public void TestWriteWithTornMessage()
{
var tableEncoderTester = new TableEncoderTester();
// Setup encoder
var encoder = new SbeTableEncoder();
var stream = new MemoryStream();
var table = TestTableHelper.CreateReactiveTableFull();
var columnsToFieldIds = new Dictionary <string, int>
{
{ TestTableColumns.IdColumn, 101 },
{ TestTableColumns.StringColumn, 102 },
{ TestTableColumns.DecimalColumn, 103 },
{ TestTableColumns.BoolColumn, 104 },
{ TestTableColumns.DoubleColumn, 105 },
{ TestTableColumns.ShortColumn, 106 },
{ TestTableColumns.LongColumn, 107 },
// {TestTableColumns.DateTimeColumn, 108},
// {TestTableColumns.TimespanColumn, 109},
// {TestTableColumns.GuidColumn, 110},
{ TestTableColumns.FloatColumn, 111 },
{ TestTableColumns.ByteColumn, 112 },
{ TestTableColumns.CharColumn, 113 },
};
encoder.Setup(stream, table, new SbeTableEncoderState {
ColumnsToFieldIds = columnsToFieldIds
});
// Add data
var row1 = TableEncoderTester.AddTestRow(table, false);
var row2 = TableEncoderTester.AddTestRow(table, false);
tableEncoderTester.UpdateTestRow(table, row1, false);
tableEncoderTester.UpdateTestRow(table, row2, false);
encoder.Dispose();
//stream.Flush();
stream.Seek(0, SeekOrigin.Begin);
// Decode
var destTable = TestTableHelper.CreateReactiveTableFull();
// Read in chunks to simulate receiving over a network stream
var tableDecoder = new SbeTableDecoder(60);
var t = Task.Run(() =>
tableDecoder.Setup(stream, destTable, new SbeTableDecoderState {
FieldIdsToColumns = columnsToFieldIds.InverseUniqueDictionary()
})
);
t.Wait(200);
tableDecoder.Stop();
tableEncoderTester.CompareTables(table, destTable);
}
public void Test()
{
var tableEncoderTester = new TableEncoderTester();
// Setup encoder
var encoder = new ProtobufTableEncoder();
var stream = new MemoryStream();
var table = TestTableHelper.CreateReactiveTableFull();
var columnsToFieldIds = new Dictionary <string, int>
{
{ TestTableColumns.IdColumn, 101 },
{ TestTableColumns.StringColumn, 102 },
{ TestTableColumns.DecimalColumn, 103 },
{ TestTableColumns.BoolColumn, 104 },
{ TestTableColumns.DoubleColumn, 105 },
{ TestTableColumns.ShortColumn, 106 },
{ TestTableColumns.LongColumn, 107 },
{ TestTableColumns.DateTimeColumn, 108 },
{ TestTableColumns.TimespanColumn, 109 },
{ TestTableColumns.GuidColumn, 110 },
{ TestTableColumns.FloatColumn, 111 },
{ TestTableColumns.ByteColumn, 112 },
{ TestTableColumns.CharColumn, 113 },
};
encoder.Setup(stream, table, new ProtobufEncoderState(columnsToFieldIds));
// Add data
var row1 = TableEncoderTester.AddTestRow(table);
var row2 = TableEncoderTester.AddTestRow(table);
tableEncoderTester.UpdateTestRow(table, row1);
encoder.Dispose();
//stream.Flush();
stream.Seek(0, SeekOrigin.Begin);
// Decode
var destTable = TestTableHelper.CreateReactiveTableFull();
var tableDecoder = new ProtobufTableDecoder();
tableDecoder.Setup(stream, destTable, columnsToFieldIds.InverseUniqueDictionary());
// Task.Run(() => tableDecoder.Start());
Thread.Sleep(100);
tableDecoder.Stop();
tableEncoderTester.CompareTables(table, destTable);
}
