1. Midterm Thursday, in class.
Cheat sheet only, close form, no electronics

2. Classes Event Handling GUI Components Variables, methods, constructors
Control structures
Inheritance
Access scope
Event Handling
GUI Components

3. Trace control structures – inclass exercise
Write control structure-related code – class sample
Private, protected, and public - inclass exercise
Write a simple class – Projects #1, #2 & #3
Concepts about Classes – Projects #1, #2 & #3
Concepts about Events and Event handling - Projects #2, #3
Concepts about GUI Components - Project #3

4. Examples
CMyShape
MyCar class (project #2)
Re cap of class exercises

5. break & continue
int sum=0; for (int i=1; i<=10; i++) { if (i%5==0) continue; sum += i; // sum = sum+i; } if (i%5==0) break;

6. What will be printed? for (int j=0; j<9; j++) { switch (i) {
for (int i=0; i<3; i++) {
for (int j=0; j<9; j++) {
switch (i) {
case 0:
break;
case 1:
continue; }
Console::WriteLine(10*i+j);
if (j==4) {
else {

7. Access modifiers Public Private Protected
Accessible by external functions and methods
Accessible to derived ref classes
Private
Not accessible by external functions and methods
Not accessible to derived ref classes
Protected

8. Are They Accessible? ref class B { private: int a; protected: int b;
public: int c;
public: void bbb() {
Console::Write(“{0}\n”, a); // accessible?
Console::Write(“{0}\n”, b); // accessible?
Console::Write(“{0}\n”, c); // accessible? } };
ref class A: public B {
public: void bbb(int a) {
Console::Write(“{0}\n”, this->a); // accessible?
ref class C {
public: void ccc() {
B ^b = gcnew B();
Console::Write(“{0}\n”, b->a); // accessible?
Console::Write(“{0}\n”, b->b); // accessible?
Console::Write(“{0}\n”, b->c); // accessible?