def test_ordering(self):
d1 = dict(a=['andy', 'john', dict(rel='brothers')])
d2 = dict(a=['john', 'andy', dict(rel='brothers')])
self.assertEqual(dict_compare(d1, d2), (False, "--- dict1\n+++ dict2\n\n"
"<ordering> dict1.a: ['andy', 'john', {'rel': 'brothers'}]\n\n"
" dict2.a: ['john', 'andy', {'rel': 'brothers'}]\n\n"))
d2['a'][2]['rel'] = 'sisters'
self.assertEqual(dict_compare(d1, d2), (True, "--- dict1\n+++ dict2\n\n"
"< dict1.a: ['andy', 'john', {'rel': 'brothers'}]\n"
"> dict2.a: ['john', 'andy', {'rel': 'sisters'}]\n"))
d2 = dict(a=['andy', 'john', dict(rel='brothers')])
self.assertTrue(dict_compare(d1, d2)[0])
def test_basic(self):
d1 = dict(a='foo')
d2 = dict(a='foo')
self.assertTrue(dict_compare(d1, d2)[0])
torf, txt = dict_compare(d1, dict(a='bar'))
self.assertFalse(torf)
self.assertEqual("""--- dict1
+++ dict2
< dict1.a: foo
> dict2.a: bar
""", txt)
def test_basic(self):
d1 = dict(a='foo')
d2 = dict(a='foo')
self.assertTrue(dict_compare(d1, d2)[0])
torf, txt = dict_compare(d1, dict(a='bar'))
self.assertFalse(torf)
self.assertEqual(
"""--- dict1
+++ dict2
< dict1.a: foo
> dict2.a: bar
""", txt)
def test_depth(self):
d1 = dict(a=dict(b=dict(c="c1", d="d1")))
self.assertEqual("""--- deep1
+++ deep2
+ deep1.a.b.d: d1
""", dict_compare(d1, dict(a=dict(b=dict(c="c1"))), "deep1", "deep2")[1])
def test_add(self):
d1 = dict(a='foo', b=1, c=[1, 2, 3])
self.assertEqual("""--- a and b
+++ empty
+ a and b.a: foo
+ a and b.b: 1
+ a and b.c: [1, 2, 3]
""", dict_compare(d1, dict(), "a and b", "empty")[1])
def test_depth(self):
d1 = dict(a=dict(b=dict(c="c1", d="d1")))
self.assertEqual(
"""--- deep1
+++ deep2
+ deep1.a.b.d: d1
""",
dict_compare(d1, dict(a=dict(b=dict(c="c1"))), "deep1",
"deep2")[1])
def test_add(self):
d1 = dict(a='foo', b=1, c=[1, 2, 3])
self.assertEqual(
"""--- a and b
+++ empty
+ a and b.a: foo
+ a and b.b: 1
+ a and b.c: [1, 2, 3]
""",
dict_compare(d1, dict(), "a and b", "empty")[1])
def test_ordering(self):
d1 = dict(a=['andy', 'john', dict(rel='brothers')])
d2 = dict(a=['john', 'andy', dict(rel='brothers')])
self.assertEqual((
False, '--- dict1\n'
'+++ dict2\n'
'\n'
"<ordering> dict1.a: ['andy', 'john', OrderedDict([('rel', 'brothers')])]\n"
'\n'
" dict2.a: ['john', 'andy', OrderedDict([('rel', 'brothers')])]\n"
'\n'), dict_compare(d1, d2))
d2['a'][2]['rel'] = 'sisters'
self.assertEqual((
False, '--- dict1\n'
'+++ dict2\n'
'\n'
"< dict1.a: ['andy', 'john', OrderedDict([('rel', 'brothers')])]\n"
"> dict2.a: ['john', 'andy', OrderedDict([('rel', 'sisters')])]\n"
), dict_compare(d1, d2))
d2 = dict(a=['andy', 'john', dict(rel='brothers')])
self.assertTrue(dict_compare(d1, d2)[0])
def test_filtr(self):
d1 = dict(a='foo', b=dict(c=1, d=2), f=dict(c=1, d=17), d=111)
d2 = dict(a='bar', b=dict(c=0, d=3), f=dict(c=1, d=17), d=43)
def filtr(kv1, kv2) -> bool:
return (kv1 and kv1[0].split('.')[-1] == 'd') or (kv2 and kv2[0].split('.')[-1] == 'd')
self.assertEqual("""--- dict1
+++ dict2
< dict1.a: foo
> dict2.a: bar
< dict1.b.c: 1
> dict2.b.c: 0
""", dict_compare(d1, d2, filtr=filtr)[1])
def test_filtr(self):
d1 = dict(a='foo', b=dict(c=1, d=2), f=dict(c=1, d=17), d=111)
d2 = dict(a='bar', b=dict(c=0, d=3), f=dict(c=1, d=17), d=43)
def filtr(kv1, kv2) -> bool:
return (kv1 and kv1[0].split('.')[-1]
== 'd') or (kv2 and kv2[0].split('.')[-1] == 'd')
self.assertEqual(
"""--- dict1
+++ dict2
< dict1.a: foo
> dict2.a: bar
< dict1.b.c: 1
> dict2.b.c: 0
""",
dict_compare(d1, d2, filtr=filtr)[1])
