private void ReadWriteAddrSpace()
{
DWORD dwStatus = 0;
BOOL bIsBlock = (m_type == TRANSFER_TYPE.BLOCK);
BOOL bIsRead = (m_direction == RW.READ);
WDC_ADDR_RW_OPTIONS dwOptions = (m_bAutoInc ?
WDC_ADDR_RW_OPTIONS.WDC_ADDR_RW_DEFAULT :
WDC_ADDR_RW_OPTIONS.WDC_ADDR_RW_NO_AUTOINC);
DWORD dwFloorBytes = ((DWORD)(m_dwBytes / (DWORD)m_mode)) *
(DWORD)m_mode;
switch (m_mode)
{
case WDC_ADDR_MODE.WDC_MODE_8:
{
if (bIsRead)
{
dwStatus = bIsBlock ?
wdc_lib_decl.WDC_ReadAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_bData,
m_mode, dwOptions) :
wdc_lib_decl.WDC_ReadAddr8(m_device.Handle,
m_dwBar, m_dwOffset, ref m_bData[0]);
}
else
{
dwStatus = bIsBlock?
wdc_lib_decl.WDC_WriteAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_bData,
m_mode, dwOptions) :
wdc_lib_decl.WDC_WriteAddr8(m_device.Handle,
m_dwBar, m_dwOffset, m_bData[0]);
}
m_obj[0] = m_bData;
break;
}
case WDC_ADDR_MODE.WDC_MODE_16:
{
if (bIsRead)
{
dwStatus = bIsBlock ?
wdc_lib_decl.WDC_ReadAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_wData,
m_mode, dwOptions) :
wdc_lib_decl.WDC_ReadAddr16(m_device.Handle,
m_dwBar, m_dwOffset, ref m_wData[0]);
}
else
{
dwStatus = bIsBlock?
wdc_lib_decl.WDC_WriteAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_wData,
m_mode, dwOptions) :
wdc_lib_decl.WDC_WriteAddr16(m_device.Handle,
m_dwBar, m_dwOffset, m_wData[0]);
}
m_obj[0] = m_wData;
break;
}
case WDC_ADDR_MODE.WDC_MODE_32:
{
if (bIsRead)
{
dwStatus = bIsBlock ?
wdc_lib_decl.WDC_ReadAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_u32Data,
m_mode, dwOptions) :
wdc_lib_decl.WDC_ReadAddr32(m_device.Handle,
m_dwBar, m_dwOffset, ref m_u32Data[0]);
}
else
{
dwStatus = bIsBlock?
wdc_lib_decl.WDC_WriteAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_u32Data,
m_mode, dwOptions) :
wdc_lib_decl.WDC_WriteAddr32(m_device.Handle,
m_dwBar, m_dwOffset, m_u32Data[0]);
}
m_obj[0] = m_u32Data;
break;
}
case WDC_ADDR_MODE.WDC_MODE_64:
{
if (bIsRead)
{
dwStatus = bIsBlock ?
wdc_lib_decl.WDC_ReadAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_u64Data,
m_mode, dwOptions) :
wdc_lib_decl.WDC_ReadAddr64(m_device.Handle,
m_dwBar, m_dwOffset, ref m_u64Data[0]);
}
else
{
dwStatus = bIsBlock?
wdc_lib_decl.WDC_WriteAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_u64Data,
m_mode, dwOptions) :
wdc_lib_decl.WDC_WriteAddr64(m_device.Handle,
m_dwBar, m_dwOffset, m_u64Data[0]);
}
m_obj[0] = m_u64Data;
break;
}
}
TraceLog(bIsRead, (wdc_err)dwStatus);
}
private void ReadWriteAddrSpace()
{
DWORD dwStatus = 0;
BOOL bIsBlock = (m_type == TRANSFER_TYPE.BLOCK); //判断是否是锁定模式
BOOL bIsRead = (m_direction == RW.READ); //判断是读还是写
WDC_ADDR_RW_OPTIONS dwOptions = (m_bAutoInc ?
//读写模式 自动增长 如果为默认模式 那么会自动按照这个地址逐渐增长 如果是no_autoinc模式那么不要在块传输中自动增加读/写地址，
//即在读/写一块存储器或I / O地址（仅与块（串）传输相关）时保持设备地址不变。
WDC_ADDR_RW_OPTIONS.WDC_ADDR_RW_DEFAULT :
WDC_ADDR_RW_OPTIONS.WDC_ADDR_RW_NO_AUTOINC);
/*WDC_ADDR_RW_NO_AUTOINC Do no automatically increment the read/write address
* in block transfers, i.e., hold the device address constant
* while reading / writing a block of memory or I/ O
* addresses(relevant only for block(string) transfers).*/
DWORD dwFloorBytes = ((DWORD)(m_dwBytes / (DWORD)m_mode)) *
(DWORD)m_mode;//??????????
switch (m_mode)
{
case WDC_ADDR_MODE.WDC_MODE_8:
{
if (bIsRead)
{
dwStatus = bIsBlock ?
wdc_lib_decl.WDC_ReadAddrBlock(m_device.Handle, //B.3.24. WDC_ReadAddrBlock() Reads a block of data from the device.
m_dwBar, m_dwOffset, dwFloorBytes, m_bData, //m_dwOffset The offset from the beginning of the specified address space(dwAddrSpace) to read from
m_mode, dwOptions) : //从指定地址空间（dwAddrSpace）开始的偏移量从中读取
wdc_lib_decl.WDC_ReadAddr8(m_device.Handle,
m_dwBar, m_dwOffset, ref m_bData[0]);
}
else
{
dwStatus = bIsBlock?
wdc_lib_decl.WDC_WriteAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_bData,
m_mode, dwOptions) :
wdc_lib_decl.WDC_WriteAddr8(m_device.Handle,
m_dwBar, m_dwOffset, m_bData[0]);//对于nonblock而言 只有一个为说以要加[0]
}
m_obj[0] = m_bData;
break;
}
case WDC_ADDR_MODE.WDC_MODE_16:
{
if (bIsRead)
{
dwStatus = bIsBlock ?
wdc_lib_decl.WDC_ReadAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_wData,
m_mode, dwOptions) :
wdc_lib_decl.WDC_ReadAddr16(m_device.Handle,
m_dwBar, m_dwOffset, ref m_wData[0]);
}
else
{
dwStatus = bIsBlock?
wdc_lib_decl.WDC_WriteAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_wData,
m_mode, dwOptions) :
wdc_lib_decl.WDC_WriteAddr16(m_device.Handle,
m_dwBar, m_dwOffset, m_wData[0]);
}
m_obj[0] = m_wData; //将输入数组输入 object类
break;
}
case WDC_ADDR_MODE.WDC_MODE_32:
{
if (bIsRead)
{
dwStatus = bIsBlock ?
wdc_lib_decl.WDC_ReadAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_u32Data,
m_mode, dwOptions) :
wdc_lib_decl.WDC_ReadAddr32(m_device.Handle,
m_dwBar, m_dwOffset, ref m_u32Data[0]);
}
else
{
dwStatus = bIsBlock?
wdc_lib_decl.WDC_WriteAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_u32Data,
m_mode, dwOptions) :
wdc_lib_decl.WDC_WriteAddr32(m_device.Handle,
m_dwBar, m_dwOffset, m_u32Data[0]);
}
m_obj[0] = m_u32Data;
break;
}
case WDC_ADDR_MODE.WDC_MODE_64:
{
if (bIsRead)
{
dwStatus = bIsBlock ?
wdc_lib_decl.WDC_ReadAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_u64Data,
m_mode, dwOptions) :
wdc_lib_decl.WDC_ReadAddr64(m_device.Handle,
m_dwBar, m_dwOffset, ref m_u64Data[0]);
}
else
{
dwStatus = bIsBlock?
wdc_lib_decl.WDC_WriteAddrBlock(m_device.Handle,
m_dwBar, m_dwOffset, dwFloorBytes, m_u64Data,
m_mode, dwOptions) :
wdc_lib_decl.WDC_WriteAddr64(m_device.Handle,
m_dwBar, m_dwOffset, m_u64Data[0]);
}
m_obj[0] = m_u64Data;
break;
}
}
TraceLog(bIsRead, (wdc_err)dwStatus);
}
