def _get_package_summary(path: Path,
*,
package: str = None,
new_install: bool = False) -> str:
venv = Venv(path)
python_path = venv.python_path.resolve()
if package is None:
package = path.name
metadata = venv.get_venv_metadata_for_package(package)
if metadata.package_version is None:
not_installed = red("is not installed")
return f" package {bold(package)} {not_installed} in the venv {str(path)}"
apps = metadata.apps + metadata.apps_of_dependencies
exposed_app_paths = _get_exposed_app_paths_for_package(
venv.bin_path, apps, constants.LOCAL_BIN_DIR)
exposed_binary_names = sorted(p.name for p in exposed_app_paths)
unavailable_binary_names = sorted(
set(metadata.apps) - set(exposed_binary_names))
return _get_list_output(
metadata.python_version,
python_path,
metadata.package_version,
package,
new_install,
exposed_binary_names,
unavailable_binary_names,
)
def get_package_summary(
path: Path,
*,
package: str = None,
new_install: bool = False,
include_injected: bool = False,
suffix: str = "",
) -> str:
venv = Venv(path)
python_path = venv.python_path.resolve()
if package is None:
package = path.name
if not python_path.is_file():
return f" package {red(bold(package))} has invalid interpreter {str(python_path)}"
if not venv.package_metadata:
return (
f" package {red(bold(package))} has missing internal pipx metadata.\n"
f" It was likely installed using a pipx version before 0.15.0.0.\n"
f" Please uninstall and install this package, or reinstall-all to fix."
)
package_metadata = venv.package_metadata[package]
if package_metadata.package_version is None:
not_installed = red("is not installed")
return f" package {bold(package)} {not_installed} in the venv {str(path)}"
apps = package_metadata.apps + package_metadata.apps_of_dependencies
exposed_app_paths = _get_exposed_app_paths_for_package(
venv.bin_path, apps, constants.LOCAL_BIN_DIR
)
exposed_binary_names = sorted(p.name for p in exposed_app_paths)
unavailable_binary_names = sorted(
set(add_suffix(name, suffix) for name in package_metadata.apps)
- set(exposed_binary_names)
)
# The following is to satisfy mypy that python_version is str and not
# Optional[str]
python_version = (
venv.pipx_metadata.python_version
if venv.pipx_metadata.python_version is not None
else ""
)
return _get_list_output(
python_version,
python_path,
package_metadata.package_version,
package,
new_install,
exposed_binary_names,
unavailable_binary_names,
venv.pipx_metadata.injected_packages.keys() if include_injected else None,
)
def get_package_summary(
path: Path, *, package: str = None, new_install: bool = False
) -> str:
venv = Venv(path)
python_path = venv.python_path.resolve()
if package is None:
package = path.name
if not python_path.is_file():
return f" package {red(bold(package))} has invalid interpreter {str(python_path)}"
package_metadata = venv.package_metadata[package]
if package_metadata.package_version is None:
not_installed = red("is not installed")
return f" package {bold(package)} {not_installed} in the venv {str(path)}"
apps = package_metadata.apps + package_metadata.apps_of_dependencies
exposed_app_paths = _get_exposed_app_paths_for_package(
venv.bin_path, apps, constants.LOCAL_BIN_DIR
)
exposed_binary_names = sorted(p.name for p in exposed_app_paths)
unavailable_binary_names = sorted(
set(package_metadata.apps) - set(exposed_binary_names)
)
# The following is to satisfy mypy that python_version is str and not
# Optional[str]
python_version = (
venv.pipx_metadata.python_version
if venv.pipx_metadata.python_version is not None
else ""
)
return _get_list_output(
python_version,
python_path,
package_metadata.package_version,
package,
new_install,
exposed_binary_names,
unavailable_binary_names,
)
