public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp for losssetup
var tcdQ4 = from tcd in db.LOSSetups
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (LOSSetup tcd in tcdQ4)
{
BsonDocument doc = buildLossSetup(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp for sensitivities
var tcdQ = from tcd in db.RSSISetups
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (RSSISetup tcd in tcdQ)
{
BsonDocument doc = buildRssiSetup(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return(count);
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp for losssetup
var tcdQ4 = from tcd in db.LOSSetups
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (LOSSetup tcd in tcdQ4)
{
BsonDocument doc = buildLossSetup(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp for sensitivities
var tcdQ = from tcd in db.RSSISetups
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (RSSISetup tcd in tcdQ)
{
BsonDocument doc = buildRssiSetup(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return count;
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp for channel data
var tcdQ4 = from tcd in db.TxSetupChannelDatas
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (TxSetupChannelData tcd in tcdQ4)
{
BsonDocument doc = buildSetupChannelData(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp for matrix
var tcdQ = from tcd in db.TxMatrices
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (TxMatrix tcd in tcdQ)
{
BsonDocument doc = buildMatrix(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return count;
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp module VCC setup
var tcdQ4 = from tcd in db.VCCSetups
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (VCCSetup tcd in tcdQ4)
{
BsonDocument doc = buildVccSetup(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp module power consumption test
var tcdQ = from tcd in db.TempSetups
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (TempSetup tcd in tcdQ)
{
BsonDocument doc = buildTempSetup(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return(count);
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp module VCC setup
var tcdQ4 = from tcd in db.VCCSetups
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (VCCSetup tcd in tcdQ4)
{
BsonDocument doc = buildVccSetup(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp module power consumption test
var tcdQ = from tcd in db.TempSetups
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (TempSetup tcd in tcdQ)
{
BsonDocument doc = buildTempSetup(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return count;
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp for channel data
var tcdQ4 = from tcd in db.TxSetupChannelDatas
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (TxSetupChannelData tcd in tcdQ4)
{
BsonDocument doc = buildSetupChannelData(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp for matrix
var tcdQ = from tcd in db.TxMatrices
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (TxMatrix tcd in tcdQ)
{
BsonDocument doc = buildMatrix(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return(count);
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp for rxAmplitudeTest
var tcdQ4 = from tcd in db.RxAmplitudeTests
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (RxAmplitudeTest tcd in tcdQ4)
{
BsonDocument doc = buildRxAmplitudeTest(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp for sensitivities
var tcdQ = from tcd in db.Sensitivities
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (Sensitivity tcd in tcdQ)
{
BsonDocument doc = buildSensitivity(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp for rssitests
var tcdQ2 = from tcd in db.RSSITests
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (RSSITest tcd in tcdQ2)
{
BsonDocument doc = buildRSSITest(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp for lostest
var tcdQ3 = from tcd in db.LOSTests
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (LOSTest tcd in tcdQ3)
{
BsonDocument doc = buildLOSTest(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return count;
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp for rxAmplitudeTest
var tcdQ4 = from tcd in db.RxAmplitudeTests
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (RxAmplitudeTest tcd in tcdQ4)
{
BsonDocument doc = buildRxAmplitudeTest(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp for sensitivities
var tcdQ = from tcd in db.Sensitivities
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (Sensitivity tcd in tcdQ)
{
BsonDocument doc = buildSensitivity(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp for rssitests
var tcdQ2 = from tcd in db.RSSITests
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (RSSITest tcd in tcdQ2)
{
BsonDocument doc = buildRSSITest(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp for lostest
var tcdQ3 = from tcd in db.LOSTests
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (LOSTest tcd in tcdQ3)
{
BsonDocument doc = buildLOSTest(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return(count);
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp module VCC test
var tcdQ4 = from tcd in db.ModuleVccTests
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (ModuleVccTest tcd in tcdQ4)
{
BsonDocument doc = buildVccTest(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp module power consumption test
var tcdQ = from tcd in db.ModulePowerConsumptionTests
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (ModulePowerConsumptionTest tcd in tcdQ)
{
BsonDocument doc = buildPowerConsumption(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp module mSA temperature test
var tcdQ2 = from tcd in db.ModuleMSATemperatureTests
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (ModuleMSATemperatureTest tcd in tcdQ2)
{
BsonDocument doc = buildMSATemperature(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return(count);
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp module VCC test
var tcdQ4 = from tcd in db.ModuleVccTests
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (ModuleVccTest tcd in tcdQ4)
{
BsonDocument doc = buildVccTest(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp module power consumption test
var tcdQ = from tcd in db.ModulePowerConsumptionTests
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (ModulePowerConsumptionTest tcd in tcdQ)
{
BsonDocument doc = buildPowerConsumption(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
// Retrieve data updated after timestamp module mSA temperature test
var tcdQ2 = from tcd in db.ModuleMSATemperatureTests
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (ModuleMSATemperatureTest tcd in tcdQ2)
{
BsonDocument doc = buildMSATemperature(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return count;
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp for channel data
var tcdQ4 = from tcd in db.PowerCalBeforeTxSet
where tcd.Timestamp >= start && tcd.Timestamp < end
select tcd;
foreach (KAIAM.DataAccess.PowerCalBeforeTx tcd in tcdQ4)
{
BsonDocument doc = buildPowerCal(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return count;
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp for channel data
var tcdQ4 = from tcd in db.PowerCheckAssemblySet
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (KAIAM.DataAccess.PowerCheckAssembly tcd in tcdQ4)
{
BsonDocument doc = buildPowerCal(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return(count);
}
// Helper function to speed up DUT retrieval by caching it in the local dictionary
public DUT getDUT(Guid dutId)
{
if (DUTs.ContainsKey(dutId))
{
return(DUTs[dutId]);
}
else
{
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
var dut = (from d in db.DUTs where d.Id == dutId select d);
if (dut.Any())
{
DUTs.Add(dutId, dut.First());
return(dut.First());
}
}
}
return(null);
}
// Helper function to speed up rack retrieval by caching it in the local dictionary
public Rack getRack(Guid rackId)
{
if (racks.ContainsKey(rackId))
{
return(racks[rackId]);
}
else
{
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
var rack = (from d in db.Racks where d.Id == rackId select d);
if (rack.Any())
{
racks.Add(rackId, rack.First());
return(rack.First());
}
}
}
return(null);
}
// Helper function to speed up part family retrieval by caching it in the local dictionary
private PartFamily getPartFamily(Guid partFamilyId)
{
if (partFamilies.ContainsKey(partFamilyId))
{
return(partFamilies[partFamilyId]);
}
else
{
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
var partFamily = (from d in db.PartFamilySet where d.Id == partFamilyId select d);
if (partFamily.Any())
{
partFamilies.Add(partFamilyId, partFamily.First());
return(partFamily.First());
}
}
}
return(null);
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp
var tcdQ = from tcd in db.Packouts
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (KAIAM.DataAccess.Packout tcd in tcdQ)
{
BsonDocument doc = buildMongoObject(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return(count);
}
// Helper function to speed up DUT retrieval by caching it in the local dictionary
public DUT getDUT(Guid dutId)
{
if (DUTs.ContainsKey(dutId))
{
return DUTs[dutId];
}
else
{
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
var dut = (from d in db.DUTs where d.Id == dutId select d);
if (dut.Any())
{
DUTs.Add(dutId, dut.First());
return dut.First();
}
}
}
return null;
}
// Helper function to speed up rack retrieval by caching it in the local dictionary
public Rack getRack(Guid rackId)
{
if (racks.ContainsKey(rackId))
{
return racks[rackId];
}
else
{
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
var rack = (from d in db.Racks where d.Id == rackId select d);
if (rack.Any())
{
racks.Add(rackId, rack.First());
return rack.First();
}
}
}
return null;
}
// Helper function to speed up device retrieval by caching it in the local dictionary
private Device getDevice(Guid deviceId, OutputPart outputPart)
{
if (devices.ContainsKey(deviceId))
{
return devices[deviceId];
}
else
{
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
var device = (from d in db.Devices where d.Id == deviceId select d);
if (device.Any())
{
Device dev = device.First();
if (outputPart != null && !outputParts.ContainsKey(outputPart.Id))
{
outputParts.Add(outputPart.Id, outputPart);
}
devices.Add(deviceId, device.First());
String cm = "Kaiam";
if (device.First().ContractManufacturer != null)
{
cm = device.First().ContractManufacturer.Name;
}
contrManufs.Add(deviceId, cm);
foreach (var br in device.First().BatchRequest.OrderBy(it => it.TimeStampRequested))
{
if (!batchRequests.ContainsKey(deviceId))
{
batchRequests.Add(deviceId, new List<_BatchRequest>());
}
batchRequests[deviceId].Add(new _BatchRequest { date = br.TimeStampRequested, name = br.Name });
}
// Deterimine tosa, rosa, pbda
try
{
if (device.First().AssemblyRecords.Any())
{
foreach (var assrec in device.First().AssemblyRecords)
{
if (assrec.AssemblyItems.Any())
{
foreach (var assitm in assrec.AssemblyItems)
{
if (assitm != null && assitm.BOMItem != null && assitm.BOMItem.InfeedPart != null)
{
if (!tosarosas.ContainsKey(deviceId))
{
tosarosas.Add(deviceId, new Dictionary<String, String>());
}
var asstype = assitm.BOMItem.InfeedPart.Name;
var assnumber = assitm.SerialNumber;
tosarosas[deviceId].Add(asstype, assnumber);
}
}
}
}
}
}
catch (Exception exc)
{
Program.log("ERROR: TOSA ROSA " + exc.Message);
}
return device.First();
}
}
}
return null;
}
public override int processTestData(DateTime start, DateTime end)
{
int count = 0;
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
// Retrieve data updated after timestamp
var tcdQ = from tcd in db.Packouts
where tcd.TimeStamp >= start && tcd.TimeStamp < end
select tcd;
foreach (KAIAM.DataAccess.Packout tcd in tcdQ)
{
BsonDocument doc = buildMongoObject(tcd);
saveDoc(doc);
Application.DoEvents();
count++;
}
}
return count;
}
// Helper function to speed up device retrieval by caching it in the local dictionary
private Device getDevice(Guid deviceId, OutputPart outputPart)
{
if (devices.ContainsKey(deviceId))
{
return(devices[deviceId]);
}
else
{
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
var device = (from d in db.Devices where d.Id == deviceId select d);
if (device.Any())
{
Device dev = device.First();
if (outputPart != null && !outputParts.ContainsKey(outputPart.Id))
{
outputParts.Add(outputPart.Id, outputPart);
}
devices.Add(deviceId, device.First());
String cm = "Kaiam";
if (device.First().ContractManufacturer != null)
{
cm = device.First().ContractManufacturer.Name;
}
contrManufs.Add(deviceId, cm);
foreach (var br in device.First().BatchRequest.OrderBy(it => it.TimeStampRequested))
{
if (!batchRequests.ContainsKey(deviceId))
{
batchRequests.Add(deviceId, new List <_BatchRequest>());
}
batchRequests[deviceId].Add(new _BatchRequest {
date = br.TimeStampRequested, name = br.Name
});
}
// Deterimine tosa, rosa, pbda
try
{
if (device.First().AssemblyRecords.Any())
{
foreach (var assrec in device.First().AssemblyRecords)
{
if (assrec.AssemblyItems.Any())
{
foreach (var assitm in assrec.AssemblyItems)
{
if (assitm != null && assitm.BOMItem != null && assitm.BOMItem.InfeedPart != null)
{
if (!tosarosas.ContainsKey(deviceId))
{
tosarosas.Add(deviceId, new Dictionary <String, String>());
}
var asstype = assitm.BOMItem.InfeedPart.Name;
var assnumber = assitm.SerialNumber;
tosarosas[deviceId].Add(asstype, assnumber);
}
}
}
}
}
}
catch (Exception exc)
{
Program.log("ERROR: TOSA ROSA " + exc.Message);
}
return(device.First());
}
}
}
return(null);
}
// Helper function to speed up part family retrieval by caching it in the local dictionary
private PartFamily getPartFamily(Guid partFamilyId)
{
if (partFamilies.ContainsKey(partFamilyId))
{
return partFamilies[partFamilyId];
}
else
{
using (KAIAMDataTestContainer db = new KAIAMDataTestContainer(Program.connString))
{
var partFamily = (from d in db.PartFamilySet where d.Id == partFamilyId select d);
if (partFamily.Any())
{
partFamilies.Add(partFamilyId, partFamily.First());
return partFamily.First();
}
}
}
return null;
}