public async Task GetClusterInfo_TryGetClusterInfo_SuccefullyGetClusterInfo()
{
_clusterManager.Setup(x => x.ClusterInfoAsync()).ReturnsAsync(_clusterInfoResult.Object);
_clusterInfoResult.SetupGet(x => x.Success).Returns(true);
_clusterInfoResult.SetupGet(x => x.Value).Returns(_clusterInfo.Object);
IClusterInfo info = await _target.GetClusterInfoAsync();
Assert.AreEqual(_clusterInfo.Object, info);
_clusterManager.Verify(x => x.ClusterInfoAsync(), Times.Once);
}
public Session(IClusterInfo clusterInfo, ISessionInfo sessionInfo)
{
ClusterInfo = clusterInfo;
InfoBaseShort = sessionInfo.infoBase;
SessionInfo = sessionInfo;
AppID = sessionInfo.AppID;
SessionID = sessionInfo.SessionID;
UserName = sessionInfo.userName;
Process = sessionInfo.process;
Connection = sessionInfo.connection;
DbProcInfo = sessionInfo.dbProcInfo;
DbProcTook = ((float)sessionInfo.dbProcTook / 1000);
StartedAt = sessionInfo.StartedAt;
ConnID = Connection == null ? 0 : Connection.ConnID;
}
protected override Task <HealthCheckResult> GetHealthCheckResult(IClusterInfo cluster)
{
var health = HealthCheckResult.Create(Id);
var ram = cluster.Pools().StorageTotals.Ram;
var used = (int)Math.Round((double)ram.QuotaUsed / ram.QuotaTotal * 100, 0);
if (used > 85)
{
health.SetStatus(Status.Warning).SetLevel(LogLevel.Warn).SetReason($"Available quota memory is less than 15%.");
}
else
{
health.SetStatus(Status.Okay);
}
return(Task.FromResult(health));
}
protected abstract Task <HealthCheckResult> GetHealthCheckResult(IClusterInfo cluster);
