void OTExtensionWithMatrix::print(BitVector& newReceiverInput, int i)
{
if (player->my_num() == 0)
{
print_receiver<gf2n_long>(newReceiverInput, receiverOutputMatrix, i);
print_sender(senderOutputMatrices[0].squares[i], senderOutputMatrices[1].squares[i]);
}
else
{
print_sender(senderOutputMatrices[0].squares[i], senderOutputMatrices[1].squares[i]);
print_receiver<gf2n_long>(newReceiverInput, receiverOutputMatrix, i);
}
}
void OTExtensionWithMatrix::print_pre_correlate(int i)
{
cout << "pre correlate" << endl;
if (player->my_num() == 0)
print_sender(receiverOutputMatrix.squares[i], t1.squares[i]);
else
print_receiver<gf2n_long>(baseReceiverInput, senderOutputMatrices[0], i);
}
void OTExtensionWithMatrix::print_post_transpose(BitVector& newReceiverInput, int i, int sender)
{
cout << "post transpose, sender " << sender << endl;
if (player->my_num() == sender)
{
print_receiver<gf2n_long>(newReceiverInput, receiverOutputMatrix);
}
else
{
square128 tmp = senderOutputMatrices[0].squares[i];
tmp ^= baseReceiverInput;
print_sender(senderOutputMatrices[0].squares[i], tmp);
}
}
int recv_ack(Sender* sender, Frame* frame)
{
if ((frame->ack > sender->LAR )
&& (frame->ack <= sender->LFS))
{
sender->LAR = frame->ack;
if (sender->LAR == sender->FSS)
{
sender->fin = 2;
print_sender(sender);
}
fprintf(stderr,"sender_ack:%d\n",sender->LAR);
}
return 0;
}
