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"""Test the sphinx.environment.adapters.indexentries."""
import pytest
from sphinx.environment.adapters.indexentries import IndexEntries
from sphinx.testing import restructuredtext
@pytest.mark.sphinx('dummy', freshenv=True)
def test_create_single_index(app):
text = (".. index:: docutils\n"
".. index:: Python\n"
".. index:: pip; install\n"
".. index:: pip; upgrade\n"
".. index:: Sphinx\n"
".. index:: Ель\n"
".. index:: ёлка\n"
".. index:: \N{RIGHT-TO-LEFT MARK}\u05e2\u05d1\u05e8\u05d9\u05ea\N{LEFT-TO-RIGHT MARK}\n"
".. index:: 9-symbol\n"
".. index:: &-symbol\n"
".. index:: £100\n")
restructuredtext.parse(app, text)
index = IndexEntries(app.env).create_index(app.builder)
assert len(index) == 6
assert index[0] == ('Symbols', [('&-symbol', [[('', '#index-9')], [], None]),
('9-symbol', [[('', '#index-8')], [], None]),
('£100', [[('', '#index-10')], [], None])])
assert index[1] == ('D', [('docutils', [[('', '#index-0')], [], None])])
assert index[2] == ('P', [('pip', [[], [('install', [('', '#index-2')]),
('upgrade', [('', '#index-3')])], None]),
('Python', [[('', '#index-1')], [], None])])
assert index[3] == ('S', [('Sphinx', [[('', '#index-4')], [], None])])
assert index[4] == ('Е',
[('ёлка', [[('', '#index-6')], [], None]),
('Ель', [[('', '#index-5')], [], None])])
# Here the word starts with U+200F RIGHT-TO-LEFT MARK, which should be
# ignored when getting the first letter.
assert index[5] == ('\u05e2', [(
'\N{RIGHT-TO-LEFT MARK}\u05e2\u05d1\u05e8\u05d9\u05ea\N{LEFT-TO-RIGHT MARK}',
[[('', '#index-7')], [], None],
)])
@pytest.mark.sphinx('dummy', freshenv=True)
def test_create_pair_index(app):
text = (".. index:: pair: docutils; reStructuredText\n"
".. index:: pair: Python; interpreter\n"
".. index:: pair: Sphinx; documentation tool\n"
".. index:: pair: Sphinx; :+1:\n"
".. index:: pair: Sphinx; Ель\n"
".. index:: pair: Sphinx; ёлка\n")
restructuredtext.parse(app, text)
index = IndexEntries(app.env).create_index(app.builder)
assert len(index) == 7
assert index[0] == ('Symbols', [(':+1:', [[], [('Sphinx', [('', '#index-3')])], None])])
assert index[1] == ('D',
[('documentation tool', [[], [('Sphinx', [('', '#index-2')])], None]),
('docutils', [[], [('reStructuredText', [('', '#index-0')])], None])])
assert index[2] == ('I', [('interpreter', [[], [('Python', [('', '#index-1')])], None])])
assert index[3] == ('P', [('Python', [[], [('interpreter', [('', '#index-1')])], None])])
assert index[4] == ('R',
[('reStructuredText', [[], [('docutils', [('', '#index-0')])], None])])
assert index[5] == ('S',
[('Sphinx', [[],
[(':+1:', [('', '#index-3')]),
('documentation tool', [('', '#index-2')]),
('ёлка', [('', '#index-5')]),
('Ель', [('', '#index-4')])],
None])])
assert index[6] == ('Е',
[('ёлка', [[], [('Sphinx', [('', '#index-5')])], None]),
('Ель', [[], [('Sphinx', [('', '#index-4')])], None])])
@pytest.mark.sphinx('dummy', freshenv=True)
def test_create_triple_index(app):
text = (".. index:: triple: foo; bar; baz\n"
".. index:: triple: Python; Sphinx; reST\n")
restructuredtext.parse(app, text)
index = IndexEntries(app.env).create_index(app.builder)
assert len(index) == 5
assert index[0] == ('B', [('bar', [[], [('baz, foo', [('', '#index-0')])], None]),
('baz', [[], [('foo bar', [('', '#index-0')])], None])])
assert index[1] == ('F', [('foo', [[], [('bar baz', [('', '#index-0')])], None])])
assert index[2] == ('P', [('Python', [[], [('Sphinx reST', [('', '#index-1')])], None])])
assert index[3] == ('R', [('reST', [[], [('Python Sphinx', [('', '#index-1')])], None])])
assert index[4] == ('S', [('Sphinx', [[], [('reST, Python', [('', '#index-1')])], None])])
@pytest.mark.sphinx('dummy', freshenv=True)
def test_create_see_index(app):
text = (".. index:: see: docutils; reStructuredText\n"
".. index:: see: Python; interpreter\n"
".. index:: see: Sphinx; documentation tool\n")
restructuredtext.parse(app, text)
index = IndexEntries(app.env).create_index(app.builder)
assert len(index) == 3
assert index[0] == ('D', [('docutils', [[], [('see reStructuredText', [])], None])])
assert index[1] == ('P', [('Python', [[], [('see interpreter', [])], None])])
assert index[2] == ('S', [('Sphinx', [[], [('see documentation tool', [])], None])])
@pytest.mark.sphinx('dummy', freshenv=True)
def test_create_seealso_index(app):
text = (".. index:: seealso: docutils; reStructuredText\n"
".. index:: seealso: Python; interpreter\n"
".. index:: seealso: Sphinx; documentation tool\n")
restructuredtext.parse(app, text)
index = IndexEntries(app.env).create_index(app.builder)
assert len(index) == 3
assert index[0] == ('D', [('docutils', [[], [('see also reStructuredText', [])], None])])
assert index[1] == ('P', [('Python', [[], [('see also interpreter', [])], None])])
assert index[2] == ('S', [('Sphinx', [[], [('see also documentation tool', [])], None])])
@pytest.mark.sphinx('dummy', freshenv=True)
def test_create_main_index(app):
text = (".. index:: !docutils\n"
".. index:: docutils\n"
".. index:: pip; install\n"
".. index:: !pip; install\n")
restructuredtext.parse(app, text)
index = IndexEntries(app.env).create_index(app.builder)
assert len(index) == 2
assert index[0] == ('D', [('docutils', [[('main', '#index-0'),
('', '#index-1')], [], None])])
assert index[1] == ('P', [('pip', [[], [('install', [('main', '#index-3'),
('', '#index-2')])], None])])
@pytest.mark.sphinx('dummy', freshenv=True)
def test_create_index_with_name(app):
text = (".. index:: single: docutils\n"
" :name: ref1\n"
".. index:: single: Python\n"
" :name: ref2\n"
".. index:: Sphinx\n")
restructuredtext.parse(app, text)
index = IndexEntries(app.env).create_index(app.builder)
# check index is created correctly
assert len(index) == 3
assert index[0] == ('D', [('docutils', [[('', '#ref1')], [], None])])
assert index[1] == ('P', [('Python', [[('', '#ref2')], [], None])])
assert index[2] == ('S', [('Sphinx', [[('', '#index-0')], [], None])])
# check the reference labels are created correctly
std = app.env.get_domain('std')
assert std.anonlabels['ref1'] == ('index', 'ref1')
assert std.anonlabels['ref2'] == ('index', 'ref2')
@pytest.mark.sphinx('dummy', freshenv=True)
def test_create_index_by_key(app):
# At present, only glossary directive is able to create index key
text = (".. glossary::\n"
"\n"
" docutils\n"
" Python\n"
" スフィンクス : ス\n")
restructuredtext.parse(app, text)
index = IndexEntries(app.env).create_index(app.builder)
assert len(index) == 3
assert index[0] == ('D', [('docutils', [[('main', '#term-docutils')], [], None])])
assert index[1] == ('P', [('Python', [[('main', '#term-Python')], [], None])])
assert index[2] == ('ス', [('スフィンクス', [[('main', '#term-0')], [], 'ス'])])
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