def test_pep8_lines_between_cells():
prev_lines = """a = a_long_instruction(
over_two_lines=True)""".splitlines()
next_lines = """def f(x):
return x""".splitlines()
assert cell_ends_with_code(prev_lines)
assert next_instruction_is_function_or_class(next_lines)
assert pep8_lines_between_cells(prev_lines, next_lines, ".py") == 2
def test_pep8_lines_between_cells_bis():
prev_lines = """def f(x):
return x""".splitlines()
next_lines = """# A markdown cell
# An instruction
a = 5
""".splitlines()
assert cell_ends_with_function_or_class(prev_lines)
assert cell_has_code(next_lines)
assert pep8_lines_between_cells(prev_lines, next_lines, ".py") == 2
next_lines = """# A markdown cell
# Only markdown here
# And here
""".splitlines()
assert cell_ends_with_function_or_class(prev_lines)
assert not cell_has_code(next_lines)
assert pep8_lines_between_cells(prev_lines, next_lines, ".py") == 1
def test_pep8_lines_between_cells_ter():
prev_lines = ["from jupytext.cell_to_text import RMarkdownCellExporter"]
next_lines = '''@pytest.mark.parametrize(
"lines",
[
"# text",
"""# # %%R
# # comment
# 1 + 1
# 2 + 2
""",
],
)
def test_paragraph_is_fully_commented(lines):
assert paragraph_is_fully_commented(
lines.splitlines(), comment="#", main_language="python"
)'''.splitlines()
assert cell_ends_with_code(prev_lines)
assert next_instruction_is_function_or_class(next_lines)
assert pep8_lines_between_cells(prev_lines, next_lines, ".py") == 2