public override void UpdateMemoryBlocks()
{
/*Output.Count = GetInputSize(0);
* Output.ColumnHint = Input != null ? Input.ColumnHint : 1;*/
if (Input != null && Input.Dims != null)
{
Output.Dims = Input.Dims;
}
else
{
Output.Count = 1;
}
if (!SignalName.Equals("<none>"))
{
ProxySignal.Source = MySignal.CreateSignalByDefaultName(SignalName);
if (ProxySignal.Source != null)
{
ProxySignal.Source.Owner = this;
ProxySignal.Source.Name = MyProject.RemovePostfix(ProxySignal.Source.DefaultName, "Signal");
}
}
else
{
ProxySignal.Source = null;
}
}
public ISignal ResolveSignal(SignalName signalName)
{
if (!this.ContainsKey(signalName.baseName))
{
Console.Error.WriteLine("invalid signal: " + signalName.baseName);
return(new StdLogic(signalName));
}
if (this[signalName] is StdLogic)
{
return(this[signalName]);
}
else if (this[signalName] is StdLogicVector)
{
if (signalName.stIndex == null && signalName.edIndex == null)
{
return(this[signalName]);
}
else if (signalName.edIndex == null)
{
return(((StdLogicVector)this[signalName]).GetLogic((int)signalName.stIndex));
}
else
{
return(new StdLogicVector(new SignalName(signalName.baseName),
(int)signalName.stIndex, (int)signalName.edIndex, this[signalName].mode));
}
}
return(null);
}
private void ClearValues()
{
SignalName.Text = String.Empty;
SignalHz.Text = String.Empty;
SignalAmplitude.Text = "1.0";
SignalName.Focus();
}
public SignalName getSignalName()
{
var tempSignal = new SignalName(".tmp_signal" + ++signalCount);
tempSignal.SetTemp();
return(tempSignal);
}
public ISignal this[SignalName signalName]
{
get
{
return(this[signalName.baseName]);
}
set
{
this[signalName.baseName] = value;
}
}
public override void UpdateMemoryBlocks()
{
Output.Dims = new TensorDimensions(1);
if (!SignalName.Equals("<none>"))
{
ProxySignal.Source = MySignal.CreateSignalByDefaultName(SignalName);
if (ProxySignal.Source != null)
{
ProxySignal.Source.Owner = this;
ProxySignal.Source.Name = MyProject.RemovePostfix(ProxySignal.Source.DefaultName, "Signal");
}
}
else
{
ProxySignal.Source = null;
}
}
public static string Relay(RelayName channel, SignalName sensor)
{
var rv = sensor.ToString();
switch (sensor)
{
case SignalName.Feedback:
{
switch (channel)
{
case RelayName.Kv1:
rv = "k3";
break;
case RelayName.Kv2:
rv = "k2";
break;
case RelayName.Kv8:
rv = "k4";
break;
case RelayName.Kv9:
rv = "k6";
break;
case RelayName.Kv10:
//rv = "k6";
rv = "k5";
break;
case RelayName.Kv11:
rv = "k1";
break;
}
}
break;
}
const string kParent = "relay";
return((sensor == SignalName.Empty ? string.Format("{0}.{1}", kParent, channel) : string.Format("{0}.{1}.{2}", kParent, channel, rv)).ToLower());
}
public override string ToString()
{
if (SignalName.StartsWith("$USS_"))
{
return(BaseUtils.FieldBuilder.Build("", USSTypeLocalised,
"Threat Level:".T(EDTx.FSSSignal_ThreatLevel), ThreatLevel,
"Faction:".T(EDTx.FSSSignal_Faction), SpawingFaction_Localised,
";Station".T(EDTx.FSSSignal_StationBool), IsStation,
"State:".T(EDTx.FSSSignal_State), SpawingState_Localised
));
}
else
{
return(BaseUtils.FieldBuilder.Build("", SignalName_Localised,
"USS Type:".T(EDTx.FSSSignal_USSType), USSTypeLocalised,
"Threat Level:".T(EDTx.FSSSignal_ThreatLevel), ThreatLevel,
"Faction:".T(EDTx.FSSSignal_Faction), SpawingFaction_Localised,
";Station".T(EDTx.FSSSignal_StationBool), IsStation,
"State:".T(EDTx.FSSSignal_State), SpawingState_Localised
));
}
}
public static string Derivative(SystemName system, int channel, SignalName sensor)
{
const string kParent = "derivative";
return(string.Format("{0}.{1}.{2}.{3}", kParent, system, channel, sensor).ToLower());
}
public static string Rectifier(SignalName sensor)
{
return(Invertor(0, sensor));
}
public static string Tank(SignalName sensor)
{
const string kParent = "local.tank";
return(string.Format("{0}.{1}", kParent, sensor).ToLower());
}
public static string ConvMode(byte channel, SignalName sensor)
{
const string kParent = "convmode";
return(string.Format("{0}.{1}.{2}", kParent, channel, sensor).ToLower());
}
public static string Wago493(byte channel, SignalName sensor)
{
const string kParent = "wago493";
return(string.Format("{0}.{1}.{2}", kParent, channel, sensor).ToLower());
}
public bool IsSame(FSSSignal other) // is this signal the same as the other one
{
return(SignalName.Equals(other.SignalName) && SpawningFaction.Equals(other.SpawningFaction) && SpawningState.Equals(other.SpawningState) &&
USSType.Equals(other.USSType) && ThreatLevel == other.ThreatLevel && ClassOfSignal == other.ClassOfSignal &&
(ClassOfSignal == Classification.Carrier || ExpiryUTC == other.ExpiryUTC)); // note carriers have our own expiry on it, so we don't
}
public static string Minutes(SignalName sensor)
{
const string kParent = "local.minutes";
return(string.Format("{0}", kParent, sensor).ToLower());
}
/**********************************************************/
override public void addToDictionary(Dictionary <string, OadrSignal> signals)
{
signals.Add(SignalName.ToString(), this);
signals.Add(SignalNameEnumeratedType.simple.ToString(), this);
}
public static string EngineerEnterMenu(SignalName sensor)
{
const string kParent = "local.ServiceEnter";
return(string.Format("{0}", kParent, sensor).ToLower());
}
public static string KilowatH(SignalName sensor)
{
const string kParent = "local.KilowatHours";
return(string.Format("{0}", kParent, sensor).ToLower());
}
public static string OilPump(SignalName sensor)
{
const string kParent = "local.OilRefresh";
return(string.Format("{0}", kParent, sensor).ToLower());
}
public static void IdentifySignal(SignalName ____name) => QSBEventManager.FireEvent(EventNames.QSBIdentifySignal, ____name);
public static GateChipDefinition ImportFromFile(string fileName)
{
var portNameMappings = new List <Dictionary <ISignal, ISignal> >();
var constAssignMapping = new Dictionary <ISignal, SignalName>();
var objects = (new Parser.MyParser()).Parse(fileName);
if (objects.components.Count > 0 ||
objects.componentDeclarations.Count > 1 ||
objects.logicGates.Count == 0)
{
return(null);
}
string chipName = objects.entityPrototype.name;
// チップの入力信号
var inPortSet = new HashSet <ISignal>(objects.signalTable.Values.Where(
x => x.mode == SignalMode.IN && x.GetType() == typeof(StdLogic)));
// チップの出力信号
var outPortSet = new HashSet <ISignal>(objects.signalTable.Values.Where(
x => x.mode == SignalMode.OUT && x.GetType() == typeof(StdLogic)));
// チップの出力信号に直結した信号
var outPortAssignment = new Dictionary <ISignal, ISignal>();
foreach (var pair in objects.assignments.Where(
x => x.Key.mode == SignalMode.OUT && x.Key.GetType() == typeof(StdLogic)))
{
outPortAssignment.Add(pair.Value, pair.Key);
}
// ポートの対応関係を作成
GateType gateType = objects.logicGates[0].gateType;
int gateWidth = objects.logicGates[0].inputSignals.Count;
foreach (var logicGate in objects.logicGates)
{
if (logicGate.gateType != gateType || logicGate.inputSignals.Count != gateWidth)
{
throw new ChipDefinitionException(fileName,
string.Format(@"Gate chip ""{0}{1}"" has another gate ""{2}{3}""",
gateType, gateWidth, logicGate.gateType, logicGate.inputSignals.Count));
}
var portNameMap = new Dictionary <ISignal, ISignal>();
for (int i = 0; i < logicGate.inputSignals.Count; ++i)
{
if (!inPortSet.Contains(logicGate.inputSignals[i]))
{
throw new ChipDefinitionException(fileName,
string.Format("The input signal of the gate must be connected directly to the input port of the chip"));
}
inPortSet.Remove(logicGate.inputSignals[i]);
portNameMap.Add(new StdLogic(new SignalName(".in" + i)), logicGate.inputSignals[i]);
}
if (!outPortAssignment.ContainsKey(logicGate.outputSignal) ||
!outPortSet.Contains(outPortAssignment[logicGate.outputSignal]))
{
throw new ChipDefinitionException(fileName,
string.Format("The output signal of the gate must be connected directly to the output port of the chip"));
}
var outPort = outPortAssignment[logicGate.outputSignal];
outPortSet.Remove(outPort);
portNameMap.Add(new StdLogic(new SignalName(".out")), outPort);
portNameMappings.Add(portNameMap);
}
// チップの入力でゲートの入力以外に接続するもの
foreach (var inPort in inPortSet)
{
if (inPort.attribute.ContainsKey("const_assign"))
{
var constValue = inPort.attribute["const_assign"];
if (constValue is string)
{
constAssignMapping[inPort] = SignalName.Parse((string)constValue);
}
}
}
return(new GateChipDefinition(chipName, gateType, gateWidth, portNameMappings.ToArray(), constAssignMapping, objects.entityAttribute));
}
public static string Drive(SignalName sensor)
{
const string kParent = "drive";
return(string.Format("{0}.{1}", kParent, sensor).ToLower());
}
public static ComponentChipDefinition ImportFromFile(string fileName)
{
var portNameMappings = new List <Dictionary <ISignal, ISignal> >();
var constAssignMapping = new Dictionary <ISignal, SignalName>();
var objects = (new Parser.MyParser()).Parse(fileName);
if (objects.components.Count == 0 ||
objects.componentDeclarations.Count == 1 ||
objects.logicGates.Count > 0)
{
return(null);
}
string chipName = objects.entityPrototype.name;
// チップの入出力信号
var portSet = new HashSet <ISignal>(objects.signalTable.Values.Where(
x => (x.mode == SignalMode.IN || x.mode == SignalMode.OUT || x.mode == SignalMode.INOUT) &&
x.GetType() == typeof(StdLogic)));
// ポートの対応関係を作成
ComponentPrototype componentPrototype = objects.components[0].prototype;
foreach (var component in objects.components)
{
if (component.prototype != componentPrototype)
{
throw new ChipDefinitionException(fileName,
string.Format(@"Component chip ""{0}"" has another component ""{1}""",
componentPrototype.name, component.prototype.name));
}
var portNameMap = new Dictionary <ISignal, ISignal>();
foreach (var componentSignal in component.portMap.Keys)
{
if (componentSignal.mode == SignalMode.IN ||
componentSignal.mode == SignalMode.OUT ||
componentSignal.mode == SignalMode.INOUT)
{
if (!portSet.Contains(component.portMap[componentSignal]))
{
throw new ChipDefinitionException(fileName,
string.Format("The port signal of the component must be connected directly to the port of the component"));
}
portSet.Remove(component.portMap[componentSignal]);
portNameMap.Add(componentSignal, component.portMap[componentSignal]);
}
}
portNameMappings.Add(portNameMap);
}
// チップの入力でコンポネントの入出力以外に接続するもの
foreach (var port in objects.signalTable.Values)
{
if ((port.mode == SignalMode.IN || port.mode == SignalMode.INOUT) &&
portSet.Contains(port) && /* まだ接続されていない */
port.attribute.ContainsKey("const_assign"))
{
var constValue = port.attribute["const_assign"];
if (constValue is string)
{
constAssignMapping[port] = SignalName.Parse((string)constValue);
}
}
}
return(new ComponentChipDefinition(chipName, componentPrototype, portNameMappings.ToArray(), constAssignMapping, objects.entityAttribute));
}
public static string Invertor(byte channel, SignalName sensor)
{
const string kParent = "uz";
return((sensor == SignalName.Empty ? string.Format("{0}.{1}", kParent, channel + 1) : string.Format("{0}.{1}.{2}", kParent, channel + 1, sensor)).ToLower());
}
public static string Hour(SignalName sensor)
{
const string kParent = "local.hour";
return(string.Format("{0}", kParent, sensor).ToLower());
}
const int CarrierExpiryTime = 10 * (60 * 60 * 24); // days till we consider the carrier signal expired..
public FSSSignal(JObject evt, System.DateTime EventTimeUTC)
{
SignalName = evt["SignalName"].Str();
string loc = evt["SignalName_Localised"].Str(); // not present for stations/installations
SignalName_Localised = loc.Alt(SignalName); // don't mangle if no localisation, its prob not there because its a proper name
SpawningState = evt["SpawningState"].Str(); // USS only, checked
SpawningState_Localised = JournalFieldNaming.CheckLocalisation(evt["SpawningState_Localised"].Str(), SpawningState);
SpawningFaction = evt["SpawningFaction"].Str(); // USS only, checked
SpawningFaction_Localised = JournalFieldNaming.CheckLocalisation(evt["SpawningFaction_Localised"].Str(), SpawningFaction);
USSType = evt["USSType"].Str(); // USS Only, checked
USSTypeLocalised = JournalFieldNaming.CheckLocalisation(evt["USSType_Localised"].Str(), USSType);
ThreatLevel = evt["ThreatLevel"].IntNull(); // USS only, checked
TimeRemaining = evt["TimeRemaining"].DoubleNull(); // USS only, checked
SystemAddress = evt["SystemAddress"].LongNull();
bool?isstation = evt["IsStation"].BoolNull();
if (isstation == true) // station flag
{
int dash = SignalName.LastIndexOf('-');
if (SignalName.Length >= 5 && dash == SignalName.Length - 4 && char.IsLetterOrDigit(SignalName[dash + 1]) && char.IsLetterOrDigit(SignalName[dash - 1]))
{
ClassOfSignal = Classification.Carrier;
TimeRemaining = CarrierExpiryTime;
}
else
{
ClassOfSignal = Classification.Station;
}
}
else if (loc.Length == 0) // other types, and old station entries, don't have localisation, so its an installation
{
ClassOfSignal = Classification.Installation;
}
else if (SignalName.StartsWith("$USS", StringComparison.InvariantCultureIgnoreCase) || SignalName.StartsWith("$RANDOM", StringComparison.InvariantCultureIgnoreCase))
{
ClassOfSignal = Classification.USS;
}
else if (SignalName.StartsWith("$Warzone", StringComparison.InvariantCultureIgnoreCase))
{
ClassOfSignal = Classification.ConflictZone;
}
else if (SignalName.StartsWith("$Fixed_Event_Life", StringComparison.InvariantCultureIgnoreCase))
{
ClassOfSignal = Classification.NotableStellarPhenomena;
}
else if (SignalName.StartsWith("$MULTIPLAYER_SCENARIO14", StringComparison.InvariantCultureIgnoreCase) || SignalName.StartsWith("$MULTIPLAYER_SCENARIO7", StringComparison.InvariantCultureIgnoreCase))
{
ClassOfSignal = Classification.ResourceExtraction;
}
else
{
ClassOfSignal = Classification.Other;
}
RecordedUTC = EventTimeUTC;
if (TimeRemaining != null)
{
ExpiryUTC = EventTimeUTC.AddSeconds(TimeRemaining.Value);
ExpiryLocal = ExpiryUTC.ToLocalTime();
}
}