def p_constant_def_2(p):
"""
constant_def : structured_comment CONST INT8 ID '=' boolean_val
| structured_comment CONST INT16 ID '=' boolean_val
| structured_comment CONST INT32 ID '=' boolean_val
| structured_comment CONST INT64 ID '=' boolean_val
| structured_comment CONST UINT8 ID '=' boolean_val
| structured_comment CONST UINT16 ID '=' boolean_val
| structured_comment CONST UINT32 ID '=' boolean_val
| structured_comment CONST UINT64 ID '=' boolean_val
| structured_comment CONST INT8 ID '=' real_val
| structured_comment CONST INT16 ID '=' real_val
| structured_comment CONST INT32 ID '=' real_val
| structured_comment CONST INT64 ID '=' real_val
| structured_comment CONST UINT8 ID '=' real_val
| structured_comment CONST UINT16 ID '=' real_val
| structured_comment CONST UINT32 ID '=' real_val
| structured_comment CONST UINT64 ID '=' real_val
"""
type_class = getattr(ast, p[3])
value = ast.IntegerValue(int(p[6].value))
p[0] = ast.Constant(name=p[4],
element_type=type_class(),
element_value=value,
comments=p[1])
def p_integer_val_3(p):
"""
integer_val : BINARY_VAL
"""
p[0] = ast.IntegerValue(p[1], ast.IntegerValue.BINARY)
def p_integer_val_2(p):
"""
integer_val : HEXADECIMAL_VAL
"""
p[0] = ast.IntegerValue(p[1], ast.IntegerValue.HEXADECIMAL)
def p_integer_val(p):
"""
integer_val : INTEGER_VAL
"""
p[0] = ast.IntegerValue(p[1])