def test_make_structure_without_vagrant():
args = ["project", "-p", "package", "-d", "description"]
opts = cli.parse_args(args)
opts = cli.get_default_opts(opts['project'], **opts)
struct = structure.make_structure(opts)
assert isinstance(struct, dict)
assert "vagrant" not in struct["project"]
def test_pretend_move_old_package(tmpfolder, caplog, isolated_logger):
# Given a package is already created without namespace
create_project(project="proj", package="my_pkg")
opts = parse_args(
["proj", "-p", "my_pkg", "--namespace", "my.ns", "--pretend"])
opts = process_opts(opts)
logger.reconfigure(opts)
struct = dict(proj={"src": {"my_pkg": {"file.py": ""}}})
# when 'pretend' option is passed,
struct, opts = get_default_options(struct, opts)
struct, opts = enforce_namespace_options(struct, opts)
struct, opts = move_old_package(struct, opts)
# then nothing should happen,
assert tmpfolder.join("proj/src/my_pkg/__init__.py").check()
assert not tmpfolder.join("proj/src/my/ns").check()
# something should be logged,
log = caplog.text
expected_log = ("move", "my_pkg", "to", str(Path("my/ns")))
for text in expected_log:
assert text in log
# but user should see no warning,
unexpected_warnings = (
"A folder",
"exists in the project directory",
"a namespace option was passed",
"Please make sure",
)
for text in unexpected_warnings:
assert text not in log
def test_pretend_move_old_package(tmpfolder, caplog, isolated_logger):
# Given a package is already created without namespace
create_project(project="proj", package="my_pkg")
opts = parse_args(
["proj", "-p", "my_pkg", "--namespace", "my.ns", "--pretend"])
opts = process_opts(opts)
configure_logger(opts)
struct = dict(proj={'src': {'my_pkg': {'file.py': ''}}})
# when 'pretend' option is passed,
struct, opts = get_default_options(struct, opts)
struct, opts = enforce_namespace_options(struct, opts)
struct, opts = move_old_package(struct, opts)
# then nothing should happen,
assert tmpfolder.join("proj/src/my_pkg/__init__.py").check()
assert not tmpfolder.join("proj/src/my/ns").check()
# something should be logged,
log = caplog.text
expected_log = ('move', 'my_pkg', 'to', 'my/ns')
for text in expected_log:
assert text in log
# but user should see no warning,
unexpected_warnings = ('A folder', 'exists in the project directory',
'a namespace option was passed', 'Please make sure')
for text in unexpected_warnings:
assert text not in log
def test_define_structure():
args = ["project", "-p", "package", "-d", "description"]
opts = cli.parse_args(args)
opts = api.bootstrap_options(opts)
_, opts = actions.get_default_options({}, opts)
struct, _ = structure.define_structure({}, opts)
assert isinstance(struct, dict)
def test_project_with_wrong_setup(tmpfolder):
os.mkdir("my_project")
open("my_project/setup.py", "a").close()
args = ["my_project"]
opts = cli.parse_args(args)
with pytest.raises(FileNotFoundError):
info.project(opts)
def test_project_with_no_setup(tmpfolder):
os.mkdir("my_project")
args = ["my_project"]
opts = cli.parse_args(args)
opts = cli.process_opts(opts)
with pytest.raises(FileNotFoundError):
info.project(opts)
def test_pretend_move_old_package(tmpfolder, caplog, isolated_logger):
# Given a package is already created without namespace
create_project(project="proj", package="my_pkg")
opts = parse_args(
["proj", "-p", "my_pkg", "--namespace", "my.ns", "--pretend"])
opts = process_opts(opts)
configure_logger(opts)
struct = dict(proj={'src': {'my_pkg': {'file.py': ''}}})
# when 'pretend' option is passed,
struct, opts = get_default_options(struct, opts)
struct, opts = enforce_namespace_options(struct, opts)
struct, opts = move_old_package(struct, opts)
# then nothing should happen,
assert tmpfolder.join("proj/src/my_pkg/__init__.py").check()
assert not tmpfolder.join("proj/src/my/ns").check()
# something should be logged,
log = caplog.text
expected_log = ('move', 'my_pkg', 'to', 'my/ns')
for text in expected_log:
assert text in log
# but user should see no warning,
unexpected_warnings = ('A folder', 'exists in the project directory',
'a namespace option was passed', 'Please make sure')
for text in unexpected_warnings:
assert text not in log
def test_project_with_wrong_setup(tmpdir): # noqa
os.mkdir("my_project")
open("my_project/setup.py", 'a').close()
args = ["my_project"]
args = cli.parse_args(args)
with pytest.raises(RuntimeError):
info.project(args)
def test_add_custom_extension(tmpfolder):
args = [EXT_FLAG, "my_project", "-p", "my_package"]
opts = parse_args(args)
opts = process_opts(opts)
create_project(opts)
assert path_exists("my_project/src/my_package/__init__.py")
def test_project_with_wrong_setup(tmpdir): # noqa
os.mkdir("my_project")
open("my_project/setup.py", 'a').close()
args = ["my_project"]
args = cli.parse_args(args)
with pytest.raises(RuntimeError):
info.project(args)
def test_pre_commit(tmpfolder):
args = ["--custom-extension", "pyscaffoldext-some_extension"]
opts = parse_args(args)
create_project(opts)
assert path_exists("pyscaffoldext-some_extension/.pre-commit-config.yaml")
def test_no_skeleton(tmpfolder):
args = ["--custom-extension", "pyscaffoldext-some_extension"]
opts = parse_args(args)
create_project(opts)
assert not path_exists("pyscaffoldext-some_extension/src/pyscaffoldext/"
"some_extension/skeleton.py")
def test_make_structure_with_tox():
args = ["project", "-p", "package", "-d", "description", "--with-tox"]
opts = cli.parse_args(args)
opts = cli.get_default_opts(opts['project'], **opts)
struct = structure.make_structure(opts)
assert isinstance(struct, dict)
assert "tox.ini" in struct["project"]
assert isinstance(struct["project"]["tox.ini"], six.string_types)
def test_parse_license_finds_best_fit():
examples = {
"apache": "Apache-2.0",
"artistic": "Artistic-2.0",
"affero": "AGPL-3.0-only",
"eclipse": "EPL-1.0",
"new-bsd": "BSD-3-Clause",
"mozilla": "MPL-2.0",
"gpl3": "GPL-3.0-only",
}
for key, value in examples.items():
opts = cli.parse_args(["my-project", "--license", key])
assert opts["license"] == value
# option not passed
assert "license" not in cli.parse_args(["my_project"])
def test_make_structure_with_pre_commit_hooks():
args = [
"project", "-p", "package", "-d", "description", "--with-pre-commit"
]
opts = cli.parse_args(args)
opts = cli.get_default_opts(opts['project'], **opts)
struct = structure.make_structure(opts)
assert isinstance(struct, dict)
assert ".pre-commit-config.yaml" in struct["project"]
def test_make_structure_without_vagrant():
args = ["project",
"-p", "package",
"-d", "description"]
opts = cli.parse_args(args)
opts = cli.get_default_opts(opts['project'], **opts)
struct = structure.make_structure(opts)
assert isinstance(struct, dict)
assert "vagrant" not in struct["project"]
def test_add_custom_extension_with_namespace(tmpfolder):
# we expect the second namespace to be just ignored
args = [
"--namespace", "test", "--custom-extension",
"pyscaffoldext-some_extension"
]
opts = parse_args(args)
with pytest.raises(NamespaceError):
create_project(opts)
def test_make_structure_with_pre_commit_hooks():
args = ["project",
"-p", "package",
"-d", "description",
"--with-pre-commit"]
opts = cli.parse_args(args)
opts = cli.get_default_opts(opts['project'], **opts)
struct = structure.make_structure(opts)
assert isinstance(struct, dict)
assert ".pre-commit-config.yaml" in struct["project"]
def test_project_without_args(tmpfolder):
old_args = ["my_project", "-u", "http://www.blue-yonder.com/",
"-d", "my description"]
cli.main(old_args)
args = ["my_project"]
opts = cli.parse_args(args)
new_opts = info.project(opts)
assert new_opts['url'] == "http://www.blue-yonder.com/"
assert new_opts['package'] == "my_project"
assert new_opts['license'] == "mit"
assert new_opts['description'] == "my description"
def test_make_structure_with_vagrant():
args = ["project",
"-p", "package",
"-d", "description",
"--with-vagrant", "debian/jessie64"]
opts = cli.parse_args(args)
opts = cli.get_default_opts(opts['project'], **opts)
struct = structure.make_structure(opts)
assert isinstance(struct, dict)
assert "Vagrantfile" in struct["project"]["vagrant"]
assert isinstance(struct["project"]["vagrant"]["Vagrantfile"], six.string_types)
def test_project_with_args(tmpdir): # noqa
old_args = ["my_project", "-u", "http://www.blue-yonder.com/",
"-d", "my description"]
cli.main(old_args)
args = ["my_project", "-u", "http://www.google.com/",
"-d", "other description"]
opts = cli.parse_args(args)
new_opts = info.project(opts)
assert new_opts['url'] == "http://www.blue-yonder.com/"
assert new_opts['package'] == "my_project"
assert new_opts['description'] == "my description"
def test_make_structure_with_tox():
args = ["project",
"-p", "package",
"-d", "description",
"--with-tox"]
opts = cli.parse_args(args)
opts = cli.get_default_opts(opts['project'], **opts)
struct = structure.make_structure(opts)
assert isinstance(struct, dict)
assert "tox.ini" in struct["project"]
assert isinstance(struct["project"]["tox.ini"], six.string_types)
def test_project_with_args(tmpdir): # noqa
old_args = ["my_project", "-u", "http://www.blue-yonder.com/",
"-d", "my description"]
cli.main(old_args)
args = ["my_project", "-u", "http://www.google.com/",
"-d", "other description"]
opts = cli.parse_args(args)
new_opts = info.project(opts)
assert new_opts['url'] == "http://www.blue-yonder.com/"
assert new_opts['package'] == "my_project"
assert new_opts['description'] == "my description"
def test_add_namespace():
args = ["project", "-p", "package", "--namespace", "com.blue_yonder"]
opts = parse_args(args)
opts['namespace'] = prepare_namespace(opts['namespace'])
struct = {"project": {"src": {"package": {"file1": "Content"}}}}
ns_struct, _ = add_namespace(struct, opts)
ns_pkg_struct = ns_struct["project"]["src"]
assert ["project"] == list(ns_struct.keys())
assert "package" not in list(ns_struct.keys())
assert ["com"] == list(ns_pkg_struct.keys())
assert {"blue_yonder", "__init__.py"} == set(ns_pkg_struct["com"].keys())
assert "package" in list(ns_pkg_struct["com"]["blue_yonder"].keys())
def test_make_structure_with_vagrant():
args = [
"project", "-p", "package", "-d", "description", "--with-vagrant",
"debian/jessie64"
]
opts = cli.parse_args(args)
opts = cli.get_default_opts(opts['project'], **opts)
struct = structure.make_structure(opts)
assert isinstance(struct, dict)
assert "Vagrantfile" in struct["project"]["vagrant"]
assert isinstance(struct["project"]["vagrant"]["Vagrantfile"],
six.string_types)
def test_add_namespace():
args = ["project", "-p", "package", "--with-namespace", "com.blue_yonder"]
opts = cli.parse_args(args)
opts['namespace'] = utils.prepare_namespace(opts['namespace'])
struct = {"project": {"package": {"file1": "Content"}}}
ns_struct = structure.add_namespace(opts, struct)
assert ["project"] == list(ns_struct.keys())
assert "package" not in list(ns_struct.keys())
assert ["com"] == list(ns_struct["project"].keys())
assert {"blue_yonder",
"__init__.py"} == set(ns_struct["project"]["com"].keys())
assert "package" in list(ns_struct["project"]["com"]["blue_yonder"].keys())
def test_entry_point(tmpfolder):
args = ["--custom-extension", "pyscaffoldext-some_extension"]
opts = parse_args(args)
create_project(opts)
assert path_exists("pyscaffoldext-some_extension/setup.cfg")
config_updater = ConfigUpdater()
with open("pyscaffoldext-some_extension/setup.cfg") as f:
config_updater.read_file(f)
entry_point = config_updater.get("options.entry_points",
"pyscaffold.cli").value
assert entry_point == "\nsome_extension = pyscaffoldext." \
"some_extension.extension:SomeExtension"
def test_pretend_create_project_with_django(tmpfolder, caplog):
# Given options with the django extension,
opts = parse_args([PROJ_NAME, '--pretend', '--django'])
# when the project is created,
create_project(opts)
# then files should exist
assert not path_exists(PROJ_NAME)
for path in DJANGO_FILES:
assert not path_exists(path)
# but activities should be logged
assert re.search(r'run\s+django', caplog.text)
def test_pretend_create_project_with_django(tmpfolder, caplog):
# Given options with the django extension,
opts = parse_args([PROJ_NAME, '--pretend', '--django'])
# when the project is created,
create_project(opts)
# then files should exist
assert not path_exists(PROJ_NAME)
for path in DJANGO_FILES:
assert not path_exists(path)
# but activities should be logged
assert re.search(r'run\s+django', caplog.text)
def test_add_namespace():
args = ["project",
"-p", "package",
"--namespace", "com.blue_yonder"]
opts = parse_args(args)
opts['namespace'] = prepare_namespace(opts['namespace'])
struct = {"project": {"src": {"package": {"file1": "Content"}}}}
ns_struct, _ = add_namespace(struct, opts)
ns_pkg_struct = ns_struct["project"]["src"]
assert ["project"] == list(ns_struct.keys())
assert "package" not in list(ns_struct.keys())
assert ["com"] == list(ns_pkg_struct.keys())
assert {"blue_yonder", "__init__.py"} == set(ns_pkg_struct["com"].keys())
assert "package" in list(ns_pkg_struct["com"]["blue_yonder"].keys())
def test_generated_extension(tmpfolder, venv_run):
args = ["--custom-extension", "pyscaffoldext-some_extension"]
opts = parse_args(args)
create_project(opts)
with chdir("pyscaffoldext-some_extension"):
assert '' == venv_run("flake8")
venv_run("python setup.py install")
venv_run("putup --some-extension the_actual_project")
assert path_exists("the_actual_project/setup.cfg")
with chdir("the_actual_project"):
assert '' == venv_run("flake8")
def test_add_namespace():
args = ["project",
"-p", "package",
"--with-namespace", "com.blue_yonder"]
opts = cli.parse_args(args)
opts['namespace'] = utils.prepare_namespace(opts['namespace'])
struct = {"project": {"package": {"file1": "Content"}}}
ns_struct = structure.add_namespace(opts, struct)
assert ["project"] == list(ns_struct.keys())
assert "package" not in list(ns_struct.keys())
assert ["com"] == list(ns_struct["project"].keys())
assert {"blue_yonder", "__init__.py"} == set(
ns_struct["project"]["com"].keys())
assert "package" in list(ns_struct["project"]["com"]["blue_yonder"].keys())
def test_add_install_requires(tmpfolder):
args = ["--custom-extension", "pyscaffoldext-some_extension"]
opts = parse_args(args)
create_project(opts)
assert path_exists("pyscaffoldext-some_extension/setup.cfg")
config_updater = ConfigUpdater()
with open("pyscaffoldext-some_extension/setup.cfg") as f:
config_updater.read_file(f)
install_requires = config_updater.get("options", "install_requires").value
assert "pyscaffold" in install_requires
def test_pretend_create_project_with_cookiecutter(tmpfolder, caplog):
# Given options with the cookiecutter extension,
opts = parse_args(
[PROJ_NAME, '--pretend', '--cookiecutter', COOKIECUTTER_URL])
# when the project is created,
create_project(opts)
# then files should exist
assert not path_exists(PROJ_NAME)
for path in COOKIECUTTER_FILES:
assert not path_exists(path)
# but activities should be logged
assert re.search(r'run\s+cookiecutter', caplog.text)
def test_generated_extension_flake8(tmpfolder, venv_run):
args = [EXT_FLAG, "my_project"]
opts = parse_args(args)
opts = process_opts(opts)
create_project(opts)
with chdir("my_project"):
assert "" == venv_run(FLAKE8)
venv_run("python setup.py install")
venv_run("putup {ext_flag} the_actual_project".format(ext_flag=EXT_FLAG))
assert path_exists("the_actual_project/setup.cfg")
with chdir("the_actual_project"):
assert "" == venv_run(FLAKE8)
def test_project_without_args(tmpfolder):
old_args = [
"my_project",
"-u",
"http://www.blue-yonder.com/",
"-d",
"my description",
]
cli.main(old_args)
args = ["my_project"]
opts = cli.parse_args(args)
new_opts = info.project(opts)
assert new_opts["url"] == "http://www.blue-yonder.com/"
assert new_opts["package"] == "my_project"
assert new_opts["license"] == "MIT"
assert new_opts["description"] == "my description"
def test_pretend_create_project_with_django(tmpfolder, caplog):
# Given options with the django extension,
caplog.set_level(logging.INFO)
opts = parse_args([PROJ_NAME, "--pretend", "--django"])
opts = process_opts(opts)
# when the project is created,
create_project(opts)
# then files should exist
assert not path_exists(PROJ_NAME)
for path in DJANGO_FILES:
assert not path_exists(path)
# but activities should be logged
logs = caplog.text
assert re.search(r"run.+django", logs)
def test_version_of_subdir(tmpdir): # noqa
projects = ["main_project", "inner_project"]
for project in projects:
opts = cli.parse_args([project])
opts = cli.get_default_opts(opts['project'], **opts)
struct = structure.make_structure(opts)
structure.create_structure(struct)
repo.init_commit_repo(project, struct)
shutil.rmtree(os.path.join('inner_project', '.git'))
shutil.move('inner_project', 'main_project/inner_project')
with utils.chdir('main_project'):
main_version = subprocess.check_output([
'python', 'setup.py', '--version']).strip()
with utils.chdir('inner_project'):
inner_version = subprocess.check_output([
'python', 'setup.py', '--version']).strip()
assert main_version == inner_version
def test_options_with_existing_proj_config_and_cli(with_existing_proj_config):
# Given an existing project with a setup.cfg
_ = with_existing_proj_config
# When the CLI is called with no extra parameters
opts = cli.parse_args(["--update", "."])
opts = bootstrap_options(opts)
_, opts = get_default_options({}, opts)
# After all the opt processing actions are finished
# The parameters in the old setup.py files are preserved
assert opts["name"] == "SuperProj"
assert opts["description"] == "some text"
assert opts["author"] == "John Doe"
assert opts["email"] == "*****@*****.**"
assert opts["url"] == "www.example.com"
assert opts["license"] == "GPL-3.0-only"
assert opts["package"] == "super_proj"
def test_version_of_subdir(tmpdir): # noqa
projects = ["main_project", "inner_project"]
for project in projects:
opts = cli.parse_args([project])
opts = cli.get_default_opts(opts['project'], **opts)
struct = structure.make_structure(opts)
structure.create_structure(struct)
repo.init_commit_repo(project, struct)
shutil.rmtree(os.path.join('inner_project', '.git'))
shutil.move('inner_project', 'main_project/inner_project')
with utils.chdir('main_project'):
main_version = subprocess.check_output(
['python', 'setup.py', '--version']).strip()
with utils.chdir('inner_project'):
inner_version = subprocess.check_output(
['python', 'setup.py', '--version']).strip()
assert main_version == inner_version
def test_version_of_subdir(tmpfolder):
projects = ["main_project", "inner_project"]
for project in projects:
opts = cli.parse_args([project])
_, opts = api.get_default_options({}, opts)
struct, _ = structure.define_structure({}, opts)
struct, _ = structure.apply_update_rules(struct, opts)
structure.create_structure(struct, {})
repo.init_commit_repo(project, struct)
shutil.rmtree(os.path.join('inner_project', '.git'))
shutil.move('inner_project', 'main_project/inner_project')
with utils.chdir('main_project'):
main_version = subprocess.check_output(
['python', 'setup.py', '--version']).strip().splitlines()[-1]
with utils.chdir('inner_project'):
inner_version = subprocess.check_output(
['python', 'setup.py', '--version']).strip().splitlines()[-1]
assert main_version.strip() == inner_version.strip()
def test_pretend_create_project_with_cookiecutter(tmpfolder, caplog):
# Given options with the cookiecutter extension,
caplog.set_level(logging.INFO)
opts = parse_args(
[PROJ_NAME, '--pretend', '--cookiecutter', COOKIECUTTER_URL])
opts = process_opts(opts)
# when the project is created,
create_project(opts)
# then files should exist
assert not path_exists(PROJ_NAME)
for path in COOKIECUTTER_FILES:
assert not path_exists(path)
# but activities should be logged
logs = caplog.text
assert re.search(r'run.+cookiecutter', logs)
def test_version_of_subdir(tmpfolder):
projects = ["main_project", "inner_project"]
for project in projects:
opts = cli.parse_args([project])
_, opts = api.get_default_options({}, opts)
struct, _ = structure.define_structure({}, opts)
struct, _ = structure.apply_update_rules(struct, opts)
structure.create_structure(struct, {})
repo.init_commit_repo(project, struct)
shutil.rmtree(os.path.join('inner_project', '.git'))
shutil.move('inner_project', 'main_project/inner_project')
with utils.chdir('main_project'):
main_version = subprocess.check_output([
'python', 'setup.py', '--version']).strip().splitlines()[-1]
with utils.chdir('inner_project'):
inner_version = subprocess.check_output([
'python', 'setup.py', '--version']).strip().splitlines()[-1]
assert main_version.strip() == inner_version.strip()
def test_project_with_no_setup(tmpdir): # noqa
os.mkdir("my_project")
args = ["my_project"]
args = cli.parse_args(args)
with pytest.raises(RuntimeError):
info.project(args)
def test_define_structure():
args = ["project", "-p", "package", "-d", "description"]
opts = cli.parse_args(args)
_, opts = api.get_default_options({}, opts)
struct, _ = structure.define_structure({}, opts)
assert isinstance(struct, dict)
def test_parse_args_with_old_setuptools(old_setuptools_mock):
args = ["my-project"]
with pytest.raises(OldSetuptools):
cli.parse_args(args)
def test_parse_pretend():
for flag in ["--pretend", "-P"]:
opts = cli.parse_args(["my-project", flag])
assert opts["pretend"]
opts = cli.parse_args(["my-project"])
assert not opts["pretend"]
def test_parse_verbose_option():
for quiet in ("--verbose", "-v"):
args = ["my-project", quiet]
opts = cli.parse_args(args)
assert opts["log_level"] == logging.INFO
def test_parse_default_log_level():
args = ["my-project"]
opts = cli.parse_args(args)
assert opts["log_level"] == logging.WARNING
def test_create_django_project(nodjango_admin_mock): # noqa
args = ["project", "-p", "package", "-d", "description"]
opts = cli.parse_args(args)
with pytest.raises(RuntimeError):
structure.create_django_proj(opts)
def test_parse_args():
args = ["my-project"]
opts = cli.parse_args(args)
assert opts["project"] == "my-project"
def test_get_default_opts():
args = ["project", "-p", "package", "-d", "description"]
opts = cli.parse_args(args)
new_opts = cli.get_default_opts(opts["project"], **opts)
assert "author" not in opts
assert "author" in new_opts
def test_process_opts_raises():
opts = cli.parse_args(["non-existent", "--update"])
with pytest.raises(NoPyScaffoldProject):
cli.process_opts(opts)
def test_get_defaults_opts_with_cookiecutter():
args = ["project", "--with-cookiecutter", "http://..."]
opts = cli.parse_args(args)
new_opts = cli.get_default_opts(opts["project"], **opts)
assert new_opts["force"]
def test_parse_list_actions():
opts = cli.parse_args(["my-project", "--list-actions"])
assert opts["command"] == cli.list_actions
opts = cli.parse_args(["my-project"])
assert opts["command"] == cli.run_scaffold