/* * DirectConnect provides a common interface for the network devices to achieve the full or partial acceleration services from the underlying packet acceleration engine * Copyright (c) 2017, Intel Corporation. * * This program is free software; you can redistribute it and/or modify it * under the terms and conditions of the GNU General Public License, * version 2, as published by the Free Software Foundation. * * This program is distributed in the hope 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. */ #ifndef _DIRECTCONNECT_DP_DCMODE_WRAPPER_H_ #define _DIRECTCONNECT_DP_DCMODE_WRAPPER_H_ #include extern int32_t dc_dp_dcmode_wrapper_get_host_capability ( struct dc_dp_host_cap *cap, uint32_t flags ); int32_t dc_dp_dcmode_wrapper_get_peripheral_config ( enum dc_dp_dev_type dev_id, struct dc_dp_dev_config *dev_config ); int32_t dc_dp_dcmode_wrapper_mark_pkt_devqos( struct dc_dp_priv_dev_info *dev_ctx, uint32_t devqos, struct sk_buff *skb ); extern int32_t dc_dp_dcmode_wrapper_alloc_port ( struct dc_dp_priv_dev_info *dev_ctx, struct module *owner, uint32_t dev_port, struct net_device *dev, int32_t port_id, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_dealloc_port ( struct dc_dp_priv_dev_info *dev_ctx, struct module *owner, uint32_t dev_port, struct net_device *dev, int32_t port_id, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_register_dev ( struct dc_dp_priv_dev_info *dev_ctx, struct module *owner, uint32_t port_id, struct net_device *dev, struct dc_dp_cb *datapathcb, struct dc_dp_res *resources, struct dc_dp_dev *devspec, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_deregister_dev ( struct dc_dp_priv_dev_info *dev_ctx, struct module *owner, uint32_t port_id, struct net_device *dev, struct dc_dp_cb *datapathcb, struct dc_dp_res *resources, struct dc_dp_dev *devspec, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_register_subif( struct dc_dp_priv_dev_info *dev_ctx, struct module *owner, struct net_device *dev, const uint8_t *subif_name, struct dp_subif *subif_id, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_deregister_subif( struct dc_dp_priv_dev_info *dev_ctx, struct module *owner, struct net_device *dev, const uint8_t *subif_name, struct dp_subif *subif_id, uint32_t flags ); extern void dc_dp_dcmode_wrapper_set_subif_param ( struct dc_dp_priv_dev_info *dev_ctx, struct dc_dp_subif *dc_subif ); extern void dc_dp_dcmode_wrapper_get_subif_param ( struct dc_dp_priv_dev_info *dev_ctx, struct dc_dp_subif *dc_subif ); extern int32_t dc_dp_dcmode_wrapper_xmit ( struct dc_dp_priv_dev_info *dev_ctx, struct net_device *rx_if, struct dp_subif *rx_subif, struct dp_subif *tx_subif, struct sk_buff *skb, int32_t len, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_handle_ring_sw ( struct dc_dp_priv_dev_info *dev_ctx, struct module *owner, uint32_t port_id, struct net_device *dev, struct dc_dp_ring *ring, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_return_bufs ( struct dc_dp_priv_dev_info *dev_ctx, uint32_t port_id, void **buflist, uint32_t buflist_len, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_add_session_shortcut_forward ( struct dc_dp_priv_dev_info *dev_ctx, struct dp_subif *subif, struct sk_buff *skb, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_disconn_if ( struct dc_dp_priv_dev_info *dev_ctx, struct net_device *netif, struct dp_subif *subif_id, uint8_t mac_addr[MAX_ETH_ALEN], uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_get_netif_stats ( struct dc_dp_priv_dev_info *dev_ctx, struct net_device *netif, struct dp_subif *subif_id, struct rtnl_link_stats64 *if_stats, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_clear_netif_stats ( struct dc_dp_priv_dev_info *dev_ctx, struct net_device *netif, struct dp_subif *subif_id, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_get_property ( struct dc_dp_priv_dev_info *dev_ctx, struct net_device *netif, struct dp_subif *subif_id, struct dc_dp_prop *property ); extern int32_t dc_dp_dcmode_wrapper_set_property ( struct dc_dp_priv_dev_info *dev_ctx, struct net_device *netif, struct dp_subif *subif_id, struct dc_dp_prop *property ); extern int32_t dc_dp_dcmode_wrapper_register_qos_class2prio_cb ( struct dc_dp_priv_dev_info *dev_ctx, int32_t port_id, struct net_device *netif, int (*cb)(int32_t port_id, struct net_device *netif, uint8_t class2prio[]), int32_t flags ); extern int32_t dc_dp_dcmode_wrapper_map_class2devqos ( struct dc_dp_priv_dev_info *dev_ctx, int32_t port_id, struct net_device *netif, uint8_t class2prio[], uint8_t prio2devqos[] ); extern struct sk_buff * dc_dp_dcmode_wrapper_alloc_skb ( struct dc_dp_priv_dev_info *dev_ctx, uint32_t len, struct dp_subif *subif, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_free_skb ( struct dc_dp_priv_dev_info *dev_ctx, struct dp_subif *subif, struct sk_buff *skb ); extern int32_t dc_dp_dcmode_wrapper_change_dev_status ( struct dc_dp_priv_dev_info *dev_ctx, int32_t port_id, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_get_wol_cfg ( struct dc_dp_priv_dev_info *dev_ctx, struct dc_dp_wol_cfg *cfg, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_set_wol_cfg ( struct dc_dp_priv_dev_info *dev_ctx, struct dc_dp_wol_cfg *cfg, uint32_t flags ); extern int32_t dc_dp_dcmode_wrapper_set_wol_ctrl ( struct dc_dp_priv_dev_info *dev_ctx, int32_t port_id, uint32_t enable ); extern int32_t dc_dp_dcmode_wrapper_get_wol_ctrl_status ( struct dc_dp_priv_dev_info *dev_ctx, int32_t port_id ); extern void dc_dp_dcmode_wrapper_dump_proc ( struct dc_dp_priv_dev_info *dev_ctx, struct seq_file *seq ); #endif /* _DIRECTCONNECT_DP_DCMODE_WRAPPER_H_ */