def test_fingerprint():
"""Check dump/restore of fingerprint."""
bs = BuildSpace(root_dir=os.getcwd(), primitive='build')
bs.create()
fp = Fingerprint()
fp.add('foo', 'bar')
bs.save_fingerprint(kind='build', fingerprint=fp)
# Check that the fingerprint stored on disk is equal to fp
fp_checksum = bs.load_fingerprint(kind='build', sha1_only=True)
assert isinstance(fp_checksum, str)
loaded_fp = bs.load_fingerprint(kind='build')
assert loaded_fp == fp
# Now make sure that load_fingerprint does not fail when the bumped
# value is corrupted
with open(os.path.join(bs.meta_dir, 'build_fingerprint.yaml'), 'w') as f:
f.write('[')
assert bs.load_fingerprint(kind='build') == Fingerprint()
# Try updating the fingerprint
fp.add('key', 'value')
bs.update_status(
kind='build', status=ReturnValue.notready,
fingerprint=fp)
assert bs.get_last_status(kind='build')[0] == ReturnValue.notready
loaded_fp = bs.load_fingerprint(kind='build')
assert loaded_fp == fp
# Updating build fingerprint also update install fingerprint
loaded_fp = bs.load_fingerprint(kind='install')
assert loaded_fp == fp
# Now update install status
bs.update_status(kind='install', status=ReturnValue.success)
assert bs.get_last_status(kind='install')[0] == ReturnValue.success
# build status should not be modified
assert bs.get_last_status(kind='build')[0] == ReturnValue.notready
def test_fingerprint():
f1 = Fingerprint()
f1.add('foo', '2')
f2 = Fingerprint()
f2.add('foo', '4')
f12_diff = f2.compare_to(f1)
assert f12_diff['new'] == set([])
assert f12_diff['updated'] == {'foo'}
assert f12_diff['obsolete'] == set([])
f3 = Fingerprint()
f3.add_file(__file__)
f23_diff = f3.compare_to(f2)
assert f23_diff['new'] == {'foo'}
assert f23_diff['updated'] == set([])
assert f23_diff['obsolete'] == {os.path.basename(__file__)}
assert f1.sha1() != f2.sha1() != f3.sha1()
assert Env().build.os.version in str(f3)
f4 = Fingerprint()
f4.add_file(__file__)
assert f4 == f3
f5 = Fingerprint()
with pytest.raises(AnodError) as err:
f5.add('f4', f4)
assert 'f4 should be a string' in str(err.value)
def test_fingerprint():
f1 = Fingerprint()
f1.add('foo', '2')
f2 = Fingerprint()
f2.add('foo', '4')
f12_diff = f2.compare_to(f1)
assert f12_diff['new'] == set([])
assert f12_diff['updated'] == {'foo'}
assert f12_diff['obsolete'] == set([])
f3 = Fingerprint()
f3.add_file(__file__)
f23_diff = f3.compare_to(f2)
assert f23_diff['new'] == {'foo'}
assert f23_diff['updated'] == set([])
assert f23_diff['obsolete'] == {os.path.basename(__file__)}
assert f1.sha1() != f2.sha1() != f3.sha1()
assert Env().build.os.version in str(f3)
f4 = Fingerprint()
f4.add_file(__file__)
assert f4 == f3
f5 = Fingerprint()
with pytest.raises(AnodError) as err:
f5.add('f4', f4)
assert 'f4 should be a string' in str(err.value)
def test_invalid_fingerprint():
"""A fingerprint value should be hashable."""
with pytest.raises(AnodError):
f1 = Fingerprint()
f1.add('invalid', {})
def test_invalid_fingerprint():
"""A fingerprint value should be hashable."""
with pytest.raises(AnodError):
f1 = Fingerprint()
f1.add('invalid', {})
