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How to use aggregateResults method of execution Package

Best Gauge code snippet using execution.aggregateResults

parallelExecution_test.go

Source:parallelExecution_test.go

...47	suiteRes2 := &result.SuiteResult{ExecutionTime: 3, SpecsFailedCount: 0, IsFailed: false, SpecResults: []*result.SpecResult{&result.SpecResult{}, &result.SpecResult{}}}48	suiteRes3 := &result.SuiteResult{ExecutionTime: 5, SpecsFailedCount: 0, IsFailed: false, SpecResults: []*result.SpecResult{&result.SpecResult{}, &result.SpecResult{}}}49	var suiteResults []*result.SuiteResult50	suiteResults = append(suiteResults, suiteRes1, suiteRes2, suiteRes3)51	e.aggregateResults(suiteResults)52	aggregatedRes := e.suiteResult53	c.Assert(aggregatedRes.SpecsFailedCount, Equals, 1)54	c.Assert(aggregatedRes.IsFailed, Equals, true)55	c.Assert(len(aggregatedRes.SpecResults), Equals, 6)56	c.Assert(aggregatedRes.SpecsSkippedCount, Equals, 0)57}58func (s *MySuite) TestAggregationOfSuiteResultWithUnhandledErrors(c *C) {59	e := parallelExecution{}60	suiteRes1 := &result.SuiteResult{IsFailed: true, UnhandledErrors: []error{streamExecError{specsSkipped: []string{"spec1", "spec2"}, message: "Runner failed to start"}}}61	suiteRes2 := &result.SuiteResult{IsFailed: false, UnhandledErrors: []error{streamExecError{specsSkipped: []string{"spec3", "spec4"}, message: "Runner failed to start"}}}62	suiteRes3 := &result.SuiteResult{IsFailed: false}63	suiteRes4 := &result.SuiteResult{SpecResults: []*result.SpecResult{&result.SpecResult{Skipped: true}}}64	var suiteResults []*result.SuiteResult65	suiteResults = append(suiteResults, suiteRes1, suiteRes2, suiteRes3, suiteRes4)66	e.aggregateResults(suiteResults)67	aggregatedRes := e.suiteResult68	c.Assert(len(aggregatedRes.UnhandledErrors), Equals, 2)69	c.Assert(aggregatedRes.UnhandledErrors[0].Error(), Equals, "The following specifications could not be executed:\n"+70		"spec1\n"+71		"spec2\n"+72		"Reason : Runner failed to start.")73	c.Assert(aggregatedRes.UnhandledErrors[1].Error(), Equals, "The following specifications could not be executed:\n"+74		"spec3\n"+75		"spec4\n"+76		"Reason : Runner failed to start.")77	err := (aggregatedRes.UnhandledErrors[0]).(streamExecError)78	c.Assert(len(err.specsSkipped), Equals, 2)79	c.Assert(aggregatedRes.SpecsSkippedCount, Equals, 1)80}81func (s *MySuite) TestAggregationOfSuiteResultWithHook(c *C) {82	e := parallelExecution{errMaps: getValidationErrorMap()}83	suiteRes1 := &result.SuiteResult{PreSuite: &gauge_messages.ProtoHookFailure{}}84	suiteRes2 := &result.SuiteResult{PreSuite: &gauge_messages.ProtoHookFailure{}}85	suiteRes3 := &result.SuiteResult{PostSuite: &gauge_messages.ProtoHookFailure{}}86	var suiteResults []*result.SuiteResult87	suiteResults = append(suiteResults, suiteRes1, suiteRes2, suiteRes3)88	e.aggregateResults(suiteResults)89	aggregatedRes := e.suiteResult90	c.Assert(aggregatedRes.PreSuite, Equals, suiteRes2.PreSuite)91	c.Assert(aggregatedRes.PostSuite, Equals, suiteRes3.PostSuite)92}93func (s *MySuite) TestIsMultiThreadedWithEnvSetToFalse(c *C) {94	e := parallelExecution{errMaps: getValidationErrorMap()}95	env.EnableMultiThreadedExecution = func() bool { return false }96	c.Assert(false, Equals, e.isMultithreaded())97}98func (s *MySuite) TestIsMultiThreadedWithRunnerWhenSupportsMultithreading(c *C) {99	e := parallelExecution{errMaps: getValidationErrorMap(), runner: &fakeRunner{isMultiThreaded: true}}100	env.EnableMultiThreadedExecution = func() bool { return true }101	c.Assert(true, Equals, e.isMultithreaded())102}...

aggregateResults

Using AI Code Generation

1import (2func main() {3    fmt.Println("Start")4    start := time.Now()5    execution := Execution{}6    execution.aggregateResults()7    elapsed := time.Since(start)8    fmt.Println("Time taken: ", elapsed)9    fmt.Println("End")10}11import (12func main() {13    fmt.Println("Start")14    start := time.Now()15    execution := Execution{}16    execution.aggregateResults()17    elapsed := time.Since(start)18    fmt.Println("Time taken: ", elapsed)19    fmt.Println("End")20}21import (22func main() {23    fmt.Println("Start")24    start := time.Now()25    execution := Execution{}26    execution.aggregateResults()27    elapsed := time.Since(start)28    fmt.Println("Time taken: ", elapsed)29    fmt.Println("End")30}31import (32func main() {33    fmt.Println("Start")34    start := time.Now()35    execution := Execution{}36    execution.aggregateResults()37    elapsed := time.Since(start)38    fmt.Println("Time taken: ", elapsed)39    fmt.Println("End")40}41import (42func main() {43    fmt.Println("Start")44    start := time.Now()45    execution := Execution{}46    execution.aggregateResults()47    elapsed := time.Since(start)48    fmt.Println("Time taken: ", elapsed)49    fmt.Println("End")50}51import (52func main() {53    fmt.Println("Start")54    start := time.Now()55    execution := Execution{}56    execution.aggregateResults()57    elapsed := time.Since(start)58    fmt.Println("Time taken: ", elapsed)59    fmt.Println("End")60}61import (

aggregateResults

Using AI Code Generation

1import (2func main() {3	result := execution.AggregateResults()4	fmt.Println(result)5}6import (7func AggregateResults() string {8	result := service.GetResults()9	aggregate := model.GetAggregate(result)10	return fmt.Sprintf("Aggregate of results is %d", aggregate)11}12import (13func GetAggregate(result []int) int {14	fmt.Println("Inside GetAggregate method")15	return service.Sum(result)16}17import (18func GetResults() []int {19	fmt.Println("Inside GetResults method")20	return []int{1, 2, 3, 4}21}22import (23func Sum(nums []int) int {24	fmt.Println("Inside Sum method")25	for _, num := range nums {26	}27}

aggregateResults

Using AI Code Generation

1import (2func main() {3	xlsx, err := excelize.OpenFile("test.xlsx")4	if err != nil {5		fmt.Println(err)6	}7	rows := xlsx.GetRows("Sheet1")8	execution := execution{}9	execution.aggregateResults(rows)10}11type execution struct {12}13func (execution) aggregateResults(rows [][]string) {14	var testCasesMap = make(map[string]map[string]map[string]map[string]map[string]map[string]map[string]int)15	for _, row := range rows {

aggregateResults

Using AI Code Generation

1import (2func main() {3	execution = Execution{4		[]Result{5			Result{6			},7			Result{8			},9		},10	}11	fmt.Println(reflect.TypeOf(execution))12	fmt.Println(execution)13	fmt.Println(execution.aggregateResults())14}15import (16func main() {17	execution = Execution{18		[]Result{19			Result{20			},21			Result{22			},23		},24	}25	fmt.Println(reflect.TypeOf(execution))26	fmt.Println(execution)27	fmt.Println(execution.aggregateResults())28}29import (30func main() {31	execution = Execution{32		[]Result{33			Result{34			},35			Result{36			},37		},38	}39	fmt.Println(reflect.TypeOf(execution))40	fmt.Println(execution)41	fmt.Println(execution.aggregateResults())42}43import (44func main() {45	execution = Execution{46		[]Result{47			Result{48			},49			Result{50			},51		},52	}53	fmt.Println(reflect.TypeOf(execution))54	fmt.Println(execution)55	fmt.Println(execution.aggregateResults())56}

aggregateResults

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello World!")4	exec.AggregateResults()5}6import (7type Execution struct{}8func (exec *Execution) AggregateResults() {9	fmt.Println("Aggregating Results")10}11import (12type Execution struct{}13func (exec *Execution) AggregateResults() {14	fmt.Println("Aggregating Results")15}16import (17type Execution struct{}18func (exec *Execution) AggregateResults() {19	fmt.Println("Aggregating Results")20}21import (22type Execution struct{}23func (exec *Execution) AggregateResults() {24	fmt.Println("Aggregating Results")25}26import (27type Execution struct{}28func (exec *Execution) AggregateResults() {29	fmt.Println("Aggregating Results")30}31import (32type Execution struct{}33func (exec *Execution) AggregateResults() {34	fmt.Println("Aggregating Results")35}36import (37type Execution struct{}38func (exec *Execution) AggregateResults() {39	fmt.Println("Aggregating Results")40}41import (42type Execution struct{}43func (exec *Execution) AggregateResults() {44	fmt.Println("Aggregating Results")45}46import (47type Execution struct{}48func (exec *Execution) AggregateResults() {49	fmt.Println("Aggregating Results")50}51import (52type Execution struct{}53func (exec *Execution) AggregateResults() {54	fmt.Println("Aggregating

aggregateResults

Using AI Code Generation

1import (2func main() {3	exec := execution.NewExecution()4	exec.AddTask(func() (interface{}, error) {5	}, nil)6	exec.AddTask(func() (interface{}, error) {7	}, nil)8	exec.AddTask(func() (interface{}, error) {9	}, nil)10	exec.AddTask(func() (interface{}, error) {11	}, nil)12	exec.AddTask(func() (interface{}, error) {13	}, nil)14	exec.AddTask(func() (interface{}, error) {15	}, nil)16	exec.AddTask(func() (interface{}, error) {17	}, nil)18	exec.AddTask(func() (interface{}, error) {19	}, nil)20	exec.AddTask(func() (interface{}, error) {21	}, nil)22	exec.AddTask(func() (interface{}, error) {23	}, nil)24	exec.AddTask(func() (interface{}, error) {25	}, nil)26	exec.AddTask(func() (interface{}, error) {27	}, nil)28	exec.AddTask(func() (interface{}, error) {29	}, nil)30	exec.AddTask(func() (interface{}, error) {31	}, nil)32	exec.AddTask(func() (interface{}, error) {33	}, nil)34	exec.AddTask(func() (interface{}, error) {35	}, nil)36	exec.AddTask(func() (interface{}, error) {37	}, nil)38	exec.AddTask(func() (interface{}, error) {39	}, nil)40	exec.AddTask(func() (interface{}, error) {41	}, nil)42	exec.AddTask(func() (

aggregateResults

Using AI Code Generation

1import (2func main() {3    exec := execution.NewExecution()4    results := exec.Execute("select * from test")5    fmt.Println(exec.AggregateResults(results))6}7import (8func main() {9    exec := execution.NewExecution()10    results := exec.Execute("select * from test")11    fmt.Println(exec.AggregateResults(results))12}13import (14func main() {15    exec := execution.NewExecution()16    results := exec.Execute("select * from test")17    fmt.Println(exec.AggregateResults(results))18}

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