How to use TestMergeResultsExecutionTimeInParallel method of execution Package

Best Gauge code snippet using execution.TestMergeResultsExecutionTimeInParallel

merge_test.go

Source:merge_test.go

...195	if !reflect.DeepEqual(got, want) {196		t.Errorf("Merge data table spec results failed.\n\tWant: %v\n\tGot: %v", want, got)197	}198}199func TestMergeResultsExecutionTimeInParallel(t *testing.T) {200	InParallel = true201	got := mergeResults([]*result.SpecResult{202		{203			ProtoSpec: &gm.ProtoSpec{204				SpecHeading: "heading", FileName: "filename", Tags: []string{"tags"},205			}, ExecutionTime: int64(1),206		},207		{208			ProtoSpec: &gm.ProtoSpec{209				SpecHeading: "heading", FileName: "filename", Tags: []string{"tags"},210			}, ExecutionTime: int64(2),211		},212	})213	want := int64(2)...

TestMergeResultsExecutionTimeInParallel

Using AI Code Generation

1execution := &execution.Execution{}2execution.TestMergeResultsExecutionTimeInParallel()3execution := &execution.Execution{}4execution.TestMergeResultsExecutionTimeInParallel()5execution := &execution.Execution{}6execution.TestMergeResultsExecutionTimeInParallel()7execution := &execution.Execution{}8execution.TestMergeResultsExecutionTimeInParallel()9execution := &execution.Execution{}10execution.TestMergeResultsExecutionTimeInParallel()11execution := &execution.Execution{}12execution.TestMergeResultsExecutionTimeInParallel()13execution := &execution.Execution{}14execution.TestMergeResultsExecutionTimeInParallel()15execution := &execution.Execution{}16execution.TestMergeResultsExecutionTimeInParallel()17execution := &execution.Execution{}18execution.TestMergeResultsExecutionTimeInParallel()19execution := &execution.Execution{}20execution.TestMergeResultsExecutionTimeInParallel()21execution := &execution.Execution{}22execution.TestMergeResultsExecutionTimeInParallel()23execution := &execution.Execution{}24execution.TestMergeResultsExecutionTimeInParallel()25execution := &execution.Execution{}26execution.TestMergeResultsExecutionTimeInParallel()

TestMergeResultsExecutionTimeInParallel

Using AI Code Generation

1import (2type Execution struct {3}4func (e *Execution) TestMergeResultsExecutionTimeInParallel() {5	arr1 := []int{1, 3, 5, 7, 9, 11, 13, 15, 17, 19}6	arr2 := []int{2, 4, 6, 8, 10, 12, 14, 16, 18, 20}7	arr3 := []int{21, 23, 25, 27, 29, 31, 33, 35, 37, 39}8	c1 := make(chan []int)9	c2 := make(chan []int)10	c3 := make(chan []int)11	go e.MergeResultsInParallel(arr1, c1)12	go e.MergeResultsInParallel(arr2, c2)13	go e.MergeResultsInParallel(arr3, c3)14	mergedResult := e.MergeResults(result1, result2, result3)15	fmt.Println(mergedResult)16}17func (e *Execution) MergeResultsInParallel(arr []int, c chan []int) {18	sort.Ints(arr)19}20func (e *Execution) MergeResults(arr1 []int, arr2 []int, arr3 []int) []int {21	mergedResult := make([]int, 30)22	copy(mergedResult, arr1)23	copy(mergedResult[len(arr1):], arr2)24	copy(mergedResult[len(arr1)+len(arr2):], arr3)25	sort.Ints(mergedResult)26}27func main() {28	e := Execution{}

TestMergeResultsExecutionTimeInParallel

Using AI Code Generation

1import "fmt"2import "time"3import "sync"4import "runtime"5func main() {6    fmt.Println("Number of CPUs", runtime.NumCPU())7    runtime.GOMAXPROCS(runtime.NumCPU())8    wg.Add(2)9    go func() {10        defer wg.Done()11        time.Sleep(2 * time.Second)12    }()13    go func() {14        defer wg.Done()15        time.Sleep(2 * time.Second)16    }()17    wg.Wait()18    fmt.Println("Done")19}20import "fmt"21import "time"22import "sync"23import "runtime"24func main() {25    fmt.Println("Number of CPUs", runtime.NumCPU())26    runtime.GOMAXPROCS(runtime.NumCPU())27    wg.Add(2)28    go func() {29        defer wg.Done()30        time.Sleep(2 * time.Second)31    }()32    go func() {33        defer wg.Done()34        time.Sleep(2 * time.Second)35    }()36    wg.Wait()37    fmt.Println("Done")38}39import "fmt"40import "time"41import "sync"42import "runtime"43func main() {44    fmt.Println("Number of CPUs", runtime.NumCPU())45    runtime.GOMAXPROCS(runtime.NumCPU())46    wg.Add(2)47    go func() {48        defer wg.Done()49        time.Sleep(2 * time.Second)50    }()51    go func() {52        defer wg.Done()53        time.Sleep(2 * time.Second)54    }()55    wg.Wait()56    fmt.Println("Done")57}58import "fmt"59import "time"60import "sync"61import "runtime"62func main() {63    fmt.Println("Number of CPUs", runtime.NumCPU())64    runtime.GOMAXPROCS(runtime.NumCPU())65    wg.Add(2)66    go func() {67        defer wg.Done()68        time.Sleep(2 * time.Second)69    }()70    go func() {71        defer wg.Done()

TestMergeResultsExecutionTimeInParallel

Using AI Code Generation

1import (2func main() {3	input := []model.Input{4		{5		},6		{7		},8		{9		},10		{11		},12	}13	ex := execution.NewExecution(input)14	output := ex.TestMergeResultsExecutionTimeInParallel()15	fmt.Println("output: ", output)16}17import (18func main() {19	input := []model.Input{20		{21		},22		{23		},24		{25		},26		{27		},28	}29	ex := execution.NewExecution(input)30	output := ex.TestMergeResultsExecutionTimeInParallelWithChannel()31	fmt.Println("output: ", output)32}33import

TestMergeResultsExecutionTimeInParallel

Using AI Code Generation

1import (2func main() {3	start := time.Now()4	execution.TestMergeResultsExecutionTimeInParallel()5	elapsed := time.Since(start)6	fmt.Println("Execution time is ", elapsed)7}8import (9func main() {10	start := time.Now()11	execution.TestMergeResultsExecutionTimeInSequential()12	elapsed := time.Since(start)13	fmt.Println("Execution time is ", elapsed)14}15import (16func TestMergeResultsExecutionTimeInParallel() {17	wg.Add(3)18	go func() {19		defer wg.Done()20		fmt.Println("inside go routine 1")21	}()22	go func() {23		defer wg.Done()24		fmt.Println("inside go routine 2")25	}()26	go func() {27		defer wg.Done()28		fmt.Println("inside go ro

TestMergeResultsExecutionTimeInParallel

Using AI Code Generation

1func TestMergeResultsExecutionTimeInParallel(t *testing.T) {2    execution := execution.NewExecution()3    config := execution.NewExecutionConfig()4    config.SetExecutionType(execution.Parallel)5    config.SetNumberOfGoroutines(2)6    config.SetTimeout(100)7    config.SetFunction(func() interface{} {8        time.Sleep(200 * time.Millisecond)9    })10    execution.Execute(config)11    results := execution.MergeResults()12    if len(results) != 2 {13        t.Errorf("merge results failed")14    }15}16func TestMergeResultsExecutionTimeInParallel(t *testing.T) {17    execution := execution.NewExecution()18    config := execution.NewExecutionConfig()19    config.SetExecutionType(execution.Parallel)20    config.SetNumberOfGoroutines(2)21    config.SetTimeout(100)22    config.SetFunction(func() interface{} {23        time.Sleep(200 * time.Millisecond)24    })25    execution.Execute(config)26    results := execution.MergeResults()27    if len(results) != 2 {28        t.Errorf("merge results failed")29    }30}31func TestMergeResultsExecutionTimeInParallel(t *testing.T) {32    execution := execution.NewExecution()33    config := execution.NewExecutionConfig()34    config.SetExecutionType(execution.Parallel)

TestMergeResultsExecutionTimeInParallel

Using AI Code Generation

1import (2func main() {3	executionResults = execution.TestMergeResultsExecutionTimeInParallel(executionTime, numberOfParallelRoutines)4	fmt.Println("Execution results:")5	fmt.Println(executionResults)6}7import (8func TestMergeResultsExecutionTimeInParallel(executionTime int, numberOfParallelRoutines int) []int {9	executionResults := make([]int, numberOfParallelRoutines)10	for i := 0; i < numberOfParallelRoutines; i++ {11		go func(i int) {12			executionResults[i] = TestExecutionTime(executionTime)13		}(i)14	}15}16func TestExecutionTime(executionTime int) int {17	fmt.Println("Execution started")18	time.Sleep(time.Duration(executionTime) * time.Second)19	fmt.Println("Execution finished")20}

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