public void DefectCoverageTest()
{
Test createdTest1 = TestManualTests.CreateManualTest();
Test createdTest2 = TestManualTests.CreateManualTest();
Test createdTest3 = TestManualTests.CreateManualTest();
Defect createdDefect = DefectTests.CreateDefect();
//create coverage
Defect defectForUpdate = new Defect(createdDefect.Id);
//add tests
EntityList <Test> testList = new EntityList <Test>();
Test testForLink1 = new Test(createdTest1.Id);
testForLink1.TypeName = "test";
testList.data.Add(testForLink1);
Test testForLink2 = new Test(createdTest3.Id);
testForLink2.TypeName = "test";
testList.data.Add(testForLink2);
defectForUpdate.SetValue("test", testList);
//define service arg, its required to add new relation instead of replace existing ones
Dictionary <string, string> serviceArgs = new Dictionary <string, string>();
serviceArgs.Add("reference_update_mode", "append");
//actial update
Defect updated = entityService.Update(workspaceContext, defectForUpdate, serviceArgs, null);
//get test coverage
List <QueryPhrase> queryPhrases = new List <QueryPhrase>();
QueryPhrase defectIdPhrase = new LogicalQueryPhrase(Release.ID_FIELD, createdDefect.Id);
QueryPhrase coveredContentPhrase = new CrossQueryPhrase("covered_content", defectIdPhrase);
queryPhrases.Add(coveredContentPhrase);
EntityListResult <Test> coveredTests = entityService.Get <Test>(workspaceContext, queryPhrases, null);
Assert.AreEqual(2, coveredTests.data.Count);
//validation
List <EntityId> coveredTestIds = coveredTests.data.ConvertAll <EntityId>(a => a.Id);
Assert.IsTrue(coveredTestIds.Contains(testForLink1.Id));
Assert.IsTrue(coveredTestIds.Contains(testForLink2.Id));
}
public void SearchWorkItems()
{
var guid = Guid.NewGuid();
var story = StoryTests.CreateStory("Story_WorkItem_CustomName_" + guid);
var epic = CreateEpic("Epic_WorkItem_CustomName_" + guid);
var feature = CreateFeature(epic, "Feature_WorkItem_CustomName_" + guid);
var defect = DefectTests.CreateDefect("Defect_WorkItem_CustomName_" + guid);
var expectedWorkItems = new List <WorkItem>
{
story, epic, feature
};
EntityListResult <WorkItem> searchResult = null;
SpinWait.SpinUntil(() =>
{
Thread.Sleep(1000);
searchResult = entityService.SearchAsync <WorkItem>(workspaceContext, "_WorkItem_CustomName_" + guid,
new List <string> {
WorkItem.SUBTYPE_STORY, WorkItem.SUBTYPE_EPIC, WorkItem.SUBTYPE_FEATURE
}).Result;
return(searchResult.data.Count == 3);
}, new TimeSpan(0, 2, 0));
Assert.IsNotNull(searchResult, "search operation should have returned something");
Assert.AreEqual(3, searchResult.data.Count, "Mismatched number of entities returned by the search operation");
int actualTestsFoundCount = 0;
foreach (var workItem in expectedWorkItems)
{
actualTestsFoundCount += searchResult.data.Count(t => t.Id == workItem.Id);
}
Assert.AreEqual(searchResult.data.Count, actualTestsFoundCount, "Search request didn't return expected results");
}
public void AttachToDefect()
{
string fileName = "test.txt";
string fileContents = "This is a test for attachments\r\nChecking that it's working";
byte[] fileContentsBytes = Encoding.UTF8.GetBytes(fileContents);
Defect createdDefect = DefectTests.CreateDefect();
Attachment attachment = entityService.AttachToEntity(workspaceContext, createdDefect, fileName, fileContentsBytes, "text/plain", new string[] { "owner_work_item" });
Assert.IsNotNull(attachment.Id);
Assert.AreEqual(attachment.owner_work_item.TypeName, "defect");
Assert.AreEqual(attachment.owner_work_item.Id, createdDefect.Id);
var relativeUrl = workspaceContext.GetPath() + "/attachments/" + attachment.Id + "/" + fileName;
var filePath = Path.GetTempPath() + "\\" + Guid.NewGuid() + ".txt";
entityService.DownloadAttachmentAsync(relativeUrl, filePath).Wait();
using (var sr = new StreamReader(filePath))
{
Assert.AreEqual(fileContents, sr.ReadToEnd(), "Mismatched file contents");
}
}
