//
// restore window position
//
void restoreSettings(const char *configName, SDL_Rect &rect, int &fontScale) {
FILE *fp = openConfig(configName, "r");
if (fp) {
rect.x = nextInteger(fp, SDL_WINDOWPOS_UNDEFINED);
rect.y = nextInteger(fp, SDL_WINDOWPOS_UNDEFINED);
rect.w = nextInteger(fp, DEFAULT_WIDTH);
rect.h = nextInteger(fp, DEFAULT_HEIGHT);
fontScale = nextInteger(fp, DEFAULT_SCALE);
opt_mute_audio = nextInteger(fp, 0);
fclose(fp);
} else {
rect.x = SDL_WINDOWPOS_UNDEFINED;
rect.y = SDL_WINDOWPOS_UNDEFINED;
rect.w = DEFAULT_WIDTH;
rect.h = DEFAULT_HEIGHT;
fontScale = DEFAULT_SCALE;
}
}
/**
* @brief Where your program starts running.
* @param argc How many 'tokens' were typed when you ran the program
* @param argv A collection of all the tokens that were typed
* @sideeffect The program is the side effect! CS language is weird...
* @return This returns 0, unless it crashes or something weird happens.
*
* This program has three stages.
*
* In the first stage, it figures out the first eight Fibonacci numbers, starting with 1,1,....
*
* In the second stage, it figures out the nine Ulam numbers after 5 (which ends up getting redundant after a while...)
*
* In the third stage, it counts out the six integers after 1.
*
* In the fourth and last stage, it finds the averages of a few trios of numbers.
*/
int main(int argc, char* argv[])
{
int shaggy_dog;
int scratchpad2;
printf("Integers...\n");
nextInteger(1);
nextInteger(2);
nextInteger(3);
nextInteger(4);
nextInteger(5);
nextInteger(6);
printf("\n\n");
printf("Averages...\n");
//TASK 4: PUT averageOfThree FUNCTION CALLS HERE
printf("\n\n");
printf("Squares...\n");
shaggy_dog=0;
squareOf( shaggy_dog=nextInteger(shaggy_dog) );
squareOf(shaggy_dog=nextInteger(shaggy_dog));
squareOf(shaggy_dog=nextInteger(shaggy_dog));
squareOf(shaggy_dog=nextInteger(shaggy_dog));
squareOf(shaggy_dog=nextInteger(shaggy_dog));
printf("\n\n");
printf("Fibonacci numbers...\n");
shaggy_dog=nextFibonacci(1,1);
scratchpad2=nextFibonacci(shaggy_dog,1);
shaggy_dog=nextFibonacci(shaggy_dog, scratchpad2);
scratchpad2=nextFibonacci(shaggy_dog, scratchpad2);
shaggy_dog=nextFibonacci(shaggy_dog, scratchpad2);
scratchpad2=nextFibonacci(shaggy_dog, scratchpad2);
shaggy_dog=nextFibonacci(shaggy_dog, scratchpad2);
scratchpad2=nextFibonacci(shaggy_dog, scratchpad2);
printf("\n\n");
printf("Ulam numbers...\n");
shaggy_dog=nextUlam(5);
scratchpad2=nextUlam(shaggy_dog);
scratchpad2=nextUlam(scratchpad2);
scratchpad2=nextUlam(scratchpad2);
scratchpad2=nextUlam(scratchpad2);
scratchpad2=nextUlam(scratchpad2);
scratchpad2=nextUlam(scratchpad2);
scratchpad2=nextUlam(scratchpad2);
scratchpad2=nextUlam(scratchpad2);
printf("\n\n");
return 0;
}