public BranchConfigViewModel(AppViewModel appDefinition, ConfigNodeViewModel parent
, XmlNode definitionNode, string parentXPath, XmlNode configNode= null, bool initChildren= true)
{
commonInit(appDefinition,parent, definitionNode,parentXPath);
m_className = definitionNode.Attributes[XMLConfig.classAttribute].Value;
if (definitionNode.Attributes.GetNamedItem(XMLConfig.windowAttribute) != null)
m_window = definitionNode.Attributes[XMLConfig.windowAttribute].Value;
else m_window = "";
if (definitionNode.Attributes.GetNamedItem(XMLConfig.optionalAttribute) != null)
bIsOptional = definitionNode.Attributes[XMLConfig.optionalAttribute].Value == "true";
else bIsOptional = false;
if (configNode != null)
{
configNode = configNode[name];
if (configNode != null && bIsOptional)
bIsUsed = true;
}
else if (bIsOptional)
bIsUsed = true;
if (initChildren)
childrenInit(appDefinition, appDefinition.getClassDefinition(m_className), m_xPath, configNode);
}
public ChoiceElementConfigViewModel(AppViewModel appDefinition, ConfigNodeViewModel parent, XmlNode definitionNode
, string parentXPath, XmlNode configNode= null)
{
commonInit(appDefinition,parent,definitionNode,parentXPath);
m_className = definitionNode.Attributes[XMLConfig.classAttribute].Value;
if (definitionNode.Attributes.GetNamedItem(XMLConfig.windowAttribute) != null)
m_window = definitionNode.Attributes[XMLConfig.windowAttribute].Value;
else m_window = "";
if (definitionNode.Attributes.GetNamedItem(XMLConfig.optionalAttribute) != null)
m_bOptional = definitionNode.Attributes[XMLConfig.optionalAttribute].Value == "true";
else m_bOptional = false;
if (definitionNode.Attributes.GetNamedItem(XMLConfig.loadXMLFileAttribute) != null)
m_loadXML = definitionNode.Attributes[XMLConfig.loadXMLFileAttribute].Value;
else m_loadXML = "";
if (m_loadXML != "")
{
m_appViewModel.loadAuxDefinitions(m_loadXML);
}
if (configNode != null)
configNode = configNode[name];
//we allow an undefined class ("", most likely) and we just ignore children
childrenInit(appDefinition, appDefinition.getClassDefinition(m_className,true)
, m_xPath, configNode);
}
//constructor called from the editor on forking a node
public ForkValueViewModel(string valueName, ForkedNodeViewModel parent, ConfigNodeViewModel forkedNode)
{
name = valueName;
m_parent = parent;
configNode = forkedNode;
//the config node now hangs from this fork value
configNode.parent = this;
}
//constructor called when loading a fork from a .badger file
public ForkValueViewModel(AppViewModel appViewModel,XmlNode classDefinition
, ConfigNodeViewModel parentNode, XmlNode configNode)
{
name = configNode.Attributes[XMLConfig.nameAttribute].Value;
//not sure how to do this in a more elegant way
this.configNode = ConfigNodeViewModel.getInstance(appViewModel, parentNode
, classDefinition, parentNode.xPath, configNode);
this.configNode.bCanBeForked = false; //already belongs to a fork
}
//Constructor used from the experiment editor
public ForkedNodeViewModel(AppViewModel appViewModel,ConfigNodeViewModel forkedNode)
{
m_parent = forkedNode.parent;
ForkValueViewModel newForkValue= new ForkValueViewModel("Value-0", this, forkedNode);
children.Add(newForkValue);
selectedForkValue = newForkValue;
m_appViewModel = appViewModel;
nodeDefinition = forkedNode.nodeDefinition;
name = forkedNode.name;
NotifyOfPropertyChange(() => selectedForkValue);
}
public DoubleValueConfigViewModel(AppViewModel appViewModel, ConfigNodeViewModel parent, XmlNode definitionNode, string parentXPath, XmlNode configNode = null)
{
commonInit(appViewModel, parent, definitionNode, parentXPath);
if (configNode == null || configNode[name]==null)
{
//default init
content = definitionNode.Attributes[XMLConfig.defaultAttribute].Value;
textColor = XMLConfig.colorDefaultValue;
}
else
{
//init from config file
content = configNode[name].InnerText;
}
}
public EnumeratedValueConfigViewModel(AppViewModel appDefinition, ConfigNodeViewModel parent, XmlNode definitionNode, string parentXPath, XmlNode configNode = null)
{
commonInit(appDefinition, parent, definitionNode, parentXPath);
m_class = definitionNode.Attributes[XMLConfig.classAttribute].Value;
enumeratedNames = m_appViewModel.getEnumeratedType(m_class);
if (configNode == null || configNode[name] == null)
{
content = m_default;
textColor = XMLConfig.colorDefaultValue;
}
else
{
//init from config file
content = configNode[name].InnerText;
}
}
//Constructor called when loading an experiment config file
public ForkedNodeViewModel(AppViewModel appViewModel,ConfigNodeViewModel parentNode
,XmlNode classDefinition,XmlNode configNode= null, bool initChildren= true)
{
m_appViewModel = appViewModel;
nodeDefinition = classDefinition;
m_parent = parentNode;
name = configNode.Attributes[XMLConfig.nameAttribute].Value;
if (initChildren)
{
foreach (XmlNode forkValueConfig in configNode.ChildNodes)
{
children.Add(new ForkValueViewModel(appViewModel, classDefinition, this, forkValueConfig));
}
}
//notify changes
if (children.Count > 0)
selectedForkValue = children[0] as ForkValueViewModel;
NotifyOfPropertyChange(() => children);
}
public XmlDefRefValueConfigViewModel(AppViewModel appDefinition, ConfigNodeViewModel parent, XmlNode definitionNode, string parentXPath, XmlNode configNode = null)
{
commonInit(appDefinition, parent, definitionNode, parentXPath);
m_hangingFrom = definitionNode.Attributes[XMLConfig.hangingFromAttribute].Value;
if (configNode != null)
{
configNode = configNode[name];
selectedEnumeratedName = configNode.InnerText;
}
//the xml definition file may not be yet loaded
enumeratedNames = m_appViewModel.getAuxDefinition(m_hangingFrom);
if (enumeratedNames == null)
{
//Either we have loaded the config but the list is of values has not yet been loaded
//or no config file has been loaded. In Either case, we register for a deferred load step
m_appViewModel.registerDeferredLoadStep(updateXMLDefRef);
}
m_appViewModel.registerXMLDefRef(updateXMLDefRef);
}
public MultiValuedConfigViewModel(AppViewModel appDefinition, ConfigNodeViewModel parent
, XmlNode definitionNode, string parentXPath, XmlNode configNode= null, bool initChildren= true)
{
commonInit(appDefinition,parent, definitionNode,parentXPath);
m_className = definitionNode.Attributes[XMLConfig.classAttribute].Value;
if (definitionNode.Attributes.GetNamedItem(XMLConfig.optionalAttribute) != null)
m_bOptional = definitionNode.Attributes[XMLConfig.optionalAttribute].Value == "true";
else m_bOptional = false;
if (configNode!=null)
{
foreach(XmlNode configChild in configNode.ChildNodes)
{
if (configChild.Name==name)
children.Add(new MultiValuedItemConfigViewModel(appDefinition, this,definitionNode, m_xPath, configChild));
}
}
else //default initialization
{
if (initChildren && !m_bOptional)
children.Add(new MultiValuedItemConfigViewModel(appDefinition, this,definitionNode, m_xPath));
}
}
public ChoiceConfigViewModel(AppViewModel appDefinition, ConfigNodeViewModel parent
, XmlNode definitionNode
, string parentXPath, XmlNode configNode = null, bool initChildren= true)
{
string choiceElementName;
commonInit(appDefinition, parent, definitionNode, parentXPath);
if (configNode != null) configNode = configNode[name];
if (initChildren)
{
foreach (XmlNode choiceElement in definitionNode.ChildNodes)
{
choiceElementName = choiceElement.Attributes[XMLConfig.nameAttribute].Value;
m_choiceNames.Add(choiceElementName);
if (configNode != null && choiceElementName == configNode.ChildNodes[0].Name)
{
loadSelectedChoiceElement(choiceElementName, configNode);
}
}
}
}
