size32_t aesEncryptWithRSAEncryptedKey(MemoryBuffer &out, size32_t inSz, const void *inBytes, const CLoadedKey &publicKey)
{
// create random AES key and IV
char randomAesKey[aesMaxKeySize];
char randomIV[aesBlockSize];
fillRandomData(aesMaxKeySize, randomAesKey);
fillRandomData(aesBlockSize, randomIV);
size32_t startSz = out.length();
DelayedSizeMarker mark(out);
publicKeyEncrypt(out, aesMaxKeySize, randomAesKey, publicKey);
mark.write();
out.append(aesBlockSize, randomIV);
DelayedSizeMarker aesSz(out);
aesEncrypt(out, inSz, inBytes, aesMaxKeySize, randomAesKey, randomIV);
aesSz.write();
return out.length()-startSz;
}
int main(int argc, char* argv[]) {
Matrix matrix;
/*Read in height and width*/
parseArguments(argc, argv, &matrix);
/*Allocate matrix on the heap*/
initMatrix(&matrix);
/*Fill with random unsigned chars*/
fillRandomData(&matrix);
/*Start timer*/
double start,mid1, mid2, end;
start = (double) clock();
/*Differentiate*/
int** dx = differentiateX(&matrix);
mid1 = (double) clock();
int** dy = differentiateY(&matrix);
mid2 = (double) clock();
/*Compute min and max*/
printf("The max and min for dx are: %d and %d\n", max(dx, matrix.width, matrix.height), min(dx, matrix.width, matrix.height));
printf("The max and min for dy are: %d and %d\n", max(dy, matrix.width, matrix.height), min(dy, matrix.width, matrix.height));
/*End timer*/
end = (double) clock();
printf("Total time taken: %.4f msec\n", (end-start) / CLOCKS_PER_MSEC);
printf("dx takes %f, dy takes %f msec\n", (mid1 - start) / CLOCKS_PER_MSEC, (mid2 - mid1) / CLOCKS_PER_MSEC);
/*Print*/
/*printMatrix(&matrix);*/
/*printArray(dx, matrix.width, matrix.height);*/
/*printArray(dy, matrix.width, matrix.height);*/
/*Free everything*/
for (int x = 0; x < matrix.width; x++) {
free(matrix.data[x]);
free(dx[x]);
free(dy[x]);
}
free(matrix.data);
free(dx);
free(dy);
return 0;
}
