protected void visit(RENode.CharacterClassExpr.And expr) throws IOException { expr.getLeft().accept(this); appendable.append("&&"); expr.getRight().accept(this); }
protected void visit(RENode.CharacterClassExpr.And expr) throws IOException { expr.getLeft().accept(this); appendable.append("&&"); expr.getRight().accept(this); }
negate(or.getLeft()); Solver left = solver; negate(or.getRight());
negate(or.getLeft()); Solver left = solver; negate(or.getRight());
protected void visit(RENode.CharacterClassExpr.And expr) throws E { RENode.CharacterClassExpr left = expr.getLeft(); if (left != null) { left.accept(this); } RENode.CharacterClassExpr right = expr.getRight(); if (right != null) { right.accept(this); } }
protected void visit(RENode.CharacterClassExpr.And expr) throws E { RENode.CharacterClassExpr left = expr.getLeft(); if (left != null) { left.accept(this); } RENode.CharacterClassExpr right = expr.getRight(); if (right != null) { right.accept(this); } }
@Override protected void visit(RENode.CharacterClassExpr.And expr) throws RuntimeException { expr.getLeft().accept(this); Solver left = solver; expr.getRight().accept(this); Solver right = solver; solver = new Solver.And(left, right); }
@Override protected void visit(RENode.CharacterClassExpr.And expr) throws RuntimeException { expr.getLeft().accept(this); Solver left = solver; expr.getRight().accept(this); Solver right = solver; solver = new Solver.And(left, right); }