def test_with_header_name(self):
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
argument_namespace_callback.output_mode = 'table'
def gen():
yield 'blah'
yield 'blah'
it = gen()
class Iterable(object):
header = ['FIELD']
def __next__(self):
return next(it)
next = __next__
def __iter__(self):
return iter(it)
return Iterable()
self.ccw().main.side_effect = main
PCLI.main()
self.assertRegexpMatches(so.getvalue(), 'FIELD')
def test_with_header_and_columns_accessor(self):
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
argument_namespace_callback.output_mode = 'table'
def gen():
yield 'blah'
yield 'blah'
it = gen()
class Iterable(object):
header = ['FIELD']
columns = [lambda x: x[:1]]
def __next__(self):
return next(it)
next = __next__
def __iter__(self):
return iter(it)
return Iterable()
self.ccw().main.side_effect = main
PCLI.main()
self.assertRegexpMatches(so.getvalue(), re.compile('^b *$', flags=re.MULTILINE))
def test_text_set(self):
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
argument_namespace_callback.output_mode = 'text'
return set('ab')
self.ccw().main.side_effect = main
PCLI.main()
self.assertTrue(so.getvalue() == 'b\na\n' or so.getvalue() == 'a\nb\n')
def test_text_multiple_element_list(self):
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
argument_namespace_callback.output_mode = 'text'
return ['a', 'b']
self.ccw().main.side_effect = main
PCLI.main()
self.assertEqual(so.getvalue(), 'a\nb\n')
def test_json_list(self):
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
argument_namespace_callback.output_mode = 'json'
return ['a']
self.ccw().main.side_effect = main
PCLI.main()
self.assertEqual(json.loads(so.getvalue()), ['a'])
def test_json_set(self):
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
argument_namespace_callback.output_mode = 'json'
return set('ab')
self.ccw().main.side_effect = main
PCLI.main()
val = json.loads(so.getvalue())
self.assertTrue(val == list('ba') or val == list('ab'))
def test_text_uniterable(self):
target = object()
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
argument_namespace_callback.output_mode = 'text'
return target
self.ccw().main.side_effect = main
PCLI.main()
self.assertEqual(so.getvalue(), str(target) + '\n')
def test_text_list_record_separator(self):
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
argument_namespace_callback.output_mode = 'text'
argument_namespace_callback.text_record_terminator = '\0'
return ['a', 'b']
self.ccw().main.side_effect = main
PCLI.main()
self.assertEqual(so.getvalue(), 'a\0b\0')
def test_text_dict_field_separator(self):
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
argument_namespace_callback.output_mode = 'text'
argument_namespace_callback.text_pair_separator = '\0'
return dict(a='b')
self.ccw().main.side_effect = main
PCLI.main()
self.assertEqual(so.getvalue(), 'a\0b\n')
def test_json_graph(self):
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
from rdflib.graph import Graph
argument_namespace_callback.output_mode = 'json'
return Mock(name='graph', spec=Graph())
self.ccw().main.side_effect = main
PCLI.main()
val = json.loads(so.getvalue())
self.assertEqual(val, [])
def test_json_context(self):
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
from owmeta_core.context import Context
argument_namespace_callback.output_mode = 'json'
return Context('ident', base_namespace='base_namespace')
self.ccw().main.side_effect = main
PCLI.main()
val = json.loads(so.getvalue())
self.assertEqual(val, dict(identifier='ident', base_namespace='base_namespace'))
def test_no_headers_or_columns_row_value(self):
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
argument_namespace_callback.output_mode = 'table'
def iterable():
yield 'blah'
yield 'blah'
return iterable()
self.ccw().main.side_effect = main
PCLI.main()
self.assertRegexpMatches(so.getvalue(), 'blah')
def test_text_iterable_type_error(self):
with noexit(), stdout() as so:
@with_defaults
def main(argument_namespace_callback, **kwargs):
argument_namespace_callback.output_mode = 'text'
def iterable():
yield 'blah'
yield 'blah'
raise TypeError("blah blah")
return iterable()
self.ccw().main.side_effect = main
with self.assertRaises(TypeError):
PCLI.main()
self.assertEqual(so.getvalue(), 'blah\nblah\n')
