/// <summary>
/// Create a new BPI, and serialize the changeset if not in memory
/// </summary>
internal static async Task <BatchPartInfo> CreateBatchPartInfoAsync(int batchIndex, SyncSet set, string fileName, string directoryFullPath, bool isLastBatch, BaseOrchestrator orchestrator = null)
{
BatchPartInfo bpi = null;
// Create a batch part
// The batch part creation process will serialize the changesSet to the disk
// Serialize the file !
await SerializeAsync(set.GetContainerSet(), fileName, directoryFullPath, orchestrator);
bpi = new BatchPartInfo {
FileName = fileName
};
bpi.Index = batchIndex;
bpi.IsLastBatch = isLastBatch;
// Even if the set is empty (serialized on disk), we should retain the tables names
if (set != null)
{
bpi.Tables = set.Tables.Select(t => new BatchPartTableInfo(t.TableName, t.SchemaName, t.Rows.Count)).ToArray();
bpi.RowsCount = set.Tables.Sum(t => t.Rows.Count);
}
return(bpi);
}
/// <summary>
/// Create a new BPI, and serialize the changeset if not in memory
/// </summary>
internal static BatchPartInfo CreateBatchPartInfo(int batchIndex, SyncSet set, string fileName, string directoryFullPath, bool isLastBatch)
{
BatchPartInfo bpi = null;
// Create a batch part
// The batch part creation process will serialize the changesSet to the disk
// Serialize the file !
Serialize(set.GetContainerSet(), fileName, directoryFullPath);
bpi = new BatchPartInfo {
FileName = fileName
};
bpi.Index = batchIndex;
bpi.IsLastBatch = isLastBatch;
// Even if the set is empty (serialized on disk), we should retain the tables names
if (set != null)
{
bpi.Tables = set.Tables.Select(t => new BatchPartTableInfo(t.TableName, t.SchemaName)).ToArray();
}
return(bpi);
}
