#ifndef _RDD_STUBS_H_
#define _RDD_STUBS_H_

#include "rdd_defs.h"
#include "bdmf_interface.h"
#include "rdpa_egress_tm.h"

/* Temporary stuff to make rdpa_ingress_class.c compile */

#define BL_LILAC_RDD_CPU_BRIDGE_PORT  12

typedef enum
{
    RDD_SUBNET_FLOW_CACHE = 0,
    RDD_SUBNET_BRIDGE,
    RDD_SUBNET_BRIDGE_IPTV,
    RDD_SUBNET_LAN,
} rdd_subnet_id_t;

typedef struct
{
    uint16_t vid;
    rdd_vport_vector_t isolation_mode_port_vector;
    rdd_vport_vector_t aggregation_mode_port_vector;
    uint16_t aggregation_vid_index;
} rdd_lan_vid_cfg_t;

typedef enum
{
    RDD_IC_LKP_MODE_IH = 0,
    RDD_IC_LKP_MODE_OPTIMIZED,
    RDD_IC_LKP_MODE_SHORT,
    RDD_IC_LKP_MODE_LONG,
} rdd_ic_lkp_mode_t;

static inline int rdd_mac_entry_delete(bdmf_mac_t *mac_addr, bdmf_boolean is_dynamic)
{
    RDD_BTRACE("mac_addr = %p, is_dynamic = %d\n", mac_addr, is_dynamic);
    RDD_TRACE("This is stub function, consider to implement\n");
    return 0;
}

static inline int rdd_sa_mac_lkp_cfg(rdd_vport_id_t vport, bdmf_boolean enable)
{
    RDD_BTRACE("vport = %d, enable = %d\n", vport, enable);
    RDD_TRACE("This is stub function, consider to implement\n");
    return 0;
}

static inline int rdd_unknown_sa_mac_cmd_cfg(rdd_vport_id_t vport, rdpa_forward_action slf_cmd)
{
    RDD_BTRACE("vport = %d, slf_cmd = %d\n", vport, slf_cmd);
    RDD_TRACE("This is stub function, consider to implement\n");
    return 0;
}

static inline int rdd_da_mac_lkp_cfg(rdd_vport_id_t vport, bdmf_boolean enable)
{
    RDD_BTRACE("vport = %d, enable = %d\n", vport, enable);
    RDD_TRACE("This is stub function, consider to implement\n");
    return 0;
}

static inline int rdd_unknown_da_mac_cmd_cfg(rdd_vport_id_t vport, rdpa_forward_action dlf_cmd)
{
    RDD_BTRACE("vport = %d, dlf_cmd = %d\n", vport, dlf_cmd);
    RDD_TRACE("This is stub function, consider to implement\n");
    return 0;
}

static inline int rdd_lan_vid_entry_cfg(uint32_t entry_idx, rdd_lan_vid_cfg_t *cfg)
{
    RDD_BTRACE("entry_idx = %d, cfg = %p\n", entry_idx, cfg);
    RDD_TRACE("This is stub function, consider to implement\n");
    return 0;
}

static inline int rdd_us_vlan_aggregation_config(rdd_vport_id_t vport, bdmf_boolean enable)
{
    RDD_BTRACE("vport = %d, enable %d\n", vport, enable);
    RDD_TRACE("This is stub function, consider to implement\n");
    return 0;
}

static inline int rdd_broadcom_switch_ports_mapping_table_config(rdd_vport_id_t vport,
    uint8_t broadcom_switch_port)
{
    RDD_BTRACE("vport = %d, broadcom_switch_port = %d\n", vport, broadcom_switch_port);
    RDD_TRACE("This is stub function, consider to implement\n");
    return 0;
}

static inline int rdd_wan_channel_rate_limiter_cfg(rdd_wan_channel_id_t channel_id, bdmf_boolean rate_limiter_enabled,
    rdpa_tm_orl_prty prio)
{
    RDD_BTRACE("channel_id = %d, rate_limiter_enabled = %d, prio = %d\n", channel_id, rate_limiter_enabled, prio);
    RDD_TRACE("This is stub function, consider to implement\n");
    return 0;
}


static inline void rdd_us_overall_rate_limiter_cfg(rdd_rate_limit_params_t *budget)
{
    RDD_BTRACE("budget = %p\n", budget);
    RDD_TRACE("This is stub function, consider to implement\n");
}

static inline int rdd_service_queue_pm_counters_get(uint32_t service_queue, rdd_service_queue_pm_counters_t  *counters)
{
    RDD_BTRACE("service_queue = %d, counters = %p\n", service_queue, counters);
    RDD_TRACE("This is stub function, consider to implement\n");
    return 0;
}

static inline void rdd_service_queue_overall_rate_limiter_enable(bdmf_boolean enable)
{
    RDD_BTRACE("enable = %d\n", enable);
    RDD_TRACE("This is stub function, consider to implement\n");
}

static inline void rdd_service_queue_cfg(rdd_tx_queue_id_t queue_id, uint16_t pkt_threshold,
    rdd_rate_limiter_t rate_limiter, rdd_queue_profile_id_t profile_id)
{
   RDD_BTRACE("queue_id = %d, pkt_threshold = %d, rate_limiter = %d, profile_id = %d\n", queue_id, pkt_threshold, rate_limiter, profile_id);
   RDD_TRACE("This is stub function, consider to implement\n");
}

static inline void rdd_service_queue_addr_cfg (rdd_tx_queue_id_t queue_id, uint32_t ddr_address, uint16_t queue_size)
{
    RDD_BTRACE("queue_id = %d, ddr_address = %x, queue_size = %d\n", queue_id, ddr_address, queue_size);
    RDD_TRACE("This is stub function, consider to implement\n");
}

static inline void rdd_service_queue_overall_rate_limiter_cfg(rdd_rate_limit_params_t *budget)
{
    RDD_BTRACE( "budget = %p\n", budget);
    RDD_TRACE("This is stub function, consider to implement\n");
}

static inline void rdd_service_queue_rate_limiter_cfg(uint32_t rate_limiter,
		rdd_rate_cntrl_params_t *budget)
{
    RDD_BTRACE("rate_limiter = %d, budget = %p\n", rate_limiter, budget);
    RDD_TRACE("This is stub function, consider to implement\n");
}

#endif