public void IsValid_PositiveInt_True(int positiveInt, long positiveLong, decimal positiveDecimal)
{
var modelInt = new MinOneIntModelDummy
{
MyProperty1 = positiveInt,
MyProperty2 = positiveInt
};
var modelLong = new MinOneLongModelDummy
{
MyProperty1 = positiveLong,
MyProperty2 = positiveLong
};
var modelDecimal = new MinOneDecimalModelDummy
{
MyProperty1 = positiveDecimal,
MyProperty2 = positiveDecimal
};
AssertLocal(modelInt);
AssertLocal(modelLong);
AssertLocal(modelDecimal);
void AssertLocal(object model)
{
var(isValid, validationResults) = ModelValidator.Validate(model);
Assert.True(isValid);
Assert.Empty(validationResults);
}
}
public void IsValid_ZeroAndNegativeInt_False(int negativeInt, long negativeLong, decimal negativeDecimal)
{
var modelInt = new MinOneIntModelDummy
{
MyProperty1 = negativeInt,
MyProperty2 = negativeInt
};
var modelLong = new MinOneLongModelDummy
{
MyProperty1 = negativeLong,
MyProperty2 = negativeLong
};
var modelDecimal = new MinOneDecimalModelDummy
{
MyProperty1 = negativeDecimal,
MyProperty2 = negativeDecimal
};
AssertLocal(modelInt);
AssertLocal(modelLong);
AssertLocal(modelDecimal);
void AssertLocal(object model)
{
var(isValid, validationResults) = ModelValidator.Validate(model);
Assert.False(isValid);
Assert.Equal("The MyProperty1 must be at least one.", validationResults[0].ErrorMessage);
Assert.Equal("The number should be positive.", validationResults[1].ErrorMessage);
}
}