//TestMethod
protected void TestWriter_When_BlobTable(string blobValue)
{
CreateTestableWithBlob(TestTable, blobValue);
writer.Write(new List <string> {
TestTable
});
File.Exists(writer.Directory + DataFile).Should().BeTrue("because data was written");
string blobDirectory = $@"{writer.Directory}\{TestTable}\";
System.IO.Directory.Exists(blobDirectory).Should().BeTrue("because table has blob column");
string blobFile = $@"{blobDirectory}i000000000000000.raw";
File.Exists(blobFile).Should().BeTrue("because table has blob values");
}
private void WriteCompressedEmptyTable()
{
IAWriter writer = AWriterFactory.CreateInstance(DbContext);
writer.Directory = Directory;
writer.UseCompression = true;
writer.Write(new List <string> {
TestTable
});
}
protected void WriteAndRead()
{
_writer.Directory = Directory;
_writer.Write(new List <string> {
TestTable
});
DbSchema.DropTable(TestTable);
_reader.Directory = Directory;
int totalTables;
int failedTables;
_reader.Read(new List <string> {
TestTable
}, out totalTables, out failedTables);
}
private static void CopyOut(IDbContext dbContext, IArgumentCollection settings, List <string> tables)
{
IAWriter writer = AWriterFactory.CreateInstance(dbContext, new ConsoleLogger());
writer.Directory = settings["Folder"].Value;
if (settings["MaxDegreeOfParallelism"].IsSet)
{
writer.MaxDegreeOfParallelism = int.Parse(settings["MaxDegreeOfParallelism"].Value);
}
if (settings["DataFileSuffix"].IsSet)
{
writer.DataFileSuffix = settings["DataFileSuffix"].Value;
}
if (settings["SchemaFileSuffix"].IsSet)
{
writer.SchemaFileSuffix = settings["SchemaFileSuffix"].Value;
}
writer.UseCompression = settings["UseCompression"].IsSet;
writer.UseU4Indexes = settings["UseU4Indexes"].IsSet;
writer.Write(tables);
}
