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int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one");

int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four");. x = 3. int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one");

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int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one");

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  1. int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four");

  2. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four");

  3. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1

  4. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 true x > 2

  5. x = 3 int x = 3; if (x > 1) if (x > 2){ if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2

  6. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3

  7. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one”

  8. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one” }

  9. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one” }

  10. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one” }

  11. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); }else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one” }

  12. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); }elseSystem.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one” “three” }

  13. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); }else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one” “three” }

  14. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one” “three” }

  15. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one” “three” }

  16. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one” “three” “four” }

  17. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one” “three” “four” }

  18. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one” “three” “four” } The end.

  19. x = 3 int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); true x > 1 { true x > 2 true x > 3 “one” “three” “four” } The end. The end. Nothing gets printed.

  20. int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); Old problem

  21. int x = 3; if (x > 1) { if (x > 2) if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); New problem

  22. Old problem int x = 3; if (x > 1) if (x > 2) { if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four");

  23. New problem int x = 3; if (x > 1) { if (x > 2) if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four");

  24. New problem int x = 3; if (x > 1) { if (x > 2) if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); else w/out if Does not compile!

  25. New problem int x = 3; if (x > 1) { if (x > 2) if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); else w/out if Does not compile! The only solution, then, is to carefully draw the flowchart!

  26. New problem int x = 3; if (x > 1) { if (x > 2) if (x > 3) System.out.println("one"); } else System.out.println("three"); else System.out.println("four"); else w/out if Does not compile! The only solution, then, is to carefully draw the flowchart! There really isn’t any reliable, uniform shortcut alternative to that.

  27. Let’s take a look at the lab assignment.

  28. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  29. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  30. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  31. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  32. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  33. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  34. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  35. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  36. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  37. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  38. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  39. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  40. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  41. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  42. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  43. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  44. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  45. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  46. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  47. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  48. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  49. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

  50. initialize the amount the user needs to pay while (the amount due is more than zero) { prompt the user for input (a line) get the line and prepare to take it apart while (there are still tokens available) { get next token (call it token) interpret it, and update amount } // if you get here you’re done with the line // but the amount due can still be positive } // if you get here the amount due is zero or less

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