def handle_angle_brackets(inline_request: InlineRequest) -> InlineResponse:
"""
Given an open angle bracket, determine which of the three possibilities it is.
"""
closing_angle_index = inline_request.source_text.find(
InlineHelper.__angle_bracket_end, inline_request.next_index)
if closing_angle_index not in (-1, inline_request.next_index + 1):
between_brackets, remaining_line = (
inline_request.source_text[inline_request.next_index +
1:closing_angle_index],
inline_request.source_text[inline_request.next_index + 1:],
)
closing_angle_index += 1
assert inline_request.line_number is not None
assert inline_request.column_number is not None
assert inline_request.remaining_line is not None
new_column_number = inline_request.column_number + len(
inline_request.remaining_line)
new_token: Optional[
MarkdownToken] = InlineHelper.__parse_valid_uri_autolink(
between_brackets, inline_request.line_number,
new_column_number)
if not new_token:
new_token = InlineHelper.__parse_valid_email_autolink(
between_brackets, inline_request.line_number,
new_column_number)
if not new_token:
new_token, after_index = HtmlHelper.parse_raw_html(
between_brackets,
remaining_line,
inline_request.line_number,
new_column_number,
inline_request,
)
if after_index != -1:
closing_angle_index = after_index + inline_request.next_index + 1
html_token = cast(RawHtmlMarkdownToken, new_token)
between_brackets = html_token.raw_tag
else:
new_token, between_brackets = None, None
inline_response = InlineResponse()
if new_token:
(
inline_response.new_string,
inline_response.new_index,
inline_response.new_tokens,
between_brackets,
) = (
"",
closing_angle_index,
[new_token],
f"{InlineHelper.angle_bracket_start}{between_brackets}{InlineHelper.__angle_bracket_end}",
)
else:
inline_response.new_string, inline_response.new_index, between_brackets = (
InlineHelper.angle_bracket_start,
inline_request.next_index + 1,
InlineHelper.angle_bracket_start,
)
(
inline_response.delta_line_number,
inline_response.delta_column_number,
) = ParserHelper.calculate_deltas(between_brackets)
return inline_response
def __build_backtick_response(
inline_request: InlineRequest,
end_backtick_start_index: int,
extracted_start_backticks: str,
new_index: int,
extracted_start_backticks_size: int,
) -> InlineResponse:
inline_response = InlineResponse()
inline_response.delta_line_number = -1
if end_backtick_start_index == -1:
inline_response.new_string, inline_response.new_index = (
extracted_start_backticks,
new_index,
)
else:
(
between_text,
original_between_text,
leading_whitespace,
trailing_whitespace,
) = InlineHelper.__calculate_backtick_between_text(
inline_request, new_index, end_backtick_start_index)
POGGER.debug("between_text>>$<<", between_text)
between_text = InlineHelper.append_text("", between_text)
POGGER.debug("between_text>>$<<", between_text)
POGGER.debug(
"leading_whitespace>>$<<",
leading_whitespace,
)
POGGER.debug(
"trailing_whitespace>>$<<",
trailing_whitespace,
)
end_backtick_start_index += extracted_start_backticks_size
inline_response.new_string, inline_response.new_index = (
"",
end_backtick_start_index,
)
assert inline_request.line_number is not None
assert inline_request.column_number is not None
assert inline_request.remaining_line is not None
new_column_number = inline_request.column_number + len(
inline_request.remaining_line)
POGGER.debug(">>new_column_number>>$", new_column_number)
inline_response.new_tokens = [
InlineCodeSpanMarkdownToken(
between_text,
extracted_start_backticks,
leading_whitespace,
trailing_whitespace,
inline_request.line_number,
new_column_number,
)
]
if ParserHelper.newline_character in original_between_text:
(
inline_response.delta_line_number,
inline_response.delta_column_number,
) = ParserHelper.calculate_deltas(
f"{original_between_text}{extracted_start_backticks}")
return inline_response
