public static int DDR_MassWrite(uint wCmd, int wCmdLen, byte[] xferBuf, int wDataLen)
{
bool ret = true;
if (wDataLen > xferBuf.Length)
{
return(Chip.ERROR_BUFLEN_ERR);
}
if (wCmdLen < 1 || wCmdLen > 4)
{
return(Chip.ERROR_BUFLEN_ERR);
}
IntPtr WriteDataPtr = Marshal.AllocHGlobal(wDataLen);
for (int i = wCmdLen; i > 0; i--)
{
if (!SL_AddrWrite((byte)((wCmd >> (8 * (wCmdLen - 1))) & 0xff)))
{
return(Chip.ERROR_DISDATAWR);
}
}
Marshal.Copy(xferBuf, 0, WriteDataPtr, wDataLen); // xferBuf to WriteDataPtr
ret = Epp2USB.UsbWriteScanner(WriteDataPtr, (uint)wDataLen, RWSCANNER_EPPCTL_8BIT);
Marshal.FreeHGlobal(WriteDataPtr);
return((ret == true) ? Chip.ERROR_RESULT_OK : Chip.ERROR_DISDATAWR);
}
public static int SL_CommBase_MassRead(uint wCmd, int wCmdLen, ref byte[] xferBuf, int xbufLen)
{
if (xferBuf.Length < xbufLen)
{
return(Chip.ERROR_BUFLEN_ERR);
}
if (wCmdLen < 1 || wCmdLen > 4)
{
return(Chip.ERROR_BUFLEN_ERR);
}
if (!SL_AddrWrite(ADDRWRMODE))
{
return(Chip.ERROR_DISADDRWR);
}
for (int i = wCmdLen; i > 0; i--)
{
if (!SL_DataWrite((byte)((wCmd >> (8 * (wCmdLen - 1))) & 0xff)))
{
return(Chip.ERROR_DISDATAWR);
}
}
if (!SL_AddrWrite(DATARDMODE))
{
return(Chip.ERROR_DISDATAWR);
}
IntPtr ReadBackDatapPtr = Marshal.AllocHGlobal(xbufLen);
bool ret = Epp2USB.UsbReadScanner(ReadBackDatapPtr, (uint)xbufLen, RWSCANNER_EPPCTL_8BIT);
Marshal.Copy(ReadBackDatapPtr, xferBuf, 0, xbufLen); //ReadBackDatapPtr to xferBuf
Marshal.FreeHGlobal(ReadBackDatapPtr);
return((ret == true) ? Chip.ERROR_RESULT_OK : Chip.ERROR_RESULT_FAIL);
}
public static byte GpioWR(int g1, int g2, int g3, int g4, int g5, int g6, int g7)
{
// Bit 0~6 are mapped to GPIO 1~7, "0"-> input, "1"-> output
byte x = (byte)((g7 << 6) + (g6 << 5) + (g5 << 4) + (g4 << 3) + (g3 << 2) + (g2 << 1) + g1);
Epp2USB.GLGpioWrite(x);
return(x);
}
public static int SL_CommBase_MassDataWrite(byte[] xferBuf)
{
bool Ret = true;
int xferLen = xferBuf.Length;
if (!SL_AddrWrite(DATAWRMODE))
{
return(Chip.ERROR_DISADDRWR);
}
IntPtr WriteDataPtr = Marshal.AllocHGlobal(xferLen);
Marshal.Copy(xferBuf, 0, WriteDataPtr, xferLen); // xferBuf to WriteDataPtr
Ret = Epp2USB.UsbWriteScanner(WriteDataPtr, (uint)xferLen, RWSCANNER_EPPCTL_8BIT);
Marshal.FreeHGlobal(WriteDataPtr);
return((Ret == true) ? Chip.ERROR_RESULT_OK : Chip.ERROR_DISDATAWR);
}
public static int SL_CommBase_WriteCommand(byte[] xferBuf, int xbufLen)
{
if (xferBuf.Length < xbufLen || xbufLen > 64)
{
return(Chip.ERROR_BUFLEN_ERR);
}
if (xbufLen % 2 == 1)
{
return(Chip.ERROR_BUFLEN_ERR);
}
IntPtr WriteDataPtr = Marshal.AllocHGlobal(xbufLen);
Marshal.Copy(xferBuf, 0, WriteDataPtr, xbufLen); // xferBuf to WriteDataPtr
bool ret = Epp2USB.UsbWriteCommand(WriteDataPtr, xbufLen);
Marshal.FreeHGlobal(WriteDataPtr);
return((ret == true) ? Chip.ERROR_RESULT_OK : Chip.ERROR_DISDATAWR);
}
public static int SL_CommBase_MassRead(ref byte[] xferBuf, int xbufLen, bool Mass)
{
bool ret = true;
if (!SL_AddrWrite(DATARDMODE))
{
return(Chip.ERROR_DISDATAWR);
}
if (Mass)
{
IntPtr ReadBackDatapPtr = Marshal.AllocHGlobal(xbufLen);
ret = Epp2USB.UsbReadScanner(ReadBackDatapPtr, (uint)xbufLen, RWSCANNER_EPPCTL_8BIT);
Marshal.Copy(ReadBackDatapPtr, xferBuf, 0, xbufLen); //ReadBackDatapPtr to xferBuf
Marshal.FreeHGlobal(ReadBackDatapPtr);
}
else
{
for (int i = 0; i < xbufLen; i++)
{
xferBuf[i] = SL_DataRead();
}
}
return((ret == true) ? Chip.ERROR_RESULT_OK : Chip.ERROR_RESULT_FAIL);
}
public static int GpioRD()
{
// Bit 0~6 are mapped to GPIO 1~7, "0"-> input, "1"-> output
return(Epp2USB.GLGpioRead());
}
public static byte SL_DataRead()
{
return(Epp2USB.GLReadEPPDataPort());
}
public static bool SL_DataWrite(byte Data)
{
return(Epp2USB.GLWriteEPPDataPort(Data));
}
public static bool SL_AddrWrite(byte Data)
{
return(Epp2USB.GLWriteEPPAddressPort(Data));
}
public static bool Device_Close()
{
return(Epp2USB.GeneCloseHandle());
}
public static bool Device_Open(ushort Vid, ushort Pid)
{
return(Epp2USB.FindScanner(Vid, Pid));
}