//returns false, if a move is not possible
public bool Move(RiskFactorTypeDetail detail, RiskFactorTypeGroup group)
{
RiskFactorTypeGroup checkParent = group;
detail.RiskFactorTypeGroup = group;
detail.RiskFactorTypeGroupID = group.RiskFactorTypeGroupID;
//reset the values - we have new version, which is unapproved
//it will be finalised during save
if (detail.Status == EntityStatus.Approved)
detail.Default(Context.UserName);
return true;
}
//returns false, if a move is not possible
public bool Move(RiskFactorTypeGroup item, RiskFactorTypeGroup newParent)
{
RiskFactorTypeGroup checkParent = newParent;
//check for circular reference
while ((checkParent != null) && (checkParent != item))
{
checkParent = checkParent.RiskFactorTypeGroupParent;
}
//circular reference check failed - abort movement
if (checkParent == item)
return false;
item.RiskFactorTypeGroupParent = newParent;
item.RiskFactorTypeGroupParentID = newParent.RiskFactorTypeGroupID;
return true;
}
public void TestSaveNewRiskFactorTypeGroup()
{
using (var context = new ScenarioGeneratorModel(UserName, Connection))
{
context.Database.Log = s => System.Diagnostics.Debug.WriteLine(s);
string testName = "New Risk Factor Type Group";
RiskFactorTypeGroup rftg = new RiskFactorTypeGroup();
rftg.Default(UserName);
context.RiskFactorTypeGroups.Add(rftg);
rftg.Name = testName;
context.SaveChanges();
Assert.AreEqual(1, context.RiskFactorTypeGroups.Where(x => x.Name == testName).Count());
Assert.AreEqual(DateTime.MinValue, rftg.StartTime);
Assert.AreEqual(DateTime.MaxValue, rftg.EndTime);
}
}
public RiskFactorTypeGroup Add(RiskFactorTypeGroup parent)
{
RiskFactorTypeGroup item = new RiskFactorTypeGroup();
item.Default(Context.UserName);
item.Approve(Context.UserName);
if (Context.RiskFactorTypeGroups.Local.Any())
item.RiskFactorTypeGroupID = Context.RiskFactorTypeGroups.Local.Max(x => x.RiskFactorTypeGroupID) + 1;
else
item.RiskFactorTypeGroupID = 1;
Context.RiskFactorTypeGroups.Add(item);
if (parent != null)
{
item.RiskFactorTypeGroupParent = parent;
item.RiskFactorTypeGroupParentID = parent.RiskFactorTypeGroupID;
}
item.Name = "Risk Factor Type Group Name";
return item;
}
internal static void AddTypeGroups(ScenarioGeneratorModel context)
{
DateTime now = context.AsOfDate;
RiskFactorTypeGroup ftg = new RiskFactorTypeGroup();
ftg.Default(context.UserName);
ftg.Name = "Credit";
context.RiskFactorTypeGroups.Add(ftg);
RiskFactorTypeGroup ftgc = new RiskFactorTypeGroup();
ftgc.Default(context.UserName);
ftgc.Name = "Spread";
ftg.RiskFactorTypeGroupChildren.Add(ftgc);
ftg = new RiskFactorTypeGroup();
ftg.Default(context.UserName);
ftg.Name = "FX";
context.RiskFactorTypeGroups.Add(ftg);
ftgc = new RiskFactorTypeGroup();
ftgc.Default(context.UserName);
ftgc.Name = "Rate";
ftg.RiskFactorTypeGroupChildren.Add(ftgc);
ftgc = new RiskFactorTypeGroup();
ftgc.Default(context.UserName);
ftgc.Name = "Volatility";
ftg.RiskFactorTypeGroupChildren.Add(ftgc);
ftg = new RiskFactorTypeGroup();
ftg.Default(context.UserName);
ftg.Name = "IL";
context.RiskFactorTypeGroups.Add(ftg);
ftgc = new RiskFactorTypeGroup();
ftgc.Default(context.UserName);
ftgc.Name = "Rate";
ftg.RiskFactorTypeGroupChildren.Add(ftgc);
ftgc = new RiskFactorTypeGroup();
ftgc.Default(context.UserName);
ftgc.Name = "Volatility";
ftg.RiskFactorTypeGroupChildren.Add(ftgc);
ftg = new RiskFactorTypeGroup();
ftg.Default(context.UserName);
ftg.Name = "IR";
context.RiskFactorTypeGroups.Add(ftg);
ftgc = new RiskFactorTypeGroup();
ftgc.Default(context.UserName);
ftgc.Name = "Spread";
ftg.RiskFactorTypeGroupChildren.Add(ftgc);
ftgc = new RiskFactorTypeGroup();
ftgc.Default(context.UserName);
ftgc.Name = "Rate";
ftg.RiskFactorTypeGroupChildren.Add(ftgc);
ftgc = new RiskFactorTypeGroup();
ftgc.Default(context.UserName);
ftgc.Name = "Volatility";
ftg.RiskFactorTypeGroupChildren.Add(ftgc);
context.SaveChanges();
}
