public void AdviserCanCreateClientForGroup()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
//adviser.SetProfileEndDate(DateTime.Now);
var groups = adviser.GetAllClientGroups().Result;
adviser.CreateNewClient(new ClientRegistration()
{
GroupNumber = groups[0].ClientGroupNumber,
FirstName = "second first name",
LastName = "second last name",
Address = "address",
Dob = DateTime.Now,
Phone = "039999999",
Email = "*****@*****.**"
}).Wait();
//adviser.SetProfileEndDate(DateTime.Now);
groups = adviser.GetAllClientGroups().Result;
Assert.IsTrue(groups.Count == 1);
Assert.IsTrue(groups[0].GetClients().Result.Count == 2);
repo.Dispose();
}
public void CanCreateAdviser()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
Assert.IsTrue(adviser.FirstName == "Test");
repo.Dispose();
}
public void CanCalculateAssetCashAccountTypeDiversification()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new CashAccountTransactionAccountCreation()
{
Amount = 150000,
AnnualInterestSoFar = 0,
Bsb = "123456",
CashAccountName = "Account name",
CashAccountNumber = "Number",
CashAccountType = CashAccountType.TermDeposit,
CurrencyType = CurrencyType.AustralianDollar,
Frequency = Frequency.Annually,
InterestRate = 0.9,
MaturityDate = DateTime.Now.AddYears(1),
TermsInMonths = 20,
TransactionDate = DateTime.Now,
TransactionFeeRecords = new List <TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 1000,
TransactionExpenseType = TransactionExpenseType.AdviserTransactionFee
}
}
}).Wait();
var assets = account.GetAssets();
var cashAccountDiversification = assets.GetCashAccountTypeDiversification(repo).Result;
Assert.IsTrue(cashAccountDiversification.Count == 5);
Assert.IsTrue(cashAccountDiversification["TermDeposit"] == 150000);
repo.Dispose();
}
public void AccountCanMakeTransactionWithExpenses()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new EquityTransactionCreation()
{
EquityType = EquityTypes.AustralianEquity,
FeesRecords = new List <TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 100,
TransactionExpenseType = TransactionExpenseType.Brokerage
}
},
Name = "Test Stock",
NumberOfUnits = 100,
Price = 20,
Sector = "Test Sector",
Ticker = "Test Ticker 01",
TransactionDate = DateTime.Now,
}).Wait();
account = groups[0].GetAccounts()[0];
Assert.IsTrue(account.GetAssets().Count == 1);
var asset = account.GetAssets()[0];
Assert.IsTrue(asset.LatestPrice == 20);
Assert.IsTrue(asset.TotalNumberOfUnits == 100);
var assets = account.GetAssets();
var marketvalue = assets.GetTotalMarketValue();
var cost = assets.GetTotalCost();
Assert.IsTrue(marketvalue == 2000);
Assert.IsTrue(cost.AssetCost == 2000);
Assert.IsTrue(cost.Total == 2100);
Assert.IsTrue(cost.Expense == 100);
repo.Dispose();
}
public void CanCreateHomeLoan()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new PropertyTransactionCreation()
{
FeesRecords = new List <TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 888,
TransactionExpenseType = TransactionExpenseType.AdviserTransactionFee
}
},
FullAddress = "668 Bourke Street, Melbourne, 3000",
IsBuy = true,
Price = 1980000,
PropertyType = "Home",
TransactionDate = DateTime.Now
}).Wait();
var assets = account.GetAssets();
account.MakeTransaction(new HomeLoanTransactionCreation()
{
ExpiryDate = DateTime.Now.AddYears(2),
GrantedOn = DateTime.Now,
Institution = "ANZ",
IsAcquire = true,
LoanAmount = 300000,
LoanRate = 0.07,
LoanRepaymentType = LoanRepaymentType.DirectDebt,
PropertyId = assets[0].Id,
TypeOfMortgageRates = TypeOfMortgageRates.Combination
}).Wait();
var liabilities = account.GetLiabilities();
Assert.IsTrue(liabilities.Count == 1);
Assert.IsTrue(liabilities[0] is MortgageAndHomeLiability);
}
public void CanCreateInsuranceAndRecordPayment()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new InsuranceTransactionCreation()
{
ExpiryDate = DateTime.Now.AddYears(1),
AmountInsured = 1000,
EntitiesInsured = "something",
GrantedOn = DateTime.Now,
InsuranceType = InsuranceType.AssetInsurance,
IsAcquire = true,
Issuer = "Issuer",
NameOfPolicy = "Name",
PolicyAddress = "Address",
PolicyNumber = "Number",
PolicyType = PolicyType.Accident,
Premium = 100
}).Wait();
account.RecordRepayment(new RepaymentCreation()
{
PaymentOn = DateTime.Now,
PrincipleAmount = 300,
InterestAmount = 200,
PolicyName = "Name",
PolicyNumber = "Number",
PropertyId = null,
LiabilityTypes = LiabilityTypes.Insurance
}).Wait();
var liabilities = account.GetLiabilities();
Assert.IsTrue(liabilities[0].CurrentBalance == 700);
}
public void CanUpdateAdviser()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Steven", "Wang").Result;
adviser.FirstName = "Zhenhao";
var adviser2 = repo.UpdateAdviser(adviser, DateTime.Now).Result;
Console.WriteLine(adviser2.FirstName);
Assert.IsTrue(adviser.FirstName == "Zhenhao");
repo.Dispose();
}
public void CanCalculateAssetBondTypeDiversification()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new BondTransactionCreation()
{
BondName = "Test Bond",
BondType = "Bond Type 1",
Frequency = Frequency.Annually,
Issuer = "Issuer",
NumberOfUnits = 1000,
Ticker = "Ticker 1",
TransactionDate = DateTime.Now,
UnitPrice = 27.99,
TransactionFeeRecords = new List <TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 100,
TransactionExpenseType = TransactionExpenseType.Brokerage
}
}
}).Wait();
var assets = account.GetAssets();
var diversification = assets.GetFixedIncomeTypeDiversification(repo).Result;
Assert.IsTrue(diversification.Count == 2);
Assert.IsTrue(diversification["Bond Type 1"] == (27.99 * 1000));
}
public void CanGenerateMonthlyCashflowForAssets()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new EquityTransactionCreation()
{
EquityType = EquityTypes.AustralianEquity,
FeesRecords = new List <TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 1000,
TransactionExpenseType = TransactionExpenseType.Brokerage
}
},
Name = "Test Stock",
NumberOfUnits = 100,
Price = 20,
Sector = "Test Sector",
Ticker = "Test Ticker 01",
TransactionDate = DateTime.Now,
}).Wait();
account = groups[0].GetAccounts()[0];
var assets = account.GetAssets();
var cashflow = assets.GetMonthlyCashflows();
Assert.IsTrue(cashflow != null);
Assert.IsTrue(cashflow.Count == 12);
Assert.IsTrue(cashflow.Last().Expenses == 1000);
}
public void CanCalculateAssetPropertyTypeDiversification()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new PropertyTransactionCreation()
{
FeesRecords = new List <TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 888,
TransactionExpenseType = TransactionExpenseType.AdviserTransactionFee
}
},
FullAddress = "668 Bourke Street, Melbourne, 3000",
IsBuy = true,
Price = 1980000,
PropertyType = "Home",
TransactionDate = DateTime.Now
}).Wait();
var assets = account.GetAssets();
var propertyTypeDiversification = assets.GetDirectPropertyTypeDiversification(repo).Result;
Assert.IsTrue(propertyTypeDiversification.Count == 2);
Assert.IsTrue(propertyTypeDiversification["Home"] == 1980000);
}
public void AdviserCanCreateClientWithProperAgeCalculation()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now.AddYears(-12),
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
Assert.IsTrue(groups[0].GetClients().Result[0].Age == 12);
repo.Dispose();
}
public void AdviserCanCreateGroupAccount()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("Testing", AccountType.GenenralPurpose).Wait();
Assert.IsTrue(groups[0].GetAccounts().Count == 1);
repo.Dispose();
}
public void CanRecordResearchValuesAndGetRatingForAsset()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new EquityTransactionCreation()
{
EquityType = EquityTypes.AustralianEquity,
FeesRecords = new List <TransactionFeeRecordCreation>(),
Name = "Test Stock",
NumberOfUnits = 1000,
Price = 29.64,
Sector = "Test Sector",
Ticker = "Test Ticker 01",
TransactionDate = DateTime.Now,
}).Wait();
account.MakeTransaction(new EquityTransactionCreation()
{
EquityType = EquityTypes.AustralianEquity,
FeesRecords = new List <TransactionFeeRecordCreation>(),
Name = "Test Stock",
NumberOfUnits = 1000,
Price = 29.64,
Sector = "Test Sector",
Ticker = "Test Ticker 02",
TransactionDate = DateTime.Now,
}).Wait();
#region set up research values (this portion is optional, default values will be used if no research values available. Absent of research values will always generate 'Danger' rating)
//record Australian equity f0 values
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.Beta), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.EarningsStability), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.FiveYearInformation), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.FiveYearReturn), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.Frank), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.InterestCover), 0, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.OneYearReturn), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.PayoutRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.ThreeYearReturn), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.BetaFiveYears), 1.1036, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.Capitalisation), 57225467107, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.CurrentRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.DebtEquityRatio), 0, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.DividendYield), 0.0621, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.EpsGrowth), 0.0772, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.FiveYearAlphaRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.FiveYearSharpRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.FiveYearSkewnessRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.FiveYearStandardDeviation), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.FiveYearTrackingErrorRatio), 1.1036, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.FundSize), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.GlobalCategory), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.CurrentRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.PriceEarningRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.QuickRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.ReturnOnAsset), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Ratios> .Property(r => r.ReturnOnEquity), 1, "Test Ticker 01", "Test Issuer").Wait();
//record Australian Equity f1 research values
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.FinancialLeverage), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.Frank), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.InterestCover), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.IntrinsicValue), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.OneYearReturn), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.OneYearRevenueGrowth), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.PriceEarningRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.ReturnOnAsset), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.ReturnOnEquity), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.CreditRating), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.DebtEquityRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.DividendYield), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.EpsGrowth), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.FairValueVariation), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.FiveYearTotalReturn), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.MaxManagementExpenseRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.MorningStarAnalyst), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.MorningstarRecommendation), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.OneYearAlpha), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.OneYearInformationRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.OneYearBeta), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.OneYearSharpRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.OneYearTrackingError), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.PerformanceFee), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof <Recommendation> .Property(r => r.YearsSinceInception), 1, "Test Ticker 01", "Test Issuer").Wait();
#endregion
var assets = account.GetAssets();
var equityWithResearchValues = assets.OfType <Equity>().First(a => a.Ticker == "Test Ticker 01");
var equityWithNoResearchValues = assets.OfType <Equity>().First(a => a.Ticker == "Test Ticker 02");
var rating_withResearchValues = equityWithResearchValues.GetRating();
var rating_withNoResearchValues = equityWithNoResearchValues.GetRating();
Assert.IsTrue(rating_withNoResearchValues.SuitabilityRating == SuitabilityRating.Danger);
Assert.IsTrue(rating_withResearchValues != null);
}
public void CanCalculateAssetBondTypeDiversification()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new BondTransactionCreation()
{
BondName = "Test Bond",
BondType = "Bond Type 1",
Frequency = Frequency.Annually,
Issuer = "Issuer",
NumberOfUnits = 1000,
Ticker = "Ticker 1",
TransactionDate = DateTime.Now,
UnitPrice = 27.99,
TransactionFeeRecords = new List<TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 100,
TransactionExpenseType = TransactionExpenseType.Brokerage
}
}
}).Wait();
var assets = account.GetAssets();
var diversification = assets.GetFixedIncomeTypeDiversification(repo).Result;
Assert.IsTrue(diversification.Count == 2);
Assert.IsTrue(diversification["Bond Type 1"] == (27.99 * 1000));
}
public void CanCreateAdviser()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
Assert.IsTrue(adviser.FirstName == "Test");
repo.Dispose();
}
public void AdviserCanCreateGroupAccount()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("Testing", AccountType.GenenralPurpose).Wait();
Assert.IsTrue(groups[0].GetAccounts().Count == 1);
repo.Dispose();
}
public void CanCalculateAssetSectorialDiversification()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new EquityTransactionCreation()
{
EquityType = EquityTypes.AustralianEquity,
FeesRecords = new List <TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 100,
TransactionExpenseType = TransactionExpenseType.Brokerage
}
},
Name = "Test Stock",
NumberOfUnits = 100,
Price = 20,
Sector = "Sector 1",
Ticker = Guid.NewGuid().ToString(),
TransactionDate = DateTime.Now,
}).Wait();
account = groups[0].GetAccounts()[0];
Assert.IsTrue(account.GetAssets().Count == 1);
var asset = account.GetAssets()[0];
Assert.IsTrue(asset.LatestPrice == 20);
Assert.IsTrue(asset.TotalNumberOfUnits == 100);
account.RecordIncome(new DividendPaymentCreation()
{
Amount = 200,
Franking = 100,
PaymentOn = DateTime.Now,
Ticker = ((AustralianEquity)asset).Ticker
}).Wait();
var assets = account.GetAssets();
var diversification = assets.GetAssetSectorialDiversification <AustralianEquity>(repo).Result;
Assert.IsTrue(diversification.Count == 2);
Assert.IsTrue(diversification["Sector 1"] == 2000);
Assert.IsTrue(diversification["Sector 2"] == 0);
repo.Dispose();
}
public void CanCreateHomeLoan()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new PropertyTransactionCreation()
{
FeesRecords = new List<TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 888,
TransactionExpenseType = TransactionExpenseType.AdviserTransactionFee
}
},
FullAddress = "668 Bourke Street, Melbourne, 3000",
IsBuy = true,
Price = 1980000,
PropertyType = "Home",
TransactionDate = DateTime.Now
}).Wait();
var assets = account.GetAssets();
account.MakeTransaction(new HomeLoanTransactionCreation()
{
ExpiryDate = DateTime.Now.AddYears(2),
GrantedOn = DateTime.Now,
Institution = "ANZ",
IsAcquire = true,
LoanAmount = 300000,
LoanRate = 0.07,
LoanRepaymentType = LoanRepaymentType.DirectDebt,
PropertyId = assets[0].Id,
TypeOfMortgageRates = TypeOfMortgageRates.Combination
}).Wait();
var liabilities = account.GetLiabilities();
Assert.IsTrue(liabilities.Count==1);
Assert.IsTrue(liabilities[0] is MortgageAndHomeLiability);
}
public void CanCreateInsuranceTransaction()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new InsuranceTransactionCreation()
{
ExpiryDate = DateTime.Now.AddYears(1),
AmountInsured = 10000,
EntitiesInsured = "something",
GrantedOn = DateTime.Now,
InsuranceType = InsuranceType.AssetInsurance,
IsAcquire = true,
Issuer = "Issuer",
NameOfPolicy = "Name",
PolicyAddress = "Address",
PolicyNumber = "Number",
PolicyType = PolicyType.Accident,
Premium = 100
}).Wait();
var liabilities = account.GetLiabilities();
Assert.IsTrue(liabilities.Count == 1);
}
public void AccountCanCalculateProfitAndLoss()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new EquityTransactionCreation()
{
EquityType = EquityTypes.AustralianEquity,
FeesRecords = new List<TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 100,
TransactionExpenseType = TransactionExpenseType.Brokerage
}
},
Name = "Test Stock",
NumberOfUnits = 100,
Price = 20,
Sector = "Test Sector",
Ticker = "Test Ticker 01",
TransactionDate = DateTime.Now,
}).Wait();
account = groups[0].GetAccounts()[0];
Assert.IsTrue(account.GetAssets().Count == 1);
var asset = account.GetAssets()[0];
Assert.IsTrue(asset.LatestPrice == 20);
Assert.IsTrue(asset.TotalNumberOfUnits == 100);
account.RecordIncome(new DividendPaymentCreation()
{
Amount = 200,
Franking = 100,
PaymentOn = DateTime.Now,
Ticker = ((AustralianEquity)asset).Ticker
}).Wait();
var assets = account.GetAssets();
var marketvalue = assets.GetTotalMarketValue();
var cost = assets.GetTotalCost();
var income = assets.GetTotalIncome();
var profitLoss = assets.GetProfitAndLoss();
Assert.IsTrue(marketvalue == 2000);
Assert.IsTrue(cost.AssetCost == 2000);
Assert.IsTrue(cost.Total == 2100);
Assert.IsTrue(cost.Expense == 100);
Assert.IsTrue(income == 300);
Assert.IsTrue(profitLoss == 200);
repo.Dispose();
}
public void CanCalculateAssetSectorialDiversification()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new EquityTransactionCreation()
{
EquityType = EquityTypes.AustralianEquity,
FeesRecords = new List<TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 100,
TransactionExpenseType = TransactionExpenseType.Brokerage
}
},
Name = "Test Stock",
NumberOfUnits = 100,
Price = 20,
Sector = "Sector 1",
Ticker = Guid.NewGuid().ToString(),
TransactionDate = DateTime.Now,
}).Wait();
account = groups[0].GetAccounts()[0];
Assert.IsTrue(account.GetAssets().Count == 1);
var asset = account.GetAssets()[0];
Assert.IsTrue(asset.LatestPrice == 20);
Assert.IsTrue(asset.TotalNumberOfUnits == 100);
account.RecordIncome(new DividendPaymentCreation()
{
Amount = 200,
Franking = 100,
PaymentOn = DateTime.Now,
Ticker = ((AustralianEquity)asset).Ticker
}).Wait();
var assets = account.GetAssets();
var diversification = assets.GetAssetSectorialDiversification<AustralianEquity>(repo).Result;
Assert.IsTrue(diversification.Count == 2);
Assert.IsTrue(diversification["Sector 1"] == 2000);
Assert.IsTrue(diversification["Sector 2"] == 0);
repo.Dispose();
}
public void CanGenerateMonthlyCashflowForAssets()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new EquityTransactionCreation()
{
EquityType = EquityTypes.AustralianEquity,
FeesRecords = new List<TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 1000,
TransactionExpenseType = TransactionExpenseType.Brokerage
}
},
Name = "Test Stock",
NumberOfUnits = 100,
Price = 20,
Sector = "Test Sector",
Ticker = "Test Ticker 01",
TransactionDate = DateTime.Now,
}).Wait();
account = groups[0].GetAccounts()[0];
var assets = account.GetAssets();
var cashflow = assets.GetMonthlyCashflows();
Assert.IsTrue(cashflow != null);
Assert.IsTrue(cashflow.Count == 12);
Assert.IsTrue(cashflow.Last().Expenses == 1000);
}
public void CanCalculateAssetCashAccountTypeDiversification()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new CashAccountTransactionAccountCreation()
{
Amount = 150000,
AnnualInterestSoFar = 0,
Bsb = "123456",
CashAccountName = "Account name",
CashAccountNumber = "Number",
CashAccountType = CashAccountType.TermDeposit,
CurrencyType = CurrencyType.AustralianDollar,
Frequency = Frequency.Annually,
InterestRate = 0.9,
MaturityDate = DateTime.Now.AddYears(1),
TermsInMonths = 20,
TransactionDate = DateTime.Now,
TransactionFeeRecords = new List<TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 1000,
TransactionExpenseType = TransactionExpenseType.AdviserTransactionFee
}
}
}).Wait();
var assets = account.GetAssets();
var cashAccountDiversification = assets.GetCashAccountTypeDiversification(repo).Result;
Assert.IsTrue(cashAccountDiversification.Count == 5);
Assert.IsTrue(cashAccountDiversification["TermDeposit"] == 150000);
repo.Dispose();
}
public void AdviserCanCreateClientWithProperAgeCalculation()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now.AddYears(-12),
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
Assert.IsTrue(groups[0].GetClients().Result[0].Age == 12);
repo.Dispose();
}
public void CanRecordResearchValuesAndGetRatingForAsset()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new EquityTransactionCreation()
{
EquityType = EquityTypes.AustralianEquity,
FeesRecords = new List<TransactionFeeRecordCreation>(),
Name = "Test Stock",
NumberOfUnits = 1000,
Price = 29.64,
Sector = "Test Sector",
Ticker = "Test Ticker 01",
TransactionDate = DateTime.Now,
}).Wait();
account.MakeTransaction(new EquityTransactionCreation()
{
EquityType = EquityTypes.AustralianEquity,
FeesRecords = new List<TransactionFeeRecordCreation>(),
Name = "Test Stock",
NumberOfUnits = 1000,
Price = 29.64,
Sector = "Test Sector",
Ticker = "Test Ticker 02",
TransactionDate = DateTime.Now,
}).Wait();
#region set up research values (this portion is optional, default values will be used if no research values available. Absent of research values will always generate 'Danger' rating)
//record Australian equity f0 values
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.Beta), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.EarningsStability), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.FiveYearInformation), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.FiveYearReturn), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.Frank), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.InterestCover), 0, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.OneYearReturn), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.PayoutRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.ThreeYearReturn), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.BetaFiveYears), 1.1036, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.Capitalisation), 57225467107, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.CurrentRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.DebtEquityRatio), 0, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.DividendYield), 0.0621, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.EpsGrowth), 0.0772, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.FiveYearAlphaRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.FiveYearSharpRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.FiveYearSkewnessRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.FiveYearStandardDeviation), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.FiveYearTrackingErrorRatio), 1.1036, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.FundSize), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.GlobalCategory), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.CurrentRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.PriceEarningRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.QuickRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.ReturnOnAsset), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Ratios>.Property(r => r.ReturnOnEquity), 1, "Test Ticker 01", "Test Issuer").Wait();
//record Australian Equity f1 research values
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.FinancialLeverage), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.Frank), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.InterestCover), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.IntrinsicValue), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.OneYearReturn), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.OneYearRevenueGrowth), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.PriceEarningRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.ReturnOnAsset), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.ReturnOnEquity), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.CreditRating), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.DebtEquityRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.DividendYield), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.EpsGrowth), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.FairValueVariation), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.FiveYearTotalReturn), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.MaxManagementExpenseRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.MorningStarAnalyst), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.MorningstarRecommendation), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.OneYearAlpha), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.OneYearInformationRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.OneYearBeta), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.OneYearSharpRatio), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.OneYearTrackingError), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.PerformanceFee), 1, "Test Ticker 01", "Test Issuer").Wait();
repo.FeedResearchValueForEquity(Nameof<Recommendation>.Property(r => r.YearsSinceInception), 1, "Test Ticker 01", "Test Issuer").Wait();
#endregion
var assets = account.GetAssets();
var equityWithResearchValues = assets.OfType<Equity>().First(a => a.Ticker == "Test Ticker 01");
var equityWithNoResearchValues = assets.OfType<Equity>().First(a => a.Ticker == "Test Ticker 02");
var rating_withResearchValues = equityWithResearchValues.GetRating();
var rating_withNoResearchValues = equityWithNoResearchValues.GetRating();
Assert.IsTrue(rating_withNoResearchValues.SuitabilityRating == SuitabilityRating.Danger);
Assert.IsTrue(rating_withResearchValues != null);
}
public void AdviserCanCreateClientForGroup()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
//adviser.SetProfileEndDate(DateTime.Now);
var groups = adviser.GetAllClientGroups().Result;
adviser.CreateNewClient(new ClientRegistration()
{
GroupNumber = groups[0].ClientGroupNumber,
FirstName = "second first name",
LastName = "second last name",
Address = "address",
Dob = DateTime.Now,
Phone = "039999999",
Email = "*****@*****.**"
}).Wait();
//adviser.SetProfileEndDate(DateTime.Now);
groups = adviser.GetAllClientGroups().Result;
Assert.IsTrue(groups.Count == 1);
Assert.IsTrue(groups[0].GetClients().Result.Count == 2);
repo.Dispose();
}
public void CanCalculateAssetPropertyTypeDiversification()
{
var repo = new EdisRepository();
var adviser = repo.CreateAdviser("Test", "Adviser").Result;
adviser.CreateNewClientGroup(new ClientGroupRegistration()
{
AdviserNumber = adviser.AdviserNumber,
FirstName = "client first name",
LastName = "client last name",
Address = "668 Bourke Street, Melbourne, 3000, Victoria",
Dob = DateTime.Now,
Phone = "03699999",
Email = "Email"
}).Wait();
var groups = adviser.GetAllClientGroups().Result;
groups[0].AddAccount("group account", AccountType.GenenralPurpose).Wait();
var account = groups[0].GetAccounts()[0];
account.MakeTransaction(new PropertyTransactionCreation()
{
FeesRecords = new List<TransactionFeeRecordCreation>()
{
new TransactionFeeRecordCreation()
{
Amount = 888,
TransactionExpenseType = TransactionExpenseType.AdviserTransactionFee
}
},
FullAddress = "668 Bourke Street, Melbourne, 3000",
IsBuy = true,
Price = 1980000,
PropertyType = "Home",
TransactionDate = DateTime.Now
}).Wait();
var assets = account.GetAssets();
var propertyTypeDiversification = assets.GetDirectPropertyTypeDiversification(repo).Result;
Assert.IsTrue(propertyTypeDiversification.Count == 2);
Assert.IsTrue(propertyTypeDiversification["Home"] == 1980000);
}
