/*
 *  Copyright (c) 2011, 2014 Freescale Semiconductor, Inc.
 *
 *  This program is free software; you can redistribute it and/or
 *  modify it under the terms of the GNU General Public License
 *  as published by the Free Software Foundation; either version 2
 *  of the License, or (at your option) any later version.

 *  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.

 *  You should have received a copy of the GNU General Public License
 *  along with this program; if not, write to the Free Software
 *  Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA  02110-1301, USA.
 *
 *
 */


#ifndef _FPP_GLOBALS_H_
#define _FPP_GLOBALS_H_

#include "types.h"
#include "modules.h"
#include "system.h"
#include "fppdiag_lib.h"

#ifdef COMCERTO_2000_CONTROL
typedef struct _tControlGlobals{
	U32 FG_udp_unidir_timeout;
	U32 FG_udp_bidir_timeout;
	U32 FG_tcp_timeout;
	U32 FG_other_proto_timeout;
	U32 FG_4o6_udp_unidir_timeout;
	U32 FG_4o6_udp_bidir_timeout;
	U32 FG_4o6_tcp_timeout;
	U32 FG_4o6_other_proto_timeout;
	//U8 FG_tx_channel[MAX_PHY_PORTS];
	U32 FG_PPPoE_entries;
}tControlGlobals;
#endif


typedef struct _tFppGlobals {
#if !defined(COMCERTO_2000)
	EVENTHANDLER FG_gEventDataTable[EVENT_MAX];
	U32 FG_gEventStatusReg;
	U32 FG_gIRQEventStatusReg;
	STIME FG_cpu_idle_end;
	U32 FG_cpu_busy_cycles;
	U32 FG_cpu_idle_cycles;
	HANDLE FG_hGlobalHeap;
	HANDLE FG_hGlobalAramHeap;

	U32 FG_ipv4_fill_cntr;
	U32 FG_ipv4_free_cntr;
	U32 FG_ipv6_fill_cntr;
	U32 FG_ipv6_free_cntr;
	U16 FG_IPv6fragTimeout;
	U16 FG_IPv4fragTimeout;
	U16 FG_IPv6fragExpiryDrop;
	U16 FG_IPv4fragExpiryDrop;
	U16 FG_IPv4samfragTimeout;
	U32 FG_ct_proto_timeout[MAX_L4_PROTO]; /* Will hold the timeouts for TCP, UDP(unidir),IPIP */
	U32 FG_4o6_proto_timeout[MAX_L4_PROTO]; /* Will hold the timeouts for TCP, UDP(unidir),IPIP */
	U32 FG_udp_bidir_timeout;
	U32 FG_4o6_udp_bidir_timeout;
	U32 FG_PPPoE_entries;
	U8 FG_tx_channel[MAX_PHY_PORTS];
#else
#endif
	U32 FG_ct_bin_start;

	U32 FG_ct_timer;
	U32 FG_identification;
	U32 FG_g_mc6_mode;

	void *FG_preload_addr;

#if !defined(COMCERTO_2000)
#ifdef CFG_STATS
	U32 FG_statFeatureBitMask;
#endif
	U8 FG_L2Bridge_mode;

	struct {
		U8 used;
		U8 enabled;
		U16 onif_index;
	} FG_L2bridge_enabled[MAX_PHY_PORTS];
#endif

	channel_t FG_RxOutputChannel[MAX_L3_PROTO];

	U32 FG_L2Bridge_entries;
	U16 FG_L2Bridge_timeout;
	U16 FG_L2Bridge_bin_number;
	U16 FG_L2Bridge_l3_bin_number;

	U8  FG_ff_enable;
	U8  FG_ipsec_pre_frag;

#if defined(COMCERTO_1000)
	U16 FG_TX_Q_Sizes[8];
	U32 POOL_A_BASE;
	U32 POOL_A_SIZE;
	U32 POOL_B_BASE;
	U32 POOL_B_SIZE;
#endif
} tFppGlobals; 

extern tFppGlobals gFppGlobals;
#if defined(COMCERTO_2000_CONTROL)
extern tFppGlobals CLASS_VARNAME2(gFppGlobals);
extern struct physical_port_util UTIL_DMEM_SH2(phy_port)[MAX_PHY_PORTS_FAST];
#endif
#if defined (COMCERTO_2000_UTIL)
extern struct physical_port_util phy_port[MAX_PHY_PORTS_FAST];
#else
extern struct physical_port phy_port[MAX_PHY_PORTS_FAST];
extern struct physical_port phy_port_slow[MAX_PHY_PORTS_SLOW];
#endif

#if !defined(COMCERTO_2000)
#define gEventDataTable gFppGlobals.FG_gEventDataTable
#define gEventStatusReg gFppGlobals.FG_gEventStatusReg
#define gIRQEventStatusReg gFppGlobals.FG_gIRQEventStatusReg
#endif
#define tx_channel gFppGlobals.FG_tx_channel


#ifdef COMCERTO_1000
#define TX_Q_Sizes gFppGlobals.FG_TX_Q_Sizes
#define gPOOL_A_BASE (gFppGlobals.POOL_A_BASE)
#define gPOOL_A_SIZE (gFppGlobals.POOL_A_SIZE)
#define gPOOL_B_BASE (gFppGlobals.POOL_B_BASE)
#define gPOOL_B_SIZE (gFppGlobals.POOL_B_SIZE)
#endif

#if defined (COMCERTO_2000_CONTROL)
extern tControlGlobals gCtrlGlobals __attribute__((aligned(32)));
#define udp_unidir_timeout gCtrlGlobals.FG_udp_unidir_timeout
#define udp_bidir_timeout gCtrlGlobals.FG_udp_bidir_timeout
#define tcp_timeout gCtrlGlobals.FG_tcp_timeout
#define other_proto_timeout gCtrlGlobals.FG_other_proto_timeout
#define udp_4o6_unidir_timeout gCtrlGlobals.FG_4o6_udp_unidir_timeout
#define udp_4o6_bidir_timeout gCtrlGlobals.FG_4o6_udp_bidir_timeout
#define tcp_4o6_timeout gCtrlGlobals.FG_4o6_tcp_timeout
#define other_4o6_proto_timeout gCtrlGlobals.FG_4o6_other_proto_timeout
#define PPPoE_entries gCtrlGlobals.FG_PPPoE_entries
#endif


#define RxOutputChannel gFppGlobals.FG_RxOutputChannel
#define cpu_busy_cycles (gFppGlobals.FG_cpu_busy_cycles)
#define cpu_idle_cycles (gFppGlobals.FG_cpu_idle_cycles)
#define cpu_idle_end	gFppGlobals.FG_cpu_idle_end
#define hGlobalHeap (gFppGlobals.FG_hGlobalHeap)
#define hGlobalAramHeap (gFppGlobals.FG_hGlobalAramHeap)
#define ct_timer gFppGlobals.FG_ct_timer
#define ct_bin_start gFppGlobals.FG_ct_bin_start
#if !defined (COMCERTO_2000_UTIL)
#define fpp_ident gFppGlobals.FG_identification
#endif
#define ff_enable gFppGlobals.FG_ff_enable
#if defined (COMCERTO_2000)

#define phy_port_get(port)	((port < MAX_PHY_PORTS_FAST)? &phy_port[port] : (struct physical_port *)&phy_port_slow[port - MAX_PHY_PORTS_FAST])
//#define udp_unidir_timeout gFppGlobals.FG_udp_unidir_timeout
//#define udp_bidir_timeout gFppGlobals.FG_udp_bidir_timeout
//#define tcp_timeout gFppGlobals.FG_tcp_timeout
//#define other_proto_timeout gFppGlobals.FG_other_proto_timeout
//#define udp_4o6_unidir_timeout gFppGlobals.FG_4o6_udp_unidir_timeout
//#define udp_4o6_bidir_timeout gFppGlobals.FG_4o6_udp_bidir_timeout
//#define tcp_4o6_timeout gFppGlobals.FG_4o6_tcp_timeout
//#define other_4o6_proto_timeout gFppGlobals.FG_4o6_other_proto_timeout
#else
#define phy_port_get(port)	(&phy_port[port])
#define udp_bidir_timeout   gFppGlobals.FG_udp_bidir_timeout
#define ct_proto_timeout    gFppGlobals.FG_ct_proto_timeout
#define udp_unidir_timeout  ct_proto_timeout[PROTO_L4_UDP]
#define tcp_timeout	    ct_proto_timeout[PROTO_L4_TCP]
#define other_proto_timeout ct_proto_timeout[PROTO_L4_UNKNOWN]
#define FG_4o6_proto_timeout 4o6_proto_timeout
#define udp_4o6_unidir_timeout  4o6_proto_timeout[PROTO_L4_UDP]
#define tcp_4o6_timeout  4o6_proto_timeout[PROTO_L4_TCP]
#define other_4o6_proto_timeout  4o6_proto_timeout[PROTO_L4_UNKNOWN]
#define ipv6_frag_timeout gFppGlobals.FG_IPv6fragTimeout
#define ipv4_frag_timeout gFppGlobals.FG_IPv4fragTimeout
#define ipv6_frag_expirydrop gFppGlobals.FG_IPv6fragExpiryDrop
#define ipv4_frag_expirydrop gFppGlobals.FG_IPv4fragExpiryDrop
#define ipv4_fill_cntr gFppGlobals.FG_ipv4_fill_cntr
#define ipv4_free_cntr gFppGlobals.FG_ipv4_free_cntr
#define ipv6_fill_cntr gFppGlobals.FG_ipv6_fill_cntr
#define ipv6_free_cntr gFppGlobals.FG_ipv6_free_cntr
#define PPPoE_entries gFppGlobals.FG_PPPoE_entries
#endif
#define g_mc6_mode gFppGlobals.FG_g_mc6_mode
#define preload_addr gFppGlobals.FG_preload_addr


#if !defined(COMCERTO_2000)
#define L2bridge_enabled gFppGlobals.FG_L2bridge_enabled
#define L2Bridge_entries gFppGlobals.FG_L2Bridge_entries
#define L2Bridge_mode gFppGlobals.FG_L2Bridge_mode
#define L2Bridge_timeout gFppGlobals.FG_L2Bridge_timeout
#define L2Bridge_bin_number gFppGlobals.FG_L2Bridge_bin_number
#define L2Bridge_l3_bin_number gFppGlobals.FG_L2Bridge_l3_bin_number
#endif

#define ipsec_pre_frag gFppGlobals.FG_ipsec_pre_frag

#ifdef CFG_DEBUG_COUNTERS
#ifdef COMCERTO_2000
typedef struct _tDebugCounters {
  U32	DEBUG_packets_received[5];			// offset 0x00
  U32	DEBUG_packets_received_expt[5];			// offset 0x14
  U32	DEBUG_packets_transmitted[5];			// offset 0x28
  U32	DEBUG_packets_transmitted_expt[5];		// offset 0x3c
  //U32	DEBUG_packets_dropped_qm[5];			// offset 0x50
  U32	DEBUG_packets_dropped_tx[5];			// offset 0x64
  U32	DEBUG_packets_dropped_rxerror[5];		// offset 0x78
  U32	DEBUG_packets_dropped_icc[5];			// offset 0x8c
  U32	DEBUG_packets_dropped_expt[5];			// offset 0xa0
  //U32	DEBUG_rx_no_metadata;				// offset 0xb4
  U32	DEBUG_packets_dropped_expt_invalid_port;	// offset 0xb8
  U32	DEBUG_packets_dropped_ipv4_cksum;		// offset 0xbc
  U32	DEBUG_packets_dropped_ipv4_fragmenter;		// offset 0xc0
  U32	DEBUG_packets_dropped_ipv6_fragmenter;		// offset 0xc4
  //U32	DEBUG_packets_dropped_channel_full;		// offset 0xc8
  U32	DEBUG_packets_dropped_socket_not_bound1;	// offset 0xcc
  U32	DEBUG_packets_dropped_socket_not_bound2;	// offset 0xd0
  U32	DEBUG_packets_dropped_socket_not_bound3;	// offset 0xd4
  U32	DEBUG_packets_dropped_socket_no_route;		// offset 0xd8

  U32	DEBUG_packets_dropped_rtp_relay_no_flow;	// offset 0xdc
  U32	DEBUG_packets_dropped_rtp_relay_no_socket;	// offset 0xe0
  U32	DEBUG_packets_dropped_rtp_relay_discard;	// offset 0xe4
  U32	DEBUG_packets_dropped_rtp_relay_misc;		// offset 0xe8

  U32	DEBUG_packets_dropped_ipsec_inbound;		// offset 0xec
  U32	DEBUG_packets_dropped_ipsec_outbound;		// offset 0xf0
  U32	DEBUG_packets_dropped_ipsec_rate_limiter;	// offset 0xf4

  U32	DEBUG_packets_dropped_natt;			// offset 0xf8
  U32	DEBUG_packets_dropped_natpt;			// offset 0xfc

  U32	DEBUG_packets_dropped_mc4;			// offset 0x100
  U32	DEBUG_packets_dropped_mc6;			// offset 0x104
  U32	DEBUG_packets_dropped_fragments;		// offset 0x108
  U32	DEBUG_packets_dropped_expt_rx_ipsec;		// offset 0x10c
} tDebugCounters;
#else
typedef struct _tDebugCounters {
  U32	DEBUG_packets_received[4];			// offset 0x00
  U32	DEBUG_packets_received_expt[4];			// offset 0x10
  U32	DEBUG_packets_transmitted[4];			// offset 0x20
  U32	DEBUG_packets_transmitted_expt[4];		// offset 0x30
  U32	DEBUG_packets_dropped_qm[4];			// offset 0x40
  U32	DEBUG_packets_dropped_tx[4];			// offset 0x50
  U32	DEBUG_packets_dropped_rxerror[4];		// offset 0x60
  U32	DEBUG_packets_dropped_icc[4];			// offset 0x70
  U32	DEBUG_packets_dropped_expt[4];			// offset 0x80
  U32	DEBUG_packets_dropped_poolA;			// offset 0x90
  U32	DEBUG_packets_dropped_poolB;			// offset 0x94
  U32	DEBUG_rx_no_metadata;				// offset 0x98
  U32	DEBUG_packets_dropped_expt_invalid_port;	// offset 0x9c
  U32	DEBUG_packets_dropped_ipv4_cksum;		// offset 0xa0
  U32	DEBUG_packets_dropped_ipv4_fragmenter;		// offset 0xa4
  U32	DEBUG_packets_dropped_ipv6_fragmenter;		// offset 0xa8
  U32	DEBUG_packets_dropped_channel_full;		// offset 0xac
  U32	DEBUG_packets_dropped_socket_not_bound1;	// offset 0xb0
  U32	DEBUG_packets_dropped_socket_not_bound2;	// offset 0xb4
  U32	DEBUG_packets_dropped_socket_not_bound3;	// offset 0xb8
  U32	DEBUG_packets_dropped_socket_no_route;		// offset 0xbc
  U32	DEBUG_packets_dropped_rtp_relay_no_flow;	// offset 0xc0
  U32	DEBUG_packets_dropped_rtp_relay_no_socket;	// offset 0xc4
  U32	DEBUG_packets_dropped_rtp_relay_discard;	// offset 0xc8
  U32	DEBUG_packets_dropped_rtp_relay_misc;		// offset 0xcc
  U32	DEBUG_packets_dropped_ipsec_inbound;		// offset 0xd0
  U32	DEBUG_packets_dropped_ipsec_outbound;		// offset 0xd4
  U32	DEBUG_packets_dropped_ipsec_rate_limiter;	// offset 0xd8
  U32	DEBUG_packets_dropped_natt;			// offset 0xdc
  U32	DEBUG_packets_dropped_natpt;			// offset 0xe0
  U32	DEBUG_packets_dropped_mc4;			// offset 0xe4
  U32	DEBUG_packets_dropped_mc6;			// offset 0xe8
  U32	DEBUG_packets_dropped_fragments;		// offset 0xec
  U32	DEBUG_packets_dropped_expt_rx_ipsec;		// offset 0xf0
  U32	pad[3];
  U32	DEBUG_debug[16][4];				// offset 0x100
} tDebugCounters;
#endif

extern tDebugCounters gDebugCounters __attribute__((aligned(32)));

#define COUNTER_INCREMENT(counter) do { (gDebugCounters.DEBUG_##counter) += 1; } while(0)
#define COUNTER_ADD(counter, add_amount) do { (gDebugCounters.DEBUG_##counter) += add_amount; } while(0)
#define COUNTER_SET(counter, value) do { (gDebugCounters.DEBUG_##counter) = value; } while(0)
#define COUNTER_GET(counter)  (gDebugCounters.DEBUG_##counter)
#else
#define COUNTER_INCREMENT(counter) do {} while(0)
#define COUNTER_ADD(counter, add_amount) do {} while(0)
#define COUNTER_SET(counter, value) do {} while(0)
#define COUNTER_GET(counter) do {} while {0}
#endif


#if defined(COMCERTO_2000_CLASS)
extern U32 regMask[CLASS_MAX_PBUFFERS];
extern U32 pe_id;
extern U32 pe_ip_ident_mask;
#endif

extern U32 resume;

#endif /* _FPP_GLOBALS_H_ */