private void CheckImplication(
SchemaConstraints <ViewKeyConstraint> cViewConstraints,
SchemaConstraints <ViewKeyConstraint> sViewConstraints)
{
this.CheckImplicationKeyConstraints(cViewConstraints, sViewConstraints);
KeyToListMap <CellGroupValidator.ExtentPair, ViewKeyConstraint> keyToListMap = new KeyToListMap <CellGroupValidator.ExtentPair, ViewKeyConstraint>((IEqualityComparer <CellGroupValidator.ExtentPair>)EqualityComparer <CellGroupValidator.ExtentPair> .Default);
foreach (ViewKeyConstraint keyConstraint in cViewConstraints.KeyConstraints)
{
CellGroupValidator.ExtentPair key = new CellGroupValidator.ExtentPair(keyConstraint.Cell.CQuery.Extent, keyConstraint.Cell.SQuery.Extent);
keyToListMap.Add(key, keyConstraint);
}
foreach (CellGroupValidator.ExtentPair key in keyToListMap.Keys)
{
ReadOnlyCollection <ViewKeyConstraint> readOnlyCollection = keyToListMap.ListForKey(key);
bool flag = false;
foreach (ViewKeyConstraint second in readOnlyCollection)
{
foreach (ViewKeyConstraint keyConstraint in sViewConstraints.KeyConstraints)
{
if (keyConstraint.Implies(second))
{
flag = true;
break;
}
}
}
if (!flag)
{
this.m_errorLog.AddEntry(ViewKeyConstraint.GetErrorRecord((IEnumerable <ViewKeyConstraint>)readOnlyCollection));
}
}
}
public override bool Equals(object obj)
{
if (object.ReferenceEquals((object)this, obj))
{
return(true);
}
CellGroupValidator.ExtentPair extentPair = obj as CellGroupValidator.ExtentPair;
if (extentPair == null || !extentPair.cExtent.Equals((object)this.cExtent))
{
return(false);
}
return(extentPair.sExtent.Equals((object)this.sExtent));
}
