U32 eMMC_CheckAlignPack(U8 u8_AlignByteCnt)
{
// check alignment
if((U32)&(g_eMMCTestAlignPack_t.u8_0) & (u8_AlignByteCnt-1))
{
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR, 1, "eMMC Err: not aliged. expect %Xh but %Xh \n",
u8_AlignByteCnt, (U32)&(g_eMMCTestAlignPack_t.u8_0));
eMMC_die("\n");
return eMMC_ST_ERR_NOT_ALIGN;
}
// check packed - 0
if((U32)&(g_eMMCTestAlignPack_t.u16_0)-(U32)&(g_eMMCTestAlignPack_t.u8_0) != 1 ||
(U32)&(g_eMMCTestAlignPack_t.u32_0)-(U32)&(g_eMMCTestAlignPack_t.u8_0) != 3 ||
(U32)&(g_eMMCTestAlignPack_t.u32_1)-(U32)&(g_eMMCTestAlignPack_t.u8_0) != 7)
{
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR, 1, "eMMC Err: not packed. check err.0 \n");
eMMC_die("\n");
return eMMC_ST_ERR_NOT_PACKED;
}
// check packed - 1
if((U32)&(g_eMMCTestAlignPack_t.u16_0)-(U32)&(g_eMMCTestAlignPack_t.u8_0) != 1 ||
(U32)&(g_eMMCTestAlignPack_t.u32_0)-(U32)&(g_eMMCTestAlignPack_t.u16_0)!= 2 ||
(U32)&(g_eMMCTestAlignPack_t.u32_1)-(U32)&(g_eMMCTestAlignPack_t.u32_0)!= 4)
{
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR, 1, "eMMC Err: not packed. check err.1 \n");
eMMC_die("\n");
return eMMC_ST_ERR_NOT_PACKED;
}
//eMMC_debug(eMMC_DEBUG_LEVEL_HIGH, 1, "ok\n");
return eMMC_ST_SUCCESS;
}
U32 eMMC_ComapreData(U8 *pu8_Buf0, U8 *pu8_Buf1, U32 u32_ByteCnt)
{
U32 u32_i, u32_offset;
for(u32_i=0; u32_i<u32_ByteCnt; u32_i++)
{
if(pu8_Buf0[u32_i] != pu8_Buf1[u32_i])
{
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR, 1, "eMMC Err: data mismatch: i:[%Xh], Buf0: %02Xh, Buf1: %02Xh\n",
u32_i, pu8_Buf0[u32_i], pu8_Buf1[u32_i]);
break;
}
}
if(u32_i != u32_ByteCnt && 0==(g_eMMCDrv.u32_DrvFlag&DRV_FLAG_TUNING_TTABLE))
{
u32_offset = (u32_i>>eMMC_SECTOR_512BYTE_BITS)<<eMMC_SECTOR_512BYTE_BITS;
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR,0,"\ndump Buf0, from %Xh-th bytes\n", u32_offset);
eMMC_dump_mem(pu8_Buf0+u32_offset, eMMC_SECTOR_512BYTE);
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR,0,"dump Buf1, from %Xh-th bytes\n", u32_offset);
eMMC_dump_mem(pu8_Buf1+u32_offset, eMMC_SECTOR_512BYTE);
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR,0,"\n");
return eMMC_ST_ERR_DATA_MISMATCH;
}
static __inline void dump_mem_line_32(U32 *buf, int cnt)
{
U32 i;
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR, 0, " 0x%08X: ", (U32)buf);
for (i= 0; i < cnt; i++)
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR, 0, "%08Xh ", buf[i]);
}
static __inline void dump_mem_line(unsigned char *buf, U32 cnt)
{
U32 i;
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR, 0, " 0x%08X: ", (U32)buf);
for (i= 0; i < cnt; i++)
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR, 0, "%02Xh ", buf[i]);
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR, 0, " | ");
for (i = 0; i < cnt; i++)
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR, 0, "%c", (buf[i] >= 32 && buf[i] < 128) ? buf[i] : '.');
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR, 0, "\n");
}
void eMMC_dump_mem_32(U32 *buf, U32 cnt)
{
U32 i;
for (i= 0; i < cnt; i+= 8)
{
dump_mem_line_32(buf + i, 8);
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR, 0, " | 0x%08X \n", i+7);
}
}
U32 eMMC_FCIE_WaitD0High(U32 u32_us)
{
volatile U32 u32_cnt;
REG_FCIE_SETBIT(FCIE_SD_MODE, BIT_SD_CLK_EN);
u32_cnt = eMMC_FCIE_WaitD0High_Ex(u32_us);
if(u32_us == u32_cnt)
{
eMMC_debug(eMMC_DEBUG_LEVEL_ERROR,1,"eMMC Err: wait D0 H timeout %u us\n", u32_cnt);
return eMMC_ST_ERR_TIMEOUT_WAITD0HIGH;
}
// eMMC_hw_timer_delay(HW_TIMER_DELAY_1s * 2);
return eMMC_ST_SUCCESS;
}
// total 17 bytes 0~16
U8 HalFcie_CmdFifoGet(U8 u8addr)
{
U16 u16Tmp;
if(u8addr>16) eMMC_debug(1, 1, "eMMC Err: Cmd FIFO addr overflow in get %d\n", u8addr);
//REG_FCIE_SETBIT(FCIE_SD_CTRL, BIT_CHK_CMD);
u16Tmp = REG_FCIE(FCIE_CMDFIFO_ADDR(u8addr>>1));
//REG_FCIE_CLRBIT(FCIE_SD_CTRL, BIT_CHK_CMD);
if(u8addr&0x1)
{
return (U8)(u16Tmp>>8);
}
else
{
return (U8)(u16Tmp&0xFF);
