public void Copy(Source_Antenna from)
{
this.port = from.Port;
this.antennaResult.Copy(from.antennaResult);
this.antennaConfig.Copy(from.antennaConfig);
}
public override object ConvertFrom
(
System.ComponentModel.ITypeDescriptorContext context,
System.Globalization.CultureInfo culture,
Object value
)
{
if (String.IsNullOrEmpty(value as string))
{
return(null); // TODO : supply err msg
}
String[] antennaData = (value as String).Split(new Char[] { ',' });
if (null == antennaData)
{
return(null); // TODO : supply err msg ~ improper arg
}
if (7 != antennaData.Length) // 8 with threshold value
{
return(null); // TODO : supply err msg ~ improper arg count
}
try
{
// TODO : split out parsing ? to better define which parms bad...
Source_Antenna antenna = new Source_Antenna(byte.Parse(antennaData[0]));
rfid.Constants.AntennaPortState state =
(rfid.Constants.AntennaPortState)Enum.Parse
(
typeof(rfid.Constants.AntennaPortState),
antennaData[1].ToUpper( )
);
antenna.State = state;
antenna.PowerLevel = UInt16.Parse(antennaData[2]);
antenna.DwellTime = UInt16.Parse(antennaData[3]);
antenna.NumberInventoryCycles = UInt16.Parse(antennaData[4]);
antenna.PhysicalPort = byte.Parse(antennaData[5]);
// Currently Rx is explicitly tied to Tx so cannot be set - ignore val
// antenna.PhysicalRxPort = UInt32.Parse( antennaData[ 6 ] );
// now using global threshold not per antenna...
// antenna.AntennaSenseThreshold = UInt32.Parse( antennaData[ 7 ] );
antenna.AntennaSenseThreshold = 0; // if using Source_Antenna to store, uses glob var
return(antenna);
}
catch (Exception)
{
// TODO : supply err msg ~ bad arg
return(null);
}
}
public override object ConvertFrom(
System.ComponentModel.ITypeDescriptorContext context,
System.Globalization.CultureInfo culture,
Object value
)
{
if ( String.IsNullOrEmpty( value as string ) )
{
return null; // TODO : supply err msg
}
String[ ] antennaData = ( value as String ).Split( new Char[ ] { ',' } );
if ( null == antennaData )
{
return null; // TODO : supply err msg ~ improper arg
}
if ( 7 != antennaData.Length ) // 8 with threshold value
{
return null; // TODO : supply err msg ~ improper arg count
}
try
{
// TODO : split out parsing ? to better define which parms bad...
Source_Antenna antenna = new Source_Antenna( byte.Parse( antennaData[ 0 ] ) );
rfid.Constants.AntennaPortState state =
( rfid.Constants.AntennaPortState ) Enum.Parse
(
typeof( rfid.Constants.AntennaPortState ),
antennaData[ 1 ].ToUpper( )
);
antenna.State = state;
antenna.PowerLevel = UInt16.Parse(antennaData[2]);
antenna.DwellTime = UInt16.Parse( antennaData[ 3 ] );
antenna.NumberInventoryCycles = UInt16.Parse( antennaData[ 4 ] );
antenna.PhysicalPort = byte.Parse( antennaData[ 5 ] );
// Currently Rx is explicitly tied to Tx so cannot be set - ignore val
// antenna.PhysicalRxPort = UInt32.Parse( antennaData[ 6 ] );
// now using global threshold not per antenna...
// antenna.AntennaSenseThreshold = UInt32.Parse( antennaData[ 7 ] );
antenna.AntennaSenseThreshold = 0; // if using Source_Antenna to store, uses glob var
return antenna;
}
catch ( Exception )
{
// TODO : supply err msg ~ bad arg
return null;
}
}
public Source_Antenna
(
Source_Antenna antenna
)
:
this(0)
{
this.Copy(antenna);
}
public bool Equals(Source_Antenna rhs)
{
if (null == (System.Object)rhs)
{
return(false);
}
return
(this.port == rhs.port &&
this.antennaResult.Equals(rhs.antennaResult) &&
this.antennaConfig.Equals(rhs.antennaResult));
}
public override bool Equals(System.Object obj)
{
if (null == obj)
{
return(false);
}
Source_Antenna rhs = obj as Source_Antenna;
if (null == (System.Object)rhs)
{
return(false);
}
return(this.Equals(rhs));
}
public AntennaEditForm( LakeChabotReader reader, Source_Antenna antenna )
{
this.reader = reader;
this.antennaMaster = antenna;
this.antennaActive = new Source_Antenna( antenna );
InitializeComponent( );
//Logic Port
antennaNumberLabel.Text = String.Format( "Antenna {0}", antennaActive.Port );
//Status
foreach (rfid.Constants.AntennaPortState item in Enum.GetValues( typeof( rfid.Constants.AntennaPortState ) ))
{
state.Items.Add(item);
}
state.Items.Remove(rfid.Constants.AntennaPortState.UNKNOWN);
state.SelectedIndex =
antennaActive.State == rfid.Constants.AntennaPortState.DISABLED
? 0 : 1;
state.SelectedValueChanged += state_SelectedValueChanged;
//clark. Set the limit of port number Aotomatically
PhysicalPort.Minimum = Source_Antenna.PHY_MINIMUM;
PhysicalPort.Maximum = Source_Antenna.PHY_MAXIMUM;
PhysicalPort.DataBindings.Add( "Value", this.antennaActive, "PhysicalPort" );
dwellTime.Minimum = 0;
dwellTime.Maximum = 1000000;
dwellTime.DataBindings.Add( "Value", this.antennaActive, "DwellTime" );
inventoryCycles.Minimum = 0;
inventoryCycles.Maximum = 1000000;
inventoryCycles.DataBindings.Add( "Value", this.antennaActive, "NumberInventoryCycles" );
//Clark 2011.2.21 Cpoied from R1000 Tracer
powerLevel.Minimum = Source_Antenna.POWER_MINIMUM;
powerLevel.Maximum = Source_Antenna.POWER_MAXIMUM;
powerLevel.DataBindings.Add( "Value", this.antennaActive, "PowerLevel" );
}
public override object ConvertTo
(
System.ComponentModel.ITypeDescriptorContext context,
System.Globalization.CultureInfo culture,
object value,
Type destinationType
)
{
if (typeof(string) == destinationType)
{
Source_Antenna antenna = value as Source_Antenna;
if (null == antenna)
{
throw new ArgumentException("Expected a Source_Antenna", "value");
}
StringBuilder sb = new StringBuilder( );
sb.AppendFormat
(
"{0},{1},{2},{3},{4},{5}", // ,{7}", if with threshold value
antenna.Port,
antenna.State,
antenna.PowerLevel,
antenna.DwellTime,
antenna.NumberInventoryCycles,
antenna.PhysicalPort
//antenna.AntennaSenseThreshold
);
return(sb.ToString( ));
}
return(base.ConvertTo(context, culture, value, destinationType));
}
public Source_Antenna(
Source_Antenna antenna
)
: this(0)
{
this.Copy( antenna );
}
public bool Equals( Source_Antenna rhs )
{
if ( null == ( System.Object ) rhs )
{
return false;
}
return
this.port == rhs.port
&& this.antennaResult.Equals( rhs.antennaResult )
&& this.antennaConfig.Equals( rhs.antennaResult );
}
public void Copy( Source_Antenna from )
{
this.port = from.Port;
this.antennaResult.Copy( from.antennaResult );
this.antennaConfig.Copy( from.antennaConfig );
}