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/* [ICS VERSION STRING: unknown] */

#ifndef _IBA_IB_SD_PRIV_H_

#define _IBA_IB_SD_PRIV_H_

/* IB Subnet Data Interface

 * The subnet data interface provides a simplied interface to the SM/SA and

 * automates queries, sets and deletes for commonly required information

 * from the SM/SA.

 *

 * The subnet data interface automatically handles the following:

 * - retries (client configurable)

 * - timeouts (client configurable)

 * - RMPP response coallessing and inter-record padding

 * - extraction of selected fields from a query to provide a concise response

 * 		to client

 * - multi-tiered queries (get paths to a node, etc)

 *

 * New drivers/applications should use the iba_* functions.

 * They can now be called directly.

 */

#include <iba/ib_sd.h>

#ifdef __cplusplus

extern "C" {

#endif

typedef struct _SMINFO_RECORD_RESULTS  {

    uint32              NumSMInfoRecords;	/* Number of SmInfoRecords returned */

    IB_SMINFO_RECORD  	SMInfoRecords[1];   	/* list of SMInfo records returned */

} SMINFO_RECORD_RESULTS, *PSMINFO_RECORD_RESULTS;

typedef struct _LINK_RECORD_RESULTS  {

    uint32              NumLinkRecords;		/* Number of SmInfoRecords returned */

    IB_LINK_RECORD    	LinkRecords[1];		/* list of SMInfo records returned */

} LINK_RECORD_RESULTS, *PLINK_RECORD_RESULTS;

typedef struct _TRACE_RECORD_RESULTS  {

    uint32 			    NumTraceRecords;   /* Number of TraceRecords returned */

	IB_TRACE_RECORD 	TraceRecords[1];   /* list of trace records returned */

} TRACE_RECORD_RESULTS, *PTRACE_RECORD_RESULTS;

typedef struct _SWITCHINFO_RECORD_RESULTS  {

    uint32 			    NumSwitchInfoRecords;   /* Number of SwitchInfoRecords returned */

	IB_SWITCHINFO_RECORD 	SwitchInfoRecords[1];   /* list of Switch Info records returned */

} SWITCHINFO_RECORD_RESULTS, *PSWITCHINFO_RECORD_RESULTS;

typedef struct _LINEAR_FDB_RECORD_RESULTS  {

    uint32 			    NumLinearFDBRecords;   /* Number of LinearFDBRecords returned */

	IB_LINEAR_FDB_RECORD 	LinearFDBRecords[1];   /* list of Linear FDB records returned */

} LINEAR_FDB_RECORD_RESULTS, *PLINEAR_FDB_RECORD_RESULTS;

typedef struct _RANDOM_FDB_RECORD_RESULTS  {

    uint32 			    NumRandomFDBRecords;   /* Number of RandomFDBRecords returned */

	IB_RANDOM_FDB_RECORD 	RandomFDBRecords[1];   /* list of Random FDB records returned */

} RANDOM_FDB_RECORD_RESULTS, *PRANDOM_FDB_RECORD_RESULTS;

typedef struct _MCAST_FDB_RECORD_RESULTS  {

    uint32 			    NumMCastFDBRecords;   /* Number of MCastFDBRecords returned */

	IB_MCAST_FDB_RECORD 	MCastFDBRecords[1];   /* list of multicast FDB records returned */

} MCAST_FDB_RECORD_RESULTS, *PMCAST_FDB_RECORD_RESULTS;

typedef struct _VLARBTABLE_RECORD_RESULTS  {

    uint32 			    NumVLArbTableRecords;   /* Number of VLArbTableRecords returned */

	IB_VLARBTABLE_RECORD 	VLArbTableRecords[1];   /* list of VL Arbitration table records returned */

} VLARBTABLE_RECORD_RESULTS, *PVLARBTABLE_RECORD_RESULTS;

typedef struct _PKEYTABLE_RECORD_RESULTS  {

    uint32 			    NumPKeyTableRecords;   /* Number of PKeyTableRecords returned */

	IB_P_KEY_TABLE_RECORD 	PKeyTableRecords[1];   /* list of P-Key table records returned */

} PKEYTABLE_RECORD_RESULTS, *PPKEYTABLE_RECORD_RESULTS;

/* ===========================================================================

 * kernel mode function interface

 */

#if defined(VXWORKS)

/* return a list of the PortGuids for presently active ports

 * caller must MemoryDeallocate(*ppLocalPortGuidsList) when done using it

 * this does not preempt

 * if no ports are found, can return FSUCCESS but with both outputs set to 0

 * data pointed to only used during duration of call

 */

typedef FSTATUS

		(SDK_GET_LOCAL_PORT_GUIDS)(

		 IN OUT uint64						**ppLocalPortGuidsList,

   IN OUT uint32						*LocalPortGuidsCount

								  );

IBA_API SDK_GET_LOCAL_PORT_GUIDS iba_sd_get_local_port_guids_alloc;

/* return a list of the PortGuids and SubnetPrefixes for presently active ports

 * caller must MemoryDeallocate(*ppLocalPortGuidsList) and

 * MemoryDeallocate(*ppLocalPortSubnetPrefixList) when done using it

 * this does not preempt

 * if no ports are found, can return FSUCCESS but with both outputs set to 0

 * data pointed to only used during duration of call

 */

typedef FSTATUS

		(SDK_GET_LOCAL_PORT_GUIDS2)(

		 IN OUT uint64						**ppLocalPortGuidsList,

   IN OUT uint64						**ppLocalPortSubnetPrefixList,

   IN OUT uint32						*LocalPortGuidsCount

								   );

IBA_API SDK_GET_LOCAL_PORT_GUIDS2 iba_sd_get_local_port_guids_alloc2;

/* Callback made in kernel mode when a Query[Port]FabricInformation completes

 * this callback occurs in a thread context, however it should not preempt

 * for long durations

 * data pointed to only valid during duration of call

 */

typedef 

		void (SDK_QUERY_CALLBACK)(

			  IN void					*Context,		/* as supplied in Query */

	 IN PQUERY				pInputQuery,	/* input request */

  IN PQUERY_RESULT_VALUES pQueryResults	/* results returned from Manager */

								 );

typedef SDK_QUERY_CALLBACK *PQUERY_CALLBACK;/* depricated */

/* perform a query of a manager (SA, etc)

 * using 1st active port

 * if pQueryControlParameters is NULL, values established for client session

 * will be used

 * this function does not preempt.  When the operation completes a callback

 * will occur with the result data.

 * data pointed to only used during duration of call

 */

typedef  FSTATUS

		(SDK_QUERY_FABRIC_INFO)(

		 IN CLIENT_HANDLE				ClientHandle,

   IN PQUERY						pQuery,		/* query to make */

   IN SDK_QUERY_CALLBACK			*Callback,	/* called on completion */

   IN COMMAND_CONTROL_PARAMETERS	*pQueryControlParameters OPTIONAL,

   IN void							*Context OPTIONAL/* context for callback */

							   );

IBA_API SDK_QUERY_FABRIC_INFO iba_sd_query_fabric_info;

/* Same as QueryFabricInformation, except issued against a specific port */

typedef FSTATUS

		(SDK_QUERY_PORT_FABRIC_INFO)(

		 IN CLIENT_HANDLE				ClientHandle,

   IN EUI64						PortGuid,

   IN PQUERY						pQuery,

   IN SDK_QUERY_CALLBACK			*Callback,

   IN COMMAND_CONTROL_PARAMETERS	*pQueryControlParameters OPTIONAL,

   IN void							*Context OPTIONAL

									);

IBA_API SDK_QUERY_PORT_FABRIC_INFO iba_sd_query_port_fabric_info;

/* Callback made in kernel mode when a [Port]FabricOperation completes

 * this callback occurs in a thread context, however it should not preempt

 * for long durations

 * data pointed to only valid during duration of call

 */

typedef 

		void (SDK_FABRIC_OPERATION_CALLBACK)(

			  IN void* 					Context,/* as supplied in FabricOperation */

	 IN FABRIC_OPERATION_DATA*	pFabOp,	/* contains response value */

  IN FSTATUS 					Status,	/* overall result of query */

  IN uint32					MadStatus	/* for FSUCCESS or FERROR Status: */

		  /* manager's Mad Status code from resp */

											);

typedef SDK_FABRIC_OPERATION_CALLBACK *PFABRIC_OPERATION_CALLBACK;/* depricated */

/* perform a fabric operation (eg. set/delete, etc) against a manager

 * using 1st active port

 * if pCmdControlParameters is NULL, values established for client session

 * will be used

 * this function does not preempt.  When the operation completes a callback

 * will occur with the result data.

 * data pointed to only used during duration of call

 */

typedef  FSTATUS

		(SDK_FABRIC_OPERATION)(

		 IN CLIENT_HANDLE 				ClientHandle,

   IN FABRIC_OPERATION_DATA* 		pFabOp,	/* operation to perform */

   IN SDK_FABRIC_OPERATION_CALLBACK 	*Callback,

   IN COMMAND_CONTROL_PARAMETERS* 	pCmdControlParameters OPTIONAL,

   IN void*						Context OPTIONAL

							  );

IBA_API SDK_FABRIC_OPERATION iba_sd_fabric_operation;

/* Same as FabricOperation, except issued against a specific port */

typedef FSTATUS

		(SDK_PORT_FABRIC_OPERATION)(

		 IN CLIENT_HANDLE 				ClientHandle,

   IN EUI64 						PortGuid,

   IN FABRIC_OPERATION_DATA*		pFabOp,	/* operation to perform */

   IN SDK_FABRIC_OPERATION_CALLBACK	*Callback,

   IN COMMAND_CONTROL_PARAMETERS* 	pCmdControlParameters OPTIONAL,

   IN void* 						Context OPTIONAL

								   );

IBA_API SDK_PORT_FABRIC_OPERATION iba_sd_port_fabric_operation;

/* subscribe for an SA Trap/Notice

 * client will receive a callback when the given Trap/Notice is received

 */

typedef FSTATUS

		(SDK_TRAP_NOTICE_SUBSCRIBE)(

		 IN CLIENT_HANDLE ClientHandle,

   IN uint16 TrapNumber,

   IN EUI64 PortGuid,

   IN void *pContext,

   IN SD_REPORT_NOTICE_CALLBACK *pReportNoticeCallback

								   );

IBA_API SDK_TRAP_NOTICE_SUBSCRIBE iba_sd_trap_notice_subscribe;

/* unsubscribe for an SA Trap/Notice

 * this does not preempt

 */

typedef FSTATUS

		(SDK_TRAP_NOTICE_UNSUBSCRIBE)(

		 IN CLIENT_HANDLE ClientHandle,

   IN uint16 TrapNumber,

   IN EUI64 PortGuid

									 );

IBA_API SDK_TRAP_NOTICE_UNSUBSCRIBE iba_sd_trap_notice_unsubscribe;

/* have any of the client's traps been successfully subscribed for

 * this does not preempt

 */

typedef boolean

		(SDK_PORT_TRAPS_SUBSCRIBED)(

		 IN EUI64 PortGuid

								   );

IBA_API SDK_PORT_TRAPS_SUBSCRIBED iba_sd_port_traps_subscribed;

/* Request join/create of a multicast group

 *

 * This version of the call uses the MGID as the group identifier

 *

 * SdClientHandle - handle from iba_sd_register

 * McFlags - MC_FLAGS_* to control when get callbacks

 * ComponentMask - indicate fields in pMcMemberRecord which are set

 * pContext - user defined context pointer supplied to callback

 * pMulticastCallback - callback function invoked when join state changes

 *

 * Since joins are per HCA port, this call handles multiple applications

 * joining the same MC group and will only issue joins to the SM on the

 * 1st application joining.  Similarly iba_sd_leave_mcgroup will only issue

 * the leave to the SM on last application leaving.

 *

 * Internally this call maintains the joined state and will rejoin when

 * fabric events warrent, such as SM restart, port down and up, etc.

 *

 * this does not preempt

 * data pointed to only used during duration of call

 */

typedef FSTATUS

		(SDK_JOIN_MULTICAST_GROUP)(

		 IN CLIENT_HANDLE SdClientHandle,

   IN uint16 McFlags,

   IN uint64 ComponentMask, 

   IN IB_MCMEMBER_RECORD *pMcMemberRecord,

   IN void *pContext,

   IN SD_MULTICAST_CALLBACK *pMulticastCallback

								  );

IBA_API SDK_JOIN_MULTICAST_GROUP iba_sd_join_mcgroup;

/* Request join/create of a multicast group

 *

 * This version of the call uses the RID as the group identifier

 *

 * SdClientHandle - handle from iba_sd_register

 * McFlags - MC_FLAGS_* to control when get callbacks

 * ComponentMask - indicate fields in pMcMemberRecord which are set

 * pContext - user defined context pointer supplied to callback

 * pMulticastCallback - callback function invoked when join state changes

 *

 * Since joins are per HCA port, this call handles multiple applications

 * joining the same MC group and will only issue joins to the SM on the

 * 1st application joining.  Similarly iba_sd_leave_mcgroup2 will only issue

 * the leave to the SM on last application leaving.

 *

 * Internally this call maintains the joined state and will rejoin when

 * fabric events warrent, such as SM restart, port down and up, etc.

 *

 * this does not preempt

 * data pointed to only used during duration of call

 */

typedef FSTATUS

		(SDK_JOIN_MULTICAST_GROUP2)(

		 IN CLIENT_HANDLE SdClientHandle,

   IN uint16 McFlags,

   IN uint64 ComponentMask, 

   IN IB_MCMEMBER_RECORD *pMcMemberRecord,

   IN EUI64 EgressPortGUID,

   IN void *pContext,

   IN SD_MULTICAST_CALLBACK *pMulticastCallback

								   );

IBA_API SDK_JOIN_MULTICAST_GROUP2 iba_sd_join_mcgroup2;

/* Request leave of a multicast group which was previously joined via

 * iba_sd_join_mcgroup

 *

 * Once this returns, no more callbacks will be issued for the given join.

 * This call does not trigger a callback.

 *

 * This will only issue the leave to the SM on last application leaving the

 * group.

 *

 * this does not preempt

 */

typedef FSTATUS

		(SDK_LEAVE_MULTICAST_GROUP)(

		 IN CLIENT_HANDLE SdClientHandle,

   IN IB_GID *pMGID

								   );

IBA_API SDK_LEAVE_MULTICAST_GROUP iba_sd_leave_mcgroup;

/* Request leave of a multicast group which was previously joined via

 * iba_sd_join_mcgroup2

 *

 * Once this returns, no more callbacks will be issued for the given join.

 * This call does not trigger a callback.

 *

 * This will only issue the leave to the SM on last application leaving the

 * group.

 *

 * this does not preempt

 */

typedef FSTATUS

		(SDK_LEAVE_MULTICAST_GROUP2)(

		 IN CLIENT_HANDLE SdClientHandle,

   IN IB_GID *pMGID,

   IN IB_GID *pPortGID,

   IN EUI64  EgressPortGUID

									);

IBA_API SDK_LEAVE_MULTICAST_GROUP2 iba_sd_leave_mcgroup2;

#endif /* defined(VXWORKS) */

#ifdef __cplusplus

};

#endif

#endif  /* _IBA_IB_SD_PRIV_H_ */