/* $OpenBSD: ofp.h,v 1.1 2016/09/01 10:06:33 goda Exp $ */ /* * Copyright (c) 2013-2016 Reyk Floeter * Copyright (c) 2016 Kazuya GODA * * Permission to use, copy, modify, and distribute this software for any * purpose with or without fee is hereby granted, provided that the above * copyright notice and this permission notice appear in all copies. * * THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES * WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF * MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR * ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN * ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF * OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. */ #ifndef _NET_OFP_H_ #define _NET_OFP_H_ #include #include #include #include #include #define OFP_IFNAMSIZ 16 /* on-wire (not IF_NAMSIZE) */ #define OFP_ALIGNMENT 8 /* OFP alignment */ #define OFP_ALIGN(_x) (((_x) + (OFP_ALIGNMENT - 1)) & ~(OFP_ALIGNMENT - 1)) struct ofp_header { uint8_t oh_version; /* OpenFlow version */ uint8_t oh_type; /* message type */ uint16_t oh_length; /* message length */ uint32_t oh_xid; /* transaction Id */ } __packed; /* OpenFlow version */ #define OFP_V_0 0x00 /* OpenFlow 0.0 */ #define OFP_V_1_0 0x01 /* OpenFlow 1.0 */ #define OFP_V_1_1 0x02 /* OpenFlow 1.1 */ #define OFP_V_1_2 0x03 /* OpenFlow 1.2 */ #define OFP_V_1_3 0x04 /* OpenFlow 1.3 */ #define OFP_V_1_4 0x05 /* OpenFlow 1.4 */ #define OFP_V_1_5 0x06 /* OpenFlow 1.5 */ /* OpenFlow message type */ #define OFP_T_HELLO 0 /* Hello */ #define OFP_T_ERROR 1 /* Error */ #define OFP_T_ECHO_REQUEST 2 /* Echo Request */ #define OFP_T_ECHO_REPLY 3 /* Echo Reply */ #define OFP_T_EXPERIMENTER 4 /* Vendor/Experimenter */ #define OFP_T_FEATURES_REQUEST 5 /* Features Request (switch) */ #define OFP_T_FEATURES_REPLY 6 /* Features Reply (switch) */ #define OFP_T_GET_CONFIG_REQUEST 7 /* Get Config Request (switch) */ #define OFP_T_GET_CONFIG_REPLY 8 /* Get Config Reply (switch) */ #define OFP_T_SET_CONFIG 9 /* Set Config (switch) */ #define OFP_T_PACKET_IN 10 /* Packet In (async) */ #define OFP_T_FLOW_REMOVED 11 /* Flow Removed (async) */ #define OFP_T_PORT_STATUS 12 /* Port Status (async) */ #define OFP_T_PACKET_OUT 13 /* Packet Out (controller) */ #define OFP_T_FLOW_MOD 14 /* Flow Mod (controller) */ #define OFP_T_GROUP_MOD 15 /* Group Mod (controller) */ #define OFP_T_PORT_MOD 16 /* Port Mod (controller) */ #define OFP_T_TABLE_MOD 17 /* Table Mod (controller) */ #define OFP_T_MULTIPART_REQUEST 18 /* Multipart Message Request */ #define OFP_T_MULTIPART_REPLY 19 /* Multipart Message Request */ #define OFP_T_BARRIER_REQUEST 20 /* Barrier Request */ #define OFP_T_BARRIER_REPLY 21 /* Barrier Reply */ #define OFP_T_QUEUE_GET_CONFIG_REQUEST 22 /* Queue Get Config Request */ #define OFP_T_QUEUE_GET_CONFIG_REPLY 23 /* Queue Get Config Reply */ #define OFP_T_ROLE_REQUEST 24 /* Role Request */ #define OFP_T_ROLE_REPLY 25 /* Role Reply */ #define OFP_T_GET_ASYNC_REQUEST 26 /* Get Async Request */ #define OFP_T_GET_ASYNC_REPLY 27 /* Get Async Reply */ #define OFP_T_SET_ASYNC 28 /* Set Async */ #define OFP_T_METER_MOD 29 /* Meter Mod */ #define OFP_T_TYPE_MAX 30 /* OpenFlow Hello Message */ struct ofp_hello_element_header { uint16_t he_type; uint16_t he_length; }; #define OPF_HELLO_T_VERSION_BITMAP 1 /* Supported version bitmap */ struct ofp_hello_element_versionbitmap { uint16_t hev_type; uint16_t hev_length; }; /* Ports */ #define OFP_PORT_MAX 0xffffff00 /* Maximum number of physical ports */ #define OFP_PORT_INPUT 0xfffffff8 /* Send back to input port */ #define OFP_PORT_FLOWTABLE 0xfffffff9 /* Perform actions in flow table */ #define OFP_PORT_NORMAL 0xfffffffa /* Let switch decide */ #define OFP_PORT_FLOOD 0xfffffffb /* All non-block ports except input */ #define OFP_PORT_ALL 0xfffffffc /* All ports except input */ #define OFP_PORT_CONTROLLER 0xfffffffd /* Send to controller */ #define OFP_PORT_LOCAL 0xfffffffe /* Local virtual OpenFlow port */ #define OFP_PORT_ANY 0xffffffff /* No port */ /* Switch Config Message (reply) */ struct ofp_switch_config { struct ofp_header cfg_oh; /* OpenFlow header */ uint16_t cfg_flags; /* Configuration flags */ uint16_t cfg_miss_send_len; /* Max bytes from datapath */ } __packed; /* Switch Config */ #define OFP_CONFIG_FRAG_NORMAL 0x0000 /* No special frag handling */ #define OFP_CONFIG_FRAG_DROP 0x0001 /* Drop fragments */ #define OFP_CONFIG_FRAG_REASM 0x0002 /* Reassemble fragments */ #define OFP_CONFIG_FRAG_MASK 0x0003 /* Fragment mask */ /* Switch port description */ struct ofp_switch_port { uint32_t swp_number; /* Switch port number */ uint8_t swp_pad[4]; /* Padding */ uint8_t swp_macaddr[ETHER_ADDR_LEN]; /* Port MAC address */ uint8_t swp_pad2[2]; /* Padding */ char swp_name[OFP_IFNAMSIZ]; /* Switch port name */ uint32_t swp_config; /* Configuration flags */ uint32_t swp_state; /* State flags */ uint32_t swp_cur; /* Current features */ uint32_t swp_advertised; /* Advertised by the port */ uint32_t swp_supported; /* Supported by the port */ uint32_t swp_peer; /* Advertised by peer */ uint32_t swp_cur_speed; /* Current port speed in Kbps*/ uint32_t swp_max_speed; /* Support port max speed in Kbps*/ }; /* Physical port configuration */ #define OFP_PORTCONFIG_PORT_DOWN 0x1 /* Port is down */ #define OFP_PORTCONFIG_NO_STP 0x2 /* Disable STP on port */ #define OFP_PORTCONFIG_NO_RECV 0x4 /* Drop everything except STP */ #define OFP_PORTCONFIG_NO_RECV_STP 0x8 /* Drop received STP */ #define OFP_PORTCONFIG_NO_FLOOD 0x10 /* Do not flood to this port */ #define OFP_PORTCONFIG_NO_FWD 0x20 /* Drop packets to port */ #define OFP_PORTCONFIG_NO_PACKET_IN 0x40 /* NO PACKET_IN on port */ /* Physical port state */ #define OFP_PORTSTATE_LINK_DOWN 0x1 /* Link not active */ #define OFP_PORTSTATE_STP_LISTEN 0x000 /* Not learning or forwarding */ #define OFP_PORTSTATE_STP_LEARN 0x100 /* Learning but not forwarding */ #define OFP_PORTSTATE_STP_FORWARD 0x200 /* Learning and forwarding */ #define OFP_PORTSTATE_STP_BLOCK 0x300 /* Not part of spanning tree */ #define OFP_PORTSTATE_STP_MASK 0x300 /* Spanning tree values */ /* Physical port media types */ #define OFP_PORTMEDIA_10MB_HD 0x1 /* 10 Mb half-duplex */ #define OFP_PORTMEDIA_10MB_FD 0x2 /* 10 Mb full-duplex */ #define OFP_PORTMEDIA_100MB_HD 0x4 /* 100 Mb half-duplex */ #define OFP_PORTMEDIA_100MB_FD 0x8 /* 100 Mb full-duplex */ #define OFP_PORTMEDIA_1GB_HD 0x10 /* 1 Gb half-duplex */ #define OFP_PORTMEDIA_1GB_FD 0x20 /* 1 Gb full-duplex */ #define OFP_PORTMEDIA_10GB_FD 0x40 /* 10 Gb full-duplex */ #define OFP_PORTMEDIA_COPPER 0x80 /* Copper */ #define OFP_PORTMEDIA_FIBER 0x100 /* Fiber */ #define OFP_PORTMEDIA_AUTONEG 0x200 /* Auto-negotiation */ #define OFP_PORTMEDIA_PAUSE 0x400 /* Pause */ #define OFP_PORTMEDIA_PAUSE_ASYM 0x800 /* Asymmetric pause */ /* Switch Features Message (reply) */ struct ofp_switch_features { struct ofp_header swf_oh; /* OpenFlow header */ uint64_t swf_datapath_id; /* Datapath unique ID */ uint32_t swf_nbuffers; /* Max packets buffered */ uint8_t swf_ntables; /* Number of supported tables */ uint8_t swf_aux_id; /* Identify auxiliary connections */ uint8_t swf_pad[2]; /* Align to 64 bits */ uint32_t swf_capabilities; /* Capability flags */ uint32_t swf_actions; /* Supported action flags */ }; /* Switch capabilities */ #define OFP_SWCAP_FLOW_STATS 0x1 /* Flow statistics */ #define OFP_SWCAP_TABLE_STATS 0x2 /* Table statistics */ #define OFP_SWCAP_PORT_STATS 0x4 /* Port statistics */ #define OFP_SWCAP_GROUP_STATS 0x8 /* Group statistics */ #define OFP_SWCAP_IP_REASM 0x20 /* Can reassemble IP frags */ #define OFP_SWCAP_QUEUE_STATS 0x40 /* Queue statistics */ #define OFP_SWCAP_ARP_MATCH_IP 0x80 /* Match IP addresses in ARP pkts */ #define OFP_SWCAP_PORT_BLOCKED 0x100 /* Switch will block ports */ /* Flow matching */ struct ofp_match { uint16_t om_type; uint16_t om_length; } __packed; /* Flow matching type type */ #define OFP_MATCH_STANDARD 0 /* Standard match deprecated */ #define OFP_MATCH_OXM 1 /* OpenFlow Extensible Match */ /* Packet-In Message */ struct ofp_packet_in { struct ofp_header pin_oh; /* OpenFlow header */ uint32_t pin_buffer_id; uint16_t pin_total_len; uint8_t pin_reason; uint8_t pin_table_id; uint64_t pin_cookie; struct ofp_match pin_match; } __packed; /* Reason */ #define OFP_PKTIN_REASON_NO_MATCH 0 /* No matching flow */ #define OFP_PKTIN_REASON_ACTION 1 /* Explicit output */ #define OFP_PKTIN_REASON_TTL 2 /* Packet has invalid TTL */ /* Flow Instruction */ struct ofp_instruction { uint16_t i_type; uint16_t i_len; }; /* Instruction types */ #define OFP_INSTRUCTION_T_GOTO_TABLE 1 /* Goto-Table */ #define OFP_INSTRUCTION_T_WRITE_META 2 /* Write-Metadata */ #define OFP_INSTRUCTION_T_WRITE_ACTIONS 3 /* Write-Actions */ #define OFP_INSTRUCTION_T_APPLY_ACTIONS 4 /* Apply-Actions */ #define OFP_INSTRUCTION_T_CLEAR_ACTIONS 5 /* Clear-Actions */ #define OFP_INSTRUCTION_T_METER 6 /* Meter */ #define OFP_INSTRUCTION_T_EXPERIMENTER 0xffff /* Experimenter */ /* Write-Metadata instruction */ struct ofp_instruction_write_metadata { uint16_t iwm_type; uint16_t iwm_len; uint8_t iwm_pad[4]; uint64_t iwm_metadata; uint64_t iwm_metadata_mask; }; /* Goto-Table instruction */ struct ofp_instruction_goto_table { uint16_t igt_type; uint16_t igt_len; uint8_t igt_table_id; uint8_t igt_pad[3]; }; /* Apply-Actions instruction */ struct ofp_instruction_actions { uint16_t ia_type; uint16_t ia_len; uint8_t pad[4]; }; /* Meter instruction */ struct ofp_instruction_meter { uint16_t im_type; uint16_t im_len; uint32_t im_meter_id; }; /* Experimenter instruction */ struct ofp_instruction_experimenter { uint16_t ie_type; uint16_t ie_len; uint32_t ie_experimenter; }; /* Actions */ #define OFP_ACTION_OUTPUT 0 /* Output to switch port */ #define OFP_ACTION_COPY_TTL_OUT 11 /* ? */ #define OFP_ACTION_COPY_TTL_IN 12 /* ? */ #define OFP_ACTION_SET_MPLS_TTL 15 /* ? */ #define OFP_ACTION_DEC_MPLS_TTL 16 /* ? */ #define OFP_ACTION_PUSH_VLAN 17 /* ? */ #define OFP_ACTION_POP_VLAN 18 /* ? */ #define OFP_ACTION_PUSH_MPLS 19 /* ? */ #define OFP_ACTION_POP_MPLS 20 /* ? */ #define OFP_ACTION_SET_QUEUE 21 /* ? */ #define OFP_ACTION_GROUP 22 /* ? */ #define OFP_ACTION_SET_NW_TTL 23 /* ? */ #define OFP_ACTION_DEC_NW_TTL 24 /* ? */ #define OFP_ACTION_SET_FIELD 25 /* ? */ #define OFP_ACTION_PUSH_PBB 26 /* ? */ #define OFP_ACTION_POP_PBB 27 /* ? */ #define OFP_ACTION_EXPERIMENTER 0xffff /* Vendor-specific action */ /* Action Header */ struct ofp_action_header { uint16_t ah_type; uint16_t ah_len; uint32_t ah_pad; } __packed; #define OFP_CONTROLLER_MAXLEN_MAX 0xffe5 #define OFP_CONTROLLER_MAXLEN_NO_BUFFER 0xffff /* Output Action */ struct ofp_action_output { uint16_t ao_type; uint16_t ao_len; uint32_t ao_port; uint16_t ao_max_len; uint8_t ao_pad[6]; } __packed; struct ofp_action_mpls_ttl { uint16_t amt_type; uint16_t amt_len; uint8_t amt_ttl; uint8_t amt_pad[3]; } __packed; struct ofp_action_push { uint16_t ap_type; uint16_t ap_len; uint16_t ap_ethertype; uint8_t pad[2]; } __packed; struct ofp_action_pop_mpls { uint16_t apm_type; uint16_t apm_len; uint16_t apm_ethertype; uint8_t pad[2]; } __packed; struct ofp_action_group { uint16_t ag_type; uint16_t ag_len; uint32_t ag_group_id; } __packed; struct ofp_action_nw_ttl { uint16_t ant_type; uint16_t ant_len; uint8_t ant_ttl; uint8_t ant_pad[3]; } __packed; struct ofp_action_set_field { uint16_t asf_type; uint16_t asf_len; uint8_t asf_field[4]; } __packed; /* Packet-Out Message */ struct ofp_packet_out { struct ofp_header pout_oh; /* OpenFlow header */ uint32_t pout_buffer_id; uint32_t pout_in_port; uint16_t pout_actions_len; uint8_t pout_pad[6]; struct ofp_action_header pout_actions[0]; /* Followed by optional packet data if buffer_id == 0xffffffff */ } __packed; /* Flow match fields for basic class */ #define OFP_XM_T_IN_PORT 0 /* ? */ #define OFP_XM_T_IN_PHY_PORT 1 /* ? */ #define OFP_XM_T_META 2 /* ? */ #define OFP_XM_T_ETH_DST 3 /* ? */ #define OFP_XM_T_ETH_SRC 4 /* ? */ #define OFP_XM_T_ETH_TYPE 5 /* ? */ #define OFP_XM_T_VLAN_VID 6 /* ? */ #define OFP_XM_T_VLAN_PCP 7 /* ? */ #define OFP_XM_T_IP_DSCP 8 /* ? */ #define OFP_XM_T_IP_ECN 9 /* ? */ #define OFP_XM_T_IP_PROTO 10 /* ? */ #define OFP_XM_T_IPV4_SRC 11 /* ? */ #define OFP_XM_T_IPV4_DST 12 /* ? */ #define OFP_XM_T_TCP_SRC 13 /* ? */ #define OFP_XM_T_TCP_DST 14 /* ? */ #define OFP_XM_T_UDP_SRC 15 /* ? */ #define OFP_XM_T_UDP_DST 16 /* ? */ #define OFP_XM_T_SCTP_SRC 17 /* ? */ #define OFP_XM_T_SCTP_DST 18 /* ? */ #define OFP_XM_T_ICMPV4_TYPE 19 /* ? */ #define OFP_XM_T_ICMPV4_CODE 20 /* ? */ #define OFP_XM_T_ARP_OP 21 /* ? */ #define OFP_XM_T_ARP_SPA 22 /* ? */ #define OFP_XM_T_ARP_TPA 23 /* ? */ #define OFP_XM_T_ARP_SHA 24 /* ? */ #define OFP_XM_T_ARP_THA 25 /* ? */ #define OFP_XM_T_IPV6_SRC 26 /* ? */ #define OFP_XM_T_IPV6_DST 27 /* ? */ #define OFP_XM_T_IPV6_FLABEL 28 /* ? */ #define OFP_XM_T_ICMPV6_TYPE 29 /* ? */ #define OFP_XM_T_ICMPV6_CODE 30 /* ? */ #define OFP_XM_T_IPV6_ND_TARGET 31 /* ? */ #define OFP_XM_T_IPV6_ND_SLL 32 /* ? */ #define OFP_XM_T_IPV6_ND_TLL 33 /* ? */ #define OFP_XM_T_MPLS_LABEL 34 /* ? */ #define OFP_XM_T_MPLS_TC 35 /* ? */ #define OFP_XM_T_MPLS_BOS 36 /* ? */ #define OFP_XM_T_PBB_ISID 37 /* ? */ #define OFP_XM_T_TUNNEL_ID 38 /* ? */ #define OFP_XM_T_IPV6_EXTHDR 39 /* ? */ #define OFP_XM_T_MAX 40 /* ? */ /* Flow match fields for nxm1 class */ #define OFP_XM_NXMT_TUNNEL_ID 38 /* ? */ #define OFP_XM_NXMT_TUNNEL_IPV4_SRC 31 /* ? */ #define OFP_XM_NXMT_TUNNEL_IPV4_DST 32 /* ? */ #define OFP_XM_NXMT_TUNNEL_IPV6_SRC 109 /* ? */ #define OFP_XM_NXMT_TUNNEL_IPV6_DST 110 /* ? */ /* OXM class */ #define OFP_OXM_C_NXM_0 0x0000 /* NXM 0 */ #define OFP_OXM_C_NXM_1 0x0001 /* NXM 1 */ #define OFP_OXM_C_OPENFLOW_BASIC 0x8000 /* OpenFlow Basic */ #define OFP_OXM_C_OPENFLOW_EXPERIMENTER 0xffff /* OpenFlow Experimenter */ /* VLAN matching flag */ #define OFP_XM_VID_PRESENT 0x1000 /* VLAN ID present */ #define OFP_XM_VID_NONE 0x0000 /* No VLAN ID */ struct ofp_ox_match { uint16_t oxm_class; uint8_t oxm_fh; uint8_t oxm_length; }; #define OFP_OXM_GET_FIELD(o) (((o)->oxm_fh) >> 1) #define OFP_OXM_GET_HASMASK(o) (((o)->oxm_fh) & 0x1) #define OFP_OXM_SET_FIELD(o, t) (((o)->oxm_fh) = ((t) << 1)) #define OFP_OXM_SET_HASMASK(o) (((o)->oxm_fh) |= 0x1) /* Flow modification commands */ #define OFP_FLOWCMD_ADD 0 /* Add new flow */ #define OFP_FLOWCMD_MODIFY 1 /* Modify flow */ #define OFP_FLOWCMD_MODIFY_STRICT 2 /* Modify flow w/o wildcard */ #define OFP_FLOWCMD_DELETE 3 /* Delete flow */ #define OFP_FLOWCMD_DELETE_STRICT 4 /* Delete flow w/o wildcard */ /* Flow modification flags */ #define OFP_FLOWFLAG_SEND_FLOW_REMOVED 0x01 /* Send flow removed message */ #define OFP_FLOWFLAG_CHECK_OVERLAP 0x02 /* Check flow overlap first */ #define OFP_FLOWFLAG_RESET_COUNTS 0x04 /* Reset flow packet and byte counters */ #define OFP_FLOWFLAG_NO_PACKET_COUNTS 0x08 /* Don't keep track of packet count */ #define OFP_FLOWFLAG_NO_BYTE_COUNTS 0x10 /* Don't keep track of byte count */ /* Flow modification message */ struct ofp_flow_mod { struct ofp_header fm_oh; /* OpenFlow header */ uint64_t fm_cookie; uint64_t fm_cookie_mask; uint8_t fm_table_id; uint8_t fm_command; uint16_t fm_idle_timeout; uint16_t fm_hard_timeout; uint16_t fm_priority; uint32_t fm_buffer_id; uint32_t fm_out_port; uint32_t fm_out_group; uint16_t fm_flags; uint8_t fm_pad[2]; struct ofp_match fm_match; } __packed; /* Flow removed reasons */ #define OFP_FLOWREM_REASON_IDLE_TIMEOUT 0 /* Flow idle time exceeded idle_timeout */ #define OFP_FLOWREM_REASON_HARD_TIMEOUT 1 /* Time exceeded hard_timeout */ #define OFP_FLOWREM_REASON_DELETE 2 /* Evicted by a DELETE flow mod */ #define OFP_FLOWREM_REASON_GROUP_DELETE 3 /* Group was removed */ /* Flow removed message */ struct ofp_flow_removed { struct ofp_header fr_oh; uint64_t fr_cookie; uint16_t fr_priority; uint8_t fr_reason; uint8_t fr_table_id; uint32_t fr_duration_sec; uint32_t fr_duration_nsec; uint16_t fr_idle_timeout; uint16_t fr_hard_timeout; uint64_t fr_packet_count; uint64_t fr_byte_count; struct ofp_match fr_match; } __packed; /* Error message */ struct ofp_error { struct ofp_header err_oh; uint16_t err_type; uint16_t err_code; uint8_t err_data[0]; /* Followed by optional data */ } __packed; #define OFP_ERRDATA_MAX 64 /* Error types */ #define OFP_ERRTYPE_HELLO_FAILED 0 /* Hello protocol failed */ #define OFP_ERRTYPE_BAD_REQUEST 1 /* Request was not understood */ #define OFP_ERRTYPE_BAD_ACTION 2 /* Error in action */ #define OFP_ERRTYPE_BAD_INSTRUCTION 3 /* Error in instruction list */ #define OFP_ERRTYPE_BAD_MATCH 4 /* Error in match */ #define OFP_ERRTYPE_FLOW_MOD_FAILED 5 /* Problem modifying flow */ #define OFP_ERRTYPE_GROUP_MOD_FAILED 6 /* Problem modifying group */ #define OFP_ERRTYPE_PORT_MOD_FAILED 7 /* Port mod request failed */ #define OFP_ERRTYPE_TABLE_MOD_FAILED 8 /* Port mod request failed */ #define OFP_ERRTYPE_QUEUE_OP_FAILED 9 /* Queue operation failed */ #define OFP_ERRTYPE_SWITCH_CFG_FAILED 10 /* Switch Config request failed */ #define OFP_ERRTYPE_ROLE_REQUEST_FAILED 11 /* Controller role request failed */ #define OFP_ERRTYPE_METER_MOD_FAILED 12 /* Error in meter */ #define OFP_ERRTYPE_TABLE_FEATURES_FAILED 13 /* Setting table features failed */ #define OFP_ERRTYPE_EXPERIMENTER 0xffff /* Experimenter error message */ /* HELLO error codes */ #define OFP_ERRHELLO_INCOMPATIBLE 0 /* No compatible version */ #define OFP_ERRHELLO_EPERM 1 /* Permissions error */ /* REQUEST error codes */ #define OFP_ERRREQ_VERSION 0 /* Version not supported */ #define OFP_ERRREQ_TYPE 1 /* Type not supported */ #define OFP_ERRREQ_MULTIPART 2 /* Multipart type not supported */ #define OFP_ERRREQ_EXPERIMENTER 3 /* Experimenter id not supported */ #define OFP_ERRREQ_EXP_TYPE 4 /* Experimenter type not supported */ #define OFP_ERRREQ_EPERM 5 /* Permission error */ #define OFP_ERRREQ_LEN 6 /* Wrong request length for type */ #define OFP_ERRREQ_BUFFER_EMPTY 7 /* Specified buffer has already been used */ #define OFP_ERRREQ_BUFFER_UNKNOWN 8 /* Specified buffer does not exist */ #define OFP_ERRREQ_TABLE_ID 9 /* Specified table-id invalid or does not exit */ #define OFP_ERRREQ_IS_SLAVE 10 /* Denied because controller is slave */ #define OFP_ERRREQ_PORT 11 /* Invalid port */ #define OFP_ERRREQ_PACKET 12 /* Invalid packet in packet-out */ #define OFP_ERRREQ_MULTIPART_OVERFLOW 13 /* Multipart overflowed the assigned buffer */ /* ACTION error codes */ #define OFP_ERRACTION_TYPE 0 /* Unknown or unsupported action type */ #define OFP_ERRACTION_LEN 1 /* Length problem in actions */ #define OFP_ERRACTION_EXPERIMENTER 2 /* Unknown experimenter id specified */ #define OFP_ERRACTION_EXP_TYPE 3 /* Unknown action for experimenter id */ #define OFP_ERRACTION_OUT_PORT 4 /* Problem validating output port */ #define OFP_ERRACTION_ARGUMENT 5 /* Bad action argument */ #define OFP_ERRACTION_EPERM 6 /* Permission error */ #define OFP_ERRACTION_TOO_MANY 7 /* Can't handle this many actions */ #define OFP_ERRACTION_BAD_QUEUE 8 /* Problem validating output queue */ #define OFP_ERRACTION_BAD_OUT_GROPU 9 /* Invalid group id in forward action */ #define OFP_ERRACTION_MATCH_INCONSIST 10 /* Action can't apply or Set-Field failed */ #define OFP_ERRACTION_UNSUPPORTED_ORDER 11 /* Action order is unsupported for Apply-Actions */ #define OFP_ERRACTION_TAG 12 /* Actions uses an unsupported tag/encap */ #define OFP_ERRACTION_SET_TYPE 13 /* Unsupported type in SET_FIELD action */ #define OFP_ERRACTION_SET_LEN 14 /* Length problem in SET_FIELD action */ #define OFP_ERRACTION_SET_ARGUMENT 15 /* Bad argument in SET_FIELD action */ /* INSTRUCTION error codes */ #define OFP_ERRINST_UNKNOWN_INST 0 /* Unknown instruction */ #define OFP_ERRINST_UNSUPPORTED_INST 1 /* Switch or table does not support */ #define OFP_ERRINST_TABLE_ID 2 /* Invalid Table-ID specified */ #define OFP_ERRINST_UNSUPP_META 3 /* Metadata value unsupported by datapath */ #define OFP_ERRINST_UNSUPP_META_MASK 4 /* Metadata mask value unsupported by datapath */ #define OFP_ERRINST_BAD_EXPERIMENTER 5 /* Unknown experimenter id specified */ #define OFP_ERRINST_BAD_EXPERIMENTER_TYPE 6 /* Unknown instruction for experimenter id */ #define OFP_ERRINST_BAD_LEN 7 /* Length problem in instructions */ #define OFP_ERRINST_EPERM 8 /* Permissions error */ /* MATCH error codes */ #define OFP_ERRMATCH_BAD_TYPE 0 /* Unsupported match type */ #define OFP_ERRMATCH_BAD_LEN 1 /* Length problem in match */ #define OFP_ERRMATCH_BAD_TAG 2 /* Match uses an unsupported tag/encap */ #define OFP_ERRMATCH_BAD_DL_ADDR_MASK 3 /* Unsupported datalink addr mask */ #define OFP_ERRMATCH_BAD_NW_ADDR_MASK 4 /* Unsupported network addr mask */ #define OFP_ERRMATCH_BAD_WILDCARDS 5 /* Unsupported combination of fields */ #define OFP_ERRMATCH_BAD_FIELD 6 /* Unsupported field type in the match */ #define OFP_ERRMATCH_BAD_VALUE 7 /* Unsupported value in a match field */ #define OFP_ERRMATCH_BAD_MASK 8 /* Unsupported mask specified in match */ #define OFP_ERRMATCH_BAD_PREREQ 9 /* A prerequisite was not met */ #define OFP_ERRMATCH_DUP_FIELD 10 /* A field type was duplicated */ #define OFP_ERRMATCH_EPERM 11 /* Permissions error */ /* FLOW MOD error codes */ #define OFP_ERRFLOWMOD_UNKNOWN 0 /* Unknown */ #define OFP_ERRFLOWMOD_ALL_TABLES_FULL 1 /* Not added, full tables */ #define OFP_ERRFLOWMOD_TABLE_ID 2 /* Invalid table id */ #define OFP_ERRFLOWMOD_OVERLAP 3 /* Overlapping flow */ #define OFP_ERRFLOWMOD_EPERM 4 /* Permissions error */ #define OFP_ERRFLOWMOD_BAD_TIMEOUT 5 /* non-zero idle/hard timeout */ #define OFP_ERRFLOWMOD_BAD_COMMAND 6 /* Unsupported or Unknown command */ #define OFP_ERRFLOWMOD_BAD_FLAGS 7 /* Unsupported or Unknown flags */ /* GROUP MOD error codes */ #define OFP_ERRGROUPMOD_GROUP_EXISTS 0 /* Already present group */ #define OFP_ERRGROUPMOD_INVALID_GROUP 1 /* Group specified is invalid */ #define OFP_ERRGROUPMOD_WEIGHT_UNSUPP 2 /* Switch does not support unequal load sharing */ #define OFP_ERRGROUPMOD_OUT_OF_GROUPS 3 /* The Group table is full */ #define OFP_ERRGROUPMOD_OUT_OF_BUCKETS 4 /* The maximum number of action buckets */ #define OFP_ERRGROUPMOD_CHAINING_UNSUPP 5 /* Switch does not support groups forwarding to groups */ #define OFP_ERRGROUPMOD_WATCH_UNSUPP 6 /* This group cannot watch the watch_port */ #define OFP_ERRGROUPMOD_LOOP 7 /* Group entry would cause a loop */ #define OFP_ERRGROUPMOD_UNKNOWN_GROUP 8 /* MODIFY attempted to modify a non-existent group */ #define OFP_ERRGROUPMOD_CHAINED_GROUP 9 /* Group not deleted because another group is forwarding to it */ #define OFP_ERRGROUPMOD_BAD_TYPE 10 /* Unsupported or unknown group type */ #define OFP_ERRGROUPMOD_BAD_COMMAND 11 /* Unsupported or unknown command */ #define OFP_ERRGROUPMOD_BAD_BUCKET 12 /* Error in bucket */ #define OFP_ERRGROUPMOD_BAD_WATCH 13 /* Error in watch port/group */ #define OFP_ERRGROUPMOD_EPERM 14 /* Permission error */ /* GROUP MOD message */ #define OFP_GROUPCMD_ADD 0 /* Add group */ #define OFP_GROUPCMD_MODIFY 1 /* Modify group */ #define OFP_GROUPCMD_DELETE 2 /* Delete group */ /* Group types */ #define OFP_GROUP_T_ALL 0 #define OFP_GROUP_T_SELECT 1 #define OFP_GROUP_T_INDIRECT 2 #define OFP_GROUP_T_FAST_FAILOVER 3 #define OFP_GROUP_MAX 0xffffff00 #define OFP_GROUP_ALL 0xfffffffc #define OFP_GROUP_ANY 0xffffffff struct ofp_bucket { uint16_t b_len; uint16_t b_weight; uint32_t b_watch_port; uint32_t b_watch_group; uint8_t b_pad[4]; struct ofp_action_header b_actions[0]; } __packed; struct ofp_group_mod { struct ofp_header gm_oh; uint16_t gm_command; uint8_t gm_type; uint8_t gm_pad; uint32_t gm_group_id; struct ofp_bucket gm_buckets[0]; } __packed; struct ofp_multipart { struct ofp_header mp_oh; uint16_t mp_type; uint16_t mp_flags; uint8_t mp_pad[4]; } __packed; #define OFP_MP_FLAG_REQ_MORE 1 #define OFP_MP_FLAG_REPLY_MORE 1 /* Multipart types */ #define OFP_MP_T_DESC 0 #define OFP_MP_T_FLOW 1 #define OFP_MP_T_AGGREGATE 2 #define OFP_MP_T_TABLE 3 #define OFP_MP_T_PORT_STATS 4 #define OFP_MP_T_QUEUE 5 #define OFP_MP_T_GROUP 6 #define OFP_MP_T_GROUP_DESC 7 #define OFP_MP_T_GROUP_FEATURES 8 #define OFP_MP_T_METER 9 #define OFP_MP_T_METER_CONFIG 10 #define OFP_MP_T_METER_FEATURES 11 #define OFP_MP_T_TABLE_FEATURES 12 #define OFP_MP_T_PORT_DESC 13 #define OFP_MP_T_EXPERIMENTER 0xffff #define OFP_DESC_STR_LEN 256 #define OFP_SERIAL_NUM_LEN 32 struct ofp_desc { char d_mfr_desc[OFP_DESC_STR_LEN]; char d_hw_desc[OFP_DESC_STR_LEN]; char d_sw_desc[OFP_DESC_STR_LEN]; char d_serial_num[OFP_SERIAL_NUM_LEN]; char d_dp_desc[OFP_DESC_STR_LEN]; } __packed; /* Flow stats request */ struct ofp_flow_stats_request { uint8_t fsr_table_id; uint8_t fsr_pad[3]; uint32_t fsr_out_port; uint32_t fsr_out_group; uint8_t fsr_pad2[4]; uint64_t fsr_cookie; uint64_t fsr_cookie_mask; struct ofp_match fsr_match; } __packed; /* Flow stats */ struct ofp_flow_stats { uint16_t fs_length; uint8_t fs_table_id; uint8_t fs_pad; uint32_t fs_duration_sec; uint32_t fs_duration_nsec; uint16_t fs_priority; uint16_t fs_idle_timeout; uint16_t fs_hard_timeout; uint16_t fs_flags; uint8_t fs_pad2[4]; uint64_t fs_cookie; uint64_t fs_packet_count; uint64_t fs_byte_count; struct ofp_match fs_match; } __packed; /* Aggregate flow stats request */ struct ofp_aggregate_stats_request { uint8_t asr_table_id; uint8_t asr_pad[3]; uint32_t asr_out_port; uint32_t asr_out_group; uint8_t asr_pad2[4]; uint64_t asr_cookie; uint64_t asr_cookie_mask; struct ofp_match asr_match; } __packed; struct ofp_aggregate_stats { uint64_t as_packet_count; uint64_t as_byte_count; uint32_t as_flow_count; uint8_t as_pad[4]; } __packed; #define OFP_TABLE_ID_MAX 0xfe #define OFP_TABLE_ID_ALL 0xff struct ofp_table_stats { uint8_t ts_table_id; uint8_t ts_pad[3]; uint32_t ts_active_count; uint64_t ts_lookup_count; uint64_t ts_matched_count; } __packed; /* Table features */ #define OFP_TABLE_FEATPROP_INSTRUCTION 0 #define OFP_TABLE_FEATPROP_INSTRUCTION_MISS 1 #define OFP_TABLE_FEATPROP_NEXT_TABLES 2 #define OFP_TABLE_FEATPROP_NEXT_TABLES_MISS 3 #define OFP_TABLE_FEATPROP_WRITE_ACTIONS 4 #define OFP_TABLE_FEATPROP_WRITE_ACTIONS_MISS 5 #define OFP_TABLE_FEATPROP_APPLY_ACTIONS 6 #define OFP_TABLE_FEATPROP_APPLY_ACTIONS_MISS 7 #define OFP_TABLE_FEATPROP_MATCH 8 #define OFP_TABLE_FEATPROP_WILDCARDS 10 #define OFP_TABLE_FEATPROP_WRITE_SETFIELD 12 #define OFP_TABLE_FEATPROP_WRITE_SETFIELD_MISS 13 #define OFP_TABLE_FEATPROP_APPLY_SETFIELD 14 #define OFP_TABLE_FEATPROP_APPLY_SETFIELD_MISS 15 #define OFP_TABLE_FEATPROP_EXPERIMENTER 0xfffe #define OFP_TABLE_FEATPROP_EXPERIMENTER_MISS 0xffff #define OFP_TABLE_MAX_NAME_LEN 32 struct ofp_table_features { uint16_t tf_length; uint8_t tf_tableid; uint8_t tf_pad[5]; char tf_name[OFP_TABLE_MAX_NAME_LEN]; uint64_t tf_metadata_match; uint64_t tf_metadata_write; uint32_t tf_config; uint32_t tf_max_entries; } __packed; struct ofp_table_feature_property { uint16_t tp_type; uint16_t tp_length; } __packed; struct ofp_table_feature_property_instruction { uint16_t tpi_type; uint16_t tpi_length; struct ofp_instruction tpi_instructions[0]; } __packed; struct ofp_table_feature_property_next_tables { uint16_t tpnt_type; uint16_t tpnt_length; uint8_t tpnt_tables[0]; } __packed; struct ofp_table_feature_property_actions { uint16_t tpa_type; uint16_t tpa_length; struct ofp_action_header tpa_actions[0]; } __packed; struct ofp_table_feature_property_oxm { uint16_t tpoxm_type; uint16_t tpoxm_length; uint32_t tpoxm_oxm[0]; } __packed; struct ofp_table_feature_property_experimenter { uint16_t tfpexp_type; uint16_t tfpexp_length; uint32_t tfpexp_experimenter; uint32_t tfpexp_exp_type; uint32_t tfpexp_experimenter_data[0]; } __packed; struct ofp_port_stats { uint32_t pt_port_no; uint8_t pt_pad[4]; uint64_t pt_rx_packets; uint64_t pt_tx_packets; uint64_t pt_rx_bytes; uint64_t pt_tx_bytes; uint64_t pt_rx_dropped; uint64_t pt_tx_dropped; uint64_t pt_rx_errors; uint64_t pt_tx_errors; uint64_t pt_rx_frame_err; uint64_t pt_rx_over_err; uint64_t pt_rx_crc_err; uint64_t pt_collision; uint32_t pt_duration_sec; uint32_t pt_duration_nsec; } __packed; /* Groups stats request */ struct ofp_group_stats_request { uint32_t gsr_group_id; uint8_t gsr_pad[4]; } __packed; struct ofp_bucket_counter { uint64_t gs_packet_count; uint64_t gs_byte_count; } __packed; /* Group stats */ struct ofp_group_stats { uint16_t gs_length; uint8_t gs_pad[2]; uint32_t gs_group_id; uint32_t gs_ref_count; uint8_t gs_pad2[4]; uint64_t gs_packet_count; uint64_t gs_byte_count; uint32_t gs_duration_sec; uint32_t gs_duration_nsec; struct ofp_bucket_counter gs_bucket_stats[0]; } __packed; /* Group description */ struct ofp_group_desc { uint16_t gd_length; uint8_t gd_type; uint8_t gd_pad; uint32_t gd_group_id; struct ofp_bucket gd_buckets[0]; } __packed; #endif /* _NET_OPF_H_ */