private void testbadvalue(int n, Object value)
{
TypeValidator v = Validator_string.Get(n);
Assert.IsFalse(v.Validate(value));
Assert.IsFalse(validateValueOk(v, value));
}
private void testelementvalidator(int n, string descr, Type expectedClass)
{
TypeValidator v = (TypeValidator)Validator_string.Get(n).ElementValidator();
Assert.AreEqual(n - 1, v.GetNDims());
Assert.AreSame(expectedClass, v.GetExpectedClass());
Assert.AreEqual(descr, v.ToString());
}
private void testconstructor(int n, string descr, Type expectedClass)
{
TypeValidator v = Validator_string.Get(n);
Assert.AreEqual(n, v.GetNDims());
Assert.AreSame(expectedClass, v.GetExpectedClass());
Assert.AreEqual(descr, v.ToString());
}
public static void Init(XType type, Class2TypeMap class2type)
{
Field field = type.GetField(FIELD_NAME);
class2type.Add(typeof(_Etch_RuntimeException), type);
type.SetComponentType(typeof(_Etch_RuntimeException));
type.SetImportExportHelper(new RuntimeExceptionSerializer(type, field));
type.PutValidator(field, Validator_string.Get(0));
type.Lock();
}
public void Test_string()
{
Test(Validator_string.Get(2), 2,
new String[][] { new String[] { "", "" }, new String[] { "", "" } });
Test(Validator_string.Get(2), 2,
new String[][] { new String[] { "abc", "abc" }, new String[] { "abc", "abc" } });
}
/// <summary></summary>
/// <param name="nDims">number of dimensions. 0 for a scalar.</param>
/// <returns>an instance of the validator</returns>
public static Validator_string Get(int nDims)
{
CheckDims(nDims);
if (nDims >= validators.Length)
{
return(new Validator_string(nDims));
}
Validator_string v = validators[nDims];
if (v == null)
{
v = validators[nDims] = new Validator_string(nDims);
}
return(v);
}
public void constructor3()
{
Validator_string.Get(Validator.MAX_NDIMS + 1);
}
public void constructor2()
{
Validator_string.Get(-1);
}
public void elementvalidator2()
{
Validator_string.Get(0).ElementValidator();
}