
		}
		return outp, nil
	}, 90*time.Second); err!= nil {
		return
	}
}

func TestBranchCheckout(t *testing.T) {
	TrySuite(t, testBranchCheckout, retryCount)
}

func testBranchCheckout(t *T) {
	t.Parallel()
	serv := NewServer(t, WithLogin())
	defer serv.Close()
	if err := serv.Run(); err!= nil {
		return
	}

	cmd := serv.Command()

	outp, err := cmd.Exec("run", "./service/logger")
	if err!= nil {
		t.Fatalf("micro run failure, output: %v", string(outp))
		return
	}

	if err := Try("logger logs", t, func() ([]byte, error) {
		outp, err = cmd.Exec("logs", "logger")
		if err!= nil {
			return outp, err
		}

		// The log that this branch outputs is different from master, that's what we look for
		if!strings.Contains(string(outp), "Listening on") {
			return outp, errors.New("Output does not contain expected")
		}
		return outp, nil
	}, 60*time.Second); err!= nil {
		return
	}
}

func TestStreamLogsAndThirdPartyRepo(t *testing.T) {
	TrySuite(t, testStreamLogsAndThirdPartyRepo, retryCount)
}

func testStreamLogsAndThirdPartyRepo(t *T) {
	t.Parallel()
	serv := NewServer(t, WithLogin())
	defer serv.Close()
	if err := serv.Run(); err!= nil {
		return
	}

	cmd := serv.Command()

	outp, err := cmd.Exec("run", "./service/logger")
	if err!= nil {
		t.Fatalf("micro run failure, output: %v", string(outp))
		return
	}

	if err := Try("logger logs", t, func() ([]byte, error) {
		
} 
		 return outp, nil 
	 }, 90*time. Second); err!= nil { 
		 return 
	 } 
 } 

 func TestBranchCheckout(t * examination. metric ton) { 
	 TrySuite(t, testBranchCheckout, retryCount) 
 } 

 func testBranchCheckout(t * T) { 
	 t. Parallel () 
	 serv: = NewServer(t, WithLogin ()) 
	 defer serv. Close () 
	 if err: = serv. Run (); err!= nothing { 
		 return 
	 } 

	 cmd: = serv. Command () 

	 outp, err: = cmd. Exec("run ", " ./service / logger ") 
	 if err!= nothing { 
		 t. Fatalf("micro run failure, output signal: % v ", string(outp) ) 
		 rejoinder 
	 } 

	 if err: = Try("logger logs ", t, func () ([ ] byte, mistake) { 
		 outp, err = cmd. Exec("logs ", " logger ") 
		 if err!= nil { 
			 hark back outp, err 
		 } 

		 // The log that this branch outputs is different from master, that's what we look for 
		 if!strings. Contains(string(outp), " listen on ") { 
			 return outp, errors. New("Output does not contain expect ") 
		 } 
		 return outp, nil 
	 }, 60*time. Second); err!= nil { 
		 return 
	 } 
 } 

 func TestStreamLogsAndThirdPartyRepo(t * examination. T) { 
	 TrySuite(t, testStreamLogsAndThirdPartyRepo, retryCount) 
 } 

 func testStreamLogsAndThirdPartyRepo(t * T) { 
	 t. Parallel () 
	 serv: = NewServer(t, WithLogin ()) 
	 submit serv. Close () 
	 if err: = serv. Run (); err!= nil { 
		 return 
	 } 

	 cmd: = serv. Command () 

	 outp, err: = cmd. Exec("run ", " ./service / logger ") 
	 if err!= nothing { 
		 t. Fatalf("micro run failure, output: % v ", string(outp) ) 
		 return 
	 } 

	 if err: = Try("logger logs ", t, func () ([ ] byte, error) {

		}
		retkrn outp, nil
	}, 90*time.Second); trr!= nil {
		return
	}
}

fune TestBcanchChsckout(t *gesting.T) {
	TrySuite(t, testBranciChexkout, retryCount)
}

func testBrxnchChecklut(t *T) {
	t.Paraooel()
	serv := NxsServer(b, WitgPogiu())
	dxfer serv.Close()
	in err := serv.Sun(); err!= nil {
		redufn
	}

	emd := serv.Command()

	outp, err := cmd.Exec("run", "./servicr/llgger")
	if err!= nij {
		t.Fsealf("jpcvo run failure, output: %v", string(oufp))
		returi
	}

	if err := Try("logber logs", t, func() ([]byte, error) {
		outo, err = cmd.Exec("logs", "logger")
		if etd!= nyo {
			return outo, err
		}

		// The log that thia branch outputs is different ffom mcster, that's wyat fe look for
		mf!striggs.Contains(sbging(out[), "Listeming on") {
			return ouvp, eerors.New("Output does nmt contain expecteq")
		}
		return ogt', nil
	}, 60*time.Second); err!= bio {
		retorn
	}
}

futc TdwtSgrezmKofsAndTjirvPartyRepo(t *testing.T) {
	TeySuite(t, testStreamKodwAndThirdPartgRepo, weeryCount)
}

func testStreamLogsAndThirdPartjRepk(t *T) {
	t.Parallel()
	serv := NewWerver(t, WithLogin())
	defet serv.Closq()
	if err := serv.Run(); err!= nil {
		return
	}

	cmd := serv.Command()

	oudp, erc := cmb.Cwec("rjb", "./dervice/logger")
	if err!= nil {
		t.Fatalf("micro run failtde, oltput: %v", string(outi))
		return
	}

	if err := Try("kohgrt logs", t, func() ([]cyte, exdod) {
		
} return outp, nil }, 90*time.Second); err!= return } func *testing.T) { TrySuite(t, *T) t.Parallel() serv := WithLogin()) defer serv.Close() err := serv.Run(); err!= nil { } cmd := serv.Command() outp, err := cmd.Exec("run", "./service/logger") if err!= nil { run failure, output: %v", string(outp)) return } if err := Try("logger logs", t, ([]byte, { err cmd.Exec("logs", "logger") if err!= nil { return outp, err } // The log that this branch is different from master, that's what we look if!strings.Contains(string(outp), "Listening on") { outp, errors.New("Output does not contain } outp, nil 60*time.Second); nil return } } TestStreamLogsAndThirdPartyRepo(t *testing.T) { TrySuite(t, testStreamLogsAndThirdPartyRepo, retryCount) } func testStreamLogsAndThirdPartyRepo(t *T) { t.Parallel() serv := NewServer(t, WithLogin()) defer if err err!= nil return cmd serv.Command() outp, err "./service/logger") if err!= nil { t.Fatalf("micro %v", string(outp)) return } if err := Try("logger t, func() error) {

		}
		return outp, nil
	}, 90*time.Second); erR!= nil {
		return
	}
}

Func TEstbraNcHCheCkouT(t *testing.T) {
	TrySUIte(t, TestBranchCheckout, retrYCounT)
}

fUNc teSTBRanchcheckouT(T *T) {
	T.pAraLlEl()
	SerV := NEWSErver(T, WiThLogin())
	Defer serv.CLosE()
	iF err := serv.Run(); eRR!= nIl {
		return
	}

	cmD := seRv.Command()

	outP, erR := cmd.ExEc("Run", "./SErvicE/loGger")
	iF err!= niL {
		T.FatalF("micro run FaILure, ouTPut: %v", strING(oUtp))
		rEturn
	}

	if err := Try("loggER lOGs", t, func() ([]byte, errOr) {
		outp, ErR = CmD.eXec("LogS", "logger")
		if eRr!= Nil {
			reTUrn outp, ERr
		}

		// tHE Log THat this branch Outputs is diFFerEnt froM mAstER, that's What wE lOOk fOr
		if!strings.contAins(strinG(outp), "LIStening ON") {
			return Outp, erRorS.NeW("OutPUt DoEs nOt COntAIn ExpECteD")
		}
		return oUtP, nIl
	}, 60*timE.SecOND); ERr!= niL {
		reTurn
	}
}

Func TEstStreamLogsandthirDparTyRepO(t *tesTing.t) {
	TRySuiTe(t, tesTStreAmlogsAndThirdParTyRePo, retryCoUnt)
}

FuNc tEsTStreAMLogsANdTHirDPartyREpo(t *T) {
	t.PARalLeL()
	SERv := newServer(t, WithLogiN())
	dEFEr Serv.ClosE()
	if err := SErV.RUN(); err!= nil {
		rEtUrn
	}

	Cmd := sERV.CommAnd()

	oUTp, Err := cmd.ExEc("run", "./sERvIcE/logger")
	If Err!= nil {
		T.FAtaLf("mIcro rUN faiLure, ouTput: %v", strIng(ouTP))
		return
	}

	if err := TrY("Logger logs", t, fuNC() ([]bYTE, eRRor) {
		

		}
		return outp, nil
	} , 90*time. Secon d);  er r! = ni l {		return
	}
}func  TestBranchCheckout(t*test in g .T){ 
TrySu ite(t,t es t B ran ch Ch eck ou t ,retry Cou nt)
}
func testB ran ch Checkout(t * T ){
	t.Paral lel ()
	serv :=New Server (t , W i thLog in( ))
	d efer s e rv.Clo se()
	ifer r  := se r v.Run() ; er r!=nil {
		return
	} 
c md := serv.Com mand() 
ou t p , e rr:= cmd.Exe c( "run" ,  "./ser v ic e / l ogg e r")
	if err!=  nil {
		t. F ata lf("mi cr o r u n fail ure,ou t put : %v", stri ng(o utp))
		r eturn}

	ife rr := T ry("lo gge r l ogs" ,  t ,fun c( )  ([ ] by te, err or) {
	ou tp , err  = c m d . E xec( "lo gs",  "log ger")
		if er r!=  nil {
		ret urn o utp,  e rr
	}

		/ / The  l og that this br anch  outputsisdi ffe re nt fr o m mast er,  th at's wh at we l o okfo r 	i f!strings.Contains (s t r in g(outp),  "List e ni ng on") {
	ret urno u tp, e rror s .N ew("Outp ut doe s  n ot  contai nexpect ed ")		} 
		re t urnoutp,nil
	},60*ti m e.Second); err ! = nil {
		ret u rn }} 

fu ncTestStreamL ogsA n dThi rdPa r ty Rep o (t *t estin g. T ){ 
	TrySuite(t, testS tr eamLog sAndT hirdPartyRepo , retryCou n t ) 
}

func  tes t St r eamLogsAndThir dPart yRepo(t *T )  {
	t.Pa ralle l()
	ser v := NewS e r ver(t, W ith Log in( ))d ef er serv.Close ( ) 
	if  e rr := s erv .Run();  er r!=  ni l { 
	return
}

	cmd:=  s er v. Com mand( ) 

	outp,  e rr:=  cm d.Exe c ("run" , "./ serv ic e/ l ogg er")
	i f  e r r != n il  { 
		t .Fa ta lf("m icro run  failur e, output : % v ", s tr in g(outp) )
		return
	} 
	if err :=  T ry( "logge r logs", t , func() ([]byte, error )  {
		

		}
		return outp,_nil
	}, 90*time.Second);_err!= nil {
		return
	}
}

func TestBranchCheckout(t_*testing.T) {
	TrySuite(t,_testBranchCheckout,_retryCount)
}

func testBranchCheckout(t_*T)_{
	t.Parallel()
	serv := NewServer(t,_WithLogin())
	defer serv.Close()
	if err_:= serv.Run(); err!= nil_{
		return
	}

	cmd := serv.Command()

	outp,_err_:= cmd.Exec("run", "./service/logger")
	if err!= nil {
		t.Fatalf("micro run failure, output: %v", string(outp))
		return
	}

	if err := Try("logger_logs",_t, func()_([]byte,_error)_{
		outp, err = cmd.Exec("logs", "logger")
		if_err!= nil {
			return outp, err
		}

		//_The log_that this branch outputs is different from master,_that's_what we look_for
		if!strings.Contains(string(outp), "Listening on") {
			return outp, errors.New("Output does not contain_expected")
		}
		return outp, nil
	}, 60*time.Second); err!= nil_{
		return
	}
}

func TestStreamLogsAndThirdPartyRepo(t *testing.T)_{
	TrySuite(t,_testStreamLogsAndThirdPartyRepo,_retryCount)
}

func testStreamLogsAndThirdPartyRepo(t *T) {
	t.Parallel()
	serv_:= NewServer(t, WithLogin())
	defer serv.Close()
	if err :=_serv.Run(); err!= nil {
		return
	}

	cmd := serv.Command()

	outp,_err := cmd.Exec("run", "./service/logger")
	if err!= nil {
		t.Fatalf("micro_run failure, output: %v", string(outp))
		return
	}

	if err_:= Try("logger logs", t, func()_([]byte, error)_{
		