// [END bigtable_filters_limit_cells_per_row]
// [START bigtable_filters_limit_cells_per_row_offset]
/// <summary>
/// /// Read using a cells per row offset filter from an existing table.
///</summary>
/// <param name="projectId">Your Google Cloud Project ID.</param>
/// <param name="instanceId">Your Google Cloud Bigtable Instance ID.</param>
/// <param name="tableId">Your Google Cloud Bigtable table ID.</param>
public string filterLimitCellsPerRowOffset(
String projectId, String instanceId, String tableId)
{
// A filter that skips the first 2 cells per row
RowFilter filter = RowFilters.CellsPerRowOffset(2);
return(readFilter(projectId, instanceId, tableId, filter));
}
public void TestRowFilter()
{
var rowFilter = RowFilters.Chain(
RowFilters.CellsPerColumnLimit(1),
RowFilters.CellsPerRowOffset(2),
RowFilters.CellsPerRowLimit(10));
ReadRowsRequest originalRequest = CreateRowFilterRequest(rowFilter);
BigtableReadRowsRequestManager underTest = new BigtableReadRowsRequestManager(originalRequest);
Assert.Equal(originalRequest, underTest.BuildUpdatedRequest());
}
public void TestRowFilter()
{
var rowFilter = RowFilters.Chain(
RowFilters.CellsPerColumnLimit(1),
RowFilters.CellsPerRowOffset(2),
RowFilters.CellsPerRowLimit(10));
var originalRequest = new ReadRowsRequest
{
Rows = RowSet.FromRowKey("a"),
Filter = rowFilter
};
BigtableReadRowsRequestManager underTest = new BigtableReadRowsRequestManager(originalRequest);
Assert.Equal(originalRequest, underTest.BuildUpdatedRequest());
}
public void CellsPerRowOffset()
{
var filter = RowFilters.CellsPerRowOffset(3);
Assert.Equal(3, filter.CellsPerRowOffsetFilter);
}
