void print_finger_list(FILE *out, Finger *fhead)
{
int i;
Finger *f;
for (f = fhead, i = 0; f; f = f->next, i++) {
fprintf(out, " [%d] ", i);
print_finger(out, f, "", "");
}
}
static LmSSLResponse
ssl_cb (LmSSL *ssl,
LmSSLStatus status,
gpointer ud)
{
g_print ("LmSendAsync: SSL status:%d\n", status);
switch (status) {
case LM_SSL_STATUS_NO_CERT_FOUND:
g_printerr ("LmSendAsync: No certificate found!\n");
break;
case LM_SSL_STATUS_UNTRUSTED_CERT:
g_printerr ("LmSendAsync: Certificate is not trusted!\n");
break;
case LM_SSL_STATUS_CERT_EXPIRED:
g_printerr ("LmSendAsync: Certificate has expired!\n");
break;
case LM_SSL_STATUS_CERT_NOT_ACTIVATED:
g_printerr ("LmSendAsync: Certificate has not been activated!\n");
break;
case LM_SSL_STATUS_CERT_HOSTNAME_MISMATCH:
g_printerr ("LmSendAsync: Certificate hostname does not match expected hostname!\n");
break;
case LM_SSL_STATUS_CERT_FINGERPRINT_MISMATCH: {
const char *fpr = lm_ssl_get_fingerprint (ssl);
g_printerr ("LmSendAsync: Certificate fingerprint does not match expected fingerprint!\n");
g_printerr ("LmSendAsync: Remote fingerprint: ");
print_finger (fpr, 16);
g_printerr ("\n"
"LmSendAsync: Expected fingerprint: ");
print_finger (expected_fingerprint, 16);
g_printerr ("\n");
break;
}
case LM_SSL_STATUS_GENERIC_ERROR:
g_printerr ("LmSendAsync: Generic SSL error!\n");
break;
}
return LM_SSL_RESPONSE_CONTINUE;
}
int main() {
// setup
struct leap_event *event;
struct leap_controller *controller = leap_controller();
struct leap_listener *listener = leap_listener(1000);
leap_add_listener(controller, listener);
// poll for events until we get 5000
int limit = 5000;
int counter = 0;
int i, j;
while (counter < limit) {
while ((event = leap_poll_listener(listener)) != NULL) {
printf("New event (%d): Type: %d\n", counter, event->event_code);
print_frame(&event->frame);
print_bounds(&event->frame.bounds);
for (i = 0; i < event->frame.hand_count; i++) {
struct leap_hand *hand = &event->frame.hands[i];
print_hand(hand);
for (j = 0; j < hand->finger_count; ++j) {
struct leap_finger *finger = &hand->fingers[j];
print_finger(finger);
}
}
++counter;
if (counter > limit)
break;
}
sleep_(100);
}
// shutdown
leap_remove_listener(controller, listener);
leap_listener_dispose(listener);
leap_controller_dispose(controller);
}