unsafe public static int WriteTRXEEPROMFloat(uint offset, float val)
{
byte[] temp = BitConverter.GetBytes(val);
fixed(byte *ptr = &temp[0])
return(USBHIDAPI.WriteEEPROM((ushort)offset, 4, ptr));
}
unsafe public static int ReadEEPROM(ushort addr, byte num_bytes, out byte[] buf)
{
buf = new byte[num_bytes];
fixed(byte *ptr = &buf[0])
return(USBHIDAPI.ReadEEPROM(addr, num_bytes, ptr));
}
public static int GetPASN(out uint sn)
{
int val = USBHIDAPI.ReadOp(Opcode.USB_OP_GET_PA_SN, 0, 0, out sn);
sn = SwapBytes(sn);
return(val);
}
public static int GetPARev(out uint rev)
{
int val = USBHIDAPI.ReadOp(Opcode.USB_OP_GET_PA_REV, 0, 0, out rev);
rev = SwapBytes(rev);
return(val);
}
public static int GetSerialNum(out uint sn)
{
int val = USBHIDAPI.ReadOp(Opcode.USB_OP_GET_SERIAL_NUM, 0, 0, out sn);
sn = SwapBytes(sn);
return(val);
}
public static bool GetStatus()
{
uint status;
int rtn = USBHIDAPI.ReadOp(Opcode.USB_OP_GET_STATUS, 0, 0, out status);
return(status != 0);
}
unsafe public static int WriteTRXEEPROMUshort(uint offset, ushort buf)
{
byte[] temp = BitConverter.GetBytes(buf);
fixed(byte *ptr = &temp[0])
return(USBHIDAPI.WriteEEPROM((ushort)offset, 2, ptr));
}
public static int ReadGPIO(out byte data)
{
uint x;
int val = USBHIDAPI.ReadOp(Opcode.USB_OP_READ_GPIO, 0, 0, out x);
data = (byte)x;
return(val);
}
unsafe public static int ReadTRXEEPROMByte(uint offset, out byte buf)
{
int val;
fixed(byte *ptr = &buf)
val = USBHIDAPI.ReadEEPROM((ushort)offset, 1, ptr);
return(val);
}
unsafe public static int ReadTRXEEPROMUshort(uint offset, out ushort buf)
{
int val;
byte[] temp = new byte[2];
fixed(byte *ptr = &temp[0])
val = USBHIDAPI.ReadEEPROM((ushort)offset, 2, ptr);
buf = BitConverter.ToUInt16(temp, 0);
return(val);
}
unsafe public static int ReadTRXEEPROMFloat(uint offset, out float buf)
{
int val;
byte[] temp = new byte[4];
fixed(byte *ptr = &temp[0])
val = USBHIDAPI.ReadEEPROM((ushort)offset, 4, ptr);
buf = BitConverter.ToSingle(temp, 0);
return(val);
}
public static int GetRegion(out FRSRegion region)
{
uint data;
int rtn = USBHIDAPI.ReadOp(Opcode.USB_OP_GET_REGION, 0, 0, out data);
if ((FRSRegion)data >= FRSRegion.LAST)
{
region = 0;
return(rtn);
}
region = (FRSRegion)data;
return(rtn);
}
public static int SetPreamp(FLEX1500PreampMode mode)
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_SET_TRX_PREAMP, (uint)mode, 0));
}
public static int SetTXAnt(int n) // PA=0, XVRX=1, XVTX=2, BITE=3
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_SET_TX_ANT, (uint)n, 0));
}
public static int FlexWire_Write2Value(byte addr, byte b1, byte b2)
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_FLEXWIRE_WRITE_2_VALUE, addr, (uint)((b1 << 8) + b2)));
}
public static int SetTXOut(bool b)
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_SET_RCA_TX1, Convert.ToUInt32(b), 0));
}
public static int SetMOX(bool b)
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_SET_TR, Convert.ToUInt32(b), 0));
}
public static int WriteSPI(byte num_bytes, byte data)
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_WRITE_SPI, (uint)num_bytes, (uint)data));
}
unsafe public static int WriteEEPROM(ushort addr, byte num_bytes, byte[] buf)
{
fixed(byte *ptr = &buf[0])
return(USBHIDAPI.WriteEEPROM(addr, (byte)num_bytes, ptr));
}
public static int Initialize()
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_INITIALIZE, 0, 0));
}
public static int SetFreqTW(uint tw)
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_SET_RX1_FREQ_TW, tw, 0));
}
unsafe public static int WriteTRXEEPROMByte(uint offset, byte buf)
{
return(USBHIDAPI.WriteEEPROM((ushort)offset, 1, &buf));
}
unsafe public static int SetMicSel(bool b)
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_SET_MIC_SEL, Convert.ToUInt32(b), 0));
}
public static int WriteI2C2Value(byte addr, byte data1, byte data2)
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_I2C_WRITE_2_VALUE, (uint)addr, (uint)((data1 << 8) + data2)));
}
unsafe public static int WriteEEPROM(ushort addr, byte[] buf) // up to 32 bytes
{
fixed(byte *ptr = &buf[0])
return(USBHIDAPI.WriteEEPROM(addr, (byte)buf.Length, ptr));
}
public static int ReadPTT(out uint val)
{
return(USBHIDAPI.ReadOp(Opcode.USB_OP_READ_PTT, 0, 0, out val));
}
public static int WriteI2CValue(byte addr, byte data)
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_I2C_WRITE_VALUE, (uint)addr, (uint)data));
}
public static int WriteGPIO(byte data)
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_WRITE_GPIO, (uint)data, 0));
}
unsafe public static int SetTXGain(uint val)
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_SET_TX_GAIN, val, 0));
}
public static int SetPAFilter(int n)
{
return(USBHIDAPI.WriteOp(Opcode.USB_OP_SET_PA_FILTER, (uint)n, 0));
}