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How to use mapName method of lang Package

Best Gauge code snippet using lang.mapName

kktemplate.go

Source:kktemplate.go

...18var frameExist = false19var FuncMap = html.FuncMap{}20var ErrTemplateNotFound = fmt.Errorf("template file not found")21func LoadHtml(name string, lang string) (*html.Template, error) {22	mapName := name + "-" + lang23	if _IsDebug() {24		htmlLocker.Lock()25		delete(htmlTemplateMap, mapName)26		htmlLocker.Unlock()27	}28	if _, f := htmlTemplateMap[mapName]; !f {29		defer htmlLocker.Unlock()30		htmlLocker.Lock()31		if _, f := htmlTemplateMap[mapName]; !f {32			data := func() []byte {33				if data, err := ioutil.ReadFile(getRealTemplatePath(name, lang)); !os.IsNotExist(err) {34					return data35				}36				return nil37			}()38			if data != nil {39				if tmpl, e := html.New(mapName).Funcs(generateHTMLFuncMap(lang)).Parse(string(data)); e == nil {40					htmlTemplateMap[mapName] = tmpl41				} else {42					return nil, e43				}44			} else {45				return nil, ErrTemplateNotFound46			}47		}48	}49	tmpl, _ := htmlTemplateMap[mapName]50	return tmpl, nil51}52func LoadFrameHtml(name string, lang string) (*html.Template, error) {53	mapName := name + "-" + lang54	if _IsDebug() {55		htmlLocker.Lock()56		delete(frameHtmlTemplateMap, mapName)57		htmlLocker.Unlock()58	}59	if _, f := frameHtmlTemplateMap[mapName]; !f {60		if !_FrameExistValidate() {61			return nil, ErrTemplateNotFound62		}63		defer htmlLocker.Unlock()64		htmlLocker.Lock()65		if _, f := frameHtmlTemplateMap[mapName]; !f {66			tmplPath := getRealTemplatePath(name, lang)67			if tmplPath == "" {68				return nil, ErrTemplateNotFound69			}70			if _, err := ioutil.ReadFile(tmplPath); !os.IsNotExist(err) {71				var filePaths []string72				filePaths = append(filePaths, tmplPath)73				for _, structFrame := range StructTemplateFrames {74					filePaths = append(filePaths, getRealTemplatePath(structFrame, lang))75				}76				if tmpl, e := html.New(tmplPath).Funcs(generateHTMLFuncMap(lang)).ParseFiles(filePaths...); e == nil {77					frameHtmlTemplateMap[mapName] = tmpl78				} else {79					return nil, e80				}81			} else {82				return nil, ErrTemplateNotFound83			}84		}85	}86	tmpl, _ := frameHtmlTemplateMap[mapName]87	return tmpl, nil88}89func getRealTemplatePath(name string, lang string) string {90	tmplPath := fmt.Sprintf("%s/%s/%s.tmpl", TemplateRootPath, lang, name)91	if _, err := ioutil.ReadFile(tmplPath); !os.IsNotExist(err) {92		return tmplPath93	}94	ml := func() string {95		if slang := strings.Split(lang, "-"); len(slang) > 1 {96			return slang[0]97		}98		return ""99	}()100	tmplPath = fmt.Sprintf("%s/%s/%s.tmpl", TemplateRootPath, ml, name)101	if _, err := ioutil.ReadFile(tmplPath); !os.IsNotExist(err) {102		return tmplPath103	}104	tmplPath = fmt.Sprintf("%s/default/%s.tmpl", TemplateRootPath, name)105	if _, err := ioutil.ReadFile(tmplPath); !os.IsNotExist(err) {106		return tmplPath107	}108	return ""109}110func _FrameExistValidate() bool {111	if !frameExist {112		for _, frame := range StructTemplateFrames {113			framePath := getRealTemplatePath(frame, "")114			if framePath == "" {115				kklogger.ErrorJ("kktemplate:_FrameExistValidate", fmt.Sprintf("frame file %s/%s.tmpl is not exist", TemplateRootPath, frame))116				return false117			}118			if _, err := ioutil.ReadFile(framePath); os.IsNotExist(err) {119				kklogger.ErrorJ("kktemplate:_FrameExistValidate", fmt.Sprintf("frame file %s/%s.tmpl is not exist", TemplateRootPath, frame))120				return false121			}122		}123		frameExist = true124	}125	return true126}127func LoadText(name string, lang string) (*text.Template, error) {128	mapName := name + "-" + lang129	if _IsDebug() {130		textLocker.Lock()131		delete(textTemplateMap, mapName)132		textLocker.Unlock()133	}134	if _, f := textTemplateMap[mapName]; !f {135		textLocker.Lock()136		defer textLocker.Unlock()137		if _, f := textTemplateMap[mapName]; !f {138			data := func() []byte {139				if data, err := ioutil.ReadFile(getRealTemplatePath(name, lang)); !os.IsNotExist(err) {140					return data141				}142				return nil143			}()144			if data != nil {145				if tmpl, e := text.New(mapName).Funcs(generateTEXTFuncMap(lang)).Parse(string(data)); e == nil {146					textTemplateMap[mapName] = tmpl147				} else {148					return nil, e149				}150			} else {151				return nil, ErrTemplateNotFound152			}153		}154	}155	tmpl, _ := textTemplateMap[mapName]156	return tmpl, nil157}158func _IsDebug() bool {159	return strings.ToUpper(os.Getenv("KKAPP_DEBUG")) == "TRUE"160}161func generateHTMLFuncMap(lang string) html.FuncMap {162	funcMap := html.FuncMap{163		"T": func(str string) string { return kktranslation.GetLangFile(lang).T(str) },164	}165	for k, v := range FuncMap {166		funcMap[k] = v167	}168	return funcMap169}...

map.go

Source:map.go

...19func mapCommandModifier(args []string) error {20	if len(args) != 2 {21		return errUsage22	}23	mapName := args[1]24	portNumber, err := parsePortNumber(args[0])25	if err != nil {26		return err27	}28	mappings, err := getMappingsFromMapName(mapName)29	if err != nil {30		return err31	}32	drv, err := newDriver()33	if err != nil {34		return err35	}36	defer drv.Close()37	ins, err := drv.Ins()38	if err != nil {39		return err40	}41	in, err := getInByPortNumber(ins, portNumber)42	if err != nil {43		return err44	}45	err = in.Open()46	if err != nil {47		return err48	}49	defer in.Close()50	kb, err := keybd_event.NewKeyBonding()51	if err != nil {52		if err.Error() == "permission error for /dev/uinput try cmd : sudo chmod +0666 /dev/uinput" {53			return errors.New("insufficient permissions to simulate keypresses")54		}55		return err56	}57	rd := reader.New(58		reader.NoLogger(),59		reader.Each(func(pos *reader.Position, msg midi.Message) {60			err := mapMIDIMessageToKeyPress(kb, mappings, msg)61			if err != nil {62				fmt.Fprintf(os.Stderr, "%v\n", err)63			}64		}),65	)66	// I don't understand how and why this snippet works, but it does.67	// I asked for an explanation in https://github.com/vipul-sharma20/midi-macro/issues/1.68	// TODO: Read chapter 8 in gopl, which hopefully explains this69	exit := make(chan string)70	go rd.ListenTo(in)71	for {72		select {73		case <-exit:74			return nil75		}76	}77}78func mapMIDIMessageToKeyPress(kb keybd_event.KeyBonding, mappings []mapping.Mapping, msg midi.Message) (err error) {79	for _, mapping := range mappings {80		if matcherMatchesMessage(mapping.Matcher, msg) {81			// NB: We iterate through all mappings regardless of if some earlier mapping matched. This is expected behaviour.82			err = press(kb, mapping.Keycode)83			if err != nil {84				break85			}86		}87	}88	return89}90// getMappingsFromMapName parses a midimap-lang file with a name of mapName and retrieves its mappings.91// If an io-error occurs, the error is returned.92// If the parser fails at parsing some mapping, it describe the problem and moves on to the next mapping.93// No error is returned for parsing errors.94func getMappingsFromMapName(mapName string) (mappings []mapping.Mapping, err error) {95	mapFile, err := os.Open(mapName)96	if err != nil {97		return98	}99	r := bufio.NewReader(mapFile)100	for {101		mapping, err := lang.NextMapping(r)102		if err == io.EOF {103			break104		}105		if err != nil {106			fmt.Fprintf(os.Stderr, "lang: %v\n", err)107		}108		mappings = append(mappings, mapping)109	}...

nodes.go

Source:nodes.go

1/*2For Local access to Neo4j instance use3NEO4J_GO_LANG_LOCAL_DB_CREDS variable4Change password to whatever you have locally5For Heroku Prod access use6NEO4J_GO_LANG_HEROKU_DB_CREDS variable7*/8package nodes9import "os"10// URL for Connecting to Neo4j. Pulled from Environment variables11var URI string = os.Getenv("NEO4J_GO_LANG_HEROKU_DB_CREDS")12// Database Statments used for querying and execution13const (14	CreateNode                      = "CREATE (n:Map {name: {name}})"15	CreateUserMapRelationship       = "MATCH (a:User {username: {username}}) MERGE (n:Map {mapname: {mapname}}) MERGE (a)-[r:HAS]->(n)"16	GetUserMapList                  = "MATCH (u:User {username: {username}})-[]->(b:Map)-[]->(res:Restaurant) RETURN b.mapname, collect(res) AS restaurants"17	GetUserFriendMap                = "MATCH (u:User {username: {username}})-[]-(u1:User)-[]-(m:Map)-[]-(r:Restaurant) RETURN m.mapname, collect(r) AS restaurants"18	GetUserMapNameList              = "MATCH (u:User {username: {username}})-[]->(b:Map) RETURN b.mapname as map_name"19	GetMapNode                      = "MATCH(m:Map {mapname: {name}})-[]->(res:Restaurant) RETURN m.mapname, collect(res) AS restaurants"20	CreateMapRestaurantRelationship = "MATCH (res:Restaurant) WHERE id(res)={restaurant_id} MATCH (m:Map {mapname: {mapname}}) MERGE (m)-[r:CONTAINS]->(res)"21	RemoveMapRestaurantRelationship = "MATCH (m:Map {mapname: {mapname}})-[r:CONTAINS]-(res:Restaurant) WHERE id(res)={restaurant_id} DELETE r"22)...

mapName

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println(l.mapName())4}5import "fmt"6func main() {7    fmt.Println(l.mapName())8}9import "fmt"10func main() {11    fmt.Println(l.mapName())12}13import "fmt"14func main() {15    fmt.Println(l.mapName())16}17import "fmt"18func main() {19    fmt.Println(l.mapName())20}21import "fmt"22func main() {23    fmt.Println(l.mapName())24}25import "fmt"26func main() {27    fmt.Println(l.mapName())28}29import "fmt"30func main() {31    fmt.Println(l.mapName())32}33import "fmt"34func main() {35    fmt.Println(l.mapName())36}37import "fmt"38func main() {39    fmt.Println(l.mapName())40}41import "fmt"

mapName

Using AI Code Generation

1import (2func main() {3	lang := new(lang)4	fmt.Println(lang.mapName())5}6import (7func main() {8	lang := lang{name: "Golang"}9	fmt.Println(lang.mapName())10}

mapName

Using AI Code Generation

1import "fmt"2func main() {3    var lang1 = lang{name: "Java"}4    fmt.Println(lang1.mapName())5}6import "fmt"7func main() {8    var lang1 = lang{name: "Java"}9    fmt.Println(lang1.mapName())10}11type lang struct {12}13func (l lang) mapName() string {14}15type lang struct {16}17func (l lang) MapName() string {18}19type lang struct {20}21func (l lang) MapName() string {22}

mapName

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello World")4    t := tree.New(1)5    fmt.Println(t)6    tree.Walk(t, tree.Print)7}8import (9func main() {10    fmt.Println("Hello World")11    t := tree.New(1)12    fmt.Println(t)13    tree.Walk(t, tree.Print)14}15import (16func main() {17    fmt.Println("Hello World")18    t := tree.New(1)19    fmt.Println(t)20    tree.Walk(t, tree.Print)21}22import (23func main() {24    fmt.Println("Hello World")25    t := tree.New(1)26    fmt.Println(t)27    tree.Walk(t, tree.Print)28}29import (30func main() {31    fmt.Println("Hello World")32    t := tree.New(1)33    fmt.Println(t)34    tree.Walk(t, tree.Print)35}36import (37func main() {38    fmt.Println("Hello World")39    t := tree.New(1)40    fmt.Println(t)41    tree.Walk(t, tree.Print)42}43import (44func main() {45    fmt.Println("Hello World")46    t := tree.New(1)47    fmt.Println(t)48    tree.Walk(t, tree.Print)49}

mapName

Using AI Code Generation

1import (2type lang struct {3}4func mapName(l lang) string {5    return strings.ToUpper(l.name)6}7func main() {8    golang := lang{name: "go", version: "1.8"}9    fmt.Println(mapName(golang))10}11import (12type lang struct {13}14func (l *lang) addVersion(v string) {15}16func main() {17    golang := lang{name: "go", version: "1.8"}18    golang.addVersion("1.9")19    fmt.Println(golang.version)20}21import (22type lang struct {23}24func (l lang) addVersion(v string) {25}26func main() {27    golang := lang{name: "go", version: "1.8"}28    golang.addVersion("1.9")29    fmt.Println(golang.version)30}

mapName

Using AI Code Generation

1import (2func main() {3 fmt.Println(lang.Name())4}5func Name() string {6}

mapName

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println(l.mapName())4}5import "fmt"6type lang struct {7}8type prog struct {9}10func (l lang) mapName() string {11}12func main() {13    fmt.Println(p.mapName())14}15Encapsulation is a way of restricting access to the components of an object. It is achieved by declaring the fields of an object as private, and providing public methods to access those fields. Encapsulation is achieved by using the concept of struct in Go. In Go, struct is a composite type which is a collection of fields. The fields of a struct can be accessed using the dot (.) operator. For example, if we have a struct named Person, then we can access the fields of the struct using the dot operator as follows:-16import "fmt"17type lang struct {18}19func (l lang) mapName() string {20}21func main() {22    fmt.Println(l.mapName())23}

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