def test_serialize_deserialize(json_, output_dir):
# non-defaults to check properly..
r = Renderer(map_filename=bna_sample,
output_dir=output_dir,
image_size=(1000, 800),
viewport=((-126.5, 47.5),
(-126.0, 48.0)),
)
toserial = r.serialize(json_)
dict_ = r.deserialize(toserial)
# check our Renderer attributes
if json_ == 'webapi':
assert toserial['map_filename'] == basename(toserial['map_filename'])
else:
# in save context, we expect a full path to file
assert toserial['map_filename'] != basename(toserial['map_filename'])
assert toserial['map_filename'] == dict_['map_filename']
dict_['map_filename'] = bna_sample # put our full filename back in
r2 = Renderer.new_from_dict(dict_)
assert r == r2
def test_serialize_deserialize(json_, output_dir):
# non-defaults to check properly..
r = Renderer(
map_filename=bna_sample,
output_dir=output_dir,
image_size=(1000, 800),
viewport=((-126.5, 47.5), (-126.0, 48.0)),
)
toserial = r.serialize(json_)
dict_ = r.deserialize(toserial)
# check our Renderer attributes
if json_ == 'webapi':
assert toserial['map_filename'] == basename(toserial['map_filename'])
else:
# in save context, we expect a full path to file
assert toserial['map_filename'] != basename(toserial['map_filename'])
assert toserial['map_filename'] == dict_['map_filename']
dict_['map_filename'] = bna_sample # put our full filename back in
r2 = Renderer.new_from_dict(dict_)
assert r == r2
def test_serialize_deserialize(output_dir):
# non-defaults to check properly..
r = Renderer(map_filename=bna_sample,
output_dir=output_dir,
image_size=(1000, 800),
viewport=((-126.5, 47.5), (-126.0, 48.0)))
toserial = r.serialize()
r2 = Renderer.deserialize(toserial)
assert r == r2
