public async Task AddNewCustomerComplex()
{
//arrange
var random = new Random();
var customer = LimitCustomer.Create($"ACESSO", $"document{random.Next(1000, 10000)}");
var limitLevel = LimitLevel.Create(LevelType.Card, 1000, 30);
var cycle = Cycle.Create(CycleType.Transaction);
cycle.AddLimitLevel(limitLevel);
var limit = Limit.Create(LimitType.CashIn, FeatureType.TED);
limit.AddCycle(cycle);
customer.AddLimit(limit);
//act
await _repositoryCommand.SaveAsync(customer);
var customerFound = await _repositoryQuery.GetAsync(customer.Id);
//assert
Assert.NotNull(customerFound);
Assert.Equal(customer.Id, customerFound.Id);
Assert.True(customerFound.Limits.Count == 1);
Assert.True(customerFound.Limits.First().Cycles.Count == 1);
Assert.True(customerFound.Limits.First().Cycles.First().LimitLevels.Count == 1);
}
private static Cycle GetCycle(CycleType type)
{
var cycle = Cycle.Create(type);
cycle.AddLimitLevel(LimitLevel.Create(LevelType.Account, 50000, 10000));
cycle.AddLimitLevel(LimitLevel.Create(LevelType.Card, 50000, 10000));
cycle.AddLimitLevel(LimitLevel.Create(LevelType.Document, 50000, 10000));
return(cycle);
}
private IEnumerable <Cycle> CyclesParse(List <CycleDto> cyclesDto)
{
if (cyclesDto?.Any() == true)
{
foreach (var cycleDto in cyclesDto)
{
var cycle = Cycle.Create(cycleDto.Type);
cycle.AddLimitLevels(LimitLevelsParse(cycleDto.LimitLevels));
yield return(cycle);
}
}
}
public void LimitHaveAddNewCycle()
{
//arrange
var cycle = Cycle.Create(CycleType.Daily);
var limit = Limit.Create(LimitType.CashIn, FeatureType.TED);
limit.AddCycle(cycle);
//act
var result = limit.Validate();
//assert
Assert.True(result.IsValid);
}
public void CycleHaveAddNewLimitLevel()
{
//arrange
var limitLevel = LimitLevel.Create(LevelType.Account, 10000, 1000);
var cycle = Cycle.Create(CycleType.Daily);
cycle.AddLimitLevel(limitLevel);
//act
var result = cycle.Validate();
//assert
Assert.True(result.IsValid);
}
public static LimitCustomer CreateLimitCustomer(LimitType limitType, FeatureType featureType, CycleType cycleType, LimitLevel limitLevel)
{
var customer = LimitCustomer.Create("ACESSO", "document123");
var cycle = Cycle.Create(cycleType);
cycle.AddLimitLevel(limitLevel);
var limit = Limit.Create(limitType, featureType);
limit.AddCycle(cycle);
customer.AddLimit(limit);
return(customer);
}
public void LimitDontHaveTwoCycleEquals()
{
//arrange
var cycle = Cycle.Create(CycleType.Daily);
var cycleDouble = Cycle.Create(CycleType.Daily);
var limit = Limit.Create(LimitType.CashIn, FeatureType.TED);
limit.AddCycle(cycle);
//act
limit.AddCycle(cycleDouble);
var result = limit.Validate();
//assert
Assert.True(result.IsInvalid);
}
public void CycleDontHaveTwoLimitLevelEquals()
{
//arrange
var limitLevel = LimitLevel.Create(LevelType.Account, 10000, 1000);
var limitLevelDouble = LimitLevel.Create(LevelType.Account, 100012, 1000);
var cycle = Cycle.Create(CycleType.Daily);
cycle.AddLimitLevel(limitLevel);
//act
cycle.AddLimitLevel(limitLevelDouble);
var result = cycle.Validate();
//assert
Assert.True(result.IsInvalid);
}
public static KtRegion RegularPolygon(KtPoint2D center, int cornerCount, double circumRadius, bool solid)
{
if (circumRadius.NearZero(5) || cornerCount < 2)
{
return(null);
}
if (center == null)
{
center = new KtPoint2D();
}
var corners = new List <KtPoint2D>();
var intAngle = Cycle.Create(1) / cornerCount;
for (var i = 0; i < cornerCount; i++)
{
var corner = center + (new KtVector2D(intAngle * i) * circumRadius).ToKtPoint2D();
corners.Add(corner);
}
return(solid ? (KtRegion) new KtSolidRegion(corners) : new KtHollowRegion(corners));
}