def test_creates_a_new_drawing_with_layer_name_for_single_layer_drawing(
self):
drawing = a(validDrawing().withName('TheDrawing').withLayers(
Layer('Layer1')))
drawings = drawing.split_stacked(self)
assert_that(
drawings,
equal_to([
a(validDrawing().withName('TheDrawing-0-Layer1').withLayers(
Layer('Layer1')))
]))
def test_splits_into_drawings_named_after_the_layers_where_consecutive_drawings_add_a_layer(
self):
drawing = a(validDrawing().withName('TheDrawing').withLayers(
Layer('Layer1'), Layer('Layer2')))
drawings = drawing.split_stacked(self)
assert_that(
drawings,
equal_to([
a(validDrawing().withName('TheDrawing-0-Layer1').withLayers(
Layer('Layer1'))),
a(validDrawing().withName('TheDrawing-1-Layer2').withLayers(
Layer('Layer1'), Layer('Layer2')))
]))
def test_splits_into_drawings_named_after_the_layers_with_one_layer_each(
self):
drawing = a(validDrawing().withName('TheDrawing').withLayers(
Layer('Layer1'), Layer('Layer2')))
drawings = drawing.split(self)
assert_that(
drawings,
equal_to([
a(validDrawing().withName('TheDrawing-0-Layer1').withLayers(
Layer('Layer1'))),
a(validDrawing().withName('TheDrawing-1-Layer2').withLayers(
Layer('Layer2')))
]))
def as_layer(svg_layer_element):
return Layer(name=svg_layer_element.attrib['id'],
opacity=svg_layer_element.attrib['opacity'],
strokes=[
as_stroke(xml_stroke)
for xml_stroke in svg_layer_element.iterchildren()
])
def validDrawing():
return DrawingBuilder(
Drawing(name='someDrawing',
width='900px',
height='400px',
version='2.0',
view_box='80 80 80 80',
layers=[
Layer(name='Layer1',
strokes=[
Stroke(type='path', attributes=dict(d="1212321"))
])
]))
def layer_with_name(name):
return Layer(name=name)