sf_api.c

华为 HI3510 BOOTLOADER HIBOOT 源码包

	pu32StaticCnt->pkts128_255 = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0028));	        
	pu32StaticCnt->pkts256_511 = *(UINT32 *) (SF_Statis + (AddrForPort | 0x002c));	        
	pu32StaticCnt->pkts512_1023 = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0030));	        
	pu32StaticCnt->pkts1024_1518 = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0034));	        
	pu32StaticCnt->pkts_1518 = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0038));	        
	pu32StaticCnt->ifinucastpkts = *(UINT32 *) (SF_Statis + (AddrForPort | 0x003c));	        
	pu32StaticCnt->ifinnucastpkts = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0040));	        
	pu32StaticCnt->ifindiscards = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0044));	        
	pu32StaticCnt->ifinerrors = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0048));	        
	pu32StaticCnt->ifinmulticast = *(UINT32 *) (SF_Statis + (AddrForPort | 0x004c));	        
	pu32StaticCnt->ifinbroadcast = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0050));	        
	pu32StaticCnt->dot3alignmenterr = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0054));	
	pu32StaticCnt->dot3fcserr = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0058));	        
	pu32StaticCnt->dot3internalrecerr = *(UINT32 *) (SF_Statis + (AddrForPort | 0x005c));      
	pu32StaticCnt->dot3inpause = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0060));	        
	pu32StaticCnt->dot3unkpause = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0064));	        
	pu32StaticCnt->dot3dribble = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0068));	        
	pu32StaticCnt->octets = *(UINT32 *) (SF_Statis + (AddrForPort | 0x006c));	 	        
	pu32StaticCnt->pkts = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0070));		        
	pu32StaticCnt->ifinoctets = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0074));	        
	pu32StaticCnt->broadcastpkts_tx =	*(UINT32 *) (SF_Statis + (AddrForPort | 0x0080));
	pu32StaticCnt->multicastpkts_tx =	*(UINT32 *) (SF_Statis + (AddrForPort | 0x0084));
	pu32StaticCnt->ifoutdiscards = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0088));	        
	pu32StaticCnt->ifouterrors = *(UINT32 *) (SF_Statis + (AddrForPort | 0x008c));	        
	pu32StaticCnt->ifoutucastpkts = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0090));	        
	pu32StaticCnt->ifoutnucastpkts = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0094));	 
	pu32StaticCnt->ifoutmulticast = *(UINT32 *) (SF_Statis + (AddrForPort | 0x0098));	        
	pu32StaticCnt->ifoutbroadcast = *(UINT32 *) (SF_Statis + (AddrForPort | 0x009c));	        
	pu32StaticCnt->pkts64_tx = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00a0));	        
	pu32StaticCnt->pkts65_127_tx = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00a4));	        
	pu32StaticCnt->pkts128_255_tx = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00a8));	        
	pu32StaticCnt->pkts256_511_tx = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00ac));	        
	pu32StaticCnt->pkts512_1023_tx = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00b0));	 
	pu32StaticCnt->pkts1024_1518_tx = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00b4));	
	pu32StaticCnt->pkts_1518_tx = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00b8));	        
	pu32StaticCnt->dot3singlecol = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00bc));	        
	pu32StaticCnt->dot3multiplecol = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00c0));	
	pu32StaticCnt->dot3latecol = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00c4));	        
	pu32StaticCnt->dot3excessivecol =	*(UINT32 *) (SF_Statis + (AddrForPort | 0x00c8));
	pu32StaticCnt->dot3colcnt = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00cc));	        
	pu32StaticCnt->dot3defer = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00d0));	        
	pu32StaticCnt->pkts_tx = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00d4));	 	
	pu32StaticCnt->octets_tx = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00d8));	        
	pu32StaticCnt->collisions = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00dc));	        
	pu32StaticCnt->ifoutoctets = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00e0));	        
	pu32StaticCnt->dot3outpause = *(UINT32 *) (SF_Statis + (AddrForPort | 0x00e4));	        

	#ifdef SfTest
		SF_Print("SF count information is %ld\n",pu32StaticCnt->drop_event);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->crcerr);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->undersizepkts);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->oversizepkts);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->fragments);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->jabber);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->broadcastpkts);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->multicastpkts);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts64);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts65_127);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts128_255);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts256_511);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts512_1023);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts1024_1518);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts_1518);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifinucastpkts);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifinnucastpkts);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifindiscards);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifinerrors);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifinmulticast);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifinbroadcast);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3alignmenterr);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3fcserr);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3internalrecerr);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3inpause);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3unkpause);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3dribble);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->octets);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifinoctets);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->broadcastpkts_tx);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->multicastpkts_tx);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifoutdiscards);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifouterrors);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifoutucastpkts);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifoutnucastpkts);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifoutmulticast);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifoutbroadcast);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts64_tx);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts65_127_tx);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts128_255_tx);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts256_511_tx);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts512_1023_tx);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts1024_1518_tx);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts_1518_tx);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3singlecol);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3multiplecol);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3latecol);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3excessivecol);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3colcnt);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3defer);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->pkts_tx);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->octets_tx);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->collisions);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->ifoutoctets);
		SF_Print("SF count information is %ld\n",pu32StaticCnt->dot3outpause);
	#endif
}

/*=======================================================================
 *  函数名称:void SF_ReadFrameCRCErrorFlag ( In UINT8 u8PortNo, Out UINT32 *u32RecFraCRCErr, Out UINT32 *u32TraFraCRCErr) 
 *  初稿完成:2005/1/15   
 *  作    者:  
 *  函数功能:读取的接收帧CRC校验出错标志，读取的发送帧CRC校验出错标志
 *  输入参数:端口号
 *  输出参数:
 *  返回类型:  无
 *  其他说明: 
 *  调用函数:  建议 
 *  主调函数:  建议
 *========================================================================*/
static void SF_ReadFrameCRCErrorFlag ( In UINT8 u8PortNo, Out UINT32 *u32RecFraCRCErr, Out UINT32 *u32TraFraCRCErr)
{
	Port_Conf_U FrameCRCError;

	if (u8PortNo == 0)
	{
		FrameCRCError.w32 = *SF_MAC0_DIO(0);
		*(UINT32 *)u32RecFraCRCErr = FrameCRCError.bits.crc_rx;
		*(UINT32 *)u32TraFraCRCErr = FrameCRCError.bits.txcrc_bad;
		#ifdef SfTest
			SF_Print("SF_MAC0_DIO(0)-SF p0 Receive CRC error ? %lx;SF p0 Transmit CRC error ? %lx\n",*(UINT32 *)u32RecFraCRCErr,*(UINT32 *)u32TraFraCRCErr);
		#endif
	}
	else if (u8PortNo == 1)
	{
		FrameCRCError.w32 = *SF_MAC0_DIO(4);
		*(UINT32 *)u32RecFraCRCErr = FrameCRCError.bits.crc_rx;
		*(UINT32 *)u32TraFraCRCErr = FrameCRCError.bits.txcrc_bad;
		#ifdef SfTest
			SF_Print("SF_MAC0_DIO(4)-SF p1 Receive CRC error ? %lx;SF p1 Transmit CRC error ? %lx\n",*(UINT32 *)u32RecFraCRCErr,*(UINT32 *)u32TraFraCRCErr);
		#endif
	}
	else
	{
		#ifdef SfTest
			SF_Print("SF CRC error read failure\n");
		#endif
	}
}

/*=======================================================================
 *  函数名称:void SF_SetFrameCRCCtlRebuild ( In UINT8 u8PortNo, In UINT32 u32CRCRebuild)
 *  初稿完成:2005/1/15   
 *  作    者:  
 *  函数功能:CRC生成时是否需要修改原来的CRC位，重新计算CRC
 *  输入参数:端口号（上行口或者下行口），CRC重新生成设置位,0->recalculate;1->not recalculate CRC
 *  输出参数:
 *  返回类型:  无
 *  其他说明: 
 *  调用函数:  建议 
 *  主调函数:  建议
 *========================================================================*/
static void SF_SetFrameCRCCtlRebuild ( In UINT8 u8PortNo, In UINT32 u32CRCRebuild)
{
	Port_Conf_U FrameCRCRebuild;

	if (u8PortNo == 0)
	{
		FrameCRCRebuild.w32 = *SF_MAC0_DIO(0);
		FrameCRCRebuild.bits.crcgen_dis= u32CRCRebuild;
		*SF_MAC0_DIO(0) = FrameCRCRebuild.w32;
		#ifdef SfTest
			outinfor = * ( UINT32 * ) SF_MAC0_DIO(0);
			TChangeHEXToBin(outinfor,OutBinary);
			SF_Print("SF_MAC0_DIO(0)-SF p0 CRC rebuild enable flag %s\n",OutBinary);
		#endif
	}
	else if (u8PortNo == 1)
	{
		FrameCRCRebuild.w32 = *SF_MAC0_DIO(4);
		FrameCRCRebuild.bits.crcgen_dis = u32CRCRebuild;
		*SF_MAC0_DIO(4) = FrameCRCRebuild.w32;
		#ifdef SfTest
			outinfor = * ( UINT32 * ) SF_MAC0_DIO(4);
			TChangeHEXToBin(outinfor,OutBinary);
			SF_Print("SF_MAC0_DIO(4)-SF p1 CRC rebuild enable flag %s\n",OutBinary);
		#endif
	}
	else
	{
		#ifdef SfTest
			SF_Print("SF CRC rebuild enable flag set error\n");
		#endif
	}
}


/*=======================================================================
 *  函数名称:void SF_SetConflictTimesStatistic ( In UINT8 u8PortNo, In UINT32 u32ConflictTimes)
 *  初稿完成:2005/1/15   
 *  作    者:  
 *  函数功能:设置冲突计数器计数的帧数是冲突了多少次的帧计数。默认是冲突1次的帧计数。
 *  输入参数:端口号（上行口或者下行口），冲突次数设置
 *  输出参数:
 *  返回类型:  无
 *  其他说明: 
 *  调用函数:  建议 
 *  主调函数:  建议
 *========================================================================*/
static void SF_SetConflictTimesStatistic ( In UINT8 u8PortNo, In UINT32 u32ConflictTimes)
{
	Port_Conf_U FrameConflictTimes;

	if (u8PortNo == 0)
	{
		FrameConflictTimes.w32 = *SF_MAC0_DIO(0);
		FrameConflictTimes.bits.colthreshold = u32ConflictTimes;
		*SF_MAC0_DIO(0) = FrameConflictTimes.w32;
		#ifdef SfTest
			outinfor = * ( UINT32 * ) SF_MAC0_DIO(0);
			TChangeHEXToBin(outinfor,OutBinary);
			SF_Print("SF_MAC0_DIO(0)-SF p0 Conflict times setting %s\n",OutBinary);
		#endif
	}
	else if (u8PortNo == 1)
	{
		FrameConflictTimes.w32 = *SF_MAC0_DIO(4);
		FrameConflictTimes.bits.colthreshold = u32ConflictTimes;
		*SF_MAC0_DIO(4) = FrameConflictTimes.w32;
		#ifdef SfTest
			outinfor = * ( UINT32 * ) SF_MAC0_DIO(4);
			TChangeHEXToBin(outinfor,OutBinary);
			SF_Print("SF_MAC0_DIO(4)-SF p1 Conflict times setting %s\n",OutBinary);
		#endif
	}
	else
	{
		#ifdef SfTest
			SF_Print("SF Conflict times setting error\n");
		#endif
	}
}


/*=======================================================================
*							配置VLAN功能
*
*
=======================================================================*/

/*=======================================================================
 *  函数名称:UINT32 SF_CreateVlanContent( In UINT8 u8Index, In UINT32 u32VlanID, In UINT32 u32vpri, 
 			 In UINT32 u32Ipm_vid, In UINT32 u32Fix_vid, In UINT32 u32Vmem, In UINT32 u32Vtag)
 *  初稿完成:2005/1/6   
 *  作    者:  
 *  函数功能:添加VLAN记录
 *  输入参数:VLAN表项的索引值，各个表项参数的值
 *			u8Index->VLAN信息表索引值
 *			u32VlanID->待创建VLAN的VLAN ID 
 *			u32vpri->VLAN对应表项的优先级 (1-7)
 *			u32Ipm_vid->VLAN对应表项是否是IP多播报文或特殊帧对应的VID，1有效
 *			u32Fix_vid->VLAN对应表项是否是 固定的VID，1有效
 *			u32Vmem->VLAN对应表项对应的成员，基于端口(2bit->CPU，1bit->上行口，0bit->下行口)
 *			u32Vtag->VLAN对应表项是否带tag输出，基于端口(2bit->CPU，1bit->上行口，0bit->下行口)
 *  输出参数:
 *  返回类型:  无
 *  其他说明: 
 *  调用函数:  建议 
 *  主调函数:  建议
 *========================================================================*/
static UINT32 SF_CreateVlanContent( In UINT8 u8Index, In UINT32 u32VlanID, In UINT32 u32vpri, 
 			 In UINT32 u32Ipm_vid, In UINT32 u32Fix_vid, In UINT32 u32Vmem, In UINT32 u32Vtag)
{
	VLAN_Form_U VLANAdd;
	if ((u8Index < 8))
	{
		VLANAdd.bits.vid = u32VlanID;
		VLANAdd.bits.vpri= u32vpri;
		VLANAdd.bits.ipm_vid= u32Ipm_vid;
		VLANAdd.bits.fix_vid= u32Fix_vid;
		VLANAdd.bits.vmem= u32Vmem;
		VLANAdd.bits.vtag= u32Vtag;
		* SF_VLAN(u8Index) = VLANAdd.w32;
		#ifdef SfTest
			outinfor = * SF_VLAN(u8Index);
			TChangeHEXToBin(outinfor,OutBinary);
			SF_Print("SF VLAN content is %s\n",OutBinary);
		#endif
		return Success;
	}
	else
	{
		#ifdef SfTest
			SF_Print("SF add VLAN failure\n");
		#endif
		return Failure;		
	}
}

/*=======================================================================
 *  函数名称:UINT32 SF_ModifyVlanMember (In UINT32 u32VlanID, In UINT32 u32VlanMem)
 *  初稿完成:2005/1/6   
 *  作    者:  
 *  函数功能:修改指定VLAN ID表项中的VLAN成员
 *  输入参数:VLAN ID，需要修改的VLAN成员表
 *  输出参数:
 *  返回类型:  无
 *  其他说明: 
 *  调用函数:  建议 
 *  主调函数:  建议
 *========================================================================*/
static UINT32 SF_ModifyVlanMember (In UINT32 u32VlanID, In UINT32 u32VlanMem)
{
	VLAN_Form_U VLANMemModi;
	UINT8 u8Index = 0;
	while (u8Index < 8)
	{
		VLANMemModi.w32 = *SF_VLAN(u8Index);
		if (VLANMemModi.bits.vid == u32VlanID)
		{
			VLANMemModi.bits.vmem = u32VlanMem;
			*SF_VLAN(u8Index) = VLANMemModi.w32;
			#ifdef SfTest
				outinfor = * SF_VLAN(u8Index);
				TChangeHEXToBin(outinfor,OutBinary);
				SF_Print("SF VLAN modify content is %s\n",OutBinary);
			#endif
			return Success;
		}
		u8Index++ ;
	}
	#ifdef SfTest
		SF_Print("SF VLAN modify content failure\n");
	#endif
	return Failure;
}

/*=======================================================================
 *  函数名称:void SF_SetVlanTransmitMode(In UINT32 u32TransCtrl, In UINT32 u32FieldLimit ) 
 *  初稿完成:2005/1/6   
 *  作    者:  
 *  函数功能:使能或者禁止SF的Vlan转发控制；以及使能转发控制后转发是否限制在VLAN域内
 *  输入参数:VLAN转发使能标志(0->enable;1->disable)，
 *           VLAN转发限制标志(0->un limit;1->limit)
 *  输出参数:
 *  返回类型:  无
 *  其他说明: 
 *  调用函数:  建议 
 *  主调函数:  建议
 *========================================================================*/
static void SF_SetVlanTransmitMode(In UINT32 u32TransCtrl, In UINT32 u32FieldLimit ) 
{
	VLAN_TransCtrl_U VlanSetMode;