/* Attempts to receive a batch of packets from 'rx'. In 'batch', the
* caller supplies 'packets' as the pointer to the beginning of an array
- * of MAX_RX_BATCH pointers to dp_packet. If successful, the
- * implementation stores pointers to up to MAX_RX_BATCH dp_packets into
+ * of NETDEV_MAX_BURST pointers to dp_packet. If successful, the
+ * implementation stores pointers to up to NETDEV_MAX_BURST dp_packets into
* the array, transferring ownership of the packets to the caller, stores
* the number of received packets into 'count', and returns 0.
*
}
}
-/* Attempts to receive a batch of packets from 'rx'. 'pkts' should point to
- * the beginning of an array of MAX_RX_BATCH pointers to dp_packet. If
- * successful, this function stores pointers to up to MAX_RX_BATCH dp_packets
- * into the array, transferring ownership of the packets to the caller, stores
- * the number of received packets into '*cnt', and returns 0.
+/* Attempts to receive a batch of packets from 'rx'. 'batch' should point to
+ * the beginning of an array of NETDEV_MAX_BURST pointers to dp_packet. If
+ * successful, this function stores pointers to up to NETDEV_MAX_BURST
+ * dp_packets into the array, transferring ownership of the packets to the
+ * caller, stores the number of received packets in 'batch->count', and returns
+ * 0.
*
* The implementation does not necessarily initialize any non-data members of
- * 'pkts'. That is, the caller must initialize layer pointers and metadata
+ * 'batch'. That is, the caller must initialize layer pointers and metadata
* itself, if desired, e.g. with pkt_metadata_init() and miniflow_extract().
*
* Returns EAGAIN immediately if no packet is ready to be received or another
{
int retval;
- retval = rx->netdev->netdev_class->rxq_recv(rx, batch);
+ retval = rx->netdev->netdev_class->rxq_recv(rx, batch);
if (!retval) {
COVERAGE_INC(netdev_received);
} else {