public C_RegByteValue(byte _value, e_readWrite _rwActual, e_readWrite _rwShadow, bool _touched)
{
rwShadow = _rwShadow;
rwActual = _rwActual;
touched = _touched;
val = _value;
actualized = DateTime.Now;
}
public C_RegByte(string _name, e_readWrite _rwActual, e_readWrite _rwShadow, byte _address, byte _value)
: base()
{
rwShadow = _rwShadow;
name = _name;
byteAddress = _address;
def = new C_RegByteValue(_value, _rwActual, _rwShadow, true);
sent = new C_RegByteValue(_value, _rwActual, _rwShadow);
seen = new C_RegByteValue(_value, _rwActual, _rwShadow);
}
public static bool IS_writable(e_readWrite rw)
{
if ((rw == e_readWrite.writeOnly) || (rw == e_readWrite.readWrite))
{
return(true);
}
else // if ((rw == e_readWrite.readOnly) || (rw == e_readWrite.registered))
{
return(false);
}
}
public void INIT_byteRegisterDefaultValues()
{
// load it from txt file
string txt = Properties.Resources.ResourceManager.GetString("registerByteDefault");
string[] lines = txt.Split(new string[] { Environment.NewLine }, StringSplitOptions.None);
char sep = '|';
byte add = 0;
foreach (string line in lines)
{
if (line.Length > 2)
{
string[] splited = line.Split(sep);
// syntax of each line:
// XX A #num name
// legend:
// splited[0]= XX - hexa
// splited[1]= A - [X]registered [R]ead [B]oth ([W]rite)
// splited[2]= # - number symbol
// splited[2]= num - address in register - not needed
// splited[3]= name - address byte name string
e_readWrite rwShadow = e_readWrite.registered;
e_readWrite rwActual = e_readWrite.registered;
switch (splited[1])
{
//case ("X"): rw = e_readWrite.registered; break;
//case ("B"): rw = e_readWrite.readWrite; break;
//case ("R"): rw = e_readWrite.readOnly; break;
//case ("W"): rw = e_readWrite.writeOnly; break;
case ("X"):
rwShadow = e_readWrite.registered;
rwActual = e_readWrite.registered;
break;
case ("B"):
rwShadow = e_readWrite.readWrite;
rwActual = e_readWrite.readWrite;
break;
case ("R"):
rwShadow = e_readWrite.readWrite;
rwActual = e_readWrite.readOnly;
break;
case ("W"):
rwShadow = e_readWrite.readWrite;
rwActual = e_readWrite.writeOnly;
break;
}
reg.Add(new C_RegByte(
splited[3], rwActual, rwShadow, add, C_CONV.strHex2byte(splited[0])
));
//reg[reg.Count-1].
add++;
}
}
i_maxReg = reg.Count;
}
