public Port(PortKey portKey, ePortType type, ioPortDirection ioDirection, string portmodelid = null)
{
this.PortKey = portKey;
this.Type = type;
this.ioDirection = ioDirection;
this.State = null;
this.PortModelId = portmodelid;
}
//should be used only by deserializer
public Port()
{
this.Type = ePortType.Undefined;
this.ioDirection = ioPortDirection.Undefined;
this.PortKey = default(PortKey);
this.PortModelId = default(string);
this.Color = "#0000FF";
this.Size = 18;
}
public static Type ePortType2Type(ePortType PortType)
{
if (PortType == ePortType.Undefined)
{
return(null); //treat string as default
}
else if (PortType == ePortType.Integer)
{
return(typeof(Int64));
}
else if (PortType == ePortType.Decimal || PortType == ePortType.DecimalHigh)
{
return(typeof(double));
}
else if (PortType == ePortType.Boolean)
{
return(typeof(bool));
}
else if (PortType == ePortType.Color)
{
return(typeof(YColor));
}
else if (PortType == ePortType.String)
{
return(typeof(string)); //already string
}
else if (PortType == ePortType.VideoDescriptor)
{
return(typeof(VideoMediaDescriptor));
}
else if (PortType == ePortType.AudioDescriptor)
{
return(typeof(AudioMediaDescriptor));
}
else if (PortType == ePortType.BinaryResourceDescriptor)
{
return(typeof(BinaryResourceDescriptor));
}
else if (PortType == ePortType.I2CDescriptor)
{
return(typeof(I2CCommand));//sos discuss with mits and gepa
}
else if (PortType == ePortType.JsonString)
{
return(typeof(string));
}
else if (PortType == ePortType.Timestamp)
{
return(typeof(DateTime));
}
else
{
DebugEx.Assert($"channel type {PortType} not accounted for");
return(null);
}
}
public Port(PortKey portKey, ePortType type, ioPortDirection ioDirection, string portmodelid = null)
{
this.PortKey = portKey;
this.Type = type;
this.State = null;
this.PortModelId = portmodelid;
DebugEx.Assert(ioDirection != ioPortDirection.Undefined, $"Undefined IO direction for port {portKey}");
this.ioDirection = ioDirection;
}
public void Update_Except_States(Port otherPort)
{
this.Name = otherPort.Name;
this.Description = otherPort.Description;
this.Type = otherPort.Type;
this.Semantics = otherPort.Semantics;
this.ioDirection = otherPort.ioDirection;
this.PortKey = otherPort.PortKey;
this.ConfFlags = otherPort.ConfFlags;
this.PortModelId = otherPort.PortModelId;
}
public void Update_Except_States(Port otherPort)
{
this.Name = otherPort.Name;
this.Description = otherPort.Description;
this.Type = otherPort.Type;
this.Semantics = otherPort.Semantics;
DebugEx.Assert(otherPort.ioDirection != ioPortDirection.Undefined, $"Undefined IO direction for port {otherPort.PortKey}");
if (otherPort.ioDirection != ioPortDirection.Undefined)
{
this.ioDirection = otherPort.ioDirection;
}
this.PortKey = otherPort.PortKey;
this.ConfFlags = otherPort.ConfFlags;
this.PortModelId = otherPort.PortModelId;
}
public static object State2Value(ePortType portType, string state)
{
if (portType == ePortType.Undefined)
{
return(state); //treat string as default
}
else if (portType == ePortType.String)
{
return(state);
}
else
{
var type = ePortType2Type(portType);
if (type != null)
{
return(Yodiwo.ConvertEx.Convert(state, type));
}
else
{
throw new Exception($"channel type {portType} not accounted for.");
}
}
}
public static object State2Value(ePortType portType, string state)
{
if (portType == ePortType.Undefined)
return state; //treat string as default
else if (portType == ePortType.String)
return state;
else
{
var type = ePortType2Type(portType);
if (type != null)
return Yodiwo.ConvertEx.Convert(state, type);
else
throw new Exception($"channel type {portType} not accounted for.");
}
}
public static Type ePortType2Type(ePortType PortType)
{
if (PortType == ePortType.Undefined)
return null; //treat string as default
else if (PortType == ePortType.Integer)
return typeof(Int64);
else if (PortType == ePortType.Decimal || PortType == ePortType.DecimalHigh)
return typeof(double);
else if (PortType == ePortType.Boolean)
return typeof(bool);
else if (PortType == ePortType.Color)
return typeof(YColor);
else if (PortType == ePortType.String)
return typeof(string); //already string
else if (PortType == ePortType.VideoDescriptor)
return typeof(VideoMediaDescriptor);
else if (PortType == ePortType.AudioDescriptor)
return typeof(AudioMediaDescriptor);
else if (PortType == ePortType.BinaryResourceDescriptor)
return typeof(BinaryResourceDescriptor);
else if (PortType == ePortType.I2CDescriptor)
return typeof(I2CCommand);//sos discuss with mits and gepa
else if (PortType == ePortType.JsonString)
return typeof(string);
else
{
DebugEx.Assert($"channel type {PortType} not accounted for");
throw new Exception($"channel type {PortType} not accounted for");
}
}
public void Update_Except_States(Port otherPort)
{
this.Name = otherPort.Name;
this.Description = otherPort.Description;
this.Type = otherPort.Type;
this.Semantics = otherPort.Semantics;
this.ioDirection = otherPort.ioDirection;
this.PortKey = otherPort.PortKey;
this.ConfFlags = otherPort.ConfFlags;
this.PortModelId = otherPort.PortModelId;
}
//should be used only by deserializer
public Port()
{
this.Type = ePortType.Undefined;
this.ioDirection = ioPortDirection.Undefined;
this.PortKey = default(PortKey);
this.PortModelId = default(string);
this.Color = "#0000FF";
this.Size = 18;
}
public Port(PortKey portKey, ePortType type, ioPortDirection ioDirection, string portmodelid = null)
{
this.PortKey = portKey;
this.Type = type;
this.ioDirection = ioDirection;
this.State = null;
this.PortModelId = portmodelid;
}
