def _rankfile_dump(ff, rankfile, ranks):
'''
Store ranks in ``rankfile``. Also sets a timestamp and writes the
release string into the output.
:param ff: running :class:`ffflash.main.FFFlash` instance
:param rankfile: validated path to the ``rankfile``
:param ranks: content to store
:return: ``True`` on success, or ``False`` on error
'''
if not ff.access_for('rankfile'):
return False
if not all([
rankfile, ranks, isinstance(ranks, dict), all([
(a in ranks) for a in ['nodes', 'updated_at'] if ranks
])
]):
return ff.log('wrong input data passed', level=False)
ranks['updated_at'] = get_iso_timestamp()
ranks['version'] = info.release
if ff.args.dry:
ff.log('\n{}'.format(make_pretty(ranks)), level='rankfile preview')
return False
dump_file(rankfile, ranks, as_yaml=False)
ff.log('successfully stored rankfile {}'.format(rankfile))
return True
def set_timestamp(self):
'''
Inject :meth:`ffflash.lib.clock.get_iso_timestamp`
into ``state.lastchange``.
'''
if self.access_for('api'):
if self.api.pull('state', 'lastchange') is not None:
self.api.push(get_iso_timestamp(), 'state', 'lastchange')
def set_timestamp(self):
'''
Inject :meth:`ffflash.lib.clock.get_iso_timestamp`
into ``state.lastchange``.
'''
if self.access_for('api'):
if self.api.pull('state', 'lastchange') is not None:
self.api.push(get_iso_timestamp(), 'state', 'lastchange')
def test_get_iso_timestamp_dt_passed():
now = datetime.now()
utcnow = datetime.utcnow()
assert parser.parse(get_iso_timestamp(now)) == now
assert parser.parse(get_iso_timestamp(utcnow)) == utcnow
def test_get_iso_timestamp_no_dt():
assert datetime.now() <= parser.parse(get_iso_timestamp())
assert parser.parse(get_iso_timestamp()) <= datetime.now()
assert (
datetime.now() <= parser.parse(get_iso_timestamp()) <= datetime.now()
)
def test_get_iso_timestamp_dt_passed():
now = datetime.now()
utcnow = datetime.utcnow()
assert parser.parse(get_iso_timestamp(now)) == now
assert parser.parse(get_iso_timestamp(utcnow)) == utcnow
def test_get_iso_timestamp_no_dt():
assert datetime.now() <= parser.parse(get_iso_timestamp())
assert parser.parse(get_iso_timestamp()) <= datetime.now()
assert (datetime.now() <= parser.parse(get_iso_timestamp()) <=
datetime.now())