def expression_binaryop(p):
left = p[0]
right = p[2]
if isinstance(left, Variable_type) and isinstance(
right, Variable_type):
if left.type == right.type:
if p[1].gettokentype() == "ADD":
return Add(left, right)
elif p[1].gettokentype() == "SUBSTRACT":
return Substract(left, right)
elif p[1].gettokentype() == "MULTIPLY":
return Multiply(left, right)
elif p[1].gettokentype() == "DIVIDE":
return Divide(left, right)
else:
err = Error_type(
"OPERATOR NOT VALID meow",
f"Ba-aaaka {p[1].value} is not a valid operator.",
)
self.print_stack.append(err)
raise ValueError()
return err
else:
left_type = get_var_type(left)
right_type = get_var_type(right)
err = Error_type(
"Can't operate with different type of waifus",
f"you tried to {p[1].gettokentype()} waifu '{left.name}-chan' which is of type {left_type} and "
+ f"'{right.name}-chan' which is of type {right_type}",
)
self.print_stack.append(err)
raise ValueError()
if p[1].gettokentype() == "ADD":
return Add(left, right)
elif p[1].gettokentype() == "SUBSTRACT":
return Substract(left, right)
elif p[1].gettokentype() == "MULTIPLY":
return Multiply(left, right)
elif p[1].gettokentype() == "DIVIDE":
return Divide(left, right)
else:
err = Error_type(
"OPERATOR NOT VALID meow",
f"Ba-aaaka {p[1].value} is not a valid operator.",
)
self.print_stack.append(err)
raise ValueError()
return err
def expr_binop(p):
left = p[0]
right = p[2]
if p[1].gettokentype() == 'PLUS':
return Add(self.builder, self.module, left, right)
elif p[1].gettokentype() == 'MINUS':
return Sub(self.builder, self.module, left, right)
else:
raise AssertionError('Oops, this should not be possible!')
def expression(p):
left = p[0]
right = p[2]
op = p[1]
if op.gettokentype() == 'ADD':
return Add(self.builder, self.module, left, right)
elif op.gettokentype() == 'SUB':
return Sub(self.builder, self.module, left, right)
def expression_binop(p):
left = p[0]
right = p[2]
if p[1].gettokentype() == 'PLUS':
return Add(left, right)
elif p[1].gettokentype() == 'MINUS':
return Sub(left, right)
elif p[1].gettokentype() == 'MUL':
return Mul(left, right)
elif p[1].gettokentype() == 'DIV':
return Div(left, right)
else:
raise AssertionError('Oops, this should not be possible!')
def token2obj(token):
if token == '+':
return Add()
elif token == '-':
return Sub()
elif token == '*':
return Mult()
elif token == '/':
return Div()
try:
return Num(int(token))
except:
pass
return Name(id=token)
def arith_expr(self, a):
a, op, b = a
op = {
'+': Add(),
'-': Sub(),
'*': Mult(),
'@': MatMult(),
'/': Div(),
'//': FloorDiv(),
'%': Mod(),
'&': BitAnd(),
'|': BitOr(),
'^': BitXor(),
'<<': LShift(),
'>>': RShift(),
}.get(op, None)
return BinOp(left=a, op=op, right=b)
def expression_arg(p):
left = p[0]
right = p[2]
operator = p[1]
if isinstance(p[0], Identificador):
if p[0].nome in self.vars.keys():
left = self.vars[p[0].nome]
if isinstance(p[2], Identificador):
if p[2].nome in self.vars.keys():
right = self.vars[p[2].nome]
if operator.gettokentype() == 'ADD':
return Add(left, right)
elif operator.gettokentype() == 'SUB':
return Sub(left, right)
elif operator.gettokentype() == 'MULT':
return Mult(left, right)
elif operator.gettokentype() == 'DIV':
return Div(left, right)
def _make_print(self, ns: List[expr], prefix: str = None) -> Expr:
# create the indent: ' ' * depth
mul_by = Name(self._DEPTH_VAR, Load())
indent = BinOp(Constant(" "), Mult(), mul_by)
# if prefix is given, indent is: ' ' * (depth - len(prefix)) + prefix
if prefix is not None:
assert len(
prefix
) <= self._INDENT, f"too long {prefix} for given indent {self._INDENT}"
indent.right = BinOp(mul_by, Sub(), Constant(len(prefix)))
indent = BinOp(indent, Add(), Constant(prefix))
return Expr(
Call(
Name("print", Load()),
args=cast(List[expr], [indent]) + ns,
keywords=[
keyword("sep", Constant("")),
keyword("file",
Attribute(Name("sys", Load()), "stderr", Load())),
],
))
def visit_AugAssign(self, ast_aug_assign: AugAssign):
# need to do some trick of +=, -=, *=, /=
if type(ast_aug_assign.op) == Add:
new_op = BinOp(ast_aug_assign.target, Add(), ast_aug_assign.value)
elif type(ast_aug_assign.op) == Sub:
new_op = BinOp(ast_aug_assign.target, Sub(), ast_aug_assign.value)
elif type(ast_aug_assign.op) == Mult:
new_op = BinOp(ast_aug_assign.target, Mult(), ast_aug_assign.value)
elif type(ast_aug_assign.op) == Div:
new_op = BinOp(ast_aug_assign.target, Div(), ast_aug_assign.value)
else:
raise Exception("does not support operator: ", ast_aug_assign.op)
ast_assign = Assign(ast_aug_assign.target, new_op)
# create Big-O AST assign node
assign_node = AssignNode()
# coord = coordinate(ast_aug_assign.col_offset, ast_aug_assign.lineno)
# self.set_coordinate(assign_node, coord)
assign_node.target = self.visit(ast_assign.targets)
assign_node.value = self.visit(ast_assign.value)
return assign_node
def int_Split(node, range=100): # n -> (n-s) + (s)
s = random.randint(-range, range)
return BinOp(left=Num(n=node.n - s), right=Num(n=s), op=Add())
def _increment_depth(self) -> AugAssign:
return AugAssign(Name(self._DEPTH_VAR, Store()), Add(),
Constant(self._INDENT))
def many_Split(node): # 'hello' -> 'h' + 'ello' (with randomly chosen cut)
s = node.s
i = random.randrange(len(s))
return BinOp(left=Str(s=s[:i]), right=Str(s=s[i:]), op=Add())
def float_Split(node): # n -> (n-s) + (s)
s = random.random()
return BinOp(left=Num(n=node.n - s), right=Num(n=s), op=Add())
def __visit_loop(self, node, inject_counter): loop_start,loop_end = node.lineno,FindEnd(node).end + 1 target = inject_counter(node) update_call = self.env.update_loop(loop_start,loop_start,loop_end) self.__visit_loop_body(node,loop_end) node.body.insert(0,update_call) if self.env.lineno<=self.cur: node.body.append(self.env.update_loop(self.cur,loop_start,loop_end)) if isinstance(node,While): node.body.append(AugAssign(target=Name(id=Environment.iter_num, ctx=Store()), value=Num(n=1), op=Add())) else: node.body[1:1] = self.env.assign(loop_start,[target.id],loop=True) new_nodes = [self.env.init_loop(loop_start), Assign(targets=[Name(id=Environment.iter_num, ctx=Store())], value=Num(n=1)), node] new_nodes.extend(self.env.end_loop(loop_end,loop_start)) return new_nodes
def replace_ops_1(node):
if isinstance(node, BinOp) and isinstance(node.op, Sub):
node.op = Mult(left=replace_ops_1(node.left), right=replace_ops_1(node.right))
elif isinstance(node, BinOp) and isinstance(node.op, Add):
node.op = Add(left=replace_ops_1(node.left), right=replace_ops_1(node.right))
def visit_Div(self, node):
new_node = Add()
return self.replace(node, new_node)
def main():
expr = Add(Add(Int(4), Int(3)), Mul(Int(10), Add(Int(1), Int(1))))
print("PRINT:", expr.accept(Print()))
print("EVAL:", expr.accept(Eval()))
set_value(
"\n"
"Class mock"
"\n\n"
":cvar a: One swell num"
"\n\n"
":cvar b: Unlucky num"
"\n"
)
)
assign_with_type_comment = Assign(
targets=[Name("res", Store())],
value=BinOp(
left=Name("a", Load()),
op=Add(),
right=Name("b", Load()),
),
type_comment=Name("int", Load()),
lineno=None,
)
ann_assign_with_annotation = AnnAssign(
annotation=assign_with_type_comment.type_comment,
value=assign_with_type_comment.value,
simple=1,
target=assign_with_type_comment.targets[0],
type_comment=None,
expr=None,
expr_target=None,
expr_annotation=None,
lineno=None,
def handle_concatpair(self, pair):
a, b = pair.get_source_expressions()
return BinOp(left=self.build_expression(a),
op=Add(),
right=self.build_expression(b),
**self.file)