.NotEmpty<T>() test extension
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$ dotnet add package kasthack.NotEmpty.RawReadme
kasthack.NotEmpty
.NotEmpty<T>() test extension
$ dotnet add package kasthack.NotEmpty.Raw
kasthack.Empty is a library for recursively checking objects for emptinness(being null, default value, an empty collection or a string). It saves you from writing boilerplate in tests for deserializers / parsers / API clients.
Manually checking properties for emptinness leaves an opportunity to miss something and makes the developer to write boilerplate.
using kasthack.NotEmpty.Xunit; // replace the namespace to match your test framework
public class MyAmazingTest
{
[Fact]
public void MyThingWorks()
{
var targetObject = MyClass.GetResult();
targetObject.NotEmpty();
//<actual asserts>
}
[Fact]
public void TestOptions()
{
// won't throw
new {
PropertyThanLegitimatelyCanBeAnEmptyStringButNotNull = "",
}.NotEmpty(new AssertOptions {
AllowEmptyStrings = true,
});
//won't throw
new {
PropertyThanLegitimatelyCanBeAnEmptyCollectionButNotNull = new int[]{},
}.NotEmpty(new AssertOptions {
AllowEmptyCollections = true,
});
// won't throw
new {
FileContentThatObviouslyContainsSomeNullBytes = new byte[]{ 0 }
}.NotEmpty(new AssertOptions {
AllowZerosInNumberArrays = true
});
// won't throw BUT will stop at 200 iterations
// default MaxDepth is 100
new {
DeeplyNestedObject = new InfiniteNestedStruct()
}.NotEmpty(new AssertOptions {
MaxDepth = 200
});
// won't throw
new ComputedProperty().NotEmpty(new AssertOptions {
IgnoreComputedProperties = true
})
}
public struct InfiniteNestedStruct
{
public int Value { get; set; } = 1;
public InfiniteNestedStruct Child => new InfiniteNestedStruct { Value = this.Value + 1 };
}
public class ComputedProperty
{
public int Value => 1;
}
}