

object Main extends App {

  override def main(args: Array[String]): Unit = {
    val input = io.StdIn.readLine
    val tree = Tree.of(input)

    val q = io.StdIn.readLine.toInt

    (1 to q).map(_ => io.StdIn.readLine.split(' ')).foldLeft(tree)((z, list) => {
//      z.print(0, input.length() - 1)
      list(0) match {
        case "print"   => z.print(list(1).toInt, list(2).toInt)
        case "replace" => z.replace(list(1).toInt, list(2).toInt, list(3))
        case "reverse" => z.reverse(list(1).toInt, list(2).toInt)
      }
    })

  }

  class Tree(val inner: Array[Char]) {
    def print(n: Int, m: Int): Tree = {
      val str = (n to m).foldLeft("")((z, k) => z + inner(k));
      println(str)
      this
    }
    def replace(n: Int, m: Int, str: String): Tree = {
      new Tree((0 until inner.length).map(i => i match {
        case j if (n to m).contains(j) => str.charAt(j - n)
        case j                         => inner(j)
      }).toArray)
    }
    def reverse(n: Int, m: Int): Tree = {
      new Tree((0 until inner.length).map(i => i match {
        case j if (n to m).contains(j) => inner(n + m - j)
        case j                         => inner(j)
      }).toArray)
    }
  }
  object Tree {
    def of(input: String): Tree = {
      new Tree(input.toCharArray())
    }
  }
}