public void OrInvalidOperators()
{
ValueTester.TestBinaryOperation("Or", new[]
{
// Integer
new BinaryOperationTestInput(12345, 12345, null),
new BinaryOperationTestInput(12345, 12.345m, null),
new BinaryOperationTestInput(12345, "string", null),
new BinaryOperationTestInput(12345, true, null),
// Decimal
new BinaryOperationTestInput(12.345m, 12345, null),
new BinaryOperationTestInput(12.345m, 12.345m, null),
new BinaryOperationTestInput(12.345m, "string", null),
new BinaryOperationTestInput(12.345m, true, null),
// String
new BinaryOperationTestInput("string", 12345, null),
new BinaryOperationTestInput("string", 12.345m, null),
new BinaryOperationTestInput("string", "string", null),
new BinaryOperationTestInput("string", true, null),
// Bool
new BinaryOperationTestInput(true, 12345, null),
new BinaryOperationTestInput(false, 12.345m, null),
new BinaryOperationTestInput(true, "string", null)
}
);
}
public void EqualityValidOperators()
{
ValueTester.TestBinaryOperation("EqualTo", new[]
{
// Integers
new BinaryOperationTestInput(1, 1, true),
new BinaryOperationTestInput(1, 5, false),
// Two decimals
new BinaryOperationTestInput(12.34m, 12.34m, true),
new BinaryOperationTestInput(12.34m, 12.35m, false),
// Integer and decimal
new BinaryOperationTestInput(10, 10.0m, true),
new BinaryOperationTestInput(10, 20.0m, false),
// Booleans
new BinaryOperationTestInput(true, false, false),
new BinaryOperationTestInput(true, true, true),
new BinaryOperationTestInput(false, true, false),
new BinaryOperationTestInput(false, false, true),
// Strings
new BinaryOperationTestInput("string", "string", true),
new BinaryOperationTestInput("string", "String", false),
new BinaryOperationTestInput("string", " string", false)
}
);
}
public void AndValidOperators()
{
ValueTester.TestBinaryOperation("And", new[]
{
new BinaryOperationTestInput(false, false, false),
new BinaryOperationTestInput(false, true, false),
new BinaryOperationTestInput(true, false, false),
new BinaryOperationTestInput(true, true, true)
}
);
}
public void NegativeOperation()
{
ValueTester.TestBinaryOperation("Negative", new[]
{
// Valid (integers and decimals)
new OperationTestInput(12345, -12345),
new OperationTestInput(12.345m, -12.345m),
// Invalid:
new OperationTestInput(true, null),
new OperationTestInput("string", null),
}
);
}
public void AdditionValidOperators()
{
ValueTester.TestBinaryOperation("Add", new[]
{
// Integers
new BinaryOperationTestInput(10, 2, 12),
// Decimals
new BinaryOperationTestInput(10.5m, 5.0m, 15.5m),
// Integer and decimal
new BinaryOperationTestInput(10, 10.0m, 20.0m),
new BinaryOperationTestInput(10.0m, 20, 30.0m)
}
);
}
public void DivisionValidOperators()
{
ValueTester.TestBinaryOperation("Divide", new[]
{
// Integers
new BinaryOperationTestInput(10, 2, 5),
// Decimals
new BinaryOperationTestInput(10.5m, 5.0m, 2.1m),
// Integer and decimal
new BinaryOperationTestInput(10, 10.0m, 1.0m),
new BinaryOperationTestInput(10.0m, 20, 0.5m)
}
);
}
public void MultiplicationValidOperators()
{
ValueTester.TestBinaryOperation("Multiply", new[]
{
// Integers
new BinaryOperationTestInput(10, 2, 20),
// Decimals
new BinaryOperationTestInput(10.5m, 5.0m, 52.5m),
// Integer and decimal
new BinaryOperationTestInput(10, 10.0m, 100.0m),
new BinaryOperationTestInput(10.0m, 20, 200m)
}
);
}
public void SubtractionValidOperators()
{
ValueTester.TestBinaryOperation("Subtract", new[]
{
// Integers
new BinaryOperationTestInput(10, 2, 8),
// Decimals
new BinaryOperationTestInput(10.5m, 5.0m, 5.5m),
// Integer and decimal
new BinaryOperationTestInput(10, 10.0m, 0.0m),
new BinaryOperationTestInput(10.0m, 20, -10.0m)
}
);
}
public void BangOperation()
{
ValueTester.TestBinaryOperation("Bang", new[]
{
// Valid (boolean)
new OperationTestInput(false, true),
new OperationTestInput(true, false),
// Invalid:
new OperationTestInput(12345, null),
new OperationTestInput(12.345m, null),
new OperationTestInput("string", null),
}
);
}
public static void TestBinaryOperation(OperationTestInput testInput, string op)
{
var lhsValue = ValueCreator.CreateValue(testInput.LeftHandSideOperand);
var operationMethod = lhsValue.GetType().GetMethod(op);
try
{
var result = operationMethod.Invoke(lhsValue, new object[] { });
ValueTester.Test((dynamic)result, testInput.ExpectedResult);
}
catch (TargetInvocationException ex)
{
throw ex.InnerException;
}
}
public void GreaterThanValidOperators()
{
ValueTester.TestBinaryOperation("GreaterThan", new[]
{
// Integers
new BinaryOperationTestInput(10, 2, true),
new BinaryOperationTestInput(10, 11, false),
new BinaryOperationTestInput(10, 10, false),
// Decimals
new BinaryOperationTestInput(10.5m, 5.0m, true),
new BinaryOperationTestInput(12.34m, 23.45m, false),
new BinaryOperationTestInput(12.34m, 12.34m, false),
// Integer and decimal
new BinaryOperationTestInput(10, 10.1m, false),
new BinaryOperationTestInput(10.1m, 10, true),
new BinaryOperationTestInput(10.0m, 10, false),
new BinaryOperationTestInput(10, 10.0m, false)
}
);
}
public void LessthanOrEqualValidOperators()
{
ValueTester.TestBinaryOperation("LessThanOrEqual", new[]
{
// Integers
new BinaryOperationTestInput(10, 2, false),
new BinaryOperationTestInput(10, 11, true),
new BinaryOperationTestInput(10, 10, true),
// Decimals
new BinaryOperationTestInput(10.5m, 5.0m, false),
new BinaryOperationTestInput(12.34m, 23.45m, true),
new BinaryOperationTestInput(12.34m, 12.34m, true),
// Integer and decimal
new BinaryOperationTestInput(10, 10.1m, true),
new BinaryOperationTestInput(10.1m, 10, false),
new BinaryOperationTestInput(10.0m, 10, true),
new BinaryOperationTestInput(10, 10.0m, true)
}
);
}
public void InequalityInalidOperators()
{
ValueTester.TestBinaryOperation("EqualTo", new[]
{
// Integers,
new BinaryOperationTestInput(1, true, null),
new BinaryOperationTestInput(1, "string", null),
// Decimals,
new BinaryOperationTestInput(12.34m, true, null),
new BinaryOperationTestInput(12.34m, "string", null),
// Booleans,
new BinaryOperationTestInput(true, 1, null),
new BinaryOperationTestInput(true, 12.34m, null),
new BinaryOperationTestInput(false, "string", null),
// And Strings
new BinaryOperationTestInput("string", 1, null),
new BinaryOperationTestInput("string", 12.34m, null),
new BinaryOperationTestInput("string", true, null)
}
);
}
public void MultiplicationInvalidOperators()
{
ValueTester.TestBinaryOperation("Multiply", new[]
{
// Integers
new BinaryOperationTestInput(10, true, null),
new BinaryOperationTestInput(10, "string", null),
// Decimals
new BinaryOperationTestInput(12.34m, true, null),
new BinaryOperationTestInput(12.34m, "string", null),
// Boolean
new BinaryOperationTestInput(true, true, null),
new BinaryOperationTestInput(true, "string", null),
new BinaryOperationTestInput(true, 12345, null),
new BinaryOperationTestInput(true, 12.345m, null),
// String
new BinaryOperationTestInput("string", true, null),
new BinaryOperationTestInput("string", "string", null),
new BinaryOperationTestInput("string", 12345, null),
new BinaryOperationTestInput("string", 12.345m, null),
}
);
}
public void GreaterThanOrEqualInValidOperators()
{
ValueTester.TestBinaryOperation("GreaterThanOrEqual", new[]
{
// Integers
new BinaryOperationTestInput(10, true, null),
new BinaryOperationTestInput(10, "string", null),
// Decimal
new BinaryOperationTestInput(12.34m, true, null),
new BinaryOperationTestInput(12.34, "string", null),
// Boolean
new BinaryOperationTestInput(true, 12345, null),
new BinaryOperationTestInput(false, 12.345m, null),
new BinaryOperationTestInput(true, true, null),
new BinaryOperationTestInput(false, "string", null),
// String
new BinaryOperationTestInput("string", 12345, null),
new BinaryOperationTestInput("string", 12.345m, null),
new BinaryOperationTestInput("string", true, null),
new BinaryOperationTestInput("string", "string", null),
}
);
}
