public static void ParseResult(string content)
{
var simpleModel = new SimpleBenchmarkModel();
var configData = simpleModel.Deserialize(content);
var percentileList = SignalRConstants.PERCENTILE_LIST.Split(",")
.Select(ind => Convert.ToDouble(ind)).ToArray();
StatisticsParser.Parse(
configData.Config.ResultFilePath,
percentileList,
SignalRConstants.LATENCY_STEP,
SignalRConstants.LATENCY_MAX,
Log.Information);
}
public static bool IsResultParser(string content)
{
var simpleModel = new SimpleBenchmarkModel();
var configData = simpleModel.Deserialize(content);
var errCode = configData.isValid();
if (errCode != ERRORCODE.NoErr)
{
throw new Exception($"Invalid benchmark configuration: {ErrorMap[errCode]}");
}
if (configData.isResultParser())
{
return(true);
}
return(false);
}
private void HandleSimpleConfiguration(string content)
{
var simpleModel = new SimpleBenchmarkModel();
var configData = simpleModel.Deserialize(content);
var errCode = configData.isValid();
if (errCode != ERRORCODE.NoErr)
{
throw new Exception($"Invalid benchmark configuration: {ErrorMap[errCode]}");
}
string url = null;
Debug = configData.IsDebug();
if (configData.isResultParser())
{
return;
}
// create connections
// Check REST API connection first
if (configData.IsDirect())
{
url = configData.Config.ConnectionString;
var masterStep = CreateDirectConnection(
configData.Config.Connections,
url,
configData.Config.Protocol,
configData.Config.Transport,
configData.Scenario.Name);
AddSingleMasterStep(masterStep);
}
else if (configData.IsCore())
{
url = String.IsNullOrEmpty(configData.Config.WebAppTarget) ?
configData.Config.ConnectionString : configData.Config.WebAppTarget;
var masterStep = CreateCoreConnection(
configData.Config.Connections,
url,
configData.Config.Protocol,
configData.Config.Transport,
configData.Scenario.Name);
AddSingleMasterStep(masterStep);
}
else if (configData.IsAspNet())
{
url = configData.Config.WebAppTarget;
var masterStep = CreateAspNetConnection(
configData.Config.Connections,
url,
configData.Config.Protocol,
configData.Config.Transport,
configData.Scenario.Name);
AddSingleMasterStep(masterStep);
}
else
{
// error
}
// create statistics
if (configData.isPerf())
{
var masterStep = InitStatisticsCollector(configData.Scenario.Name);
AddSingleMasterStep(masterStep);
masterStep = CollectStatistics(configData.Scenario.Name, configData.IsDebug(), configData.Config.ResultFilePath);
AddSingleMasterStep(masterStep);
}
else if (configData.isLongrun())
{
var masterStep = InitConnectionStatisticsCollector(configData.Scenario.Name);
AddSingleMasterStep(masterStep);
masterStep = CollectConnectionStatistics(configData.Scenario.Name, configData.IsDebug(), configData.Config.ResultFilePath);
AddSingleMasterStep(masterStep);
}
else
{
// error
}
// register callbacks
if (configData.isPerf())
{
var masterStep = RegisterRecordLatency(configData.Scenario.Name);
AddSingleMasterStep(masterStep);
}
else if (configData.isLongrun())
{
var masterStep = RegisterRecordLatency(configData.Scenario.Name);
AddSingleMasterStep(masterStep);
masterStep = RegisterOnConnected(configData.Scenario.Name);
AddSingleMasterStep(masterStep);
}
// start connection
AddSingleMasterStep(StartConnectin(configData.Config.ArrivingBatchMode,
configData.Config.ArrivingRate,
configData.Scenario.Name,
configData.Config.ArrivingBatchWait));
// wait for connections finish
AddSingleMasterStep(Wait(configData.Scenario.Name));
// reconnect if start connection has failures
AddSingleMasterStep(Reconnect(configData.Config.Connections,
url,
configData.Config.Protocol,
configData.Config.Transport,
configData.Config.ArrivingBatchMode,
configData.Scenario.Name,
configData.Config.ArrivingRate));
if (configData.Scenario.Name.EndsWith("Group"))
{
AddSingleMasterStep(JoinGroup(configData.Scenario.Name,
configData.Scenario.Parameters.GroupCount,
configData.Config.Connections));
AddSingleMasterStep(Wait(configData.Scenario.Name));
}
else if (configData.Scenario.Name == "sendToClient")
{
AddSingleMasterStep(CollectConnectionId(configData.Scenario.Name));
AddSingleMasterStep(Wait(configData.Scenario.Name));
AddSingleMasterStep(Reconnect(configData.Config.Connections,
url,
configData.Config.Protocol,
configData.Config.Transport,
configData.Config.ArrivingBatchMode,
configData.Scenario.Name,
configData.Config.ArrivingRate));
AddSingleMasterStep(Wait(configData.Scenario.Name));
AddSingleMasterStep(CollectConnectionId(configData.Scenario.Name));
}
// setup backgroud task of repairing connections for longrun
if (configData.isLongrun())
{
if (configData.Scenario.Name.EndsWith("Group"))
{
AddSingleMasterStep(RepairConnections(configData.Scenario.Name, "JoinToGroup"));
}
else
{
AddSingleMasterStep(RepairConnections(configData.Scenario.Name));
}
}
// sending steps
if (configData.Config.BaseSending > 0)
{
// Find the scenario method by name
var scenario = configData.Scenario.Name;
var scenarioNameLen = scenario.Length;
var methodName = scenario.Substring(0, 1).ToUpper() + scenario.Substring(1, scenarioNameLen - 1);
var scenarioMethod = GetType().GetMethod(methodName);
// Calculate the steps
var s = (configData.Config.Connections - configData.Config.BaseSending) / configData.Config.Step + 1;
var steps = s;
if (configData.Config.SendingSteps != SimpleBenchmarkModel.DEFAULT_SENDING_STEPS &&
steps > configData.Config.SendingSteps)
{
steps = configData.Config.SendingSteps;
}
for (int i = 0; i < steps; i++)
{
var endIndex = (uint)(configData.Config.BaseSending + i * configData.Config.Step);
if (i > 0)
{
// conditional stop and reconnect
if (configData.isPerf())
{
AddSingleMasterStep(ConditionalStop(configData.Scenario.Name,
configData.Config.Connections,
configData.Config.ConnectionFailPercentage,
configData.Config.LatencyPercentage));
AddSingleMasterStep(Reconnect(configData.Config.Connections,
url,
configData.Config.Protocol,
configData.Config.Transport,
configData.Config.ArrivingBatchMode,
configData.Scenario.Name,
configData.Config.ArrivingRate));
if (configData.Scenario.Name == "sendToClient")
{
AddSingleMasterStep(CollectConnectionId(configData.Scenario.Name));
}
}
AddSingleMasterStep(ConditionalStop(configData.Scenario.Name,
configData.Config.Connections,
configData.Config.ConnectionFailPercentage,
configData.Config.LatencyPercentage));
}
// sending scenario
var step = scenarioMethod.Invoke(this, new object[] { configData, endIndex });
AddSingleMasterStep((MasterStep)step);
AddSingleMasterStep(Wait(configData.Scenario.Name));
}
// post stop and clean steps
if (configData.Scenario.Name.EndsWith("Group"))
{
AddSingleMasterStep(LeaveGroup(configData.Scenario.Name,
configData.Scenario.Parameters.GroupCount,
configData.Config.Connections));
}
AddSingleMasterStep(StopCollector(configData.Scenario.Name));
AddSingleMasterStep(StopConnection(configData.Scenario.Name));
AddSingleMasterStep(DisposeConnection(configData.Scenario.Name));
}
}
