def test_size_fit_area():
size = geom.Size(100, 100)
assert size.fit_area(64) == geom.Size(8, 8)
assert size.fit_area(64, downscale=False) == size
assert size.fit_area(14400) == geom.Size(120, 120)
assert size.fit_area(14400, upscale=False) == size
size = geom.Size(200, 300)
assert size.fit_area(100) == geom.Size(8, 12)
assert size.fit_area(7) == geom.Size(2, 3)
assert size.fit_area(8) == geom.Size(2, 4)
assert size.fit_area(9) == geom.Size(3, 3)
assert size.fit_area(10) == geom.Size(3, 3)
assert size.fit_area(11) == geom.Size(2, 5)
def test_size_zero():
size = geom.Size(0, 0)
assert size == geom.empty
assert not size
assert size.width == 0
assert size.height == 0
assert size.x == 0
assert size.y == 0
assert tuple(size) == (0, 0)
def create(userid, x1, y1, x2, y2):
x1, y1, x2, y2 = d.get_int(x1), d.get_int(y1), d.get_int(x2), d.get_int(y2)
db = d.connect()
im = db.query(orm.MediaItem).get(
avatar_source(userid)['mediaid']).as_image()
file_type = images.image_file_type(im)
bounds = None
size = im.size.width, im.size.height
if image.check_crop(size, x1, y1, x2, y2):
bounds = geometry.Rectangle(x1, y1, x2, y2)
thumb = image.shrinkcrop(im, geometry.Size(100, 100), bounds)
media_item = orm.MediaItem.fetch_or_create(
thumb.to_buffer(format=file_type), file_type=file_type, im=thumb)
orm.UserMediaLink.make_or_replace_link(userid, 'avatar', media_item)
orm.UserMediaLink.clear_link(userid, 'avatar-source')
def _determine_popup_size(size):
shrunk = size.fit_inside(POPUP_MAX_SIZE)
return geometry.Size(max(shrunk.width, POPUP_MIN_EDGE),
max(shrunk.height, POPUP_MIN_EDGE))
def test_size_fit_around():
assert geom.Size(50, 50).fit_around((10, 10)) == geom.Size(10, 10)
assert geom.Size(50, 50).fit_around((20, 10)) == geom.Size(20, 20)
assert geom.Size(50, 50).fit_around((10, 20)) == geom.Size(20, 20)
assert geom.Size(50, 50).fit_around((10, 10),
upscale=False) == geom.Size(10, 10)
assert geom.Size(50, 50).fit_around((10, 10),
downscale=False) == geom.Size(50, 50)
assert geom.Size(50, 50).fit_around((100, 100)) == geom.Size(100, 100)
assert geom.Size(50, 50).fit_around((200, 100)) == geom.Size(200, 200)
assert geom.Size(50, 50).fit_around((100, 200)) == geom.Size(200, 200)
assert geom.Size(50, 50).fit_around((100, 100),
upscale=False) == geom.Size(50, 50)
assert geom.Size(50, 50).fit_around(
(100, 100), downscale=False) == geom.Size(100, 100)
# Float rounding edge cases
assert geom.Size(600, 398).fit_around((120, 120)) == geom.Size(180, 120)
assert geom.Size(398, 600).fit_around((120, 120)) == geom.Size(120, 180)
assert geom.Size(398, 398).fit_around((120, 120)) == geom.Size(120, 120)
def test_rect_simple():
rect = geom.Rectangle(0, 0, 3, 4)
assert rect.size == geom.Size(3, 4)
def test_size_fit_around():
assert geom.Size(600, 398).fit_around((120, 120)) == geom.Size(180, 120)
assert geom.Size(398, 600).fit_around((120, 120)) == geom.Size(120, 180)
assert geom.Size(398, 398).fit_around((120, 120)) == geom.Size(120, 120)
def test_size_fit_inside():
assert geom.Size(600, 398).fit_inside((120, 120)) == geom.Size(120, 79)
assert geom.Size(398, 600).fit_inside((120, 120)) == geom.Size(79, 120)
assert geom.Size(398, 398).fit_inside((120, 120)) == geom.Size(120, 120)