public async Task TestTFF()
{
var searchTerm = "bla";
var prerelease = true;
var allVersions = false;
var includeDelisted = false;
var mock = new PackageSearchResourceMock()
{
_searchTerm = searchTerm, _prerelease = prerelease, _allVersions = allVersions, _includeDelisted = includeDelisted
};
var resource = new LocalPackageListResource(mock, "");
var enumerable = await resource.ListAsync(searchTerm, prerelease, allVersions, includeDelisted, NullLogger.Instance, CancellationToken.None);
var enumerator = enumerable.GetEnumeratorAsync();
await enumerator.MoveNextAsync();
AssertAll(mock);
}
private void AssertAll(PackageSearchResourceMock mock)
{
Assert.Equal(mock._searchTerm, mock._actualSearchTerm);
Assert.True(0 == mock._actualSkip);
Assert.True(int.MaxValue == mock._actualTake);
Assert.True(mock._searchFilter.OrderBy == SearchOrderBy.Id);
if (mock._allVersions)
{
Assert.True(mock._searchFilter.Filter == null);
}
if (!mock._allVersions && mock._prerelease)
{
Assert.True(mock._searchFilter.Filter == SearchFilterType.IsAbsoluteLatestVersion);
}
if (!mock._allVersions && !mock._prerelease)
{
Assert.True(mock._searchFilter.Filter == SearchFilterType.IsLatestVersion);
}
Assert.True(mock._searchFilter.IncludeDelisted == mock._includeDelisted);
Assert.True(mock._searchFilter.IncludePrerelease == mock._prerelease);
}