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#include "pm_topology.h"

#include "iba/public/ipackon.h"

#define MAX_VFABRICS_OLD 32 // MAX_VFABRICS old value

typedef struct PmUtilStats_oldv10_s {
	uint64 TotMBps;
	uint64 TotKPps;
	uint32 AvgMBps;
	uint32 MinMBps;

	uint32 MaxMBps;
	uint32 BwPorts[STL_PM_UTIL_BUCKETS];
	uint32 AvgKPps;

	uint32 MinKPps;
	uint32 MaxKPps;

	uint16 pmaNoRespPorts;
	uint16 topoIncompPorts;
	uint32 reserved;
} PACK_SUFFIX PmUtilStats_oldv10_t;
typedef struct ErrorSummary_oldv10_s {
	uint32 Integrity;
	uint32 Congestion;
	uint32 SmaCongestion;
	uint32 Bubble;
	uint32 Security;
	uint32 Routing;
	uint16 UtilizationPct10;
	uint16 DiscardsPct10;
	uint32 Reserved;
} PACK_SUFFIX ErrorSummary_oldv10_t;
typedef struct ErrorBucket_oldv10_s {
	uint32 Integrity;
	uint32 Congestion;
	uint32 SmaCongestion;
	uint32 Bubble;
	uint32 Security;
	uint32 Routing;
} PACK_SUFFIX ErrorBucket_oldv10_t;
typedef struct PmErrStats_oldv10_s {
	ErrorSummary_oldv10_t Max;
	ErrorBucket_oldv10_t Ports[STL_PM_CATEGORY_BUCKETS];
} PACK_SUFFIX PmErrStats_oldv10_t;

typedef struct PmCompositeVF_oldv10_s {
	char	name[MAX_VFABRIC_NAME];
	uint32	numPorts;
	uint8	isActive;
	uint8	minIntRate;
	uint8	maxIntRate;
	uint8	reserved;
	PmUtilStats_oldv10_t intUtil;
	PmErrStats_oldv10_t  intErr;
} PACK_SUFFIX PmCompositeVF_oldv10_t;

typedef struct PmCompositeGroups_oldv10_s {
	char	name[STL_PM_GROUPNAMELEN];
	uint32	numIntPorts;
	uint32	numExtPorts;
	uint8	minIntRate;
	uint8	maxIntRate;
	uint8	minExtRate;
	uint8	maxExtRate;
	uint32	reserved;
	PmUtilStats_oldv10_t intUtil;
	PmUtilStats_oldv10_t sendUtil;
	PmUtilStats_oldv10_t recvUtil;
	PmErrStats_oldv10_t  intErr;
	PmErrStats_oldv10_t  extErr;
} PACK_SUFFIX PmCompositeGroup_oldv10_t;

typedef struct PmCompositePort_oldv10_s {
	uint64	guid;
	union {
		uint32	AsReg32;
		struct {IB_BITFIELD11(uint32,
				active:1,           // is port IB_PORT_ACTIVE (SW port 0 fixed up)
				mtu:4,              // enum IB_MTU - due to actual range, 3 bits
				txActiveWidth:4,    // LinkWidthDowngrade.txActive
				rxActiveWidth:4,    // LinkWidthDowngrade.rxActive
				activeSpeed:3,      // LinkSeed.Active
				Initialized:1,      // has group membership been initialized
				queryStatus:2,      // PMA query or clear result
				UnexpectedClear:1,  // PMA Counters unexpectedly cleared
				gotDataCntrs:1,     // Were Data Counters updated
				gotErrorCntrs:1,    // Were Error Counters updated
				Reserved:10)
		}
		s;
	} u;
	STL_LID neighborLid;

	PORT	portNum;
	PORT	neighborPort;
	uint8   InternalBitMask;
	uint8	numGroups;
	uint8	groups[PM_MAX_GROUPS_PER_PORT];

	uint32 numVFs;
	uint32 vlSelectMask;

	CounterSelectMask_t clearSelectMask;
	uint32 reserved99;

	PmCompositeVfvlmap_t compVfVlmap[MAX_VFABRICS_OLD];

	PmCompositePortCounters_t	stlPortCounters;
	PmCompositeVLCounters_t	stlVLPortCounters[MAX_PM_VLS];
	PmCompositePortCounters_t	DeltaStlPortCounters;
	PmCompositeVLCounters_t	DeltaStlVLPortCounters[MAX_PM_VLS];
} PACK_SUFFIX PmCompositePort_oldv10_t;

typedef struct PmCompositeNode_oldv10_s {
	uint64				NodeGUID;
	uint64				SystemImageGUID;
	char				nodeDesc[STL_NODE_DESCRIPTION_ARRAY_SIZE];
	STL_LID 			lid;
	uint8				nodeType;
	uint8				numPorts;

	uint8				Reserved;

	uint8				reserved;
	//PmCompositePort_oldv10_t **ports;
} PACK_SUFFIX PmCompositeNode_oldv10_t;

typedef struct PmCompositeImage_oldv10_s {
	PmFileHeader_t	header;
	uint64	sweepStart;
	uint32	sweepDuration;
	uint8	reserved[2];
	uint16	HFIPorts;
	uint16	switchNodes;
	uint16	reserved2;
	uint32	switchPorts;
	uint32	numLinks;
	uint32 	numSMs;
	uint32	noRespNodes;
	uint32	noRespPorts;
	uint32	skippedNodes;
	uint32	skippedPorts;
	uint32	unexpectedClearPorts;
	uint32  downgradedPorts;
	uint32	numGroups;
	uint32	numVFs;
	uint32	numVFsActive;
	STL_LID	maxLid;
	uint32	numPorts;
	PmCompositeSmInfo_t SMs[PM_HISTORY_MAX_SMS_PER_COMPOSITE];
	uint32	reserved3;
	PmCompositeGroup_oldv10_t allPortsGroup;
	PmCompositeGroup_oldv10_t groups[PM_MAX_GROUPS];
	PmCompositeVF_oldv10_t    VFs[MAX_VFABRICS_OLD];
	//PmCompositeNode_t **nodes;
} PACK_SUFFIX PmCompositeImage_oldv10_t;

#include "iba/public/ipackoff.h"

size_t PaSthOldCompositePortToCurrent(PmCompositePort_t *curr, uint8_t *buf);
size_t PaSthOldCompositeNodeToCurrent(PmCompositeNode_t *curr, uint8_t *buf);
size_t PaSthOldCompositeImageToCurrent(PmCompositeImage_t *curr, uint8_t *buf);