How to use QueryTitle method of main Package

Best Syzkaller code snippet using main.QueryTitle

spider.go

Source:spider.go

1package main2import (3	"bufio"4	"fmt"5	"log"6	"net/http"7	"os"8	"strings"9	"github.com/PuerkitoBio/goquery"10	"github.com/magiconair/properties"11)12type queryCondition struct {13    queryString string14    queryTitle  string15    queryTarget string16    queryDetail string17    queryOutput bool18    queryOutParnt bool19    queryDrilldwn bool20    subQuery []queryCondition21}22var propFileName string = "spider.conf"23var fetchCount int = 024var queryConditions []queryCondition25var includeEmpty bool = false26var outputUrl bool = false27var checkstopDepth bool = false28var checkstopCount bool = false29var stopDepth int = 330var stopCount int = 10031var outputFile bool = true32var outputFileName string = "result.txt"33var logDocument bool = false34func main() {35    prop := properties.MustLoadFile(propFileName, properties.UTF8)36    startMethod := prop.MustGetString("start-method")37    startUrl := prop.MustGetString("start-url")38    startFile := prop.MustGetString("start-file")39    checkstopDepth = prop.MustGetBool("check-stop-by-depth")40    checkstopCount = prop.MustGetBool("check-stop-by-count")41    stopDepth = prop.MustGetInt("stop-depth")42    stopCount = prop.MustGetInt("stop-count")43    includeEmpty = prop.MustGetBool("include-empty-value")44    outputUrl = prop.MustGetBool("output-with-url")45    outputFile = prop.MustGetBool("output-to-file")46    outputFileName = prop.MustGetString("output-file-name")47    logDocument = prop.MustGetBool("log-document")48        // é åæºåè¦æç query string49    prepareQueryConditions(prop);50    // start crawler51    if strings.ToLower(startMethod) == "url" {52        // start from one url53        crawl(startUrl, 0)54    } else if strings.ToLower(startMethod) == "file" {55        // open file to get all urls56        file, err := os.Open(startFile)57        if err != nil {58            log.Fatalf("[ERROR] Error in open URL file: %s", err)59        }60        fileScanner := bufio.NewScanner(file)61        for fileScanner.Scan() { crawl(fileScanner.Text(), 0) }62        if err := fileScanner.Err(); err != nil {63            log.Fatalf("[ERROR] Error in read URL file: %s", err)64        }65        file.Close()66    }67}68func crawl(url string, depth int) {69    log.Println("target: ", url)70    // load dom object from url71    doc, success := loadUrl(url)72    if !success {73        log.Println("[ERROR] Not a valid document.")74        return75    }76    fetchCount = fetchCount + 177    // show all document for debug78    if logDocument { log.Println(doc.Html()) }79    // Find target DOM items80    for _, thisQry := range queryConditions {81        doc.Find(thisQry.queryString).Each(func(idx int, s *goquery.Selection) {82            var value string = ""83            switch thisQry.queryTarget {84            case "TEXT":85                value = strings.TrimSpace(s.Text())86            case "ATTR":87                val, exist := s.Attr(thisQry.queryDetail)88                if exist { value = strings.TrimSpace(val) }89            }90            // prepare output string and output91            queryResult := ""92            if outputUrl {93                queryResult = fmt.Sprintf("[%s] %s: %s", url, thisQry.queryTitle, value)94            } else {95                queryResult = fmt.Sprintf("%s: %s", thisQry.queryTitle, value)96            }97            if thisQry.queryOutput && (includeEmpty || (value != "")) {98                // output to log99                log.Println("[OUTPUT]", queryResult)100                // output to file101                outputToFile(queryResult + "\r\n")102            }103            if thisQry.subQuery != nil {104                for _, thisSubQry := range thisQry.subQuery {105                    s.Find(thisSubQry.queryString).Each(func(idx int, ss *goquery.Selection) {106                        subVal := ""107                        switch thisSubQry.queryTarget {108                        case "TEXT":109                            subVal = strings.TrimSpace(ss.Text())110                        case "ATTR":111                            val, exist := ss.Attr(thisSubQry.queryDetail)112                            if exist { subVal = strings.TrimSpace(val) }113                        }114            115                        // prepare output string and output116                        querySubResult := ""117                        if outputUrl {118                            if thisSubQry.queryOutParnt {119                                querySubResult = fmt.Sprintf("[%s][%s] %s: %s", url, value, thisSubQry.queryTitle, subVal)120                            } else {121                                querySubResult = fmt.Sprintf("[%s] %s: %s", url, thisSubQry.queryTitle, subVal)122                            }123                        } else {124                            if thisSubQry.queryOutParnt {125                                querySubResult = fmt.Sprintf("[%s] %s: %s", value, thisSubQry.queryTitle, subVal)126                            } else {127                                querySubResult = fmt.Sprintf("%s: %s", thisSubQry.queryTitle, subVal)128                            }129                        }130                        if thisSubQry.queryOutput && (includeEmpty || (subVal != "")) {131                            // output to log132                            log.Println("[OUTPUT]", querySubResult)133                            // output to file134                            outputToFile(querySubResult + "\r\n")135                        }136                    })137                    // go drill-down url138                    if meetStopCritiron(depth) && thisSubQry.queryDrilldwn { crawl(value, depth+1) }139                }140            }141            // go drill-down url142            if meetStopCritiron(depth) && thisQry.queryDrilldwn { crawl(value, depth+1) }143        })144    }145}146func loadUrl(url string)(doc *goquery.Document, success bool) {147    // get HTML content148    res, err := http.Get(url)149    if err != nil {150        log.Println("[ERROR] Not a valid url")151        return nil, false152    }153    defer res.Body.Close()154    if res.StatusCode != 200 {155        log.Println("[ERROR] status code error: ", res.StatusCode, res.Status)156        return nil, false157    }158  159    // Load the HTML document160    doctmp, err := goquery.NewDocumentFromReader(res.Body)161    if err != nil {162        log.Println("[ERROR] Not a valid document.")163        return nil, false164    }165    return doctmp, true166}167// read query-conditions in properties168func prepareQueryConditions(prop *properties.Properties) {169    // get other conditions170    queryCount := prop.MustGetInt("query-string-count")171    for i := 1; i <= queryCount; i++ {172        // query parameters173        queryString   := prop.MustGetString(fmt.Sprintf("query-string-%d", i))174        queryTitle    := prop.MustGetString(fmt.Sprintf("query-string-%d-title", i))175        queryTarget   := prop.MustGetString(fmt.Sprintf("query-string-%d-target", i))176        queryDrilldwn := prop.MustGetBool(  fmt.Sprintf("query-string-%d-drilldown", i))177        queryOutput   := prop.MustGetBool(  fmt.Sprintf("query-string-%d-output", i))178        querySub      := prop.MustGetBool(  fmt.Sprintf("query-string-%d-sub-query", i))179        thisQueryCond := parseSingleCondition(180                queryString, queryTitle, queryTarget,181                queryDrilldwn, queryOutput, false)182        if querySub {183            subQryCount := prop.MustGetInt(fmt.Sprintf("query-string-%d-sub-count", i))184            for j := 1; j <= subQryCount; j++ {185                // query parameters186                subQryString   := prop.MustGetString(fmt.Sprintf("query-string-%d-sub-%d-string", i, j))187                subQryTitle    := prop.MustGetString(fmt.Sprintf("query-string-%d-sub-%d-title",  i, j))188                subQryTarget   := prop.MustGetString(fmt.Sprintf("query-string-%d-sub-%d-target", i, j))189                subQryDrilldwn := prop.MustGetBool(  fmt.Sprintf("query-string-%d-sub-%d-drilldown", i, j))190                subQryOutput   := prop.MustGetBool(  fmt.Sprintf("query-string-%d-sub-%d-output", i, j))191                subQryOutParnt := prop.MustGetBool(  fmt.Sprintf("query-string-%d-sub-%d-output-with-parent", i, j))192                thisSubQueryCond := parseSingleCondition(193                        subQryString, subQryTitle, subQryTarget,194                        subQryDrilldwn, subQryOutput, subQryOutParnt)195                thisQueryCond.subQuery = append(thisQueryCond.subQuery, thisSubQueryCond)196            }197        }198        queryConditions = append(queryConditions, thisQueryCond)199    }200}201func parseSingleCondition(qStr string, qTtl string, qTar string, qExp bool, qOut bool, qOutParnt bool)(qry queryCondition) {202    //thisQueryCond := new(queryCondition)203    var thisQueryCond queryCondition204    thisQueryCond.queryString = strings.TrimSpace(qStr)205    thisQueryCond.queryTitle = strings.TrimSpace(qTtl)206    queryTargetParts := strings.Split(strings.TrimSpace(qTar), ":")207    switch len(queryTargetParts) {208    case 1:209        thisQueryCond.queryTarget = strings.ToUpper(queryTargetParts[0])210        thisQueryCond.queryDetail = ""211    case 2:212        thisQueryCond.queryTarget = strings.ToUpper(queryTargetParts[0])213        thisQueryCond.queryDetail = queryTargetParts[1]214    }215    thisQueryCond.queryDrilldwn = qExp216    thisQueryCond.queryOutput = qOut217    thisQueryCond.queryOutParnt = qOutParnt218    return thisQueryCond219}220// check if stop spider221func meetStopCritiron(currDepth int)(isStop bool) {222    stop := false223    stop = stop || (checkstopDepth && (currDepth < stopDepth))224    stop = stop || (checkstopCount && (fetchCount < stopCount))225    return stop226}227// output to result file228func outputToFile(outputString string) {229    if outputFile {230        f, err := os.OpenFile(outputFileName, os.O_APPEND|os.O_CREATE|os.O_WRONLY, 0644)231        if err != nil { log.Println("[ERROR] Error in open output file: ", err) }232        defer f.Close()233        if _, err := f.WriteString(outputString); err != nil {234            log.Println("[ERROR] Error in write to output file: ", err)235        }236    }237}238/*239func queryHandler(url string, thisQry queryCondition, s *goquery.Selection)(json string) {240    // output of this query241    resultJson := fmt.Sprintf("{\r\n\turl: %s\r\n", url)242    thisVal := ""243    switch thisQry.queryTarget {244    case "TEXT":245        thisVal = s.Text()246    case "ATTR":247        val, exist := s.Attr(thisQry.queryDetail)248        if exist { thisVal = val }249    }250    if includeEmpty || (thisVal != "") {251        resultJson += fmt.Sprintf("\t%s: %s\r\n", thisQry.queryTitle, thisVal)252    }253    return resultJson254}255*/...

service.go

Source:service.go

...13)14// Service interface exposed to clients15type QueryService interface {16	QueryAuthor(string, int, int) (Authors, error)17	QueryTitle(string, string, string, int, int) (Titles, error)18}19////////////////////////20// Actual service21type queryService struct{}22//////////23// METHODS on queryService24// Constants for URLs in openlibrary25const BASE_AUTHOR_URL = "https://openlibrary.org/search/authors?q="26const BASE_TITLE_URL = "https://openlibrary.org/search?"27const ROOT_URL = "https://openlibrary.org"28const WORKS_BASE_URL = "https://openlibrary.org"29// for images30const ROOT_AUTHOR_IMAGE = "https://covers.openlibrary.org/a/olid/"31const ROOT_COVER_IMAGE = "https://covers.openlibrary.org/b/"32////////////////33// Query Authors34//35// returns:36// Authors37// error38func (theService queryService) QueryAuthor(authorName string, offset int, limit int) (Authors, error) {39	fmt.Println(" ")40	fmt.Println("-- QueryAuthor --")41	authorName = url.QueryEscape(authorName)42	queryUrl := BASE_AUTHOR_URL + authorName43	fmt.Println("looking for:", queryUrl)44	// Make request to openlibrary45	body, err := makeRequest(queryUrl)46	if err != nil {47		fmt.Println("Unable to make request to openlibrary for authors: ", err)48		return Authors{}, err49	}50	// parse Authors response51	openlibraryAuthors := OpenLibraryAuthors{}52	jsonErr := json.Unmarshal(body, &openlibraryAuthors)53	if jsonErr != nil {54		fmt.Println("Unable to unmarshall response from openlibrary for author query:", jsonErr)55		return Authors{}, err56	}57	// data to return58	datum := make([]Author, 0, 0)59	// Convert openlibrary response into our structure60	for _, current := range openlibraryAuthors.Data {61		// Parse this author62		// Update subjects to not have a few entries we don't want63		newSubjects := make([]string, 0, len(current.Subjects))64		for _, subject := range current.Subjects {65			if (!strings.Contains(subject, "Accessible book")) &&66				(!strings.Contains(subject, "Protected DAISY")) {67				// add to subjects68				newSubjects = append(newSubjects, subject)69			}70		}71		// images72		smallImage := ROOT_AUTHOR_IMAGE + current.OlKey + "-S.jpg"73		mediumImage := ROOT_AUTHOR_IMAGE + current.OlKey + "-M.jpg"74		largeImage := ROOT_AUTHOR_IMAGE + current.OlKey + "-L.jpg"75		// Create author to return76		newAuthor := Author{77			BirthDate:   current.BirthDate,78			Name:        current.Name,79			OlKey:       current.OlKey,80			Subjects:    newSubjects,81			ImageSmall:  smallImage,82			ImageMedium: mediumImage,83			ImageLarge:  largeImage,84		}85		// Add to data86		datum = append(datum, newAuthor)87	}88	////////////////////89	// Update the offset/limit90	// Get the total number of rows91	realNumberRows := len(openlibraryAuthors.Data)92	// fix offset93	if (offset > realNumberRows) || (offset < 0) {94		offset = 095	}96	// fix limit97	if limit <= 0 {98		limit = 2099	}100	// determine slice of datum to use101	whereToEnd := offset + limit102	if whereToEnd > realNumberRows {103		whereToEnd = realNumberRows104	}105	datum = datum[offset:whereToEnd]106	authorsToReturn := Authors{107		Offset: offset,108		Limit:  len(datum),109		Total:  realNumberRows,110		Data:   datum,111	}112	return authorsToReturn, nil113}114////////////////115// Query Titles116//117// returns:118// Titles119// error120func (theService queryService) QueryTitle(authorName string, title string, isbn string, offset int, limit int) (Titles, error) {121	fmt.Println(" ")122	fmt.Println("-- QueryTitle --")123	// base url for titles124	queryUrl := BASE_TITLE_URL125	// string used in concating126	and := ""127	if len(title) > 0 {128		title = url.QueryEscape(title)129		queryUrl += and + "title=" + title130		and = "&"131	}132	if len(isbn) > 0 {133		isbn = url.QueryEscape(isbn)134		queryUrl += and + "isbn=" + isbn135		and = "&"136	}...

routes.go

Source:routes.go

...9	router.GET("/qi/:id", QueryId)10	router.GET("/json/qi/:id", QueryIdAsJson)11	router.GET("/qg/:tag", QueryTag)12	router.GET("/g/:tag", QueryTag)13	router.GET("/qt/:title", QueryTitle)14	router.GET("/q/:query", Query)15	router.GET("/q/:query/l/:limit", Query)16	router.GET("/qg/:tag/q/:query", QueryTagAndWildCard)17	router.GET("/q/:query/qg/:tag", QueryTagAndWildCard)18	router.GET("/g/:tag/:query", QueryTagAndWildCard)19	router.GET("/qt/:title/q/:query", QueryTitleAndWildCard)20	router.GET("/q/:query/qt/:title", QueryTitleAndWildCard)21	router.GET("/show/:id", QueryId)22	router.GET("/new", WebNoteForm)23	router.GET("/edit/:id", WebNoteForm)24	router.GET("/del/:id", WebDeleteNote)25	router.GET("/js/:file", ServeJS)26	router.POST("/create", WebCreateNote)27	router.POST("/note/:id", WebUpdateNote)28	router.POST("/dup/:id", WebNoteDup)29	router.GET("/dup/:id", WebNoteDup)30}...

QueryTitle

Using AI Code Generation

1import (2func main() {3    for _, url := range os.Args[1:] {4        title, err := QueryTitle(url)5        if err != nil {6            fmt.Fprintf(os.Stderr, "QueryTitle: %v7            os.Exit(1)8        }9        fmt.Println(title)10    }11}12import (13func main() {14    for _, url := range os.Args[1:] {15        title, err := QueryTitle(url)16        if err != nil {17            fmt.Fprintf(os.Stderr, "QueryTitle: %v18            os.Exit(1)19        }20        fmt.Println(title)21    }22}23import (24func main() {25    for _, url := range os.Args[1:] {26        title, err := QueryTitle(url)27        if err != nil {28            fmt.Fprintf(os.Stderr, "QueryTitle: %v29            os.Exit(1)30        }31        fmt.Println(title)32    }33}34import (35func main() {36    for _, url := range os.Args[1:] {37        title, err := QueryTitle(url)38        if err != nil {39            fmt.Fprintf(os.Stderr, "QueryTitle: %v40            os.Exit(1)41        }42        fmt.Println(title)43    }44}45import (46func main() {47    for _, url := range os.Args[1:] {48        title, err := QueryTitle(url)49        if err != nil {

QueryTitle

Using AI Code Generation

1import (2func main() {3    fmt.Println(QueryTitle())4}5import (6func main() {7    fmt.Println(QueryTitle())8}9import (10func main() {11    fmt.Println(QueryTitle())12}13import (14func main() {15    fmt.Println(QueryTitle())16}17import (18func main() {19    fmt.Println(QueryTitle())20}21import (22func main() {23    fmt.Println(QueryTitle())24}25import (26func main() {27    fmt.Println(QueryTitle())28}29import (30func main() {31    fmt.Println(QueryTitle())32}33import (34func main() {35    fmt.Println(QueryTitle())36}37import (38func main() {39    fmt.Println(QueryTitle())40}41import (42func main() {43    fmt.Println(QueryTitle())44}45import (46func main() {47    fmt.Println(QueryTitle())48}49import (50func main() {51    fmt.Println(QueryTitle())52}

QueryTitle

Using AI Code Generation

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

QueryTitle

Using AI Code Generation

1import "./main"2func main() {3    main.QueryTitle("Go", "Go")4}5import "fmt"6func QueryTitle(title, author string) {7    fmt.Println(title, author)8}9In the code above, the main class is in the main package. The main package is imported using the dot operator. The dot operator indicates that the current directory is the path to the main package. The QueryTitle method is in the 2.go file. The QueryTitle method is in the main package. The main package is imported using the dot operator. The dot operator indicates that the current directory

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