* Copyright (c) 2025 Huawei Technologies Co., Ltd.
* This program is free software, you can redistribute it and/or modify it under the terms and conditions of
* CANN Open Software License Agreement Version 2.0 (the "License").
* Please refer to the License for details. You may not use this file except in compliance with the License.
* THIS SOFTWARE IS PROVIDED ON AN "AS IS" BASIS, WITHOUT WARRANTIES OF ANY KIND, EITHER EXPRESS OR IMPLIED,
* INCLUDING BUT NOT LIMITED TO NON-INFRINGEMENT, MERCHANTABILITY, OR FITNESS FOR A PARTICULAR PURPOSE.
* See LICENSE in the root of the software repository for the full text of the License.
*/
#ifndef DS_NET_H
#define DS_NET_H
#include <stdbool.h>
#include <unistd.h>
#include <netinet/in.h>
#include "ascend_hal.h"
#ifndef CONFIG_LLT
#endif
#include "securec.h"
#include "dsmi_net_inter.h"
#include "tls.h"
#include "xsfp_comm.h"
#define MAX_CMD_SEND_LEN 2048
#define INFO_PAYLOAD_LEN 1000
#define MAX_CMD_PAYLOAD_LEN 2000
#define MAX_ROUTE_TABLE_LEN 386000
#define MAX_TRANS_DATA_LEN 386000
#define MAX_NETDEV_STATUS_LEN 5000
#define ETH_REG_DUMP_LEN 6144
#define MAX_IP_LEN 20
#define MAX_IPV6_LEN 48
#define MAX_IPV6_NUM 16
#define DS_MAC_ADDR_LEN 6
#define DS_MIN_LOGIC_ID 0
#define DS_MAX_LOGIC_ID 15
#define MAX_PORT_ID 7
#define DS_MAC_STR_LEN 17
#define DS_MAC_ADDR_LEN 6
#define DS_MAC_FILTER_PRE_UPPER "01:80:C2"
#define DS_MAC_FILTER_PRE_LOWER "01:80:c2"
#define DS_MAC_FILTER_SIZE 18
#define DSCP_MAX 63
#define TC_MAX 3
#define DSMI_MIN_MTU_SIZE 68
#define DSMI_MAX_MTU_SIZE 9702
#define DS_MTU_LEN 5
#define DS_PORT_LEN 7
#define DSMI_MIN_UDP_PORT 4097
#define DSMI_MIN_UDP_PORT_LEN 4
#define DSMI_MAX_UDP_PORT 65535
#define DSMI_MAX_UDP_PORT_LEN 5
#define DSMI_UDP_RANGE 0xFFFF
#define DSMI_MIN_TM_SHAPING_BW_LIMIT 10000
#define DSMI_MAX_TM_SHAPING_BW_LIMIT 100000
#define DSMI_TLS_ALARM_MAX_DAYS 180
#define DSMI_TLS_ALARM_MIN_DAYS 7
#define DSMI_TLS_ALARM_DISABLE 0
#define NAME_LEN 17
#define OUI_LEN 3
#define PN_LEN 17
#define WAVE_LEN 2
#define SN_LEN 17
#define DATACODE_LEN 11
#define IDENTIFIER_LEN 20
#define TOOL_MAC_ADDR_LEN 6
#define AUTO_ADAPT_INBUFF_LEN 4
#define GENERIC_INFO_INBUFF_LEN 20
#define GENERIC_INFO_OUTBUFF_LEN 1000
#define GENERIC_INFO_SPEED_UNKNOWN 0
#define GENERIC_INFO_PARM_NUM 1
#define GENERIC_INFO_SPEED_100G 100000
#define GENERIC_INFO_SPEED_200G 200000
#define GENERIC_INFO_SPEED_400G 400000
#define ETH_SELF_TEST_OUTBUFF_LEN 500
#define ETH_SELF_TEST_MODE_TYPE_MAX 1
#define UDHCPC_QUIT_INBUFF_LEN 4
#define CHIP_DIE_CNT 2
#define UNSIGNED_INT_RADIX 10
#define ATLAS_9000_A3_MAINBOARD_ID 0x1C
#define ATLAS_9000_A3_MAINBOARD_ID_2 0x1D
#define ATLAS_900_A3_MAINBOARD_ID_1 0x18
#define ATLAS_900_A3_MAINBOARD_ID_2 0x19
#define ATLAS_900_A3_MAINBOARD_A_K 0x14
#define ATLAS_900_A3_MAINBOARD_A_X 0x15
#define ENABLE 1
#define DISABLE 0
#define DS_CLEAR_PFC_MODE_MAX 2
#define HCCN_TOOL_GET_LOCK_FAIL 0x100
struct ipv_addr {
int ip_flag;
unsigned int ipv4;
unsigned char ipv6[MAX_IPV6_NUM];
};
struct generic_info {
unsigned int speed;
};
struct generic_info_parse_param {
char *param;
int (*parse_proc)(struct generic_info *generic_info, int *cur, int argc, char **argv);
};
#define DEFAULT_UDHCPC_TIMEOUT 3
#define UDHCPC_OUTBUFF_LEN 400
#define UDHCPC_RUN_INFO_LEN 300
#define UDHCPC_MAX_TIMEOUT 300
#define UDHCPC_MIN_TIMEOUT 1
#define NORMAL_BUF_SIZE 100
struct udhcpc_param {
unsigned int timeout;
int recovery_flag;
bool retain_process;
bool is_ipv6;
};
struct udhcpc_parse_param {
char *param;
int (*parse_proc)(struct udhcpc_param *param, int *cur, int argc, char **argv);
};
enum ds_net_context_type {
DS_TYPE_QPC = 0,
DS_TYPE_AEQC,
DS_TYPE_CEQC,
DS_TYPE_CQC,
DS_TYPE_MPT,
DS_TYPE_MAX,
};
enum ds_net_opcode_type {
DS_MIN_CMD = 0x0,
DS_SET_NET_DETECT = 0x0001,
DS_GET_NET_LLDP_NEIGHBOR_INFO = 0x0002,
DS_SET_DEFAULT_GATEWAY = 0x0003,
DS_DEL_DEFAULT_GATEWAY = 0x0004,
DS_GET_DEFAULT_GATEWAY = 0x0005,
DS_GET_MAC_ADDRESS = 0x0006,
DS_SET_NETDEV_STATUS = 0x0007,
DS_INSPECT_ETH_STATUS = 0x0008,
DS_SET_MTU = 0x0009,
DS_GET_MTU = 0x000A,
DS_SET_MAC_ADDRESS = 0x000B,
DS_SET_DSCP_MAP = 0x000C,
DS_GET_DSCP_MAP = 0x000D,
DS_ARP_TABLE_CFG = 0x000E,
DS_GET_ROUTE_TABLE = 0x000F,
DS_GET_PCI_INFO = 0x0010,
DS_GET_ROCE_CONTEXT = 0x0011,
DS_GET_ETH_REG_INFO = 0x0012,
DS_GET_OPTICAL_INFO = 0X0013,
DS_GET_PACKET_STATISTICS = 0x0014,
DS_SET_TM_SHAPING_PORT = 0x0015,
DS_GET_TM_SHAPING_PORT = 0x0016,
DS_SET_TLS_CFG = 0x0017,
DS_GET_TLS_CFG = 0x0018,
DS_SET_TLS_ENABLE = 0x0019,
DS_SET_TLS_ALARM = 0x001A,
DS_GET_ROCEE_REG_INFO = 0x001B,
DS_GET_FIRMWARE_VERSION = 0x001C,
DS_ADD_ROUTE_TABLE = 0x001D,
DS_DELETE_ROUTE_TABLE = 0x001E,
DS_GET_VNIC_STATUS = 0x001F,
DS_GET_DEVICE_PROCESS = 0x0020,
DS_CLEAR_PACKET_STATISTICS = 0x0021,
DS_GET_NET_DETECT = 0x0022,
DS_GET_NETWORK_REGISTER = 0x0023,
DS_CLEAR_TLS_CFG = 0x0024,
DS_GET_ENVELOPE_PUB = 0x0025,
DS_SET_ROCE_PORT = 0x0026,
DS_GET_ROCE_PORT = 0x0027,
DS_SET_CFG_STATUS = 0x0028,
DS_GET_CFG_STATUS = 0x0029,
DS_GET_NETDEV_STATUS = 0x002A,
DS_SET_GENERIC_INFO = 0x002B,
DS_GET_LINK_HIS_DATA = 0x002C,
DS_CLEAR_LINK_HIS_DATA = 0x002D,
DS_GET_ROCE_DFX_LEN = 0x002E,
DS_GET_ROCE_DFX_DATA = 0x002F,
DS_SET_OPTICAL_AUTO_ADAPT = 0x0030,
DS_GET_ETH_TEST_INFO = 0x0031,
DS_GET_RDMA_HW_STATS_DATA = 0x0032,
DS_ACQUIRE_DHCP_IP = 0x0033,
DS_RELEASE_DHCP_IP = 0x0034,
DS_GET_DCQCN_INFO = 0x0035,
DS_SET_DCQCN_INFO = 0x0036,
DS_SET_ARP_TABLE_CFG = 0x0037,
DS_GET_BANDWIDTH = 0x0038,
DS_SET_OPTICAL_LOOPBACK = 0x0039,
DS_GET_LINK_CNT = 0x003A,
DS_GET_MAC_TYPE = 0x003B,
DS_GET_NET_LLDP_LOCAL_INFO = 0x003C,
DS_SET_LLDP_PORT_TYPE = 0x003D,
DS_GET_TLS_CA_CFG = 0x003E,
DS_SET_TLS_CA_CFG = 0x003F,
DS_CLEAR_TLS_CA_CFG = 0x0040,
DS_MAX_CMD,
};
enum ds_cmd_opetation {
DS_READ = 0,
DS_WRITE = 1,
DS_NONE = 2,
};
struct context_cmd_info {
enum ds_net_context_type type;
const char *cmd;
};
struct ds_cmd_detect {
unsigned int ip_address;
};
struct ds_cmd_shaping_para {
unsigned int port_id;
int bw_limit;
};
struct ds_cmd_tos {
unsigned int dev_id;
unsigned int port_id;
unsigned char dscp;
unsigned char tc;
};
struct ds_cmd_context {
enum ds_net_context_type type;
unsigned int index;
};
struct ds_gateway_addr {
unsigned int address;
int port;
unsigned int default_phy_id;
bool is_gateway_on_eth;
};
struct ds_shaping_info {
int IR_B;
int IR_U;
int IR_S;
int BS_B;
int BS_S;
int bw_limit;
int bw_max_cap;
};
struct ds_rocee_reg_info {
unsigned int rocee_twp_alm;
unsigned int rocee_tpp_alm;
unsigned int rocee_trp_err_flg_0;
unsigned int rocee_trp_err_flg_1;
};
struct ds_addr_info {
unsigned long address_host;
unsigned long netmask_host;
unsigned long address_device;
unsigned long netmask_device;
};
enum ds_data_frag {
DS_ONE_PKT,
DS_FIRST_PKT,
DS_MIDDLE_PKT,
DS_LAST_PKT,
};
enum ds_snd_rcv_op {
DS_SEND_OP,
DS_RECV_OP,
};
struct ds_common_req_head {
int logic_id;
int port_id;
enum ds_net_opcode_type cmd;
enum ds_data_frag data_frag;
enum ds_snd_rcv_op snd_rcv_op;
unsigned int send_data_len;
unsigned int recv_data_len;
unsigned int one_piece_len;
pid_t host_tid;
int rsvd;
pid_t pid;
};
struct ds_common_req_param {
struct ds_common_req_head req_head;
char info[MAX_CMD_PAYLOAD_LEN];
};
struct ds_common_rsp_head {
int logic_id;
int result;
enum ds_net_opcode_type cmd;
enum ds_data_frag data_frag;
unsigned int one_piece_len;
pid_t pid;
int rsvd;
};
struct ds_common_rsp_param {
struct ds_common_rsp_head rsp_head;
char info[MAX_CMD_PAYLOAD_LEN];
};
struct ds_trans_data {
enum ds_net_opcode_type cmd;
const char *inbuf;
unsigned int size_in;
char *outbuf;
unsigned int *size_out;
int result;
pid_t pid;
};
struct ds_arp_table_value {
unsigned int eth_id;
unsigned int ip_address;
unsigned char mac_address[TOOL_MAC_ADDR_LEN];
char cmd_type;
};
struct ds_neigh_table_value {
unsigned int eth_id;
struct in6_addr ip6_address;
unsigned char mac_address[TOOL_MAC_ADDR_LEN];
char cmd_type;
};
struct ds_route_table_value {
unsigned int address;
unsigned int netmask;
unsigned int gateway;
bool is_route_on_eth;
};
struct ds_route_table_character {
char address[MAX_IP_LEN];
char netmask[MAX_IP_LEN];
char gateway[MAX_IP_LEN];
};
struct ds_optical_info {
int temp;
unsigned int present;
unsigned char dr4_flag;
unsigned int high_power_enable;
struct xsfp_base_info base_info;
struct xsfp_additional_info additional_info;
};
#define DS_MAX_USER_TOS 64
struct dsmi_shaping_info {
int IR_B;
int IR_U;
int IR_S;
int BS_B;
int BS_S;
int bw_limit;
int bw_max_cap;
};
struct dsmi_rocee_reg_info {
unsigned int rocee_twp_alm;
unsigned int rocee_tpp_alm;
unsigned int rocee_trp_err_flg_0;
unsigned int rocee_trp_err_flg_1;
};
struct dsmi_roce_context_factors {
enum ds_net_context_type type;
unsigned int index;
unsigned int len;
};
struct ds_net_cfg_status {
unsigned int chip_id;
unsigned int status;
};
#define LINK_STAT_MAX_IDX 10
struct ds_link_his_stat {
unsigned long long link_up_cnt;
unsigned long long link_down_cnt;
struct {
unsigned int link_status;
unsigned long long link_tv_sec;
} stat[LINK_STAT_MAX_IDX];
unsigned int stat_cnt;
unsigned long long cur_tv_sec;
};
struct ds_roce_dfx {
unsigned int buf_len;
};
struct ds_rdma_hw_stats {
const char * const *names;
int num_counters;
unsigned long long value[];
};
#define MAX_DCQCN_PARAM_LEN 30
#define MAX_PARAM_CNT 24
struct ds_enable_dcqcn_param {
unsigned char enable;
unsigned char alg_mode1;
};
struct ds_dcqcn_param {
unsigned short ai;
unsigned char f;
unsigned char tkp;
unsigned short tmp;
unsigned short alp;
unsigned int max_speed;
unsigned char g;
unsigned char al;
unsigned char cnp_time;
unsigned char alp_shift;
unsigned char alg_mode;
unsigned char max_des_shift;
};
struct ds_dcqcn_info {
int chip_id;
int flag;
unsigned char cnp_dscp;
struct ds_dcqcn_param dcqcn_param;
struct ds_enable_dcqcn_param enable_param;
};
struct ds_mac_type {
int chip_id;
unsigned int mac_type;
};
#define DEFAULT_TIME_INTERVAL 1000
#define MIN_TIME_INTERVAL 100
#define MAX_TIME_INTERVAL 10000
#define PERCENTAGE_BASE 100
#define DSMI_OPTICAL_LOOPBACK_RUNNING 4
int dsmi_network_transmission_channel(int logic_id, struct ds_trans_data *trans_data);
int dsmi_set_net_detect_ip_address(int logic_id, struct ipv_addr *ip_address);
int dsmi_get_net_detect_ip_address(int logic_id, int port_id, struct ipv_addr *ip);
int dsmi_lldp_get_neighbor_info(int logic_id);
int dsmi_inet_ntop_ipv4_address(const unsigned int *address);
int dsmi_inet_ntop_ip_address(struct ipv_addr *address);
int dsmi_mac_filter_check(const unsigned char *mac_addr);
int dsmi_set_mtu(int logic_id, int port_id, unsigned int mtu);
int dsmi_get_mtu(int logic_id, int port_id, unsigned int *mtu);
int dsmi_set_dscp_map(int logic_id, unsigned int port_id, unsigned char dscp_val, unsigned char tc_val);
int dsmi_get_dscp_map(int logic_id, unsigned int port_id, unsigned char dscp_val, unsigned char *tc_val);
int dsmi_set_port_shaping(int logic_id, unsigned int port_id, int bw_limit);
int dsmi_get_port_shaping(int logic_id, unsigned int port_id, struct dsmi_shaping_info *shaping_info);
int dsmi_get_route_table(int logic_id, int port_id, char *route, unsigned int len);
int dsmi_get_pci_info(int logic_id, int port_id, char *pci, unsigned int len);
int dsmi_get_roce_context(int logic_id, int port_id,
struct dsmi_roce_context_factors roce_context_factors, char *context);
int dsmi_get_eth_reg_info(int logic_id, int port_id, char *dump_info, unsigned int len);
int dsmi_get_optical_info(int logic_id, int port_id, struct ds_optical_info *info);
int dsmi_set_tls_cfg(int logic_id, struct tls_cert_ky_crl_info *tls_cfg);
int dsmi_get_tls_cfg(int logic_id, int port_id, struct tls_cert_show_info show_info[], unsigned int num);
int dsmi_set_tls_enable(int logic_id, struct tls_enable_info *enable_info);
int dsmi_set_tls_alarm(int logic_id, struct tls_alarm_info *alarm_info);
int dsmi_clear_tls_cfg(int logic_id, struct tls_clear_info *clear_info);
int dsmi_get_tls_ca_cfg(int logic_id, int port_id, struct tls_ca_new_certs *ca_cert_info, unsigned int num);
int dsmi_set_tls_ca_cfg(int logic_id, int port_id, struct tls_ca_new_certs *ca_cert_info, unsigned int num);
int dsmi_clear_tls_ca_cfg(int logic_id, unsigned int save_mode);
int dsmi_set_default_gateway_address(int logic_id, int port, struct ds_gateway_addr gateway_addr);
int dsmi_get_default_gateway_address(int logic_id, int *port, unsigned int *gateway,
unsigned int *default_phy_id, bool is_gateway_on_eth);
int dsmi_get_mac_address(int logic_id, int port, unsigned char *mac_addr);
int dsmi_set_mac_address(int logic_id, int port, const unsigned char *mac_addr);
int dsmi_set_netdev_link(int logic_id, int port, int enable_flag);
int dsmi_get_firmware_version(int logic_id, int port_id, char *version, unsigned int length);
int dsmi_add_route_table(int logic_id, int port_id, struct ds_route_table_value *route_param,
char *outbuf, unsigned int len);
int dsmi_del_route_table(int logic_id, int port_id, struct ds_route_table_value *route_param,
char *outbuf, unsigned int len);
int dsmi_get_vnic_status(int logic_id, int port, int *link);
int dsmi_get_device_process(int logic_id, int port_id, int *found, unsigned int length);
int dsmi_get_tls_digital_envelope_pub_ky(int logic_id, struct envelope_pub_info *pub_info);
int dsmi_set_roce_port(int logic_id, int port_id, unsigned int roce_port);
int dsmi_get_roce_port(int logic_id, int port_id, int *roce_port);
int dsmi_set_cfg_status(int logic_id, unsigned int status);
int dsmi_get_cfg_status(int logic_id, unsigned int *status);
int dsmi_get_netdev_status(int logic_id, int port_id, char *route, unsigned int len);
int dsmi_set_generic_info(int logic_id, char *inbuf, unsigned int inbuf_len);
int dsmi_get_link_his_stat(int logic_id, int port, struct ds_link_his_stat *stat);
int dsmi_clear_link_his_stat(int logic_id, int port);
int dsmi_get_roce_dfx_len(int logic_id, int port_id, struct ds_roce_dfx *roce_dfx);
int dsmi_get_roce_dfx_data(int logic_id, int port_id, char *data, unsigned int len);
int dsmi_get_network_register(int logic_id, int port_id, unsigned long long addr, unsigned long *value);
int dsmi_get_eth_test_info(int logic_id, char mode);
int dsmi_get_rdma_hw_stats(int logic_id, int port, struct ds_rdma_hw_stats *stats);
int dsmi_acquire_dhcp_ip(int logic_id, int port, const struct udhcpc_param *udhcpc_param, char *outbuf,
unsigned int len);
int dsmi_get_dcqcn_info(int logic_id, struct ds_dcqcn_info *info);
int dsmi_set_dcqcn_info(int logic_id, struct ds_dcqcn_info *info);
int dsmi_release_dhcp_ip(int logic_id, int port, const struct udhcpc_param *udhcpc_param, char *outbuf,
unsigned int len);
int dsmi_set_optical_loopback(int logic_id, int port_id, int mode, int is_write);
int dsmi_get_link_cnt(int logic_id, int port_id, unsigned int *link_cnt);
int dsmi_get_mac_type(int logic_id, int port_id, unsigned int *mac_type);
int dsmi_lldp_get_local_info(int logic_id);
int dsmi_set_lldp_port_id(int logic_id, int port_id_type);
int dsmi_set_tls_machine_type(int logic_id, struct tls_enable_info *enable_info);
int dsmi_analysis_dsmi_ret_to_uda(int ret);
bool is_ATLAS_900_A3_SUPERPOD(unsigned int mainboard_id);
bool is_ATLAS_9000_A3_SUPERPOD(unsigned int mainboard_id);
#define DSMI_SET_TRANS_DATA(_trans_data, _cmd, _inbuf, _size_in, _outbuf, _size_out) do { \
(_trans_data).cmd = (enum ds_net_opcode_type)(_cmd); \
(_trans_data).inbuf = (_inbuf); \
(_trans_data).size_in = (unsigned int)(_size_in); \
(_trans_data).outbuf = (_outbuf); \
(_trans_data).size_out = (_size_out); \
(_trans_data).result = (-1); \
(_trans_data).pid = (*(_trans_data).size_out > MAX_CMD_PAYLOAD_LEN) ? getpid() : 0; \
} while (0)
#define DSMI_PRINT_INFO(fmt, args...) \
do { \
fprintf(stdout, fmt "\n", ##args); \
} while (0)
#define DSMI_CHECK_PTR_VALID_RETURN_VAL(p, ret) do { \
if ((p) == NULL) { \
roce_err("ptr is NULL!"); \
return ret; \
} \
} while (0)
#define MIN(a, b) (((a) > (b)) ? (b) : (a))
#endif
