yamllint/tests/rules/test_indentation.py
Adrien Vergé 89b75b7c05 refactor: Remove UTF-8 headers in Python files
The `# -*- coding: utf-8 -*-` headers were useful for Python 2, and
aren't needed for Python 3 where UTF-8 is the default.

yamllint support of Python 2 was dropped in early 2021, see commit
a3fc64d "End support for Python 2".

Let's drop these headers.
2022-06-09 09:40:06 +02:00

2122 lines
76 KiB
Python

# Copyright (C) 2016 Adrien Vergé
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
from tests.common import RuleTestCase
from yamllint.parser import token_or_comment_generator, Comment
from yamllint.rules.indentation import check
class IndentationStackTestCase(RuleTestCase):
# This test suite checks that the "indentation stack" built by the
# indentation rule is valid. It is important, since everything else in the
# rule relies on this stack.
maxDiff = None
def format_stack(self, stack):
"""Transform the stack at a given moment into a printable string like:
B_MAP:0 KEY:0 VAL:5
"""
return ' '.join(map(str, stack[1:]))
def full_stack(self, source):
conf = {'spaces': 2, 'indent-sequences': True,
'check-multi-line-strings': False}
context = {}
output = ''
for elem in [t for t in token_or_comment_generator(source)
if not isinstance(t, Comment)]:
list(check(conf, elem.curr, elem.prev, elem.next, elem.nextnext,
context))
token_type = (elem.curr.__class__.__name__
.replace('Token', '')
.replace('Block', 'B').replace('Flow', 'F')
.replace('Sequence', 'Seq')
.replace('Mapping', 'Map'))
if token_type in ('StreamStart', 'StreamEnd'):
continue
output += '{:>9} {}\n'.format(token_type,
self.format_stack(context['stack']))
return output
def test_simple_mapping(self):
self.assertMultiLineEqual(
self.full_stack('key: val\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:5\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack(' key: val\n'),
'BMapStart B_MAP:5\n'
' Key B_MAP:5 KEY:5\n'
' Scalar B_MAP:5 KEY:5\n'
' Value B_MAP:5 KEY:5 VAL:10\n'
' Scalar B_MAP:5\n'
' BEnd \n')
def test_simple_sequence(self):
self.assertMultiLineEqual(
self.full_stack('- 1\n'
'- 2\n'
'- 3\n'),
'BSeqStart B_SEQ:0\n'
' BEntry B_SEQ:0 B_ENT:2\n'
' Scalar B_SEQ:0\n'
' BEntry B_SEQ:0 B_ENT:2\n'
' Scalar B_SEQ:0\n'
' BEntry B_SEQ:0 B_ENT:2\n'
' Scalar B_SEQ:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('key:\n'
' - 1\n'
' - 2\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:2\n'
'BSeqStart B_MAP:0 KEY:0 VAL:2 B_SEQ:2\n'
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:2 B_ENT:4\n'
' Scalar B_MAP:0 KEY:0 VAL:2 B_SEQ:2\n'
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:2 B_ENT:4\n'
' Scalar B_MAP:0 KEY:0 VAL:2 B_SEQ:2\n'
' BEnd B_MAP:0\n'
' BEnd \n')
def test_non_indented_sequences(self):
# There seems to be a bug in pyyaml: depending on the indentation, a
# sequence does not produce the same tokens. More precisely, the
# following YAML:
# usr:
# - lib
# produces a BlockSequenceStartToken and a BlockEndToken around the
# "lib" sequence, whereas the following:
# usr:
# - lib
# does not (both two tokens are omitted).
# So, yamllint must create fake 'B_SEQ'. This test makes sure it does.
self.assertMultiLineEqual(
self.full_stack('usr:\n'
' - lib\n'
'var: cache\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:2\n'
'BSeqStart B_MAP:0 KEY:0 VAL:2 B_SEQ:2\n'
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:2 B_ENT:4\n'
' Scalar B_MAP:0 KEY:0 VAL:2 B_SEQ:2\n'
' BEnd B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:5\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('usr:\n'
'- lib\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:2\n'
# missing BSeqStart here
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2\n'
' Scalar B_MAP:0\n'
# missing BEnd here
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('usr:\n'
'- lib\n'
'var: cache\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:2\n'
# missing BSeqStart here
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2\n'
' Scalar B_MAP:0\n'
# missing BEnd here
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:5\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('usr:\n'
'- []\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:2\n'
# missing BSeqStart here
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2\n'
'FSeqStart B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2 F_SEQ:3\n'
' FSeqEnd B_MAP:0\n'
# missing BEnd here
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('usr:\n'
'- k:\n'
' v\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:2\n'
# missing BSeqStart here
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2\n'
'BMapStart B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2 B_MAP:2\n'
' Key B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2 B_MAP:2 KEY:2\n'
' Scalar B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2 B_MAP:2 KEY:2\n'
' Value B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2 B_MAP:2 KEY:2 VAL:4\n' # noqa
' Scalar B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2 B_MAP:2\n'
' BEnd B_MAP:0\n'
# missing BEnd here
' BEnd \n')
def test_flows(self):
self.assertMultiLineEqual(
self.full_stack('usr: [\n'
' {k:\n'
' v}\n'
' ]\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:5\n'
'FSeqStart B_MAP:0 KEY:0 VAL:5 F_SEQ:2\n'
'FMapStart B_MAP:0 KEY:0 VAL:5 F_SEQ:2 F_MAP:3\n'
' Key B_MAP:0 KEY:0 VAL:5 F_SEQ:2 F_MAP:3 KEY:3\n'
' Scalar B_MAP:0 KEY:0 VAL:5 F_SEQ:2 F_MAP:3 KEY:3\n'
' Value B_MAP:0 KEY:0 VAL:5 F_SEQ:2 F_MAP:3 KEY:3 VAL:5\n'
' Scalar B_MAP:0 KEY:0 VAL:5 F_SEQ:2 F_MAP:3\n'
' FMapEnd B_MAP:0 KEY:0 VAL:5 F_SEQ:2\n'
' FSeqEnd B_MAP:0\n'
' BEnd \n')
def test_anchors(self):
self.assertMultiLineEqual(
self.full_stack('key: &anchor value\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:5\n'
' Anchor B_MAP:0 KEY:0 VAL:5\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('key: &anchor\n'
' value\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:2\n'
' Anchor B_MAP:0 KEY:0 VAL:2\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('- &anchor value\n'),
'BSeqStart B_SEQ:0\n'
' BEntry B_SEQ:0 B_ENT:2\n'
' Anchor B_SEQ:0 B_ENT:2\n'
' Scalar B_SEQ:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('- &anchor\n'
' value\n'),
'BSeqStart B_SEQ:0\n'
' BEntry B_SEQ:0 B_ENT:2\n'
' Anchor B_SEQ:0 B_ENT:2\n'
' Scalar B_SEQ:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('- &anchor\n'
' - 1\n'
' - 2\n'),
'BSeqStart B_SEQ:0\n'
' BEntry B_SEQ:0 B_ENT:2\n'
' Anchor B_SEQ:0 B_ENT:2\n'
'BSeqStart B_SEQ:0 B_ENT:2 B_SEQ:2\n'
' BEntry B_SEQ:0 B_ENT:2 B_SEQ:2 B_ENT:4\n'
' Scalar B_SEQ:0 B_ENT:2 B_SEQ:2\n'
' BEntry B_SEQ:0 B_ENT:2 B_SEQ:2 B_ENT:4\n'
' Scalar B_SEQ:0 B_ENT:2 B_SEQ:2\n'
' BEnd B_SEQ:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('&anchor key:\n'
' value\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Anchor B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:2\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('pre:\n'
' &anchor1 0\n'
'&anchor2 key:\n'
' value\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:2\n'
' Anchor B_MAP:0 KEY:0 VAL:2\n'
' Scalar B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Anchor B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:2\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('sequence: &anchor\n'
'- entry\n'
'- &anchor\n'
' - nested\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:2\n'
' Anchor B_MAP:0 KEY:0 VAL:2\n'
# missing BSeqStart here
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2\n'
' Scalar B_MAP:0 KEY:0 VAL:2 B_SEQ:0\n'
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2\n'
' Anchor B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2\n'
'BSeqStart B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2 B_SEQ:2\n'
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2 B_SEQ:2 B_ENT:4\n'
' Scalar B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2 B_SEQ:2\n'
' BEnd B_MAP:0\n'
# missing BEnd here
' BEnd \n')
def test_tags(self):
self.assertMultiLineEqual(
self.full_stack('key: !!tag value\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:5\n'
' Tag B_MAP:0 KEY:0 VAL:5\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('- !!map # Block collection\n'
' foo : bar\n'),
'BSeqStart B_SEQ:0\n'
' BEntry B_SEQ:0 B_ENT:2\n'
' Tag B_SEQ:0 B_ENT:2\n'
'BMapStart B_SEQ:0 B_ENT:2 B_MAP:2\n'
' Key B_SEQ:0 B_ENT:2 B_MAP:2 KEY:2\n'
' Scalar B_SEQ:0 B_ENT:2 B_MAP:2 KEY:2\n'
' Value B_SEQ:0 B_ENT:2 B_MAP:2 KEY:2 VAL:8\n'
' Scalar B_SEQ:0 B_ENT:2 B_MAP:2\n'
' BEnd B_SEQ:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('- !!seq\n'
' - nested item\n'),
'BSeqStart B_SEQ:0\n'
' BEntry B_SEQ:0 B_ENT:2\n'
' Tag B_SEQ:0 B_ENT:2\n'
'BSeqStart B_SEQ:0 B_ENT:2 B_SEQ:2\n'
' BEntry B_SEQ:0 B_ENT:2 B_SEQ:2 B_ENT:4\n'
' Scalar B_SEQ:0 B_ENT:2 B_SEQ:2\n'
' BEnd B_SEQ:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('sequence: !!seq\n'
'- entry\n'
'- !!seq\n'
' - nested\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
' Scalar B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:2\n'
' Tag B_MAP:0 KEY:0 VAL:2\n'
# missing BSeqStart here
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2\n'
' Scalar B_MAP:0 KEY:0 VAL:2 B_SEQ:0\n'
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2\n'
' Tag B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2\n'
'BSeqStart B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2 B_SEQ:2\n'
' BEntry B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2 B_SEQ:2 B_ENT:4\n'
' Scalar B_MAP:0 KEY:0 VAL:2 B_SEQ:0 B_ENT:2 B_SEQ:2\n'
' BEnd B_MAP:0\n'
# missing BEnd here
' BEnd \n')
def test_flows_imbrication(self):
self.assertMultiLineEqual(
self.full_stack('[[val]]\n'),
'FSeqStart F_SEQ:1\n'
'FSeqStart F_SEQ:1 F_SEQ:2\n'
' Scalar F_SEQ:1 F_SEQ:2\n'
' FSeqEnd F_SEQ:1\n'
' FSeqEnd \n')
self.assertMultiLineEqual(
self.full_stack('[[val], [val2]]\n'),
'FSeqStart F_SEQ:1\n'
'FSeqStart F_SEQ:1 F_SEQ:2\n'
' Scalar F_SEQ:1 F_SEQ:2\n'
' FSeqEnd F_SEQ:1\n'
' FEntry F_SEQ:1\n'
'FSeqStart F_SEQ:1 F_SEQ:9\n'
' Scalar F_SEQ:1 F_SEQ:9\n'
' FSeqEnd F_SEQ:1\n'
' FSeqEnd \n')
self.assertMultiLineEqual(
self.full_stack('{{key}}\n'),
'FMapStart F_MAP:1\n'
'FMapStart F_MAP:1 F_MAP:2\n'
' Scalar F_MAP:1 F_MAP:2\n'
' FMapEnd F_MAP:1\n'
' FMapEnd \n')
self.assertMultiLineEqual(
self.full_stack('[key]: value\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
'FSeqStart B_MAP:0 KEY:0 F_SEQ:1\n'
' Scalar B_MAP:0 KEY:0 F_SEQ:1\n'
' FSeqEnd B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:7\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('[[key]]: value\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
'FSeqStart B_MAP:0 KEY:0 F_SEQ:1\n'
'FSeqStart B_MAP:0 KEY:0 F_SEQ:1 F_SEQ:2\n'
' Scalar B_MAP:0 KEY:0 F_SEQ:1 F_SEQ:2\n'
' FSeqEnd B_MAP:0 KEY:0 F_SEQ:1\n'
' FSeqEnd B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:9\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('{key}: value\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
'FMapStart B_MAP:0 KEY:0 F_MAP:1\n'
' Scalar B_MAP:0 KEY:0 F_MAP:1\n'
' FMapEnd B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:7\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('{key: value}: value\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
'FMapStart B_MAP:0 KEY:0 F_MAP:1\n'
' Key B_MAP:0 KEY:0 F_MAP:1 KEY:1\n'
' Scalar B_MAP:0 KEY:0 F_MAP:1 KEY:1\n'
' Value B_MAP:0 KEY:0 F_MAP:1 KEY:1 VAL:6\n'
' Scalar B_MAP:0 KEY:0 F_MAP:1\n'
' FMapEnd B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:14\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('{{key}}: value\n'),
'BMapStart B_MAP:0\n'
' Key B_MAP:0 KEY:0\n'
'FMapStart B_MAP:0 KEY:0 F_MAP:1\n'
'FMapStart B_MAP:0 KEY:0 F_MAP:1 F_MAP:2\n'
' Scalar B_MAP:0 KEY:0 F_MAP:1 F_MAP:2\n'
' FMapEnd B_MAP:0 KEY:0 F_MAP:1\n'
' FMapEnd B_MAP:0 KEY:0\n'
' Value B_MAP:0 KEY:0 VAL:9\n'
' Scalar B_MAP:0\n'
' BEnd \n')
self.assertMultiLineEqual(
self.full_stack('{{key}: val, {key2}: {val2}}\n'),
'FMapStart F_MAP:1\n'
' Key F_MAP:1 KEY:1\n'
'FMapStart F_MAP:1 KEY:1 F_MAP:2\n'
' Scalar F_MAP:1 KEY:1 F_MAP:2\n'
' FMapEnd F_MAP:1 KEY:1\n'
' Value F_MAP:1 KEY:1 VAL:8\n'
' Scalar F_MAP:1\n'
' FEntry F_MAP:1\n'
' Key F_MAP:1 KEY:1\n'
'FMapStart F_MAP:1 KEY:1 F_MAP:14\n'
' Scalar F_MAP:1 KEY:1 F_MAP:14\n'
' FMapEnd F_MAP:1 KEY:1\n'
' Value F_MAP:1 KEY:1 VAL:21\n'
'FMapStart F_MAP:1 KEY:1 VAL:21 F_MAP:22\n'
' Scalar F_MAP:1 KEY:1 VAL:21 F_MAP:22\n'
' FMapEnd F_MAP:1\n'
' FMapEnd \n')
self.assertMultiLineEqual(
self.full_stack('{[{{[val]}}, [{[key]: val2}]]}\n'),
'FMapStart F_MAP:1\n'
'FSeqStart F_MAP:1 F_SEQ:2\n'
'FMapStart F_MAP:1 F_SEQ:2 F_MAP:3\n'
'FMapStart F_MAP:1 F_SEQ:2 F_MAP:3 F_MAP:4\n'
'FSeqStart F_MAP:1 F_SEQ:2 F_MAP:3 F_MAP:4 F_SEQ:5\n'
' Scalar F_MAP:1 F_SEQ:2 F_MAP:3 F_MAP:4 F_SEQ:5\n'
' FSeqEnd F_MAP:1 F_SEQ:2 F_MAP:3 F_MAP:4\n'
' FMapEnd F_MAP:1 F_SEQ:2 F_MAP:3\n'
' FMapEnd F_MAP:1 F_SEQ:2\n'
' FEntry F_MAP:1 F_SEQ:2\n'
'FSeqStart F_MAP:1 F_SEQ:2 F_SEQ:14\n'
'FMapStart F_MAP:1 F_SEQ:2 F_SEQ:14 F_MAP:15\n'
' Key F_MAP:1 F_SEQ:2 F_SEQ:14 F_MAP:15 KEY:15\n'
'FSeqStart F_MAP:1 F_SEQ:2 F_SEQ:14 F_MAP:15 KEY:15 F_SEQ:16\n'
' Scalar F_MAP:1 F_SEQ:2 F_SEQ:14 F_MAP:15 KEY:15 F_SEQ:16\n'
' FSeqEnd F_MAP:1 F_SEQ:2 F_SEQ:14 F_MAP:15 KEY:15\n'
' Value F_MAP:1 F_SEQ:2 F_SEQ:14 F_MAP:15 KEY:15 VAL:22\n'
' Scalar F_MAP:1 F_SEQ:2 F_SEQ:14 F_MAP:15\n'
' FMapEnd F_MAP:1 F_SEQ:2 F_SEQ:14\n'
' FSeqEnd F_MAP:1 F_SEQ:2\n'
' FSeqEnd F_MAP:1\n'
' FMapEnd \n')
class IndentationTestCase(RuleTestCase):
rule_id = 'indentation'
def test_disabled(self):
conf = 'indentation: disable'
self.check('---\n'
'object:\n'
' k1: v1\n'
'obj2:\n'
' k2:\n'
' - 8\n'
' k3:\n'
' val\n'
'...\n', conf)
self.check('---\n'
' o:\n'
' k1: v1\n'
' p:\n'
' k3:\n'
' val\n'
'...\n', conf)
self.check('---\n'
' - o:\n'
' k1: v1\n'
' - p: kdjf\n'
' - q:\n'
' k3:\n'
' - val\n'
'...\n', conf)
def test_one_space(self):
conf = 'indentation: {spaces: 1, indent-sequences: false}'
self.check('---\n'
'object:\n'
' k1:\n'
' - a\n'
' - b\n'
' k2: v2\n'
' k3:\n'
' - name: Unix\n'
' date: 1969\n'
' - name: Linux\n'
' date: 1991\n'
'...\n', conf)
conf = 'indentation: {spaces: 1, indent-sequences: true}'
self.check('---\n'
'object:\n'
' k1:\n'
' - a\n'
' - b\n'
' k2: v2\n'
' k3:\n'
' - name: Unix\n'
' date: 1969\n'
' - name: Linux\n'
' date: 1991\n'
'...\n', conf)
def test_two_spaces(self):
conf = 'indentation: {spaces: 2, indent-sequences: false}'
self.check('---\n'
'object:\n'
' k1:\n'
' - a\n'
' - b\n'
' k2: v2\n'
' k3:\n'
' - name: Unix\n'
' date: 1969\n'
' - name: Linux\n'
' date: 1991\n'
' k4:\n'
' -\n'
' k5: v3\n'
'...\n', conf)
conf = 'indentation: {spaces: 2, indent-sequences: true}'
self.check('---\n'
'object:\n'
' k1:\n'
' - a\n'
' - b\n'
' k2: v2\n'
' k3:\n'
' - name: Unix\n'
' date: 1969\n'
' - name: Linux\n'
' date: 1991\n'
'...\n', conf)
def test_three_spaces(self):
conf = 'indentation: {spaces: 3, indent-sequences: false}'
self.check('---\n'
'object:\n'
' k1:\n'
' - a\n'
' - b\n'
' k2: v2\n'
' k3:\n'
' - name: Unix\n'
' date: 1969\n'
' - name: Linux\n'
' date: 1991\n'
'...\n', conf)
conf = 'indentation: {spaces: 3, indent-sequences: true}'
self.check('---\n'
'object:\n'
' k1:\n'
' - a\n'
' - b\n'
' k2: v2\n'
' k3:\n'
' - name: Unix\n'
' date: 1969\n'
' - name: Linux\n'
' date: 1991\n'
'...\n', conf)
def test_consistent_spaces(self):
conf = ('indentation: {spaces: consistent,\n'
' indent-sequences: whatever}\n'
'document-start: disable\n')
self.check('---\n'
'object:\n'
' k1:\n'
' - a\n'
' - b\n'
' k2: v2\n'
' k3:\n'
' - name: Unix\n'
' date: 1969\n'
' - name: Linux\n'
' date: 1991\n'
'...\n', conf)
self.check('---\n'
'object:\n'
' k1:\n'
' - a\n'
' - b\n'
' k2: v2\n'
' k3:\n'
' - name: Unix\n'
' date: 1969\n'
' - name: Linux\n'
' date: 1991\n'
'...\n', conf)
self.check('---\n'
'object:\n'
' k1:\n'
' - a\n'
' - b\n'
' k2: v2\n'
' k3:\n'
' - name: Unix\n'
' date: 1969\n'
' - name: Linux\n'
' date: 1991\n'
'...\n', conf)
self.check('first is not indented:\n'
' value is indented\n', conf)
self.check('first is not indented:\n'
' value:\n'
' is indented\n', conf)
self.check('- first is already indented:\n'
' value is indented too\n', conf)
self.check('- first is already indented:\n'
' value:\n'
' is indented too\n', conf)
self.check('- first is already indented:\n'
' value:\n'
' is indented too\n', conf, problem=(3, 14))
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf, problem=(7, 5))
self.check('---\n'
'list one:\n'
'- 1\n'
'- 2\n'
'- 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf)
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list two:\n'
'- a\n'
'- b\n'
'- c\n', conf)
def test_consistent_spaces_and_indent_sequences(self):
conf = 'indentation: {spaces: consistent, indent-sequences: true}'
self.check('---\n'
'list one:\n'
'- 1\n'
'- 2\n'
'- 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf, problem1=(3, 1))
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf, problem1=(7, 5))
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list two:\n'
'- a\n'
'- b\n'
'- c\n', conf, problem1=(7, 1))
conf = 'indentation: {spaces: consistent, indent-sequences: false}'
self.check('---\n'
'list one:\n'
'- 1\n'
'- 2\n'
'- 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf, problem1=(7, 5))
self.check('---\n'
'list one:\n'
'- 1\n'
'- 2\n'
'- 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf, problem1=(7, 3))
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list two:\n'
'- a\n'
'- b\n'
'- c\n', conf, problem1=(3, 3))
conf = ('indentation: {spaces: consistent,\n'
' indent-sequences: consistent}')
self.check('---\n'
'list one:\n'
'- 1\n'
'- 2\n'
'- 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf, problem1=(7, 5))
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list two:\n'
'- a\n'
'- b\n'
'- c\n', conf, problem1=(7, 1))
self.check('---\n'
'list one:\n'
'- 1\n'
'- 2\n'
'- 3\n'
'list two:\n'
'- a\n'
'- b\n'
'- c\n', conf)
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf, problem1=(7, 5))
conf = 'indentation: {spaces: consistent, indent-sequences: whatever}'
self.check('---\n'
'list one:\n'
'- 1\n'
'- 2\n'
'- 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf)
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list two:\n'
'- a\n'
'- b\n'
'- c\n', conf)
self.check('---\n'
'list one:\n'
'- 1\n'
'- 2\n'
'- 3\n'
'list two:\n'
'- a\n'
'- b\n'
'- c\n', conf)
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf, problem1=(7, 5))
def test_indent_sequences_whatever(self):
conf = 'indentation: {spaces: 4, indent-sequences: whatever}'
self.check('---\n'
'list one:\n'
'- 1\n'
'- 2\n'
'- 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf)
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf, problem=(3, 3))
self.check('---\n'
'list one:\n'
'- 1\n'
'- 2\n'
'- 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf, problem=(7, 3))
self.check('---\n'
'list:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'- a\n'
'- b\n'
'- c\n', conf, problem=(6, 1, 'syntax'))
def test_indent_sequences_consistent(self):
conf = 'indentation: {spaces: 4, indent-sequences: consistent}'
self.check('---\n'
'list one:\n'
'- 1\n'
'- 2\n'
'- 3\n'
'list:\n'
' two:\n'
' - a\n'
' - b\n'
' - c\n', conf)
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list:\n'
' two:\n'
' - a\n'
' - b\n'
' - c\n', conf)
self.check('---\n'
'list one:\n'
'- 1\n'
'- 2\n'
'- 3\n'
'list two:\n'
' - a\n'
' - b\n'
' - c\n', conf, problem=(7, 5))
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list two:\n'
'- a\n'
'- b\n'
'- c\n', conf, problem=(7, 1))
self.check('---\n'
'list one:\n'
' - 1\n'
' - 2\n'
' - 3\n'
'list two:\n'
'- a\n'
'- b\n'
'- c\n', conf, problem1=(3, 2), problem2=(7, 1))
def test_direct_flows(self):
# flow: [ ...
# ]
conf = 'indentation: {spaces: consistent}'
self.check('---\n'
'a: {x: 1,\n'
' y,\n'
' z: 1}\n', conf)
self.check('---\n'
'a: {x: 1,\n'
' y,\n'
' z: 1}\n', conf, problem=(3, 4))
self.check('---\n'
'a: {x: 1,\n'
' y,\n'
' z: 1}\n', conf, problem=(3, 6))
self.check('---\n'
'a: {x: 1,\n'
' y, z: 1}\n', conf, problem=(3, 3))
self.check('---\n'
'a: {x: 1,\n'
' y, z: 1\n'
'}\n', conf)
self.check('---\n'
'a: {x: 1,\n'
' y, z: 1\n'
'}\n', conf, problem=(3, 3))
self.check('---\n'
'a: [x,\n'
' y,\n'
' z]\n', conf)
self.check('---\n'
'a: [x,\n'
' y,\n'
' z]\n', conf, problem=(3, 4))
self.check('---\n'
'a: [x,\n'
' y,\n'
' z]\n', conf, problem=(3, 6))
self.check('---\n'
'a: [x,\n'
' y, z]\n', conf, problem=(3, 3))
self.check('---\n'
'a: [x,\n'
' y, z\n'
']\n', conf)
self.check('---\n'
'a: [x,\n'
' y, z\n'
']\n', conf, problem=(3, 3))
def test_broken_flows(self):
# flow: [
# ...
# ]
conf = 'indentation: {spaces: consistent}'
self.check('---\n'
'a: {\n'
' x: 1,\n'
' y, z: 1\n'
'}\n', conf)
self.check('---\n'
'a: {\n'
' x: 1,\n'
' y, z: 1}\n', conf)
self.check('---\n'
'a: {\n'
' x: 1,\n'
' y, z: 1\n'
'}\n', conf, problem=(4, 3))
self.check('---\n'
'a: {\n'
' x: 1,\n'
' y, z: 1\n'
' }\n', conf, problem=(5, 3))
self.check('---\n'
'a: [\n'
' x,\n'
' y, z\n'
']\n', conf)
self.check('---\n'
'a: [\n'
' x,\n'
' y, z]\n', conf)
self.check('---\n'
'a: [\n'
' x,\n'
' y, z\n'
']\n', conf, problem=(4, 3))
self.check('---\n'
'a: [\n'
' x,\n'
' y, z\n'
' ]\n', conf, problem=(5, 3))
self.check('---\n'
'obj: {\n'
' a: 1,\n'
' b: 2,\n'
' c: 3\n'
'}\n', conf, problem1=(4, 4), problem2=(5, 2))
self.check('---\n'
'list: [\n'
' 1,\n'
' 2,\n'
' 3\n'
']\n', conf, problem1=(4, 4), problem2=(5, 2))
self.check('---\n'
'top:\n'
' rules: [\n'
' 1, 2,\n'
' ]\n', conf)
self.check('---\n'
'top:\n'
' rules: [\n'
' 1, 2,\n'
']\n'
' rulez: [\n'
' 1, 2,\n'
' ]\n', conf, problem1=(5, 1), problem2=(8, 5))
self.check('---\n'
'top:\n'
' rules:\n'
' here: {\n'
' foo: 1,\n'
' bar: 2\n'
' }\n', conf)
self.check('---\n'
'top:\n'
' rules:\n'
' here: {\n'
' foo: 1,\n'
' bar: 2\n'
' }\n'
' there: {\n'
' foo: 1,\n'
' bar: 2\n'
' }\n', conf, problem1=(7, 7), problem2=(11, 3))
conf = 'indentation: {spaces: 2}'
self.check('---\n'
'a: {\n'
' x: 1,\n'
' y, z: 1\n'
'}\n', conf, problem=(3, 4))
self.check('---\n'
'a: [\n'
' x,\n'
' y, z\n'
']\n', conf, problem=(3, 4))
def test_cleared_flows(self):
# flow:
# [
# ...
# ]
conf = 'indentation: {spaces: consistent}'
self.check('---\n'
'top:\n'
' rules:\n'
' {\n'
' foo: 1,\n'
' bar: 2\n'
' }\n', conf)
self.check('---\n'
'top:\n'
' rules:\n'
' {\n'
' foo: 1,\n'
' bar: 2\n'
' }\n', conf, problem=(5, 8))
self.check('---\n'
'top:\n'
' rules:\n'
' {\n'
' foo: 1,\n'
' bar: 2\n'
' }\n', conf, problem=(4, 4))
self.check('---\n'
'top:\n'
' rules:\n'
' {\n'
' foo: 1,\n'
' bar: 2\n'
' }\n', conf, problem=(7, 4))
self.check('---\n'
'top:\n'
' rules:\n'
' {\n'
' foo: 1,\n'
' bar: 2\n'
' }\n', conf, problem=(7, 6))
self.check('---\n'
'top:\n'
' [\n'
' a, b, c\n'
' ]\n', conf)
self.check('---\n'
'top:\n'
' [\n'
' a, b, c\n'
' ]\n', conf, problem=(4, 6))
self.check('---\n'
'top:\n'
' [\n'
' a, b, c\n'
' ]\n', conf, problem=(4, 6))
self.check('---\n'
'top:\n'
' [\n'
' a, b, c\n'
' ]\n', conf, problem=(5, 4))
self.check('---\n'
'top:\n'
' rules: [\n'
' {\n'
' foo: 1\n'
' },\n'
' {\n'
' foo: 2,\n'
' bar: [\n'
' a, b, c\n'
' ],\n'
' },\n'
' ]\n', conf)
self.check('---\n'
'top:\n'
' rules: [\n'
' {\n'
' foo: 1\n'
' },\n'
' {\n'
' foo: 2,\n'
' bar: [\n'
' a, b, c\n'
' ],\n'
' },\n'
']\n', conf, problem1=(5, 6), problem2=(6, 6),
problem3=(9, 9), problem4=(11, 7), problem5=(13, 1))
def test_under_indented(self):
conf = 'indentation: {spaces: 2, indent-sequences: consistent}'
self.check('---\n'
'object:\n'
' val: 1\n'
'...\n', conf, problem=(3, 2))
self.check('---\n'
'object:\n'
' k1:\n'
' - a\n'
'...\n', conf, problem=(4, 4))
self.check('---\n'
'object:\n'
' k3:\n'
' - name: Unix\n'
' date: 1969\n'
'...\n', conf, problem=(5, 6, 'syntax'))
conf = 'indentation: {spaces: 4, indent-sequences: consistent}'
self.check('---\n'
'object:\n'
' val: 1\n'
'...\n', conf, problem=(3, 4))
self.check('---\n'
'- el1\n'
'- el2:\n'
' - subel\n'
'...\n', conf, problem=(4, 4))
self.check('---\n'
'object:\n'
' k3:\n'
' - name: Linux\n'
' date: 1991\n'
'...\n', conf, problem=(5, 10, 'syntax'))
conf = 'indentation: {spaces: 2, indent-sequences: true}'
self.check('---\n'
'a:\n'
'-\n' # empty list
'b: c\n'
'...\n', conf, problem=(3, 1))
conf = 'indentation: {spaces: 2, indent-sequences: consistent}'
self.check('---\n'
'a:\n'
' -\n' # empty list
'b:\n'
'-\n'
'c: d\n'
'...\n', conf, problem=(5, 1))
def test_over_indented(self):
conf = 'indentation: {spaces: 2, indent-sequences: consistent}'
self.check('---\n'
'object:\n'
' val: 1\n'
'...\n', conf, problem=(3, 4))
self.check('---\n'
'object:\n'
' k1:\n'
' - a\n'
'...\n', conf, problem=(4, 6))
self.check('---\n'
'object:\n'
' k3:\n'
' - name: Unix\n'
' date: 1969\n'
'...\n', conf, problem=(5, 12, 'syntax'))
conf = 'indentation: {spaces: 4, indent-sequences: consistent}'
self.check('---\n'
'object:\n'
' val: 1\n'
'...\n', conf, problem=(3, 6))
self.check('---\n'
' object:\n'
' val: 1\n'
'...\n', conf, problem=(2, 2))
self.check('---\n'
'- el1\n'
'- el2:\n'
' - subel\n'
'...\n', conf, problem=(4, 6))
self.check('---\n'
'- el1\n'
'- el2:\n'
' - subel\n'
'...\n', conf, problem=(4, 15))
self.check('---\n'
' - el1\n'
' - el2:\n'
' - subel\n'
'...\n', conf,
problem=(2, 3))
self.check('---\n'
'object:\n'
' k3:\n'
' - name: Linux\n'
' date: 1991\n'
'...\n', conf, problem=(5, 16, 'syntax'))
conf = 'indentation: {spaces: 4, indent-sequences: whatever}'
self.check('---\n'
' - el1\n'
' - el2:\n'
' - subel\n'
'...\n', conf,
problem=(2, 3))
conf = 'indentation: {spaces: 2, indent-sequences: false}'
self.check('---\n'
'a:\n'
' -\n' # empty list
'b: c\n'
'...\n', conf, problem=(3, 3))
conf = 'indentation: {spaces: 2, indent-sequences: consistent}'
self.check('---\n'
'a:\n'
'-\n' # empty list
'b:\n'
' -\n'
'c: d\n'
'...\n', conf, problem=(5, 3))
def test_multi_lines(self):
conf = 'indentation: {spaces: consistent, indent-sequences: true}'
self.check('---\n'
'long_string: >\n'
' bla bla blah\n'
' blah bla bla\n'
'...\n', conf)
self.check('---\n'
'- long_string: >\n'
' bla bla blah\n'
' blah bla bla\n'
'...\n', conf)
self.check('---\n'
'obj:\n'
' - long_string: >\n'
' bla bla blah\n'
' blah bla bla\n'
'...\n', conf)
def test_empty_value(self):
conf = 'indentation: {spaces: consistent}'
self.check('---\n'
'key1:\n'
'key2: not empty\n'
'key3:\n'
'...\n', conf)
self.check('---\n'
'-\n'
'- item 2\n'
'-\n'
'...\n', conf)
def test_nested_collections(self):
conf = 'indentation: {spaces: 2}'
self.check('---\n'
'- o:\n'
' k1: v1\n'
'...\n', conf)
self.check('---\n'
'- o:\n'
' k1: v1\n'
'...\n', conf, problem=(3, 2, 'syntax'))
self.check('---\n'
'- o:\n'
' k1: v1\n'
'...\n', conf, problem=(3, 4))
conf = 'indentation: {spaces: 4}'
self.check('---\n'
'- o:\n'
' k1: v1\n'
'...\n', conf)
self.check('---\n'
'- o:\n'
' k1: v1\n'
'...\n', conf, problem=(3, 6))
self.check('---\n'
'- o:\n'
' k1: v1\n'
'...\n', conf, problem=(3, 8))
self.check('---\n'
'- - - - item\n'
' - elem 1\n'
' - elem 2\n'
' - - - - - very nested: a\n'
' key: value\n'
'...\n', conf)
self.check('---\n'
' - - - - item\n'
' - elem 1\n'
' - elem 2\n'
' - - - - - very nested: a\n'
' key: value\n'
'...\n', conf, problem=(2, 2))
def test_return(self):
conf = 'indentation: {spaces: consistent}'
self.check('---\n'
'a:\n'
' b:\n'
' c:\n'
' d:\n'
' e:\n'
' f:\n'
'g:\n'
'...\n', conf)
self.check('---\n'
'a:\n'
' b:\n'
' c:\n'
' d:\n'
'...\n', conf, problem=(5, 4, 'syntax'))
self.check('---\n'
'a:\n'
' b:\n'
' c:\n'
' d:\n'
'...\n', conf, problem=(5, 2, 'syntax'))
def test_first_line(self):
conf = ('indentation: {spaces: consistent}\n'
'document-start: disable\n')
self.check(' a: 1\n', conf, problem=(1, 3))
def test_explicit_block_mappings(self):
conf = 'indentation: {spaces: consistent}'
self.check('---\n'
'object:\n'
' ? key\n'
' : value\n', conf)
self.check('---\n'
'object:\n'
' ? key\n'
' :\n'
' value\n'
'...\n', conf)
self.check('---\n'
'object:\n'
' ?\n'
' key\n'
' : value\n', conf)
self.check('---\n'
'object:\n'
' ?\n'
' key\n'
' :\n'
' value\n'
'...\n', conf)
self.check('---\n'
'- ? key\n'
' : value\n', conf)
self.check('---\n'
'- ? key\n'
' :\n'
' value\n'
'...\n', conf)
self.check('---\n'
'- ?\n'
' key\n'
' : value\n', conf)
self.check('---\n'
'- ?\n'
' key\n'
' :\n'
' value\n'
'...\n', conf)
self.check('---\n'
'object:\n'
' ? key\n'
' :\n'
' value\n'
'...\n', conf, problem=(5, 8))
self.check('---\n'
'- - ?\n'
' key\n'
' :\n'
' value\n'
'...\n', conf, problem=(5, 7))
self.check('---\n'
'object:\n'
' ?\n'
' key\n'
' :\n'
' value\n'
'...\n', conf, problem1=(4, 8), problem2=(6, 10))
self.check('---\n'
'object:\n'
' ?\n'
' key\n'
' :\n'
' value\n'
'...\n', conf, problem1=(4, 10), problem2=(6, 8))
def test_clear_sequence_item(self):
conf = 'indentation: {spaces: consistent}'
self.check('---\n'
'-\n'
' string\n'
'-\n'
' map: ping\n'
'-\n'
' - sequence\n'
' -\n'
' nested\n'
' -\n'
' >\n'
' multi\n'
' line\n'
'...\n', conf)
self.check('---\n'
'-\n'
' string\n'
'-\n'
' string\n', conf, problem=(5, 4))
self.check('---\n'
'-\n'
' map: ping\n'
'-\n'
' map: ping\n', conf, problem=(5, 4))
self.check('---\n'
'-\n'
' - sequence\n'
'-\n'
' - sequence\n', conf, problem=(5, 4))
self.check('---\n'
'-\n'
' -\n'
' nested\n'
' -\n'
' nested\n', conf, problem1=(4, 4), problem2=(6, 6))
self.check('---\n'
'-\n'
' -\n'
' >\n'
' multi\n'
' line\n'
'...\n', conf, problem=(4, 6))
conf = 'indentation: {spaces: 2}'
self.check('---\n'
'-\n'
' string\n'
'-\n'
' string\n', conf, problem1=(3, 2), problem2=(5, 4))
self.check('---\n'
'-\n'
' map: ping\n'
'-\n'
' map: ping\n', conf, problem1=(3, 2), problem2=(5, 4))
self.check('---\n'
'-\n'
' - sequence\n'
'-\n'
' - sequence\n', conf, problem1=(3, 2), problem2=(5, 4))
self.check('---\n'
'-\n'
' -\n'
' nested\n'
' -\n'
' nested\n', conf, problem1=(4, 4), problem2=(6, 6))
def test_anchors(self):
conf = 'indentation: {spaces: consistent}'
self.check('---\n'
'key: &anchor value\n', conf)
self.check('---\n'
'key: &anchor\n'
' value\n', conf)
self.check('---\n'
'- &anchor value\n', conf)
self.check('---\n'
'- &anchor\n'
' value\n', conf)
self.check('---\n'
'key: &anchor [1,\n'
' 2]\n', conf)
self.check('---\n'
'key: &anchor\n'
' [1,\n'
' 2]\n', conf)
self.check('---\n'
'key: &anchor\n'
' - 1\n'
' - 2\n', conf)
self.check('---\n'
'- &anchor [1,\n'
' 2]\n', conf)
self.check('---\n'
'- &anchor\n'
' [1,\n'
' 2]\n', conf)
self.check('---\n'
'- &anchor\n'
' - 1\n'
' - 2\n', conf)
self.check('---\n'
'key:\n'
' &anchor1\n'
' value\n', conf)
self.check('---\n'
'pre:\n'
' &anchor1 0\n'
'&anchor2 key:\n'
' value\n', conf)
self.check('---\n'
'machine0:\n'
' /etc/hosts: &ref-etc-hosts\n'
' content:\n'
' - 127.0.0.1: localhost\n'
' - ::1: localhost\n'
' mode: 0644\n'
'machine1:\n'
' /etc/hosts: *ref-etc-hosts\n', conf)
self.check('---\n'
'list:\n'
' - k: v\n'
' - &a truc\n'
' - &b\n'
' truc\n'
' - k: *a\n', conf)
def test_tags(self):
conf = 'indentation: {spaces: consistent}'
self.check('---\n'
'-\n'
' "flow in block"\n'
'- >\n'
' Block scalar\n'
'- !!map # Block collection\n'
' foo: bar\n', conf)
conf = 'indentation: {spaces: consistent, indent-sequences: false}'
self.check('---\n'
'sequence: !!seq\n'
'- entry\n'
'- !!seq\n'
' - nested\n', conf)
self.check('---\n'
'mapping: !!map\n'
' foo: bar\n'
'Block style: !!map\n'
' Clark: Evans\n'
' Ingy: döt Net\n'
' Oren: Ben-Kiki\n', conf)
self.check('---\n'
'Flow style: !!map {Clark: Evans, Ingy: döt Net}\n'
'Block style: !!seq\n'
'- Clark Evans\n'
'- Ingy döt Net\n', conf)
def test_flows_imbrication(self):
conf = 'indentation: {spaces: consistent}'
self.check('---\n'
'[val]: value\n', conf)
self.check('---\n'
'{key}: value\n', conf)
self.check('---\n'
'{key: val}: value\n', conf)
self.check('---\n'
'[[val]]: value\n', conf)
self.check('---\n'
'{{key}}: value\n', conf)
self.check('---\n'
'{{key: val1}: val2}: value\n', conf)
self.check('---\n'
'- [val, {{key: val}: val}]: value\n'
'- {[val,\n'
' {{key: val}: val}]}\n'
'- {[val,\n'
' {{key: val,\n'
' key2}}]}\n'
'- {{{{{moustaches}}}}}\n'
'- {{{{{moustache,\n'
' moustache},\n'
' moustache}},\n'
' moustache}}\n', conf)
self.check('---\n'
'- {[val,\n'
' {{key: val}: val}]}\n',
conf, problem=(3, 6))
self.check('---\n'
'- {[val,\n'
' {{key: val,\n'
' key2}}]}\n',
conf, problem=(4, 6))
self.check('---\n'
'- {{{{{moustache,\n'
' moustache},\n'
' moustache}},\n'
' moustache}}\n',
conf, problem1=(4, 8), problem2=(5, 4))
class ScalarIndentationTestCase(RuleTestCase):
rule_id = 'indentation'
def test_basics_plain(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: false}\n'
'document-start: disable\n')
self.check('multi\n'
'line\n', conf)
self.check('multi\n'
' line\n', conf)
self.check('- multi\n'
' line\n', conf)
self.check('- multi\n'
' line\n', conf)
self.check('a key: multi\n'
' line\n', conf)
self.check('a key: multi\n'
' line\n', conf)
self.check('a key: multi\n'
' line\n', conf)
self.check('a key:\n'
' multi\n'
' line\n', conf)
self.check('- C code: void main() {\n'
' printf("foo");\n'
' }\n', conf)
self.check('- C code:\n'
' void main() {\n'
' printf("foo");\n'
' }\n', conf)
def test_check_multi_line_plain(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: true}\n'
'document-start: disable\n')
self.check('multi\n'
' line\n', conf, problem=(2, 2))
self.check('- multi\n'
' line\n', conf, problem=(2, 4))
self.check('a key: multi\n'
' line\n', conf, problem=(2, 3))
self.check('a key: multi\n'
' line\n', conf, problem=(2, 9))
self.check('a key:\n'
' multi\n'
' line\n', conf, problem=(3, 4))
self.check('- C code: void main() {\n'
' printf("foo");\n'
' }\n', conf, problem=(2, 15))
self.check('- C code:\n'
' void main() {\n'
' printf("foo");\n'
' }\n', conf, problem=(3, 9))
def test_basics_quoted(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: false}\n'
'document-start: disable\n')
self.check('"multi\n'
' line"\n', conf)
self.check('- "multi\n'
' line"\n', conf)
self.check('a key: "multi\n'
' line"\n', conf)
self.check('a key:\n'
' "multi\n'
' line"\n', conf)
self.check('- jinja2: "{% if ansible is defined %}\n'
' {{ ansible }}\n'
' {% else %}\n'
' {{ chef }}\n'
' {% endif %}"\n', conf)
self.check('- jinja2:\n'
' "{% if ansible is defined %}\n'
' {{ ansible }}\n'
' {% else %}\n'
' {{ chef }}\n'
' {% endif %}"\n', conf)
self.check('["this is a very long line\n'
' that needs to be split",\n'
' "other line"]\n', conf)
self.check('["multi\n'
' line 1", "multi\n'
' line 2"]\n', conf)
def test_check_multi_line_quoted(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: true}\n'
'document-start: disable\n')
self.check('"multi\n'
'line"\n', conf, problem=(2, 1))
self.check('"multi\n'
' line"\n', conf, problem=(2, 3))
self.check('- "multi\n'
' line"\n', conf, problem=(2, 3))
self.check('- "multi\n'
' line"\n', conf, problem=(2, 5))
self.check('a key: "multi\n'
' line"\n', conf, problem=(2, 3))
self.check('a key: "multi\n'
' line"\n', conf, problem=(2, 8))
self.check('a key: "multi\n'
' line"\n', conf, problem=(2, 10))
self.check('a key:\n'
' "multi\n'
' line"\n', conf, problem=(3, 3))
self.check('a key:\n'
' "multi\n'
' line"\n', conf, problem=(3, 5))
self.check('- jinja2: "{% if ansible is defined %}\n'
' {{ ansible }}\n'
' {% else %}\n'
' {{ chef }}\n'
' {% endif %}"\n', conf,
problem1=(2, 14), problem2=(4, 14))
self.check('- jinja2:\n'
' "{% if ansible is defined %}\n'
' {{ ansible }}\n'
' {% else %}\n'
' {{ chef }}\n'
' {% endif %}"\n', conf,
problem1=(3, 8), problem2=(5, 8))
self.check('["this is a very long line\n'
' that needs to be split",\n'
' "other line"]\n', conf)
self.check('["this is a very long line\n'
' that needs to be split",\n'
' "other line"]\n', conf, problem=(2, 2))
self.check('["this is a very long line\n'
' that needs to be split",\n'
' "other line"]\n', conf, problem=(2, 4))
self.check('["multi\n'
' line 1", "multi\n'
' line 2"]\n', conf)
self.check('["multi\n'
' line 1", "multi\n'
' line 2"]\n', conf, problem=(3, 12))
self.check('["multi\n'
' line 1", "multi\n'
' line 2"]\n', conf, problem=(3, 14))
def test_basics_folded_style(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: false}\n'
'document-start: disable\n')
self.check('>\n'
' multi\n'
' line\n', conf)
self.check('- >\n'
' multi\n'
' line\n', conf)
self.check('- key: >\n'
' multi\n'
' line\n', conf)
self.check('- key:\n'
' >\n'
' multi\n'
' line\n', conf)
self.check('- ? >\n'
' multi-line\n'
' key\n'
' : >\n'
' multi-line\n'
' value\n', conf)
self.check('- ?\n'
' >\n'
' multi-line\n'
' key\n'
' :\n'
' >\n'
' multi-line\n'
' value\n', conf)
self.check('- jinja2: >\n'
' {% if ansible is defined %}\n'
' {{ ansible }}\n'
' {% else %}\n'
' {{ chef }}\n'
' {% endif %}\n', conf)
def test_check_multi_line_folded_style(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: true}\n'
'document-start: disable\n')
self.check('>\n'
' multi\n'
' line\n', conf, problem=(3, 4))
self.check('- >\n'
' multi\n'
' line\n', conf, problem=(3, 6))
self.check('- key: >\n'
' multi\n'
' line\n', conf, problem=(3, 6))
self.check('- key:\n'
' >\n'
' multi\n'
' line\n', conf, problem=(4, 8))
self.check('- ? >\n'
' multi-line\n'
' key\n'
' : >\n'
' multi-line\n'
' value\n', conf,
problem1=(3, 8), problem2=(6, 8))
self.check('- ?\n'
' >\n'
' multi-line\n'
' key\n'
' :\n'
' >\n'
' multi-line\n'
' value\n', conf,
problem1=(4, 8), problem2=(8, 8))
self.check('- jinja2: >\n'
' {% if ansible is defined %}\n'
' {{ ansible }}\n'
' {% else %}\n'
' {{ chef }}\n'
' {% endif %}\n', conf,
problem1=(3, 7), problem2=(5, 7))
def test_basics_literal_style(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: false}\n'
'document-start: disable\n')
self.check('|\n'
' multi\n'
' line\n', conf)
self.check('- |\n'
' multi\n'
' line\n', conf)
self.check('- key: |\n'
' multi\n'
' line\n', conf)
self.check('- key:\n'
' |\n'
' multi\n'
' line\n', conf)
self.check('- ? |\n'
' multi-line\n'
' key\n'
' : |\n'
' multi-line\n'
' value\n', conf)
self.check('- ?\n'
' |\n'
' multi-line\n'
' key\n'
' :\n'
' |\n'
' multi-line\n'
' value\n', conf)
self.check('- jinja2: |\n'
' {% if ansible is defined %}\n'
' {{ ansible }}\n'
' {% else %}\n'
' {{ chef }}\n'
' {% endif %}\n', conf)
def test_check_multi_line_literal_style(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: true}\n'
'document-start: disable\n')
self.check('|\n'
' multi\n'
' line\n', conf, problem=(3, 4))
self.check('- |\n'
' multi\n'
' line\n', conf, problem=(3, 6))
self.check('- key: |\n'
' multi\n'
' line\n', conf, problem=(3, 6))
self.check('- key:\n'
' |\n'
' multi\n'
' line\n', conf, problem=(4, 8))
self.check('- ? |\n'
' multi-line\n'
' key\n'
' : |\n'
' multi-line\n'
' value\n', conf,
problem1=(3, 8), problem2=(6, 8))
self.check('- ?\n'
' |\n'
' multi-line\n'
' key\n'
' :\n'
' |\n'
' multi-line\n'
' value\n', conf,
problem1=(4, 8), problem2=(8, 8))
self.check('- jinja2: |\n'
' {% if ansible is defined %}\n'
' {{ ansible }}\n'
' {% else %}\n'
' {{ chef }}\n'
' {% endif %}\n', conf,
problem1=(3, 7), problem2=(5, 7))
# The following "paragraph" examples are inspired from
# http://stackoverflow.com/questions/3790454/in-yaml-how-do-i-break-a-string-over-multiple-lines
def test_paragraph_plain(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: true}\n'
'document-start: disable\n')
self.check('- long text: very "long"\n'
' \'string\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces.\n', conf)
self.check('- long text: very "long"\n'
' \'string\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces.\n', conf,
problem1=(2, 5), problem2=(4, 5), problem3=(5, 5))
self.check('- long text:\n'
' very "long"\n'
' \'string\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces.\n', conf)
def test_paragraph_double_quoted(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: true}\n'
'document-start: disable\n')
self.check('- long text: "very \\"long\\"\n'
' \'string\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces."\n', conf)
self.check('- long text: "very \\"long\\"\n'
' \'string\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces."\n', conf,
problem1=(2, 5), problem2=(4, 5), problem3=(5, 5))
self.check('- long text: "very \\"long\\"\n'
'\'string\' with\n'
'\n'
'paragraph gap, \\n and\n'
'spaces."\n', conf,
problem1=(2, 1), problem2=(4, 1), problem3=(5, 1))
self.check('- long text:\n'
' "very \\"long\\"\n'
' \'string\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces."\n', conf)
def test_paragraph_single_quoted(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: true}\n'
'document-start: disable\n')
self.check('- long text: \'very "long"\n'
' \'\'string\'\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces.\'\n', conf)
self.check('- long text: \'very "long"\n'
' \'\'string\'\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces.\'\n', conf,
problem1=(2, 5), problem2=(4, 5), problem3=(5, 5))
self.check('- long text: \'very "long"\n'
'\'\'string\'\' with\n'
'\n'
'paragraph gap, \\n and\n'
'spaces.\'\n', conf,
problem1=(2, 1), problem2=(4, 1), problem3=(5, 1))
self.check('- long text:\n'
' \'very "long"\n'
' \'\'string\'\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces.\'\n', conf)
def test_paragraph_folded(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: true}\n'
'document-start: disable\n')
self.check('- long text: >\n'
' very "long"\n'
' \'string\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces.\n', conf)
self.check('- long text: >\n'
' very "long"\n'
' \'string\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces.\n', conf,
problem1=(3, 6), problem2=(5, 7), problem3=(6, 8))
def test_paragraph_literal(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: true}\n'
'document-start: disable\n')
self.check('- long text: |\n'
' very "long"\n'
' \'string\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces.\n', conf)
self.check('- long text: |\n'
' very "long"\n'
' \'string\' with\n'
'\n'
' paragraph gap, \\n and\n'
' spaces.\n', conf,
problem1=(3, 6), problem2=(5, 7), problem3=(6, 8))
def test_consistent(self):
conf = ('indentation: {spaces: consistent,\n'
' check-multi-line-strings: true}\n'
'document-start: disable\n')
self.check('multi\n'
'line\n', conf)
self.check('multi\n'
' line\n', conf, problem=(2, 2))
self.check('- multi\n'
' line\n', conf)
self.check('- multi\n'
' line\n', conf, problem=(2, 4))
self.check('a key: multi\n'
' line\n', conf, problem=(2, 3))
self.check('a key: multi\n'
' line\n', conf, problem=(2, 9))
self.check('a key:\n'
' multi\n'
' line\n', conf, problem=(3, 4))
self.check('- C code: void main() {\n'
' printf("foo");\n'
' }\n', conf, problem=(2, 15))
self.check('- C code:\n'
' void main() {\n'
' printf("foo");\n'
' }\n', conf, problem=(3, 9))
self.check('>\n'
' multi\n'
' line\n', conf)
self.check('>\n'
' multi\n'
' line\n', conf)
self.check('>\n'
' multi\n'
' line\n', conf, problem=(3, 7))