)),
"%s.event(event(gtk.gdk.MOTION_NOTIFY,x=%20.13e,y=%20.13e,state=%d,window=%s.window))"
% (wvar, evnt.x, evnt.y, evnt.state, wvar)
]
if signal == 'focus-in-event':
wvar = loggers.localvar('widget')
return [
"%s=%s" % (wvar, self.location(obj, *args)),
"%(widget)s.event(event(gtk.gdk.FOCUS_CHANGE, in_=1, window=%(widget)s.window))"
% dict(widget=wvar)
]
if signal == 'focus-out-event':
wvar = loggers.localvar('widget')
return [
"%s=%s" % (wvar, self.location(obj, *args)),
"%(widget)s.event(event(gtk.gdk.FOCUS_CHANGE, in_=0, window=%(widget)s.window))"
% dict(widget=wvar)
]
if signal == 'size-allocate':
alloc = obj.get_allocation()
parent = obj.get_parent()
return ["%s.size_allocate(gtk.gdk.Rectangle(%d, %d, %d, %d))" \
% (self.location(obj, *args),
alloc.x, alloc.y, alloc.width, alloc.height)]
return super(WidgetLogger, self).record(obj, signal, *args)
def record(self, obj, signal, *args):
if signal in ('button-press-event', 'button-release-event'):
evnt = args[0]
if signal == 'button-press-event':
eventname = "BUTTON_PRESS"
else:
eventname = "BUTTON_RELEASE"
wvar = loggers.localvar('widget')
return [
"%s = %s" % (wvar, self.location(obj, *args)),
"%s.event(event(gtk.gdk.%s,x=%20.13e,y=%20.13e,button=%d,state=%d,window=%s.window))"
% (wvar, eventname,
evnt.x, evnt.y, evnt.button, evnt.state, wvar)
]
if signal == 'motion-notify-event':
evnt = args[0]
if logutils.suppress_motion_events(obj):
return self.ignore
wvar = loggers.localvar('widget')
return [
"%s = %s" % (wvar, self.location(obj, *args)),
"%s.event(event(gtk.gdk.MOTION_NOTIFY,x=%20.13e,y=%20.13e,state=%d,window=%s.window))"
% (wvar, evnt.x, evnt.y, evnt.state, wvar)
]
if signal == 'focus-in-event':
wvar = loggers.localvar('widget')
return [
"%s=%s" % (wvar, self.location(obj, *args)),
"%(widget)s.event(event(gtk.gdk.FOCUS_CHANGE, in_=1, window=%(widget)s.window))" % dict(widget=wvar)
]
if signal == 'focus-out-event':
wvar = loggers.localvar('widget')
return [
"%s=%s" % (wvar,self.location(obj, *args)),
"%(widget)s.event(event(gtk.gdk.FOCUS_CHANGE, in_=0, window=%(widget)s.window))" % dict(widget=wvar)
]
if signal == 'size-allocate':
alloc = obj.get_allocation()
parent = obj.get_parent()
return ["%s.size_allocate(gtk.gdk.Rectangle(%d, %d, %d, %d))" \
% (self.location(obj, *args),
alloc.x, alloc.y, alloc.width, alloc.height)]
return super(WidgetLogger, self).record(obj, signal, *args)
def record(self, obj, signal, *args):
# Drag-and-drop of a line within a ListStore creates a pair of
# row-inserted and row-deleted signals, with row-inserted
# coming first. The two must be logged together, so we don't
# actually return a non-trivial result until getting the
# second signal. If the user has two mice and drags rows of
# two ListStores simultaneously, this won't work.
if signal == "row-inserted":
ListStoreLogger.insertrow = args[0][
0] # args[0] is a gtk tree path
return self.ignore
if signal == "row-deleted":
if ListStoreLogger.insertrow is None:
return self.ignore
deleterow = args[0][0] # args[0] is a gtk tree path
destrow = ListStoreLogger.insertrow # destination row
# The row to be deleted contains the data that has to be
# inserted in the new row. "deleterow" was set after the
# new row was inserted (because 'row-deleted' was sent
# after 'row-inserted'), so if the new row comes before
# the deleted row in the list, then on replay, where
# nothing has happened yet, the row to be deleted has a
# different index than the source row.
if ListStoreLogger.insertrow < deleterow:
sourcerow = deleterow - 1
else:
sourcerow = deleterow
ListStoreLogger.insertrow = None
lvar = loggers.localvar('ls')
dvar = loggers.localvar('data')
return [
"%s = %s" % (lvar, self.location(obj, *args)),
"%(data)s = [%(ls)s.get_value(%(ls)s.get_iter((%(r)d,)),i) for i in range(%(ls)s.get_n_columns())]"
% dict(r=sourcerow, data=dvar, ls=lvar),
"%s.insert(%d, %s)" % (lvar, destrow, dvar),
"%(ls)s.remove(%(ls)s.get_iter((%(r)d,)))" %
dict(r=deleterow, ls=lvar)
]
return super(ListStoreLogger, self).record(obj, signal, *args)
def record(self, obj, signal, *args):
# Drag-and-drop of a line within a ListStore creates a pair of
# row-inserted and row-deleted signals, with row-inserted
# coming first. The two must be logged together, so we don't
# actually return a non-trivial result until getting the
# second signal. If the user has two mice and drags rows of
# two ListStores simultaneously, this won't work.
if signal == "row-inserted":
ListStoreLogger.insertrow = args[0][0] # args[0] is a gtk tree path
return self.ignore
if signal == "row-deleted":
if ListStoreLogger.insertrow is None:
return self.ignore
deleterow = args[0][0] # args[0] is a gtk tree path
destrow = ListStoreLogger.insertrow # destination row
# The row to be deleted contains the data that has to be
# inserted in the new row. "deleterow" was set after the
# new row was inserted (because 'row-deleted' was sent
# after 'row-inserted'), so if the new row comes before
# the deleted row in the list, then on replay, where
# nothing has happened yet, the row to be deleted has a
# different index than the source row.
if ListStoreLogger.insertrow < deleterow:
sourcerow = deleterow - 1
else:
sourcerow = deleterow
ListStoreLogger.insertrow = None
lvar = loggers.localvar('ls')
dvar = loggers.localvar('data')
return [
"%s = %s" % (lvar, self.location(obj, *args)),
"%(data)s = [%(ls)s.get_value(%(ls)s.get_iter((%(r)d,)),i) for i in range(%(ls)s.get_n_columns())]" % dict(r=sourcerow, data=dvar, ls=lvar),
"%s.insert(%d, %s)" % (lvar, destrow, dvar),
"%(ls)s.remove(%(ls)s.get_iter((%(r)d,)))" % dict(r=deleterow, ls=lvar)
]
return super(ListStoreLogger, self).record(obj, signal, *args)
