internal RecordItemCommitScheduler(LocalRecordStoreTable recordStores)
 {
     if (recordStores == null)
     {
         throw new ArgumentNullException("recordStores");
     } 
     
     this.IsEnabled = false;
     // Let the app decide whether they want to use a timer, network monitoring, or both
     // Turned off by default               
     m_monitorNetwork = false; 
     m_timerPeriod = TimeSpan.Zero;
     m_recordStores = recordStores;
     m_lock = new object();
 }
 internal LocalRecordStore(IRecord record, IObjectStore parentStore, LocalRecordStoreTable recordStoreTable)
 {
     Initialize(record, parentStore, recordStoreTable);
 }
 private void Initialize(IRecord record, IObjectStore parentStore, LocalRecordStoreTable recordStoreTable)
 {
     m_record = record;
     m_metadataLock = new CrossThreadLock(false);
     Task.Run(() => EnsureStores(parentStore, recordStoreTable)).Wait();
 }
        internal async Task EnsureStores(IObjectStore parentStore, LocalRecordStoreTable recordStoreTable)
        {
            m_root = await parentStore.CreateChildStoreAsync(m_record.ID);

            IObjectStore child;

            child = await m_root.CreateChildStoreAsync("Data");
            LocalItemStore itemStore = new LocalItemStore(child, (recordStoreTable != null) ? recordStoreTable.ItemCache : null);

            child = await m_root.CreateChildStoreAsync("Changes");
            RecordItemChangeTable changeTable = new RecordItemChangeTable(child, null);

            m_dataStore = new SynchronizedStore(m_record, itemStore, changeTable);

            child = await m_root.CreateChildStoreAsync("Metadata");
            m_metadataStore = new LocalStore(child);

            child = await m_root.CreateChildStoreAsync("Blobs");
            m_blobs = new LocalStore(child);

            m_synchronizedTypes = new SynchronizedTypeManager(this);
        }