int main() {
int x = enterNumber(32,127);
int y = enterNumber(x, 127);
printTable(x,y);
return(EXIT_SUCCESS);
}
int main(){
Border smallBorder, bigBorder, blankContent, topBorder, bottomBorder;
setBorder(smallBorder, VERTICALDOUBLELINECHAR, HORIZONTALLINECHAR, CENTRECHAR, VERTICALDOUBLELINECHAR, VERTICALDOUBLELINECHAR);
setBorder(bigBorder, LEFTMIDDLECHAR, HORIZONTALDOUBLELINECHAR, HORIZONTALDOUBLELINECHAR, DOUBLECENTRECHAR, RIGHTMIDDLECHAR);
setBorder(blankContent, VERTICALDOUBLELINECHAR, BLANK, VERTICALLINECHAR, VERTICALDOUBLELINECHAR, VERTICALDOUBLELINECHAR);
setBorder(topBorder, TOPLEFTCORNERCHAR, HORIZONTALDOUBLELINECHAR, HORIZONTALDOUBLELINECHAR, TOPMIDDLECHAR, TOPRIGHTCORNERCHAR);
setBorder(bottomBorder, BOTTOMLEFTCORNERCHAR, HORIZONTALDOUBLELINECHAR, HORIZONTALDOUBLELINECHAR, BOTTOMMIDDLECHAR, BOTTOMRIGHTCORNERCHAR);
DoubleIntArrPointer *possibleResult;
possibleResult = new DoubleIntArrPointer[SIZE];
int finalSolution [SIZE][SIZE];
int possibleLength [SIZE][SIZE];
setUpGiven(finalSolution);
setUpPossible(possibleResult);
setUpGivenPossibility(possibleResult, finalSolution, possibleLength);
setUpChecks(possibleResult, finalSolution, possibleLength);
while(!isSolved(possibleLength)){
enterSequential(possibleResult, finalSolution, possibleLength);
updateTrickColumn(possibleResult, finalSolution, possibleLength);
updateTrickRow(possibleResult, finalSolution, possibleLength);
for(int i = 1; i <= 9; i++){
enterBox(possibleResult, finalSolution, possibleLength, i);
enterNumber(possibleResult, finalSolution, possibleLength, i, ROWMODE);
enterNumber(possibleResult, finalSolution, possibleLength, i, COLMODE);
updateTrickRowAdvanced(possibleResult, finalSolution, possibleLength, i);
updateTrickColAdvanced(possibleResult, finalSolution, possibleLength, i);
}
}
for (int bigVerBox = 0; bigVerBox < VERBOX; bigVerBox++){
for (int smallVerBox = 0; smallVerBox < VERBOX; smallVerBox++){
if(smallVerBox == 0){
if (bigVerBox == 0){
drawBorder(topBorder);
}else{
drawBorder(bigBorder);
}
}else{
drawBorder(smallBorder);
}
for (int bigBox = 0; bigBox < HORBOX; bigBox++){
for (int smallBox = 0; smallBox < HORBOX; smallBox++){
if(smallBox == 0){
if(bigBox != 0){
printf("%c", blankContent.secondBorder);
}else{
printf("%c", blankContent.firstBorder);
}
}else{
printf("%c", blankContent.innerBorder);
}
printf("%d", finalSolution[bigBox*3 + smallBox][bigVerBox*3 + smallVerBox]);
}
}
printf("%c\n", blankContent.endBorder);
}
}
drawBorder(bottomBorder);
}
