def test_poetry_version_parsing_constraints(package, version, url_pattern):
_conda_exe = determine_conda_executable("conda", no_mamba=True)
spec = LockSpecification(
specs=[
to_match_spec(package, poetry_version_to_conda_version(version))
],
channels=["conda-forge"],
platform="linux-64",
)
lockfile_contents = create_lockfile_from_spec(conda=_conda_exe,
channels=spec.channels,
spec=spec)
for line in lockfile_contents:
if url_pattern in line:
break
else:
raise ValueError(f"could not find {package} {version}")
def test_poetry_version_parsing_constraints(package, version, url_pattern,
capsys):
_conda_exe = determine_conda_executable(None,
mamba=False,
micromamba=False)
vpr = default_virtual_package_repodata()
with vpr, capsys.disabled():
with tempfile.NamedTemporaryFile(dir=".") as tf:
spec = LockSpecification(
dependencies=[
VersionedDependency(
name=package,
version=poetry_version_to_conda_version(version),
manager="conda",
optional=False,
category="main",
extras=[],
)
],
channels=["conda-forge"],
platforms=["linux-64"],
# NB: this file must exist for relative path resolution to work
# in create_lockfile_from_spec
sources=[pathlib.Path(tf.name)],
virtual_package_repo=vpr,
)
lockfile_contents = create_lockfile_from_spec(
conda=_conda_exe,
spec=spec,
lockfile_path=pathlib.Path(DEFAULT_LOCKFILE_NAME),
)
python = next(p for p in lockfile_contents.package
if p.name == "python")
assert url_pattern in python.url
def conda_exe():
return determine_conda_executable("conda", no_mamba=True)