def test_headings(self):
# Simple heading by itself
text = latex.rst_to_latex(
"Hello, world\n------------\n\nGoodbye, world")
self.assertEqual("\\section*{Hello, world}\n", text)
# Simple heading with leading whitespace
text = latex.rst_to_latex(" Hello, world\n ============\n")
self.assertEqual("\\section*{Hello, world}\n", text)
# Heading with text after it
text = latex.rst_to_latex(
"Hello, world\n============\n\nThis is some text")
self.assertEqual("\\section*{Hello, world}\n\nThis is some text", text)
# Heading with text before it
text = latex.rst_to_latex(
"This is a paragraph\n\nHello, world\n============\n")
self.assertEqual("This is a paragraph\n\n\\section*{Hello, world}\n",
text)
# Check that levels of headings are parsed appropriately
text = latex.rst_to_latex("Hello, world\n^^^^^^^^^^^^\n")
self.assertEqual("\\subsubsection*{Hello, world}\n", text)
text = latex.rst_to_latex("Hello, world\n^^^^^^^^^^^^\n",
top_heading_level=3)
self.assertEqual("\\subparagraph*{Hello, world}\n", text)
# This is a bad heading missing with all the underline on one line
text = latex.rst_to_latex("Hello, world^^^^^^^^^^^^\n")
self.assertEqual("Hello, world\\^\\^\\^\\^\\^\\^\\^\\^\\^\\^\\^\\^\n",
text)
def test_bullet_list(self):
tex = latex.rst_to_latex("\n- Hello\n- World\n\n")
expected_tex = "\\begin{itemize}\n\\item Hello\n\n\\item World\n\\end{itemize}"
self.assertEqual(expected_tex, tex.strip("\n"))
# Other bullet characters
tex = latex.rst_to_latex("\n* Hello\n* World\n\n")
self.assertEqual(expected_tex, tex.strip("\n"))
tex = latex.rst_to_latex("\n+ Hello\n+ World\n\n")
self.assertEqual(expected_tex, tex.strip("\n"))
# A real list taken from a docstring
real_list = """
- Secondhand (you have heard of the target) - +5
- Firsthand (you have met the target) - +0
- Familiar (you know the target well) - -5
"""
tex = latex.rst_to_latex(real_list)
self.assertIn("\\begin{itemize}", tex)
def test_multiline_bullet_list(self):
md_list = """
- Secondhand (you have heard
of the target) - +5
- Firsthand (you have met
the target) - +0
- Familiar (you know the target
well) - -5
"""
tex = latex.rst_to_latex(md_list)
self.assertIn("\\begin{itemize}", tex)
def test_simple_table(self):
table_rst = """
===== ===== =======
A B A and B
===== ===== =======
False False False
True False False
False True False
True True True
===== ===== =======
"""
tex = latex.rst_to_latex(table_rst)
# Check begin/end environment is fixed
self.assertNotIn("longtable", tex)
self.assertIn("supertabular", tex)
# Check headers and footers are fixed
self.assertNotIn("endfoot", tex)
self.assertNotIn("endhead", tex)
self.assertNotIn("endfirsthead", tex)
# Check that fancy decorations uses the DndTable environment
tex = latex.rst_to_latex(table_rst, use_dnd_decorations=True)
self.assertIn(r"\begin{DndTable}{l l l }", tex)
def test_simple_table(self):
table_rst = """
===== ===== =======
A B A and B
===== ===== =======
False False False
True False False
False True False
True True True
===== ===== =======
"""
tex = latex.rst_to_latex(table_rst)
# Check begin/end environment is fixed
self.assertNotIn("longtable", tex)
self.assertIn("supertabular", tex)
# Check headers and footers are fixed
self.assertNotIn("endfoot", tex)
self.assertNotIn("endhead", tex)
self.assertNotIn("endfirsthead", tex)
def test_rst_bold(self):
text = latex.rst_to_latex("**hello**")
self.assertEqual(text, "\n\\textbf{hello}\n")
def test_literal_backslash(self):
text = latex.rst_to_latex(r"\\")
self.assertEqual(r"\textbackslash{}", text.strip("\n"))
def test_verbatim(self):
text = latex.rst_to_latex("``hello, world``")
self.assertIn(r"\texttt{hello, world}", text)
def test_no_text(self):
text = latex.rst_to_latex(None)
self.assertEqual(text, "")
def test_hit_dice(self):
text = latex.rst_to_latex("1d6+3")
self.assertEqual(text.strip("\n"), "\\texttt{1d6+3}")
def test_rst_all_features(self):
for feature in features.all_features():
tex = latex.rst_to_latex(feature.__doc__)
self.assertNotIn(
"DUadmonition", tex, f"feature {feature} is not valid reStructured text"
)
def test_rst_all_spells(self):
for spell in spells.all_spells():
tex = latex.rst_to_latex(spell.__doc__)
self.assertNotIn(
"DUadmonition", tex, f"spell {spell} is not valid reStructured text"
)
