void keyPad()
{
int erro=0, lado=1, opt=0;
char key=0;
Calculadora calc;
iniciarVariaveis(&calc);
atualizaTela(erro, opt, calc);
while(key != 27)
{
erro=0;
key = getch();
if(key == 72)
{
moverCima(&opt, &lado);
if(opt < 4)
iniciarVariaveis(&calc);
}
else if(key == 80)
{
moverBaixo(&opt, &lado);
if(opt < 5)
iniciarVariaveis(&calc);
}
else if(key == 75)
{
moverEsquerda(&opt, &lado);
}
else if(key == 77)
{
moverDireita(&opt, &lado);
}
else if(key == 8)
{
if(backspace(opt, &calc) == 1)
iniciarConversao(opt, &calc);
else if(opt < 4)
iniciarVariaveis(&calc);
else
iniciarBinarioAS(&calc);
}
else
{
switch(opt)
{
case 0:
keyDecimal(key, &erro, &calc);
break;
case 1:
keyOctal(key, &erro, &calc);
break;
case 2:
keyBinario(key, &erro, &calc);
break;
case 3:
keyHexadecimal(key, &erro, &calc);
break;
case 4:
keyBinarioAS(key, &erro, &calc, 1);
break;
case 5:
keyBinarioAS(key, &erro, &calc, 2);
break;
}
if(opt < 4)
iniciarConversao(opt, &calc);
else
iniciarBinarioAS(&calc);
}
atualizaTela(erro, opt, calc);
}
}
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();
}