public void StartServer()
{
TcpServerChannel channelTcpServer = new TcpServerChannel("TcpServerChannel", 9988);
MultipleFormatterByteArrayInterpreter interpreter = new MultipleFormatterByteArrayInterpreter("Interpreter");
interpreter.SetTailers(new byte[] { 0xAA, 0x55 });
interpreter.SetHeaders(new byte[] { 0x55, 0xAA });
/////////////////////////////////////////////////////////////////////////////////////////
ByteArrayFormatter formatter_F1 = new ByteArrayFormatter("Formatter1", 1);
ByteArrayCompositeValueItem byteArrayCompositeValueItem_F1 = new ByteArrayCompositeValueItem("F1_ByteArrayCompositeValueItem1");
byteArrayCompositeValueItem_F1.AddItem(new ByteArrayStringItem("F1_NodeName", 1, 6, Encoding.ASCII));
byteArrayCompositeValueItem_F1.AddItem(new ByteArrayInt32Item("F1_NodeId", 0));
byteArrayCompositeValueItem_F1.AddItem(new ByteArrayInt16Item("F1_Temperature", 2));
byteArrayCompositeValueItem_F1.AddItem(new ByteArrayDoubleItem("F1_Longitude", 3));
byteArrayCompositeValueItem_F1.AddItem(new ByteArrayByteItem("F1_Reserved", 4));
ByteArrayLoopItem byteArrayLoopItem_F1 = new ByteArrayLoopItem("F1_byteArrayLoopItem1", 1, byteArrayCompositeValueItem_F1);
formatter_F1.AddItem(new ByteArrayInt32Item("F1_Type", 0));
formatter_F1.AddItem(byteArrayLoopItem_F1);
/////////////////////////////////////////////////////////////////////////////////////////
ByteArrayFormatter formatter_F2 = new ByteArrayFormatter("Formatter2", 2);
formatter_F2.AddItem(new ByteArrayInt32Item("F2_Type", 0));
formatter_F2.AddItem(new ByteArrayStringItem("F2_NodeName", 2, 6, Encoding.ASCII));
formatter_F2.AddItem(new ByteArrayInt32Item("F2_NodeId", 1));
formatter_F2.AddItem(new ByteArrayInt16Item("F2_Temperature", 3));
formatter_F2.AddItem(new ByteArrayDoubleItem("F2_Longitude", 4));
formatter_F2.AddItem(new ByteArrayByteItem("F2_Reserved", 5));
///////////////////////////////////////////////////////////////////////////////////////////////
ByteArrayTypedFormatterFilter byteArrayTypedFormatterFilter = new ByteArrayTypedFormatterFilter("ByteArrayTypedFormatterFilter", 0);
//the index we use 0 meaning the Type Id is the index[0] in the input buffer without header.
interpreter.AddFormatter(formatter_F1);
interpreter.AddFormatter(formatter_F2);
interpreter.AddFormatterFilter(byteArrayTypedFormatterFilter);
ByteArrayAdapter baa = new ByteArrayAdapter("ByteArrayAdapter", channelTcpServer, interpreter, Program.ShowEnvelop);
baa.Setup();
}
public void StartServer()
{
TcpServerChannel channelTcpServer = new TcpServerChannel("TcpServerChannel", 9988);
MultipleFormatterByteArrayInterpreter interpreter = new MultipleFormatterByteArrayInterpreter("Interpreter");
interpreter.SetTailers(new byte[] { 0xAA, 0x55 });
interpreter.SetHeaders(new byte[] { 0x55, 0xAA });
/////////////////////////////////////////////////////////////////////////////////////////
ByteArrayFormatter formatter_F1 = new ByteArrayFormatter("Formatter1", 1);
ByteArrayCompositeValueItem byteArrayCompositeValueItem_F1 = new ByteArrayCompositeValueItem("F1_ByteArrayCompositeValueItem1");
byteArrayCompositeValueItem_F1.AddItem(new ByteArrayStringItem("F1_NodeName", 1, 6, Encoding.ASCII));
byteArrayCompositeValueItem_F1.AddItem(new ByteArrayInt32Item("F1_NodeId", 0));
byteArrayCompositeValueItem_F1.AddItem(new ByteArrayInt16Item("F1_Temperature", 2));
byteArrayCompositeValueItem_F1.AddItem(new ByteArrayDoubleItem("F1_Longitude", 3));
byteArrayCompositeValueItem_F1.AddItem(new ByteArrayByteItem("F1_Reserved", 4));
ByteArrayLoopItem byteArrayLoopItem_F1 = new ByteArrayLoopItem("F1_byteArrayLoopItem1", 1, byteArrayCompositeValueItem_F1);
formatter_F1.AddItem(new ByteArrayInt32Item("F1_Type", 0));
formatter_F1.AddItem(byteArrayLoopItem_F1);
/////////////////////////////////////////////////////////////////////////////////////////
ByteArrayFormatter formatter_F2 = new ByteArrayFormatter("Formatter2", 2);
formatter_F2.AddItem(new ByteArrayInt32Item("F2_Type", 0));
formatter_F2.AddItem(new ByteArrayStringItem("F2_NodeName", 2, 6, Encoding.ASCII));
formatter_F2.AddItem(new ByteArrayInt32Item("F2_NodeId", 1));
formatter_F2.AddItem(new ByteArrayInt16Item("F2_Temperature", 3));
formatter_F2.AddItem(new ByteArrayDoubleItem("F2_Longitude", 4));
formatter_F2.AddItem(new ByteArrayByteItem("F2_Reserved", 5));
///////////////////////////////////////////////////////////////////////////////////////////////
ByteArrayTypedFormatterFilter byteArrayTypedFormatterFilter = new ByteArrayTypedFormatterFilter("ByteArrayTypedFormatterFilter", 0);
//the index we use 0 meaning the Type Id is the index[0] in the input buffer without header.
interpreter.AddFormatter(formatter_F1);
interpreter.AddFormatter(formatter_F2);
interpreter.AddFormatterFilter(byteArrayTypedFormatterFilter);
ByteArrayAdapter baa = new ByteArrayAdapter("ByteArrayAdapter", channelTcpServer, interpreter, Program.ShowEnvelop);
baa.Setup();
}
private object GetFormatterFilter(XElement element)
{
string filterType = GetAttribute(element, "Type");
string filterName = GetAttribute(element, "Name");
if (filterType == "ByteArrayTypedFormatterFilter")
{
int formatterTypeIndex = int.Parse(GetAttribute(element, "FormatterTypeIndex"));
ByteArrayTypedFormatterFilter filter = new ByteArrayTypedFormatterFilter(filterName, formatterTypeIndex);
if (element.Element("FormatterFilter") != null)
{
foreach (var subFilterElement in element.Elements("FormatterFilter"))
{
IFormatterFilter <byte[]> subFilter = (IFormatterFilter <byte[]>)GetFormatterFilter(subFilterElement);
}
}
return(filter);
}
else if (filterType == "ByteArrayLengthGreatThanFormatterFilter")
{
int length = int.Parse(GetAttribute(element, "Length"));
ByteArrayLengthGreatThanFormatterFilter filter = new ByteArrayLengthGreatThanFormatterFilter(filterName, length);
if (element.Element("FormatterFilter") != null)
{
foreach (var subFilterElement in element.Elements("FormatterFilter"))
{
IFormatterFilter <byte[]> subFilter = (IFormatterFilter <byte[]>)GetFormatterFilter(subFilterElement);
}
}
return(filter);
}
else if (filterType == "ByteArrayLengthEqualFormatterFilter")
{
int length = int.Parse(GetAttribute(element, "Length"));
ByteArrayLengthEqualFormatterFilter filter = new ByteArrayLengthEqualFormatterFilter(filterName, length);
if (element.Element("FormatterFilter") != null)
{
foreach (var subFilterElement in element.Elements("FormatterFilter"))
{
IFormatterFilter <byte[]> subFilter = (IFormatterFilter <byte[]>)GetFormatterFilter(subFilterElement);
}
}
return(filter);
}
else if (filterType == "Custom")
{
string customTypeName = GetAttribute(element, "CustomTypeName");
Type type = Type.GetType(customTypeName);
object[] args = null;
if (element.Elements("Parameter") != null)
{
args = new object[element.Elements("Parameter").Count()];
int i = 0;
foreach (var paraElement in element.Elements("Parameter"))
{
string pType = GetAttribute(paraElement, "Type");
string pValue = GetAttribute(paraElement, "Value");
object p = Convert.ChangeType(pValue, Type.GetType(pType));
args[i] = p;
i++;
}
}
object custom = System.Activator.CreateInstance(type, args);
return(custom);
}
else
{
throw new UnknownElementException("Unknown FormatterFilter type:" + filterType);
}
}
private object GetFormatterFilter(XElement element)
{
string filterType = GetAttribute(element, "Type");
string filterName = GetAttribute(element, "Name");
if (filterType == "ByteArrayTypedFormatterFilter")
{
int formatterTypeIndex = int.Parse(GetAttribute(element, "FormatterTypeIndex"));
ByteArrayTypedFormatterFilter filter = new ByteArrayTypedFormatterFilter(filterName, formatterTypeIndex);
if (element.Element("FormatterFilter") != null)
{
foreach (var subFilterElement in element.Elements("FormatterFilter"))
{
IFormatterFilter<byte[]> subFilter = (IFormatterFilter<byte[]>)GetFormatterFilter(subFilterElement);
}
}
return filter;
}
else if (filterType == "ByteArrayLengthGreatThanFormatterFilter")
{
int length = int.Parse(GetAttribute(element, "Length"));
ByteArrayLengthGreatThanFormatterFilter filter = new ByteArrayLengthGreatThanFormatterFilter(filterName, length);
if (element.Element("FormatterFilter") != null)
{
foreach (var subFilterElement in element.Elements("FormatterFilter"))
{
IFormatterFilter<byte[]> subFilter = (IFormatterFilter<byte[]>)GetFormatterFilter(subFilterElement);
}
}
return filter;
}
else if (filterType == "ByteArrayLengthEqualFormatterFilter")
{
int length = int.Parse(GetAttribute(element, "Length"));
ByteArrayLengthEqualFormatterFilter filter = new ByteArrayLengthEqualFormatterFilter(filterName, length);
if (element.Element("FormatterFilter") != null)
{
foreach (var subFilterElement in element.Elements("FormatterFilter"))
{
IFormatterFilter<byte[]> subFilter = (IFormatterFilter<byte[]>)GetFormatterFilter(subFilterElement);
}
}
return filter;
}
else if (filterType == "Custom")
{
string customTypeName = GetAttribute(element, "CustomTypeName");
Type type = Type.GetType(customTypeName);
object[] args = null;
if (element.Elements("Parameter") != null)
{
args = new object[element.Elements("Parameter").Count()];
int i = 0;
foreach (var paraElement in element.Elements("Parameter"))
{
string pType = GetAttribute(paraElement, "Type");
string pValue = GetAttribute(paraElement, "Value");
object p = Convert.ChangeType(pValue, Type.GetType(pType));
args[i] = p;
i++;
}
}
object custom = System.Activator.CreateInstance(type, args);
return custom;
}
else
{
throw new UnknownElementException("Unknown FormatterFilter type:" + filterType);
}
}
