public async Task NotEmpty_List()
{
var entity1 = new Entity1();
var validator = entity1.Validator();
validator.For(_ => _.List1)
.NotEmpty();
var failureDatas = await validator.Validate();
Assert.Equal("List1", failureDatas.Single().GetPropertyName());
Assert.Equal("'List1' should not be empty.", failureDatas.Single().ErrorMessage);
}
public async Task NotEmpty_NullableInt()
{
var entity1 = new Entity1();
var validator = entity1.Validator();
validator.For(_ => _.NullableInt1)
.NotEmpty();
var errorInfos = await validator.Validate();
Assert.Equal("NullableInt1", errorInfos.Single().PropertyName);
Assert.Equal("'NullableInt1' should not be empty.", errorInfos.Single().Message);
}
public async Task NotNull_NullableInt()
{
var entity1 = new Entity1();
var validator = entity1.Validator();
validator.For(_ => _.NullableInt1)
.NotNull();
var failureDatas = await validator.Validate();
Assert.Equal("NullableInt1", failureDatas.Single().GetPropertyName());
Assert.Equal("NullableInt1", failureDatas.Single().GetPropertyLocalizedName());
Assert.Equal("'NullableInt1' must not be empty.", failureDatas.Single().ErrorMessage);
}
public async Task NotNull_NullableInt()
{
var entity1 = new Entity1();
var validator = entity1.Validator();
validator.For(_ => _.NullableInt1)
.NotNull();
var errorInfos = await validator.Validate();
Assert.Equal("NullableInt1", errorInfos.Single().PropertyName);
Assert.Equal("NullableInt1", errorInfos.Single().DisplayPropertyName);
Assert.Equal("notnull_error", errorInfos.Single().Code);
Assert.Equal("'NullableInt1' must not be empty.", errorInfos.Single().Message);
}
public async Task ExclusiveBetween()
{
var entity1 = new Entity1 {
Long1 = -25
};
var validator = entity1.Validator();
validator.For(_ => _.Long1)
.ExclusiveBetween(1, 200);
var failureDatas = await validator.Validate();
Assert.Equal("Long1", failureDatas.Single().GetPropertyName());
Assert.Equal("Long1", failureDatas.Single().GetPropertyLocalizedName());
Assert.Equal("'Long1' must be between 1 and 200. You entered -25.", failureDatas.Single().ErrorMessage);
}
public async Task NotEqual()
{
var entity1 = new Entity1 {
Int2 = 7
};
var validator = entity1.Validator();
validator.For(_ => _.Int2)
.NotEqual(7);
var failureDatas = await validator.Validate();
Assert.Equal("Int2", failureDatas.Single().GetPropertyName());
Assert.Equal("Int2", failureDatas.Single().GetPropertyLocalizedName());
Assert.Equal("'Int2' should not be equal to '7'.", failureDatas.Single().ErrorMessage);
}
public async Task NotEqual()
{
var entity1 = new Entity1 {
Int2 = 7
};
var validator = entity1.Validator();
validator.For(_ => _.Int2)
.NotEqual(7);
var errorInfos = await validator.Validate();
Assert.Equal("Int2", errorInfos.Single().PropertyName);
Assert.Equal("Int2", errorInfos.Single().DisplayPropertyName);
Assert.Equal("notequal_error", errorInfos.Single().Code);
Assert.Equal("'Int2' should not be equal to '7'.", errorInfos.Single().Message);
}
public async Task ForThis()
{
var entity1 = new Entity1 {
List2 = new List <long> {
0
}
};
var validator = entity1.Validator();
validator.For(_ => _.List2)
.NotEmpty()
.ForEach(item => item.For("Name1")
.NotEmpty());
var failureDatas = await validator.Validate();
Assert.Equal("List2[0]", failureDatas.Single().GetPropertyName());
Assert.Equal("'Name1' should not be empty.", failureDatas.Single().ErrorMessage);
}
