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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}

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