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uplink_macros.h
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/*
* BSD LICENSE
*
* Copyright(c) 2007-2017 Intel Corporation. All rights reserved.
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
*
* * Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* * Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in
* the documentation and/or other materials provided with the
* distribution.
* * Neither the name of Intel Corporation nor the names of its
* contributors may be used to endorse or promote products derived
* from this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
* "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
* LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
* A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
* OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
* LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
* DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
* THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
* (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
* OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*
* version: RWPA_VNF.L.18.02.0-42
*/
#ifndef __INCLUDE_UPLINK_MACROS_H__
#define __INCLUDE_UPLINK_MACROS_H__
/*
* HELPER MACROS
* - should not be called from outside this file
*/
////////////////////////////////////////////////////////////////////////////////
#if !defined RWPA_STATS_CAPTURE_STA_LOOKUP_OFF && defined RWPA_STATS_CAPTURE
#define _STORE_STA_BULK_LOOKUP_STATS(n, f) \
({ \
uint8_t matched = 0; \
for (unsigned int i = 0; i < n; i++) { \
if (f[i] >= 0) \
matched++; \
} \
\
struct stats_sta_lookup *stats = \
stats_capture_sta_lookup_get_mem_info(STATS_STA_LOOKUP_TYPE_UL); \
\
if (likely(stats != NULL)) { \
stats->matched += matched; \
stats->unmatched += n - matched; \
stats->num_pkts += n; \
stats->last_burst[ \
stats->last_burst_index++ % \
STA_LOOKUP_BURST_LEN] = n; \
stats->call_num += 1; \
} \
})
#else // !defined RWPA_STATS_CAPTURE_STA_LOOKUP_OFF && defined RWPA_STATS_CAPTURE
#define _STORE_STA_BULK_LOOKUP_STATS(n, f) \
do {} while(0)
#endif // !defined RWPA_STATS_CAPTURE_STA_LOOKUP_OFF && defined RWPA_STATS_CAPTURE
////////////////////////////////////////////////////////////////////////////////
#if !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && defined RWPA_STATS_CAPTURE
#define _CCMP_BURST_ENQUEUE_STATS(l, e) \
({ \
struct stats_crypto *stats = \
stats_capture_crypto_get_mem_info(STATS_CRYPTO_TYPE_UL); \
\
if (likely(stats != NULL)) { \
stats->driver_id = crypto_driver_id_get(); \
stats->call_num += 1; \
stats->total_packets_enqueued += e; \
stats->total_enqueue_calls += 1; \
if (unlikely(enq < l)) \
stats->total_enqueue_errors += (l - e); \
} \
})
#define _CCMP_BURST_DEQUEUE_CALL_STATS \
({ \
struct stats_crypto *stats = \
stats_capture_crypto_get_mem_info(STATS_CRYPTO_TYPE_UL); \
\
if (likely(stats != NULL)) { \
stats->call_num += 1; \
stats->total_dequeue_calls += 1; \
} \
})
#else // !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && defined RWPA_STATS_CAPTURE
#define _CCMP_BURST_ENQUEUE_STATS(l, e) \
do {} while(0)
#define _CCMP_BURST_DEQUEUE_CALL_STATS \
do {} while(0)
#endif // !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && defined RWPA_STATS_CAPTURE
////////////////////////////////////////////////////////////////////////////////
#if !defined RWPA_STATS_CAPTURE_PORTS_OFF && !defined RWPA_STATS_CAPTURE_UPLINK_OFF
#define _UL_PMD_RX_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_PMD_RX)
#define _UL_PMD_RX_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_PMD_RX)
#define _UL_PMD_RX_CYCLE_CAPTURE_COPY_LAST \
CYCLE_CAPTURE_COPY_LAST(CYCLE_CAPTURE_UL_PMD_RX_EXCL_EMPTIES, \
CYCLE_CAPTURE_UL_PMD_RX)
#else // !defined RWPA_STATS_CAPTURE_PORTS_OFF && !defined RWPA_STATS_CAPTURE_UPLINK_OFF
#define _UL_PMD_RX_CYCLE_CAPTURE_START
#define _UL_PMD_RX_CYCLE_CAPTURE_STOP
#define _UL_PMD_RX_CYCLE_CAPTURE_COPY_LAST
#endif // !defined RWPA_STATS_CAPTURE_PORTS_OFF && !defined RWPA_STATS_CAPTURE_UPLINK_OFF
////////////////////////////////////////////////////////////////////////////////
#if !defined RWPA_STATS_CAPTURE_STA_LOOKUP_OFF && \
!defined RWPA_STATS_CAPTURE_UPLINK_OFF && \
defined RWPA_CYCLE_CAPTURE && \
RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
#define _UL_STA_LOOKUP_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_STA_LOOKUP)
#define _UL_STA_LOOKUP_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_STA_LOOKUP)
#else // !defined RWPA_STATS_CAPTURE_STA_LOOKUP_OFF &&
// !defined RWPA_STATS_CAPTURE_UPLINK_OFF &&
// defined RWPA_CYCLE_CAPTURE &&
// RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
#define _UL_STA_LOOKUP_CYCLE_CAPTURE_START
#define _UL_STA_LOOKUP_CYCLE_CAPTURE_STOP
#endif // !defined RWPA_STATS_CAPTURE_STA_LOOKUP_OFF &&
// !defined RWPA_STATS_CAPTURE_UPLINK_OFF &&
// defined RWPA_CYCLE_CAPTURE &&
// RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
////////////////////////////////////////////////////////////////////////////////
#if !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && \
!defined RWPA_STATS_CAPTURE_UPLINK_OFF && \
defined RWPA_CYCLE_CAPTURE && \
RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
#define _UL_CRYPTO_ENQUEUE_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_CRYPTO_ENQUEUE)
#define _UL_CRYPTO_ENQUEUE_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_CRYPTO_ENQUEUE)
#define _UL_CRYPTO_DEQUEUE_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_CRYPTO_DEQUEUE)
#define _UL_CRYPTO_DEQUEUE_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_CRYPTO_DEQUEUE)
#else // !defined RWPA_STATS_CAPTURE_CRYPTO_OFF &&
// !defined RWPA_STATS_CAPTURE_UPLINK_OFF &&
// defined RWPA_CYCLE_CAPTURE &&
// RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
#define _UL_CRYPTO_ENQUEUE_CYCLE_CAPTURE_START
#define _UL_CRYPTO_ENQUEUE_CYCLE_CAPTURE_STOP
#define _UL_CRYPTO_DEQUEUE_CYCLE_CAPTURE_START
#define _UL_CRYPTO_DEQUEUE_CYCLE_CAPTURE_STOP
#endif // !defined RWPA_STATS_CAPTURE_CRYPTO_OFF &&
// !defined RWPA_STATS_CAPTURE_UPLINK_OFF &&
// defined RWPA_CYCLE_CAPTURE &&
// RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
////////////////////////////////////////////////////////////////////////////////
#if !defined RWPA_STATS_CAPTURE_UPLINK_OFF && \
defined RWPA_CYCLE_CAPTURE && \
RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
#define _UL_INITIAL_PKT_CLASSIFY_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_INITIAL_PKT_CLASSIFY)
#define _UL_INITIAL_PKT_CLASSIFY_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_INITIAL_PKT_CLASSIFY)
#define _UL_AP_TUNNEL_DECAP_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_AP_TUNNEL_DECAP)
#define _UL_AP_TUNNEL_DECAP_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_AP_TUNNEL_DECAP)
#define _UL_VAP_HDR_PARSE_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_VAP_HDR_PARSE)
#define _UL_VAP_HDR_PARSE_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_VAP_HDR_PARSE)
#define _UL_VAP_HDR_DECAP_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_VAP_HDR_DECAP)
#define _UL_VAP_HDR_DECAP_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_VAP_HDR_DECAP)
#define _UL_VAP_TLV_DECAP_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_VAP_TLV_DECAP)
#define _UL_VAP_TLV_DECAP_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_VAP_TLV_DECAP)
#define _UL_IEEE80211_PKT_PARSE_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_IEEE80211_PKT_PARSE)
#define _UL_IEEE80211_PKT_PARSE_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_IEEE80211_PKT_PARSE)
#define _UL_STA_LOCK_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_STA_LOCK)
#define _UL_STA_LOCK_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_STA_LOCK)
#define _UL_STA_DECRYPT_DATA_GET_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_STA_DECRYPT_DATA_GET)
#define _UL_STA_DECRYPT_DATA_GET_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_STA_DECRYPT_DATA_GET)
#define _UL_CCMP_REPLAY_DETECT_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_CCMP_REPLAY_DETECT)
#define _UL_CCMP_REPLAY_DETECT_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_CCMP_REPLAY_DETECT)
#define _UL_STA_DECRYPT_DATA_UPDATE_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_STA_DECRYPT_DATA_UPDATE)
#define _UL_STA_DECRYPT_DATA_UPDATE_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_STA_DECRYPT_DATA_UPDATE)
#define _UL_STA_UNLOCK_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_STA_UNLOCK)
#define _UL_STA_UNLOCK_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_STA_UNLOCK)
#define _UL_IEEE80211_PKT_CLASSIFY_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_IEEE80211_PKT_CLASSIFY)
#define _UL_IEEE80211_PKT_CLASSIFY_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_IEEE80211_PKT_CLASSIFY)
#define _UL_IEEE80211_TO_ETHER_CONV_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_IEEE80211_TO_ETHER_CONV);
#define _UL_IEEE80211_TO_ETHER_CONV_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_IEEE80211_TO_ETHER_CONV);
#define _UL_GRE_ENCAP_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_GRE_ENCAP);
#define _UL_GRE_ENCAP_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_GRE_ENCAP);
#define _UL_CCMP_DECAP_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_CCMP_DECAP);
#define _UL_CCMP_DECAP_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_CCMP_DECAP);
#define _UL_WPAPT_CDI_FRAME_ENCAP_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_WPAPT_CDI_FRAME_ENCAP);
#define _UL_WPAPT_CDI_FRAME_ENCAP_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_WPAPT_CDI_FRAME_ENCAP);
#define _UL_WPAPT_CDI_HDR_ENCAP_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_WPAPT_CDI_HDR_ENCAP);
#define _UL_WPAPT_CDI_HDR_ENCAP_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_WPAPT_CDI_HDR_ENCAP);
#define _UL_TLS_TX_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_TLS_TX);
#define _UL_TLS_TX_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_TLS_TX);
#else // !defined RWPA_STATS_CAPTURE_UPLINK_OFF &&
// defined RWPA_CYCLE_CAPTURE &&
// RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
#define _UL_INITIAL_PKT_CLASSIFY_CYCLE_CAPTURE_START
#define _UL_INITIAL_PKT_CLASSIFY_CYCLE_CAPTURE_STOP
#define _UL_AP_TUNNEL_DECAP_CYCLE_CAPTURE_START
#define _UL_AP_TUNNEL_DECAP_CYCLE_CAPTURE_STOP
#define _UL_VAP_HDR_PARSE_CYCLE_CAPTURE_START
#define _UL_VAP_HDR_PARSE_CYCLE_CAPTURE_STOP
#define _UL_VAP_HDR_DECAP_CYCLE_CAPTURE_START
#define _UL_VAP_HDR_DECAP_CYCLE_CAPTURE_STOP
#define _UL_VAP_TLV_DECAP_CYCLE_CAPTURE_START
#define _UL_VAP_TLV_DECAP_CYCLE_CAPTURE_STOP
#define _UL_IEEE80211_PKT_PARSE_CYCLE_CAPTURE_START
#define _UL_IEEE80211_PKT_PARSE_CYCLE_CAPTURE_STOP
#define _UL_STA_LOCK_CYCLE_CAPTURE_START
#define _UL_STA_LOCK_CYCLE_CAPTURE_STOP
#define _UL_STA_DECRYPT_DATA_GET_CYCLE_CAPTURE_START
#define _UL_STA_DECRYPT_DATA_GET_CYCLE_CAPTURE_STOP
#define _UL_CCMP_REPLAY_DETECT_CYCLE_CAPTURE_START
#define _UL_CCMP_REPLAY_DETECT_CYCLE_CAPTURE_STOP
#define _UL_STA_DECRYPT_DATA_UPDATE_CYCLE_CAPTURE_START
#define _UL_STA_DECRYPT_DATA_UPDATE_CYCLE_CAPTURE_STOP
#define _UL_STA_UNLOCK_CYCLE_CAPTURE_START
#define _UL_STA_UNLOCK_CYCLE_CAPTURE_STOP
#define _UL_IEEE80211_PKT_CLASSIFY_CYCLE_CAPTURE_START
#define _UL_IEEE80211_PKT_CLASSIFY_CYCLE_CAPTURE_STOP
#define _UL_IEEE80211_TO_ETHER_CONV_CYCLE_CAPTURE_START
#define _UL_IEEE80211_TO_ETHER_CONV_CYCLE_CAPTURE_STOP
#define _UL_GRE_ENCAP_CYCLE_CAPTURE_START
#define _UL_GRE_ENCAP_CYCLE_CAPTURE_STOP
#define _UL_CCMP_DECAP_CYCLE_CAPTURE_START
#define _UL_CCMP_DECAP_CYCLE_CAPTURE_STOP
#define _UL_WPAPT_CDI_FRAME_ENCAP_CYCLE_CAPTURE_START
#define _UL_WPAPT_CDI_FRAME_ENCAP_CYCLE_CAPTURE_STOP
#define _UL_WPAPT_CDI_HDR_ENCAP_CYCLE_CAPTURE_START
#define _UL_WPAPT_CDI_HDR_ENCAP_CYCLE_CAPTURE_STOP
#define _UL_TLS_TX_CYCLE_CAPTURE_START
#define _UL_TLS_TX_CYCLE_CAPTURE_STOP
#endif // !defined RWPA_STATS_CAPTURE_UPLINK_OFF &&
// defined RWPA_CYCLE_CAPTURE &&
// RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
////////////////////////////////////////////////////////////////////////////////
#if !defined RWPA_STATS_CAPTURE_PORTS_OFF && \
!defined RWPA_STATS_CAPTURE_UPLINK_OFF && \
defined RWPA_CYCLE_CAPTURE && \
RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
#define _UL_PMD_TX_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_PMD_TX)
#define _UL_PMD_TX_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_PMD_TX)
#else // !defined RWPA_STATS_CAPTURE_PORTS_OFF &&
// !defined RWPA_STATS_CAPTURE_UPLINK_OFF &&
// defined RWPA_CYCLE_CAPTURE &&
// RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
#define _UL_PMD_TX_CYCLE_CAPTURE_START
#define _UL_PMD_TX_CYCLE_CAPTURE_STOP
#endif // !defined RWPA_STATS_CAPTURE_PORTS_OFF &&
// !defined RWPA_STATS_CAPTURE_UPLINK_OFF &&
// defined RWPA_CYCLE_CAPTURE &&
// RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
////////////////////////////////////////////////////////////////////////////////
/*
* PUBLIC MACROS
*/
////////////////////////////////////////////////////////////////////////////////
#if !defined RWPA_STATS_CAPTURE_UPLINK_OFF && defined RWPA_STATS_CAPTURE
#define UL_DATA_DROP_STAT_INC(stat, amt) \
stats_capture_uplink_drops_inc(stat, (uint64_t)amt);
#define UL_DATA_PMD_READ_STAT_INC(stat, amt) \
stats_capture_uplink_pmd_reads_inc(stat, (uint64_t)amt);
#else
#define UL_DATA_DROP_STAT_INC(stat, amt)
#define UL_DATA_PMD_READ_STAT_INC(stat, amt)
#endif
////////////////////////////////////////////////////////////////////////////////
#if !defined RWPA_STATS_CAPTURE_CONTROL_OFF && defined RWPA_STATS_CAPTURE
#define UL_CTRL_DROP_STAT_INC(stat, amt) \
stats_capture_control_drops_inc(stat, (uint64_t)amt);
#else
#define UL_CTRL_DROP_STAT_INC(stat, amt)
#endif
////////////////////////////////////////////////////////////////////////////////
#define DATA_LOG_AND_DROP(p_mbuf, level, logtype, err_msg, stat) \
({ \
UL_DATA_DROP_STAT_INC(stat, 1); \
RWPA_LOG(level, logtype, err_msg); \
DROP(p_mbuf); \
})
#define CTRL_LOG_AND_DROP(p_mbuf, level, logtype, err_msg, stat) \
({ \
UL_CTRL_DROP_STAT_INC(stat, 1); \
RWPA_LOG(level, logtype, err_msg); \
DROP(p_mbuf); \
})
////////////////////////////////////////////////////////////////////////////////
#if !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && defined RWPA_STATS_CAPTURE
#define CCMP_BURST_DEQUEUE_STATS(nb_to_deq, nb_deq_success) \
({ \
struct stats_crypto *stats = \
stats_capture_crypto_get_mem_info(STATS_CRYPTO_TYPE_UL); \
\
if (likely(stats != NULL)) { \
stats->total_packets_dequeued += nb_to_deq; \
if (unlikely(nb_deq_success < nb_to_deq)) \
stats->total_dequeue_errors += (nb_to_deq - nb_deq_success); \
} \
})
#else // !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && defined RWPA_STATS_CAPTURE
#define CCMP_BURST_DEQUEUE_STATS(nb_to_deq, nb_deq_success) \
do {} while(0)
#endif // !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && defined RWPA_STATS_CAPTURE
////////////////////////////////////////////////////////////////////////////////
#if !defined RWPA_STATS_CAPTURE_UPLINK_OFF && \
defined RWPA_CYCLE_CAPTURE && \
RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
#define UL_VAP_PAYLOAD_REASSEMBLE_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_VAP_PAYLOAD_REASSEMBLE)
#define UL_VAP_PAYLOAD_REASSEMBLE_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_VAP_PAYLOAD_REASSEMBLE)
#else // !defined RWPA_STATS_CAPTURE_UPLINK_OFF &&
// defined RWPA_CYCLE_CAPTURE &&
// RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
#define UL_VAP_PAYLOAD_REASSEMBLE_CYCLE_CAPTURE_START
#define UL_VAP_PAYLOAD_REASSEMBLE_CYCLE_CAPTURE_STOP
#endif // !defined RWPA_STATS_CAPTURE_UPLINK_OFF &&
// defined RWPA_CYCLE_CAPTURE &&
// RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_HIGH
#if !defined RWPA_STATS_CAPTURE_UPLINK_OFF && \
defined RWPA_CYCLE_CAPTURE && \
RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_LOW
#define UL_PROCESS_FULL_CYCLE_CAPTURE_START \
CYCLE_CAPTURE_START(CYCLE_CAPTURE_UL_PROCESS_FULL)
#define UL_PROCESS_FULL_CYCLE_CAPTURE_STOP \
CYCLE_CAPTURE_STOP(CYCLE_CAPTURE_UL_PROCESS_FULL)
#else // !defined RWPA_STATS_CAPTURE_UPLINK_OFF &&
// defined RWPA_CYCLE_CAPTURE &&
// RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_LOW
#define UL_PROCESS_FULL_CYCLE_CAPTURE_START
#define UL_PROCESS_FULL_CYCLE_CAPTURE_STOP
#endif // !defined RWPA_STATS_CAPTURE_UPLINK_OFF &&
// defined RWPA_CYCLE_CAPTURE &&
// RWPA_CYCLE_CAPTURE == CYCLE_CAPTURE_LEVEL_LOW
////////////////////////////////////////////////////////////////////////////////
#ifndef RWPA_CYCLE_CAPTURE
#define RTE_ETH_RX_BURST(p, q, r, n) rte_eth_rx_burst(p, q, r, n)
#define INITIAL_PACKET_CLASSIFY(m) initial_packet_classify(m)
#ifndef RWPA_AP_TUNNELLING_GRE
#define AP_TUNNEL_DECAP(m, meta) udp_decap(m, meta)
#else
#define AP_TUNNEL_DECAP(m, meta) gre_decap(m, meta)
#endif
#define VAP_HDR_PARSE(m, meta) vap_hdr_parse(m, meta)
#define VAP_HDR_DECAP(m) vap_hdr_decap(m)
#define VAP_TLV_DECAP(m) vap_tlv_decap(m)
#define IEEE80211_PACKET_PARSE(m, meta) ieee80211_packet_parse(m, meta)
#if !defined RWPA_STATS_CAPTURE_STA_LOOKUP_OFF && defined RWPA_STATS_CAPTURE
#define STORE_STA_BULK_LOOKUP(a, n, f) \
({ \
store_sta_bulk_lookup(a, n, f); \
_STORE_STA_BULK_LOOKUP_STATS(n, f); \
})
#else // !defined RWPA_STATS_CAPTURE_STA_LOOKUP_OFF && defined RWPA_STATS_CAPTURE
#define STORE_STA_BULK_LOOKUP(a, n, f) \
store_sta_bulk_lookup(a, n, f)
#endif // !defined RWPA_STATS_CAPTURE_STA_LOOKUP_OFF && defined RWPA_STATS_CAPTURE
#define STA_READ_LOCK(s) sta_read_lock(s)
#define STA_DECRYPT_DATA_GET(s, t, a, c, v) sta_decrypt_data_get(s, t, a, c, v)
#define CCMP_REPLAY_DETECT(h, c) ccmp_replay_detect(h, c)
#define STA_PTK_DECRYPT_COUNTER_SET(s, t, c) \
sta_ptk_decrypt_counter_set(s, t, c)
#if !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && defined RWPA_STATS_CAPTURE
#define CCMP_BURST_ENQUEUE(b, l, m, o, q, s) \
({ \
uint16_t enq = ccmp_burst_enqueue(b, l, m, o, q, s); \
_CCMP_BURST_ENQUEUE_STATS(l, enq); \
enq; \
})
#define CCMP_BURST_DEQUEUE(b, l, q, n, s) \
({ \
uint16_t deq = ccmp_burst_dequeue(b, l, q, n, s); \
_CCMP_BURST_DEQUEUE_CALL_STATS; \
deq; \
})
#else // !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && defined RWPA_STATS_CAPTURE
#define CCMP_BURST_ENQUEUE(b, l, m, o, q, s) \
ccmp_burst_enqueue(b, l, m, o, q, s)
#define CCMP_BURST_DEQUEUE(b, l, q, n, s) \
ccmp_burst_dequeue(b, l, q, n, s)
#endif // !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && defined RWPA_STATS_CAPTURE
#define STA_READ_UNLOCK(s) sta_read_unlock(s)
#define IEEE80211_PACKET_CLASSIFY(m, meta) ieee80211_packet_classify(m, meta)
#define IEEE80211_TO_ETHER_CONVERT(m, meta) ieee80211_to_ether_convert(m, meta)
#define GRE_ENCAP(m, si, sm, di, dm) gre_encap(m, si, sm, di, dm, 0, 0)
#define RTE_ETH_TX_BUFFER(p, q, t, m) rte_eth_tx_buffer(p, q, t, m)
#define CCMP_DECAP(m, meta) ccmp_decap(m, meta)
#define WPAPT_CDI_FRAME_ENCAP(m, meta, l) wpapt_cdi_frame_encap(m, meta, l)
#define WPAPT_CDI_HDR_ENCAP(m, i, l) wpapt_cdi_hdr_encap(m, i, l)
#define TLS_SOCKET_WRITE(t, m) tls_socket_write(t, m)
#else // ifndef RWPA_CYCLE_CAPTURE
#define RTE_ETH_RX_BURST(p, q, r, n) \
({ \
_UL_PMD_RX_CYCLE_CAPTURE_START; \
unsigned len = rte_eth_rx_burst(p, q, r, n); \
_UL_PMD_RX_CYCLE_CAPTURE_STOP; \
if (len) { \
_UL_PMD_RX_CYCLE_CAPTURE_COPY_LAST; \
} \
len; \
})
#define INITIAL_PACKET_CLASSIFY(m) \
({ \
_UL_INITIAL_PKT_CLASSIFY_CYCLE_CAPTURE_START; \
enum outer_pkt_type type = initial_packet_classify(m); \
_UL_INITIAL_PKT_CLASSIFY_CYCLE_CAPTURE_STOP; \
type; \
})
#ifndef RWPA_AP_TUNNELLING_GRE
#define AP_TUNNEL_DECAP(m, meta) \
({ \
_UL_AP_TUNNEL_DECAP_CYCLE_CAPTURE_START; \
enum rwpa_status sts = udp_decap(m, meta); \
_UL_AP_TUNNEL_DECAP_CYCLE_CAPTURE_STOP; \
sts; \
})
#else
#define AP_TUNNEL_DECAP(m, meta) \
({ \
_UL_AP_TUNNEL_DECAP_CYCLE_CAPTURE_START; \
enum rwpa_status sts = gre_decap(m, meta); \
_UL_AP_TUNNEL_DECAP_CYCLE_CAPTURE_STOP; \
sts; \
})
#endif
#define VAP_HDR_PARSE(m, meta) \
({ \
_UL_VAP_HDR_PARSE_CYCLE_CAPTURE_START; \
enum rwpa_status sts = vap_hdr_parse(m, meta); \
_UL_VAP_HDR_PARSE_CYCLE_CAPTURE_STOP; \
sts; \
})
#define VAP_HDR_DECAP(m) \
({ \
_UL_VAP_HDR_DECAP_CYCLE_CAPTURE_START; \
enum rwpa_status sts = vap_hdr_decap(m); \
_UL_VAP_HDR_DECAP_CYCLE_CAPTURE_STOP; \
sts; \
})
#define VAP_TLV_DECAP(m) \
({ \
_UL_VAP_TLV_DECAP_CYCLE_CAPTURE_START; \
enum rwpa_status sts = vap_tlv_decap(m); \
_UL_VAP_TLV_DECAP_CYCLE_CAPTURE_STOP; \
sts; \
})
#define IEEE80211_PACKET_PARSE(m, meta) \
({ \
_UL_IEEE80211_PKT_PARSE_CYCLE_CAPTURE_START; \
ieee80211_packet_parse(m, meta); \
_UL_IEEE80211_PKT_PARSE_CYCLE_CAPTURE_STOP; \
})
#if !defined RWPA_STATS_CAPTURE_STA_LOOKUP_OFF && defined RWPA_STATS_CAPTURE
#define STORE_STA_BULK_LOOKUP(a, n, f) \
({ \
_UL_STA_LOOKUP_CYCLE_CAPTURE_START; \
store_sta_bulk_lookup(a, n, f); \
_UL_STA_LOOKUP_CYCLE_CAPTURE_STOP; \
_STORE_STA_BULK_LOOKUP_STATS(n, f); \
})
#else // !defined RWPA_STATS_CAPTURE_STA_LOOKUP_OFF && defined RWPA_STATS_CAPTURE
#define STORE_STA_BULK_LOOKUP(a, n, f) \
({ \
_UL_STA_LOOKUP_CYCLE_CAPTURE_START; \
store_sta_bulk_lookup(a, n, f); \
_UL_STA_LOOKUP_CYCLE_CAPTURE_STOP; \
})
#endif // !defined RWPA_STATS_CAPTURE_STA_LOOKUP_OFF && defined RWPA_STATS_CAPTURE
#define STA_READ_LOCK(s) \
({ \
_UL_STA_LOCK_CYCLE_CAPTURE_START; \
sta_read_lock(s); \
_UL_STA_LOCK_CYCLE_CAPTURE_STOP; \
})
#define STA_DECRYPT_DATA_GET(s, t, a, c, v) \
({ \
_UL_STA_DECRYPT_DATA_GET_CYCLE_CAPTURE_START; \
sta_decrypt_data_get(s, t, a, c, v); \
_UL_STA_DECRYPT_DATA_GET_CYCLE_CAPTURE_STOP; \
})
#define CCMP_REPLAY_DETECT(h, c) \
({ \
_UL_CCMP_REPLAY_DETECT_CYCLE_CAPTURE_START; \
enum rwpa_status sts = ccmp_replay_detect(h, c); \
_UL_CCMP_REPLAY_DETECT_CYCLE_CAPTURE_STOP; \
sts; \
})
#define STA_PTK_DECRYPT_COUNTER_SET(s, t, c) \
({ \
_UL_STA_DECRYPT_DATA_UPDATE_CYCLE_CAPTURE_START; \
sta_ptk_decrypt_counter_set(s, t, c); \
_UL_STA_DECRYPT_DATA_UPDATE_CYCLE_CAPTURE_STOP; \
})
#if !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && defined RWPA_STATS_CAPTURE
#define CCMP_BURST_ENQUEUE(b, l, m, o, q, s) \
({ \
_UL_CRYPTO_ENQUEUE_CYCLE_CAPTURE_START; \
uint16_t enq = ccmp_burst_enqueue(b, l, m, o, q, s); \
_UL_CRYPTO_ENQUEUE_CYCLE_CAPTURE_STOP; \
_CCMP_BURST_ENQUEUE_STATS(l, enq); \
enq; \
})
#define CCMP_BURST_DEQUEUE(b, l, q, n, s) \
({ \
_UL_CRYPTO_DEQUEUE_CYCLE_CAPTURE_START; \
uint16_t deq = ccmp_burst_dequeue(b, l, q, n, s); \
_UL_CRYPTO_DEQUEUE_CYCLE_CAPTURE_STOP; \
_CCMP_BURST_DEQUEUE_CALL_STATS; \
deq; \
})
#else // !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && defined RWPA_STATS_CAPTURE
#define CCMP_BURST_ENQUEUE(b, l, m, o, q, s) \
({ \
_UL_CRYPTO_ENQUEUE_CYCLE_CAPTURE_START; \
uint16_t enq = ccmp_burst_enqueue(b, l, m, o, q, s); \
_UL_CRYPTO_ENQUEUE_CYCLE_CAPTURE_STOP; \
enq; \
})
#define CCMP_BURST_DEQUEUE(b, l, q, n, s) \
({ \
_UL_CRYPTO_DEQUEUE_CYCLE_CAPTURE_START; \
uint16_t deq = ccmp_burst_dequeue(b, l, q, n, s); \
_UL_CRYPTO_DEQUEUE_CYCLE_CAPTURE_STOP; \
deq; \
})
#endif // !defined RWPA_STATS_CAPTURE_CRYPTO_OFF && defined RWPA_STATS_CAPTURE
#define STA_READ_UNLOCK(s) \
({ \
_UL_STA_UNLOCK_CYCLE_CAPTURE_START; \
sta_read_unlock(s); \
_UL_STA_UNLOCK_CYCLE_CAPTURE_STOP; \
})
#define IEEE80211_PACKET_CLASSIFY(m, meta) \
({ \
_UL_IEEE80211_PKT_CLASSIFY_CYCLE_CAPTURE_START; \
enum ieee80211_pkt_type pkt_type = \
ieee80211_packet_classify(m, meta); \
_UL_IEEE80211_PKT_CLASSIFY_CYCLE_CAPTURE_STOP; \
pkt_type; \
})
#define IEEE80211_TO_ETHER_CONVERT(m, meta) \
({ \
_UL_IEEE80211_TO_ETHER_CONV_CYCLE_CAPTURE_START; \
enum rwpa_status sts = ieee80211_to_ether_convert(m, meta); \
_UL_IEEE80211_TO_ETHER_CONV_CYCLE_CAPTURE_STOP; \
sts; \
})
#define GRE_ENCAP(m, si, sm, di, dm) \
({ \
_UL_GRE_ENCAP_CYCLE_CAPTURE_START; \
enum rwpa_status sts = gre_encap(m, si, sm, di, dm, 0, 0); \
_UL_GRE_ENCAP_CYCLE_CAPTURE_STOP; \
sts; \
})
#define RTE_ETH_TX_BUFFER(p, q, t, m) \
({ \
_UL_PMD_TX_CYCLE_CAPTURE_START; \
rte_eth_tx_buffer(p, q, t, m); \
_UL_PMD_TX_CYCLE_CAPTURE_STOP; \
})
#define CCMP_DECAP(m, meta) \
({ \
_UL_CCMP_DECAP_CYCLE_CAPTURE_START; \
enum rwpa_status sts = ccmp_decap(m, meta); \
_UL_CCMP_DECAP_CYCLE_CAPTURE_STOP; \
sts; \
})
#define WPAPT_CDI_FRAME_ENCAP(m, meta, l) \
({ \
_UL_WPAPT_CDI_FRAME_ENCAP_CYCLE_CAPTURE_START; \
enum rwpa_status sts = wpapt_cdi_frame_encap(m, meta, l); \
_UL_WPAPT_CDI_FRAME_ENCAP_CYCLE_CAPTURE_STOP; \
sts; \
})
#define WPAPT_CDI_HDR_ENCAP(m, i, l) \
({ \
_UL_WPAPT_CDI_HDR_ENCAP_CYCLE_CAPTURE_START; \
enum rwpa_status sts = wpapt_cdi_hdr_encap(m, i, l); \
_UL_WPAPT_CDI_HDR_ENCAP_CYCLE_CAPTURE_STOP; \
sts; \
})
#define TLS_SOCKET_WRITE(t, m) \
({ \
_UL_TLS_TX_CYCLE_CAPTURE_START; \
tls_socket_write(t, m); \
_UL_TLS_TX_CYCLE_CAPTURE_STOP; \
})
#endif // ifndef RWPA_CYCLE_CAPTURE
////////////////////////////////////////////////////////////////////////////////
#endif // __INCLUDE_UPLINK_MACROS_H__