public void AreEqual_Objects(TestObject a, TestObject b, TestExceptionType eType)
{
object objA = a.GetObject();
object objB = b.GetObject();
this.RunTest(() => this.Checker.AreEqual(objA, objB), eType);
}
protected override Type GetExceptionType(TestExceptionType exceptionType)
{
switch (exceptionType)
{
case TestExceptionType.ValidationPassed:
return(null);
case TestExceptionType.ValidationFailed:
case TestExceptionType.BoundsCheckFailed:
case TestExceptionType.NullCheckFailed:
return(typeof(ValidationFailedException));
case TestExceptionType.NotDisposedCheckFailed:
return(typeof(ObjectDisposedException));
case TestExceptionType.NullReferenceException:
return(typeof(NullReferenceException));
case TestExceptionType.IndexOutOfBoundsException:
return(typeof(IndexOutOfRangeException));
default:
throw new ArgumentOutOfRangeException(nameof(exceptionType), exceptionType, null);
}
}
public void Comparison_Floats(
float a,
CompareOperation operation,
float b,
float precision,
TestExceptionType eType)
{
this.RunTest(() => this.Checker.Comparison(a, operation, b, precision), eType);
}
public void Comparison_Doubles(
double a,
CompareOperation operation,
double b,
double precision,
TestExceptionType eType)
{
this.RunTest(() => this.Checker.Comparison(a, operation, b, precision), eType);
}
public void IsNotEmpty(int numItems, TestExceptionType eType)
{
var collection = new List <object>();
for (int i = 0; i < numItems; i++)
{
collection.Add(new object());
}
this.RunTest(() => this.Checker.IsNotEmpty(collection), eType);
}
private void RunTest(Func <bool> test, TestExceptionType eType)
{
if (this.CheckShouldPass(eType))
{
Validate.Value.IsTrue(test());
}
else
{
Type exceptionType = this.GetExceptionType(eType);
if (exceptionType == null)
{
Validate.Value.IsFalse(test());
}
else
{
TestUtils.TestForError(exceptionType, () => test());
}
}
}
public void IsNotZero_int(int value, TestExceptionType eType)
{
this.RunTest(() => this.Checker.IsNotZero(value), eType);
}
public void IsNotNullOrEmpty(string str, TestExceptionType eType)
{
this.RunTest(() => this.Checker.IsNotNullOrEmpty(str), eType);
}
protected abstract Type GetExceptionType(TestExceptionType exceptionType);
protected override Type GetExceptionType(TestExceptionType exceptionType)
{
return(null);
}
public void IsTrue(bool value, TestExceptionType eType)
{
this.RunTest(() => this.Checker.IsTrue(value), eType);
}
public void IsNull(TestObject a, TestExceptionType eType)
{
this.RunTest(() => this.Checker.IsNull(a.GetObject()), eType);
}
public void IsInRange_Objects(TestObject val, TestObject min, TestObject max, TestExceptionType eType)
{
IComparable value = (IComparable)val.GetObject();
IComparable lower = (IComparable)min.GetObject();
IComparable upper = (IComparable)max.GetObject();
this.RunTest(() => this.Checker.IsInRange(value, lower, upper), eType);
}
protected abstract bool CheckShouldPass(TestExceptionType exceptionType);
public void Comparison_Objects(TestObject a, CompareOperation operation, TestObject b, TestExceptionType eType)
{
IComparable objA = (IComparable)a.GetObject();
IComparable objB = (IComparable)b.GetObject();
this.RunTest(() => this.Checker.Comparison(objA, operation, objB), eType);
}
public void IsNotZero_float(float value, float precision, TestExceptionType eType)
{
this.RunTest(() => this.Checker.IsNotZero(value, precision), eType);
}
public void IsNotZero_double(double value, double precision, TestExceptionType eType)
{
this.RunTest(() => this.Checker.IsNotZero(value, precision), eType);
}
public void IsInRange_Floats(float val, float min, float max, float precision, TestExceptionType eType)
{
this.RunTest(() => this.Checker.IsInRange(val, min, max, precision), eType);
}
public void IsNullOrWhiteSpace(string str, TestExceptionType eType)
{
this.RunTest(() => this.Checker.IsNullOrWhiteSpace(str), eType);
}
public void AreEqual_Floats(float a, float b, float precision, TestExceptionType eType)
{
this.RunTest(() => this.Checker.AreEqual(a, b, precision), eType);
}
public void IsTypeOrNull(TestObject val, TestExceptionType eType)
{
object value = val.GetObject();
this.RunTest(() => this.Checker.IsTypeOrNull <string>(value), eType);
}
public void IsInRange_Doubles(double val, double min, double max, double precision, TestExceptionType eType)
{
this.RunTest(() => this.Checker.IsInRange(val, min, max, precision), eType);
}
protected override bool CheckShouldPass(TestExceptionType exceptionType)
{
return(true);
}
public void IsNotDisposed(bool isDisposed, TestExceptionType eType)
{
this.RunTest(() => this.Checker.IsNotDisposed(new TestDisposable(isDisposed), "TestDisposable"), eType);
}
protected override bool CheckShouldPass(TestExceptionType exceptionType)
{
return(exceptionType == TestExceptionType.ValidationPassed);
}
public void AreNotEqual_Doubles(double a, double b, double precision, TestExceptionType eType)
{
this.RunTest(() => this.Checker.AreNotEqual(a, b, precision), eType);
}