def check(conf, token, prev, next, nextnext, context):
if isinstance(token, yaml.ValueToken):
problem = spaces_before(token,
prev,
next,
max=conf['max-spaces-before'],
max_desc='too many spaces before colon')
if problem is not None:
yield problem
problem = spaces_after(token,
prev,
next,
max=conf['max-spaces-after'],
max_desc='too many spaces after colon')
if problem is not None:
yield problem
if isinstance(token, yaml.KeyToken) and is_explicit_key(token):
problem = spaces_after(token,
prev,
next,
max=conf['max-spaces-after'],
max_desc='too many spaces after question mark')
if problem is not None:
yield problem
def check(conf, token, prev, next, nextnext, context):
if isinstance(token, yaml.ValueToken):
problem = spaces_before(token, prev, next,
max=conf['max-spaces-before'],
max_desc='too many spaces before colon')
if problem is not None:
yield problem
problem = spaces_after(token, prev, next,
max=conf['max-spaces-after'],
max_desc='too many spaces after colon')
if problem is not None:
yield problem
if isinstance(token, yaml.KeyToken) and is_explicit_key(token):
problem = spaces_after(token, prev, next,
max=conf['max-spaces-after'],
max_desc='too many spaces after question mark')
if problem is not None:
yield problem
def _check(conf, token, prev, next, nextnext, context):
if 'stack' not in context:
context['stack'] = [Parent(ROOT, 0)]
context['cur_line'] = -1
context['spaces'] = conf['spaces']
context['indent-sequences'] = conf['indent-sequences']
# Step 1: Lint
is_visible = (
not isinstance(token, (yaml.StreamStartToken, yaml.StreamEndToken)) and
not isinstance(token, yaml.BlockEndToken) and
not (isinstance(token, yaml.ScalarToken) and token.value == ''))
first_in_line = (is_visible and
token.start_mark.line + 1 > context['cur_line'])
def detect_indent(base_indent, next):
if not isinstance(context['spaces'], int):
context['spaces'] = next.start_mark.column - base_indent
return base_indent + context['spaces']
if first_in_line:
found_indentation = token.start_mark.column
expected = context['stack'][-1].indent
if isinstance(token, (yaml.FlowMappingEndToken,
yaml.FlowSequenceEndToken)):
expected = context['stack'][-1].line_indent
elif (context['stack'][-1].type == KEY and
context['stack'][-1].explicit_key and
not isinstance(token, yaml.ValueToken)):
expected = detect_indent(expected, token)
if found_indentation != expected:
yield LintProblem(token.start_mark.line + 1, found_indentation + 1,
'wrong indentation: expected %d but found %d' %
(expected, found_indentation))
if (isinstance(token, yaml.ScalarToken) and
conf['check-multi-line-strings']):
for problem in check_scalar_indentation(conf, token, context):
yield problem
# Step 2.a:
if is_visible:
context['cur_line'] = get_real_end_line(token)
if first_in_line:
context['cur_line_indent'] = found_indentation
# Step 2.b: Update state
if isinstance(token, yaml.BlockMappingStartToken):
# - a: 1
# or
# - ? a
# : 1
# or
# - ?
# a
# : 1
assert isinstance(next, yaml.KeyToken)
assert next.start_mark.line == token.start_mark.line
indent = token.start_mark.column
context['stack'].append(Parent(B_MAP, indent))
elif isinstance(token, yaml.FlowMappingStartToken):
if next.start_mark.line == token.start_mark.line:
# - {a: 1, b: 2}
indent = next.start_mark.column
else:
# - {
# a: 1, b: 2
# }
indent = detect_indent(context['cur_line_indent'], next)
context['stack'].append(Parent(F_MAP, indent,
line_indent=context['cur_line_indent']))
elif isinstance(token, yaml.BlockSequenceStartToken):
# - - a
# - b
assert isinstance(next, yaml.BlockEntryToken)
assert next.start_mark.line == token.start_mark.line
indent = token.start_mark.column
context['stack'].append(Parent(B_SEQ, indent))
elif (isinstance(token, yaml.BlockEntryToken) and
# in case of an empty entry
not isinstance(next, (yaml.BlockEntryToken, yaml.BlockEndToken))):
# It looks like pyyaml doesn't issue BlockSequenceStartTokens when the
# list is not indented. We need to compensate that.
if context['stack'][-1].type != B_SEQ:
context['stack'].append(Parent(B_SEQ, token.start_mark.column))
context['stack'][-1].implicit_block_seq = True
if next.start_mark.line == token.end_mark.line:
# - item 1
# - item 2
indent = next.start_mark.column
elif next.start_mark.column == token.start_mark.column:
# -
# key: value
indent = next.start_mark.column
else:
# -
# item 1
# -
# key:
# value
indent = detect_indent(token.start_mark.column, next)
context['stack'].append(Parent(B_ENT, indent))
elif isinstance(token, yaml.FlowSequenceStartToken):
if next.start_mark.line == token.start_mark.line:
# - [a, b]
indent = next.start_mark.column
else:
# - [
# a, b
# ]
indent = detect_indent(context['cur_line_indent'], next)
context['stack'].append(Parent(F_SEQ, indent,
line_indent=context['cur_line_indent']))
elif isinstance(token, yaml.KeyToken):
indent = context['stack'][-1].indent
context['stack'].append(Parent(KEY, indent))
context['stack'][-1].explicit_key = is_explicit_key(token)
elif isinstance(token, yaml.ValueToken):
assert context['stack'][-1].type == KEY
# Special cases:
# key: &anchor
# value
# and:
# key: !!tag
# value
if isinstance(next, (yaml.AnchorToken, yaml.TagToken)):
if (next.start_mark.line == prev.start_mark.line and
next.start_mark.line < nextnext.start_mark.line):
next = nextnext
# Only if value is not empty
if not isinstance(next, (yaml.BlockEndToken,
yaml.FlowMappingEndToken,
yaml.FlowSequenceEndToken,
yaml.KeyToken)):
if context['stack'][-1].explicit_key:
# ? k
# : value
# or
# ? k
# :
# value
indent = detect_indent(context['stack'][-1].indent, next)
elif next.start_mark.line == prev.start_mark.line:
# k: value
indent = next.start_mark.column
elif isinstance(next, (yaml.BlockSequenceStartToken,
yaml.BlockEntryToken)):
# NOTE: We add BlockEntryToken in the test above because
# sometimes BlockSequenceStartToken are not issued. Try
# yaml.scan()ning this:
# '- lib:\n'
# ' - var\n'
if context['indent-sequences'] is False:
indent = context['stack'][-1].indent
elif context['indent-sequences'] is True:
if (context['spaces'] == 'consistent' and
next.start_mark.column -
context['stack'][-1].indent == 0):
# In this case, the block sequence item is not indented
# (while it should be), but we don't know yet the
# indentation it should have (because `spaces` is
# `consistent` and its value has not been computed yet
# -- this is probably the beginning of the document).
# So we choose an arbitrary value (2).
indent = 2
else:
indent = detect_indent(context['stack'][-1].indent,
next)
else: # 'whatever' or 'consistent'
if next.start_mark.column == context['stack'][-1].indent:
# key:
# - e1
# - e2
if context['indent-sequences'] == 'consistent':
context['indent-sequences'] = False
indent = context['stack'][-1].indent
else:
if context['indent-sequences'] == 'consistent':
context['indent-sequences'] = True
# key:
# - e1
# - e2
indent = detect_indent(context['stack'][-1].indent,
next)
else:
# k:
# value
indent = detect_indent(context['stack'][-1].indent, next)
context['stack'].append(Parent(VAL, indent))
consumed_current_token = False
while True:
if (context['stack'][-1].type == F_SEQ and
isinstance(token, yaml.FlowSequenceEndToken) and
not consumed_current_token):
context['stack'].pop()
consumed_current_token = True
elif (context['stack'][-1].type == F_MAP and
isinstance(token, yaml.FlowMappingEndToken) and
not consumed_current_token):
context['stack'].pop()
consumed_current_token = True
elif (context['stack'][-1].type in (B_MAP, B_SEQ) and
isinstance(token, yaml.BlockEndToken) and
not context['stack'][-1].implicit_block_seq and
not consumed_current_token):
context['stack'].pop()
consumed_current_token = True
elif (context['stack'][-1].type == B_ENT and
not isinstance(token, yaml.BlockEntryToken) and
context['stack'][-2].implicit_block_seq and
not isinstance(token, (yaml.AnchorToken, yaml.TagToken)) and
not isinstance(next, yaml.BlockEntryToken)):
context['stack'].pop()
context['stack'].pop()
elif (context['stack'][-1].type == B_ENT and
isinstance(next, (yaml.BlockEntryToken, yaml.BlockEndToken))):
context['stack'].pop()
elif (context['stack'][-1].type == VAL and
not isinstance(token, yaml.ValueToken) and
not isinstance(token, (yaml.AnchorToken, yaml.TagToken))):
assert context['stack'][-2].type == KEY
context['stack'].pop()
context['stack'].pop()
elif (context['stack'][-1].type == KEY and
isinstance(next, (yaml.BlockEndToken,
yaml.FlowMappingEndToken,
yaml.FlowSequenceEndToken,
yaml.KeyToken))):
# A key without a value: it's part of a set. Let's drop this key
# and leave room for the next one.
context['stack'].pop()
else:
break
def _check(conf, token, prev, next, nextnext, context):
if 'stack' not in context:
context['stack'] = [Parent(ROOT, 0)]
context['cur_line'] = -1
context['spaces'] = conf['spaces']
context['indent-sequences'] = conf['indent-sequences']
# Step 1: Lint
is_visible = (
not isinstance(token, (yaml.StreamStartToken, yaml.StreamEndToken)) and
not isinstance(token, yaml.BlockEndToken) and
not (isinstance(token, yaml.ScalarToken) and token.value == ''))
first_in_line = (is_visible and
token.start_mark.line + 1 > context['cur_line'])
def detect_indent(base_indent, next):
if type(context['spaces']) is not int:
context['spaces'] = next.start_mark.column - base_indent
return base_indent + context['spaces']
if first_in_line:
found_indentation = token.start_mark.column
expected = context['stack'][-1].indent
if isinstance(token, (yaml.FlowMappingEndToken,
yaml.FlowSequenceEndToken)):
expected = context['stack'][-1].line_indent
elif (context['stack'][-1].type == KEY and
context['stack'][-1].explicit_key and
not isinstance(token, yaml.ValueToken)):
expected = detect_indent(expected, token)
if found_indentation != expected:
yield LintProblem(token.start_mark.line + 1, found_indentation + 1,
'wrong indentation: expected %d but found %d' %
(expected, found_indentation))
if (isinstance(token, yaml.ScalarToken) and
conf['check-multi-line-strings']):
for problem in check_scalar_indentation(conf, token, context):
yield problem
# Step 2.a:
if is_visible:
context['cur_line'] = get_real_end_line(token)
if first_in_line:
context['cur_line_indent'] = found_indentation
# Step 2.b: Update state
if isinstance(token, yaml.BlockMappingStartToken):
# - a: 1
# or
# - ? a
# : 1
# or
# - ?
# a
# : 1
assert isinstance(next, yaml.KeyToken)
assert next.start_mark.line == token.start_mark.line
indent = token.start_mark.column
context['stack'].append(Parent(B_MAP, indent))
elif isinstance(token, yaml.FlowMappingStartToken):
if next.start_mark.line == token.start_mark.line:
# - {a: 1, b: 2}
indent = next.start_mark.column
else:
# - {
# a: 1, b: 2
# }
indent = detect_indent(context['cur_line_indent'], next)
context['stack'].append(Parent(F_MAP, indent,
line_indent=context['cur_line_indent']))
elif isinstance(token, yaml.BlockSequenceStartToken):
# - - a
# - b
assert isinstance(next, yaml.BlockEntryToken)
assert next.start_mark.line == token.start_mark.line
indent = token.start_mark.column
context['stack'].append(Parent(B_SEQ, indent))
elif (isinstance(token, yaml.BlockEntryToken) and
# in case of an empty entry
not isinstance(next, (yaml.BlockEntryToken, yaml.BlockEndToken))):
# It looks like pyyaml doesn't issue BlockSequenceStartTokens when the
# list is not indented. We need to compensate that.
if context['stack'][-1].type != B_SEQ:
context['stack'].append(Parent(B_SEQ, token.start_mark.column))
context['stack'][-1].implicit_block_seq = True
if next.start_mark.line == token.end_mark.line:
# - item 1
# - item 2
indent = next.start_mark.column
else:
# -
# item 1
# -
# key:
# value
indent = detect_indent(token.start_mark.column, next)
context['stack'].append(Parent(B_ENT, indent))
elif isinstance(token, yaml.FlowSequenceStartToken):
if next.start_mark.line == token.start_mark.line:
# - [a, b]
indent = next.start_mark.column
else:
# - [
# a, b
# ]
indent = detect_indent(context['cur_line_indent'], next)
context['stack'].append(Parent(F_SEQ, indent,
line_indent=context['cur_line_indent']))
elif isinstance(token, yaml.KeyToken):
indent = context['stack'][-1].indent
context['stack'].append(Parent(KEY, indent))
context['stack'][-1].explicit_key = is_explicit_key(token)
elif isinstance(token, yaml.ValueToken):
assert context['stack'][-1].type == KEY
# Special cases:
# key: &anchor
# value
# and:
# key: !!tag
# value
if isinstance(next, (yaml.AnchorToken, yaml.TagToken)):
if (next.start_mark.line == prev.start_mark.line and
next.start_mark.line < nextnext.start_mark.line):
next = nextnext
# Only if value is not empty
if not isinstance(next, (yaml.BlockEndToken,
yaml.FlowMappingEndToken,
yaml.FlowSequenceEndToken,
yaml.KeyToken)):
if context['stack'][-1].explicit_key:
# ? k
# : value
# or
# ? k
# :
# value
indent = detect_indent(context['stack'][-1].indent, next)
elif next.start_mark.line == prev.start_mark.line:
# k: value
indent = next.start_mark.column
elif isinstance(next, (yaml.BlockSequenceStartToken,
yaml.BlockEntryToken)):
# NOTE: We add BlockEntryToken in the test above because
# sometimes BlockSequenceStartToken are not issued. Try
# yaml.scan()ning this:
# '- lib:\n'
# ' - var\n'
if context['indent-sequences'] is False:
indent = context['stack'][-1].indent
elif context['indent-sequences'] is True:
indent = detect_indent(context['stack'][-1].indent, next)
else: # 'whatever' or 'consistent'
if next.start_mark.column == context['stack'][-1].indent:
# key:
# - e1
# - e2
if context['indent-sequences'] == 'consistent':
context['indent-sequences'] = False
indent = context['stack'][-1].indent
else:
if context['indent-sequences'] == 'consistent':
context['indent-sequences'] = True
# key:
# - e1
# - e2
indent = detect_indent(context['stack'][-1].indent,
next)
else:
# k:
# value
indent = detect_indent(context['stack'][-1].indent, next)
context['stack'].append(Parent(VAL, indent))
consumed_current_token = False
while True:
if (context['stack'][-1].type == F_SEQ and
isinstance(token, yaml.FlowSequenceEndToken) and
not consumed_current_token):
context['stack'].pop()
consumed_current_token = True
elif (context['stack'][-1].type == F_MAP and
isinstance(token, yaml.FlowMappingEndToken) and
not consumed_current_token):
context['stack'].pop()
consumed_current_token = True
elif (context['stack'][-1].type in (B_MAP, B_SEQ) and
isinstance(token, yaml.BlockEndToken) and
not context['stack'][-1].implicit_block_seq and
not consumed_current_token):
context['stack'].pop()
consumed_current_token = True
elif (context['stack'][-1].type == B_ENT and
not isinstance(token, yaml.BlockEntryToken) and
context['stack'][-2].implicit_block_seq and
not isinstance(token, (yaml.AnchorToken, yaml.TagToken)) and
not isinstance(next, yaml.BlockEntryToken)):
context['stack'].pop()
context['stack'].pop()
elif (context['stack'][-1].type == B_ENT and
isinstance(next, (yaml.BlockEntryToken, yaml.BlockEndToken))):
context['stack'].pop()
elif (context['stack'][-1].type == VAL and
not isinstance(token, yaml.ValueToken) and
not isinstance(token, (yaml.AnchorToken, yaml.TagToken))):
assert context['stack'][-2].type == KEY
context['stack'].pop()
context['stack'].pop()
elif (context['stack'][-1].type == KEY and
isinstance(next, (yaml.BlockEndToken,
yaml.FlowMappingEndToken,
yaml.FlowSequenceEndToken,
yaml.KeyToken))):
# A key without a value: it's part of a set. Let's drop this key
# and leave room for the next one.
context['stack'].pop()
else:
break
