/* BEGIN_ICS_COPYRIGHT3 ****************************************

Copyright (c) 2015-2017, Intel Corporation

Redistribution and use in source and binary forms, with or without
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    * Redistributions of source code must retain the above copyright notice,
      this list of conditions and the following disclaimer.
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** END_ICS_COPYRIGHT3   ****************************************/

/* [ICS VERSION STRING: unknown] */

#ifndef _IBA_IB_SA_RECORDS_PRIV_H_
#define _IBA_IB_SA_RECORDS_PRIV_H_

#include "iba/ib_sm_priv.h"
#include "iba/ib_sa_records.h"
#include "iba/stl_helper.h"

#ifdef __cplusplus
extern "C" {
#endif

#include "iba/public/ipackon.h"

static __inline void
BSWAP_IB_NODE_RECORD(
    IB_NODE_RECORD  *Dest
    )
{
#if CPU_LE
	Dest->RID.AsReg32 = ntoh32(Dest->RID.AsReg32);
    BSWAP_NODE_INFO(&Dest->NodeInfoData);
#endif /* CPU_LE */
}

static __inline void
BSWAP_IB_PORTINFO_RECORD(
    IB_PORTINFO_RECORD  *Dest, int extended
    )
{
#if CPU_LE

	Dest->RID.AsReg32 = ntoh32(Dest->RID.AsReg32);
    BSWAP_PORT_INFO(&Dest->PortInfoData, extended);
#endif
}

/* --------------------------------------------------------------------------
 * Switch Info Record - information about a switch in the fabric
 */

/* ComponentMask bits */
#define IB_SWITCHINFO_RECORD_COMP_LID								0x00000001
	/* reserved field												0x00000002*/
	/* switch info fields */
#define IB_SWITCHINFO_RECORD_COMP_LINEARFDBCAP						0x00000004
#define IB_SWITCHINFO_RECORD_COMP_RANDOMFDBCAP						0x00000008
#define IB_SWITCHINFO_RECORD_COMP_MULTICASTFDBCAP					0x00000010
#define IB_SWITCHINFO_RECORD_COMP_LINEARFDBTOP						0x00000020
#define IB_SWITCHINFO_RECORD_COMP_DEFAULTPORT						0x00000040
#define IB_SWITCHINFO_RECORD_COMP_DEFAULTMULTICASTPRIMARYPORT		0x00000080
#define IB_SWITCHINFO_RECORD_COMP_DEFAULTMULTICASTNOTPRIMARYPORT	0x00000100
#define IB_SWITCHINFO_RECORD_COMP_LIFETIMEVALUE						0x00000200
#define IB_SWITCHINFO_RECORD_COMP_PORTSTATECHANGE					0x00000400
	/* reserved field												0x00000800*/
#define IB_SWITCHINFO_RECORD_COMP_LIDSPERPORT						0x00001000
#define IB_SWITCHINFO_RECORD_COMP_PARTITIONENFORCEMENTCAP			0x00002000
#define IB_SWITCHINFO_RECORD_COMP_INBOUNDENFORCEMENTCAP				0x00004000
#define IB_SWITCHINFO_RECORD_COMP_OUTBOUNDENFORCEMENTCAP			0x00008000
#define IB_SWITCHINFO_RECORD_COMP_FILTERRAWINBOUNDCAP				0x00010000
#define IB_SWITCHINFO_RECORD_COMP_FILTERRAWOUTBOUNDCAP				0x00020000
#define IB_SWITCHINFO_RECORD_COMP_ENHANCEDPORT0						0x00040000
	/* reserved field												0x00080000*/

typedef struct _IB_SWITCHINFO_RECORD {
	union {
		uint32	AsReg32;
		struct {
#if CPU_BE
			uint32		LID:16;
			uint32		Reserved:16;
#else
			uint32		Reserved:16;
			uint32		LID:16;
#endif
		} PACK_SUFFIX s;
	} RID;
	SWITCH_INFO		SwitchInfoData;
} PACK_SUFFIX IB_SWITCHINFO_RECORD;

static __inline void
BSWAP_IB_SWITCHINFO_RECORD(
    IB_SWITCHINFO_RECORD  *Dest
    )
{
#if CPU_LE

	Dest->RID.AsReg32 = ntoh32(Dest->RID.AsReg32);
	BSWAP_SWITCH_INFO(&Dest->SwitchInfoData);
#endif
}

/* --------------------------------------------------------------------------
 * Linear Forwarding Table Record - linear forwarding table for a switch in the fabric
 */

/* ComponentMask bits */
#define IB_LINEARFDB_RECORD_COMP_LID						0x00000001
#define IB_LINEARFDB_RECORD_COMP_BLOCKNUM					0x00000002
	/* reserved field 										0x00000004 */
	/* linear forwarding table fields */
	/* Note insufficient bits in component mask to select */
	/* all 64 entries in record */

typedef struct _IB_LINEAR_FDB_RECORD {
	union {
		uint32	AsReg32;
		struct {
#if CPU_BE
			uint32		LID:16;
			uint32		BlockNum:16;
#else
			uint32		BlockNum:16;
			uint32		LID:16;
#endif
		} PACK_SUFFIX s;
	} RID;
	uint32			Reserved;
	FORWARDING_TABLE	LinearFdbData;
} PACK_SUFFIX IB_LINEAR_FDB_RECORD;

static __inline void
BSWAP_IB_LINEAR_FDB_RECORD(
    IB_LINEAR_FDB_RECORD  *Dest
    )
{
#if CPU_LE
	Dest->RID.AsReg32 = ntoh32(Dest->RID.AsReg32);
	BSWAP_LINEAR_FWD_TABLE(&Dest->LinearFdbData);
#endif
}

/* --------------------------------------------------------------------------
 * Random Forwarding Table Record - random forwarding table for a switch in the fabric
 */

/* ComponentMask bits */
#define IB_RANDOMFDB_RECORD_COMP_LID						0x00000001
#define IB_RANDOMFDB_RECORD_COMP_BLOCKNUM					0x00000002
	/* reserved field 										0x00000004 */
	/* random forwarding table fields */
	/* Note insufficient bits in component mask to select */
	/* all 5 fields in all 16 entries in record */

typedef struct _IB_RANDOM_FDB_RECORD {
	union {
		uint32	AsReg32;
		struct {
#if CPU_BE
			uint32		LID:16;
			uint32		BlockNum:16;
#else
			uint32		BlockNum:16;
			uint32		LID:16;
#endif
		} PACK_SUFFIX s;
	} RID;
	uint32			Reserved;
	FORWARDING_TABLE	RandomFdbData;
} PACK_SUFFIX IB_RANDOM_FDB_RECORD;

static __inline void
BSWAP_IB_RANDOM_FDB_RECORD(
    IB_RANDOM_FDB_RECORD  *Dest
    )
{
#if CPU_LE
	Dest->RID.AsReg32 = ntoh32(Dest->RID.AsReg32);
	BSWAP_RANDOM_FWD_TABLE(&Dest->RandomFdbData);
#endif
}

/* --------------------------------------------------------------------------
 * Multicast Forwarding Table Record - multicast forwarding table for a
 * switch in the fabric
 */

/* ComponentMask bits */
#define IB_MCASTFDB_RECORD_COMP_LID							0x00000001
#define IB_MCASTFDB_RECORD_COMP_POSITION					0x00000002
	/* reserved field 										0x00000004 */
#define IB_MCASTFDB_RECORD_COMP_BLOCKNUM					0x00000008
	/* reserved field 										0x00000010 */
	/* multicast forwarding table fields */
	/* limited value to select on these, so omitted defines */

typedef struct _IB_MCAST_FDB_RECORD {
	union {
		uint32	AsReg32;
		struct {
#if CPU_BE
			uint32		LID:16;
			uint32		Position:4;
			uint32		Reserved0:3;
			uint32		BlockNum:9;
#else
			uint32		BlockNum:9;
			uint32		Reserved0:3;
			uint32		Position:4;
			uint32		LID:16;
#endif
		} PACK_SUFFIX s;
	} RID;
	uint32			Reserved;
	FORWARDING_TABLE	MCastFdbData;
} PACK_SUFFIX IB_MCAST_FDB_RECORD;

static __inline void
BSWAP_IB_MCAST_FDB_RECORD(
    IB_MCAST_FDB_RECORD  *Dest
    )
{
#if CPU_LE
	Dest->RID.AsReg32 = ntoh32(Dest->RID.AsReg32);
	BSWAP_MCAST_FWD_TABLE(&Dest->MCastFdbData);
#endif
}

/* --------------------------------------------------------------------------
 * VL Arbitration Table Record - VL priority controls for a port on a node in
 * the fabric
 */

/* ComponentMask bits */
#define IB_VLARBTABLE_RECORD_COMP_LID						0x00000001
#define IB_VLARBTABLE_RECORD_COMP_OUTPUTPORTNUM				0x00000002
#define IB_VLARBTABLE_RECORD_COMP_BLOCKNUM					0x00000004
	/* reserved field 										0x00000008 */
	/* Note insufficient bits in component mask to select */
	/* all 3 fields in all 32 entries in record */

typedef struct _IB_VLARBTABLE_RECORD {
	union {
		uint32	AsReg32;
		struct {
#if CPU_BE
			uint32		LID:16;
			uint32		OutputPortNum:8;
			uint32		BlockNum:8;
#else
			uint32		BlockNum:8;
			uint32		OutputPortNum:8;
			uint32		LID:16;
#endif
		} PACK_SUFFIX s;
	} RID;
	uint32			Reserved;
	VLARBTABLE		VLArbData;				/* VLArbitration attribute */
} PACK_SUFFIX IB_VLARBTABLE_RECORD;

static __inline void
BSWAP_IB_VLARBTABLE_RECORD(
    IB_VLARBTABLE_RECORD  *Dest
    )
{
#if CPU_LE
	Dest->RID.AsReg32 = ntoh32(Dest->RID.AsReg32);
	BSWAP_VLARBTABLE(&Dest->VLArbData);
#endif
}

/* --------------------------------------------------------------------------
 * SM Info Record - basic information about an SM in the fabric
 */

/* ComponentMask bits */
#define IB_SMINFO_RECORD_COMP_LID						0x00000001
	/* reserved field									0x00000002 */
	/* SM Info fields */
#define IB_SMINFO_RECORD_COMP_GUID						0x00000004
#define IB_SMINFO_RECORD_COMP_SMKEY						0x00000008
#define IB_SMINFO_RECORD_COMP_ACTCOUNT					0x00000010
#define IB_SMINFO_RECORD_COMP_PRIORITY					0x00000020
#define IB_SMINFO_RECORD_COMP_SMSTATE					0x00000040

typedef struct _IB_SMINFO_RECORD {
	union {
		uint32	AsReg32;
		struct {
#if CPU_BE
			uint32		LID:16;
			uint32		Reserved:16;
#else
			uint32		Reserved:16;
			uint32		LID:16;
#endif
		} PACK_SUFFIX s;
	} RID;
	SM_INFO			SMInfoData;				/* SMInfo attribute */
} PACK_SUFFIX IB_SMINFO_RECORD;

static __inline void
BSWAP_IB_SMINFO_RECORD(
    IB_SMINFO_RECORD  *Dest
    )
{
#if CPU_LE
	Dest->RID.AsReg32 = ntoh32(Dest->RID.AsReg32);
    BSWAP_SM_INFO(&Dest->SMInfoData);
#endif
}

/* --------------------------------------------------------------------------
 * P_Key Table Record - P-Key configuration for a port on a node in the fabric
 */

/* ComponentMask bits */
#define IB_PKEYTABLE_RECORD_COMP_LID						0x00000001
#define IB_PKEYTABLE_RECORD_COMP_BLOCKNUM					0x00000002
#define IB_PKEYTABLE_RECORD_COMP_PORTNUM					0x00000004
	/* reserved field										0x00000008 */
	/* P Key Table fields */
	/* limited value to select on these, so omitted defines */

typedef struct _IB_P_KEY_TABLE_RECORD {
	union {
		struct {
			uint32	AsReg32;
			uint8	Byte;
		} PACK_SUFFIX s2;
		struct {
#if CPU_BE
			uint32		LID:16;
			uint32		BlockNum:16;
#else
			uint32		BlockNum:16;
			uint32		LID:16;
#endif
			uint8		PortNum;
		} PACK_SUFFIX s;
	} PACK_SUFFIX RID;
	uint8		Reserved[3];
	PARTITION_TABLE	PKeyTblData;			/* PartitionTable for this port */
} PACK_SUFFIX IB_P_KEY_TABLE_RECORD;

static __inline void
BSWAP_IB_P_KEY_TABLE_RECORD(
    IB_P_KEY_TABLE_RECORD  *Dest
    )
{
#if CPU_LE
	Dest->RID.s2.AsReg32 = ntoh32(Dest->RID.s2.AsReg32);
    BSWAP_PART_TABLE(&Dest->PKeyTblData);
#endif
}

static __inline void
BSWAP_IB_INFORM_INFO_RECORD(
    IB_INFORM_INFO_RECORD  *Dest
    )
{
#if CPU_LE
	BSWAP_IB_GID(&Dest->RID.SubscriberGID);
	Dest->RID.Enum = ntoh16(Dest->RID.Enum);
    BSWAP_INFORM_INFO(&Dest->InformInfoData);
#endif
}

/* --------------------------------------------------------------------------
 * Link Record - details about a link in the fabric
 */

/* ComponentMask bits */
#define IB_LINK_RECORD_COMP_FROMLID							0x00000001
#define IB_LINK_RECORD_COMP_FROMPORT						0x00000002
#define IB_LINK_RECORD_COMP_TOPORT							0x00000004
#define IB_LINK_RECORD_COMP_TOLID							0x00000008

typedef struct _IB_LINK_RECORD {
	struct {
		uint16			FromLID;			/* From this LID */
		uint8			FromPort;				/* From port number */
	} PACK_SUFFIX RID;
	uint8			ToPort;					/* To port number */
	uint16			ToLID;				/* To this LID */
} PACK_SUFFIX IB_LINK_RECORD;

static __inline void
BSWAP_IB_LINK_RECORD(
    IB_LINK_RECORD  *Dest
    )
{
#if CPU_LE
	Dest->RID.FromLID = ntoh16(Dest->RID.FromLID);
	Dest->ToLID = ntoh16(Dest->ToLID);
#endif /* CPU_LE */
}

static __inline void
BSWAP_IB_SERVICE_RECORD(
    IB_SERVICE_RECORD  *Dest
    )
{
#if CPU_LE
	uint8 i;

	Dest->RID.ServiceID = ntoh64(Dest->RID.ServiceID);
	BSWAP_IB_GID(&Dest->RID.ServiceGID);
	Dest->RID.ServiceP_Key = ntoh16(Dest->RID.ServiceP_Key);
	Dest->ServiceLease = ntoh32(Dest->ServiceLease);
	ntoh(&Dest->ServiceKey[0], &Dest->ServiceKey[0], 16);

	for (i=0; i<8; ++i)
	{
		Dest->ServiceData16[i] = ntoh16(Dest->ServiceData16[i]);
	}
	for (i=0; i<4; ++i)
	{
		Dest->ServiceData32[i] = ntoh32(Dest->ServiceData32[i]);
	}
	for (i=0; i<2; ++i)
	{
		Dest->ServiceData64[i] = ntoh64(Dest->ServiceData64[i]);
	}
#endif /* CPU_LE */
}

static __inline void
BSWAP_IB_MCMEMBER_RECORD(
    IB_MCMEMBER_RECORD  *Dest
    )
{
#if CPU_LE
	BSWAP_IB_GID(&Dest->RID.MGID);
	BSWAP_IB_GID(&Dest->RID.PortGID);
	Dest->Q_Key = ntoh32(Dest->Q_Key);
	Dest->MLID = ntoh16(Dest->MLID);
	Dest->P_Key = ntoh16(Dest->P_Key);
	Dest->u1.AsReg32 = ntoh32(Dest->u1.AsReg32);
#endif /* CPU_LE */
}

static __inline void
BSWAPCOPY_IB_MCMEMBER_RECORD(IB_MCMEMBER_RECORD *Src, IB_MCMEMBER_RECORD *Dest)
{
	memcpy(Dest, Src, sizeof(IB_MCMEMBER_RECORD));
	BSWAP_IB_MCMEMBER_RECORD(Dest);
}

static __inline void
BSWAP_IB_TRACE_RECORD(
    IB_TRACE_RECORD  *Dest
    )
{
#if CPU_LE
	Dest->GIDPrefix = ntoh64(Dest->GIDPrefix);
	Dest->IDGeneration = ntoh16(Dest->IDGeneration);
	Dest->NodeID = ntoh64(Dest->NodeID);
	Dest->ChassisID = ntoh64(Dest->ChassisID);
	Dest->EntryPortID = ntoh64(Dest->EntryPortID);
	Dest->ExitPortID = ntoh64(Dest->ExitPortID);
#endif
}

static __inline void
BSWAP_IB_MULTIPATH_RECORD(
    IB_MULTIPATH_RECORD  *Dest
    )
{
#if CPU_LE
	uint8 i;
	Dest->u1.AsReg32 = ntoh32(Dest->u1.AsReg32);
	Dest->P_Key = ntoh16(Dest->P_Key);
	Dest->u2.AsReg16 = ntoh16(Dest->u2.AsReg16);

	/* TBD - sanity check Counts */
	for (i=0; i<(Dest->SGIDCount + Dest->DGIDCount); ++i)
	{
		BSWAP_IB_GID(&Dest->GIDList[i]);
	}
#endif
}

static __inline void
BSWAP_IB_PATH_RECORD(
    IB_PATH_RECORD  *Dest
    )
{
#if CPU_LE
	Dest->ServiceID = ntoh64(Dest->ServiceID);
    BSWAP_IB_GID(&Dest->DGID);
    BSWAP_IB_GID(&Dest->SGID);
 
    Dest->DLID =   ntoh16(Dest->DLID);
    Dest->SLID =   ntoh16(Dest->SLID);
	Dest->u1.AsReg32 =	ntoh32(Dest->u1.AsReg32);
    Dest->P_Key =  ntoh16(Dest->P_Key);
    Dest->u2.AsReg16 =  ntoh16(Dest->u2.AsReg16);
#endif /* CPU_LE */
}

static __inline void
BSWAPCOPY_IB_PATH_RECORD(
    IB_PATH_RECORD  *Src, IB_PATH_RECORD  *Dest
    )
{
    memcpy(Dest, Src, sizeof(IB_PATH_RECORD));
    BSWAP_IB_PATH_RECORD(Dest);
}

/* determine if the given PATH_RECORD represents a global route
 * (eg. where GRH is used to go through an IB Router)
 */
static __inline boolean
IsGlobalRoute( IN const IB_PATH_RECORD *pPathRecord)
{
	return (pPathRecord->u1.s.HopLimit > 1);
}

/* compute LocalAckTimeout from PktLifeTime
 * note PktLifetime is one directional on wire, while LocalAckTimeout is
 * total round trip including CA Ack Delay
 * for client REQ.AckTimeout, caAckDelay should be our local CA's AckDelay
 * for client QP, use REP.TargetAckDelay
 * for server QP, use REQ.AckTimeout directly (no need to call this)
 * pktLifeTime, caAckDelay and returned values are IB timeout multipliers
 */
static __inline uint8
ComputeAckTimeout(IN uint8 pktLifeTime, IN uint8 caAckDelay)
{
    /* return TimeoutTimeToMult(TimeoutMultToTimeInUsec(pktLifeTime)*2 */
	/* 				+ TimeoutMultToTimeInUsec(caAckDelay)); */
  	/*return MIN(pktLifeTime + 2, 0x1f); */
	uint8 ackTimeout;

	/* tests also handle if remote endpoint didn't set REP.TargetAckDelay */
	if (pktLifeTime+1 >= caAckDelay)
	{
 		/* since its a log2 value, +1 doubles the timeout */
 		/* Additional +1 is to account for remote CA Ack delay */
		ackTimeout = pktLifeTime+2;
	} else {
		/* since caAckDelay > 2*pktLifetime, +1 simply doubles ca Ack Delay */
		ackTimeout = caAckDelay+1;
	}
	/* limit value to 5 bits (approx 2.4 hours) */
	if (ackTimeout > 0x1f)
		ackTimeout = 0x1f;
	return ackTimeout;
}

#ifndef IB_STACK_OPENIB
/* helper function, converts a PATH_RECORD to an IB_ADDRESS_VECTOR to facilitate
 * connection establishment and UD traffic
 * PathMTU is an IB_MTU enum
 */
static __inline void
GetAVFromPath2( IN uint64 PortGuid,	/* only needed for UD AVs */
	IN const IB_PATH_RECORD *pPathRecord,
	OUT uint8* PathMTU OPTIONAL,
	OUT IB_ADDRESS_VECTOR* DestAv OPTIONAL )
{
	if (DestAv)
	{
		DestAv->PortGUID = PortGuid; /* only needed for UD AVs */
		DestAv->DestLID = pPathRecord->DLID;
		DestAv->PathBits = (uint8)(pPathRecord->SLID&IB_PATHBITS_MASK);
		DestAv->ServiceLevel = pPathRecord->u2.s.SL;
		DestAv->StaticRate = pPathRecord->Rate;

		/* Global route information. */
		DestAv->GlobalRoute = IsGlobalRoute(pPathRecord);
		DestAv->GlobalRouteInfo.DestGID = pPathRecord->DGID;
		DestAv->GlobalRouteInfo.FlowLabel = pPathRecord->u1.s.FlowLabel;
		DestAv->GlobalRouteInfo.HopLimit = (uint8)pPathRecord->u1.s.HopLimit;
		DestAv->GlobalRouteInfo.SrcGIDIndex = 0;	/* BUGBUG assume 0 */
		DestAv->GlobalRouteInfo.TrafficClass = pPathRecord->TClass;
	}

	/* Reliable connection information, N/A for UD */
	if (PathMTU)
		*PathMTU = pPathRecord->Mtu;
}

/* This function is depricated, will be dropped in 3.1 release,
 * use GetAVFromPath2 above
 */
static __inline void
GetAVFromPath( IN uint64 PortGuid,	/* only needed for UD AVs */
	IN const IB_PATH_RECORD *pPathRecord,
	OUT uint8* PathMTU OPTIONAL, OUT uint8* LocalAckTimeout OPTIONAL,
	OUT IB_ADDRESS_VECTOR* DestAv OPTIONAL )
{
	GetAVFromPath2(PortGuid, pPathRecord, PathMTU, DestAv);
	if (LocalAckTimeout)
		*LocalAckTimeout = ComputeAckTimeout(pPathRecord->PktLifeTime,
								TimeoutTimeToMult(8));	/* guess: 8 ms */
}

/* helper function, converts a MCMEMBER_RECORD to an IB_ADDRESS_VECTOR to
 * facilitate UD traffic
 */
static __inline void
GetAVFromMcMemberRecord(EUI64              PortGuid,
                        IB_MCMEMBER_RECORD *pMcMemberRecord,
                        IB_ADDRESS_VECTOR  *pDestAv )
{
	if (pDestAv != NULL)
	{
		pDestAv->PortGUID = pMcMemberRecord->RID.PortGID.Type.Global.InterfaceID;
		pDestAv->DestLID = pMcMemberRecord->MLID;
/*		pDestAv->PathBits = (uint8)pPathRecord->SLID; */
		pDestAv->PathBits = 0;
		pDestAv->ServiceLevel = pMcMemberRecord->u1.s.SL;
		pDestAv->StaticRate = pMcMemberRecord->Rate;

		/* Global route information. */
		pDestAv->GlobalRoute = TRUE;
		pDestAv->GlobalRouteInfo.DestGID = pMcMemberRecord->RID.MGID;
		pDestAv->GlobalRouteInfo.FlowLabel = pMcMemberRecord->u1.s.FlowLabel;
		pDestAv->GlobalRouteInfo.HopLimit = (uint8)pMcMemberRecord->u1.s.HopLimit;
		pDestAv->GlobalRouteInfo.SrcGIDIndex = 0;	/* BUGBUG assume 0 */
		pDestAv->GlobalRouteInfo.TrafficClass = pMcMemberRecord->TClass;
	}
}

#endif /* IB_STACK_OPENIB */

#ifdef __cplusplus
}
#endif

#endif /* _IBA_IB_SA_RECORDS_PRIV_H_ */