def __search_for_possible_matches(
self,
string_to_check: str,
string_to_check_lower: str,
search_start: int,
found_index: int,
start_x_offset: int,
start_y_offset: int,
same_line_offset: int,
next_name: str,
context: PluginScanContext,
token: MarkdownToken,
) -> None:
col_adjust, line_adjust = ParserHelper.adjust_for_newlines(
string_to_check_lower, search_start, found_index)
if line_adjust == 0 and start_y_offset == 0:
col_adjust -= same_line_offset
line_adjust += start_y_offset
if col_adjust == 0 and start_x_offset:
col_adjust += (-start_x_offset
if start_x_offset > 0 else -(-start_x_offset - 1))
col_adjust = -col_adjust
elif col_adjust > 0 and start_x_offset:
col_adjust += -start_x_offset - 1
col_adjust = -col_adjust
self.__check_for_proper_match(
string_to_check,
found_index,
next_name,
context,
token,
line_adjust,
col_adjust,
)
def __evaluate_possible_url(
self,
source_text: str,
url_prefix: str,
found_index: int,
context: PluginScanContext,
token: MarkdownToken,
) -> None:
if found_index == 0 or source_text[found_index - 1] in (
" ",
ParserHelper.newline_character,
):
url_start_sequence = source_text[found_index + len(url_prefix):]
if (len(url_start_sequence) >= 3
and url_start_sequence.startswith("//")
and url_start_sequence[2]
not in (" ", ParserHelper.newline_character)):
(
column_number_delta,
line_number_delta,
) = ParserHelper.adjust_for_newlines(source_text, 0,
found_index)
self.report_next_token_error(
context,
token,
line_number_delta=line_number_delta,
column_number_delta=column_number_delta,
)
def __adjust_for_newlines_and_search(
self,
context: PluginScanContext,
token: MarkdownToken,
link_body_text: str,
full_link_text: str,
string_to_check: str,
same_line_offset: int,
) -> None:
start_x_offset = 0
start_y_offset = 0
if ParserHelper.newline_character in link_body_text:
start_x_offset, start_y_offset = ParserHelper.adjust_for_newlines(
full_link_text, 0, len(full_link_text))
self.__search_for_matches(
string_to_check,
context,
token,
same_line_offset,
start_x_offset,
start_y_offset,
)
