sf_api.c

华为 HI3510 BOOTLOADER HIBOOT 源码包

		*SF_MAC0_DIO(4) = ClearCountInf.w32;
		#ifdef SfTest                                      
			SF_Print("SF_MAC0_DIO(4) clear statistic-Set ok!\r\n");   
		#endif                                             
		return Success;
	}
	else /*Error port*/
	{
		#ifdef SfTest                                      
			SF_Print("SF_MAC0_DIO(0/4)-clear statistic error!\r\n");   
		#endif                                             
		return Failure;
	}
}


/*=======================================================================
 *  函数名称:UINT32 SF_SetLoopBackEnable( In UINT8 u8PortNo, In UINT32 u32ExLoop, In UINT32 u32InLoop)
 *  初稿完成:2005/1/5   
 *  作    者:  
 *  函数功能:设置内环回和外环回使能
 *  输入参数:使能－1，否则－0
 *  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_SetLoopBackEnable( In UINT8 u8PortNo, In UINT32 u32ExLoop, In UINT32 u32InLoop)
{
	Port_Conf_U SetLoopBack;
	if (u8PortNo == 0)	/*down port*/
	{
		SetLoopBack.w32 = *SF_MAC0_DIO(0);
		SetLoopBack.bits.ex_loop_en = u32ExLoop;
		SetLoopBack.bits.in_loop_en = u32InLoop;
		*SF_MAC0_DIO(0) = SetLoopBack.w32;
		#ifdef SfTest                                      
			SF_Print("SF_MAC0_DIO(0) set loop back ok!\r\n");   
		#endif                                             
		return Success;
	}
	else if (u8PortNo == 1) /*up port*/
	{
		SetLoopBack.w32 = *SF_MAC0_DIO(4);
		SetLoopBack.bits.ex_loop_en = u32ExLoop;
		SetLoopBack.bits.in_loop_en = u32InLoop;
		*SF_MAC0_DIO(4) = SetLoopBack.w32;
		#ifdef SfTest                                      
			SF_Print("SF_MAC0_DIO(4) set loop back ok!\r\n");   
		#endif                                             
		return Success;
	}
	else /*Error port*/
	{
		#ifdef SfTest                                      
			SF_Print("SF_MAC0_DIO(0/4)-set loop back error!\r\n");   
		#endif                                             
		return Failure;
	}
}

/*=======================================================================
 *  函数名称:UINT32 SF_FetchPortStatisticInformation(In UINT8 u8PortNo, In UINT8 u8Index, Out UINT32 *pu32ValueAddr) 
 *  初稿完成:2005/1/5   
 *  作    者:  
 *  函数功能:读取指定端口列表的统计信息
 *  输入参数:端口号
 *           读取统计信息的索引值
 *  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_FetchPortStatisticInformation( In UINT8 u8PortNo, In UINT8 u8Index, Out UINT32 *pu32ValueAddr)
{
	Port_Count_U FetchCnt0;
	Port_Rec_Cnt_U FetchCnt1;
	Port_Tra_Cnt_U FetchCnt2;

	if (u8PortNo == 0) /*down port*/
	{
		FetchCnt0.w32 = * ( UINT32 *) SF_MAC0_DIO(1);
		FetchCnt1.w32 = * ( UINT32 *) SF_MAC0_DIO(2);
		FetchCnt2.w32 = * ( UINT32 *) SF_MAC0_DIO(3);			
		switch ( u8Index )
		{
			case 1 : *pu32ValueAddr = FetchCnt0.bits.txcrcbad_cnt; break;
			case 2 : *pu32ValueAddr = FetchCnt0.bits.txcrcok_cnt; break;
			case 3 : *pu32ValueAddr = FetchCnt0.bits.txeof_cnt; break; 
			case 4 : *pu32ValueAddr = FetchCnt0.bits.txsof_cnt; break;
			case 5 : *pu32ValueAddr = FetchCnt0.bits.rxcrcbad_cnt; break;
			case 6 : *pu32ValueAddr = FetchCnt0.bits.rxcrcok_cnt; break;
			case 7 : *pu32ValueAddr = FetchCnt0.bits.rxeof_cnt; break;
			case 8 : *pu32ValueAddr = FetchCnt0.bits.rxsof_cnt; break;
			case 9 : *pu32ValueAddr = FetchCnt1.bits.cntr_stat_rx; break;
			case 10 : *pu32ValueAddr = FetchCnt2.bits.cntr_stat_tx; break;
			default : *pu32ValueAddr = 0; return Failure;
		}
		#ifdef SfTest
			SF_Print("SF_MAC0_DIO(1/2/3)-SF port0 count number is %ld\n",*(UINT32 *)pu32ValueAddr);
		#endif
		return Success;
	}
	else if (u8PortNo == 1) /*up port*/
	{
		FetchCnt0.w32 = * ( UINT32 *) SF_MAC0_DIO(5);
		FetchCnt1.w32 = * ( UINT32 *) SF_MAC0_DIO(6);
		FetchCnt2.w32 = * ( UINT32 *) SF_MAC0_DIO(7);			
		switch ( u8Index )
		{
			case 1 : *pu32ValueAddr = FetchCnt0.bits.rxcrcbad_cnt; break;
			case 2 : *pu32ValueAddr = FetchCnt0.bits.rxcrcok_cnt; break;
			case 3 : *pu32ValueAddr = FetchCnt0.bits.rxeof_cnt; break; 
			case 4 : *pu32ValueAddr = FetchCnt0.bits.rxsof_cnt; break;
			case 5 : *pu32ValueAddr = FetchCnt0.bits.txcrcbad_cnt; break;
			case 6 : *pu32ValueAddr = FetchCnt0.bits.txcrcok_cnt; break;
			case 7 : *pu32ValueAddr = FetchCnt0.bits.txeof_cnt; break;
			case 8 : *pu32ValueAddr = FetchCnt0.bits.txsof_cnt; break;
			case 9 : *pu32ValueAddr = FetchCnt1.bits.cntr_stat_rx; break;
			case 10 : *pu32ValueAddr = FetchCnt2.bits.cntr_stat_tx; break;
			default : *pu32ValueAddr = 0; return Failure;
		}
		#ifdef SfTest
			SF_Print("SF_MAC0_DIO(1/2/3)-SF port1 count number is %ld\n",*pu32ValueAddr);
		#endif
		return Success;
	}
	else /*Error port*/
	{
		#ifdef SfTest
			SF_Print("SF_MAC0_DIO(1/2/3/5/6/7)-SF set error\n");
		#endif
		return Failure;
	}
}


#if 0
/*=======================================================================
 *  函数名称:void SF_PortRingback( In UINT8 u8PortNo, In UINT8 u8RingbackSet) 
 *  初稿完成:2005/1/5   
 *  作    者:  
 *  函数功能:使能/禁止端口的内环回/外环回
 *  输入参数:内环回＝2；外环回＝1；禁止环回＝0
 *  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
 *========================================================================*/
void SF_PortRingback( In UINT8 u8PortNo, In UINT32 u32RingbackSet) 
{
	if ( u32RingbackSet != 0 )
	{
		if (u8PortNo == 0) /*Down port*/
		{
			 *SF_MAC0_DIO(0) =  *SF_MAC0_DIO(0) | (u32RingbackSet << 20);
		}
		else if (u8PortNo == 1) /*Down port*/
		{
			 *SF_MAC0_DIO(4) =  *SF_MAC0_DIO(4) | (u32RingbackSet << 20);
		}
		else
		{
			#ifdef SfTest
				SF_Print("SF ring mode set error\n");
			#endif
		}
	}
	else
	{
		if (u8PortNo == 0) /*Down port*/
		{
			 *SF_MAC0_DIO(0) =  *SF_MAC0_DIO(0) & ~(3 << 20);
		}
		else if (u8PortNo == 1) /*Down port*/
		{
			 *SF_MAC0_DIO(4) =  *SF_MAC0_DIO(4) & ~(3 << 20);
		}
		else
		{
			#ifdef SfTest
				SF_Print("SF ring mode set error\n");
			#endif
		}
	}
}
#endif
/*=======================================================================
 *  函数名称:void SF_ReadSpeedLinkDuplexMode(In UINT8 u8PortNo, Out UINT8 *u8Speed, Out UINT8 *u8Link, Out UINT8 *u8Duplex)
 *  初稿完成:2005/1/6   
 *  作    者:  
 *  函数功能:读取端口的速度、链接状态、双工模式
 *  输入参数:端口号
 *  输出参数:  速度(1-100M,0-10M)、链接状态(1-链接,0-无链接)、双工模式(1-双工,0-半双工)对应的指针数据，
 *  返回类型:  无
 *  其他说明: 
 *  调用函数:  建议 
 *  主调函数:  建议
 *========================================================================*/
static void SF_ReadSpeedLinkDuplexMode(In UINT8 u8PortNo, Out UINT32 *pu32Speed, Out UINT32 *pu32Link, Out UINT32 *pu32Duplex)
 
{
	Set_CPUSpeLinDup_U ReadSpeLinDupMode;

	if (u8PortNo == 0)/*down port*/
	{
		ReadSpeLinDupMode.w32 = *SF_MAC_DIO(4);
		*pu32Speed = (ReadSpeLinDupMode.bits.down_speed_stat_dio);
		*pu32Duplex = (ReadSpeLinDupMode.bits.down_duplex_stat_dio);
		*pu32Link = (ReadSpeLinDupMode.bits.down_link_stat_dio);
		#ifdef SfTest
			SF_Print("SF p0 speed is %ld\nSF duplex is %ld\nSF link is %ld\n",*pu32Speed,*pu32Duplex,*pu32Link);
		#endif
	}
	else if (u8PortNo == 1)/*up port*/
	{
		ReadSpeLinDupMode.w32 = *SF_MAC_DIO(4);
		*pu32Speed = (ReadSpeLinDupMode.bits.up_speed_stat_dio);
		*pu32Duplex = (ReadSpeLinDupMode.bits.up_duplex_stat_dio);
		*pu32Link = (ReadSpeLinDupMode.bits.up_link_stat_dio);
		#ifdef SfTest
			SF_Print("SF p1 speed is %ld\nSF duplex is %ld\nSF link is %ld\n",*pu32Speed,*pu32Duplex,*pu32Link);
		#endif
	}
	else
	{
		#ifdef SfTest
			SF_Print("SF port speed/duplex/link set error\n");
		#endif
	}
}

/*=======================================================================
 *  函数名称:void SF_SetSpeedLinkDuplexMode(In UINT8 u8PortNo, In UINT32 u32Speed, In UINT32 u32Link, In UINT32 u32Duplex)
 *  初稿完成:2005/1/6   
 *  作    者:  
 *  函数功能:CPU设置速度、链接状态、双工模式
 *  输入参数:端口号,速度(1-100M,0-10M)、链接状态(1-链接,0-无链接)、双工模式(1-双工,0-半双工)对应的指针数据
 *  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
 *========================================================================*/
void SF_SetSpeedLinkDuplexMode(In UINT8 u8PortNo, In UINT32 u32Speed, In UINT32 u32Link, In UINT32 u32Duplex)
{
	Set_CPUSpeLinDup_U SetSpeLinDupMode;

	if (u8PortNo == 0)/*down port*/
	{
		SetSpeLinDupMode.w32 = *SF_MAC_DIO(4);
		SetSpeLinDupMode.bits.down_speed_stat_dio = u32Speed;
		SetSpeLinDupMode.bits.down_duplex_stat_dio = u32Duplex;
		SetSpeLinDupMode.bits.down_link_stat_dio = u32Link;
		*SF_MAC_DIO(4) = SetSpeLinDupMode.w32;
		#ifdef SfTest
			outinfor = * ( UINT32 * ) SF_MAC_DIO(4);
			TChangeHEXToBin(outinfor,OutBinary);
			SF_Print("SF_MAC_DIO(4)-SF p0 CPU set work mode is %s\n",OutBinary);
		#endif
	}
	else if (u8PortNo == 1)/*up port*/
	{
		SetSpeLinDupMode.w32 = *SF_MAC_DIO(4);
		SetSpeLinDupMode.bits.up_speed_stat_dio = u32Speed;
		SetSpeLinDupMode.bits.up_duplex_stat_dio = u32Duplex;
		SetSpeLinDupMode.bits.up_link_stat_dio = u32Link;
		*SF_MAC_DIO(4) = SetSpeLinDupMode.w32;
		#ifdef SfTest
			outinfor = * ( UINT32 * ) SF_MAC_DIO(4);
			TChangeHEXToBin(outinfor,OutBinary);
			SF_Print("SF_MAC_DIO(4)-SF p1 CPU set work mode is %s\n",OutBinary);
		#endif
	}
	else
	{
		#ifdef SfTest
			SF_Print("SF CPU set work mode error\n");
		#endif
	}
}


/*=======================================================================
 *  函数名称:void SF_ReadSpeedLinkDuplexChangeFlag(In UINT8 u8PortNo, Out UINT32 *pu32Speed, Out UINT32 *pu32Link, Out UINT32 *pu32Duplex)
 *  初稿完成:2005/1/6   
 *  作    者:  
 *  函数功能:读取速度、链接状态、双工模式改变标志
 *  输入参数:端口号,速度(1-100M,0-10M)、链接状态(1-链接,0-无链接)、双工模式(1-双工,0-半双工)改变指示对应的指针数据
 *  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_ReadSpeedLinkDuplexChangeFlag(In UINT8 u8PortNo, Out UINT32 *pu32Speed, Out UINT32 *pu32Link, Out UINT32 *pu32Duplex)
{
	Changed_SpeLinDup_U ReadSpeLinDupChangeFlag;

	if (u8PortNo == 0)/*down port*/
	{
		ReadSpeLinDupChangeFlag.w32 = *SF_MAC_DIO(6);
		*pu32Speed = (ReadSpeLinDupChangeFlag.bits.down_speed_stat_ch);
		*pu32Duplex = (ReadSpeLinDupChangeFlag.bits.down_duplex_stat_ch);
		*pu32Link = (ReadSpeLinDupChangeFlag.bits.down_link_stat_ch);
		#ifdef SfTest
			outinfor = * ( UINT32 * ) SF_MAC_DIO(6);
			TChangeHEXToBin(outinfor,OutBinary);
			SF_Print("SF_MAC_DIO(6)-SF p0 read mode change flag is %s\n",OutBinary);
		#endif
	}
	else if (u8PortNo == 1)/*up port*/
	{
		ReadSpeLinDupChangeFlag.w32 = *SF_MAC_DIO(6);
		*pu32Speed = (ReadSpeLinDupChangeFlag.bits.up_speed_stat_ch);
		*pu32Duplex = (ReadSpeLinDupChangeFlag.bits.up_duplex_stat_ch);
		*pu32Link = (ReadSpeLinDupChangeFlag.bits.up_link_stat_ch);
		#ifdef SfTest
			outinfor = * ( UINT32 * ) SF_MAC_DIO(6);
			TChangeHEXToBin(outinfor,OutBinary);
			SF_Print("SF_MAC_DIO(6)-SF p1 read mode change flag is %s\n",OutBinary);
		#endif
	}
	else
	{
		#ifdef SfTest
			SF_Print("SF CPU read mode change flag error\n");
		#endif
	}
}


/*=======================================================================
 *  函数名称:void SF_ClearSpeedLinkDuplexChangeFlag(In UINT8 u8PortNo, In UINT32 u32Speed, In UINT32 u32Link, In UINT32 u32Duplex)
 *  初稿完成:2005/1/6   
 *  作    者:  
 *  函数功能:清除速度、链接状态、双工模式改变标志
 *  输入参数:端口号,速度(1-100M,0-10M)、链接状态(1-链接,0-无链接)、双工模式(1-双工,0-半双工)改变指示清空对应的指针数据。
 *			写1清空
 *  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_ClearSpeedLinkDuplexChangeFlag(In UINT8 u8PortNo, In UINT32 u32Speed, In UINT32 u32Link, In UINT32 u32Duplex)
{
	Changed_SpeLinDup_U ClearSpeLinDupChangeFlag;

	if (u8PortNo == 0)/*down port*/