def _rst_checker(self, parsed_file):
lines = list(parsed_file.lines_iter())
doc = parsed_file.document
nodes_lines, first_line = self._extract_node_lines(doc)
directives = self._extract_directives(lines)
def find_containing_nodes(num):
if num < first_line and len(nodes_lines):
return [nodes_lines[0][0]]
contained_in = []
for (n, (line_min, line_max)) in nodes_lines:
if num >= line_min and num <= line_max:
contained_in.append((n, (line_min, line_max)))
smallest_span = None
best_nodes = []
for (n, (line_min, line_max)) in contained_in:
span = line_max - line_min
if smallest_span is None:
smallest_span = span
best_nodes = [n]
elif span < smallest_span:
smallest_span = span
best_nodes = [n]
elif span == smallest_span:
best_nodes.append(n)
return best_nodes
def any_types(nodes, types):
return any([isinstance(n, types) for n in nodes])
skip_types = (
docutils_nodes.target,
docutils_nodes.literal_block,
)
title_types = (
docutils_nodes.title,
docutils_nodes.subtitle,
docutils_nodes.section,
)
for i, line in enumerate(lines):
if len(line) > self._max_line_length:
in_directive = False
for (start, end) in directives:
if i >= start and i <= end:
in_directive = True
break
if in_directive:
continue
stripped = line.lstrip()
if ' ' not in stripped:
# No room to split even if we could.
continue
if utils.contains_url(stripped):
continue
nodes = find_containing_nodes(i + 1)
if any_types(nodes, skip_types):
continue
if self._allow_long_titles and any_types(nodes, title_types):
continue
yield (i + 1, 'D001', 'Line too long')
def _rst_checker(self, parsed_file):
lines = list(parsed_file.lines_iter())
doc = parsed_file.document
nodes_lines, first_line = self._extract_node_lines(doc)
directives = self._extract_directives(lines)
def find_containing_nodes(num):
if num < first_line and len(nodes_lines):
return [nodes_lines[0][0]]
contained_in = []
for (n, (line_min, line_max)) in nodes_lines:
if num >= line_min and num <= line_max:
contained_in.append((n, (line_min, line_max)))
smallest_span = None
best_nodes = []
for (n, (line_min, line_max)) in contained_in:
span = line_max - line_min
if smallest_span is None:
smallest_span = span
best_nodes = [n]
elif span < smallest_span:
smallest_span = span
best_nodes = [n]
elif span == smallest_span:
best_nodes.append(n)
return best_nodes
def any_types(nodes, types):
return any([isinstance(n, types) for n in nodes])
skip_types = (
docutils_nodes.target,
docutils_nodes.literal_block,
)
title_types = (
docutils_nodes.title,
docutils_nodes.subtitle,
docutils_nodes.section,
)
for i, line in enumerate(lines):
if len(line) > self._max_line_length:
in_directive = False
for (start, end) in directives:
if i >= start and i <= end:
in_directive = True
break
if in_directive:
continue
stripped = line.lstrip()
if ' ' not in stripped:
# No room to split even if we could.
continue
if utils.contains_url(stripped):
continue
nodes = find_containing_nodes(i + 1)
if any_types(nodes, skip_types):
continue
if self._allow_long_titles and any_types(nodes, title_types):
continue
yield (i + 1, 'D001', 'Line too long')
def _txt_checker(self, parsed_file):
for i, line in enumerate(parsed_file.lines_iter()):
if len(line) > self._max_line_length:
if not utils.contains_url(line):
yield (i + 1, "D001", "Line too long")
def _txt_checker(self, parsed_file):
for i, line in enumerate(parsed_file.lines_iter()):
if len(line) > self._max_line_length:
if not utils.contains_url(line):
yield (i + 1, 'D001', 'Line too long')
