void AES::encrypt()
{
round = 0;
keyAdd();
round++;
for (; round < 10; round++)
runRound();
subBytes();
shiftRows();
keyAdd();
printData();
}
void AES::verboseEncryptNoReset()
{
if (round == 0)
{
std::cout << "Round " << round << " plaintext:" << std::endl;
printData();
keyAdd();
std::cout << std::endl << "Round " << round << " keyAdd:" << std::endl;
printData();
round++;
}
for (; round < 10; round++)
{
std::cout << std::endl << "Round " << round << " plaintext:" << std::endl;
printData();
subBytes();
std::cout << std::endl << "Round " << round << " subBytes:" << std::endl;
printData();
shiftRows();
std::cout << std::endl << "Round " << round << " shiftRows:" << std::endl;
printData();
mixColumns();
std::cout << std::endl << "Round " << round << " mixColumns:" << std::endl;
printData();
keyAdd();
std::cout << std::endl << "Round " << round << " keyAdd:" << std::endl;
printData();
}
subBytes();
std::cout << std::endl << "Round " << round << " subBytes:" << std::endl;
printData();
shiftRows();
std::cout << std::endl << "Round " << round << " shiftRows:" << std::endl;
printData();
keyAdd();
std::cout << std::endl << "Round " << round << " keyAdd / ciphertext:" << std::endl;
printData();
}
int main(void)
{
Key_val *k = NULL;
Vec *v = NULL;
char *s;
char ts[] = "one";
int i = 0;
k = keyAdd(k, ts, "1");
k = keyAdd(k, "two", "2");
k = keyAdd(k, "three", "3");
k = keyAdd(k, "four", "4");
k = keyAdd(k, "five", "5");
v = vecAdd(v, "ONE", k);
//This doesn_t have to be last but k
// must have a value. So it can_t go first.
// You need to reset k
k = NULL;
k = keyAdd(k, "twenty one", "21");
k = keyAdd(k, "twenty two", "22");
k = keyAdd(k, "twenty three", "23");
k = keyAdd(k, "twenty four", "24");
v = vecAdd(v, "TWO", k);
prV(v);
printf("\n\n ................ \n\n");
//Example returning key_val from the string found in vector v
printf("Below pr(findK(v,\"ONE\"))\n");
pr(findK(v, "ONE"));
printf("Below pr(findK(v,\"TWO\"))\n");
pr(findK(v, "TWO"));
printf("\n");
s = (char *)malloc(sizeof(char) * 80);
strcpy(s, "twenty two");
fprintf(stderr, "find(c,%s)=%s\n", s, find(k, s));
modify(k,s,"New twenty two");
k = findK(v, "ONE");
strcpy(s, "one");
fprintf(stderr, "find(c,%s)=%s\n", s, find(k, s));
free(s);
printf("\n\nExample use in a for loop.\n\n");
for (i = 0; i < pvLength(v); ++i) {
pr(getK(v, i));
printf("......\n");
}
myfreeV(v);
//Note myfreeV calls this
// myfree(k);
return 0;
}
void CalculatorTestApp::handleKey(widgetid_t keyPressed) {
// keyMap origKeyMap = (keyMap)buttons->getMap();
switch (keyPressed) {
case zero:
case one:
case two:
case three:
case four:
case five:
case six:
case seven:
case eight:
case nine:
case hex_a:
case hex_b:
case hex_c:
case hex_d:
case hex_e:
case hex_f:
keyDigit(keyPressed);
break;
case decimal:
keyDecimal();
break;
case enter:
keyEnter();
break;
case clear:
keyClear();
break;
case backspace:
keyBackspace();
break;
case shift:
keyShift();
break;
case ee:
keyEE();
break;
default:
// the following are functions that accept the current input string
acceptText();
switch (keyPressed) {
case divide:
keyDivide();
break;
case multiply:
keyMultiply();
break;
case add:
keyAdd();
break;
case subtract:
keySubtract();
break;
case inverse:
keyInverse();
break;
case percent:
keyPercent();
break;
case swap:
keySwap();
break;
case changeBase:
keyBase();
break;
case send:
keySend();
break;
case square_f:
keySquare();
break;
case cube_f:
keyCube();
break;
case pow_f:
keyPow();
break;
case exp_f:
keyExp();
break;
case pow10_f:
keyPow10();
break;
case sqrt_f:
keySqrt();
break;
case cubert_f:
keyCubert();
break;
case xroot_f:
keyXroot();
break;
case ln_f:
keyLn();
break;
case log10_f:
keyLog10();
break;
case sin_f:
keySin();
break;
case cos_f:
keyCos();
break;
case tan_f:
keyTan();
break;
case pi_f:
keyPi();
break;
case e_f:
keyE();
break;
case asin_f:
keyAsin();
break;
case acos_f:
keyAcos();
break;
case atan_f:
keyAtan();
break;
case logy_f:
keyLogy();
break;
case log2_f:
keyLog2();
break;
case in2mm_f:
keyIn2mm();
break;
case mm2in_f:
keyMm2In();
break;
case g2lb_f:
keyG2lb();
break;
case lb2g_f:
keyLb2g();
break;
case c2f_f:
keyC2f();
break;
case f2c_f:
keyF2c();
break;
case ppi_f:
keyPpi();
break;
default:
break;
}
}
// if (origKeyMap == sci_map && buttons->getMap() == sci_map) {
// buttons->setMap(basic_map);
// }
drawDisplay();
}