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/* [ICS VERSION STRING: unknown] */

#ifndef __IBA_IB_SM_PRIV_H__

#define __IBA_IB_SM_PRIV_H__

#include "iba/ib_sm_types.h"

#if defined (__cplusplus)

extern "C" {

#endif

#define OUI_TRUESCALE 0x00066a

#include "iba/public/ipackon.h"

/* *************************************************************************

 * SMPs

 */

/* SMP Fields (LID Routed/Directed Route) */

typedef struct _SMP {

	MAD_COMMON	common;

	uint64	M_Key;						/* A 64 bit key,  */

										/* employed for SM authentication */

	union {

		struct _LIDRouted

	{

			uint8	Reserved3[32];		/* For aligning the SMP data field with */

										/* the directed route SMP data field */

			uint8	SMPData[64];		/* 64 byte field of SMP data used to */

										/* contain the methods attribute */

			uint8	Reserved4[128];		/* Reserved. Shall be set to 0 */

		} LIDRouted;

		struct _DirectedRoute

		{

			uint16	DrSLID;				/* Directed route source LID */

			uint16	DrDLID;				/* Directed route destination LID */

			uint8	Reserved2[28];		/* For the purpose of aligning the Data */

										/* field on a 64 byte boundary */

			uint8	SMPData[64];		/* 64-byte field of SMP data used to  */

										/* contain the methods attribute */

			uint8	InitPath[64];		/* 64-byte field containing the initial */

										/* directed path */

			uint8	RetPath[64];		/* 64-byte field containing the  */

										/* returning directed path */

		} DirectedRoute;

	}SmpExt;

} PACK_SUFFIX SMP;

#if 0

#define SMP_SET_VERSION_INFO(smp, basever, mgmtcl, clver) {\

	MAD_SET_VERSION_INFO(smp, basever, mgmtcl, clver); \

}

#define SMP_GET_VERSION_INFO(smp, basever, mgmtcl, clver) {\

	MAD_GET_VERSION_INFO(smp, basever, mgmtcl, clver); \

}

#endif

#define SMP_GET_STATUS(smp, status) {\

	MAD_GET_STATUS(smp, status); \

}

#define SMP_GET_DR_STATUS(smp, status, d) { \

	(*status) = (smp)->common.u.DR.s.Status; \

	if( NULL != d){\

		(*d) = (smp)->common.u.DR.s.D; \

	}\

}

#define SMP_SET_HOP_POINTER(smp, hop_ptr) { \

	(smp)->common.u.DR.HopPointer = hop_ptr; \

}

#define SMP_GET_HOP_POINTER(smp, hop_ptr) { \

	(*hop_ptr) = (smp)->common.u.DR.HopPointer; \

}

#define SMP_SET_HOP_COUNT(smp, hop_count) { \

	(smp)->common.u.DR.HopCount = hop_count; \

}

#define SMP_GET_HOP_COUNT(smp, hop_count) { \

	(*hop_count) = (x)->common.u.DR.HopCount; \

}

#define SMP_SET_TRANSACTION_ID(smp, id) {\

	MAD_SET_TRANSACTION_ID(smp, id); \

}

#define SMP_GET_TRANSACTION_ID(smp, id) {\

	MAD_GET_TRANSACTION_ID(smp, id); \

}

#define SMP_SET_ATTRIB_ID(smp, id) {\

	MAD_SET_ATTRIB_ID(smp, id); \

}

#define SMP_GET_ATTRIB_ID(smp, id) {\

	MAD_GET_ATTRIB_ID(smp, id); \

}

#define SMP_SET_ATTRIB_MOD(smp, amod) {\

	MAD_SET_ATTRIB_MOD(smp, amod); \

}

#define SMP_GET_ATTRIB_MOD(smp, amod) {\

	MAD_GET_ATTRIB_MOD(smp, amod); \

}

#define SMP_SET_M_KEY(smp, mkey) {\

	(smp)->M_Key = mkey; \

}

#define SMP_GET_M_KEY(smp, mkey) {\

	(mkey) = (smp)->M_Key; \

}

#define SMP_LR_DATA		SmpExt.LIDRouted.SMPData

#define SMP_DR_DLID		SmpExt.DirectedRoute.DrDLID

#define SMP_DR_SLID		SmpExt.DirectedRoute.DrSLID

#define SMP_DR_DATA		SmpExt.DirectedRoute.SMPData

#define SMP_DR_IPath	SmpExt.DirectedRoute.InitPath

#define SMP_DR_RPath	SmpExt.DirectedRoute.RetPath

/* **************************************************************************

 * Attribute specific SMP Packet Formats

 */

/*

 * SMA Notices/Traps (Data field for IB_NOTICE, see ib_mad.h)

 */

	/* Trap Numbers */

#define SMA_TRAP_GID_NOW_IN_SERVICE		64		/* <GIDADDR> is now in service */

#define SMA_TRAP_GID_OUT_OF_SERVICE		65		/* <GIDADDR> is out of service */

#define SMA_TRAP_ADD_MULTICAST_GROUP	66		/* New multicast group with multicast address <GIDADDR> is now created */

#define SMA_TRAP_DEL_MULTICAST_GROUP	67		/* New multicast group with multicast address <GIDADDR> is now deleted */

#define SMA_TRAP_LINK_STATE 			128		/* Switch port link state has changed */

#define SMA_TRAP_LINK_INTEGRITY 		129		/* Any link integrity threshold reached */

#define SMA_TRAP_BUFFER_OVERRUN 		130		/* Any buffer overrun threshold reached */

#define SMA_TRAP_FLOW_WATCHDOG			131		/* Switch flow control update watchdog */

#define SMA_TRAP_CHG_CAPABILITY			144		/* capability mask changed */

#define SMA_TRAP_CHG_PLATGUID			145		/* platform (system) guid changed */

#define SMA_TRAP_BAD_MKEY				256		/* Any bad M_key */

#define SMA_TRAP_BAD_PKEY				257		/* Any bad P_key */

#define SMA_TRAP_BAD_QKEY				258		/* Any bad Q_key */

#define SMA_TRAP_SWITCH_BAD_PKEY		259		/* Switch bad P_key */

/*

 * SwitchInfo

 */

typedef struct _SWITCH_INFO {

	uint16	LinearFDBCap;		/* Number of entries supported in the  */

								/* Linear Unicast Forwarding Database  */

	uint16	RandomFDBCap;		/* Number of entries supported in the  */

								/* Random Unicast Forwarding Database.  */

	uint16	MulticastFDBCap;	/* Number of entries supported in the  */

								/* Multicast Forwarding Database  */

	uint16	LinearFDBTop;		/* Indicates the top of the linear  */

								/* forwarding table. */

	uint8	DefaultPort;		/* forward to this port all unicast  */

								/* packets from other ports  */

								/* whose DLID does not exist in the random  */

								/* fwd table */

	uint8	DefaultMulticastPrimaryPort;	

	uint8	DefaultMulticastNotPrimaryPort;

	union {

		uint8	AsReg8;

		struct {

#if CPU_BE

			uint8	LifeTimeValue:	      5;

			uint8	PortStateChange:      1;

			uint8	OptimizedSLVL:	      2;

#else

			uint8	OptimizedSLVL:	2;	

			uint8	PortStateChange:1;	/* This bit is set to zero by a  */

										/* management write.  */

			uint8	LifeTimeValue:	5;	/* Sets the time a packet can live in  */

										/* the switch. See section XXX */

#endif

		} s;

	} u1;

	uint16	LIDsPerPort;			/* specifies no. of LID/LMC combinations  */

									/* that may be assigned  */

									/* to a given link port for switches that  */

									/* support the Random Forwarding database  */

									/* model */

	uint16	PartitionEnforcementCap;/* Specifies the number of entries in the  */

									/* partition enforcement table. */

	union {

		uint8	AsReg8;

		struct {

#if CPU_BE

			uint8	InboundEnforcementCapable:	1;

			uint8	OutboundEnforcementCapable:	1;

			uint8	FilterRawPacketInboundCapable:	1;

			uint8	FilterRawPacketOutboundCapable:	1;

			uint8	EnhancedPort0:	1;

			uint8	reserved:			3;

#else

			uint8	reserved:			3;

			uint8	EnhancedPort0:	1;

			uint8	FilterRawPacketOutboundCapable:	1;

			uint8	FilterRawPacketInboundCapable:	1;

			uint8	OutboundEnforcementCapable:		1;

			uint8	InboundEnforcementCapable:		1;

#endif /*CPU_BE */

		} s;

	} u2;

	uint8	Reserved2;

	uint16	MulticastFDBTop;	/* Indicates the top of the multicast  */

								/* forwarding table. */

} PACK_SUFFIX SWITCH_INFO;

/*

 * GuidInfo

 */

/* The GuidInfo Attribute allows the setting of GUIDs to an end port. */

#define GUID_INFO_BLOCK_SIZE 8

#define GUID_INFO_MAX_BLOCK_NUM 31

typedef struct _GUID_INFO {

	/* Gid 0 in block 0 is Read only invariant value of the BASE GUID */

	uint64 Gid[GUID_INFO_BLOCK_SIZE];

} PACK_SUFFIX GUID_INFO;

/*

 * PartitionTable

 */

#define PARTITION_TABLE_BLOCK_SIZE 32

#define PARTITION_TABLE_MAX_BLOCK_NUM 2047

typedef union _P_KeyBlock {

	uint16	AsInt16;

	struct {

		uint16	P_KeyBase:		15;			/* Base value of the P_Key that  */

											/* the endnode will use to check  */

											/* against incoming packets */

		uint16	MembershipType:	1;			/* 0 = Limited type */

											/* 1 = Full type */

	} p;

} PACK_SUFFIX P_KEY_BLOCK;

typedef struct _PARTITION_TABLE {

	P_KEY_BLOCK	PartitionTableBlock[PARTITION_TABLE_BLOCK_SIZE];	/* List of P_Key Block elements */

} PACK_SUFFIX PARTITION_TABLE;

/*

 * ForwardingTable

 */

typedef struct _LID_Port_Block {

	uint16	LID;				/* base LID */

	struct {

#if CPU_BE

		uint8	Valid:		1;	/* valid bit */

		uint8	LMC:		3;	/* the LMC of this LID */

		uint8	reserved:	4;	/* for alignment */

#else

		uint8	reserved:	4;	/* for alignment */

		uint8	LMC:		3;	/* the LMC of this LID */

		uint8	Valid:		1;	/* valid bit */

#endif

	} s;

	PORT	Port;				

} PACK_SUFFIX LID_PORT_BLOCK;

typedef uint16	PORTMASK;		/* port mask block element */

#define LFT_BLOCK_SIZE 64

#define RFT_BLOCK_SIZE 16

#define RFT_MAX_BLOCK_NUM 3071

#define MFT_BLOCK_SIZE 32

#define MFT_BLOCK_WIDTH 16	// width of portmask in bits

typedef struct _FORWARDING_TABLE {

	union {

		struct _Linear {

			PORT			LftBlock[64];

		} Linear;

		struct _Random {

			LID_PORT_BLOCK	RftBlock[16];

		} Random;

		struct _Multicast {

			PORTMASK		MftBlock[32];

		} Multicast;

	} u;

} PACK_SUFFIX FORWARDING_TABLE;

/*

 * SMInfo

 */

typedef enum _SM_STATE {

	SM_INACTIVE = 0,

	SM_DISCOVERING,

	SM_STANDBY,

	SM_MASTER,

	/* 4-255 - Reserved */

} SM_STATE ;

typedef struct _SM_INFO {

	uint64	GUID;				/* This SM's perception of the GUID  */

								/* of the master SM. */

	uint64	SM_Key;				/* Key of this SM. This is shown as 0 unless  */

								/* the requesting SM is proven to be the  */

								/* master, or the requester is otherwise */

								/* authenticated */

	uint32	ActCount;			/* Counter that increments each time the SM  */

								/* issues a SMP or performs other management  */

								/* activities. Used as a 'heartbeat' indicator  */

								/* by standby SMs. */

	struct {

#if CPU_BE

		uint8	Priority:	4;

		uint8	SMState:	4;

#else

		uint8	SMState:	4;	/* Enumerated value indicating this SM's state. */

								/* Enumerated as SM_STATE. */

		uint8	Priority:	4;	/* Administratively assigned priority for this  */

								/* SM. Can be reset by master SM. */

#endif

	} s;

} PACK_SUFFIX SM_INFO;

// SM Service Record

#define SM_SERVICE_ID           (0x1100d03c34822222ull)

#define SM_CAPABILITY_NONE		0x00000000

#define SM_CAPABILITY_VSWINFO	0x00000001

/* convert SM State to text */

static __inline const char*

IbSMStateToText(SM_STATE state)

{

	return (state == SM_INACTIVE? "Inactive":

			state == SM_DISCOVERING? "Discovering":

			state == SM_STANDBY? "Standby":

			state == SM_MASTER? "Master": "???");

}

/*

 * VendorDiag

 */

typedef enum {

	DIAG_NODE_READY = 0,

	DIAG_SELF_TEST,

	DIAG_INIT,

	DIAG_SOFT_ERROR,

	DIAG_HARD_ERROR,

	DIAG_RESERVED

} IB_DIAG_CODE;

typedef struct _VendorDiag {

	union {

		uint16	NextIndex;		/* Next attribute Modifier to get to Diag Info. */

								/* Set to zero if this s last or only  */

								/* diag data. */

		struct {

#if CPU_BE

			uint16	UniversalDiagCode:		4;	

			uint16	VendorDiagCode:	11;

			uint16	Chain:	1;

#else /* CPU_LE */

			uint16	Chain:	1;

			uint16	VendorDiagCode:	11;

			uint16	UniversalDiagCode:		4;	

#endif

		} s;

	} u;

	uint8	DiagData[62];		/* Vendor specific diag info. Format undefined. */

} PACK_SUFFIX VendorDiag, VENDOR_DIAG;

/*

 * Define VL Arbitration table.

 */

#define IB_VLARBTABLE_SIZE 32

typedef struct _VLArbBlock{

	struct {

#if CPU_BE

		uint8			Reserved:	4;

		uint8			VL:			4;

#else

		uint8			VL:			4;

		uint8			Reserved:	4;

#endif /*CPU_BE */

	} s;

	uint8		Weight;

} PACK_SUFFIX VLArbBlock;

typedef struct _VLARBTABLE {

	VLArbBlock	ArbTable[IB_VLARBTABLE_SIZE];

} PACK_SUFFIX VLARBTABLE;

#define PGTABLE_LIST_COUNT 64

typedef struct _PORT_GROUP_TABLE {

	uint8		PortGroup[PGTABLE_LIST_COUNT];		/* List of PortGroups indexed by port */

} PACK_SUFFIX PORT_GROUP_TABLE;

#define LIDMASK_LEN 64

typedef struct _ADAPTIVE_ROUTING_LIDMASK {

	uint8		lidmask[LIDMASK_LEN];           // lidmask block of 512 lids

} PACK_SUFFIX ADAPTIVE_ROUTING_LIDMASK;

#include "iba/public/ipackoff.h"

static __inline void

BSWAP_SMP_HEADER(

	SMP			*Dest

	 )

{

#if CPU_LE

	BSWAP_MAD_HEADER((MAD *)Dest);

	Dest->M_Key = ntoh64(Dest->M_Key);

	Dest->SmpExt.DirectedRoute.DrSLID = \

		ntoh16(Dest->SmpExt.DirectedRoute.DrSLID);

	Dest->SmpExt.DirectedRoute.DrDLID = \

		ntoh16(Dest->SmpExt.DirectedRoute.DrDLID);

#endif

}

static __inline void

BSWAP_NODE_DESCRIPTION(

	NODE_DESCRIPTION			*Dest

	)

{

	/* pure text field, nothing to swap */

}

static __inline void

BSWAP_NODE_INFO(

	NODE_INFO	*Dest

	)

{

#if CPU_LE

	Dest->SystemImageGUID = ntoh64(Dest->SystemImageGUID );

	Dest->NodeGUID = ntoh64(Dest->NodeGUID);

	Dest->PortGUID = ntoh64(Dest->PortGUID);

	Dest->PartitionCap = ntoh16(Dest->PartitionCap);

	Dest->DeviceID = ntoh16(Dest->DeviceID);

	Dest->Revision = ntoh32(Dest->Revision);

	Dest->u1.AsReg32 = ntoh32(Dest->u1.AsReg32);

#endif

}

/* The extended flag should only be used when the PORT_INFO structure

 * used contains the full set of fields.  This is generally true for SMA

 * operations, but when operating against SA PortInfoRecords the

 * extra data may not be present

 */

static __inline void

BSWAP_PORT_INFO(

	PORT_INFO			*Dest, int extended

	)

{

#if CPU_LE

	Dest->M_Key = ntoh64(Dest->M_Key);

	Dest->SubnetPrefix = ntoh64(Dest->SubnetPrefix);

	Dest->LID = ntoh16(Dest->LID);

	Dest->MasterSMLID = ntoh16(Dest->MasterSMLID);

	Dest->CapabilityMask.AsReg32 = ntoh32(Dest->CapabilityMask.AsReg32);

	Dest->DiagCode = ntoh16(Dest->DiagCode);

	Dest->M_KeyLeasePeriod = ntoh16(Dest->M_KeyLeasePeriod);

	Dest->Violations.M_Key = ntoh16(Dest->Violations.M_Key);

	Dest->Violations.P_Key = ntoh16(Dest->Violations.P_Key);

	Dest->Violations.Q_Key = ntoh16(Dest->Violations.Q_Key);

	Dest->MaxCreditHint = ntoh16(Dest->MaxCreditHint);

	Dest->Latency.LinkRoundTrip =

		((Dest->Latency.LinkRoundTrip & 0x0000FF) << 16) |

		(Dest->Latency.LinkRoundTrip & 0x00FF00) |

		((Dest->Latency.LinkRoundTrip & 0xFF0000) >> 16);

	if (extended)

		Dest->CapabilityMask2 = ntoh16(Dest->CapabilityMask2);

#endif

}

static __inline void

BSWAP_PART_TABLE(

	PARTITION_TABLE		*Dest

	)

{

#if CPU_LE

	uint32			i;

	for (i=0; i<32; i++)

	{

		Dest->PartitionTableBlock[i].AsInt16 = \

			ntoh16(Dest->PartitionTableBlock[i].AsInt16);

	}

#endif

}

static __inline void

BSWAP_SWITCH_INFO(

	SWITCH_INFO		*Dest

	)

{

#if CPU_LE

	Dest->LinearFDBCap = ntoh16(Dest->LinearFDBCap);

	Dest->RandomFDBCap = ntoh16(Dest->RandomFDBCap);

	Dest->MulticastFDBCap = ntoh16(Dest->MulticastFDBCap);

	Dest->LinearFDBTop = ntoh16(Dest->LinearFDBTop);

	Dest->LIDsPerPort = ntoh16(Dest->LIDsPerPort);

	Dest->PartitionEnforcementCap = ntoh16(Dest->PartitionEnforcementCap);

	Dest->MulticastFDBTop = ntoh16(Dest->MulticastFDBTop);

#endif

}

static __inline void

BSWAP_GUID_INFO(

	GUID_INFO			*Dest

	)

{

#if CPU_LE

	int i;

	for (i=0; i

	{

		Dest->Gid[i] = ntoh64(Dest->Gid[i]);

	}

#endif

}

static __inline void

BSWAP_VLARBTABLE(

	VLARBTABLE			*Dest

	)

{

	/* we laid this out in network byte order for intel compilers */

}

static __inline void

BSWAP_LINEAR_FWD_TABLE(

    FORWARDING_TABLE            *Dest

    )

{

#if CPU_LE

	/* nothing to do, PORT is only 1 byte */

#endif

}

static __inline void

BSWAP_RANDOM_FWD_TABLE(

    FORWARDING_TABLE            *Dest

    )

{

#if CPU_LE

#if defined(VXWORKS)

	uint32 i;

#else

	uint i;

#endif

	for (i=0; i< 16; ++i)

	{

		Dest->u.Random.RftBlock[i].LID = ntoh16(Dest->u.Random.RftBlock[i].LID);

	}

#endif

}

static __inline void

BSWAP_MCAST_FWD_TABLE(

    FORWARDING_TABLE		*Dest

    )

{

#if CPU_LE

#if defined(VXWORKS)

	uint32 i;

#else

	uint i;

#endif

	for (i=0; i< 32; ++i)

	{

		Dest->u.Multicast.MftBlock[i] = ntoh16(Dest->u.Multicast.MftBlock[i]);

	}

#endif

}

static __inline void

BSWAP_SM_INFO(

    SM_INFO            *Dest

    )

{

#if CPU_LE

    Dest->GUID =                 ntoh64(Dest->GUID);

    Dest->SM_Key =               ntoh64(Dest->SM_Key);

    Dest->ActCount =             ntoh32(Dest->ActCount);

#endif

}

static __inline void

BSWAP_VENDOR_DIAG(

	VENDOR_DIAG			*Dest

	)

{

#if CPU_LE

	Dest->u.NextIndex = ntoh32(Dest->u.NextIndex);

#endif

}

static __inline void

BSWAP_PORT_GROUP_TABLE(

	PORT_GROUP_TABLE	*Dest

	)

{

}

static __inline void

BSWAP_ADAPTIVE_ROUTING_LIDMASK(

	ADAPTIVE_ROUTING_LIDMASK	*Dest

	)

{

}

#if defined (__cplusplus)

};

#endif

#endif /* __IBA_IB_SM_PRIV_H__ */