def __call__(self, select_after=True, bounds=None):
"""
When bounds is not None then it is assumed that the user wants to replace
the given bounds for the replaced text, thus they are not verified if they
have 0 length(no bounds problem).
"""
buff = self.get_parent()
if bounds is None:
bounds = buff.get_selection_bounds()
# Check if there's selected text and if it matches the search text
if get_buffer_selection(buff) != self.search_text:
return False
# If it does get the selection bounds
start, end = bounds
# Delete the old text
buff.delete(start, end)
# Insert the new text
buff.insert(start, self._replace_text)
# Select the replaced text
if select_after:
start = buff.get_iter_at_mark(buff.get_insert())
start.backward_chars(len(self.replace_text))
return True
def __call__(self, select_after=True, bounds=None):
"""
When bounds is not None then it is assumed that the user wants to replace
the given bounds for the replaced text, thus they are not verified if they
have 0 length(no bounds problem).
"""
buff = self.get_parent()
if bounds is None:
bounds = buff.get_selection_bounds()
# Check if there's selected text and if it matches the search text
if get_buffer_selection(buff) != self.search_text:
return False
# If it does get the selection bounds
start, end = bounds
# Delete the old text
buff.delete(start, end)
# Insert the new text
buff.insert(start, self._replace_text)
# Select the replaced text
if select_after:
start = buff.get_iter_at_mark(buff.get_insert())
start.backward_chars(len(self.replace_text))
return True
def on_show(self, dialog):
buff = self.buffer
selected_text = get_buffer_selection(buff)
if selected_text != "":
# There's some selected text, copy it to the search entry
self.entry.set_text(selected_text)
else:
# Select some text on the buffer
self.find_forward.activate()
# Select text entry and focus on it
self.entry.select_region(0, -1)
self.entry.grab_focus()
buff.search_highlight = True
def get_selected_text(self):
return get_buffer_selection(self.buffer)
def get_selected_text(self):
return get_buffer_selection(self.buffer)