public void removeAsGuarantor(Investorindividual oldGuarantor) {
if (oldGuarantor.getRole().equals(Constants.GUARANTOR)) {
if (logger.isDebugEnabled()) {
logger.debug("Guarantor to remove is external, so deleting ...");
}
Individual individual = oldGuarantor.getIndividual();
individual.getInvestorindividuals().remove(oldGuarantor); // throws lazy error.
oldGuarantor.setIndividual(null);
this.individualDAO.delete(individual);
FinancialInformation financialInformation = oldGuarantor.getFinancialInformation();
financialInformation.setInvestorindividual(null);
oldGuarantor.setFinancialInformation(null);
this.financialInformationDao.delete(financialInformation);
Application application = oldGuarantor.getApplication();
oldGuarantor.setApplication(null);
application.getInvestorindividuals().remove(oldGuarantor);
this.investorindividualDAO.delete(oldGuarantor);
this.applicationDAO.update(application);
} else {
if (logger.isDebugEnabled()) {
logger.debug("Guarantor to remove is internal, so updating flags ...");
}
oldGuarantor.setIsguarantor(Constants.FALSE);
this.investorindividualDAO.update(oldGuarantor);
FinancialInformation financialInformation = oldGuarantor.getFinancialInformation();
financialInformation.setInvestorindividual(null);
oldGuarantor.setFinancialInformation(null);
this.financialInformationDao.delete(financialInformation);
}
}
public Set<Application> getApplicationsToDisplay(Advisor advisor) {
this.advisorDAO.refresh(advisor);
Set<Application> filteredApplications =
new TreeSet<Application>(
new Comparator<Application>() {
public int compare(Application o1, Application o2) {
int res =
o1.getAccountdesignation().compareToIgnoreCase(o2.getAccountdesignation());
// this is to see all applications even with the same acccount
// designation.
if (res == 0) {
res = new Long(o1.getId()).compareTo(o2.getId());
}
return res;
}
});
Set<Application> applications = advisor.getApplications();
for (Application application : applications) {
if (application.getStatus() != Constants.CANCELLED_STATUS) {
filteredApplications.add(application);
}
}
return filteredApplications;
}
public void updateDirectCreditDetails(
Application application, ApplicationDirectCreditDetails directCreditDetails)
throws IncorrectRelationshipException {
// Since one-to-one associations are preloaded (ie - not lazy), we don't
// need to refresh. Refreshing will cause errors because we'll then
// have two ApplicationDirectCreditDetails objects with the same id
// being updated.
// this.applicationDAO.refresh(application);
if (application.getDirectCreditDetails() != null
&& application.getDirectCreditDetails().getId() != null
&& directCreditDetails.getId() != null
&& !application.getDirectCreditDetails().getId().equals(directCreditDetails.getId())) {
throw new IncorrectRelationshipException(
"Application "
+ application
+ " already has directCreditDetails: "
+ directCreditDetails
+ ". Cannot replace with "
+ directCreditDetails
+ ".");
}
directCreditDetails.setApplication(application);
application.setDirectCreditDetails(directCreditDetails);
this.applicationDAO.updateDirectCreditDetails(application);
}
public void removeAdditionalGuarantor(Application application) {
this.applicationDAO.refresh(application);
if (application.getExternalGuarantor() != null) {
this.removeAsGuarantor(application.getExternalGuarantor());
} else if (application.getInternalGuarantor() != null) {
this.removeAsGuarantor(application.getInternalGuarantor());
}
}
public void associateAsGuarantor(
Application application,
Investorindividual transientGuarantor,
Individual transientIndividual,
FinancialInformation transientFinancialInformation) {
Investorindividual chosenGuarantor;
this.applicationDAO.refresh(application);
if (application.getExternalGuarantor() != null) {
// external guarantor exists.
if (transientGuarantor.getId().longValue()
== application.getExternalGuarantor().getId().longValue()) {
// updating existing exernal guarantor
chosenGuarantor = application.getExternalGuarantor();
this.updateGuarantorDetails(
chosenGuarantor, transientGuarantor, transientGuarantor.getIndividual());
} else {
// switched to internal guarantor - delete external guarantor
Investorindividual oldGuarantor = application.getExternalGuarantor();
this.removeAsGuarantor(oldGuarantor);
chosenGuarantor = application.findInvestorIndividualById(transientGuarantor.getId());
this.setAsInternalGuarantor(application, chosenGuarantor);
}
} else if (application.getInternalGuarantor() != null) {
// internal guarantor exists.
Investorindividual oldGuarantor = application.getInternalGuarantor();
chosenGuarantor = application.findInvestorIndividualById(transientGuarantor.getId());
if (chosenGuarantor == null) {
// switching to new external guarantor.
this.removeAsGuarantor(oldGuarantor);
chosenGuarantor =
this.createExternalGuarantor(
application, transientGuarantor, transientGuarantor.getIndividual());
} else if (oldGuarantor.getId().equals(chosenGuarantor.getId())) {
// same internal guarantor - update
// nothing to update here ...
} else {
// different internal guarantor - remove old associationship and create new one
this.removeAsGuarantor(oldGuarantor);
this.setAsInternalGuarantor(application, chosenGuarantor);
}
} else {
// assume new external guarantor.
chosenGuarantor =
this.createExternalGuarantor(
application, transientGuarantor, transientGuarantor.getIndividual());
}
if (logger.isDebugEnabled()) {
logger.debug("Saving guarantor's finaicial information ...");
}
this.updateGuarantorFinancialInformation(chosenGuarantor, transientFinancialInformation);
}
public Investorindividual createExternalGuarantor(
Application application,
Investorindividual transientInvestorindividual,
Individual transientIndividual) {
if (logger.isDebugEnabled()) {
logger.debug("Creating new external guarantor individual ...");
}
Individual individual = new Individual();
// Column 1:
individual.setTitle(transientIndividual.getTitle());
individual.setFirstname(transientIndividual.getFirstname());
individual.setMiddlename(transientIndividual.getMiddlename());
individual.setLastname(transientIndividual.getLastname());
individual.setAddress1(transientIndividual.getAddress1());
individual.setSuburb(transientIndividual.getSuburb());
individual.setState(transientIndividual.getState());
individual.setPostcode(transientIndividual.getPostcode());
individual.setCountry(transientIndividual.getCountry());
// Column 2:
individual.setPassportno(transientIndividual.getPassportno());
individual.setNationality(transientIndividual.getNationality());
individual.setDriverslicenceno(transientIndividual.getDriverslicenceno());
individual.setOccupation(transientIndividual.getOccupation());
individual.setEmployer(transientIndividual.getEmployer());
individual.setDateofbirth(transientIndividual.getDateofbirth());
individual.setTownofbirth(transientIndividual.getTownofbirth());
individual.setCountryofbirth(transientIndividual.getCountryofbirth());
individual.setTfn(transientIndividual.getTfn());
this.individualDAO.save(individual);
if (logger.isDebugEnabled()) {
logger.debug("Linking new external guarantor individual to application ...");
}
Investorindividual investorindividual = new Investorindividual();
investorindividual.setApplication(application);
application.getInvestorindividuals().add(investorindividual);
investorindividual.setIndividual(individual);
individual.getInvestorindividuals().add(investorindividual);
investorindividual.setRole(Constants.GUARANTOR);
investorindividual.setIsguarantor(Constants.TRUE);
investorindividual.setWealthbyemployment(transientInvestorindividual.getWealthbyemployment());
investorindividual.setWealthbyinvestments(transientInvestorindividual.getWealthbyinvestments());
investorindividual.setWealthbyother(transientInvestorindividual.getWealthbyother());
investorindividual.setWealthbyotherinfo(transientInvestorindividual.getWealthbyotherinfo());
this.investorindividualDAO.save(investorindividual);
return investorindividual;
}
