def test_append_rpath_reject_outside_wheel(self, check_call, check_output,
_):
patcher = Patchelf()
# When a library has an existing RPATH entry outside wheel_dir
existing_rpath = b"/outside/wheel/dir"
check_output.return_value = existing_rpath
wheel_dir = "/not/outside"
lib_name = "test.so"
full_lib_name = os.path.abspath(lib_name)
append_rpath_within_wheel(lib_name, "$ORIGIN/.lib", wheel_dir, patcher)
check_output_expected_args = [
call(["patchelf", "--print-rpath", full_lib_name])
]
# Then that entry is eliminated when updating the RPATH
check_call_expected_args = [
call(["patchelf", "--remove-rpath", full_lib_name]),
call([
"patchelf",
"--force-rpath",
"--set-rpath",
"$ORIGIN/.lib",
full_lib_name,
]),
]
assert check_output.call_args_list == check_output_expected_args
assert check_call.call_args_list == check_call_expected_args
def test_append_rpath(self, check_call, check_output, _):
patcher = Patchelf()
# When a library has an existing RPATH entry within wheel_dir
existing_rpath = b"$ORIGIN/.existinglibdir"
check_output.return_value = existing_rpath
wheel_dir = "."
lib_name = "test.so"
full_lib_name = os.path.abspath(lib_name)
append_rpath_within_wheel(lib_name, "$ORIGIN/.lib", wheel_dir, patcher)
check_output_expected_args = [
call(["patchelf", "--print-rpath", full_lib_name])
]
# Then that entry is preserved when updating the RPATH
check_call_expected_args = [
call(["patchelf", "--remove-rpath", full_lib_name]),
call([
"patchelf",
"--force-rpath",
"--set-rpath",
f"{existing_rpath.decode()}:$ORIGIN/.lib",
full_lib_name,
]),
]
assert check_output.call_args_list == check_output_expected_args
assert check_call.call_args_list == check_call_expected_args
def test_append_rpath_ignore_duplicates(self, check_call, check_output, _):
patcher = Patchelf()
# When a library has an existing RPATH entry and we try and append it again
existing_rpath = b"$ORIGIN"
check_output.return_value = existing_rpath
wheel_dir = '.'
lib_name = "test.so"
full_lib_name = os.path.abspath(lib_name)
append_rpath_within_wheel(lib_name, "$ORIGIN", wheel_dir, patcher)
check_output_expected_args = [call(['patchelf', '--print-rpath',
full_lib_name])]
# Then that entry is ignored when updating the RPATH
check_call_expected_args = [call(['patchelf', '--remove-rpath',
full_lib_name]),
call(['patchelf', '--force-rpath',
'--set-rpath',
'$ORIGIN',
full_lib_name])]
assert check_output.call_args_list == check_output_expected_args
assert check_call.call_args_list == check_call_expected_args
def test_append_rpath_ignore_relative(self, check_call, check_output, _):
patcher = Patchelf()
# When a library has an existing RPATH entry but it cannot be resolved
# to an absolute path, it is eliminated
existing_rpath = b"not/absolute"
check_output.return_value = existing_rpath
wheel_dir = '.'
lib_name = "test.so"
full_lib_name = os.path.abspath(lib_name)
append_rpath_within_wheel(lib_name, "$ORIGIN", wheel_dir, patcher)
check_output_expected_args = [call(['patchelf', '--print-rpath',
full_lib_name])]
# Then that entry is ignored when updating the RPATH
check_call_expected_args = [call(['patchelf', '--remove-rpath',
full_lib_name]),
call(['patchelf', '--force-rpath',
'--set-rpath',
'$ORIGIN',
full_lib_name])]
assert check_output.call_args_list == check_output_expected_args
assert check_call.call_args_list == check_call_expected_args