private void AssertBatchRecordExists(List <BatchRead> list, string binName, int i)
{
BatchRead batch = list[i];
AssertRecordFound(batch.key, batch.record);
Xunit.Assert.NotEqual(0, batch.record.generation);
Xunit.Assert.NotEqual(0, batch.record.expiration);
}
private static void AssertBatchRecordExists(List <BatchRead> list, string binName, int i)
{
BatchRead batch = list[i];
//AssertRecordFound(batch.key, batch.record);
//Console.WriteLine(batch.record.generation);
Console.WriteLine(batch.record.expiration);
}
private static void AssertBatchBinEqual(List <BatchRead> list, string binName, int i)
{
BatchRead batch = list[i];
//AssertBinEqual(batch.key, batch.record, binName, valuePrefix + (i + 1));
Console.WriteLine(batch.record.GetValue(binName));
}
public static void BatchReadComplex(AerospikeClient client)
{
Console.WriteLine("BatchReadComplex");
// Batch allows multiple namespaces in one call, but example test environment may only have one namespace.
string[] bins = new string[] { binName };
List <BatchRead> records = new List <BatchRead>();
records.Add(new BatchRead(new Key("test", "Write", keyPrefix + 1), bins));
records.Add(new BatchRead(new Key("test", "Write", keyPrefix + 2), true));
records.Add(new BatchRead(new Key("test", "Write", keyPrefix + 3), true));
records.Add(new BatchRead(new Key("test", "Write", keyPrefix + 4), false));
records.Add(new BatchRead(new Key("test", "Write", keyPrefix + 5), true));
records.Add(new BatchRead(new Key("test", "Write", keyPrefix + 6), true));
records.Add(new BatchRead(new Key("test", "Write", keyPrefix + 7), bins));
// This record should be found, but the requested bin will not be found.
records.Add(new BatchRead(new Key("test", "Write", keyPrefix + 8), new string[] { "binnotfound" }));
// This record should not be found.
records.Add(new BatchRead(new Key("test", "Write", "keynotfound"), bins));
// Execute batch.
client.Get(null, records);
AssertBatchBinEqual(records, binName, 0);
AssertBatchBinEqual(records, binName, 1);
AssertBatchBinEqual(records, binName, 2);
AssertBatchRecordExists(records, binName, 3);
AssertBatchBinEqual(records, binName, 4);
AssertBatchBinEqual(records, binName, 5);
AssertBatchBinEqual(records, binName, 6);
BatchRead batch = records[7];
object val = batch.record.GetValue("binnotfound");
if (val != null)
{
Console.WriteLine("Unexpected batch bin value received");
}
batch = records[8];
if (batch.record != null)
{
Console.WriteLine("Unexpected batch record received");
}
}
/// <inheritdoc cref="IEnumerable{T}.GetEnumerator" />
public IEnumerator <string> GetEnumerator()
{
Log.Trace
(
"BatchRecordFormatter::GetEnumerator: start"
);
foreach (int[] package in _packages)
{
string[] records = Connection.FormatRecords
(
Database,
Format,
package
);
// ReSharper disable once ConditionIsAlwaysTrueOrFalse
if (!ReferenceEquals(records, null))
{
RecordsFormatted += records.Length;
BatchRead.Raise(this);
foreach (string record in records)
{
yield return(record);
}
}
}
Log.Trace
(
"BatchRecordFormatter::GetEnumerator: end"
);
if (_ownConnection)
{
Connection.Dispose();
}
}
private void AssertBatchBinEqual(List <BatchRead> list, string binName, int i)
{
BatchRead batch = list[i];
AssertBinEqual(batch.key, batch.record, binName, valuePrefix + (i + 1));
}
