/* Copyright (c) 2015 Broadcom Corporation All Rights Reserved <:label-BRCM:2015:DUAL/GPL:standard This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License, version 2, as published by the Free Software Foundation (the "GPL"). This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. A copy of the GPL is available at http://www.broadcom.com/licenses/GPLv2.php, or by writing to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. :> */ /* * lport_stats.h * * Created on: 16 בספט׳ 2015 * Author: yonatani */ #ifndef SHARED_OPENSOURCE_DRV_LPORT_LPORT_STATS_H_ #define SHARED_OPENSOURCE_DRV_LPORT_LPORT_STATS_H_ #ifdef _CFE_ #include "lib_types.h" #else #include #endif typedef enum { STAT_GRX64, /*< Receive 64 Byte Frame Counter */ STAT_GRX127, /*< Receive 65 to 127 Byte Frame Counter*/ STAT_GRX255, /*< Receive 128 to 255 Byte Frame Counter*/ STAT_GRX511, /*< Receive 256 to 511 Byte Frame Counter*/ STAT_GRX1023, /*< Receive 512 to 1023 Byte Frame Counter*/ STAT_GRX1518, /*< Receive 1024 to 1518 Byte Frame Counter*/ STAT_GRX1522, /*< Receive 1519 to 1522 Byte Good VLAN Frame Counter*/ STAT_GRX2047, /*< Receive 1519 to 2047 Byte Frame Counter*/ STAT_GRX4095, /*< Receive 2048 to 4095 Byte Frame Counter*/ STAT_GRX9216, /*< Receive 4096 to 9216 Byte Frame Counter*/ STAT_GRX16383, /*< Receive 9217 to 16838 Byte Frame Counter*/ STAT_GRXPKT, /*< Receive frame/packet Counter*/ STAT_GRXUCA, /*< Receive Unicast Frame Counter*/ STAT_GRXMCA, /*< Receive Multicast Frame Counter*/ STAT_GRXBCA, /*< Receive Broadcast Frame Counter*/ STAT_GRXFCS, /*< Receive FCS Error Frame Counter*/ STAT_GRXCF, /*< Receive Control Frame Counter*/ STAT_GRXPF, /*< Receive PAUSE Frame Counter*/ STAT_GRXPP, /*< Receive PFC (Per-Priority Pause) Frame Counter*/ STAT_GRXUO, /*< Receive Unsupported Opcode Frame Counter*/ STAT_GRXUDA, /*< Receive Unsupported DA for PAUSE/PFC Frame Counter*/ STAT_GRXWSA, /*< Receive Wrong SA Frame Counter*/ STAT_GRXALN, /*< Receive Alignment Error Frame Counter*/ STAT_GRXFLR, /*< Receive Length Out of Range Frame Counter*/ STAT_GRXFRERR, /*< Receive Code Error Frame Counter*/ STAT_GRXFCR, /*< Receive False Carrier Counter*/ STAT_GRXOVR, /*< Receive Oversized Frame Counter*/ STAT_GRXJBR, /*< Receive Jabber Frame Counter*/ STAT_GRXMTUE, /*< Receive MTU Check Error Frame Counter*/ STAT_GRXMCRC, /*< Matched CRC Frame Counter*/ STAT_GRXPRM, /*< Receive Promiscuous Frame Counter*/ STAT_GRXVLN, /*< Receive VLAN Tag Frame Counter*/ STAT_GRXDVLN, /*< Receive Double VLAN Tag Frame Counter*/ STAT_GRXTRFU, /*< Receive Truncated Frame Counter (due to RX FIFO full)*/ STAT_GRXPOK, /*< Receive Good Packet Counter*/ /*PFC are not in use in this platform */ #if 0 RXPFCOFF0 /*< Receive PFC Frame Priority 0 XON to XOFF*/ RXPFCOFF1 /*< Receive PFC Frame Priority 1*/ RXPFCOFF2 /*< Receive PFC Frame Priority 2*/ RXPFCOFF3 /*< Receive PFC Frame Priority 3*/ RXPFCOFF4 /*< Receive PFC Frame Priority 4*/ RXPFCOFF5 /*< Receive PFC Frame Priority 5*/ RXPFCOFF6 /*< Receive PFC Frame Priority 6*/ RXPFCOFF7 /*< Receive PFC Frame Priority 7*/ RXPFCP0 /*< Receive PFC Frame Priority 0*/ RXPFCP1 /*< Receive PFC Frame Priority 1*/ RXPFCP2 /*< Receive PFC Frame Priority 2*/ RXPFCP3 /*< Receive PFC Frame Priority 3*/ RXPFCP4 /*< Receive PFC Frame Priority 4*/ RXPFCP5 /*< Receive PFC Frame Priority 5*/ RXPFCP6 /*< Receive PFC Frame Priority 6*/ RXPFCP7 /*< Receive PFC Frame Priority 7*/ #endif STAT_GRXSCHCRC, /*< Receive SCH CRC Error*/ STAT_GRXBYT, /*< Receive Byte Counter*/ STAT_GRXRPKT, /*< Receive RUNT Frame Counter*/ STAT_GRXUND, /*< Receive Undersize Frame Counter*/ STAT_GRXFRG, /*< Receive Fragment Counter*/ STAT_GRXRBYT, /*< Receive Runt Byte Counter*/ STAT_GRXLPI, /*< RX EEE LPI Event Counter*/ STAT_GRXDLPI, /*< RX EEE LPI Duration Counte*/ STAT_GRXPTLLFC, /*< Receive Physical Type LLFC message counter*/ STAT_GRXLTLLFC, /*< Receive Logical Type LLFC message Counter*/ STAT_GRXLLFCFCS /*< Receive Type LLFC message with CRC error Counter*/ }LPORT_STATS_RX_TYPE; typedef enum { STAT_GTX64, /*< Transmit 64 Byte Frame Counter*/ STAT_GTX127, /*< Transmit 65 to 127 Byte Frame Counter*/ STAT_GTX255, /*< Transmit 128 to 255 Byte Frame Counter*/ STAT_GTX511, /*< Transmit 256 to 511 Byte Frame Counter*/ STAT_GTX1023, /*< Transmit 512 to 1023 Byte Frame Counter*/ STAT_GTX1518, /*< Transmit 1024 to 1518 Byte Frame Counter*/ STAT_GTX1522, /*< Transmit 1519 to 1522 Byte Good VLAN Frame Counter*/ STAT_GTX2047, /*< Transmit 1519 to 2047 Byte Frame Counter*/ STAT_GTX4095, /*< Transmit 2048 to 4095 Byte Frame Counter*/ STAT_GTX9216, /*< Transmit 4096 to 9216 Byte Frame Counter*/ STAT_GTX16383, /*< Transmit 9217 to 16383 Byte Frame Counter*/ STAT_GTXPOK, /*< Transmit Good Packet Counter*/ STAT_GTXPKT, /*< Transmit Packet/Frame Counter*/ STAT_GTXUCA, /*< Transmit Unicast Frame Counter*/ STAT_GTXMCA, /*< Transmit Multicast Frame Counter*/ STAT_GTXBCA, /*< Transmit Broadcast Frame Counter*/ STAT_GTXPF, /*< Transmit Pause Control Frame Counter*/ STAT_GTXPFC, /*< Transmit PFC/Per-Priority Pause Control Frame Counter*/ STAT_GTXJBR, /*< Transmit Jabber Counter*/ STAT_GTXFCS, /*< Transmit FCS Error Counter*/ STAT_GTXCF, /*< Transmit Control Frame Counter*/ STAT_GTXOVR, /*< Transmit Oversize Packet Counter*/ STAT_GTXDFR, /*< Transmit Single Deferral Frame Counter*/ STAT_GTXEDF, /*< Transmit Multiple Deferral Frame Counter*/ STAT_GTXSCL, /*< Transmit Single Collision Frame Counter*/ STAT_GTXMCL, /*< Transmit Multiple Collision Frame Counter*/ STAT_GTXLCL, /*< Transmit Late Collision Frame Counter*/ STAT_GTXXCL, /*< Transmit Excessive Collision Frame Counter*/ STAT_GTXFRG, /*< Transmit Fragment Counter*/ STAT_GTXERR, /*< Transmit Error (set by system) Counter*/ STAT_GTXVLN, /*< Transmit VLAN Tag Frame Counter*/ STAT_GTXDVLN, /*< Transmit Double VLAN Tag Frame Counter*/ STAT_GTXRPKT, /*< Transmit RUNT Frame Counter*/ STAT_GTXUFL, /*< Transmit FIFO Underrun Counter.*/ #if 0 STAT_GTXPFCP0, /*< Transmit PFC Frame Priority 0*/ STAT_GTXPFCP1, /*< Transmit PFC Frame Priority 1*/ STAT_GTXPFCP2, /*< Transmit PFC Frame Priority 2*/ STAT_GTXPFCP3, /*< Transmit PFC Frame Priority 3*/ STAT_GTXPFCP4, /*< Transmit PFC Frame Priority 4*/ STAT_GTXPFCP5, /*< Transmit PFC Frame Priority 5*/ STAT_GTXPFCP6 /*< Transmit PFC Frame Priority 6*/ STAT_GTXPFCP7, /*< Transmit PFC Frame Priority 7*/ #endif STAT_GTXNCL, /*< Transmit Total Collision Counter*/ STAT_GTXBYT, /*< Transmit Byte Counter*/ STAT_GTXLPI, /*< TX EEE LPI Event Counter*/ STAT_GTXDLPI, /*< TX EEE LPI Duration Counter*/ STAT_GTXLTLLFC /*< Transmit Logical Type LLFC message counter*/ }LPORT_STATS_TX_TYPE; typedef struct { uint64_t GRX64; /*< Receive 64 Byte Frame Counter */ uint64_t GRX127; /*< Receive 65 to 127 Byte Frame Counter*/ uint64_t GRX255; /*< Receive 128 to 255 Byte Frame Counter*/ uint64_t GRX511; /*< Receive 256 to 511 Byte Frame Counter*/ uint64_t GRX1023; /*< Receive 512 to 1023 Byte Frame Counter*/ uint64_t GRX1518; /*< Receive 1024 to 1518 Byte Frame Counter*/ uint64_t GRX1522; /*< Receive 1519 to 1522 Byte Good VLAN Frame Counter*/ uint64_t GRX2047; /*< Receive 1519 to 2047 Byte Frame Counter*/ uint64_t GRX4095; /*< Receive 2048 to 4095 Byte Frame Counter*/ uint64_t GRX9216; /*< Receive 4096 to 9216 Byte Frame Counter*/ uint64_t GRX16383; /*< Receive 9217 to 16838 Byte Frame Counter*/ uint64_t GRXPKT; /*< Receive frame/packet Counter*/ uint64_t GRXUCA; /*< Receive Unicast Frame Counter*/ uint64_t GRXMCA; /*< Receive Multicast Frame Counter*/ uint64_t GRXBCA; /*< Receive Broadcast Frame Counter*/ uint64_t GRXFCS; /*< Receive FCS Error Frame Counter*/ uint64_t GRXCF; /*< Receive Control Frame Counter*/ uint64_t GRXPF; /*< Receive PAUSE Frame Counter*/ uint64_t GRXPP; /*< Receive PFC (Per-Priority Pause) Frame Counter*/ uint64_t GRXUO; /*< Receive Unsupported Opcode Frame Counter*/ uint64_t GRXUDA; /*< Receive Unsupported DA for PAUSE/PFC Frame Counter*/ uint64_t GRXWSA; /*< Receive Wrong SA Frame Counter*/ uint64_t GRXALN; /*< Receive Alignment Error Frame Counter*/ uint64_t GRXFLR; /*< Receive Length Out of Range Frame Counter*/ uint64_t GRXFRERR; /*< Receive Code Error Frame Counter*/ uint64_t GRXFCR; /*< Receive False Carrier Counter*/ uint64_t GRXOVR; /*< Receive Oversized Frame Counter*/ uint64_t GRXJBR; /*< Receive Jabber Frame Counter*/ uint64_t GRXMTUE; /*< Receive MTU Check Error Frame Counter*/ uint64_t GRXMCRC; /*< Matched CRC Frame Counter*/ uint64_t GRXPRM; /*< Receive Promiscuous Frame Counter*/ uint64_t GRXVLN; /*< Receive VLAN Tag Frame Counter*/ uint64_t GRXDVLN; /*< Receive Double VLAN Tag Frame Counter*/ uint64_t GRXTRFU; /*< Receive Truncated Frame Counter (due to RX FIFO full)*/ uint64_t GRXPOK; /*< Receive Good Packet Counter*/ /*PFC are not in use in this platform */ #if 0 uint64_t RXPFCOFF0 /*< Receive PFC Frame Priority 0 XON to XOFF*/ uint64_t RXPFCOFF1 /*< Receive PFC Frame Priority 1*/ uint64_t RXPFCOFF2 /*< Receive PFC Frame Priority 2*/ uint64_t RXPFCOFF3 /*< Receive PFC Frame Priority 3*/ uint64_t RXPFCOFF4 /*< Receive PFC Frame Priority 4*/ uint64_t RXPFCOFF5 /*< Receive PFC Frame Priority 5*/ uint64_t RXPFCOFF6 /*< Receive PFC Frame Priority 6*/ uint64_t RXPFCOFF7 /*< Receive PFC Frame Priority 7*/ uint64_t RXPFCP0 /*< Receive PFC Frame Priority 0*/ uint64_t RXPFCP1 /*< Receive PFC Frame Priority 1*/ uint64_t RXPFCP2 /*< Receive PFC Frame Priority 2*/ uint64_t RXPFCP3 /*< Receive PFC Frame Priority 3*/ uint64_t RXPFCP4 /*< Receive PFC Frame Priority 4*/ uint64_t RXPFCP5 /*< Receive PFC Frame Priority 5*/ uint64_t RXPFCP6 /*< Receive PFC Frame Priority 6*/ uint64_t RXPFCP7 /*< Receive PFC Frame Priority 7*/ #endif uint64_t GRXSCHCRC; /*< Receive SCH CRC Error*/ uint64_t GRXBYT; /*< Receive Byte Counter*/ uint64_t GRXRPKT; /*< Receive RUNT Frame Counter*/ uint64_t GRXUND; /*< Receive Undersize Frame Counter*/ uint64_t GRXFRG; /*< Receive Fragment Counter*/ uint64_t GRXRBYT; /*< Receive Runt Byte Counter*/ uint32_t GRXLPI; /*< RX EEE LPI Event Counter*/ uint32_t GRXDLPI; /*< RX EEE LPI Duration Counte*/ uint64_t GRXPTLLFC; /*< Receive Physical Type LLFC message counter*/ uint64_t GRXLTLLFC; /*< Receive Logical Type LLFC message Counter*/ uint64_t GRXLLFCFCS; /*< Receive Type LLFC message with CRC error Counter*/ }lport_rx_stats_s; typedef struct { uint64_t GTX64; /*< Transmit 64 Byte Frame Counter*/ uint64_t GTX127; /*< Transmit 65 to 127 Byte Frame Counter*/ uint64_t GTX255; /*< Transmit 128 to 255 Byte Frame Counter*/ uint64_t GTX511; /*< Transmit 256 to 511 Byte Frame Counter*/ uint64_t GTX1023; /*< Transmit 512 to 1023 Byte Frame Counter*/ uint64_t GTX1518; /*< Transmit 1024 to 1518 Byte Frame Counter*/ uint64_t GTX1522; /*< Transmit 1519 to 1522 Byte Good VLAN Frame Counter*/ uint64_t GTX2047; /*< Transmit 1519 to 2047 Byte Frame Counter*/ uint64_t GTX4095; /*< Transmit 2048 to 4095 Byte Frame Counter*/ uint64_t GTX9216; /*< Transmit 4096 to 9216 Byte Frame Counter*/ uint64_t GTX16383; /*< Transmit 9217 to 16383 Byte Frame Counter*/ uint64_t GTXPOK; /*< Transmit Good Packet Counter*/ uint64_t GTXPKT; /*< Transmit Packet/Frame Counter*/ uint64_t GTXUCA; /*< Transmit Unicast Frame Counter*/ uint64_t GTXMCA; /*< Transmit Multicast Frame Counter*/ uint64_t GTXBCA; /*< Transmit Broadcast Frame Counter*/ uint64_t GTXPF; /*< Transmit Pause Control Frame Counter*/ uint64_t GTXPFC; /*< Transmit PFC/Per-Priority Pause Control Frame Counter*/ uint64_t GTXJBR; /*< Transmit Jabber Counter*/ uint64_t GTXFCS; /*< Transmit FCS Error Counter*/ uint64_t GTXCF; /*< Transmit Control Frame Counter*/ uint64_t GTXOVR; /*< Transmit Oversize Packet Counter*/ uint64_t GTXDFR; /*< Transmit Single Deferral Frame Counter*/ uint64_t GTXEDF; /*< Transmit Multiple Deferral Frame Counter*/ uint64_t GTXSCL; /*< Transmit Single Collision Frame Counter*/ uint64_t GTXMCL; /*< Transmit Multiple Collision Frame Counter*/ uint64_t GTXLCL; /*< Transmit Late Collision Frame Counter*/ uint64_t GTXXCL; /*< Transmit Excessive Collision Frame Counter*/ uint64_t GTXFRG; /*< Transmit Fragment Counter*/ uint64_t GTXERR; /*< Transmit Error (set by system) Counter*/ uint64_t GTXVLN; /*< Transmit VLAN Tag Frame Counter*/ uint64_t GTXDVLN; /*< Transmit Double VLAN Tag Frame Counter*/ uint64_t GTXRPKT; /*< Transmit RUNT Frame Counter*/ uint64_t GTXUFL; /*< Transmit FIFO Underrun Counter.*/ #if 0 uint64_t GTXPFCP0; /*< Transmit PFC Frame Priority 0*/ uint64_t GTXPFCP1; /*< Transmit PFC Frame Priority 1*/ uint64_t GTXPFCP2; /*< Transmit PFC Frame Priority 2*/ uint64_t GTXPFCP3; /*< Transmit PFC Frame Priority 3*/ uint64_t GTXPFCP4; /*< Transmit PFC Frame Priority 4*/ uint64_t GTXPFCP5; /*< Transmit PFC Frame Priority 5*/ uint64_t GTXPFCP6 /*< Transmit PFC Frame Priority 6*/ uint64_t GTXPFCP7; /*< Transmit PFC Frame Priority 7*/ #endif uint64_t GTXNCL; /*< Transmit Total Collision Counter*/ uint64_t GTXBYT; /*< Transmit Byte Counter*/ uint32_t GTXLPI; /*< TX EEE LPI Event Counter*/ uint32_t GTXDLPI; /*< TX EEE LPI Duration Counter*/ uint64_t GTXLTLLFC; /*< Transmit Logical Type LLFC message counter*/ }lport_tx_stats_s; typedef struct { uint8_t saturate_en; /*< Saturate counter on respective max value*/ uint8_t cor_en; /*< Enable clear on read */ uint8_t eee_sym_mode; /*< EEE Counter symetric mode */ }lport_stats_cfg_s; int lport_stats_get_rx(uint32_t portid, lport_rx_stats_s *rx_stats); int lport_stats_get_tx(uint32_t portid, lport_tx_stats_s *tx_stats); int lport_stats_rst_rx_single(uint32_t portid, LPORT_STATS_RX_TYPE stat_type); int lport_stats_rst_tx_single(uint32_t portid, LPORT_STATS_TX_TYPE stat_type); int lport_stats_cfg_get(uint32_t portid, lport_stats_cfg_s *stats_cfg); int lport_stats_cfg_set(uint32_t portid, lport_stats_cfg_s *stats_cfg); int lport_stats_reset(uint32_t portid); #endif /* SHARED_OPENSOURCE_DRV_LPORT_LPORT_STATS_H_ */