public async Task <bool> SetGloabalDispo(int ttid, GlobalDispo dispo, string email)
{
var dispRef = await DefectDispo.GetDispoFromGlobal(dispo);
string currentlock = Guid.NewGuid().ToString();
var user = DefectUser.FindByEmail(email);
if (user == null)
{
return(false);
}
LockInfo li = await Defect.LocktaskAsync(ttid.ToString(), currentlock, user.TRID.ToString(), true);
Defect d = new Defect(ttid);
d.SetUpdater(new MPSUser(user.TRID));
d.DISPO = dispRef.idRecord.ToString();
if (d.PRIMARYHOURS == null)
{
d.PRIMARYHOURS = d.SPENT;
}
d.Store();
DefectEvent.AddEventByTask(d.IDREC, DefectEvent.Eventtype.QualityAssurance, user.ID, "Changed disposition to " + dispo);
await Defect.UnLocktaskAsync(user.TRID.ToString(), currentlock);
var settings = Settings.CurrentSettings;
if (d.ID.ToString() == settings.RELEASETTID)
{
if (dispo == GlobalDispo.testStarted)
{
VersionBuilder.SendAlarm("✅Release build has been finished. Testing is starting...");
}
else
{
VersionBuilder.SendAlarm("❌Failed to build version. Please check the logs!!!");
}
}
else
{
DefectUser du = new DefectUser(d.AUSER);
MPSUser worker = new MPSUser(du.TRID);
var attr = dispo.GetAttributeOfType <DisplayAttribute>();
TasksBot.SendMessage(worker.CHATID, $"{attr.Description}. The task tests have been marked as {dispRef.Descriptor} by automation system. {settings.GetTTAnchor(ttid, attr.Name)}");
if (dispo == GlobalDispo.testStarted)
{
string mess = $"New task from {user.FULLNAME} is ready for tests!{settings.GetTTAnchor(ttid, d.FIRE ? "taskfire.png" : "")}";
await TestChannel.SendMessageAsync(mess);
}
}
return(true);
}
public void SetTaskTestStatus(string ttid, string failed, string userphone)
{
try
{
MPSUser bsu = MPSUser.FindUserbyPhone(userphone);
if (bsu == null)
{
Logger.Log($"Cannot update task {ttid} by testing system. User was not found by phone number: {userphone}");
return;
}
Defect d = new Defect(ttid);
d.SetUpdater(bsu);
string lockguid = Guid.NewGuid().ToString();
var lt = Defect.Locktask(ttid.ToString(), lockguid, bsu.ID.ToString());
bool locked = lt.globallock != lockguid;
bool testFail;
bool testcancel = false;
if (!bool.TryParse(failed, out testFail))
{
testcancel = true;
}
if (locked)
{
MPSUser lu = new MPSUser(lt.lockedby);
TasksBot.SendMessage(lu.CHATID, $"You was disconnected from the task by the testing system to update task status!{Settings.CurrentSettings.GetTTAnchor(int.Parse(ttid), "disconnect.png")}");
NotifyHub.lockTaskForceUpdatePages(int.Parse(ttid), lockguid, bsu.ID);
lt = Defect.Locktask(ttid.ToString(), lockguid, bsu.ID.ToString());
}
List <DefectDispo> disp = (testcancel || testFail) ? DefectDispo.EnumTestsFailed() : DefectDispo.EnumTestsPassed();
if (disp.Count > 0)
{
if (!testcancel)
{
d.DISPO = disp[0].ID.ToString();
}
else
{
d.AddMessage("Test request have been ignored", bsu.ID);
}
d.Store();
Defect.UnLocktask(ttid, lt.globallock);
if (!testcancel)
{
DefectUser du = new DefectUser(d.AUSER);
if (du.TRID > -1)
{
MPSUser worker = new MPSUser(du.TRID);
string result = "Succeeded!";
string img = "taskokay.png";
if (testcancel)
{
result = "Cancelled!";
img = "bin.png";
}
else if (testFail)
{
result = "Failed!";
img = "taskfail.png";
}
TasksBot.SendMessage(worker.CHATID, $"The task tests have been marked as BST {result} by {bsu.PERSON_NAME}{Settings.CurrentSettings.GetTTAnchor(int.Parse(ttid), img)}");
}
}
}
}
catch (Exception e)
{
Logger.Log(e);
}
}
public void FinishBuild(int id, string requestguid)
{
try
{
DefectBuild b = new DefectBuild(id)
{
STATUS = DefectBuild.BuildStatus.finishedok.ToString(), TESTGUID = requestguid
};
b.Store();
if (Settings.CurrentSettings.RELEASETTID == b.TTID.ToString() && b.TYPE == (int)DefectBuild.BuildType.releasebuild)
{
//release builder sends its own notifications
return;
}
Defect d = new Defect(b.TTID);
DefectUser u = new DefectUser(b.TTUSERID);
d.SetUpdater(new MPSUser(u.TRID));
List <DefectDispo> dsps = DefectDispo.EnumTestsStarted();
if (dsps.Count > 0)
{
string currentlock = Guid.NewGuid().ToString();
LockInfo li = Defect.Locktask(b.TTID.ToString(), currentlock, u.TRID.ToString(), true);
d.DISPO = dsps[0].ID.ToString();
if (d.PRIMARYHOURS == null)
{
d.PRIMARYHOURS = d.SPENT;
}
d.Store();
DefectEvent.AddEventByTask(id, DefectEvent.Eventtype.QualityAssurance, b.TTUSERID, "Sent for QA Automation");
Defect.UnLocktask(u.TRID.ToString(), currentlock);
}
if (Settings.CurrentSettings.RELEASETTID == b.TTID.ToString())
{
VersionBuilder.SendAlarm("✅New internal release build has been finished. Testing is starting...");
}
else
{
try
{
string mess = $"New task from {u.FULLNAME} is ready for tests!{Settings.CurrentSettings.GetTTAnchor(b.TTID, d.FIRE ? "taskfire.png" : "")}";
TestChannel.SendMessage(mess);
}
catch (Exception e)
{
Logger.Log(e);
}
}
string bst_b = d.BSTBATCHES.Trim();
string bst_c = d.BSTCOMMANDS.Trim();
if (!string.IsNullOrEmpty(bst_b) || !string.IsNullOrEmpty(bst_c))
{
string batches = string.Join(",", bst_b.Split(new string[] { "\n" }, StringSplitOptions.RemoveEmptyEntries));
string commands = string.Join(",", bst_c.Split(new string[] { "\n" }, StringSplitOptions.RemoveEmptyEntries));
using (var wcClient = new WebClient())
{
var reqparm = new NameValueCollection();
reqparm.Add("guid", requestguid);
reqparm.Add("commaseparatedbatches", batches);
reqparm.Add("commaseparatedcommands", commands);
reqparm.Add("priority", d.TESTPRIORITY);
//reqparm.Add("branch", d.BRANCHBST);
wcClient.UploadValues(Settings.CurrentSettings.BSTSITESERVICE + "/StartTest", reqparm);
}
}
}
catch (Exception e)
{
Logger.Log(e);
}
}