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from pathlib import Path
import pytest
from rpmlint.checks.BinariesCheck import BinariesCheck
from rpmlint.filter import Filter
from rpmlint.objdumpparser import ObjdumpParser
from rpmlint.pkg import FakePkg, get_magic
from Testing import CONFIG, get_tested_path, IS_X86_64
@pytest.fixture(scope='function', autouse=True)
def binariescheck():
CONFIG.info = True
output = Filter(CONFIG)
test = BinariesCheck(CONFIG, output)
return output, test
def get_full_path(path):
return str(get_tested_path(Path('readelf', path)))
def objdumpparser(path, system_path=None):
if system_path is None:
system_path = path
return ObjdumpParser(get_full_path(path), system_path)
def run_elf_checks(test, pkg, pkgfile):
test._detect_attributes(get_magic(pkgfile.path))
test.run_elf_checks(pkg, pkgfile)
def test_basic():
objdump = objdumpparser('executable-stack', '/lib64/executable-stack')
assert not objdump.parsing_failed_reason
assert len(objdump.compile_units) == 5
first = objdump.compile_units[0]
assert first['name'] == '../sysdeps/x86_64/start.S'
assert first['comp_dir'] == '/home/abuild/rpmbuild/BUILD/glibc-2.29/csu'
assert first['producer'] == 'GNU AS 2.32'
assert first['language'] == '32769\t(MIPS assembler)'
@pytest.mark.skipif(not IS_X86_64, reason='x86-64 only')
def test_executable_stack_package(binariescheck):
output, test = binariescheck
with FakePkg('fake') as pkg:
pkgfile = pkg.add_file(get_full_path('executable-stack'), 'a.out')
run_elf_checks(test, FakePkg('fake'), pkgfile)
out = output.print_results(output.results)
if 'ldd-failed' in out:
pytest.skip("ldd failed, maybe it's a different architecture")
assert 'W: missing-mandatory-optflags a.out -fno-PIE -g -Ofast' in out
assert 'E: forbidden-optflags a.out -frounding-math' in out
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