Discussion of the Assignment
Start by understanding the entire pseudocode for the binary search tree operations (from Section 10.5). Then read through the portions that I have already implemented for you. Implement the rest of your work in two parts: (1) The insert and count functions, and (2) The bst_remove_all and bst_remove_max functions. Don't move to step 2 until you have completely finished and tested step 1. Please only submit your work until everything is done...no need to submit the first part since I will not give bonus points for doing that this year.
Since this is a template class, debugging can be more difficult (some debuggers don't permit breakpoints in a template function. To help in debugging, you can call b.debug() in a program to print the binary search tree for the bag b (using the format shown on page 484).
If you use a makefile, you must also be careful in specifying what files are to be compiled. For example:
bagexam: bagexam.o
g++ -Wall -gstabs bagexam.o -o bagexam
bagexam.o: bagexam.cxx bag6.h bag6.template bintree.h bintree.template
g++ -c -Wall -gstabs bagexam.cxx
The bag and bintree templates are never compiled on their own, but in order to create bagexam.o, all the template files must be present in the current directory.
Most of your grade will be based on the correctness of your implementation. However, I will also look at your work and assign some points for clarity and programming style. Make sure that your name is on all your work.
