def has_head_element(opening_delimiter:Element):
"""
Returns ``True`` if the given element is preceeded by an element with no whitespace in between.
"""
possible_head_element = opening_delimiter.prev
return (is_not_none(possible_head_element, ".code.range.position_after.index") and
possible_head_element.code.range.position_after.index == opening_delimiter.range.first_position.index)
def indented_lisp_printer(code_or_element, current_line = None) -> str:
if current_line is None:
current_line = [0]
if isinstance(code_or_element, list):
return (u"\n".join(lisp_printer(elm) for elm in code_or_element)) + u"\n"
line_prefix = ""
if is_not_none(code_or_element, ".range.first_position.line") and code_or_element.range.first_position.line > current_line[0]:
current_line[0] = code_or_element.range.first_position.line
line_prefix = "\n" + " " * (code_or_element.range.first_position.column - 1)
if code_or_element.__class__ in _delimiters:
left, right, comma_separated = _delimiters[code_or_element.__class__]
lisp_form = left
elms = [indented_lisp_printer(elm, current_line) for elm in code_or_element]
lisp_form += (", " if comma_separated else " ").join(elms)
lisp_form += right
return line_prefix + lisp_form
elif isinstance(code_or_element, Token):
if code_or_element.code is not None:
return line_prefix + indented_lisp_printer(code_or_element.code, current_line)
else:
ret = code_or_element.print()
return line_prefix + ret
elif isinstance(code_or_element, Node):
node_elms = [indented_lisp_printer(elm, current_line) for elm in code_or_element]
return line_prefix + "\n".join(node_elms) + "\n"
elif isinstance(code_or_element, Element):
return line_prefix +indented_lisp_printer(code_or_element.code, current_line)
else:
return line_prefix + str(code_or_element)
def applies(self, element:Element):
return (
not element.is_first() and
is_token(element, Tokens.CONSTITUENT) and
identifier_in(element.value, self.sym_vals) and
is_not_none(element.prev, ".code.range.position_after.index", element, ".range.first_position.index") and
element.prev.code.range.position_after.index == element.range.first_position.index
)
def applies(self, element: Element):
return (not element.is_first()
and is_token(element, Tokens.CONSTITUENT)
and identifier_in(element.value, self.sym_vals) and
is_not_none(element.prev, ".code.range.position_after.index",
element, ".range.first_position.index")
and element.prev.code.range.position_after.index
== element.range.first_position.index)
def extract_colorized_tokens(element):
nonlocal colorized_tokens
if element.color is not None and is_not_none(
element,
".range.first_position.index") and is_not_none(
element, ".range.position_after.index"):
token_color = element.color
token_first = element.range.first_position.index
token_after = element.range.position_after.index
if not isinstance(token_color, int):
return error(
'Colorization request: color of token "%s" was not int!'
% element.text)
colorized_tokens.append(
[token_color, token_first, token_after])
if isinstance(element.code, Node):
for subelement in element.code:
extract_colorized_tokens(subelement)
def has_head_element(opening_delimiter: Element):
"""
Returns ``True`` if the given element is preceeded by an element with no whitespace in between.
"""
possible_head_element = opening_delimiter.prev
return (is_not_none(possible_head_element,
".code.range.position_after.index")
and possible_head_element.code.range.position_after.index
== opening_delimiter.range.first_position.index)
def applies(self, element: Element):
next = element.next
return (next is not None
and (not (element.is_first() and is_form(element.parent))
or not next.is_last()) and is_identifier(element)
and element.code.name in self.token_vals
and is_not_none(element, ".range.position_after.index", next,
".range.first_position.index")
and element.code.range.position_after.index
== next.code.range.first_position.index)
def applies(self, element:Element):
next = element.next
return (
next is not None and
(not (element.is_first() and is_form(element.parent)) or not next.is_last()) and
is_identifier(element) and
element.code.name in self.token_vals and
is_not_none(element, ".range.position_after.index", next, ".range.first_position.index") and
element.code.range.position_after.index == next.code.range.first_position.index
)
def extract_colorized_tokens(element):
nonlocal colorized_tokens
if element.color is not None and is_not_none(element, ".range.first_position.index") and is_not_none(
element, ".range.position_after.index"):
token_color = element.color
token_first = element.range.first_position.index
token_after = element.range.position_after.index
if not isinstance(token_color, int):
return error('Colorization request: color of token "%s" was not int!' % element.text)
colorized_tokens.append([token_color, token_first, token_after])
if isinstance(element.code, Node):
for subelement in element.code:
extract_colorized_tokens(subelement)
def applies(self, element:Element):
def _is_identifier_or_literal_immediately_after(next, element):
return ((is_identifier(next) or is_literal(next)) and
is_not_none(next, ".code.range.first_position.index") and
element.code.range.position_after.index == next.code.range.first_position.index)
def _is_begin_macro_token_immediately_after(next, element):
return (is_token(next, Tokens.BEGIN_MACRO) and
is_not_none(next, ".range.first_position.index") and
element.code.range.position_after.index == next.range.first_position.index)
next = element.next
return (
next is not None and
(not (element.is_first() and is_form(element.parent)) or not next.is_last()) and
is_identifier(element) and
identifier_in(element.code, self.sym_vals) and
is_not_none(element, ".code.range.position_after.index") and
(_is_identifier_or_literal_immediately_after(next, element) or
_is_begin_macro_token_immediately_after(next, element))
)
def applies(self, element: Element):
def _is_identifier_or_literal_immediately_after(next, element):
return ((is_identifier(next) or is_literal(next))
and is_not_none(next, ".code.range.first_position.index")
and element.code.range.position_after.index
== next.code.range.first_position.index)
def _is_begin_macro_token_immediately_after(next, element):
return (is_token(next, Tokens.BEGIN_MACRO)
and is_not_none(next, ".range.first_position.index")
and element.code.range.position_after.index
== next.range.first_position.index)
next = element.next
return (next is not None
and (not (element.is_first() and is_form(element.parent))
or not next.is_last()) and is_identifier(element)
and identifier_in(element.code, self.sym_vals)
and is_not_none(element, ".code.range.position_after.index")
and
(_is_identifier_or_literal_immediately_after(next, element)
or _is_begin_macro_token_immediately_after(next, element)))
def _is_begin_macro_token_immediately_after(next, element):
return (is_token(next, Tokens.BEGIN_MACRO) and
is_not_none(next, ".range.first_position.index") and
element.code.range.position_after.index == next.range.first_position.index)
def _is_identifier_or_literal_immediately_after(next, element):
return ((is_identifier(next) or is_literal(next)) and
is_not_none(next, ".code.range.first_position.index") and
element.code.range.position_after.index == next.code.range.first_position.index)
def _is_begin_macro_token_immediately_after(next, element):
return (is_token(next, Tokens.BEGIN_MACRO)
and is_not_none(next, ".range.first_position.index")
and element.code.range.position_after.index
== next.range.first_position.index)
def _is_identifier_or_literal_immediately_after(next, element):
return ((is_identifier(next) or is_literal(next))
and is_not_none(next, ".code.range.first_position.index")
and element.code.range.position_after.index
== next.code.range.first_position.index)