#include <iostream>
using namespace std;

int main(int argc, char **argv) {
    cout << "Hello World!" << endl;
    return 0;
}

This page will be filled out with links to slides, example code, and other useful information as the semester progresses.

The easiest way to get the example .c and .cpp files onto your eniac account is to use wget. Simply type wget "URL" (with the quotation marks around the URL) to download the file located at the URL to your current directory. For example: wget "http://www.cis.upenn.edu/~cis190/fall2014/lectures/01/hello_world.c" will download hello_world.c to the directory from which the command is run.

Lectures

• Week 1, Aug 27: Introduction and Getting Started
• lec01.pdf: Lecture Notes
• Live Coding Files:
• hello_world.c
• eratosthenes.c
• solved_hello_world.c: Hello, World!
• solved_eratosthenes.c: Sieve of Eratosthenes
• solved_hello_functions.c: Hello, World! done with functions


• Week 2, Sep 3: Not So Basics
• lec02.pdf: Lecture Notes
• Live Coding Files:
• structs.c
• solved_structs.c: Examples of using structs
• Lecture notes on pointers from MIT (good introduction to pointers, goes into a lot more depth)


• Week 3, Sep 10: Memory Management in C
• lec03.pdf: Lecture Notes
• Live Coding Files:
• sample.c: Code used in demonstration of ddd debugger in class


• Week 4, Sep 17: Assorted Topics (and More on Pointers)
• lec04.pdf: Lecture Notes
• Live Coding Files:
• CLA_streams.c
• foo.txt
• solved_CLA_streams.c: Example of using streams, file pointers, and command line arguments


• Week 5, Sep 24: Linked Lists
• lec05.pdf: Lecture Notes
• linkedList.c: function definitions for a basic linked list implementation
• linkedList.h: function prototypes for a basic linked list implementation
• llExample.c: example of a main() using the basic linked list implementation


• Week 6, Oct 1: Introduction to C++
• lec06.pdf: Lecture Notes
• Live Coding Files:
• hello_world.cpp
• solved_hello_world.cpp: Converting Hello, World! from C to c++


• Week 7, Oct 8: C++ Streams
• lec07.pdf: Lecture Notes
• Live Coding Files:
• iomanip_test.cpp
• solved_iomanip_test.cpp: Use various iomanip library functions to format output


• Week 8, Oct 15: Classes in C++
• lec08.pdf: Lecture Notes
• Live Coding Files:
• Makefile: Makefile for compiling Rectangle class and example main()
• rectangle.h: Completed Rectangle class declaration
• rectangle.cpp: Completed Rectangle class definitions
• exRect.cpp: Completed use of Rectangle class in main()


• Week 9, Oct 22: Vectors, Enumeration, Overloading, and More!
• lec09.pdf: Lecture Notes
• Live Coding Files:
• Makefile
• vectors.cpp
• solved_vectors.cpp: Examples of using vectors


• Week 10, Oct 29: Inheritance
• lec10.pdf: Lecture Notes
• Live Coding Files:
• Makefile
• exInher.cpp
• inher.cpp
• inher.h
• solved_exInher.cpp: Completed use of Shape and child classes in main()
• solved_inher.cpp: Completed Shape and child class definitions (including overriding)
• solved_inher.h: Completed Shape and child class declarations


• Week 11, Nov 5: Polymorphism
• lec11.pdf: Lecture Notes
• Live Coding Files:
• Makefile
• exPoly.cpp
• poly.cpp
• poly.h
• solved_exPoly.cpp: Completed use of Animal and child classes in main()
• solved_poly.cpp: Completed Animal and child class definitions (including virtual functions)
• solved_poly.h: Completed Animal and child class declarations


• Week 12, Nov 12: Bits and Pieces of C++
• lec12.pdf: Lecture Notes
• namespace.cpp: a simple example of using two separate namespaces
• references.cpp: examples of using pass by value, by reference, and a reference using values, pointers, and references


• Week 13, Nov 19: Templates
• lec13.pdf: Lecture Notes
• exTemplates.cpp: declarations and definitions for templated functions and classes
• templates.h: example of a main() using the templated functions and classes


• Week 14, Dec 2 and 3: Student Project Presentations
• Bring your own slides!