public void MinOrValue_NegativeInt_ReturnsMinIntValue()
{
const int NEGATIVE_VALUE = -1;
IGenericValueComparer <int> intValueComparer = CreateIntValueComparer();
int returnValue = intValueComparer.MinOrValue(NEGATIVE_VALUE);
Assert.AreEqual(returnValue, MIN_INT_VALUE);
}
public void MinOrValue_ZeroInt_ReturnsMinIntValue()
{
const int ZERO_VALUE = 0;
IGenericValueComparer <int> intValueComparer = CreateIntValueComparer();
int returnValue = intValueComparer.MinOrValue(ZERO_VALUE);
Assert.AreEqual(returnValue, MIN_INT_VALUE);
}
public void MinOrValue_LowerValueFourthCharacter_ReturnsMinStringValue()
{
const string LOWER_VALUE_STRING = "moo ";
IGenericValueComparer <string> stringValueComparer = CreateStringValueComparer();
string returnValue = stringValueComparer.MinOrValue(LOWER_VALUE_STRING);
Assert.AreEqual(returnValue, MIN_STRING_VALUE);
}
public void MinOrValue_PositiveFloat_ReturnsSameValue()
{
const float POSITIVE_VALUE = 12.1F;
IGenericValueComparer <float> floatValueComparer = CreateFloatValueComparer();
float returnValue = floatValueComparer.MinOrValue(POSITIVE_VALUE);
Assert.AreEqual(returnValue, POSITIVE_VALUE);
}
public void MinOrValue_EqualValueFloat_ReturnsSameValue()
{
const float EQUAL_VALUE = 11.1F;
IGenericValueComparer <float> floatValueComparer = CreateFloatValueComparer();
float returnValue = floatValueComparer.MinOrValue(EQUAL_VALUE);
Assert.AreEqual(returnValue, EQUAL_VALUE);
}
public void MinOrValue_NegativeFloat_ReturnsMinFloatValue()
{
const float NEGATIVE_VALUE = -1.0F;
IGenericValueComparer <float> floatValueComparer = CreateFloatValueComparer();
float returnValue = floatValueComparer.MinOrValue(NEGATIVE_VALUE);
Assert.AreEqual(returnValue, MIN_FLOAT_VALUE);
}
public void MinOrValue_ZeroFloat_ReturnsMinFloatValue()
{
const float ZERO_VALUE = 0.0F;
IGenericValueComparer <float> floatValueComparer = CreateFloatValueComparer();
float returnValue = floatValueComparer.MinOrValue(ZERO_VALUE);
Assert.AreEqual(returnValue, MIN_FLOAT_VALUE);
}
public void MinOrValue_EqualValueDecimal_ReturnsSameValue()
{
const decimal EQUAL_VALUE = 10.1M;
IGenericValueComparer <decimal> decimalValueComparer = CreateDecimalValueComparer();
decimal returnValue = decimalValueComparer.MinOrValue(EQUAL_VALUE);
Assert.AreEqual(returnValue, EQUAL_VALUE);
}
public void MinOrValue_PositiveDecimal_ReturnsSameValue()
{
const decimal POSITIVE_VALUE = 22.1M;
IGenericValueComparer <decimal> decimalValueComparer = CreateDecimalValueComparer();
decimal returnValue = decimalValueComparer.MinOrValue(POSITIVE_VALUE);
Assert.AreEqual(returnValue, POSITIVE_VALUE);
}
public void MinOrValue_ZeroDecimal_ReturnsMinDecimalValue()
{
const decimal ZERO_VALUE = 0.0M;
IGenericValueComparer <decimal> decimalValueComparer = CreateDecimalValueComparer();
decimal returnValue = decimalValueComparer.MinOrValue(ZERO_VALUE);
Assert.AreEqual(returnValue, MIN_DECIMAL_VALUE);
}
public void MinOrValue_HigherValueFourthCharacter_ReturnsSameValue()
{
const string HIGHER_VALUE_STRING = "moo\"";
IGenericValueComparer <string> stringValueComparer = CreateStringValueComparer();
string returnValue = stringValueComparer.MinOrValue(HIGHER_VALUE_STRING);
Assert.AreEqual(returnValue, HIGHER_VALUE_STRING);
}
public void MinOrValue_EqualValueString_ReturnsSameValue()
{
const string SAME_VALUE_STRING = "moo!";
IGenericValueComparer <string> stringValueComparer = CreateStringValueComparer();
string returnValue = stringValueComparer.MinOrValue(SAME_VALUE_STRING);
Assert.AreEqual(returnValue, SAME_VALUE_STRING);
}
public void MinOrValue_EqualValueLong_ReturnsSameValue()
{
const long EQUAL_VALUE = 10L;
IGenericValueComparer <long> longValueComparer = CreateLongValueComparer();
long returnValue = longValueComparer.MinOrValue(EQUAL_VALUE);
Assert.AreEqual(returnValue, EQUAL_VALUE);
}
public void MinOrValue_PositiveLong_ReturnsSameValue()
{
const long POSITIVE_VALUE = 12L;
IGenericValueComparer <long> longValueComparer = CreateLongValueComparer();
long returnValue = longValueComparer.MinOrValue(POSITIVE_VALUE);
Assert.AreEqual(returnValue, POSITIVE_VALUE);
}
public void MinOrValue_NegativeDecimal_ReturnsMinDecimalValue()
{
const decimal NEGATIVE_VALUE = -1.0M;
IGenericValueComparer <decimal> decimalValueComparer = CreateDecimalValueComparer();
decimal returnValue = decimalValueComparer.MinOrValue(NEGATIVE_VALUE);
Assert.AreEqual(returnValue, MIN_DECIMAL_VALUE);
}
public void MinOrValue_NegativeLong_ReturnsMinLongValue()
{
const long NEGATIVE_VALUE = -1L;
IGenericValueComparer <long> longValueComparer = CreateLongValueComparer();
long returnValue = longValueComparer.MinOrValue(NEGATIVE_VALUE);
Assert.AreEqual(returnValue, MIN_LONG_VALUE);
}
public void MinOrValue_ZeroLong_ReturnsMinLongValue()
{
const long ZERO_VALUE = 0L;
IGenericValueComparer <long> longValueComparer = CreateLongValueComparer();
long returnValue = longValueComparer.MinOrValue(ZERO_VALUE);
Assert.AreEqual(returnValue, MIN_LONG_VALUE);
}
public void MinOrValue_EqualValueInt_ReturnsSameValue()
{
const int EQUAL_VALUE = 1;
IGenericValueComparer <int> intValueComparer = CreateIntValueComparer();
int returnValue = intValueComparer.MinOrValue(EQUAL_VALUE);
Assert.AreEqual(returnValue, EQUAL_VALUE);
}
public void MinOrValue_PositiveInt_ReturnsSameValue()
{
const int POSITIVE_VALUE = 2;
IGenericValueComparer <int> intValueComparer = CreateIntValueComparer();
int returnValue = intValueComparer.MinOrValue(POSITIVE_VALUE);
Assert.AreEqual(returnValue, POSITIVE_VALUE);
}
public void MinOrValue_HigerValueAge_ReturnsSameValue()
{
var higherValueAge = new TestComparable()
{
Name = "B",
Age = 3
};
IGenericValueComparer <TestComparable> stringValueComparer = CreateTestComparableComparer();
TestComparable returnValue = stringValueComparer.MinOrValue(higherValueAge);
Assert.AreEqual(returnValue, higherValueAge);
}
public void MinOrValue_SameValueAgeAndName_ReturnsSameValue()
{
var sameValueComparable = new TestComparable()
{
Name = "B",
Age = 2
};
IGenericValueComparer <TestComparable> stringValueComparer = CreateTestComparableComparer();
TestComparable returnValue = stringValueComparer.MinOrValue(sameValueComparable);
Assert.AreEqual(returnValue, sameValueComparable);
}
public void MinOrValue_LowerValueAge_ReturnsMinTestComparable()
{
var lowerValueAgeComparable = new TestComparable()
{
Name = "B",
Age = 1
};
IGenericValueComparer <TestComparable> stringValueComparer = CreateTestComparableComparer();
TestComparable returnValue = stringValueComparer.MinOrValue(lowerValueAgeComparable);
Assert.AreEqual(returnValue, MinTestComparableValue);
}
