/* Or even a list that you can iterate over... */
static void
__printf (SOCKET *self)
{
char tb[100];
socket_t *sock = self->data;
char c = c;
fprintf(stderr, "class: %s\n",
c == 'c' ? "client" : c == 'd' ? "server (child)" : "server (parent)");
fprintf(stderr, "conntype: %s\n",
type_type(tb, sock->connection_type));
fprintf(stderr, "opened: %s\n",
sock->opened ? "yes" : "no");
fprintf(stderr, "domain: %s\n", domain_type(tb, sock->domain));
fprintf(stderr, "protocol: %s\n", proto_type(tb, sock->protocol));
fprintf(stderr, "buffer size: %d\n", sock->bufsz);
fprintf(stderr, "backlog: %d\n", sock->backlog);
fprintf(stderr, "hostname: %s\n", sock->hostname);
// fprintf(stderr, "service: %s\n", sock->service);
fprintf(stderr, "fd: %d\n", sock->fd);
fprintf(stderr, "port: %d\n", sock->port);
fprintf(stderr, "tcp socket buffer: %p (%s)\n", sock->buffer,
c == 'c' ? "client" : c == 'd' ? "child" : "server");
}
host_image2d<V>&
host_image2d<V>::operator=(IplImage *imgIpl)
{
pitch_ = imgIpl->widthStep;
data_ = PT((V*) imgIpl->imageData, dummy_free<V>);
begin_ = (V*) imgIpl->imageData;
domain_ = domain_type(imgIpl->height,imgIpl->width);
border_ = 0;
return *this;
}
host_image2d<V>::host_image2d(cv::Mat m)
{
assert(m.rows > 0 && m.cols > 0);
m.addref();
pitch_ = m.step;
data_ = PT((V*) m.data, dummy_free<V>);
begin_ = (V*) m.data;
domain_ = domain_type(m.rows, m.cols);
// *this = static_cast<IplImage*>(&m);
}
host_image2d<V>&
host_image2d<V>::operator=(cv::Mat m)
{
assert(m.rows && m.cols);
m.addref();
pitch_ = m.step;
border_ = 0;
data_ = PT((V*) m.data, dummy_free<V>);
begin_ = (V*) m.data;
domain_ = domain_type(m.rows, m.cols);
return *this;
}
