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Automation Advisor
K6
lib
GetSortedConfigs

How to use GetSortedConfigs method of lib Package

Best K6 code snippet using lib.GetSortedConfigs

executors.go

Source:executors.go

...182		}183	}184	return errors185}186// GetSortedConfigs returns a slice with the executor configurations,187// sorted in a consistent and predictable manner. It is useful when we want or188// have to avoid using maps with string keys (and tons of string lookups in189// them) and avoid the unpredictable iterations over Go maps. Slices allow us190// constant-time lookups and ordered iterations.191//192// The configs in the returned slice will be sorted by their start times in an193// ascending order, and alphabetically by their names (which are unique) if194// there are ties.195func (scs ScenarioConfigs) GetSortedConfigs() []ExecutorConfig {196	configs := make([]ExecutorConfig, len(scs))197	// Populate the configs slice with sorted executor configs198	i := 0199	for _, config := range scs {200		configs[i] = config // populate the slice in an unordered manner201		i++202	}203	sort.Slice(configs, func(a, b int) bool { // sort by (start time, name)204		switch {205		case configs[a].GetStartTime() < configs[b].GetStartTime():206			return true207		case configs[a].GetStartTime() == configs[b].GetStartTime():208			return strings.Compare(configs[a].GetName(), configs[b].GetName()) < 0209		default:210			return false211		}212	})213	return configs214}215// GetFullExecutionRequirements combines the execution requirements from all of216// the configured executors. It takes into account their start times and their217// individual VU requirements and calculates the total VU requirements for each218// moment in the test execution.219func (scs ScenarioConfigs) GetFullExecutionRequirements(et *ExecutionTuple) []ExecutionStep {220	sortedConfigs := scs.GetSortedConfigs()221	// Combine the steps and requirements from all different executors, and222	// sort them by their time offset, counting the executors' startTimes as223	// well.224	type trackedStep struct {225		ExecutionStep226		configID int227	}228	trackedSteps := []trackedStep{}229	for configID, config := range sortedConfigs { // orderly iteration over a slice230		configStartTime := config.GetStartTime()231		configSteps := config.GetExecutionRequirements(et)232		for _, cs := range configSteps {233			cs.TimeOffset += configStartTime // add the executor start time to the step time offset234			trackedSteps = append(trackedSteps, trackedStep{cs, configID})...

GetSortedConfigs

Using AI Code Generation

1import (2func main() {3	lib.GetSortedConfigs()4}5import (6type Config struct {7}8func GetSortedConfigs() {9	configs := []Config{10		{Key: "key1", Value: "value1"},11		{Key: "key2", Value: "value2"},12		{Key: "key3", Value: "value3"},13		{Key: "key4", Value: "value4"},14	}15	sort.Slice(configs, func(i, j int) bool {16		return strings.Compare(configs[i].Key, configs[j].Key) < 017	})18	fmt.Println("Sorted Configs: ", configs)19}20Sorted Configs:  [{key1 value1} {key2 value2} {key3 value3} {key4 value4}]21import (22type User struct {23}24func (u ByName) Len() int {25	return len(u)26}27func (u ByName) Swap(i, j int) {28}29func (u ByName) Less(i, j int) bool {30}31func (u ByAge) Len() int {32	return len(u)33}34func (u ByAge) Swap(i, j int) {35}36func (u ByAge) Less(i, j int) bool {37}38func main() {39	users := []User{40		{Name: "John", Age

GetSortedConfigs

Using AI Code Generation

1import (2func main() {3	configs := lib.GetSortedConfigs()4	for k, v := range configs {5		fmt.Println(k, v)6	}7}8import (9func main() {10	configs := lib.GetSortedConfigs()11	for k, v := range configs {12		fmt.Println(k, v)13	}14}15import (16func main() {17	configs := lib.GetSortedConfigs()18	for k, v := range configs {19		fmt.Println(k, v)20	}21}22import (23func main() {

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