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yamllint/tests/rules/test_commas.py

266 lines
9.8 KiB
Python

# -*- 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/>.
from tests.rules.common import RuleTestCase
class CommaTestCase(RuleTestCase):
rule_id = 'commas'
def test_disabled(self):
conf = 'commas: disable'
self.check('---\n'
'dict: {a: b , c: "1 2 3", d: e , f: [g, h]}\n'
'array: [\n'
' elem ,\n'
' key: val ,\n'
']\n'
'map: {\n'
' key1: val1 ,\n'
' key2: val2,\n'
'}\n'
'...\n', conf)
self.check('---\n'
'- [one, two , three,four]\n'
'- {five,six , seven, eight}\n'
'- [\n'
' nine, ten\n'
' , eleven\n'
' ,twelve\n'
']\n'
'- {\n'
' thirteen: 13, fourteen\n'
' , fifteen: 15\n'
' ,sixteen: 16\n'
'}\n', conf)
def test_before_max(self):
conf = ('commas:\n'
' max-spaces-before: 0\n'
' min-spaces-after: 0\n'
' max-spaces-after: -1\n')
self.check('---\n'
'array: [1, 2, 3, 4]\n'
'...\n', conf)
self.check('---\n'
'array: [1, 2 , 3, 4]\n'
'...\n', conf, problem=(2, 13))
self.check('---\n'
'array: [1 , 2, 3 , 4]\n'
'...\n', conf, problem1=(2, 10), problem2=(2, 23))
self.check('---\n'
'dict: {a: b, c: "1 2 3", d: e, f: [g, h]}\n'
'...\n', conf)
self.check('---\n'
'dict: {a: b, c: "1 2 3" , d: e, f: [g, h]}\n'
'...\n', conf, problem=(2, 24))
self.check('---\n'
'dict: {a: b , c: "1 2 3", d: e, f: [g , h]}\n'
'...\n', conf, problem1=(2, 12), problem2=(2, 42))
self.check('---\n'
'array: [\n'
' elem,\n'
' key: val,\n'
']\n', conf)
self.check('---\n'
'array: [\n'
' elem ,\n'
' key: val,\n'
']\n', conf, problem=(3, 7))
self.check('---\n'
'map: {\n'
' key1: val1,\n'
' key2: val2,\n'
'}\n', conf)
self.check('---\n'
'map: {\n'
' key1: val1,\n'
' key2: val2 ,\n'
'}\n', conf, problem=(4, 13))
def test_before_max_with_comma_on_new_line(self):
conf = ('commas:\n'
' max-spaces-before: 0\n'
' min-spaces-after: 0\n'
' max-spaces-after: -1\n')
self.check('---\n'
'flow-seq: [1, 2, 3\n'
' , 4, 5, 6]\n'
'...\n', conf, problem=(3, 11))
self.check('---\n'
'flow-map: {a: 1, b: 2\n'
' , c: 3}\n'
'...\n', conf, problem=(3, 11))
conf = ('commas:\n'
' max-spaces-before: 0\n'
' min-spaces-after: 0\n'
' max-spaces-after: -1\n'
'indentation: disable\n')
self.check('---\n'
'flow-seq: [1, 2, 3\n'
' , 4, 5, 6]\n'
'...\n', conf, problem=(3, 9))
self.check('---\n'
'flow-map: {a: 1, b: 2\n'
' , c: 3}\n'
'...\n', conf, problem=(3, 9))
self.check('---\n'
'[\n'
'1,\n'
'2\n'
', 3\n'
']\n', conf, problem=(5, 1))
self.check('---\n'
'{\n'
'a: 1,\n'
'b: 2\n'
', c: 3\n'
'}\n', conf, problem=(5, 1))
def test_before_max_3(self):
conf = ('commas:\n'
' max-spaces-before: 3\n'
' min-spaces-after: 0\n'
' max-spaces-after: -1\n')
self.check('---\n'
'array: [1 , 2, 3 , 4]\n'
'...\n', conf)
self.check('---\n'
'array: [1 , 2, 3 , 4]\n'
'...\n', conf, problem=(2, 20))
self.check('---\n'
'array: [\n'
' elem1 ,\n'
' elem2 ,\n'
' key: val,\n'
']\n', conf, problem=(4, 11))
def test_after_min(self):
conf = ('commas:\n'
' max-spaces-before: -1\n'
' min-spaces-after: 1\n'
' max-spaces-after: -1\n')
self.check('---\n'
'- [one, two , three,four]\n'
'- {five,six , seven, eight}\n'
'- [\n'
' nine, ten\n'
' , eleven\n'
' ,twelve\n'
']\n'
'- {\n'
' thirteen: 13, fourteen\n'
' , fifteen: 15\n'
' ,sixteen: 16\n'
'}\n', conf,
problem1=(2, 21), problem2=(3, 9),
problem3=(7, 4), problem4=(12, 4))
def test_after_max(self):
conf = ('commas:\n'
' max-spaces-before: -1\n'
' min-spaces-after: 0\n'
' max-spaces-after: 1\n')
self.check('---\n'
'array: [1, 2, 3, 4]\n'
'...\n', conf)
self.check('---\n'
'array: [1, 2, 3, 4]\n'
'...\n', conf, problem=(2, 15))
self.check('---\n'
'array: [1, 2, 3, 4]\n'
'...\n', conf, problem1=(2, 12), problem2=(2, 22))
self.check('---\n'
'dict: {a: b , c: "1 2 3", d: e, f: [g, h]}\n'
'...\n', conf)
self.check('---\n'
'dict: {a: b , c: "1 2 3", d: e, f: [g, h]}\n'
'...\n', conf, problem=(2, 27))
self.check('---\n'
'dict: {a: b , c: "1 2 3", d: e, f: [g, h]}\n'
'...\n', conf, problem1=(2, 15), problem2=(2, 44))
self.check('---\n'
'array: [\n'
' elem,\n'
' key: val,\n'
']\n', conf)
self.check('---\n'
'array: [\n'
' elem, key: val,\n'
']\n', conf, problem=(3, 9))
self.check('---\n'
'map: {\n'
' key1: val1, key2: [val2, val3]\n'
'}\n', conf, problem1=(3, 16), problem2=(3, 30))
def test_after_max_3(self):
conf = ('commas:\n'
' max-spaces-before: -1\n'
' min-spaces-after: 1\n'
' max-spaces-after: 3\n')
self.check('---\n'
'array: [1, 2, 3, 4]\n'
'...\n', conf)
self.check('---\n'
'array: [1, 2, 3, 4]\n'
'...\n', conf, problem=(2, 21))
self.check('---\n'
'dict: {a: b , c: "1 2 3", d: e, f: [g, h]}\n'
'...\n', conf, problem1=(2, 31), problem2=(2, 49))
def test_both_before_and_after(self):
conf = ('commas:\n'
' max-spaces-before: 0\n'
' min-spaces-after: 1\n'
' max-spaces-after: 1\n')
self.check('---\n'
'dict: {a: b , c: "1 2 3", d: e , f: [g, h]}\n'
'array: [\n'
' elem ,\n'
' key: val ,\n'
']\n'
'map: {\n'
' key1: val1 ,\n'
' key2: val2,\n'
'}\n'
'...\n', conf,
problem1=(2, 12), problem2=(2, 16), problem3=(2, 31),
problem4=(2, 36), problem5=(2, 50), problem6=(4, 8),
problem7=(5, 11), problem8=(8, 13))
conf = ('commas:\n'
' max-spaces-before: 0\n'
' min-spaces-after: 1\n'
' max-spaces-after: 1\n'
'indentation: disable\n')
self.check('---\n'
'- [one, two , three,four]\n'
'- {five,six , seven, eight}\n'
'- [\n'
' nine, ten\n'
' , eleven\n'
' ,twelve\n'
']\n'
'- {\n'
' thirteen: 13, fourteen\n'
' , fifteen: 15\n'
' ,sixteen: 16\n'
'}\n', conf,
problem1=(2, 12), problem2=(2, 21), problem3=(3, 9),
problem4=(3, 12), problem5=(5, 9), problem6=(6, 2),
problem7=(7, 2), problem8=(7, 4), problem9=(10, 17),
problem10=(11, 2), problem11=(12, 2), problem12=(12, 4))