private void REQUEST_TYPE()
{
//запрос верификации
//List<object> list = myArray.Cast<Object>().ToList();
int readCount = 14;
int sleep = Convert.ToInt32(0.1 * TimeOut);
dataSend = createStartMessageTEM(this.Adress);
//Channelref.DiscardInBuffer();
Channelref.WritePort(dataSend, 0, dataSend.Length);
Channelref.addLog(Channelref.createLogStr(ref dataSend), Channel.LogType.TX);
for (int i = 0; i < 10; i++)
{
if (Channelref.BytesToRead == readCount)
{
dataRead = new byte[readCount];
Channelref.ReadPort(ref dataRead, 0, readCount);
Channelref.addLog(Channelref.createLogStr(ref dataRead), Channel.LogType.RX);
//List<byte> list = dataRead.Cast<byte>().ToList();
if (dataRead[0] == 0xAA &&
dataRead[1] == dataSend[1] &&
dataRead[2] == dataSend[2] &&
dataRead[3] == dataSend[3] &&
dataRead[4] == dataSend[4])
{
if (!CHEK_SUMM(dataRead, readCount))
{
_state = State_thread.CLOSE; Console.Write(" :ERROR CHECK SUMM "); return;
}
else
{
if (type_msg[0] == dataRead[6] &&
type_msg[1] == dataRead[7] &&
type_msg[2] == dataRead[8] &&
type_msg[3] == dataRead[9] &&
type_msg[4] == dataRead[10] &&
type_msg[5] == dataRead[11] &&
type_msg[6] == dataRead[12])
{
_state = State_thread.NEXT_DATA; return;
}
else
{
_state = State_thread.CLOSE; Console.Write(" :INCORRECT TYPE TEM "); return;
}
}
}
else
{
_state = State_thread.CLOSE; Console.Write(" :INCORRECT ANSWER "); return;
}
}
else
{
Thread.Sleep(sleep);
}
}
_state = State_thread.NEXT_DATA;
}
private void REQUEST_2K_DATA(int count, byte bH, byte bL)
{
//int readCount = 74;
//int sleep = Convert.ToInt32(0.1 * TimeOut);
//byte[] dataSend = createStartMessageTEM(this.Adress);
//Channelref.DiscardInBuffer();
//Channelref.WritePort(dataSend, 0, dataSend.Length);
//Channelref.addLog(Channelref.createLogStr(ref dataSend), Channel.LogType.TX);
//_channel.DiscardInBuffer();
//_channel.DiscardOutBuffer();
int readCount = count + 7;
int sleep = Convert.ToInt32(0.1 * TimeOut);
dataSend = create2KMessageTEM(this.Adress, bH, bL, Convert.ToByte(count));
//Channelref.DiscardInBuffer();
Channelref.WritePort(dataSend, 0, dataSend.Length);
Channelref.addLog(Channelref.createLogStr(ref dataSend), Channel.LogType.TX);
for (int i = 0; i < 10; i++)
{
if (Channelref.BytesToRead == readCount)
{
dataRead = new byte[readCount];
Channelref.ReadPort(ref dataRead, 0, readCount);
Channelref.addLog(Channelref.createLogStr(ref dataRead), Channel.LogType.RX);
//List<byte> list = dataRead.Cast<byte>().ToList();
if (dataRead[0] == 0xAA &&
dataRead[1] == dataSend[1] &&
dataRead[2] == dataSend[2] &&
dataRead[3] == dataSend[3] &&
dataRead[4] == dataSend[4])
{
if (!CHEK_SUMM(dataRead, readCount))
{
_state = State_thread.CLOSE;
Console.Write(" :ERROR CHECK SUMM ");
return;
}
else
{
_state = State_thread.NEXT_DATA;
Buffer.BlockCopy(dataRead, 6, memoryTimer, 64 * (numBlocks - 1), count);
return;
}
}
else
{
_state = State_thread.CLOSE; Console.Write(" :INCORRECT ANSWER "); return;
}
}
else
{
Thread.Sleep(sleep);
}
}
_state = State_thread.NEXT_DATA;
}
public void Update()
{
len = 0;
numBlocks = 0;
Console.WriteLine("Start data to {0}", Adress);
while (!_channel.isCanceled && _state != State_thread.CLOSE)
{
SWITCH();
}
_state = State_thread.SLEEP;
}
private void WAIT_NEXT_DATA(bool isFLASH)
{
//проход по 2к памяти
if (!isFLASH)
{
len = 64;
numBlocks++;
if (numBlocks < 20)
{
int i = (numBlocks - 1) * len;
tADRL = Convert.ToByte(i & 0xff);
tADRH = Convert.ToByte((i >> 8) & 0xff);
_state = State_thread.REQUEST_2K_DATA;
}
else
{
_state = State_thread.CLOSE;
}
}
//проход по flash памяти
else
{
len = 64;
numBlocks++;
if (numBlocks < 6)
{
int i = (numBlocks - 1) * len;
fADR0 = Convert.ToByte(i & 0xff);
fADR1 = Convert.ToByte((i >> 8) & 0xff);
fADR1 = Convert.ToByte((i >> 16) & 0xff);
fADR1 = Convert.ToByte((i >> 24) & 0xff);
_state = State_thread.REQUEST_FLASH_DATA;
}
else
{
_state = State_thread.CLOSE;
}
}
}
private void WAKE_UP()
{
//перевести в состояние "запрос типа прибора"
_state = State_thread.REQUEST_TYPE;
//_state = State_thread.CLOSE;
}
