.. _LazyLists:

.. raw:: html

   <script>ODSA.SETTINGS.DISP_MOD_COMP = true;ODSA.SETTINGS.MODULE_NAME = "LazyLists";ODSA.SETTINGS.MODULE_LONG_NAME = "Lazy Lists";ODSA.SETTINGS.MODULE_CHAPTER = "Interpreting the Imperative Language SLang 2"; ODSA.SETTINGS.BUILD_DATE = "2017-09-26 16:09:32"; ODSA.SETTINGS.BUILD_CMAP = false;JSAV_OPTIONS['lang']='en';JSAV_EXERCISE_OPTIONS['code']='java';</script>


.. |--| unicode:: U+2013   .. en dash
.. |---| unicode:: U+2014  .. em dash, trimming surrounding whitespace
   :trim:


.. This file is part of the OpenDSA eTextbook project. See
.. http://algoviz.org/OpenDSA for more details.
.. Copyright (c) 2012-13 by the OpenDSA Project Contributors, and
.. distributed under an MIT open source license.

.. avmetadata:: 
   :author: David Furcy and Tom Naps


Lazy Lists
==========

RP 32 Part 1
------------

This problem will help you understand code that creates infinite
sequences.

.. avembed:: Exercises/PL/RP32part1.html ka
   :module: LazyLists
   :points: 1.0
   :required: True
   :threshold: 5.0
   :exer_opts: JXOP-debug=true&amp;JOP-lang=en&amp;JXOP-code=java
   :long_name: RP set #32, question #1

RP 32 Part 2
------------

This problem will help you write recursive code to process infinite
sequences. To earn credit for it, you must complete this randomized
problem correctly three times in a row.

.. avembed:: Exercises/PL/RP32part2.html ka
   :module: LazyLists
   :points: 1.0
   :required: True
   :threshold: 5.0
   :exer_opts: JXOP-debug=true&amp;JOP-lang=en&amp;JXOP-code=java
   :long_name: RP set #32, question #2

RP 33 Part 1
------------

This problem reviews recursive definitions of sequences.  To earn
credit for it, you must complete this randomized problem correctly
three times in a row.

.. avembed:: Exercises/PL/RP33part1.html ka
   :module: LazyLists
   :points: 1.0
   :required: True
   :threshold: 5.0
   :exer_opts: JXOP-debug=true&amp;JOP-lang=en&amp;JXOP-code=java
   :long_name: RP set #33, question #1

RP 33 Part 2
------------

This problem deals with one more example of a recursive definition of
a sequence.

.. avembed:: Exercises/PL/RP33part2.html ka
   :module: LazyLists
   :points: 1.0
   :required: True
   :threshold: 5.0
   :exer_opts: JXOP-debug=true&amp;JOP-lang=en&amp;JXOP-code=java
   :long_name: RP set #33, question #2