static void T3900_pull_data(void)
{
INC_UINT16 ulRemainLength = INC_INTERRUPT_SIZE;
#if !(INC_INTERRUPT_SIZE <= 0xFFF)
INC_UINT16 unIndex = 0;
INC_UINT16 unSPISize = 0xFFF;
#endif
memset(g_acStreamBuf, 0, sizeof(g_acStreamBuf));
#if (INC_INTERRUPT_SIZE <= 0xFFF)
INC_CMD_READ_BURST(TDMB_I2C_ID80, APB_STREAM_BASE, g_acStreamBuf, ulRemainLength);
#else
while (ulRemainLength) {
if (ulRemainLength >= unSPISize) {
INC_CMD_READ_BURST(TDMB_I2C_ID80, APB_STREAM_BASE, &g_acStreamBuf[unIndex*unSPISize], unSPISize);
unIndex++;
ulRemainLength -= unSPISize;
} else {
INC_CMD_READ_BURST(TDMB_I2C_ID80, APB_STREAM_BASE, &g_acStreamBuf[unIndex*unSPISize], ulRemainLength);
ulRemainLength = 0;
}
}
#endif
tdmb_store_data(g_acStreamBuf, INC_INTERRUPT_SIZE);
}
int8 tunerbb_drv_t39fx_get_fic(uint8* buffer, uint32* buffer_size/* bool crc_onoff*/)
{
INC_UINT32 uiFicSize;
INC_UINT8 ret;
ret = INTERFACE_GET_FIC(TDMB_RFBB_DEV_ADDR,&uiFicSize);
if(ret == INC_ERROR)
{
*buffer_size = 0;
return INC_ERROR;
}
else if(ret == INC_SUCCESS)
{
if(uiFicSize > 384)
{
printk("tunerbb_drv_t39fx_get_fic uiFicSize = (%d) is over 384\n", uiFicSize);
uiFicSize = 384;
}
if(INC_CMD_READ_BURST(TDMB_RFBB_DEV_ADDR, APB_FIC_BASE, buffer, uiFicSize) == INC_SUCCESS) {
*buffer_size = uiFicSize;
//printk("tunerbb_drv_T39fx_get_fic = %x %x %x %x %x\n", *buffer, *(buffer+1), *(buffer+2), *(buffer+3), *(buffer+4));
}
}
return INC_SUCCESS;
}
// 인터럽트 서비스 루틴... // SPI Slave Mode or MPI Slave Mode
INC_UINT8 INTERFACE_ISR(INC_UINT8 ucI2CID, INC_UINT8* pBuff)
{
INC_UINT16 unData;
unData = INC_CMD_READ(ucI2CID, APB_MPI_BASE + 0x6);
if(unData < INC_INTERRUPT_SIZE) return INC_ERROR;
INC_CMD_READ_BURST(ucI2CID, APB_STREAM_BASE, pBuff, INC_INTERRUPT_SIZE);
if((m_unIntCtrl & INC_INTERRUPT_LEVEL) && (!(m_unIntCtrl & INC_INTERRUPT_AUTOCLEAR_ENABLE)))
INTERFACE_INT_CLEAR(ucI2CID, INC_MPI_INTERRUPT_ENABLE);
return INC_SUCCESS;
}
static void t3900_pull_data(void)
{
unsigned short remain_len = INC_INTERRUPT_SIZE;
#if !(INC_INTERRUPT_SIZE <= 0xFFF)
unsigned short idx = 0;
unsigned short spi_size = 0xFFF;
#endif
memset(stream_buff, 0, sizeof(stream_buff));
#if (INC_INTERRUPT_SIZE <= 0xFFF)
INC_CMD_READ_BURST(
TDMB_I2C_ID80, APB_STREAM_BASE
, stream_buff
, remain_len);
#else
while (remain_len) {
if (remain_len >= spi_size) {
INC_CMD_READ_BURST(
TDMB_I2C_ID80, APB_STREAM_BASE
, &stream_buff[idx*spi_size]
, spi_size);
idx++;
remain_len -= spi_size;
} else {
INC_CMD_READ_BURST(
TDMB_I2C_ID80, APB_STREAM_BASE
, &stream_buff[idx*spi_size]
, remain_len);
remain_len = 0;
}
}
#endif
tdmb_store_data(stream_buff, INC_INTERRUPT_SIZE);
}
int8 tunerbb_drv_t39fx_get_fic(uint8* buffer, uint32* buffer_size /*, boolean cr_onoff */)
{
INC_UINT32 uiFicSize;
if(buffer == NULL || buffer_size == NULL)
{
return INC_ERROR;
}
if(!(INC_CMD_READ(TDMB_RFBB_DEV_ADDR, APB_VTB_BASE+ 0x00) & 0x4000))
{
*buffer_size = 0;
return INC_ERROR;
}
uiFicSize = (INC_UINT32)INC_CMD_READ(TDMB_RFBB_DEV_ADDR, APB_VTB_BASE+ 0x09) +1;
if(uiFicSize == 1)
{
*buffer_size = 0;
return INC_ERROR;
}
if(uiFicSize > 384)
{
printk("tunerbb_drv_t39fx_get_fic uiFicSize = (%d) is over 384\n", uiFicSize);
uiFicSize = 384;
}
if(INC_CMD_READ_BURST(TDMB_RFBB_DEV_ADDR, APB_FIC_BASE, buffer, uiFicSize) == INC_SUCCESS)
{
*buffer_size = uiFicSize;
printk("tunerbb_drv_t39fx_get_fic = %x %x %x %x %x\n", *buffer, *(buffer+1), *(buffer+2), *(buffer+3), *(buffer+4));
return INC_SUCCESS;
}
return INC_ERROR;
}
