# -*- coding: utf-8 -*-
# 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/>.
"""
Use this rule to control the number of spaces inside brackets (``[``
and
``]``).
.. rubric:: Options
* ``min-spaces-inside`` defines the minimal number of spaces required inside
brackets.
* ``max-spaces-inside`` defines the maximal number of spaces allowed inside
brackets.
* ``min-spaces-inside-empty`` defines the minimal number of spaces required
inside empty brackets.
* ``max-spaces-inside-empty`` defines the maximal number of spaces allowed
inside empty brackets.
.. rubric:: Examples
#. With ``brackets: {min-spaces-inside: 0, max-spaces-inside: 0}``
the following code snippet would **
PASS**:
::
object: [1, 2, abc]
the following code snippet would **FAIL**:
::
object: [ 1, 2, abc ]
#. With ``brackets: {min-spaces-inside: 1, max-spaces-inside: 3}``
the following code snippet would **
PASS**:
::
object: [ 1, 2, abc ]
the following code snippet would **
PASS**:
::
object: [ 1, 2, abc ]
the following code snippet would **FAIL**:
::
object: [ 1, 2, abc ]
the following code snippet would **FAIL**:
::
object: [1, 2, abc ]
#. With ``brackets: {min-spaces-inside-empty: 0, max-spaces-inside-empty: 0}``
the following code snippet would **
PASS**:
::
object: []
the following code snippet would **FAIL**:
::
object: [ ]
#. With ``brackets: {min-spaces-inside-empty: 1, max-spaces-inside-empty: -1}``
the following code snippet would **
PASS**:
::
object: [ ]
the following code snippet would **FAIL**:
::
object: []
"""
import yaml
from yamllint.rules.common
import spaces_after, spaces_before
ID =
'brackets'
TYPE =
'token'
CONF = {
'min-spaces-inside': int,
'max-spaces-inside': int,
'min-spaces-inside-empty': int,
'max-spaces-inside-empty': int}
DEFAULT = {
'min-spaces-inside': 0,
'max-spaces-inside': 0,
'min-spaces-inside-empty': -1,
'max-spaces-inside-empty': -1}
def check(conf, token, prev, next, nextnext, context):
if (isinstance(token, yaml.FlowSequenceStartToken)
and
isinstance(next, yaml.FlowSequenceEndToken)):
problem = spaces_after(token, prev, next,
min=(conf[
'min-spaces-inside-empty']
if conf[
'min-spaces-inside-empty'] != -1
else conf[
'min-spaces-inside']),
max=(conf[
'max-spaces-inside-empty']
if conf[
'max-spaces-inside-empty'] != -1
else conf[
'max-spaces-inside']),
min_desc=
'too few spaces inside empty brackets',
max_desc=(
'too many spaces inside empty '
'brackets'))
if problem
is not None:
yield problem
elif isinstance(token, yaml.FlowSequenceStartToken):
problem = spaces_after(token, prev, next,
min=conf[
'min-spaces-inside'],
max=conf[
'max-spaces-inside'],
min_desc=
'too few spaces inside brackets',
max_desc=
'too many spaces inside brackets')
if problem
is not None:
yield problem
elif (isinstance(token, yaml.FlowSequenceEndToken)
and
(prev
is None or
not isinstance(prev, yaml.FlowSequenceStartToken))):
problem = spaces_before(token, prev, next,
min=conf[
'min-spaces-inside'],
max=conf[
'max-spaces-inside'],
min_desc=
'too few spaces inside brackets',
max_desc=
'too many spaces inside brackets')
if problem
is not None:
yield problem
