def __str__(self):
"""Return a string of the declaration of the type"""
if self.default_kind:
return self.typestr
elif check_fortran_intrinsic(self.typestr):
return "{}(kind={})".format(self.typestr, self._kind)
else:
# Derived type
return "{}({})".format(self.typestr, self._kind)
def __init__(self,
typestr_in=None,
kind_in=None,
line_in=None,
context=None):
if context is None:
self._context = ParseContext()
else:
self._context = ParseContext(context=context)
# We have to distinguish which type of initialization we have
if typestr_in is not None:
if line_in is not None:
raise ParseInternalError(
"typestr_in and line_in cannot both be used in a single call",
self._context)
# End if
self._typestr = typestr_in
self.default_kind = kind_in is None
if kind_in is None:
self._kind = None
elif kind_in[0] == '(':
# Parse an explicit kind declaration
self._kind = self.parse_kind_selector(kind_in)
else:
# The kind has already been parsed for us (e.g., by character)
self._kind = kind_in
elif kind_in is not None:
raise ParseInternalError(
"kind_in cannot be passed without typestr_in", self._context)
elif line_in is not None:
match = Ftype.type_match(line_in)
self._match_len = len(match.group(0))
if match is None:
raise ParseSyntaxError("type declaration",
token=line_in,
context=self._context)
elif check_fortran_intrinsic(match.group(1)):
self._typestr = match.group(1)
if match.group(2) is not None:
# Parse kind section
self._kind = self.parse_kind_selector(
match.group(2).strip())
else:
self._kind = None
# End if
self.default_kind = self._kind is None
else:
raise ParseSyntaxError("type declaration",
token=line_in,
context=self._context)
else:
raise ParseInternalError(
"At least one of typestr_in or line must be passed",
self._context)
def __init__(self,
typestr_in=None,
kind_in=None,
match_len_in=None,
line_in=None,
context=None):
"""Initialize this FType object, either using <typestr_in> and
<kind_in>, OR using line_in."""
if context is None:
self.__context = ParseContext()
else:
self.__context = ParseContext(context=context)
# end if
# We have to distinguish which type of initialization we have
self.__typestr = typestr_in
if typestr_in is not None:
if line_in is not None:
emsg = "Cannot pass both typestr_in and line_in as arguments"
raise ParseInternalError(emsg, self.__context)
# end if
self.__default_kind = kind_in is None
if kind_in is None:
self.__kind = None
elif kind_in[0] == '(':
# Parse an explicit kind declaration
self.__kind = self.parse_kind_selector(kind_in)
else:
# The kind has already been parsed for us (e.g., by character)
self.__kind = kind_in
# end if
if match_len_in is not None:
self.__match_len = match_len_in
else:
self.__match_len = len(self.typestr)
if kind_in is not None:
self.__match_len += len(self.__kind) + 2
# end if
# end if
elif kind_in is not None:
emsg = "kind_in cannot be passed without typestr_in"
raise ParseInternalError(emsg, self.__context)
elif line_in is not None:
match = Ftype.type_match(line_in)
if match is None:
emsg = "type declaration"
raise ParseSyntaxError(emsg,
token=line_in,
context=self.__context)
# end if
if match_len_in is not None:
self.__match_len = match_len_in
else:
self.__match_len = len(match.group(0))
# end if
if check_fortran_intrinsic(match.group(1)):
self.__typestr = match.group(1)
if match.group(2) is not None:
# Parse kind section
kmatch = match.group(2).strip()
self.__kind = self.parse_kind_selector(kmatch)
else:
self.__kind = None
# end if
self.__default_kind = self.__kind is None
else:
raise ParseSyntaxError("type declaration",
token=line_in,
context=self.__context)
# end if
else:
emsg = "At least one of typestr_in or line_in must be passed"
raise ParseInternalError(emsg, self.__context)
