Igor20264
381 lines
13 KiB
Python
381 lines
13 KiB
Python
"""Unit tests for MIREA TZ checker and numbering helpers."""
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from md2gost.checker import check_markdown
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from md2gost.numberer import Numberer
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from md2gost.profiles import preprocess_markdown, find_formula_refs
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from md2gost.bibliography import find_citations, extract_year
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SAMPLE_OK = """
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# *СОДЕРЖАНИЕ
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[TOC]
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# *ВВЕДЕНИЕ
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Текст введения без ссылок на источники.
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# Анализ предметной области
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Согласно исследованиям [1] применяется подход, показанный на @Рисунок:arch.
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%tbl1 Сравнение подходов
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| Подход | Оценка |
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|--------|--------|
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| A | 1 |
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| B | 2 |
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Далее см. Таблицу — @Таблица:tbl1.
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# *ЗАКЛЮЧЕНИЕ
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Выводы по работе.
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# *СПИСОК ИСПОЛЬЗОВАННЫХ ИСТОЧНИКОВ
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[1]: Иванов И. И. Информационные системы. — М.: Наука, 2023. — 120 с.
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[2]: Петров П. П. Базы данных. — СПб.: Питер, 2022. — 200 с.
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[3]: ГОСТ 7.32-2017. Отчет о НИР. — М., 2022.
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[4]: Сидоров С. С. Python. — М.: ДМК, 2024. — 300 с.
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[5]: Козлов К. К. Анализ данных. — М.: Бином, 2022. — 150 с.
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# *ПРИЛОЖЕНИЯ
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## Приложение А Листинг модуля
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Код.
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"""
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def test_numberer_section_scoped():
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n = Numberer()
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n.enter_section(1)
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assert n.next_number("Рисунок", "a") == "1.1"
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assert n.next_number("Рисунок", "b") == "1.2"
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n.enter_section(2)
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assert n.next_number("Рисунок") == "2.1"
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n.enter_appendix("Б")
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assert n.next_number("Рисунок", "x") == "Б.1"
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def test_numberer_continuous_pis():
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n = Numberer(mode="continuous")
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n.enter_section(1)
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assert n.next_number("Рисунок", "a") == "1"
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assert n.next_number("Таблица", "t") == "1"
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n.enter_section(2)
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assert n.next_number("Рисунок", "b") == "2"
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n.enter_appendix("А")
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assert n.next_number("Рисунок", "c") == "3"
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SAMPLE_PIS = """
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# *СОДЕРЖАНИЕ
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[TOC]
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# Практическая работа №1. Формирование требований к системе
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Цель работы — сформировать требования.
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## Описание предметной области
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Текст с рисунком @Рисунок:arch.
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# Практическая работа №2. Моделирование процессов
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## Построение модели
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%tbl1 Сравнение подходов
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| A | B |
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|---|---|
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| 1 | 2 |
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См. @Таблица:tbl1.
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"""
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def test_checker_ok_pis_custom():
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issues = check_markdown(SAMPLE_PIS, "PIS_custom")
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errors = [i for i in issues if i.severity == "error"]
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assert not errors, errors
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def test_checker_pis_requires_practical():
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text = SAMPLE_PIS.replace("Практическая работа №1.", "Раздел 1.")
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text = text.replace("Практическая работа №2.", "Раздел 2.")
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issues = check_markdown(text, "PIS_custom")
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assert any(i.id == "structure.practical" for i in issues)
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def test_pis_styles_h1_centered():
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import docx
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from md2gost.styles import apply_pis_custom_styles
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from docx.enum.text import WD_ALIGN_PARAGRAPH
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doc = docx.Document(r"md2gost/Template.docx")
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apply_pis_custom_styles(doc)
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h1 = doc.styles["Heading 1"]
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assert h1.paragraph_format.alignment == WD_ALIGN_PARAGRAPH.CENTER
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assert h1.font.all_caps is True
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h2 = doc.styles["Heading 2"]
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assert h2.paragraph_format.first_line_indent is not None
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assert abs(h2.paragraph_format.first_line_indent.cm - 1.25) < 0.01
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assert h2.paragraph_format.left_indent is None or h2.paragraph_format.left_indent.cm == 0
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def test_soderzhanie_excluded_from_toc_outline():
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import docx
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from md2gost.renderable.heading import Heading
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from md2gost.styles import apply_mirea_styles
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doc = docx.Document(r"md2gost/Template.docx")
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doc._body.clear_content()
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apply_mirea_styles(doc)
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h = Heading(doc._body, 1, False)
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h.add_run("СОДЕРЖАНИЕ")
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h.exclude_from_toc()
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levels = h._docx_paragraph._p.pPr.xpath("./w:outlineLvl")
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assert levels and levels[0].get(
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"{http://schemas.openxmlformats.org/wordprocessingml/2006/main}val"
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) == "9"
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def test_heading_font_is_tnr_black():
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import docx
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from docx.oxml.ns import qn
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from md2gost.styles import apply_mirea_styles
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doc = docx.Document(r"md2gost/Template.docx")
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apply_mirea_styles(doc)
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rPr = doc.styles["Heading 1"].element.find(qn("w:rPr"))
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rFonts = rPr.find(qn("w:rFonts"))
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assert rFonts.get(qn("w:ascii")) == "Times New Roman"
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assert rFonts.get(qn("w:hAnsi")) == "Times New Roman"
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assert rFonts.get(qn("w:eastAsia")) == "Times New Roman"
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color = rPr.find(qn("w:color"))
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assert color is not None
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assert color.get(qn("w:val")) == "000000"
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assert color.get(qn("w:themeColor")) is None
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def test_checker_ok_coursework():
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issues = check_markdown(SAMPLE_OK, "coursework")
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errors = [i for i in issues if i.severity == "error"]
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assert not errors, errors
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def test_checker_ris_forbidden():
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text = SAMPLE_OK.replace("@Рисунок:arch", "рис. 1.1")
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issues = check_markdown(text, "coursework")
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assert any(i.id == "ref.ris" for i in issues)
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def test_checker_cite_in_intro():
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text = SAMPLE_OK.replace("Текст введения без ссылок на источники.", "См. [1].")
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issues = check_markdown(text, "coursework")
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assert any(i.id == "cite.intro" for i in issues)
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def test_checker_vkr_graphic():
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issues = check_markdown(SAMPLE_OK, "vkr")
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assert any(i.id == "structure.graphic" for i in issues)
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def test_preprocess_quotes():
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assert "«тест»" in preprocess_markdown('Он сказал "тест" вслух.')
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def test_formula_refs():
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assert find_formula_refs("см. @Формула:eq1 и далее") == {"eq1"}
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def test_citations_order():
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assert find_citations("a [2] b [1] c [2, 3]") == ["2", "1", "3"]
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def test_extract_year():
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assert extract_year("М.: Наука, 2023. — 120 с.") == 2023
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def test_biblio_entries_from_concatenated_paragraph():
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from md2gost.biblio_processor import entries_from_text, extract_bibliography_from_markdown
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entries = entries_from_text(
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"[1]: Первый источник. — М., 2024.[2]: Второй. URL: https://a.com/x-y/[3]: Третий."
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)
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assert [e.key for e in entries] == ["1", "2", "3"]
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assert "https://a.com/x-y/" in entries[1].text
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md = """# *ВВЕДЕНИЕ
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Текст.
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# *СПИСОК ИСПОЛЬЗОВАННЫХ ИСТОЧНИКОВ
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[1]: Ааа. — М., 2024.
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[2]: Ббб. — СПб., 2023.
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# *ПРИЛОЖЕНИЯ
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"""
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flat = extract_bibliography_from_markdown(md)
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assert len(flat) == 2
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assert flat[0].key == "1"
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def test_emdash_to_hyphen_preprocess():
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from md2gost.profiles import preprocess_markdown, set_emdash_to_hyphen, dash_separator
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out = preprocess_markdown("Цель — тест. Слово - слово.", emdash_to_hyphen=True)
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assert "—" not in out
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assert "Цель - тест" in out
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assert dash_separator() == " - "
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out2 = preprocess_markdown("Цель — тест.", emdash_to_hyphen=False)
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assert "—" in out2
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assert dash_separator() == " — "
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set_emdash_to_hyphen(False)
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def test_native_toc_inserts_word_field():
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import docx
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from md2gost.renderable.toc import ToC
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doc = docx.Document(r"md2gost/Template.docx")
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doc._body.clear_content()
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toc = ToC(doc._body, toc_mode="native")
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toc.fill()
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xml = toc._paragraph._docx_paragraph._p.xml
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assert "TOC" in xml
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assert "fldChar" in xml
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def test_reference_ignores_trailing_punctuation():
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from md2gost.extended_markdown import markdown
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def refs(text):
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doc = markdown.parse(text)
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out = []
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def walk(node):
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if node.__class__.__name__ == "Reference":
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out.append((node.type, node.name))
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kids = getattr(node, "children", None)
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if isinstance(kids, list):
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for c in kids:
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walk(c)
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walk(doc)
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return out
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assert ("Рисунок", "submitted") in refs("@Рисунок:submitted, @Рисунок:lmsafter")
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assert ("Рисунок", "deploy") in refs("см. (@Рисунок:deploy). Далее")
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def test_heading_manual_kills_word_numbering():
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import docx
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from md2gost.renderable.heading import Heading
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doc = docx.Document(r'md2gost/Template.docx')
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doc._body.clear_content()
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h = Heading(doc._body, 1, True, numbering_mode='manual')
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h.add_run('1 Разработка')
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h.apply_numbering_mode('manual')
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assert h.text.startswith('1 ')
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num_pr = h._docx_paragraph._p.pPr.xpath('.//w:numId')
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assert num_pr and num_pr[0].get('{http://schemas.openxmlformats.org/wordprocessingml/2006/main}val') == '0'
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def test_heading_auto_strips_leading_number():
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import docx
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from md2gost.renderable.heading import Heading
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doc = docx.Document(r'md2gost/Template.docx')
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doc._body.clear_content()
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h = Heading(doc._body, 2, True, numbering_mode='auto')
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h.add_run('1.1 Описание')
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h.apply_numbering_mode('auto')
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assert h.text == 'Описание'
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def test_toc_tab_stops_match_text_area():
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import docx
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from md2gost.styles import apply_mirea_styles
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doc = docx.Document(r'md2gost/Template.docx')
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apply_mirea_styles(doc)
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section = doc.sections[0]
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usable = section.page_width.mm - section.left_margin.mm - section.right_margin.mm
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for name in ('toc 1', 'toc 2'):
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tabs = list(doc.styles[name].paragraph_format.tab_stops)
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right_tabs = [t for t in tabs if 'RIGHT' in str(t.alignment)]
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assert len(right_tabs) == 1, (name, tabs)
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assert abs(right_tabs[0].position.mm - usable) < 0.05, (name, right_tabs[0].position.mm, usable)
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edge = section.left_margin.mm + right_tabs[0].position.mm
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assert abs(edge - (section.page_width.mm - section.right_margin.mm)) < 0.05
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SAMPLE_APID = """
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# *СОДЕРЖАНИЕ
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[TOC]
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# *ВВЕДЕНИЕ
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Текст введения без ссылок.
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# 1 Теоретические аспекты разработки архитектуры приложений и данных: описание микросервисной архитектуры
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Согласно [1] архитектура задаёт структуру системы. Далее [2].
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# 2 Прикладные аспекты разработки архитектуры приложений и данных web-сервиса «SMEZHNO»
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## 2.1 Описание проекта команды и разрабатываемого программного приложения «SMEZHNO»
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Текст проекта [3].
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## 2.2 Описание роли «Неавторизованный пользователь» web-сервиса «SMEZHNO»
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Роль.
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## 2.3 Описание архитектуры программного приложения и данных web-сервиса «SMEZHNO» для роли «Неавторизованный пользователь»
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Архитектура [4].
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## 2.4 Варианты развития архитектуры программного приложения «SMEZHNO»
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Альтернативы [5].
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# *ЗАКЛЮЧЕНИЕ
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Выводы.
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# *СПИСОК ИСПОЛЬЗОВАННЫХ ИСТОЧНИКОВ
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[1]: ISO/IEC/IEEE 42010:2022. Architecture description. — Geneva: ISO, 2022.
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[2]: The Open Group. ArchiMate 3.2 Specification. — 2023.
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[3]: Аншина М. Л. Материалы лекционного курса. — М.: РТУ МИРЭА, 2024.
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[4]: Ньюмен С. Создание микросервисов. — СПб.: Питер, 2023. — 624 с.
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[5]: The Open Group. The TOGAF Standard, 10th Edition. — 2022.
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[6]: PostgreSQL 16 Documentation. URL: https://www.postgresql.org/docs/16/ (дата обращения: 01.05.2025).
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[7]: Kubernetes Documentation. URL: https://kubernetes.io/docs/home/ (дата обращения: 01.05.2025).
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"""
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def test_checker_apid_ok():
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issues = check_markdown(SAMPLE_APID, "APID_coursework")
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errors = [i for i in issues if i.severity == "error"]
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assert not errors, errors
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def test_checker_apid_requires_sections():
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text = SAMPLE_APID.replace("## 2.4 Варианты развития", "## 2.4 Прочее")
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issues = check_markdown(text, "APID_coursework")
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assert any(i.id == "structure.apid" for i in issues)
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def test_apid_biblio_min_seven():
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text = SAMPLE_APID
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# drop last three sources -> 4 left
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text = text.split("[5]:")[0] + "\n"
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issues = check_markdown(text, "APID_coursework")
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assert any(i.id == "biblio.count" for i in issues)
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