public string AsXML(int level)
{
string output = "";
FileFormatter.AddIndentation(ref output, level);
string typeTag;
switch (m_type)
{
case WorldParser.WorldParameterType.StateVariable: typeTag = XMLTags.stateVarTag; break;
case WorldParser.WorldParameterType.ActionVariable: typeTag = XMLTags.actionVarTag; break;
default: typeTag = XMLTags.constantTag; break;
}
output += "<" + typeTag + " " + XMLTags.nameAttribute + "=\"" + m_name + "\"";
if (m_type != WorldParser.WorldParameterType.Constant)
{
output += " " + XMLTags.minValueAttribute
+ "=\"" + m_min + "\" " + XMLTags.maxValueAttribute + "=\"" + m_max + "\" "
+ XMLTags.unitAttribute + "=\"" + m_unit + "\"/>\n";
}
else
{
output += "/>\n";
}
return(output);
}
public override string OutputXML(int level)
{
string output = "";
FileFormatter.AddIndentation(ref output, level);
output += "<" + XMLTags.ClassDefinitionNodeTag + " Name=\"" + m_name + "\"";
if (ImplementsWorld)
{
output += " " + XMLTags.worldAttribute + "=\"" + m_world + "\"";
}
output += ">\n";
foreach (string baseClass in m_baseClasses)
{
ParameterizedObject baseClassObject = CppSourceParser.GetNamedParamObject(baseClass);
if (baseClassObject != null)
{
foreach (IParameter param in baseClassObject.Parameters)
{
base.addParameter(param);//output += baseClassObject.outputChildrenXML(level + 1);
}
}
else
{
Console.WriteLine("Warning." + m_name + " class extends base class " + baseClass
+ " but definition has not been found. Ignore if the base class is a template class without any parameters.");
}
}
output += OutputChildrenXML(level + 1);
FileFormatter.AddIndentation(ref output, level);
output += "</" + XMLTags.ClassDefinitionNodeTag + ">\n";
return(output);
}
public string AsXML(int level)
{
string output = "";
FileFormatter.AddIndentation(ref output, level);
output += "<" + m_xmlTag + " Name=\"" + m_name + "\" Comment=\"" + m_comment + "\" Default=\""
+ m_default + "\"/>\n";
return(output);
}
public string AsXML(int level)
{
string output = "";
FileFormatter.AddIndentation(ref output, level);
output += "<" + XMLTags.multiValuedNodeTag + " " + XMLTags.nameAttribute + "=\"" + m_name
+ "\" " + XMLTags.classAttribute + "=\"" + m_className + "\" " + XMLTags.commentAttribute
+ "=\"" + m_comment + "\" " + XMLTags.defaultAttribute + "=\"" + m_default + "\"/>\n";
return(output);
}
public override string OutputXML(int level)
{
string output = "";
FileFormatter.AddIndentation(ref output, level);
output += "<" + XMLTags.ClassDefinitionNodeTag + " Name=\"" + m_name + "\">\n";
output += OutputChildrenXML(level + 1);
FileFormatter.AddIndentation(ref output, level);
output += "</" + XMLTags.ClassDefinitionNodeTag + ">\n";
return(output);
}
public string AsXML(int level)
{
string output = "";
FileFormatter.AddIndentation(ref output, level);
output += "<" + XMLTags.multiValuedNodeTag + " " + XMLTags.nameAttribute + "=\"" + m_name
+ "\" " + XMLTags.classAttribute + "=\"" + m_className + "-Factory\" " + XMLTags.commentAttribute
+ "=\"" + m_comment + "\"";
if (m_bOptional)
{
output += " " + XMLTags.optionalAttribute + "=\"True\"";
}
output += "/>\n";
return(output);
}
public string AsXML(int level)
{
string output = "";
FileFormatter.AddIndentation(ref output, level);
output += "<" + XMLTags.choiceNodeTag + " " + XMLTags.nameAttribute + "=\"" + m_name
+ "\" " + XMLTags.classAttribute + "=\"" + m_className + "\" " + XMLTags.commentAttribute
+ "=\"" + m_comment + "\">\n";
foreach (IParameter parameter in m_parameters)
{
output += parameter.AsXML(level + 1);
}
FileFormatter.AddIndentation(ref output, level);
output += "</" + XMLTags.choiceNodeTag + ">\n";
return(output);
}
public override string OutputXML(int level)
{
string output = "";
FileFormatter.AddIndentation(ref output, level);
output += "<" + XMLTags.EnumDefinitionNodeTag + " " + XMLTags.nameAttribute + "=\"" + m_name + "\">\n";
output += OutputChildrenXML(level + 1);
foreach (string value in m_enumerationValues)
{
FileFormatter.AddIndentation(ref output, level + 1);
output += "<" + XMLTags.enumNodeTag + ">" + value + "</" + XMLTags.enumNodeTag + ">\n";
}
FileFormatter.AddIndentation(ref output, level);
output += "</" + XMLTags.EnumDefinitionNodeTag + ">\n";
return(output);
}
public string AsXML(int level)
{
string output = "";
FileFormatter.AddIndentation(ref output, level);
output += "<" + XMLTags.branchNodeTag + " " + XMLTags.nameAttribute + "=\"" + m_name
+ "\" " + XMLTags.classAttribute + "=\"" + m_className + "\" " + XMLTags.commentAttribute
+ "=\"" + m_comment + "\"";
if (m_bOptional)
{
output += " " + XMLTags.optionalAttribute + "=\"True\"";
}
if (m_badgerMetadata != "")
{
output += " " + XMLTags.badgerMetadataAttribute + "=\"" + m_badgerMetadata + "\"";
}
output += "/>\n";
return(output);
}
public string AsXML(int level)
{
string output = "";
FileFormatter.AddIndentation(ref output, level);
string className = m_className;
if (m_type == Type.Factory)
{
className += "-Factory";
}
output += "<" + XMLTags.choiceElementNodeTag + " " + XMLTags.nameAttribute + "=\"" + m_name
+ "\" " + XMLTags.classAttribute + "=\"" + className + "\"";
if (m_badgerMetadata != null)
{
output += " " + XMLTags.badgerMetadataAttribute + "=\"" + m_badgerMetadata + "\"";
}
output += "/>\n";
return(output);
}
public string AsXML(int level)
{
string output = "";
FileFormatter.AddIndentation(ref output, level);
if (m_type == VarType.StateVariable)
{
output += "<" + XMLTags.stateVarRefTag;
}
else if (m_type == VarType.ActionVariable)
{
output += "<" + XMLTags.actionVarRefTag;
}
else
{
output += "<" + XMLTags.WireTag;
}
output += " " + XMLTags.nameAttribute + "=\"" + m_name + "\" " + XMLTags.commentAttribute + "=\""
+ m_comment + "\"/>\n";
return(output);
}
public static void ExportGUIParametersForHumans(string outputFile, FileFormatter formatter, List <ParameterizedObject> objects)
{
//Export as XML for Badger
using (StreamWriter writer = File.CreateText(outputFile))
{
formatter.OpeningSection(writer);
formatter.Title1(writer, "GUI-editable parameters");
//Regular classes first
formatter.Title2(writer, "Regular classes");
foreach (ParameterizedObject paramObj in objects)
{
if (!paramObj.IsWorld() && paramObj.Parameters.Count > 0)
{
formatter.Title3(writer, paramObj.name);
formatter.OpenList(writer);
foreach (IParameter parameter in paramObj.Parameters)
{
string parameterDescription = formatter.InlineBold(parameter.GetName());
if (parameter.GetParameterType() != null)
{
parameterDescription += " (" + formatter.InlineItalic(parameter.GetParameterType()) + ")";
}
if (parameter.GetDescription() != null)
{
parameterDescription += " : " + parameter.GetDescription();
}
formatter.ListItem(writer, parameterDescription);
}
formatter.CloseList(writer);
}
}
//Then worlds
formatter.Title2(writer, "Worlds");
foreach (ParameterizedObject paramObj in objects)
{
if (paramObj.IsWorld() && paramObj.Parameters.Count > 0)
{
formatter.Title3(writer, paramObj.name);
formatter.Title4(writer, "State variables");
formatter.OpenList(writer);
WorldParameter worldParameter;
foreach (IParameter parameter in paramObj.Parameters)
{
worldParameter = parameter as WorldParameter;
if (worldParameter != null && worldParameter.GetWorldParameterType() == WorldParser.WorldParameterType.StateVariable)
{
formatter.ListItem(writer, parameter.GetName());
}
}
formatter.CloseList(writer);
formatter.Title4(writer, "Action variables");
formatter.OpenList(writer);
foreach (IParameter parameter in paramObj.Parameters)
{
worldParameter = parameter as WorldParameter;
if (worldParameter != null && worldParameter.GetWorldParameterType() == WorldParser.WorldParameterType.ActionVariable)
{
formatter.ListItem(writer, parameter.GetName());
}
}
formatter.CloseList(writer);
}
}
formatter.ClosingSection(writer);
}
}
