Veronica Berglyd Olsen
271 lines
7.7 KiB
Python
271 lines
7.7 KiB
Python
"""
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novelWriter – Patterns Module Tester
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====================================
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This file is a part of novelWriter
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Copyright 2018–2024, Veronica Berglyd Olsen
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This program is free software: you can redistribute it and/or modify
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it under the terms of the GNU General Public License as published by
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the Free Software Foundation, either version 3 of the License, or
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(at your option) any later version.
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This program is distributed in the hope that it will be useful, but
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WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
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General Public License for more details.
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You should have received a copy of the GNU General Public License
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along with this program. If not, see <https://www.gnu.org/licenses/>.
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"""
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from __future__ import annotations
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import re
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import pytest
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from novelwriter import CONFIG
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from novelwriter.constants import nwUnicode
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from novelwriter.text.patterns import REGEX_PATTERNS
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def allMatches(regEx: re.Pattern, text: str) -> list[list[str]]:
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"""Get all matches for a regex."""
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result = []
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for match in re.finditer(regEx, text):
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result.append([
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(match.group(n), match.start(n), match.end(n))
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for n in range((match.lastindex or 0) + 1)
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])
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return result
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@pytest.mark.core
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def testTextPatterns_Markdown():
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"""Test the markdown pattern regexes."""
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# Bold
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regEx = REGEX_PATTERNS.markdownBold
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assert allMatches(regEx, "one **two** three") == [
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[("**two**", 4, 11), ("**", 4, 6), ("two", 6, 9), ("**", 9, 11)]
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]
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assert allMatches(regEx, "one **two* three") == []
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assert allMatches(regEx, "one *two** three") == []
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assert allMatches(regEx, "one**two**three") == []
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# Italic
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regEx = REGEX_PATTERNS.markdownItalic
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assert allMatches(regEx, "one _two_ three") == [
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[("_two_", 4, 9), ("_", 4, 5), ("two", 5, 8), ("_", 8, 9)]
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]
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assert allMatches(regEx, "one __two_ three") == []
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assert allMatches(regEx, "one _two__ three") == [
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[("_two__", 4, 10), ("_", 4, 5), ("two_", 5, 9), ("_", 9, 10)]
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]
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assert allMatches(regEx, "one_two_three") == []
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# Strike
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regEx = REGEX_PATTERNS.markdownStrike
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assert allMatches(regEx, "one ~~two~~ three") == [
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[("~~two~~", 4, 11), ("~~", 4, 6), ("two", 6, 9), ("~~", 9, 11)]
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]
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assert allMatches(regEx, "one ~~two~ three") == []
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assert allMatches(regEx, "one ~two~~ three") == []
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assert allMatches(regEx, "one~~two~~three") == []
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@pytest.mark.core
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def testTextPatterns_ShortcodesPlain():
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"""Test the shortcode pattern regexes."""
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regEx = REGEX_PATTERNS.shortcodePlain
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# Test Usage
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# ==========
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# General, normal usage
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assert allMatches(regEx, "one [b]two[/b] three") == [
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[("[b]", 4, 7), ("[b]", 4, 7)],
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[("[/b]", 10, 14), ("[/b]", 10, 14)],
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]
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# General, no spaces
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assert allMatches(regEx, "one[b]two[/b]three") == [
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[("[b]", 3, 6), ("[b]", 3, 6)],
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[("[/b]", 9, 13), ("[/b]", 9, 13)],
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]
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# General, with padding
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assert allMatches(regEx, "one [b] two [/b] three") == [
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[("[b]", 4, 7), ("[b]", 4, 7)],
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[("[/b]", 12, 16), ("[/b]", 12, 16)],
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]
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# General, with escapes
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assert allMatches(regEx, "one \\[b]two[/b\\] three") == []
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# Test Formats
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# ============
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# Bold
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assert allMatches(regEx, "one [b]two[/b] three") == [
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[("[b]", 4, 7), ("[b]", 4, 7)],
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[("[/b]", 10, 14), ("[/b]", 10, 14)],
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]
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# Italic
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assert allMatches(regEx, "one [i]two[/i] three") == [
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[("[i]", 4, 7), ("[i]", 4, 7)],
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[("[/i]", 10, 14), ("[/i]", 10, 14)],
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]
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# Strike
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assert allMatches(regEx, "one [s]two[/s] three") == [
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[("[s]", 4, 7), ("[s]", 4, 7)],
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[("[/s]", 10, 14), ("[/s]", 10, 14)],
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]
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# Underline
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assert allMatches(regEx, "one [u]two[/u] three") == [
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[("[u]", 4, 7), ("[u]", 4, 7)],
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[("[/u]", 10, 14), ("[/u]", 10, 14)],
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]
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# Mark
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assert allMatches(regEx, "one [m]two[/m] three") == [
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[("[m]", 4, 7), ("[m]", 4, 7)],
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[("[/m]", 10, 14), ("[/m]", 10, 14)],
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]
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# Superscript
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assert allMatches(regEx, "one [sup]two[/sup] three") == [
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[("[sup]", 4, 9), ("[sup]", 4, 9)],
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[("[/sup]", 12, 18), ("[/sup]", 12, 18)],
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]
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# Subscript
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assert allMatches(regEx, "one [sub]two[/sub] three") == [
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[("[sub]", 4, 9), ("[sub]", 4, 9)],
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[("[/sub]", 12, 18), ("[/sub]", 12, 18)],
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]
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# Test Invalid
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# ============
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assert allMatches(regEx, "one [x]two[/x] three") == []
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@pytest.mark.core
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def testTextPatterns_ShortcodesValue():
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"""Test the shortcode with value pattern regexes."""
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regEx = REGEX_PATTERNS.shortcodeValue
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assert allMatches(regEx, "one [footnote:two] three") == [
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[("[footnote:two]", 4, 18), ("[footnote:", 4, 14), ("two", 14, 17), ("]", 17, 18)]
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]
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@pytest.mark.core
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def testTextPatterns_DialogueStyle():
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"""Test the dialogue style pattern regexes."""
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# Set the config
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CONFIG.fmtSQuoteOpen = nwUnicode.U_LSQUO
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CONFIG.fmtSQuoteClose = nwUnicode.U_RSQUO
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CONFIG.fmtDQuoteOpen = nwUnicode.U_LDQUO
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CONFIG.fmtDQuoteClose = nwUnicode.U_RDQUO
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CONFIG.dialogStyle = 3
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# Closed
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# ======
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CONFIG.allowOpenDial = False
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regEx = REGEX_PATTERNS.dialogStyle
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# Defined single quotes are recognised
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assert allMatches(regEx, "one \u2018two\u2019 three") == [
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[("\u2018two\u2019", 4, 9)]
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]
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# Defined double quotes are recognised
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assert allMatches(regEx, "one \u201ctwo\u201d three") == [
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[("\u201ctwo\u201d", 4, 9)]
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]
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# Straight single quotes are ignored
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assert allMatches(regEx, "one 'two' three") == []
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# Straight double quotes are ignored
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assert allMatches(regEx, "one \"two\" three") == []
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# Skipping whitespace is not allowed
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assert allMatches(regEx, "one\u2018two\u2019three") == []
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# Open
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# ====
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CONFIG.allowOpenDial = True
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regEx = REGEX_PATTERNS.dialogStyle
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# Defined single quotes are recognised also when open
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assert allMatches(regEx, "one \u2018two three") == [
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[("\u2018two three", 4, 14)]
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]
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# Defined double quotes are recognised also when open
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assert allMatches(regEx, "one \u201ctwo three") == [
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[("\u201ctwo three", 4, 14)]
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]
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@pytest.mark.core
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def testTextPatterns_DialogueSpecial():
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"""Test the special dialogue style pattern regexes."""
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# Set the config
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CONFIG.fmtSQuoteOpen = nwUnicode.U_LSQUO
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CONFIG.fmtSQuoteClose = nwUnicode.U_RSQUO
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CONFIG.fmtDQuoteOpen = nwUnicode.U_LDQUO
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CONFIG.fmtDQuoteClose = nwUnicode.U_RDQUO
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CONFIG.dialogStyle = 3
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CONFIG.dialogLine = nwUnicode.U_ENDASH
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CONFIG.narratorBreak = nwUnicode.U_ENDASH
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CONFIG.altDialogOpen = "::"
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CONFIG.altDialogClose = "::"
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# Dialogue Line
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# =============
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regEx = REGEX_PATTERNS.dialogLine
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# Check dialogue line in first position
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assert allMatches(regEx, "\u2013 one two three") == [
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[("\u2013 one two three", 0, 15)]
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]
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# Check dialogue line in second position
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assert allMatches(regEx, " \u2013 one two three") == []
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# Narrator Break
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# ==============
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regEx = REGEX_PATTERNS.narratorBreak
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# Narrator break with no padding
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assert allMatches(regEx, "one \u2013two\u2013 three") == [
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[("\u2013two\u2013", 4, 9)]
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]
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# Narrator break with padding
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assert allMatches(regEx, "one \u2013 two \u2013 three") == []
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# Alternative Dialogue
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# ====================
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regEx = REGEX_PATTERNS.altDialogStyle
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# With no padding
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assert allMatches(regEx, "one ::two:: three") == [
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[("::two::", 4, 11)]
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]
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# With padding
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assert allMatches(regEx, "one :: two :: three") == [
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[(":: two ::", 4, 13)]
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]
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