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import pytest
from datalad.api import next_status
from datalad_next.constraints import (
CommandParametrizationError,
ParameterConstraintContext,
)
from datalad_next.utils import chpwd
from ..status import (
opt_eval_subdataset_state_values,
opt_recursive_values,
opt_untracked_values,
)
def test_status_invalid(tmp_path, datalad_cfg):
# we want exhaustive parameter validation (i.e., continue after
# first failure), saves some code here
datalad_cfg.set('datalad.runtime.parameter-violation',
'raise-at-end',
scope='global')
with chpwd(tmp_path):
with pytest.raises(CommandParametrizationError) as e:
next_status(
untracked='weird',
recursive='upsidedown',
eval_subdataset_state='moonphase',
)
errors = e.value.errors
assert 'no dataset found' in \
errors[ParameterConstraintContext(('dataset',))].msg.casefold()
for opt in ('untracked', 'recursive', 'eval_subdataset_state'):
assert 'is not one of' in \
errors[ParameterConstraintContext((opt,))].msg.casefold()
def test_status_renderer_smoke(existing_dataset):
ds = existing_dataset
assert ds.next_status() == []
(ds.pathobj / 'untracked').touch()
st = ds.next_status()
assert len(st) == 1
def test_status_clean(existing_dataset, no_result_rendering):
ds = existing_dataset
ds.create('subds')
for recmode in opt_recursive_values:
assert [] == ds.next_status(recursive=recmode)
for untracked in opt_untracked_values:
assert [] == ds.next_status(untracked=untracked)
for eval_sm in opt_eval_subdataset_state_values:
assert [] == ds.next_status(eval_subdataset_state=eval_sm)
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