def test_custom_header_anchor_function():
source = """
= Title of the section
"""
expected = [{
"type": "header",
"kwargs": {},
"value": "Title of the section",
"level": 1,
"anchor": "XXXXXY",
}]
config = {"mau.header_anchor_function": lambda text, level: "XXXXXY"}
_test = parser_test_factory(MainParser, variables=config)
_test(source, expected)
from mau.parsers.main_parser import MainParser
from tests.helpers import init_parser_factory, parser_test_factory
init_parser = init_parser_factory(MainParser)
_test = parser_test_factory(MainParser)
def test_include_image_with_only_path():
source = """
<< image:/path/to/it.jpg
"""
expected = [
{
"type": "content_image",
"uri": "/path/to/it.jpg",
"alt_text": None,
"title": None,
"classes": None,
"kwargs": {},
},
]
_test(source, expected)
def test_include_image_with_full_uri():
source = """
<< image:/path/to/it.jpg
def test_parse_macro_footnote_commas_mau_v2(footnote_anchors_mock, ):
footnote_anchors_mock.return_value = ("refXYZ", "defXYZ")
source = r'text[footnote]("Some text, that should not, be split") other text'
_test = parser_test_factory(TextParser)
expected = [{
"type":
"sentence",
"content": [
{
"type": "text",
"value": "text"
},
{
"type":
"footnote_ref",
"number":
1,
"refanchor":
"refXYZ",
"defanchor":
"defXYZ",
"content": [{
"type":
"sentence",
"content": [
{
"type": "text",
"value": "Some text, that should not, be split",
},
],
}],
},
{
"type": "text",
"value": " other text"
},
],
}]
p = _test(source, expected)
assert listasdict(p.footnote_defs) == [{
"type":
"footnote_def",
"number":
1,
"refanchor":
"refXYZ",
"defanchor":
"defXYZ",
"content": [{
"type":
"sentence",
"content": [
{
"type": "text",
"value": "Some text, that should not, be split",
},
],
}],
}]
from unittest.mock import patch
from mau.parsers.text_parser import TextParser
from tests.helpers import listasdict, init_parser_factory, parser_test_factory
init_parser = init_parser_factory(TextParser)
_test = parser_test_factory(TextParser)
def test_collect_macro_arguments_single_argument():
source = "(value1)"
p = init_parser(source)
assert p._collect_macro_args() == "value1"
def test_collect_macro_arguments_multiple_arguments():
source = "(value1,value2)"
p = init_parser(source)
assert p._collect_macro_args() == "value1,value2"
def test_collect_macro_arguments_single_argument_with_quotes():
source = '("value1")'
p = init_parser(source)
assert p._collect_macro_args() == '"value1"'
