public ActionResult SelectProject()
{
Session.RemoveAll();
IEnumerable <Project> projects = this.ProjectService.FindAll();
IList <SelectListItem> prjItems = new List <SelectListItem>();
Parallel.ForEach(projects, p => prjItems.Add(new SelectListItem {
Text = p.ProjectName, Value = p.Id.ToString()
}));
ViewBag.Title = "Select Project";
return(View(new ProjectInfo()
{
ProjectItems = prjItems, TProperty = Nameof <Project> .Property(p => p.ProjectName)
}));
}
private ActionResult RenderIndexView(IEnumerable <GlobalSetting> globalSettings, int recordCount, int pageIndex)
{
GlobalSettingInfo gsi = new GlobalSettingInfo {
GlobalSettings = globalSettings, SelectedGlobalSetting = new GlobalSetting(),
QueryConditionEntity = new QueryConditionEntity {
Name = Nameof <GlobalSetting> .Property(gs => gs.Name), Value = Nameof <GlobalSetting> .Property(gs => gs.Value)
}
};
Func <int, UrlHelper, string> pageUrlAccessor = (currentPage, helper) => helper.RouteUrl("GlobalSettingPage", new { PageIndex = currentPage }).ToString();
ViewResult result = View(gsi);
ViewBag.RecordCount = recordCount;
ViewBag.PageIndex = pageIndex;
ViewBag.PageUrlAccessor = pageUrlAccessor;
return(result);
}
private ActionResult RenderIndexView(IEnumerable <TestData> testDataMore, int recordCount, int pageIndex)
{
TestDataInfo tdi = new TestDataInfo
{
TestDataMore = testDataMore,
SelectedTestData = new TestData(),
FindConditionEntity = new FindConditionEntity
{
TestCaseId = Nameof <TestData> .Property(td => td.TestCaseId),
Name = Nameof <TestData> .Property(td => td.Name),
Value = Nameof <GlobalSetting> .Property(gs => gs.Value)
}
};
Func <int, UrlHelper, string> pageUrlAccessor = (currentPage, helper) => helper.RouteUrl("TestDataPage", new { PageIndex = currentPage }).ToString();
ViewResult result = View(tdi);
ViewBag.RecordCount = recordCount;
ViewBag.PageIndex = pageIndex;
ViewBag.PageUrlAccessor = pageUrlAccessor;
return(result);
}
private ActionResult RenderIndexView(IEnumerable <Control> controls, IList <SelectListItem> propertyListWhenEdit, int recordCount, int pageIndex)
{
ControlInfo ci = new ControlInfo
{
Controls = controls,
PropertyListWhenEdit = propertyListWhenEdit ?? null,
SearchedConditionEntity = new SearchedConditionEntity
{
ControlType = Nameof <Control> .Property(c => c.ControlProperty.Type),
ControlProperty = Nameof <Control> .Property(c => c.ControlProperty.Property),
PropertyValue = Nameof <Control> .Property(c => c.PropertyValue),
ControlName = Nameof <Control> .Property(c => c.Name)
}
};
Func <int, UrlHelper, string> pageUrlAccessor = (currentPage, helper) => helper.RouteUrl("ControlPage", new { PageIndex = currentPage }).ToString();
ViewResult result = View(ci);
ViewBag.RecordCount = recordCount;
ViewBag.PageIndex = pageIndex;
ViewBag.PageUrlAccessor = pageUrlAccessor;
return(result);
}
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);
}
static void Main()
{
var propertyName = Nameof <SampleClass> .Property(e => e.Name);
MessageBox.Show(propertyName);
}
static void Main()
{
var propName = Nameof <SampleClass> .Property(e => e.Name);
Console.WriteLine(propName);
}