def test_merge():
section0 = Section()
section0["a"] = 10
section0["b"] = 20
section0["sub0"] = {"x0": 10, "y0": 20}
section0["sub0"]["subsub"] = {"wa": 100, "wb": 200}
section0["sub1"] = {"x1": 11, "y1": 21}
section1 = Section()
section1["a"] = 1010
section1["c"] = 1030
section1["sub0"] = {"x0": 1010, "z0": 1030}
section1["sub0"]["subsub"] = {"wa": 1100, "wc": 1300}
section1["sub2"] = {"x2": 1012, "y2": 1022, "z2": 1032}
# print(section0['sub0']['subsub'])
section0.merge(section1)
# print(section0['sub0']['subsub'])
dct = section0.as_dict(dict_class=dict)
# print(dct['sub0']['subsub'])
expected = {
"a": 1010,
"b": 20,
"c": 1030,
"sub0": {"x0": 1010, "y0": 20, "z0": 1030, "subsub": {"wa": 1100, "wb": 200, "wc": 1300}},
"sub1": {"x1": 11, "y1": 21},
"sub2": {"x2": 1012, "y2": 1022, "z2": 1032},
}
# assert dct['sub0'] == expected['sub0']
# assert dct['sub0']['subsub'] == expected['sub0']['subsub']
assert dct == expected
def test_Section_update3():
upd1 = {'a': 1}
upd2 = {'b': 2}
flatmap = Section(dictionary=collections.OrderedDict())
flatmap.update(upd1, **upd2)
upd = {}
upd.update(upd1)
upd.update(upd2)
assert flatmap == upd
def test_Section_update3():
upd1 = {'a': 1}
upd2 = {'b': 2}
flatmap = Section(dictionary=collections.OrderedDict())
flatmap.update(upd1, **upd2)
upd = {}
upd.update(upd1)
upd.update(upd2)
assert flatmap == upd
def test_Section_ne_1(simple_section):
s0 = Section(init=simple_section)
simple_section['options']['f'] = 34
print("s0:")
s0.dump()
print()
print("simple_section:")
simple_section.dump()
assert simple_section != s0
assert s0 != simple_section
def test_Section_ne_1(simple_section):
s0 = Section(init=simple_section)
simple_section['options']['f'] = 34
print("s0:")
s0.dump()
print()
print("simple_section:")
simple_section.dump()
assert simple_section != s0
assert s0 != simple_section
def test_Section_2(content):
section = Section(dictionary=FlatMap(collections.OrderedDict()),
init=content)
section2 = Section(dictionary=FlatMap(collections.OrderedDict()),
init=content)
s_io = string_io()
section.dump(stream=s_io)
assert s_io.getvalue() == SECTION_DUMP
section['sub']['y']['yfilename'] = 'y.dat'
s_io1 = string_io()
section.dump(stream=s_io1)
assert s_io1.getvalue() != SECTION_DUMP
s_io2 = string_io()
section2.dump(stream=s_io2)
assert s_io2.getvalue() == SECTION_DUMP
def _section_tpl_2():
section = Section()
section['b'] = {}
section['b']['bb'] = {}
section['b']['bb']['bbb'] = {}
tpl = ()
return section, tpl
def test_deepcopy():
section1 = Section()
section1["a"] = 0
section1["b"] = {}
section1["b"]["x"] = 1
section1["b"]["y"] = 2
section1["b"]["z"] = {"w": 3, "t": 4}
section2 = section1.copy()
del section2["a"]
del section2["b"]["y"]
del section2["b"]["z"]
assert section1["a"] == 0
assert section1["b"]["x"] == 1
assert section1["b"]["y"] == 2
assert section1["b"]["z"]["w"] == 3
assert section1["b"]["z"]["t"] == 4
def test_SchemaSection_validate_unexpected_ignored(dictionary, generic_dictionary, string_io, simple_schema_content, simple_section_content):
simple_section_content['sub']['abc'] = 10
schema_section = SchemaSection(dictionary=generic_dictionary, init=simple_schema_content, unexpected_option_validator=Ignore())
section = Section(dictionary=dictionary, init=simple_section_content)
validation = schema_section.validate(section)
assert not validation
assert section['sub'].has_option('abc')
assert section['sub']['abc'] == 10
def test_Section_invalid_dictionary_content():
dictionary = {'a': (1, 23, {}), 'b': 8}
section = Section(dictionary=dictionary)
assert section['b'] == 8
with pytest.raises(TypeError) as exc_info:
a = section['a']
assert str(exc_info.value
) == "option a: invalid tuple: item #2 {} has invalid type dict"
def _section_tpl_0():
section = Section()
section['a'] = 1
section['b'] = {'bx': 2}
section['b']['by'] = 3
section['c'] = 4
tpl = (((), 'a', 1), ((), 'c', 4), (('b', ), 'bx', 2), (('b', ), 'by', 3))
return section, tpl
def test_Section_len_empty(generic_dictionary):
section = Section(dictionary=generic_dictionary)
assert len(section) == 0
section['a'] = 10
assert len(section) == 1
section['b'] = {'x': 0, 'y': 1, 'z': 2}
assert len(section) == 2
assert len(section['b']) == 3
def _section_tpl_3():
section = Section()
section['b'] = {}
section['b']['bb'] = {}
section['b']['bb']['bbb'] = {}
section['b']['bb']['bbb']['x'] = 0
tpl = ((('b', 'bb', 'bbb'), 'x', 0), )
return section, tpl
def test_SchemaSection_validate_unexpected(dictionary, generic_dictionary, string_io, simple_schema_content, simple_section_content):
simple_section_content['sub']['abc'] = 10
schema_section = SchemaSection(dictionary=generic_dictionary, init=simple_schema_content)
section = Section(dictionary=dictionary, init=simple_section_content)
validation = schema_section.validate(section)
assert isinstance(validation, Validation)
assert validation
assert len(validation) == 1
assert len(validation['sub']) == 1
assert isinstance(validation['sub']['abc'], UnexpectedOptionError)
def test_Section_2(content):
section = Section(dictionary=FlatMap(collections.OrderedDict()), init=content)
section2 = Section(dictionary=FlatMap(collections.OrderedDict()), init=content)
s_io = string_io()
section.dump(stream=s_io)
assert s_io.getvalue() == SECTION_DUMP
section['sub']['y']['yfilename'] = 'y.dat'
s_io1 = string_io()
section.dump(stream=s_io1)
assert s_io1.getvalue() != SECTION_DUMP
s_io2 = string_io()
section2.dump(stream=s_io2)
assert s_io2.getvalue() == SECTION_DUMP
def test_SchemaSection_validate_unexpected_sub_removed(dictionary, generic_dictionary, string_io, simple_schema_content, simple_section_content):
simple_section_content['sub']['ssub'] = {'abc': 10}
schema_section = SchemaSection(dictionary=generic_dictionary, init=simple_schema_content, unexpected_option_validator=Remove())
section = Section(dictionary=dictionary, init=simple_section_content)
assert section['sub'].has_section('ssub')
assert section['sub']['ssub'].has_option('abc')
assert section['sub']['ssub']['abc'] == 10
validation = schema_section.validate(section)
assert not validation
assert section['sub'].has_section('ssub')
assert not section['sub']['ssub'].has_option('abc')
def test_SchemaSection_validate_invalid_option(dictionary, generic_dictionary, string_io, simple_schema_content, simple_section_content):
simple_section_content['sub']['subsub']['ssx'] = "delta"
schema_section = SchemaSection(dictionary=generic_dictionary, init=simple_schema_content)
section = Section(dictionary=dictionary, init=simple_section_content)
validation = schema_section.validate(section)
assert isinstance(validation, Validation)
assert validation
assert len(validation) == 1
assert len(validation['sub']) == 1
assert len(validation['sub']['subsub']) == 1
assert isinstance(validation['sub']['subsub']['ssx'], InvalidChoiceError)
def test_Section_create(generic_dictionary, string_io):
section = Section(dictionary=generic_dictionary)
section.dump(stream=string_io)
assert string_io.getvalue() == ""
def test_Section_update1():
upd1 = {"a": 1}
flatmap = Section(dictionary=collections.OrderedDict())
flatmap.update(upd1)
assert flatmap == upd1
def test_setdefault():
section = Section()
val = {}
inserted_val = section.setdefault("alpha", val)
assert val is not inserted_val
assert isinstance(inserted_val, Section)
def test_Section_update(dictionary, simple_config_content, string_io):
section = Section(dictionary=dictionary)
section.update(simple_config_content)
section.dump(stream=string_io)
assert string_io.getvalue() == SIMPLE_SECTION_DUMP
def test_SchemaSection_validate_0(dictionary, generic_dictionary, string_io, simple_schema_content, simple_section_content):
schema_section = SchemaSection(dictionary=generic_dictionary, init=simple_schema_content)
section = Section(dictionary=dictionary, init=simple_section_content)
validation = schema_section.validate(section)
assert isinstance(validation, Validation)
assert not validation
def test_Section_ne_0(simple_section):
s0 = Section(init=simple_section)
simple_section['options']['f'] = {'a': 1}
simple_section.dump()
assert s0 != simple_section
assert simple_section != s0
def test_Section_create(generic_dictionary, string_io):
section = Section(dictionary=generic_dictionary)
section.dump(stream=string_io)
assert string_io.getvalue() == ""
def simple_section(dictionary, simple_config_content):
section = Section(dictionary=dictionary, init=simple_config_content)
return section
def _section_tpl_1():
section = Section()
section['b'] = {}
tpl = ()
return section, tpl
def test_Section_eq_fast(simple_section):
assert simple_section == Section(dictionary=simple_section.dictionary)
'subsubsub': {
'sss': 4
},
'ssb': 5
},
'sb': 6
},
b=7)
assert config.has_section('sub')
assert config['sub'].has_section('subsub')
assert config['sub']['subsub'].has_section('subsubsub')
assert not config['sub']['subsub'].has_section('empty1')
assert not config['sub']['subsub'].has_section('empty2')
@pytest.fixture(params=[collections.OrderedDict(), Section(), Config()])
def extdefaults(request):
defaults = request.param
defaults['i10'] = 10
defaults['sub'] = collections.OrderedDict()
defaults['sub']['f11'] = 1.1
defaults['sub']['f22'] = 2.2
defaults['sub']['sse'] = collections.OrderedDict()
defaults['sub']['ssf'] = collections.OrderedDict()
defaults['sub']['ssf']['f44'] = 4.4
defaults['xdat'] = "x.dat"
return defaults
def test_Config_defaults_external(extdefaults):
edcopy = as_dict(extdefaults, depth=-1, dict_class=dict)
def test_Section_invalid_list_content():
section = Section()
with pytest.raises(TypeError) as exc_info:
section['a'] = (1, 23, {})
assert str(exc_info.value
) == "option a: invalid tuple: item #2 {} has invalid type dict"
def test_Section_create(content, string_io):
section = Section(dictionary=FlatMap(collections.OrderedDict()), init=content)
section.dump(stream=string_io)
assert string_io.getvalue() == SECTION_DUMP
def test_Section_update2():
upd1 = {'a': 1}
flatmap = Section(dictionary=collections.OrderedDict())
flatmap.update(upd1.items())
assert flatmap == upd1
def test_Section_update2():
upd1 = {'a': 1}
flatmap = Section(dictionary=collections.OrderedDict())
flatmap.update(upd1.items())
assert flatmap == upd1
def test_Section_eq_slow(simple_section):
s0 = Section(init=simple_section)
assert s0 == simple_section
def test_Section_update(dictionary, simple_config_content, string_io):
section = Section(dictionary=dictionary)
section.update(simple_config_content)
section.dump(stream=string_io)
assert string_io.getvalue() == SIMPLE_SECTION_DUMP
def test_Section_create(content, string_io):
section = Section(dictionary=FlatMap(collections.OrderedDict()),
init=content)
section.dump(stream=string_io)
assert string_io.getvalue() == SECTION_DUMP
