internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
ChangeGhostEffect = new XmlFormula(xRoot, XmlConstants.ChangeGhostEffect);
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
TimesToRepeat = new XmlFormula(xRoot, XmlConstants.TimesToRepeat);
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
Size = new XmlFormula(xRoot, XmlConstants.SizeChange);
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
Volume = new XmlFormula(xRoot, XmlConstants.Volume);
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
ChangeBrightness = new XmlFormula(xRoot, XmlConstants.ChangeBrightness);
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
XPosition = new XmlFormula(xRoot, XmlConstants.XPosition);
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
Degrees = new XmlFormula(xRoot, XmlConstants.TurnLeftDegrees);
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
YMovement = new XmlFormula(xRoot, XmlConstants.YPositionChange);
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
TimeToWaitInSeconds = new XmlFormula(xRoot, XmlConstants.TimeToWaitInSeconds);
}
}
internal override XElement CreateXml()
{
var xRoot = new XElement(XmlConstants.Brick);
xRoot.SetAttributeValue(XmlConstants.Type, XmlConstants.XmlNoteBrickType);
if ((FNote == null) && (Note != null))
{
//necessary as there is right now no gui support for formaulas in this brick
FNote = new XmlFormula
{
FormulaTree = new XmlFormulaTree
{
VariableType = "STRING",
VariableValue = Note
}
};
}
if (Note != null)
{
var xElement = FNote.CreateXml();
xElement.SetAttributeValue(XmlConstants.Category, XmlConstants.Note);
var xFormulalist = new XElement(XmlConstants.FormulaList);
xFormulalist.Add(xElement);
xRoot.Add(xFormulalist);
}
return(xRoot);
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
Steps = new XmlFormula(xRoot, XmlConstants.Steps);
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
Transparency = new XmlFormula(xRoot, XmlConstants.Transparency);
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
DurationInSeconds = new XmlFormula(xRoot, XmlConstants.DurationInSeconds);
XDestination = new XmlFormula(xRoot, XmlConstants.XDestination);
YDestination = new XmlFormula(xRoot, XmlConstants.YDestination);
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
FNote = new XmlFormula(xRoot, XmlConstants.Note);
Note = FNote.FormulaTree.VariableValue;
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
FText = new XmlFormula(xRoot, XmlConstants.Speak);
Text = FText.FormulaTree.VariableValue;
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
VariableFormula = new XmlFormula(xRoot, XmlConstants.VariableChange);
if (xRoot.Element(XmlConstants.UserVariable) != null)
{
UserVariable = new XmlUserVariable(xRoot.Element(XmlConstants.UserVariable));
}
}
}
internal override void LoadFromXml(XElement xRoot)
{
if (xRoot != null)
{
IfCondition = new XmlFormula(xRoot, XmlConstants.XmlIFCONDITION);
}
/*if (xRoot.Element("ifElseBrick") != null)
* {
* IfLogicElseBrickReference = new XmlIfLogicElseBrickReference(xRoot.Element("ifElseBrick"));
* }
* if (xRoot.Element("ifEndBrick") != null)
* {
* IfLogicEndBrickReference = new XmlIfLogicEndBrickReference(xRoot.Element("ifEndBrick"));
* }*/
}
public void XmlFormulaTest()
{
TextReader sr = new StringReader("<formula category=\"IF_CONDITION\"> <leftChild> <leftChild> <leftChild> <leftChild> <leftChild> <type>USER_VARIABLE</type> <value>x speed</value> </leftChild> <rightChild> <type>USER_VARIABLE</type> <value>x speed</value> </rightChild> <type>OPERATOR</type> <value>MULT</value> </leftChild> <rightChild> <leftChild> <type>USER_VARIABLE</type> <value>y speed</value> </leftChild> <rightChild> <type>USER_VARIABLE</type> <value>y speed</value> </rightChild> <type>OPERATOR</type> <value>MULT</value> </rightChild> <type>OPERATOR</type> <value>PLUS</value> </leftChild> <type>FUNCTION</type> <value>SQRT</value> </leftChild> <rightChild> <type>NUMBER</type> <value>2</value> </rightChild> <type>OPERATOR</type> <value>GREATER_THAN</value> </leftChild> <rightChild> <leftChild> <type>SENSOR</type> <value>OBJECT_X</value> </leftChild> <rightChild> <type>NUMBER</type> <value>55</value> </rightChild> <type>OPERATOR</type> <value>SMALLER_THAN</value> </rightChild> <type>OPERATOR</type> <value>LOGICAL_AND</value> </formula>");
var xRoot = XElement.Load(sr);
TextReader refSr = new StringReader("<formula category=\"IF_CONDITION\"> <leftChild> <leftChild> <leftChild> <leftChild> <leftChild> <type>USER_VARIABLE</type> <value>x speed</value> </leftChild> <rightChild> <type>USER_VARIABLE</type> <value>x speed</value> </rightChild> <type>OPERATOR</type> <value>MULT</value> </leftChild> <rightChild> <leftChild> <type>USER_VARIABLE</type> <value>y speed</value> </leftChild> <rightChild> <type>USER_VARIABLE</type> <value>y speed</value> </rightChild> <type>OPERATOR</type> <value>MULT</value> </rightChild> <type>OPERATOR</type> <value>PLUS</value> </leftChild> <type>FUNCTION</type> <value>SQRT</value> </leftChild> <rightChild> <type>NUMBER</type> <value>2</value> </rightChild> <type>OPERATOR</type> <value>GREATER_THAN</value> </leftChild> <rightChild> <leftChild> <type>SENSOR</type> <value>OBJECT_X</value> </leftChild> <rightChild> <type>NUMBER</type> <value>55</value> </rightChild> <type>OPERATOR</type> <value>SMALLER_THAN</value> </rightChild> <type>OPERATOR</type> <value>LOGICAL_AND</value> </formula>");
var refXRoot = XElement.Load(refSr);
var testObject = new XmlFormula(xRoot);
var referenceObject = new XmlFormula()
{
FormulaTree = new XmlFormulaTree(refXRoot)
};
Assert.AreEqual(referenceObject, testObject);
}
internal override void LoadFromXml(XElement xRoot)
{
Motor = xRoot.Element("motor").Value;
Speed = new XmlFormula(xRoot.Element("speed"));
}
internal override void LoadFromXml(XElement xRoot)
{
DurationInSeconds = new XmlFormula(xRoot.Element("durationInSeconds"));
Frequency = new XmlFormula(xRoot.Element("frequency"));
}
internal override void LoadFromXml(XElement xRoot)
{
Degrees = new XmlFormula(xRoot.Element("degrees"));
Motor = xRoot.Element("motor").Value;
}
public FormulaTree Convert(XmlFormula formula)
{
return(formula == null ? null : Convert(formula.FormulaTree));
}
