def adjust_droplist_position(self, widget):
'''Realize droplist.'''
# Adjust coordinate.
(screen_width, screen_height) = get_screen_size(self)
droplist_width = 0
for droplist_item in self.droplist_items:
if droplist_width == 0 and isinstance(droplist_item.item_box, gtk.Button):
droplist_width = droplist_item.item_box_width
droplist_width += self.padding_x * 2
droplist_height = self.allocation.height
if self.x_align == ALIGN_START:
dx = self.expect_x
elif self.x_align == ALIGN_MIDDLE:
dx = self.expect_x - droplist_width / 2
else:
dx = self.expect_x - droplist_width
if self.y_align == ALIGN_START:
dy = self.expect_y
elif self.y_align == ALIGN_MIDDLE:
dy = self.expect_y - droplist_height / 2
else:
dy = self.expect_y - droplist_height
if self.expect_x + droplist_width > screen_width:
dx = self.expect_x - droplist_width + self.offset_x
if self.expect_y + droplist_height > screen_height:
dy = self.expect_y - droplist_height + self.offset_y
self.move(dx, dy)
def delay_show_notify(self, item):
screen_width, screen_height = utils.get_screen_size()
view_x, view_y = self.scrolled_window.get_child().get_view_window().get_size()
(origin_x, origin_y) = get_widget_root_coordinate(self.draw_area, WIDGET_POS_TOP_LEFT, False)
notify_width = self.song_notify.default_width
if origin_x + view_x + notify_width + self.notify_offset_x > screen_width:
x = origin_x - notify_width - self.notify_offset_x
else:
x = origin_x + view_x + self.notify_offset_x
y = origin_y + self.get_item_offset_y(item)
self.song_notify.update_song(item.song)
self.song_notify.show(x, y)
def delay_show_notify(self, item):
screen_width, screen_height = utils.get_screen_size()
view_x, view_y = self.scrolled_window.get_child().get_view_window().get_size()
(origin_x, origin_y) = get_widget_root_coordinate(self.draw_area, WIDGET_POS_TOP_LEFT, False)
notify_width = self.song_notify.default_width
if origin_x + view_x + notify_width + self.notify_offset_x > screen_width:
x = origin_x - notify_width - self.notify_offset_x
else:
x = origin_x + view_x + self.notify_offset_x
y = origin_y + self.get_item_offset_y(item)
self.song_notify.update_song(item.song)
self.song_notify.show(x, y)
def adjust_droplist_position(self):
'''
Internal function to adjust droplist position after `realize` signal.
'''
# Adjust coordinate.
(screen_width, screen_height) = get_screen_size(self)
droplist_width = 0
droplist_height = 0
for droplist_item in self.droplist_items:
if droplist_width == 0 and isinstance(droplist_item.item_box,
gtk.Button):
droplist_width = droplist_item.item_box_width
droplist_height += droplist_item.item_box_height
droplist_width += self.padding_x * 2
if self.max_height != None:
droplist_height = min(self.max_height,
droplist_height + self.padding_y * 2)
if self.x_align == ALIGN_START:
dx = self.expect_x
elif self.x_align == ALIGN_MIDDLE:
dx = self.expect_x - droplist_width / 2
else:
dx = self.expect_x - droplist_width
if self.y_align == ALIGN_START:
dy = self.expect_y
elif self.y_align == ALIGN_MIDDLE:
dy = self.expect_y - droplist_height / 2
else:
dy = self.expect_y - droplist_height
if self.expect_x + droplist_width > screen_width:
dx = self.expect_x - droplist_width + self.offset_x
if droplist_height != None:
if self.expect_y + droplist_height > screen_height:
dy = self.expect_y - droplist_height + self.offset_y
if droplist_height != None:
self.window.move_resize(dx, dy, droplist_width, droplist_height)
def adjust_droplist_position(self):
'''
Internal function to adjust droplist position after `realize` signal.
'''
# Adjust coordinate.
(screen_width, screen_height) = get_screen_size(self)
droplist_width = 0
droplist_height = 0
for droplist_item in self.droplist_items:
if droplist_width == 0 and isinstance(droplist_item.item_box, gtk.Button):
droplist_width = droplist_item.item_box_width
droplist_height += droplist_item.item_box_height
droplist_width += self.padding_x * 2
if self.max_height != None:
droplist_height = min(self.max_height, droplist_height + self.padding_y * 2)
if self.x_align == ALIGN_START:
dx = self.expect_x
elif self.x_align == ALIGN_MIDDLE:
dx = self.expect_x - droplist_width / 2
else:
dx = self.expect_x - droplist_width
if self.y_align == ALIGN_START:
dy = self.expect_y
elif self.y_align == ALIGN_MIDDLE:
dy = self.expect_y - droplist_height / 2
else:
dy = self.expect_y - droplist_height
if self.expect_x + droplist_width > screen_width:
dx = self.expect_x - droplist_width + self.offset_x
if droplist_height != None:
if self.expect_y + droplist_height > screen_height:
dy = self.expect_y - droplist_height + self.offset_y
if droplist_height != None:
self.window.move_resize(dx, dy, droplist_width, droplist_height)
def adjust_menu_position(self):
"""
Internal function to realize menu position.
"""
# Adjust coordinate.
(screen_width, screen_height) = get_screen_size(self)
menu_width = menu_height = 0
for menu_item in self.menu_items:
if isinstance(menu_item.item_box, gtk.Button):
item_box_width = menu_item.item_box_width
if item_box_width > menu_width:
menu_width = item_box_width
menu_height += menu_item.item_box_height
(shadow_x, shadow_y) = get_window_shadow_size(self)
menu_width += (self.padding_x + shadow_x) * 2
menu_height += (self.padding_y + shadow_y) * 2
if self.x_align == ALIGN_START:
dx = self.expect_x
elif self.x_align == ALIGN_MIDDLE:
dx = self.expect_x - menu_width / 2
else:
dx = self.expect_x - menu_width
if self.y_align == ALIGN_START:
dy = self.expect_y
elif self.y_align == ALIGN_MIDDLE:
dy = self.expect_y - menu_height / 2
else:
dy = self.expect_y - menu_height
if self.expect_x + menu_width > screen_width:
dx = self.expect_x - menu_width + self.offset_x
if self.expect_y + menu_height > screen_height:
dy = self.expect_y - menu_height + self.offset_y
self.move(dx, dy)
def adjust_menu_position(self):
'''
Internal function to realize menu position.
'''
# Adjust coordinate.
(screen_width, screen_height) = get_screen_size(self)
menu_width = menu_height = 0
for menu_item in self.menu_items:
if isinstance(menu_item.item_box, gtk.Button):
item_box_width = menu_item.item_box_width
if item_box_width > menu_width:
menu_width = item_box_width
menu_height += menu_item.item_box_height
(shadow_x, shadow_y) = get_window_shadow_size(self)
menu_width += (self.padding_x + shadow_x) * 2
menu_height += (self.padding_y + shadow_y) * 2
if self.x_align == ALIGN_START:
dx = self.expect_x
elif self.x_align == ALIGN_MIDDLE:
dx = self.expect_x - menu_width / 2
else:
dx = self.expect_x - menu_width
if self.y_align == ALIGN_START:
dy = self.expect_y
elif self.y_align == ALIGN_MIDDLE:
dy = self.expect_y - menu_height / 2
else:
dy = self.expect_y - menu_height
if self.expect_x + menu_width > screen_width:
dx = self.expect_x - menu_width + self.offset_x
if self.expect_y + menu_height > screen_height:
dy = self.expect_y - menu_height + self.offset_y
self.move(dx, dy)
self.window_height, # minimum height
self.window_width,
self.window_height,
-1, -1, -1, -1, -1, -1
)
def show(self, (expect_x, expect_y), (offset_x, offset_y)=(0, 0)):
'''
Show poplist.
@param expect_x: Expect x coordinate.
@param expect_y: Expect y coordinate.
@param offset_x: The offset x.
@param offset_y: The offset y.
'''
(screen_width, screen_height) = get_screen_size(self)
if not self.get_realized():
self.realize()
if self.x_align == ALIGN_START:
dx = expect_x
elif self.x_align == ALIGN_MIDDLE:
dx = expect_x - self.window_width / 2
else:
dx = expect_x - self.window_width
if self.y_align == ALIGN_START:
dy = expect_y
elif self.y_align == ALIGN_MIDDLE:
dy = expect_y - self.window_height / 2
-1,
-1,
-1,
-1,
-1)
def show(self, (expect_x, expect_y), (offset_x, offset_y)=(0, 0)):
'''
Show poplist.
@param expect_x: Expect x coordinate.
@param expect_y: Expect y coordinate.
@param offset_x: The offset x.
@param offset_y: The offset y.
'''
(screen_width, screen_height) = get_screen_size(self)
if not self.get_realized():
self.realize()
if self.x_align == ALIGN_START:
dx = expect_x
elif self.x_align == ALIGN_MIDDLE:
dx = expect_x - self.window_width / 2
else:
dx = expect_x - self.window_width
if self.y_align == ALIGN_START:
dy = expect_y
elif self.y_align == ALIGN_MIDDLE:
dy = expect_y - self.window_height / 2
