Lines Matching refs:cooked
398 * If we're in cooked mode, make the snapshot length
399 * large enough to hold a "cooked mode" header plus
403 if (handle->md.cooked) {
477 * If this is a cooked device, leave extra room for a
480 if (handle->md.cooked)
487 * support cooked devices.
579 * If this is a cooked device, fill in the fake packet header.
581 if (handle->md.cooked) {
760 if (handle->md.cooked) {
764 * XXX - how do you send on a bound cooked-mode
769 "Sending packets isn't supported in cooked mode",
978 * operand, and so that, if we're in cooked mode, all
1093 * in cooked mode; otherwise, we can't use cooked mode, so we have
1117 * as we fall back on cooked mode there; are there any
1211 * in cooked mode. That's what we'll do, if we can.
1254 * in cooked mode, if we can; otherwise, we just treat
1266 * back on cooked sockets, so we'd have to
1360 * so let's use "Linux-cooked" mode. Jean II */
1361 //handle->md.cooked = 1;
1403 * the cooked interface.
1439 * to cooked mode if we have an unknown interface type.
1443 /* Assume for now we don't need cooked mode. */
1444 handle->md.cooked = 0;
1462 * in cooked mode (e.g., PPP devices),
1466 * kernels) - reopen in cooked mode.
1480 handle->md.cooked = 1;
1484 * we allocated - this only supports cooked
1496 * cooked mode; we may want to
1503 "falling back to cooked "
1507 /* IrDA capture is not a real "cooked" capture,
1526 * This is cooked mode.
1528 handle->md.cooked = 1;
1537 * if we figure out how to transmit in cooked
1798 handle->md.cooked = 0;
2050 * Yes; are we in cooked mode?
2052 if (handle->md.cooked) {
