public IAsyncEnumerable <ITestRun> All()
{
var statusLocator = _testStatus switch
{
TestStatus.FAILED => "status:FAILURE",
TestStatus.SUCCESSFUL => "status:SUCCESS",
TestStatus.IGNORED => "ignored:true",
_ => throw new Exception($"Unsupported filter by test status {_testStatus}")
};
var count = Utility.SelectRestApiCountForPagedRequests(_limitResults, _pageSize);
var parameters = Utility.ListOfNotNull(
count?.Let(val => $"count:{val}"),
_affectedProjectId?.Let(val => $"affectedProject:{val}"),
_buildId?.Let(val => $"build:{val}"),
_testId?.Let(val => $"test:{val}"),
_expandMultipleInvocations.Let(val => $"expandInvocations:{val.ToString().ToLower()}"),
statusLocator
);
if (parameters.IsEmpty())
{
throw new ArgumentException("At least one parameter should be specified");
}
var sequence = new Paged <ITestRun, TestOccurrenceListDto>(
Instance,
async() =>
{
var testOccurrencesLocator = String.Join(",", parameters);
// LOG.debug("Retrieving test occurrences from ${instance.serverUrl} using query '$testOccurrencesLocator'")
return(await Service
.TestOccurrences(testOccurrencesLocator, TestOccurrenceDto.FILTER)
.ConfigureAwait(false));
},
async(list) =>
{
return(await Task.Run(() =>
{
var runs = list.Items.Select(test => new TestRun(test)).ToArray();
return new Page <ITestRun>(
runs,
list.NextHref
);
}).ConfigureAwait(false));
}
);
return(_limitResults.HasValue
? sequence.Take(_limitResults.Value)
: sequence);
}
