////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn public BaseMessage(BaseNetwork network, dynamic messageType, AttributeDictionary fields, BaseChannel channel, string messageName = "" , int round, int logicalClock):base(true)
///
/// \brief Constructor.
///
/// \par Description.
/// Create a message from :
/// -# The messageType
/// -# Fields for the algorithm specific fields in attribute dictionary.
/// -# The sending parameters from the channel
/// -# The message name
/// -# The parameters for the header : round, logical clock
///
///
/// \par Algorithm.
///
/// \par Usage Notes.
///
/// \author Ilanh
/// \date 14/03/2017
///
/// \param network (BaseNetwork) - The network.
/// \param messageType (dynamic) - Type of the message.
/// \param fields (AttributeDictionary) - The fields.
/// \param channel (BaseChannel) - The channel.
/// \param messageName (Optional) (string) - Name of the message.
/// \param round (Optional) (int) - The round.
/// \param logicalClock (Optional) (int) - The logical clock.
////////////////////////////////////////////////////////////////////////////////////////////////////
public BaseMessage(BaseNetwork network,
dynamic messageType,
AttributeDictionary fields,
BaseChannel channel,
string messageName = "",
int round = 0, int logicalClock = 0) : base(true)
{
this.network = network;
pa.Add(bm.pak.MessageType, new Attribute {
Value = messageType
});
try
{
pa.Add(bm.pak.SourceProcess, new Attribute {
Value = channel.ea[bc.eak.SourceProcess]
});
pa.Add(bm.pak.SourcePort, new Attribute {
Value = channel.or[bc.ork.SourcePort], IncludedInShortDescription = false, IncludeInEqualsTo = false
});
pa.Add(bm.pak.DestProcess, new Attribute {
Value = channel.ea[bc.eak.DestProcess]
});
pa.Add(bm.pak.DestPort, new Attribute {
Value = channel.or[bc.ork.DestPort], IncludedInShortDescription = false, IncludeInEqualsTo = false
});
}
catch
{
pa.Add(bm.pak.SourceProcess, new Attribute {
Value = 0
});
pa.Add(bm.pak.SourcePort, new Attribute {
Value = 0, IncludedInShortDescription = false, IncludeInEqualsTo = false
});
pa.Add(bm.pak.DestProcess, new Attribute {
Value = 0
});
pa.Add(bm.pak.DestPort, new Attribute {
Value = 0, IncludedInShortDescription = false, IncludeInEqualsTo = false
});
}
pa.Add(bm.pak.Round, new Attribute {
Value = round
});
pa.Add(bm.pak.LogicalClock, new Attribute {
Value = logicalClock
});
if (messageName == "")
{
messageName = TypesUtility.GetKeyToString(messageType);
}
or.Add(bm.ork.Name, new Attribute {
Value = messageName
});
op.Add(bm.opk.Breakpoints, new Attribute {
Value = new Breakpoint(Breakpoint.HostingElementTypes.Message), Editable = false, IncludedInShortDescription = false
});
or.Add(bm.ork.PositionInProcessQ, new Attribute {
Value = 0, IncludedInShortDescription = false
});
if (fields != null)
{
foreach (var entry in fields)
{
AddField(entry.Key, entry.Value);
}
}
}
