#include <unistd.h>
#include <stdio.h>

//#include "../type.h"
//#include "jesd204b.h"
//#include "../fpga.h"
//#include "../common.h"


//#include "../cfg.h"


#if 0
//APB_write

#define READ_TIME_OUT   1000


//[]
int apb_jesd204b_read(u32 addr, u32 *pdata)
{
	int i  =0;
	read_reg_data((ANYWAVE_AXI_APB_204B_BASE_ADDR+( (addr+i) << 2)), pdata, 1);
	return OK;
}
// ext give addr have been << 2, so  apb_jesd204b_write do not need to << 2
int apb_jesd204b_write(u32 addr, u32 data)
{
    return (write_reg_data((ANYWAVE_AXI_APB_204B_BASE_ADDR+addr), data));
}


//[jesd]
u32 apb_jesd_read(u32 addr, u32 *pdata)
{
	int i  =0;
	read_reg_data((ANYWAVE_AXI_APB_JESD_BASE_ADDR+( (addr+i) << 2)), pdata, 1);
	return (ANYWAVE_AXI_APB_JESD_BASE_ADDR+( (addr+i) << 2));
}
// ext give addr have been << 2, so  apb_jesd204b_write do not need to << 2
int apb_jesd_write(u32 addr, u32 data)
{
    return (write_reg_data((ANYWAVE_AXI_APB_JESD_BASE_ADDR+addr), data));
}


//[jesd_serdes2]
u32 apb_serdes2_read(u32 addr, u32 *pdata)
{
	int i  =0;
	read_reg_data((ANYWAVE_AXI_APB_JESD_SERDES2_BASE_ADDR+( (addr+i) << 2)), pdata, 1);
	return (ANYWAVE_AXI_APB_JESD_SERDES2_BASE_ADDR+( (addr+i) << 2));
}
// ext give addr have been << 2, so  apb_jesd204b_write do not need to << 2
int apb_serdes2_write(u32 addr, u32 data)
{
    return (write_reg_data((ANYWAVE_AXI_APB_JESD_SERDES2_BASE_ADDR+addr), data));
}


//[jesd_serdes3]
u32 apb_serdes3_read(u32 addr, u32 *pdata)
{
	int i  =0;
	read_reg_data((ANYWAVE_AXI_APB_JESD_SERDES3_BASE_ADDR+( (addr+i) << 2)), pdata, 1);
	return (ANYWAVE_AXI_APB_JESD_SERDES3_BASE_ADDR+( (addr+i) << 2));
}
// ext give addr have been << 2, so  apb_jesd204b_write do not need to << 2
int apb_serdes3_write(u32 addr, u32 data)
{
    return (write_reg_data((ANYWAVE_AXI_APB_JESD_SERDES3_BASE_ADDR+addr), data));
}


#endif