Lab Exercises

For this lab you are to write a main program that asks the users for a series of integers, until the user enters -999 ( which is ignored. )  As each number is read in, it is added to a Binary Search Tree, either by adding another node to the tree if this is a unique integer, or incrementing a counter if this is a duplicate.  After all numbers are read in, the BST is printed, in order.

Follow the instructions in the comments of the provided starting files, and submit your results to Gradescope, either via upload or via github.  ( Don’t forget to rename lab13.cpp to something including your netid. )

• Lab 13 starting files.

Follow the instructions in the following file, and those given by your TA.  Note that this assignment must be submitted via github.

• Lab 12 instructions

• Follow the instructions  to download, build, run, and analyze the code provided
  • Lab 11 instructions
  • Lab 11 files
• Answer questions on GradeScope.

For this lab follow the instructions to edit the given files.  There are some questions to be answered within comment blocks in the files.  At the end of lab period, zip your files together and turn them in using Gradescope.

• Lab 9B Instructions
• Lab 9B Files

Download the following zip file to bertvm, and unpack it using “unzip”.  Type make to see that it builds ( with warnings ).  Then edit the code to make it as functional as you can in 2 hours.  You may reuse code from lab 8 / Project 5 if you wish.

• proj6Base.zip – Updated at 12:26 May 31st.

Download the following files to bertvm and follow the instructions given in proj5Base.cpp.  ( This is a starting point for project 5. )  Hand in to Gradescope whatever you have accomplished in the first two hours.  Note that tasks 1-4 are for lab purposes only, and should be removed or commented out before submitting Project 5 as a homework assignment.

• proj5Base.zip  contains the following:
  • proj5Base.cpp
  • Sample.h
  • Sample.cpp
  • SampleGroup.h
  • SampleGroup.cpp

In order to compile a .cpp file you must use g++:

  g++ -g -o proj5Base proj5Base.cpp Vertex.cpp VertexSet.cpp

The use of a makefile ( to be explained soon ) can make life easier.

Review full information on CS 211 code reviews on the code reviews tab of this web site.  Files need are:

• Code Review Checklist
• Code Review Form

Note that these are both undergoing development, and may change in the future.  See the web site tab for further details.

This lab consists of gradescope questions, some of which are based on the following files:

• lab2a.c
• lab5.c ( Use your file from the end of lab 5.  If you don’t have that file any more, you can use this one. )
• gdb reference card – This may be useful whenever using gdb

Follow the instructions in the Lab 5 guide to edit lab5.c:

• Lab 5 Guide
• lab5.c

Submit the edited program to Gradescope.  Do not spend more than 90 to 120 minutes working on this lab.

Questions for this lab session are posted to Gradescope, available at the start of the lab.  This is a timed assignment, you have 120 minutes to complete this assignment from the time you start it.

Use the following programs to answer the questions:

• lab4a.c
• lab4b.c

Follow the instructions in the Lab 3 Guide and the comments in lab3.c to edit and complete lab3.c

Turn in the edited program to Gradescope.

The following files will be needed for this lab session:

• Lab3 Guide
• lab3.c

Questions for this lab exercise are on Gradescope, and refer to the following two programs:

• lab2a.c
• lab2b.c

The lab assignment is timed. You have 120 minutes to complete the lab.

Please review the following before lab, and ensure you can access bertvm, transfer files, and ideally build and run a simple “Hello World” application in C:

• Quick Start Guide

Links to the following files will be added before labs start.
( Note that the UIC web site builder does not allow direct download of source code files. 🙁  )

• Lab1Guide.pdf
• lab1a.c
• lab1b.c