/// <summary>
/// Uses the FileDataContext to retrieve records of recorded summon reports. The calling class can
/// just perform lambda expression to filter data.
/// Since an Summon record has a foreign key reference of Account model, then this method also handles the assignment
/// of the Account record.
/// </summary>
/// <returns>List of Resident model that contains the data in the text file.</returns>
public List <Summon> Summons()
{
List <Summon> summons = new FileDataContext().ReadSummons();
List <Account> accounts = new FileDataContext().ReadAccounts();
List <Summon> invalidSummons = new List <Summon>();
foreach (var summon in summons)
{
Account accountInfo = accounts.Where(m => m.AccountId == summon.AccountId).FirstOrDefault();
if (accountInfo != null)
{
summon.Account = accountInfo;
}
else
{
invalidSummons.Add(summon);
}
}
// delete
foreach (var invalidSummon in invalidSummons)
{
summons.Remove(invalidSummon);
}
return(summons);
}
/// <summary>
/// Uses the FileDataContext to retrieve records of recorded audit trails. The calling class can
/// just perform lambda expression to filter data.
/// Since a AuditTrail record has a foreign key reference of Account model, then this method also handles the assignment
/// of the Account record.
/// </summary>
/// <returns>List of AuditTrail model that contains the data in the text file.</returns>
public List <AuditTrail> AuditTrails()
{
List <AuditTrail> auditTrails = new FileDataContext().ReadAuditTrails();
List <Account> accounts = new FileDataContext().ReadAccounts();
List <AuditTrail> invalidAuditTrails = new List <AuditTrail>();
foreach (var auditTrail in auditTrails)
{
Account accountInfo = accounts.Where(m => m.AccountId == auditTrail.AccountId).FirstOrDefault();
if (accountInfo != null)
{
auditTrail.Account = accountInfo;
}
else
{
invalidAuditTrails.Add(auditTrail);
}
}
// delete invalid audit trail
foreach (var invalidAuditTrail in invalidAuditTrails)
{
auditTrails.Remove(invalidAuditTrail);
}
return(auditTrails);
}
/// <summary>
/// Uses the FileDataContext to retrieve records of registered user accounts. The calling class can
/// just perform lambda expression to filter data.
/// Since an Account record has a foreign key reference of Resident model, then this method also handles the assignment
/// of the Resident record.
/// </summary>
/// <returns>List of Accounts model that contains the data in the text file.</returns>
public List <Account> Accounts()
{
List <Account> accounts = new FileDataContext().ReadAccounts();
List <Resident> residents = new FileDataContext().ReadResidents();
List <Account> invalidAccounts = new List <Account>();
foreach (var account in accounts)
{
// the account is invalid if the Account does not have Resident record, then we remove it from the list
Resident userinfo = residents.Where(m => m.ResidentId == account.ResidentId).FirstOrDefault();
if (userinfo != null)
{
account.Resident = userinfo;
}
else
{
invalidAccounts.Add(account);
}
}
// delete invalid account
foreach (var invalidAccount in invalidAccounts)
{
accounts.Remove(invalidAccount);
}
return(accounts);
}
/// <summary>
/// Uses the FileDataContext to retrieve records of families. The calling class can
/// just perform lambda expression to filter data.
/// Since a Family record has a foreign key reference of two Resident model, then this method also handles the assignment
/// of the two Resident records.
/// </summary>
/// <returns>List of Family models that contains the data in the text file.</returns>
public List <Family> Families()
{
List <Family> families = new FileDataContext().ReadFamilies();
List <Resident> residents = new FileDataContext().ReadResidents();
List <Family> invalidFamilies = new List <Family>();
foreach (var family in families)
{
// A family may only have one parent
Resident parentInfo = residents.Where(m => m.ResidentId == family.ParentOneId).FirstOrDefault();
// if there is no parent one then skip the family record, and add to invalid families
if (parentInfo != null)
{
family.ParentOne = parentInfo;
parentInfo = residents.Where(m => m.ResidentId == family.ParentTwoId).FirstOrDefault();
if (parentInfo != null)
{
family.ParentTwo = parentInfo;
}
}
else
{
invalidFamilies.Add(family);
}
}
// remove invalid families
foreach (var invalidFamily in invalidFamilies)
{
families.Remove(invalidFamily);
}
return(families);
}
