How to use checkTag method of parser Package

Best Gauge code snippet using parser.checkTag

parser_test.go

Source:parser_test.go Github

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1package parser2import (3 "bytes"4 "encoding/json"5 "errors"6 "fmt"7 "myself/n2tconvert/dc"8 "testing"9)10//soundlinkingRegexTag = `(?:\w+\s*(\[c:\])\s*\w+)`11const (12 linkInputString = "far[c:]away"13 toneRiseInputString = "far away[t:r]"14 toneFallInputString = "far away[t:f]"15 stressInputString = "far[s:]away"16 pronounceInputString = "a [ps:æ] a [ps:æ] opportunity [ps：ˌ ɒ p ə ˈ t juː n ə t i] she's [p:ʃ i: z] record [p:ˈ r e k ə r d] family[p：ˈ f æ m ə l ɪ] boy[p:b ɔ ɪ] "17)18const (19 link = iota + 120 toneRise21 toneFall22 stress23 pronounce24)25func TestNewTextScan(t *testing.T) {26 textScan, err := NewTextScan()27 if err != nil {28 t.Errorf("run NewTextScan error\n")29 return30 }31 for _, v := range textScan.tagParsers {32 if v == nil {33 t.Errorf("init tagParser failed\n")34 return35 }36 }37}38func (ts *TextScan) testTextScan_RunOne(input string, startIndex, fg int) (bool, error) {39 var res dc.Result40 var buf bytes.Buffer41 switch fg {42 case link:43 fmt.Println("link RunOne test start")44 oneHandledLength, _, _ := ts.RunOne(input[startIndex:], startIndex, 0, &buf, &res)45 curloc := make([]int, 4)46 for _, v := range ts.tagParsers {47 loc := v.TagRegex().FindStringSubmatchIndex(input[startIndex:])48 if len(loc) == 0 {49 continue50 }51 curloc = loc52 //fmt.Println(">>", loc)53 }54 //fmt.Println("cur", curloc, "buf=", buf.String(), len(buf.String()))55 if oneHandledLength != curloc[3] {56 fmt.Println(oneHandledLength)57 return false, errors.New("not equal")58 }59 case toneRise:60 fmt.Println("toneRise RunOne test start")61 oneHandledLength, _, _ := ts.RunOne(input[startIndex:], startIndex, 0, &buf, &res)62 curloc := make([]int, 6)63 for _, v := range ts.tagParsers {64 loc := v.TagRegex().FindStringSubmatchIndex(input[startIndex:])65 if len(loc) == 0 {66 continue67 }68 curloc = loc69 //fmt.Println(">>", loc)70 }71 //fmt.Println("cur", curloc, "buf=", buf.String(), len(buf.String()))72 if oneHandledLength != curloc[5] {73 //fmt.Println(oneHandledLength)74 return false, errors.New("not equal")75 }76 case toneFall:77 fmt.Println("toneFall RunOne test start")78 oneHandledLength, _, _ := ts.RunOne(input[startIndex:], startIndex, 0, &buf, &res)79 curloc := make([]int, 6)80 for _, v := range ts.tagParsers {81 loc := v.TagRegex().FindStringSubmatchIndex(input[startIndex:])82 if len(loc) == 0 {83 continue84 }85 curloc = loc86 //fmt.Println(">>", loc)87 }88 //fmt.Println("cur", curloc, "buf=", buf.String(), len(buf.String()))89 if oneHandledLength != curloc[5] {90 fmt.Println(oneHandledLength)91 return false, errors.New("not equal")92 }93 case stress:94 fmt.Println("stress RunOne test start")95 oneHandledLength, _, _ := ts.RunOne(input[startIndex:], startIndex, 0, &buf, &res)96 curloc := make([]int, 6)97 for _, v := range ts.tagParsers {98 loc := v.TagRegex().FindStringSubmatchIndex(input[startIndex:])99 if len(loc) == 0 {100 continue101 }102 curloc = loc103 ///fmt.Println(">>", loc)104 }105 //fmt.Println("cur", curloc, "buf=", buf.String(), len(buf.String()))106 if oneHandledLength != curloc[1] {107 fmt.Println(oneHandledLength)108 return false, errors.New("not equal")109 }110 case pronounce:111 fmt.Println("pronounce RunOne test start")112 oneHandledLength, _, _ := ts.RunOne(input[startIndex:], startIndex, 0, &buf, &res)113 curloc := make([]int, 6)114 for _, v := range ts.tagParsers {115 loc := v.TagRegex().FindStringSubmatchIndex(input[startIndex:])116 if len(loc) == 0 {117 continue118 }119 curloc = loc120 //fmt.Println(">>", loc)121 }122 //fmt.Println("cur", curloc, "buf=", buf.String(), len(buf.String()))123 if oneHandledLength != curloc[1] {124 fmt.Println(oneHandledLength)125 return false, errors.New("not equal")126 }127 default:128 return false, errors.New("fg param error")129 }130 return true, nil131}132func TestTextScan_RunOne(t *testing.T) {133 ts, err := NewTextScan()134 if err != nil {135 t.Errorf("NewTextScan \n")136 return137 }138 bl, err := ts.testTextScan_RunOne(linkInputString, 1, link)139 if err != nil || bl == false {140 fmt.Println(err, bl)141 t.Errorf("link RunOne error\n")142 }143 bl, err = ts.testTextScan_RunOne(toneRiseInputString, 0, toneRise)144 if err != nil || bl == false {145 fmt.Println(err, bl)146 t.Errorf("toneRise RunOne error\n")147 }148 bl, err = ts.testTextScan_RunOne(toneFallInputString, 2, toneFall)149 if err != nil || bl == false {150 fmt.Println(err, bl)151 t.Errorf("toneFall RunOne error\n")152 }153 bl, err = ts.testTextScan_RunOne(stressInputString, 0, stress)154 if err != nil || bl == false {155 fmt.Println(err, bl)156 t.Errorf("stress RunOne error\n")157 }158 bl, err = ts.testTextScan_RunOne(pronounceInputString, 0, pronounce)159 if err != nil || bl == false {160 fmt.Println(err, bl)161 t.Errorf("pronounce RunOne error\n")162 }163}164func check(res1, res2 dc.Result) bool {165 if res1.Version != res2.Version {166 return false167 }168 if res1.DisplayText != res2.DisplayText || len(res1.Markers) != len(res2.Markers) {169 return false170 }171 for i, v := range res1.Markers {172 if v.Type != res2.Markers[i].Type || v.Value != res2.Markers[i].Value {173 return false174 }175 if v.Position.Start != res2.Markers[i].Position.Start || v.Position.Length != res2.Markers[i].Position.Length {176 return false177 }178 }179 return true180}181func testCheckResult(result dc.Result, fg int) (bool, error) {182 linkRes := dc.Result{183 Version: 1,184 DisplayText: "far away",185 Markers: []dc.TagMarker{186 dc.TagMarker{187 Position: dc.TagPosition{Start: 0, Length: 8},188 Type: "Linking",189 },190 },191 }192 toneRiseRes := dc.Result{193 Version: 1,194 DisplayText: "far away",195 Markers: []dc.TagMarker{196 dc.TagMarker{197 Position: dc.TagPosition{Start: 4, Length: 4},198 Type: "Tone",199 Value: 1,200 },201 },202 }203 toneFallRes := dc.Result{204 Version: 1,205 DisplayText: "far away",206 Markers: []dc.TagMarker{207 dc.TagMarker{208 Position: dc.TagPosition{Start: 4, Length: 4},209 Type: "Tone",210 Value: 3,211 },212 },213 }214 stressRes := dc.Result{215 Version: 1,216 DisplayText: "far away",217 Markers: []dc.TagMarker{218 dc.TagMarker{219 Position: dc.TagPosition{Start: 0, Length: 3},220 Type: "SentenceStress",221 },222 },223 }224 switch fg {225 case link:226 return check(linkRes, result), nil227 case toneRise:228 return check(toneRiseRes, result), nil229 case toneFall:230 return check(toneFallRes, result), nil231 case stress:232 return check(stressRes, result), nil233 default:234 return false, errors.New("fg param error")235 }236 return true, nil237}238func TestTextScan_RunScan(t *testing.T) {239 ts, err := NewTextScan()240 if err != nil {241 t.Errorf("NewTextScan \n")242 return243 }244 //linking test245 res, err := ts.RunScan(linkInputString)246 if err != nil {247 t.Errorf("linkInputString RunScan error\n")248 return249 }250 bl, _ := testCheckResult(res, link)251 if !bl {252 t.Errorf("the result is not equal\n")253 }254 out, _ := json.MarshalIndent(&res, "", " ")255 t.Logf("link(%v)\n", string(out))256 //tone rise test257 res, err = ts.RunScan(toneRiseInputString)258 if err != nil {259 t.Errorf("toneRiseInputString RunScan error\n")260 return261 }262 bl, _ = testCheckResult(res, toneRise)263 if !bl {264 t.Errorf("the result is not equal\n")265 }266 out, _ = json.MarshalIndent(&res, "", " ")267 t.Logf("toneRise(%v)\n", string(out))268 //tone fall test269 res, err = ts.RunScan(toneFallInputString)270 if err != nil {271 t.Errorf("toneFallInputString RunScan error\n")272 return273 }274 bl, _ = testCheckResult(res, toneFall)275 if !bl {276 t.Errorf("the result is not equal\n")277 }278 out, _ = json.MarshalIndent(&res, "", " ")279 t.Logf("toneFall(%v)\n", string(out))280 //stress test281 res, err = ts.RunScan(stressInputString)282 if err != nil {283 t.Errorf("stressInputString RunScan error\n")284 return285 }286 bl, _ = testCheckResult(res, stress)287 if !bl {288 t.Errorf("the result is not equal\n")289 }290 out, _ = json.MarshalIndent(&res, "", " ")291 t.Logf("stress(%v)\n", string(out))292 //pronounce mark test293 res, err = ts.RunScan(pronounceInputString)294 if err != nil {295 t.Errorf("stressInputString RunScan error\n")296 return297 }298 out, _ = json.MarshalIndent(&res, "", " ")299 t.Logf("pronounce(%v)\n", string(out))300}301type ResultTmp struct {302 Version int303 DisplayText string304 Markers []TagMarker305}306type TagPosition struct {307 Start int308 Length int309}310type TagMarker struct {311 Position TagPosition312 Type string313 Value interface{} `json:"Value,omitempty"`314}315func TestTextScan_RunScan_Pronounce(t *testing.T) {316 //pronounceInputString := "record[p:ˈ r ɛ k ə r d]family[p：ˈ f æ m ə l ɪ]boy[p：b ɔ ɪ]."317 ts, err := NewTextScan()318 if err != nil {319 t.Errorf("NewTextScan \n")320 return321 }322 res, err := ts.RunScan(pronounceInputString)323 if err != nil {324 t.Errorf("pronounceInputString RunScan error\n")325 return326 }327 out, _ := json.MarshalIndent(&res, "", " ")328 t.Logf("%v\n", string(out))329 var tmp ResultTmp330 json.Unmarshal(out, &tmp)331 out1, _ := json.Marshal(&tmp)332 t.Logf("%v\n", string(out1))333 ch := "·"334 t.Logf("==%v,%x, %v\n", len(ch), []byte(ch), ch)335}336func (ts *TextScan) benchTextScan_RunScan(b *testing.B, input string, fg int) {337 b.ResetTimer()338 b.ReportAllocs()339 b.ResetTimer()340 switch fg {341 case link:342 b.RunParallel(func(pb *testing.PB) {343 for pb.Next() {344 ts.RunScan(input)345 }346 })347 case toneRise:348 b.RunParallel(func(pb *testing.PB) {349 for pb.Next() {350 ts.RunScan(input)351 }352 })353 case toneFall:354 b.RunParallel(func(pb *testing.PB) {355 for pb.Next() {356 ts.RunScan(input)357 }358 })359 case stress:360 b.RunParallel(func(pb *testing.PB) {361 for pb.Next() {362 ts.RunScan(input)363 }364 })365 case pronounce:366 b.RunParallel(func(pb *testing.PB) {367 for pb.Next() {368 ts.RunScan(input)369 }370 })371 default:372 return373 }374}375func BenchmarkTextScan_RunScanLink(b *testing.B) {376 ts, _ := NewTextScan()377 ts.benchTextScan_RunScan(b, linkInputString, link)378}379func BenchmarkTextScan_RunScanToneRise(b *testing.B) {380 ts, _ := NewTextScan()381 ts.benchTextScan_RunScan(b, toneRiseInputString, toneRise)382}383func BenchmarkTextScan_RunScanToneFall(b *testing.B) {384 ts, _ := NewTextScan()385 ts.benchTextScan_RunScan(b, toneFallInputString, toneFall)386}387func BenchmarkTextScan_RunScanStress(b *testing.B) {388 ts, _ := NewTextScan()389 ts.benchTextScan_RunScan(b, stressInputString, stress)390}391func BenchmarkTextScan_RunScanPronounce(b *testing.B) {392 ts, _ := NewTextScan()393 ts.benchTextScan_RunScan(b, pronounceInputString, stress)394}395func TestCheckTag(t *testing.T) {396 fg, err := CheckTag(linkInputString)397 if err != nil {398 t.Errorf("error(%v)\n", err)399 return400 }401 if fg != true {402 t.Errorf("fg(%v)\n", fg)403 return404 }405 t.Logf("fg(%v)\n", fg)406 fg, err = CheckTag(toneRiseInputString)407 if err != nil {408 t.Errorf("error(%v)\n", err)409 return410 }411 if fg != true {412 t.Errorf("fg(%v)\n", fg)413 return414 }415 t.Logf("fg(%v)\n", fg)416 fg, err = CheckTag(toneFallInputString)417 if err != nil {418 t.Errorf("error(%v)\n", err)419 return420 }421 if fg != true {422 t.Errorf("fg(%v)\n", fg)423 return424 }425 t.Logf("fg(%v)\n", fg)426 fg, err = CheckTag(stressInputString)427 if err != nil {428 t.Errorf("error(%v)\n", err)429 return430 }431 if fg != true {432 t.Errorf("fg(%v)\n", fg)433 return434 }435 t.Logf("fg(%v)\n", fg)436 fg, err = CheckTag(pronounceInputString)437 if err != nil {438 t.Errorf("error(%v)\n", err)439 return440 }441 if fg != true {442 t.Errorf("fg(%v)\n", fg)443 return444 }445 t.Logf("fg(%v)\n", fg)446}...

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lex.go

Source:lex.go Github

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...99 newToken = &Token{Kind: gauge.CommentKind, LineNo: parser.lineNo, LineText: line, Value: common.TrimTrailingSpace(line)}100 }101 } else if parser.isStep(trimmedLine) {102 newToken = &Token{Kind: gauge.StepKind, LineNo: parser.lineNo, LineText: strings.TrimSpace(trimmedLine[1:]), Value: strings.TrimSpace(trimmedLine[1:])}103 } else if found, startIndex := parser.checkTag(trimmedLine); found || isInState(parser.currentState, tagsScope) {104 if isInState(parser.currentState, tagsScope) {105 startIndex = 0106 }107 if parser.isTagEndingWithComma(trimmedLine) {108 addStates(&parser.currentState, tagsScope)109 } else {110 parser.clearState()111 }112 newToken = &Token{Kind: gauge.TagKind, LineNo: parser.lineNo, LineText: line, Value: strings.TrimSpace(trimmedLine[startIndex:])}113 } else if parser.isTableRow(trimmedLine) {114 kind := parser.tokenKindBasedOnCurrentState(tableScope, gauge.TableRow, gauge.TableHeader)115 newToken = &Token{Kind: kind, LineNo: parser.lineNo, LineText: line, Value: strings.TrimSpace(trimmedLine)}116 } else if value, found := parser.isDataTable(trimmedLine); found {117 newToken = &Token{Kind: gauge.DataTableKind, LineNo: parser.lineNo, LineText: line, Value: value}118 } else if parser.isTearDown(trimmedLine) {119 newToken = &Token{Kind: gauge.TearDownKind, LineNo: parser.lineNo, LineText: line, Value: trimmedLine}120 } else if env.AllowMultiLineStep() && newToken != nil && newToken.Kind == gauge.StepKind && !isInState(parser.currentState, newLineScope) {121 v := fmt.Sprintf("%s %s", newToken.LineText, trimmedLine)122 newToken = &Token{Kind: gauge.StepKind, LineNo: newToken.LineNo, LineText: strings.TrimSpace(v), Value: strings.TrimSpace(v)}123 errors = errors[:lastTokenErrorCount]124 parser.discardLastToken()125 } else {126 newToken = &Token{Kind: gauge.CommentKind, LineNo: parser.lineNo, LineText: line, Value: common.TrimTrailingSpace(line)}127 }128 pErrs := parser.accept(newToken, fileName)129 lastTokenErrorCount = len(pErrs)130 errors = append(errors, pErrs...)131 }132 return parser.tokens, errors133}134func (parser *SpecParser) tokenKindBasedOnCurrentState(state int, matchingToken gauge.TokenKind, alternateToken gauge.TokenKind) gauge.TokenKind {135 if isInState(parser.currentState, state) {136 return matchingToken137 }138 return alternateToken139}140func (parser *SpecParser) checkTag(text string) (bool, int) {141 lowerCased := strings.ToLower142 tagColon := "tags:"143 tagSpaceColon := "tags :"144 if tagStartIndex := strings.Index(lowerCased(text), tagColon); tagStartIndex == 0 {145 return true, len(tagColon)146 } else if tagStartIndex := strings.Index(lowerCased(text), tagSpaceColon); tagStartIndex == 0 {147 return true, len(tagSpaceColon)148 }149 return false, -1150}151func (parser *SpecParser) isTagEndingWithComma(text string) bool {152 return strings.HasSuffix(strings.ToLower(text), ",")153}154func (parser *SpecParser) isSpecHeading(text string) bool {...

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n2tconvert.go

Source:n2tconvert.go Github

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...10)11var input = flag.String("input", "", "the input to the text parse")12//const eng = `(?:[\w: ]+)` `(?:(\[c[:：]\])|(\[t[:：][rf]\])|(\[s[:：]\]))`13const checkRegexTag = `(?:\[c[:：]\]|\[t[:：][rf]\]|\[s[:：]\])`14func checkTag(in string) (bool, error) {15 reg, err := regexp.Compile(checkRegexTag)16 if err != nil {17 return false, err18 }19 loc := reg.FindStringSubmatchIndex(in)20 fmt.Println("=====", loc)21 if len(loc) == 0 {22 return false, nil23 }24 return true, nil25}26type EngText struct {27 text string28 start int29 end int30}31func dealReg(inputText string) ([]EngText, error) {32 reg, err := regexp.Compile(`(?:\s*[\w':]+\s*)`)33 if err != nil {34 return nil, err35 }36 diffLen := 037 //diff := 038 engText := make([]EngText, 0)39 fmt.Println("需要处理的字符串长度为len(input):", len(inputText))40 for diffLen < len(inputText) {41 tmp, eTxt := dealRegOne(reg, diffLen, inputText[diffLen:])42 diffLen += tmp43 if eTxt.text != "" {44 engText = append(engText, eTxt)45 }46 fmt.Println("diffLen==", diffLen)47 }48 fmt.Println(engText, len(engText))49 return engText, nil50}51func dealRegOne(reg *regexp.Regexp, diff int, in string) (int, EngText) {52 loc := reg.FindStringSubmatchIndex(in)53 if len(loc) == 0 {54 return len(in), EngText{}55 }56 fmt.Println(loc)57 eTxt := EngText{58 text: in[loc[0]:loc[1]],59 start: loc[0] + diff,60 end: loc[1] + diff,61 }62 return loc[1], eTxt63}64func main() {65 flag.Parse()66 if len(*input) == 0 {67 flag.Usage()68 fmt.Printf("please give an input\n")69 return70 }71 ts, err := parser.NewTextScan()72 if err != nil {73 fmt.Fprintf(os.Stderr, "parse.NewTextScan error: %v\n", err)74 os.Exit(1)75 }76 res, err := ts.RunScan(*input)77 if err != nil {78 fmt.Fprintf(os.Stderr, "rs.RunScan error: %v\n", err)79 os.Exit(1)80 }81 resStr, err := json.MarshalIndent(res, "", "")82 if err != nil {83 fmt.Fprintf(os.Stderr, "json.MarshalIndent error: %v\n", err)84 return85 }86 fmt.Println("res:", string(resStr), "\n", res.DisplayText, len(res.DisplayText))87 strErr := `They are very beautiful`88 fmt.Println("strErr=", strErr)89 strOk := ` {"ddisplayText:"They are very beautiful","Language":"en"} `90 //strOk := `{}`91 fmt.Printf("strOk=%c\n", strOk[1])92 var txt PlayTxt93 err = json.Unmarshal([]byte(strOk), &txt)94 fmt.Println("err=", err, "txt=", txt)95 bl := strings.Contains(strOk, `}`) && strings.Contains(strOk, `{`)96 fmt.Println("bl==", bl)97 bll := strings.EqualFold("abs", "AbS")98 fmt.Println("bll==", bll)99 out := strings.ToUpper("sh__jkasjf")100 fmt.Println(out)101 tt("12334")102 //jj := `{"Version":"1","DisplayText":"Jsgf Grammar Tool Generated","GrammarWeight":"{\"weight_struct\":[]}","Grammar":"#JSGF V1.0 utf-8 cn;\ngrammar main;\npublic <main> = \"<s>\"(no|not yet|no the internet is not back)\"</s>\";\n"}`103 jk := `{"Grammar" : "#enumerate \nIt's Tuesday.\nTuesday.\nToday is Tuesday.\nIt's Tuesday today.\n", "Version" : 1, "DiSplAyText" : "adjhh", "GrammarWeight" : "" }`104 err = json.Unmarshal([]byte(jk), &txt)105 //jbl := json.Valid([]byte("dahsd"))106 fmt.Println("jbl:", txt.DisplayText)107 s1 := " {fh df} "108 out = strings.Replace(s1, " ", "", -1)109 fmt.Println(out, len(out), len(s1))110 out = strings.TrimSpace(s1)111 bint := checkJsonFormatErr(s1)112 fmt.Println(len(out), len(s1), bint)113 a := "abc"114 b := "Abc"115 i := strings.Compare(a, b)116 fmt.Println("i=", i)117 i = strings.Count(b, "")118 fmt.Println("i=", i)119 bl = strings.EqualFold(a, b)120 fmt.Println(bl)121 ss := "addgjghhgnm"122 outss := strings.Split(ss, "m")123 fmt.Println(outss, len(outss))124 //patterns := []string{125 // "y", "25",126 // "中", "国",127 // "中工", "家伙",128 //}129 /*130 patterns := make([]string,270 * 2)131 for i :=0;i< 270 *2;i++{132 patterns[i] = fmt.Sprintf("%d",i)133 }134 */135 replacer := strings.NewReplacer("<eps>", "", "</s>", "，", "<s>", "", "<unk>", "", "<s", "", "<eps", "", " ", "")136 //replacer := strings.NewReplacer("<eps>", "", "</s>", ",", "<s>", "", "<unks>", "", "<s", "", "<eps", "")137 format := "<。"138 strfmt := replacer.Replace(format)139 fmt.Println("\nmain() replacer.Replace old=", format)140 fmt.Println("main() replacer.Replace new=", strfmt)141 fmt.Println(len("。"))142 dealReg(*input)143 fmt.Println(*input)144 gg := "hsddd"145 hh := gg[0:2]146 hh = "kl"147 fmt.Println(gg, hh)148 var strcop strings.Builder149 strcop.WriteString("hello ")150 strcop.WriteString("everyone")151 dd := strcop.String()152 fmt.Println(dd, len(dd))153 //exp := `{"DisplayText":"They called it the \"ballpoint\"[s:] pen."}`154 //checkTag(exp)155 checkTag(*input)156 //reg, _ := regexp.Compile(`(?:[\w: ]+)`)157 //loc := reg.FindStringSubmatchIndex("kk")158 //fmt.Println("==", loc)159 //out := strings.Replace("far[c:]away", "[c:]", " ", 1)160 ////fmt.Println("out=", out)161 //s1 := "012345"162 //fmt.Println(s1[6-1:])163 //str := "Please get off[s:] at the next bus stop."164 ////str := `{"DisplayText":"Please get off[s:] at the next bus stop."}`165 //js := PlayTxt{}166 //err = json.Unmarshal([]byte(str), &js)167 //if err != nil {168 // fmt.Println("json Unmarshal failed")169 // fmt.Println("js.DisplayText:", js.DisplayText, js)...

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checkTag

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1import (2func main() {3 fmt.Println("Enter the tag to be checked")4 fmt.Scanln(&tag)5 if parser.CheckTag(tag) {6 fmt.Println("Valid tag")7 } else {8 fmt.Println("Invalid tag")9 }10}11import (12func main() {13 fmt.Println("Enter the tag to be checked")14 fmt.Scanln(&tag)15 if parser.CheckTag(tag) {16 fmt.Println("Valid tag")17 } else {18 fmt.Println("Invalid tag")19 }20}

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checkTag

Using AI Code Generation

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1import (2type Sitemapindex struct {3}4type News struct {5}6type NewsMap struct {7}8func check(e error) {9 if e != nil {10 panic(e)11 }12}13func main() {14 newsMap = make(map[string]NewsMap)15 fmt.Println("Enter sitemap url: ")16 fmt.Scanf("%s", &sitemap)17 fmt.Println("Enter keyword: ")18 fmt.Scanf("%s", &keyword)19 fmt.Println("Enter url: ")20 fmt.Scanf("%s", &url)21 resp, _ := http.Get(sitemap)22 bytes, _ := ioutil.ReadAll(resp.Body)23 xml.Unmarshal(bytes, &s)24 for _, Location := range s.Locations {25 resp, _ := http.Get(Location)26 bytes, _ := ioutil.ReadAll(resp.Body)27 xml.Unmarshal(bytes, &n)28 for i := 0; i < len(n.Titles); i++ {29 if strings.Contains(n.Titles[i], keyword) {30 }31 }32 }33 for i := 0; i < len(n.Titles); i++ {34 if strings.Contains(n.Titles[i], keyword) {

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checkTag

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1func main() {2 p := parser.New()3 p.Parse("1.go")4 p.CheckTag("package")5 p.CheckTag("import")6 p.CheckTag("func")7}8import (9type Parser struct {10}11func New() *Parser {12 return &Parser{13 fset: token.NewFileSet(),14 }15}16func (p *Parser) Parse(filename string) {17 f, err := parser.ParseFile(p.fset, filename, nil, 0)18 if err != nil {19 panic(err)20 }21 ast.Print(p.fset, f)22}23func (p *Parser) CheckTag(tag string) {24 fmt.Println("Tag is ", tag)25}26I am trying to use the go tool to get the list of packages that are imported in my project. I have tried the following:27go list -f '{{ join .Imports "28This gives me the list of packages that are imported in the project. However, I want to get the list of packages that are imported in the project and are not part of the standard library. I have tried the following:29go list -f '{{ join .Imports "30"}}' ./... | grep -v "go"31This gives me the list of packages that are imported in the project and are not part of the standard library. However, I want to get the list of packages that are imported in the project and are not part of the standard library and are not part of the project. I have tried the following:32go list -f '{{ join .Imports "33"}}' ./... | grep -v "go" | grep -v "github.com"34This gives me the list of packages that are imported in the project and are not part of the standard library and are not part of the project. However, I want to get the list of packages that are imported in the project and are not part of the standard library and are not part of the project and are not part of the project. I have tried the following:35go list -f '{{ join .Imports "36"}}' ./... | grep -v "go" | grep -v "github.com" | grep -v "github.com/abc"37This gives me the list of packages that are imported in the

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checkTag

Using AI Code Generation

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1import (2func main() {3 if parser.CheckTag(html, tag) {4 fmt.Println("Tag is present")5 } else {6 fmt.Println("Tag is not present")7 }8}9import (10func main() {11 if parser.GetTag(html, tag) {12 fmt.Println("Tag is present")13 } else {14 fmt.Println("Tag is not present")15 }16}17import (18func main() {19 if parser.GetTag(html, tag) {20 fmt.Println("Tag is present")21 } else {22 fmt.Println("Tag is not present")23 }24}25import (26func main() {27 if parser.GetTag(html, tag) {28 fmt.Println("Tag is present")29 } else {30 fmt.Println("Tag is not present")31 }32}33import (34func main() {35 if parser.GetTag(html, tag) {36 fmt.Println("Tag is present")37 } else {38 fmt.Println("Tag is not present")39 }40}41import (42func main() {

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checkTag

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1import (2func main() {3 fmt.Println("Enter the tag")4 fmt.Scanln(&input)5 fmt.Println("Tag is", input)6 fmt.Println("Tag is valid:", checkTag(input))7}8func checkTag(input string) bool {9 parser = Parser{input}10 return parser.checkTag()11}12import (13type Parser struct {14}15func (p *Parser) checkTag() bool {16 if !strings.HasPrefix(p.input, "<") {17 }18 if !strings.HasSuffix(p.input, ">") {19 }20 if strings.Contains(p.input, " ") {21 }22}23import (24type Parser struct {25}26func (p *Parser) checkTag() bool {27 if !strings.HasPrefix(p.input, "<") {28 }29 if !strings.HasSuffix(p.input, ">") {30 }31 if strings.Contains(p.input, " ") {32 }33}34import (35type Parser struct {36}37func (p *Parser) checkTag() bool {38 if !strings.HasPrefix(p.input, "<") {39 }40 if !strings.HasSuffix(p.input, ">") {41 }42 if strings.Contains(p.input, " ") {43 }44}45import (46type Parser struct {47}48func (p *Parser) checkTag() bool {49 if !strings.HasPrefix(p.input, "<") {50 }51 if !strings.HasSuffix(p.input, ">") {52 }53 if strings.Contains(p.input, " ") {54 }55}56import (57type Parser struct {58}59func (p *Parser) checkTag() bool {60 if !strings.HasPrefix(p.input, "<") {61 }

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checkTag

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1import (2func main() {3 fmt.Println("XML Parser")4 parser := xmlparser.Parser{}5 parser.Parse("sample.xml")6 fmt.Println(parser.CheckTag("root"))7 fmt.Println(parser.CheckTag("child"))8 fmt.Println(parser.CheckTag("child1"))9 fmt.Println(parser.CheckTag("child2"))10}11import (12func main() {13 fmt.Println("XML Parser")14 parser := xmlparser.Parser{}15 parser.Parse("sample.xml")16 fmt.Println(parser.GetTagValue("root"))17 fmt.Println(parser.GetTagValue("child"))18 fmt.Println(parser.GetTagValue("child1"))19 fmt.Println(parser.GetTagValue("child2"))20}21import (22func main() {23 fmt.Println("XML Parser")24 parser := xmlparser.Parser{}25 parser.Parse("sample.xml")26 fmt.Println(parser.GetTagValue("root"))27 fmt.Println(parser.GetTagValue("child"))28 fmt.Println(parser.GetTagValue("child1"))29 fmt.Println(parser.GetTagValue("child2"))30}31import (32func main() {33 fmt.Println("XML Parser")34 parser := xmlparser.Parser{}35 parser.Parse("sample.xml")36 fmt.Println(parser.GetTagValue("root"))37 fmt.Println(parser.GetTagValue("child"))38 fmt.Println(parser.GetTagValue("child1"))39 fmt.Println(parser.GetTagValue("child2"))40}41import (

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checkTag

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1import (2func main() {3 parser := Parser{}4 output := parser.checkTag(input)5 fmt.Println(output)6}7import (8type Parser struct {9}10func (p *Parser) checkTag(input string) bool {11 splitString := strings.Split(input, " ")12 for _, str := range splitString {13 if strings.HasPrefix(str, "<") && !strings.HasPrefix(str, "</") {14 stack = append(stack, str)15 } else if strings.HasPrefix(str, "</") {16 if len(stack) == 0 {17 } else {18 if stack[len(stack)-1] == "<"+str[2:] {19 stack = stack[:len(stack)-1]20 } else {21 }22 }23 }24 }25 if len(stack) == 0 {26 } else {27 }28}

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checkTag

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1import (2func main() {3 p := parser.NewParser("test.txt")4 fmt.Println(p.CheckTag("TAG1"))5 fmt.Println(p.CheckTag("TAG2"))6 fmt.Println(p.CheckTag("TAG3"))7}8import (9type Parser struct {10}11func NewParser(file string) *Parser {12 return &Parser{file: file}13}14func (p *Parser) CheckTag(tag string) string {15 file, err := os.Open(p.file)16 if err != nil {17 return err.Error()18 }19 defer file.Close()20 scanner := bufio.NewScanner(file)21 for scanner.Scan() {22 line := scanner.Text()23 if strings.Contains(line, tag) {24 }25 }26 return fmt.Sprintf("Tag %s not found", tag)27}

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checkTag

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1import (2func main() {3 if p.CheckTag("html") {4 fmt.Println("Tag is valid")5 } else {6 fmt.Println("Tag is not valid")7 }8}9import (10func main() {11 if p.CheckTag("html") {12 fmt.Println("Tag is valid")13 } else {14 fmt.Println("Tag is not valid")15 }16}

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