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Animation of Stepanov’s do_cycle function, from Notes on Programming, Lecture 17

This animation showcases the implementation of Stepanov's do_cycle function from Notes on Programming. The function iterates through a cycle of elements and performs a given action on each element.

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Animation of Stepanov’s do_cycle function, from Notes on Programming, Lecture 17

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  1. Animation of Stepanov’s do_cycle function, from Notes on Programming, Lecture 17 i a b c d void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  2. next i a b c d void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  3. next i a b c d void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  4. next i a b c d temp void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  5. next i a b c d temp a void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  6. first next i a b c d temp a void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  7. first next i b b c d temp a void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  8. first next i b b c d temp a void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  9. first next i b b c d temp a void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  10. first next i b c c d temp a void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  11. first next i b c c d temp a void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  12. first next i b c c d temp a void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  13. first next i b c d d temp a void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  14. first next i b c d d temp a void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  15. next first i b c d d temp a void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  16. next first i b c d a temp a void do_cycle(I i, A a) { I next = i; a(next); if (next == i) return; UNDERLYING_TYPE(VALUE_TYPE(I)) temp; move_raw(deref(i), temp); I first = i; do { move_raw(deref(next), deref(first)); first = next; a(next); } while (next != i); move_raw(temp, deref(first));}

  17. i b c d a (Destroy first, temp, next)

  18. i b c d a Done!

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