def test_all_valid(self):
text = outdent("""\
name1: value1
name2: value2
child1 {
name1_1: value1.1
name1_2: value1.2
child1A {
name1A1: value
}
child1B {
name1B1: value
name1B2: value
}
}
child2 {
child2 {
name: value
}
}
""")
section = config_parser.Parser.parse(text.encode("utf-8"))
self.assertEqual(config_parser.verify_section(section), ([], [], []))
def test_bad_attr_value(self):
section = config_parser.Section("mySection")
section.add_attribute("bad_value", "va{l}ue1")
section.add_attribute("good_value", "value2")
self.assertEqual(
config_parser.verify_section(section),
([], [], [("mySection.bad_value", "va{l}ue1")]),
)
def test_complex(self):
text = outdent(
"""\
name1: value1
name#2: value2
child1 {
name1_1: value1.1
name1#2: value1.2
child1A {
name1A1: value
}
child1B# {
name#1B1: value
name1B2: value
}
}
child2 {
child2# {
na#me: value
}
}
"""
)
section = config_parser.parse_string(text)
# this would be rejected by the parser
section.add_attribute("name1_3", "va{l}ue")
self.assertEqual(
config_parser.verify_section(section),
(
["child1.child1B#", "child2.child2#"],
[
"name#2",
"child1.name1#2",
"child1.child1B#.name#1B1",
"child2.child2#.na#me",
],
[("name1_3", "va{l}ue")],
),
)
def test_bad_section(self):
section = config_parser.Section("my#section")
self.assertEqual(config_parser.verify_section(section),
(["my#section"], [], []))
def test_empty_section(self):
section = config_parser.Section("mySection")
self.assertEqual(config_parser.verify_section(section), ([], [], []))
def test_bad_attr_name(self):
section = config_parser.Section("mySection")
section.add_attribute("bad#name", "value1")
section.add_attribute("good_name", "value2")
self.assertEqual(config_parser.verify_section(section),
([], ["mySection.bad#name"], []))
