public static void ParseActionResult(NewPayLoad RC, Act actPlugin)
{
// After we send it we parse the driver response
if (RC.Name == "ActionResult")
{
// We read the ExInfo, Err and output params
actPlugin.ExInfo = RC.GetValueString();
string error = RC.GetValueString();
if (!string.IsNullOrEmpty(error))
{
actPlugin.Error += error;
actPlugin.Status = Execution.eRunStatus.Failed;
return;
}
List <NewPayLoad> OutpuValues = RC.GetListPayLoad();
foreach (NewPayLoad OPL in OutpuValues)
{
// //TODO: change to use PL AddValueByObjectType
// // it is param name, type and value
string PName = OPL.GetValueString();
string path = OPL.GetValueString();
string mOutputValueType = OPL.GetValueEnum();
switch (mOutputValueType)
{
case nameof(Amdocs.Ginger.CoreNET.RunLib.NodeActionOutputValue.OutputValueType.String):
string stringValue = OPL.GetValueString();
actPlugin.AddOrUpdateReturnParamActualWithPath(PName, stringValue, path);
break;
case nameof(Amdocs.Ginger.CoreNET.RunLib.NodeActionOutputValue.OutputValueType.ByteArray):
byte[] b = OPL.GetBytes();
//actPlugin.ReturnValues.Add(new ActReturnValue() { Param = PName, Path= path, Actual = "aaaaaaa" }); //FIXME!!! when act can have values types
actPlugin.AddOrUpdateReturnParamActualWithPath(PName, "aaa", path); //FIXME!!! when act can have values types
break;
default:
throw new Exception("Unknown param type: " + mOutputValueType);
}
}
}
else
{
// The RC is not OK when we faced some unexpected exception
//TODO:
string Err = RC.GetValueString();
actPlugin.Error += Err;
}
}
bool RSTFound; // set to true if and when an RST packet found
#endregion Fields
#region Constructors
public TCPG(Packet pkt, H h)
: base(pkt)
{
// note: base class constructor is called first (due to : base(pkt) above)
TCPH th = (TCPH)h;
// set group properties here
S1IP4 = pkt.SrcIP4;
S1Port = pkt.SrcPort;
S2IP4 = pkt.DestIP4;
S2Port = pkt.DestPort;
// SET ADDITIONAL GROUP PROPERTIES AS NECESSARY
OPL1 = new OPL(this, S1Port);
OPL2 = new OPL(this, S2Port);
State = TCPGState.NotSequencedYet;
RSTFound = false;
}
public void RunAction(GingerAction GA)
{
// Here we decompose the GA and create Payload to transfer it to the agent
NewPayLoad PL = new NewPayLoad("RunAction");
PL.AddValue(GA.ID);
List <NewPayLoad> Params = new List <NewPayLoad>();
foreach (ActionParam AP in GA.InputParams.Values)
{
// TODO: use const
NewPayLoad p = new NewPayLoad("P"); // To save network trafic we send just one letter
p.AddValue(AP.Name);
p.AddValue(AP.Value.ToString());
p.ClosePackage();
Params.Add(p);
}
PL.AddListPayLoad(Params);
PL.ClosePackage();
// TODO: use function which goes to local grid or remote grid
NewPayLoad RC = SendRequestPayLoad(PL);
// After we send it we parse the driver response
if (RC.Name == "ActionResult")
{
// We read the ExInfo, Err and output params
GA.ExInfo = RC.GetValueString();
string Error = RC.GetValueString();
if (!string.IsNullOrEmpty(Error))
{
GA.AddError("Driver", RC.GetValueString()); // We need to get Error even if Payload is OK - since it might be in
}
List <NewPayLoad> OutpuValues = RC.GetListPayLoad();
foreach (NewPayLoad OPL in OutpuValues)
{
//TODO: change to use PL AddValueByObjectType
// it is param name, type and value
string PName = OPL.GetValueString();
string mOutputValueType = OPL.GetValueEnum();
switch (mOutputValueType)
{
case nameof(OutputValueType.String):
string v = OPL.GetValueString();
GA.Output.Values.Add(new ActionOutputValue()
{
Param = PName, ValueString = v
});
break;
case nameof(OutputValueType.ByteArray):
byte[] b = OPL.GetBytes();
GA.Output.Values.Add(new ActionOutputValue()
{
Param = PName, ValueByteArray = b
});
break;
default:
throw new Exception("Unknown param type: " + mOutputValueType);
}
}
}
else
{
// The RC is not OK when we faced some unexpected exception
//TODO:
string Err = RC.GetValueString();
GA.AddError("RunAction", Err);
}
}
