public JsonResult SaveProperties(int nodeId, string type)
{
var node = _Storage.GetNode(nodeId);
var xml = new XmlSerializer(typeof(Sequencing));
var xelement = nodeId == 0 ? _CurrentCourse.Sequencing : node.Sequencing;
var sequencing = xelement == null ? new Sequencing() : (Sequencing)xml.DeserializeXElement(xelement);
object model;
if (type == "ControlMode")
{
model = new ControlMode();
TryUpdateModel(model as ControlMode);
sequencing.ControlMode = model as ControlMode;
}
else if (type == "LimitConditions")
{
model = new LimitConditions();
TryUpdateModel(model as LimitConditions);
sequencing.LimitConditions = model as LimitConditions;
}
else if (type == "ConstrainedChoiceConsiderations")
{
model = new ConstrainedChoiceConsiderations();
TryUpdateModel(model as ConstrainedChoiceConsiderations);
sequencing.ConstrainedChoiceConsiderations = model as ConstrainedChoiceConsiderations;
}
else if (type == "RandomizationControls")
{
model = new RandomizationControls();
TryUpdateModel(model as RandomizationControls);
sequencing.RandomizationControls = model as RandomizationControls;
}
else if (type == "DeliveryControls")
{
model = new DeliveryControls();
TryUpdateModel(model as DeliveryControls);
sequencing.DeliveryControls = model as DeliveryControls;
}
else if (type == "RollupRules")
{
model = new RollupRules();
TryUpdateModel(model as RollupRules);
sequencing.RollupRules = model as RollupRules;
}
else if (type == "RollupConsiderations")
{
model = new RollupConsiderations();
TryUpdateModel(model as RollupConsiderations);
sequencing.RollupConsiderations = model as RollupConsiderations;
}
else
{
throw new NotImplementedException();
}
if (nodeId == 0)
{
_CurrentCourse.Sequencing = xml.SerializeToXElemet(sequencing);
_Storage.UpdateCourse(_CurrentCourse.Id, _CurrentCourse);
}
else
{
node.Sequencing = xml.SerializeToXElemet(sequencing);
_Storage.UpdateNode(nodeId, node);
}
return(Json(new { status = true }));
}
public void EditPropertiesTest([Values("ControlMode",
"LimitConditions",
"ConstrainedChoiceConsiderations",
"RandomizationControls",
"DeliveryControls",
"RollupRules",
"RollupConsiderations")]
string type)
{
try
{
// create new node with name "SomeNode", id=ID, courseId=1, and add it to storage
this.createNode();
// create new xml serializer
var xml = new XmlSerializer(typeof(Sequencing));
// get Sequencing from node with id = ID
var xelement = this.Storage.GetNode(ID).Sequencing;
// deserialize sequencing from xelement
var sequencing = xelement == null ? new Sequencing() : (Sequencing)xml.DeserializeXElement(xelement);
// new model
object model;
// for different type initialise sequencing property
if (type == "ControlMode")
{
model = new ControlMode();
//TryUpdateModel(model as ControlMode);
sequencing.ControlMode = model as ControlMode;
}
else if (type == "LimitConditions")
{
model = new LimitConditions();
//TryUpdateModel(model as LimitConditions);
sequencing.LimitConditions = model as LimitConditions;
}
else if (type == "ConstrainedChoiceConsiderations")
{
model = new ConstrainedChoiceConsiderations();
//TryUpdateModel(model as ConstrainedChoiceConsiderations);
sequencing.ConstrainedChoiceConsiderations = model as ConstrainedChoiceConsiderations;
}
else if (type == "RandomizationControls")
{
model = new RandomizationControls();
//TryUpdateModel(model as RandomizationControls);
sequencing.RandomizationControls = model as RandomizationControls;
}
else if (type == "DeliveryControls")
{
model = new DeliveryControls();
//TryUpdateModel(model as DeliveryControls);
sequencing.DeliveryControls = model as DeliveryControls;
}
else if (type == "RollupRules")
{
model = new RollupRules();
//TryUpdateModel(model as RollupRules);
sequencing.RollupRules = model as RollupRules;
}
else if (type == "RollupConsiderations")
{
model = new RollupConsiderations();
//TryUpdateModel(model as RollupConsiderations);
sequencing.RollupConsiderations = model as RollupConsiderations;
}
else
{
throw new NotImplementedException();
}
// serialize sequencing
xelement = xml.SerializeToXElemet(sequencing);
// update node
this.Storage.UpdateNode(ID, this.Storage.GetNode(ID));
}
catch (Exception ex)
{
Assert.Fail(ex.Message);
}
}