public static void ShouldUpdateTags( [Frozen] SpPortalLicenseApi portalApi, RandomLicenseFromListFixture license, ExistingTagsFixture tags, IFixture fixture )
{
var valuesForEachDefinedTag = tags.Tags
.Select( ct => fixture.Build<SpPortalLicenseApi.LicenseTag>().With( x => x.Id, ct.Id ).CreateAnonymous() )
.ToList();
var licenseTagsAssignmentHref = license.Selected._embedded.CustomerTags._links.self.href;
var apiResult = portalApi.PutLicenseTags( licenseTagsAssignmentHref, valuesForEachDefinedTag );
Assert.Equal( ResponseStatus.Completed, apiResult.ResponseStatus );
Assert.Equal( HttpStatusCode.Accepted, apiResult.StatusCode );
Verify.EventuallyWithBackOff( () =>
{
//Retrieve the license again (if it was supported, just GETting the tags subresource would be sufficient to prove the point)
var updatedLicense = portalApi.GetLicense( license.Selected._links.self.href );
//Verify that all the tags on the license match
Assert.Equal( ResponseStatus.Completed, updatedLicense.ResponseStatus );
Assert.NotNull( updatedLicense.Data._embedded.CustomerTags.results );
Assert.NotEmpty( updatedLicense.Data._embedded.CustomerTags.results );
// TOOD use xUnit 1.9 and/or Ploeh.semanticComparison to make this cleaner
Assert.Equal(
updatedLicense.Data._embedded.CustomerTags.results.OrderBy( x => x.Id ).Select( x => Tuple.Create( x.Id, x.Value ) ).ToArray(),
valuesForEachDefinedTag.OrderBy( x => x.Id ).Select( x => Tuple.Create( x.Id, x.Value ) ).ToArray() );
} );
}
public static void TooLongValuesShouldBeRejected( [Frozen] SpPortalLicenseApi portalApi, RandomLicenseFromListFixture license, ExistingTagsFixture tags, IFixture fixture )
{
var validTagWithValueThatIsTooLong = GenerateLicenseTag( new String( 'a', 101 ), tags );
var licenseTagsAssignmentHref = license.Selected._embedded.CustomerTags._links.self.href;
var apiResult = portalApi.PutLicenseTags( licenseTagsAssignmentHref, validTagWithValueThatIsTooLong );
Assert.Equal( ResponseStatus.Completed, apiResult.ResponseStatus );
Assert.Equal( HttpStatusCode.BadRequest, apiResult.StatusCode );
}
static SpPortalLicenseApi.LicenseTag[] GenerateLicenseTag( string value, ExistingTagsFixture tags )
{
return tags.Tags
.Select( ct => new Fixture().Build<SpPortalLicenseApi.LicenseTag>()
.With( x => x.Id, ct.Id )
.With( x => x.Value, value )
.CreateAnonymous() )
.Take( 1 )
.ToArray();
}
public static void ShouldEventuallyBeVisible( [Frozen]SpPortalLicenseApi api, ExistingTagsFixture tags )
{
var updated = tags.Tags.Where( ( x, index ) => index != 1 );
VerifyPutEventuallyGetsApplied( updated, api );
}
public static void ShouldEventuallyBeVisible( [Frozen]SpPortalLicenseApi api, ExistingTagsFixture tags )
{
var updated = tags.Tags.Select( x => new SpPortalLicenseApi.CustomerTag { Id = x.Id, Name = x.Name + "renamed" } );
VerifyPutEventuallyGetsApplied( updated, api );
}
public static void ShouldEventuallyBeVisible( [Frozen]SpPortalLicenseApi api, ExistingTagsFixture tags )
{
VerifyCollectionEventuallyGetsUpdatedTo( tags.Tags, api );
}
public static void DuplicateValuesShouldBeRejected( [Frozen] SpPortalLicenseApi portalApi, RandomLicenseFromListFixture license, ExistingTagsFixture tags, IFixture fixture )
{
var validTagValue = tags.Tags
.Select( ct => fixture.Build<SpPortalLicenseApi.LicenseTag>()
.With( x => x.Id, ct.Id )
.CreateAnonymous() )
.Take( 1 )
.ToArray();
var theSameValueTwice = validTagValue.Concat( validTagValue ).ToArray();
var licenseTagsAssignmentHref = license.Selected._embedded.CustomerTags._links.self.href;
var apiResult = portalApi.PutLicenseTags( licenseTagsAssignmentHref, theSameValueTwice );
Assert.Equal( ResponseStatus.Completed, apiResult.ResponseStatus );
Assert.Equal( HttpStatusCode.InternalServerError, apiResult.StatusCode );
}
