def rec(self, expr, prec, type_context=None, needed_dtype=None):
if needed_dtype is None:
return RecursiveMapper.rec(self, expr, prec, type_context)
return self.wrap_in_typecast(
self.infer_type(expr), needed_dtype,
RecursiveMapper.rec(self, expr, PREC_NONE, type_context))
def rec(self, expr, prec, type_context=None, needed_dtype=None):
if needed_dtype is None:
return RecursiveMapper.rec(self, expr, prec, type_context)
return self.wrap_in_typecast(
self.infer_type(expr), needed_dtype,
RecursiveMapper.rec(self, expr, PREC_NONE, type_context))
def rec(self, expr, type_context=None, needed_dtype=None):
if needed_dtype is None:
return RecursiveMapper.rec(self, expr, type_context)
return self.wrap_in_typecast_lazy(
lambda: self.infer_type(expr), needed_dtype,
RecursiveMapper.rec(self, expr, type_context))
def rec(self, expr, prec, type_context=None, needed_dtype=None):
if needed_dtype is None:
return RecursiveMapper.rec(self, expr, prec, type_context)
actual_type = self.infer_type(expr)
if actual_type.kind == "c" and needed_dtype.kind == "c" and actual_type != needed_dtype:
result = RecursiveMapper.rec(self, expr, PREC_NONE, type_context)
return "%s_cast(%s)" % (self.complex_type_name(needed_dtype), result)
elif actual_type.kind != "c" and needed_dtype.kind == "c":
result = RecursiveMapper.rec(self, expr, PREC_NONE, type_context)
return "%s_fromreal(%s)" % (self.complex_type_name(needed_dtype), result)
else:
return RecursiveMapper.rec(self, expr, prec, type_context)
