def test_2_exe_on_default_py_host(py_info, mock_files):
mock_files(CPYTHON3_PATH, [py_info.system_executable])
sources = tuple(CPython3Windows.sources(interpreter=py_info))
# Default Python exe.
assert contains_exe(sources, py_info.system_executable)
# Should always exist.
assert contains_exe(sources, path(py_info.prefix, "pythonw.exe"))
def test_3_exe_on_not_default_py_host(py_info, mock_files):
# Not default python host.
py_info.system_executable = path(py_info.prefix, "python666.exe")
mock_files(CPYTHON3_PATH, [py_info.system_executable])
sources = tuple(CPython3Windows.sources(interpreter=py_info))
# Not default Python exe linked to both the default name and origin.
assert contains_exe(sources, py_info.system_executable, "python.exe")
assert contains_exe(sources, py_info.system_executable, "python666.exe")
# Should always exist.
assert contains_exe(sources, path(py_info.prefix, "pythonw.exe"))
def test_only_shim(py_info, mock_files):
shim = path(py_info.system_stdlib, "venv\\scripts\\nt\\python.exe")
py_files = (
path(py_info.prefix, "libcrypto-1_1.dll"),
path(py_info.prefix, "libffi-7.dll"),
path(py_info.prefix, "_asyncio.pyd"),
path(py_info.prefix, "_bz2.pyd"),
)
mock_files(CPYTHON3_PATH, [shim, *py_files])
sources = tuple(CPython3Windows.sources(interpreter=py_info))
assert CPython3Windows.has_shim(interpreter=py_info)
assert contains_exe(sources, shim)
assert not contains_exe(sources, py_info.system_executable)
for file in py_files:
assert not contains_ref(sources, file)
def test_debian_pypy38_virtualenvs_exclude_usr(py_info, mock_files,
mock_pypy_libs):
mock_files(PYPY3_PATH, [py_info.system_executable, "/usr/lib/foo"])
# libpypy3-c.so lives on the ld search path
mock_pypy_libs(PyPy3Posix, [])
sources = tuple(PyPy3Posix.sources(interpreter=py_info))
assert len(sources) == 1
assert contains_exe(sources, py_info.system_executable)
def test_debian_pypy37_virtualenvs(py_info, mock_files, mock_pypy_libs):
# Debian's pypy3 layout, installed to /usr, before 3.8 allowed a /usr prefix
mock_files(PYPY3_PATH, [py_info.system_executable])
lib_file = path(py_info.prefix, "bin/libpypy3-c.so")
mock_pypy_libs(PyPy3Posix, [lib_file])
sources = tuple(PyPy3Posix.sources(interpreter=py_info))
assert len(sources) == 2
assert contains_exe(sources, py_info.system_executable)
assert contains_ref(sources, lib_file)
def test_portable_pypy3_virtualenvs_get_their_libs(py_info, mock_files,
mock_pypy_libs):
py_file = path(py_info.prefix, "lib/libgdbm.so.4")
mock_files(PYPY3_PATH, [py_info.system_executable, py_file])
lib_file = path(py_info.prefix, "bin/libpypy3-c.so")
mock_pypy_libs(PyPy3Posix, [lib_file])
sources = tuple(PyPy3Posix.sources(interpreter=py_info))
assert len(sources) > 2
assert contains_exe(sources, py_info.system_executable)
assert contains_ref(sources, py_file)
assert contains_ref(sources, lib_file)
def test_exe_dll_pyd_without_shim(py_info, mock_files):
py_files = (
path(py_info.prefix, "libcrypto-1_1.dll"),
path(py_info.prefix, "libffi-7.dll"),
path(py_info.prefix, "_asyncio.pyd"),
path(py_info.prefix, "_bz2.pyd"),
)
mock_files(CPYTHON3_PATH, py_files)
sources = tuple(CPython3Windows.sources(interpreter=py_info))
assert not CPython3Windows.has_shim(interpreter=py_info)
assert contains_exe(sources, py_info.system_executable)
for file in py_files:
assert contains_ref(sources, file)