def parse(cls, ctx, tokens, _breakstack):
"""
Consume a parenthetical group of arguments from `tokens` and return the
parse subtree rooted at this group. `argstack` contains a stack of all
early break conditions that are currently "opened".
"""
assert tokens[0].type == lex.TokenType.LEFT_PAREN
tree = cls()
lparen = TreeNode(NodeType.LPAREN)
lparen.children.append(tokens.pop(0))
tree.children.append(lparen)
with ctx.pusharg(tree):
subtree = ConditionalGroupNode.parse(ctx, tokens, [ParenBreaker()])
tree.children.append(subtree)
if tokens[0].type != lex.TokenType.RIGHT_PAREN:
raise ValueError(
"Unexpected {} token at {}, expecting r-paren, got {}".format(
tokens[0].type.name, tokens[0].get_location(),
tokens[0].content))
rparen = TreeNode(NodeType.RPAREN)
rparen.children.append(tokens.pop(0))
tree.children.append(rparen)
# NOTE(josh): parenthetical groups can have trailing comments because
# they have closing punctuation
CommentNode.consume_trailing(ctx, tokens, tree)
return tree
def parse_foreach_in(ctx, tokens, breakstack):
"""
::
foreach(loop_var IN [LISTS [<lists>]] [ITEMS [<items>]])
"""
tree = ArgGroupNode()
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
while tokens and tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
continue
# Consume the loop variable and any attached comments
ntokens = len(tokens)
pargs = PositionalGroupNode.parse(ctx, tokens, 2, ["IN"], breakstack)
assert len(tokens) < ntokens
tree.children.append(pargs)
kwargs = {"LISTS": PositionalParser("+"), "ITEMS": PositionalParser("+")}
sub_breakstack = breakstack + [KwargBreaker(list(kwargs.keys()))]
while tokens:
# Break if the next token belongs to a parent parser, i.e. if it
# matches a keyword argument of something higher in the stack, or if
# it closes a parent group.
if should_break(tokens[0], breakstack):
break
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
if tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
continue
# If it's a comment, then add it at the current depth
if tokens[0].type in (lex.TokenType.COMMENT,
lex.TokenType.BRACKET_COMMENT):
if not get_tag(tokens[0]) in ("sort", "sortable"):
child = TreeNode(NodeType.COMMENT)
tree.children.append(child)
child.children.append(tokens.pop(0))
continue
ntokens = len(tokens)
word = get_normalized_kwarg(tokens[0])
subparser = kwargs.get(word, None)
if subparser is not None:
subtree = KeywordGroupNode.parse(ctx, tokens, word, subparser,
sub_breakstack)
else:
logger.warning("Unexpected positional argument at %s",
tokens[0].location)
subtree = PositionalGroupNode.parse(ctx, tokens, '+', [],
sub_breakstack)
assert len(tokens) < ntokens
tree.children.append(subtree)
return tree
def parse(cls, ctx, tokens, flags, breakstack):
"""
Parse a continuous sequence of flags
"""
tree = cls()
tree.spec = PositionalSpec('+', False, [], flags)
while tokens:
# Break if the next token belongs to a parent parser, i.e. if it
# matches a keyword argument of something higher in the stack, or if
# it closes a parent group.
if should_break(tokens[0], breakstack):
break
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
if tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
continue
# Break if the next token is not a known flag
if tokens[0].spelling.upper() not in flags:
break
# Otherwise is it is a flag, so add it to the tree as such
child = TreeNode(NodeType.FLAG)
child.children.append(tokens.pop(0))
CommentNode.consume_trailing(ctx, tokens, child)
tree.children.append(child)
return tree
def parse_add_library_object(ctx, tokens, breakstack):
"""
::
add_library(<name> OBJECT <src>...)
:see: https://cmake.org/cmake/help/latest/command/add_library.html#object-libraries
"""
tree = ArgGroupNode()
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
while tokens and tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
continue
ntokens = len(tokens)
subtree = PositionalGroupNode.parse(ctx, tokens, 2, ["OBJECT"], breakstack)
assert len(tokens) < ntokens
tree.children.append(subtree)
while tokens:
# Break if the next token belongs to a parent parser, i.e. if it
# matches a keyword argument of something higher in the stack, or if
# it closes a parent group.
if should_break(tokens[0], breakstack):
break
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
if tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
continue
# If it's a comment, then add it at the current depth
if tokens[0].type in (TokenType.COMMENT, TokenType.BRACKET_COMMENT):
if not get_tag(tokens[0]) in ("sort", "sortable"):
child = TreeNode(NodeType.COMMENT)
tree.children.append(child)
child.children.append(tokens.pop(0))
continue
ntokens = len(tokens)
subtree = PositionalGroupNode.parse(ctx, tokens, '+', [], breakstack)
assert len(tokens) < ntokens
tree.children.append(subtree)
return tree
def parse_empty(ctx, tokens, breakstack):
"""
::
break()
continue()
enable_testing()
:see: https://cmake.org/cmake/help/latest/command/break.html
:see: https://cmake.org/cmake/help/latest/command/continue.html
:see: https://cmake.org/cmake/help/latest/command/enable_testing.html
:see: https://cmake.org/cmake/help/latest/command/return.html
"""
tree = ArgGroupNode()
while tokens:
# Break if the next token belongs to a parent parser, i.e. if it
# matches a keyword argument of something higher in the stack, or if
# it closes a parent group.
if should_break(tokens[0], breakstack):
break
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
if tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
continue
# If it's a comment, then add it at the current depth
if tokens[0].type in (lex.TokenType.COMMENT,
lex.TokenType.BRACKET_COMMENT):
child = TreeNode(NodeType.COMMENT)
tree.children.append(child)
child.children.append(tokens.pop(0))
continue
ctx.lint_ctx.record_lint("E1121", location=tokens[0].get_location())
ntokens = len(tokens)
subtree = PositionalGroupNode.parse(ctx, tokens, "+", [], breakstack)
assert len(tokens) < ntokens
tree.children.append(subtree)
return tree
def parse(cls, ctx, tokens, npargs, ntup, flags, breakstack):
"""Parse a continuous sequence of `npargs` positional argument pairs.
If npargs is an integer we will consume exactly that many arguments.
If it is not an integer then it is a string meaning:
* "?": zero or one
* "*": zero or more
* "+": one or more
"""
tree = cls()
tree.spec = PositionalSpec(ntup, flags=flags, legacy=True)
subtree = None
active_depth = tree
npargs_consumed = 0
ntup_consumed = 0
while tokens:
# Break if we have consumed enough positional arguments
if pargs_are_full(npargs, npargs_consumed):
break
# Break if the next token belongs to a parent parser, i.e. if it
# matches a keyword argument of something higher in the stack, or if
# it closes a parent group.
if should_break(tokens[0], breakstack):
break
# Otherwise we will consume the token
token = tokens.pop(0)
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
if token.type in WHITESPACE_TOKENS:
active_depth.children.append(token)
continue
# If it's a comment token not associated with an argument, then put it
# directly into the parse tree at the current depth
if token.type in (lex.TokenType.COMMENT,
lex.TokenType.BRACKET_COMMENT):
child = CommentNode()
tree.children.append(child)
child.children.append(token)
continue
# If it's a sentinel comment, then add it at the current depth
if tokens[0].type in (lex.TokenType.FORMAT_OFF,
lex.TokenType.FORMAT_ON):
tree.children.append(OnOffNode.consume(ctx, tokens))
continue
if subtree is None:
subtree = PositionalGroupNode()
subtree.spec = PositionalSpec(2, False, [], flags)
tree.children.append(subtree)
ntup_consumed = 0
# Otherwise is it is a positional argument, so add it to the tree as such
if get_normalized_kwarg(token) in flags:
child = TreeNode(NodeType.FLAG)
else:
child = TreeNode(NodeType.ARGUMENT)
child.children.append(token)
CommentNode.consume_trailing(ctx, tokens, child)
subtree.children.append(child)
ntup_consumed += 1
if ntup_consumed >= ntup:
npargs_consumed += 1
subtree = None
return tree
def parse_add_library_standard(ctx, tokens, breakstack, sortable):
"""
::
add_library(<name> [STATIC | SHARED | MODULE]
[EXCLUDE_FROM_ALL]
source1 [source2 ...])
:see: https://cmake.org/cmake/help/v3.0/command/add_library.html
"""
# pylint: disable=too-many-statements
parsing_name = 1
parsing_type = 2
parsing_flag = 3
parsing_sources = 4
tree = ArgGroupNode()
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
while tokens and tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
continue
state_ = parsing_name
parg_group = None
src_group = None
active_depth = tree
flags = ("STATIC", "SHARED", "MODULE", "OBJECT")
while tokens:
# This parse function breakson the first right paren, since parenthetical
# groups are not allowed. A parenthesis might exist in a filename, but
# if so that filename should be quoted so it wont show up as a RIGHT_PAREN
# token.
if tokens[0].type is TokenType.RIGHT_PAREN:
break
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
if tokens[0].type in WHITESPACE_TOKENS:
active_depth.children.append(tokens.pop(0))
continue
# If it's a comment token not associated with an argument, then put it
# directly into the parse tree at the current depth
if tokens[0].type in (TokenType.COMMENT, TokenType.BRACKET_COMMENT):
if state_ > parsing_name:
if get_tag(tokens[0]) in ("unsort", "unsortable"):
sortable = False
elif get_tag(tokens[0]) in ("sort", "sortable"):
sortable = True
child = TreeNode(NodeType.COMMENT)
active_depth.children.append(child)
child.children.append(tokens.pop(0))
continue
if state_ is parsing_name:
token = tokens.pop(0)
parg_group = PositionalGroupNode()
parg_group.spec = PositionalSpec("+")
active_depth = parg_group
tree.children.append(parg_group)
child = TreeNode(NodeType.ARGUMENT)
child.children.append(token)
CommentNode.consume_trailing(ctx, tokens, child)
parg_group.children.append(child)
state_ += 1
elif state_ is parsing_type:
if get_normalized_kwarg(tokens[0]) in flags:
token = tokens.pop(0)
child = TreeNode(NodeType.FLAG)
child.children.append(token)
CommentNode.consume_trailing(ctx, tokens, child)
parg_group.children.append(child)
state_ += 1
elif state_ is parsing_flag:
if get_normalized_kwarg(tokens[0]) == "EXCLUDE_FROM_ALL":
token = tokens.pop(0)
child = TreeNode(NodeType.FLAG)
child.children.append(token)
CommentNode.consume_trailing(ctx, tokens, child)
parg_group.children.append(child)
state_ += 1
src_group = PositionalGroupNode(sortable=sortable,
tags=["file-list"])
src_group.spec = PositionalSpec("+")
active_depth = src_group
tree.children.append(src_group)
elif state_ is parsing_sources:
token = tokens.pop(0)
child = TreeNode(NodeType.ARGUMENT)
child.children.append(token)
CommentNode.consume_trailing(ctx, tokens, child)
src_group.children.append(child)
if only_comments_and_whitespace_remain(tokens, breakstack):
active_depth = tree
return tree
def parse_add_custom_target(ctx, tokens, breakstack):
"""
::
add_custom_target(Name [ALL] [command1 [args1...]]
[COMMAND command2 [args2...] ...]
[DEPENDS depend depend depend ... ]
[BYPRODUCTS [files...]]
[WORKING_DIRECTORY dir]
[COMMENT comment]
[JOB_POOL job_pool]
[VERBATIM] [USES_TERMINAL]
[COMMAND_EXPAND_LISTS]
[SOURCES src1 [src2...]])
:see: https://cmake.org/cmake/help/latest/command/add_custom_target.html
"""
kwargs = {
"BYPRODUCTS": PositionalParser("+"),
"COMMAND": ShellCommandNode.parse,
"COMMENT": PositionalParser(1),
"DEPENDS": PositionalParser("+"),
"JOB_POOL": PositionalParser(1),
"SOURCES": PositionalParser("+"),
"WORKING_DIRECTORY": PositionalParser(1),
}
required_kwargs = {
# Required by convention
"COMMENT": "C0113"
}
flags = ("VERBATIM", "USES_TERMINAL", "COMMAND_EXPAND_LISTS")
tree = ArgGroupNode()
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
while tokens and tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
continue
breaker = KwargBreaker(list(kwargs.keys()) + list(flags))
child_breakstack = breakstack + [breaker]
nametree = None
state = "name"
while tokens:
# Break if the next token belongs to a parent parser, i.e. if it
# matches a keyword argument of something higher in the stack, or if
# it closes a parent group.
if should_break(tokens[0], breakstack):
break
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
if tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
continue
# If it's a comment, then add it at the current depth
if tokens[0].type in (TokenType.COMMENT, TokenType.BRACKET_COMMENT):
child = TreeNode(NodeType.COMMENT)
tree.children.append(child)
child.children.append(tokens.pop(0))
continue
ntokens = len(tokens)
if state == "name":
next_semantic = get_first_semantic_token(tokens[1:])
if (next_semantic is not None
and get_normalized_kwarg(next_semantic) == "ALL"):
npargs = 2
else:
npargs = 1
nametree = PositionalGroupNode.parse(ctx, tokens, npargs, ["ALL"],
child_breakstack)
assert len(tokens) < ntokens
tree.children.append(nametree)
state = "first-command"
continue
word = get_normalized_kwarg(tokens[0])
if state == "first-command":
if not (word in kwargs or word in flags):
subtree = PositionalGroupNode.parse(ctx, tokens, '+', [],
child_breakstack)
tree.children.append(subtree)
assert len(tokens) < ntokens
state = "kwargs"
continue
if word in flags:
subtree = FlagGroupNode.parse(
ctx, tokens, flags,
breakstack + [KwargBreaker(list(kwargs.keys()))])
assert len(tokens) < ntokens
tree.children.append(subtree)
continue
if word in kwargs:
required_kwargs.pop(word, None)
subtree = KeywordGroupNode.parse(ctx, tokens, word, kwargs[word],
child_breakstack)
assert len(tokens) < ntokens
tree.children.append(subtree)
continue
ctx.lint_ctx.record_lint("E1122", location=tokens[0].get_location())
# logger.warning(
# "Unexpected positional argument %s at %s",
# tokens[0].spelling, tokens[0].location())
subtree = PositionalGroupNode.parse(ctx, tokens, '+', [],
child_breakstack)
assert len(tokens) < ntokens
tree.children.append(subtree)
continue
if required_kwargs:
location = ()
for token in tree.get_semantic_tokens():
location = token.get_location()
break
missing_kwargs = sorted(
(lintid, word) for word, lintid in sorted(required_kwargs.items()))
for lintid, word in missing_kwargs:
ctx.lint_ctx.record_lint(lintid, word, location=location)
return tree
def parse2(cls, ctx, tokens, spec, breakstack):
"""
Parse a continuous sequence of `npargs` positional arguments. If npargs is
an integer we will consume exactly that many arguments. If it is not an
integer then it is a string meaning:
* "?": zero or one
* "*": zero or more
* "+": one or more
"""
tree = cls(sortable=spec.sortable, tags=spec.tags)
tree.spec = spec
nconsumed = 0
# Strip off any preceeding whitespace (note that in most cases this has
# already been done but in some cases (such ask kwarg subparser) where
# it hasn't
while tokens and tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
# If the first non-whitespace token is a cmake-format tag annotating
# sortability, then parse it out here and record the annotation
if tokens and get_tag(tokens[0]) in ("sortable", "sort"):
tree.sortable = True
elif tokens and get_tag(tokens[0]) in ("unsortable", "unsort"):
tree.sortable = False
while tokens:
# Break if we have consumed enough positional arguments
if pargs_are_full(spec.nargs, nconsumed):
break
# Break if the next token belongs to a parent parser, i.e. if it
# matches a keyword argument of something higher in the stack, or if
# it closes a parent group.
if should_break(tokens[0], breakstack):
# NOTE(josh): if spec.nargs is an exact number of arguments, then we
# shouldn't break on kwarg match from a parent parser. Instead, we
# should consume the token. This is a hack to deal with
# ```install(RUNTIME COMPONENT runtime)``. In this case the second
# occurance of "runtime" should not match the ``RUNTIME`` keyword
# and should not break the positional parser.
# TODO(josh): this is kind of hacky because it will force the positional
# parser to consume a right parenthesis and will lead to parse errors
# in the event of a missing positional argument. Such errors will be
# difficult to debug for the user.
if not npargs_is_exact(spec.nargs):
break
if tokens[0].type == lex.TokenType.RIGHT_PAREN:
break
# If this is the start of a parenthetical group, then parse the group
# NOTE(josh): syntatically this probably shouldn't be allowed here, but
# cmake seems to accept it so we probably should too.
if tokens[0].type == lex.TokenType.LEFT_PAREN:
with ctx.pusharg(tree):
subtree = ParenGroupNode.parse(ctx, tokens, breakstack)
tree.children.append(subtree)
continue
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
if tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
continue
# If it's a comment token not associated with an argument, then put it
# directly into the parse tree at the current depth
if tokens[0].type in (lex.TokenType.COMMENT,
lex.TokenType.BRACKET_COMMENT):
if comment_belongs_up_tree(ctx, tokens, tree, breakstack):
break
child = CommentNode.consume(ctx, tokens)
tree.children.append(child)
continue
# If it's a sentinel comment, then add it at the current depth
if tokens[0].type in (lex.TokenType.FORMAT_OFF,
lex.TokenType.FORMAT_ON):
tree.children.append(OnOffNode.consume(ctx, tokens))
continue
# Otherwise is it is a positional argument, so add it to the tree as such
if get_normalized_kwarg(tokens[0]) in spec.flags:
child = TreeNode(NodeType.FLAG)
else:
child = TreeNode(NodeType.ARGUMENT)
child.children.append(tokens.pop(0))
CommentNode.consume_trailing(ctx, tokens, child)
tree.children.append(child)
nconsumed += 1
return tree
def consume(cls, ctx, tokens):
"""
Consume a complete statement, removing tokens from the input list and
returning a STATEMENT node.
"""
node = cls()
# Consume the function name
fnname = tokens[0].spelling.lower()
node.funnode = funnode = FunctionNameNode.parse(ctx, tokens)
node.children.append(funnode)
# Consume whitespace up to the parenthesis
while tokens and tokens[0].type in WHITESPACE_TOKENS:
node.children.append(tokens.pop(0))
# TODO(josh): should the parens belong to the statement node or the
# group node?
if tokens[0].type != lex.TokenType.LEFT_PAREN:
raise ValueError(
"Unexpected {} token at {}, expecting l-paren, got {}".format(
tokens[0].type.name, tokens[0].get_location(),
repr(tokens[0].content)))
lparen = TreeNode(NodeType.LPAREN)
lparen.children.append(tokens.pop(0))
node.children.append(lparen)
while tokens and tokens[0].type in WHITESPACE_TOKENS:
node.children.append(tokens.pop(0))
continue
breakstack = [ParenBreaker()]
parse_fun = ctx.parse_db.get(fnname, None)
if parse_fun is None:
# If the parse_db provides a "_default" then use that. Otherwise use the
# standard parser with no kwargs or flags.
parse_fun = ctx.parse_db.get("_default", StandardParser())
if isinstance(parse_fun, StandardParser2):
node.cmdspec = parse_fun.cmdspec
node.argtree = subtree = parse_fun(ctx, tokens, breakstack)
node.children.append(subtree)
# NOTE(josh): technically we may have a statement specification with
# an exact number of arguments. At this point we have broken out of that
# statement but we might have some comments or whitespace to consume
while tokens and tokens[0].type != lex.TokenType.RIGHT_PAREN:
if tokens[0].type in WHITESPACE_TOKENS:
node.children.append(tokens.pop(0))
continue
if tokens[0].type in COMMENT_TOKENS:
cnode = CommentNode.consume(ctx, tokens)
node.children.append(cnode)
continue
raise UserError(
"Unexpected {} token at {}, expecting r-paren, got {}".format(
tokens[0].type.name, tokens[0].get_location(),
repr(tokens[0].content)))
if not tokens:
raise UserError(
"Unexpected end of token stream while parsing statement:\n {}".
format(tree_string([node])))
if tokens[0].type != lex.TokenType.RIGHT_PAREN:
raise UserError(
"Unexpected {} token at {}, expecting r-paren, got {}".format(
tokens[0].type.name, tokens[0].get_location(),
repr(tokens[0].content)))
rparen = TreeNode(NodeType.RPAREN)
rparen.children.append(tokens.pop(0))
node.children.append(rparen)
CommentNode.consume_trailing(ctx, tokens, node)
return node
def parse_set(ctx, tokens, breakstack):
"""
::
set(<variable> <value>
[[CACHE <type> <docstring> [FORCE]] | PARENT_SCOPE])
:see: https://cmake.org/cmake/help/v3.0/command/set.html?
"""
tree = SetFnNode()
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
while tokens and tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
continue
kwargs = {
"CACHE": PositionalParser('2+', flags=["FORCE"])
}
flags = ["PARENT_SCOPE"]
kwarg_breakstack = breakstack + [KwargBreaker(list(kwargs.keys()) + flags)]
positional_breakstack = breakstack + [KwargBreaker(list(kwargs.keys()))]
ntokens = len(tokens)
subtree = PositionalGroupNode.parse(
ctx, tokens, 1, flags, positional_breakstack)
assert len(tokens) < ntokens
tree.children.append(subtree)
for token in subtree.get_semantic_tokens():
tree.varname = token
break
while tokens:
# Break if the next token belongs to a parent parser, i.e. if it
# matches a keyword argument of something higher in the stack, or if
# it closes a parent group.
if should_break(tokens[0], breakstack):
break
# If it is a whitespace token then put it directly in the parse tree at
# the current depth
if tokens[0].type in WHITESPACE_TOKENS:
tree.children.append(tokens.pop(0))
continue
# If it's a comment, then add it at the current depth
if tokens[0].type in (lex.TokenType.COMMENT,
lex.TokenType.BRACKET_COMMENT):
if not get_tag(tokens[0]) in ("sort", "sortable"):
child = TreeNode(NodeType.COMMENT)
tree.children.append(child)
child.children.append(tokens.pop(0))
continue
ntokens = len(tokens)
word = get_normalized_kwarg(tokens[0])
if word == "CACHE":
with ctx.pusharg(tree):
subtree = KeywordGroupNode.parse(
ctx, tokens, word, kwargs[word], kwarg_breakstack)
cache_tokens = subtree.get_semantic_tokens()
cache_tokens.pop(0)
cache_args = [None, None, False]
for idx, token in enumerate(cache_tokens[:2]):
cache_args[idx] = token.spelling
if not cache_tokens:
ctx.lint_ctx.record_lint(
"E1120", "<variable>", location=tokens[0].get_location())
elif len(cache_tokens) < 2:
ctx.lint_ctx.record_lint(
"E1120", "<value>", location=tokens[0].get_location())
elif len(cache_tokens) < 3:
pass
elif len(cache_tokens) > 4:
ctx.lint_ctx.record_lint(
"E1121", location=cache_tokens[2].get_location())
else:
if cache_tokens[2].spelling.upper() == "FORCE":
cache_args[2] = True
else:
ctx.lint_ctx.record_lint(
"E1121", location=cache_tokens[2].get_location())
tree.cache = CacheTuple(*cache_args)
elif word == "PARENT_SCOPE":
with ctx.pusharg(tree):
subtree = PositionalGroupNode.parse(
ctx, tokens, '+', ["PARENT_SCOPE"], positional_breakstack)
tree.parent_scope = True
else:
with ctx.pusharg(tree):
subtree = PositionalGroupNode.parse(
ctx, tokens, '+', [], kwarg_breakstack)
for pattern, tags in ctx.config.parse.vartags_:
if pattern.match(tree.varname.spelling):
subtree.tags.extend(tags)
tree.value_group = subtree
assert len(tokens) < ntokens
tree.children.append(subtree)
return tree