def test_updating_existing_project(tmpfolder, caplog):
# Given a project already exists, but was generated without
# namespace,
create_project(project="my-proj")
assert tmpfolder.join("my-proj/src/my_proj").check()
assert not tmpfolder.join("my-proj/src/my/ns").check()
# when the project is updated with a namespace,
create_project(
project="my-proj",
update=True,
namespace="my.ns",
extensions=[namespace.Namespace("namespace")],
)
# then the package folder should be moved to a nested position,
assert not tmpfolder.join("my-proj/src/my_proj").check()
assert tmpfolder.join("my-proj/src/my/ns/my_proj").check()
# and the user should see a warn
expected_warnings = (
"A folder",
"exists in the project directory",
"a namespace option was passed",
"Please make sure",
)
log = caplog.text
for text in expected_warnings:
assert text in log
def test_create_project_with_empty_namespace(tmpfolder):
for j, ns in enumerate(["", None, False]):
# Given options with the namespace extension,
opts = dict(project="my-proj{}".format(j),
namespace=ns,
extensions=[namespace.Namespace("namespace")])
# when the project is created,
create_project(opts)
# then plain structure should exist
assert path_exists("my-proj{}/src/my_proj{}/__init__.py".format(j, j))
def test_create_project_with_namespace(tmpfolder):
# Given options with the namespace extension,
opts = dict(project="my-proj",
namespace="ns.ns2",
extensions=[namespace.Namespace('namespace')])
# when the project is created,
create_project(opts)
# then nested structure should exist
assert path_exists("my-proj/src/ns/__init__.py")
assert path_exists("my-proj/src/ns/ns2/__init__.py")
assert path_exists("my-proj/src/ns/ns2/my_proj/__init__.py")
# and plain structure should not exist
assert not path_exists("my-proj/src/my_proj/__init__.py")