public ResponseBo <PersonProductProfileBo> GetProfile(PersonProductProfileGetCriteriaBo criteriaBo)
{
if (criteriaBo.CaseId == 0 && (criteriaBo.PersonUrlName.IsNull() || criteriaBo.PersonUrlName.Trim().Length > 50))
{
return(new ResponseBo <PersonProductProfileBo>()
{
IsSuccess = false,
Message = Stc.GetDicValue("xNoShopFound", criteriaBo.Session.RealPerson.LanguageId)
});
}
else if (criteriaBo.CaseId == 1 && criteriaBo.PersonProductId.IsNull())
{
return(new ResponseBo <PersonProductProfileBo>()
{
IsSuccess = false,
Message = Stc.GetDicValue("xInvalidData", criteriaBo.Session.RealPerson.LanguageId)
});
}
ResponseBo <PersonProductProfileBo> responseBo = new ResponseBo <PersonProductProfileBo>();
try
{
using (SqlConnection conn = DbAccess.Connection.GetConn())
{
var p = new DynamicParameters();
p.Add("@Message", dbType: DbType.String, direction: ParameterDirection.Output, size: 255);
p.Add("@IsSuccess", dbType: DbType.Boolean, direction: ParameterDirection.Output);
p.Add("@CaseId", criteriaBo.CaseId, DbType.Int32, ParameterDirection.Input);
p.Add("@PersonUrlName", criteriaBo.PersonUrlName, DbType.String, ParameterDirection.Input, 50);
p.Add("@ProductCode", criteriaBo.ProductCode, DbType.String, ParameterDirection.Input, 50);
p.Add("@PersonProductId", criteriaBo.PersonProductId, DbType.Int64, ParameterDirection.Input);
p.Add("@MyPersonId", criteriaBo.Session.MyPerson.Id, DbType.Int64, ParameterDirection.Input);
p.Add("@OperatorRealId", criteriaBo.Session.RealPerson.Id, DbType.Int64, ParameterDirection.Input);
p.Add("@LanguageId", criteriaBo.Session.RealPerson.LanguageId, DbType.Int32, ParameterDirection.Input);
responseBo.Bo = conn.Query <PersonProductProfileBo>("spPersonProductProfileGet", p, commandType: CommandType.StoredProcedure).FirstOrDefault();
responseBo.Message = p.Get <string>("@Message");
responseBo.IsSuccess = p.Get <bool>("@IsSuccess");
if (responseBo.Bo != null)
{
if (responseBo.Bo.CodeListRawJson.IsNotNull())
{
responseBo.Bo.CodeList = JsonConvert.DeserializeObject <List <ProductCodeBo> >(responseBo.Bo.CodeListRawJson);
}
}
}
}
catch (Exception ex)
{
responseBo = base.SaveExLog(ex, this.GetType(), MethodBase.GetCurrentMethod().Name, null).ToResponse <PersonProductProfileBo>();
}
return(responseBo);
}
public ResponseBo SaveOrderArea(ShopOrderAreaBo saveBo)
{
if (saveBo == null || saveBo.SubList == null || saveBo.SubList.Count == 0)
{
return(new ResponseBo()
{
IsSuccess = false,
Message = Stc.GetDicValue("xInvalidData", saveBo.Session.RealPerson.LanguageId)
});
}
ResponseBo responseBo = new ResponseBo();
try
{
using (SqlConnection conn = DbAccess.Connection.GetConn())
{
var p = new DynamicParameters();
p.Add("@Message", dbType: DbType.String, direction: ParameterDirection.Output, size: 255);
p.Add("@IsSuccess", dbType: DbType.Boolean, direction: ParameterDirection.Output);
p.Add("@ReturnedId", dbType: DbType.Int64, direction: ParameterDirection.Output);
p.Add("@Id", saveBo.Id, DbType.Int64, ParameterDirection.Input);
p.Add("PersonId", saveBo.PersonId, DbType.Int64, ParameterDirection.Input);
p.Add("@AddressBoundaryId", saveBo.AddressBoundaryId, DbType.Int32, ParameterDirection.Input);
p.Add("@AddressCountryId", saveBo.AddressCountryId, DbType.Int32, ParameterDirection.Input);
p.Add("@AddressStateId", saveBo.AddressStateId, DbType.Int32, ParameterDirection.Input);
p.Add("@AddressCityId", saveBo.AddressCityId, DbType.Int32, ParameterDirection.Input);
p.Add("@AddressDistrictId", saveBo.AddressDistrictId, DbType.Int32, ParameterDirection.Input);
p.Add("@CurrencyId", saveBo.CurrencyId, DbType.Int32, ParameterDirection.Input);
p.Add("@OrderDeliveryTypeId", saveBo.OrderDeliveryTypeId, DbType.Int32, ParameterDirection.Input);
p.Add("@SubListRawJson", JsonConvert.SerializeObject(saveBo.SubList), DbType.String, ParameterDirection.Input, 4000);
p.Add("@MyPersonId", saveBo.Session.MyPerson.Id, DbType.Int64, ParameterDirection.Input);
p.Add("@OperatorRealId", saveBo.Session.RealPerson.Id, DbType.Int64, ParameterDirection.Input);
p.Add("@LanguageId", saveBo.Session.RealPerson.LanguageId, DbType.Int32, ParameterDirection.Input);
var user = conn.Execute("spPersonOrderAreaSave", p, commandType: CommandType.StoredProcedure);
responseBo.Message = p.Get <string>("@Message");
responseBo.IsSuccess = p.Get <bool>("@IsSuccess");
responseBo.ReturnedId = p.Get <long?>("@ReturnedId");
}
}
catch (Exception ex)
{
responseBo = base.SaveExLog(ex, this.GetType(), MethodBase.GetCurrentMethod().Name, saveBo);
}
return(responseBo);
}
public void Run()
{
Stc.Init();
const bool ENABLE_CAPTURE = true;
string StcVersion = Stc.Get("system1", "Version");
Console.WriteLine("SpirentTestCenter system version:\t" + StcVersion);
// Physical topology
string szChassisIp1 = "10.29.0.49";
string szChassisIp2 = "10.29.0.45";
string txPortLoc = String.Format("//{0}/1/1", szChassisIp1);
string rxPortLoc = String.Format("//{0}/1/1", szChassisIp2);
// Create the root project object
Console.WriteLine("Creating project ...");
string hProject = Stc.Create("project", "system1");
// Create ports
Console.WriteLine("Creating ports ...");
string hPortTx = Stc.Create("port", hProject);
string hPortRx = Stc.Create("port", hProject);
Dictionary <string, string> sm = new Dictionary <string, string>();
sm.Clear();
sm["location"] = txPortLoc;
sm["useDefaultHost"] = "False";
Stc.Config(hPortTx, sm);
sm.Clear();
sm["location"] = rxPortLoc;
sm["useDefaultHost"] = "False";
Stc.Config(hPortRx, sm);
// Configure ethernet Fiber interface.
Stc.Create("EthernetCopper", hPortTx);
// Attach to ports.
Console.WriteLine("Attaching to ports {0} and {1}", txPortLoc, rxPortLoc);
Stc.Perform("AttachPorts");
// Apply the configuration.
Console.WriteLine("Apply configuration");
Stc.Apply();
// Initialize generator/analyzer.
string hGenerator = Stc.Get(hPortTx, "children-Generator");
string generatorState = Stc.Get(hGenerator, "state");
Console.WriteLine("Stopping Generator -current state " + generatorState);
sm.Clear();
sm["generatorList"] = hGenerator;
Stc.Perform("generatorStop", sm);
string hAnalyzer = Stc.Get(hPortRx, "children-Analyzer");
string analyzerState = Stc.Get(hAnalyzer, "state");
Console.WriteLine("Stopping Analyzer -current state " + analyzerState);
sm.Clear();
sm["analyzerList"] = hAnalyzer;
Stc.Perform("analyzerStop", sm);
// Create a stream block. FrameConfig with blank double quotes Clears the frame out.
Console.WriteLine("Configuring stream block ...");
string hStreamBlock = Stc.Create("streamBlock", hPortTx);
sm.Clear();
sm["insertSig"] = "true";
sm["frameConfig"] = "";
sm["frameLengthMode"] = "FIXED";
sm["maxFrameLength"] = "1200";
sm["FixedFrameLength"] = "256";
Stc.Config(hStreamBlock, sm);
// Add an EthernetII Protocol Data Unit (PDU).
Console.WriteLine("Adding headers");
string ethPDU = Stc.Create("ethernet:EthernetII", hStreamBlock);
sm.Clear();
sm["name"] = "sb1_eth";
sm["srcMac"] = "00:00:20:00:00:00";
sm["dstMac"] = "00:00:00:00:00:00";
Stc.Config(ethPDU, sm);
// Use modifier to generate multiple streams.
Console.WriteLine("Creating Modifier on Stream Block ...");
string hRangeModifier = Stc.Create("RangeModifier", hStreamBlock);
sm.Clear();
sm["ModifierMode"] = "INCR";
sm["Mask"] = "0000FFFFFFFF";
sm["StepValue"] = "000000000001";
sm["Data"] = "000000000000";
sm["RecycleCount"] = "4294967295";
sm["RepeatCount"] = "0";
sm["DataType"] = "BYTE";
sm["EnableStream"] = "FALSE";
sm["Offset"] = "0";
sm["OffsetReference"] = "sb1_eth.dstMac";
Stc.Config(hRangeModifier, sm);
// Configure generator
Console.WriteLine("Configuring Generator");
string hGeneratorConfig = Stc.Get(hGenerator, "children-GeneratorConfig");
sm.Clear();
sm["DurationMode"] = "SECONDS";
sm["BurstSize"] = "1";
sm["Duration"] = "100";
sm["LoadMode"] = "FIXED";
sm["FixedLoad"] = "25";
sm["LoadUnit"] = "PERCENT_LINE_RATE";
sm["SchedulingMode"] = "PORT_BASED";
Stc.Config(hGeneratorConfig, sm);
// Analyzer Configuration
Console.WriteLine("Configuring Analyzer");
string hAnalyzerConfig = Stc.Get(hAnalyzer, "children-AnalyzerConfig");
// Subscribe to realtime results
Console.WriteLine("Subscribe to results");
sm.Clear();
sm["Parent"] = hProject;
sm["ConfigType"] = "Analyzer";
sm["resulttype"] = "AnalyzerPortResults";
sm["filenameprefix"] = "Analyzer_Port_Results";
Stc.Subscribe(sm);
sm.Clear();
sm["Parent"] = hProject;
sm["ConfigType"] = "Generator";
sm["resulttype"] = "Generator";
sm["filenameprefix"] = "Generator_Port_Counter";
Stc.Subscribe(sm);
// Configure Capture.
string hCapture = "";
if (ENABLE_CAPTURE)
{
Console.WriteLine("\nStarting Capture...");
// Create a capture object. Automatically created.
hCapture = Stc.Get(hPortRx, "children-capture");
sm.Clear();
sm["mode"] = "REGULAR_MODE";
sm["srcMode"] = "TX_RX_MODE";
Stc.Config(hCapture, sm);
sm.Clear();
sm["captureProxyId"] = hCapture;
Stc.Perform("CaptureStart", sm);
}
// Apply configuration.
Console.WriteLine("Apply configuration");
Stc.Apply();
// Save the configuration as an XML file for later import into the GUI.
Console.WriteLine("\nSave configuration as an XML file.");
Stc.Perform("SaveAsXml");
// Start the analyzer and generator.
Console.WriteLine("Start Analyzer");
sm.Clear();
sm["AnalyzerList"] = hAnalyzer;
Stc.Perform("AnalyzerStart", sm);
analyzerState = Stc.Get(hAnalyzer, "state");
Console.WriteLine("Current analyzer state " + analyzerState);
Thread.Sleep(2000);
Console.WriteLine("Start Generator");
sm.Clear();
sm["GeneratorList"] = hGenerator;
Stc.Perform("GeneratorStart", sm);
generatorState = Stc.Get(hGenerator, "state");
Console.WriteLine("Current generator state " + generatorState);
Console.WriteLine("Wait 5 seconds ...");
Thread.Sleep(5000);
analyzerState = Stc.Get(hAnalyzer, "state");
generatorState = Stc.Get(hGenerator, "state");
Console.WriteLine("Current analyzer state " + analyzerState);
Console.WriteLine("Current generator state " + generatorState);
// Stop the analyzer.
Console.WriteLine("Stop Analyzer");
sm.Clear();
sm["AnalyzerList"] = hAnalyzer;
Stc.Perform("AnalyzerStop", sm);
Thread.Sleep(1000);
// Display some statistics.
Console.WriteLine("Frames Counts:");
// Example of Direct-Descendant Notation ( DDN ) syntax. ( DDN starts with an object reference )
string sigFrameCount = Stc.Get(String.Format("{0}.AnalyzerPortResults(1)", hAnalyzer), "sigFrameCount");
string totalFrameCount = Stc.Get(String.Format("{0}.AnalyzerPortResults(1)", hAnalyzer), "totalFrameCount");
Console.WriteLine("\tSignature frames: {0}", sigFrameCount);
Console.WriteLine("\tTotal frames: {0}", totalFrameCount);
// Example of Descendant-Attribute Notation ( DAN ) syntax. ( using explicit indeces )
string minFrameLength = Stc.Get(hPortRx, "Analyzer(1).AnalyzerPortResults(1).minFrameLength");
Console.WriteLine("\tMinFrameLength: {0}", minFrameLength);
// Notice indexing is not necessary since there is only 1 child.
string maxFrameLength = Stc.Get(hPortRx, "Analyzer.AnalyzerPortResults.maxFrameLength");
Console.WriteLine("\tMaxFrameLength: {0}", maxFrameLength);
if (ENABLE_CAPTURE)
{
Console.WriteLine("Retrieving Captured frames...");
sm.Clear();
sm["captureProxyId"] = hCapture;
Stc.Perform("CaptureStop", sm);
// Save captured frames to a file.
sm.Clear();
sm["captureProxyId"] = hCapture;
sm["FileName"] = "capture.pcap";
sm["FileNameFormat"] = "PCAP";
sm["IsScap"] = "FALSE";
Stc.Perform("CaptureDataSave", sm);
string capPackets = Stc.Get(hCapture, "PktCount");
Console.WriteLine("Captured frames:\t" + capPackets);
}
// Disconnect from chassis, release ports, and reset configuration.
Console.WriteLine("Release ports and disconnect from chassis");
Stc.Perform("ChassisDisconnectAll");
Stc.Perform("ResetConfig");
// Delete configuration
Console.WriteLine("Deleting project");
Stc.Delete(hProject);
}