How to use Four method of source Package

Best Mock code snippet using source.Four

run_command.go

Source:run_command.go

...97		fmt.Println(commander.Fatal("git clone returned an error - error -> ", err.Error()))98		return99	}100	t := strings.Trim(startDate.Format(settings.DefaultDateFormat)+"--"+endDate.Format(settings.DefaultDateFormat), "")101	var metricResultDtoList []FourKeyMetricResultDto102	if len(repositories) < 1 {103		fmt.Println(commander.Fatal("repository not found. please use -> $four-key add command or modify your configuration file \n"))104		fmt.Println(commander.Good(fmt.Sprintf("configuration file path: %s ", commander.GetFourKeyPath())))105		_ = commander.Open(commander.GetFourKeyPath())106		return107	}108	for _, repo := range repositories {109		metricsRequest := MetricsRequest{110			StartDate:         startDate,111			EndDate:           endDate,112			ReleaseTagPattern: repo.Configurations.ReleaseTagPattern,113			FixPatterns:       repo.Configurations.FixCommitPatterns,114		}115		metricsDto, err := CalculateMetrics(repo.Repository, metricsRequest)116		if err != nil {117			fmt.Println(commander.Fatal(err.Error(), " Project -> ", repo.Configurations.Name()))118			continue119		}120		metricsDto.RepoName = repo.Configurations.Name()121		metricsDto.TeamName = repo.Configurations.TeamName122		metricResultDtoList = append(metricResultDtoList, metricsDto)123	}124	generateMetricFiles(metricResultDtoList, t)125}126func generateMetricFiles(metricResultDtoList []FourKeyMetricResultDto, reportTimeAsString string) {127	outputSource := path.Join(s.Output, settings.DefaultGeneratedFileOutputDirName)128	separatedTeamItems.teams = map[string][]ChartItems{}129	err := CheckDirectory(outputSource)130	if err != nil {131		_ = CreateDirectory(s.Output, settings.DefaultGeneratedFileOutputDirName)132	}133	err = CheckDirectory(outputSource, settings.AllTeamsDefaultDirName)134	if err != nil {135		_ = CreateDirectory(outputSource, settings.AllTeamsDefaultDirName)136	}137	err = CheckDirectory(outputSource, settings.TeamBasedDefaultDirName)138	if err != nil {139		_ = CreateDirectory(outputSource, settings.TeamBasedDefaultDirName)140	}141	for i, metric := range metricResultDtoList {142		dirName := metric.RepoName + "_" + reportTimeAsString143		if metric.TeamName == "" {144			metric.TeamName = settings.DefaultTeamName145		}146		err = CheckDirectory(outputSource, metric.TeamName)147		if err != nil {148			_ = CreateDirectory(outputSource, metric.TeamName)149		}150		dirName, err := generateDirectory(path.Join(outputSource, metric.TeamName), dirName)151		if err != nil {152			fmt.Println(commander.Fatal(err.Error()))153			return154		}155		metrics := createChartItems(metric.MetricTags)156		metrics.teamName = metric.TeamName157		allChartItems = append(allChartItems, metrics)158		separatedTeamItems.teams[metrics.teamName] = append(separatedTeamItems.teams[metrics.teamName], metrics)159		err = generateOutput(dirName, metrics, metric, outputSource, false)160		if i == len(metricResultDtoList)-1 {161			var teamBasedMetrics []ChartItems162			var allTeamsMetrics ChartItems163			allTeamsMetrics.teamName = "AllTeamsResult"164			for name, chartItems := range separatedTeamItems.teams {165				teamChart := ChartItems{166					teamName: name,167				}168				mergeChartItems(chartItems, &teamChart)169				teamBasedMetrics = append(teamBasedMetrics, teamChart)170			}171			mergeChartItems(allChartItems, &allTeamsMetrics)172			for _, team := range teamBasedMetrics {173				metricDto := FourKeyMetricResultDto{174					RepoName:                 settings.TeamBasedDefaultDirName,175					TeamName:                 settings.TeamBasedDefaultDirName,176					DateRangeStart:           metric.DateRangeStart,177					DateRangeEnd:             metric.DateRangeEnd,178					CreationDate:             metric.CreationDate,179					DeploymentFrequencyCount: 0,180				}181				dirName, err := generateDirectory(path.Join(outputSource, settings.TeamBasedDefaultDirName), team.teamName+"_"+reportTimeAsString)182				if err != nil {183					fmt.Println(commander.Fatal(err.Error()))184					return185				}186				err = generateOutput(dirName, team, metricDto, outputSource, false)187			}188			metricDto := FourKeyMetricResultDto{189				RepoName:                 settings.AllTeamsDefaultDirName,190				TeamName:                 settings.AllTeamsDefaultDirName,191				DateRangeStart:           metric.DateRangeStart,192				DateRangeEnd:             metric.DateRangeEnd,193				CreationDate:             metric.CreationDate,194				DeploymentFrequencyCount: 0,195			}196			dirName, err := generateDirectory(path.Join(outputSource, settings.AllTeamsDefaultDirName), allTeamsMetrics.teamName+"_"+reportTimeAsString)197			if err != nil {198				fmt.Println(commander.Fatal(err.Error()))199				return200			}201			err = generateOutput(dirName, allTeamsMetrics, metricDto, outputSource, true)202			if err != nil {203				fmt.Println(commander.Warn("an error occurred while opening results folder", " you can see in -> ", path.Join(commander.GetFourKeyPath(), outputSource)))204			}205		} else {206			if err != nil {207				fmt.Println(commander.Warn("an error occurred while opening results folder", " you can see in -> ", path.Join(commander.GetFourKeyPath(), outputSource)))208			}209		}210	}211}212func createChartItems(metrics []TagMetricDto) ChartItems {213	var chartItems ChartItems214	for _, t := range metrics {215		chartItems.meanTimes = append(chartItems.meanTimes, ChartItem{216			Date:  t.TagDate.Format(settings.DefaultDateFormat),217			Value: t.MeanTimeRestoreAverage,218		})219		chartItems.leadTimes = append(chartItems.leadTimes, ChartItem{220			Date:  t.TagDate.Format(settings.DefaultDateFormat),221			Value: t.LeadTime,222		})223		chartItems.failPercentages = append(chartItems.failPercentages, ChartItem{224			Date:  t.TagDate.Format(settings.DefaultDateFormat),225			Value: t.ChangeFailPercentage,226		})227		chartItems.deploymentFrequencies = append(chartItems.deploymentFrequencies, ChartItem{228			Date:  t.TagDate.Format(settings.DefaultDateFormat),229			Value: deploymentInitialValue,230			Name:  t.TagName,231		})232	}233	return chartItems234}235func generateOutput(dir string, items ChartItems, results FourKeyMetricResultDto, outputSource string, open bool) error {236	var h *os.File237	var j *os.File238	h, err := os.Create(path.Join(outputSource, results.TeamName, dir, "index.html"))239	if err != nil {240		return err241	}242	j, err = os.Create(path.Join(outputSource, results.TeamName, dir, "metrics.json"))243	if err != nil {244		return err245	}246	html, err := createHtml(results, items)247	if err != nil {248		return err249	}250	_, err = h.WriteString(html)251	if err != nil {252		err = h.Close()253		if err != nil {254			return err255		}256		return err257	}258	resultsJson, err := json.Marshal(results)259	_, err = j.WriteString(string(resultsJson))260	if err != nil {261		err = j.Close()262		if err != nil {263			return err264		}265		return err266	}267	if open {268		err := commander.Open(outputSource)269		if err != nil {270			fmt.Println(commander.Warn("an error occurred while opening results folder", " you can see in -> ", path.Join(commander.GetFourKeyPath(), outputSource)))271		}272	}273	fmt.Println(commander.Good("metrics file generated", " for -> ", results.TeamName, ":", results.RepoName, "in -> ", path.Join(outputSource, results.TeamName)))274	return nil275}276func generateDirectory(sourceDir, dir string) (string, error) {277	err := CreateDirectory(sourceDir, dir)278	if err != nil {279		counter := 0280		for {281			counter++282			if counter > 1000 {283				return "", errors.New("an infinite loop occurred while trying to create metric file")284			}285			d := dir + "_" + strconv.Itoa(counter)286			err = CreateDirectory(sourceDir, d)287			if err != nil {288				continue289			}290			return d, nil291		}292	}293	return dir, nil294}295func createHtml(dto FourKeyMetricResultDto, items ChartItems) (string, error) {296	mtJson, err := json.Marshal(items.meanTimes)297	ltJson, err := json.Marshal(items.leadTimes)298	fpJson, err := json.Marshal(items.failPercentages)299	dfJson, err := json.Marshal(items.deploymentFrequencies)300	if err != nil {301		fmt.Println(commander.Fatal("an error occurred while serializing"))302		return "", err303	}304	htmlTemplate := template.GetHtml()305	htmlTemplate = strings.Replace(htmlTemplate, "{repositoryName}", dto.RepoName, 1)306	htmlTemplate = strings.Replace(htmlTemplate, "{teamName}", dto.TeamName, 1)307	htmlTemplate = strings.Replace(htmlTemplate, "{startDate}", dto.DateRangeStart.Format(settings.DefaultDateFormat), 1)308	htmlTemplate = strings.Replace(htmlTemplate, "{endDate}", dto.DateRangeEnd.Format(settings.DefaultDateFormat), 1)309	htmlTemplate = strings.Replace(htmlTemplate, "{mtData}", string(mtJson), 1)...

source_state_test.go

Source:source_state_test.go

1package models2import (3	"testing"4	"github.com/stretchr/testify/assert"5)6func TestSourceState_IsZero(t *testing.T) {7	tests := []struct {8		name        string9		sourceState SourceState10		want        bool11	}{12		{13			name: "with full data",14			sourceState: SourceState{15				Name: "source-one",16				Repos: []RepoState{17					{Name: "one", LastCommit: "100"},18					{Name: "two", LastCommit: "200"},19				},20			},21			want: false,22		},23		{24			name: "without a name",25			sourceState: SourceState{26				Name: "",27				Repos: []RepoState{28					{Name: "one", LastCommit: "100"},29					{Name: "two", LastCommit: "200"},30				},31			},32			want: false,33		},34		{35			name: "without repos",36			sourceState: SourceState{37				Name:  "source-one",38				Repos: nil,39			},40			want: false,41		},42		{43			name: "with an empty source state",44			sourceState: SourceState{45				Name:  "",46				Repos: nil,47			},48			want: true,49		},50	}51	for _, tt := range tests {52		t.Run(tt.name, func(t *testing.T) {53			got := tt.sourceState.IsZero()54			assert.Equal(t, tt.want, got)55		})56	}57}58func TestFilterNonemptySources(t *testing.T) {59	type args struct {60		sourceStates []SourceState61	}62	tests := []struct {63		name string64		args args65		want []SourceState66	}{67		{68			name: "empty",69			args: args{sourceStates: []SourceState{}},70			want: []SourceState{},71		},72		{73			name: "with full data",74			args: args{75				sourceStates: []SourceState{76					{77						Name: "source-one",78						Repos: []RepoState{79							{Name: "one", LastCommit: "100"},80							{Name: "two", LastCommit: "200"},81						},82					},83					{84						Name: "source-two",85						Repos: []RepoState{86							{Name: "three", LastCommit: "300"},87							{Name: "four", LastCommit: "400"},88						},89					},90				},91			},92			want: []SourceState{93				{94					Name: "source-one",95					Repos: []RepoState{96						{Name: "one", LastCommit: "100"},97						{Name: "two", LastCommit: "200"},98					},99				},100				{101					Name: "source-two",102					Repos: []RepoState{103						{Name: "three", LastCommit: "300"},104						{Name: "four", LastCommit: "400"},105					},106				},107			},108		},109		{110			name: "without a name",111			args: args{112				sourceStates: []SourceState{113					{114						Name: "",115						Repos: []RepoState{116							{Name: "one", LastCommit: "100"},117							{Name: "two", LastCommit: "200"},118						},119					},120					{121						Name: "source-two",122						Repos: []RepoState{123							{Name: "three", LastCommit: "300"},124							{Name: "four", LastCommit: "400"},125						},126					},127				},128			},129			want: []SourceState{130				{131					Name: "",132					Repos: []RepoState{133						{Name: "one", LastCommit: "100"},134						{Name: "two", LastCommit: "200"},135					},136				},137				{138					Name: "source-two",139					Repos: []RepoState{140						{Name: "three", LastCommit: "300"},141						{Name: "four", LastCommit: "400"},142					},143				},144			},145		},146		{147			name: "without repos",148			args: args{149				sourceStates: []SourceState{150					{151						Name:  "source-one",152						Repos: nil,153					},154					{155						Name: "source-two",156						Repos: []RepoState{157							{Name: "three", LastCommit: "300"},158							{Name: "four", LastCommit: "400"},159						},160					},161				},162			},163			want: []SourceState{164				{165					Name:  "source-one",166					Repos: nil,167				},168				{169					Name: "source-two",170					Repos: []RepoState{171						{Name: "three", LastCommit: "300"},172						{Name: "four", LastCommit: "400"},173					},174				},175			},176		},177		{178			name: "with an empty source state",179			args: args{180				sourceStates: []SourceState{181					{182						Name:  "",183						Repos: nil,184					},185					{186						Name: "source-two",187						Repos: []RepoState{188							{Name: "three", LastCommit: "300"},189							{Name: "four", LastCommit: "400"},190						},191					},192				},193			},194			want: []SourceState{195				{196					Name: "source-two",197					Repos: []RepoState{198						{Name: "three", LastCommit: "300"},199						{Name: "four", LastCommit: "400"},200					},201				},202			},203		},204		{205			name: "without a nonempty source state",206			args: args{207				sourceStates: []SourceState{208					{209						Name:  "",210						Repos: nil,211					},212					{213						Name:  "",214						Repos: nil,215					},216				},217			},218			want: []SourceState{},219		},220	}221	for _, tt := range tests {222		t.Run(tt.name, func(t *testing.T) {223			got := FilterNonemptySources(tt.args.sourceStates)224			assert.Equal(t, tt.want, got)225		})226	}227}...

HmacCounterByteSource.go

Source:HmacCounterByteSource.go

1package util2import (3	"hash"4	"crypto/hmac"5	"crypto/sha256"6	"io"7)8/*9A pseudo-random stream bytes obtained from HMAC-SHA256 with a10secret key and an incrementing 32bit counter.11*/12type HmacCounterByteSource struct {13	hm hash.Hash14	15	counter uint3216	maxCounter uint3217	18	//the most recent HMAC output19	block []byte20	blockOffset int21}22/*After maxCounter invokations of HMAC-SHA256 the NextByte() function will return io.EOF.23Each invokation yields 32 bytes.24*/25func NewHmacCounterByteSource(key []byte, maxCounter uint32) *HmacCounterByteSource {26	res := &HmacCounterByteSource{27		hm: hmac.New(sha256.New, key),28		maxCounter: maxCounter,29	}30	res.nextBlock()31	32	return res33}34func (self *HmacCounterByteSource) nextBlock() {35	four := make([]byte, 4)36	four[0] = byte((self.counter >> 24) & 0xFF)37	four[1] = byte((self.counter >> 16) & 0xFF)38	four[2] = byte((self.counter >> 8) & 0xFF)39	four[3] = byte(self.counter & 0xFF)40	//erase previous block41	if self.block != nil {42		Erase(self.block)43	}44	self.hm.Reset()45	self.hm.Write(four)46	self.block = self.hm.Sum(nil)47	self.counter++48	self.blockOffset = 049}50func (self *HmacCounterByteSource) NextByte() (byte, error) {51	if self.blockOffset >= len(self.block) {52		if self.counter >= self.maxCounter {53			return 0, io.EOF54		}55		self.nextBlock()56	}57	b := self.block[self.blockOffset]58	self.blockOffset++59	return b, nil60}...

Four

Using AI Code Generation

1import (2func main() {3	test.Four()4}5import (6func main() {7	test.Two()8}9import (10func main() {11	test.Three()12}13import (14func main() {15	test.One()16}17import (18func main() {19	test.Five()20}21import (22func main() {23	test.Six()24}25import (26func main() {27	test.Seven()28}29import (30func main() {31	test.Eight()32}33import (34func main() {35	test.Nine()36}37import (38func main() {39	test.Ten()40}41import (42func main() {43	test.Eleven()44}45import (46func main() {47	test.Twelve()48}49import (50func main() {51	test.Thirteen()52}53import (54func main() {55	test.Fourteen()56}

Four

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello World!")4	source.Four()5}6import (7func main() {8	fmt.Println("Hello World!")9	source.Two()10}11import (12func main() {13	fmt.Println("Hello World!")14	source.Three()15}16import (17func main() {18	fmt.Println("Hello World!")19	source.Four()20}21import (22func main() {23	fmt.Println("Hello World!")24	source.Five()25}26import (27func main() {28	fmt.Println("Hello World!")29	source.Six()30}31import (32func main() {33	fmt.Println("Hello World!")34	source.Seven()35}36import (37func main() {38	fmt.Println("Hello World!")39	source.Eight()40}41import (42func main() {43	fmt.Println("Hello World!")44	source.Nine()45}46import (47func main() {48	fmt.Println("Hello World!")49	source.Ten()50}51import (52func main() {53	fmt.Println("Hello World!")54	source.Eleven()55}

Four

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4	source.Four()5}6import "fmt"7func Four() {8	fmt.Println("Four")9}10I want to import source package in 1.go. How can I do that?11import (12func main() {13    fmt.Println("Hello, playground")14    source.Four()15}16package source: unrecognized import path "source" (import path does not begin with hostname)17I want to import source package in 1.go. How can I do that?18import (19func main() {20    fmt.Println("Hello, playground")21    source.Four()22}23package source: unrecognized import path "source" (import path does not begin with hostname)24I am new to Go. I am trying to understand how to import packages. I am trying to understand the concept of GOPATH. I have a directory structure like this:25I want to import source package in 1.go. How can I do that?26import (27func main() {28    fmt.Println("Hello, playground")29    source.Four()30}31package source: unrecognized import path "source" (import path does not begin with hostname)32I want to import source package in 1.go. How can I do that? I tried to do this: But I am getting an error:33I want to import source package in 1.go. How can I do that? I tried to do this:34I am new to Go. I am trying to understand how to import packages. I am

Four

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello, World!")4    source.Four()5}6import "fmt"7func Four() {8    fmt.Println("Four")9}10    /usr/local/go/src/main (from $GOROOT)11    /home/username/go/src/main (from $GOPATH)12    /usr/local/go/src/main (from $GOROOT)13    /home/username/go/src/main (from $GOPATH)14main.main()

Four

Using AI Code Generation

1import (2func main() {3	fmt.Println("This is main method")4	fmt.Println("Calling Four method of source class")5	source.Four()6}7import "fmt"8func Four() {9	fmt.Println("This is Four method of source class")10}

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.