public byte[] GetTPDU(out KNXAddr src)
{
var r = GetTPDUAsync().Result;
src = r.Item2;
return(r.Item1);
}
public byte[] CacheRead(GroupAddr dest, out KNXAddr src)
{
var r = CacheReadAsync(dest).Result;
src = r.Item2;
return(r.Item1);
}
public byte[] CacheReadSync(GroupAddr dest, ushort age, out KNXAddr src)
{
var r = CacheReadSyncAsync(dest, age).Result;
src = r.Item2;
return(r.Item1);
}
public async Task MWriteIndividualAddressesAsync(KNXAddr dest)
{
var ibuf = new byte[4];
StoreUshort(ibuf, 2, dest.Value);
var data = await DoProtocolNoCheck(ibuf, 2, 0x0040);
var code = LoadUshort(data, 0);
if (code == 0x0041)
{
throw new ApplicationException("Address in use");
}
if (code == 0x0042)
{
throw new ApplicationException("Address not available");
}
if (code == 0x0043)
{
throw new TimeoutException();
}
if (code != 0x0040)
{
throw new ProtocolViolationException();
}
}
public byte[] GetGroupSrc(out KNXAddr src, out GroupAddr dest)
{
var r = GetGroupSrcAsync().Result;
src = r.Item2;
dest = r.Item3;
return(r.Item1);
}
public async Task SendTPDUAsync(KNXAddr dest, byte[] data)
{
var ibuf = new byte[4 + data.Length];
StoreUshort(ibuf, 0, 0x0025);
StoreUshort(ibuf, 2, dest.Value);
data.CopyTo(ibuf, 4);
await SendRequestAsync(ibuf);
}
public async Task MCWritePlainAsync(KNXAddr addr, byte[] buf)
{
var ibuf = new byte[6 + buf.Length];
StoreUshort(ibuf, 0, 0x005b);
StoreUshort(ibuf, 2, addr.Value);
StoreUshort(ibuf, 4, (ushort)buf.Length);
buf.CopyTo(ibuf, 6);
await DoProtocol(ibuf, 2, 0x005b);
}
public async Task MCWriteAsync(KNXAddr addr, byte[] buf)
{
var ibuf = new byte[6 + buf.Length];
StoreUshort(ibuf, 0, 0x0052);
StoreUshort(ibuf, 2, addr.Value);
StoreUshort(ibuf, 4, (ushort)buf.Length);
buf.CopyTo(ibuf, 6);
await SendRequestAsync(ibuf);
var data = await GetRequestAsync();
if (LoadInt16(data, 0) == 0x0044)
{
throw new IOException();
}
CheckProtocol(data, 0x0052, 2);
}
public async Task<ushort> MGetMaskVersionAsync(KNXAddr dest)
{
var data = await DoProtocol_Ushort(4, 0x0031, dest.Value);
return LoadUshort(data, 2);
}
public void OpenTTPDU(KNXAddr src)
{
OpenTTPDUAsync(src).Wait();
}
public byte[] CacheReadSync(GroupAddr dest, ushort age, out KNXAddr src)
{
var r = CacheReadSyncAsync(dest, age).Result;
src = r.Item2;
return r.Item1;
}
public byte[] GetTPDU(out KNXAddr src)
{
var r = GetTPDUAsync().Result;
src = r.Item2;
return r.Item1;
}
public async Task SendTPDUAsync(KNXAddr dest, byte[] data)
{
var ibuf = new byte[4 + data.Length];
StoreUshort(ibuf, 0, 0x0025);
StoreUshort(ibuf, 2, dest.Value);
data.CopyTo(ibuf, 4);
await SendRequestAsync(ibuf);
}
public void OpenTConnection(KNXAddr dest)
{
OpenTConnectionAsync(dest).Wait();
}
public void MProgmodeToggle(KNXAddr dest)
{
MProgmodeToggleAsync(dest).Wait();
}
public async Task <byte[]> MCReadAsync(KNXAddr addr, int buf_len)
{
var data = await DoProtocol_UshortUshort(2, 0x0051, addr.Value, (ushort)buf_len);
return(data.Skip(2).ToArray());
}
public void MCIndividualOpen(KNXAddr dest)
{
MCIndividualOpenAsync(dest).Wait();
}
public async Task MCIndividualOpenAsync(KNXAddr dest)
{
await DoProtocol_Ushort(2, 0x0049, dest.Value);
}
public void MCConnect(KNXAddr dest)
{
MCConnectAsync(dest).Wait();
}
public async Task MCConnectAsync(KNXAddr dest)
{
await DoProtocol_Ushort(2, 0x0050, dest.Value);
}
public async Task OpenTTPDUAsync(KNXAddr src)
{
await DoProtocol_UshortByte(2, 0x0024, src.Value, (byte)0);
}
public void MProgmodeOn(KNXAddr dest)
{
MProgmodeOnAsync(dest).Wait();
}
public bool MProgmodeStatus(KNXAddr dest)
{
return MProgmodeStatusAsync(dest).Result;
}
public byte[] MCRead(KNXAddr addr, int buf_len)
{
return(MCReadAsync(addr, buf_len).Result);
}
public void MWriteIndividualAddresses(KNXAddr dest)
{
MWriteIndividualAddressesAsync(dest).Wait();
}
public void MCConnect(KNXAddr dest)
{
MCConnectAsync(dest).Wait();
}
public async Task OpenTTPDUAsync(KNXAddr src)
{
await DoProtocol_UshortByte(2, 0x0024, src.Value, (byte) 0);
}
public void MCIndividualOpen(KNXAddr dest)
{
MCIndividualOpenAsync(dest).Wait();
}
public async Task OpenTIndividualAsync(KNXAddr dest, bool writeOnly)
{
await DoProtocol_UshortByte(2, 0x0021, dest.Value, (byte)((writeOnly) ? 0xff : 0));
}
public byte[] MCRead(KNXAddr addr, int buf_len)
{
return MCReadAsync(addr, buf_len).Result;
}
public byte[] CacheRead(GroupAddr dest, out KNXAddr src)
{
var r = CacheReadAsync(dest).Result;
src = r.Item2;
return r.Item1;
}
public async Task MCWritePlainAsync(KNXAddr addr, byte[] buf)
{
var ibuf = new byte[6 + buf.Length];
StoreUshort(ibuf, 0, 0x005b);
StoreUshort(ibuf, 2, addr.Value);
StoreUshort(ibuf, 4, (ushort) buf.Length);
buf.CopyTo(ibuf, 6);
await DoProtocol(ibuf, 2, 0x005b);
}
public async Task MCConnectAsync(KNXAddr dest)
{
await DoProtocol_Ushort(2, 0x0050, dest.Value);
}
public void SendTPDU(KNXAddr dest, byte[] data)
{
SendTPDUAsync(dest, data).Wait();
}
public async Task MCIndividualOpenAsync(KNXAddr dest)
{
await DoProtocol_Ushort(2, 0x0049, dest.Value);
}
public void MCWritePlain(KNXAddr addr, byte[] buf)
{
MCWritePlainAsync(addr, buf).Wait();
}
public async Task<byte[]> MCReadAsync(KNXAddr addr, int buf_len)
{
var data = await DoProtocol_UshortUshort(2, 0x0051, addr.Value, (ushort)buf_len);
return data.Skip(2).ToArray();
}
public async Task <ushort> MGetMaskVersionAsync(KNXAddr dest)
{
var data = await DoProtocol_Ushort(4, 0x0031, dest.Value);
return(LoadUshort(data, 2));
}
public async Task MCWriteAsync(KNXAddr addr, byte[] buf)
{
var ibuf = new byte[6 + buf.Length];
StoreUshort(ibuf, 0, 0x0052);
StoreUshort(ibuf, 2, addr.Value);
StoreUshort(ibuf, 4, (ushort)buf.Length);
buf.CopyTo(ibuf, 6);
await SendRequestAsync(ibuf);
var data = await GetRequestAsync();
if (LoadInt16(data, 0) == 0x0044)
throw new IOException();
CheckProtocol(data, 0x0052, 2);
}
public ushort MGetMaskVersion(KNXAddr dest)
{
return(MGetMaskVersionAsync(dest).Result);
}
public void MCWritePlain(KNXAddr addr, byte[] buf)
{
MCWritePlainAsync(addr, buf).Wait();
}
public void MProgmodeOn(KNXAddr dest)
{
MProgmodeOnAsync(dest).Wait();
}
public ushort MGetMaskVersion(KNXAddr dest)
{
return MGetMaskVersionAsync(dest).Result;
}
public async Task <bool> MProgmodeStatusAsync(KNXAddr dest)
{
var data = await DoProtocol_UshortByte(3, 0x0030, dest.Value, (byte)3);
return(LoadByte(data, 2) != 0);
}
public async Task<bool> MProgmodeStatusAsync(KNXAddr dest)
{
var data = await DoProtocol_UshortByte(3, 0x0030, dest.Value, (byte) 3);
return LoadByte(data, 2) != 0;
}
public bool MProgmodeStatus(KNXAddr dest)
{
return(MProgmodeStatusAsync(dest).Result);
}
public async Task MProgmodeToggleAsync(KNXAddr dest)
{
await DoProtocol_UshortByte(2, 0x0030, dest.Value, (byte) 2);
}
public async Task MProgmodeToggleAsync(KNXAddr dest)
{
await DoProtocol_UshortByte(2, 0x0030, dest.Value, (byte)2);
}
public async Task MWriteIndividualAddressesAsync(KNXAddr dest)
{
var ibuf = new byte[4];
StoreUshort(ibuf, 2, dest.Value);
var data = await DoProtocolNoCheck(ibuf, 2, 0x0040);
var code = LoadUshort(data, 0);
if (code == 0x0041)
throw new ApplicationException("Address in use");
if (code == 0x0042)
throw new ApplicationException("Address not available");
if (code == 0x0043)
throw new TimeoutException();
if (code != 0x0040)
throw new ProtocolViolationException();
}
public void MProgmodeToggle(KNXAddr dest)
{
MProgmodeToggleAsync(dest).Wait();
}
public async Task OpenTConnectionAsync(KNXAddr dest)
{
await DoProtocol_UshortByte(2, 0x0020, dest.Value, (byte)0);
}
public void MWriteIndividualAddresses(KNXAddr dest)
{
MWriteIndividualAddressesAsync(dest).Wait();
}
public async Task OpenTIndividualAsync(KNXAddr dest, bool writeOnly)
{
await DoProtocol_UshortByte(2, 0x0021, dest.Value, (byte) ((writeOnly) ? 0xff : 0));
}
public async Task OpenTConnectionAsync(KNXAddr dest)
{
await DoProtocol_UshortByte(2, 0x0020, dest.Value, (byte)0);
}
public void OpenTTPDU(KNXAddr src)
{
OpenTTPDUAsync(src).Wait();
}
public byte[] GetGroupSrc(out KNXAddr src, out GroupAddr dest)
{
var r = GetGroupSrcAsync().Result;
src = r.Item2;
dest = r.Item3;
return r.Item1;
}
public void SendTPDU(KNXAddr dest, byte[] data)
{
SendTPDUAsync(dest, data).Wait();
}
public void OpenTConnection(KNXAddr dest)
{
OpenTConnectionAsync(dest).Wait();
}
