How to use Refactor method of lang Package

Best Gauge code snippet using lang.Refactor

reverse.go

Source:reverse.go

1// Copyright 2019 The Xorm Authors. All rights reserved.2// Use of this source code is governed by a BSD-style3// license that can be found in the LICENSE file.4package refactor5import (6	"bytes"7	"errors"8	"io/ioutil"9	"os"10	"strings"11	"text/template"12	"github.com/azhai/refactor/config"13	"github.com/azhai/refactor/language"14	"github.com/azhai/refactor/rewrite"15	"github.com/azhai/gozzo-utils/filesystem"16	"github.com/gobwas/glob"17	"github.com/grsmv/inflect"18	"xorm.io/xorm/names"19	"xorm.io/xorm/schemas"20)21var (22	formatters   = map[string]language.Formatter{}23	importters   = map[string]language.Importter{}24	defaultFuncs = template.FuncMap{25		"Lower":            strings.ToLower,26		"Upper":            strings.ToUpper,27		"Title":            strings.Title,28		"Camelize":         inflect.Camelize,29		"Underscore":       inflect.Underscore,30		"Singularize":      inflect.Singularize,31		"Pluralize":        inflect.Pluralize,32		"DiffPluralize":    DiffPluralize,33		"GetSinglePKey":    GetSinglePKey,34		"GetCreatedColumn": GetCreatedColumn,35	}36)37// å¦æå¤æ°å½¢å¼ååæ°ç¸åï¼äººä¸ºå¢å åç¼38func DiffPluralize(word, suffix string) string {39	words := inflect.Pluralize(word)40	if words == word {41		words += suffix42	}43	return words44}45func GetSinglePKey(table *schemas.Table) string {46	if cols := table.PKColumns(); len(cols) == 1 {47		return cols[0].FieldName48	}49	return ""50}51func GetCreatedColumn(table *schemas.Table) string {52	for name, ok := range table.Created {53		if ok {54			return table.GetColumn(name).Name55		}56	}57	if col := table.GetColumn("created_at"); col != nil {58		if col.SQLType.IsTime() {59			return "created_at"60		}61	}62	return ""63}64func GetTableSchemas(source *config.ReverseSource, target *config.ReverseTarget, verbose bool) []*schemas.Table {65	var tableSchemas []*schemas.Table66	engine, err := source.Connect(verbose)67	if err != nil {68		panic(err)69	}70	tableSchemas, _ = engine.DBMetas()71	return filterTables(tableSchemas, target.IncludeTables, target.ExcludeTables)72}73func filterTables(tables []*schemas.Table, includes, excludes []string) []*schemas.Table {74	res := make([]*schemas.Table, 0, len(tables))75	for _, tb := range tables {76		var remove bool77		for _, exclude := range excludes {78			s, _ := glob.Compile(exclude)79			remove = s.Match(tb.Name)80			if remove {81				break82			}83		}84		if remove {85			continue86		}87		if len(includes) == 0 {88			res = append(res, tb)89			continue90		}91		var keep bool92		for _, include := range includes {93			s, _ := glob.Compile(include)94			keep = s.Match(tb.Name)95			if keep {96				break97			}98		}99		if keep {100			res = append(res, tb)101		}102	}103	return res104}105func newFuncs() template.FuncMap {106	m := make(template.FuncMap)107	for k, v := range defaultFuncs {108		m[k] = v109	}110	return m111}112func convertMapper(mapname string) names.Mapper {113	switch mapname {114	case "gonic":115		return names.LintGonicMapper116	case "same":117		return names.SameMapper{}118	default:119		return names.SnakeMapper{}120	}121}122func Reverse(target *config.ReverseTarget, source *config.DataSource, verbose bool) error {123	formatter := formatters[target.Formatter]124	lang := language.GetLanguage(target.Language)125	if lang != nil {126		lang.FixTarget(target)127		formatter = lang.Formatter128	}129	if formatter == nil {130		formatter = rewrite.WriteCodeFile131	}132	isRedis := true133	if source.ReverseSource.Database != "redis" {134		isRedis = false135		tableSchemas := GetTableSchemas(source.ReverseSource, target, verbose)136		err := RunReverse(target, tableSchemas)137		if err != nil {138			return err139		}140	}141	if target.Language != "golang" {142		return nil143	}144	var tmpl *template.Template145	if isRedis {146		tmpl = language.GetGolangTemplate("cache", nil)147	} else {148		tmpl = language.GetGolangTemplate("conn", nil)149	}150	buf := new(bytes.Buffer)151	data := map[string]interface{}{152		"Target":       target,153		"NameSpace":    target.NameSpace,154		"ConnKey":      source.ConnKey,155		"ImporterPath": source.ImporterPath,156	}157	if err := tmpl.Execute(buf, data); err != nil {158		return err159	}160	fileName := target.GetOutFileName(config.CONN_FILE_NAME)161	_, err := formatter(fileName, buf.Bytes())162	if target.ApplyMixins {163		_err := ExecApplyMixins(target)164		if _err != nil {165			err = _err166		}167	}168	return err169}170func RunReverse(target *config.ReverseTarget, tableSchemas []*schemas.Table) error {171	// load configuration from language172	lang := language.GetLanguage(target.Language)173	funcs := newFuncs()174	formatter := formatters[target.Formatter]175	importter := importters[target.Importter]176	// load template177	var bs []byte178	if lang != nil {179		bs = []byte(lang.Template)180		for k, v := range lang.Funcs {181			funcs[k] = v182		}183		if formatter == nil {184			formatter = lang.Formatter185		}186		if importter == nil {187			importter = lang.Importter188		}189	}190	tableMapper := convertMapper(target.TableMapper)191	colMapper := convertMapper(target.ColumnMapper)192	funcs["TableMapper"] = tableMapper.Table2Obj193	funcs["ColumnMapper"] = colMapper.Table2Obj194	// éç½®æ¨¡æ¿ä¼åäºè¯è¨æ¨¡æ¿195	var tmplQuery *template.Template196	if target.QueryTemplatePath != "" {197		qt, err := ioutil.ReadFile(target.QueryTemplatePath)198		if err == nil && len(qt) > 0 {199			tmplQuery = language.NewTemplate("custom-query", string(qt), funcs)200		} else {201			target.GenQueryMethods = false202		}203	} else {204		tmplQuery = language.GetGolangTemplate("query", funcs)205	}206	var err error207	if target.TemplatePath != "" {208		bs, err = ioutil.ReadFile(target.TemplatePath)209		if err != nil {210			return err211		}212	}213	if bs == nil {214		return errors.New("you have to indicate template / template path or a language")215	}216	tmpl := language.NewTemplate("custom-model", string(bs), funcs)217	queryImports := map[string]string{"xorm.io/xorm": ""}218	tables := make(map[string]*schemas.Table)219	for _, table := range tableSchemas {220		tableName := table.Name221		if target.TablePrefix != "" {222			table.Name = strings.TrimPrefix(table.Name, target.TablePrefix)223		}224		for _, col := range table.Columns() {225			col.FieldName = colMapper.Table2Obj(col.Name)226		}227		tables[tableName] = table228	}229	err = os.MkdirAll(target.OutputDir, os.ModePerm)230	if err != nil {231		return err232	}233	buf := new(bytes.Buffer)234	if !target.MultipleFiles {235		packages := importter(tables)236		data := map[string]interface{}{237			"Target":  target,238			"Tables":  tables,239			"Imports": packages,240		}241		if err = tmpl.Execute(buf, data); err != nil {242			return err243		}244		fileName := target.GetOutFileName(config.SINGLE_FILE_NAME)245		if _, err = formatter(fileName, buf.Bytes()); err != nil {246			return err247		}248		if target.GenQueryMethods && tmplQuery != nil {249			buf.Reset()250			data["Imports"] = queryImports251			if err = tmplQuery.Execute(buf, data); err != nil {252				return err253			}254			fileName := target.GetOutFileName(config.QUERY_FILE_NAME)255			if _, err = formatter(fileName, buf.Bytes()); err != nil {256				return err257			}258		}259	} else {260		for tableName, table := range tables {261			tbs := map[string]*schemas.Table{tableName: table}262			packages := importter(tbs)263			data := map[string]interface{}{264				"Target":  target,265				"Tables":  tbs,266				"Imports": packages,267			}268			buf.Reset()269			if err = tmpl.Execute(buf, data); err != nil {270				return err271			}272			if target.GenQueryMethods && tmplQuery != nil {273				data["Imports"] = queryImports274				if err = tmplQuery.Execute(buf, data); err != nil {275					return err276				}277			}278			fileName := target.GetOutFileName(table.Name)279			if _, err = formatter(fileName, buf.Bytes()); err != nil {280				return err281			}282		}283	}284	return nil285}286func ExecReverseSettings(cfg config.IReverseSettings, verbose bool, names ...string) error {287	conns := cfg.GetConnConfigMap(names...)288	targets := cfg.GetReverseTargets()289	if len(targets) == 0 {290		return nil291	}292	var target config.ReverseTarget293	imports := make(map[string]string)294	for key, conf := range conns {295		d := config.NewDataSource(conf, key)296		if d.ReverseSource == nil {297			continue298		}299		for _, target = range targets {300			target = target.MergeOptions(d.ConnKey, d.PartConfig)301			if err := Reverse(&target, d, verbose); err != nil {302				return err303			}304			imports[d.ConnKey] = target.NameSpace305		}306	}307	return GenModelInitFile(target, imports)308}309func GenModelInitFile(target config.ReverseTarget, imports map[string]string) error {310	var tmpl *template.Template311	if target.InitTemplatePath != "" {312		it, err := ioutil.ReadFile(target.InitTemplatePath)313		if err != nil || len(it) == 0 {314			return err315		}316		tmpl = language.NewTemplate("custom-init", string(it), nil)317	} else {318		tmpl = language.GetGolangTemplate("init", nil)319	}320	buf := new(bytes.Buffer)321	data := map[string]interface{}{322		"Target":  target,323		"Imports": imports,324	}325	if err := tmpl.Execute(buf, data); err != nil {326		return err327	}328	fileName := target.GetParentOutFileName(config.INIT_FILE_NAME, 1)329	_, err := rewrite.CleanImportsWriteGolangFile(fileName, buf.Bytes())330	return err331}332func ExecApplyMixins(target *config.ReverseTarget) error {333	if target.MixinDirPath != "" {334		files, _ := filesystem.FindFiles(target.MixinDirPath, ".go")335		for fileName := range files {336			if strings.HasSuffix(fileName, "_test.go") {337				continue338			}339			_ = rewrite.AddFormerMixins(fileName, target.MixinNameSpace, "")340		}341	}342	files, _ := filesystem.FindFiles(target.OutputDir, ".go")343	var err error344	for fileName := range files {345		_err := rewrite.ParseAndMixinFile(fileName, true)346		if _err != nil {347			err = _err348		}349	}350	return err351}...

parser_test.go

Source:parser_test.go

1package parser2import (3	"fmt"4	"testing"5)6// these example _s are copied from https://www.conventionalcommits.org/en/v1.0.0/, which is licensed under7// CC-BY 3.0 (https://creativecommons.org/licenses/by/3.0/).  I've added escape sequences to record then as go multiline string literals.8var validCCwithBreakingChangeFooter = `feat: allow provided config object to extend other configs9BREAKING CHANGE: ` + "`extends`" + ` key in config file is now used for extending other config files10`11var validCCWithBreakingChangeBang = `refactor!: drop support for Node 6`12var validCCwithBothBreakingChangeBangAndFooter = `refactor!: drop support for Node 613BREAKING CHANGE: refactor to use JavaScript features not available in Node 6.14`15var validCCWithOnlyHeader = `docs: correct spelling of CHANGELOG`16var validCCWithScope = `feat(lang): add polish language`17var validCCWithFooters = `fix: correct minor typos in code18see the issue for details19on typos fixed.20Reviewed-by: Z21Refs #133`22var validCCreversion = `revert: let us never again speak of the noodle incident23Refs: 676104e, a215868`24// end of copied material25func TestParsingCommitTypes(t *testing.T) {26	var testExpectedMatch = func(27		input string,28		expected string,29		remainder string,30	) func(t *testing.T) {31		result, err := CommitType([]rune(input))32		return func(t *testing.T) {33			if err != nil {34				fmt.Printf("%v", err)35				t.Fail()36				return37			}38			if result.Value != expected {39				fmt.Printf(40					"expected output %v, not %v\n", expected, result.Value,41				)42				t.Fail()43			}44			if string(result.Remaining) != remainder {45				fmt.Printf(46					"expected remainder %v, not %v\n", expected, result.Value,47				)48				t.Fail()49			}50		}51	}52	t.Run(53		"accepts valid commit types [fix]",54		testExpectedMatch("fix: ", "fix", ": "),55	)56	t.Run(57		"accepts valid commit types [feat]",58		testExpectedMatch("feat!", "feat", "!"),59	)60	t.Run(61		"watch out: only matches the first runes",62		testExpectedMatch("fix(", "fix", "("),63	)64}65func TestOpt(t *testing.T) {66	t.Run("When match is present", func(t *testing.T) {67		result, err := Opt(Tag("("))([]rune("(scope)"))68		if err != nil {69			t.Fail()70		}71		if result.Value != "(" {72			t.Fail()73		}74		if string(result.Remaining) != "scope)" {75			t.Fail()76		}77	})78	t.Run("When match is missing", func(t *testing.T) {79		result, err := Opt(Tag("("))([]rune(": desc"))80		if err != nil {81			t.Fail()82		}83		if result.Value != "" {84			t.Fail()85		}86		if string(result.Remaining) != ": desc" {87			t.Fail()88		}89	})90}91func TestTakeUntil(t *testing.T) {92	var test = func(input string, until Parser, output string, remaining string) func(t *testing.T) {93		return func(t *testing.T) {94			result, err := TakeUntil(until)([]rune(input))95			if err != nil {96				t.Fail()97			}98			if result.Value != output {99				fmt.Printf("unexpected output %v (should be %v)\n", result.Value, output)100				t.Fail()101			}102			if string(result.Remaining) != remaining {103				fmt.Printf("unexpected remaining \"%v\" (should be %v)\n", string(result.Remaining), remaining)104				t.Fail()105			}106		}107	}108	t.Run(109		"matching in the middle of the input works",110		test("abcdef", LiteralRune('c') /* output: */, "ab" /* remaining: */, "cdef"),111	)112	t.Run(113		"matching at the start of the input works",114		test("abcdef", LiteralRune('a') /* output: */, "" /* remaining: */, "abcdef"),115	)116	t.Run(117		"matching at the end of the input works",118		test("abcdef", LiteralRune('f') /* output: */, "abcde" /* remaining: */, "f"),119	)120}121func TestParsingFullCommit(t *testing.T) {122	test := func(fullValidCommit string, expected CC) func(*testing.T) {123		return func(t *testing.T) {124			actual, err := ParseAsMuchOfCCAsPossible(fullValidCommit)125			if err != nil {126				fmt.Printf("%+v", err)127				t.FailNow()128			}129			if actual.Type != expected.Type {130				fmt.Printf("Type: expected: %+v actual: %+v\n", expected.Type, actual.Type)131				t.FailNow()132			}133			if actual.Scope != expected.Scope {134				fmt.Printf("Scope: expected: %+v actual: %+v\n", expected.Type, actual.Type)135				t.FailNow()136			}137			if actual.BreakingChange != expected.BreakingChange {138				fmt.Printf("BreakingChange: expected: %+v actual: %+v\n", expected.BreakingChange, actual.BreakingChange)139				t.FailNow()140			}141			if actual.Body != expected.Body {142				fmt.Printf("Body: expected: `%+v`\nactual: `%+v`\n", expected.Body, actual.Body)143				t.FailNow()144			}145			if len(actual.Footers) != len(expected.Footers) {146				fmt.Printf("Footers: expected: %+v actual: %+v\n", expected.Footers, actual.Footers)147				t.FailNow()148			}149			for i := range actual.Footers {150				if actual.Footers[i] != expected.Footers[i] {151					fmt.Printf("expected: '%+v' actual: '%+v'\n", expected.Footers[i], actual.Footers[i])152					t.FailNow()153				}154			}155		}156	}157	prefix := "can parse a valid cc with "158	t.Run(prefix+"breaking change footer", test(validCCwithBreakingChangeFooter, CC{159		Type:           "feat",160		Scope:          "",161		Description:    "allow provided config object to extend other configs",162		Body:           "",163		BreakingChange: true,164		Footers: []string{165			"BREAKING CHANGE: `extends` key in config file is now used for extending other config files",166		},167	}))168	t.Run(prefix+"a bang", test(validCCWithBreakingChangeBang, CC{169		Type:           "refactor",170		Scope:          "",171		Description:    "drop support for node 6",172		Body:           "",173		BreakingChange: true,174	}))175	t.Run(prefix+"both a bang and a breaking change footer", test(validCCwithBothBreakingChangeBangAndFooter, CC{176		Type:           "refactor",177		Scope:          "",178		Description:    "drop support for Node 6",179		BreakingChange: true,180		Body:           "",181		Footers: []string{182			"BREAKING CHANGE: refactor to use JavaScript features not available in Node 6.",183		},184	}))185	t.Run(prefix+"only a header", test(validCCWithOnlyHeader, CC{186		Type:           "docs",187		Scope:          "",188		Description:    "correct spelling of CHANGELOG",189		Body:           "",190		Footers:        []string{},191		BreakingChange: false,192	}))193	t.Run(prefix+"no body or footers but a scope", test(validCCWithScope, CC{194		Type:           "feat",195		Scope:          "lang",196		Description:    "add polish language",197		Body:           "",198		Footers:        []string{},199		BreakingChange: false,200	}))201	t.Run(prefix+"footers", test(validCCWithFooters, CC{202		Type:        "fix",203		Scope:       "",204		Description: "correct minor typos in code",205		Body: `see the issue for details206on typos fixed.`,207		Footers: []string{208			"Reviewed-by: Z",209			"Refs #133"},210		BreakingChange: false,211	}))212	t.Run(prefix+"reversion", test(validCCreversion, CC{213		Type:           "revert",214		Scope:          "",215		Description:    "let us never again speak of the noodle incident",216		Body:           "",217		Footers:        []string{"Refs: 676104e, a215868"},218		BreakingChange: false,219	}))220	// // template:221	// t.Run(prefix+"", test(,CC{222	//     Type:        "",223	//     Scope:       "",224	//     Description: "",225	//     Body:        "",226	//     Footers:     []string{},227	//     BreakingChange: false,228	// }))229}230func TestParsingPartialCommit(t *testing.T) {231	test := func(partialCommit string, expected CC) func(*testing.T) {232		return func(t *testing.T) {233			actual, _ := ParseAsMuchOfCCAsPossible(partialCommit)234			if actual.Type != expected.Type {235				fmt.Printf("Type: expected: %+v actual: %+v\n", expected.Type, actual.Type)236				t.FailNow()237			}238			if actual.Scope != expected.Scope {239				fmt.Printf("Scope: expected: %+v actual: %+v\n", expected.Type, actual.Type)240				t.FailNow()241			}242			if actual.BreakingChange != expected.BreakingChange {243				fmt.Printf("BreakingChange: expected: %+v actual: %+v\n", expected.BreakingChange, actual.BreakingChange)244				t.FailNow()245			}246			if actual.Body != expected.Body {247				fmt.Printf("Body: expected: `%+v`\nactual: `%+v`\n", expected.Body, actual.Body)248				t.FailNow()249			}250			if len(actual.Footers) != len(expected.Footers) {251				fmt.Printf("Footers: expected: %+v actual: %+v\n", expected.Footers, actual.Footers)252				t.FailNow()253			}254			for i := range actual.Footers {255				if actual.Footers[i] != expected.Footers[i] {256					fmt.Printf("expected: '%+v' actual: '%+v'\n", expected.Footers[i], actual.Footers[i])257					t.FailNow()258				}259			}260		}261	}262	t.Run("", test("feat", CC{Type: "feat"}))263	t.Run("", test("feat:", CC{Type: "feat"}))264	t.Run("", test("feat: ", CC{Type: "feat"}))265}...

mockClient.go

Source:mockClient.go

...30}31func (r *mockClient) ValidateStep(ctx context.Context, in *gm.StepValidateRequest, opts ...grpc.CallOption) (*gm.StepValidateResponse, error) {32	return r.responses[gm.Message_StepValidateResponse].(*gm.StepValidateResponse), r.err33}34func (r *mockClient) Refactor(ctx context.Context, in *gm.RefactorRequest, opts ...grpc.CallOption) (*gm.RefactorResponse, error) {35	return r.responses[gm.Message_RefactorResponse].(*gm.RefactorResponse), r.err36}37func (r *mockClient) GetStepName(ctx context.Context, in *gm.StepNameRequest, opts ...grpc.CallOption) (*gm.StepNameResponse, error) {38	return r.responses[gm.Message_StepNameResponse].(*gm.StepNameResponse), r.err39}40func (r *mockClient) GetGlobPatterns(ctx context.Context, in *gm.Empty, opts ...grpc.CallOption) (*gm.ImplementationFileGlobPatternResponse, error) {41	return r.responses[gm.Message_ImplementationFileGlobPatternResponse].(*gm.ImplementationFileGlobPatternResponse), r.err42}43func (r *mockClient) KillProcess(ctx context.Context, in *gm.KillProcessRequest, opts ...grpc.CallOption) (*gm.Empty, error) {44	return nil, nil45}...

Refactor

Using AI Code Generation

1import "lang"2func main() {3    lang.Refactor()4}5import "lang"6func main() {7    lang.Refactor()8}9In this case, the lang class will be imported twice. This will cause the following error:10./1.go:4:8: imported and not used: "lang"11./2.go:4:8: imported and not used: "lang"12func Refactor() {13}14import "lang"15func main() {16    lang.Refactor()17}18import "lang"19func main() {20    lang.Refactor()21}22import "./lang"23func main() {24    lang.Refactor()25}26import "./lang"27func main() {28    lang.Refactor()29}30import "github.com/darrennong/awesome-go/awesome/lang"31func main() {32    lang.Refactor()33}34import "github.com/darrennong/awesome-go/awesome/lang"35func main() {36    lang.Refactor()37}38import "github.com/darrennong/awesome-go/awesome/lang"39func main() {40    lang.Refactor()41}42import "github.com/darrennong/awesome-go/awesome/lang"43func main() {44    lang.Refactor()45}46import "github.com/darrennong/awesome-go/awesome/lang"47func main() {

Refactor

Using AI Code Generation

1import (2func main() {3	fmt.Println(lang.Refactor("Hello, World!"))4}5import (6func Refactor(s string) string {7	return strings.ToUpper(s)8}

Refactor

Using AI Code Generation

1import (2  "golang.org/x/tools/refactor/importgraph"3func main() {4  fmt.Println(importgraph.Refactor("1.go"))5}6[map[main:[fmt golang.org/x/tools/refactor/importgraph]]]7func Refactor(filename string) []map[string][]string

Refactor

Using AI Code Generation

1import java.io.*;2import java.util.*;3import java.util.regex.*;4import java.lang.*;5import java.io.File;6import java.io.FileNotFoundException;7import java.io.IOException;8import java.io.PrintWriter;9import java.util.ArrayList;10import java.util.List;11import java.util.Scanner;12public class Main {13    public static void main(String[] args) {14        String file = "C:\\Users\\jaisw\\Desktop\\project\\test\\test1.txt";15        String file1 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test2.txt";16        String file2 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test3.txt";17        String file3 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test4.txt";18        String file4 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test5.txt";19        String file5 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test6.txt";20        String file6 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test7.txt";21        String file7 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test8.txt";22        String file8 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test9.txt";23        String file9 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test10.txt";24        String file10 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test11.txt";25        String file11 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test12.txt";26        String file12 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test13.txt";27        String file13 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test14.txt";28        String file14 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test15.txt";29        String file15 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test16.txt";30        String file16 = "C:\\Users\\jaisw\\Desktop\\project\\test\\test17.txt";

Refactor

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello, World!")4    lang.Refactor()5}6import "fmt"7func Refactor() {8    fmt.Println("Refactor")9}10import "fmt"11func Refactor() {12    fmt.Println("Refactor")13}

Refactor

Using AI Code Generation

1import (2func main() {3    window := gwu.NewWindow("window", "Window")4    label := gwu.NewLabel("label")5    window.Add(label)6    button := gwu.NewButton("button")7    window.Add(button)8    button.AddEHandlerFunc(func(e gwu.Event) {9        label.SetText("Hello World!")10    }, gwu.ETypeClick)11    server.AddWin(window)12    http.Handle("/", server)13    err := http.ListenAndServe(":8080", nil)14    if err != nil {15        log.Println("ListenAndServe: ", err)16    }17}18import (19func main() {20    window := gwu.NewWindow("window", "Window")21    label := gwu.NewLabel("label")22    window.Add(label)23    button := gwu.NewButton("button")24    window.Add(button)

Refactor

Using AI Code Generation

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

Refactor

Using AI Code Generation

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

Refactor

Using AI Code Generation

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

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