def test_nested_with_prefix():
result = to_human_json(
{
'className': 'ComputerScience',
'classId': 2020,
'assignments': {
'assignment1': {
'average_grade': 5.5,
'description': 'Complete Assignment 1',
'grades': [5, 5, 5, 7]
},
'assignment2': {
'average_grade': None,
'description': 'Complete Assignment 2',
'grades': ()
}
},
'students':
('student1', 'student2', 'studentabc', 2019, None, 10.5)
},
prefix='* ')
expected = ('* className: ComputerScience\n'
'* classId: 2020\n'
'* assignments:\n'
'\t* assignment1:\n'
'\t\t* average_grade: 5.5\n'
'\t\t* description: Complete Assignment 1\n'
'\t\t* grades:\n'
'\t\t\t* 5\n'
'\t\t\t* 5\n'
'\t\t\t* 5\n'
'\t\t\t* 7\n'
'\t* assignment2:\n'
'\t\t* average_grade: None\n'
'\t\t* description: Complete Assignment 2\n'
'\t\t* grades:\n'
'\t\t\t* -\n'
'* students:\n'
'\t* student1\n'
'\t* student2\n'
'\t* studentabc\n'
'\t* 2019\n'
'\t* None\n'
'\t* 10.5')
assert result == expected
def test_nested_dict():
result = to_human_json({
'key1': {
'in_key1': True,
'in_key2': False,
'in_key3': None,
'in_key4': [],
'in_key5': ('a', 'b')
},
'key2': 'string'
})
expected = ('key1:\n'
'\tin_key1: True\n'
'\tin_key2: False\n'
'\tin_key3: None\n'
'\tin_key4:\n'
'\t\t-\n'
'\tin_key5:\n'
'\t\ta\n'
'\t\tb\n'
'key2: string')
assert result == expected
def test_non_dict(args):
with pytest.raises(TypeError):
to_human_json(args)
def test_simple_dict(args, expected):
res = to_human_json(args)
assert res == expected
def test_tuple():
result = to_human_json(('a', 'b', None, True, 1))
expected = 'a\nb\nNone\nTrue\n1'
assert result == expected
def test_list():
result = to_human_json(['a', 'b', None, True, 1])
expected = 'a\nb\nNone\nTrue\n1'
assert result == expected
def test_dict():
result = to_human_json({'key1': 'value1', 'key2': (1, 2), 'key3': None})
expected = 'key1: value1\nkey2:\n\t1\n\t2\nkey3: None'
assert result == expected
def test_literals(args, expected):
result = to_human_json(args)
assert result == expected