How to use getColor method of cmd Package

Best K6 code snippet using cmd.getColor

coloredcobra.go

Source:coloredcobra.go

...112	//113	// Styling headers114	//115	if cfg.Headings != None {116		ch := getColor(cfg.Headings)117		// Add template function to style the headers118		cobra.AddTemplateFunc("HeadingStyle", ch.SprintFunc())119		// Wrap template headers into a new function120		tpl = strings.NewReplacer(121			"Usage:", `{{HeadingStyle "Usage:"}}`,122			"Aliases:", `{{HeadingStyle "Aliases:"}}`,123			"Examples:", `{{HeadingStyle "Examples:"}}`,124			"Available Commands:", `{{HeadingStyle "Available Commands:"}}`,125			"Global Flags:", `{{HeadingStyle "Global Flags:"}}`,126			"Additional help topics:", `{{HeadingStyle "Additional help topics:"}}`,127		).Replace(tpl)128		re := regexp.MustCompile(`(?m)^(\s*)Flags:(\s*)$`)129		tpl = re.ReplaceAllString(tpl, `$1{{HeadingStyle "Flags:"}}$2`)130	}131	//132	// Styling commands133	//134	if cfg.Commands != None {135		cc := getColor(cfg.Commands)136		// Add template function to style commands137		cobra.AddTemplateFunc("CommandStyle", cc.SprintFunc())138		cobra.AddTemplateFunc("sum", func(a, b int) int {139			return a + b140		})141		// Patch usage template142		re := regexp.MustCompile(`(?i){{\s*rpad\s+.Name\s+.NamePadding\s*}}`)143		tpl = re.ReplaceAllLiteralString(tpl, "{{rpad (CommandStyle .Name) (sum .NamePadding 12)}}")144		re = regexp.MustCompile(`(?i){{\s*rpad\s+.CommandPath\s+.CommandPathPadding\s*}}`)145		tpl = re.ReplaceAllLiteralString(tpl, "{{rpad (CommandStyle .CommandPath) (sum .CommandPathPadding 12)}}")146	}147	//148	// Styling a short desription of commands149	//150	if cfg.CmdShortDescr != None {151		csd := getColor(cfg.CmdShortDescr)152		cobra.AddTemplateFunc("CmdShortStyle", csd.SprintFunc())153		re := regexp.MustCompile(`(?ism)({{\s*range\s+.Commands\s*}}.*?){{\s*.Short\s*}}`)154		tpl = re.ReplaceAllString(tpl, `$1{{CmdShortStyle .Short}}`)155	}156	//157	// Styling executable file name158	//159	if cfg.ExecName != None {160		cen := getColor(cfg.ExecName)161		// Add template functions162		cobra.AddTemplateFunc("ExecStyle", cen.SprintFunc())163		cobra.AddTemplateFunc("UseLineStyle", func(s string) string {164			spl := strings.Split(s, " ")165			spl[0] = cen.Sprint(spl[0])166			return strings.Join(spl, " ")167		})168		// Patch usage template169		re := regexp.MustCompile(`(?i){{\s*.CommandPath\s*}}`)170		tpl = re.ReplaceAllLiteralString(tpl, "{{ExecStyle .CommandPath}}")171		re = regexp.MustCompile(`(?i){{\s*.UseLine\s*}}`)172		tpl = re.ReplaceAllLiteralString(tpl, "{{UseLineStyle .UseLine}}")173	}174	//175	// Styling flags176	//177	var cf, cfd, cfdt *color.Color178	if cfg.Flags != None {179		cf = getColor(cfg.Flags)180	}181	if cfg.FlagsDescr != None {182		cfd = getColor(cfg.FlagsDescr)183	}184	if cfg.FlagsDataType != None {185		cfdt = getColor(cfg.FlagsDataType)186	}187	if cf != nil || cfd != nil || cfdt != nil {188		cobra.AddTemplateFunc("FlagStyle", func(s string) string {189			// Flags info section is multi-line.190			// Let's split these lines and iterate them.191			lines := strings.Split(s, "\n")192			for k := range lines {193				// Styling short and full flags (-f, --flag)194				if cf != nil {195					re := regexp.MustCompile(`(--?\S+)`)196					for _, flag := range re.FindAllString(lines[k], 2) {197						lines[k] = strings.Replace(lines[k], flag, cf.Sprint(flag), 1)198					}199				}200				// If no styles for flag data types and description - continue201				if cfd == nil && cfdt == nil {202					continue203				}204				// Split line into two parts: flag data type and description205				// Tip: Use debugger to understand the logic206				re := regexp.MustCompile(`\s{2,}`)207				spl := re.Split(lines[k], -1)208				if len(spl) != 3 {209					continue210				}211				// Styling the flag description212				if cfd != nil {213					lines[k] = strings.Replace(lines[k], spl[2], cfd.Sprint(spl[2]), 1)214				}215				// Styling flag data type216				// Tip: Use debugger to understand the logic217				if cfdt != nil {218					re = regexp.MustCompile(`\s+(\w+)$`) // the last word after spaces is the flag data type219					m := re.FindAllStringSubmatch(spl[1], -1)220					if len(m) == 1 && len(m[0]) == 2 {221						lines[k] = strings.Replace(lines[k], m[0][1], cfdt.Sprint(m[0][1]), 1)222					}223				}224			}225			s = strings.Join(lines, "\n")226			return s227		})228		// Patch usage template229		re := regexp.MustCompile(`(?i)(\.(InheritedFlags|LocalFlags)\.FlagUsages)`)230		tpl = re.ReplaceAllString(tpl, "FlagStyle $1")231	}232	//233	// Styling aliases234	//235	if cfg.Aliases != None {236		ca := getColor(cfg.Aliases)237		cobra.AddTemplateFunc("AliasStyle", ca.SprintFunc())238		re := regexp.MustCompile(`(?i){{\s*.NameAndAliases\s*}}`)239		tpl = re.ReplaceAllLiteralString(tpl, "{{AliasStyle .NameAndAliases}}")240	}241	//242	// Styling the example text243	//244	if cfg.Example != None {245		ce := getColor(cfg.Example)246		cobra.AddTemplateFunc("ExampleStyle", ce.SprintFunc())247		re := regexp.MustCompile(`(?i){{\s*.Example\s*}}`)248		tpl = re.ReplaceAllLiteralString(tpl, "{{ExampleStyle .Example}}")249	}250	// Adding a new line to the end251	if !cfg.NoBottomNewline {252		tpl += "\n"253	}254	// Apply patched template255	cfg.RootCmd.SetUsageTemplate(tpl)256	// Debug line, uncomment when needed257	// fmt.Println(tpl)258}259// getColor decodes color param and returns color.Color object260func getColor(param uint8) (c *color.Color) {261	switch param & 15 {262	case None:263		c = color.New(color.FgWhite)264	case Black:265		c = color.New(color.FgBlack)266	case Red:267		c = color.New(color.FgRed)268	case Green:269		c = color.New(color.FgGreen)270	case Yellow:271		c = color.New(color.FgYellow)272	case Blue:273		c = color.New(color.FgBlue)274	case Magenta:...

main.go

Source:main.go

...33		cmd := exec.Command("clear")34		cmd.Stdout = os.Stdout35		cmd.Run()36	}37	fmt.Println(string(getColor("purple")), "---------------------- SQUID GAME DISTRIBUTED SYSTEM ----------------------")38	fmt.Println()39}40// Get Color Name41func getColor(colorName string) string {42	colors := map[string]string{43		"reset":  "\033[0m",44		"red":    "\033[31m",45		"green":  "\033[32m",46		"yellow": "\033[33m",47		"blue":   "\033[34m",48		"purple": "\033[35m",49		"cyan":   "\033[36m",50		"white":  "\033[37m",51	}52	return colors[colorName]53}54func GametimeOut(segundos int64) {55	time.Sleep(time.Duration(segundos) * time.Second)56	TimeOutStatus = true57}58func GetGamesConfig(squidgameset *helpers.SquidGameSet) []*helpers.SingleGame {59	TimeOutValue = squidgameset.GetTimeout()60	RungamesValue = squidgameset.GetRungames()61	ConcurrenceValue = squidgameset.GetConcurrence()62	PlayersValue = squidgameset.GetPlayers()63	Games := []*helpers.SingleGame{}64	split := strings.Split(squidgameset.GetGameName(), "|")65	count := len(split) / 266	x := 067	for i := 0; i < count; i++ {68		newGame := helpers.NewSingleGame(69			strings.TrimSpace(split[x]),70			strings.TrimSpace(split[x+1]),71			squidgameset.GetPlayers(),72			squidgameset.GetRungames(),73			squidgameset.GetConcurrence(),74			squidgameset.GetTimeout(),75			1,76		)77		Games = append(Games, newGame)78		x = x + 279	}80	//imprimiendo para verificar estructura81	//jsonF, _ := json.Marshal(Games)82	//fmt.Println(string(jsonF))83	TotalRungames = RungamesValue * int64(len(Games))84	return Games85}86func sendRequest(numero int, game *helpers.SingleGame) {87	//Asignando el numero correcto de peticion88	game.Request = int64(numero + 1)89	// Convert Json Body90	postBody := new(bytes.Buffer)91	json.NewEncoder(postBody).Encode(game)92	// Create Cliente93	client := &http.Client{}94	// Made Request95	req, _ := http.NewRequest("POST", Host+"/", postBody)96	// Add Headers97	req.Header.Add("Content-Type", "application/json")98	// Make Request99	resp, _ := client.Do(req)100	var res map[string]interface{}101	// Decoder Json102	json.NewDecoder(resp.Body).Decode(&res)103	if resp.StatusCode >= 200 && resp.StatusCode < 300 {104		fmt.Print(string(getColor("yellow")), "Rungame #", numero+1)105		fmt.Print(string(getColor("purple")), " Status:")106		fmt.Print(string(getColor("blue")), resp.StatusCode)107		fmt.Print(string(getColor("purple")), " Response:")108		fmt.Println(string(getColor("yellow")), res["Mensaje"])109		Success++110	} else {111		fmt.Print(string(getColor("yellow")), "Rungame #", numero+1)112		fmt.Print(string(getColor("purple")), "Status:")113		fmt.Print(string(getColor("red")), " 500 ")114		fmt.Print(string(getColor("purple")), " Response:")115		fmt.Println(string(getColor("red")), " Error ")116		Failed++117	}118}119func RunGame(games []*helpers.SingleGame) {120	TimeOutStatus = false121	Success = 0122	Failed = 0123	Send = 0124	//Inicio de Go Routine para controlar el timeout125	go GametimeOut(TimeOutValue)126	for _, game := range games {127		//Canal para ir pasando las peticiones y que se ejecuten concurrentemente128		var ch = make(chan int, ConcurrenceValue+1)129		//Creamos el grupo de concurrencia130		var wg sync.WaitGroup131		//Seteamos la cantidad de peticiones concurrentes, dadas por el parÃ¡metro --concurrence132		wg.Add(int(ConcurrenceValue))133		for i := 0; i < int(ConcurrenceValue); i++ {134			go func() {135				for {136					a, ok := <-ch137					//si el canal esta vacio, terminamos la goroutine138					if !ok || TimeOutStatus {139						wg.Done()140						return141					}142					//Aqui mandamos la peticion143					sendRequest(a, game)144					Send++145				}146			}()147			//Si se cumple el timeout interrumpimos el loop148			if TimeOutStatus {149				break150			}151		}152		//Iteramos sobre el valor del parametro --rungames153		for i := 0; i < int(RungamesValue); i++ {154			//Enviamos el contador al channel155			ch <- i156			if TimeOutStatus {157				break158			}159		}160		close(ch)161		wg.Wait()162		if TimeOutStatus {163			break164		}165	}166	if TimeOutStatus && (Send != TotalRungames) {167		fmt.Println("")168		fmt.Println(string(getColor("red")), "El juego no ha podido finalizar correctamente porque el timeout expirÃ³ :(")169	} else {170		fmt.Println("")171		fmt.Println(string(getColor("purple")), "Juego terminado exitosamente! :D")172	}173	fmt.Print(string(getColor("green")), "Peticiones exitosas:")174	fmt.Println(string(getColor("yellow")), Success)175	fmt.Print(string(getColor("green")), "Peticiones fallidas:")176	fmt.Println(string(getColor("yellow")), Failed)177	fmt.Print(string(getColor("green")), "Juegos realizados:")178	fmt.Println(string(getColor("cyan")), Send)179	fmt.Print(string(getColor("green")), "Juegos pendientes (Timeout):")180	fmt.Println(string(getColor("cyan")), TotalRungames-Send)181}182func main() {183	continuar := true184	LimpiarPantalla()185	for continuar {186		reader := bufio.NewReader(os.Stdin)187		fmt.Print(string(getColor("green")), "USAC ")188		fmt.Print(string(getColor("yellow")), ">> ")189		input, _ := reader.ReadString('\n')190		helpers.Ejecutado = false191		if runtime.GOOS == "windows" {192			input = strings.TrimRight(input, "\r\n")193		} else {194			input = strings.TrimRight(input, "\n")195		}196		if strings.ToLower(input) == "exit" {197			continuar = false198		} else if strings.ToLower(input) == "clear" || strings.ToLower(input) == "cls" {199			LimpiarPantalla()200		} else {201			//ejecutando analizador202			SquidGameSet = helpers.Lexico(input)203		}204		if !helpers.ErrorLex && !helpers.SyntaxError && helpers.Ejecutado {205			fmt.Println("")206			fmt.Println(string(getColor("cyan")), "Ingrese el host al cual enviar el trÃ¡fico")207			fmt.Print(string(getColor("blue")), "HOST ")208			fmt.Print(string(getColor("yellow")), ">> ")209			fmt.Scanln(&Host)210			Host = strings.TrimSuffix(Host, "/")211			Host = strings.TrimSpace(Host)212			fmt.Print(string(getColor("cyan")), "Seteando host -> ")213			fmt.Println(string(getColor("red")), Host)214			fmt.Print(string(getColor("cyan")), "Cargando configuraciÃ³n:")215			for i := 0; i < 53; i++ {216				fmt.Print(string(getColor("yellow")), "#")217				time.Sleep(25 * time.Millisecond)218			}219			fmt.Println("")220			fmt.Print(string(getColor("cyan")), "ConfiguraciÃ³n cargada correctamente.")221			fmt.Println(string(getColor("yellow")), "Presione ENTER para iniciar el juego. :D")222			var wait string223			fmt.Scanln(&wait)224			fmt.Println(string(getColor("red")), "Ejecutando Squid Games... ")225			RunGame(GetGamesConfig(SquidGameSet))226		}227	}228	fmt.Print(string(getColor("yellow")), "Gracias por jugar ")229	fmt.Print(string(getColor("red")), "USAC SQUID GAME")230	fmt.Print(string(getColor("yellow")), ", hasta la prÃ³xima! :D")231}...

getColor

Using AI Code Generation

1import "fmt"2func main(){3    var c = cmd{}4    c.getColor()5}6import "fmt"7func main(){8    var c = cmd{}9    c.getColor()10}11import "fmt"12func main(){13    var c = cmd{}14    c.getColor()15}16import "fmt"17func main(){18    var c = cmd{}19    c.getColor()20}21import "fmt"22func main(){23    var c = cmd{}24    c.getColor()25}26import "fmt"27func main(){28    var c = cmd{}29    c.getColor()30}31import "fmt"32func main(){33    var c = cmd{}34    c.getColor()35}36import "fmt"37func main(){38    var c = cmd{}39    c.getColor()40}41import "fmt"42func main(){43    var c = cmd{}44    c.getColor()45}46import "fmt"47func main(){48    var c = cmd{}49    c.getColor()50}51import "fmt"52func main(){53    var c = cmd{}54    c.getColor()55}56import "fmt"57func main(){58    var c = cmd{}59    c.getColor()60}61import "fmt"62func main(){63    var c = cmd{}64    c.getColor()65}66import "fmt"67func main(){68    var c = cmd{}69    c.getColor()70}71import "fmt"72func main(){73    var c = cmd{}74    c.getColor()75}76import "fmt"77func main(){78    var c = cmd{}79    c.getColor()80}81import "fmt"82func main(){83    var c = cmd{}84    c.getColor()85}86import "fmt"87func main(){88    var c = cmd{}89    c.getColor()90}

getColor

Using AI Code Generation

1import "fmt"2func main(){3  cmd.getColor()4}5import "fmt"6func main(){7  cmd.getColor()8}9import "fmt"10func main(){11  cmd.getColor()12}13import "fmt"14func main(){15  cmd.getColor()16}

getColor

Using AI Code Generation

1import (2func main() {3 fmt.Println(c)4}5const (6func (c Color) String() string {7 switch c {8 }9}

getColor

Using AI Code Generation

1import (2func main() {3    cmd := Cmd{}4    cmd.setColor("red")5    fmt.Println("cmd color is", cmd.getColor())6}7import (8func main() {9    cmd := Cmd{}10    cmd.setColor("blue")11    fmt.Println("cmd color is", cmd.getColor())12}13import (14func main() {15    cmd := Cmd{}16    cmd.setColor("green")17    fmt.Println("cmd color is", cmd.getColor())18}19import (20func main() {21    cmd := Cmd{}22    cmd.setColor("yellow")23    fmt.Println("cmd color is", cmd.getColor())24}25import (26func main() {27    cmd := Cmd{}28    cmd.setColor("black")29    fmt.Println("cmd color is", cmd.getColor())30}31import (32func main() {33    cmd := Cmd{}34    cmd.setColor("orange")35    fmt.Println("cmd color is", cmd.getColor())36}37import (38func main() {39    cmd := Cmd{}40    cmd.setColor("white")41    fmt.Println("cmd color is", cmd.getColor())42}43import (44func main() {45    cmd := Cmd{}46    cmd.setColor("brown")47    fmt.Println("cmd color is", cmd.getColor())48}49import (50func main() {51    cmd := Cmd{}52    cmd.setColor("purple")53    fmt.Println("cmd color is", cmd.getColor())54}55import (56func main() {57    cmd := Cmd{}58    cmd.setColor("pink")59    fmt.Println("cmd color is", cmd.getColor())60}61import (62func main() {

getColor

Using AI Code Generation

1import "fmt"2func main() {3    var cmd = new(Cmd)4}5import "fmt"6type Cmd struct {7}8func (c *Cmd) getColor() string {9}10func main() {11    var cmd = new(Cmd)12    cmd.setColor("red")13    fmt.Println(cmd.getColor())14}15import "fmt"16type Cmd struct {17}18func (c *Cmd) setColor(color string) {19}20func main() {21    var cmd = new(Cmd)22    cmd.setColor("red")23    fmt.Println(cmd.getColor())24}25In the above Go program, we have created a Cmd class and defined a method called setColor() to set the color of the Cmd class. In the main() method, we have created a new object of the Cmd class and set the color of the cmd object to red. Then we have printed the color of the cmd object

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