public LexEntry CreateItem()
{
LexEntry item = _decoratedDataMapper.CreateItem();
_caches.AddItemToCaches(item);
return(item);
}
private void SynchronizeRepositories()
{
// if one persists, but not the other, then the persistable one wins
// otherwise, go with the repository most recently changed
IDataMapper <T> master = _secondary;
IDataMapper <T> slave = _primary;
if ((_primary.CanPersist && !_secondary.CanPersist) ||
(_primary.LastModified > _secondary.LastModified &&
_primary.CanPersist == _secondary.CanPersist))
{
master = _primary;
slave = _secondary;
}
RepositoryId[] ids = master.GetAllItems();
// avoid doing anything which would change LastModifiedTime if both are empty
if (ids.Length == 0 && slave.CountAllItems() == 0)
{
return;
}
slave.DeleteAllItems();
foreach (RepositoryId id in ids)
{
T slaveItem = slave.CreateItem();
_copyStrategy(slaveItem, master.GetItem(id));
}
}
public T CreateItem()
{
T item = _primary.CreateItem();
T item2 = _secondary.CreateItem();
_primarySecondaryMap.Add(_primary.GetId(item), _secondary.GetId(item2));
return(item);
}
public void StartWithItemsInSecondary_ItemsCopiedToPrimary()
{
PalasoTestItem item = _secondary.CreateItem();
item.StoredString = "item one";
item = _secondary.CreateItem();
item.StoredString = "item two";
_synchronic.Dispose();
_synchronic = new SynchronicRepository <PalasoTestItem>(_primary, _secondary);
Assert.AreEqual(2, _primary.CountAllItems());
var strings = new List <string>(2)
{
_primary.GetItem(_primary.GetAllItems()[0]).StoredString,
_primary.GetItem(_primary.GetAllItems()[1]).StoredString
};
Assert.Contains("item one", strings);
Assert.Contains("item two", strings);
}
