public CredentialsHeader GetCredentialsHeader(Credentials credentials)
{
var credentialsHeader = new CredentialsHeader()
{
Username = credentials.Username,
Password = credentials.Password,
Facility = credentials.Facility,
CultureId = "en"
};
return(credentialsHeader);
}
public void AddAccount_GivenValidCredentialsAndDto_ShouldAddTheAccountSuccessfully(int applicationId, string personNumber)
{
// ARRANGE
var app = GetApplication(applicationId);
var applicant = GetApplicant();
var addAccount = GetAddAccount(personNumber);
var credentials = GetCredentials();
string messageXml = addAccount.Message?.SerializeToXmlString();
var stubSoapClient = Substitute.For <CcmWebServiceSoap>();
//var stubSoapClient = new CcmWebServiceSoapClient("CcmWebServiceSoap", "https://dna-ccmapp-ttd.uccu.com/ccm-Test-ws/ccmwebservice/ccmwebservice.asmx");
var repo = new SoapRepository("ABC123", credentials, stubSoapClient);
var credentialsHeader = new CredentialsHeader()
{
Username = credentials.Username,
Password = credentials.Password,
Facility = credentials.Facility,
CultureId = "en"
};
messageXml = HostValueTranslator.UpdateRequestWithHostValues(messageXml, app.HostValues, addAccount.Message?.HostValueParentNode);
messageXml = HostValueTranslator.UpdateRequestWithHostValues(messageXml, applicant.HostValues, addAccount.Message?.HostValueParentNode);
var processMessageNodeRequest = new ProcessMessageNodeRequest();
processMessageNodeRequest.CredentialsHeader = credentialsHeader;
processMessageNodeRequest.request = GetXmlNode(messageXml);
repo.ProcessMessageNodeRequest = processMessageNodeRequest;
var messageResponse = new MessageResponse()
{
TraceNumber = applicationId.ToString(),
ResponseCode = "Success",
AccountNumber = "2001158945704"
};
var messageResponseXml = messageResponse.SerializeToXmlString();
var processMessageNodeResponse = new ProcessMessageNodeResponse()
{
ProcessMessageNodeResult = GetXmlNode(messageResponseXml)
};
repo.SoapClient.ProcessMessageNode(processMessageNodeRequest).Returns(processMessageNodeResponse);
// ACT
var messageNodeResponse = repo.ProcessMessage(messageXml);
// ASSERT
Assert.IsNotNull(repo.MessageResponse);
Assert.AreEqual("Success", repo.MessageResponse.ResponseCode);
}
protected override ValidatedInstrument[] getValidatedInstruments(SymmetryEntities dc_, ExtractionServiceClient dsClient_, CredentialsHeader credentials_)
{
var allEDs = dc_.FIs.Where(x =>
x.InstrumentType == InstrumentType.IRFuture
&& x.Maturity >= DateTime.Today
&& x.SymmetryCode.StartsWith("ED"))
.Where(x => x.Maturity.Value.Month % 3 == 0)
.OrderBy(x => x.Maturity)
.Take(12);
var listOfInstruments = new List<InstrumentIdentifier>();
// find the market snap to which
var marketSnap = QuoteHelpers.GetMarketSnap("CLOSE", m_markDate, dc_, ThrowBehavior.DontThrow);
if (marketSnap == null) return null;
var source = QuoteHelpers.GetQuoteSource("SYM", dc_, ThrowBehavior.DontThrow);
if (source == null) return null;
foreach (var ed in allEDs)
{
EDItem item = new EDItem(ed, dc_, marketSnap, source);
if (item.CanRequestPrice)
{
m_items.Add(item);
m_ricToOptionItem[item.OptionAbovePrice.ReutersTicker] = item.OptionAbovePrice;
m_ricToOptionItem[item.OptionBelowPrice.ReutersTicker] = item.OptionBelowPrice;
listOfInstruments.Add(new InstrumentIdentifier()
{
IdentifierValue = item.OptionBelowPrice.ReutersTicker,
IdentifierType="RIC"
});
listOfInstruments.Add(new InstrumentIdentifier()
{
IdentifierValue = item.OptionAbovePrice.ReutersTicker,
IdentifierType="RIC"
});
}
}
if (listOfInstruments.Count() > 0)
{
var v = ServiceHelpers.ValidateInstruments_FindUnValidated(listOfInstruments.ToArray(), dsClient_, ref credentials_);
m_notValidatedIdentifiers = v.Item2;
return v.Item1;
}
else
return null;
}
public CredentialsHeader GetCredentialsHeader()
{
CredentialsHeader credentialsHeader = null;
using (var tr = new Tracer("LMS.Connector.CCM.Repositories.SoapRepository.GetCredentialsHeader"))
{
credentialsHeader = new CredentialsHeader()
{
Username = _credentials.Username,
Password = _credentials.Password,
Facility = _credentials.Facility,
CultureId = "en"
};
}
return(credentialsHeader);
}
public ProcessMessageNodeRequest GetProcessMessageNodeRequest(CredentialsHeader credentialsHeader, string request)
{
ProcessMessageNodeRequest processMessageNodeRequest = null;
using (var tr = new Tracer("LMS.Connector.CCM.Repositories.SoapRepository.GetProcessMessageNodeRequest"))
{
var newNode = GetXmlNodeRequest(request);
processMessageNodeRequest = new ProcessMessageNodeRequest()
{
CredentialsHeader = credentialsHeader,
request = newNode
};
}
return(processMessageNodeRequest);
}
public MessageResponse ProcessMessage(string message)
{
ClearMessageResponse();
MessageResponse messageResponse = null;
using (var tr = new Tracer("LMS.Connector.CCM.Repositories.SoapRepository.ProcessMessage(string)"))
{
if (_credentialsHeader == null)
{
_credentialsHeader = GetCredentialsHeader();
}
tr.LogObject(_credentialsHeader);
var processMessageNodeRequest = GetProcessMessageNodeRequest(_credentialsHeader, message);
tr.Log("CCM Message Request:");
tr.LogObject(processMessageNodeRequest);
try
{
var processMessageNodeResponse = _soapClient.ProcessMessageNode(processMessageNodeRequest);
tr.Log("CCM Message Response:");
tr.LogObject(processMessageNodeResponse);
messageResponse = processMessageNodeResponse?.ProcessMessageNodeResult.Deserialize <MessageResponse>();
tr.LogObject(messageResponse);
_messageResponse = messageResponse;
}
catch (Exception ex)
{
tr.LogException(ex);
Utility.LogError(ex, "LMS.Connector.CCM.Repositories.SoapRepository.ProcessMessage(string)");
throw;
}
return(messageResponse);
}
}
protected override ValidatedInstrument[] getValidatedInstruments(SymmetryEntities dc_, ExtractionServiceClient dsClient_, CredentialsHeader credentials_)
{
var allFixings = getAllSwaps(dc_);
m_ric_to_FIs = new Dictionary<string, FI>();
var listOfInstruments = new List<InstrumentIdentifier>();
foreach (var fi in allFixings)
{
string[] rics = FIHelpers.GetFIIdentifiers(fi.SymmetryCode, IdentifierType.RIC, dc_, ThrowBehavior.DontThrow);
if (rics == null || rics.Length==0)
{
SLog.log.WarnFormat("Cannot locate RIC for SymmetryCode:{0}", fi.SymmetryCode);
continue;
}
Array.ForEach(rics, x => {
m_ric_to_FIs.Add(x, fi);
listOfInstruments.Add(new InstrumentIdentifier()
{
IdentifierType="RIC",
IdentifierValue=x
});
}
);
}
var t = ServiceHelpers.ValidateInstruments_FindUnValidated(listOfInstruments.ToArray(), dsClient_, ref credentials_);
m_notValidatedIdentifiers = t.Item2;
return t.Item1;
}
protected override ValidatedInstrument[] getValidatedInstruments(SymmetryEntities dc_, ExtractionServiceClient dsClient_, CredentialsHeader credentials_)
{
m_ric_to_FIs = new Dictionary<string, FI>();
var listOfInstruments = new List<InstrumentIdentifier>();
foreach (var fi in getAllFixings(dc_))
{
string ric = FIHelpers.GetFIIdentifier(fi.SymmetryCode, IdentifierType.RIC, dc_, ThrowBehavior.DontThrow);
if (ric == null)
{
SLog.log.WarnFormat("Cannot locate RIC for SymmetryCode:{0}", fi.SymmetryCode);
continue;
}
m_ric_to_FIs.Add(ric, fi);
listOfInstruments.Add(new InstrumentIdentifier()
{
IdentifierValue = ric,
IdentifierType = "RIC"
});
}
ValidatedInstrument[] ret = ServiceHelpers.ValidateInstruments(listOfInstruments.ToArray(), dsClient_, ref credentials_);
return ret;
}
public abstract void MakeRequestsToDataScope(ExtractionServiceClient dsClient_, CredentialsHeader dsHeader_);
public abstract void PrepareInstruments(SymmetryEntities dc_, ExtractionServiceClient dsClient_, CredentialsHeader dsHeader_);
protected override ValidatedInstrument[] getValidatedInstruments(SymmetryEntities dc_, ExtractionServiceClient dsClient_, CredentialsHeader credentials_)
{
var ints =
getValidFuturesChains()
.Select(
x =>
new InstrumentIdentifier {IdentifierValue = string.Format("0#{0}:}", x.RICStart), IdentifierType = "CHR"});
if (!ints.Any())
return null;
// keep mapping for return from datascope
m_ric_to_FIs = new Dictionary<string, FI>();
var listOfInstruments = new List<InstrumentIdentifier>();
var tp = ServiceHelpers.ValidateInstruments(ints.ToArray(), dsClient_, ref credentials_);
return tp;
}
private void validateUsingMethod(
Func<FI,string,SymmetryEntities,InstrumentIdentifier> identifierformer_,
int configIndex_,
ICollection<FI> fromThese_,
ICollection<ValidatedInstrument> validated_,
ExtractionServiceClient dsClient_,
CredentialsHeader credentials_,
SymmetryEntities dc_
)
{
var identifiers = new List<InstrumentIdentifier>();
var dict = new Dictionary<string, FI>();
foreach (var f in fromThese_)
{
var config = RICHelper.GetMappingForBond(f.SymmetryCode);
string exch = null;
switch (configIndex_)
{
case 0:
{
exch = config == null || config.ExchangeList == null || !config.ExchangeList.Any()
? PRIMARY_BOND_SOURCE
: config.ExchangeList[0];
}
break;
case 1:
{
exch = config == null || config.ExchangeList == null || config.ExchangeList.Count() < 2
? SECONDARY_BOND_SOURCE
: config.ExchangeList[1];
}
break;
}
var identifer = identifierformer_(f, exch, dc_);
if (identifer == null) continue;
dict[identifer.IdentifierValue] = f;
identifiers.Add(identifer);
}
if (!identifiers.Any()) return;
var validated_unvalidated = ServiceHelpers.ValidateInstruments_FindUnValidated(identifiers.ToArray(), dsClient_, ref credentials_);
foreach(var valid in validated_unvalidated.Item1)
{
validated_.Add(valid);
fromThese_.Remove(dict[valid.IdentifierValue]);
}
}
protected override ValidatedInstrument[] getValidatedInstruments(SymmetryEntities dc_, ExtractionServiceClient dsClient_, CredentialsHeader credentials_)
{
var allBondsToValidate = getAllBondsToPrice(dc_);
var validated = new List<ValidatedInstrument>();
// first try cusip=TWEB
validateUsingMethod(
configIndex_: 0,
fromThese_: allBondsToValidate,
validated_: validated,
dsClient_: dsClient_,
credentials_: credentials_,
dc_: dc_,
identifierformer_: (bond, exch, dc) =>
{
if (String.Compare(exch, "TWB", StringComparison.OrdinalIgnoreCase) != 0)
return null;
bool canUseCusipEqTWEB = false;
/*
* We know that actually tweb starts using cusip=tweb after auction date, but we don't always have the auction data for the bond
*
* If we can get the auction date, and it's before that date, then we can use cusip=tweb
*
*/
if (bond.FIBond == null) return null;
{
DateTime? auctionDate = bond.FIBond.AuctionDate;
if (bond.FIBond.FIBondAuctions != null && bond.FIBond.FIBondAuctions.Count>0)
auctionDate = bond.FIBond.FIBondAuctions.ToArray().Select(x => x.AuctionDate).Min();
if (auctionDate.HasValue && auctionDate.Value < DateTime.Today)
canUseCusipEqTWEB = true;
}
// if we haven't already been able to validate using auction date, then, as a second best,
// see if 'today' is past or equal to issuedate
if (!canUseCusipEqTWEB && bond.FIBond.IssueDate.HasValue)
canUseCusipEqTWEB = bond.FIBond.IssueDate.Value <= DateTime.Today;
if (!canUseCusipEqTWEB)
return null;
var cusip = FIHelpers.GetFIIdentifier(bond.SymmetryCode, IdentifierType.CUSIP, dc, ThrowBehavior.DontThrow);
if (string.IsNullOrEmpty(cusip))
return null;
return new InstrumentIdentifier
{
IdentifierType = "RIC",
IdentifierValue = string.Format("{0}=TWEB", cusip)
};
});
// then try ISIN with source=TWEB (or first config item)
validateUsingMethod(
configIndex_: 0,
fromThese_: allBondsToValidate,
validated_: validated,
dsClient_: dsClient_,
credentials_: credentials_,
dc_: dc_,
identifierformer_: (bond, exch, dc) => new InstrumentIdentifier
{
IdentifierType = "ISN",
Source=exch,
IdentifierValue = bond.SymmetryCode
});
// then try ISIN with source=TWEB (or first config item)
validateUsingMethod(
configIndex_: 1,
fromThese_: allBondsToValidate,
validated_: validated,
dsClient_: dsClient_,
credentials_: credentials_,
dc_: dc_,
identifierformer_: (bond, exch, dc) => new InstrumentIdentifier
{
IdentifierType = "ISN",
Source = exch,
IdentifierValue = bond.SymmetryCode
});
// log anything we couldn't get a validated intstrument for
foreach (var remainingBond in allBondsToValidate)
{
SLog.log.DebugFormat("Could not discover validated instrument for [{0}]", remainingBond.SymmetryCode);
}
SLog.log.InfoFormat("Validated {0} bonds.", validated.Count);
return validated.ToArray();
}