class FileSystemActions:
__slots__ = ('__window', '__file_handler', '__image_handler')
def __init__(self, window: MainWindow):
super().__init__()
self.__window = window
self.__file_handler = FileHandler(None)
self.__image_handler = ImageHandler()
def extract_page(self):
"""
Derive some sensible filename (the filename should do) and offer
the user the choice to save the current page with the selected name
"""
page = self.__image_handler.get_current_page()
if ViewState.is_displaying_double:
# asks for left or right page if in double page mode
# and not showing a single page
response_left = 70
response_right = 80
dialog = MessageDialogRemember()
dialog.add_buttons('Left', response_left, 'Right', response_right,
Gtk.STOCK_CANCEL, Gtk.ResponseType.CANCEL)
dialog.set_default_response(Gtk.ResponseType.CANCEL)
dialog.set_text(primary='Extract Left or Right page?')
result = dialog.run()
if result not in (response_left, response_right):
return None
if result == response_left:
if ViewState.is_manga_mode:
page += 1
elif result == response_right:
if not ViewState.is_manga_mode:
page += 1
page_name = self.__image_handler.get_page_filename(page=page)[0]
page_path = self.__image_handler.get_path_to_page(page=page)
save_dialog = Gtk.FileChooserDialog(title='Save page as',
action=Gtk.FileChooserAction.SAVE)
save_dialog.add_buttons(Gtk.STOCK_OK, Gtk.ResponseType.ACCEPT,
Gtk.STOCK_CANCEL, Gtk.ResponseType.REJECT)
save_dialog.set_modal(True)
save_dialog.set_transient_for(self.__window)
save_dialog.set_do_overwrite_confirmation(True)
save_dialog.set_current_name(page_name)
if save_dialog.run(
) == Gtk.ResponseType.ACCEPT and save_dialog.get_filename():
shutil.copy(page_path, save_dialog.get_filename())
save_dialog.destroy()
def move_file(self):
"""
The currently opened file/archive will be moved to prefs['MOVE_FILE']
"""
current_file = self.__file_handler.get_real_path()
target_dir = Path() / current_file.parent / config['MOVE_FILE']
target_file = Path() / target_dir / current_file.name
if not Path.exists(target_dir):
target_dir.mkdir()
try:
self._load_next_file()
except Exception:
logger.error('File action failed: move_file()')
if current_file.is_file():
Path.rename(current_file, target_file)
if not target_file.is_file():
dialog = MessageDialogInfo()
dialog.set_text(primary='File was not moved',
secondary=f'{target_file}')
dialog.run()
def trash_file(self):
"""
The currently opened file/archive will be trashed after showing a confirmation dialog
"""
current_file = self.__file_handler.get_real_path()
dialog = MessageDialogRemember()
dialog.add_buttons(Gtk.STOCK_OK, Gtk.ResponseType.OK, Gtk.STOCK_CANCEL,
Gtk.ResponseType.CANCEL, Gtk.STOCK_DELETE,
Gtk.ResponseType.OK)
dialog.set_default_response(Gtk.ResponseType.OK)
dialog.set_should_remember_choice('delete-opend-file',
(Gtk.ResponseType.OK, ))
dialog.set_text('Trash Selected File?',
secondary=f'{current_file.name}')
result = dialog.run()
if result != Gtk.ResponseType.OK:
return
try:
self._load_next_file()
except Exception:
logger.error('File action failed: trash_file()')
if current_file.is_file():
send2trash(bytes(current_file))
if current_file.is_file():
dialog = MessageDialogInfo()
dialog.set_text(primary='File was not deleted',
secondary=f'{current_file}')
dialog.run()
def _load_next_file(self):
"""
Shared logic for move_file() and trash_file()
"""
if self.__file_handler.is_archive():
next_opened = self.__file_handler.open_archive_direction(
forward=True)
if not next_opened:
next_opened = self.__file_handler.open_archive_direction(
forward=False)
if not next_opened:
self.__file_handler.close_file()
else:
if self.__image_handler.get_number_of_pages() > 1:
# Open the next/previous file
if self.__image_handler.is_last_page():
self.__window.flip_page(number_of_pages=-1)
else:
self.__window.flip_page(number_of_pages=1)
# Refresh the directory
self.__file_handler.refresh_file()
else:
self.__file_handler.close_file()
class MainWindow(Gtk.ApplicationWindow):
"""
The main window, is created at start and terminates the program when closed
"""
def __init__(self, open_path: list = None):
super().__init__(type=Gtk.WindowType.TOPLEVEL)
# Load configuration.
self.__preference_manager = PreferenceManager()
self.__preference_manager.load_config_file()
self.__events = Events()
self.__events.add_event(EventType.FILE_OPENED, self._on_file_opened)
self.__events.add_event(EventType.FILE_CLOSED, self._on_file_closed)
self.__events.add_event(EventType.PAGE_AVAILABLE, self._page_available)
self.__events.add_event(EventType.PAGE_CHANGED, self._page_changed)
# Remember last scroll destination.
self.__last_scroll_destination = Scroll.START.value
self.__dummy_layout = FiniteLayout([(1, 1)], (1, 1), [1, 1], 0, 0)
self.__layout = self.__dummy_layout
self.__waiting_for_redraw = False
self.__page_orientation = self._page_orientation()
self.__file_handler = FileHandler(self)
self.__filesystem_actions = FileSystemActions(self)
self.__image_handler = ImageHandler()
self.__bookmark_backend = BookmarkBackend(self)
self.__thumbnailsidebar = ThumbnailSidebar(self)
self.__thumbnailsidebar.hide()
self.__statusbar = Statusbar()
self.__zoom = ZoomModel()
self.__zoom.set_fit_mode(config['ZOOM_MODE'])
self.__zoom.set_scale_up(config['STRETCH'])
self.__zoom.reset_user_zoom()
self.__menubar = Menubar(self)
self.__event_handler = EventHandler(self)
self.__keybindings_map = KeyBindingsMap(self).BINDINGS
self.__keybindings = KeybindingManager(self)
# Hook up keyboard shortcuts
self.__event_handler.event_handler_init()
self.__event_handler.register_key_events()
self.__cursor_handler = CursorHandler(self)
self.__lens = MagnifyingLens(self)
self.__main_layout = Gtk.Layout()
self.__main_scrolled_window = Gtk.ScrolledWindow()
self.__main_scrolled_window.add(self.__main_layout)
self.__main_scrolled_window.set_hexpand(True)
self.__main_scrolled_window.set_vexpand(True)
self.__vadjust = self.__main_scrolled_window.get_vadjustment()
self.__hadjust = self.__main_scrolled_window.get_hadjustment()
grid = Gtk.Grid()
grid.attach(self.__menubar, 0, 0, 2, 1)
grid.attach(self.__thumbnailsidebar, 0, 1, 1, 1)
grid.attach_next_to(self.__main_scrolled_window, self.__thumbnailsidebar, Gtk.PositionType.RIGHT, 1, 1)
grid.attach(self.__statusbar, 0, 2, 2, 1)
self.add(grid)
# XXX limited to at most 2 pages
self.__images = [Gtk.Image(), Gtk.Image()]
for img in self.__images:
self.__main_layout.put(img, 0, 0)
# Each widget "eats" part of the main layout visible area.
self.__toggle_axis = {
self.__thumbnailsidebar: ZoomAxis.WIDTH.value,
self.__statusbar: ZoomAxis.HEIGHT.value,
self.__menubar: ZoomAxis.HEIGHT.value,
}
self.__main_layout.set_events(Gdk.EventMask.BUTTON1_MOTION_MASK |
Gdk.EventMask.BUTTON2_MOTION_MASK |
Gdk.EventMask.BUTTON_PRESS_MASK |
Gdk.EventMask.BUTTON_RELEASE_MASK |
Gdk.EventMask.POINTER_MOTION_MASK)
self.__main_layout.drag_dest_set(Gtk.DestDefaults.ALL,
[Gtk.TargetEntry.new('text/uri-list', 0, 0)],
Gdk.DragAction.COPY |
Gdk.DragAction.MOVE)
self.connect('delete_event', self.terminate_program)
self.connect('key_press_event', self.__event_handler.key_press_event)
self.connect('configure_event', self.__event_handler.resize_event)
self.connect('window-state-event', self.__event_handler.window_state_event)
self.__main_layout.connect('button_release_event', self.__event_handler.mouse_release_event)
self.__main_layout.connect('scroll_event', self.__event_handler.scroll_wheel_event)
self.__main_layout.connect('button_press_event', self.__event_handler.mouse_press_event)
self.__main_layout.connect('motion_notify_event', self.__event_handler.mouse_move_event)
self.__main_layout.connect('drag_data_received', self.__event_handler.drag_n_drop_event)
self.__main_layout.connect('motion-notify-event', self.__lens.motion_event)
self.__main_layout.connect('motion-notify-event', self.__cursor_handler.refresh)
self.set_title(Mcomix.APP_NAME.value)
self.restore_window_geometry()
if config['DEFAULT_FULLSCREEN']:
self.change_fullscreen()
self.show_all()
self.__file_handler.open_file_init(open_path)
@property
def bookmark_backend(self):
"""
Interface for BookmarkBackend
"""
return self.__bookmark_backend
@property
def thumbnailsidebar(self):
"""
Interface for ThumbnailSidebar
"""
return self.__thumbnailsidebar
@property
def statusbar(self):
"""
Interface for Statusbar
"""
return self.__statusbar
@property
def event_handler(self):
"""
Interface for EventHandler
"""
return self.__event_handler
@property
def keybindings_map(self):
"""
Interface for KeyBindingsMap
"""
return self.__keybindings_map
@property
def keybindings(self):
"""
Interface for KeybindingManager
"""
return self.__keybindings
@property
def cursor_handler(self):
"""
Interface for CursorHandler
"""
return self.__cursor_handler
@property
def lens(self):
"""
Interface for MagnifyingLens
"""
return self.__lens
@property
def layout(self):
return self.__layout
@property
def main_layout(self):
return self.__main_layout
@property
def hadjust(self):
return self.__hadjust
@property
def vadjust(self):
return self.__vadjust
def _page_orientation(self):
if ViewState.is_manga_mode:
return PageOrientation.MANGA.value
else:
return PageOrientation.WESTERN.value
def draw_image(self, scroll_to=None):
"""
Draw the current pages and update the titlebar and statusbar
"""
if self.__waiting_for_redraw:
# Don't stack up redraws.
return
self.__waiting_for_redraw = True
GLib.idle_add(self._draw_image, scroll_to, priority=GLib.PRIORITY_HIGH_IDLE)
def _draw_image(self, scroll_to: int):
# hides old images before showing new ones
# also if in double page mode and only a single
# image is going to be shown, prevents a ghost second image
for i in self.__images:
i.clear()
if not self.__file_handler.get_file_loaded():
self.__thumbnailsidebar.hide()
self.__waiting_for_redraw = False
return
self.__thumbnailsidebar.show()
if not self.__image_handler.page_is_available():
# Save scroll destination for when the page becomes available.
self.__last_scroll_destination = scroll_to
self.__waiting_for_redraw = False
return
distribution_axis = ZoomAxis.DISTRIBUTION.value
alignment_axis = ZoomAxis.ALIGNMENT.value
# XXX limited to at most 2 pages
pixbuf_count = 2 if ViewState.is_displaying_double else 1
pixbuf_count_iter = range(pixbuf_count)
pixbuf_list = list(self.__image_handler.get_pixbufs(pixbuf_count))
do_not_transform = [ImageTools.disable_transform(x) for x in pixbuf_list]
size_list = [[pixbuf.get_width(), pixbuf.get_height()] for pixbuf in pixbuf_list]
# Rotation handling:
# - apply Exif rotation on individual images
# - apply manual rotation on whole page
orientation = self.__page_orientation
if config['AUTO_ROTATE_FROM_EXIF']:
rotation_list = [ImageTools.get_implied_rotation(pixbuf) for pixbuf in pixbuf_list]
for i in pixbuf_count_iter:
if rotation_list[i] in (90, 270):
size_list[i].reverse()
else:
# no auto rotation
rotation_list = [0] * len(pixbuf_list)
rotation = config['ROTATION'] % 360
match rotation:
case (90 | 270):
distribution_axis, alignment_axis = alignment_axis, distribution_axis
orientation.reverse()
for i in pixbuf_count_iter:
size_list[i].reverse()
case 180:
orientation.reverse()
# Recompute the visible area size
viewport_size = self.get_visible_area_size()
zoom_dummy_size = list(viewport_size)
scaled_sizes = self.__zoom.get_zoomed_size(size_list, zoom_dummy_size, distribution_axis, do_not_transform)
self.__layout = FiniteLayout(scaled_sizes, viewport_size, orientation, distribution_axis, alignment_axis)
self.__main_layout.set_size(*self.__layout.get_union_box().get_size())
content_boxes = self.__layout.get_content_boxes()
for i in pixbuf_count_iter:
rotation_list[i] = (rotation_list[i] + rotation) % 360
pixbuf_list[i] = ImageTools.fit_pixbuf_to_rectangle(pixbuf_list[i], scaled_sizes[i], rotation_list[i])
pixbuf_list[i] = ImageTools.enhance(pixbuf_list[i])
ImageTools.set_from_pixbuf(self.__images[i], pixbuf_list[i])
self.__main_layout.move(self.__images[i], *content_boxes[i].get_position())
self.__images[i].show()
# Reset orientation so scrolling behaviour is sane.
self.__layout.set_orientation(self.__page_orientation)
if scroll_to is not None:
destination = (scroll_to,) * 2
self.scroll_to_predefined(destination)
# update statusbar
resolutions = [(*size, scaled_size[0] / size[0]) for scaled_size, size in zip(scaled_sizes, size_list, strict=True)]
if ViewState.is_manga_mode:
resolutions.reverse()
self.__statusbar.set_resolution(resolutions)
self.__statusbar.update()
self.__waiting_for_redraw = False
def _update_page_information(self):
"""
Updates the window with information that can be gathered
even when the page pixbuf(s) aren't ready yet
"""
page = self.__image_handler.get_current_page()
if not page:
return
filenames = self.__image_handler.get_page_filename(page=page)
filesizes = self.__image_handler.get_page_filesize(page=page)
filename = ', '.join(filenames)
filesize = ', '.join(filesizes)
self.__statusbar.set_page_number(page, self.__image_handler.get_number_of_pages())
self.__statusbar.set_filename(filename)
self.__statusbar.set_filesize(filesize)
self.__statusbar.update()
def _get_virtual_double_page(self, page: int = None):
"""
Return True if the current state warrants use of virtual
double page mode (i.e. if double page mode is on, the corresponding
preference is set, and one of the two images that should normally
be displayed has a width that exceeds its height), or if currently
on the first page
:returns: True if the current state warrants use of virtual double page mode
"""
if page is None:
page = self.__image_handler.get_current_page()
if (page == 1 and
config['VIRTUAL_DOUBLE_PAGE_FOR_FITTING_IMAGES'] & DoublePage.AS_ONE_TITLE.value and
self.__file_handler.is_archive()):
return True
if (not config['DEFAULT_DOUBLE_PAGE'] or
not config['VIRTUAL_DOUBLE_PAGE_FOR_FITTING_IMAGES'] & DoublePage.AS_ONE_WIDE.value or
self.__image_handler.is_last_page(page)):
return False
for page in (page, page + 1):
if not self.__image_handler.page_is_available(page):
return False
pixbuf = self.__image_handler.get_pixbuf(page)
width, height = pixbuf.get_width(), pixbuf.get_height()
if config['AUTO_ROTATE_FROM_EXIF']:
rotation = ImageTools.get_implied_rotation(pixbuf)
# if rotation not in (0, 90, 180, 270):
# return
if rotation in (90, 270):
width, height = height, width
if width > height:
return True
return False
def _page_available(self, page: int):
"""
Called whenever a new page is ready for displaying
"""
# Refresh display when currently opened page becomes available.
current_page = self.__image_handler.get_current_page()
nb_pages = 2 if ViewState.is_displaying_double else 1
if current_page <= page < (current_page + nb_pages):
self._displayed_double()
self.draw_image(scroll_to=self.__last_scroll_destination)
self._update_page_information()
def _on_file_opened(self):
self._displayed_double()
self.__thumbnailsidebar.show()
if config['STATUSBAR_FULLPATH']:
self.__statusbar.set_archive_filename(self.__file_handler.get_base_path())
else:
self.__statusbar.set_archive_filename(self.__file_handler.get_base_path().name)
self.__statusbar.set_view_mode()
self.__statusbar.set_filesize_archive(self.__file_handler.get_base_path())
self.__statusbar.set_file_number(*self.__file_handler.get_file_number())
self.__statusbar.update()
self._update_title()
def _on_file_closed(self):
self.clear()
self.__thumbnailsidebar.hide()
self.__thumbnailsidebar.clear()
def _new_page(self, at_bottom: bool = False):
"""
Draw a *new* page correctly (as opposed to redrawing the same image with a new size or whatever)
"""
if not config['KEEP_TRANSFORMATION']:
config['ROTATION'] = 0
if at_bottom:
scroll_to = Scroll.END.value
else:
scroll_to = Scroll.START.value
self.draw_image(scroll_to=scroll_to)
def page_changed(self):
"""
Called on page change
"""
self.__events.run_events(EventType.PAGE_CHANGED)
def _page_changed(self):
self._displayed_double()
self.__thumbnailsidebar.hide()
self.__thumbnailsidebar.load_thumbnails()
self._update_page_information()
def set_page(self, num: int, at_bottom: bool = False):
"""
Draws a *new* page (as opposed to redrawing the same image with a new size or whatever)
"""
if num == self.__image_handler.get_current_page():
return
self.__image_handler.set_page(num)
self.page_changed()
self._new_page(at_bottom=at_bottom)
def flip_page(self, number_of_pages: int, single_step: bool = False):
if not self.__file_handler.get_file_loaded():
return
current_page = self.__image_handler.get_current_page()
current_number_of_pages = self.__image_handler.get_number_of_pages()
new_page = current_page + number_of_pages
if (abs(number_of_pages) == 1 and
not single_step and
config['DEFAULT_DOUBLE_PAGE'] and
config['DOUBLE_STEP_IN_DOUBLE_PAGE_MODE']):
if number_of_pages == 1 and not self._get_virtual_double_page():
new_page += 1
elif number_of_pages == -1 and not self._get_virtual_double_page(new_page - 1):
new_page -= 1
if new_page <= 0:
# Only switch to previous page when flipping one page before the
# first one. (Note: check for (page number <= 1) to handle empty
# archive case).
if number_of_pages == -1 and current_page <= 1:
return self.__file_handler.open_archive_direction(forward=False)
# Handle empty archive case.
new_page = min(1, current_number_of_pages)
elif new_page > current_number_of_pages:
if number_of_pages == 1:
return self.__file_handler.open_archive_direction(forward=True)
new_page = current_number_of_pages
if new_page != current_page:
self.set_page(new_page, at_bottom=(-1 == number_of_pages))
def first_page(self):
if self.__image_handler.get_number_of_pages():
self.set_page(1)
def last_page(self):
number_of_pages = self.__image_handler.get_number_of_pages()
if number_of_pages:
self.set_page(number_of_pages)
def page_select(self, *args):
Pageselector(self)
def rotate_90(self, *args):
self.rotate_x(rotation=90)
def rotate_180(self, *args):
self.rotate_x(rotation=180)
def rotate_270(self, *args):
self.rotate_x(rotation=270)
def rotate_x(self, rotation: int, *args):
config['ROTATION'] = (config['ROTATION'] + rotation) % 360
self.draw_image()
def change_double_page(self, *args):
config['DEFAULT_DOUBLE_PAGE'] = not config['DEFAULT_DOUBLE_PAGE']
self._displayed_double()
self._update_page_information()
self.draw_image()
def change_manga_mode(self, *args):
config['DEFAULT_MANGA_MODE'] = not config['DEFAULT_MANGA_MODE']
ViewState.is_manga_mode = config['DEFAULT_MANGA_MODE']
self.__page_orientation = self._page_orientation()
self.__statusbar.set_view_mode()
self._update_page_information()
self.draw_image()
def is_fullscreen(self):
window_state = self.get_window().get_state()
return (window_state & Gdk.WindowState.FULLSCREEN) != 0
def change_fullscreen(self, *args):
# Disable action until transition if complete.
if self.is_fullscreen():
self.unfullscreen()
self.__cursor_handler.auto_hide_off()
# menu/status can only be hidden in fullscreen
# if not hidden using .show() is the same as a NOOP
self.__statusbar.show()
self.__menubar.show()
else:
self.save_window_geometry()
self.fullscreen()
self.__cursor_handler.auto_hide_on()
if config['FULLSCREEN_HIDE_STATUSBAR']:
self.__statusbar.hide()
if config['FULLSCREEN_HIDE_MENUBAR']:
self.__menubar.hide()
# No need to call draw_image explicitely,
# as we'll be receiving a window state
# change or resize event.
def change_fit_mode_best(self, *args):
self.change_zoom_mode(ZoomModes.BEST.value)
def change_fit_mode_width(self, *args):
self.change_zoom_mode(ZoomModes.WIDTH.value)
def change_fit_mode_height(self, *args):
self.change_zoom_mode(ZoomModes.HEIGHT.value)
def change_fit_mode_size(self, *args):
self.change_zoom_mode(ZoomModes.SIZE.value)
def change_fit_mode_manual(self, *args):
self.change_zoom_mode(ZoomModes.MANUAL.value)
def change_zoom_mode(self, value: int = None):
if value is not None:
config['ZOOM_MODE'] = value
self.__zoom.set_fit_mode(config['ZOOM_MODE'])
self.__zoom.set_scale_up(config['STRETCH'])
self.__zoom.reset_user_zoom()
self.draw_image()
def toggle_image_scaling(self):
config['ENABLE_PIL_SCALING'] = not config['ENABLE_PIL_SCALING']
self.__statusbar.update_image_scaling()
self.draw_image()
def change_image_scaling(self, step: int):
if config['ENABLE_PIL_SCALING']:
config_key = 'PIL_SCALING_FILTER'
algos = ScalingPIL
else:
config_key = 'GDK_SCALING_FILTER'
algos = ScalingGDK
# inc/dec active algo, modulus loops algos to start on overflow
# and end on underflow
config[config_key] = algos((config[config_key] + step) % len(algos)).value
self.__statusbar.update_image_scaling()
self.draw_image()
def change_stretch(self, *args):
"""
Toggles stretching small images
"""
config['STRETCH'] = not config['STRETCH']
self.__zoom.set_scale_up(config['STRETCH'])
self.draw_image()
def open_dialog_about(self, *args):
dialog = DialogChooser(DialogChoice.ABOUT)
dialog.open_dialog(self)
def open_dialog_enhance(self, *args):
dialog = DialogChooser(DialogChoice.ENHANCE)
dialog.open_dialog(self)
def open_dialog_file_chooser(self, *args):
dialog = DialogChooser(DialogChoice.FILECHOOSER)
dialog.open_dialog(self)
def open_dialog_keybindings(self, *args):
dialog = DialogChooser(DialogChoice.KEYBINDINGS)
dialog.open_dialog(self)
def open_dialog_preference(self, *args):
dialog = DialogChooser(DialogChoice.PREFERENCES)
dialog.open_dialog(self)
def open_dialog_properties(self, *args):
dialog = DialogChooser(DialogChoice.PROPERTIES)
dialog.open_dialog(self)
def change_keep_transformation(self, *args):
config['KEEP_TRANSFORMATION'] = not config['KEEP_TRANSFORMATION']
def manual_zoom_in(self, *args):
self.__zoom.zoom_in()
self.draw_image()
def manual_zoom_out(self, *args):
self.__zoom.zoom_out()
self.draw_image()
def manual_zoom_original(self, *args):
self.__zoom.reset_user_zoom()
self.draw_image()
def scroll(self, x: int, y: int):
"""
Scroll <x> px horizontally and <y> px vertically. If <bound> is
'first' or 'second', we will not scroll out of the first or second
page respectively (dependent on manga mode). The <bound> argument
only makes sense in double page mode.
:returns: True if call resulted in new adjustment values, False otherwise
"""
old_hadjust = self.__hadjust.get_value()
old_vadjust = self.__vadjust.get_value()
visible_width, visible_height = self.get_visible_area_size()
hadjust_upper = max(0, self.__hadjust.get_upper() - visible_width)
vadjust_upper = max(0, self.__vadjust.get_upper() - visible_height)
hadjust_lower = 0
new_hadjust = old_hadjust + x
new_vadjust = old_vadjust + y
new_hadjust = max(hadjust_lower, new_hadjust)
new_vadjust = max(0, new_vadjust)
new_hadjust = min(hadjust_upper, new_hadjust)
new_vadjust = min(vadjust_upper, new_vadjust)
self.__vadjust.set_value(new_vadjust)
self.__hadjust.set_value(new_hadjust)
return old_vadjust != new_vadjust or old_hadjust != new_hadjust
def scroll_to_predefined(self, destination: tuple):
self.__layout.scroll_to_predefined(destination)
viewport_position = self.__layout.get_viewport_box().get_position()
self.__hadjust.set_value(viewport_position[0]) # 2D only
self.__vadjust.set_value(viewport_position[1]) # 2D only
def clear(self):
"""
Clear the currently displayed data (i.e. "close" the file)
"""
self.set_title(Mcomix.APP_NAME.value)
self.__statusbar.set_message('')
self.draw_image()
def _displayed_double(self):
"""
sets True if two pages are currently displayed
"""
ViewState.is_displaying_double = (
self.__image_handler.get_current_page() and
config['DEFAULT_DOUBLE_PAGE'] and
not self._get_virtual_double_page() and
not self.__image_handler.is_last_page()
)
def get_visible_area_size(self):
"""
:returns: a 2-tuple with the width and height of the visible part of the main layout area
"""
dimensions = list(self.get_size())
size = 0
for widget, axis in self.__toggle_axis.items():
size = widget.get_preferred_size()
match axis:
case ZoomAxis.WIDTH.value:
size = size.natural_size.width
case ZoomAxis.HEIGHT.value:
size = size.natural_size.height
dimensions[axis] -= size
return tuple(dimensions)
def _update_title(self):
"""
Set the title acording to current state
"""
self.set_title(f'{Mcomix.APP_NAME.value} [{self.__file_handler.get_real_path()}]')
def extract_page(self, *args):
self.__filesystem_actions.extract_page()
def move_file(self, *args):
self.__filesystem_actions.move_file()
def trash_file(self, *args):
self.__filesystem_actions.trash_file()
def minimize(self, *args):
"""
Minimizes the MComix window
"""
self.iconify()
def get_window_geometry(self):
return self.get_position() + self.get_size()
def save_window_geometry(self):
if config['WINDOW_SAVE']:
(
config['WINDOW_X'],
config['WINDOW_Y'],
config['WINDOW_WIDTH'],
config['WINDOW_HEIGHT'],
) = self.get_window_geometry()
def restore_window_geometry(self):
if self.get_window_geometry() == (config['WINDOW_X'],
config['WINDOW_Y'],
config['WINDOW_WIDTH'],
config['WINDOW_HEIGHT']):
return False
self.resize(config['WINDOW_WIDTH'], config['WINDOW_HEIGHT'])
self.move(config['WINDOW_X'], config['WINDOW_Y'])
return True
def terminate_program(self, *args):
"""
Run clean-up tasks and exit the program
"""
if not self.is_fullscreen():
self.save_window_geometry()
self.hide()
if Gtk.main_level() > 0:
Gtk.main_quit()
# write config file
self.__preference_manager.write_config_file()
self.__keybindings.write_keybindings_file()
self.__bookmark_backend.write_bookmarks_file()
self.__file_handler.close_file()
class PropertiesDialog(Gtk.Dialog):
__slots__ = ('__window', '__image_handler', '__notebook', '__archive_page',
'__image_page')
def __init__(self, window: MainWindow):
super().__init__(title='Properties')
self.set_transient_for(window)
self.add_buttons(Gtk.STOCK_CANCEL, Gtk.ResponseType.CANCEL,
Gtk.STOCK_OK, Gtk.ResponseType.ACCEPT)
self.__window = window
events = Events()
events.add_event(EventType.FILE_OPENED, self._on_book_change)
events.add_event(EventType.FILE_CLOSED, self._on_book_change)
events.add_event(EventType.PAGE_AVAILABLE, self._on_page_available)
events.add_event(EventType.PAGE_CHANGED, self._on_page_change)
self.__file_handler = FileHandler(None)
self.__image_handler = ImageHandler()
self.resize(870, 560)
self.set_border_width(2)
self.set_resizable(True)
self.set_default_response(Gtk.ResponseType.CLOSE)
self.__notebook = Gtk.Notebook()
self.vbox.pack_start(self.__notebook, True, True, 0)
self.__notebook.set_border_width(2)
self.__archive_page = PropertiesPage()
self.__image_page = PropertiesPage()
self.__notebook.append_page(self.__archive_page,
Gtk.Label(label='Archive'))
self.__notebook.append_page(self.__image_page,
Gtk.Label(label='Image'))
self._update_archive_page()
self.show_all()
def _on_page_change(self):
self._update_image_page()
def _on_book_change(self):
self._update_archive_page()
def _on_page_available(self, page_number: int):
if page_number == 1:
self._update_page_image(self.__archive_page, 1)
current_page_number = self.__image_handler.get_current_page()
if current_page_number == page_number:
self._update_image_page()
def _update_archive_page(self):
page = self.__archive_page
page.reset()
if not self.__file_handler.is_archive():
self._update_image_page()
if self.__notebook.get_n_pages() == 2:
self.__notebook.detach_tab(page)
return
if self.__notebook.get_n_pages() == 1:
self.__notebook.insert_page(page, Gtk.Label(label='Archive'), 0)
self._update_page_image(page, 1)
page.set_filename(self.__file_handler.get_real_path().name)
path = self.__file_handler.get_base_path()
main_info = (f'{self.__image_handler.get_number_of_pages()} pages',
'Archive File'
if self.__file_handler.is_archive else 'Image File')
page.set_main_info(main_info)
self._update_page_secondary_info(page, path)
page.show_all()
self._update_image_page()
def _update_image_page(self):
page = self.__image_page
page.reset()
if not self.__image_handler.page_is_available():
return
self._update_page_image(page)
path = self.__image_handler.get_path_to_page()
page.set_filename(path.name)
width, height = self.__image_handler.get_size()
main_info = (
f'{width}x{height} px',
self.__image_handler.get_mime_name(),
)
page.set_main_info(main_info)
self._update_page_secondary_info(page, path)
page.show_all()
def _update_page_image(self, page, page_number: int = None):
if not self.__image_handler.page_is_available(page_number):
return
thumb = self.__image_handler.get_thumbnail(page=page_number,
size=(256, 256))
page.set_thumbnail(thumb)
def _update_page_secondary_info(self, page, path: Path):
stats = Path.stat(path)
secondary_info = (('Location', Path.resolve(path).parent),
('Size', FileSize(path)),
('Modified', datetime.fromtimestamp(
stats.st_mtime).strftime('%Y-%m-%d %H:%M:%S')),
('Accessed', datetime.fromtimestamp(
stats.st_atime).strftime('%Y-%m-%d %H:%M:%S')),
('Permissions', oct(stat.S_IMODE(stats.st_mode))),
('Owner', path.owner()), ('Group', path.group()))
page.set_secondary_info(secondary_info)