void MapForInputOutput(XElement rootEl)
{
if (rootEl == null)
{
return;
}
Inputs.AddRange(
rootEl.Elements().Where(el =>
{
var firstOrDefault = el.Attributes("ColumnIODirection").FirstOrDefault();
var removeCondition = firstOrDefault != null &&
(firstOrDefault.Value == enDev2ColumnArgumentDirection.Input.ToString() ||
firstOrDefault.Value == enDev2ColumnArgumentDirection.Both.ToString());
return removeCondition && !el.HasElements;
}).Select(element => element.Name.ToString()));
Outputs.AddRange(
rootEl.Elements().Where(el =>
{
var firstOrDefault = el.Attributes("ColumnIODirection").FirstOrDefault();
var removeCondition = firstOrDefault != null &&
(firstOrDefault.Value == enDev2ColumnArgumentDirection.Output.ToString() ||
firstOrDefault.Value == enDev2ColumnArgumentDirection.Both.ToString());
return removeCondition && !el.HasElements;
}).Select(element => element.Name.ToString()));
var xElements = rootEl.Elements().Where(el => el.HasElements);
var enumerable = xElements as IList<XElement> ?? xElements.ToList();
Inputs.AddRange(enumerable.Elements().Select(element =>
{
var xAttribute = element.Attributes("ColumnIODirection").FirstOrDefault();
var include = xAttribute != null &&
(xAttribute.Value == enDev2ColumnArgumentDirection.Input.ToString() ||
xAttribute.Value == enDev2ColumnArgumentDirection.Both.ToString());
if (include)
{
if (element.Parent != null)
{
return DataListUtil.AddBracketsToValueIfNotExist(DataListUtil.CreateRecordsetDisplayValue(element.Parent.Name.ToString(), element.Name.ToString(), "*"));
}
}
return "";
}));
Outputs.AddRange(enumerable.Elements().Select(element =>
{
var xAttribute = element.Attributes("ColumnIODirection").FirstOrDefault();
var include = xAttribute != null &&
(xAttribute.Value == enDev2ColumnArgumentDirection.Output.ToString() ||
xAttribute.Value == enDev2ColumnArgumentDirection.Both.ToString());
if (include)
{
if (element.Parent != null)
{
return DataListUtil.AddBracketsToValueIfNotExist(DataListUtil.CreateRecordsetDisplayValue(element.Parent.Name.ToString(), element.Name.ToString(), "*"));
}
}
return "";
}));
}
internal void FinishLoading(Graph graph)
{
if (_cachedLoadingNode.Input != null)
{
Input = new Connection(graph, _cachedLoadingNode.Input);
}
Outputs.AddRange(_cachedLoadingNode.Outputs.Select(connection => new Connection(graph, connection)));
_cachedLoadingNode = null;
RecalculateWidth();
}
public IrisFlower(double sepalLength, double sepalWidth, double petalLength, double petalWidth, IrisSpecies species)
{
Inputs.Add(sepalLength);
Inputs.Add(sepalWidth);
Inputs.Add(petalLength);
Inputs.Add(petalWidth);
double[] speciesMappedValues = new double[3];//Setosa, Versicolor & Virginica
speciesMappedValues[0] = Convert.ToDouble(species == IrisSpecies.Setosa);
speciesMappedValues[1] = Convert.ToDouble(species == IrisSpecies.Versicolor);
speciesMappedValues[2] = Convert.ToDouble(species == IrisSpecies.Virginica);
Outputs.AddRange(speciesMappedValues);
}
public ExtIOSet(string name, List <byte> inputs, List <byte> outputs)
{
if (inputs == null)
{
inputs = new List <byte>();
}
if (outputs == null)
{
outputs = new List <byte>();
}
Name = name;
Inputs.AddRange(inputs);
Outputs.AddRange(outputs);
}
private void SetOutputAttributesContainingColumnIoDirectionAndIsJson(XElement rootEl)
{
var outputs = rootEl.Elements()
.Where(el =>
{
var firstOrDefault = el.Attributes("ColumnIODirection").FirstOrDefault();
var isJson = el.Attribute("IsJson")?.Value.ToLower() == "true" ? true : false;
var removeCondition = firstOrDefault != null &&
(firstOrDefault.Value == enDev2ColumnArgumentDirection.Output.ToString() ||
firstOrDefault.Value == enDev2ColumnArgumentDirection.Both.ToString());
return(removeCondition && (!el.HasElements || isJson));
})
.Select(element => element.Name.ToString());
Outputs.AddRange(outputs);
}
public WheatSeed(double area, double perimeter, double compactness, double lengthOfKernel, double widthOfKernel, double asymetryCoefficient, double lengthOfKernelGroove, WheatSeedSpecies species)
{
Inputs.Add(area);
Inputs.Add(perimeter);
Inputs.Add(compactness);
Inputs.Add(lengthOfKernel);
Inputs.Add(widthOfKernel);
Inputs.Add(asymetryCoefficient);
Inputs.Add(lengthOfKernelGroove);
double[] speciesMappedValues = new double[3];//Kama,Rosa & Canadian
speciesMappedValues[0] = Convert.ToDouble(species == WheatSeedSpecies.Kama);
speciesMappedValues[1] = Convert.ToDouble(species == WheatSeedSpecies.Rosa);
speciesMappedValues[2] = Convert.ToDouble(species == WheatSeedSpecies.Canadian);
Outputs.AddRange(speciesMappedValues);
}
public MappingEditorViewModel(IMidiService midiService, ISettingsService settingsService)
{
if (midiService == null)
{
throw new ArgumentNullException(nameof(midiService));
}
_midiService = midiService;
_midiService.NoteEventReceived += FillFromPressedNote;
for (var i = 0; i < 12; i++)
{
Channels.Add(new SelectableViewModel <int>(i)
{
IsSelected = i == 2
});
}
for (var i = 0; i < 9; i++)
{
Octaves.Add(new SelectableViewModel <int>(i));
}
Outputs.AddRange(settingsService.OutputViewModels.Select(o => new SelectableViewModel <OutputViewModel>(o)));
Notes.Add(new SelectableViewModel <string>("C"));
Notes.Add(new SelectableViewModel <string>("C#"));
Notes.Add(new SelectableViewModel <string>("D"));
Notes.Add(new SelectableViewModel <string>("D#"));
Notes.Add(new SelectableViewModel <string>("E"));
Notes.Add(new SelectableViewModel <string>("F"));
Notes.Add(new SelectableViewModel <string>("F#"));
Notes.Add(new SelectableViewModel <string>("G"));
Notes.Add(new SelectableViewModel <string>("G#"));
Notes.Add(new SelectableViewModel <string>("A"));
Notes.Add(new SelectableViewModel <string>("A#"));
Notes.Add(new SelectableViewModel <string>("B"));
RouteCommand(MappingsCommand.Import, ImportOutputsFromCurrentState);
RouteCommand(MappingsCommand.Reset, ResetOutputs);
ImportOutputsFromCurrentState();
}
private void SetOutputAttributesContainingColumnIoDirection(IList <XElement> enumerable)
{
var outputs = enumerable.Elements()
.Select(element =>
{
var xAttribute = element.Attributes("ColumnIODirection").FirstOrDefault();
var include = xAttribute != null &&
(xAttribute.Value == enDev2ColumnArgumentDirection.Output.ToString() ||
xAttribute.Value == enDev2ColumnArgumentDirection.Both.ToString());
if (include && element.Parent != null)
{
return(DataListUtil.AddBracketsToValueIfNotExist(DataListUtil.CreateRecordsetDisplayValue(element.Parent.Name.ToString(), element.Name.ToString(), "*")));
}
return("");
});
Outputs.AddRange(outputs);
}
public PredicateNet(string prefix, Uri ontology, Action <Uri, GraphNet> loadEdges = null) : base(IRI_PREFIX + prefix)
{
Prefixes.Add(prefix, ontology.ToString());
Prefix = prefix;
Add(this, Prefix, GetPrefixNamespaceNode());
if (loadEdges == null)
{
//call uri and load
}
else
{
loadEdges(ontology, this);
}
var predicates = AllEdges()
.Where(e => e.Predicate.Value.ToString() == "http://www.w3.org/2000/01/rdf-schema#domain")
.Select(e => e.Subject)
.Distinct();
Outputs.AddRange(predicates);
}
private void FromCurrentFormat(byte[] bytes, int offset = 0)
{
Signature = bytes.GetString(0, 2);
Version = bytes.ToByte(2);
Length = bytes.Length;
offset += 3;
int parts = 1;
this.parentClass?.PassMessage(parts, $"PRG Header 1 - Offset {offset}");
//Get all inputs
Inputs.AddRange(GetArray(bytes,
InputPoint.GetCount(FileVersion),
InputPoint.GetSize(FileVersion), ref offset)
.Select(i => new InputPoint(i, 0, FileVersion)));
parts += Inputs.Count;
this.parentClass?.PassMessage(parts, $"InputPoints {Inputs.Count} - Offset {offset}");
//Get all outputs
Outputs.AddRange(GetArray(bytes,
OutputPoint.GetCount(FileVersion),
OutputPoint.GetSize(FileVersion), ref offset)
.Select(i => new OutputPoint(i, 0, FileVersion)));
parts += Outputs.Count;
this.parentClass?.PassMessage(parts, $"OutputPoints {Outputs.Count} - Offset {offset}");
//Get all variables
Variables.AddRange(GetArray(bytes,
VariablePoint.GetCount(FileVersion),
VariablePoint.GetSize(FileVersion), ref offset)
.Select(i => new VariablePoint(i, 0, FileVersion)));
parts += Variables.Count;
this.parentClass?.PassMessage(parts, $"VariablePoints {Variables.Count} - Offset {offset}");
//Get all programs
Programs.AddRange(GetArray(bytes,
ProgramPoint.GetCount(FileVersion),
ProgramPoint.GetSize(FileVersion), ref offset)
.Select(i => new ProgramPoint(i, 0, FileVersion)));
parts += Programs.Count;
this.parentClass?.PassMessage(parts, $"ProgramPoints {Programs.Count} - Offset {offset}");
//Get all controllers
Controllers.AddRange(GetArray(bytes,
ControllerPoint.GetCount(FileVersion),
ControllerPoint.GetSize(FileVersion), ref offset)
.Select(i => new ControllerPoint(i, 0, FileVersion)));
parts += Controllers.Count;
this.parentClass?.PassMessage(parts, $"ControllerPoints {Controllers.Count} - Offset {offset}");
//Get all screens
Screens.AddRange(GetArray(bytes,
ScreenPoint.GetCount(FileVersion),
ScreenPoint.GetSize(FileVersion), ref offset)
.Select(i => new ScreenPoint(i, 0, FileVersion)));
parts += Screens.Count;
this.parentClass?.PassMessage(parts, $"ScreenPoints {Screens.Count} - Offset {offset}");
//Get all graphics
//TODO: NOT MINE: Constants to object static Size(FileVersion) Count(FileVersion)
Graphics.AddRange(GetArray(bytes,
GraphicPoint.GetCount(FileVersion),
GraphicPoint.GetSize(FileVersion), ref offset)
.Select(i => new GraphicPoint(i, 0, FileVersion)));
parts += Graphics.Count;
this.parentClass?.PassMessage(parts, $"GraphicPoints {Graphics.Count} - Offset {offset}");
Users.AddRange(GetArray(bytes,
UserPoint.GetCount(FileVersion),
UserPoint.GetSize(FileVersion), ref offset)
.Select(i => new UserPoint(i, 0, FileVersion)));
parts += Users.Count;
this.parentClass?.PassMessage(parts, $"UserPoints {Users.Count} - Offset {offset}");
CustomUnits.Digital.AddRange(GetArray(bytes,
CustomDigitalUnitsPoint.GetCount(FileVersion),
CustomDigitalUnitsPoint.GetSize(FileVersion), ref offset)
.Select(i => new CustomDigitalUnitsPoint(i, 0, FileVersion)));
parts += CustomUnits.Digital.Count;
this.parentClass?.PassMessage(parts, $"CustomUnits.DigitalPoints {CustomUnits.Digital.Count} - Offset {offset}");
Tables.AddRange(GetArray(bytes,
TablePoint.GetCount(FileVersion),
TablePoint.GetSize(FileVersion), ref offset)
.Select(i => new TablePoint(i, 0, FileVersion)));
parts += Tables.Count;
this.parentClass?.PassMessage(parts, $"TablePoints {Tables.Count} - Offset {offset}");
Settings = new Settings(
GetObject(bytes, Settings.GetSize(FileVersion), ref offset), 0, FileVersion);
parts += 1;
this.parentClass?.PassMessage(parts, $"Settings 1 - Offset {offset}");
Schedules.AddRange(GetArray(bytes,
SchedulePoint.GetCount(FileVersion),
SchedulePoint.GetSize(FileVersion), ref offset)
.Select(i => new SchedulePoint(i, 0, FileVersion)));
parts += Schedules.Count;
this.parentClass?.PassMessage(parts, $"SchedulePoints {Schedules.Count} - Offset {offset}");
Holidays.AddRange(GetArray(bytes,
HolidayPoint.GetCount(FileVersion),
HolidayPoint.GetSize(FileVersion), ref offset)
.Select(i => new HolidayPoint(i, 0, FileVersion)));
parts += Holidays.Count;
this.parentClass?.PassMessage(parts, $"HolidayPoints {Holidays.Count} - Offset {offset}");
Monitors.AddRange(GetArray(bytes,
MonitorPoint.GetCount(FileVersion),
MonitorPoint.GetSize(FileVersion), ref offset)
.Select(i => new MonitorPoint(i, 0, FileVersion)));
parts += Monitors.Count;
this.parentClass?.PassMessage(parts, $"MonitorPoints {Monitors.Count} - Offset {offset}");
ScheduleCodes.AddRange(GetArray(bytes,
ScheduleCode.GetCount(FileVersion),
ScheduleCode.GetSize(FileVersion), ref offset)
.Select(i => new ScheduleCode(i, 0, FileVersion)));
parts += ScheduleCodes.Count;
this.parentClass?.PassMessage(parts, $"ScheduleCodes {ScheduleCodes.Count} - Offset {offset}");
HolidayCodes.AddRange(GetArray(bytes,
HolidayCode.GetCount(FileVersion),
HolidayCode.GetSize(FileVersion), ref offset)
.Select(i => new HolidayCode(i, 0, FileVersion)));
parts += HolidayCodes.Count;
this.parentClass?.PassMessage(parts, $"HolidayCodes {HolidayCodes.Count} - Offset {offset}");
int pcode_offset = offset;
var ProgramCodeBytes = bytes.ToBytes(offset, ProgramCode.GetSize(FileVersion));
ProgramCodes.AddRange(GetArray(bytes,
ProgramCode.GetCount(FileVersion),
ProgramCode.GetSize(FileVersion), ref offset)
//.Select(i => new ProgramCode(i, this, 0, FileVersion)));
.Select(i => new ProgramCode()));
ProgramCodes[0] = new ProgramCode(ProgramCodeBytes, this, 0, FileVersion);
parts += 1;
this.parentClass?.PassMessage(parts, $"ProgramCodes 1 - Offset {pcode_offset+2000}");
for (int i = 1; i < ProgramCode.GetCount(FileVersion); i++)
{
pcode_offset += ProgramCode.GetSize(FileVersion);
ProgramCodeBytes = bytes.ToBytes(pcode_offset, ProgramCode.GetSize(FileVersion));
ProgramCodes[i] = new ProgramCode(ProgramCodeBytes, this, 0, FileVersion);
parts += 1;
this.parentClass?.PassMessage(parts, $"ProgramCodes {i+1} - Offset {pcode_offset+2000}");
//Debug.WriteLine($"Leído ProgramCode[{i}]");
}
CustomUnits.Analog.AddRange(GetArray(bytes,
CustomAnalogUnitsPoint.GetCount(FileVersion),
CustomAnalogUnitsPoint.GetSize(FileVersion), ref offset)
.Select(i => new CustomAnalogUnitsPoint(i, 0, FileVersion)));
parts += CustomUnits.Analog.Count;
this.parentClass?.PassMessage(parts, $"CustomUnits.AnalogPoints {CustomUnits.Analog.Count} - Offset {offset}");
CheckOffset(offset, Length);
UpdateCustomUnits();
}
private void FromCurrentFormat(byte[] bytes, int offset = 0)
{
Signature = bytes.GetString(0, 2);
Version = bytes.ToByte(2);
Length = bytes.Length;
offset += 3;
//Get all inputs
Inputs.AddRange(GetArray(bytes,
InputPoint.GetCount(FileVersion),
InputPoint.GetSize(FileVersion), ref offset)
.Select(i => new InputPoint(i, 0, FileVersion)));
//Get all outputs
Outputs.AddRange(GetArray(bytes,
OutputPoint.GetCount(FileVersion),
OutputPoint.GetSize(FileVersion), ref offset)
.Select(i => new OutputPoint(i, 0, FileVersion)));
//Get all variables
Variables.AddRange(GetArray(bytes,
VariablePoint.GetCount(FileVersion),
VariablePoint.GetSize(FileVersion), ref offset)
.Select(i => new VariablePoint(i, 0, FileVersion)));
//Get all programs
Programs.AddRange(GetArray(bytes,
ProgramPoint.GetCount(FileVersion),
ProgramPoint.GetSize(FileVersion), ref offset)
.Select(i => new ProgramPoint(i, 0, FileVersion)));
//Get all controllers
Controllers.AddRange(GetArray(bytes,
ControllerPoint.GetCount(FileVersion),
ControllerPoint.GetSize(FileVersion), ref offset)
.Select(i => new ControllerPoint(i, 0, FileVersion)));
//Get all screens
Screens.AddRange(GetArray(bytes,
ScreenPoint.GetCount(FileVersion),
ScreenPoint.GetSize(FileVersion), ref offset)
.Select(i => new ScreenPoint(i, 0, FileVersion)));
//Get all graphics
//TODO: Constants to object static Size(FileVersion) Count(FileVersion)
Graphics.AddRange(GetArray(bytes,
GraphicPoint.GetCount(FileVersion),
GraphicPoint.GetSize(FileVersion), ref offset)
.Select(i => new GraphicPoint(i, 0, FileVersion)));
Users.AddRange(GetArray(bytes,
UserPoint.GetCount(FileVersion),
UserPoint.GetSize(FileVersion), ref offset)
.Select(i => new UserPoint(i, 0, FileVersion)));
CustomUnits.Digital.AddRange(GetArray(bytes,
CustomDigitalUnitsPoint.GetCount(FileVersion),
CustomDigitalUnitsPoint.GetSize(FileVersion), ref offset)
.Select(i => new CustomDigitalUnitsPoint(i, 0, FileVersion)));
Tables.AddRange(GetArray(bytes,
TablePoint.GetCount(FileVersion),
TablePoint.GetSize(FileVersion), ref offset)
.Select(i => new TablePoint(i, 0, FileVersion)));
Settings = new Settings(
GetObject(bytes, Settings.GetSize(FileVersion), ref offset), 0, FileVersion);
Schedules.AddRange(GetArray(bytes,
SchedulePoint.GetCount(FileVersion),
SchedulePoint.GetSize(FileVersion), ref offset)
.Select(i => new SchedulePoint(i, 0, FileVersion)));
Holidays.AddRange(GetArray(bytes,
HolidayPoint.GetCount(FileVersion),
HolidayPoint.GetSize(FileVersion), ref offset)
.Select(i => new HolidayPoint(i, 0, FileVersion)));
Monitors.AddRange(GetArray(bytes,
MonitorPoint.GetCount(FileVersion),
MonitorPoint.GetSize(FileVersion), ref offset)
.Select(i => new MonitorPoint(i, 0, FileVersion)));
ScheduleCodes.AddRange(GetArray(bytes,
ScheduleCode.GetCount(FileVersion),
ScheduleCode.GetSize(FileVersion), ref offset)
.Select(i => new ScheduleCode(i, 0, FileVersion)));
HolidayCodes.AddRange(GetArray(bytes,
HolidayCode.GetCount(FileVersion),
HolidayCode.GetSize(FileVersion), ref offset)
.Select(i => new HolidayCode(i, 0, FileVersion)));
int pcode_offset = offset;
var ProgramCodeBytes = bytes.ToBytes(offset, ProgramCode.GetSize(FileVersion));
ProgramCodes.AddRange(GetArray(bytes,
ProgramCode.GetCount(FileVersion),
ProgramCode.GetSize(FileVersion), ref offset)
//.Select(i => new ProgramCode(i, this, 0, FileVersion)));
.Select(i => new ProgramCode()));
ProgramCodes[0] = new ProgramCode(ProgramCodeBytes, this, 0, FileVersion);
for (int i = 1; i < ProgramCode.GetCount(FileVersion); i++)
{
pcode_offset += ProgramCode.GetSize(FileVersion);
ProgramCodeBytes = bytes.ToBytes(pcode_offset, ProgramCode.GetSize(FileVersion));
ProgramCodes[i] = new ProgramCode(ProgramCodeBytes, this, 0, FileVersion);
Debug.WriteLine($"Leído ProgramCode[{i}]");
}
CustomUnits.Analog.AddRange(GetArray(bytes,
CustomAnalogUnitsPoint.GetCount(FileVersion),
CustomAnalogUnitsPoint.GetSize(FileVersion), ref offset)
.Select(i => new CustomAnalogUnitsPoint(i, 0, FileVersion)));
CheckOffset(offset, Length);
UpdateCustomUnits();
}