""" Checks that the all exported symbols are properly namespaced, i.e., all start with "PQCLEAN_SCHEMENAME_". """ import sys import unittest import pytest import helpers import pqclean @pytest.mark.parametrize( 'implementation,test_dir,impl_path,init,destr', [(impl, *helpers.isolate_test_files(impl.path(), 'test_symbol_ns_')) for impl in pqclean.Scheme.all_supported_implementations()], ids=[str(impl) for impl in pqclean.Scheme.all_supported_implementations()], ) @helpers.filtered_test def test_symbol_namespaces(implementation, impl_path, test_dir, init, destr): if sys.platform not in ['linux', 'darwin']: raise unittest.SkipTest("Unsupported platform") init() helpers.make(working_dir=impl_path) out = helpers.run_subprocess( ['nm', '-g', implementation.libname()], impl_path, ) lines = out.strip().split("\n") symbols = [] for line in lines: if ' T ' in line or ' D ' in line or ' S ' in line: symbols.append(line) namespace = implementation.namespace_prefix() non_namespaced = [] for symbolstr in symbols: *_, symtype, symbol = symbolstr.split() if symtype in 'TR': if not (symbol.startswith(namespace) or symbol.startswith('_' + namespace) or # KeccakP-1600 for AVX2 symbol.startswith('KeccakF1600times4') or symbol.startswith('_KeccakF1600times4') or # MacOS symbol.startswith('KeccakP1600times4') or symbol.startswith('_KeccakP1600times4') or # MacOS # weird things on i386 symbol.startswith('__x86.get_pc_thunk.')): non_namespaced.append(symbol) if non_namespaced: print("Missing namespace literal {}".format(namespace)) for symbol in non_namespaced: print("\ttype: {}, symbol: {}".format(symtype, symbol)) assert not non_namespaced, "Literals with missing namespaces" destr() if __name__ == '__main__': pytest.main(sys.argv)