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SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

*******************************************************************************/
#include "mvPp2ClsHw.h"

/* TODO: chage to char arrays */
int mvClsLkpShadowTbl[2 * MV_PP2_CLS_LKP_TBL_SIZE];
int mvClsFlowShadowTbl[MV_PP2_CLS_FLOWS_TBL_SIZE];


/******************************************************************************/
/**************** Classifier Top Public initialization APIs *******************/
/******************************************************************************/
int mvPp2ClsInit()
{
	int rc;
	/*TODO - SET MTU */
	/* Enabled Classifier */
	rc = mvPp2ClsHwEnable(1);
	if (rc)
		return rc;
	/* clear cls flow table and shadow */
	mvPp2ClsHwFlowClearAll();

	/* clear cls lookup table and shadow */
	mvPp2ClsHwLkpClearAll();

	return MV_OK;
}
void mvPp2ClsShadowInit()
{
	memset(mvClsLkpShadowTbl, NOT_IN_USE, 2 * MV_PP2_CLS_LKP_TBL_SIZE * sizeof(int));
	memset(mvClsFlowShadowTbl, NOT_IN_USE, MV_PP2_CLS_FLOWS_TBL_SIZE * sizeof(int));
}
void mvPp2ClsHwLastBitWorkAround()
{
	/* workaround to hw bug - set last bit in flow entry */
	mvPp2WrReg(MV_PP2_CLS_FLOW_INDEX_REG, 0);
	mvPp2WrReg(MV_PP2_CLS_FLOW_TBL0_REG, 1);
}

int mvPp2ClsHwPortDefConfig(int port, int way, int lkpid, int rxq)
{
	MV_PP2_CLS_LKP_ENTRY  le;

	mvPp2ClsHwPortWaySet(port, way);
	/*
	the entry to be accessed in lookupid decoding table
	is acording to way and lkpid
	*/
	le.way = way;
	le.lkpid = lkpid;
	le.data = 0;

	mvPp2ClsSwLkpRxqSet(&le, rxq);

	/* do not use classification engines */
	mvPp2ClsSwLkpEnSet(&le, 0);

	/* write entry */
	mvPp2ClsHwLkpWrite(lkpid, way, &le);

	return MV_OK;
}

/*-------------------------------------------------------------------------------*/
int mvPp2ClsHwEnable(int enable)
{
	mvPp2WrReg(MV_PP2_CLS_MODE_REG, (unsigned int)(enable << MV_PP2_CLS_MODE_ACTIVE_BIT));

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsHwPortWaySet(int port, int way)
{
	POS_RANGE_VALIDATE(port, MV_PP2_MAX_PORTS-1);
	POS_RANGE_VALIDATE(way, ONE_BIT_MAX);

	if (way == 1)
		MV_REG_BIT_SET(MV_PP2_CLS_PORT_WAY_REG, MV_PP2_CLS_PORT_WAY_MASK(port));
	else
		MV_REG_BIT_RESET(MV_PP2_CLS_PORT_WAY_REG, MV_PP2_CLS_PORT_WAY_MASK(port));

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsHwPortSpidSet(int port, int spid)
{
	unsigned int regVal;

	POS_RANGE_VALIDATE(port, ETH_PORTS_NUM-1);
	POS_RANGE_VALIDATE(spid, MV_PP2_CLS_PORT_SPID_MAX);

	regVal = mvPp2RdReg(MV_PP2_CLS_PORT_SPID_REG);
	regVal &= ~MV_PP2_CLS_PORT_SPID_MASK(port);
	regVal |=  MV_PP2_CLS_PORT_SPID_VAL(port, spid);
	mvPp2WrReg(MV_PP2_CLS_PORT_SPID_REG, regVal);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsHwUniPortSet(int uni_port, int spid)
{
	unsigned int regVal;

	POS_RANGE_VALIDATE(uni_port, UNI_MAX);
	POS_RANGE_VALIDATE(spid, MV_PP2_CLS_SPID_MAX);

	regVal = mvPp2RdReg(MV_PP2_CLS_SPID_UNI_REG(spid));
	regVal &= ~MV_PP2_CLS_SPID_UNI_MASK(spid);
	regVal |=  MV_PP2_CLS_SPID_UNI_VAL(spid, uni_port);
	mvPp2WrReg(MV_PP2_CLS_SPID_UNI_REG(spid), regVal);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsHwVirtPortSet(int index, int gem_portid)
{
	POS_RANGE_VALIDATE(index, MV_PP2_CLS_GEM_VIRT_REGS_NUM - 1);
	POS_RANGE_VALIDATE(gem_portid, MV_PP2_CLS_GEM_VIRT_MAX);
	mvPp2WrReg(MV_PP2_CLS_GEM_VIRT_INDEX_REG, index);
	mvPp2WrReg(MV_PP2_CLS_GEM_VIRT_REG, gem_portid);
	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsHwUdfSet(int udf_no, int offs_id, int offs_bits, int size_bits)
{
	unsigned int regVal;

	POS_RANGE_VALIDATE(offs_id, MV_PP2_CLS_UDF_OFFSET_ID_MAX);
	POS_RANGE_VALIDATE(offs_bits, MV_PP2_CLS_UDF_REL_OFFSET_MAX);
	POS_RANGE_VALIDATE(size_bits, MV_PP2_CLS_UDF_SIZE_MASK);
	POS_RANGE_VALIDATE(udf_no, MV_PP2_CLS_UDF_REGS_NUM - 1);

	regVal = mvPp2RdReg(MV_PP2_CLS_UDF_REG(udf_no));
	regVal &= ~MV_PP2_CLS_UDF_OFFSET_ID_MASK;
	regVal &= ~MV_PP2_CLS_UDF_REL_OFFSET_MASK;
	regVal &= ~MV_PP2_CLS_UDF_SIZE_MASK;

	regVal |= (offs_id << MV_PP2_CLS_UDF_OFFSET_ID_OFFS);
	regVal |= (offs_bits << MV_PP2_CLS_UDF_REL_OFFSET_OFFS);
	regVal |= (size_bits << MV_PP2_CLS_UDF_SIZE_OFFS);

	mvPp2WrReg(MV_PP2_CLS_UDF_REG(udf_no), regVal);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/
/*
PPv2.1 (feature MAS 3.7) feature update
Note: this function only set oversize rxq_low value, rxq_high will be set by mvPp2ClsHwRxQueueHighSet
*/
int mvPp2ClsHwOversizeRxqLowSet(int port, int rxq)
{
	POS_RANGE_VALIDATE(rxq, MV_PP2_CLS_OVERSIZE_RXQ_LOW_MAX);

	/* set oversize rxq */
	mvPp2WrReg(MV_PP2_CLS_OVERSIZE_RXQ_LOW_REG(port), rxq);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/
/*PPv2.1 feature changed MAS 3.7*/
int mvPp2V0ClsHwMtuSet(int port, int txp, int mtu)
{
	int eport;
	unsigned int regVal;

	POS_RANGE_VALIDATE(mtu, MV_PP2_CLS_MTU_MAX);

	if (port == MV_PP2_PON_PORT_ID)  {/*pon*/
		POS_RANGE_VALIDATE(txp, MV_PP2_MAX_TCONT - 1); /*txq num in pon*/
		eport = txp; /* regs 0 - 15 for pon txq */
	} else {
		POS_RANGE_VALIDATE(port, ETH_PORTS_NUM - 1);
		eport = 16 + port;/* regs 16 - 23 ethernet port */
	}

	/* set mtu */
	regVal = mvPp2RdReg(MV_PP2_CLS_MTU_REG(eport));
	regVal &= ~MV_PP2_CLS_MTU_MASK;
	regVal |= (mtu << MV_PP2_CLS_MTU_OFFS);
	mvPp2WrReg(MV_PP2_CLS_MTU_REG(eport), regVal);

	return MV_OK;

}

int mvPp2V1ClsHwMtuSet(int index, int mtu)
{
	POS_RANGE_VALIDATE(mtu, MV_PP2_CLS_MTU_MAX);
	POS_RANGE_VALIDATE(index, 15 /* define MAX value */);

	/* set mtu */
	mvPp2WrReg(MV_PP2_CLS_MTU_REG(index), mtu);
	return MV_OK;

}

/*-------------------------------------------------------------------------------
PPv2.1 new feature MAS 3.5
set high queue -
	from = 0 : The value of QueueHigh is as defined by the Classifier
	from = 1 : The value of QueueHigh set to queue
	None: this function overwite rxq value that set by mvPp2ClsHwOversizeRxSet
-------------------------------------------------------------------------------*/

int mvPp2ClsHwRxQueueHighSet(int port, int from, int queue)
{
	unsigned int regVal;

	POS_RANGE_VALIDATE(port, MV_PP2_MAX_PORTS - 1);
	POS_RANGE_VALIDATE(from, 1);

	regVal = mvPp2RdReg(MV_PP2_CLS_SWFWD_PCTRL_REG);

	if (from) {
		POS_RANGE_VALIDATE(queue, MV_PP2_CLS_SWFWD_P2HQ_QUEUE_MASK);
		mvPp2WrReg(MV_PP2_CLS_SWFWD_P2HQ_REG(port), queue);
		regVal |= MV_PP2_CLS_SWFWD_PCTRL_MASK(port);
	} else
		regVal &= ~MV_PP2_CLS_SWFWD_PCTRL_MASK(port);

	mvPp2WrReg(MV_PP2_CLS_SWFWD_PCTRL_REG, regVal);

	return MV_OK;

}

/*-------------------------------------------------------------------------------
PPv2.1 new feature MAS 3.18
	virtEn: port support/not support generation of virtual portId, not relevant for PON port.
	uniEn:  port support/not support generation of UNI portId
	mh: default Marvell header value, used for For UNI and Virtual Port ID generation
	    in case that ETH port do not support Marvell header, not relevant for PON port.
-------------------------------------------------------------------------------*/
int mvPp2ClsHwMhSet(int port, int virtEn, int uniEn, unsigned short mh)
{
	unsigned int regVal = 0;
	int uniDisable = 1 - uniEn;
	int VirtDisable = 1 - virtEn;

	POS_RANGE_VALIDATE(port, MV_PP2_MAX_PORTS - 1);
	BIT_RANGE_VALIDATE(uniEn);
	BIT_RANGE_VALIDATE(virtEn);
	POS_RANGE_VALIDATE(mh, MV_PP2_CLS_PCTRL_MH_MASK);

	if (MV_PP2_IS_PON_PORT(port))
		regVal = uniDisable << MV_PP2_CLS_PCTRL_UNI_EN_OFFS;
	else
		regVal = (uniDisable << MV_PP2_CLS_PCTRL_UNI_EN_OFFS) |
			(VirtDisable << MV_PP2_CLS_PCTRL_VIRT_EN_OFFS) |
			(mh << MV_PP2_CLS_PCTRL_MH_OFFS);

	mvPp2WrReg(MV_PP2_CLS_PCTRL_REG(port), regVal);

	return MV_OK;

}

/*-------------------------------------------------------------------------------*/
int mvPp2ClsHwSeqInstrSizeSet(int index, int size)
{
	unsigned int regVal;

	POS_RANGE_VALIDATE(index, MV_PP2_CLS_SEQ_INDEX_MAX);
	POS_RANGE_VALIDATE(size, MV_PP2_CLS_SEQ_SIZE_MAX);

	regVal = mvPp2RdReg(MV_PP2_CLS_SEQ_SIZE_REG);
	regVal &= ~MV_PP2_CLS_SEQ_SIZE_MASK(index);
	regVal |= MV_PP2_CLS_SEQ_SIZE_VAL(index, size);
	mvPp2WrReg(MV_PP2_CLS_SEQ_SIZE_REG, regVal);

	return MV_OK;
}

/******************************************************************************/
/***************** Classifier Top Public lkpid table APIs ********************/
/******************************************************************************/

int mvPp2ClsHwLkpWrite(int lkpid, int way, MV_PP2_CLS_LKP_ENTRY *fe)
{
	unsigned int regVal = 0;

	PTR_VALIDATE(fe);

	BIT_RANGE_VALIDATE(way);
	POS_RANGE_VALIDATE(lkpid, MV_PP2_CLS_LKP_TBL_SIZE);

	/* write index reg */
	regVal = (way << MV_PP2_CLS_LKP_INDEX_WAY_OFFS) | (lkpid << MV_PP2_CLS_LKP_INDEX_LKP_OFFS);
	mvPp2WrReg(MV_PP2_CLS_LKP_INDEX_REG, regVal);

	/* write flowId reg */
	mvPp2WrReg(MV_PP2_CLS_LKP_TBL_REG, fe->data);

	/* update shadow */
	mvClsLkpShadowTbl[regVal] = IN_USE;

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsHwLkpRead(int lkpid, int way, MV_PP2_CLS_LKP_ENTRY *fe)
{
	unsigned int regVal = 0;

	PTR_VALIDATE(fe);

	POS_RANGE_VALIDATE(way, WAY_MAX);
	POS_RANGE_VALIDATE(lkpid, MV_PP2_CLS_FLOWS_TBL_SIZE);

	/* write index reg */
	regVal = (way << MV_PP2_CLS_LKP_INDEX_WAY_OFFS) | (lkpid << MV_PP2_CLS_LKP_INDEX_LKP_OFFS);
	mvPp2WrReg(MV_PP2_CLS_LKP_INDEX_REG, regVal);

	fe->way = way;
	fe->lkpid = lkpid;

	fe->data = mvPp2RdReg(MV_PP2_CLS_LKP_TBL_REG);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsHwLkpClear(int lkpid, int way)
{
	unsigned int regVal = 0;
	MV_PP2_CLS_LKP_ENTRY fe;

	POS_RANGE_VALIDATE(lkpid, MV_PP2_CLS_LKP_TBL_SIZE);
	BIT_RANGE_VALIDATE(way);

	/* clear entry */
	mvPp2ClsSwLkpClear(&fe);
	mvPp2ClsHwLkpWrite(lkpid, way, &fe);

	/* clear shadow */
	regVal = (way << MV_PP2_CLS_LKP_INDEX_WAY_OFFS) | (lkpid << MV_PP2_CLS_LKP_INDEX_LKP_OFFS);
	mvClsLkpShadowTbl[regVal] = NOT_IN_USE;

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwLkpDump(MV_PP2_CLS_LKP_ENTRY *fe)
{
	int int32bit;
	int status = 0;

	PTR_VALIDATE(fe);

	mvOsPrintf("< ID  WAY >:	RXQ  	EN	FLOW	MODE_BASE\n");

	/* id */
	mvOsPrintf(" 0x%2.2x  %1.1d\t", fe->lkpid, fe->way);

	/*rxq*/
	status |= mvPp2ClsSwLkpRxqGet(fe, &int32bit);
	mvOsPrintf("0x%2.2x\t", int32bit);

	/*enabe bit*/
	status |= mvPp2ClsSwLkpEnGet(fe, &int32bit);
	mvOsPrintf("%1.1d\t", int32bit);

	/*flow*/
	status |= mvPp2ClsSwLkpFlowGet(fe, &int32bit);
	mvOsPrintf("0x%3.3x\t", int32bit);

	/*mode*/
	status |= mvPp2ClsSwLkpModGet(fe, &int32bit);
	mvOsPrintf(" 0x%2.2x\t", int32bit);

	mvOsPrintf("\n");

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwLkpRxqSet(MV_PP2_CLS_LKP_ENTRY *fe, int rxq)
{
	PTR_VALIDATE(fe);

	POS_RANGE_VALIDATE(rxq, MV_PP2_MAX_RXQS_TOTAL-1);

	fe->data &= ~FLOWID_RXQ_MASK;
	fe->data |= (rxq << FLOWID_RXQ);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwLkpEnSet(MV_PP2_CLS_LKP_ENTRY *fe, int en)
{
	PTR_VALIDATE(fe);

	BIT_RANGE_VALIDATE(en);

	fe->data &= ~FLOWID_EN_MASK;
	fe->data |= (en << FLOWID_EN);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwLkpFlowSet(MV_PP2_CLS_LKP_ENTRY *fe, int flow_idx)
{
	PTR_VALIDATE(fe);

	POS_RANGE_VALIDATE(flow_idx, MV_PP2_CLS_FLOWS_TBL_SIZE);

	fe->data &= ~FLOWID_FLOW_MASK;
	fe->data |= (flow_idx << FLOWID_FLOW);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwLkpModSet(MV_PP2_CLS_LKP_ENTRY *fe, int mod_base)
{
	PTR_VALIDATE(fe);
	/* TODO: what is the max value of mode base */
	POS_RANGE_VALIDATE(mod_base, FLOWID_MODE_MAX);

	fe->data &= ~FLOWID_MODE_MASK;
	fe->data |= (mod_base << FLOWID_MODE);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwLkpRxqGet(MV_PP2_CLS_LKP_ENTRY *fe, int *rxq)
{

	PTR_VALIDATE(fe);
	PTR_VALIDATE(rxq);

	*rxq =  (fe->data & FLOWID_RXQ_MASK) >> FLOWID_RXQ;
	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwLkpEnGet(MV_PP2_CLS_LKP_ENTRY *fe, int *en)
{
	PTR_VALIDATE(fe);
	PTR_VALIDATE(en);

	*en = (fe->data & FLOWID_EN_MASK) >> FLOWID_EN;
	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwLkpFlowGet(MV_PP2_CLS_LKP_ENTRY *fe, int *flow_idx)
{
	PTR_VALIDATE(fe);
	PTR_VALIDATE(flow_idx);

	*flow_idx = (fe->data & FLOWID_FLOW_MASK) >> FLOWID_FLOW;
	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwLkpModGet(MV_PP2_CLS_LKP_ENTRY *fe, int *mod_base)
{
	PTR_VALIDATE(fe);
	PTR_VALIDATE(mod_base);

	*mod_base = (fe->data & FLOWID_MODE_MASK) >> FLOWID_MODE;
	return MV_OK;
}

/******************************************************************************/
/***************** Classifier Top Public flows table APIs  ********************/
/******************************************************************************/


int mvPp2ClsHwFlowWrite(int index, MV_PP2_CLS_FLOW_ENTRY *fe)
{
	PTR_VALIDATE(fe);

	POS_RANGE_VALIDATE(index, MV_PP2_CLS_FLOWS_TBL_SIZE);

	fe->index = index;

	/*write index*/
	mvPp2WrReg(MV_PP2_CLS_FLOW_INDEX_REG, index);

	mvPp2WrReg(MV_PP2_CLS_FLOW_TBL0_REG, fe->data[0]);
	mvPp2WrReg(MV_PP2_CLS_FLOW_TBL1_REG, fe->data[1]);
	mvPp2WrReg(MV_PP2_CLS_FLOW_TBL2_REG, fe->data[2]);

	/* update shadow */
	mvClsFlowShadowTbl[index] = IN_USE;

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/


int mvPp2ClsHwFlowRead(int index, MV_PP2_CLS_FLOW_ENTRY *fe)
{
	PTR_VALIDATE(fe);

	POS_RANGE_VALIDATE(index, MV_PP2_CLS_FLOWS_TBL_SIZE);

	fe->index = index;

	/*write index*/
	mvPp2WrReg(MV_PP2_CLS_FLOW_INDEX_REG, index);

	fe->data[0] = mvPp2RdReg(MV_PP2_CLS_FLOW_TBL0_REG);
	fe->data[1] = mvPp2RdReg(MV_PP2_CLS_FLOW_TBL1_REG);
	fe->data[2] = mvPp2RdReg(MV_PP2_CLS_FLOW_TBL2_REG);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsHwFlowClear(int index)
{
	MV_PP2_CLS_FLOW_ENTRY fe;

	POS_RANGE_VALIDATE(index, MV_PP2_CLS_FLOWS_TBL_SIZE);

	/* Clear flow entry */
	mvPp2ClsSwFlowClear(&fe);
	mvPp2ClsHwFlowWrite(index, &fe);

	/* clear shadow */
	mvClsFlowShadowTbl[index] = NOT_IN_USE;

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwFlowDump(MV_PP2_CLS_FLOW_ENTRY *fe)
{
	int	int32bit_1, int32bit_2, i;
	int	fieldsArr[MV_PP2_CLS_FLOWS_TBL_FIELDS_MAX];
	int	status = MV_OK;

	PTR_VALIDATE(fe);
	mvOsPrintf("INDEX: F[0] F[1] F[2] F[3] PRT[T  ID] ENG LAST LKP_TYP  PRIO\n");

	/*index*/
	mvOsPrintf("0x%3.3x  ", fe->index);

	/*filed[0] filed[1] filed[2] filed[3]*/
	status |= mvPp2ClsSwFlowHekGet(fe, &int32bit_1, fieldsArr);

	for (i = 0 ; i < MV_PP2_CLS_FLOWS_TBL_FIELDS_MAX; i++)
		if (i < int32bit_1)
			mvOsPrintf("0x%2.2x ", fieldsArr[i]);
		else
			mvOsPrintf(" NA  ");

	/*port_type port_id*/
	status |= mvPp2ClsSwFlowPortGet(fe, &int32bit_1, &int32bit_2);
	mvOsPrintf("[%1d  0x%3.3x]  ", int32bit_1, int32bit_2);

	/* engine_num last_bit*/
	status |= mvPp2ClsSwFlowEngineGet(fe, &int32bit_1, &int32bit_2);
	mvOsPrintf("%1d   %1d    ", int32bit_1, int32bit_2);

	/* lookup_type priority*/
	status |= mvPp2ClsSwFlowExtraGet(fe, &int32bit_1, &int32bit_2);
	mvOsPrintf("0x%2.2x    0x%2.2x", int32bit_1, int32bit_2);

	mvOsPrintf("\n");
	mvOsPrintf("\n");
	mvOsPrintf("       PPPEO   VLAN   MACME   UDF7   SELECT SEQ_CTRL\n");
	mvOsPrintf("         %1d      %1d      %1d       %1d      %1d      %1d\n",
			(fe->data[0] & FLOW_PPPOE_MASK) >> FLOW_PPPOE,
			(fe->data[0] & FLOW_VLAN_MASK) >> FLOW_VLAN,
			(fe->data[0] & FLOW_MACME_MASK) >> FLOW_MACME,
			(fe->data[0] & FLOW_UDF7_MASK) >> FLOW_UDF7,
			(fe->data[0] & FLOW_PORT_ID_SEL_MASK) >> FLOW_PORT_ID_SEL,
			(fe->data[1] & FLOW_SEQ_CTRL_MASK) >> FLOW_SEQ_CTRL);
	mvOsPrintf("\n");

	return MV_OK;
}

/*-------------------------------------------------------------------------------*/
int mvPp2ClsSwFlowHekSet(MV_PP2_CLS_FLOW_ENTRY *fe, int field_index, int field_id)
{
	int num_of_fields;

	PTR_VALIDATE(fe);
	POS_RANGE_VALIDATE(field_index, MV_PP2_CLS_FLOWS_TBL_FIELDS_MAX);
	POS_RANGE_VALIDATE(field_id, FLOW_FIELED_MAX);

	/* get current num_of_fields */
	num_of_fields = ((fe->data[1] & FLOW_FIELDS_NUM_MASK) >> FLOW_FIELDS_NUM) ;

	if (num_of_fields < (field_index+1)) {
		mvOsPrintf("%s: number of heks = %d , index (%d) is out of range.\n", __func__, num_of_fields, field_index);
		return MV_CLS_OUT_OF_RAGE;
	}

	fe->data[2] &= ~FLOW_FIELED_MASK(field_index);
	fe->data[2] |= (field_id <<  FLOW_FIELED_ID(field_index));

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwFlowHekNumSet(MV_PP2_CLS_FLOW_ENTRY *fe, int num_of_fields)
{
	PTR_VALIDATE(fe);
	POS_RANGE_VALIDATE(num_of_fields, MV_PP2_CLS_FLOWS_TBL_FIELDS_MAX);

	fe->data[1] &= ~FLOW_FIELDS_NUM_MASK;
	fe->data[1] |= (num_of_fields << FLOW_FIELDS_NUM);
	return MV_OK;
}
/*-------------------------------------------------------------------------------

int mvPp2ClsSwFlowHekSet(MV_PP2_CLS_FLOW_ENTRY *fe, int num_of_fields, int field_ids[])
{
	int index;

	PTR_VALIDATE(fe);
	PTR_VALIDATE(field_ids);

	POS_RANGE_VALIDATE(num_of_fields, MV_PP2_CLS_FLOWS_TBL_FIELDS_MAX);

	fe->data[1] &= ~FLOW_FIELDS_NUM_MASK;
	fe->data[1] |= (num_of_fields << FLOW_FIELDS_NUM);

	for (index = 0; index < num_of_fields; index++) {
		POS_RANGE_VALIDATE(field_ids[index], FLOW_FIELED_MAX);
		fe->data[2] &= ~FLOW_FIELED_MASK(index);
		fe->data[2] |= (field_ids[index] <<  FLOW_FIELED_ID(index));
	}

	return MV_OK;
}
-------------------------------------------------------------------------------*/

int mvPp2ClsSwFlowPortSet(MV_PP2_CLS_FLOW_ENTRY *fe, int type, int portid)
{
	PTR_VALIDATE(fe);

	POS_RANGE_VALIDATE(type, FLOW_PORT_TYPE_MAX);
	POS_RANGE_VALIDATE(portid, FLOW_PORT_ID_MAX);

	fe->data[0] &= ~FLOW_PORT_ID_MASK;
	fe->data[0] &= ~FLOW_PORT_TYPE_MASK;

	fe->data[0] |= (portid << FLOW_PORT_ID);
	fe->data[0] |= (type << FLOW_PORT_TYPE);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/
/*PPv2.1 new feature MAS 3.18*/
int mvPp2ClsSwPortIdSelect(MV_PP2_CLS_FLOW_ENTRY *fe, int from)
{
	PTR_VALIDATE(fe);
	BIT_RANGE_VALIDATE(from);

	if (from)
		fe->data[0] |= FLOW_PORT_ID_SEL_MASK;
	else
		fe->data[0] &= ~FLOW_PORT_ID_SEL_MASK;

	return MV_OK;
}

/*-------------------------------------------------------------------------------*/
/*PPv2.1 new feature MAS 3.18*/
int mvPp2ClsSwFlowPppoeSet(MV_PP2_CLS_FLOW_ENTRY *fe,  int mode)
{
	PTR_VALIDATE(fe);
	POS_RANGE_VALIDATE(mode, FLOW_PPPOE_MAX);

	fe->data[0] &= ~FLOW_PPPOE_MASK;
	fe->data[0] |= (mode << FLOW_PPPOE);
	return MV_OK;
}

/*-------------------------------------------------------------------------------*/
/*PPv2.1 new feature MAS 3.18*/
int mvPp2ClsSwFlowVlanSet(MV_PP2_CLS_FLOW_ENTRY *fe,  int mode)
{
	PTR_VALIDATE(fe);
	POS_RANGE_VALIDATE(mode, FLOW_VLAN_MAX);

	fe->data[0] &= ~FLOW_VLAN_MASK;
	fe->data[0] |= (mode << FLOW_VLAN);
	return MV_OK;
}

/*-------------------------------------------------------------------------------*/
/*PPv2.1 new feature MAS 3.18*/
int mvPp2ClsSwFlowMacMeSet(MV_PP2_CLS_FLOW_ENTRY *fe,  int mode)
{
	PTR_VALIDATE(fe);
	POS_RANGE_VALIDATE(mode, FLOW_MACME_MAX);

	fe->data[0] &= ~FLOW_MACME_MASK;
	fe->data[0] |= (mode << FLOW_MACME);
	return MV_OK;
}

/*-------------------------------------------------------------------------------*/
/*PPv2.1 new feature MAS 3.18*/
int mvPp2ClsSwFlowUdf7Set(MV_PP2_CLS_FLOW_ENTRY *fe,  int mode)
{
	PTR_VALIDATE(fe);
	POS_RANGE_VALIDATE(mode, FLOW_UDF7_MAX);

	fe->data[0] &= ~FLOW_UDF7_MASK;
	fe->data[0] |= (mode << FLOW_UDF7);
	return MV_OK;
}

/*-------------------------------------------------------------------------------*/
int mvPp2ClsSwFlowEngineSet(MV_PP2_CLS_FLOW_ENTRY *fe, int engine, int is_last)
{
	PTR_VALIDATE(fe);

	BIT_RANGE_VALIDATE(is_last);
	POS_RANGE_VALIDATE(engine, FLOW_ENGINE_MAX);

	fe->data[0] &= ~FLOW_LAST_MASK;
	fe->data[0] &= ~FLOW_ENGINE_MASK;

	fe->data[0] |= is_last;
	fe->data[0] |= (engine << FLOW_ENGINE);

	return MV_OK;

}
/*-------------------------------------------------------------------------------*/
int mvPp2ClsSwFlowSeqCtrlSet(MV_PP2_CLS_FLOW_ENTRY *fe, int mode)
{
	PTR_VALIDATE(fe);
	POS_RANGE_VALIDATE(mode, FLOW_ENGINE_MAX);

	fe->data[1] &= ~FLOW_SEQ_CTRL_MASK;
	fe->data[1] |= (mode << FLOW_SEQ_CTRL);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwFlowExtraSet(MV_PP2_CLS_FLOW_ENTRY *fe, int type, int prio)
{
	PTR_VALIDATE(fe);
	POS_RANGE_VALIDATE(type, FLOW_PORT_ID_MAX);
	POS_RANGE_VALIDATE(prio, FLOW_FIELED_MAX);

	fe->data[1] &= ~FLOW_LKP_TYPE_MASK;
	fe->data[1] |= (type << FLOW_LKP_TYPE);

	fe->data[1] &= ~FLOW_FIELED_PRIO_MASK;
	fe->data[1] |= (prio << FLOW_FIELED_PRIO);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwFlowHekGet(MV_PP2_CLS_FLOW_ENTRY *fe, int *num_of_fields, int field_ids[])
{
	int index;

	PTR_VALIDATE(fe);
	PTR_VALIDATE(num_of_fields);
	PTR_VALIDATE(field_ids);

	*num_of_fields = (fe->data[1] & FLOW_FIELDS_NUM_MASK) >> FLOW_FIELDS_NUM;


	for (index = 0; index < (*num_of_fields); index++)
		field_ids[index] = ((fe->data[2] & FLOW_FIELED_MASK(index)) >>  FLOW_FIELED_ID(index));

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwFlowPortGet(MV_PP2_CLS_FLOW_ENTRY *fe, int *type, int *portid)
{
	PTR_VALIDATE(fe);
	PTR_VALIDATE(type);
	PTR_VALIDATE(portid);

	*type = (fe->data[0] & FLOW_PORT_TYPE_MASK) >> FLOW_PORT_TYPE;
	*portid = (fe->data[0] & FLOW_PORT_ID_MASK) >> FLOW_PORT_ID;

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwFlowEngineGet(MV_PP2_CLS_FLOW_ENTRY *fe, int *engine, int *is_last)
{
	PTR_VALIDATE(fe);
	PTR_VALIDATE(engine);
	PTR_VALIDATE(is_last);

	*engine = (fe->data[0] & FLOW_ENGINE_MASK) >> FLOW_ENGINE;
	*is_last = fe->data[0] & FLOW_LAST_MASK;

	return MV_OK;
}

/*-------------------------------------------------------------------------------*/

int mvPp2ClsSwFlowExtraGet(MV_PP2_CLS_FLOW_ENTRY *fe, int *type, int *prio)
{
	PTR_VALIDATE(fe);
	PTR_VALIDATE(type);
	PTR_VALIDATE(prio);

	*type = (fe->data[1] & FLOW_LKP_TYPE_MASK) >> FLOW_LKP_TYPE;
	*prio = (fe->data[1] & FLOW_FIELED_PRIO_MASK) >> FLOW_FIELED_PRIO;

	return MV_OK;
}

/*-------------------------------------------------------------------------------*/
/*	Classifier Top Public length change table APIs   			 */
/*-------------------------------------------------------------------------------*/

int mvPp2ClsPktLenChangeWrite(int index, unsigned int data)
{

	POS_RANGE_VALIDATE(index, MV_PP2_CLS_LEN_CHANGE_TBL_SIZE);
	/*write index*/
	mvPp2WrReg(MV_PP2_V1_CLS_LEN_CHANGE_INDEX_REG, index);

	mvPp2WrReg(MV_PP2_V1_CLS_LEN_CHANGE_TBL_REG, data);
	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsPktLenChangeRead(int index, unsigned int *data)
{
	PTR_VALIDATE(data);

	POS_RANGE_VALIDATE(index, MV_PP2_CLS_LEN_CHANGE_TBL_SIZE);
	/*write index*/
	mvPp2WrReg(MV_PP2_V1_CLS_LEN_CHANGE_INDEX_REG, index);

	*data = mvPp2RdReg(MV_PP2_V1_CLS_LEN_CHANGE_TBL_REG);

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/

int mvPp2ClsPktLenChangeDump()
{
	/* print all non-zero length change entries */
	int index, int32bit_1;

	mvOsPrintf("INDEX:\tLENGHT\n");

	for (index = 0 ; index <= LEN_CHANGE_LENGTH_MAX; index++) {
		/* read entry */
		mvPp2ClsPktLenChangeGet(index, &int32bit_1);

		if (int32bit_1 != 0)
			mvOsPrintf("0x%3.3x\t%d\n", index, int32bit_1);
	}

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/
int mvPp2ClsPktLenChangeSet(int index, int length)
{
	unsigned int dec = 0, data = 0;

	DECIMAL_RANGE_VALIDATE(length, (0 - LEN_CHANGE_LENGTH_MAX), LEN_CHANGE_LENGTH_MAX);

	if (length < 0) {
		dec =  1;
		length = 0 - length;
	}

	data &= ~(LEN_CHANGE_DEC_MASK | LEN_CHANGE_LENGTH_MASK);
	data |= ((dec << LEN_CHANGE_DEC) |  (length << LEN_CHANGE_LENGTH));

	mvPp2ClsPktLenChangeWrite(index, data);

	return MV_OK;
}

int mvPp2ClsPktLenChangeGet(int index, int *length)
{
	unsigned int data, dec;

	PTR_VALIDATE(length);

	/* read HW entry */
	mvPp2ClsPktLenChangeRead(index, &data);

	dec = ((data & LEN_CHANGE_DEC_MASK) >> LEN_CHANGE_DEC);
	*length = ((data & LEN_CHANGE_LENGTH_MASK) >> LEN_CHANGE_LENGTH);

	if (dec == 1)
		*length = (*length) * (-1);

	return MV_OK;
}

/*-------------------------------------------------------------------------------*/
/*			additional cls debug APIs				 */
/*-------------------------------------------------------------------------------*/

int mvPp2ClsHwRegsDump()
{
	int i = 0;
	char reg_name[100];

	mvPp2PrintReg(MV_PP2_CLS_MODE_REG, "MV_PP2_CLS_MODE_REG");
	mvPp2PrintReg(MV_PP2_CLS_PORT_WAY_REG, "MV_PP2_CLS_PORT_WAY_REG");
	mvPp2PrintReg(MV_PP2_CLS_LKP_INDEX_REG, "MV_PP2_CLS_LKP_INDEX_REG");
	mvPp2PrintReg(MV_PP2_CLS_LKP_TBL_REG, "MV_PP2_CLS_LKP_TBL_REG");
	mvPp2PrintReg(MV_PP2_CLS_FLOW_INDEX_REG, "MV_PP2_CLS_FLOW_INDEX_REG");

	mvPp2PrintReg(MV_PP2_CLS_FLOW_TBL0_REG, "MV_PP2_CLS_FLOW_TBL0_REG");
	mvPp2PrintReg(MV_PP2_CLS_FLOW_TBL1_REG, "MV_PP2_CLS_FLOW_TBL1_REG");
	mvPp2PrintReg(MV_PP2_CLS_FLOW_TBL2_REG, "MV_PP2_CLS_FLOW_TBL2_REG");


	mvPp2PrintReg(MV_PP2_CLS_PORT_SPID_REG, "MV_PP2_CLS_PORT_SPID_REG");

	for (i = 0; i < MV_PP2_CLS_SPID_UNI_REGS; i++) {
		mvOsSPrintf(reg_name, "MV_PP2_CLS_SPID_UNI_%d_REG", i);
		mvPp2PrintReg((MV_PP2_CLS_SPID_UNI_BASE_REG + (4 * i)), reg_name);
	}
	for (i = 0; i < MV_PP2_CLS_GEM_VIRT_REGS_NUM; i++) {
		/* indirect access */
		mvPp2WrReg(MV_PP2_CLS_GEM_VIRT_INDEX_REG, i);
		mvOsSPrintf(reg_name, "MV_PP2_CLS_GEM_VIRT_%d_REG", i);
		mvPp2PrintReg(MV_PP2_CLS_GEM_VIRT_REG, reg_name);
	}
	for (i = 0; i < MV_PP2_CLS_UDF_BASE_REGS; i++)	{
		mvOsSPrintf(reg_name, "MV_PP2_CLS_UDF_REG_%d_REG", i);
		mvPp2PrintReg(MV_PP2_CLS_UDF_REG(i), reg_name);
	}
	for (i = 0; i < 16; i++) {
		mvOsSPrintf(reg_name, "MV_PP2_CLS_MTU_%d_REG", i);
		mvPp2PrintReg(MV_PP2_CLS_MTU_REG(i), reg_name);
	}
	for (i = 0; i < MV_PP2_MAX_PORTS; i++) {
		mvOsSPrintf(reg_name, "MV_PP2_CLS_OVER_RXQ_LOW_%d_REG", i);
		mvPp2PrintReg(MV_PP2_CLS_OVERSIZE_RXQ_LOW_REG(i), reg_name);
	}
	for (i = 0; i < MV_PP2_MAX_PORTS; i++) {
		mvOsSPrintf(reg_name, "MV_PP2_CLS_SWFWD_P2HQ_%d_REG", i);
		mvPp2PrintReg(MV_PP2_CLS_SWFWD_P2HQ_REG(i), reg_name);
	}

	mvPp2PrintReg(MV_PP2_CLS_SWFWD_PCTRL_REG, "MV_PP2_CLS_SWFWD_PCTRL_REG");
	mvPp2PrintReg(MV_PP2_CLS_SEQ_SIZE_REG, "MV_PP2_CLS_SEQ_SIZE_REG");

	for (i = 0; i < MV_PP2_MAX_PORTS; i++) {
		mvOsSPrintf(reg_name, "MV_PP2_CLS_PCTRL_%d_REG", i);
		mvPp2PrintReg(MV_PP2_CLS_PCTRL_REG(i), reg_name);
	}

	return MV_OK;
}
/*-------------------------------------------------------------------------------*/
void mvPp2ClsSwLkpClear(MV_PP2_CLS_LKP_ENTRY *fe)
{
	memset(fe, 0, sizeof(MV_PP2_CLS_LKP_ENTRY));
}

/*-------------------------------------------------------------------------------*/
void mvPp2ClsSwFlowClear(MV_PP2_CLS_FLOW_ENTRY *fe)
{
	memset(fe, 0, sizeof(MV_PP2_CLS_FLOW_ENTRY));
}
/*-------------------------------------------------------------------------------*/
void mvPp2ClsHwFlowClearAll()
{
	int index;

	MV_PP2_CLS_FLOW_ENTRY fe;

	mvPp2ClsSwFlowClear(&fe);

	for (index = 0; index < MV_PP2_CLS_FLOWS_TBL_SIZE ; index++)
		mvPp2ClsHwFlowWrite(index, &fe);

	/* clear shadow */
	memset(mvClsFlowShadowTbl, NOT_IN_USE, MV_PP2_CLS_FLOWS_TBL_SIZE * sizeof(int));

}
/*-------------------------------------------------------------------------------*/
static int mvPp2V1ClsHwFlowHitGet(int index,  unsigned int *cnt)
{

	POS_RANGE_VALIDATE(index, MV_PP2_CLS_FLOWS_TBL_SIZE);

	/*set index */
	mvPp2WrReg(MV_PP2_V1_CNT_IDX_REG, MV_PP2_V1_CNT_IDX_FLOW(index));

	if (cnt)
		*cnt = mvPp2RdReg(MV_PP2_V1_CLS_FLOW_TBL_HIT_REG);
	else
		mvOsPrintf("HITS = %d\n", mvPp2RdReg(MV_PP2_V1_CLS_FLOW_TBL_HIT_REG));

	return MV_OK;

}
/*-------------------------------------------------------------------------------*/

int mvPp2V1ClsHwLkpHitGet(int lkpid, int way,  unsigned int *cnt)
{

	BIT_RANGE_VALIDATE(way);
	POS_RANGE_VALIDATE(lkpid, MV_PP2_CLS_LKP_TBL_SIZE);

	/*set index */
	mvPp2WrReg(MV_PP2_V1_CNT_IDX_REG, MV_PP2_V1_CNT_IDX_LKP(lkpid, way));

	if (cnt)
		*cnt = mvPp2RdReg(MV_PP2_V1_CLS_LKP_TBL_HIT_REG);
	else
		mvOsPrintf("HITS: %d\n", mvPp2RdReg(MV_PP2_V1_CLS_LKP_TBL_HIT_REG));

	return MV_OK;

}
/*-------------------------------------------------------------------------------*/
int mvPp2ClsHwFlowDump()
{
	int index;

	MV_PP2_CLS_FLOW_ENTRY fe;

	for (index = 0; index < MV_PP2_CLS_FLOWS_TBL_SIZE ; index++) {
		if (mvClsFlowShadowTbl[index] == IN_USE) {
			mvPp2ClsHwFlowRead(index, &fe);
			mvPp2ClsSwFlowDump(&fe);
			mvPp2V1ClsHwFlowHitGet(index, NULL);
			mvOsPrintf("------------------------------------------------------------------\n");
		}
	}
	return MV_OK;

}

/*-------------------------------------------------------------------------------*/
/*PPv2.1 new counters MAS 3.20*/
int mvPp2V1ClsHwFlowHitsDump()
{
	int index;
	unsigned int cnt;
	MV_PP2_CLS_FLOW_ENTRY fe;

	for (index = 0; index < MV_PP2_CLS_FLOWS_TBL_SIZE ; index++) {
		if (mvClsFlowShadowTbl[index] == IN_USE) {
			mvPp2V1ClsHwFlowHitGet(index, &cnt);
			if (cnt != 0) {
				mvPp2ClsHwFlowRead(index, &fe);
				mvPp2ClsSwFlowDump(&fe);
				mvOsPrintf("HITS = %d\n", cnt);
				mvOsPrintf("\n");
			}
		}
	}

	return MV_OK;
}

/*-------------------------------------------------------------------------------*/
void mvPp2ClsHwLkpClearAll()
{
	int index;

	MV_PP2_CLS_LKP_ENTRY fe;

	mvPp2ClsSwLkpClear(&fe);

	for (index = 0; index < MV_PP2_CLS_LKP_TBL_SIZE ; index++) {
		mvPp2ClsHwLkpWrite(index, 0, &fe);
		mvPp2ClsHwLkpWrite(index, 1, &fe);
	}
	/* clear shadow */
	memset(mvClsLkpShadowTbl, NOT_IN_USE, 2 * MV_PP2_CLS_LKP_TBL_SIZE * sizeof(int));

}
/*-------------------------------------------------------------------------------*/
/*PPv2.1 new counters MAS 3.20*/
int mvPp2V1ClsHwLkpHitsDump()
{
	int index, way, entryInd;
	unsigned int cnt;

	mvOsPrintf("< ID  WAY >:	HITS\n");
	for (index = 0; index < MV_PP2_CLS_LKP_TBL_SIZE ; index++)
		for (way = 0; way < 2 ; way++)	{
			entryInd = (way << MV_PP2_CLS_LKP_INDEX_WAY_OFFS) | index;
			if (mvClsLkpShadowTbl[entryInd] == IN_USE) {
				mvPp2V1ClsHwLkpHitGet(index, way,  &cnt);
				if (cnt != 0)
					mvOsPrintf(" 0x%2.2x  %1.1d\t0x%8.8x\n", index, way, cnt);
			}
	}
	return MV_OK;
}
/*-------------------------------------------------------------------------------*/
/*PPv2.1 new counters MAS 3.20*/
int mvPp2ClsHwLkpDump()
{
	int index, way, int32bit, ind;
	unsigned int uint32bit;

	MV_PP2_CLS_LKP_ENTRY fe;
	mvOsPrintf("< ID  WAY >:	RXQ	EN	FLOW	MODE_BASE  HITS\n");
	for (index = 0; index < MV_PP2_CLS_LKP_TBL_SIZE ; index++)
		for (way = 0; way < 2 ; way++)	{
			ind = (way << MV_PP2_CLS_LKP_INDEX_WAY_OFFS) | index;
			if (mvClsLkpShadowTbl[ind] == IN_USE) {
				mvPp2ClsHwLkpRead(index, way, &fe);
				mvOsPrintf(" 0x%2.2x  %1.1d\t", fe.lkpid, fe.way);
				mvPp2ClsSwLkpRxqGet(&fe, &int32bit);
				mvOsPrintf("0x%2.2x\t", int32bit);
				mvPp2ClsSwLkpEnGet(&fe, &int32bit);
				mvOsPrintf("%1.1d\t", int32bit);
				mvPp2ClsSwLkpFlowGet(&fe, &int32bit);
				mvOsPrintf("0x%3.3x\t", int32bit);
				mvPp2ClsSwLkpModGet(&fe, &int32bit);
				mvOsPrintf(" 0x%2.2x\t", int32bit);
				mvPp2V1ClsHwLkpHitGet(index, way, &uint32bit);
				mvOsPrintf(" 0x%8.8x\n", uint32bit);
				mvOsPrintf("\n");

			}
		}
	return MV_OK;
}