internal void Value_WithValidValueGiven_ReturnsExpectedValue()
{
// Arrange
var number = new TestDecimal(decimal.One);
// Act
var result = number.Value;
// Assert
Assert.Equal(decimal.One, result);
}
internal void ToString_ReturnsExpectedString()
{
// Arrange
var number0 = new TestDecimal(decimal.Zero, 0);
var number1 = new TestDecimal(decimal.Zero);
// Act
// Assert
Assert.Equal("0", number0.ToString());
Assert.Equal("0.0", number1.ToString());
}
protected override void FillRequiredFields(Partner obj)
{
base.FillRequiredFields(obj);
//var mandant = _mandantTest.CreateNew();
obj.AsDynamic().PARTNERID = TestDecimal;
obj.AsDynamic().PARTNERCODE = TestDecimal.ToString();
obj.AsDynamic().MANDANTID = 1;// mandant.GetKey();
obj.AsDynamic().PARTNERNAME = TestDecimal.ToString();
}
internal void GetHashCode_WithVariousValues_ReturnExpectedValues()
{
// Arrange
var number0 = new TestDecimal(decimal.Zero);
var number1 = new TestDecimal(decimal.One);
// Act
// Assert
Assert.Equal(0, number0.GetHashCode());
Assert.Equal(decimal.Zero.GetHashCode(), number0.GetHashCode());
Assert.Equal(decimal.One.GetHashCode(), number1.GetHashCode());
}
internal void CompareTo_WithVariousValues_ReturnExpectedValues()
{
// Arrange
var number0 = new TestDecimal(decimal.Zero);
var number1 = new TestDecimal(decimal.One);
// Act
// Assert
Assert.Equal(-1, number0.CompareTo(number1));
Assert.Equal(0, number1.CompareTo(number1));
Assert.Equal(1, number1.CompareTo(number0));
Assert.Equal(-1, number0.CompareTo(decimal.One));
Assert.Equal(0, number1.CompareTo(decimal.One));
Assert.Equal(1, number1.CompareTo(decimal.Zero));
}
internal void EqualityOperators_ReturnExpectedValues()
{
// Arrange
var number0 = new TestDecimal(decimal.Zero);
var number1 = new TestDecimal(decimal.One);
var number2 = new TestDecimal(decimal.One);
// Act
// Assert
// ReSharper disable once SuspiciousTypeConversion.Global
Assert.False(number0.Equals("string"));
Assert.True(number1 == number2);
Assert.True(number1 == decimal.One);
Assert.True(decimal.One == number1);
Assert.True(number1.Equals(number1));
Assert.False(number1.Equals(number0));
Assert.False(number1.Equals(decimal.Zero));
Assert.False(number1 != number2);
Assert.False(number1 != decimal.One);
Assert.False(decimal.One != number1);
Assert.True(number1 > number0);
Assert.False(number1 > decimal.One);
Assert.False(decimal.One > number1);
Assert.True(number1 >= number0);
Assert.True(number1 >= decimal.One);
Assert.True(decimal.One >= number1);
Assert.True(number0 < number1);
Assert.False(number1 < decimal.One);
Assert.False(decimal.One < number1);
Assert.True(number0 <= number1);
Assert.True(number1 <= decimal.One);
Assert.True(decimal.One <= number1);
}
internal void ArithmeticOperators_ReturnExpectedValues()
{
// Arrange
var number0 = new TestDecimal(decimal.Zero);
var number1 = new TestDecimal(decimal.One);
// Act
// Assert
Assert.Equal(decimal.One, number0 + number1);
Assert.Equal(decimal.One, number0 + decimal.One);
Assert.Equal(decimal.One, decimal.One + number0);
Assert.Equal(decimal.Zero, number1 - number1);
Assert.Equal(-1.0m, number0 - decimal.One);
Assert.Equal(decimal.Zero, decimal.One - number1);
Assert.Equal(decimal.Zero, number0 * number1);
Assert.Equal(decimal.Zero, number0 * decimal.One);
Assert.Equal(decimal.Zero, decimal.One * number0);
Assert.Equal(decimal.One, number1 * number1);
Assert.Equal(2.0m, number1 * 2.0m);
Assert.Equal(decimal.One, decimal.One / number1);
Assert.Equal(decimal.Zero, number0 / number1);
Assert.Equal(decimal.Zero, number0 / decimal.One);
Assert.Equal(0.5m, decimal.One / 2.0m);
}
public void DeleteAddress()
{
var parentMgr = CreateManager();
var parent = CreateNew();
var parentKey = parent.GetKey();
// создаём инстанс вложенной сущности
var address = new AddressBook();
try
{
#region . Create .
var oldLength = 0;
// считываем коллекцию вложенных сущностей
var addressLst = parent.AsDynamic().WORKERADDRESS as IList <AddressBook>;
if (addressLst == null)
{
addressLst = new WMSBusinessCollection <AddressBook>();
parent.SetProperty("WORKERADDRESS", addressLst);
}
else
{
oldLength = addressLst.Count;
}
// заполняем ссылки и обязательные поля вложенной сущности
address.AsDynamic().ADDRESSBOOKINDEX = TestDecimal;
address.AsDynamic().ADDRESSBOOKTYPECODE = "ADR_LEGAL";
// добавляем связь с вложенной сущностью, сохраняем
addressLst.Add(address);
parentMgr.Update(parent);
// читаем из БД по ключу
var inserted = parentMgr.Get(parentKey);
var addressLstNew = inserted.AsDynamic().WORKERADDRESS as IList <AddressBook>;
// проверка создания
addressLstNew.Should().NotBeNull("Должны были получить хотя бы 1 элемент");
addressLstNew.Count.ShouldBeEquivalentTo(oldLength + 1, "Manager должен создавать вложенные сущности");
#endregion
#region . Delete .
// удалем связь с вложенной сущностью, сохраняем
addressLst = inserted.AsDynamic().WORKERADDRESS as IList <AddressBook>;
address = addressLst[addressLst.Count - 1];
addressLst.Remove(address);
parentMgr.Update(inserted);
// убеждаемся, что корректно удалили
var deleted = parentMgr.Get(parentKey);
addressLstNew = deleted.AsDynamic().WORKERADDRESS as IList <AddressBook>;
if (addressLstNew == null)
{
oldLength.Equals(0);
}
else
{
addressLstNew.Count.ShouldBeEquivalentTo(oldLength, "Manager должен удалять вложенные сущности");
}
#endregion
}
catch (Exception ex)
{
throw new Exception(ex.Message + " УДАЛИТЕ СТРОКУ ИЗ ТАБЛИЦЫ WMSADDRESSBOOK с ADDRESSBOOKINDEX = " + TestDecimal.ToString());
}
finally
{
ClearForSelf();
}
}
