private void UpdateReplicationPerformance(SqlReplicationConfig replicationConfig, DateTime startTime, TimeSpan elapsed, int batchSize)
{
var performance = new SqlReplicationPerformanceStats
{
BatchSize = batchSize,
Duration = elapsed,
Started = startTime
};
var sqlReplicationMetricsCounters = GetSqlReplicationMetricsManager(replicationConfig);
sqlReplicationMetricsCounters.ReplicationPerformanceStats.Enqueue(performance);
while (sqlReplicationMetricsCounters.ReplicationPerformanceStats.Count() > 25)
{
SqlReplicationPerformanceStats _;
sqlReplicationMetricsCounters.ReplicationPerformanceStats.TryDequeue(out _);
}
}
protected bool Equals(SqlReplicationPerformanceStats other)
{
return(BatchSize == other.BatchSize && Duration.Equals(other.Duration) && Started.Equals(other.Started));
}
private void UpdateReplicationPerformance(SqlReplicationConfig replicationConfig, DateTime startTime, TimeSpan elapsed, int batchSize)
{
var performance = new SqlReplicationPerformanceStats
{
BatchSize = batchSize,
Duration = elapsed,
Started = startTime
};
var sqlReplicationMetricsCounters = GetSqlReplicationMetricsManager(replicationConfig);
sqlReplicationMetricsCounters.ReplicationPerformanceStats.Enqueue(performance);
while (sqlReplicationMetricsCounters.ReplicationPerformanceStats.Count() > 25)
{
SqlReplicationPerformanceStats _;
sqlReplicationMetricsCounters.ReplicationPerformanceStats.TryDequeue(out _);
}
}
protected bool Equals(SqlReplicationPerformanceStats other)
{
return BatchSize == other.BatchSize && Duration.Equals(other.Duration) && Started.Equals(other.Started);
}
