def assert_dicts_equal(self, dic, upd, ref):
if not is_dict_like(upd):
upd = OrderedDict(upd)
self.assertTrue(all(dic[k] == upd[k] for k in upd.keys()))
self.assertTrue(
all(dic[k] == ref[k] for k in ref.keys() if k not in upd))
class Test_10_update_with_replace(unittest.TestCase):
ac_merge = TT.MS_REPLACE
dic = OrderedDict((("a", 1), ("b", [1, 3]), ("c", "abc"), ("f", None)))
other = OrderedDict(
(("a", 2), ("b", [0, 1]), ("c", OrderedDict(
(("d", "d"), ("e", 1)))), ("d", "d")))
def assert_dicts_equal(self, dic, upd, ref):
if not is_dict_like(upd):
upd = OrderedDict(upd)
self.assertTrue(all(dic[k] == upd[k] for k in upd.keys()))
self.assertTrue(
all(dic[k] == ref[k] for k in ref.keys() if k not in upd))
def assert_updated(self, other):
dic = copy.deepcopy(self.dic)
TT.merge(dic, other, ac_merge=self.ac_merge)
self.assert_dicts_equal(dic, other, self.dic)
def test_10_update_with_a_odict(self):
self.assert_updated(self.other)
def test_12_update_with_a_dict(self):
self.assert_updated(dict(self.other))
def test_20_update_with_iterable(self):
self.assert_updated(self.other.items())
def test_30_update_with_invalid(self):
self.assertRaises((ValueError, TypeError), TT.merge, self.dic, 1)
def assert_dicts_equal(self, dic, upd, ref):
if not is_dict_like(upd):
upd = OrderedDict(upd)
self.assertTrue(all(dic[k] == upd[k] for k in upd.keys()))
self.assertTrue(all(dic[k] == ref[k] for k in ref.keys()
if k not in upd))
def assert_dicts_equal(self, dic, upd, ref):
if not is_dict_like(upd):
upd = OrderedDict(upd)
self.assertTrue(all(dic[k] == upd[k] for k in ["d"]))
self.assertEqual(dic["c"], upd["c"]) # Overwritten.
self.assertTrue(
all(dic[k] == ref[k] for k in ref.keys() if k not in upd))
def test_dicts_equal(self):
dic0 = {'a': 1}
dic1 = OrderedDict((('a', [1, 2, 3]),
('b', OrderedDict((('c', "CCC"), )))))
dic2 = dic1.copy()
dic2["b"] = None
dic3 = OrderedDict((('b', OrderedDict((('c', "CCC"), ))),
('a', [1, 2, 3])))
self.assertTrue(dicts_equal({}, {}))
self.assertTrue(dicts_equal(dic0, dic0))
self.assertTrue(dicts_equal(dic1, dic1))
self.assertTrue(dicts_equal(dic2, dic2))
self.assertTrue(dicts_equal(dic1, dic3))
self.assertFalse(dicts_equal(dic0, {}))
self.assertFalse(dicts_equal(dic0, dic1))
self.assertFalse(dicts_equal(dic1, dic2))
self.assertFalse(dicts_equal(dic1, dic3, ordered=True))
def test_13_dump_and_single_load__namedtuple(self):
if not IS_PYTHON_3: # TODO: it does not work with python3.
cpath = os.path.join(self.workdir, "a.json")
cnf = OrderedDict(sorted(self.cnf.items()))
cnf0 = convert_to(cnf, ac_namedtuple=True)
TT.dump(cnf0, cpath)
self.assertTrue(os.path.exists(cpath))
cnf1 = TT.single_load(cpath, ac_namedtuple=True)
self.assertTrue(cnf0 == cnf1, "\n%r ->\n%r" % (cnf0, cnf1))
def test_dicts_equal(self):
dic0 = {'a': 1}
dic1 = OrderedDict((('a', [1, 2,
3]), ('b', OrderedDict((('c', "CCC"), )))))
dic2 = dic1.copy()
dic2["b"] = None
dic3 = OrderedDict((('b', OrderedDict(
(('c', "CCC"), ))), ('a', [1, 2, 3])))
self.assertTrue(dicts_equal({}, {}))
self.assertTrue(dicts_equal(dic0, dic0))
self.assertTrue(dicts_equal(dic1, dic1))
self.assertTrue(dicts_equal(dic2, dic2))
self.assertTrue(dicts_equal(dic1, dic3))
self.assertFalse(dicts_equal(dic0, {}))
self.assertFalse(dicts_equal(dic0, dic1))
self.assertFalse(dicts_equal(dic1, dic2))
self.assertFalse(dicts_equal(dic1, dic3, ordered=True))
a: 0
b: bbb
c:
- 1
- 2
- 3
sect0: §0
d: ["x", "y", "z"]
sect1:
<<: *sect0
e: true
"""
CNF = OrderedDict((("a", 0), ("b", "bbb"), ("c", [1, 2, 3]),
("sect0", OrderedDict((("d", "x y z".split()), ))),
("sect1", OrderedDict((("d", "x y z".split()),
("e", True))))))
class HasParserTrait(TBC.HasParserTrait):
psr = TT.Parser()
cnf = CNF
cnf_s = CNF_S
class Test_10(TBC.Test_10_dumps_and_loads, HasParserTrait):
load_options = dict(ac_safe=True, Loader=TT.yaml.loader.Loader)
dump_options = dict(ac_safe=True)
empty_patterns = [('', {}), (' ', {}), ('[]', []),
# pylint: disable=ungrouped-imports
from __future__ import absolute_import
import anyconfig.backend.shellvars as TT
import tests.backend.common as TBC
from anyconfig.compat import OrderedDict
CNF_S = """\
a=0
b='bbb' # a comment
c="ccc" # an another comment
export d='ddd' ## double comment
export e="eee" ### tripple comment
"""
CNF = OrderedDict(
(("a", "0"), ("b", "bbb"), ("c", "ccc"), ("d", "ddd"), ("e", "eee")))
class HasParserTrait(TBC.HasParserTrait):
psr = TT.Parser()
cnf = CNF
cnf_s = CNF_S
class Test_10(TBC.Test_10_dumps_and_loads, HasParserTrait):
pass
class Test_20(TBC.Test_20_dump_and_load, HasParserTrait):
CNF_S = """
a = 0
b = bbb
c:
sect0.c = x;y;z
sect1.d = \\
1,2,3
d=\\
val1,\\
val2,\\
val3
"""
CNF = OrderedDict((("a", "0"), ("b", "bbb"), ("c", ""), ("sect0.c", "x;y;z"),
("sect1.d", "1,2,3"), ("d", "val1,val2,val3")))
class HasParserTrait(TBC.HasParserTrait):
psr = TT.Parser()
cnf = CNF
cnf_s = CNF_S
class Test_00(unittest.TestCase):
def test_10_unescape(self):
exp = "aaa:bbb"
res = TT.unescape(r"aaa\:bbb")
self.assertEqual(res, exp, res)
from __future__ import absolute_import
import copy
import os.path
import unittest
from os import linesep as lsep
import tests.common
import anyconfig.ioinfo
from anyconfig.compat import OrderedDict
from tests.common import to_bytes as _bytes
CNF_0 = OrderedDict(
(("DEFAULT", OrderedDict((("a", "0"), ("b", "bbb"), ("c", "5")))),
("sect0",
OrderedDict((("a", "0"), ("b", "bbb"), ("c", "5"), ("d", "x,y,z"))))))
CNF_1 = copy.deepcopy(CNF_0)
CNF_1["sect0"]["d"] = CNF_1["sect0"]["d"].split()
CNF_2 = OrderedDict(
(("a", 0.1), ("b", _bytes("bbb")),
("sect0", OrderedDict((("c", [_bytes("x"),
_bytes("y"),
_bytes("z")]), )))))
class MyDict(dict):
pass
#
# Copyright (C) 2012 - 2018 Satoru SATOH <ssato @ redhat.com>
# License: MIT
#
# pylint: disable=missing-docstring,invalid-name,too-few-public-methods
# pylint: disable=ungrouped-imports
from __future__ import absolute_import
import anyconfig.backend.json.default as TT
import tests.backend.common as TBC
from anyconfig.compat import OrderedDict
CNF_0_S = TBC.read_from_res("20-00-cnf.json")
CNF_0 = OrderedDict((("a", 0), ("b", "bbb"), ("c", 5),
("sect0", OrderedDict((("d", ["x", "y", "z"]), )))))
class HasParserTrait(TBC.HasParserTrait):
psr = TT.Parser()
cnf_s = CNF_0_S
cnf = CNF_0
class Test_10(TBC.Test_10_dumps_and_loads, HasParserTrait):
load_options = dump_options = dict(parse_int=None, indent=2)
empty_patterns = [('', {}), ('{}', {}), ('[]', []), ('null', None)]